In the given three structures,two glucose uni | vedclass

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Question

(C) In structure $(I)$,the linkage $(A)$ connects the $C_1$ carbon of one glucose unit to the $C_4$ carbon of another glucose unit,representing a $C_1

Vedclass · Accepted Answer

$(A)$ and $(C)$ are $C_1-C_4$; $(B)$ is $C_1-C_6$

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(C) In structure $(I)$,the linkage $(A)$ connects the $C_1$ carbon of one glucose unit to the $C_4$ carbon of another glucose unit,representing a $C_1-C_4$ glycosidic linkage.In structure $(II)$,the linkage $(B)$ connects the $C_1$ carbon of one glucose unit to the $C_6$ carbon (part of the $CH_2OH$ group) of another glucose unit,representing a $C_1-C_6$ glycosidic linkage.In structure $(III)$,the linkage $(C)$ connects the $C_1$ carbon of one glucose unit to the $C_4$ carbon of another glucose unit,representing a $C_1-C_4$ glycosidic linkage.Therefore,$(A)$ and $(C)$ are $C_1-C_4$ linkages,and $(B)$ is a $C_1-C_6$ linkage.

In the given three structures,two glucose units are linked. Which of the following correctly identifies the linkages between $C_1$ and $C_4$ and between $C_1$ and $C_6$?

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