Save Energy at Home
Follow these guidelines to reduce the amount of energy your refrigerator uses: 1  Set the appropriate temperature. Keep your refrigerator at 35 to 38 degrees Fahrenheit. 2  Place your fridge in a cool place. Position your refrigerator away from a heat source such as an oven, a dishwasher, or direct sunlight from a window.


Save Energy at Home
Follow these guidelines to reduce the amount of energy your refrigerator uses: 1  Set the appropriate temperature. 2  Place your fridge in a cool place. 3  Allow air circulation behind the fridge. 4  Check the door seals. 5  Keep the door closed.


How Much Does a Refrigerator Cost?
Higher end refrigerators, such as a stainless steel model, can cost anywhere from $600 to $1,300. A wine refrigerator that stores wine can cost anywhere from $150 to $600. This will depend on how many bottles the refrigerator can hold.


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An estimated 170 million refrigerators and refrigerator-freezers are currently in use in the United States. More than 60 million refrigerators are over 10 years old, costing consumers $4.4 billion a year in energy costs. By properly recycling your old refrigerator and replacing it with a new ENERGY STAR certified refrigerator, you can save more than $270 over the next 5 years.


How Much Does a Refrigerator Cost?
How Much Does a Refrigerator Cost? A refrigerator, or commonly known as a fridge, is a household appliance that cools food below the ambient temperature of the room to extend its shelf life. The price of a refrigerator is going to depend on the type, the features that the fridge has, brand and the store selling it.


How do snakes breathe?
Q: How do snakes breathe ? A: Snakes don't have a diaphram as we do so must use muscles along their sides to expand and contract their lungs. Most snakes have only one main, functional lung but it functions much as ours does to obtain oxygen. When a snake is feeding on a large prey item it can also push its trachea (windpipe) off to the side so it can still breathe with a mouth full of food.


Can Turtles Breathe Underwater?
Turtles do not breathe underwater in the sense of what we call breathing. That is, they do not take in oxygen through inhalation and exhalation. Rather, they absorb or take in oxygen through means other than just by their lungs. Turtles have a set of lungs that it can breathe with. As its activity increases so does its demand for air. The turtle, depending on the species can hold its breath underwater for a long time.


How do snakes breathe?
Some snakes have movable windpipes which allows them to breathe during different scenarios such as eating prey, or holding there breath. When snakes hold there it has nothing to do with any defect in its body nor gain a defect. Hope that pretty much covers your question. HerpDude Â· 1 decade ago.


How do reptiles breathe?
Sep 14, 2014. Reptiles have lungs and nostrils. They can breathe through their nostrils and mouths.


How Birds Breathe
Q. How do birds breathe? Is it more like mammals or like fish? A. Like mammals, birds take in air and extract oxygen from it to supply body tissues, while fish respiration depends on getting the oxygen dissolved in water through organs called gills.


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What do the scientific names of the grizzly and polar bears tell about their similarity to each ... Prawn n spider belong to same phylum? give characteristics features of phylum to which they belong? What are all the characteristics of helminths?


What are three examples of biotic factors in a temperate forest ecosystem?
What is the difference between a land breeze and a sea breeze? How do each of them form? Please ...


How Birds Breathe
Oxygen is taken in and exchanged for carbon dioxide waste in the blood, then the carbon dioxide is moved out; so far, much like mammals. But in birds, the air flow is one way, through tubes and chambers, rather than two ways, in and out of the lungs, as it is in mammals. And when a bird inhales, air actually leaves its lungs; fresh air enters the lungs as it exhales.


How do snakes breathe?
Best Answer: No Snakes don't have a diaphram as we do so must use muscles along their sides to expand and contract their lungs. Most snakes have only one main, functional lung but it functions much as ours does to obtain oxygen.


Koch's postulates
Koch's postulates are four criteria designed to establish a causative relationship between a microbe and a disease. The postulates were formulated by Robert Koch and Friedrich Loeffler in 1884, based on earlier concepts described by Jakob Henle, and refined and published by Koch in 1890. Koch applied the postulates to describe the etiology of cholera and tuberculosis, but they have been controversially generalized to other diseases. These postulates were generated prior to understanding of moder


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Koch's Postulates and Molecular Genetics. 1  I understand that Koch's postulates. have limitations, but I don't understand how that plays 2  ... ... Sequence-based identification. ... 3  5. ... 4  Apply Koch's postulates to prove that a specific bacterial 5  ... ... Koch's Postulates: 1. ... 6  45. ... 7  E. malaria, yellow fever and plague. ...


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Koch's postulates (/ Ë k ÉË x /) are four criteria designed to establish a causative relationship between a microbe and a disease. The postulates were formulated by Robert Koch and Friedrich Loeffler in 1884, based on earlier concepts described by Jakob Henle, and refined and published by Koch in 1890.


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The use of these new methods has led to revised versions of Kochâs postulates: Fredricks and Relman have suggested the following set of Kochâs postulates for the 21st century: 1  A nucleic acid sequence belonging to a putative pathogen should be present in most cases of an infectious disease.


Koch's postulates
Koch's postulates have also influenced scientists who examine microbial pathogenesis from a molecular point of view. In the 1980s, a molecular version of Koch's postulates was developed to guide the identification of microbial genes encoding virulence factors.


Koch's Postulates
Koch's Postulates. As a skilled microbiologist, you have been called to Farmer McDonald's farm to investigate an outbreak of sores on the udders of his cows. Your first task is to determine whether the causative agent of the sores is a microbe. Explain how you will you use Koch's postulates to accomplish this. Solution Preview. In answering this question you should first state Koch's postulates: Koch's postulates are the following: 1.


Koch's postulates
Koch's postulates. Koch's postulates (/ËkÉËx/) are four criteria designed to establish a causative relationship between a microbe and a disease. The postulates were formulated by Robert Koch and Friedrich Loeffler in 1884, based on earlier concepts described by Jakob Henle, and refined and published by Koch in 1890.


Koch's Postulates
Koch's postulates of disease. Koch's postulates are the following: The microorganism must be found in abundance in all organisms suffering from the disease, but should not be found in healthy organisms. The microorganism must be isolated from a diseased organism and grown in pure culture.


Koch's postulates
The use of these new methods has led to revised versions of Kochâs postulates: Fredricks and Relman have suggested the following set of Kochâs postulates for the 21st century: A nucleic acid sequence belonging to a putative pathogen should be present in most cases of an infectious disease.


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Koch's Postulates: 1. The organism should be associated with the lesions of the disease in all cases and absent from healthy individuals. ... Koch's Postulates: ...


Why are some cells non respiring?
Some cells are non-respiring due to their cellular structure. For example, red blood cells do not respire because they lack the necessary components to do so. These components include the mitochondria and the nucleus. Red blood cells?Ã¦do not need respiration for energy, because the energy is already provided by phosphate ions in blood.


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Respiring cells are the cells that go through cellular respiration. This will allow the organisms to use energy that is stored in form of glucose for purposes of metabolism. Respiring cells are the cells that go through cellular respiration. This will allow the organisms to use energy that is stored in form of glucose for purposes of metabolism.


Why does oxygen diffuse into respiring cells?
Best Answer: All Oxidative cells cells require Oxygen to survive becasue they need to produce energy in the form of ATP to function properly. If there are no channels through which Oxygen can get delivered to these cells (eg. via capillaries blood vessels) then diffusion is what happens from high concentration to low concentration to these cells.


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Best Answer: Respiration, the act of respiring, is important for many aspects of daily living. The most import is in order to get oxygen into your cells. All cells ...


Why does oxygen diffuse into respiring cells?
It's a simple concentration gradient: in respiring cells, there is a lower concentration of oxygen and a higher concentration of carbon dioxide. Wherever there is an imbalance in the concentration of gases, they will flow down the concentration gradient across a selectively permeable membrane until an equilibrium is reached, so oxygen will try to diffuse into the cells and carbon dioxide out to try to balance.


What are respiring cells?
Respiring cells are the cells that go through cellular respiration. This will allow the organisms to use energy that is stored in form of glucose for purposes of metabolis â¦ m.


Why do humans need to respire?
Best Answer: Respiration, the act of respiring, is important for many aspects of daily living. The most import is in order to get oxygen into your cells. All cells need oxygen to produce energy and without said oxygen, energy will not be produced for the body. The other important thing to understand is our cells release Carbon Dioxide as a waste product. Carbon Dioxide=bad and we do not want said Carbon Dioxide in the body.


What are primary fuels?
Respiring cells are the cells that go through cellular respiration.This will allow the organisms to use energy that is stored in formof glucose for purposes of metabolism. Go Log In Sign Up


Why are some cells non respiring?
Some cells are non-respiring due to their cellular structure. Forexample, red blood cells do not respire because they lack thenecessary components.


Why does oxygen diffuse into respiring cells?
Best Answer: All Oxidative cells cells require Oxygen to survive becasue they need to produce energy in the form of ATP to function properly. If there are no ...


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higher saturated and unsaturated fatty acids. In other words, these compounds are esters of glycerol and higher fatty acids, containing in their structure long (low C14:0) aliphatic carbon chains [1] . Vegetable oils, depending upon the individual percentages of fat acids in the molecule, exhibit a variety of properties. Thanks to their beneficial


Chapter 11 - The Fat-Soluble Vitamins A, D, E, and K
Which of the following features do vitamins C and E share? Both function as antioxidants How is vitamin E thought to play a role in reducing the risk of heart disease?


Drink and Eat Beverages and Food with Less Sodium, Saturated and Trans Fats, and Added Sugars
Saturated fats are most often found in animal products such as beef, pork, and chicken. Leaner animal products, such as chicken breast or pork loin, often have less saturated fat. Foods that contain more saturated fat are usually solid at room temperature and are sometimes called âsolidâ fat. UNSATURATED FAT


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â¢ Within unsaturated fatty acids are divided into monounsaturated fatty acids (one C=C bond) and polyunsaturated fatty acids (more than one C=C bond) â¢ Unsaturated fatty acid structures are a little more complicated, but you can see a pattern in the important


fatty degeneration
All fats are esters of fatty acids and glycerol, the fatty acids accounting for 90% of the molecule of most natural fats. A fatty acid consists of a long chain of carbon atoms with a carboxylic acid group at one end. Saturated fatty acids have no double bonds in the carbon chain. The medium and long chain fatty acids are solid at room temperature and are the components of the common animal fats, such as butter and lard. Unsaturated fatty acids contain one or more double bonds. The unsaturated fatty acids are liquid at room temperature and are found in oils such as olive oil and linseed oil. Polyunsaturated fatty acids have two or more double bonds.


