What are the three components that make up a nucleotide?
919953
a phosphate group\na ribose sugar\nand a nitrogenous base
723838
ATP maybe.\nGlucose if not.
505328
Transformation\nNucleotides\nBase
714143
1.PHOTON PARTICLES                   (Solar energy)\n 2.ADENOSINE TRI PHOSPHATE (ATP)       (Chemical energy)\n 3.FOOD (GLUCOSE)         (Potential energy)
1140133
The four nucleotide bases, the building blocks of every piece of DNA, are represented by the letters A, C, G, and T, which stand for their chemical names: adenine, cytosine, guanine, and thymine. The A on one strand always pairs with the T on the other, whereas C always pairs with G. The two strands are said to be complementary to each other. \n\nTo copy DNA, polymerase requires two other components: a supply of the four nucleotide bases and something called a primer. DNA polymerases, whether from humans, bacteria, or viruses, cannot copy a chain of DNA without a short sequence of nucleotides to "prime" the process, or get it started. So the cell has another enzyme called a primase that actually makes the first few nucleotides of the copy. This stretch of DNA is called a primer. Once the primer is made, the polymerase can take over making the rest of the new chain. \n\nA PCR vial contains all the necessary components for DNA duplication: a piece of DNA, large quantities of the four nucleotides, large quantities of the primer sequence, and DNA polymerase. The polymerase is the Taq polymerase, named for Thermus aquaticus, from which it was isolated. \n\nThe three parts of the polymerase chain reaction are carried out in the same vial, but at different temperatures. The first part of the process separates the two DNA chains in the double helix. This is done simply by heating the vial to 90-75 degrees centigrade (about 165 degrees Fahrenheit) for 30 seconds. \n\nBut the primers cannot bind to the DNA strands at such a high temperature, so the vial is cooled to 55 degrees C. At this temperature, the primers bind or "anneal" to the ends of the DNA strands. This takes about 20 seconds. \n\nThe final step of the reaction is to make a complete copy of the templates. Since the Taq polymerase works best at around 75 degrees C (the temperature of the hot springs where the bacterium was discovered), the temperature of the vial is raised. \n\nThe Taq polymerase begins adding nucleotides to the primer and eventually makes a complementary copy of the template. If the template contains an A nucleotide, the enzyme adds on a T nucleotide to the primer. If the template contains a G, it adds a C to the new chain, and so on to the end of the DNA strand. This completes one PCR cycle.  \n\nIf Instead of G if A gets added to C, then its called as mismatch...or mutation which DNA come over by repair mechanism...\n\nhope this helps!!!
128508
nucleic acids. Deoxyribonucleicacids(DNA), ribonucleicacids (RNA), inside the nucleus it contain the chemical nucleic acids.
909523
Hey cool I'm doing the same subject. \nOrder of the Nucleotides:\nCAUAUGGUCAGUAAACAG\nCodons:\nCAU-AUG-GUC-AGU-AAA-CAG\nAmino Acids:\nHistidine-Methionine-Valine-Serine-Lysine-Glutamine\nI really Hope that helps you,\n-Sean
1157929
DNA is a long polymer of nucleotides (a polynucleotide) and encodes the sequence of the amino acid residues in proteins using the genetic code,  a triplet code of nucleotides.
643239
All contain carbon, oxygen, hydrogen and nitrogen.\nAmino acids form proteins, while DNA and RNA are formed from nucleic acids.\nDNA stores the genetic code, mRNA transfers portions of that code to the cytoplasm, and is the transcript from which amino acids are strung together, in a specific pattern, to form the new peptide or protein.
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it is written in molecular form NH2....it is in a group called amines.\n\nit makes up nucleotide bases in your DNA
847602
Adenosine TriPhospahte (ATP) and NADH2\n\nIn response to answer above: GTP is only created from tyrosine-kinase reactors and is not part of the krebs cycle
7102
proteins\ncarbohydrates\nfats\nnucleic acids like dna and rna\nare the major biomolecules.
916476
Nucleic acids are acidic macromolecules found in the nucleus of a cell. They are DNA and RNA. The monomer of a nucleic acid is a nucleotide. It consists of a sugar (ribose for RNA or beoxyribose for DNA) a phosphate and a base. The four possible bases are (for DNA): Adenine, Guaniner, Cytosine, and Thymine. In RNA Thymine is replaced with Uracil, and the other 3 remain the same. Because there are four types of bases, there are four types of nucleotides.Since the phosphate and the sugar and constant, they are the backbone of a nucleotide. When nucleotides bond to form a long chain (a polynucleotide), the chain is a strand of DNA (which is double-stranded) or RNA (single-stranded). \nHope this helps ;-)
871031
In DNA deoxyribose-phosphate backbone and nitrogenous bases.  The bases of DNA are adenine, cytosine, guanine and thymine.  In RNA ribose-phosphate backbone and nitrogenous bases are adenine, cytosine, guanine and uracil.  A deoxyribose-phosphate backbone is essentially a pentonse sugar (5 carbons) linked to a phosphate group in a 5' to 3' direction.  The bases are connected to the 1' end of the ribose groups. Pairing occurs by hydrogen bonding between A+T, A+U, and G+C between two strands.
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1. periodic table (?), 2. nucleotides, bases,  3. fatty acids,  6. saturated fatty acid, trans fat,  8. energy (?), 12. adenosine diphosphate (ADP)
378211
its a double helix.\n\n  \n 1. DNA is made up of subunits which scientists called nucleotides.\n   2. Each nucleotide is made up of a sugar, a phosphate and a base.\n   3. There are 4 different bases in a DNA molecule:\n\n          adenine (a purine) \n          cytosine (a pyrimidine) \n          guanine (a purine) \n          thymine (a pyrimidine) \n\n   4. The number of purine bases equals the number of pyrimidine bases\n   5. The number of adenine bases equals the number of thymine bases\n   6. The number of guanine bases equals the number of cytosine bases\n   7. The basic structure of the DNA molecule is helical, with the bases being stacked on top of each other
905906
It takes three bases of DNA to make one codon.  So it would take three phosphates, three sugars and three of C,T,G,A.  Google DNA Codon table if you want to encode a codon for a specific amino acid.