about  chemical production of insulin?
345849
OK, this can be pretty complicated, but basically, what researchers do is that they take genes that code for insulin production in the human body and insert them into a plasmid. a plasmid is a piece of DNA that will be inserted into bacteria (or sometiimes viruses) but will remain independent from the bacteria's own genetic code. when the plasmid is inserted into the bacteria, the bacteria start producing insulin because they now have the gene for it. because bacteria have no use for insulin, they secrete it off as waste product, and this is collected and used for the benefit of humanity.
129908
From the layman, term of a diabetic,, \n\nThe mechanism that secretes insulin to the body is simply  "the pancreas".  The pancreas will either release too much or too little insulin to the body and therefore will be the determining factor of the level of insulin that is in a body.
722185
From this patent\n\nwww.freepatentsonline.com/6962719.html\n\n\n\nThe total extract described in EXAMPLE 1 was loaded in a dialysis bag with molecular weight cut off 500 (Spectra/Por®, Cat. No. 131 057). Both ends of the bag were sealed with clamps. The bag was placed in a bucket contained deionized water, in which the ratio of the supernatant and deionized water was 1:10. The total extract was dialyzed at 4° C. with stirring thrice each for 20 hours. The solution remaining in dialysis bag was collected and concentrated under reduced pressure to give the extract.
701074
That would be murder.  Diabetics would die if you took their insulin away from them.  That would be murder as well.
742243
Dont you mean how a molecule of glucose releases energy in a cell....any which way you look at it...refer to Kreb's Cycle in your Biology textbook!
649282
The insulin pump works by delivering pre-measured doses of insulin to the body on a constant basis. It basically works the same way as the injections, without all the sticks.
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Chromium and Zinc facilitate insulin activity endogenous or administered.
1072683
After you eat, the food is broken down into glucose, the simple sugar that is the main source of energy for the body's cells. But your cells cannot use glucose without insulin, a hormone produced by the pancreas. Insulin helps the cells take in glucose and convert it to energy. When the pancreas does not make enough insulin or the body is unable to use the insulin that is present, the cells cannot use glucose. Excess glucose builds up in the bloodstream, setting the stage for diabetes.
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Because the synthesis of sugar is a chemical process performed in living organisms.
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Hope this helps:\n\nhttp://jchemed.chem.wisc.edu/Journal/Issues/1997/Feb/abs210.html
797991
cells contain the same genetic content. however, our genes express differently to serve different purpose of the cells in different part of our body. some cells needs protein A more, therefore, protein A expressed more. some cells need protein B more, therefore it expressed protein B. nerve cells function is different from liver cell, therefore, there is not necessary to express insulin. but no matter what, the DNA in both cells are the same.
750861
Glucose and proteins are not ions.
701108
If you absolutely have to have it sweet then use Splenda.  It is made from sugar but doesn't have the effects of sugar.  Even sugar subsitutes should be avoid where possible because they tend to elevate you insuline.
613378
When you eat, your stomach produces glucose that acts like an acid to break down the food, pass it into your blood and absorb it into the body tissues. Insulin packs the food into your body tissues and, at the same time, flushes the excess glucose out of your body. Insulin is made by the pancreas and diabetes occurs when the pancreas fails to produce enough insulin to do these two jobs. Therefore an excess of glucose also builds up in the blood and bercause it is acidic, it eats away at your body's blood vessels. It attacks the liver, kidneys, eye retinas and the toes causing kidney disease, blindness and sometimes requiring amputation of the feet. So, the second part of your question is correct: the cells cannot deliver energy without insulin but there is also a build up of glucose in the blood which attacks the blood vessels.
263027
Glucose is oxidized with bromine.
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Spend some tim browsing this search engine specific to chemical industry\nhttp://www.icissearch.com/\nThey have most of the answers you're looking for.
861172
they make proteins. And they aren't a cell, they're just part of a cell. So, for instance, if your body needs some insulin, the nucleus sends the ribosomes the instructions in the form of messenger RNA, and transfer RNA brings the appropriate amino acids to the Ribosomes, where the desired protein (in this case, insulin) is assembled out of amino acids.