Question: can archaebacteria cause diseases

11 Harmful Effects of Kingdom Archaebacteria for Environment - AZ Chemistry 11 Harmful Effects of Kingdom Archaebacteria for Environment
11 Harmful Effects of Kingdom Archaebacteria for Environment
Harmful Effects of Kingdom Archaebacteria
1. Producing sulfuric acid
2. Producing marsh gas
3. Promoting periodontitis
5. Flatulence
6. Ruminants Belching
7. Chronic constipation
8. Inflammatory bowel disease
9. Obesity
10. Cardiovascular disease
11. Bacterial vaginosis
The Role Archaebacteria in The Environment
 Energy source from inorganic compounds, carbon source from organic compounds or carbon fixation
Organotrophs; Energy source from organic compounds, carbon source from organic compounds or carbon fixation
This creature durability to the environment is very high, it can survive high temperatures and anaerobic ecosystems. Archaea can be found inside the human body as human microbiota, they are inside colon, subgingival and vaginal. Harmful Effects of Kingdom Archaebacteria
There are only a few studies about archaebacteria colonization inside the human body and its impacts on human health. However, researchers agree that it can potentially promote disease. Here are some harmful effect of kingdom archaebacteria: 1. Producing sulfuric acid
As a sulfolobus, archaea produce a waste product in a form of sulfuric acid in sulfur cycle in the sulfur-rich environment. Even if they release oxidizing sulfur compounds for another organism, this sulfuric acid can contribute to acid mine drainage and environmental damages. A moderate concentration of sulfuric acid can be dangerous upon contact with skin and cause chemical burns.

11 Harmful Effects of Kingdom Archaebacteria for Environment - AZ Chemistry

11 Harmful Effects of Kingdom Archaebacteria for Environment
11 Harmful Effects of Kingdom Archaebacteria for Environment
Harmful Effects of Kingdom Archaebacteria
1. Producing sulfuric acid
2. Producing marsh gas
3. Promoting periodontitis
5. Flatulence
6. Ruminants Belching
7. Chronic constipation
8. Inflammatory bowel disease
9. Obesity
10. Cardiovascular disease
11. Bacterial vaginosis
The Role Archaebacteria in The Environment

Energy source from inorganic compounds, carbon source from organic compounds or carbon fixation
Organotrophs; Energy source from organic compounds, carbon source from organic compounds or carbon fixation
This creature durability to the environment is very high, it can survive high temperatures and anaerobic ecosystems. Archaea can be found inside the human body as human microbiota, they are inside colon, subgingival and vaginal. Harmful Effects of Kingdom Archaebacteria
There are only a few studies about archaebacteria colonization inside the human body and its impacts on human health. However, researchers agree that it can potentially promote disease. Here are some harmful effect of kingdom archaebacteria: 1. Producing sulfuric acid
As a sulfolobus, archaea produce a waste product in a form of sulfuric acid in sulfur cycle in the sulfur-rich environment. Even if they release oxidizing sulfur compounds for another organism, this sulfuric acid can contribute to acid mine drainage and environmental damages. A moderate concentration of sulfuric acid can be dangerous upon contact with skin and cause chemical burns.

11 Harmful Effects of Kingdom Archaebacteria for Environment - AZ Chemistry 11 Harmful Effects of Kingdom Archaebacteria for Environment
11 Harmful Effects of Kingdom Archaebacteria for Environment
Harmful Effects of Kingdom Archaebacteria
1. Producing sulfuric acid
2. Producing marsh gas
3. Promoting periodontitis
5. Flatulence
6. Ruminants Belching
7. Chronic constipation
8. Inflammatory bowel disease
9. Obesity
10. Cardiovascular disease
11. Bacterial vaginosis
The Role Archaebacteria in The Environment
 TMAO is associated with atherosclerosis in mice. Atherosclerosis is a narrowed down artery due to accumulated plaque, it can result in stroke, artery disease, and kidney problem. 11. Bacterial vaginosis
Methanogenic archaebacteria have been found in vaginas with bacterial vaginosis. Even if it doesn’t do the harm directly, this organism coexists with pathogen cells. Bacterial vaginosis is a bacteria caused infection of the vagina. This condition happens because of the colony alteration of normal vaginal microbiomes. This alteration makes opportunist pathogen to rise up and causing infection. While most of the disadvantages are caused by methanogenic archaebacteria due to their metabolic product, there are still questionable pathologies on how the rest archaeal groups do harms to the environment and human body. The Role Archaebacteria in The Environment
Archaebacteria is also known for their major role in the environment, the benefit that carried out by archaeal are :

TMAO is associated with atherosclerosis in mice. Atherosclerosis is a narrowed down artery due to accumulated plaque, it can result in stroke, artery disease, and kidney problem. 11. Bacterial vaginosis
Methanogenic archaebacteria have been found in vaginas with bacterial vaginosis. Even if it doesn’t do the harm directly, this organism coexists with pathogen cells. Bacterial vaginosis is a bacteria caused infection of the vagina. This condition happens because of the colony alteration of normal vaginal microbiomes. This alteration makes opportunist pathogen to rise up and causing infection. While most of the disadvantages are caused by methanogenic archaebacteria due to their metabolic product, there are still questionable pathologies on how the rest archaeal groups do harms to the environment and human body. The Role Archaebacteria in The Environment
Archaebacteria is also known for their major role in the environment, the benefit that carried out by archaeal are :

11 Harmful Effects of Kingdom Archaebacteria for Environment - AZ Chemistry 11 Harmful Effects of Kingdom Archaebacteria for Environment
11 Harmful Effects of Kingdom Archaebacteria for Environment
Harmful Effects of Kingdom Archaebacteria
1. Producing sulfuric acid
2. Producing marsh gas
3. Promoting periodontitis
5. Flatulence
6. Ruminants Belching
7. Chronic constipation
8. Inflammatory bowel disease
9. Obesity
10. Cardiovascular disease
11. Bacterial vaginosis
The Role Archaebacteria in The Environment
 They play major roles in carbon and nitrogen circle on earth. Archaeabacteria was divided into three major groups based on their metabolism types; they are : Phototrophs; Energy source from sunlight, carbon source from organic compounds
Lithotrophs; Energy source from inorganic compounds, carbon source from organic compounds or carbon fixation
Organotrophs; Energy source from organic compounds, carbon source from organic compounds or carbon fixation
This creature durability to the environment is very high, it can survive high temperatures and anaerobic ecosystems. Archaea can be found inside the human body as human microbiota, they are inside colon, subgingival and vaginal. Harmful Effects of Kingdom Archaebacteria
There are only a few studies about archaebacteria colonization inside the human body and its impacts on human health. However, researchers agree that it can potentially promote disease.

They play major roles in carbon and nitrogen circle on earth. Archaeabacteria was divided into three major groups based on their metabolism types; they are : Phototrophs; Energy source from sunlight, carbon source from organic compounds
Lithotrophs; Energy source from inorganic compounds, carbon source from organic compounds or carbon fixation
Organotrophs; Energy source from organic compounds, carbon source from organic compounds or carbon fixation
This creature durability to the environment is very high, it can survive high temperatures and anaerobic ecosystems. Archaea can be found inside the human body as human microbiota, they are inside colon, subgingival and vaginal. Harmful Effects of Kingdom Archaebacteria
There are only a few studies about archaebacteria colonization inside the human body and its impacts on human health. However, researchers agree that it can potentially promote disease.

Eubacteria vs Archaebacteria | Daily Science Journal What Are the Differences Between Eubacteria and Archaebacteria?
What Are the Differences Between Eubacteria and Archaebacteria?
What Is Archaebacteria?
What Is Eubacteria?
Similarities
Differences
Antibiotic Sensitivity
Effect on Humans
Location
Reproduction
Author
Daily Science Journal's Picks
 Can harm or help humans
Antibiotics have no effect on archaebacteria, but that’s not a bad thing in terms of our health considering that archaebacteria does not have any effect on humans. Eubacteria, on the other hand, can either help or harm humans. Some eubacteria can be considered “pathogens,” which are bacteria that can cause disease. Some examples include salmonella, staphylococcus, and amoeba can cause disease and infections. However, bacteria such as lactobacillus are known as “probiotics,” which exist in your body right now to help with your health. Location
Image via Pixabay user Free-Photos
Archaebacteria: Extreme environments
Eubacteria: Everywhere
You can find eubacteria everywhere – even inside you. Don’t worry, though: most of these bacteria are harmless so you won’t be able to feel it or see any effects.

Eubacteria vs Archaebacteria | Daily Science Journal

What Are the Differences Between Eubacteria and Archaebacteria?
What Are the Differences Between Eubacteria and Archaebacteria?
What Is Archaebacteria?
What Is Eubacteria?
Similarities
Differences
Antibiotic Sensitivity
Effect on Humans
Location
Reproduction
Author
Daily Science Journal's Picks

Can harm or help humans
Antibiotics have no effect on archaebacteria, but that’s not a bad thing in terms of our health considering that archaebacteria does not have any effect on humans. Eubacteria, on the other hand, can either help or harm humans. Some eubacteria can be considered “pathogens,” which are bacteria that can cause disease. Some examples include salmonella, staphylococcus, and amoeba can cause disease and infections. However, bacteria such as lactobacillus are known as “probiotics,” which exist in your body right now to help with your health. Location
Image via Pixabay user Free-Photos
Archaebacteria: Extreme environments
Eubacteria: Everywhere
You can find eubacteria everywhere – even inside you. Don’t worry, though: most of these bacteria are harmless so you won’t be able to feel it or see any effects.

11 Harmful Effects of Kingdom Archaebacteria for Environment - AZ Chemistry 11 Harmful Effects of Kingdom Archaebacteria for Environment
11 Harmful Effects of Kingdom Archaebacteria for Environment
Harmful Effects of Kingdom Archaebacteria
1. Producing sulfuric acid
2. Producing marsh gas
3. Promoting periodontitis
5. Flatulence
6. Ruminants Belching
7. Chronic constipation
8. Inflammatory bowel disease
9. Obesity
10. Cardiovascular disease
11. Bacterial vaginosis
The Role Archaebacteria in The Environment
 Bacterial vaginosis is a bacteria caused infection of the vagina. This condition happens because of the colony alteration of normal vaginal microbiomes. This alteration makes opportunist pathogen to rise up and causing infection. While most of the disadvantages are caused by methanogenic archaebacteria due to their metabolic product, there are still questionable pathologies on how the rest archaeal groups do harms to the environment and human body. The Role Archaebacteria in The Environment
Archaebacteria is also known for their major role in the environment, the benefit that carried out by archaeal are : Play an important role nitrogen cycle. You may also read: 8 Uses of Nitrogen in Soil for Plants Growth (Nutrient Management)
Play an important carbon cycle. Methane that produced by methanogenic archaeal can be a useful biogas with a proper handling. Biomining metal.

Bacterial vaginosis is a bacteria caused infection of the vagina. This condition happens because of the colony alteration of normal vaginal microbiomes. This alteration makes opportunist pathogen to rise up and causing infection. While most of the disadvantages are caused by methanogenic archaebacteria due to their metabolic product, there are still questionable pathologies on how the rest archaeal groups do harms to the environment and human body. The Role Archaebacteria in The Environment
Archaebacteria is also known for their major role in the environment, the benefit that carried out by archaeal are : Play an important role nitrogen cycle. You may also read: 8 Uses of Nitrogen in Soil for Plants Growth (Nutrient Management)
Play an important carbon cycle. Methane that produced by methanogenic archaeal can be a useful biogas with a proper handling. Biomining metal.

Archaebacteria Kingdom - Biology Wise Archaebacteria Kingdom
Archaebacteria Kingdom
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In a Nutshell
Characteristics of Archaebacteria
Sub-groups of Archaebacteria
Examples of Archaebacteri
 Archaebacteria are about 1/10th of a µ meter to about 15 µ meter in size. A few are flagellated and the flagella structure is different from the flagella of other bacteria. The archaebacteria are non-pathogenic bacteria that live in and around other organisms. However, they do not cause any infections or diseases. Sub-groups of Archaebacteria
Archaebacteria are autotrophs and use CO 2 in atmosphere as a source of carbon for a process called carbon fixation. Archaebacteria are able to survive in extreme conditions and therefore also known as extremophiles. They can survive in conditions that are highly acidic, alkaline, saline aquatic environment. Some are even able to survive in temperatures above 100° Celsius or 212° Fahrenheit. Few can even withstand over 200 atmosphere pressure and live really deep within the earth. They employ different chemical reactions to be able to survive in these harsh conditions.

Archaebacteria Kingdom - Biology Wise

Archaebacteria Kingdom
Archaebacteria Kingdom
Like it? Share it!
In a Nutshell
Characteristics of Archaebacteria
Sub-groups of Archaebacteria
Examples of Archaebacteri

Archaebacteria are about 1/10th of a µ meter to about 15 µ meter in size. A few are flagellated and the flagella structure is different from the flagella of other bacteria. The archaebacteria are non-pathogenic bacteria that live in and around other organisms. However, they do not cause any infections or diseases. Sub-groups of Archaebacteria
Archaebacteria are autotrophs and use CO 2 in atmosphere as a source of carbon for a process called carbon fixation. Archaebacteria are able to survive in extreme conditions and therefore also known as extremophiles. They can survive in conditions that are highly acidic, alkaline, saline aquatic environment. Some are even able to survive in temperatures above 100° Celsius or 212° Fahrenheit. Few can even withstand over 200 atmosphere pressure and live really deep within the earth. They employ different chemical reactions to be able to survive in these harsh conditions.

Eubacteria vs Archaebacteria | Daily Science Journal What Are the Differences Between Eubacteria and Archaebacteria?
What Are the Differences Between Eubacteria and Archaebacteria?
What Is Archaebacteria?
What Is Eubacteria?
Similarities
Differences
Antibiotic Sensitivity
Effect on Humans
Location
Reproduction
Author
Daily Science Journal's Picks
 This is not to say, however, that all antibiotics are effective in killing eubacteria. Lately, antibiotic resistance has become an issue. Eubacteria is slowly evolving to become resistant to antibiotics, making it difficult for doctors to treat infections. Effect on Humans
Image via Pixabay user Free-Photos
Archaebacteria: None
Eubacteria: Can harm or help humans
Antibiotics have no effect on archaebacteria, but that’s not a bad thing in terms of our health considering that archaebacteria does not have any effect on humans. Eubacteria, on the other hand, can either help or harm humans. Some eubacteria can be considered “pathogens,” which are bacteria that can cause disease. Some examples include salmonella, staphylococcus, and amoeba can cause disease and infections. However, bacteria such as lactobacillus are known as “probiotics,” which exist in your body right now to help with your health.

This is not to say, however, that all antibiotics are effective in killing eubacteria. Lately, antibiotic resistance has become an issue. Eubacteria is slowly evolving to become resistant to antibiotics, making it difficult for doctors to treat infections. Effect on Humans
Image via Pixabay user Free-Photos
Archaebacteria: None
Eubacteria: Can harm or help humans
Antibiotics have no effect on archaebacteria, but that’s not a bad thing in terms of our health considering that archaebacteria does not have any effect on humans. Eubacteria, on the other hand, can either help or harm humans. Some eubacteria can be considered “pathogens,” which are bacteria that can cause disease. Some examples include salmonella, staphylococcus, and amoeba can cause disease and infections. However, bacteria such as lactobacillus are known as “probiotics,” which exist in your body right now to help with your health.

Archaebacteria Kingdom - Biology Wise Archaebacteria Kingdom
Archaebacteria Kingdom
Like it? Share it!
In a Nutshell
Characteristics of Archaebacteria
Sub-groups of Archaebacteria
Examples of Archaebacteri
 The cell wall is made up of glycoproteins and polysaccharides. The cell wall envelopes have a high resistance to antibiotics and lytic agents due to difference in cell wall composition. They have a very different lipid bi-layer making up the cell membranes. The RNA polymerase of archaea is very similar to that of eukaryotes. The ribosomal proteins in eukaryotes and archea are also similar to each other. Archaebacteria are about 1/10th of a µ meter to about 15 µ meter in size. A few are flagellated and the flagella structure is different from the flagella of other bacteria. The archaebacteria are non-pathogenic bacteria that live in and around other organisms. However, they do not cause any infections or diseases. Sub-groups of Archaebacteria
Archaebacteria are autotrophs and use CO 2 in atmosphere as a source of carbon for a process called carbon fixation.

Archaebacteria Kingdom - Biology Wise

The cell wall is made up of glycoproteins and polysaccharides. The cell wall envelopes have a high resistance to antibiotics and lytic agents due to difference in cell wall composition. They have a very different lipid bi-layer making up the cell membranes. The RNA polymerase of archaea is very similar to that of eukaryotes. The ribosomal proteins in eukaryotes and archea are also similar to each other. Archaebacteria are about 1/10th of a µ meter to about 15 µ meter in size. A few are flagellated and the flagella structure is different from the flagella of other bacteria. The archaebacteria are non-pathogenic bacteria that live in and around other organisms. However, they do not cause any infections or diseases. Sub-groups of Archaebacteria
Archaebacteria are autotrophs and use CO 2 in atmosphere as a source of carbon for a process called carbon fixation.

Do archaea have a nucleus? Do archaea have a nucleus?
Do archaea have a nucleus?
What is Archaea made of?
What is the shape of Archaea?
Do bacteria have nuclei?
Is archaebacteria prokaryotic or eukaryotic?
What is the general characteristics of archaebacteria?
What do archaea eat?
How do Archaea die?
How do Archaea grow?
Can archaea cause disease in humans?
Why Archaea and Bacteria are classified separately?
What is older bacteria or archaea?
What is archaea cell wall made of?
What are 3 types of Archaea?
Do archaea have Pili?
Do archaea have ribosomes?
What features do bacteria and archaea share?
 Archaea reproduce asexually by binary fission, fragmentation, or budding. Archaebacteria go through the normal cell cycle as they grow and develop. When they reach a certain size, they reproduce into two archaebacteria. When they Most archaebacteria live in harsh environments. Can archaea cause disease in humans? No definitive virulence genes or factors have been described in archaea to date. Nevertheless, archaea may have the means, and they certainly have the opportunity, to cause disease. Archaea share some characteristics with known pathogens that may reflect the potential to cause disease. Why Archaea and Bacteria are classified separately? 1 Answer.

Do archaea have a nucleus?

Do archaea have a nucleus?
Do archaea have a nucleus?
What is Archaea made of?
What is the shape of Archaea?
Do bacteria have nuclei?
Is archaebacteria prokaryotic or eukaryotic?
What is the general characteristics of archaebacteria?
What do archaea eat?
How do Archaea die?
How do Archaea grow?
Can archaea cause disease in humans?
Why Archaea and Bacteria are classified separately?
What is older bacteria or archaea?
What is archaea cell wall made of?
What are 3 types of Archaea?
Do archaea have Pili?
Do archaea have ribosomes?
What features do bacteria and archaea share?

Archaea reproduce asexually by binary fission, fragmentation, or budding. Archaebacteria go through the normal cell cycle as they grow and develop. When they reach a certain size, they reproduce into two archaebacteria. When they Most archaebacteria live in harsh environments. Can archaea cause disease in humans? No definitive virulence genes or factors have been described in archaea to date. Nevertheless, archaea may have the means, and they certainly have the opportunity, to cause disease. Archaea share some characteristics with known pathogens that may reflect the potential to cause disease. Why Archaea and Bacteria are classified separately? 1 Answer.

Archaebacteria | Sutori Archaebacteria
Archaebacteria
Archaebacteria : Main Characteristics
Taxonomic Names
Examples & Images
Genus: Thermosphaera
Scientific name :Thermoplasma volcanium
Species: T. volcanium
Scientific name : Methanobrevibacter smithi
Scientific name: Thermococcus litoralis
Scientific name : Sulfolobus acidocaldarius
Positive Aspects and Negative Aspects
Positive:
QUIZ !?
Quiz
Quiz
Quiz
 Archae don't carry viruses that can be harmful to us. They help aid in the digestion of complex sugars
Negative Aspect: Thanks to molecular biology several studies have been put together and have proven that archaebacteria is involved in several infectious diseases in humans and animals. Another negative aspect is that archaebacteria have a possibility to be able to assist pathogens. They have their own way of carrying out the methods needed to spread a disease. QUIZ !? Quiz
This bacteria (above) converts methane into energy. What is it's name? Methanolobacteria
Methanobacteria
Methane
Archaebacteria
Banana
Quiz
How many cells do archaebacteria contain? Two cells
One cell
More than two cells
Are archaebacteria autotrophic or heterotrophic?

Archaebacteria | Sutori

Archaebacteria
Archaebacteria
Archaebacteria : Main Characteristics
Taxonomic Names
Examples & Images
Genus: Thermosphaera
Scientific name :Thermoplasma volcanium
Species: T. volcanium
Scientific name : Methanobrevibacter smithi
Scientific name: Thermococcus litoralis
Scientific name : Sulfolobus acidocaldarius
Positive Aspects and Negative Aspects
Positive:
QUIZ !?
Quiz
Quiz
Quiz

Archae don't carry viruses that can be harmful to us. They help aid in the digestion of complex sugars
Negative Aspect: Thanks to molecular biology several studies have been put together and have proven that archaebacteria is involved in several infectious diseases in humans and animals. Another negative aspect is that archaebacteria have a possibility to be able to assist pathogens. They have their own way of carrying out the methods needed to spread a disease. QUIZ !? Quiz
This bacteria (above) converts methane into energy. What is it's name? Methanolobacteria
Methanobacteria
Methane
Archaebacteria
Banana
Quiz
How many cells do archaebacteria contain? Two cells
One cell
More than two cells
Are archaebacteria autotrophic or heterotrophic?

Archaebacteria | Sutori Archaebacteria
Archaebacteria
Archaebacteria : Main Characteristics
Taxonomic Names
Examples & Images
Genus: Thermosphaera
Scientific name :Thermoplasma volcanium
Species: T. volcanium
Scientific name : Methanobrevibacter smithi
Scientific name: Thermococcus litoralis
Scientific name : Sulfolobus acidocaldarius
Positive Aspects and Negative Aspects
Positive:
QUIZ !?
Quiz
Quiz
Quiz
 There is many potential industrial applications for S. solfataricus, using its ability to oxidize sulfur and dissolve pyrite, and as a source for enzymes that are resistant to high t temperatures and organic solvents, also it is one of the largest organisms in the archae kingdom. -- : they are found in highly acidc places such as saline lakes making them hard to obtain. common name: Sulfolobus
Positive Aspects and Negative Aspects
Positive: Archae don't carry viruses that can be harmful to us. They help aid in the digestion of complex sugars
Negative Aspect: Thanks to molecular biology several studies have been put together and have proven that archaebacteria is involved in several infectious diseases in humans and animals. Another negative aspect is that archaebacteria have a possibility to be able to assist pathogens. They have their own way of carrying out the methods needed to spread a disease.

Archaebacteria | Sutori

There is many potential industrial applications for S. solfataricus, using its ability to oxidize sulfur and dissolve pyrite, and as a source for enzymes that are resistant to high t temperatures and organic solvents, also it is one of the largest organisms in the archae kingdom. -- : they are found in highly acidc places such as saline lakes making them hard to obtain. common name: Sulfolobus
Positive Aspects and Negative Aspects
Positive: Archae don't carry viruses that can be harmful to us. They help aid in the digestion of complex sugars
Negative Aspect: Thanks to molecular biology several studies have been put together and have proven that archaebacteria is involved in several infectious diseases in humans and animals. Another negative aspect is that archaebacteria have a possibility to be able to assist pathogens. They have their own way of carrying out the methods needed to spread a disease.

The Evolution of Prokaryotes: Archaebacteria and Eubacteria - Video & Lesson Transcript | Study.com The Evolution of Prokaryotes: Archaebacteria and Eubacteria
The Evolution of Prokaryotes: Archaebacteria and Eubacteria
Lesson Transcript
Characteristics of Prokaryotes
Domain Archaea
Domain Bacteria
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The Evolution of Prokaryotes: Archaebacteria and Eubacteria
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 The three groups are thermophiles, halophiles and methanogenes. Archaebacteria have evolutionary similarities to both eubacteria and eukaryotic organisms, such as humans. The domain bacteria contains the kingdom eubacteria and is known as true bacteria. This domain contains the bacteria that are in our digestive systems, used to make food items, such as yogurt, and sometimes cause diseases. We can use antibiotics to kill bacteria and to treat diseases caused by these prokaryotes. While prokaryotes may seem unimportant because of their size and simplicity, both archaebacteria and eubacteria play vital roles in our lives. Learning Outcomes
After this lesson, you'll be able to: Describe the characteristics of prokaryotes
Distinguish between archaebacteria and eubacteria
List the three groups of prokaryotes in domain archaea
Explain the functions of prokaryotes in domain bacteria
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The Evolution of Prokaryotes: Archaebacteria and Eubacteria - Video & Lesson Transcript | Study.com

The Evolution of Prokaryotes: Archaebacteria and Eubacteria
The Evolution of Prokaryotes: Archaebacteria and Eubacteria
Lesson Transcript
Characteristics of Prokaryotes
Domain Archaea
Domain Bacteria
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Are you a student or a teacher?
The Evolution of Prokaryotes: Archaebacteria and Eubacteria
Start today. Try it now
The Evolution of Prokaryotes: Archaebacteria and Eubacteria
Related Study Materials

The three groups are thermophiles, halophiles and methanogenes. Archaebacteria have evolutionary similarities to both eubacteria and eukaryotic organisms, such as humans. The domain bacteria contains the kingdom eubacteria and is known as true bacteria. This domain contains the bacteria that are in our digestive systems, used to make food items, such as yogurt, and sometimes cause diseases. We can use antibiotics to kill bacteria and to treat diseases caused by these prokaryotes. While prokaryotes may seem unimportant because of their size and simplicity, both archaebacteria and eubacteria play vital roles in our lives. Learning Outcomes
After this lesson, you'll be able to: Describe the characteristics of prokaryotes
Distinguish between archaebacteria and eubacteria
List the three groups of prokaryotes in domain archaea
Explain the functions of prokaryotes in domain bacteria
To unlock this lesson you must be a Study.com Member. Create your account
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the Kingdom Eubacteriaand the Kingdom Archaebacteria. Eubacteria are common types that occur all around us, usually they are on surfaces and in the soil. You can only find Archaebacteria in extreme environments, like hot sulfur springs. Archaebacteria are thought to be some of the oldest life forms on earth. Most bacteria don't make their own food. That means they must rely on other organisms to provide them with food. These bacteria break down, or decompose, other living things to obtain energy. When most people hear the word bacteria, they think of something that is bad for you. In fact, very few bacteria cause illnesses. Some bacteria actually help you!

the Kingdom Eubacteriaand the Kingdom Archaebacteria. Eubacteria are common types that occur all around us, usually they are on surfaces and in the soil. You can only find Archaebacteria in extreme environments, like hot sulfur springs. Archaebacteria are thought to be some of the oldest life forms on earth. Most bacteria don't make their own food. That means they must rely on other organisms to provide them with food. These bacteria break down, or decompose, other living things to obtain energy. When most people hear the word bacteria, they think of something that is bad for you. In fact, very few bacteria cause illnesses. Some bacteria actually help you!