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Lipids and Their Structures Definition: Organic molecule of biological origin that is insoluble in water and soluble in nonpolar solvents. Solubility Explained: Lipids do have both nonpolar and polar regions; however, the majority of the molecule is nonpolar (due to


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(fatty acids, waxes, triacylglycerides, phospholipids, prostaglandins, steroids, and lipophilic vitamins) Fatty Acids (Function: Precursor to other lipids.) Structure: Carboxylic acid and long, unbranched hydrocarbon chain â¢ Most have an even number of carbons â¢ Most common: 12â20 carbons â¢ May or may not have pi bonds in the chain (saturatedâ no C=C and unsaturatedâ 1+ C=C) â¢ Saturated fatty acids are not too fancy, don't over complicate them. Check out these


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The national average Roustabout salary is $100,818. Filter by location to see Roustabout salaries in your area. Salary estimates are based on 703 salaries submitted anonymously to Glassdoor by Roustabout employees.


roustabout
Any unskilled manual laborer on the rigsite. A roustabout may be part of the drilling contractor's employee workforce, or may be on location temporarily for special operations. Roustabouts are commonly hired to ensure that the skilled personnel that run an expensive drilling rig are not distracted by peripheral tasks, ranging from cleaning up location to cleaning threads to digging trenches to scraping and painting rig components.


How to become Roustabout/Roughneck
Facts and Stats: 1  The world produces 9.5m tonnes of oil every day. 2  Christmas tree lights were introduced by Edison General Electric Co in 1901. 3  A drop of water may travel thousands of miles between the time it evaporates into the atmosphere and the time it falls to the earth again as rain, sleet, or snow.


Recruiter.com helps agriculture and food professionals find better paying jobs across all specialties and locations.
Roustabouts, Oil and Gas will normally receive a wage of Thirty Four Thousand One Hundred dollars annually. Roustabouts, Oil and Gas are compensated highest in Alaska, where they get pay of approximately $49510.


How to Become a Roustabout
What does a roustabout do? Roustabouts perform basic manual labor for many different employers. They help with a variety of tasks for many different industries. Roustabouts that work for oil drilling facilities often perform basic maintenance and repairs, assemble and dismantle equipment, dig ditches, and help determine the origin of oil leaks.


What Does a Roustabout Do in the Oilfields?
Other tasks required of roustabouts include working with crane and gin-pole truck operators. Roustabouts guide the operators and attach lifting slings to the loads. They also mix drilling mud, which is used to lubricate the drill bit that bores into the ground. Roustabouts who work on offshore oil rigs also must maintain the vessel by cleaning, scraping and painting the deck, equipment and work areas.


Roustabouts, Oil and Gas - What They Do
Roustabouts, Oil and Gas - What They Do Roustabouts, Oil and Gas generally receive Moderate-term on-the-job training before they are capable of performing their job at an acceptable level. Once employed, Roustabouts, Oil and Gas can expect to earn an average of $30,000 per year throughout their career.


Roustabout Oil rig worker, oil and gas worker
Roustabout Oil rig worker, oil and gas worker. Roustabouts work on oil and gas rigs, maintaining equipment, unloading supplies and helping the drilling team. Salary: Â£18,000 to Â£30,000 average per year.


Roustabout Oil rig worker, oil and gas worker
Roustabout Oil rig worker, oil and gas worker Roustabouts work on oil and gas rigs, maintaining equipment, unloading supplies and helping the drilling team. Salary: Â£18,000 to Â£30,000 average per year Hours: Variable per week


Sally Lightfoot Crab
Sally Lightfoot Crabs, Percnon gibbesi, are excellent cleaners within the reef aquarium, concentrating on a diet of both micro algae and uneaten foods.


Sally Lightfoot Crab
Scientific Name: Percnon gibbesi. Sally Lightfoot Crabs, Percnon gibbesi, are collected from Atlantic waters bordering the Americas. These crabs are excellent cleaners within the reef aquarium, concentrating on a diet of both micro algae and uneaten foods. They are also one of the few animals that will eat bubble algae. Sally Lightfoot crabs have been known to associate with some species of urchins (Diadema sp.). The crab will scurry underneath the urchin in search of protection from possible predators.


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Species data. 1  Common name Sally Lightfoot Crab. 2  Scientific name Grapsus grapsus. 3  Spanish name Zapaya. 4  Conservation status Least Concern. 5  Size Average: 5 centimetre carapace. Maximum: 8 centimetre carapace. 6  Weight Average: Unknown. Maximum: Unknown. 7  Average lifespan Unknown.


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Species overview. Sally Lightfoot crabs are brightly-coloured coastal scavengers, found in the Galapagos Islands and across the western coast of South and Central America. They have an extremely generalist diet, feeding on anything from sea lion placenta to other crabs.


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HabiÂtat. Adult red rock crabs live along rocky shoreÂlines, usuÂally at or above the spray line in tropÂiÂcal and subÂtropÂiÂcal North AmerÂica, South AmerÂica, and isÂlands ocÂcurÂing around this latÂiÂtude in both the PaÂcific and AtÂlantic oceans.


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Grapsus grapsusSally Lightfoot crab. By Nick Miller. Red rock crabs can be found along coasts of subÂtropÂiÂcal and tropÂiÂcal North AmerÂica, South AmerÂica, and the isÂlands ocÂcurÂing within this range in both the PaÂcific and AtÂlantic Oceans.


Overview
Wildlife / Marine invertebrates / Sally Lightfoot Crab Overview The brightly-coloured Sally Lightfoot crab is a common sight along the shores and beaches of most islands.


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The Sally Lightfoot crab is a brightly coloured coastal scavenger found in the Galapagos Islands. Learn more...


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Species data. 1  Common name Sally Lightfoot Crab. 2  Scientific name Grapsus grapsus. 3  Spanish name Zapaya. 4  Conservation status Least Concern. 5  Size Average: 5 centimetre carapace. 6  Weight Average: Unknown. 7  Average lifespan Unknown.


Overview
Sally Lightfoot crabs are  brightly-coloured coastal scavengers, found in the Galapagos Islands and across the western coast of South and Central America. They have an extremely generalist diet, feeding on anything from sea lion placenta to other crabs.


Scarlet Macaw Vocalization
Here you can see two Scarlet Macaws, as you watch they start to scream. It is loud now, but I was standing almost 100 feet away from them. So, you can multiply that buy probably 20 and think about it in your livingroom. How would your neighbors like that? This is something you must consider before considering a large parrot.


Scarlet macaw
The scarlet macaw was formally described by the Swedish naturalist Carl Linnaeus in 1758 in the tenth edition of his Systema Naturae under the binomial name Psittacus macao. The scarlet macaw is now placed in the genus Ara (LacÃ©pÃ¨de, 1799), one of 6 genera of Central and South American macaws.


MACAW
Perhaps the most spectacular bird found in the Costa Rican rainforest is the macaw. These brightly colored birds are enormous. Their bodies can measure nearly 34 inches long and can weigh over 2 pounds. The scarlet macaw is a member of the parrot family. There are over 300 species of parrots throughout the world, almost all of them live inside the tropical rainforest. Click To Enlarge. Click To Enlarge. Scarlet Macaws build their nests high in the rainforestâs trees.


Popular Macaws That Make Outstading Pets
Scarlet Macaws get bored quite easily, so they should be provided with plenty of toys to play with, in addition to near-constant attention from their owners. Hand-fed Scarlet Macaws can be very affectionate, but potential owners should keep in mind that like all macaws, they can be noisy.


Scarlet Macaw
FUN FACT. Scarlet Macaws are often seen in the company of other parrots, eating clay from riverbank cliffs (a behavior known as âgeophagyâ). Scientists arenât sure why parrots engage in this behavior, but itâs suspected that the clay acts as a buffer against toxins in their natural diet. 1  Few birds are as breathtaking as a Scarlet Macaw in flight. 2  Scarlet Macaws live much of their lives high in the rainforest canopies of South America. Theyâre most often found in pairs or small family groups, but will communally roost overnight in flocks of up to 50 unrelated individuals. Each macaw family maintains its own large territory, which it will move throughout in search of food and places to nest.


Scarlet Macaws aka Red & Yellow Macaws
Upper Wing Feathers: The Green-winged has green upper-wing covert feathers - while the Scarlet Macaw has yellow, or yellow and green upper wing feathers. Plumage: Lighter red plumage Tail: Longer, red-tipped tail (blue-tipped in the Green-winged)


Scarlet Macaw
The Scarlet Macaws usual habitats are the emergent layers and canopy layers of the rainforest. Scarlet Macaws Characteristics. The Scarlet Macaw is about 81 to 96 centimetres (32 to 36 inches) long, of which more than half is the pointed, graduated tail typical of macaws. Their average weight is about one kilogram (2 to 2.5 pounds). Their plumage is mostly scarlet, but the rump and tail-covert feathers are light blue.


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Scarlet Macaws are in the parrot family, in macaws. Their beautiful colors are bright red, yellow, and blue. Some Macaws have green on the tips of their yellow feathers, some â¦have blue on their yellow feathers. Scientists are still trying to decide if they should put all kinds of scarlet macaws as the same kind of bird, because they are so similar. Scarlet macaws eat fruits and nuts in the rainforest. They have four toes, two in front, two in back, that help them grab onto branches high up in the rainforest's canopy. Scarlet Macaws take care of their young until their young reaches maturity, like humans do. Scarlet Macaws mate for life, and a Scarlet Macaw and it's mate are rarely seen without each other. Scarlet Macaws live in Central and South America, in rainforests. Scarlet Macaws are a little endangered, because so many people are getting them as pets.


What conference has won the most NCAA men's basketball national championships?
Which school has won the most NCAA men's basketball national championships? This is a follow-up question to What conference has won the most NCAA men's basketball national championships?.


Which Women's College Basketball Program Has Won the Most Championships?
As of 2014, three individuals have won the NCAA Division I men's basketball tournament as student-athletes who then went on to coach winning teams. These men are Bob Knight, Joe B. Hall and Dean Smith..


Which Women's College Basketball Program Has Won the Most Championships?
Which women's college basketball program has won the most championships? A: As of 2015, the University of Connecticut is the winningest program in NCAA Division I women's basketball tournament history, having earned a total of nine titles from the tournament's inception in 1982 through their win in 2014. The University of Tennessee also has a successful women's basketball team, having won eight titles between 1982 and 2014.


Which Women's College Basketball Program Has Won the Most Championships?
Louisiana Tech, which won the first-ever tournament, is another major force in women's college basketball with six Final Four appearances and two championship titles. Other women's college basketball teams, including Auburn, Notre Dame and Stanford, have made frequent appearances in the women's Final Four.


