DevOps: What It Is, Why It Exists and Why Itâs Indispensable
62. In June I participated in a Forrester webinar hosted by Glenn O'Donnell called DevOps: Friction-Free Collaboration for Development and Operations DevOps (a portmanteau of development and operations) is quite the buzzword now, and the discussion yielded many attempts to define it.2. In June I participated in a Forrester webinar hosted by Glenn O'Donnell called DevOps: Friction-Free Collaboration for Development and Operations DevOps (a portmanteau of development and operations) is quite the buzzword now, and the discussion yielded many attempts to define it.


Defining the Dev and the Ops in Devops
The role of Operations can mean a lot of things and even different things to different people. DevOps is becoming more and more popular but a lot of people are confused on the topic of who does what.he role of Operations can mean a lot of things and even different things to different people. DevOps is becoming more and more popular but a lot of people are confused on the topic of who does what.


What is DevOps?
DevOps is a response to the growing awareness that there is a disconnect between what is traditionally considered development activity and what is traditionally considered operations activity. This disconnect often manifests itself as conflict and inefficiency.pdate 2: Follow-up posts on the business problems that DevOps solves and the competitive business advantage that DevOps can provide. If you are interested in IT management â and web operations in particular â you might have recently heard the term âDevOpsâ being tossed around.


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When a teen is using marijuana, the parent may find evidence of the drug and drug paraphernalia, including pipes and rolling papers, in the teen's bedroom. There may be a noticeable sweet odor on the teen's clothing. The teen may burn incense or use room deodorizers to get rid of the marijuana smell.


Medical marijuana for anxiety? â Hereâs why
Despite a pop culture reputation for paranoia or the munchies, millions of anxiety patients worldwide are turning to modern formulations of medical marijuana. Cannabisâ ingredients have been proven to act on nerve cells to dampen anxiety and provide relief to sufferers â no smoke or high required.


Skunk smell spreading like weed through city
Rather, I think that at some point in the genealogy of marijuana growing and development, there was a strain that came along that was extremely potent and gave people a good high and happened to smell like a skunk.. That smell became associated with a powerful high, making for a powerful marketing tool.


Can You Smell a Skunk in the Stinky Claims for Marijuana?
There are over 60 cannabinoids in marijuana, but THC is the cannabinoid which brings on the high and the hallucinogenic effects of marijuana. CBD, also called cannabidiol, is a cannabinoid, which was fairly balanced with THC in the marijuana of the 60s, 70s, 80s, early 90s. âMedicalâ marijuana was introduced in 1996.


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In a nutshell, growing marijuana stinks. Even if youâre not aware of the odour, the marijuana smell of a flowering plant is very strong, making marijuana odour control essential if you donât want your grow to be discovered. Carbon Filter â Probably the most effective marijuana odor control tool.


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Topic Overview. Marijuana is a commonly abused drug. It is often called pot, grass, weed, or 420. Marijuana cigarettes are commonly referred to as joints or spliffs, and the butt of a marijuana cigarette is called a roach. Marijuana can be eaten, brewed in tea, or smoked.


Skunk smell spreading like weed through city
I don't think they went out and said 'Let's develop a marijuana that smells like a skunk,' Vandrey said. That smell became associated with a powerful high, making for a powerful marketing tool. A brand was born. It's been around for probably 20 years now, but it's ...


Marijuana Odor Control
In a nutshell, growing marijuana stinks. Even if youâre not aware of the odour, the marijuana smell of a flowering plant is very strong, making marijuana odour control essential if you donât want your grow to be discovered. Luckily there are various ways of combating growing odours: Carbon Filter â Probably the most effective marijuana odor control tool.


Medical marijuana for anxiety? â Hereâs why
Care By Designâs mouth sprays have CBD:THC ratios of 18:1 down to 2:1. The more CBD, the more anti-anxiety effects. âMedical marijuana patients with anxiety appear to favor High-CBD medicines with the majority preferring the 8:1 ratio of CBD-to-THC.â Care By Design reports. â70% of patients using Care By Design cannabis medicines report improved mood; 83% report a reduction in discomfort.â.


How old do you have to be to use tanning beds?
In CA if you are under 18, you need a parent or guarding to sign the client profile UV tanning form. If you are under 14, you are not allowed to use UV tanning beds. Some tanning salons require users to be of legal age - 18 and over - or have a parent/guardian permission if the user is underage - younger than 18.


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1 Children under 14 years of age are not permitted to use tanning equipment.  If you are at least 14 years of age but less than 18 years old you may not use tanning equipment unless your parent or legal guardian signs a consent form.


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Therefore, you may tan very well between the hours of 1 p.m. and 2 p.m. one day, but sit outside for four hours on another day and not get an ounce of color. With indoor tanning, you can tan at whatever time of day you like, and your UV exposure will be equal and consistent each time you tan.


How old do you have to be to use tanning beds?
Confidence votes 128. Some tanning salons require users to be of legal age - 18 and over - or have a parent/guardian permission if the user is underage - younger than 18. The permission is requested upon first use and the parent/guardian is to sign the tanning bed use agreement at that time.


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The tanning facility owner or operator must compile a written report of any actual or alleged injuries from use of tanning equipment within five working days after occurrence or notice thereof. The report must be maintained for at least three years. A copy of any report must be supplied to you upon your request.


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Unfortunately, besides wearing sunscreen and limiting sun exposure, thereâs no way for you to control the amount of UV light your skin absorbs outdoors.With indoor sun tanning at a Sun Tan City tanning salon, however, both the amount of UV and the type of UV your skin is exposed to are strictly controlled.


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In addition to federal statutes, provisions of state law (O.C.G.A. Sections 31-38-1 through 31-38-12) regulate tanning facilities. Within three feet of each tanning booth, a clearly visible sign must advise you of the implications of tanning. The sign should include the following warnings and instructions:


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All Sun Tan City locations are open, at a minimum, from 8 a.m. to 10 p.m., seven days a week. But specific operating hours are unique to each location, so your best bet is to find your local salon and call for current hours.


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With more than 250 locations across 18 states, Sun Tan City has a wide variety of markets! We do our best to offer the most competitive pricing in each area, and we sometimes offer specials that are exclusive to a particular salon, market or region.


Extending Foster Care Beyond 18
1 A copy of any report must be supplied to you upon your request. 2  Children under 14 years of age are not permitted to use tanning equipment.  If you are at least 14 years of age but less than 18 years old you may not use tanning equipment unless your parent or legal guardian signs a consent form.


Basic Facts About Snowy Owls
Snowy owls swallow their prey, such as lemmings, whole! In North America, snowy owls are found during the breeding season from the western Aleutians in Alaska to northeastern Manitoba (Churchill), northern Quebec and northern Labrador in Canada.In the winter, they can regularly be found in the northern United States.he snowy owl is also known as the Arctic owl or the Great White owl. Only females incubate the eggs. The male provides the female and young with food. The young owls begin to leave the nest around 25-26 days after hatching.


Snowy owl
The snowy owl (Bubo scandiacus) is a large, white owl of the typical owl family.Snowy owls are native to Arctic regions in North America and Eurasia. Younger snowy owls start with darker plumage, which turns lighter as they get older.Males are almost all white, while females have more flecks of gray plumage.he snowy owl is typically found in the northern circumpolar region, where it makes its summer home north of latitude 60Â° north. However, it is a particularly nomadic bird, and because population fluctuations in its prey species can force it to relocate, it has been known to breed at more southerly latitudes.


Critter Catalog
In winter, snowy owls can be found in Canada and the northern United States, Iceland, the British Isles, northern Europe, central Russia, northern China and Sakhalin. Though they are usually found in the arctic, every few years, snowy owls spend the winter much farther south that the arctic.nowy owls are the largest bird species in the arctic. They are 63 to 73 cm long and have an average wingspan of 170 cm. Females are larger and heavier than the males.


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Located The Snowy Owl is circumpolar and can be found in Alaska, Canada, Greenland, Russia, and many areas north of the Arctic Circle.It has a wide distribution area and will at times migrate to areas south of the Arctic Circle.ocated The Snowy Owl is circumpolar and can be found in Alaska, Canada, Greenland, Russia, and many areas north of the Arctic Circle. It has a wide distribution area and will at times migrate to areas south of the Arctic Circle.


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The Snowy owl can be found in a number of locations including: Arctic, Asia, China, Europe, North America, Russia.Find out more about these places and what else lives there.nown too as the white terror of the north, the snowy owl uses versatile hunting techniques to hunt by day and pick off prey from land, sea and air. Very occasionally snowy owls might venture as far as the Shetland Isles, one of the coldest places in the UK. Scientific name: Bubo scandiacus.


Critter Catalog
Snowy owls are the largest bird species in the arctic. They are 63 to 73 cm long and have an average wingspan of 170 cm. Females are larger and heavier than the males.Females weigh 1550 to 1600 grams, and males weigh 1450 to 1500 grams. Snowy owls are white with brown spots and bars.nowy owls are the largest bird species in the arctic. They are 63 to 73 cm long and have an average wingspan of 170 cm. Females are larger and heavier than the males.


Snowy Owl
The snowy owl is also known as the Arctic owl or the great white owl. The snowy owl is primarily found within the Arctic Circle with the range of the snowy owl ranging across Canada, Greenland, Europe and Asia.The snowy owl is the official bird of Quebec in the North-east of Canada.he snowy owl is primarily found within the Arctic Circle with the range of the snowy owl ranging across Canada, Greenland, Europe and Asia.


Snowy owl
Known too as the white terror of the north, the snowy owl uses versatile hunting techniques to hunt by day and pick off prey from land, sea and air. Very occasionally snowy owls might venture as far as the Shetland Isles, one of the coldest places in the UK.Scientific name: Bubo scandiacus.nown too as the white terror of the north, the snowy owl uses versatile hunting techniques to hunt by day and pick off prey from land, sea and air. Very occasionally snowy owls might venture as far as the Shetland Isles, one of the coldest places in the UK. Scientific name: Bubo scandiacus.


Snowy owl
The near perfect camouflage of the snowy owl's striking white plumage against the Arctic's snowy tundra reveals only a glimpse of golden-yellow eyes. These large, powerful owls are so fond of their meal of choice-lemmings-they follow the population around, and may even miss a breeding season when the supply is scarce.nown too as the white terror of the north, the snowy owl uses versatile hunting techniques to hunt by day and pick off prey from land, sea and air. Very occasionally snowy owls might venture as far as the Shetland Isles, one of the coldest places in the UK. Scientific name: Bubo scandiacus.


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Better places to observe a Snowy Owl in Massachusetts are Salisbury Beach State Reservation, Plum Island and Newburyport, Crane Beach and Duxbury Beach and various undeveloped beaches on Cape Cod and the islands of Nantucket and Martha's Vineyard. Snowy Owls hunt day or night.etter places to observe a Snowy Owl in Massachusetts are Salisbury Beach State Reservation, Plum Island and Newburyport, Crane Beach and Duxbury Beach and various undeveloped beaches on Cape Cod and the islands of Nantucket and Martha's Vineyard. Snowy Owls hunt day or night.