Prokaryote | Encyclopedia.com
Prokaryote
Prokaryote
Prokaryote
Prokaryote
 the archaebacteria and the eubacteria . Archaebacteria are probably little changed from the organisms that first evolved billions of years ago. They are capable of living in extremely harsh environments, such as salt marshes, hot springs, or even beneath the ice . Eubacteria evolved later. Some are photosynthetic bacteria; some are chemosynthetic bacteria, making carbohydrates from other chemicals besides carbon dioxide; and some are heterotrophic bacteria, deriving nutrients from the environment. Heterotrophic prokaryotes include some pathogens , bacteria that cause diseases, such as pneumonia , food poisoning , and tuberculosis . See also Eukaryotae. The Gale Encyclopedia of Science
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Prokaryote | Encyclopedia.com

Prokaryote
Prokaryote
Prokaryote
Prokaryote

the archaebacteria and the eubacteria . Archaebacteria are probably little changed from the organisms that first evolved billions of years ago. They are capable of living in extremely harsh environments, such as salt marshes, hot springs, or even beneath the ice . Eubacteria evolved later. Some are photosynthetic bacteria; some are chemosynthetic bacteria, making carbohydrates from other chemicals besides carbon dioxide; and some are heterotrophic bacteria, deriving nutrients from the environment. Heterotrophic prokaryotes include some pathogens , bacteria that cause diseases, such as pneumonia , food poisoning , and tuberculosis . See also Eukaryotae. The Gale Encyclopedia of Science
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Bacteria | Encyclopedia.com
Bacteria
Characteristics of bacteria
Bacterial growth
Carbon, nitrogen, and other growth factors
Aerobic and anaerobic bacteria
The role of bacteria in fermentation
Identifying and classifying bacteria
Bacteria and disease
Bacterial adaptation
KEY TERMS
Resources
BOOKS
Bacteria
Characteristics of bacteria
Bacterial growth
Stages of bacterial growth
Physical and chemical requirements for bacterial growth
Temperature and bacteria
pH and bacteria
Osmotic pressure and bacteria
Carbon, nitrogen and other growth factors
Aerobic and anaerobic bacteria
Aerobic bacteria
Anaerobic bacteria
The role of bacteria in fermentation
Identifying and classifying bacteria
Bacteria and disease
Bacterial adaptation
Resources
books
other
KEY TERMS
Capsule
Death phase
Exotoxins
Fimbriae
Gram staining
Koch's postulates
Lag phase
Log phase
Phage typing
Pili
Spirochetes
Stationary phase
Bacteria
Definition
Description
Classification
Bacterial structure
Function
Energy requirements for growth
Binary fission and the growth curve
Role in human health
Normal flora
Pathogenic bacteria
Antibiotic resistance
Common diseases and disorders
KEY TERMS
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BOOKS
PERIODICALS
ORGANIZATIONS
Bacteria
Characteristics of bacteria
Words to Know
Bacterial growth
Harmless, beneficial, and harmful bacteria
Hardy survivors
Bacteria
ROBERT KOCH
PASTEURIZATION KILLS BACTERIA
THE BENEFITS OF BACTERIA
bacteria
bacteria
bacteria
bacterium
bacteria
 Some scientists have proposed splitting this designation into the kingdoms Eubacteria and Archaebacteria. Eubacteria, or true bacteria, consist of more common species, while Archaebacteria (with the prefix archae — meaning ancient) represent microorganisms that are bacteria-like in appearance that inhabit very hostile environments. Scientists believe the latter microorganisms are most closely related to the bacteria that lived when Earth was very young. Examples of archaebacteria are halophiles, which live in extremely salty environments, and thermophiles, which can tolerate and even thrive in near boiling waters of geysers and geothermal vents of the ocean floor. Characteristics of bacteria
Although all bacteria share certain structural, genetic, and metabolic characteristics, important biochemical differences exist among the many species of bacteria. These differences permit bacteria to live in many different, and sometimes extreme, environments. For example, some bacteria recycle nitrogen and carbon from decaying organic matter, then release these gases into the atmosphere to be reused by other living things. Other bacteria cause diseases in humans and animals, help digest sewage in treatment plants, or produce the alcohol in wine, beer, and liquors. Still others are used by humans to break down toxic waste chemicals in the environment, a process called bioremediation. The cytoplasm of all bacteria is enclosed within a cell membrane surrounded by a rigid cell wall whose polymers, with few exceptions, include peptidoglycans — large, structural molecules made of protein carbohydrate.

Bacteria | Encyclopedia.com

 C.) spores. D.) rhizoids. A.) carbon dioxide. Bacteria that cause diseases are called
A.) viruses. B.) endospores. C.) pathogens. D.) antibiotics. C.) pathogens. Eubacteria and archaebacteria differ in
A.) the presence of a nucleus. B.) the make up of their cell walls.

C.) spores. D.) rhizoids. A.) carbon dioxide. Bacteria that cause diseases are called
A.) viruses. B.) endospores. C.) pathogens. D.) antibiotics. C.) pathogens. Eubacteria and archaebacteria differ in
A.) the presence of a nucleus. B.) the make up of their cell walls.

Eubacteria - The Definitive Guide | Biology Dictionary Eubacteria
Eubacteria
Definition
Overview
Characteristics of Eubacteria
Archaebacteria vs Eubacteria
Types of Eubacteria
Examples of Eubacteria
Quiz
Cite This Article
 Since eubacteria are so common, this group comprises one of the three domains of life: Bacteria. Overview
Within the prokaryotic organisms, there are two main divisions: Eubacteria and Archaebacteria. The Eubacteria are found in the domain Bacteria, while the archaebacteria are found in the domain Archaebacteria. Eubacteria have the typical characteristics of a prokaryotic organism, but they also have the ability to form spores and can be pathogenic organisms (i.e. cause disease in humans and animals). Eubacteria can reproduce through binary fission or budding, and often form large colonies that can create extracellular structures like “biofilms” that protect the colony in unique ways. Characteristics of Eubacteria
Eubacteria, or microorganisms lacking a defined membrane nucleus, have several general characteristics. As prokaryotes, they do not have any membrane-bound organelles. Most eubacteria are enclosed by a cellular wall, which is made up of peptidoglycans in a cross-linked chain pattern.

Eubacteria - The Definitive Guide | Biology Dictionary

Eubacteria
Eubacteria
Definition
Overview
Characteristics of Eubacteria
Archaebacteria vs Eubacteria
Types of Eubacteria
Examples of Eubacteria
Quiz
Cite This Article

Since eubacteria are so common, this group comprises one of the three domains of life: Bacteria. Overview
Within the prokaryotic organisms, there are two main divisions: Eubacteria and Archaebacteria. The Eubacteria are found in the domain Bacteria, while the archaebacteria are found in the domain Archaebacteria. Eubacteria have the typical characteristics of a prokaryotic organism, but they also have the ability to form spores and can be pathogenic organisms (i.e. cause disease in humans and animals). Eubacteria can reproduce through binary fission or budding, and often form large colonies that can create extracellular structures like “biofilms” that protect the colony in unique ways. Characteristics of Eubacteria
Eubacteria, or microorganisms lacking a defined membrane nucleus, have several general characteristics. As prokaryotes, they do not have any membrane-bound organelles. Most eubacteria are enclosed by a cellular wall, which is made up of peptidoglycans in a cross-linked chain pattern.

The Evolution of Prokaryotes: Archaebacteria and Eubacteria - Video & Lesson Transcript | Study.com The Evolution of Prokaryotes: Archaebacteria and Eubacteria
The Evolution of Prokaryotes: Archaebacteria and Eubacteria
Lesson Transcript
Characteristics of Prokaryotes
Domain Archaea
Domain Bacteria
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 Lesson Summary
While both archaebacteria and eubacteria are prokaryotic, they are evolutionarily different. All prokaryotic cells are unicellular, have a cell wall and lack both a nucleus and membrane-bound organelles. Some use light energy to make food and are photoautotrophs, while others use chemicals to make food and are chemoautotrophs. The most ancient form of life on Earth belonged to the domain archaea, which contains the kingdom archaebacteria. These organisms live in extreme environments that most other life forms find uninhabitable. The three groups are thermophiles, halophiles and methanogenes. Archaebacteria have evolutionary similarities to both eubacteria and eukaryotic organisms, such as humans. The domain bacteria contains the kingdom eubacteria and is known as true bacteria. This domain contains the bacteria that are in our digestive systems, used to make food items, such as yogurt, and sometimes cause diseases. We can use antibiotics to kill bacteria and to treat diseases caused by these prokaryotes.

Lesson Summary
While both archaebacteria and eubacteria are prokaryotic, they are evolutionarily different. All prokaryotic cells are unicellular, have a cell wall and lack both a nucleus and membrane-bound organelles. Some use light energy to make food and are photoautotrophs, while others use chemicals to make food and are chemoautotrophs. The most ancient form of life on Earth belonged to the domain archaea, which contains the kingdom archaebacteria. These organisms live in extreme environments that most other life forms find uninhabitable. The three groups are thermophiles, halophiles and methanogenes. Archaebacteria have evolutionary similarities to both eubacteria and eukaryotic organisms, such as humans. The domain bacteria contains the kingdom eubacteria and is known as true bacteria. This domain contains the bacteria that are in our digestive systems, used to make food items, such as yogurt, and sometimes cause diseases. We can use antibiotics to kill bacteria and to treat diseases caused by these prokaryotes.

Plant disease - Transmission | Britannica
Transmission
Control
Some viral and viroid diseases of plants
Diseases caused by bacteria
General characteristics
 causes reduction of crop yield

Diseases caused by bacteria
Thousands of bacterial species occur in nature. Many of these perform biochemical processes essential for the continuity of life; for example, bacterial detritivores, or decomposers, feed on nonliving organic matter, recycling it through the ecosystem. There are, however, hundreds of bacterial species that cause diseases in humans, animals, and plants. General characteristics
Bacteria are prokaryotic microorganisms—i.e., single-celled microorganisms in which the nuclear substance is not enclosed in a membrane. There are two major types of bacteria, the eubacteria and the archaebacteria, and they are distinguished by differences in the composition of their cell wall and cytoplasmic membrane and by certain metabolic features. Plant pathogens belong to the eubacteria. The eubacteria can be divided into three groups: gram-negative bacteria, gram-positive bacteria, and the mycoplasmas and spiroplasmas, referred to as mycoplasma-like organisms (MLOs).

Plant disease - Transmission | Britannica

Transmission
Control
Some viral and viroid diseases of plants
Diseases caused by bacteria
General characteristics

causes reduction of crop yield

Diseases caused by bacteria
Thousands of bacterial species occur in nature. Many of these perform biochemical processes essential for the continuity of life; for example, bacterial detritivores, or decomposers, feed on nonliving organic matter, recycling it through the ecosystem. There are, however, hundreds of bacterial species that cause diseases in humans, animals, and plants. General characteristics
Bacteria are prokaryotic microorganisms—i.e., single-celled microorganisms in which the nuclear substance is not enclosed in a membrane. There are two major types of bacteria, the eubacteria and the archaebacteria, and they are distinguished by differences in the composition of their cell wall and cytoplasmic membrane and by certain metabolic features. Plant pathogens belong to the eubacteria. The eubacteria can be divided into three groups: gram-negative bacteria, gram-positive bacteria, and the mycoplasmas and spiroplasmas, referred to as mycoplasma-like organisms (MLOs).

eubacteria Eubacteria
Eubacteria eubacteria

Eubacteria
Eubacteria are far more common than archaebacteria. The majority of types of prokaryotes (of which there are about 400) fit under this category. More eubacteria can be found in a person's mouth than there are people on the planet. They can serve numerous different purposes from decomposing to causing disease. Eubacteria can be divided into four main categories: Gram-positive Eubacteria are distinguised by a classifying technique known as gram-staining. In this process, bacteria with a lot of peptidoglycan in their cell walls retain purple gram dye, and are known as gram-positive. However, not all bacteria in this group are in fact gram-positive; some are placed under this heading due to other similarities to gram-positive eubacteria. This group includes the type of bacteria that causes strep throat and the strain which ferments in milk, producing yogurt.

eubacteria

eubacteria

Eubacteria
Eubacteria are far more common than archaebacteria. The majority of types of prokaryotes (of which there are about 400) fit under this category. More eubacteria can be found in a person's mouth than there are people on the planet. They can serve numerous different purposes from decomposing to causing disease. Eubacteria can be divided into four main categories: Gram-positive Eubacteria are distinguised by a classifying technique known as gram-staining. In this process, bacteria with a lot of peptidoglycan in their cell walls retain purple gram dye, and are known as gram-positive. However, not all bacteria in this group are in fact gram-positive; some are placed under this heading due to other similarities to gram-positive eubacteria. This group includes the type of bacteria that causes strep throat and the strain which ferments in milk, producing yogurt.

The Evolution of Prokaryotes: Archaebacteria and Eubacteria - Video & Lesson Transcript | Study.com The Evolution of Prokaryotes: Archaebacteria and Eubacteria
The Evolution of Prokaryotes: Archaebacteria and Eubacteria
Lesson Transcript
Characteristics of Prokaryotes
Domain Archaea
Domain Bacteria
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The Evolution of Prokaryotes: Archaebacteria and Eubacteria
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The Evolution of Prokaryotes: Archaebacteria and Eubacteria
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 Antibiotics work by killing bacteria. However, they must be specialized for certain types of bacteria and used properly. Because bacteria can evolve quickly, they can sometimes become immune to an antibiotic. This antibiotic resistance is why some antibiotics that were commonly used are no longer used - they are no longer effective at killing bacteria. Examples of diseases caused by bacteria include Lyme disease, cholera and strep throat. Lesson Summary
While both archaebacteria and eubacteria are prokaryotic, they are evolutionarily different. All prokaryotic cells are unicellular, have a cell wall and lack both a nucleus and membrane-bound organelles. Some use light energy to make food and are photoautotrophs, while others use chemicals to make food and are chemoautotrophs. The most ancient form of life on Earth belonged to the domain archaea, which contains the kingdom archaebacteria. These organisms live in extreme environments that most other life forms find uninhabitable.

Antibiotics work by killing bacteria. However, they must be specialized for certain types of bacteria and used properly. Because bacteria can evolve quickly, they can sometimes become immune to an antibiotic. This antibiotic resistance is why some antibiotics that were commonly used are no longer used - they are no longer effective at killing bacteria. Examples of diseases caused by bacteria include Lyme disease, cholera and strep throat. Lesson Summary
While both archaebacteria and eubacteria are prokaryotic, they are evolutionarily different. All prokaryotic cells are unicellular, have a cell wall and lack both a nucleus and membrane-bound organelles. Some use light energy to make food and are photoautotrophs, while others use chemicals to make food and are chemoautotrophs. The most ancient form of life on Earth belonged to the domain archaea, which contains the kingdom archaebacteria. These organisms live in extreme environments that most other life forms find uninhabitable.

The Six Kingdoms of Life | Sciencing The Six Kingdoms of Life
The Six Kingdoms of Life
Updated October 29, 2018
TL;DR (Too Long; Didn't Read)
A Breakdown of Kingdom Biology
Archaebacteria and Eubacteria
Fungi and Protista
 Archaebacteria are single-celled, and they don’t have a cell nucleus. They’re also able to survive in harsh environments like volcanic hot springs or salt lakes. For that reason, they are likely the oldest surviving kingdom of life. They are grouped into categories like methanogens and thermoacidophiles. As the name suggests, methanogens produce methane, which is why they are commonly used to treat wastewater. Thermoacidophiles can live in environments that are both very hot and very acidic, such as deep sea vents and hot springs. You probably encounter eubacteria more often than you do archaebacteria. A diverse group of bacteria belongs to the Eubacteria kingdom. Some, like bacilli and spirilla, can lead to harmful strains of E. coli or cause unpleasant diarrhea when consumed. For this reason, eubacteria often gets a bad reputation for spreading disease.

The Six Kingdoms of Life | Sciencing

The Six Kingdoms of Life
The Six Kingdoms of Life
Updated October 29, 2018
TL;DR (Too Long; Didn't Read)
A Breakdown of Kingdom Biology
Archaebacteria and Eubacteria
Fungi and Protista

Archaebacteria are single-celled, and they don’t have a cell nucleus. They’re also able to survive in harsh environments like volcanic hot springs or salt lakes. For that reason, they are likely the oldest surviving kingdom of life. They are grouped into categories like methanogens and thermoacidophiles. As the name suggests, methanogens produce methane, which is why they are commonly used to treat wastewater. Thermoacidophiles can live in environments that are both very hot and very acidic, such as deep sea vents and hot springs. You probably encounter eubacteria more often than you do archaebacteria. A diverse group of bacteria belongs to the Eubacteria kingdom. Some, like bacilli and spirilla, can lead to harmful strains of E. coli or cause unpleasant diarrhea when consumed. For this reason, eubacteria often gets a bad reputation for spreading disease.

Eubacteria vs Archaebacteria | Daily Science Journal What Are the Differences Between Eubacteria and Archaebacteria?
What Are the Differences Between Eubacteria and Archaebacteria?
What Is Archaebacteria?
What Is Eubacteria?
Similarities
Differences
Antibiotic Sensitivity
Effect on Humans
Location
Reproduction
Author
Daily Science Journal's Picks
 Location
Image via Pixabay user Free-Photos
Archaebacteria: Extreme environments
Eubacteria: Everywhere
You can find eubacteria everywhere – even inside you. Don’t worry, though: most of these bacteria are harmless so you won’t be able to feel it or see any effects. However, too much bacteria or coming into contact with certain eubacteria can cause negative health effects that you may notice. Archaebacteria, however, can only be found in extreme environments like hydrothermal vents, hot springs, and highly saline, acidic, and anaerobic environments, so they’re a relatively rarer bacteria to find. Reproduction
Image via Pixabay user Geralt
Archaebacteria: Asexually (Fission, budding, fragmentation)
Eubacteria: Spores to remain dormant through non-inhabitable conditions
Archaebacteria reproduce through means such as fission (splitting into two), budding (growing a new organism from an existing organism), and fragmentation (splitting an organism into multiple pieces and then growing new organisms from those pieces).

Location
Image via Pixabay user Free-Photos
Archaebacteria: Extreme environments
Eubacteria: Everywhere
You can find eubacteria everywhere – even inside you. Don’t worry, though: most of these bacteria are harmless so you won’t be able to feel it or see any effects. However, too much bacteria or coming into contact with certain eubacteria can cause negative health effects that you may notice. Archaebacteria, however, can only be found in extreme environments like hydrothermal vents, hot springs, and highly saline, acidic, and anaerobic environments, so they’re a relatively rarer bacteria to find. Reproduction
Image via Pixabay user Geralt
Archaebacteria: Asexually (Fission, budding, fragmentation)
Eubacteria: Spores to remain dormant through non-inhabitable conditions
Archaebacteria reproduce through means such as fission (splitting into two), budding (growing a new organism from an existing organism), and fragmentation (splitting an organism into multiple pieces and then growing new organisms from those pieces).

Quia - Chp 20 - Bacteria
Chp 20 - Bacteria Archaebacteria, Schizophyta, Cyanophyta, Prochlorophyta
what phylum of bacteria is adapted to live in harsh environments? Archaebacteria
What are 3 kinds of Archaebacteria
methanogens, extreme halophiles, thermoacidophiles
what is the larges Moneran phylum
Schizophyta
What are the 4 classes of the phylum Schizophyta
Eubacteria, Actinomycota, Rickettsiae, Spirochaeta
Means without oxygen
anaerobic
Means with oxygen
aerobic
Means methane forming
methanogen
Archaebacterian that lives in the Great Salt Lake & Dead Sea
extreme halophile
what does halophile mean
salt loving
Archaebacteria that lives in the digestive tracts of sheep &cattle or on bottoms of bogs, lakes or sewage ponds
methanogen
Archaebacterian that lives in hot springs or in smoldering coal
thermoacidophile
What class is the most familiar bacteria in? Schizophyta
3 characteristics of gram negative bacteria
has outer covering, stains pink, difficult to treat with antibiotics
3 characteristics of gram positive bacteria
lacks outer covering, stains purple, can be treated with antibiotics
What are the smallest bacteria? mycoplasmas
What class are the mycoplasma bacteria in? Eubacteria
What phylum are the mycoplasma bacteria in? Schizophyta
A gram + bacteria that causes diphtheria & TB
Actinomycota
Class of bacteria that decompose dead plants & animals
Actinomycota
What class of bacteria is a source for some antibiotics? Actinomycota
What class of bacteria is classified by their reaction to a gram stain test? Eubacteria
A test that uses a dye to stain the bacterial walls
gram stain test
parasitic gram - bacteria
Rickettsiae
Spiral shaped bacteria that use flagella to move
Spirochaeta
Class of bacteria that is carried by insects and transmitted to mammals
Rickettsiae
Class of bacteria that cause diseases like syphilis & Lyme disease
Spirochaeta
Phylum of blue green bacteria
Cyanophyta
Phylum of bacteria with traits similar to plants
Cyanophyta
Specialized cells that convert nitrogen from the air to a usable form
heterocysts
A population explosion of bacteria that will discolor lakes, rivers & parts of oceans
bloom
A photosynthetic bacteria that live symbiotically with marine organisms
Prochlorophyta
Small circular strands of DNA capable of replicating independently
plasmids
Protective layers around the walls of bacteria
capsules
A net of polysaccharides that help them stick to rocks, & host cells
glycocalyx
Protein strands used to attach themselves to things & may be used in reproduction
pili
A tough covering around the DNA that protects it when conditions are bad
endospore
Term referring to an organism that feeds on dead or decaying organic matter
saprophyte
Term for organisms that use sunlight to make their own food
photoautotroph
Term for organisms that use the energy of chemical reactions instead of sunlight to make own food
chemoautotroph
Cannot survive in the presence of oxygen
obligate anaerobe
Cannot survive without oxygen
obligate aerobe
Can live with or without oxygen
facultative anaerobe
List 4 things that can inhibit the reproduction of bacteria
heat, cold, predation, lack of food
2 methods of reproduction
binary fission, conjugation
An asexual form of reproduction in which the cell splits
binary fission
Occurs when the genetic information of 2 monerans of the same species is combined
conjugation
any organism that causes a disease
pathogen
a poisonous substance that disrupts the metabolism of an infected organism
toxin
What are 2 main kind of bacterial toxins
endotoxin & exotoxin
Toxin found in gram - bacteria that cause fever, weakness & circulatory damage
endotoxin
toxin produced by bacteria metabolism of bacteria & secreted around it
exotoxin
what kind of toxin are some of the most potent poisons known
exotoxin
chemicals that can inhibit the growth of some bacteria
antibiotic

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Quia - Chp 20 - Bacteria

 When one bacterium transfers some of its genetic material into another bacterial cell through a thin threadlike bridge that joins two cells. Budding- Asexual reproduction
Give examples of diseases caused by bacteria
Food poisoning, pneumonia, strep throat, lyme disease, tetanus
Know the differences between eubacteria and archaebacteria. * Archaebacteria: live in extreme environments such as hot springs, bottom of swamps, salty waters, acid environments are often associated with foul odors. * Eubacteria: do not live in extreme environments, they live every where else such as your skin in your nose and they can be useful or harmless. Be able to explain when we can see bacteria with our unaided eye and when we cannot see bacteria with our unaided eye? Bacteria grow rapidly and form colonies with hundreds of bacteria. We can see with our unaided eye when bacteria grow in colonies. However, we cannot see a single bacterium with our unaided eye, for that we must use a microscope.

When one bacterium transfers some of its genetic material into another bacterial cell through a thin threadlike bridge that joins two cells. Budding- Asexual reproduction
Give examples of diseases caused by bacteria
Food poisoning, pneumonia, strep throat, lyme disease, tetanus
Know the differences between eubacteria and archaebacteria. * Archaebacteria: live in extreme environments such as hot springs, bottom of swamps, salty waters, acid environments are often associated with foul odors. * Eubacteria: do not live in extreme environments, they live every where else such as your skin in your nose and they can be useful or harmless. Be able to explain when we can see bacteria with our unaided eye and when we cannot see bacteria with our unaided eye? Bacteria grow rapidly and form colonies with hundreds of bacteria. We can see with our unaided eye when bacteria grow in colonies. However, we cannot see a single bacterium with our unaided eye, for that we must use a microscope.

