The structure of DNA (Structure of DNA), which nucleic acid type, DNA (DNA, deoxyribonucleic. acids) is to store genetic information (genetic information) of organisms by James Dean. Watson and Francis Crick (James D. Watson and Francis Crick) has modeled molecule of DNA (DNA). as follows: 1. Wired poly nucleotide (polynucleotide) 2 wires fastened together by pairs of bases. In late poly nucleotide (polynucleotide) the 3 'end of the nucleotide (Nucleotide) one to catch the 5' end of the nucleotide (Nucleotide) Another individual has. direction from the 5 'to 3' direction by the back garden as well (antiparallel) 2. Best thymine (T) attached to the base adenine (A) with hydrogen bonds form double bonds or double bonds the base cytosine (C) fastened to the base Goa Theanine (G) by bonding hydrogen bonding three. or triple bonds 3. poly-nucleotide (polynucleotide) 2 tangling twisted clockwise by a ladder. Brown out SEA Bose (Deoxyribose. Sugar) binds phosphate (phosphate group) is like railing 4. In the first round of the spiral (DNA) was comprised of 10 base pairs in the double helix 5. Each cycle is equal to 34 Å (angstrom reads) or 3.4 nm and poly-nucleotide (polynucleotide) 2 cables with a diameter of 20 Å or. 2 nm each base pairs away with 3.4 Angstrom or 0.34 nm helix angle 36 degrees by the structure of DNA (DNA) DNA. (DNA) is a poly-nucleotide. (Polynucleotide) 2 tangling clockwise spiral called a double helix (double helix) with poly nucleotide. (Polynucleotide) 2 vertical lines are aligned in the opposite direction or tangled in the park opposite. (Anti-parallel) which poly nucleotide (polynucleotide) one by one in the direction from 3 'to 5' of the poly-nucleotide (polynucleotide) another one sequence in the direction 5 '. to 3 'each includes a subset of nucleotide (Nucleotide) connected with the bond phospho the S terminal. (Phosphodiester bond) between among hydroxy (OH Group) at the third carbon position of sugar out SEA Bose (Deoxyribose. Sugar), the first and phosphate (Phosphate Group) attached to the carbon at the fifth position of sugar out SEA Bose (Deoxyribose. Sugar) next Poly nucleotide (Polynucleotide), the second line was connected with the base by the base A (adenine, Adenine) to connect with the base T (thymine, Thymine) with hydrogen bonds form double bonds (double. bonds) and Bass C (cytosine, Cytosine) to connect with the base G (Goa Theanine, Guanine) with three hydrogen bonds form a bond (triple bonds) and if DNA. (DNA) as a line open (open-end linear strand) at the end of DNA (DNA) each side will meet the 3'-OH (hydroxy group) of one line and end at the 5'-OH with phosphate (. phosphate group) of another call, always in a string of DNA (DNA) has a groove (Groove) 2 is a huge cry (major groove) and smaller minor (minor groove) in the double helix of the first round of DNA (DNA). includes bass of 10 bp and one round of DNA (DNA) is away 34 Angstrom (Å) or 3.4 nm (nanometer) Best individual away 3.4 Angstrom (Å) or 0.34 nm (nanometers) in width between lines. width or diameter 20 angstrom (Å) or 2 nm (nanometer) helix angle of 36 degrees by DNA structures (DNA) that describes the past. DNA structures (DNA) that is found in living organisms generally known as a B-DNA by the structure of DNA (DNA), another two A-DNA is a double helix, as well as the right to a B-. DNA, but the distance of the double bass and the diameter of the double helix structure of DNA (DNA) and A-DNA different from the structure of deoxyribonucleic acid (DNA) in a B-DNA structure of deoxyribonucleic acid (DNA) more types Z. -DNA is acid (DNA) strands of the double zigzag. Generally acid (DNA) in organisms is DNA structures (DNA) series B-DNA, except in certain circumstances, for example. The high concentration of salt, thus changing the structure of DNA (DNA), a Z-DNA.
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