Why dont you not find nucleic acid information on food labels?
450599
There are no recommended daily allowances for nucleic acids.  You are getting amino acids with protiens you eat and they are the building blocks of necleic acids.  The body will break them down to amino acids to absorb them anyway.
977995
One word contradicts your "facts". \n\nPlasmids.\n\nPlasmids are non-chromosomal loops of DNA found in bacteria.  They often contain antibacterial resistance genes, or give the ability to use different sugars.  These plasmids are commonly shared by bacteria.  This is a gain of genetic information.\n\nNow, it is true that we only have 4 types of nucleotides in DNA, and they make about 20 amino acids.  This is conserved in all life forms. But from this, a countless number of proteins can be made, and have a nearly infinite number of effects.  Your suggesting could be likened to saying that we can never invent a new word, since we only have 26 letters.  \n\nPlease provide a source for your claims, perhaps then we can understand how you arrived at such a conclusion.
944914
it's almost the same theory but the stuff (eg, buffers and gel types) used are different. Also proteins separate according to their molecular weight and DNA separate according to their base pairs.
205231
DNA has four bases, the ones you are referring to as chemicals. The names of these bases are Adenine (A), Thymine (T), Cytosine (C) and Guanine (G). In RNA all these bases are also present except T where it is replaced by Uracil (U). So when information is copied from DNA to RNA (mRNA specifically) C pairs with G, G pairs with C, T pairs with A and A pairs with U (since there is no T but U in RNA).\n\nBesides that the chemical composition of DNA (Deoxyribonucleic Acid) is a Phosphate group, a base(the four bases) and a sugar (Deoxyribose). These three parts together form a nucleotide. A nucleotide without a phosphate group is called a nucleoside. The 'chemicals' you are looking for are Adenine, Thymine, Cytosine and Guanine.
1082461
It's actually very simple.  Just know what the letters before "RNA" code for.  tRNA (transfer RNA) transfers correct amino acids to a growing polypeptide chain.  snRNA (small nucleolar RNA) guide chemical modifications of rRnA's.  mRNA (messenger RNA), as the name implies, encodes and "carries" information from DNA during transcription to whatever sites are undergoing protein synthesis. rRNA basically makes the proteins.  Sorry, that's the shortest I could make it.  It's a rather difficult topic.
925974
Could not find specific info. on this, but you can go to web site listed below, enter "dietary supplements."  There are several articles  to read.  Maybe you can find a lead.  Problem with many of these supplements is labels do not include warnngs, labels cannot be trusted, they are not regulated by FDA, adverse reactions are often not identified until many people have been affected.
821153
you will find DNA ONLY in the nucleus....you will find RNA in mitochandria...but RNA is in a lot of places also it depends wut kind of RNA you're talking about b/c that can help you understand the location...i'm not sure about the last one
153709
Units of information in DNA are stored as hydrogen bonds linking base pairs of amino acids including thymine, cytosine, adenine and guanine.  Each base can only be linked to a single complementary base, for example, A+T, T+A, C+G or G+C.  The order, or polarity, of each base pairing is important (meaningful) in this context.  Genetic information is determined by the sequence of base pairs forming a three-dimensional chain described as a double-helix.
1047081
DNA\nRNA\ncarbohydrate (eg glycogen)\npolypeptides (proteins)\nmucopolysaccharides (proteins joined to carbohydrates)\nlipopolysaccharides (proteins joined to lipids)\nother lipids eg in membranes, and storage fat\n\nThere may be others.
773389
RNA starts at promoter\n\nDNA needs primer to start
305731
Just a clarification-DNA is composed of nucleic acids, not amino acids.  Amino acids are the building blocks of proteins.
1040820
those two are proteins and nucleic acids (DNA and RNA).  those two are present in all the living beings (the only problem with them is, that in viruses they are present - but some scientists belive that viruses are not living materia).\n\nthere are other organic components in living materia, such as lipids, carbohzdrates, vitamins, ferments etc.\n\nand those organic moleculas are composed of minerals - those which are listed in the first answer.
809859
nucleotides make up nucleic acids
327266
Nucleic Acid probes are used to identify regions of DNA. Say for example you want to look for a mutations with AAACCG, you would use a probe with TTTGGC( this is oversimplified, usually its about 15-20 bases), if the probe stuck on, it tells you that site is present. If the sequence was AAACAG, then it wouldn't stick on. Indicating the site was not there. So in a short one word, its used to identify Single Nucleotide Polymorphisms (SNP), alleles, or any differnce in DNA code, or even the presence of it.
93342
If you're talking about which species a strand of DNA is a part of, these are recognized by comparing to known types for degrees of similarity.  For instance, we recognize a bit of DNA as being dgog DNA if it bears resemblance to DNA we took from a dog.\n\nOther than that, each bit of DNA is iether coding or non-coding (mostly, it's non-coding--but don't let the term "junk DNA" fool you, because it's very important for structural reasons).  In the coding regions, every three neceotides forms a "codon," and every codon relates to a single amino acid in a peptide chain sequence.  These peptide chains form proteins, which are the builiding blocks for just about every function in the cell body.  Lipids, sugars, and catalytic RNAs do so functions, but other than that, virtually everything is done by proteins.  they cause motility in cells, control transport, sort things, build nucelic acids, lipids, and sugars, create energy from food, detect light and pressure and other stimuli, link cells together, send messages--pretty much everything.  We call DNA the blueprint of the organism because it is the blue print for the proteins which do most of the work in defining and controling the organism.
520769
Good news: You won't need to read a whole book to get even losts of details as well as the basics: google for a "polymerase chain reaction faq" on the web. Its less complicated than you think. \n\n\nWant to spend less time commuting ? Check out http://www.hallisystem.bravehost.com  \nWrite us.
862185
there sugar groups\n\nDNA had no oxygen on carbon 2 so Deoxyribose\n\nand RNA does have an oxygen on carbon two Ribose\n\nanything with 'ose' denotes a sugar for example glucose fructose