Eubacteria vs Archaebacteria | Daily Science Journal What Are the Differences Between Eubacteria and Archaebacteria?
What Are the Differences Between Eubacteria and Archaebacteria?
What Is Archaebacteria?
What Is Eubacteria?
Similarities
Differences
Antibiotic Sensitivity
Effect on Humans
Location
Reproduction
Author
Daily Science Journal's Picks
 However, too much bacteria or coming into contact with certain eubacteria can cause negative health effects that you may notice. Archaebacteria, however, can only be found in extreme environments like hydrothermal vents, hot springs, and highly saline, acidic, and anaerobic environments, so they’re a relatively rarer bacteria to find. Reproduction
Image via Pixabay user Geralt
Archaebacteria: Asexually (Fission, budding, fragmentation)
Eubacteria: Spores to remain dormant through non-inhabitable conditions
Archaebacteria reproduce through means such as fission (splitting into two), budding (growing a new organism from an existing organism), and fragmentation (splitting an organism into multiple pieces and then growing new organisms from those pieces). Eubacteria, however, comes in spores. These are dormant structures designed to withstand environmental conditions that could kill it. Although these two types of bacteria are extremely small, the differences are very significant: eubacteria is very ubiquitous these days and can be found everywhere, while archaebacteria can only be found in certain conditions. Author
Jerry Faustino
As our Editor-in-Chief, Jerry is one of the founding members of Daily Science Journal and has about a decade of experience working in the field of quantum physics.

However, too much bacteria or coming into contact with certain eubacteria can cause negative health effects that you may notice. Archaebacteria, however, can only be found in extreme environments like hydrothermal vents, hot springs, and highly saline, acidic, and anaerobic environments, so they’re a relatively rarer bacteria to find. Reproduction
Image via Pixabay user Geralt
Archaebacteria: Asexually (Fission, budding, fragmentation)
Eubacteria: Spores to remain dormant through non-inhabitable conditions
Archaebacteria reproduce through means such as fission (splitting into two), budding (growing a new organism from an existing organism), and fragmentation (splitting an organism into multiple pieces and then growing new organisms from those pieces). Eubacteria, however, comes in spores. These are dormant structures designed to withstand environmental conditions that could kill it. Although these two types of bacteria are extremely small, the differences are very significant: eubacteria is very ubiquitous these days and can be found everywhere, while archaebacteria can only be found in certain conditions. Author
Jerry Faustino
As our Editor-in-Chief, Jerry is one of the founding members of Daily Science Journal and has about a decade of experience working in the field of quantum physics.

Do archaea have a nucleus? Do archaea have a nucleus?
Do archaea have a nucleus?
What is Archaea made of?
What is the shape of Archaea?
Do bacteria have nuclei?
Is archaebacteria prokaryotic or eukaryotic?
What is the general characteristics of archaebacteria?
What do archaea eat?
How do Archaea die?
How do Archaea grow?
Can archaea cause disease in humans?
Why Archaea and Bacteria are classified separately?
What is older bacteria or archaea?
What is archaea cell wall made of?
What are 3 types of Archaea?
Do archaea have Pili?
Do archaea have ribosomes?
What features do bacteria and archaea share?
 How do Archaea die? Archaea that are found in extremely hot environments are known as extreme thermophiles. Most organisms die in extremely hot conditions because the heat damages the shape and structure of the DNA and proteins found in their cells. Structural changes to the cellular membranes can prevent acid entering their cell. How do Archaea grow? Archaea reproduce asexually by binary fission, fragmentation, or budding. Archaebacteria go through the normal cell cycle as they grow and develop. When they reach a certain size, they reproduce into two archaebacteria. When they Most archaebacteria live in harsh environments. Can archaea cause disease in humans?

Do archaea have a nucleus?

How do Archaea die? Archaea that are found in extremely hot environments are known as extreme thermophiles. Most organisms die in extremely hot conditions because the heat damages the shape and structure of the DNA and proteins found in their cells. Structural changes to the cellular membranes can prevent acid entering their cell. How do Archaea grow? Archaea reproduce asexually by binary fission, fragmentation, or budding. Archaebacteria go through the normal cell cycle as they grow and develop. When they reach a certain size, they reproduce into two archaebacteria. When they Most archaebacteria live in harsh environments. Can archaea cause disease in humans?

Microorganism - Definition, Types, Examples & Quiz | Biology Dictionary Microorganism
Microorganism
Microorganism Definition
Types of Microorganisms
Bacteria
Archaea
Animals
Protozoa
Fungi
Molds
Algae
Others
Examples of Microorganisms
Streptococcus bacteria
Malaria Parasite (Plasmodium)
Lactobacillus rhamnosus
Cyanobacteria
Quiz
References
Cite This Article
 Here are a few of their roles. Types of Microorganisms
Bacteria
Bacteria – now sometimes called “ eubacteria ” or “true bacteria” to differentiate them from archaebacteria – are the type of microorganism you probably hear about the most. This is because they’re the type most likely to make you sick. Bacteria are the cause of most skin infections, and can also cause food poisoning, pneumonia, strep throat, and many other illnesses. However, bacteria are also very helpful to humans. “ Good bacteria” in our digestive tracts help us to extract nutrients from our food, and help to fight pathogens that could hurt us. Archaea
Archaea, or archaebacteria, were once thought to be part of the bacteria family. However, recent research has shown that they are much different from eubacteria, and may even be more closely related to us than they are to modern bacteria. Archaea can be found in many of the same places as bacteria – in water, in soil, and inside our digestive tracts, where they help us to stay healthy. However, archaebacteria can also be found in some unusual places – many are able to live in environments that are very hot, very cold, very acidic, or very salty.

Microorganism - Definition, Types, Examples & Quiz | Biology Dictionary

Microorganism
Microorganism
Microorganism Definition
Types of Microorganisms
Bacteria
Archaea
Animals
Protozoa
Fungi
Molds
Algae
Others
Examples of Microorganisms
Streptococcus bacteria
Malaria Parasite (Plasmodium)
Lactobacillus rhamnosus
Cyanobacteria
Quiz
References
Cite This Article

Here are a few of their roles. Types of Microorganisms
Bacteria
Bacteria – now sometimes called “ eubacteria ” or “true bacteria” to differentiate them from archaebacteria – are the type of microorganism you probably hear about the most. This is because they’re the type most likely to make you sick. Bacteria are the cause of most skin infections, and can also cause food poisoning, pneumonia, strep throat, and many other illnesses. However, bacteria are also very helpful to humans. “ Good bacteria” in our digestive tracts help us to extract nutrients from our food, and help to fight pathogens that could hurt us. Archaea
Archaea, or archaebacteria, were once thought to be part of the bacteria family. However, recent research has shown that they are much different from eubacteria, and may even be more closely related to us than they are to modern bacteria. Archaea can be found in many of the same places as bacteria – in water, in soil, and inside our digestive tracts, where they help us to stay healthy. However, archaebacteria can also be found in some unusual places – many are able to live in environments that are very hot, very cold, very acidic, or very salty.

What are disease-causing organisms known as? | Yahoo Answers What are disease-causing organisms known as?
What are disease-causing organisms known as?
10 Answers
Anonymous
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Anonymous
5 years ago
Forget anything you have ever been told about Diabetes. And get this - it has nothing to do with insulin, exercise, diet or anything else you've heard in the past. It's all based on latest breakthrough research that Big Pharma is going Stir Crazy to hide from you. Visit here : https://tinyurl.im/aH1si to find out what all the fuss is about. ...Show more
FiguringOutLife
1 decade ago
Archaebacteria, it can cause Lyme disease
Bacilli can cause meningitis's
Cocci can cause scarlet fever.

What are disease-causing organisms known as? | Yahoo Answers

What are disease-causing organisms known as?
What are disease-causing organisms known as?
10 Answers
Anonymous

Without ever popping a single pill, getting any dreaded needle, prescriptions of any kind. Even sidestepping alternative therapies that never seem to work. Ineffective supplements that waste time and frustrate you to no end. Not to mention tear a hole in your wallet...
...Or even put you in an early grave. Think of how you felt today - http://reversediseasetoday.info/young-again-188.ht...
...Show more
Anonymous
5 years ago
Forget anything you have ever been told about Diabetes. And get this - it has nothing to do with insulin, exercise, diet or anything else you've heard in the past. It's all based on latest breakthrough research that Big Pharma is going Stir Crazy to hide from you. Visit here : https://tinyurl.im/aH1si to find out what all the fuss is about. ...Show more
FiguringOutLife
1 decade ago
Archaebacteria, it can cause Lyme disease
Bacilli can cause meningitis's
Cocci can cause scarlet fever.

Microbial Diseases: Transmission and General Overview | Disabled World
Microbial Diseases: Transmission and General Overview
Main Digest
About the Author
 Microbial Population Biology - Defined as the application of population ecology and population genetics toward understanding the ecology and evolution of bacteria, archaebacteria, microscopic fungi (such as yeasts), additional microscopic eukaryotes (e.g., "protozoa" and algae), and viruses. Microbial Diseases - Defined as sicknesses or ailments caused in animals and humans by the introduction of one of four different types of microbes; Bacteria, Viruses, Fungi and Protozoa (also known as protoctista). Microbiologists pursue knowledge to prevent and treat the diseases microbes cause. The 20th century saw an incredible increase in human knowledge concerning microbes. Microbiologists and other researchers experienced a number of successes in learning how microbes cause some infectious diseases and how to fight those microbes. Microbes are far better at adapting to new environments than people are. They have existed on Earth for billions of years. Microbes are constantly challenging humans with ingenious new survival tactics. A number of microbes are developing new properties to resist drug treatments that were once effective at destroying them.

Microbial Diseases: Transmission and General Overview | Disabled World

Microbial Diseases: Transmission and General Overview
Main Digest
About the Author

Microbial Population Biology - Defined as the application of population ecology and population genetics toward understanding the ecology and evolution of bacteria, archaebacteria, microscopic fungi (such as yeasts), additional microscopic eukaryotes (e.g., "protozoa" and algae), and viruses. Microbial Diseases - Defined as sicknesses or ailments caused in animals and humans by the introduction of one of four different types of microbes; Bacteria, Viruses, Fungi and Protozoa (also known as protoctista). Microbiologists pursue knowledge to prevent and treat the diseases microbes cause. The 20th century saw an incredible increase in human knowledge concerning microbes. Microbiologists and other researchers experienced a number of successes in learning how microbes cause some infectious diseases and how to fight those microbes. Microbes are far better at adapting to new environments than people are. They have existed on Earth for billions of years. Microbes are constantly challenging humans with ingenious new survival tactics. A number of microbes are developing new properties to resist drug treatments that were once effective at destroying them.

Six Kingdoms!!!! Domain & Kingdom Characteristics(KNOW THIS) Domain Eubacteria  Bacteria are the most abundant organisms on Earth. Some bacteria cause disease. Other bacteria are used by humans to process foods. Bacteria are used to control agricultural pests, to produce various chemicals, and to perform genetic engineering. Some bacteria are chemoautotrophs, some are photosynthetic, and others are heterotrophic. Domain Archaebacteria Single-celled bacteria Contain cell walls that DO NOT have peptidoglycan. Contain lipids different from those in Eubacteria and Eukaryotes. As with the genes of Eukaryotes, the genes of archaebacteria can be interrupted by introns. Three Types exist:

Six Kingdoms!!!! Domain & Kingdom Characteristics(KNOW THIS) Domain Eubacteria  Bacteria are the most abundant organisms on Earth. Some bacteria cause disease. Other bacteria are used by humans to process foods. Bacteria are used to control agricultural pests, to produce various chemicals, and to perform genetic engineering. Some bacteria are chemoautotrophs, some are photosynthetic, and others are heterotrophic. Domain Archaebacteria Single-celled bacteria Contain cell walls that DO NOT have peptidoglycan. Contain lipids different from those in Eubacteria and Eukaryotes. As with the genes of Eukaryotes, the genes of archaebacteria can be interrupted by introns. Three Types exist:

Types of Pathogenic Microorganisms – The Art Of Medicine Types of Pathogenic Microorganisms
Types of Pathogenic Microorganisms
Types of Pathogenic Microorganisms
Microbes that Cause Diseases
Classification of Microbes:
Brief Mechanism of Infectious Diseases
Features of Microbes
Bacteria
Fungi
Protozoa
Helminths and Rotifers
Cancel reply
 Prions are not able to move by themselves, but are able to move, thus they are not classified under motility. Kingdom Classification
Bacteria are classified as Prokaryotes, further subdivided into eubacteria and archaebacteria as already discussed. Fungi and Protozoa are classified as Protists. Helminths and Rotifiers are classified as Animalia. Two of the classification schemes can be well summarized using this diagram: Brief Mechanism of Infectious Diseases
Infectious diseases triggered by most of these organisms begin by a process known as colonization, whereby the proliferating organism becomes established on the skin or mucous membranes, before it spreads through the body and causes infection. However, there are some exceptions, as some microorganisms begin infection internally, from internal organs, or by introduction directly into the bloodstream. In either case, once a microorganism begins colonization, there can only be 3 outcomes: Elimination of the microorganism without affecting the host, or incorporation into normal bodily flora. Infection, whereby organisms multiply and produce an immune reaction.

Types of Pathogenic Microorganisms – The Art Of Medicine

Types of Pathogenic Microorganisms
Types of Pathogenic Microorganisms
Types of Pathogenic Microorganisms
Microbes that Cause Diseases
Classification of Microbes:
Brief Mechanism of Infectious Diseases
Features of Microbes
Bacteria
Fungi
Protozoa
Helminths and Rotifers
Cancel reply

Prions are not able to move by themselves, but are able to move, thus they are not classified under motility. Kingdom Classification
Bacteria are classified as Prokaryotes, further subdivided into eubacteria and archaebacteria as already discussed. Fungi and Protozoa are classified as Protists. Helminths and Rotifiers are classified as Animalia. Two of the classification schemes can be well summarized using this diagram: Brief Mechanism of Infectious Diseases
Infectious diseases triggered by most of these organisms begin by a process known as colonization, whereby the proliferating organism becomes established on the skin or mucous membranes, before it spreads through the body and causes infection. However, there are some exceptions, as some microorganisms begin infection internally, from internal organs, or by introduction directly into the bloodstream. In either case, once a microorganism begins colonization, there can only be 3 outcomes: Elimination of the microorganism without affecting the host, or incorporation into normal bodily flora. Infection, whereby organisms multiply and produce an immune reaction.

eubacteria Eubacteria
Eubacteria Spirochetes are spiral-shaped and move in a sort of cork-screw rotation. They are gram-negative. There are both aerobic and anaerobic forms, so they can be found in environments with or without oxygen. They are all chemoheterotrophs, but can survive on their own, as parasites, or in a symbiotic relationship with another organism. The disease syphilis is caused by one type of spirochete. Related page: Archaebacteria
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eubacteria

Spirochetes are spiral-shaped and move in a sort of cork-screw rotation. They are gram-negative. There are both aerobic and anaerobic forms, so they can be found in environments with or without oxygen. They are all chemoheterotrophs, but can survive on their own, as parasites, or in a symbiotic relationship with another organism. The disease syphilis is caused by one type of spirochete. Related page: Archaebacteria
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Characteristics of Archaebacteria - Biology Wise Characteristics of Archaebacteria
Characteristics of Archaebacteria
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Archaebacteria Groups
Characteristics
 Some species can multiply from one cell into two in as less time as 20 minutes. During transformation, DNA fragments released by one archaebacterium are taken up by another. In the process of transduction, a bacteriophage (a virus infecting bacterial cells) transfers genetic material from one organism to another. In the process of conjugation, genetic material is exchanged between two bacteria. These mechanisms lead to genetic recombination, causing the continued evolution of archaebacteria. The interactions between archaebacteria and other life forms are either symbiotic or commensal as archaea are not known to pose pathogenic hazard to other organisms. A characteristic unique to archaea is the composition of their cell walls. The archaebacteria cell wall is made of pseudomurein, which is made up of a combination of N-acetyltalosaminuronic acid and N-acetylglucosamine. This kind of cell wall makes archaebacteria immune to the effects of Lysozyme, which is an enzyme produced by a host’s immune system to attack and disable cell walls of pathogenic bacteria. The discovery and study of archaebacteria has opened up a whole new possibility of finding life in the most extreme of environments – places where till now, it was thought, life could not exist.

Characteristics of Archaebacteria - Biology Wise

Characteristics of Archaebacteria
Characteristics of Archaebacteria
Like it? Share it!
Archaebacteria Groups
Characteristics

Some species can multiply from one cell into two in as less time as 20 minutes. During transformation, DNA fragments released by one archaebacterium are taken up by another. In the process of transduction, a bacteriophage (a virus infecting bacterial cells) transfers genetic material from one organism to another. In the process of conjugation, genetic material is exchanged between two bacteria. These mechanisms lead to genetic recombination, causing the continued evolution of archaebacteria. The interactions between archaebacteria and other life forms are either symbiotic or commensal as archaea are not known to pose pathogenic hazard to other organisms. A characteristic unique to archaea is the composition of their cell walls. The archaebacteria cell wall is made of pseudomurein, which is made up of a combination of N-acetyltalosaminuronic acid and N-acetylglucosamine. This kind of cell wall makes archaebacteria immune to the effects of Lysozyme, which is an enzyme produced by a host’s immune system to attack and disable cell walls of pathogenic bacteria. The discovery and study of archaebacteria has opened up a whole new possibility of finding life in the most extreme of environments – places where till now, it was thought, life could not exist.

 -bacillus-rod shaped, flagellated bacterium
-coccus- spherical, chains
-spirilla- has a tuft of flagella at each end
Bacteria are considered to be the most ancient life form on Earth. They are extremely diverse and are classified into 2 different
kingdoms. Name these 2 kingdoms. Archaebacteria and EUbacteria
How many species of bacteria are there? 4800
True or False
Most bacteria cause human disease. FALSE. List 5 human diseases caused by bacteria. 1. ANTRAX
2. BOTULISM
3.

-bacillus-rod shaped, flagellated bacterium
-coccus- spherical, chains
-spirilla- has a tuft of flagella at each end
Bacteria are considered to be the most ancient life form on Earth. They are extremely diverse and are classified into 2 different
kingdoms. Name these 2 kingdoms. Archaebacteria and EUbacteria
How many species of bacteria are there? 4800
True or False
Most bacteria cause human disease. FALSE. List 5 human diseases caused by bacteria. 1. ANTRAX
2. BOTULISM
3.

What are the differences between archaebacteria and eubacteria? - Answers What are the differences between archaebacteria and eubacteria
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What are the differences between archaebacteria and eubacteria?
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What are the differences between archaebacteria and eubacteria?
 What are the differences between archaebacteria and eubacteria? - Answers
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What are the differences between archaebacteria and eubacteria? Asked by Wiki User
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Answered 2011-06-06 02:06:18
Archaeabacteria is a kingdom in the domain Archaea, and Eubacteria is a kingdom in the domain Bacteria. Both kingdoms contain bacteria that are prokaryotic, unicellular, and autotrophs or heterotrophs. However, Arechaeabacteria have cell walls without peptidoglycan which is the opposite from Eubacteria. Eubacteria often are the types of bacteria that make up dangerous diseases. Also, Archaeabacteria can live in extreme environments that many other organisms could not stand. 5 6 7
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What are the differences between archaebacteria and eubacteria?
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What are the differences between archaebacteria and eubacteria?

What are the differences between archaebacteria and eubacteria? - Answers
Microbiology
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What are the differences between archaebacteria and eubacteria? Asked by Wiki User
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Wiki User
Answered 2011-06-06 02:06:18
Archaeabacteria is a kingdom in the domain Archaea, and Eubacteria is a kingdom in the domain Bacteria. Both kingdoms contain bacteria that are prokaryotic, unicellular, and autotrophs or heterotrophs. However, Arechaeabacteria have cell walls without peptidoglycan which is the opposite from Eubacteria. Eubacteria often are the types of bacteria that make up dangerous diseases. Also, Archaeabacteria can live in extreme environments that many other organisms could not stand. 5 6 7
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The Six Kingdoms by Veritas Prep | Veritas Prep The Six Kingdoms by Veritas Prep
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The Six Kingdoms by Veritas Prep
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 Scientists actually believe that members of the archaebacteria kingdom were among the first life forms on Earth billions of years ago. These species lack cell structure and their genetic material is not contained inside of a nucleus. The cells of archaebacteria are called prokaryotes. Archaebacteria are known to be found in extreme environments including those that are very hot, those with no oxygen, and those that are highly acidic. Archaebacteria are separated from eubacteria because their cell structure is so different. Introduction to Archaebacteria
Description of Archaebacteria
Eubacteria The eubacteria kingdom (Eubacterium in Latin) is made up of single-celled organisms and just like the archaebacteria, the species in this kingdom are lacking a nuclear membrane. The species within this kingdom vary as some have the ability to make their own food and others must find their food. Eubacteria can reproduce very quickly by dividing in two. Depending on the species of eubacteria, they can be beneficial or harmful to humans and other organisms. Some examples of species within the eubacteria kingdom include Streptococci, which causes strep throat, as well as the bacteria that produces yogurt and some types of vitamins.

The Six Kingdoms by Veritas Prep | Veritas Prep

The Six Kingdoms by Veritas Prep
Premier test prep and admissions consulting.
The Six Kingdoms by Veritas Prep
Other Popular Subjects and Locations

Scientists actually believe that members of the archaebacteria kingdom were among the first life forms on Earth billions of years ago. These species lack cell structure and their genetic material is not contained inside of a nucleus. The cells of archaebacteria are called prokaryotes. Archaebacteria are known to be found in extreme environments including those that are very hot, those with no oxygen, and those that are highly acidic. Archaebacteria are separated from eubacteria because their cell structure is so different. Introduction to Archaebacteria
Description of Archaebacteria
Eubacteria The eubacteria kingdom (Eubacterium in Latin) is made up of single-celled organisms and just like the archaebacteria, the species in this kingdom are lacking a nuclear membrane. The species within this kingdom vary as some have the ability to make their own food and others must find their food. Eubacteria can reproduce very quickly by dividing in two. Depending on the species of eubacteria, they can be beneficial or harmful to humans and other organisms. Some examples of species within the eubacteria kingdom include Streptococci, which causes strep throat, as well as the bacteria that produces yogurt and some types of vitamins.

Archaebacteria Facts Archaebacteria Facts
Archaebacteria Facts Their membranes are more rigid. Some Archaebacteria are considered Phototrophs (energy derived from the sun), or Lithotrophs (energy derived from inorganic compounds), or organotrophs (energy derived from organic compounds). Archaebacteria make up approximately 20% of the oceans' microbial cells. Archaebacteria can be found in oil wells, geysers, acidic water, alkaline water, swamps, marshes, sewage, soil, and the intestinal tract of animals. Archaebacteria are considered to be one of the earth's oldest forms of life. They survived the extinction events that killed off the dinosaurs. Archaebacteria can be found in scorching hot deserts and in semi-frozen Arctic waters. There are no malicious Archaebacteria species known to exist. In sewage treatment plants there is enough Archaebacteria to commercially manufacture methane gas. While scientists are excited by the discovery that Archaebacteria are a new primary kingdom of life, it is the information Archaebacteria may be able to provide about early life on earth that they are most excited about.

Archaebacteria Facts

Archaebacteria Facts
Archaebacteria Facts

Their membranes are more rigid. Some Archaebacteria are considered Phototrophs (energy derived from the sun), or Lithotrophs (energy derived from inorganic compounds), or organotrophs (energy derived from organic compounds). Archaebacteria make up approximately 20% of the oceans' microbial cells. Archaebacteria can be found in oil wells, geysers, acidic water, alkaline water, swamps, marshes, sewage, soil, and the intestinal tract of animals. Archaebacteria are considered to be one of the earth's oldest forms of life. They survived the extinction events that killed off the dinosaurs. Archaebacteria can be found in scorching hot deserts and in semi-frozen Arctic waters. There are no malicious Archaebacteria species known to exist. In sewage treatment plants there is enough Archaebacteria to commercially manufacture methane gas. While scientists are excited by the discovery that Archaebacteria are a new primary kingdom of life, it is the information Archaebacteria may be able to provide about early life on earth that they are most excited about.

Similarities Between a Virus and Bacteria | KnowsWhy.com Similarities Between a Virus and Bacteria
Similarities Between a Virus and Bacteria
What does Virus mean? Definition and Characteristics
What does Bacteria mean? Definition and Characteristics
Similarities Between Virus and Bacteria
Similarities in Size of Virus and Bacteria
Similarities in Nucleus of Virus and Bacteria
Similarities in ‘Enzymes’ of Virus and Bacteria
Similarities in ‘Disease’ of Virus and Bacteria
Similarities in ‘Prevention’ of Virus and Bacteria
Main points in Similarities of Virus and Bacteria:
Author: Dr. Mariam Bozhilova
 Depending on the cell wall structure, the organization of its nuclear material, and some other characteristics, the bacteria are divided into eubacteria and archaebacteria. Recently, a number of researchers believe archebacteria should be separated into a separate kingdom. The bacteria reproduce by division, rarely by budding. They are in a variety of different forms – rounded (cocci), rod-shaped (bacilli, clostridia, spirochetes, pseudomonads), spiral (spirochetes) and filamentous. Their diameter typically is 0.1 – 10 µm, their length – 1 – 20 µm. The bacteria can be heterotrophs or autotrophs, aerobes or anaerobes. They are cosmopolites, occurring in soil, air, water, plants, animals, and humans. They participate in the circle of substances in nature, in the formation and destruction of useful minerals, in the formation of the structure and fertility of the soil. They are used in food, microbiological, chemical and other industries. Pathogenic bacteria cause diseases to plants (bacterial diseases), animals and humans (anthrax, tuberculosis, brucellosis, etc.).