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1 In your area, XFINITY Internet service from Comcast gives you download speeds of up to 105 Mbps â way faster than DSL â so you can enjoy everything the Web has to offer, including downloading HD movies, uploading photos, streaming TV shows or simply surfing for fun. Get the speed you need to connect all of your devices and access to thousands of movies and TV shows â including full past seasons â that you can stream anywhere, anytime with XFINITY Streampix 2  Â® . Plus, get your local channels and popular favorites like Discover, Disney, CNN and A&E.


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High-Speed Internet Service Providers (ISPs) in my area. XFINITY Internet from Comcast delivers the fastest in-home Wi-Fi service. Choose XFINITY from Comcast to enjoy download and upload speeds that are much faster than DSL from the phone company. Get the speed you need to connect all of your devices and access to thousands of movies and TV shows â including full past seasons â that you can stream anywhere, anytime with XFINITY Streampix 2  Â® . Plus, get your local channels and popular favorites like Discover, Disney, CNN and A&E.


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You can also get helpful information from Internet search engines using key word phrases such as âfind Internet providers in my areaâ or âlocate cable providers in my areaâ.Better yet, check the Verizon residential service link to see if FiOSÂ® Internet is available in your area.Experts agree that FiOS network technology is the Gold Standard for Internet and entertainment delivery.etter yet, check the Verizon residential service link to see if FiOSÂ® Internet is available in your area. Experts agree that FiOS network technology is the Gold Standard for Internet and entertainment delivery.


Internet By Zip Code - Internet providers in My Area By Zip
Internet By Zip Code-Internet providers in My Area By Zip. Internet By Zip Code helps you find multiple Internet service providers in your area for an accurate comparison of cost, connection speeds, and features so you get the best deals on internet service.Enter your information to get started. * Phone:nternet By Zip Code-Internet providers in My Area By Zip. Internet By Zip Code helps you find multiple Internet service providers in your area for an accurate comparison of cost, connection speeds, and features so you get the best deals on internet service.


Internet Service Providers In My Area - Find & Compare
We recommend that you start with the more reputable ISP's and perform an address / zip code search to easily check on availability. You can also compare their latest cash back offers on our special offers page. The following is a quick reference of regions covered by each of the top internet service providers.or this reason we created the comparison charts that help you make a wise decision for internet services in your area. The following are some related pages that may help you in your quest to find right ISP. How do I choose high speed internet providers in my area and save the most in the long run.


Internet Service Providers In My Area - Find & Compare
Finding Internet service providers In Your Area. As a first step we highly recommend finding out what speed level suits your specific needs. Not all internet providers & plans are created equal and you should only pay for the speed you plan on utilizing.or this reason we created the comparison charts that help you make a wise decision for internet services in your area. The following are some related pages that may help you in your quest to find right ISP. How do I choose high speed internet providers in my area and save the most in the long run.


Choosing Internet Providers in My Area
See the list of states to help you find high speed internet service provider in your area. Determining who the best internet providers available to you is easy with the right resources. Mini reviews on the top providers are listed for DSL, fiber optic and cable internet service.ee the list of states to help you find high speed internet service provider in your area. Determining who the best internet providers available to you is easy with the right resources. Mini reviews on the top providers are listed for DSL, fiber optic and cable internet service.


Internet Service Providers In My Area - Find & Compare
Once you have made a speed choice, you can begin comparing prices side by side. It is important to compare apples to apples when it comes to broadband, telephone or digital television services. For this reason we created the comparison charts that help you make a wise decision for internet services in your area.The following are some related pages that may help you in your quest to find right ISP. How do I choose high speed internet providers in my area and save the most in the long run.We have also developed a section where we will be highlighting ISP's by major city. So you can check out those resource pages as well to help find the best match.or this reason we created the comparison charts that help you make a wise decision for internet services in your area. The following are some related pages that may help you in your quest to find right ISP. How do I choose high speed internet providers in my area and save the most in the long run.


Internet Providers By Zip Code
Whether you are exploring your options for faster broadband speeds in the U.S., or you need to compare home Internet providers in your area, our site can help. We have forms and a toll-free number that allow you to search for a broadband ISP at your home address.our choices for residential broadband are divided into four main types. Usually, cable or DSL will be available, but other options exist in more rural zip codes. 1  Broadband Cable-Compare Internet / TV / Voice packages from major U.S. cable operators to save money on all three types of service.


Deals on XFINITYÂ® Internet, Cable, HD and Phone Services from Comcast in Waukegan, IL
With the XFINITY Double Play and the XFINITY Triple Play from Comcast you can choose to bundle two or three of our great services â XFINITY TV, Internet and Voice â all for a great value. Bundle digital TV, high-speed Internet and home phone service from Comcast and save!ith the XFINITY Double Play and the XFINITY Triple Play from Comcast you can choose to bundle two or three of our great services â XFINITY TV, Internet and Voice â all for a great value. Bundle digital TV, high-speed Internet and home phone service from Comcast and save!


What is the meaning of a biological trait?
Rating Newest Oldest. Best Answer: Biological traits are things about a person that are the result of their genetic make-up, things that are hard-wired into the person.Biological traits normally pass from generation to generation, but don't have to. Speaking generally, your height, eye color, and shoe size are all biological traits.In psychology, it's a lot more difficult to determine which aspects of personality are biological traits and which are the result of environmental pressures or the way the person developed as a child.ating Newest Oldest. Best Answer: Biological traits are things about a person that are the result of their genetic make-up, things that are hard-wired into the person.


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(genetics) Characteristics or attributes of an organism that are expressed by genes and/or influenced by the environment. Supplement. Traits include physical attributes of an organism such as hair color, leaf shape, size, etc., and behavioral characteristics, such as bird nesting.Word origin: L tractus. See also: phenotype, inheritance, gene. Please contribute to this project, if you have more information about this term feel free to edit this page.raits include physical attributes of an organism such as hair color, leaf shape, size, etc., and behavioral characteristics, such as bird nesting. Word origin: L tractus.


Biological basis of personality
Personality can be defined as a set of characteristics or traits that drive individual differences in human behavior. From a biological perspective, these traits can be traced back to brain structures and neural mechanisms.However, this definition and theory of biological basis is not universally accepted. There are many conflicting theories of personality in the fields of psychology, psychiatry, philosophy, and neuroscience.ray, a student of Eysenck, studied personality traits as individual differences in sensitivity to rewarding and punishing stimuli. The significance of Gray's work and theories was his use of biology to define behavior, which stimulated a lot of subsequent research.


Life
Life is a characteristic distinguishing physical entities having biological processes (such as signaling and self-sustaining processes) from those that do not, either because such functions have ceased (death), or because they lack such functions and are classified as inanimate.ife is a characteristic distinguishing physical entities having biological processes (such as signaling and self-sustaining processes) from those that do not, either because such functions have ceased (death), or because they lack such functions and are classified as inanimate.


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From Wikipedia, the free encyclopedia. (Redirected from Trait (biological)) ... A trait may be any single feature or quantifiable measurement of an organ ism. However, the most useful trait s for genetic ana lysis are present in different forms in different individuals.Trait is a specific character istic of an individual.For example, their hair color or their blood type. Trait s are determined by genes, and also they are determined by the inter action with the environment with genes. a trait that shows discontinuous variation, but whose inheritance is polygenic.rait is a specific character istic of an individual. For example, their hair color or their blood type. Trait s are determined by genes, and also they are determined by the inter action with the environment with genes. a trait that shows discontinuous variation, but whose inheritance is polygenic.


definitions - biological characteristicsreport a problem
Biological Characteristics (n.). 1. (MeSH) Qualities and characterization of various types of populations within a social or geographic group, with emphasis on demography, health status, and socioeconomic factors.iological Characteristics (n.). 1. (MeSH) Qualities and characterization of various types of populations within a social or geographic group, with emphasis on demography, health status, and socioeconomic factors.


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The biological basis of personality is the theory that personality is influenced by the biology of the brain.ray, a student of Eysenck, studied personality traits as individual differences in sensitivity to rewarding and punishing stimuli. The significance of Gray's work and theories was his use of biology to define behavior, which stimulated a lot of subsequent research.


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Personality Neuroscience and the Biology of Traits Colin G. DeYoung* University of MinnesotaAbstract Personality neuroscience involves the use of neuroscience methods to study individual differencesin behavior, motivation, emotion, and cognition.ersonality Neuroscience and the Biology of Traits Colin G. DeYoung* University of MinnesotaAbstract Personality neuroscience involves the use of neuroscience methods to study individual differencesin behavior, motivation, emotion, and cognition.


Biological basis of personality
Gray, a student of Eysenck, studied personality traits as individual differences in sensitivity to rewarding and punishing stimuli. The significance of Gray's work and theories was his use of biology to define behavior, which stimulated a lot of subsequent research.ray, a student of Eysenck, studied personality traits as individual differences in sensitivity to rewarding and punishing stimuli. The significance of Gray's work and theories was his use of biology to define behavior, which stimulated a lot of subsequent research.


Quartzite
Pure quartzite is usually white to grey, though quartzites often occur in various shades of pink and red due to varying amounts of iron oxide (Fe 2 O 3). Other colors, such as yellow, green, blue and orange, are due to other mineral impurities.When sandstone is cemented to quartzite, the individual quartz grains recrystallize along with the former cementing material to form an interlocking mosaic of quartz crystals.Most or all of the original texture and sedimentary structures of the sandstone are erased by the metamorphism.ure quartzite is usually white to grey, though quartzites often occur in various shades of pink and red due to varying amounts of iron oxide (Fe 2 O 3). Other colors, such as yellow, green, blue and orange, are due to other mineral impurities.


Metamorphic Rocks
The minerals that compose gneiss are the same as granite. Feldspar is the most important mineral that makes up gneiss along with mica and quartz. Gneiss can be formed from a sedimentary rock such as sandstone or shale, or it can be formed from the metamorphism of the igneouse rock grantite.Gneiss can be used by man as paving and building stone. Quartzite is composed of sandstone that has been metamorphosed.Quartzite is much harder than the parent rock, sandstone. It forms from sandstone that has come into contact with deeply buried magmas. Quartzite looks similar to its parent rock.eldspar is the most important mineral that makes up gneiss along with mica and quartz. Gneiss can be formed from a sedimentary rock such as sandstone or shale, or it can be formed from the metamorphism of the igneouse rock grantite. Gneiss can be used by man as paving and building stone.


Quartzite
Width of sample is 9 cm. It is a vein of quartz with pyrite cutting through quartzite. Width of sample is 11 cm. This small sample of Jotnian quartzite from Finland is either strongly cemented sandstone or weakly metamorphosed quartzite.It is old (1.4 Ga) and a part of crystalline basement. Hence, it is usually considered to be a metamorphic rock. Width of the sample is 4 cm.This wall in Western Ireland (Connemara) is built of local quartzite blocks.t is old (1.4 Ga) and a part of crystalline basement. Hence, it is usually considered to be a metamorphic rock. Width of the sample is 4 cm. This wall in Western Ireland (Connemara) is built of local quartzite blocks.


