- 6 As Ketone In Its Open Chain Form Fructose Is Not Reducing At Room Temperature And Ph 7 But Here It Is A Reducing Su 1 (19.12 KiB) Viewed 32 times
6. As ketone in its open chain form, fructose is not reducing at room temperature and pH 7. but here it is a reducing su
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6. As ketone in its open chain form, fructose is not reducing at room temperature and pH 7. but here it is a reducing su
6. As ketone in its open chain form, fructose is not reducing at room temperature and pH 7. but here it is a reducing sugar as converts to glucose under the high temperature, high pH conditions of the DNS assay. Suggest a mechanism for the conversation of fructose to glucose under basic conditions. (Hint: we've seen an enzymatic version of this kind of isomerization reaction catalyzed by triose phosphate isomerase).
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