Similarities Between a Virus and Bacteria | KnowsWhy.com

Similarities Between a Virus and Bacteria
Similarities Between a Virus and Bacteria
What does Virus mean? Definition and Characteristics
What does Bacteria mean? Definition and Characteristics
Similarities Between Virus and Bacteria
Similarities in Size of Virus and Bacteria
Similarities in Nucleus of Virus and Bacteria
Similarities in ‘Enzymes’ of Virus and Bacteria
Similarities in ‘Disease’ of Virus and Bacteria
Similarities in ‘Prevention’ of Virus and Bacteria
Main points in Similarities of Virus and Bacteria:
Author: Dr. Mariam Bozhilova

Depending on the cell wall structure, the organization of its nuclear material, and some other characteristics, the bacteria are divided into eubacteria and archaebacteria. Recently, a number of researchers believe archebacteria should be separated into a separate kingdom. The bacteria reproduce by division, rarely by budding. They are in a variety of different forms – rounded (cocci), rod-shaped (bacilli, clostridia, spirochetes, pseudomonads), spiral (spirochetes) and filamentous. Their diameter typically is 0.1 – 10 µm, their length – 1 – 20 µm. The bacteria can be heterotrophs or autotrophs, aerobes or anaerobes. They are cosmopolites, occurring in soil, air, water, plants, animals, and humans. They participate in the circle of substances in nature, in the formation and destruction of useful minerals, in the formation of the structure and fertility of the soil. They are used in food, microbiological, chemical and other industries. Pathogenic bacteria cause diseases to plants (bacterial diseases), animals and humans (anthrax, tuberculosis, brucellosis, etc.).

Kingdom Monera - Characteristics, Classification, Microscopy Methods Kingdom Monera
Characteristics, Classification, Microscopy Methods

Kingdom Monera
Characteristics, Classification, Microscopy Methods
Overview
Classification and Characteristics of Kingdom Monera
Archaebacteria in Kingdom Monera
Cell Structure of Archaea
Flagella
Cannulae
Pili
Plasma Membrane
Cell Wall
Eubacteria in Kingdom Monera
Cyanobacteria
Heterotrophic Bacteria
General Characteristic of Heterotrophic Bacteria
Cell Surface Structures of Eubacteria
Microscopy Techniques
FISH (Fluorescent in Situ Hybridization)
Thermo-Microscope ( Phase-Contrast Microscope inside a Plexiglas Housing)
References
Links
 CC BY-SA 3.0 (https://creativecommons.org/licenses/by-sa/3.0)]
Commonly referred to as "true bacteria" or simply "bacteria", eubacteria is the more complex domain (described as a subkingdom in some books) of the kingdom Monera. As compared to archaebacteria, members of eubacteria are more common and widely distributed in most habitats (water, soil, inside and on extracellular organisms, etc.) across the globe. As members of the kingdom Monera, eubacteria are prokaryotes and thus do not have membrane-bound organelles. While some species exist as parasites that cause diseases to both plants and animals (including human beings), some bacteria are beneficial and are therefore used for food and drug production among many other uses. Given that all bacteria (except archaebacteria) fall under the domain/subkingdom eubacteria, they may be grouped into the following categories: Cyanobacteria
Also known as blue-green algae, cyanobacteria contain chlorophyll that allows them to manufacture their own food. As such, they, like plants, are photosynt

Kingdom Monera - Characteristics, Classification, Microscopy Methods

Kingdom Monera
Characteristics, Classification, Microscopy Methods

Kingdom Monera
Characteristics, Classification, Microscopy Methods
Overview
Classification and Characteristics of Kingdom Monera
Archaebacteria in Kingdom Monera
Cell Structure of Archaea
Flagella
Cannulae
Pili
Plasma Membrane
Cell Wall
Eubacteria in Kingdom Monera
Cyanobacteria
Heterotrophic Bacteria
General Characteristic of Heterotrophic Bacteria
Cell Surface Structures of Eubacteria
Microscopy Techniques
FISH (Fluorescent in Situ Hybridization)
Thermo-Microscope ( Phase-Contrast Microscope inside a Plexiglas Housing)
References
Links

CC BY-SA 3.0 (https://creativecommons.org/licenses/by-sa/3.0)]
Commonly referred to as "true bacteria" or simply "bacteria", eubacteria is the more complex domain (described as a subkingdom in some books) of the kingdom Monera. As compared to archaebacteria, members of eubacteria are more common and widely distributed in most habitats (water, soil, inside and on extracellular organisms, etc.) across the globe. As members of the kingdom Monera, eubacteria are prokaryotes and thus do not have membrane-bound organelles. While some species exist as parasites that cause diseases to both plants and animals (including human beings), some bacteria are beneficial and are therefore used for food and drug production among many other uses. Given that all bacteria (except archaebacteria) fall under the domain/subkingdom eubacteria, they may be grouped into the following categories: Cyanobacteria
Also known as blue-green algae, cyanobacteria contain chlorophyll that allows them to manufacture their own food. As such, they, like plants, are photosynt

 Amnesic Shellfish Poisoning (ASP)Ciguatera Fish Poisoning (CFP)Diarrhetic Shellfish Poisoning (DSP)Neurotoxic Shellfish Poisoning (NSP)Paralytic Shellfish Poisoning (PSP)PSP and ASP can be life threatening. What are some diseases that are caused by fungi? Athlete's foot...
What are some diseases caused from dust? Cancer i think
What are some diseases caused by rats? Rat disease
What are some diseases caused by archaebacteria and eubacteria? some disease caused by Bactria is what happened when you parents
made you
What diseases are caused by alcaligenes faecalis? There are several different diseases and conditions that are
caused by Alcaligenes Faecalis. Some of these conditions and
diseases include endophthlamitis and many different types of
infections. How can diseases caused by dirty water be cured? There is medicine to cure some diseases from unclean water.

Amnesic Shellfish Poisoning (ASP)Ciguatera Fish Poisoning (CFP)Diarrhetic Shellfish Poisoning (DSP)Neurotoxic Shellfish Poisoning (NSP)Paralytic Shellfish Poisoning (PSP)PSP and ASP can be life threatening. What are some diseases that are caused by fungi? Athlete's foot...
What are some diseases caused from dust? Cancer i think
What are some diseases caused by rats? Rat disease
What are some diseases caused by archaebacteria and eubacteria? some disease caused by Bactria is what happened when you parents
made you
What diseases are caused by alcaligenes faecalis? There are several different diseases and conditions that are
caused by Alcaligenes Faecalis. Some of these conditions and
diseases include endophthlamitis and many different types of
infections. How can diseases caused by dirty water be cured? There is medicine to cure some diseases from unclean water.

 Some diseases caused by viruses are poliomyelitis, influenza,
measles caused by rubeola virus, chikenguniya caused by
chikanguniya virus, chickenpox caused by varicella zoster virus,
AIDS caused by human immunodeficiency virus, and the common
cold. What disease is caused by algae and what is its mode of transmission? There are a few, dangerous disease caused by algae. Humans are usually exposed to these disease by consuming these naturally occurring toxins in the algae. The most common algae-caused diseases are: Amnesic Shellfish Poisoning (ASP)Ciguatera Fish Poisoning (CFP)Diarrhetic Shellfish Poisoning (DSP)Neurotoxic Shellfish Poisoning (NSP)Paralytic Shellfish Poisoning (PSP)PSP and ASP can be life threatening. What are some diseases that are caused by fungi? Athlete's foot...
What are some diseases caused from dust? Cancer i think
What are some diseases caused by rats? Rat disease
What are some diseases caused by archaebacteria and eubacteria?

Some diseases caused by viruses are poliomyelitis, influenza,
measles caused by rubeola virus, chikenguniya caused by
chikanguniya virus, chickenpox caused by varicella zoster virus,
AIDS caused by human immunodeficiency virus, and the common
cold. What disease is caused by algae and what is its mode of transmission? There are a few, dangerous disease caused by algae. Humans are usually exposed to these disease by consuming these naturally occurring toxins in the algae. The most common algae-caused diseases are: Amnesic Shellfish Poisoning (ASP)Ciguatera Fish Poisoning (CFP)Diarrhetic Shellfish Poisoning (DSP)Neurotoxic Shellfish Poisoning (NSP)Paralytic Shellfish Poisoning (PSP)PSP and ASP can be life threatening. What are some diseases that are caused by fungi? Athlete's foot...
What are some diseases caused from dust? Cancer i think
What are some diseases caused by rats? Rat disease
What are some diseases caused by archaebacteria and eubacteria?

Free Flashcards about mboi ch4 quiz mboi ch4 quiz
Question
Question
mboi ch4 quiz
 gram+, gram -, archaea, spheroplast, acid fast
gram positive
T/F…The first cells on earth were probably archaea
true
T/F…Endospores of certain bacterial species can enter tissues in the human body, geminate and cause an infectious disease
true
T/F…the slime layer gives bacteria a greater pathogenicity as compared to the capsule
false
Chemo taxis refers to the ability to: move in response to light, move in response to a chemical, not move in response to chem., transport desired mol’s into cell, none of above
move in response to a chemical
The basal body of a flagellum is anchored into the : hook, outer membrane, cell wall, peptidoglycan layer, cell membrane
cell membrane
T/F…the prokaryotic cell membrane is a site for many enzymes and metabolic reactions
true
T/F…alcohol-based compounds can weaken the outer membrane
true
Which is not a bacterial class involved in causing human & animal disease: scotobacteria, firmibacteria, archaebacteria, thallobacteria, mollicutes
archaebacteria
Peptidoglycan is a unique macromolecule found in bacterial: cell walls, cell membranes, capsules, slime layers, inclusions
cell walls
The outcome of the Gram stain is based on diff in the cell’s: ribosomes, inclusions, cell wall, cell membrane, flagella
cell wall
The enzyme ____, that is found in tears and saliva, can hydrolyze the bonds in the glycan chains of certain bacterial cell walls: penicillinase,lysozyme,peptidase, all, none
lysozyme
The term that refers to flagella at both poles is: amphitrichous, atrichous, lophotrichous, monotrichous, peritrichous
amphitrichous
The transfer of genes during bacterial conjugation involves rigid tubular appendages called: flagella, cilia, fimbriae, periplasmic flagella (axial filaments), sex pili
sex pili
Spirochetes have a twisting & flexing locomotion due to appendages called:

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mboi ch4 quiz
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Question
mboi ch4 quiz

What are disease-causing organisms known as? | Yahoo Answers What are disease-causing organisms known as?
What are disease-causing organisms known as?
10 Answers
Anonymous
 And get this - it has nothing to do with insulin, exercise, diet or anything else you've heard in the past. It's all based on latest breakthrough research that Big Pharma is going Stir Crazy to hide from you. Visit here : https://tinyurl.im/aH1si to find out what all the fuss is about. ...Show more
FiguringOutLife
1 decade ago
Archaebacteria, it can cause Lyme disease
Bacilli can cause meningitis's
Cocci can cause scarlet fever. But a disease causing organism is A, pathogen. B, C, D are all pathogens.....
So the answer is A
...Show more
Source (s): Minor in Bio. Thomas E
Lv 7
1 decade ago
A.
People who are social diseases are called sociopaths. Human cancers.

And get this - it has nothing to do with insulin, exercise, diet or anything else you've heard in the past. It's all based on latest breakthrough research that Big Pharma is going Stir Crazy to hide from you. Visit here : https://tinyurl.im/aH1si to find out what all the fuss is about. ...Show more
FiguringOutLife
1 decade ago
Archaebacteria, it can cause Lyme disease
Bacilli can cause meningitis's
Cocci can cause scarlet fever. But a disease causing organism is A, pathogen. B, C, D are all pathogens.....
So the answer is A
...Show more
Source (s): Minor in Bio. Thomas E
Lv 7
1 decade ago
A.
People who are social diseases are called sociopaths. Human cancers.

Types of Pathogenic Microorganisms – The Art Of Medicine Types of Pathogenic Microorganisms
Types of Pathogenic Microorganisms
Types of Pathogenic Microorganisms
Microbes that Cause Diseases
Classification of Microbes:
Brief Mechanism of Infectious Diseases
Features of Microbes
Bacteria
Fungi
Protozoa
Helminths and Rotifers
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 Bacteria
Fungi
Protozoa
Helminths and Rotifiers
Viruses
There is also a recently discovered type of microbe that can cause a disease, known as a prion. Of these microbes, we can classify them in several different ways. Classification of Microbes: Firstly, it is important to consider the status of prions and viruses. Technically, these “microbes” are not living. Prions are simply misfolded proteins, and viruses are only “alive” when they infect an organism. Thus, both prions and viruses have their own classifications. As for the other organisms, we can classify them in several ways: Eukaryote vs Prokaryote
In this classification scheme, all bacteria are prokaryotes, and fungi, protozoa, helminths and rotifers are eukaryotes. The prokaryotes are further subdivided into eubacteria and archaebacteria.

Bacteria
Fungi
Protozoa
Helminths and Rotifiers
Viruses
There is also a recently discovered type of microbe that can cause a disease, known as a prion. Of these microbes, we can classify them in several different ways. Classification of Microbes: Firstly, it is important to consider the status of prions and viruses. Technically, these “microbes” are not living. Prions are simply misfolded proteins, and viruses are only “alive” when they infect an organism. Thus, both prions and viruses have their own classifications. As for the other organisms, we can classify them in several ways: Eukaryote vs Prokaryote
In this classification scheme, all bacteria are prokaryotes, and fungi, protozoa, helminths and rotifers are eukaryotes. The prokaryotes are further subdivided into eubacteria and archaebacteria.

Viruses, Fungi, Bacteria and Protists - Notes - Biology | Mrs. McComas
Goal 4 - Viruses, Bacteria, Protists and Fungi Notes
Bacteria
Protists
Fungi
 Cancer - Some viruses are linked to cancer. Hepatitis B is a virus that can cause liver cancer and disrupts the normal growth and division of cells. Plant viruses - Plant viruses require wounds or bites to enter the host. ex. Tobacco mosaic virus – disease in tobacco plants which stunts plant growth. Bacteria
Kingdom Monera (Bacteria) – Pages 485-495
Two types
Archaebacteria - Extreme environment
Eubacteria (page 487) - Common, majority
Bacterial Shapes
Spherical
Rod-like
Spiral
Thread-like
Archaebacteria
Prokaryotic bacteria
Thrive in harsh environments previously through inhabitable
Archa – means ancient
Thought to be similar to the first organisms on earth
Single celled or clustered together to form filaments
Cell wall lacks peptidoglycan (a protein-carbohydrate molecule found in all other bacteria),
cell membrane and ribosomal RNA
Anaerobic (can not tolerate oxygen)
Producers, Consumers or Decomposers
Classified according to the environment in which they live
1. Methanogens – produce methane gas and live in places such as soil and intestines of herbivores
2. Halophiles – live in extremely salty environments – like the Dead Sea
3. Thermoacidophiles – live in acid sulfur springs of Yellowstone National Park and Undersea Vents
Reproduce asexually by Binary fission (asexual à copy chromosomes, attach and divide). Binary Fission - How does this work?

Viruses, Fungi, Bacteria and Protists - Notes - Biology | Mrs. McComas

Goal 4 - Viruses, Bacteria, Protists and Fungi Notes
Bacteria
Protists
Fungi

What are disease-causing organisms known as? | Yahoo Answers What are disease-causing organisms known as?
What are disease-causing organisms known as?
10 Answers
Anonymous
 What are disease-causing organisms known as? | Yahoo Answers
Jocelyn
Jocelyn
asked in Science & Mathematics Biology · 1 decade ago
What are disease-causing organisms known as? A- pathogens
B- bacilli
C- cocci
D- archaebacteria
...Show more
10 Answers
Relevance
sweetgal2301
Lv 5
1 decade ago
Favorite Answer
Answer is A - Pathogens. They can be bacteria, fungus etc etc. Your other three answers could be examples for pathogens, though without the species name you cannot identify any of those micro organisms as a disease causing organism. Since there are cocci and bacillus bacteria that are good freindly bacteria in our gut and are essential for our digestive system ... without a specific species name you cannot identify whether they are friendly or unfriendly bacteria. ...Show more
Source (s): PhD candidate in Stem Cell biology and Immunology
Erika
Lv 4
4 years ago
Disease Causing Organisms
Source (s): https://shrink.im/bacKd
Kathleen
Lv 4
5 years ago
For the best answers, search on this site https://shorturl.im/ax4SG
A living disease causing organism is known as pathogen. atcblue05
Lv 6
1 decade ago
Definitely pathogens, A.
Pathogens can consist of bacteria, parasites, fungi, etc.

What are disease-causing organisms known as? | Yahoo Answers
Jocelyn
Jocelyn
asked in Science & Mathematics Biology · 1 decade ago
What are disease-causing organisms known as? A- pathogens
B- bacilli
C- cocci
D- archaebacteria
...Show more
10 Answers
Relevance
sweetgal2301
Lv 5
1 decade ago
Favorite Answer
Answer is A - Pathogens. They can be bacteria, fungus etc etc. Your other three answers could be examples for pathogens, though without the species name you cannot identify any of those micro organisms as a disease causing organism. Since there are cocci and bacillus bacteria that are good freindly bacteria in our gut and are essential for our digestive system ... without a specific species name you cannot identify whether they are friendly or unfriendly bacteria. ...Show more
Source (s): PhD candidate in Stem Cell biology and Immunology
Erika
Lv 4
4 years ago
Disease Causing Organisms
Source (s): https://shrink.im/bacKd
Kathleen
Lv 4
5 years ago
For the best answers, search on this site https://shorturl.im/ax4SG
A living disease causing organism is known as pathogen. atcblue05
Lv 6
1 decade ago
Definitely pathogens, A.
Pathogens can consist of bacteria, parasites, fungi, etc.

Free Flashcards about mboi ch4 quiz mboi ch4 quiz
Question
Question
mboi ch4 quiz
 false
The 2 functions of bacterial appendages are
attachment and motility
T/F… both gram positive and gram neg. cells have outer membranes
false
T/F… Boiling water (100 degrees C) can normally destroy endospores
false
Bacterial cells could have any of the following appendages except: flagella, cilia, finbriae, periplasmic flagella (axial filiments), sex pili
cilia
Serological analysis for bacterial identification typically involves using: analysis of the appearance of colonies, a microscope to det cell morphology or specific antibodies to the bacterial cell antigens
specific antibodies to the bacterial cell antigens
T/F… bacteria in the genus mycoplasma and bacteria called L-forms lack cell walls
true
Plasmids: are found in all bacteria, are essential for survival, cant be passed bet organisms,cant be passed onto progeny, are often the site of pathogenic genes
are often the site of pathogenic genes
A prokaryotic cell wall that has primarily peptidoglycan w/small amts of teichoic and lipoteichoic acid: gram+, gram -, archaea, spheroplast, acid fast
gram positive
T/F…The first cells on earth were probably archaea
true
T/F…Endospores of certain bacterial species can enter tissues in the human body, geminate and cause an infectious disease
true
T/F…the slime layer gives bacteria a greater pathogenicity as compared to the capsule
false
Chemo taxis refers to the ability to: move in response to light, move in response to a chemical, not move in response to chem., transport desired mol’s into cell, none of above
move in response to a chemical
The basal body of a flagellum is anchored into the : hook, outer membrane, cell wall, peptidoglycan layer, cell membrane
cell membrane
T/F…the prokaryotic cell membrane is a site for many enzymes and metabolic reactions
true
T/F…alcohol-based compounds can weaken the outer membrane
true
Which is not a bacterial class involved in causing human & animal disease: scotobacteria, firmibacteria, archaebacteria, thallobacteria, mollicutes
archaebacteria
Peptidoglycan is a unique macromolecule found in bacterial:

Free Flashcards about mboi ch4 quiz

 Feeding Type
- How the organisms get their food –Autotroph or Producer •Makes it’s own food –Heterotroph or Consumer •Must eat other organisms to survive
As we go through the PowerPoint Fill in the chart with the correct information about each of the 6 kingdoms. Remember for each kingdom your want to find: Cell Type – Prokaryotic OR Eukaryotic Cell Number – Single celled OR Multi celled Feeding Type – Autotrophic OR Heterotrophic How organisms in that kingdom are important to us
6 Kingdoms
•Archaebacteria • Eubacteria • Protista • Fungi • Plantae • Animalia
Prokaryotes Eukaryotes
Archaebacteria
•Ancient bacteria-
–Live in very harsh environments
Eubacteria
•It is the eubacteria that most people are talking about when they say bacteria, because they live in more normal conditions like the human body or pond water. Both Types of Bacteria
•ALL bacteria are single celled, prokaryotes so they are very simple organisms
Bacterial Locomotion
•Some bacteria have flagella or cilia for movement •Some secrete a slime layer and ooze over surfaces like slugs
Bacterial Feeding
•Some bacteria are autotrophs and can photosynthesize like a plant. • Some bacteria are heterotrophs that catch their food
Protists
•Protists include many single celled organisms, like slime molds, protozoa and primitive algae. Odds & Ends Kingdom
Protists
•There are animal-like, fungus-like, and plant-like protists
• Some are beneficial
• Protists are found in lakes and ponds
•Some protists can cause diseases in humans, such as: Protists Disease
•Amebic dysentery Ameba histolytica
Protists Disease
•African Sleeping Sickness
Trypanosoma
Protists Disease
•Malaria
Plasmodium
Protists Movement
•3 types of movement: –Pseudopod (false foot) –Flagella/cilia (hairs) –Contractile vacuoles
Protists Feeding Style
•Protists can be autotrophs or heterotrophs
Fungi
•The Kingdom Fungi includes some of the most important organisms. •By breaking down dead organic material, they continue the cycle of nutrients through ecosystems. •All fungi are Fungi
eukaryotic
•They may be unicellular or multicellular
•Found in wet areas
Unicellular (yeast) Multicellular
Fungi
•Fungi can be very helpful and delicious
• Many antibacterial drugs are derived from fungi
Penicillin
Fungi
•Fungi also causes a number of plant and animal diseases: •

Microbial Diseases: Transmission and General Overview | Disabled World
Microbial Diseases: Transmission and General Overview
Main Digest
About the Author
 The science of microbiology explores how microbes work as well as how to control them. Microorganism (Microbe) - Microorganisms are very diverse and include all the bacteria and archaea and almost all the protozoa. They also include some fungi, algae, and certain animals, such as rotifers. Many macroscopic animals and plants have microscopic juvenile stages. Some microbiologists also classify viruses (and viroids) as microorganisms, but others consider these as nonliving. Microbial Population Biology - Defined as the application of population ecology and population genetics toward understanding the ecology and evolution of bacteria, archaebacteria, microscopic fungi (such as yeasts), additional microscopic eukaryotes (e.g., "protozoa" and algae), and viruses. Microbial Diseases - Defined as sicknesses or ailments caused in animals and humans by the introduction of one of four different types of microbes; Bacteria, Viruses, Fungi and Protozoa (also known as protoctista). Microbiologists pursue knowledge to prevent and treat the diseases microbes cause. The 20th century saw an incredible increase in human knowledge concerning microbes.

The science of microbiology explores how microbes work as well as how to control them. Microorganism (Microbe) - Microorganisms are very diverse and include all the bacteria and archaea and almost all the protozoa. They also include some fungi, algae, and certain animals, such as rotifers. Many macroscopic animals and plants have microscopic juvenile stages. Some microbiologists also classify viruses (and viroids) as microorganisms, but others consider these as nonliving. Microbial Population Biology - Defined as the application of population ecology and population genetics toward understanding the ecology and evolution of bacteria, archaebacteria, microscopic fungi (such as yeasts), additional microscopic eukaryotes (e.g., "protozoa" and algae), and viruses. Microbial Diseases - Defined as sicknesses or ailments caused in animals and humans by the introduction of one of four different types of microbes; Bacteria, Viruses, Fungi and Protozoa (also known as protoctista). Microbiologists pursue knowledge to prevent and treat the diseases microbes cause. The 20th century saw an incredible increase in human knowledge concerning microbes.