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49,340 Contributions. Sandstone is a clastic sedimentary rock that is made up of cemented sand grains (usually quartz) and has a gritty feel to it.   this is the term uesed when sand has be â¦ en compacted together under such force so as to be turned into a solid mass rather than individual grains of sand.it looks weird.andstone is a type of rock composed on sand sized particles of  sand and minerals. Sandstone is typically found in the desert, or  dry climates.


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No. Sandstone is sedimentary rock, where the individual grains of sand that compose the rock are visible without magnification. These individual grains of sand (sediment) have â¦ become compacted and cemented together in a process called lithification, forming a sedimentary rock.Metamorphic rock can be formed from virtually any parent rock (protolith) that has been subjected to heat and/or pressure, modifying its texture or mineral composition.Quartz sandstone, when metamorphosed, becomes the metamorphic rock 'quartzite'. rock formed by the metamorphism (addition of high temperature and pressure) of sandstone would be quartzite.


How does sandstone turn into igenous or metamorphic rock?
Â· just now. Report Abuse. sandstone is a common sedimentary rock .sedimentary rocks are rocks formed from sediments, such as fragments of rocks worn from the land (clastic rocks). the remains of once-living things (organic rocks) or from chemicals precipitated from water. just now. Report Abuse. sandstone is a common sedimentary rock .sedimentary rocks are rocks formed from sediments, such as fragments of rocks worn from the land (clastic rocks). the remains of once-living things (organic rocks) or from chemicals precipitated from water.


Eucalyptus globulus
The Tasmanian blue gum, southern blue gum or blue gum (Eucalyptus globulus) is an evergreen tree, one of the most widely cultivated trees native to Australia. They typically grow from 30â55 m (98â180 ft) tall. The tallest currently known specimen in Tasmania is 90.7 m (298 ft) tall.hey are about 6 to 15 cm long and covered with a blue-grey, waxy bloom, which is the origin of the common name blue gum. The mature leaves are narrow, sickle-shaped and dark shining green. They are arranged alternately on rounded stems and range from 15â35 cm (5.9â13.8 in) in length.


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Blue line on gums: Blue line on gums refers to a blue line that has developed on the gums.See detailed information below for a list of 2 causes of Blue line on gums, including diseases and drug side effect causes. Â» Review Causes of Blue line on gums: Causes.f the 2 causes of Blue line on gums that we have listed, we have the following prevalence/incidence information: 1  0 causes are very common diseases. 2  0 causes are common diseases. 3  0 causes are uncommon diseases.


Blue line on gums
Blue line on gums: Introduction. Blue line on gums: Blue line on gums refers to a blue line that has developed on the gums. See detailed information below for a list of 2 causes of Blue line on gums, including diseases and drug side effect causes.Â» Review Causes of Blue line on gums: Causes.f the 2 causes of Blue line on gums that we have listed, we have the following prevalence/incidence information: 1  0 causes are very common diseases. 2  0 causes are common diseases. 3  0 causes are uncommon diseases.


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Confusingly, in Queensland it usually refers to Eucalyptus tereticornis, which is known elsewhere as forest red gum. 1  Gippsland blue gum: Eucalyptus pseudoglobulus (syn. E. globulus subsp. pseudoglobulus). 2  Inland blue gum: E. leucoxylon. 3  Large-fruited blue gum: E. leucoxylon.onfusingly, in Queensland it usually refers to Eucalyptus tereticornis, which is known elsewhere as forest red gum. 1  Gippsland blue gum: Eucalyptus pseudoglobulus (syn. E. globulus subsp. pseudoglobulus). 2  Inland blue gum: E. leucoxylon. 3  Large-fruited blue gum: E. leucoxylon.


Blue Gum
Basisdaten. blue gum (Eucalyptus globulus) leaf. blue gum (Eucalyptus globulus) leaves. blue gum (Eucalyptus globulus) leaf position. blue gum (Eucalyptus globulus) crown. blue gum (Eucalyptus globulus) trunk / bark. description: The blue gum tree comes from Australia (Tasmania / Victoria).He is one of the largest of its kind and usually reached 35 m. There are also trees that are well over 50 m high. This tree is also grown in America's Pacific Coast, in Southern Europe (Spain / Portugal), New Zealand and in parts of Africa.asisdaten. blue gum (Eucalyptus globulus) leaf. blue gum (Eucalyptus globulus) leaves. blue gum (Eucalyptus globulus) leaf position. blue gum (Eucalyptus globulus) crown. blue gum (Eucalyptus globulus) trunk / bark. description: The blue gum tree comes from Australia (Tasmania / Victoria).


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The Blue Gum tree, as it is sometimes known as, is called such due to a sticky gum-like substance that the tree secretes. This gum is very fragrant and contains anti-bacterial properties which make the tree extremely pest-resistant, as well as acting as a deterrent to the growth of other non-eucalyptus plants.he Tasmanian Blue Gum is rich in nectar and so are a good crop for bees and hummingbirds. They inhibit the growth of other vegetation and so create virtual monocultures of various eucalyptus trees, with the exception of a few hardy grasses.


Eucalyptus globulus
The bark sheds often, peeling in large strips. The broad juvenile leaves are borne in opposite pairs on square stems. They are about 6 to 15 cm long and covered with a blue-grey, waxy bloom, which is the origin of the common name blue gum.The mature leaves are narrow, sickle-shaped and dark shining green.They are arranged alternately on rounded stems and range from 15â35 cm (5.9â13.8 in) in length.hey are about 6 to 15 cm long and covered with a blue-grey, waxy bloom, which is the origin of the common name blue gum. The mature leaves are narrow, sickle-shaped and dark shining green. They are arranged alternately on rounded stems and range from 15â35 cm (5.9â13.8 in) in length.


Eucalyptus globulus
Large blue gum eucalyptus in Pleasanton, California, 46.5 m (153 ft) in height and 10.5 m (34 ft) in circumference. Blue gum is one of the most extensively planted eucalypts. Its rapid growth and adaptability to a range of conditions is responsible for its popularity.hey are about 6 to 15 cm long and covered with a blue-grey, waxy bloom, which is the origin of the common name blue gum. The mature leaves are narrow, sickle-shaped and dark shining green. They are arranged alternately on rounded stems and range from 15â35 cm (5.9â13.8 in) in length.


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The smooth, brown outer bark of the Blue Gum peels in large pieces to reveal large patches of bluish-white bark underneath, giving the tree a piebald appearance. The gray-green leaves grow in thick, smooth, and rounded and gradually stretch out to a sharp elliptic-shape.he Tasmanian Blue Gum is rich in nectar and so are a good crop for bees and hummingbirds. They inhibit the growth of other vegetation and so create virtual monocultures of various eucalyptus trees, with the exception of a few hardy grasses.


I have heard southern whites talk about BLUE GUM black people, do some blacks really have blue gums?
Rating Newest Oldest. Best Answer: Blue Gum: 1. A person of African American Heritage who has a purplish hew to the dental margins. 2.Usually refers to a lazy black American who refuses to work 2hand-yes some white people do have red necks.es, it is true that blue gum's do exist They are becoming harder to find now that interracial marriage / sex has become so widespread. If you happen to see one I will suggest you get a photo as they are endangered.


Coagulopathy
Coagulopathy Definition. Coagulopathy is commonly referred to as hemorrhage or clotting disorder. It is any deficiency in the human blood system responsible for coagulation that results to a disposition towards very slow or rapid coagulation process.In some instances, coagulopathy can show up with an increased hemorrhage or a propensity towards thrombosis.ny of the proteins responsible for coagulation may turn to be scarce or dysfunctional, thereby resulting to inability in forming protective blood clots when it is most needed. Congenital coagulopathy-missing of genes that produces the coagulation factors normally. Hemophilia A & B.


Medical Dictionary
Iatrogenic: Due to the activity of a physician or therapy. For example, an iatrogenic illness is an illness that is caused by a medication or physician.atrogenic: Due to the activity of a physician or therapy. For example, an iatrogenic illness is an illness that is caused by a medication or physician.


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[Ä«â²atrÅjenâ²ik, yat-]. Etymology: Gk, iatros, physician, genein, to produce. caused by treatment or diagnostic procedures. An iatrogenic disorder is a condition that is caused by medical personnel or procedures or that develops through exposure to the environment of a health care facility.See also nosocomial. iatrogenesis, iatrogeny, n.Ä«â²atrÅjenâ²ik, yat-]. Etymology: Gk, iatros, physician, genein, to produce. caused by treatment or diagnostic procedures. An iatrogenic disorder is a condition that is caused by medical personnel or procedures or that develops through exposure to the environment of a health care facility.


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Coagulopathy may be caused by reduced levels or absence of blood-clotting proteins, known as clotting factors or coagulation factors. Genetic disorders, such as hemophilia and Von Willebrand's disease, can cause a reduction in clotting factors.eople should seek immediate medical care for serious symptoms, including heavy external bleeding, blood in the urine or stool, double vision, severe head or neck pain, repeated vomiting, difficulty walking, convulsions, or seizures.


iatrogenic
iatrogenic. adjective Referring to a physical or mental condition caused by a physician or health care providerâeg, iatrogenic disease, due to exposure to pathogens, toxins or injurious treatment or procedures.Ä«â²atrÅjenâ²ik, yat-]. Etymology: Gk, iatros, physician, genein, to produce. caused by treatment or diagnostic procedures. An iatrogenic disorder is a condition that is caused by medical personnel or procedures or that develops through exposure to the environment of a health care facility.


Coagulopathy
Coagulopathy is a condition in which the bloodâs ability to clot is impaired. This condition can cause prolonged or excessive bleeding, which may occur spontaneously or following an injury or medical and dental procedures. Coagulopathy can be a primary medical condition or a complication of some other disorder.The normal clotting process depends on the interplay of various proteins in the blood. Coagulopathy may be caused by reduced levels or absence of blood-clotting proteins, known as clotting factors or coagulation factors.Genetic disorders, such as hemophilia and von Willebrandâs disease, can cause a reduction in clotting factors.his condition can cause prolonged or excessive bleeding, which may occur spontaneously or following an injury or medical and dental procedures. Coagulopathy can be a primary medical condition or a complication of some other disorder. The normal clotting process depends on the interplay of various proteins in the blood.


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Signs and symptoms [edit]. Coagulopathy may cause uncontrolled internal or external bleeding. Left untreated, uncontrolled bleeding may cause damage to joints, muscles, or internal organs and may be life-threatening.eople should seek immediate medical care for serious symptoms, including heavy external bleeding, blood in the urine or stool, double vision, severe head or neck pain, repeated vomiting, difficulty walking, convulsions, or seizures.


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If someone has coagulopathy, their health care provider may help them manage their symptoms with medications or replacement therapy. In replacement therapy, the reduced or absent clotting factors are replaced with proteins derived from human blood or created in the laboratory.eople should seek immediate medical care for serious symptoms, including heavy external bleeding, blood in the urine or stool, double vision, severe head or neck pain, repeated vomiting, difficulty walking, convulsions, or seizures.


