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#biochem
in RNA, the sugar adopts a C3ʹ endo conformation (Figure 2.9), which causes a change in phosphate separation and a general modi- fi cation of the double-helical structure
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A (Figure 2.8). Th e distance between the phos- phate oxygen and the hydrogen atom is 1.9 Å. If the 2ʹ hydrogen were replaced by a hydroxyl group, as in the ribose ring of RNA, the two oxygen atoms would repel each other strongly. Instead, <span>in RNA, the sugar adopts a C3ʹ endo conformation (Figure 2.9), which causes a change in phosphate separation and a general modi- fi cation of the double-helical structure<span><body><html>

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