Monera: Eubacteria | SparkNotes Monera
Monera
Eubacteria
Diversity of Eubacteria
Nutrition
Oxygen Requirements
Gram Staining
 Monera: Eubacteria | SparkNotes
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Eubacteria
Summary Eubacteria
Page 1 Page 2
Eubacteria, also known as the true bacteria, have a bad reputation. They are seen as disease causing agents. Every day new products come out adverstising their ability to destroy these microscopic but dangerous creatures. In reality, only a small percentage of these unicellular organisms cause disease. The rest fullfill many important roles in the natural world. Eubacteria can be photoautotrophs, saprophytes, or symbionts. Diversity of Eubacteria
Figure %:

Monera: Eubacteria | SparkNotes

Monera
Monera
Eubacteria
Diversity of Eubacteria
Nutrition
Oxygen Requirements
Gram Staining

Monera: Eubacteria | SparkNotes
Search all of  SparkNotes
Search
Suggestions
Use up and down arrows to review and enter to select. 1984
Crime and Punishment
Fahrenheit 451
Heart of Darkness
Othello
Menu
No Fear Shakespeare
Literature
Other Subjects
Teacher
Blog
Help
Search all of  SparkNotes
Search
Suggestions
Use up and down arrows to review and enter to select. 1984
Crime and Punishment
Fahrenheit 451
Heart of Darkness
Othello
No Fear Shakespeare
Literature
Other Subjects
Teacher
Blog
Help
Monera
Biology
Study Guide
Study Guide
Topics
Introduction
Eubacteria
Problems
Archaebacteria
Problems
Terms
Writing Help
Glossary of Literary Terms
How to Cite This SparkNote
Teacher's Handbook
Summary
Eubacteria
Summary Eubacteria
Page 1 Page 2
Eubacteria, also known as the true bacteria, have a bad reputation. They are seen as disease causing agents. Every day new products come out adverstising their ability to destroy these microscopic but dangerous creatures. In reality, only a small percentage of these unicellular organisms cause disease. The rest fullfill many important roles in the natural world. Eubacteria can be photoautotrophs, saprophytes, or symbionts. Diversity of Eubacteria
Figure %:

 * Prokaryotic cells have no nucleus, example: bacterium
* Eukaryotic cells have a nucleus where their genetic material is located and is a double strand. Example: human cells
Know the different ways bacteria reproduce
Binary fission - form of asexual reproduction. When a bacterium duplicates its genetic material and splits into two separate bacterium
Conjugation - form of sexual reproduction. When one bacterium transfers some of its genetic material into another bacterial cell through a thin threadlike bridge that joins two cells. Budding- Asexual reproduction
Give examples of diseases caused by bacteria
Food poisoning, pneumonia, strep throat, lyme disease, tetanus
Know the differences between eubacteria and archaebacteria. * Archaebacteria: live in extreme environments such as hot springs, bottom of swamps, salty waters, acid environments are often associated with foul odors. * Eubacteria:

* Prokaryotic cells have no nucleus, example: bacterium
* Eukaryotic cells have a nucleus where their genetic material is located and is a double strand. Example: human cells
Know the different ways bacteria reproduce
Binary fission - form of asexual reproduction. When a bacterium duplicates its genetic material and splits into two separate bacterium
Conjugation - form of sexual reproduction. When one bacterium transfers some of its genetic material into another bacterial cell through a thin threadlike bridge that joins two cells. Budding- Asexual reproduction
Give examples of diseases caused by bacteria
Food poisoning, pneumonia, strep throat, lyme disease, tetanus
Know the differences between eubacteria and archaebacteria. * Archaebacteria: live in extreme environments such as hot springs, bottom of swamps, salty waters, acid environments are often associated with foul odors. * Eubacteria:

Microorganism - Definition, Types, Examples & Quiz | Biology Dictionary Microorganism
Microorganism
Microorganism Definition
Types of Microorganisms
Bacteria
Archaea
Animals
Protozoa
Fungi
Molds
Algae
Others
Examples of Microorganisms
Streptococcus bacteria
Malaria Parasite (Plasmodium)
Lactobacillus rhamnosus
Cyanobacteria
Quiz
References
Cite This Article
 Microorganisms are found virtually everywhere, except for environments that have been made artificially sterile by humans. Even these must be constantly sterilized and carefully protected, lest microorganisms be tracked in from the outside world. Microorganisms live in water, in soil, and on the skin and in the digestive tracts of animals. This is why all living things must have immune systems – while many microorganisms can be helpful to them, some can be harmful and cause disease. Like all organisms, microorganisms play important roles in the ecosystems they inhabit. Here are a few of their roles. Types of Microorganisms
Bacteria
Bacteria – now sometimes called “ eubacteria ” or “true bacteria” to differentiate them from archaebacteria – are the type of microorganism you probably hear about the most. This is because they’re the type most likely to make you sick. Bacteria are the cause of most skin infections, and can also cause food poisoning, pneumonia, strep throat, and many other illnesses. However, bacteria are also very helpful to humans. “

Microorganisms are found virtually everywhere, except for environments that have been made artificially sterile by humans. Even these must be constantly sterilized and carefully protected, lest microorganisms be tracked in from the outside world. Microorganisms live in water, in soil, and on the skin and in the digestive tracts of animals. This is why all living things must have immune systems – while many microorganisms can be helpful to them, some can be harmful and cause disease. Like all organisms, microorganisms play important roles in the ecosystems they inhabit. Here are a few of their roles. Types of Microorganisms
Bacteria
Bacteria – now sometimes called “ eubacteria ” or “true bacteria” to differentiate them from archaebacteria – are the type of microorganism you probably hear about the most. This is because they’re the type most likely to make you sick. Bacteria are the cause of most skin infections, and can also cause food poisoning, pneumonia, strep throat, and many other illnesses. However, bacteria are also very helpful to humans. “

 Diseases that ravage human populations, like cholera, bubonic plague, anthrax, meningitis and tuberculosis are all caused by bacteria. Antibiotics have been developed that can cure these diseases. However, some bacteria have developed resistance to traditional antibiotics and have once again become life-threatening. Related Articles
Levels of Classification of Microbiology
Characteristics of Salmonella Bacteria
List of Microaerophilic Bacteria
Levels of Classification of Microbiology
What Types of Bacteria Produce Endospores? What Types of Bacteria Are Parasites? The 3 Types of Bacteria
Major Types of Bacteria
How Are Bacteria & Plant Cells Alike? What Are the Habitats of the Six Kingdoms? General Characteristics of Protista
List of Bacteria in the Temperate Deciduous Forest
Types of Bacteria on the Tongue
What Is a Extra Ring of DNA in Bacteria? Types of Archaebacteria
Examples of Archaebacteria With Their Scientific Name...
How Enterococcus Faecalis Changes the Mannitol Salt...
Bacteria: Definition, Types & Examples
What Are the Two Prokaryotic Kingdoms?

Diseases that ravage human populations, like cholera, bubonic plague, anthrax, meningitis and tuberculosis are all caused by bacteria. Antibiotics have been developed that can cure these diseases. However, some bacteria have developed resistance to traditional antibiotics and have once again become life-threatening. Related Articles
Levels of Classification of Microbiology
Characteristics of Salmonella Bacteria
List of Microaerophilic Bacteria
Levels of Classification of Microbiology
What Types of Bacteria Produce Endospores? What Types of Bacteria Are Parasites? The 3 Types of Bacteria
Major Types of Bacteria
How Are Bacteria & Plant Cells Alike? What Are the Habitats of the Six Kingdoms? General Characteristics of Protista
List of Bacteria in the Temperate Deciduous Forest
Types of Bacteria on the Tongue
What Is a Extra Ring of DNA in Bacteria? Types of Archaebacteria
Examples of Archaebacteria With Their Scientific Name...
How Enterococcus Faecalis Changes the Mannitol Salt...
Bacteria: Definition, Types & Examples
What Are the Two Prokaryotic Kingdoms?

 Warning
While most bacteria are harmless to humans, there are some that are extremely pathogenic. Diseases that ravage human populations, like cholera, bubonic plague, anthrax, meningitis and tuberculosis are all caused by bacteria. Antibiotics have been developed that can cure these diseases. However, some bacteria have developed resistance to traditional antibiotics and have once again become life-threatening. Related Articles
What Is Ubiquity in Microbiology? How Do Bacteria Respire? List of Bacteria in the Temperate Deciduous Forest
What Types of Bacteria Produce Endospores? Types of Archaebacteria
Organisms in the Kingdom Monera
What Are the Two Prokaryotic Kingdoms? Examples of Heat-Resistant Bacteria
Major Types of Bacteria
Similarities Between Bacteria & Protists
What Is a Extra Ring of DNA in Bacteria? What Types of Bacteria Are Parasites?

Warning
While most bacteria are harmless to humans, there are some that are extremely pathogenic. Diseases that ravage human populations, like cholera, bubonic plague, anthrax, meningitis and tuberculosis are all caused by bacteria. Antibiotics have been developed that can cure these diseases. However, some bacteria have developed resistance to traditional antibiotics and have once again become life-threatening. Related Articles
What Is Ubiquity in Microbiology? How Do Bacteria Respire? List of Bacteria in the Temperate Deciduous Forest
What Types of Bacteria Produce Endospores? Types of Archaebacteria
Organisms in the Kingdom Monera
What Are the Two Prokaryotic Kingdoms? Examples of Heat-Resistant Bacteria
Major Types of Bacteria
Similarities Between Bacteria & Protists
What Is a Extra Ring of DNA in Bacteria? What Types of Bacteria Are Parasites?

Structural gene - Wikipedia Structural gene
Structural gene
Contents
Placement in the genome
Role in human disease
Phylogenetics
Debate
References
External links
 Also distinct are the rDNA clusters of structural genes, in which 28S, 5.8S, and 18S sequences are adjacent, separated by short internally transcribed spacers, and likewise the 45S rDNA occurs five distinct places on the genome, but is clustered into adjacent repeats. In eubacteria these genes are organized into operons. However, in archaebacteria these genes are non-adjacent and exhibit no linkage. Role in human disease
The identification of the genetic basis for the causative agent of a disease can be an important component of understanding its effects and spread. Location and content of structural genes can elucidate the evolution of virulence, as well as provide necessary information for treatment. Likewise understanding the specific changes in structural gene sequences underlying a gain or loss of virulence aids in understanding the mechanism by which diseases affect their hosts. For example, Yersinia pestis (the bubonic plague) was found to carry several virulence and inflammation-related structural genes on plasmids. Likewise, the structural gene responsible for tetanus was determined to be carried on a plasmid as well. Diphtheria is caused by a bacterium, but only after that bacterium has been infected by a bacteriophage carrying the structural genes for the toxin. In Herpes simplex virus, the structural gene sequence responsible for virulence was found in two locations in the genome despite only one location actually producing the viral gene product.

Structural gene - Wikipedia

Structural gene
Structural gene
Contents
Placement in the genome
Role in human disease
Phylogenetics
Debate
References
External links

 The disease can be treated effectively with antibiotics. In rare cases it can cause an eye infection called conjunctivitis. Helicobacter
Helicobacteriaeare gram-negative and usually curved or spiral in shape, giving them their name. Discovered in 1982, they inhabit the human gut and have been implicated in gastritis, or inflammation of the stomach, along with certain types of stomach ulcers. They can also persist in the body for long periods without causing disease. Related Articles
Where Do Bacteria Live? How Do Bacteria Respire? Types of Bacteria on the Tongue
What Types of Bacteria Produce Endospores? Characteristics of Salmonella Bacteria
Organisms in the Kingdom Monera
The Microorganisms Found in Sewage
Types of Spore Forming Bacteria
Types of Bacteria in Blood
List of Bacteria in the Temperate Deciduous Forest
Types of Microorganisms & Optimum PH
Types of Archaebacteria
List of Encapsulated Bacteria
Types of Coccus Bacteria
The 3 Types of Bacteria
What Is Bacteria Homeostasis? Barriers That Stop Bacteria
List Some Types of Bacteria Found in Soil
References
Northern Arizona University:

The disease can be treated effectively with antibiotics. In rare cases it can cause an eye infection called conjunctivitis. Helicobacter
Helicobacteriaeare gram-negative and usually curved or spiral in shape, giving them their name. Discovered in 1982, they inhabit the human gut and have been implicated in gastritis, or inflammation of the stomach, along with certain types of stomach ulcers. They can also persist in the body for long periods without causing disease. Related Articles
Where Do Bacteria Live? How Do Bacteria Respire? Types of Bacteria on the Tongue
What Types of Bacteria Produce Endospores? Characteristics of Salmonella Bacteria
Organisms in the Kingdom Monera
The Microorganisms Found in Sewage
Types of Spore Forming Bacteria
Types of Bacteria in Blood
List of Bacteria in the Temperate Deciduous Forest
Types of Microorganisms & Optimum PH
Types of Archaebacteria
List of Encapsulated Bacteria
Types of Coccus Bacteria
The 3 Types of Bacteria
What Is Bacteria Homeostasis? Barriers That Stop Bacteria
List Some Types of Bacteria Found in Soil
References
Northern Arizona University:

Color a Typical Prokaryote Cell - Biology LibreTexts Color a Typical Prokaryote Cell
Color a Typical Prokaryote Cell
Questions:
 Color a Typical Prokaryote Cell - Biology LibreTexts
Color a Typical Prokaryote Cell
Page ID
26989
Table of contents
No headers
A prokaryote is a unicellular organism that lacks a membrane-bound nucleus. Bacteria are prokaryotes that fall into two major categories: the Kingdom Eubacteria and the Kingdom Archaebacteria. Eubacteria are common types that occur all around us, usually they are on surfaces and in the soil. You can only find Archaebacteria in extreme environments, like hot sulfur springs. Archaebacteria are thought to be some of the oldest life forms on earth. Most bacteria don't make their own food. That means they must rely on other organisms to provide them with food. These bacteria break down, or decompose, other living things to obtain energy. When most people hear the word bacteria, they think of something that is bad for you. In fact, very few bacteria cause illnesses.

Color a Typical Prokaryote Cell - Biology LibreTexts

Color a Typical Prokaryote Cell
Color a Typical Prokaryote Cell
Questions:

Color a Typical Prokaryote Cell - Biology LibreTexts
Color a Typical Prokaryote Cell
Page ID
26989
Table of contents
No headers
A prokaryote is a unicellular organism that lacks a membrane-bound nucleus. Bacteria are prokaryotes that fall into two major categories: the Kingdom Eubacteria and the Kingdom Archaebacteria. Eubacteria are common types that occur all around us, usually they are on surfaces and in the soil. You can only find Archaebacteria in extreme environments, like hot sulfur springs. Archaebacteria are thought to be some of the oldest life forms on earth. Most bacteria don't make their own food. That means they must rely on other organisms to provide them with food. These bacteria break down, or decompose, other living things to obtain energy. When most people hear the word bacteria, they think of something that is bad for you. In fact, very few bacteria cause illnesses.

Difference between Archaebacteria and Eubacteria | KnowsWhy.com Difference between Archaebacteria and Eubacteria
Difference between Archaebacteria and Eubacteria
What are Archaebacteria and Eubacteria?
Archaebacteria
Eubacteria
Difference between Archaebacteria and Eubacteria
1. Habitat
Archaebacteria
Eubacteria
2. Structure, size and shape
Archaebacteria
Eubacteria
3. Membrane Lipids
Archaebacteria
Eubacteria
4. Deoxyribonucleic acid (DNA) dependent Ribonucleic acid (RNA) Polymerase
Archaebacteria
Eubacteria
5. Antibiotic sensitivity
Archaebacteria
Eubacteria
6. Introns
Archaebacteria
Eubacteria
7. First amino acid in all proteins
Archaebacteria
Formylmethionine
Eubacteria
Methionine
8. Growth and reproduction
Archaebacteria
Eubacteria
9. Glycolysis/Kreb’s cycle
Archaebacteria
Eubacteria
10. Examples
Archaebacteria
Eubacteria
Conclusion
Author: Dr. Amita Fotedar
 Archaebacteria are spherical, rod shaped, plate like, spirals, flat and even square in shaped. Eubacteria
A single individual archaebacterium ranges from 0.1-15 μ m in diameter. The cell wall of archaebacteria does contain pseudo peptidoglycans. The bacterial cell does consist of cell wall and component structures inside and outside the cell wall. Some component structures include capsules mostly composed of polysaccharides. Some capsules are hetero polysaccharides, for example, capsule of Klebsiella pneumoniae and some are polypeptides e.g. anthracis. Capsules play a significant role in disease causing ability of eubacteria. One more component is the flagella that are thread like, skinny and thin rigid structures, 20 nm wide and around 15 to 20 µ m in length. There is another component structure called Spinae that help bacteria to thrive in harsh environmental conditions like pH, salinity and extreme temperature. Another component is Fimbriae or Pili which are adhesive structures that help bacterial cells to stick to some other bacteria or to a substrate or to some eukaryotic like mould plants and animal cells.

Difference between Archaebacteria and Eubacteria | KnowsWhy.com

Difference between Archaebacteria and Eubacteria
Difference between Archaebacteria and Eubacteria
What are Archaebacteria and Eubacteria?
Archaebacteria
Eubacteria
Difference between Archaebacteria and Eubacteria
1. Habitat
Archaebacteria
Eubacteria
2. Structure, size and shape
Archaebacteria
Eubacteria
3. Membrane Lipids
Archaebacteria
Eubacteria
4. Deoxyribonucleic acid (DNA) dependent Ribonucleic acid (RNA) Polymerase
Archaebacteria
Eubacteria
5. Antibiotic sensitivity
Archaebacteria
Eubacteria
6. Introns
Archaebacteria
Eubacteria
7. First amino acid in all proteins
Archaebacteria
Formylmethionine
Eubacteria
Methionine
8. Growth and reproduction
Archaebacteria
Eubacteria
9. Glycolysis/Kreb’s cycle
Archaebacteria
Eubacteria
10. Examples
Archaebacteria
Eubacteria
Conclusion
Author: Dr. Amita Fotedar

Archaebacteria are spherical, rod shaped, plate like, spirals, flat and even square in shaped. Eubacteria
A single individual archaebacterium ranges from 0.1-15 μ m in diameter. The cell wall of archaebacteria does contain pseudo peptidoglycans. The bacterial cell does consist of cell wall and component structures inside and outside the cell wall. Some component structures include capsules mostly composed of polysaccharides. Some capsules are hetero polysaccharides, for example, capsule of Klebsiella pneumoniae and some are polypeptides e.g. anthracis. Capsules play a significant role in disease causing ability of eubacteria. One more component is the flagella that are thread like, skinny and thin rigid structures, 20 nm wide and around 15 to 20 µ m in length. There is another component structure called Spinae that help bacteria to thrive in harsh environmental conditions like pH, salinity and extreme temperature. Another component is Fimbriae or Pili which are adhesive structures that help bacterial cells to stick to some other bacteria or to a substrate or to some eukaryotic like mould plants and animal cells.

Bacteria vs Pathogen - What's the difference? | WikiDiff Bacteria vs Pathogen - What's the difference?
Bacteria vs Pathogen - What's the difference?
As nouns the difference between bacteria and pathogen
bacteria
English
Noun
Usage notes
Derived terms
Noun
Anagrams
pathogen
English
Noun
Derived terms
Anagrams
 Both these ' bacterias are capable of breaking down the organic matter
(US, proscribed)
(pejorative, slang) A derisive term for a lowlife or a slob (could be treated as plural or singular). Usage notes
* This is the plural form of the word. While it is often used as if it were singular (as a collective noun), this is considered nonstandard by some in the US and more elsewhere. See the usage examples under ( bacterium ). Derived terms
* Bacteria * Eubacteria * Archaebacteria / Archebacteria * eubacteria * archaebacteria / archebacteria
Etymology 2
From . Noun
( bacteriae)
(dated, medicine) An oval bacterium, as distinguished from a spherical coccus or rod-shaped bacillus
Anagrams
* * ----
pathogen
English
Noun
( en noun )
(pathology, immunology) Any organism or substance, especially a microorganism, capable of causing disease, such as bacteria, viruses, protozoa or fungi. Microorganisms are not considered to be pathogenic until they have reached a population size that is large enough to cause disease. * { {quote-magazine, date=2013-01
, author=Katie L. Burke , title=Ecological Dependency , volume=101, issue=1, page=64 , magazine= citation , passage=In his first book since the 2008 essay collection Natural Acts: A Sidelong View of Science and Nature , David Quammen looks at the natural world from yet another angle: the search for the next human pandemic, what epidemiologists call “the next big one.”

Bacteria vs Pathogen - What's the difference? | WikiDiff

Bacteria vs Pathogen - What's the difference?
Bacteria vs Pathogen - What's the difference?
As nouns the difference between bacteria and pathogen
bacteria
English
Noun
Usage notes
Derived terms
Noun
Anagrams
pathogen
English
Noun
Derived terms
Anagrams

Protista What is a Protista?
What is a Protista? Protista

Home
Protista
Dinobryon
Asterionella
Bursaria
Archaebacteria
Halobacterium
Pyrolobus fumaris
Methanoculleus submarinus
work sited for Nicole
Work sited for April
Eubacteria
fungi
Calicium abietinum
Chris work sited

What is a Protista? A protista is a one or many-celled organism the lives in moist or wet surroundings. They have a nucleus and other internal membrane-bound structures
Where they live- moist  or wet environments
How they get their food-  some protista have chlorophyll so they can make there own food but other protist eat other organisms
How the reproduce-most  reproduce sexually by mitosis but some reproduce asexually
Special structures-have  a membrane bound organelle and a membrane bound nuclei
How they are classified- protist are divided into three groups Fungi-like, Protozoan and Algae
How they are helpful  and harmful- can cause disease and can weaken plants. They are helpful because they produce oxygen, produce food, help brake  down dead organisms, after they die they sink to the bottom of the water and become part of the sediments
What disease so they  cause-one parasite amoeba can lead to brain damage infection and death found in ponds and streams

Protista

Protista

Home
Protista
Dinobryon
Asterionella
Bursaria
Archaebacteria
Halobacterium
Pyrolobus fumaris
Methanoculleus submarinus
work sited for Nicole
Work sited for April
Eubacteria
fungi
Calicium abietinum
Chris work sited

What is a Protista? A protista is a one or many-celled organism the lives in moist or wet surroundings. They have a nucleus and other internal membrane-bound structures
Where they live- moist  or wet environments
How they get their food-  some protista have chlorophyll so they can make there own food but other protist eat other organisms
How the reproduce-most  reproduce sexually by mitosis but some reproduce asexually
Special structures-have  a membrane bound organelle and a membrane bound nuclei
How they are classified- protist are divided into three groups Fungi-like, Protozoan and Algae
How they are helpful  and harmful- can cause disease and can weaken plants. They are helpful because they produce oxygen, produce food, help brake  down dead organisms, after they die they sink to the bottom of the water and become part of the sediments
What disease so they  cause-one parasite amoeba can lead to brain damage infection and death found in ponds and streams

Archaebacteria: Definition, Types and Uses Archaebacteria: Definition, Types and Uses
Archaebacteria: Definition, Types and Uses
In this article we will discuss about:- 1. Definition of Archaebacteria 2. Types of Archaebacteria 3. Uses.
Definition of Archaebacteria:
Types of Archaebacteria:
1. Methanogens:
2. Halophiles (Halophils):
Halophiles are able to live under high salt conditions due to four reasons:
3. Thermoacidophiles (Thermoacidophils):
Thermoacidophiles are able to tolerate high temperature as well as high acidity due to two reasons:
Uses of Archaebacteria:
 2S + 2H 2 O + 3O 2 → 2H 2 SO 4
ADVERTISEMENTS: If the conditions are anaerobic, the thermoacidophiles may reduce sulphur to H 2 S. Bicarbonates are also precipitated into the carbonate form by their activity. Thermoacidophiles are able to tolerate high temperature as well as high acidity due to two reasons: (1) Branched chain lipids in the cell membranes. (2) Presence of special resistant enzymes capable of operating under acidic conditions. ADVERTISEMENTS: Archaebacteria are also known as living fossils because they represent one of the earliest forms of life which experimented on the absorption of solar radiations for the first time, lived comfortably under anaerobic conditions and developed techniques to oxidize the chemicals present in the substratum on the availability of oxygen. Uses of Archaebacteria: (i) Archaebacteria are employed in the production of gobar gas from dung and sewage,
(ii) In ruminants, they cause fermentation of cellulose. Biology, Living Organism, Diversity, Bacteria, Archaebacteria

Archaebacteria: Definition, Types and Uses

Archaebacteria: Definition, Types and Uses
Archaebacteria: Definition, Types and Uses
In this article we will discuss about:- 1. Definition of Archaebacteria 2. Types of Archaebacteria 3. Uses.
Definition of Archaebacteria:
Types of Archaebacteria:
1. Methanogens:
2. Halophiles (Halophils):
Halophiles are able to live under high salt conditions due to four reasons:
3. Thermoacidophiles (Thermoacidophils):
Thermoacidophiles are able to tolerate high temperature as well as high acidity due to two reasons:
Uses of Archaebacteria:

2S + 2H 2 O + 3O 2 → 2H 2 SO 4
ADVERTISEMENTS: If the conditions are anaerobic, the thermoacidophiles may reduce sulphur to H 2 S. Bicarbonates are also precipitated into the carbonate form by their activity. Thermoacidophiles are able to tolerate high temperature as well as high acidity due to two reasons: (1) Branched chain lipids in the cell membranes. (2) Presence of special resistant enzymes capable of operating under acidic conditions. ADVERTISEMENTS: Archaebacteria are also known as living fossils because they represent one of the earliest forms of life which experimented on the absorption of solar radiations for the first time, lived comfortably under anaerobic conditions and developed techniques to oxidize the chemicals present in the substratum on the availability of oxygen. Uses of Archaebacteria: (i) Archaebacteria are employed in the production of gobar gas from dung and sewage,
(ii) In ruminants, they cause fermentation of cellulose. Biology, Living Organism, Diversity, Bacteria, Archaebacteria

Bacteria vs Pathogen - What's the difference? | WikiDiff Bacteria vs Pathogen - What's the difference?
Bacteria vs Pathogen - What's the difference?
As nouns the difference between bacteria and pathogen
bacteria
English
Noun
Usage notes
Derived terms
Noun
Anagrams
pathogen
English
Noun
Derived terms
Anagrams
 Bacteria vs Pathogen - What's the difference? | WikiDiff

Bacteria vs Pathogen - What's the difference? bacteria | pathogen |
As nouns the difference between bacteria and pathogen
is that bacteria is or bacteria can be (dated|medicine) an oval bacterium, as distinguished from a spherical coccus or rod-shaped bacillus while pathogen is (pathology|immunology) any organism or substance, especially a microorganism, capable of causing disease, such as bacteria, viruses, protozoa or fungi microorganisms are not considered to be pathogenic until they have reached a population size that is large enough to cause disease. bacteria
English
Etymology 1
From . Noun
( head )
English plurals
(US) A type, species, or strain of bacterium
* { {quote-book, 2002, A.C. Panchdhari, Water Supply and Sanitary Installations citation
, passage=Anaerobic bacteria' function in the absence of oxygen, where as aerobic '''bacteria''' require sunlight and also oxygen. Both these ' bacterias are capable of breaking down the organic matter
(US, proscribed)
(pejorative, slang) A derisive term for a lowlife or a slob (could be treated as plural or singular). Usage notes
* This is the plural form of the word. While it is often used as if it were singular (as a collective noun), this is considered nonstandard by some in the US and more elsewhere. See the usage examples under ( bacterium ). Derived terms
* Bacteria * Eubacteria * Archaebacteria / Archebacteria * eubacteria * archaebacteria / archebacteria
Etymology 2
From .

 7th Grade Life Science Chapter 11 Flashcards | Quizlet
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Terms in this set (66)
little seen kingdoms
Archaebacteria
Eubacteria
Protista
Fungi
traits of good organisms
help us manage our planet's
food digestion
nutrition
contribute to breathable air
traits of bad organisms
cause disease and death
prokaryotic
their members do not have a true membrane-bound nucleus and also lack many of the organelles found in the eukaryotic organisms. which 2 kingdoms have characteristics of prokaryotic? archaebacteria
eubacteria
archaebacteria
like extreme environment - like very hot or very cold to us
eubacteria
found in dead things
disease causing
how fast can bacteria reproduce? every 20 minutes
how big is a colony of bacteria
about the size of a pea
cyanobacteria
gives algae the blue green color
which bacteria contains the most familiar organisms that most people think of when they hear the term bacteria? eubacteria
what is the length of an average bacteria? 1 micrometer - need to be magnified 1000 times to be visible
by the end of 24 hours, how much bacteria will there be? several tons
when overcrowded what will happen to the bacteria? the old ones on the bottom will die unless they can move to the top
do bacteria need oxygen and food? yes
what 3 basic shapes do bacteria come in?