IATROGENIC
â¢ IATROGENIC (adjective). The adjective IATROGENIC has 1 sense: 1. induced by a physician's words or therapy (used especially of a complication resulting from treatment). Familiarity information: IATROGENIC used as an adjective is very rare.he adjective IATROGENIC has 1 sense: 1. induced by a physician's words or therapy (used especially of a complication resulting from treatment). Familiarity information: IATROGENIC used as an adjective is very rare.


Atypical pneumonia
Atypical pneumonia, also known as walking pneumonia, is the type of pneumonia not caused by one of the more traditional pathogens.Its clinical presentation contrasts to that of typical pneumonia. A variety of microorganisms can cause it.typical pneumonia is atypical in that it is caused by atypical organisms (other than Streptococcus pneumoniae, Haemophilus influenzae, and Moraxella catarrhalis).


Atypical Pneumonia
Mycoplasma pneumonia is a type of atypical pneumonia. It is caused by the bacteria M. pneumoniae. It typically affects people younger than age 40.neumonia due to mycoplasma and chlamydophila bacteria is usually mild. 1  Pneumonia due to Legionella pneumophila gets worse during the first 4 - 6 days, and then improves over 4 - 5 days. 2  Even though symptoms will improve, it may take a while for them to go away completely.


Atypical Pneumonia
Atypical pneumonia refers to pneumonia caused by certain bacteria, including Legionella pneumophila, Mycoplasma pneumoniae, and Chlamydophila pneumoniae. It is called âatypicalâ because the symptoms differ from those of pneumonia due to other common bacteria. Pneumonia is an infection of the lung.neumonia due to mycoplasma and chlamydophila bacteria is usually mild. 1  Pneumonia due to Legionella pneumophila gets worse during the first 4 - 6 days, and then improves over 4 - 5 days. 2  Even though symptoms will improve, it may take a while for them to go away completely.


Atypical pneumonia
Definition. Pneumonia is an infection of the lung. With atypical pneumonia, the infection is caused by different bacteria than the ones that cause typical pneumonia. These include Legionella pneumophila, Mycoplasma pneumoniae, and Chlamydophila pneumoniae.Atypical pneumonia also tends to have milder symptoms than typical pneumonia.ycoplasma pneumonia is a type of atypical pneumonia. It is caused by the bacteria M. pneumoniae. It often affects people younger than age 40. Pneumonia due to chlamydia bacteria occurs year round. It is usually mild.


Atypical pneumonia
Mycoplasma pneumonia is a type of atypical pneumonia. It is caused by the bacteria M. pneumoniae. It often affects people younger than age 40. Pneumonia due to chlamydia bacteria occurs year round.It is usually mild.ycoplasma pneumonia is a type of atypical pneumonia. It is caused by the bacteria M. pneumoniae. It often affects people younger than age 40. Pneumonia due to chlamydia bacteria occurs year round. It is usually mild.


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The symptoms associated with atypical pneumonia are generally mild. They may include: 1  confusion (legionella). 2  chills. 3  cough. 4  diarrhea (legionella). 5  headache.6  fever.7  muscle aches. 8  muscle stiffness.hey may include: 1  confusion (legionella). 2  chills. 3  cough. 4  diarrhea (legionella). 5  headache. 6  fever. 7  muscle aches. 8  muscle stiffness.


Atypical pneumonia
Atypical pneumonia is atypical in that it is caused by atypical organisms (other than Streptococcus pneumoniae, Haemophilus influenzae, and Moraxella catarrhalis).typical pneumonia is atypical in that it is caused by atypical organisms (other than Streptococcus pneumoniae, Haemophilus influenzae, and Moraxella catarrhalis).


Atypical Pneumonia
Pneumonia is a lung infection. It may be caused by viruses, bacteria, fungus or other types of germs. It can occur in people of all ages and make people very sick. Atypical pneumonia is a pneumonia caused by specific bacteria.These bacteria tend to cause milder forms of pneumonia. Since the form is mild many people continue normal activities while sick, leading to the term walking pneumonia. All types of pneumonia are potentially serious conditions.neumonia is a lung infection. It may be caused by viruses, bacteria, fungus or other types of germs. It can occur in people of all ages and make people very sick. Atypical pneumonia is a pneumonia caused by specific bacteria.


Atypical Pneumonia
Pneumonia due to mycoplasma and chlamydophila bacteria is usually mild. 1  Pneumonia due to Legionella pneumophila gets worse during the first 4 - 6 days, and then improves over 4 - 5 days. 2  Even though symptoms will improve, it may take a while for them to go away completely.neumonia due to mycoplasma and chlamydophila bacteria is usually mild. 1  Pneumonia due to Legionella pneumophila gets worse during the first 4 - 6 days, and then improves over 4 - 5 days. 2  Even though symptoms will improve, it may take a while for them to go away completely.


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see aspiration pneumonia. atypical pneumonia. histologically the pneumonia is atypical in that there are no signs of acute inflammation and it is characterized by an exudation of eosinophilic, protein-rich fluid in the alveoli which may become organized to form a hyaline membrane.ee aspiration pneumonia. atypical pneumonia. histologically the pneumonia is atypical in that there are no signs of acute inflammation and it is characterized by an exudation of eosinophilic, protein-rich fluid in the alveoli which may become organized to form a hyaline membrane.


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well there Islamic meaning would actually be the Arabic meaning the name was mentioned in the quraan in surat Al noor am not sure what page and what verse but if you want to kâ¦now then I will look.


Mishka
According to wikipedia Mishka. Submitted by Anonymous (not verified) on Sat, 2012-07-07 18:19. According to wikipedia Mishka means Little Fly in Russian and was the name of one of the dogs that went into space before humans were send. http://en.wikipedia.org/wiki/Mushka#Pchyolka_and_Mushka reply


What does Mishka translate to?
What is the Arabic meaning of Mishka? It is the Light of a candle/ light or more commonly thought from a lantern. The light is used in the context of knowledge. Giving an overall meaning to Mishka as the illâ¦uminater of knowledge.


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I looked up the meaning of it and I found that the meaning is : Mishka : is a place where the light is been collected. for example: in the ancient time and even nowadays people make half moon shape in their place and put a lamb the hangs and center the place. and that place acts as a collector of the lamb's ligth and then reflecting it to project the light better. if you more explination about it. inform me 15826538@sun.ac.za


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Meaning, rating and history of the dog name Mishka, as well as many other dog names.


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Mishka's are usually gorgeous. Mishka's are kind, caring and always put other people first. If a Mishka has a best friend they always mean the world to them. Mishka's are lucky to have as a permanent part of anybodies life, and you'll find that nobody ever leaves Mishkas. Some of them are very attractive and sometimes irresistible to males.


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1 Living Dead Dolls has a. 2  Mishka means little bear in. 3  Mishka means mouse in. 4  Mishka means little bear <3. 5  Mishka means little bear and. 6  According to wikipedia Mishka. 7  It is a variation of the name. 8  dirivitive of Michael. 9  All I know is that Mishka is. Submitted by Anonymous (not verified) on Fri, 2011-08-19 21:42. All I know is that Mishka is a Russian name. I'm unsure of the meaning.


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Mishka's are usually gorgeous. Mishka's are kind, caring and always put other people first. If a Mishka has a best friend they always mean the worl...


Mishka
We don't have any history, definition or meaning data for the dog name Mishka yet! Please help out by adding what you know about Mishka using the comment section below: Other recommended dog names:


What does Mishka translate to?
It is the Light of a candle/ light or more commonly thought from a lantern. The light is used in the context of knowledge. Giving an overall meaning to Mishka as the ill â¦ uminater of knowledge. Islamic meaning of mishka? well there Islamic meaning would actually be the Arabic meaning the name was mentioned in the quraan in surat Al noor am not sure what page and what verse but if you want to k â¦ now then I will look.


Joshua Tree Dream Meaning
A Joshua tree is a hearty desert tree that indicates perseverance, resourcefulness, and taking care of yourself. They are generally good omens for a dream but also call attention to yourself and resting when you are over extending yourself.n this dream you may have... 1  Cut down a Joshua tree. 2  Seen a Joshua tree. 3  Seen a Joshua tree in a strange place-such as a desert. 4  Meditated and seen a Joshua tree.


JOSHUA TREE
â¢ JOSHUA TREE (noun). The noun JOSHUA TREE has 1 sense: 1. a large branched arborescent yucca of southwestern United States having short leaves and clustered greenish white flowers. Familiarity information: JOSHUA TREE used as a noun is very rare.ypernyms (Joshua tree is a kind of...): yucca (any of several evergreen plants of the genus Yucca having usually tall stout stems and a terminal cluster of white flowers; warmer regions of North America).


JOSHUA TREE
Joshua tree; Yucca brevifolia. Hypernyms (Joshua tree is a kind of...): yucca (any of several evergreen plants of the genus Yucca having usually tall stout stems and a terminal cluster of white flowers; warmer regions of North America).ypernyms (Joshua tree is a kind of...): yucca (any of several evergreen plants of the genus Yucca having usually tall stout stems and a terminal cluster of white flowers; warmer regions of North America).


How Did the Joshua Tree Get its Name?
Jaeger does use the term Joshua tree.. Still, his statement that at the time of writing that the name yucca palm was common is interesting. It would seem that the name Joshua tree, a strong and iconographic name, had not yet been around long enough to outcompete the other names in its ecological niche.ere's what we do know: the name Joshua got attached to the tree sometime in the mid-19th Century as a common name, The Joshua, but was used only in southwest Utah for a few decades.


Yucca brevifolia
Yucca brevifolia is a plant species belonging to the genus Yucca. It is tree-like in habit, which is reflected in its common names: Joshua tree, yucca palm, tree yucca, and palm tree yucca.t is tree-like in habit, which is reflected in its common names: Joshua tree, yucca palm, tree yucca, and palm tree yucca.


Joshua Tree Dream Meaning
Detailed dream meaning... Cutting down a Joshua tree can be a good sign or a bad sign. Joshua trees have a reserve of water and can be a life giving source of nutrition if you are trapped or lost in the desert.Using the tree for sustenance is a positive thing regarding the dream and indicates that you will do what it takes to survive.n this dream you may have... 1  Cut down a Joshua tree. 2  Seen a Joshua tree. 3  Seen a Joshua tree in a strange place-such as a desert. 4  Meditated and seen a Joshua tree.


Joshua Tree Dream Meaning
Having a dream about a Joshua Tree is a positive omen indicating that you are prepared for the challenges that are heading your way and that you are in a place in your life positioned to thrive. In this dream you may have... 1  Cut down a Joshua tree.2  Seen a Joshua tree. 3  Seen a Joshua tree in a strange place-such as a desert. 4  Meditated and seen a Joshua tree.n this dream you may have... 1  Cut down a Joshua tree. 2  Seen a Joshua tree. 3  Seen a Joshua tree in a strange place-such as a desert. 4  Meditated and seen a Joshua tree.