Which school has won the most NCAA men's basketball national championships?
The NCAA record book simply lists all the schools that were ranked #1 among various polls or had the best win-loss record (prior to 1936). Alabama and Notre Dame have the most since the start of polls in 1936. They have been awarded #1 by the AP Poll or the Coaches Poll 8 times each. The official NCAA record book retroactively awards national titles going back to 1869, which would make Princeton (28) and Yale (27) the top two.


Which school has won the most NCAA men's basketball national championships?
UCLA holds the most team NCAA titles, Stanford is on top for individual titles. http://fs.ncaa.org/Docs/stats/ch... Assuming that you're speaking of football, National Championships are awarded by third parties and not directly by the NCAA.


School Uniforms: Do They Reduce Violence--Or Just Make Us Feel Better?
Public school uniforms have become the latest rage in education circles. Parents, teachers, school administrators, and politicians are embracing uniforms as the new policy tool for solving the problem of violence in schools.


Do school uniforms reduce peer pressure? How?
The point of this edict it that from the school's own point of view, school is not for comparing riches. It is for learning. We know that there are many other factors to the manifestation of peer pressure, but schools take the attitude that if they can reduce it by one notch, they will do. There are a few other characteristics of school uniforms that are sometimes ignored, for instance, if an incident happens outside of school, students wearing their school uniform become much more easily traceable.


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Using dress codes to ban certain articles or styles of clothing associated with gangs prevalent in a school or district can still alleviate the worries of students by reducing the gangâs visibility and therefore alleviating pressure for students to join a gang.


Could school uniforms reduce bullying, build pride? (Check out photos, vote in poll)
More Syracuse schools are turning to uniforms for just those reasons. The city school board recently approved uniforms for Westside Academy at Blodgett, a middle school. Starting in January, students there will be required to wear black, white and red tops with dark colored or khaki bottoms.


School Uniform Statistics: 23 Facts on Pros and Cons
Does school uniforms really reduce bullying, improve academic performance and make schools better? Read on for 23 thought-provoking statistics on school uniforms including how many students wear school uniforms and the cost per year.


School Uniforms, Dress Codes & Book Bags
Dress codes and uniforms can help reduce the potential for conflict by; 1. Reducing conflict stemming from socio-economic status, i.e., conflicts stemming from comments and personal attacks about who has better clothing and so on.


5 Benefits of School Uniforms
5 Benefits of School Uniforms By Alice Chen on October 21, 2014 in Education, Uncategorized Since the dawn of the public education system, schools, parents and students have been at war over the proper use and enforcement of school uniforms. At Frontiers Academy, we have observed a number of benefits stemming from the implementation of a uniform policy, from increased student attention to an easier morning on parents. Here we will take a look at 5 benefits of school uniforms, and how they help students and teachers create a positive learning environment.


Do uniforms make schools better?
The debate over uniforms in public schools encompasses many larger issues than simply what children should wear to school. It touches on issues of school improvement, freedom of expression and the âculture wars.â


The Challenge of School Violence
Every year, 3 million young people in the United States fall victim to crimes at school. Almost 2 million of these incidents involve violence. Although most school violence takes the form of minor assaults, some episodes are far more serious. Some end in tragedy.


School Uniforms, Dress Codes & Book Bags
School climate, of course, can play a significant role in reducing security threats and improving school safety. Uniforms and Dress Codes. School officials have a responsibility to provide a safe, secure, and productive learning environment. Dress and appearance play a role in doing so.


erythema
The complex includes a mild self-limited mucocutaneous form (erythema multiforme minor) and a severe, sometimes fatal, multisystem form (stevens-johnson syndrome). erythema nodoÂ´sum a type of panniculitis occurring usually as a hypersensitivity reaction to multiple provoking agents, including various infections, drugs, sarcoidosis, and certain enteropathies.


erythema
Recent Examples of erythema from the Web Each year, the CDC receives reports of nearly 30,000 cases of this illness, which can cause fever, headache, fatigue and a bulls-eye rash known as erythema migrans.


Erythema Multiforme â Definition and Treatment
Many factors have been implicated to trigger EM. 1  The most common triggers are herpes simplex infections (genital or facial) and mycoplasma infections. Other factors implicated can be categorized as follows: 2  Viral infections: AIDS, adenovirus, cytomegalovirus, infectious mononucleosis, hepatitis, poliomyelitis.


Erythema Multiforme â Definition and Treatment
Pathology and Pathophysiology of Erythema Multiforme. EM is caused due to a delayed type IV hypersensitivity reaction. The herpes virus infection causes an increase of CD54 and major histocompatibility complex class 1 molecules. HSV DNA is found in EM lesions caused by the herpes virus.


Erythema multiforme
Erythema multiforme. Stevens-Johnson syndrome (SJS) is a severe and potentially life-threatening (15% of cases) disease, it is a hypersensitivity complex affecting the skin and the mucous membranes, a severe expression of erythema multiforme (EM) (and so SJS is also called erythema multiforme major). more... Home Diseases A B C D E Ebola hemorrhagic fever


erythema multiforme
erythema multiforme erythema mulÂ·tiÂ·forÂ·me (mÅl'tÉ-fÃ´r'mÄ) n. A skin disease associated with allergies, seasonal changes, or drug sensitivities, and characterized by the acute eruption of red macules, papules, or subdermal vesicles on the skin and mucous membranes; the characteristic lesion consists of a papule surrounded by a concentric ring.


Erythema Multiforme
Erythema multiforme is an overreaction of the immune system to a certain trigger. Some erythema multiforme is associated with an infection or certain medications, though the exact trigger may not be known half the time.


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Erythema multiforme (EM) is a mucocutaneous disease characterized by the typical target-like erythematous papules and plaques especially localized on the acral regions.


Adaptations of seagrass
-seagrass has horizontal roots called rhizomes which help them stay put when waves brush up against them.-sea grass has adapted to salt water . How seagrass provides food:-animals like the manatee and turtle eat seagrass-when seagrass dies the organic material turns into detritus. Animals: Residents- live permanently in sea grass


Seagrass
The most-used methods to protect and restore seagrass meadows include nutrient and pollution reductions, protection using marine protected areas, and restoration using seagrass transplantation. There is also increasing recognition of the need to increase the resilience of seagrass to the impacts of future environmental change.


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Seagrass leaves support an array of attached seaweeds and tiny filter-feeding animals like bryozoans, sponges, and hydroids as well as the eggs of ascidians and molluscs. These plants and animals provide food for small fish that live in the seagrass. Many marine animals hide from predators among the waving leaves of seagrass. Small fish and crabs can


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Algae (seaweed): often confused with seagrass . Algae are plants that also colonised the sea and are often confused with seagrasses, however, they are more primitive than seagrasses. In contrast to seagrasses, algae do not have a true root system (they have holdfasts) and do not have veins that carry molecules around the plant.


Seagrass and Seagrass Beds
Seagrasses have roots, stems and leaves, and produce flowers and seeds. They evolved around 100 million years ago, and today there are approximately 72 different seagrass species that belong to four major groups. Seagrasses can form dense underwater meadows, some of which are large enough to be seen from space.


Vegetarian Sharks? Bonnetheads Can Survive On Seagrass Alone, Study Finds
Bonnetheads Can Survive On Seagrass Alone, Study Finds By Suman Varandani @suman09 On 01/11/18 AT 6:17 AM Sharks are infamous as meat eaters who often prey on sea creatures and sometimes humans. However, a new study has found that there is a species of shark that can survive on a vegetarian diet. Meet the bonnethead shark, a member of the hammerhead shark genus Sphyrna in the family Sphyrnidae. A study, led by Samantha Leigh, a doctoral candidate at the University of California, Irvine, found that these sharks are able to survive on a diet of seagrass, a plant that grows on the ocean floor. The study was based on a research conducted 10-years ago, which examined the sharks' stomach contents.


What Does Grass Need to Survive?
Rainfall often provides enough water for grass to survive, but to keep grass consistently green requires supplemental watering. Conserve water by watering only when the lawn needs it, instead of running an irrigation system on a regular schedule.


Seagrass
Floridian seagrass bed. Seagrasses are flowering plants (angiosperms) belonging to four families (Posidoniaceae, Zosteraceae, Hydrocharitaceae and Cymodoceaceae), all in the order Alismatales (in the class of monocotyledons), which grow in marine, fully saline environments. There are 12 genera with some 60 species known.


Learn how to keep seagrass beds healthy.
AVOIDWhenever possible, avoid seagrass beds and utilize navigation channels or deeper water while under power. TRIMIf over seagrass beds in shallow water, be sure to trim your motor up and idle to a safe depth before getting on plane. PUSHIf aground, do not proceed under power. Turn off and trim up your motor, and while wearing protective footwear push the boat to a safe depth.


How can an igneous rock become a sedimentary rock?
The Rock Cycle is a group of changes. Igneous rock can change into sedimentary rock or into metamorphic rock. Sedimentary rock can change into metamorphic rock or into igneous rock. Metamorphic rock can change into igneous or sedimentary rock. Igneous rock forms when magma cools and makes crystals. Magma is a hot liquid made of melted minerals. The minerals can form crystals when they cool. Igneous rock can form underground, where the magma cools slowly.


What are rocks made of?
Sedimentary rock can be deeply buried, subjected to heat and pressure, which over time, cause it to change its structure into a new rock, a metamorphic rock. Metamorphism is a big word meaning change. Eventually, these metamorphic rocks may be heated to the point where they again melt into magma.


The types of rock: igneous, metarmorphic and sedimentary
Most of the solid surface of our planet (very roughly 70%) is represented by sedimentary rocks â but if you start to go deep enough, they are replaced by igneous and metamorphic. As I mentioned with the biochemical rocks, fossils can become rocks in time.


What are rocks made of?
All rocks are connected in a cycle of creation, change, and destruction called the Rock Cycle. The rock cycle begins with molten rock (magma below ground, lava above ground), which cools and hardens to form igneous rock. Exposure to weathering and erosional forces, break the original rock into smaller pieces.


How can an igneous rock become a sedimentary rock?
The rock cycle continues. Mountains made of metamorphic rocks can be broken up and washed away by streams. New sediments from these mountains can make new sedimentary rock.


How can an igneous rock become a sedimentary rock?
Usually, the rock pieces, called sediments, drop from the wind or water to make a layer. The layer can be buried under other layers of sediments. After a long time the sediments can be cemented together to make sedimentary rock. In this way, igneous rock can become sedimentary rock. All rock can be heated. But where does the heat come from?


The types of rock: igneous, metarmorphic and sedimentary
Sedimentary Rocks. Sedimentary rocks are called that because they were once sediment. Sediment is a naturally occurring material that is broken down by processes of weathering and erosion, and is subsequently naturally transported (or not). Sedimentary rocks from through deposition of material at the Earthâs surface and within bodies of water. A conglomerate â a rock made from cemented gravel. Image via Earth Physics Teaching.