In what type of environments can archaebacteria be found? - Quora In what type of environments can archaebacteria be found?
In what type of environments can archaebacteria be found? They are also part of the human microbiota, found in the colon, mouth, and skin. Archaea are particularly numerous in the oceans, and the archaea in plankton may be one of the most abundant groups of organisms on the planet. Archaea are a major part of Earth's life and may play roles in both the carbon cycle and the nitrogen cycle. No clear examples of archaeal pathogens or parasites are known, but they are often mutualists or commensals. One example is the methanogens that inhabit human and ruminant guts, where their vast numbers aid digestion. Methanogens are also used in biogas production and sewage treatment, and biotechnology exploits enzymes from extremophile archaea that can endure high temperatures and organic solvents. 642 views
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Answered 5 years ago
What are the differences between Eubacteria and Archaebacteria? Originally Answered: What is or are the difference/s between Eubacteria and Archaebacteria? Cell Wall
Archaebacteria - Variety of types, not containing muramic acid
Eubacteria - Variety with one types, contain muramic acid
Membrane Lipids
Archaebacteria - Ether linked,branched aliphatic chains
Eubacteria - Ester linked straight aliphatic chain
Thymine in Common arm of t-RNA
Archaebacteria - Absent
Eubacteria - Present in most t-RNA's of most species
Sensitivity to chloramphenicol
Archaebacteria - Insensitive
Eubacteria - Sensitive
Structure of RNA polymerase core
Archaebacteria - Ten Subunits
Eubacteria - Four Subunits
Pathogenicity
Archaebacteria - None
Eubacteria - some are
methanogenesis
Archaebacteria - can obtain energy through methanogenesis
Eubacteria - cannot
Cellular respiration
Archaebacteria - obligate anaerobes
Eubacteria - there are obligate anaerobes and aerobes
Archaebacteria are the oldest living organisms on earth.

In what type of environments can archaebacteria be found? - Quora

In what type of environments can archaebacteria be found?
In what type of environments can archaebacteria be found?

Characteristics of Monera - Biology Wise Characteristics of Monera
Characteristics of Monera
Like it? Share it!
Did You Know?
Characteristics of Monera
Division of Kingdom Monera
Examples of Monera
 The Monera kill organisms causing pathogenic diseases, breaks down algae, and can even recycle chemical pollutants like hydrogen sulfide and ammonia. Bacteria that grow in the root nodules help break down atmospheric nitrogen into fixed nitrogen. The bacteria that forms the natural flora of the intestines are very important for proper digestion. One of their many characteristics also includes production of antibiotics likes streptomycin that is useful for treatment of infections. Monera can be identified by their characteristic of cell wall that can be or not stained by Gram staining. Most of the Moneora can survive harsh environment by producing spore coat. Division of Kingdom Monera
The kingdom Monera is divided into many sub kingdoms as well as phyla. These sub kingdoms and phyla include: Sub-kingdom Archaebacteria: Their characteristics includes survival in harsh conditions intolerable to other organisms.

Characteristics of Monera - Biology Wise

Characteristics of Monera
Characteristics of Monera
Like it? Share it!
Did You Know?
Characteristics of Monera
Division of Kingdom Monera
Examples of Monera

The Monera kill organisms causing pathogenic diseases, breaks down algae, and can even recycle chemical pollutants like hydrogen sulfide and ammonia. Bacteria that grow in the root nodules help break down atmospheric nitrogen into fixed nitrogen. The bacteria that forms the natural flora of the intestines are very important for proper digestion. One of their many characteristics also includes production of antibiotics likes streptomycin that is useful for treatment of infections. Monera can be identified by their characteristic of cell wall that can be or not stained by Gram staining. Most of the Moneora can survive harsh environment by producing spore coat. Division of Kingdom Monera
The kingdom Monera is divided into many sub kingdoms as well as phyla. These sub kingdoms and phyla include: Sub-kingdom Archaebacteria: Their characteristics includes survival in harsh conditions intolerable to other organisms.

Kingdom Monera | bioeleven Kingdom Monera
Kingdom Monera
Moneran Nutrition:
Cellular Respiration in Monerans:
Reproduction:
Cancel reply
 These bacteria used to be called “Blue- Green algae” because they contain a green pigment which is called chlorophyll a, this pigment causes the bacteria to appear green, yellow, brown or a red colour. Chlorophyll is also present in plants. Cyanobacteria produces a lot of the worlds oxygen. They can be unicelluar or grow together. If grown together the bacteria is grown in so called filaments. Archaebacteria: Archaebacteria include bacteria that live in harsh conditions. Some are anaerobic meaning that they do not require oxygen, these bacteria can be found living deep within mud or in animals digestive systems. These bacteria can survive and thrive in un-ideal conditions such as, salted lakes, hot environments for example a hot spring. These environments will most likely kill any other organisms other than an archaebacteria.

Kingdom Monera | bioeleven

Kingdom Monera
Kingdom Monera
Moneran Nutrition:
Cellular Respiration in Monerans:
Reproduction:
Cancel reply

These bacteria used to be called “Blue- Green algae” because they contain a green pigment which is called chlorophyll a, this pigment causes the bacteria to appear green, yellow, brown or a red colour. Chlorophyll is also present in plants. Cyanobacteria produces a lot of the worlds oxygen. They can be unicelluar or grow together. If grown together the bacteria is grown in so called filaments. Archaebacteria: Archaebacteria include bacteria that live in harsh conditions. Some are anaerobic meaning that they do not require oxygen, these bacteria can be found living deep within mud or in animals digestive systems. These bacteria can survive and thrive in un-ideal conditions such as, salted lakes, hot environments for example a hot spring. These environments will most likely kill any other organisms other than an archaebacteria.

Archaebacteria - Characteristics & Types Of Archaebacteria Archaebacteria
Archaebacteria
Characteristics of Archaebacteria
Types of Archaebacteria
Crenarchaeota
Euryarchaeota
Korarchaeota
Thaumarchaeota
Nanoarchaeota
Importance of Archaebacteria
Examples of Archaebacteria
Lokiarcheota
Methanobrevibacter smithii
 Prokaryotic Cell and Eukaryotic Cell
These can easily survive under very harsh conditions such as the bottom of the sea and the volcanic vents and are thus known as extremophiles. Archaebacteria
Characteristics of Archaebacteria
Following are the important characteristics of archaebacteria: Archaebacteria are obligate or facultative anaerobes, i.e., they flourish in the absence of oxygen and that is why only they can undergo methanogenesis. The cell membranes of the Archaebacteria are composed of lipids. The rigid cell wall provides shape and support to the Archaebacteria. It also protects the cell from bursting under hypotonic conditions. The cell wall is composed of Pseudomurein, which prevents archaebacteria from the effects of Lysozyme. Lysozyme is an enzyme released by the immune system of the host, which dissolves the cell wall of pathogenic bacteria. These do not possess membrane-bound organelles such as nuclei, endoplasmic reticulum, mitochondria, lysosomes or chloroplast. Its thick cytoplasm contains all the compounds required for nutrition and metabolism.

Archaebacteria - Characteristics & Types Of Archaebacteria

Archaebacteria
Archaebacteria
Characteristics of Archaebacteria
Types of Archaebacteria
Crenarchaeota
Euryarchaeota
Korarchaeota
Thaumarchaeota
Nanoarchaeota
Importance of Archaebacteria
Examples of Archaebacteria
Lokiarcheota
Methanobrevibacter smithii

Prokaryotic Cell and Eukaryotic Cell
These can easily survive under very harsh conditions such as the bottom of the sea and the volcanic vents and are thus known as extremophiles. Archaebacteria
Characteristics of Archaebacteria
Following are the important characteristics of archaebacteria: Archaebacteria are obligate or facultative anaerobes, i.e., they flourish in the absence of oxygen and that is why only they can undergo methanogenesis. The cell membranes of the Archaebacteria are composed of lipids. The rigid cell wall provides shape and support to the Archaebacteria. It also protects the cell from bursting under hypotonic conditions. The cell wall is composed of Pseudomurein, which prevents archaebacteria from the effects of Lysozyme. Lysozyme is an enzyme released by the immune system of the host, which dissolves the cell wall of pathogenic bacteria. These do not possess membrane-bound organelles such as nuclei, endoplasmic reticulum, mitochondria, lysosomes or chloroplast. Its thick cytoplasm contains all the compounds required for nutrition and metabolism.

Archaebacteria -
Archaebacteria Symmetry
Archaebacteria have no symmetry. How They Acquire Nutrients
Some Archaebacteria are heterotrophic (get food from another source) and some are autotrophic (make their own food). They can be chemotrophs, which means they make their own food from chemicals around them. What They Eat
If their own food, archaebacteria can eat hydrogen gas, carbon dioxide, and sulfur. What Eats Them
Archaebacteria can be eaten by fungi and other bacteria. Mobility
Archaebacteria use flagella, a whip-like projection, to move. Reproduction
Archaebacteria reproduce asexually through binary fission. Binary fission is where the circular DNA is copied and the cell divide with each cell having an identical copy of DNA. Archaebacteria have an adaption where there can undergo conjugation. Conjugation is the process of exchanging genetic information via cell-to-cell contact.

Archaebacteria -

Symmetry
Archaebacteria have no symmetry. How They Acquire Nutrients
Some Archaebacteria are heterotrophic (get food from another source) and some are autotrophic (make their own food). They can be chemotrophs, which means they make their own food from chemicals around them. What They Eat
If their own food, archaebacteria can eat hydrogen gas, carbon dioxide, and sulfur. What Eats Them
Archaebacteria can be eaten by fungi and other bacteria. Mobility
Archaebacteria use flagella, a whip-like projection, to move. Reproduction
Archaebacteria reproduce asexually through binary fission. Binary fission is where the circular DNA is copied and the cell divide with each cell having an identical copy of DNA. Archaebacteria have an adaption where there can undergo conjugation. Conjugation is the process of exchanging genetic information via cell-to-cell contact.

 Classifications and Kingdoms Flashcards | Quizlet
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Terms in this set (35)
kingdoms have a nucleus
Animalia, Plantae, Fungi, Protista, Chormista
kingdoms do not have a nucleus
Eubacteria, Archaebacteria
kingdoms are mobile some or all of its life
Animalia., Protista, (Eubacteria and Archaebacteria)
kingdoms are not mobile
Plantae, Fungi, Chromista, (Eubacteria, Archaebacteria)
kingdoms have cell walls
Plantae, Fungi, Chomista, Eubacteria, Archaebacteria
kingdoms do not have cell walls
Animalia, Protista,
kingdoms can photosynthesis
Plantae, Protista, Chromista, Eubacteria, Archaebacteria
kingdoms are saprophytic
Animalia, Protista, Fungi, Eubacteria, Archaebacteria
kingdoms are brown because they photosynthesis
Protista
kingdom is humans a part of
Animalia
kingdoms can cause disease
Eubacteria, Archaebacteria, Fungi, Protista
kingdom can live in extreme environments
Archaebacteria
kingdoms are all multi-cellular
Animalia, Plantae
kingdoms are single cellular
Protista, Eubacteria, Archaebacteria
kingdoms have single and multi-cellular individuals
Fungi, Chromista
kingdoms eat
Animalia, Protista
kingdoms does a woodchuck chuck
Plantae, Chuck
kingdoms produce sugar
Plantae, Protista, Chromista, Eubacteria, Archaebacteria
kingdom produces starch
Plantae
kingdoms can live in the dark
Animalia, Protista, Fungi, ( Eubacteria, Archaebacteria, the ones that do not photosynthesis)
kingdoms are eukaryotic
Animalia, Protista, Plantae, Chromista, Fungi
kingdoms are prokaryotic
Eubacteria, Archaebacteria
kingdom has four sets of chromosomes
Fungi
kingdoms have the smallest organism
Eubacteria, Archaebacteria
the oldest kingdom
Archaebacteria
kingdom was the last to be discovered
Archaebacteria
organisms can exchange DNA without reproducing
Archaebactria, Eubacteria
kingdom has organisms that produce 50% of the oxygen on Earth
Chromista
kingdoms start with a "P"
Plantae, Protista
kingdoms start with an "A"
Animalia
kingdom starts with an "F"
Fungi
kingdom starts with an "E"
Eubacteria
kingdom starts with a "C"
Chromista
kingdom is not in your book
Chromista
the order of taxonomic units from Kingdom to Species
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Archaebacteria - Definition, Characteristics, Types and Importance
Define Archaebacteria
Characteristics of Archaebacteria
Types of Archaebacteria
Importance of Archaebacteria
Did You Know?
FAQ (Frequently Asked Questions)
1. Explain Archaebacteria with Help of Some Examples.
2. How does an Archaebacterium get Energy?
 Importance of Archaebacteria
Following points determine the importance of archaebacteria:-
Archaebacteria have made the scientists reconsider the definition of species. Species are defined as a group with gene flow within its members whereas archaebacteria exhibit gene flow across its species. Archaebacteria have the capability to produce methane, i.e., are methanogens. They do this by acting on the organic matter and hence decomposing it to release methane. Methane can hence for cooking and lighting purposes, therefore, these bacteria act as primary producers. Did You Know? Archaebacteria can not perform photosynthesis. They do not produce spores, unlike bacteria. 20% of all microbial cells living in the ocean are archaebacteria. Archaea was discovered by Carl Woese in 1978.

Archaebacteria - Definition, Characteristics, Types and Importance

Define Archaebacteria
Characteristics of Archaebacteria
Types of Archaebacteria
Importance of Archaebacteria
Did You Know?
FAQ (Frequently Asked Questions)
1. Explain Archaebacteria with Help of Some Examples.
2. How does an Archaebacterium get Energy?

Importance of Archaebacteria
Following points determine the importance of archaebacteria:-
Archaebacteria have made the scientists reconsider the definition of species. Species are defined as a group with gene flow within its members whereas archaebacteria exhibit gene flow across its species. Archaebacteria have the capability to produce methane, i.e., are methanogens. They do this by acting on the organic matter and hence decomposing it to release methane. Methane can hence for cooking and lighting purposes, therefore, these bacteria act as primary producers. Did You Know? Archaebacteria can not perform photosynthesis. They do not produce spores, unlike bacteria. 20% of all microbial cells living in the ocean are archaebacteria. Archaea was discovered by Carl Woese in 1978.

Archaebacteria - General Characteristics - Cell, Cells, Dna, and Organisms   - JRank Articles Archaebacteria
Archaebacteria
General Characteristics
Additional topics
 Archaebacteria - General Characteristics - Cell, Cells, Dna, and Organisms   - JRank Articles
Archaebacteria
General Characteristics
Archaebacteria are described as being obligate anaerobes; that is, they can only live in areas without oxygen. Their oxygen-free environments, and the observations that habitats of Archaebacteria can frequently be harsh (so harsh that bacteria and eukaryotic organisms such as humans cannot survive), supports the view that Archaebacteria were ones of the first life forms to evolve on Earth. Archaebacteria are microscopic organisms with diameters ranging from 0.0002–0.0004 in (0.5–1.0 micrometer). The volume of their cells is only around one-thousandth that of a typical eukaryotic cell. They come in a variety of shapes, which can be characterized into three common forms. Spherical cells are called cocci, rod shaped cells are called bacilli, and spiral cells can either be vibrio (a short helix), spirillum (a long helix), or spirochete (a long, flexible helix). Archaebacteria, like all prokaryotes, have no membrane bound organelles. This means that the archaebacteria are without nuclei, mitochondria, endoplasmic reticula, lysosomes, Golgi complexes, or chloroplasts. The cells contain a thick cytoplasm that contains all of the molecules and compounds of metabolism and nutrition.

Archaebacteria - General Characteristics - Cell, Cells, Dna, and Organisms   - JRank Articles

Archaebacteria
Archaebacteria
General Characteristics
Additional topics

Archaebacteria - General Characteristics - Cell, Cells, Dna, and Organisms   - JRank Articles
Archaebacteria
General Characteristics
Archaebacteria are described as being obligate anaerobes; that is, they can only live in areas without oxygen. Their oxygen-free environments, and the observations that habitats of Archaebacteria can frequently be harsh (so harsh that bacteria and eukaryotic organisms such as humans cannot survive), supports the view that Archaebacteria were ones of the first life forms to evolve on Earth. Archaebacteria are microscopic organisms with diameters ranging from 0.0002–0.0004 in (0.5–1.0 micrometer). The volume of their cells is only around one-thousandth that of a typical eukaryotic cell. They come in a variety of shapes, which can be characterized into three common forms. Spherical cells are called cocci, rod shaped cells are called bacilli, and spiral cells can either be vibrio (a short helix), spirillum (a long helix), or spirochete (a long, flexible helix). Archaebacteria, like all prokaryotes, have no membrane bound organelles. This means that the archaebacteria are without nuclei, mitochondria, endoplasmic reticula, lysosomes, Golgi complexes, or chloroplasts. The cells contain a thick cytoplasm that contains all of the molecules and compounds of metabolism and nutrition.

Taxonomy - BIOLOGY JUNCTION Taxonomy
Taxonomy
Taxonomy
All Materials © Cmassengale
Taxonomy – study of classifying organisms
Reasons to Classify:
Early Taxonomy:
Taxonomic categories:
Basis for Modern taxonomy:
Modern Taxonomic System:
Phylogeny (evolutionary history):
Three Domain System:
 Modern taxonomists classify organisms based on their evolutionary relationships
Homologous structures have the same structure, but different functions & show common ancestry
The bones in a bat’s wing, human’s arm, penguin’s flipper are the same (homologous), but the function is different
Analogous structures have the same function, but different structures & do not show a close relationship (insect wing & bird’s wing)
Similarity in embryo development shows a close relationship (vertebrate embryos all have tail & gill slits)
Similarity in DNA & amino acid sequences of proteins show related organisms
Modern Taxonomic System: Modern taxonomy uses six kingdoms — Archaebacteria, Eubacteria, Protista, Fungi, Plantae, & Animalia
Archaebacteria & Eubacteria are unicellular prokaryotes lacking a nucleus, while Protista, Fungi, Plantae, & Animalia are all eukaryotes with a nucleus & membrane-bound organelles
All members of Plantae & Animalia are multicellular organisms
Fungi & Animalia are heterotrophs, while Plantae are all autotrophs capable of making their own food
Archaebacteria live in harsh environments like very salty lakes; intestines of mammals; and hot, sulfur springs & may be autotrophs or heterotrophs
Eubacteria are true bacteria some of which cause disease
Protista are mainly unicellular with a few multicellular organisms and may be autotrophic (Euglena) or heterotrophic (Ameba)
Fungi include multicellular mushrooms, mold, unicellular yeast, etc. & are absorptive heterotrophs (digest food & then absorb it)
Animalia are ingestive heterotrophs that take in food & then digest it inside their multicellular bodies. Plantae includes all plants & are the only all multicellular, autotrophic kingdom
Phylogeny (evolutionary history): Phylogenetic trees are branching diagrams showing how organisms are related
Also called family trees
Fossil records help establish relationships on a phylogenetic tree
Organizes living things based on their evolution (systematics)
Common ancestor is shown at the base of the tree
Most modern organisms shown at tips of branches
Each time a branch divides into a smaller branch, a new species evolves
Cladograms shows how organisms are related based on shared, derived characteristics such as feathers, hair, scales, etc. Three Domain System: Based on comparing sequences of ribosomal RNA in different organisms to determine ancestry
All organisms placed into three broad groups called domains
Domain Archaea (kingdom Archaebacteria) contains chemosynthetic bacteria living in harsh environments
Domain Bacteria (kingdom Eubacteria) contains all other bacteria including those causing disease
Domain Eukarya (kingdoms Protista, Fungi, Plantae, & Animalia) contains all eukaryotic organisms

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Taxonomy - BIOLOGY JUNCTION

Taxonomy
Taxonomy
Taxonomy
All Materials © Cmassengale
Taxonomy – study of classifying organisms
Reasons to Classify:
Early Taxonomy:
Taxonomic categories:
Basis for Modern taxonomy:
Modern Taxonomic System:
Phylogeny (evolutionary history):
Three Domain System:

 However, there are two
kingdoms of bacteria that are reffered to as eubacteria, which are
normal bacteria, and archaebacteria, which live in extreme
environments such as boiling water. 001
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What is the scientific name of coccus? Coccus is the scientific name for bacterias with spherical
shapes. What is the name of bacterias that causes disease? pathogenic bacteria
What is the name of bacterias that causes disease-? They are called "bacterial pathogens". What do bacterias eat? bacterias eat carbonhydrates
What are aerotolerant anaerobe bacterias? are bacterias does not require oxygen..
Are bacterias producers?

However, there are two
kingdoms of bacteria that are reffered to as eubacteria, which are
normal bacteria, and archaebacteria, which live in extreme
environments such as boiling water. 001
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What is the scientific name of coccus? Coccus is the scientific name for bacterias with spherical
shapes. What is the name of bacterias that causes disease? pathogenic bacteria
What is the name of bacterias that causes disease-? They are called "bacterial pathogens". What do bacterias eat? bacterias eat carbonhydrates
What are aerotolerant anaerobe bacterias? are bacterias does not require oxygen..
Are bacterias producers?

is protists heterotrophic or autotrophic is protists heterotrophic or autotrophic
is protists heterotrophic or autotrophic
Like this:
 Animalia Protista Plantae Eubacteria Characteristics of Protists. Paramecium: These are unicellular microorganisms, which possess the locomotory organ called cilia. Many protists are parasitic pathogens that cause disease in animals and humans. Endocytosis, also called phagocytosis, is perhaps the most common method for heterotrophic protists. This means that they have a membrane-enclosed nucleus and other cell organelles. Well, we're looking for good writers who want to spread the word. Take a look at the examples of archaebacteria in…. They can do this in a few ways. Their metabolic processes vary with different types.

is protists heterotrophic or autotrophic

is protists heterotrophic or autotrophic
is protists heterotrophic or autotrophic
Like this:

Animalia Protista Plantae Eubacteria Characteristics of Protists. Paramecium: These are unicellular microorganisms, which possess the locomotory organ called cilia. Many protists are parasitic pathogens that cause disease in animals and humans. Endocytosis, also called phagocytosis, is perhaps the most common method for heterotrophic protists. This means that they have a membrane-enclosed nucleus and other cell organelles. Well, we're looking for good writers who want to spread the word. Take a look at the examples of archaebacteria in…. They can do this in a few ways. Their metabolic processes vary with different types.

 Contains a cell wall
Similarities between eubacteria and archaebacteria
They both are prokaryotic, genetic material is found free in the cytoplasm. Differences between Eubacteria and Archaebacteria
Archaebacteria lack the peptidoglycan, have different membrane lipids, and DNA is like a eukaryotes. Different shapes of bacteria
Rod-shaped: Bacilli
Spiral-shaped: Spirilla
Spherical Shaped: Coccus
Four ways humans use bacteria
1. Helps fight disease
2. Helps digest food
3. Gives us dairy products
4. Used in manufacturing anitbiotics
4 examples of an autoimmune disease
1.

Contains a cell wall
Similarities between eubacteria and archaebacteria
They both are prokaryotic, genetic material is found free in the cytoplasm. Differences between Eubacteria and Archaebacteria
Archaebacteria lack the peptidoglycan, have different membrane lipids, and DNA is like a eukaryotes. Different shapes of bacteria
Rod-shaped: Bacilli
Spiral-shaped: Spirilla
Spherical Shaped: Coccus
Four ways humans use bacteria
1. Helps fight disease
2. Helps digest food
3. Gives us dairy products
4. Used in manufacturing anitbiotics
4 examples of an autoimmune disease
1.

Why is archaebacteria sometimes called extremophiles? - Answers Why is archaebacteria sometimes called extremophiles
?

Why is archaebacteria sometimes called extremophiles?
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Why is archaebacteria sometimes called extremophiles?
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What bacteria is found in extremely hot or cold conditions?
What are the members of the kingdom archaebacteria called?
What are four types of toxic extremophiles?
What are some characteristic of archaebacteria?
Common name for archaebacteria?
What are the characteristics of Archaebacteria?
What characteristic allows archaebacteria to live in extreme environments?
How do bacteria obtain energy?
What is an extremophile?
What kingdom does the archaebacteria belong to?
Are extremophiles harmful to plants and humans?
What product of photosynthesis was poisonous to extremophiles and other bacteria?
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What are three types of extreme environments can archaebacteria survive?
What type of organism a bacterium or an archaeon is the older form of life?
Bacteria that exist in harsh enviromental conditions belong to what domain?
What are archae also known as extremophiles?
Do acidic springs contain living organisms?
Which group includes extremophiles?
Archaebacteria is also call?
What are the two bacteria kingdoms called?
What are extremophiles?
Eubacteria and archaebacteria lack what cellular structure?
What are prokaryotes that live in extreme environments where other organisms could not survive called?
 Many extremophiles belong to the kingdom Archaea, also known as Archaebacteria, and most known Archaebacteria are extremophiles. There are also extremophiles to be found outside the kingdom Archaea; for example there are bacteria and eukaryotic prokaryotes that are extremophiles, as well as species of worm, crustacean, and krill. What are some characteristic of archaebacteria? archaebacteria are unicellular, prokaryotic, are extremophiles, reproduce asexually, are obligate anaerobes, and have cell walls that don't have peptidogylcan
Common name for archaebacteria? There are three groups of Archaebacteria: Methanogens, Halophiles, and Thermoacidophiles. Archaebacteria can be known by Extremophiles, Methanogens, Halophiles, and Thermoacidophiles. The common scientific name for archeabacteria is Haloquadra walsbyi. What are the characteristics of Archaebacteria?

Why is archaebacteria sometimes called extremophiles? - Answers

Many extremophiles belong to the kingdom Archaea, also known as Archaebacteria, and most known Archaebacteria are extremophiles. There are also extremophiles to be found outside the kingdom Archaea; for example there are bacteria and eukaryotic prokaryotes that are extremophiles, as well as species of worm, crustacean, and krill. What are some characteristic of archaebacteria? archaebacteria are unicellular, prokaryotic, are extremophiles, reproduce asexually, are obligate anaerobes, and have cell walls that don't have peptidogylcan
Common name for archaebacteria? There are three groups of Archaebacteria: Methanogens, Halophiles, and Thermoacidophiles. Archaebacteria can be known by Extremophiles, Methanogens, Halophiles, and Thermoacidophiles. The common scientific name for archeabacteria is Haloquadra walsbyi. What are the characteristics of Archaebacteria?