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The Joshua tree, the largest of the yuccas, grows only in the Mojave Desert. Natural stands of this picturesque, spike-leafed evergreen grow nowhere else in the world.Its height varies from 15-40 feet with a diameter of 1-3 feet.he Joshua tree, the largest of the yuccas, grows only in the Mojave Desert. Natural stands of this picturesque, spike-leafed evergreen grow nowhere else in the world.


Joshua Tree
Yucca brevifolia Engelm. The Joshua tree, the largest of the yuccas, grows only in the Mojave Desert. Natural stands of this picturesque, spike-leafed evergreen grow nowhere else in the world. Its height varies from 15-40 feet with a diameter of 1-3 feet.he Joshua tree, the largest of the yuccas, grows only in the Mojave Desert. Natural stands of this picturesque, spike-leafed evergreen grow nowhere else in the world.


Joshua Tree
What you think is a guide to your sense of aesthetics. I also like the way that Joshua trees stretch the meaning of the standard vocabulary of trees. Joshua tree groves are a collection of twisted and gnarled shapes on a slope.oshua Tree Life. When my husband and I first drove through the Mojave Desert from California to Nevada, I expected a featureless place of miles and miles going by without any different sights to ponder.


Where are Australia's three main deserts located?
There are many more than three deserts in Australia, but the main ones and their location are: Great Victoria Desert (Western Australia): 424,400 km2 (163,900 square miles). Great Sandy Desert (Western Australia): 284,993 km2 (110,036 square miles).


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Great Sandy Desert (Western Australia): 284,993 km2 (110,036 square miles). Tanami Desert (Western Australia and Northern Territory): 184,500 km2 (71,235 square miles). Each of these deserts is either in or primarily in Western Australia, in the western third of the continent.


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Albert Tucker, Last days of Leichhardt, 1964, Harold Mertz Collection, University of Texas. Australia's desert landscapes, regarded as the âoutback' of Australia, are a powerful symbol of place, and have inspired and helped define Australia's identity.


List of people who have walked across Australia
There are more than three deserts in Western Australia. Deserts in this western third of Australia include: Great Sandy DesertGibson DesertGreat Victoria Desert (which extends â¦ into South Australia as well)Tanami Desert (partly in Northern Territory)Little Sandy Desert. 3 people found this useful. On the Wallaby.


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Major Australian Deserts. The five largest deserts in Australia include the Great Victoria Desert: 424,400 km 2, Great Sandy Desert: 284,993 km 2, Tanami Desert: 184,500 km 2, Simpson Desert: 176,500 km 2, and the Gibson Desert: 156,000 km 2.


Major Australian Deserts
The five largest deserts in Australia include the Great Victoria Desert: 424,400 km 2, Great Sandy Desert: 284,993 km 2, Tanami Desert: 184,500 km 2, Simpson Desert: 176,500 km 2, and the Gibson Desert: 156,000 km 2. The map above shows the general location of the five major deserts.


What are the main deserts in Australia?
Tanami Desert (Western Australia and Northern Territory): 184,500 km2 (71,235 square miles). Each of these deserts is either in or primarily in Western Australia, in the western third of the continent.


The Australian desert â the outback of Australia
Australia's desert landscapes, regarded as the âoutback' of Australia, are a powerful symbol of place, and have inspired and helped define Australia's identity.


Major Australian Deserts
Along with this increase in rainfall in the desert regions, there has been a decrease in southern areas. Scientists say that this is the result of north-west cloud bands that used to bring rain to southern regions, moving north over central Australia.


Classic Sloppy Joes
Directions. In a large skillet, heat oil over medium-high heat. Add onion, bell pepper, celery, and garlic; season with salt and pepper. Cook, stirring frequently, until vegetables are softened, 5 to 7 minutes.Add ground beef to skillet.Cook, breaking up meat with a wooden spoon, until it is no longer pink, 6 to 8 minutes.Stir tomato sauce, ketchup, and Worcestershire sauce into beef mixture in skillet. Simmer until thickened, stirring occasionally, 6 to 8 minutes. Season the mixture with more salt and pepper, as desired.dd ground beef to skillet. Cook, breaking up meat with a wooden spoon, until it is no longer pink, 6 to 8 minutes. Stir tomato sauce, ketchup, and Worcestershire sauce into beef mixture in skillet. Simmer until thickened, stirring occasionally, 6 to 8 minutes. Season the mixture with more salt and pepper, as desired.


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1 In a medium skillet over medium heat, brown the ground beef, onion, and green pepper; drain off liquids. 2  Stir in the garlic powder, mustard, ketchup, and brown sugar; mix thoroughly.3  Reduce heat, and simmer for 30 minutes. 4  Season with salt and pepper.irections. Prep. Cook. Ready In. 1  In a medium skillet over medium heat, brown the ground beef, onion, and green pepper; drain off liquids. 2  Stir in the garlic powder, mustard, ketchup, and brown sugar; mix thoroughly. 3  Reduce heat, and simmer for 30 minutes. 4  Season with salt and pepper.


Good side dishes with sloppy joes
Food Network invites you to try this Sloppy Joes recipe. ... Stir in ground beef and cook, breaking up meat with side of spoon, until meat is no longer pink, about 5 minutes. ...Spenser's Sloppy Joes Recipe: Patrick and Gina Neely: Food ... Food Network invites you to try this Spenser's Sloppy Joes recipe from Patrick and Gina Neely.rusted Results with Good side dishes with sloppy joes. Sloppy Turkey Joes Recipe: Rachael Ray: Food Network. Food Network invites you to try this Sloppy Turkey Joes recipe from Rachael Ray.


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1 In a large skillet, cook the beef, celery and onion over medium heat until meat is no longer pink; drain. 2  Stir in the flour, brown sugar, mustard and ketchup. 3  Bring to a boil. 4  Reduce heat; simmer, uncovered, for 10 minutes, stirring occasionally.5  Serve on buns with cheese.irections. 1  In a large skillet, cook the beef, celery and onion over medium heat until meat is no longer pink; drain. 2  Stir in the flour, brown sugar, mustard and ketchup. 3  Bring to a boil.


Cheese-Topped Sloppy Joes Recipe
Directions. 1  In a large skillet, cook the beef, celery and onion over medium heat until meat is no longer pink; drain. 2  Stir in the flour, brown sugar, mustard and ketchup. 3  Bring to a boil.4  Reduce heat; simmer, uncovered, for 10 minutes, stirring occasionally.5  Serve on buns with cheese.irections. 1  In a large skillet, cook the beef, celery and onion over medium heat until meat is no longer pink; drain. 2  Stir in the flour, brown sugar, mustard and ketchup. 3  Bring to a boil.


what to serve with Manwich (sloppy joe's)
what to serve with Manwich (sloppy joe's). what can I serve with Manwich, need a side and a dessert ideas... thank you for your help. This is my first post. hoping someone can help..thank you......hat to serve with Manwich (sloppy joe's). what can I serve with Manwich, need a side and a dessert ideas... thank you for your help. This is my first post. hoping someone can help..thank you......


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1 Heat skillet over medium-high heat; cook and stir beef, onion, green bell pepper, carrots, and garlic until beef is browned, about 10 minutes. 2  Drain off liquids. 3  Stir in mustard, ketchup, and brown sugar and mix thoroughly.ook. Ready In. 1  Heat skillet over medium-high heat; cook and stir beef, onion, green bell pepper, carrots, and garlic until beef is browned, about 10 minutes. 2  Drain off liquids. 3  Stir in mustard, ketchup, and brown sugar and mix thoroughly. 4  Reduce heat to low and simmer until sauce has thickened, about 30 minutes.


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Directions. Prep. Cook. Ready In. 1  In a medium skillet over medium heat, brown the ground beef, onion, and green pepper; drain off liquids. 2  Stir in the garlic powder, mustard, ketchup, and brown sugar; mix thoroughly. 3  Reduce heat, and simmer for 30 minutes. 4  Season with salt and pepper.irections. Prep. Cook. Ready In. 1  In a medium skillet over medium heat, brown the ground beef, onion, and green pepper; drain off liquids. 2  Stir in the garlic powder, mustard, ketchup, and brown sugar; mix thoroughly. 3  Reduce heat, and simmer for 30 minutes. 4  Season with salt and pepper.


Super Sloppy Joes
Directions. Heat a large skillet over medium high heat. Add oil and meat to the pan. Spread the meat around the pan and begin to break it up. Combine brown sugar and steak seasoning. Add sugar and spice mixture to the skillet and combine. When the meat has browned, add onion and red peppers to the skillet.Reduce heat to medium and cook onions, peppers, red wine vinegar and Worcestershire sauce with meat for 5 minutes. Add tomato sauce and paste to pan. Stir to combine. Reduce heat to simmer and cook Sloppy Joe mixture 5 minutes longer.eat a large skillet over medium high heat. Add oil and meat to the pan. Spread the meat around the pan and begin to break it up. Combine brown sugar and steak seasoning.


Healthier Sloppy Joes II
Cook. Ready In. 1  Heat skillet over medium-high heat; cook and stir beef, onion, green bell pepper, carrots, and garlic until beef is browned, about 10 minutes. 2  Drain off liquids. 3  Stir in mustard, ketchup, and brown sugar and mix thoroughly.4  Reduce heat to low and simmer until sauce has thickened, about 30 minutes.ook. Ready In. 1  Heat skillet over medium-high heat; cook and stir beef, onion, green bell pepper, carrots, and garlic until beef is browned, about 10 minutes. 2  Drain off liquids. 3  Stir in mustard, ketchup, and brown sugar and mix thoroughly. 4  Reduce heat to low and simmer until sauce has thickened, about 30 minutes.


Section 9.7 Organelle DNAs
Section 9.7 Organelle DNAs. Although the vast majority of DNA in most eukaryotes is found in the nucleus, some DNA is present within the mitochondria of animals, plants, and fungi and within the chloroplasts of plants.ndividual mitochondria are large enough to be seen under the light microscope and even the mitochondrial DNA (mtDNA) can be detected by fluorescence microscopy. The mtDNA is located in the interior of the mitochondrion, the region known as the matrix.


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Split and merge into it. Answer by Jaki1908. Confidence votes 108. DNA is mainly found in the nucleus of the cell. Of course, it can also be found in other organelles such as the mitochondria (therefore it is called mitochondrial DNA).o. DNA is store in the nucleus which is an organelle but the DNA specifically is not considered an organelle. Edit. Share to: 1  The Five Major Parts of the Brain At its most basic, the brain controls the body.


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If the cell is a eukaryote, meaning it has a nucleus and is usually more complex, DNA is â¦ contained in the nucleus, and enzymes there transfer parts of it for uses such as protein synthesis with mRNA going to Ribosomes in the rough endoplasmic reticulum.f the cell is a prokaryote, meaning it lacks a nucleus and is usually less complex, then the DNA is contained in a circle-like plasmid that forks off to replicate, located in the cytoplasm.