Who Pays Closing Costs When You Buy a Home?
Seller's closing costs Sellers generally have fewer items to pay than buyers, but that doesn't mean they get off easy. In fact, sellers are responsible for paying sales commissions to both parties' real estate agents, which usually adds up to 6% of the sales price.


Asking Seller to Pay Your Closing Costs
Closing costs will differ depending on where you live in the country but they are always expensive. Some times fees will be split between the buyers and sellers. When Closing Costs are Split Buyer Usually Pays For: - Homeowner's insurance (a year's worth must be paid for at the time of the home's closing) - Home inspection fees


Seller paid closing costs are a great way to minimize your out of pocket cash to close. 3% (the conventional max) to 6% (the FHA max) is common.
Ask the Seller to Pay Your Closing Costs. Seller paid closing costs are a great way to minimize your out of pocket cash to close. 3% (the conventional max) to 6% (the FHA max) is common. 1  Lender fee / Origination. Varies from lender to lender. Could be a flat fee or percentage of your loan amount (i.e. origination point). 2  Discount points / rate buydown. Varies from lender to lender.


Can I Get a Seller to Pay My Closing Costs?
In the end, youâll need to weigh the potential costs and benefits of asking your seller to pay your closing costs. Take a realistic look at your budget and finances, too. Talk with your real estate agent and lender to determine the best option for you.


What Closing Costs Are Required When Buying a Home?
This list outlines some of the most typical costs and when they are due. 1  Mortgage application fees or loan origination fees: The lender charges this fee to process the loan application. It may be paid prior to or at closing by the buyer. 2  Inspection fee: This is the cost of the home inspection charged by a licensed inspector.


What are the typical closing costs for the buyer and the seller? Is there a % of selling/ purchase price that can be applied to give a ball park?
Sellers also usually pay for doc stamp tax on the deed, which is 7 cents on the thousand, for example, selling price of $100,000 x .007 = $700, Sellers also pay for the realtors commission which is usually 5-7% of the sales price. So, total sellers closing cost equal approx. 1.7% of sale price + the brokers commission of 5-7% of the sale price.


Home sellers toss in closing costs
Until October 1, 2008, home sellers could essentially contribute an FHA buyerâs down payment by making a contribution to a nonprofit, which in turn would provide a down payment grant to the buyer. While that practice is now prohibited, FHA rules do allow sellers to give up to 6 percent of the homeâs purchase price for closing costs. âThe thing to remember is that they can give up to 6 percent, but if closing costs only total 4 percent, thatâs as much as a seller can give,â says Don Frommeyer, board member of the National Association of Mortgage Brokers. Sellers: Prepare to pay


What % of closing cost does the seller usually pay?
It depends on where you are in the country. Here in San Diego the Buyer is saddled with the lender related closing costs and the Seller pays about 70% of the closing costs of the transaction (half of escrow,title insurance,transfer fees,etc). Typically a Seller doesn't pay any of the lender related closing costs. Frederick Remick TOP PRO 619 519 3287


How to Get a Seller to Pay Closing Costs When Buying a Home
Rather than let this setback kill the deal, work with the seller to see what they can afford to offer. Determine what you have available for closing, and then ask the seller to pay the difference. For example, if your closing costs total $10,000 and you have $4,000, ask the seller to pay the remaining $6,000. Final Word If you canât get the seller to pay your closing costs, ask your lender to include all or a portion of the closing costs in your loan. This option is available on FHA and VA loans, but not on conventional loans.


STDs Increase Across the Country for the Third Year
This page provides several resources for the 2016 STD Surveillance Report. You can browse the report online and access fact sheets, an infographic about the state of the STD epidemic, sample social media for Twitter and Facebook, social media graphics, and other useful information that you can adapt and use to communicate about the burden in your area.


What Do the Symptoms of Sexually Transmitted Diseases Look Like?
Both gonorrhea and chlamydia can be transmitted from genitals to mouth and from mouth to genitals during oral sex that is unprotected. If a woman is not treated for either of these diseases, it could lead to a severe infection in her reproductive organs which could cause infertility.


Diseases & Related Conditions
STDs do not always cause symptoms, so it is possible to have an infection and not know it. That is why it is important to get tested if you are having sex. If you are diagnosed with an STD, know that all can be treated with medicine and some can be cured entirely.


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2016 Sexually Transmitted Diseases Surveillance. Table of Contents; Introductory Section . Foreword; Preface; Acronyms; Figures-National Profiles; Figures-Special Profiles; Census Regions; National Profile â Overview. Chlamydia; Gonorrhea; Syphilis; Other STDs; Special Focus Profiles. Women and Infants; Adolescents and Young Adults; Racial and Ethnic Minorities


Vulva
Prevention and Risk Factors. 1  How to Prevent Sexually Transmitted Diseases (American College of Obstetricians and Gynecologists) - PDF Also in Spanish. 2  Pubic Crab Lice Prevention and Control (Centers for Disease Control and Prevention) 3  Sexually Transmitted Diseases (STDs) Prevention (Centers for Disease Control and Prevention)


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Some of the things that increase a person's chances of getting an STD are: 1  Sexual activity at a young age. The younger a person starts having sex, the greater his or her chances of becoming infected with an STD. 2  Lots of sex partners.


Sexually Transmitted Diseases
Check out our interactive infographic to see progress toward the Sexually Transmitted Diseases objectives and other Healthy People topic areas. Goal Promote healthy sexual behaviors, strengthen community capacity, and increase access to quality services to prevent sexually transmitted diseases (STDs) and their complications. Overview. STDs refer to more than 35 infectious organisms that are transmitted primarily through sexual activity.


Sexually transmitted infection
Sexually transmitted infections, also referred to as sexually transmitted diseases and venereal diseases, are infections that are commonly spread by sexual activity, especially vaginal intercourse, anal sex and oral sex. Many times STIs initially do not cause symptoms. This results in a greater risk of passing the disease on to others. Symptoms and signs of disease may include vaginal discharge, penile discharge, ulcers on or around the genitals, and pelvic pain. STIs can be transmitted to an in


Sexually transmitted infection
Sexually transmitted infections (STI), also referred to as sexually transmitted diseases (STD) and venereal diseases (VD), are infections that are commonly spread by sexual activity, especially vaginal intercourse, anal sex and oral sex. Many times STIs initially do not cause symptoms.


What Do the Symptoms of Sexually Transmitted Diseases Look Like?
1 | 2 | 3 | Next >. The following are the some of the symptoms of syphilis, gonorrhea, chlamydia, genital warts, scabies and herpes. Since symptoms can vary from person to person, and since these symptoms can resemble the symptoms of many other illnesses, you CANNOT diagnose a sexually transmitted disease (STD) based on these pictures!


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The sincerity of him was excuse enough for the seeming indelicacy of the question. Within the Law Marvin Dana The quality of sincerity in Dick's voice was more convincing than any vow might have been.


KJV Dictionary Definition: sincere
KJV Dictionary Definition: sincere. sincere. SINCE'RE, a. L. sincerus, which is said to be composed of sine, without, and cera, wax; as if applied originally to pure honey. 1. Pure; unmixed. As new-born babes, desire the sincere milk of the word.


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How to Be Sincere. Three Methods: Showing Sincerity to Others Developing a Sincere Personality Offering a Sincere Apology Community Q&A. Sincerity means being honest and straightforward without any pretense, misrepresentation, or deceit. Being a more sincere person can refer to how you interact with others, but ultimately sincerity must begin within yourself. Learning to...


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Quotes for "sincerity" "We all respect sincerity in ourâ¦" View More


Sincerity
Sincerity is the 42,058 th most popular name of all time. How many people with the first name Sincerity have been born in the United States? From 1880 to 2016, the Social Security Administration has recorded 68 babies born with the first name Sincerity in the United States.


What Is True Sincerity?
So sincere can mean literally âwithout waxâ (John Ciardi, Browserâs Dictionary and Nativeâs Guide to the Unknown American Language, Harper & Row, New York, 1980, p. 360). An honest merchant in the ancient city of Corinth when presenting his product to a buyer might say that it was a sincere piece of pottery.


Definitions &Translations
Sincerity. in Carlyle's ethics the one test of all worth in a human being, that he really with his whole soul means what he is saying and doing, and is courageously ready to front time and eternity on the stake.


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- How does Sojourner Truth use the repetition of the phrase And ain't I a woman? in the second paragraph to achieve her purpose?


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Recent Examples of sincerity from the Web. 1  The city suit acknowledges the steps being taken by Rashaed, though the suit appears to question his sincerity. â , Milwaukee Journal Sentinel, City Hall asks court to order notorious Milwaukee landlord out of rental business, 18 Aug. 2017.


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Definition of Sincerity in the Definitions.net dictionary. Meaning of Sincerity. What does Sincerity mean? Information and translations of Sincerity in the most comprehensive dictionary definitions resource on the web.


Questions and answers about palm oil
This gives rise to numerous problems for the climate, environment, and people living in the forest: 1  CO2 emissions â In preparing rainforest land for a palm oil plantation, the most valuable trees are cut down and removed first. What remains is cleared by burning.


Palm Oil
Consuming palm oil as part of a specific diet plan does not seem to reduce cholesterol levels in people with high cholesterol. In fact, some research suggests that palm oil might actually increase cholesterol levels compared to other oils, such as soybean, canola, or sunflower oil. Malaria.


PALM OIL
Palm oil is obtained from the fruit of the oil palm tree. Palm oil is used for preventing vitamin A deficiency, cancer, brain disease, aging; and treating malaria, high blood pressure, high cholesterol, and cyanide poisoning. Palm oil is used for weight loss and increasing the bodyâs metabolism. As food, palm oil is used for frying. Industrially, palm oil is used for manufacturing cosmetics, soaps, toothpaste, waxes, lubricants, and ink. How does it work? Palm oil contains saturated and unsaturated fats, vitamin E, and beta-carotene.


Palm Oil
One promising avenue for reducing palm oil's deforestation impact is by influencing the companies that buy palm oil from global traders to use in their consumer products. Vegetable oils are one of the most traded global commodities, and this is particularly true of palm oil.


Questions and answers about palm oil
Expansion of palm oil in Indonesia. Since oil palms need a rainforest climate â consistently high humidity and temperatures â and a lot of land, plantations are often established at the expense of rainforests. About 90 percent (2011) of the worldâs palm oil is currently being produced in Malaysia and Indonesia.


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The oil palm is the most efficient oil-bearing crop in the world, requiring only 0.26 hectares of land to produce one tonne of oil while soybean, sunflower and rapeseed require 2.22, 2 and 1.52 hectares, respectively, to produce the same. < 1 2 > | Page 1 of 2, Comments 1 to 5 of 8.


