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Question: paraphrase.The distance between the bases (rise) is approximately 3.4 angstroms per base pair. B-DNA has 10.4 base pairs per turn of the helix. The rise and twist parameters determine the handedness and pitch of the helix The pitch per turn for B-DNA is about 35.4 Å with 10.5 base pairs per turn; hence, in every 35.4 Å length, a helix will make one complete turn. Base pairs are tilted with respect to the helical axis by about 1 degree. B-DNA contain anti-conformation of the glycosidic bonds, which account for the right-handed, double-helical structure of B-DNA
The spacing between the bases (rise) is roughly 3.4 angstroms per base pair. B-DNA features 10.4 base pairs per helical turn. The parameters of rise and twist determine the handedness and pitch of the helix. For B-DNA, the pitch per turn is approximately 35.4 Å with 10.5 base pairs per turn, resulting in one complete helical turn every 35.4 Å. The base pairs are tilted about 1 degree relative to the helical axis. B-DNA has anti-conformation of glycosidic bonds, contributing to its right-handed, double-helical structure.
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