Learn About Organelles
There are also certain organelles found in plant cells that are not found in animal cells and vice versa. Examples of organelles found in plant cells and animal cells include: Prokaryotic cells have a structure that is less complex than eukaryotic cells.They do not have a nucleus or region where the DNA is bound by a membrane. Prokaryotic DNA is coiled up in a region of the cytoplasm called the nucleoid. Chloroplast-this chlorophyll containing plastid is found in plant cells, but not animal cells. 2  Chloroplasts absorb the sun's light energy for photosynthesis. 3  Cell Wall-this rigid outer wall is positioned next to the cell membrane in most plant cells.


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DNA is mainly found in the nucleus of the cell. Of course, it can also be found in other organelles such as the mitochondria (therefore it is called mitochondrial DNA). 1 person found this useful.Edit.f the cell is a prokaryote, meaning it lacks a nucleus and is usually less complex, then the DNA is contained in a circle-like plasmid that forks off to replicate, located in the cytoplasm.


Learn About Organelles
1 Nucleus-a membrane bound structure that contains the cell's hereditary (DNA) information and controls the cell's growth and reproduction. 2  It is commonly the most prominent organelle in the cell. 3  Mitochondria-as the cell's power producers, mitochondria convert energy into forms that are usable by the cell. Chloroplast-this chlorophyll containing plastid is found in plant cells, but not animal cells. 2  Chloroplasts absorb the sun's light energy for photosynthesis. 3  Cell Wall-this rigid outer wall is positioned next to the cell membrane in most plant cells.


Learn About Organelles
Eukaryotic Organelles. 1  Nucleus-a membrane bound structure that contains the cell's hereditary (DNA) information and controls the cell's growth and reproduction. 2  It is commonly the most prominent organelle in the cell. Chloroplast-this chlorophyll containing plastid is found in plant cells, but not animal cells. 2  Chloroplasts absorb the sun's light energy for photosynthesis. 3  Cell Wall-this rigid outer wall is positioned next to the cell membrane in most plant cells.


Be Part of Ask A Biologist
Nucleus-The nucleus is the control center of the cell. It is the largest organelle in the cell and it contains the DNA of the cell. DNA (Deoxyribonucleic Acid) contains all the information for cells to live, perform their functions and reproduce.Inside the nucleus is another organelle called the nucleolus.The nucleolus is responsible for making ribosomes.ach organelle is a place where specific jobs are done. Plant and animal cells have many of the same organelles. In some cases, like plant cells, there are more types of organelles than are found in animal cells. Below are some names and descriptions of organelles commonly found in cells.


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If the cell is a eukaryote, meaning it has a nucleus and is usually more complex, DNA is â¦ contained in the nucleus, and enzymes there transfer parts of it for uses such as protein synthesis with mRNA going to Ribosomes in the rough endoplasmic reticulum.o. DNA is store in the nucleus which is an organelle but the DNA specifically is not considered an organelle. Edit. Share to: 1  The Five Major Parts of the Brain At its most basic, the brain controls the body.


StudyBlueSize: 543Functions of the digestive systemIngestion, motility, secretion, digestion, absorption and elimination of wastes.IngestionIntro of nutrients into the oral cavity.MotilityVoluntary and involuntary muscular contractions for mixing and moving material through the GI tract.DigestionBreak down of ingested food into smaller structures that may be absorbed from the GI tract. Mechanical digestion-physically broken down by chewing and mixing without changing chemical structure. Chemical digestion- enzymes that break chemical bonds in order to break down material chemically.SecretionProcess of producing and releasing fluid products into the GIA tract that facilitate digestion.AbsorptionTransport of digested material, electrolytes, vitamins and water from the GI tract into the blood or lymph.AbsorptionElimination of waste GI tract organs in orderAccessory digestive organs Accessory digestive GLANDSFour tunics of the GI tract MucosaSub mucosa Mucosa Epithelial liningMucosa Lamina propia Mucosa Muscularis mucosaeMuscularis Peristalsis  (Muscularis)Segmentation Adventitia/serosaAdventitia SerosaSerous membrane Parietal peritoneumVisceral peritoneum Peritoneal cavityIntraperitoneal organs Intraperitoneal organsRetroperitoneal organs MesenteryMesentery function Greater omentumLesser omentum Falciform ligamentMesentery proper MesocolonMechanoreceptors ChemoreceptorsLong reflexes Short reflexesPrimary hormones for regulation of digestion Classify the following images into the types of vessels they represent.Place the structures blood will pass through when precapillary sphincters are relaxed. Label the microscopic blood vessels.Classify the given terms or examples with the appropriate category. Label the structures of the artery, capillary, and vein in the figure.Drag each label into the appropriate position to identify whether the characteristic is indicative of arteries or veins. Label the wall of the artery and vein.Indicate whether the given condition would increase or decrease blood flow with all other factors being equal. Place the events of autonomic blood pressure regulation in the correct sequence.Place the events of tissue autoregulation in the correct sequence. The fluids reenter the capillaries at the venous end becauseThe fluids leave the capillaries at the arterial end because VasodilationVasodilator VasoconstrictionWhich of the following statements is NOT true concerning blood vessels? Blood flow isUnder the microscope, the wall of a blood vessel is observed to contain only a tunica intima. This must be a (n) Upon dissection of a capillary, it is found to contain intercellular clefts, but otherwise no pores, openings or gaps in the vessel wall. This is probably a __________ capillary.Capillaries have only a CapillariesCapillaries Which vessel drains capillaries?The vessels that are responsible for carrying blood away from the heart are After blood passes through capillaries in the small intestine, it flows to capillary beds in the liver. This is an example of a simple pathway.Tunica intima is the innermost tunic of a blood vessel, and contains predominantly smooth muscle cells supported by elastic fibers. Under the microscope, a blood vessel is observed to have a relatively thin wall, a large lumen, is collapsed, and contains a thick tunica externa. This is probably a (nIn both pulmonary and systemic circulation, gas exchange occurs at the Capillary exchange is the process by which cells receive everything they need to survive and to eliminate metabolic waste.By far the most important means by which capillary exchange occurs is filtration. A small amount of fluid moves out of capillaries at their venous ends, and most of that fluid reenters the capillaries at their arterial ends. fFiltration pressure is the force responsible for moving fluid across capillary walls. If blood flow in the capillaries was too fast, there might not be sufficient time for exchange of nutrients and waste between tissues and blood.Local control of blood flow is achieved by the periodic relaxation and contraction of precapillary sphincters regulating blood flow through the tissues. Precapillary sphincters relax as the tissue concentration of nutrients, such as oxygen, glucose, amino acids, and fatty acids, increases.Vasodilator substances are produced in the extracellular fluid as the rate of metabolism increases. In a working tissue like skeletal muscle, carbon dioxide may accumulate along with an increase in lactic acid. In this example, carbon dioxide and lactic acid will act asDuring ____________ , there is an increase in ____________ due to a faster and stronger heartbeat and because blood is removed from the âreservoirsâ of the veins to the ____________ . There is also a ____________ of blood. In contrast, ____________ total blood flow is distributed to the abdominal organs, ____________ digestive processes; less is transported to the kidneys, which ____________ urine output to maintain blood volume and blood pressure.When carbon dioxide accumulates in a tissue, local arterioles will _________, increasing perfusion and decreasing carbon dioxide levels. A patientâs systolic pressure is 130 and diastolic pressure is 90. What is the pulse pressure?Blood pressure is highest in the ___________ and lowest in the _____________. As the cross-sectional area of blood vessels increases, velocity of blood flowWhich of the following is a mechanism that assists venous return? The pressure gradientGravity The skeletal muscle pumpThe thoracic (respiratory) pump The cerebral arteries dilate when the systemic BP drops and constrict when it rises.During liver disease, levels of blood proteins may be low. This would __________ blood colloid osmotic pressure. The best estimate of MAP isResistance in the blood vessels is primarily controlled by altering Blood pressure increases with sustained increased resistance becauseWhen a person changes position from lying down to standing, the blood pressure in the veins of the lower limbs __________. A long-term response to an increase in blood pressure would involveThe renin-angiotensin system results in multiple hormones that raise blood pressure. At rest, veins contain the largest percentage of blood in the body.An albumin