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Found in everything from shampoo to donuts, palm oil is now the most common vegetable oil in the worldâand also one of the world's leading deforestation drivers. Found in everything from shampoo to donuts, palm oil is now the most common vegetable oil in the worldâand also one of the world's leading deforestation drivers. Skip to main content


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The Oil Palm Tree. The oil palm tree (Elaeis guineensis jacq.) originates from West Africa where it grows in the wild and later was developed into an agricultural crop. It was introduced to Malaysia, then Malaya, by the British in early 1870's as an ornamental plant.


Questions and answers about palm oil
Now that you are aware of the issues related to palm oil, do something about it: Tell others about the problem. Call on your political representatives to advocate the mandatory labeling of palm oil.


Palm Oil
As of 2016, more than 60 percent of palm oil traded globally was covered by such commitmentsâa huge change from just three years before. As more companies make deforestation-free commitments, they will influence decisions made further up the supply chain by traders and producers. Palm oil production will continue to expand.


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- Spotted Tailed. Quolls are generally the size of cats with the Spotted Tailed Quoll being the largest quoll The Spotted tailed Quolls fur ranges orange brown to reddish brown to dark chocolate brown to almost black, with white spots.


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Primarily a predator, the Spotted Tailed Quoll is a hunter of other animals such as rats, birds, frogs, possums, reptiles, insects, rabbits, mice etc Spotted tailed quolls kill their prey by biting its victim behind the head They also are scavengers (often seen at picnic spots and camping grounds) and they also eat dead animals (carrion)


Quolls of Australia
The largest species, the spotted-tailed quoll, eats birds, reptiles and mammals such as bandicoots, possums, echidnas and rabbits. The smaller quolls eat mainly insects, birds, frogs, lizards, snakes, small mammals and fruit. Quolls also eat carrion (dead animals), and sometimes scavenge around campsites and rubbish bins. Like most Australian mammals, quolls are mainly active at night. Typically, they spend the day in one of their many dens, although spotted-tailed quolls and northern quolls sometimes forage and bask in the sunshine.


Quolls of Australia
Threatened Species Day fact sheet About the fact sheet Four species of quoll occur in Australia: the northern, spotted-tailed, eastern and western quolls. Once, most parts of Australia were inhabited by at least one of the species. Captain Cook collected quolls along the east coast in 1770, and recorded quoll as their local Aboriginal name. Quolls were often seen by early settlers, who called them native cat, native polecat and spotted marten, names based on familiar European animals.


Tasmanian devil
QUOLL Australia has four species of Quoll (Aboriginal for tiger cat) - Northern, - Western, - Eastern - Spotted Tailed. The spotted-tailed quoll is the worlds second largest carnivorous (meat eating) marsupial (The Tasmanian Devil is the largest) The Spotted Tailed Quoll is sometimes referred to as a Tiger Quoll, or a Tiger cat DESCRIPTION


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Mainly found in Tasmania the spotted tailed quoll is also found in spots along the Eastern seaboard of the mainland (Queensland, Victoria, New South Wales) Tiger quolls live in most types of forest so long as there is plenty of ground cover. HABITS.


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the head. Prey taken by the spotted-tail quoll include rats, gliding possums, small or injured wallabies, reptiles and insects. Birds and eggs are also taken from time to time. Carrion is frequently eaten by spotted-tail quolls and even tip scavenging and beachcombing occur. Large spotted-tail quolls compete directly with Tasmanian devils for food. While the smaller eastern quoll does eat small mammals such as rabbits, mice and rats, it mainly eats invertebrates especially agricultural pests such as


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Australia is home to four species of quolls. Most parts of Australia were once inhabited by at least one quoll species, and quolls were among the first native animals to be described by European scientists. All quoll species have declined in numbers since European settlement due to habitat loss and modification across the land, and introduced predators such as foxes. What do they look like? The Tiger Quoll, Spot-tailed Quoll or Spotted-tailed Quoll is the largest marsupial carnivore surviving on mainland Australia. Tiger Quolls are more than 50% larger than other quolls and, unlike the other species, have white spots that extend along their tail. Tiger Quolls have bright eyes, a moist pink nose and sharp teeth. They have a pointed snout and a long tail. Their fur has a coarse texture and is red-brown to dark brown with white spots of varying size above and pale below. What do they eat? Tiger Quolls hunt mostly at night. Their diet appears to consist


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Australia is home to four species of quolls. Most parts of. Australia were once inhabited by at least one quoll species, and quolls were among the first native animals to be. described by European scientists. All quoll species have. declined in numbers since European settlement due to. habitat loss and modification across the land, and introduced. predators such as foxes.


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Department of Primary Industries, Parks, Water and Environment. Tasmania is home to two species of quoll which are. threatened on mainland Australia. The spotted-tail quoll Dasyurus maculatus (or tiger cat) and eastern quoll Dasyurus viverrinus (or native cat) are. marsupial carnivores.


What is a replication fork?
USing DNA polymerase which 'reads' along the strand in the 3' to 5' direction on the strand, producing a replication strand in the 5' to 3' direction. The opposite strand is called the lagging strand, and this is slightly more complicated. DNA polymerase cannot read in the 5' to 3' direction on the template strand.


DNA and Replication
RNA and DNA. a virus with an RNA genome that reverse transcribes its RNAS into a double stranded DNA sequence, which is then inserted into the host's genome as part of its replication cycle.


DNA Replication
CONCEPT of Replication = duplication of DNA prior to cell division so that each daughter cell can inherit the appropriate amount of genetic information What is the process of DNA replication referred to as SEMICONSERVATIVE REPLICATION? because each individual strand of double stranded DNA can serve as a template for newly synthesized DNA while the opposite strand is conserved List the 4 requirements of DNA Replication 1) Template


What is the function of the RNA primer in DNA replication?
In simple terms: Function of the RNA primer: DNA polymerases need a double-stranded DNA region to which they can attach in order to begin copying the rest of the DNA strand. In order to provide this double-stranded attachment site, RNA primers are added by primase, an RNA polymerase which does not require such an attachment site itself. When DNA replication starts, one primer is needed at the start of the leading strand. The lagging strand will need new primers regularly, and they mark the start of the stretches known as Okazaki fragments. Why is RNA used instead of DNA?


DNA REPLICATION - Enzymes and protein
DNA replication is the process of producing two identical replicas from one original DNA molecule. This biological process occurs in all living organisms and is the basis for biological inheritance. DNA is made up of two strands and each strand of the original DNA molecule serves as template for the production of the complementary strand, a process referred to as semiconservative replication.


Ssbps attach to new dna to keep strands from
SSBPs attach to new DNA to keep strands from reannealing; replication bubble forms o DNA polymerases replicate at both ends Bacterial DNA replication: INITIATION & ELONGATION o Primase synthesizes short piece of ssRNA to attach to exposed DNA in replication bubble o DNA polymerase III adds new bases onto fragment 5ââ3â (leading strand) o DNA polymerase I does lagging strand, DNA ligase links final ends Bacterial DNA replication: TERMINATION o Stops when two arms of replication fork ...


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Well.. It's difficult to sum up all the significance together but still it's worth trying. DNA replication, the process by which genetic information is duplicated, occurs in order to ensure that each cell in an organism has a complete and correct ... This page may be out of date. Save your draft before refreshing this page.


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Kabuki syndrome is a rare, multisystem disorder characterized by multiple abnormalities including distinctive facial features, growth delays, varying degrees of intellectual disability, skeletal abnormalities, and short stature.


Alone we are rare. Together we are strong.â¥ Donate Today
General Discussion. Kabuki syndrome is a rare, multisystem disorder characterized by multiple abnormalities including distinctive facial features, growth delays, varying degrees of intellectual disability, skeletal abnormalities, and short stature.


Kabuki Syndrome â Pictures, Symptoms, Causes, Treatment, Diagnosis
Kabuki Syndrome is a rare type genetic disorder where the affected people have distinctive facial features like the make-up worn by the actors in Japan. People who has this disease show signs of mental and skeletal disabilities. This condition is also called by the medical professionals as Niikawa-Kuroki Syndrome.


Kabuki Syndrome â Pictures, Symptoms, Causes, Treatment, Diagnosis
Kabuki Syndrome is a rare type genetic disorder where the affected people have distinctive facial features like the make-up worn by the actors in Japan. People who has this disease show signs of mental and skeletal disabilities.


Kabuki syndrome
Other characteristic features of Kabuki syndrome include short stature and skeletal abnormalities such as abnormal side-to-side curvature of the spine (scoliosis), short fifth fingers, or problems with the hip and knee joints.


Kabuki Syndrome â Pictures, Symptoms, Causes, Treatment, Diagnosis
Kabuki Syndrome is a rare type genetic disorder where the affected people have distinctive facial features like the make-up worn by the actors in Japan.


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Features of the following disorders can be similar to those of Kabuki syndrome. Comparisons may be useful for a differential diagnosis. Turner syndrome is a rare chromosomal disorder of females characterized by short stature and the lack of sexual development at puberty.


Alone we are rare. Together we are strong.â¥ Donate Today
Related Disorders. Features of the following disorders can be similar to those of Kabuki syndrome. Comparisons may be useful for a differential diagnosis. Turner syndrome is a rare chromosomal disorder of females characterized by short stature and the lack of sexual development at puberty.


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Kabuki syndrome is a genetic condition that results in a typical pattern of physical and developmental problems. The facial features of the affected individuals resemble the characters in the Japanese Kabuki theatre, hence the name of the condition.


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About 6 percent of cases of Kabuki syndrome are caused by mutations in the KDM6A gene. This gene provides instructions for making an enzyme called lysine-specific demethylase 6A. This enzyme is a histone demethylase, which means that it helps to remove methyl groups from certain histones.


Average Salary of a Staff Assistant on Capitol Hill
Capitol Hill Staff Assistants. Capitol Hill staff assistants make up much of the workforce in the House of Representatives, according to the Washington Times.. The average Capitol Hill staff assistant is around 24 years old and working in a position that is frequently his or her first job after college. Capitol Hill staff assistant positions also turn over frequently, partly due to high stress and low pay. Salary wise, staff assistants on Capitol Hill are in the bottom fifth of the Washington, D.C. region's college-educated workforce.


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IBM Staff Assistant Reviews; AT&T Staff Assistant Reviews; The Home Depot Staff Assistant Reviews; Walmart Staff Assistant Reviews ; Macy's Staff Assistant Reviews; Microsoft Staff Assistant Reviews; Deloitte Staff Assistant Reviews; Amazon Staff Assistant Reviews; Bank of America Staff Assistant Reviews; Wells Fargo Staff Assistant Reviews; Company Culture


What do assistant coaches do during games?
As teams added coaching staff, they were able to get more complex in their tracking of what was going on during the 48 minutes. Current broadcasting legend Hubie Brown was o ne of the first pro coaches to have his assistants chart extensively.