What are eubacteria? - Answers What are eubacteria
?

What are eubacteria?
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What are eubacteria?
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What does eubacteria eat?
What are the advantages of eubacteria?
Are eubacteria eukaryotes?
Is the kingdom eubacteria eukaryote?
Is eubacteria prokaryotic?
Is Eubacteria prokaryotic or eukaryotic?
Are eubacteria prokaryotes?
Is Eubacteria a producer?
Is eubacteria eukaryotic?
Does eubacteria have eukaryotic cell?
How are Eubacteria classified?
Is eubacteria autotrophic?
Is salmonella eubacteria?
Is Eubacteria single celled?
Are eubacteria motile?
Is eubacteria heterotroph?
Is eubacteria sessile or Mobile?
Are eubacteria autotroph or a heterotroph?
How does eubacteria differ from kingdom archaebacteria?
Where do eubacteria live?
What are the number of cells in eubacteria?
What is the difference from archaebacteria and eubacteria?
Do eubacteria have lysosomes?
Does eubacteria cause pneumonia?
Are archaebacteria and eubacteria both protists?
 Where do eubacteria live? Eubacteria are found in every habitat on Earth. What are the number of cells in eubacteria? eubacteria only have 1 cell
What is the difference from archaebacteria and eubacteria? Archaebacteria are unicellular and eubacteria are multicellular. Do eubacteria have lysosomes? Eubacteria are type of prokariyotes. Lysosomes are only in eukariyotes
Does eubacteria cause pneumonia? Yes infact Eubacteria is pneumonia
Are archaebacteria and eubacteria both protists? Both archaebacteria and eubacteria
Microbiology Science Biology Genetics Earth Sciences Health Taxonomy

What are eubacteria? - Answers

What are eubacteria
?

What are eubacteria?
Your Answer
What are eubacteria?
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What does eubacteria eat?
What are the advantages of eubacteria?
Are eubacteria eukaryotes?
Is the kingdom eubacteria eukaryote?
Is eubacteria prokaryotic?
Is Eubacteria prokaryotic or eukaryotic?
Are eubacteria prokaryotes?
Is Eubacteria a producer?
Is eubacteria eukaryotic?
Does eubacteria have eukaryotic cell?
How are Eubacteria classified?
Is eubacteria autotrophic?
Is salmonella eubacteria?
Is Eubacteria single celled?
Are eubacteria motile?
Is eubacteria heterotroph?
Is eubacteria sessile or Mobile?
Are eubacteria autotroph or a heterotroph?
How does eubacteria differ from kingdom archaebacteria?
Where do eubacteria live?
What are the number of cells in eubacteria?
What is the difference from archaebacteria and eubacteria?
Do eubacteria have lysosomes?
Does eubacteria cause pneumonia?
Are archaebacteria and eubacteria both protists?

Where do eubacteria live? Eubacteria are found in every habitat on Earth. What are the number of cells in eubacteria? eubacteria only have 1 cell
What is the difference from archaebacteria and eubacteria? Archaebacteria are unicellular and eubacteria are multicellular. Do eubacteria have lysosomes? Eubacteria are type of prokariyotes. Lysosomes are only in eukariyotes
Does eubacteria cause pneumonia? Yes infact Eubacteria is pneumonia
Are archaebacteria and eubacteria both protists? Both archaebacteria and eubacteria
Microbiology Science Biology Genetics Earth Sciences Health Taxonomy

Bacteria: Definition, Morphology, Classification and Reproduction | Microbiology Bacteria: Definition, Morphology, Classification and Reproduction | Microbiology
Bacteria: Definition, Morphology, Classification and Reproduction | Microbiology
1. Definition of Bacteria:
2. Morphology of Bacteria:
3. General Methods of Classifying Bacteria:
4. Nutrition, Respiration and Reproduction in Bacterial Cell:
5. Staining of Bacteria:
6. Biochemical Tests for Identification of Bacteria:
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 (xiii) Most bacteria grow best at a pH of 6.5 to 7.0. (xiv) Main decomposers of dead organisms so recycle nutrients. (xv) Some bacteria breakdown chemical and oil spills. (xvi) Some cause disease. (xvii) Move by flagella. ADVERTISEMENTS: (xviii) Some can form protective endospores around the DNA when conditions become unfavorable; may stay inactive several years and then re-activate when conditions favorable. (xix) Classified by their structure, motility (ability to move), molecular composition, and reaction to stains (Gram stain). (xx) Grouped into 2 kingdoms – Eubacteria (true bacteria) and Archaebacteria (ancient bacteria).

Bacteria: Definition, Morphology, Classification and Reproduction | Microbiology

Bacteria: Definition, Morphology, Classification and Reproduction | Microbiology
Bacteria: Definition, Morphology, Classification and Reproduction | Microbiology
1. Definition of Bacteria:
2. Morphology of Bacteria:
3. General Methods of Classifying Bacteria:
4. Nutrition, Respiration and Reproduction in Bacterial Cell:
5. Staining of Bacteria:
6. Biochemical Tests for Identification of Bacteria:
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(xiii) Most bacteria grow best at a pH of 6.5 to 7.0. (xiv) Main decomposers of dead organisms so recycle nutrients. (xv) Some bacteria breakdown chemical and oil spills. (xvi) Some cause disease. (xvii) Move by flagella. ADVERTISEMENTS: (xviii) Some can form protective endospores around the DNA when conditions become unfavorable; may stay inactive several years and then re-activate when conditions favorable. (xix) Classified by their structure, motility (ability to move), molecular composition, and reaction to stains (Gram stain). (xx) Grouped into 2 kingdoms – Eubacteria (true bacteria) and Archaebacteria (ancient bacteria).

Types of Archaebacteria (Ancient Bacteria) ~ Biology Exams 4 U
Types of Archaebacteria (Ancient Bacteria)
i) Strict or obligate anaerobes
 Types of Archaebacteria (Ancient Bacteria) ~ Biology Exams 4 U
Types of Archaebacteria (Ancient Bacteria)
Bacteria are the most ubiquitous organism on earth. Prokaryote includes bacteria and blue green algae. Bacteria are of two groups eubacteria and archae bacteria. The eubacteria are commonly found in soil, water and living in or on larger organisms include the gram positive and the gram negative and the cyanobacteria. Archae bacteria are a group of ancient bacteria. They are supposed to be originated just after the origin of life on earth. They can live in extreme environmental conditions. They may be called the 'oldest living fossils'. The yellow coloring in the water at the Midway Geyser Basin in Yellowstone National Park is caused by archaebacteria. The Archae or archaebacteria, form the second subdivision of the prokaryotes and they are similar to eubacteria.

Types of Archaebacteria (Ancient Bacteria) ~ Biology Exams 4 U

Types of Archaebacteria (Ancient Bacteria)
i) Strict or obligate anaerobes

Types of Archaebacteria (Ancient Bacteria) ~ Biology Exams 4 U
Types of Archaebacteria (Ancient Bacteria)
Bacteria are the most ubiquitous organism on earth. Prokaryote includes bacteria and blue green algae. Bacteria are of two groups eubacteria and archae bacteria. The eubacteria are commonly found in soil, water and living in or on larger organisms include the gram positive and the gram negative and the cyanobacteria. Archae bacteria are a group of ancient bacteria. They are supposed to be originated just after the origin of life on earth. They can live in extreme environmental conditions. They may be called the 'oldest living fossils'. The yellow coloring in the water at the Midway Geyser Basin in Yellowstone National Park is caused by archaebacteria. The Archae or archaebacteria, form the second subdivision of the prokaryotes and they are similar to eubacteria.

What Are the Six Kingdoms of Life? | Biology Wise What Are the Six Kingdoms of Life?
What Are the Six Kingdoms of Life?
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Animals
Plants
Fungi
Protista
Eubacteria
Archaebacteria
 These bacteria are found almost everywhere and include things like Escherichia coli (better known as E. coli) and Streptococcus pneumoniae (which causes strep throat). Archaebacteria
Archaebacteria were discovered in the 1980s and joined the six kingdoms shortly after that. Like eubacteria, they are single-celled prokaryotes. However, they are in a realm of their own, because biologists discovered that they are the oldest living organisms on the planet. Scientists believe that archaebacteria derive from ancient bacteria that used to live in hydrothermal vents in the deep sea. Interestingly, they are not closely related to eubacteria. Within each of these six kingdoms, organisms can be further classified into phyla, classes, orders, families, genera, and species. Biological taxonomy is complex and sophisticated, as scientists continue to study life forms all around the globe. Would you like to write for us? Well, we're looking for good writers who want to spread the word.

What Are the Six Kingdoms of Life? | Biology Wise

What Are the Six Kingdoms of Life?
What Are the Six Kingdoms of Life?
Like it? Share it!
Animals
Plants
Fungi
Protista
Eubacteria
Archaebacteria

These bacteria are found almost everywhere and include things like Escherichia coli (better known as E. coli) and Streptococcus pneumoniae (which causes strep throat). Archaebacteria
Archaebacteria were discovered in the 1980s and joined the six kingdoms shortly after that. Like eubacteria, they are single-celled prokaryotes. However, they are in a realm of their own, because biologists discovered that they are the oldest living organisms on the planet. Scientists believe that archaebacteria derive from ancient bacteria that used to live in hydrothermal vents in the deep sea. Interestingly, they are not closely related to eubacteria. Within each of these six kingdoms, organisms can be further classified into phyla, classes, orders, families, genera, and species. Biological taxonomy is complex and sophisticated, as scientists continue to study life forms all around the globe. Would you like to write for us? Well, we're looking for good writers who want to spread the word.

Bacterial Structure - WikiEducator Bacterial Structure
Bacterial Structure
Contents
1.1 Chemical Composition and Ultrastructure in Cell Wall
The comparison identifies the similarities and differences in the chemical composition and ultrastructure in the wall of the two types of bacteria.
1.2 Gram Staining Comparision
The comparison relates the Gram stain characteristics to the chemical compositions and physical composition of the cell
1.3 Major External Structures
The comparison explains the composition and biological properties of major external structures.
Capsule
Flagella
Pili
Lipopolysaccharides
Mycolic Acid
2.1 Composition and Function of Bacterial Structures
The description outlines the composition and function of bacterial structures.
Cell Structure
Generic prokaryote cell
CAPSULE
RIBOSOME
THE NUCLEOID
PLASMIDS
MESOSOME
CYTOPLASMIC MEMBRANE
Cytosol
Organelles
Cytoplasmic inclusions
Mycolic Acid
Periplasm
3.1-3.2
The description relates their chemical and structural properties to the resistance of endospores.
Endospores
FACTORS LEADING TO THE SPORE FORMATION
CHEMICAL AND STRUCTURAL PROPERTIES CONTRIBUTING TO THE RESISTANCE OF SPORES
References
' Instant Notes In Microbiology (1999) BIOS Scientific Publishers, J.Nicklin, K. Graeme-Cook, T.Paget & R. Killington'
 A capsule is a well organized but easily washed off layer outside bacteria.eg;A Slimelayer which is a zone of diffuse material tht is unorganized and can be easily removed. The capsules and slime layers forms a network of polysaccharides called as glycocalyx extending from the surface of the bacteria to the other cells. But capsules can be construted of non-glucose substances.eg;Bacillus anthracis has a capsule of poly-D-glutamic acid. Mainly archaebacteria contain glycoprotien made capsules called S layers which promotes the cell adhesion to surfaces. A capsule made up of polysaccharides (complex carbohydrates). Capsules play a number of roles, but the most important are to keep the bacterium from drying out and to protect it from phagocytosis (engulfing) by larger microorganisms. The capsule is a major virulence factor in the major disease-causing bacteria, such as Escherichia coli and Streptococcus pneumoniae. Nonencapsulated mutants of these organisms are avirulent, i.e. they don't cause disease. [ 6]
Flagella
Bacteria can be motile or non motile, which if they are motile means they can freely move in a desired direction, beneficial to that bacterium. To be motile bacteria can have one, two or many flagellum, depending on the type.

Bacterial Structure - WikiEducator

Bacterial Structure
Bacterial Structure
Contents
1.1 Chemical Composition and Ultrastructure in Cell Wall
The comparison identifies the similarities and differences in the chemical composition and ultrastructure in the wall of the two types of bacteria.
1.2 Gram Staining Comparision
The comparison relates the Gram stain characteristics to the chemical compositions and physical composition of the cell
1.3 Major External Structures
The comparison explains the composition and biological properties of major external structures.
Capsule
Flagella
Pili
Lipopolysaccharides
Mycolic Acid
2.1 Composition and Function of Bacterial Structures
The description outlines the composition and function of bacterial structures.
Cell Structure
Generic prokaryote cell
CAPSULE
RIBOSOME
THE NUCLEOID
PLASMIDS
MESOSOME
CYTOPLASMIC MEMBRANE
Cytosol
Organelles
Cytoplasmic inclusions
Mycolic Acid
Periplasm
3.1-3.2
The description relates their chemical and structural properties to the resistance of endospores.
Endospores
FACTORS LEADING TO THE SPORE FORMATION
CHEMICAL AND STRUCTURAL PROPERTIES CONTRIBUTING TO THE RESISTANCE OF SPORES
References
' Instant Notes In Microbiology (1999) BIOS Scientific Publishers, J.Nicklin, K. Graeme-Cook, T.Paget & R. Killington'

A capsule is a well organized but easily washed off layer outside bacteria.eg;A Slimelayer which is a zone of diffuse material tht is unorganized and can be easily removed. The capsules and slime layers forms a network of polysaccharides called as glycocalyx extending from the surface of the bacteria to the other cells. But capsules can be construted of non-glucose substances.eg;Bacillus anthracis has a capsule of poly-D-glutamic acid. Mainly archaebacteria contain glycoprotien made capsules called S layers which promotes the cell adhesion to surfaces. A capsule made up of polysaccharides (complex carbohydrates). Capsules play a number of roles, but the most important are to keep the bacterium from drying out and to protect it from phagocytosis (engulfing) by larger microorganisms. The capsule is a major virulence factor in the major disease-causing bacteria, such as Escherichia coli and Streptococcus pneumoniae. Nonencapsulated mutants of these organisms are avirulent, i.e. they don't cause disease. [ 6]
Flagella
Bacteria can be motile or non motile, which if they are motile means they can freely move in a desired direction, beneficial to that bacterium. To be motile bacteria can have one, two or many flagellum, depending on the type.

Evolution of prokaryotic and eukaryotic cells Evolution of prokaryotic and eukaryotic cells
Evolution of prokaryotic and eukaryotic cells
Evolution of prokaryotic and eukaryotic cells
 In someprokaryotes, the plasma membrane is essential for photosynthesis, the processthat uses light energy to convert carbon dioxide and water to glucose. 8.  In the interior of the prokaryotic cell is the cytoplasm, a watery fluid that is rich in dissolved salts, nutrients, enzymes, and other molecules. The great majority of the cells biochemical reactions, which number in the thousands, take place within the cytoplasm. Ribosomes, tiny bead-like structures that manufacture proteins, are also located in the cytoplasm. The ribonucleic acid (RNA) in the ribosomes differs significantly between the archaebacteria and bacteria. With the exception of the ribosomes, prokaryotes lack organelles (specialized structures such as the nucleus, chloroplasts, mitochondria, lysosomes, and Golgi apparatus), which are present in eukaryotes (see Cell). Some photosynthetic archaebacteria and bacteria have internal membranes, extensions of the plasma membrane known as chromatophores or thylakoids, which contain the pigments for photosynthesis. Some species of prokaryotes form endospores, thick-walled, dehydrated structures that can resist extreme dryness and very high temperatures for long periods of time. Anthrax, tetanus, and botulism are diseases caused by endospore-forming bacteria. 9.  Certain prokaryotes move independently by using flagella, long structures that rotate in a propeller-like fashion.

Evolution of prokaryotic and eukaryotic cells

Evolution of prokaryotic and eukaryotic cells
Evolution of prokaryotic and eukaryotic cells
Evolution of prokaryotic and eukaryotic cells

Archaebacteria - Characteristics & Types Of Archaebacteria Archaebacteria
Archaebacteria
Characteristics of Archaebacteria
Types of Archaebacteria
Crenarchaeota
Euryarchaeota
Korarchaeota
Thaumarchaeota
Nanoarchaeota
Importance of Archaebacteria
Examples of Archaebacteria
Lokiarcheota
Methanobrevibacter smithii
 Archaebacteria - Characteristics & Types Of Archaebacteria
Biology
Biology Article
Archaebacteria
Archaebacteria
Archaebacteria are known to be the oldest living organisms on earth. They belong to the kingdom Monera and are classified as bacteria because they resemble bacteria when observed under a microscope. Apart from this, they are completely distinct from prokaryotes. However, they share slightly common characteristics with the eukaryotes. Also Refer: Prokaryotic Cell and Eukaryotic Cell
These can easily survive under very harsh conditions such as the bottom of the sea and the volcanic vents and are thus known as extremophiles. Archaebacteria
Characteristics of Archaebacteria
Following are the important characteristics of archaebacteria: Archaebacteria are obligate or facultative anaerobes, i.e., they flourish in the absence of oxygen and that is why only they can undergo methanogenesis. The cell membranes of the Archaebacteria are composed of lipids. The rigid cell wall provides shape and support to the Archaebacteria.

Archaebacteria - Characteristics & Types Of Archaebacteria
Biology
Biology Article
Archaebacteria
Archaebacteria
Archaebacteria are known to be the oldest living organisms on earth. They belong to the kingdom Monera and are classified as bacteria because they resemble bacteria when observed under a microscope. Apart from this, they are completely distinct from prokaryotes. However, they share slightly common characteristics with the eukaryotes. Also Refer: Prokaryotic Cell and Eukaryotic Cell
These can easily survive under very harsh conditions such as the bottom of the sea and the volcanic vents and are thus known as extremophiles. Archaebacteria
Characteristics of Archaebacteria
Following are the important characteristics of archaebacteria: Archaebacteria are obligate or facultative anaerobes, i.e., they flourish in the absence of oxygen and that is why only they can undergo methanogenesis. The cell membranes of the Archaebacteria are composed of lipids. The rigid cell wall provides shape and support to the Archaebacteria.

In what type of environments can archaebacteria be found? - Quora In what type of environments can archaebacteria be found?
In what type of environments can archaebacteria be found? Methanogens are also used in biogas production and sewage treatment, and biotechnology exploits enzymes from extremophile archaea that can endure high temperatures and organic solvents. 642 views
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What are the differences between Eubacteria and Archaebacteria? Originally Answered: What is or are the difference/s between Eubacteria and Archaebacteria? Cell Wall
Archaebacteria - Variety of types, not containing muramic acid
Eubacteria - Variety with one types, contain muramic acid
Membrane Lipids
Archaebacteria - Ether linked,branched aliphatic chains
Eubacteria - Ester linked straight aliphatic chain
Thymine in Common arm of t-RNA
Archaebacteria - Absent
Eubacteria - Present in most t-RNA's of most species
Sensitivity to chloramphenicol
Archaebacteria - Insensitive
Eubacteria - Sensitive
Structure of RNA polymerase core
Archaebacteria - Ten Subunits
Eubacteria - Four Subunits
Pathogenicity
Archaebacteria - None
Eubacteria - some are
methanogenesis
Archaebacteria - can obtain energy through methanogenesis
Eubacteria - cannot
Cellular respiration
Archaebacteria - obligate anaerobes
Eubacteria - there are obligate anaerobes and aerobes
Archaebacteria are the oldest living organisms on earth. They are prokaryotes and unicellular. Archaebacteria are found in very harsh conditions (such as at the bottom of the sea or in volcanic vents). This is thought to be because the early Earth’s atmosphere was filled with poisonous gases and was very hot – nothing could survive, except the archaebacteria. These slowly gave way to modern organisms when the Earth’s conditions settled down and oxygen was introduced to the atmosphere. There are three phyla, or groups, of archaebacteria.

10 Facts about Archaebacteria | Fact File 10 Facts about Archaebacteria
10 Facts about Archaebacteria
Facts about Archaebacteria 1: the temperature
Facts about Archaebacteria 2: the extreme habitat
Facts about Archaebacteria 3: the ammonia
Facts about Archaebacteria 4: the classification
Facts about Archaebacteria 5: comparison
Facts about Archaebacteria 6: the right classification of Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Facts about Archaebacteria 8: photosynthesis
Facts about Archaebacteria 9: Carl Woese
Facts about Archaebacteria 10: ocean
 comparison
Archaebacteria is an interesting organism in the world. You can compare it with other forms of organisms in the world. It has an independent evolutionary history. Facts about Archaebacteria 6: the right classification of Archaebacteria
Archaebacteria is placed in a different domain. It is one of the different branches of evolutionary descent. The three domains include Eukaryote, Bacteria and Archaea. Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Archaebacteria have similarities with prokaryotes and bacteria because they are single celled organisms with no nuclei and cell organelles. It is different with bacteria, because Archaebacteria will never produce spores.

10 Facts about Archaebacteria | Fact File

10 Facts about Archaebacteria
10 Facts about Archaebacteria
Facts about Archaebacteria 1: the temperature
Facts about Archaebacteria 2: the extreme habitat
Facts about Archaebacteria 3: the ammonia
Facts about Archaebacteria 4: the classification
Facts about Archaebacteria 5: comparison
Facts about Archaebacteria 6: the right classification of Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Facts about Archaebacteria 8: photosynthesis
Facts about Archaebacteria 9: Carl Woese
Facts about Archaebacteria 10: ocean

comparison
Archaebacteria is an interesting organism in the world. You can compare it with other forms of organisms in the world. It has an independent evolutionary history. Facts about Archaebacteria 6: the right classification of Archaebacteria
Archaebacteria is placed in a different domain. It is one of the different branches of evolutionary descent. The three domains include Eukaryote, Bacteria and Archaea. Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Archaebacteria have similarities with prokaryotes and bacteria because they are single celled organisms with no nuclei and cell organelles. It is different with bacteria, because Archaebacteria will never produce spores.

Archaebacteria Examples - Biology Wise Archaebacteria Examples
Archaebacteria Examples
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Characteristics
Examples of Archaebacteria
Methanogens
Halophiles
» Examples of Halophiles
» Examples of Thermoacidophiles
 Archaebacteria Examples - Biology Wise
Archaebacteria Examples
Archaebacteria are known to survive in conditions where life can't be even imagined. They are the extreme survivors of the Universe. Take a look at the examples of archaebacteria in this article. Home / Uncategorized / Archaebacteria Examples
Like it? Share it! Archaebacteria are known to survive in conditions where life can’t be even imagined. They are the extreme survivors of the Universe. Take a look at the examples of archaebacteria in this article. Archaebacteria are single-celled organisms that can survive in extreme conditions. They are believed to be the oldest form of organisms, being about 3.5 billion years old.

Archaebacteria Examples - Biology Wise

Archaebacteria Examples
Archaebacteria Examples
Like it? Share it!
Characteristics
Examples of Archaebacteria
Methanogens
Halophiles
» Examples of Halophiles
» Examples of Thermoacidophiles

Archaebacteria Examples - Biology Wise
Archaebacteria Examples
Archaebacteria are known to survive in conditions where life can't be even imagined. They are the extreme survivors of the Universe. Take a look at the examples of archaebacteria in this article. Home / Uncategorized / Archaebacteria Examples
Like it? Share it! Archaebacteria are known to survive in conditions where life can’t be even imagined. They are the extreme survivors of the Universe. Take a look at the examples of archaebacteria in this article. Archaebacteria are single-celled organisms that can survive in extreme conditions. They are believed to be the oldest form of organisms, being about 3.5 billion years old.

 What is bacterias scientific name? - Answers
Only individual breeds of bacteria have specific scientific
name, there are many types of bacteria. However, there are two
kingdoms of bacteria that are reffered to as eubacteria, which are
normal bacteria, and archaebacteria, which live in extreme
environments such as boiling water. Home
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Answered 2011-09-13 14:50:31
Only individual breeds of bacteria have specific scientific
name, there are many types of bacteria. However, there are two
kingdoms of bacteria that are reffered to as eubacteria, which are
normal bacteria, and archaebacteria, which live in extreme
environments such as boiling water. 001
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What is bacterias scientific name? - Answers
Only individual breeds of bacteria have specific scientific
name, there are many types of bacteria. However, there are two
kingdoms of bacteria that are reffered to as eubacteria, which are
normal bacteria, and archaebacteria, which live in extreme
environments such as boiling water. Home
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Wiki User
Answered 2011-09-13 14:50:31
Only individual breeds of bacteria have specific scientific
name, there are many types of bacteria. However, there are two
kingdoms of bacteria that are reffered to as eubacteria, which are
normal bacteria, and archaebacteria, which live in extreme
environments such as boiling water. 001
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What is the scientific name of coccus? Coccus is the scientific name for bacterias with spherical
shapes. What is the name of bacterias that causes disease?

10 Facts about Archaebacteria | Fact File 10 Facts about Archaebacteria
10 Facts about Archaebacteria
Facts about Archaebacteria 1: the temperature
Facts about Archaebacteria 2: the extreme habitat
Facts about Archaebacteria 3: the ammonia
Facts about Archaebacteria 4: the classification
Facts about Archaebacteria 5: comparison
Facts about Archaebacteria 6: the right classification of Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Facts about Archaebacteria 8: photosynthesis
Facts about Archaebacteria 9: Carl Woese
Facts about Archaebacteria 10: ocean
 Facts about Archaebacteria 8: photosynthesis
Archaebacteria cannot cook their own food since the single celled organisms are not able to do photosynthetic. The reproduction of this organism is in asexual way. Facts about Archaebacteria
Facts about Archaebacteria 9: Carl Woese
In 1978, Carl Woese discovered Archaebacteria. In 1990, he proved that Archaebacteria was a separate kingdom. Facts about Archaebacteria 10: ocean
Most Archaebacteria can be found in the ocean along with planktons. More than 20 percent of Archaebacteria live in the ocean. Archaeology Bones
Are you satisfied with facts about Archaebacteria?

