I was asking for the whole biological process right from how it is induced
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its one of the most complex actions the body can perform. Its the relative contraction and expansion of about 50 facial and neck muscles that bring about a laugh. A smile takes just the half
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log on to\n\nhttp://technology.infomine.com/biometmine/biopapers/biomet_advance.pdf\n\n:)
361966
It is a molecule that encodes the information used to construct living organisms.
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The above is not complete. Don't have time to go into details, but check out this website:\n\nhttp://www.learner.org/channel/courses/biology/textbook/cancer/index.html\n\nI suggest reading the entire chapter if you don't have time for that, I suggest the section on Tumor Biology and the treatment section
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simple fact of the matter is that I should be able to put anything into my body I want to w/o interference from the gubment. I, and I alone am the owner of my body, and I should be able to do whatever the heck I want to w/it.  Period, end of story.
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understanding the reaction meachanism \neffect of catalysts etc....\ndetermining the amounts needed
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THere are a lot of ways. Entire textbooks are dedicated to this. Almost any way you can think of. IN terms of energy, bloodflow, chemical composition, excretion body composistion hormones....
532427
nothing bad. it just goes thru your system, nothing to worry about if thats why your asking. If your asking for a detailed thing on how it goes thru your system I dont know that.
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study of the substances found in living organisms, and of the chemical reactions underlying life processes. This science is a branch of both chemistry and biology; the prefix bio- comes from bios, the Greek word for “life.” The chief goal of biochemistry is to understand the structure and behavior of biomolecules. These are the carbon-containing compounds that make up the various parts of the living cell and carry out the chemical reactions that enable it to grow, maintain and reproduce itself, and use and store energy.\n\nA vast array of biomolecules is present in the cell. The structure of each biomolecule determines in what chemical reactions it is able to participate, and hence what role it plays in the cell's life processes. Among the most important classes of biomolecules are nucleic acids, proteins, carbohydrates, and lipids.\n\nNucleic acids are responsible for storing and transferring genetic information. They are enormous molecules made up of long strands of subunits, called bases, that are arranged in a precise sequence. These are “read” by other components of the cell and used as a guide in making proteins.\n\nProteins (see Protein) are large molecules built up of small subunits called amino acids. Using only 20 different amino acids, a cell constructs thousands of different proteins, each of which has a highly specialized role in the cell. The proteins of greatest interest to biochemists are the enzymes (see Enzyme), which are the “worker” molecules of the cell. These enzymes serve as promoters, or catalysts, of chemical reactions.\n\nCarbohydrates (see Carbohydrate) are the basic fuel molecules of the cell. They contain carbon, hydrogen, and oxygen in approximately equal amounts. Green plants and some bacteria use a process known as photosynthesis to make simple carbohydrates (sugars) from carbon dioxide, water, and sunlight. Animals, however, obtain their carbohydrates from foods. Once a cell possesses carbohydrates, it may break them down to yield chemical energy or use them as raw material to produce other biomolecules.\n\nLipids are fatty substances that play a variety of roles in the cell. Some are held in storage for use as high-energy fuel; others serve as essential components of the cell membrane.\n\nBiomolecules of many other types are also found in cells. These compounds perform such diverse duties as transporting energy from one location in the cell to another, harnessing the energy of sunlight to drive chemical reactions, and serving as helper molecules (cofactors) for enzyme action. All these biomolecules, and the cell itself, are in a state of constant change. In fact, a cell cannot maintain its health unless it is continually forming and breaking down proteins, carbohydrates, and lipids; repairing damaged nucleic acids; and using and storing energy. These active, energy-linked processes of change are collectively called metabolism. One major aim of biochemistry is to understand metabolism well enough to predict and control changes that occur in cells. Biochemical studies have yielded such benefits as treatments for many metabolic diseases, antibiotics to combat bacteria, and methods to boost industrial and agricultural productivity. These advances have been augmented in recent years by the use of genetic engineering techniques.
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I would ask your doc.
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Yes, try to this!\n\nhttp://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=PubMed&dopt=Abstract&list_uids=3906008
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I knew you were going to ask me this.
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God...the endoplasmic recticulum sooo does it for me!
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From within the system.
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haha so much for doing your hwk\nc d c c a b b d b b e? c b c? e a a a c b b a b? d?\n\nThats all i have time for... im dont remeber to much on this but best of luck to you\n\nLet me see if I can find my old textbook site and you can read it:\n\nah... here\nhttp://www.mhhe.com/biosci/genbio/maderbiology7/student/olc/chap08-outline.mhtml
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If you really want to know take it to the biology section of a college or natural resources institute, (anything with biology on its name) make sure you take pictures of it and save them so that nobody takes the credit from you; or take a lot of pictures from different angles and send them to an institut over the net
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See source for full explanation.