Administrative Assistant Job Description
Administrative assistant job highlights. On average, secretaries make around $13 per hour; Administrative and executive assistants can make up to $30 per hour; You will spend most of your time on the computer; Having additional education will give you a leg up; What do administrative assistants do? If the tippity tap of keyboards is music to your ears, then you've got a future as an administrative assistant. As a secretary or administrative assistant, you could be working anywhere: corporate settings, government agencies, legal and medical offices, schools, hospitals, you name it. Who better to tell you what administrative assistants do than the best one around?


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Demonstrated ability to work well with a team or staff, being able to work accept work from all team... 3 days ago - save job - more... View all United States Conference of Catholic Bishops jobs in Washington, DC - Washington jobs. Salary Search: Staff Assistant salaries in Washington, DC.


A Guide to HCPCS Codes
A Guide to HCPCS Codes. For many medical practices, CPT codes describe the majority of services performed and reported by their clinicians. So, it is tempting to ignore the Healthcare Common Procedure Code Set (HCPCS) and simply buy new CPT and ICD-9 books each year. But, what are HCPCS codes and why must a medical practice know and understand them? HCPCS codes are Category II procedure codes developed by the CMS to describe a medical service or supply.


A Guide to HCPCS Codes
For example, CMS describes the administration of flu vaccines with a HCPCS code instead of a CPT code. CMS also uses a HCPCS code to describe a screening colonoscopy, even though there is a CPT code for screening colonoscopy. In these cases, the codes are not so much temporary as differentiating. There are also HCPCS modifiers, which a practice may use. CPT develops two-digit numeric modifiers, described in Appendix A in the CPT book.


Medical Terminology: Suffixes
Suffixes are word parts that are conjoined with a root word. Suffixes are placed at the end of the root word and end the medical term. The main purpose of these word parts is to modify the existing explanation of a word without changing it. Suffix Reference


HIT 210 wk 1 drill CPT/HCPCS
When reporting multiple CPT codes for billing, the codes should be sequenced on the 837P electronic claim or CMS-1500 in: descending order of price. MRI lower extremity, any joint without contrast


A Guide to HCPCS Codes
CMS develops two-digit alpha-numeric or alphabetical modifiers to report that a service or procedure has been altered by specific circumstances, but these do not change the description of the CPT or HCPCS code that is reported. Both CPT and HCPCS modifiers may be used on either CPT or HCPCS codes. Some modifiers are informational, and do not change payment. For example, the GC modifier tells Medicare that the service was jointly performed by a teaching physician and resident. The payment ...


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Start studying HIT 210 wk 1 drill CPT/HCPCS. Learn vocabulary, terms, and more with flashcards, games, and other study tools.


HIT 210 wk 1 drill CPT/HCPCS
Which does NOT need to be identified to abstract procedures from the patient's medical record for CPT coding?


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See the popularity of the boy's name Esca over time, plus its meaning, origin, common sibling names, and more in BabyCenter's Baby Names tool. expert advice community


Esca meaning
Character Analysis of Esca : Persons with the name Esca are usually highly flexible and well equipped to making and accepting change throughout their life.They always seek excitement and are sometimes a bit of a risk-taker.


Esca meaning
Acoording to vedic astrology , Rashi for the name Esca is Vrushabh and Moon sign associated with the name Esca is Taurus. The name Esca has Earth element. Venus is the Ruling Planet for the name Esca.


Esca meaning
We are thankful for all the contribution on meaning of boy name Esca. What does the name Esca mean in other origin if you know then please suggest. Further suggestion or detail on what is the meaning of name Esca. History of name and famous personality with Esca will help to update our database and other website users.


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Esca Boy's name meaning, origin, and popularity See the girl version of this name


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An unusually short lifespan might indicate that your Kerkado Esca ancestors lived in harsh conditions. A short lifespan might also indicate health problems that were once prevalent in your family. The SSDI is a searchable database of more than 70 million names.


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Discover the meaning of the Kerkado Esca name on Ancestry. Find your family's average life expectancy, most common occupation, and more. Skip Ancestry navigation Main Menu


Esca meaning
The masculine name Esca is used in Celtic. Other countries in which name esca being used are . Esca is not very commonly used baby name for boy. It is not ranked with in the top 1000 names.


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Kerkado Esca Name Meaning Historically, surnames evolved as a way to sort people into groups - by occupation, place of origin, clan affiliation, patronage, parentage, adoption, and even physical characteristics (like red hair).


What is GPS?
However, it hasnât entirely replaced surveying field instruments such as the theodolite, Electronic Distance Meter, or the more modern Total Station, due to the cost of the technology and the need for GPS to be able to âseeâ the satellites therefore restricting its use near trees and tall buildings.


What instrument does a surveyor use to accurately find North?
Gyrotheodolites are an older, but accurate way to find true north. They can be used on the Earth's surface, but these days they tend to be used for surveying underground, in tunneling and mining applications. GPS surveying methods are replacing gyrotheodolite methods for this application on the Earth's surface. Gyrotheodolites are surveying instruments composed of a gyroscope attached to a theodolite. There is more information about gyrotheodolites here. When used underground, they are the best way to establish the initial surveying reference points underground.


Architecture and Engineering Occupations
What Surveying and Mapping Technicians Do About this section Surveying technicians operate surveying instruments, such as electronic distance-measuring equipment. Surveying and mapping technicians collect data and make maps of the Earthâs surface. Surveying technicians visit sites to take measurements of the land. Mapping technicians use geographic data to create maps. They both assist surveyors, cartographers, and photogrammetrists.


Different Types of Surveying Equipment: Old and New
Surveying Equipments - Old In ancient times surveying equipment included chains, compass, solar compass, transit, theodolite and more. Chains with equal size links were used to measure distance between two required points. A compass was used to measure the direction of a line that was being surveyed.


Surveying
Thus, surveying has two similar but opposite functions: (1) the determination of existing relative horizontal and vertical position, such as that used for the process of mapping, and (2) the establishment of marks to control construction or to indicate land boundaries.


Surveying Equipment
When your project demands the best high-quality land surveying equipment and tools, we have the top brands of commercial grade surveying equipment sold within the industry. The professional grade tools that we sell will stand up to daily and commercial use.


Different Types of Surveying Equipment: Old and New
The article describes the various types of surveying equipment, both ancient and modern, that are available in the market today. 1  slide 1 of 4. Many kinds of surveying equipment have been used in the past and present to help a surveyor measure various parameters of a land area. 2  slide 2 of 4.


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The surveyor uses a level to determine elevations. Levels fall into three broad categories: a dumpy level, a Wye (or 'Y') level, and automatic level. As with all tools of the surveyor, there are various degrees of accuracy within each category of level. A dumpy level has a telescope with cross hairs permanently mounted in a pair of arms. A Wye level has a telescope with cross hairs that is removable from the arms.


Emmental vs Swiss
Emmental vs Swiss. Emmental cheese â also known as Emmenthaler, Emmenthal or Emmenthaler â is a Swiss cheese. But a Swiss cheese is not necessarily an Emmental.


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Chicken breasts topped with Swiss cheese and baked in a creamy white wine sauce. I made this dinner for my senior prom date almost 20 years ago. She is but a distant memory, while this chicken dish is a HIT when I have the men over for dinner parties! If desired, serve with mixed greens tossed with pecans, a fruit vinaigrette and crumbled blue cheese.


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Tender chicken breast chunks are mixed with sweet green grapes, diced Swiss cheese, crunchy celery, and minced green onions, and folded into a tangy, creamy dressing. By Sharon Sisson advertisement


Where Does Swiss Cheese Come From?
In an average year, some 60 million pounds of Swiss cheese are imported by the United States, but only about 11 percent of that cheese comes from Switzerland. Much of our imported Swiss comes from Finland and Denmark, and many other countries produce it, including the United States.


Where Does Swiss Cheese Come From?
We use the term Swiss cheese for a certain kind of cheese with holes in it. In other countries, and in Switzerland too, this cheese is known as Emmentaler, because it was first made during the fifteenth century in the Emmen Tal, a valley in Switzerland.


Where Does Swiss Cheese Come From?
The holes in Swiss cheese are caused by the mold cultures used to produce the cheese. Gases given off by the molds form small holes in the cheese, which enlarge as the cheese ârisesâ while curing. Swiss cheese is usually shipped in gigantic wheels. The average weight of one of these wheels is 160 pounds! Swiss cheese-makers once had to pay a highway tax. The tax was based on how many cheeses they carried, not the total weight of their cheese. So to save money, the Swiss made their cheese in huge wheels.


The History of Swiss Cheese, Gruyere, and Emmentaler
Not all Swiss cheese has holes. When I was a kid, we used to refer to Swiss cheese as rat cheese, because it was the type of cheese always depicted in cartoons featuring mice and rats. Later I learned that not all cheese with holes is Swiss cheese and not all Swiss cheese has holes. Swiss Cheese Varieties. The two most famous original Swiss cheeses are Emmental and GruyÃ©re, both of which are highly prized in fondues.


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87. 1  Quick and savory-sweet little baked sandwiches are stuffed with deli meats and cheeses and topped with a honey-mustard sauce, then baked until golden brown. 2  Chicken breasts topped with Swiss cheese and baked in a creamy white wine sauce. 3  These sandwiches are really delicious and easy to make.


The History of Swiss Cheese, Gruyere, and Emmentaler
Here are descriptions of the different Swiss cheese varieties: American Swiss cheese: The large corporations use bulk operations to make Swiss-type cheese available at a reasonable price. These cheeses are generally labeled simply by the generic Swiss cheese term and are made from pasteurized cow's milk. This cheese is available sliced and shredded, in regular and low-fat varieties. Due to mass production for quick distribution, it is aged only about 4 months, and generally, has a much milder flavor than the real thing.


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Quiche Lorraine I. For this classic recipe, crumbled bacon, Swiss cheese and a bit of diced onion are scattered in the bottom of a pastry shell and practically drowned in a luscious mixture of cream, eggs, sugar and cayenne pepper. The baked quiche is cooled slightly before being cut into beautiful wedges and served.


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Title: Summer of Sam (1999) 6.6 /10. Want to share IMDb's rating on your own site? Use the HTML below.


Summer of Sam 1999
Although Summer of Sam is not a great piece of cinema, this is much better film than most in Spike Lee's filmography. The cast really elevate the material, and for what it is, this is an engaging thriller from start to finish that will certainly appeal to viewers looking for a well acted movie with effective thrills.


