The anomeric carbon in $D (+)$ glucose is:

C - 1

carbon

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C - 2

carbon

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C - 5

carbon

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C - 6

carbon

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Solution

The correct option is A $C - 1$ carbon
The cyclic hemiacetal forms of glucose differ only in the configuration of the hydroxyl group at $C - 1$ , called anomeric carbon. Such isomers, i.e., $α & β$ form are called anomers.

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The anomeric carbon in D(+) glucose is:

The correct option is A C−1 carbonThe cyclic hemiacetal forms of glucose differ only in the configuration of the hydroxyl group at C−1, called anomeric carbon. Such isomers, i.e., α&β form are called anomers.

The anomeric carbon in $D (+)$ glucose is:

The correct option is A $C - 1$ carbon
The cyclic hemiacetal forms of glucose differ only in the configuration of the hydroxyl group at $C - 1$ , called anomeric carbon. Such isomers, i.e., $α & β$ form are called anomers.