protein from the blood may diffuse through the endothelial cell membrane and enter the tissue fluid. The thyroid gland is highly perfused. Therefore, it has a ______ degree of vascularization.Angiogenesis is the generation of new blood vessels in tissues that require them. During exercise, blood is shifted from the __________ into systemic circulation.The region of the nasal cavity immediately internal to the nostrils is the _________; it contains coarse guard hairs. There are two gases that are exchanged during respiration. Carbon dioxide diffuses from the blood into the alveoli while the other gas, ____________ , diffuses from the alveoli into the blood.Which do not belong to the respiratory zone of the respiratory system? The respiratory tract is a passageway for air between the external environment and the ____________ (air sacs) of the lungs.Receptors located in the superior regions of the nasal cavity called ____________ receptors detect odors as air moves across them. The vocal cords of the ____________ (voice box) vibrate as air moves across them to produce sound. Sounds then resonate in upper respiratory structures.Components of the respiratory mucous membrane include all of these EXCEPT: Nonkeratinized stratified squamous epithelium can be found lining what area of the respiratory tract?The nasal cavity is divided into left and right portions by the The largest unpaired laryngeal cartilage is theThe trachea bifurcates at the level of the sternal angle (where the manubrium and body of the sternum articulate) into the right and left The smallest respiratory bronchioles subdivide into thin airways calledThe right lung has ________ lobes, and the left lung has ________ lobes. The pleural cavityThe trachea extends inferiorly through the neck into the mediastinum and lies immediately posterior to the esophagus and the sternum. Respiratory bronchioles typically are lined by a simple cuboidal epithelium, and both the alveolar ducts and alveoli are lined by a simple squamous epithelium.The respiratory membrane is only 0.5 micrometer thick and consists of an alveolar epithelium and its basement membrane, and a capillary endothelium and its basement membrane. Change in the _______ of breathing is accomplished by altering the amount of time spent in both inspiration and expiration, whereas altering the _______ of breathing is accomplished through stimulation of accessory muscles, which results in greater thoracic volume changes.During lung inflation Pulmonary ventilation (breathing) can also be described asDuring inhalation, the thoracic cavity ___________; during exhalation, the thoracic cavity ___________. The control of breathing muscles comes fromAirflow is a function of what two factors? The amount of air that is moved between the atmosphere and alveoli in 1 minute isExternal respiration involves the exchange of gases between the atmosphere and the blood. Boyleâs law states that at a constant temperature, the pressure of a gas decreases if the volume of the container decreases, and vice versa.Shallow breathing is more effective for maximizing alveolar ventilation than slower, deeper breathing. Total lung capacity can be calculated as: vital capacity + residual volume.You cannot consciously hold your breath long enough to die. As the lungs expand while breathing, the pressure in the lungs decreases.The respiratory membrane, across which gas exchange occurs, is formed by the wall of the respiratory bronchiole and the pulmonary capillary. During inspiration, thoracic cavity volume increases.As the diaphragm relaxes, it is depressed (moves inferiorly). The partial pressures of gases in cells of systemic tissues result fromThis ability of bronchioles to regulate airflow and arterioles to regulate blood flow is called During alveolar gas exchange, blood P (CO2)During systemic gas exchange blood P (O2) Bronchioles have a proportionately thicker layer of smooth muscle than bronchi and contraction of this smooth muscle narrows the diameter of the bronchiole, referred to as bronchodilation.The gas exchange surfaces of the lungs are part of the pulmonary circulation, while the bronchial circulation is part of the systemic circulation. If a partial pressure gradient exists between two regions for a given gas, then the gas moves from the region of its lower partial pressure to the region of its higher partial pressure.Dalton's law states that at a given temperature, the solubility of a gas in a liquid is dependent upon the partial pressure of the gas in the air and the solubility coefficient of the gas. Physiologic adjustments, like ventilating alveoli well and providing ample blood to pulmonary capillaries, contribute to maximum gas exchangeThe partial pressure of each gas in the cells remains relatively constant because the continuous delivery of oxygen and removal of carbon dioxide corresponds with the amounts associated with cellular respiration. During exercise, both oxygen consumption and carbon dioxide production increase in response to elevated rates of cellular respiration but blood P (O2) and P (CO2) levels remain relatively the same.As the volume in the alveoli increases, the pressure decreases. The alveoli never attain equal pressure with the ambient (outside) air.Gases diffuse because of differences in partial pressures from areas of higher pressure to areas of lower pressure. When partial pressures for a given gas are equal between the capillaries and the tissue fluids, no net movement of that gas occurs.The largest percentage of carbon dioxide is transported in the blood Hemoglobin is capable of transportingThe respiratory center is composed of the medullary respiratory center and the pontine respiratory center. Oxygen diffuses across the respiratory membrane from the alveoli into the capillaries because of the P (O2) partial pressure gradient.The largest percentage of carbon dioxide is carried from the tissue cells to the lungs attached to the globin portion of hemoglobin. Hemoglobin is able to transport carbon dioxide, oxygen, and hydrogen ions at the same time without affecting each other.Perfusion ArteriesArteries VeinsVeins Left ventricleRight ventricle Right Side of the Heart pumps _____________ blood to the lungs.The left side of the heart pumps _______________ blood to the body.Pulmonary CircuitSystemic Circuit Basic patter of blood flow through the heartLocation of the heart PericardiumFibrous Pericardium Parietal layer of the serous pericardiumVisceral layer of the serous pericardium Cardiac muscle cell structureIntercalated Discs DesmosomesGap Junctions Functional SyncytiumCardiac Muscle Metabolism Coronary ArteriesCardiac Veins Coronary SinusFunctional End Arteries Sinoatrial (SA) NodeAtrioventricular (AV) Atrioventricular (AV)BundlePurkinje Fibers Innervation of the HeartCardioinhibitory Center Cardioacceleratory CenterAtrial Reflex Nodal Cells in SA NodeResting Membrane Potential (RMP) Na + / K + PumpsCalcium Ion pumps (Ca 2+) Voltage-gated Channels in Nodal CellsElectrical Events at the SA Node Reaching Threshold (SA node)Depolarization (SA node) Repolarization (SA node)Pacemaker Potential Vagal ToneCardiac Muscle Stimulation Overview Electrical Events of Cardiac Muscle Cell DiagramThe Sarcolemma of Cardiac Muscle Cells Depolarization (Sarcolemma)Plateau (Sarcolemma) Repolarization (Sarcolemma)Tetany Electrocardiogram (ECG or EKG)Waves and Segemnent of ECG TachyarrhythmiaCardiac Cycle SystoleDiastole End-diastolic Volume (EDV)End-systolic Volume (ESV) Stroke Volume (SV)Isovolumetric Contraction Isovolumetric RelaxationHeart Sounds Cardiac OutputCardiac Reserve Factors that Influence Heart RatePositive Chronotropic Agents Negative Chronotropic AgentsVenous Return The Frank Starling LawIntropic Agents AfterloadVariables that Influence CO AnemiaAplastic Anemia Hemorrhagic AnemiaPernicious Anemia Sickle-cell diseasePolycythemia Physical Characteristics of BloodComponents of Blood Blood SmearCollins Osmotic Pressure Plasma proteinsAlbumin GlobulinsFibrinogen Regulatory ProteinsOther Solutes w/I Plasma Electrolytes in PlasmaNutrients in Plasma HemopoiesisMyeloid Line Lymphoid LineErythropoiesis LeukopoiesisThrombopoiesis Red Blood CellsHemoglobin OxyhemoglobinDeoxyhemoglobin CarbaminohemoglobinErythropoietin (EPO) Erythrocyte destructionIron Component of Hemoglobin during Destruction of Erythrocytes The Heme Group of Hemoglobin During Erythrocyte DestructionSurface Antigens AntibodyAgglutination ABO Blood TypesRh Factor White Blood CellsPlateletsHemostasis CoagulationIntrinsic Pathway Common PathwayExtensive Pathway Clot RetractionFibrinolysis Compensatory PolycythemiaRelative Polycythemia ErythrocytosisPolycythemia Vera: LeukemiaAcute leukemia Chronic leukemiaHemophilia Hemophilia AThrombocytopenia ThrombusEmbolus EmbolismStroke Pulmonary EmbolismAngina pectoris Myocardial infarctionPericarditis Cardiac arrhythmiaAtrial flutter Atrial FibrillationVentricular fibrillation Cardiac arrestHeart murmur Valvular stenosisBradycardia TachycardiaSimple Pathway Includes Alternative Pathway IncludesAnastomosis The Three Tunics of Vessel Walls  (in order from outermost to innermost)Vasoconstrictor AutoregulationVasa vasorum Companion vesselsVasomotor Tone Bulk FlowFiltration Hydrostatic PressureColloid Osmotic Pressure Net Filtration a pressureAngiogenesis Total Blood FlowBlood Pressure Blood Pressure Gradient
Break down of ingested food into smaller structures that may be absorbed from the GI tract. Mechanical digestion-physically broken down by chewing and mixing without changing chemical structure. Chemical digestion- enzymes that break chemical bonds in order to break down material chemically.


