What is the difference between Ciliac and Non-tropical Sprew?
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Celiac disease, Celiac Sprue, and Non-tropical Sprue are all the same disease.  Basically it is an allergy to an ingredient in certain foods.  The ingredient is called gluten.\n\nThe other form of Sprue is called tropical sprue. This is found mainly in tropical climate zones and is due to poor nutrition and an infectious cause.  It is treated by vitamins and antibiotics for six months.  This is very rare in the United States and would only occur in someone who moved here from the tropics.\n\nNontropical sprue, (celiac disease), is present from birth, although some people may not develop symptoms until later in life. This type of sprue is treated by permanently adopting a strict gluten-free diet. This means a person can not eat foods that contain gluten, which is a form of protein found in many grains, such as wheat, barley, and rye.
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The aqueous glutaraldehyde is not used as an antiseptic. It is used to sterilize medical and dental equipments. It is also used for industrial water treatment and as a chemical preservative.\n\nTo differentiate an antiseptic from sterilizer: antiseptic are used to avoid or reduce the possibility of infection while a sterilizer eliminates all microorganisms.\n\nMerthiolate is known as thimerosal which is used as an antiseptic and antifungal agent. All the rest mentioned are used as antiseptics.☺
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Fimbristylis globulosa.
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a fairly lengthy description can be found at\n\nhttp://apps3.fao.org/jecfa/additive_specs/docs/0/additive-0465.htm
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I believe it is the smaller grains that make the difference - the grains are much tinier than regular yeast.   This site should help.
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Flinging.  lol j/k\n\nBoogers are made up from all the dirt and debris that the cilia like hairs of the nose collect.  The hairs are a filter keeping infection causing debris out of the lungs.
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As opposed to a Europian swallow?
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graduated cylinder... although you get a higher degree of accuracy with volumetric pipettes. :-)
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Yes. You see when a paramecium reproduse by meansof fision, the resulting organism are having the same size. In the case of the yeast, a bud is much smaller.
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WOW! You just put the "non" in non sequiter.\nCan you please explain the connection between water buckets & AIDS? I fail to see any.
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Try \nhttp://www.cipe.org/publications/fs/ert/e24/Agarwe24.htm
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Spirulina \nor\nPerfect Food by Garden of Life
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First off, it's only the number of _cervical_ (neck) vertebrae of mammals that is fixed at 7, not all the other vertebral types. There are exceptions, such as the tree sloths with 6 or 9 vertebrae, and a manatee species with 6, but the number 7 is consistent in most species of mammals, from giraffes (although there was an interesting question about it here) to dwarf shrews. \n\nA recent hypothesis (1999) about the fixed nº of cervical vertebrae is related to evolutionary developmental (evo-devo) aspects. Apparently, in mammals the genes that regulate the development of the skeleton (Hox genes) are also linked to the proliferation of cell lines (which is in turn related to the origin of cancer). Thus, any change in the nº of vertebrae could bring about deletereous (negative) changes in the control of cell multiplication, and would be constrained by natural selection because although the fixed nº of cervical vertebrae is not particularly advantageous, the possibility of tumor development is decidedly disadvantageous.\n\nAnd with respect to canislupus' question: If there is such a constraint, maybe the different number of cervical vertebrae in sloths and manatees gives advantages that offset the potential problems. In the case of sloths, I can easily see that more vertebrae enable greater rotation angle of the head (these animals are very impressive when they move). In the case of manatees, I cannot think of an evident advantage, but then again, I don't know much about manatees.\nSee the article at the first link.\n\n------------\nUpdate: I've checked other sources and it appears that both manatees and sloths share one trait: low basal metabolism. This could allow changes in the regulatory Hox gene without the threat of cancer (see second link)\n------------\nUpdate 2: Canislupus, this is new knowledge for me too. That's why I like Answers :-)
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I believe, that you are looking for amoeba.\nAmoeba's are from the kingdom: Zooplankton,  which has animal like characteristics. The Amoeba, in particular, belongs to the phylum: sarcodina which have characteristics such as having a coinceboid shape (no shape), and being able to flow by extending it's cell membrane to form false feet (pseudopod).\n\nBut, there are still several others that can be classified in this category: Paramecium cordatum (from the phylum: ciliophora), Trypanosoma gambiensis (from the phylum: mastigophora), and Plasmodium vivox (from the phylum: sporozoa)\nAs you see, there is more then one choice in this matter.\n\nHope this helps!
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Hi! No, they're totally different.  Xenadrine gives you energy, that's it.  And Xenical blocks the fat from your food to be absorbed
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Sp2 non-polar covalent bond
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Several types. Read about it at http://horticulture.coafes.umn.edu/vd/h5015/99papers/kostreba.htm