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Summer of Sam Details. Full Cast and Crew; Release Dates; Official Sites; Company Credits; Filming & Production; Technical Specs


Plot
Meanwhile, after yet another letter to the police from the Son of Sam, Vinny's paranoia reaches a boiling point and although Dionna tries to comfort him, he is unable to perform with her. With the police making no headway with the Son of Sam, Luigi decides to take matters into his own hands and catch the killer and offers another $5,000 to the reward hoping at least to get more names on their list of suspects.


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News about the son of Sam killer surfaces from time to time during the film, but it's only a reflection, a glimmer of the insanity permeating the city at that point in time. Club 54 and Plato's Retreat play prominently in the film end movement.


User Reviews (356)
Summer of Sam, more like Summer of Sham! Warning: Spoilers While, this movie really seize, what life of fear and alienation was like the summer of 1977, in New York City.


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Summer of Sam Details. 1  Release Date: Jul 02, 1999. 2  Rated: 3  Runtime: 2 hr. 4  Genres: Drama. 5  Director:Spike Lee. 6  Cast:John Leguizamo, Adrien Brody, Mira Sorvino, Jennifer Esposito, Anthony LaPaglia.


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Spike Lee's take on the Son of Sam murders in New York City during the summer of 1977 centering on the residents of an Italian-American Northeast Bronx neighborhood who live in fear and distrust of one another. | Full synopsis Â».


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Summer of Sam Details. 1  Release Date: Jul 02, 1999. 2  Rated: 3  Runtime: 2 hr. 22 min. 4  Genres: Drama. 5  Director:Spike Lee. 6  Cast:John Leguizamo, Adrien Brody, Mira Sorvino, Jennifer Esposito, Anthony LaPaglia.


Summer of Sam  ( 1999)
Summer of Sam (1999) Spike Lee's take on the Son of Sam murders in New York City during the summer of 1977 centering on the residents of an Italian-American Northeast Bronx neighborhood who live in fear and distrust of one another.


technical knowledge meaning, technical knowledge definition | English Cobuild dictionary
technical college (technical colleges plural ) In Britain, a technical college is a college where you can study arts and technical subjects, often as part of the qualifications and training required for a particular job. n-var oft in names


What Does an Office Assistant Do?
What Does an Office Assistant Do? The term 'office assistant' refers to a variety of office jobs, including administrative assistant, secretary, clerk, or executive assistant. Generally, they are responsible for the routine tasks that keep an office running. Schools offering Office Management degrees can also be found in these popular choices


Responsibilities of the Ward Executive Secretary
What Secretaries and Administrative Assistants Do. Secretaries and administrative assistants perform routine clerical and administrative duties. They organize files, prepare documents, schedule appointments, and support other staff. Work Environment


What does an Administrative Assistant do?
Administrative Assistant Job Description www.snagajob.com. As a secretary or administrative assistant, you could be working anywhere: corporate settings, government agencies, legal and medical offices, schools, hospitals, you name it. A Day In The Life Of: An Administrative Assistant www.bayt.com. 7:00 am: Wake up, take a shower, and prepare for work...


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Often, specialized instructional support staff members hold advanced training or degrees in counseling and can provide training to teachers, staff, and families that will foster a caring school climate. > 1 Student support and intervention teams often are composed of school support staff members.


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A Medical Technical Assistant (Psychiatric) [MTA-P] is a Registered Nurse (RN), Licensed Vocational Nurse (LVN) or a Licensed Psychiatric Technician (LPT) who is. also a peace officer with the California Department of Mental Health in the Vacaville or. Salinas Valley Psychiatric Program.


What Is Clerical Support Staff?
Being a member of the clerical support staff can be an ideal way to begin work at an organization. Most clerical jobs require minimal education and allow workers to learn valuable office skills on ...


What Does an Executive Assistant Do?
Like secretaries or personal assistants, they conduct clerical work. However, executive assistants also perform duties that can have an effect on the success or profitability of a business, such as helping with marketing research, training staff, and scheduling important meetings.


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The work of an administrative assistant typically involves the following: 1  Maintain paper and electronic filing systems for records and messages. 2  Route and distribute incoming mail and email. 3  Answer routine letters and email. 4  Reply and attach files to incoming messages. 5  Correct spelling and grammar to ensure accuracy.


What Do Your Urinalysis Results Mean?
This test is often the first step in diagnosing kidney problems, and would typically lead to blood and imaging tests (such as a CT scan) if kidney issues are suspected. Obtaining a Urine Sample A urine sample can be collected by the patient themselves, typically by urinating into a sterile container, a process called a clean catch.


What Do Your Urinalysis Results Mean?
The Urinalysis Test. A urinalysis test takes a sample of urine and analyzes the content and chemical makeup. While it is typically done prior to surgery to identify any kidney issues that may be present, a urinalysis may be performed in your doctor's office if a kidney infection, urinary tract infection, or some other issue is suspected.


What Do Your Urinalysis Results Mean?
pH: This test looks at the acid level in the urine. Significantly high or low values may indicate an issue with the kidneys. Specific Gravity: This portion of the test determines how concentrated the urine is. If the patient is dehydrated, for example, the specific gravity will be high.


The T-Test
The question the t-test addresses is whether the means are statistically different. What does it mean to say that the averages for two groups are statistically different? Consider the three situations shown in Figure 2. The first thing to notice about the three situations is that the difference between the means is the same in all three.


What Do Your Urinalysis Results Mean?
One of the most commonly performed tests before surgery or during a hospitalization is a urinalysis. The test is also very common in clinics and doctor's offices, as it is used to diagnose one of the most common infections in America: the urinary tract infection.


The T-Test
This leads us to a very important conclusion: when we are looking at the differences between scores for two groups, we have to judge the difference between their means relative to the spread or variability of their scores. The t-test does just this. Statistical Analysis of the t-test. The formula for the t-test is a ratio. The top part of the ratio is just the difference between the two means or averages. The bottom part is a measure of the variability or dispersion of the scores.


What Do Your Urinalysis Results Mean?
hCG: This is a pregnancy test. In male patients, the result is typically reported as not applicable, while women will have a positive or negative result. A urinalysis may or may not include a pregnancy test, depending on what a standard urine screening is at the facility where the test is performed and what the physician has ordered.


What Do Your Urinalysis Results Mean?
While ruling out a urinary tract infection is one common reason that this test is often performed, it is also done to evaluate the function of the kidneys--an important part of the process of evaluating the safety of giving a patient anesthesia and making sure that the kidneys continue to work well after a procedure.


The T-Test
This means that five times out of a hundred you would find a statistically significant difference between the means even if there was none (i.e., by chance). You also need to determine the degrees of freedom (df) for the test. In the t-test, the degrees of freedom is the sum of the persons in both groups minus 2.


The Pancreas
The pancreatic enzymes are produced in cells which are called acinar cells; this part of the pancreas is called the EXOCRINE part of the pancreas. The clumps of acinar cells are found gathered throughout the pancreas; these cells release salts and enzymes into small tributaries which collect and transport this pancreatic fluid (called âpancreatic juiceâ). These small creeks eventually gather and coalesce into the river known as the pancreatic duct.


What Does The Pancreas Do?
There are many cell clusters in the pancreas referred to as islets of Langerhans that are responsible for the endocrine function of the organ. The islets are composed of groups or chains of endocrine cells, woven together to form a dense network.


Pancreatic Histology: Exocrine Tissue
In the image of equine pancreas below, one fairly-good cross section through an acinus is circled; note the wedge-shapped cells arranged around a small lumen: Pancreatic Ducts Digestive enzymes from acinar cells ultimately are delivered into the duodenum.


Exocrine Secretions of the Pancreas
In pancreatic duct cells, the bicarbonate is secreted into the lumen of the duct and hence into pancreatic juice. Previous topic: Anatomy of the Pancreas Next topic: Control of Pancreatic Exocrine Secretion >


Describe these structures and their function in the pancreas: Acinar cells that secrete enzymes or bicarbonate _____ Islet cells that secrete insulin or glucagon ____ Blood vessel ______
Acinar cells that separate enzymes or bicarbonate - Helps transport enzymes in digestion. Islet cells that secrete insulin or glucagon - Produces hormones, helps cells absorb sugars to restore/maintain energy levels. Blood vessel - Supply blood to the heart.


The Sol Goldman Pancreatic Cancer Research Center
Acinar cells. Acinar cells are the exocrine (exo=outward) cells of the pancreas that produce and transport enzymes that are passed into the duodenum where they assist in the digestion of food.


Occipital Somite
Watch the introductory video to learn more about our database of embryonic development for stem cell research and regenerative medicine All Anatomical Compartments > Compartment Card Pancreas >


Pancreatic Secretion
What type of effect does both secretin and CCK stimulation have on pancreatic duct output? potentiative (sum greater than parts) bc different cells stimulated by each hormone What 2 factors in lumenal secretions promote CCK secretion?


The Pancreas
Pancreatic islets or islets of Langerhans: The islets of Langerhans are the regions of the pancreas that contain its endocrine (hormone-producing) cells. The pancreatic islets are small islands of cells that produce hormones that regulate blood glucose levels.


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Exo 33:23 What body parts which exist without needing created material might appear to created eyes, I don't know. But 1 Co 15:44 tells me, There is a natural body, and there is a spiritual body. For me, the question remains, What parts are reflections of the Original, and which are concessions to the created material medium?


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What parts of the female body do you like the most and why? What part of your body are you the most proud of and why? Is there a part of the human body that does not get cancer? How do hospitals handle bodies? If I had to have any body part amputated, could I legally demand from the hospital to give the amputated body part back to me after amputation...


What Are Ants' Body Parts?
The petiole is one of the body parts that distinguishes ants from other insects; the other being elbowed antennae. It lies between the thorax and abdomen, and allows the ant flexibility for twisting and burrowing underground. Itâs akin to the hingelike function of a waist in humans.


Does the Explainer Have Billion-Dollar Legs?
The oddball body-part policies can then become a means of adding extra coverage for an especially valuable star. You don't have to be a celebrity to insure your body partsâanyone can order up some specialty insurance if he thinks he needs it. As long as you're willing to pay the premium, you can get insurance for the body part of your choice.


Does God have body parts?
Does God have body parts? If Genesis is meant to be taken literally â¦ by Russell Grigg. Artistic masterpieces? Michelangelo took biblical anthropomorhism to extremes when he depicted God as a patriarchal figure in his Creation of Adam, part of which is shown above.