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Then, complex nutrients are broken down into simpler nutrients in the process that gives this system its name: digestion. To physically break large chunks of food into smaller bits and to move it along the tract, movement (or motility) of the gastrointestinal (GI) wall is required.


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Assuming you take one deep breath, you have to overcome the dead air space only one time. All the additional air inhaled in that breath is available for gas exchange. If you take two quick breaths, you have to fill the dead air space twice.


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Chemical digestionthat is, breakdown of large molecules into small moleculesrequires secretion of digestive enzymes into the lumen of the GI tract. After being digested, nutrients are ready for the process of absorption, or movement through the GI mucosa into the internal environment.


Chapter 44 - Porth's Patho
produce a mucus-rich alkaline secretion (containing bicarbonate) in order to: - protect the duodenum from the acidic content of chyme (which is introduced into the duodenum from the stomach); - provide an alkaline condition for the intestinal enzymes to be active, thus enabling absorption to take place; lubricate the intestinal walls.


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The primary function of the digestive system is to bring essential nutrients into the internal environment so that they are available to each cell of the body. To accomplish this function, the digestive system uses various mechanisms (Table 26-1).


StudyBlueSize: 543Functions of the digestive systemIngestion, motility, secretion, digestion, absorption and elimination of wastes.IngestionIntro of nutrients into the oral cavity.MotilityVoluntary and involuntary muscular contractions for mixing and moving material through the GI tract.DigestionBreak down of ingested food into smaller structures that may be absorbed from the GI tract. Mechanical digestion-physically broken down by chewing and mixing without changing chemical structure. Chemical digestion- enzymes that break chemical bonds in order to break down material chemically.SecretionProcess of producing and releasing fluid products into the GIA tract that facilitate digestion.AbsorptionTransport of digested material, electrolytes, vitamins and water from the GI tract into the blood or lymph.AbsorptionElimination of waste GI tract organs in orderAccessory digestive organs Accessory digestive GLANDSFour tunics of the GI tract MucosaSub mucosa Mucosa Epithelial liningMucosa Lamina propia Mucosa Muscularis mucosaeMuscularis Peristalsis  (Muscularis)Segmentation Adventitia/serosaAdventitia SerosaSerous membrane Parietal peritoneumVisceral peritoneum Peritoneal cavityIntraperitoneal organs Intraperitoneal organsRetroperitoneal organs MesenteryMesentery function Greater omentumLesser omentum Falciform ligamentMesentery proper MesocolonMechanoreceptors ChemoreceptorsLong reflexes Short reflexesPrimary hormones for regulation of digestion Classify the following images into the types of vessels they represent.Place the structures blood will pass through when precapillary sphincters are relaxed. Label the microscopic blood vessels.Classify the given terms or examples with the appropriate category. Label the structures of the artery, capillary, and vein in the figure.Drag each label into the appropriate position to identify whether the characteristic is indicative of arteries or veins. Label the wall of the artery and vein.Indicate whether the given condition would increase or decrease blood flow with all other factors being equal. Place the events of autonomic blood pressure regulation in the correct sequence.Place the events of tissue autoregulation in the correct sequence. The fluids reenter the capillaries at the venous end becauseThe fluids leave the capillaries at the arterial end because VasodilationVasodilator VasoconstrictionWhich of the following statements is NOT true concerning blood vessels? Blood flow isUnder the microscope, the wall of a blood vessel is observed to contain only a tunica intima. This must be a (n) Upon dissection of a capillary, it is found to contain intercellular clefts, but otherwise no pores, openings or gaps in the vessel wall. This is probably a __________ capillary.Capillaries have only a CapillariesCapillaries Which vessel drains capillaries?The vessels that are responsible for carrying blood away from the heart are After blood passes through capillaries in the small intestine, it flows to capillary beds in the liver. This is an example of a simple pathway.Tunica intima is the innermost tunic of a blood vessel, and contains predominantly smooth muscle cells supported by elastic fibers. Under the microscope, a blood vessel is observed to have a relatively thin wall, a large lumen, is collapsed, and contains a thick tunica externa. This is probably a (nIn both pulmonary and systemic circulation, gas exchange occurs at the Capillary exchange is the process by which cells receive everything they need to survive and to eliminate metabolic waste.By far the most important means by which capillary exchange occurs is filtration. A small amount of fluid moves out of capillaries at their venous ends, and most of that fluid reenters the capillaries at their arterial ends. fFiltration pressure is the force responsible for moving fluid across capillary walls. If blood flow in the capillaries was too fast, there might not be sufficient time for exchange of nutrients and waste between tissues and blood.Local control of blood flow is achieved by the periodic relaxation and contraction of precapillary sphincters regulating blood flow through the tissues. Precapillary sphincters relax as the tissue concentration of nutrients, such as oxygen, glucose, amino acids, and fatty acids, increases.Vasodilator substances are produced in the extracellular fluid as the rate of metabolism increases. In a working tissue like skeletal muscle, carbon dioxide may accumulate along with an increase in lactic acid. In this example, carbon dioxide and lactic acid will act asDuring ____________ , there is an increase in ____________ due to a faster and stronger heartbeat and because blood is removed from the âreservoirsâ of the veins to the ____________ . There is also a ____________ of blood. In contrast, ____________ total blood flow is distributed to the abdominal organs, ____________ digestive processes; less is transported to the kidneys, which ____________ urine output to maintain blood volume and blood pressure.When carbon dioxide accumulates in a tissue, local arterioles will _________, increasing perfusion and decreasing carbon dioxide levels. A patientâs systolic pressure is 130 and diastolic pressure is 90. What is the pulse pressure?Blood pressure is highest in the ___________ and lowest in the _____________. As the cross-sectional area of blood vessels increases, velocity of blood flowWhich of the following is a mechanism that assists venous return? The pressure gradientGravity The skeletal muscle pumpThe thoracic (respiratory) pump The cerebral arteries dilate when the systemic BP drops and constrict when it rises.During liver disease, levels of blood proteins may be low. This would __________ blood colloid osmotic pressure. The best estimate of MAP isResistance in the blood vessels is primarily controlled by altering Blood pressure increases with sustained increased resistance becauseWhen a person changes position from lying down to standing, the blood pressure in the veins of the lower limbs __________. A long-term response to an increase in blood pressure would involveThe renin-angiotensin system results in multiple hormones that raise blood pressure. At rest, veins contain the largest percentage of blood in the body.An albumin protein from the blood may diffuse through the endothelial cell membrane and enter the tissue fluid. The thyroid gland is highly perfused. Therefore, it has a ______ degree of vascularization.Angiogenesis is the generation of new blood vessels in tissues that require them. During exercise, blood is shifted from the __________ into systemic circulation.The region of the nasal cavity immediately internal to the nostrils is the _________; it contains coarse guard hairs. There are two gases that are exchanged during respiration. Carbon dioxide diffuses from the blood into the alveoli while the other gas, ____________ , diffuses from the alveoli into the blood.Which do not belong to the respiratory zone of the respiratory system? The respiratory tract is a passageway for air between the external environment and the ____________ (air sacs) of the lungs.Receptors located in the superior regions of the nasal cavity called ____________ receptors detect odors as air moves across them. The vocal cords of the ____________ (voice box) vibrate as air moves across them to produce sound. Sounds then resonate in upper respiratory structures.Components of the respiratory mucous membrane include all of these EXCEPT: Nonkeratinized stratified squamous epithelium can be found lining what area of the respiratory tract?The nasal cavity is divided into left and right portions by the The largest unpaired laryngeal cartilage is theThe trachea bifurcates at the level of the sternal angle (where the manubrium and body of the sternum articulate) into the right and left The smallest respiratory bronchioles subdivide into thin airways calledThe right lung has ________ lobes, and the left lung has ________ lobes. The pleural cavityThe trachea extends inferiorly through the neck into the mediastinum and lies immediately posterior to the esophagus and the sternum. Respiratory bronchioles typically are lined by a simple cuboidal epithelium, and both the alveolar ducts and alveoli are lined by a simple squamous epithelium.The respiratory membrane is only 0.5 micrometer thick and consists of an alveolar epithelium and its basement membrane, and a capillary endothelium and its basement membrane. Change in the _______ of breathing is accomplished by altering the amount of time spent in both inspiration and expiration, whereas altering the _______ of breathing is accomplished through stimulation of accessory muscles, which results in greater thoracic volume changes.During lung inflation Pulmonary ventilation (breathing) can also be described asDuring inhalation, the thoracic cavity ___________; during exhalation, the thoracic cavity ___________. The control of breathing muscles comes fromAirflow is a function of what two factors? The amount of air that is moved between the atmosphere and alveoli in 1 minute isExternal respiration involves the exchange of gases between the atmosphere and the blood. Boyleâs law states that at a constant temperature, the pressure of a gas decreases if the volume of the container decreases, and vice versa.Shallow breathing is more effective for maximizing alveolar ventilation than slower, deeper breathing. Total lung capacity can be calculated as: vital capacity + residual volume.You cannot consciously hold your breath long enough to die. As the lungs expand while breathing, the pressure in the lungs decreases.The respiratory membrane, across which gas exchange occurs, is formed by the wall of the respiratory bronchiole and the pulmonary capillary. During inspiration, thoracic cavity volume increases.As the diaphragm relaxes, it is depressed (moves inferiorly). The partial pressures of gases in cells of systemic tissues result fromThis ability of bronchioles to regulate airflow and arterioles to regulate blood flow is called During alveolar gas exchange, blood P (CO2)During systemic gas exchange blood P (O2) Bronchioles have a proportionately thicker layer of smooth muscle than bronchi and contraction of this smooth muscle narrows the diameter of the bronchiole, referred to as bronchodilation.The gas exchange surfaces of the lungs are part of the pulmonary circulation, while the bronchial circulation is part of the systemic circulation. If a partial pressure gradient exists between two regions for a given gas, then the gas moves from the region of its lower partial pressure to the region of its higher partial pressure.Dalton's law states that at a given temperature, the solubility of a gas in a liquid is dependent upon the partial pressure of the gas in the air and the solubility coefficient of the gas. Physiologic adjustments, like ventilating alveoli well and providing ample blood to pulmonary capillaries, contribute to maximum gas exchangeThe partial pressure of each gas in the cells remains relatively constant because the continuous delivery of oxygen and removal of carbon dioxide corresponds with the amounts associated with cellular respiration. During exercise, both oxygen consumption and carbon dioxide production increase in response to elevated rates of cellular respiration but blood P (O2) and P (CO2) levels remain relatively the same.As the volume in the alveoli increases, the pressure decreases. The alveoli never attain equal pressure with the ambient (outside) air.Gases diffuse because of differences in partial pressures from areas of higher pressure to areas of lower pressure. When partial pressures for a given gas are equal between the capillaries and the tissue fluids, no net movement of that gas occurs.The largest percentage of carbon dioxide is transported in the blood Hemoglobin is capable of transportingThe respiratory center is composed of the medullary respiratory center and the pontine respiratory center. Oxygen diffuses across the respiratory membrane from the alveoli into the capillaries because of the P (O2) partial pressure gradient.The largest percentage of carbon dioxide is carried from the tissue cells to the lungs attached to the globin portion of hemoglobin. Hemoglobin is able to transport carbon dioxide, oxygen, and hydrogen ions at the same time without affecting each other.Perfusion ArteriesArteries VeinsVeins Left ventricleRight ventricle Right Side of the Heart pumps _____________ blood to the lungs.The left side of the heart pumps _______________ blood to the body.Pulmonary CircuitSystemic Circuit Basic patter of blood flow through the heartLocation of the heart PericardiumFibrous Pericardium Parietal layer of the serous pericardiumVisceral layer of the serous pericardium Cardiac muscle cell structureIntercalated Discs DesmosomesGap Junctions Functional SyncytiumCardiac Muscle Metabolism Coronary ArteriesCardiac Veins Coronary SinusFunctional End Arteries Sinoatrial (SA) NodeAtrioventricular (AV) Atrioventricular (AV)BundlePurkinje Fibers Innervation of the HeartCardioinhibitory Center Cardioacceleratory CenterAtrial Reflex Nodal Cells in SA NodeResting Membrane Potential (RMP) Na + / K + PumpsCalcium Ion pumps (Ca 2+) Voltage-gated Channels in Nodal CellsElectrical Events at the SA Node Reaching Threshold (SA node)Depolarization (SA node) Repolarization (SA node)Pacemaker Potential Vagal ToneCardiac Muscle Stimulation Overview Electrical Events of Cardiac Muscle Cell DiagramThe Sarcolemma of Cardiac Muscle Cells Depolarization (Sarcolemma)Plateau (Sarcolemma) Repolarization (Sarcolemma)Tetany Electrocardiogram (ECG or EKG)Waves and Segemnent of ECG TachyarrhythmiaCardiac Cycle SystoleDiastole End-diastolic Volume (EDV)End-systolic Volume (ESV) Stroke Volume (SV)Isovolumetric Contraction Isovolumetric RelaxationHeart Sounds Cardiac OutputCardiac Reserve Factors that Influence Heart RatePositive Chronotropic Agents Negative Chronotropic AgentsVenous Return The Frank Starling LawIntropic Agents AfterloadVariables that Influence CO AnemiaAplastic Anemia Hemorrhagic AnemiaPernicious Anemia Sickle-cell diseasePolycythemia Physical Characteristics of BloodComponents of Blood Blood SmearCollins Osmotic Pressure Plasma proteinsAlbumin GlobulinsFibrinogen Regulatory ProteinsOther Solutes w/I Plasma Electrolytes in PlasmaNutrients in Plasma HemopoiesisMyeloid Line Lymphoid LineErythropoiesis LeukopoiesisThrombopoiesis Red Blood CellsHemoglobin OxyhemoglobinDeoxyhemoglobin CarbaminohemoglobinErythropoietin (EPO) Erythrocyte destructionIron Component of Hemoglobin during Destruction of Erythrocytes The Heme Group of Hemoglobin During Erythrocyte DestructionSurface Antigens AntibodyAgglutination ABO Blood TypesRh Factor White Blood CellsPlateletsHemostasis CoagulationIntrinsic Pathway Common PathwayExtensive Pathway Clot RetractionFibrinolysis Compensatory PolycythemiaRelative Polycythemia ErythrocytosisPolycythemia Vera: LeukemiaAcute leukemia Chronic leukemiaHemophilia Hemophilia AThrombocytopenia ThrombusEmbolus EmbolismStroke Pulmonary EmbolismAngina pectoris Myocardial infarctionPericarditis Cardiac arrhythmiaAtrial flutter Atrial FibrillationVentricular fibrillation Cardiac arrestHeart murmur Valvular stenosisBradycardia TachycardiaSimple Pathway Includes Alternative Pathway IncludesAnastomosis The Three Tunics of Vessel Walls  (in order from outermost to innermost)Vasoconstrictor AutoregulationVasa vasorum Companion vesselsVasomotor Tone Bulk FlowFiltration Hydrostatic PressureColloid Osmotic Pressure Net Filtration a pressureAngiogenesis Total Blood FlowBlood Pressure Blood Pressure Gradient
Change in the _______ of breathing is accomplished by altering the amount of time spent in both inspiration and expiration, whereas altering the _______ of breathing is accomplished through stimulation of accessory muscles, which results in greater thoracic volume changes.


Three Types of Muscle Fibers
A rugby player with strong leg muscles is taking a kick. Photo Credit Digital Vision./Photodisc/Getty Images. Your skeletal muscle contains two types of muscle fibers: fast-twitch and slow-twitch. Your fast-twitch and slow-twitch muscle fibers are separated into three distinct types.Slow-twitch fibers contain type 1 muscle fibers, while your fast twitch fibers contain both type 2a and type 2b.The percentage of each muscle fiber differs among everyone, and from one muscle to another in the same individuals, according to Fitness: The Complete Guide, by International Sports Sciences Association. rugby player with strong leg muscles is taking a kick. Photo Credit Digital Vision./Photodisc/Getty Images. Your skeletal muscle contains two types of muscle fibers: fast-twitch and slow-twitch. Your fast-twitch and slow-twitch muscle fibers are separated into three distinct types.