Facts about Archaebacteria 8: photosynthesis
Archaebacteria cannot cook their own food since the single celled organisms are not able to do photosynthetic. The reproduction of this organism is in asexual way. Facts about Archaebacteria
Facts about Archaebacteria 9: Carl Woese
In 1978, Carl Woese discovered Archaebacteria. In 1990, he proved that Archaebacteria was a separate kingdom. Facts about Archaebacteria 10: ocean
Most Archaebacteria can be found in the ocean along with planktons. More than 20 percent of Archaebacteria live in the ocean. Archaeology Bones
Are you satisfied with facts about Archaebacteria?

10 Facts about Archaebacteria | Fact File 10 Facts about Archaebacteria
10 Facts about Archaebacteria
Facts about Archaebacteria 1: the temperature
Facts about Archaebacteria 2: the extreme habitat
Facts about Archaebacteria 3: the ammonia
Facts about Archaebacteria 4: the classification
Facts about Archaebacteria 5: comparison
Facts about Archaebacteria 6: the right classification of Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Facts about Archaebacteria 8: photosynthesis
Facts about Archaebacteria 9: Carl Woese
Facts about Archaebacteria 10: ocean
 In 1990, he proved that Archaebacteria was a separate kingdom. Facts about Archaebacteria 10: ocean
Most Archaebacteria can be found in the ocean along with planktons. More than 20 percent of Archaebacteria live in the ocean. Archaeology Bones
Are you satisfied with facts about Archaebacteria? tags: Archaebacteria, Facts about Archaebacteria

In 1990, he proved that Archaebacteria was a separate kingdom. Facts about Archaebacteria 10: ocean
Most Archaebacteria can be found in the ocean along with planktons. More than 20 percent of Archaebacteria live in the ocean. Archaeology Bones
Are you satisfied with facts about Archaebacteria? tags: Archaebacteria, Facts about Archaebacteria

What Are the Six Kingdoms of Life? | Biology Wise What Are the Six Kingdoms of Life?
What Are the Six Kingdoms of Life?
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Animals
Plants
Fungi
Protista
Eubacteria
Archaebacteria
 Most consist of a single cell (unicellular), but all protists are eukaryotes, just like fungi, animals, and plants. This means that their cells have a complex composition, including a nucleus and organelles. Examples of protists include algae and amoebas. Eubacteria
Unlike each of the four kingdoms listed above, eubacteria are single-celled prokaryotes (as are archaebacteria). This means that the nucleus within the cell is not bound by a membrane. These bacteria are found almost everywhere and include things like Escherichia coli (better known as E. coli) and Streptococcus pneumoniae (which causes strep throat). Archaebacteria
Archaebacteria were discovered in the 1980s and joined the six kingdoms shortly after that. Like eubacteria, they are single-celled prokaryotes. However, they are in a realm of their own, because biologists discovered that they are the oldest living organisms on the planet. Scientists believe that archaebacteria derive from ancient bacteria that used to live in hydrothermal vents in the deep sea.

Most consist of a single cell (unicellular), but all protists are eukaryotes, just like fungi, animals, and plants. This means that their cells have a complex composition, including a nucleus and organelles. Examples of protists include algae and amoebas. Eubacteria
Unlike each of the four kingdoms listed above, eubacteria are single-celled prokaryotes (as are archaebacteria). This means that the nucleus within the cell is not bound by a membrane. These bacteria are found almost everywhere and include things like Escherichia coli (better known as E. coli) and Streptococcus pneumoniae (which causes strep throat). Archaebacteria
Archaebacteria were discovered in the 1980s and joined the six kingdoms shortly after that. Like eubacteria, they are single-celled prokaryotes. However, they are in a realm of their own, because biologists discovered that they are the oldest living organisms on the planet. Scientists believe that archaebacteria derive from ancient bacteria that used to live in hydrothermal vents in the deep sea.

 How does eubacteria differ from kingdom archaebacteria? Eubacteria has peptidoglycan and Archaebacteria Does Not. What is the difference from archaebacteria and eubacteria? Archaebacteria are unicellular and eubacteria are
multicellular. Are archaebacteria and eubacteria both protists? Both archaebacteria and eubacteria
What are the chemical differences between archaebacteria and eubacteria? Archaebacteria and Eubacteria Are Different!Archaebacteria: are oldder. non-pathogenic. can tolerate extreme conditions.

How does eubacteria differ from kingdom archaebacteria? Eubacteria has peptidoglycan and Archaebacteria Does Not. What is the difference from archaebacteria and eubacteria? Archaebacteria are unicellular and eubacteria are
multicellular. Are archaebacteria and eubacteria both protists? Both archaebacteria and eubacteria
What are the chemical differences between archaebacteria and eubacteria? Archaebacteria and Eubacteria Are Different!Archaebacteria: are oldder. non-pathogenic. can tolerate extreme conditions.

10 Facts about Archaebacteria | Fact File 10 Facts about Archaebacteria
10 Facts about Archaebacteria
Facts about Archaebacteria 1: the temperature
Facts about Archaebacteria 2: the extreme habitat
Facts about Archaebacteria 3: the ammonia
Facts about Archaebacteria 4: the classification
Facts about Archaebacteria 5: comparison
Facts about Archaebacteria 6: the right classification of Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Facts about Archaebacteria 8: photosynthesis
Facts about Archaebacteria 9: Carl Woese
Facts about Archaebacteria 10: ocean
 the extreme habitat
You can find the organisms living in extreme habitat. You can find them living in the deep ocean, black smokers, geysers and oil wells. Archaebacteria Comparison
Facts about Archaebacteria 3: the ammonia
Some Archaebacteria ate ammonia. There is no need to wonder that the recent researches find out that these simple organisms live in seawater and soil. Facts about Archaebacteria 4: the classification
Once, the classification of Archaebacteria was wrong. It was included in Kingdom Monera as prokaryotes along with bacteria. Then it is named Archaebacteria in a different domain. Archaebacteria Shape
Facts about Archaebacteria 5:

the extreme habitat
You can find the organisms living in extreme habitat. You can find them living in the deep ocean, black smokers, geysers and oil wells. Archaebacteria Comparison
Facts about Archaebacteria 3: the ammonia
Some Archaebacteria ate ammonia. There is no need to wonder that the recent researches find out that these simple organisms live in seawater and soil. Facts about Archaebacteria 4: the classification
Once, the classification of Archaebacteria was wrong. It was included in Kingdom Monera as prokaryotes along with bacteria. Then it is named Archaebacteria in a different domain. Archaebacteria Shape
Facts about Archaebacteria 5:

10 Facts about Archaebacteria | Fact File 10 Facts about Archaebacteria
10 Facts about Archaebacteria
Facts about Archaebacteria 1: the temperature
Facts about Archaebacteria 2: the extreme habitat
Facts about Archaebacteria 3: the ammonia
Facts about Archaebacteria 4: the classification
Facts about Archaebacteria 5: comparison
Facts about Archaebacteria 6: the right classification of Archaebacteria
Facts about Archaebacteria 7: the comparison with prokaryotes and bacteria
Facts about Archaebacteria 8: photosynthesis
Facts about Archaebacteria 9: Carl Woese
Facts about Archaebacteria 10: ocean
 Facts about Archaebacteria 4: the classification
Once, the classification of Archaebacteria was wrong. It was included in Kingdom Monera as prokaryotes along with bacteria. Then it is named Archaebacteria in a different domain. Archaebacteria Shape
Facts about Archaebacteria 5: comparison
Archaebacteria is an interesting organism in the world. You can compare it with other forms of organisms in the world. It has an independent evolutionary history. Facts about Archaebacteria 6: the right classification of Archaebacteria
Archaebacteria is placed in a different domain.

Facts about Archaebacteria 4: the classification
Once, the classification of Archaebacteria was wrong. It was included in Kingdom Monera as prokaryotes along with bacteria. Then it is named Archaebacteria in a different domain. Archaebacteria Shape
Facts about Archaebacteria 5: comparison
Archaebacteria is an interesting organism in the world. You can compare it with other forms of organisms in the world. It has an independent evolutionary history. Facts about Archaebacteria 6: the right classification of Archaebacteria
Archaebacteria is placed in a different domain.

 Lesson Objectives
Lesson

Objectives

Words

to

Know

Lesson

Question

Taxonomy:

Review

Taxonomy

Classifying

Organisms

REAL-WORLD

CONNECTION

Classifying

Organisms

Fungi

Kingdom

Protista

Kingdom

Fungi

Kingdom

Plantae

Answer

Review:

Characteristics

of

Each

Kingdom

 Eight

levels

of

taxonomy: Domain,

,

Phylum,

Class,

Order,

Family,

Genus,

and
Taxonomy

Three

—the

largest

taxonomic

category

of

organisms

including

Bacteria,

Archaea,

and

Eukarya. Six

—the

second

largest

taxonomic

category

of

organisms,

which

is

composed

of

phyla

and

includes

Eubacteria,

Archaebacteria,

Protista,

Fungi,

Plantae,

and

Animalia. Circle

the

largest

taxonomic

category

of

organisms

on

the

graphic. Kingdom
Phylum
Class
Order
Family
Genus
Species
Domain
Classifying

Organisms
REAL-WORLD

CONNECTION
The

kingdom

Monera
consisted

of: —A

kingdom

of

life

that

is

unicellular,

prokaryotic,

and

has

a

cell

wall

—A

kingdom

of

life

that

is

unicellular,

prokaryotic,

has

a

cell

wall,

and

often

lives

in

extreme

environments
Classifying

Organisms
Fill

in

the

domains

on

the

graphic. Eubacteria
Archaebacteria
Animalia
Plantae
Protista
Fungi
—A

kingdom

of

life

that

is

unicellular,

prokaryotic,

and

has

a

Can

be

photosynthetic,

disease-causing,

or
—A

kingdom

of

life

that

is

unicellular,

prokaryotic,

has

cell

wall,

and

often

lives

in

extreme

environments. Prokaryotic

Cell

wall

Autotrophic

or

Many

live

in

environments

Kingdom

Protista
—A

kingdom

of

life

that

is

mostly

unicellular,

eukaryotic,

and

is

comprised

of

eukaryotes

that

do

not

fit

into

other

eukaryotic

kingdoms. Mostly

unicellular

May

or

may

not

have

cell

or

heterotrophic

Eukaryotes

that

are

not

,

plants,

nor

animals

Kingdom

Fungi
—A

kingdom

of

life

that

is

unicellular

or

multicellular,

eukaryotic,

heterotrophic,

and

has

a

cell

wall

comprised

of

chitin. or

multicellular

Eukaryotic

Cell

wall

–

Can

be

mushrooms,

,

or

molds

Important

Kingdom

Plantae
—A

kingdom

of

life

that

is

multicellular,

eukaryotic,

autotrophic,

and

has

a

cell

wall

comprised

of

cellulose.

Lesson Objectives
Lesson

Objectives

Words

to

Know

Lesson

Question

Taxonomy:

Review

Taxonomy

Classifying

Organisms

REAL-WORLD

CONNECTION

Classifying

Organisms

Fungi

Kingdom

Protista

Kingdom

Fungi

Kingdom

Plantae

Answer

Review:

Characteristics

of

Each

Kingdom

 it can be either autotrophic or heterotrophic...
Is archaebacteria autotrophic and heterotrophic? yes
Are archaebacteria autotrophic or heterotrophic? Both. Some archaebacteria are autotrophic and can use
photosynthesis to obtain their food. Some archaebacteria are
heterotrophic and obtain their food by eating other organic
organisms. What is the cell type of eubacteria and archaebacteria heterotrophic or autotrophic or both? The majority of archaebacteria are autotrophs. However a small
percentage of archaebacteria is heterotrophic. Is the kingdom archaebacteria autotrophic or heterotrophic? It is actually both
What is the type of nutrition for archaebacteria.

it can be either autotrophic or heterotrophic...
Is archaebacteria autotrophic and heterotrophic? yes
Are archaebacteria autotrophic or heterotrophic? Both. Some archaebacteria are autotrophic and can use
photosynthesis to obtain their food. Some archaebacteria are
heterotrophic and obtain their food by eating other organic
organisms. What is the cell type of eubacteria and archaebacteria heterotrophic or autotrophic or both? The majority of archaebacteria are autotrophs. However a small
percentage of archaebacteria is heterotrophic. Is the kingdom archaebacteria autotrophic or heterotrophic? It is actually both
What is the type of nutrition for archaebacteria.

What is the common and scientific name for archaebacteria? - Answers
What is the common and scientific name for archaebacteria?
Your Answer
What is the common and scientific name for archaebacteria?
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Common name for archaebacteria? There are three groups of Archaebacteria: Methanogens, Halophiles, and Thermoacidophiles. Archaebacteria can be known by Extremophiles, Methanogens, Halophiles, and Thermoacidophiles. The common scientific name for archeabacteria is Haloquadra walsbyi. Is archaea the scientific name for archaebacteria? YES... It is in Linnaeus book of bacterium ARCHAEA IS THE SCIENTIFIC NAME FOR ARCHAEBACTERIA
What is the English name for archaebacteria? Archaebacteria is a domain of single-celled microorganisms with no cell nucleus or other organelles in their cells. The non-scientific name for Archaebacteria is Archaea. What is a common name of archaebacteria and scientific name?

What is the common and scientific name for archaebacteria? - Answers

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Common name for archaebacteria? There are three groups of Archaebacteria: Methanogens, Halophiles, and Thermoacidophiles. Archaebacteria can be known by Extremophiles, Methanogens, Halophiles, and Thermoacidophiles. The common scientific name for archeabacteria is Haloquadra walsbyi. Is archaea the scientific name for archaebacteria? YES... It is in Linnaeus book of bacterium ARCHAEA IS THE SCIENTIFIC NAME FOR ARCHAEBACTERIA
What is the English name for archaebacteria? Archaebacteria is a domain of single-celled microorganisms with no cell nucleus or other organelles in their cells. The non-scientific name for Archaebacteria is Archaea. What is a common name of archaebacteria and scientific name?

An Introduction to Taxonomy - The Kingdoms and Domains of Life - HubPages An Introduction to Taxonomy - The Kingdoms and Domains of Life
An Introduction to Taxonomy - The Kingdoms and Domains of Life
Classifying Organisms Into Domains, Kingdoms, and Phyla
Carl Linnaeus
Carl Linnaeus, the father of modern taxonomy
Holt Biology Textbook - This is the textbook we're using for our biology class.
How Organisms Are Classified
Domains and Kingdoms of Life - There are 3 Domains and 6 Kingdoms
Bacteria
Thermophilic Archaebacteria
Domains and Kingdoms of Life
It's time for a quick Taxonomy quiz!
Answer Key
Archaea: Salt-Lovers, Methane-Makers, Thermophiles, and Other Archaeans - A Class of Their Own series
Different Forms of Multicellularity - 19.2
Kingdom Protista - Protists are a very diverse group
Euglena are in the Kingdom Protista
Paramecium Eating (Kingdom Protista)
Amoeba in Motion (Kingdom Protista)
Fungi Kingdom - Fungi are neither plants nor animals
Fungi
Plantae Kingdom - Plants
The Four Main Types of Plants
1. Nonvascular Plants
2. Seedless Vascular Plants
3. Nonflowering Seed Plant
4. Flowering Seed Plants
Kingdom Animalia - Animals
Some of the Phyla in the Animalia Kingdom
Porifera Phylum
Cnidaria Phylum
Platyhelminthes Phylum
Nematoda Phylum
Annelida Phylum
Mollusk Phylum
Arthropoda Phylum
Echinodermata Phylum
Chordata Phylum
Taxonomy / Classification - A Quick Review of Taxonomy / Biological Classifications!
© 2011 JanieceTobey
Taxonomy Guestbook - Comments? Questions?
 Archaea Domain - This domain contains all the organisms in the kingdom Archaebacteria. Archaebacteria are prokaryotic, unicellular, and some are autotrophic while others are heterotrophic. What separates them from the bacteria domain is the fact that their cell walls do not contain peptidoglycan. Also, their ribosomal proteins are more similar to those of eukaryotes than they are to bacteria
The three basic types of archeabacteria include: A. Methanogens - Methanogens live in the mud of swamps and wetlands (where they create mash gas), and the guts of animals (where they cause gas). They combine hydrogen (H) and carbon dioxide (CO2) for energy. A biproduct of this is methane gas. pinterest-pin-it
Thermophilic Archaebacteria
Wing-Chi Poon
B. Extremophiles - Extremophiles live in very hot places, very salty places, very acid places, or other extreme conditions where most life can not live. These archaebacteria in the Kingdom Archaebacteria and the Archae domain live in very warm places. The photo was taken in the Midway Geyser Basin at Yellowstone National Park.

An Introduction to Taxonomy - The Kingdoms and Domains of Life - HubPages

Archaea Domain - This domain contains all the organisms in the kingdom Archaebacteria. Archaebacteria are prokaryotic, unicellular, and some are autotrophic while others are heterotrophic. What separates them from the bacteria domain is the fact that their cell walls do not contain peptidoglycan. Also, their ribosomal proteins are more similar to those of eukaryotes than they are to bacteria
The three basic types of archeabacteria include: A. Methanogens - Methanogens live in the mud of swamps and wetlands (where they create mash gas), and the guts of animals (where they cause gas). They combine hydrogen (H) and carbon dioxide (CO2) for energy. A biproduct of this is methane gas. pinterest-pin-it
Thermophilic Archaebacteria
Wing-Chi Poon
B. Extremophiles - Extremophiles live in very hot places, very salty places, very acid places, or other extreme conditions where most life can not live. These archaebacteria in the Kingdom Archaebacteria and the Archae domain live in very warm places. The photo was taken in the Midway Geyser Basin at Yellowstone National Park.

 Archaebacteria heterotrophic or autotrophic? - Answers
They can be both..they are mostly heterotrophs do as they rely
on other organsims to live
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Answered 2010-11-10 13:45:58
They can be both..they are mostly heterotrophs do as they rely
on other organsims to live
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Are archaebacteria or heterotrophic or autotrophic or saprophytic? If you mean are Archaebacteria Heterotrophic, Autotrophic, or
Saprophytic, they can be either heterotrophic or autotrophic
Is archaebacteria heterotrophic? it can be either autotrophic or heterotrophic...
Is archaebacteria autotrophic and heterotrophic? yes
Are archaebacteria autotrophic or heterotrophic? Both. Some archaebacteria are autotrophic and can use
photosynthesis to obtain their food. Some archaebacteria are
heterotrophic and obtain their food by eating other organic
organisms.

Archaebacteria heterotrophic or autotrophic? - Answers
They can be both..they are mostly heterotrophs do as they rely
on other organsims to live
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Archaebacteria heterotrophic or autotrophic? Asked by Wiki User
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Wiki User
Answered 2010-11-10 13:45:58
They can be both..they are mostly heterotrophs do as they rely
on other organsims to live
345
0
0
0
0
Add a Comment
Your Answer
Loading...
Still have questions? Find more answers
Related Questions
Are archaebacteria or heterotrophic or autotrophic or saprophytic? If you mean are Archaebacteria Heterotrophic, Autotrophic, or
Saprophytic, they can be either heterotrophic or autotrophic
Is archaebacteria heterotrophic? it can be either autotrophic or heterotrophic...
Is archaebacteria autotrophic and heterotrophic? yes
Are archaebacteria autotrophic or heterotrophic? Both. Some archaebacteria are autotrophic and can use
photosynthesis to obtain their food. Some archaebacteria are
heterotrophic and obtain their food by eating other organic
organisms.

term:kingdoms = animalia, plantae, protista, fungi Flashcards and Study Sets | Quizlet term:kingdoms = animalia, plantae, protista, fungi
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cierrateo
 term: kingdoms = animalia, plantae, protista, fungi Flashcards and Study Sets | Quizlet
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cierrateo
Kingdoms Protista, Fungi & Plantae
Protista examples
Basic characteristics of all Protista
Ameba
Euglena
-algae... -ameba... -slime mold... -dilatoms... -kelp beds
-unicellular... -no cell wall
-heterotrophs... -asexual (fission)... -live in H₂O... [soil, salt H₂O]…
-greenish... -auto/heterotrophic ... -a/sexual... -fresh H₂O
Protista examples
-algae... -ameba... -slime mold... -dilatoms... -kelp beds
Basic characteristics of all Protista
-unicellular... -no cell wall
19 Terms
RBoley
Kingdoms Protista, Fungi & Plantae
Protista examples
Basic characteristics of all Protista
Ameba
Euglena
-algae... -ameba... -slime mold... -dilatoms... -kelp beds
-unicellular... -no cell wall
-heterotrophs... -asexual (fission)... -live in H₂O... [soil, salt H₂O]…
-greenish... -auto/heterotrophic ... -a/sexual... -fresh H₂O
Protista examples
-algae... -ameba... -slime mold... -dilatoms... -kelp beds
Basic characteristics of all Protista
-unicellular... -no cell wall
19 Terms
soniaosuna
Kingdoms fungi, plantae, animalia
Fungi
Hyphae
Saprophytes
Zygomycetes
Mostly multi cellular and consist of long strands of cells tha…
Slender strands of fungi
Live on a dead organism
-form structures for sexual reproduction called zygosporangia…
Fungi
Mostly multi cellular and consist of long strands of cells tha…
Hyphae
Slender strands of fungi
37 Terms
allyveisme
Kingdoms Protista, Fungi, Plantae, and Animalia Study Guide
What kingdoms include animals that can…
Gymnosperms
Angiosperm
Compare and contrast the gymnosperm and…
Fungi
"naked seeds" no fruit or protective layer around the seed ... EX…
"covered seeds" their seeds are contained in a vessel and or a…
~Gymnosperm is unprotected while the angiosperm is protected b…
What kingdoms include animals that can…
Fungi
Gymnosperms
"naked seeds" no fruit or protective layer around the seed ... EX…
39 Terms
jason_williams69
Kingdoms Plantae, Animalia, and Protista
Non-vascular
Seedless vascular
Seed bearing
Vascular
______ plants lack vascular tissue—specialized groups of cells…
______ plants have well-developed vascular tissue but do not m…
______ plants have vascular tissue and make seeds. ______ plants have vascular tissue such as a xylem and phloem. Non-vascular
______ plants lack vascular tissue—specialized groups of cells…
Seedless vascular
______ plants have well-developed vascular tissue but do not m…
34 Terms
Caleb_Trojanowski
Kingdoms Protista, Fungi, Plantae, and Animalia Study Guide
Archaebacteria
Eubacteria
Protista
Fungi
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
Archaebacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
Eubacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
12 Terms
PettusBiology TEACHER
Classification: Domains and Kingdoms (Plantae and Animalia)
Kingdom Plantae
Kingdom Plantae
Kingdom Plantae
Kingdom Plantae
one of for kingdoms belonging to the Domain Eukarya
all of the organisms in this group have cell walls composed of…
these are the autotrophic plants
chloroplasts are always present in the cells of this group
Kingdom Plantae
one of for kingdoms belonging to the Domain Eukarya
Kingdom Plantae
all of the organisms in this group have cell walls composed of…
22 Terms
ppriss
Fungi plantae animalia
Mastigomycota
Deuteromycota
Amastigomycota
Hyphae
Motile spores
Imperfect fungi
Non motile spores
Network of fine elements
Mastigomycota
Motile spores
Deuteromycota
Imperfect fungi
28 Terms
GarySmith
Kingdoms, Protista, Fungi, Plantae, and Animalia Study Guide
Archaebacteria
Eubacteria
Protista
Fungi
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
Archaebacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
Eubacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
28 Terms
valerietello
Kingdoms, Protista, Fungi, Plantae, and Animalia Study Guide
Archaebacteria
Eubacteria
Protista
Fungi
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
Archaebacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
Eubacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
6 Terms
kwilliams2468
Kingdoms, Protista, Fungi, Plantae, and Animalia Study Guide
Archaebacteria
Eubacteria
Protista
Fungi
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
- Living... - Eukaryotic... - Both (unicellular and multicellular)... -…
Archaebacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
Eubacteria
- Living... - Prokaryotic... - Unicellular... - Both (heterotroph and a…
37 Terms
aomana20
fungi plantae animalia
fungi cells
fungi obtain E
fungi structure
why fungi matter
euk/multi/chitin
heterotroph/decompose/saprophytes
little treads named hyphae
break down waste/recycle/protect plants
fungi cells
euk/multi/chitin
fungi obtain E
heterotroph/decompose/saprophytes
86 Terms
taylor_brown4404
Kingdoms Monera, Protista, Animalia, Plantae
Chytrid
Pseudopodia
Malaria
Taxonomy
Type of fungi- like protist
structures used for movement by amoebae
disease caused by plasmodium sp. system of classification of organisms by means fo similarities…
Chytrid
Type of fungi- like protist
Pseudopodia
structures used for movement by amoebae
31 Terms
daniel_zuloaga
Kingdoms Protista, Fungi, and Plantae
phaeophyta
zooplankton
euglena
radiolarians
brown algae such as rock weed,sargassum,kelp;multicellular
animals-like wanders; major part of food chain;heterotrophic
mixotrophic, single cell protist with one flagella
various geometric shapes;silica test;needle-like pseudopodia
phaeophyta
brown algae such as rock weed,sargassum,kelp;multicellular
zooplankton
animals-like wanders; major part of food chain;heterotrophic
10 Terms
Charity_39l3_
Protista Plantae Fungi
Eukaryotes
Nuclear envelope
hermaphrodite
Disadvantages to being a eukaryotic cell
larger cell size compared to prokaryotes. Presence of many mem…
Two concentric layers of cell membranes in which the eukaryoti…
Can produce both female and male gametes.

term:kingdoms = animalia, plantae, protista, fungi Flashcards and Study Sets | Quizlet

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