Where Do the Body Parts of Aborted Babies End Up? Scientists Transplant Their Brain Tissue Into Mice
Congress Must Investigate Planned Parenthood for Selling Aborted Baby Parts What Loike does not discuss is ethical implications of the source of the human brain cells used in this research. The paper in Journal of Neuroscience clearly states that the glial cells came from second trimester abortions:


My Body Parts and What They Do
1 This body worksheet for kids gets children to recognize some of their different body parts and be able to match them to some of the things you can do with them. This is a kid friendly body worksheet and has some of the most basic body parts like hand, foot, ears, eyes, etc. and asks kids to match them to things like write, walk, listen, blink, etc. Click on the image or link below to view and print your copy of this body worksheet.


How Do The Muscles Help Parts of The Body To Move?
Every motion in any part of the body comes from the work of muscles. If a person merely bends a finger, the action comes from the muscles. Although the movement is very slight, it is brought about by the working together of muscles; with bones. Thus the muscles tend to make the parts of the body work together like the parts of a machine. How the muscles work. The greater part of a muscle is made up of tissues that expand and contract like rubber. At each end of every muscle is a tendon. This is a very strong tissue used to fasten the muscle to other parts of the body. It does not stretch. Often a tendon fastens a muscle to a bone. For example, the muscle at the front of the upper part of the arm, known as the biceps, is fastened by a tendon to the bones of the lower part of the arm just below the elbow.


Does the Explainer Have Billion-Dollar Legs?
To get insurance for a particular body part, though, you'll probably need to turn to the surplus lines market, which covers all the oddball risks that the regular companies don't handle. To get a really hefty surplus lines policyâlike Mariah Carey's putative billion-dollar legs dealâyou'll have to take your business overseas.


A Cockroach Can Live Without Its Head
1 There are about 4,500 species of cockroach. 2  The earliest cockroach-like fossils are from the Carboniferous period between 354â295 million years ago.  A cockroach is able to hold its breath for forty-five minutes. They can even survive being completely submerged underwater for half an hour.


How long can a cockroach survive without its head?
A cockroache can live up to 10 days without its head. In fact it doesn't die of suffication but of dehydration.  a cockroach can live up to a week without it's head because â¦it's brain is in its body. 1 person found this useful.


A Cockroach Can Live Without Its Head
For most animals, the head canât live without a body for a significant amount of time. Usually, the brain continues to function for about two minutes after the heart stops. However, it was widely reported that a Soviet scientist, Sergei Brukhonenko, in the late 1920s managed to keep the severed head of a dog alive.


Cockroach
Cockroaches are generalized insects, with few special adaptations, and may be among the most primitive living neopteran insects. They have a relatively small head and a broad, flattened body, and most species are reddish-brown to dark brown. They have large compound eyes, two ocelli, and long, flexible antennae.


Cockroach
Female cockroaches are sometimes seen carrying egg cases on the end of their abdomens; the German cockroach holds about 30 to 40 long, thin eggs in a case called an ootheca. She drops the capsule prior to hatching, though live births do occur in rare instances.


A Cockroach Can Live Without Its Head
While many have commonly heard cockroaches are the species most likely to survive a nuclear war, which isnât entirely accurate by the way, and they are well known as being among the most adaptable creatures on the earth, itâs still somewhat of a surprise that any creature can live for so long without its head.


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1 Certain types of female cockroaches can mate once and will be pregnant for the rest of their lives! The eggs can even mature after the mother is already dead.  There is a famous myth that a chicken can also live without a head.


A Cockroach Can Live Without Its Head
1 They can even survive being completely submerged underwater for half an hour. 2  Certain types of female cockroaches can mate once and will be pregnant for the rest of their lives! The eggs can even mature after the mother is already dead.  There is a famous myth that a chicken can also live without a head.


National Flag
National Flag The name of the Danish flag, the Dannebrog, meaning âthe flag of the Danesâ or âthe red flagâ, is first encountered in a Danish text from 1478 and in a Dutch text from 100 years before that. The History and Legend


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The etymology of the word Denmark, and especially the relationship between Danes and Denmark and the unifying of Denmark as a single kingdom, is a subject which attracts debate. This is centred primarily on the prefix Dan and whether it refers to the Dani or a historical person Dan and the exact meaning of the -mark ending.


FINLAND FLAG
Finland Flag. flag colors: white,blue. description: The national flag of Finland, called Siniristilippu meaning Blue Cross Flag, was adopted in 1920 and it has the proportion, height:width - 11:18. The finland flag has a white background and a blue Nordic cross, which represents Christianity. The color blue represent the country's lakes and also the blue sky and white represent peace and the winter's snow.


Flag of Denmark
The flag of Denmark is red with a white Scandinavian cross that extends to the edges of the flag; the vertical part of the cross is shifted to the hoist side. A banner with a white-on-red cross is attested as having been used by the kings of Denmark since the 14th century. An origin legend with considerable impact on Danish national historiography connects the introduction of the flag to the Battle of Lyndanisse of 1219. The elongated Nordic cross reflects the use as maritime flag in the 18th ce


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Denmark Flag facts When Coca-Cola discovered that part of its classic logo looks like the Danish flag, Ad agency McCann Copenhagen has decided to make an interactive airport ad that dispenses flags. Coca Cola wanted to make a campaign that Denmark is the happiest country in the world.


Thumbtack.com Review: A Social Service Marketplace, Wins and Woes
4 responses to âFlag of Belgiumâ. 1  Wow, you must be good at making up stories, because this is complete gibberish. Like, you could not be more wrong. 2  Thank you for sharing your thoughts. It is rare that we get to hear first hand accounts about history. 3  @corrector. He actually was correct on certain things.


All About the Color GREEN
The Meaning Of The Color Green Around The World. 1  In Ghardaia and other parts of Mâzab, houses painted in green indicate that the inhabitants have made a pilgrimage to Mecca. 2  Green, blue-green, and blue are sacred colors in Iran, where they symbolize paradise.


What do the colors in the Polands flag represent?
What does the colors of the American flag represent? they were adopted from britain's flag, but do not represent anything. the stripes and stars, however, do represent the 13 original states in stripes, and the 50 current states â¦ in stars.


National Flag of Denmark
Country: Denmark. Danish Flag Description: The Danish flag consists of a red base with an uneven white cross. The horizontal stripe of the cross runs across the center of the flag, but the vertical stripe is shifted to the left side of the flag.


Why the U.S. Flag is Red, White and Blue
And with these words, the Stars and Stripes were born. Yet the resolution never said a word about the significance behind the choice of red, white and blue. And for good reason. The three colors did not have any official meaning when the flag was adopted in 1777. The colors and their significance still trace back to the birth of the country, and had very specific meanings in the creation of the Great Seal a year earlier.


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1 Red symbolizes: action, confidence, courage, vitality. 2  Pink symbolizes: love, beauty. 3  Brown symbolizes: earth, order, convention. 4  Orange symbolizes: vitality with endurance. 5  Gold symbolizes: Wealth, prosperity, wisdom. 6  Yellow symbolizes: wisdom, joy, happiness, intellectual energy. 7  Green symbolizes: life, nature, fertility, well being.


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The Olympic rings in numbers represent the five continent's (considering Europe and Asia as a single continent) which participate in the games and the five different colors of each rings have significance in the fact that any one of those colors are found in any nations flag.


What Do the Argentina Flag Colors Mean?
What do the colors of the Cuban flag mean? A: The colors of the Cuban flag, blue, red and white, signify the divisions of the island nation and symbolize both its historical struggle for independence a... Full Answer >


Color can influence emotions in a way that few other mediums can.
It is a popular color among large corporations, hospitals and airlines. It is a color of loyalty, strength, wisdom and trust. Blue has a calming effect on the psyche. Blue is the color of the sky and the sea and is often used to represent those images. Blue is a color that generally looks good in almost any shade and is a popular color among males. Blue is not a good color when used for food as there are few blue foods found in nature and it suppresses the appetite.


What Meanings Are Associated With the Various Colors
Mixed Warm and Cool Color Symbolism. Colors with attributes from both the warm and cool colors can calm and excite. These are colors derived from a mix of a cool and warm colors such as cool blue plus warm red or cool blue plus warm yellow. Shades of purple and shades of green along with beige are mixed colors that carry the color symbolism of both the warm and cool sides of the color wheel. A cool blue and a warm red combine to create deep purples and pale lavenders.


Color Symbolism and Color Meaning in The Bible
Direct Meaning: 1  describing hangings, curtains, coverings (along with purple and scarlet / crimson) - Exodus 26:1;36; 27:16; 28:8, II Chronicles 3:14; etc. 2  holy covering - Exodus 28:31, Numbers 4:5-7;11-12, Esther 8:15. 3  the Lord's commandments - Numbers 15:38-40.


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What do Sunspots do?
Best Answer: Sunspots don't really do anything. They are magnetic storms on the Sun, cooler areas on the Sun's surface. They have absolutely no effect of the ...


What Are Sunspots?
Sunspots are darker, cooler areas on the surface of the sun in a region called the photosphere. The photosphere has a temperature of 5,800 degrees Kelvin. Sunspots have temperatures of about 3,800 degrees K. They look dark only in comparison with the brighter and hotter regions of the photosphere around them. Sunspots can be very large, up to 50,000 kilometers in diameter. They are caused by interactions with the Sun's magnetic field which are not fully understood. But a sunspot is somewhat like the cap on a soda bottle: shake it up, and you can generate a big eruption.


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3 Student Guide, Activity 2: Sunspot Number Variations Â© Space Science Institute, 1999. All Rights Reserved. ACTIVITY 2 STUDENT WORKSHEET Procedure: 1. Working in groups of three, read the text for this activity. 2. When all of you are done reading the text, obtain three sheets of graph paper (one for


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7 Student Guide, Activity 2: Sunspot Number Variations Â© Space Science Institute, 1999. All Rights Reserved. Sunspot Chart #1: 1700 - 1850 Year Sunspot Number Year Sunspot Number Year Sunspot Number Year Sunspot Number 15 8700 1173 1M 51 17 m 377 1281 12. 11701 191173 160 1877 149. 1981 13. 16702 101374 771577 952. 1481 35. 13703 211074 481477 1M 654. 1881 4M5.


What do Sunspots do?
sunspots are darker patches on the solar photosphere. their temperature is around 4000 degreesC. a large sunspot consists of a central darkish area or umbra, surrounded by a lighter area of penumbra which may be very extensive and irregular. sunspots tend to appear in groups and are associated with strong magnetic fields. they are also associated with solar flares. they are most common at the time of solar maximum, approx. every eleven years. no sunspot lasts for more than a few ...


What do Sunspots do?
Best Answer: Sunspots don't really do anything. They are magnetic storms on the Sun, cooler areas on the Sun's surface. They have absolutely no effect of the Earth's weather. Solar flares related to them do affect the visibility of aurora and, in extreme cases, interfere with telecommunications.