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Call nucleotide and nucleotide bases known as derivatives of the following components: Naples Bay nucleotide. (polynucleotide) of nucleic acid molecules comprising nucleotide lines together (Figure 3.40), with the connection between 5'-phosphate (mean phosphate binding to the 5-carbon sugar. Payne's) of nucleotide 3'-OH with one molecule of carbon 3 of the sugar grown in the open-nucleotide molecule one another and as such it go. It is a long line. Bond connection is called 3 ', 5'-phosphodiester bond, if a nucleotide molecule, two well known. dinucleotide, third molecule called trinucleotide Respectively so as to Naples Bay nucleotide or nucleic acid. However, Bose sugar and phosphate as well, so it acts like a core spine (backbone) of the nucleic acid. The division is based, extending to the outside. Nucleic acid in the body is divided into two main Deoxyribonucleic acid (DNA) protein is combined with a chromatin or chromosomes in the nucleus. If the mitochondrion called. mitochondrial DNA, which is DNA molecule comprising a DNA subunits. deoxyadenylate, deoxyguanylate, deoxycytidylate and thymidylate the stored and transmitted genetically from parents to their offspring or from the cells into regenerative cells 2. Ribonucleic acid (RNA) is a small molecule than DNA is synthesized from DNA in the nucleus is then sent to serve in America's oldest salt in the form of mRNA, rRNA and tRNA found that RNA consisting of adenylate, guanylate, cytidylate and uridylate act. genetic information from DNA to the protein, which acts as a switch in the synthesis of active ingredients and other components. Cell and tissue
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