Concept explainers
(a)
To identify: The closest counterparts of the enzyme galactose dehydrogenase as described in this chapter.
Concept introduction: Enzymes are the organic catalysts that act as an important component in various biological processes. Every enzyme that shows the shape variation between a binding site and its counterpart is correlated with each other. The flexibility of active sites is related with the enzyme flexibility with the enzyme counterpart.
(b)
To explain: The closest counterparts of the enzyme GDP-D-mannose-3, 5-epimerase dehydrogenase as described in this chapter.
Concept introduction: Enzymes are the organic catalysts that act as an important component in various biological processes. Every enzyme that shows the shape variation between a binding site and its counterpart is correlated with each other. The flexibility of active sites is related with the enzyme flexibility with the enzyme counterpart.
(c)
To explain: The closest counterparts of the enzyme phosphoglucose isomerase as described in this chapter.
Concept introduction: Enzymes are the organic catalysts that act as an important component in various biological processes. Every enzyme that shows the shape variation between a binding site and its counterpart is correlated with each other. The flexibility of active sites is related with the enzyme flexibility with the enzyme counterpart.
(d)
To explain: The closest counterparts of the enzyme phosphomannose isomerase as described in this chapter.
Concept introduction: Enzymes are the organic catalysts that act as important component in various biological processes. Every enzyme that shows the shape variation between a binding site and its counterpart is correlated with each other. The flexibility of active sites is related with the enzyme flexibility with the enzyme counterpart.
(e)
To explain: The closest counterparts of the enzyme phosphomannose mutase as described in this chapter.
Concept introduction: Enzymes are the organic catalysts that act as an important component in various biological processes. Every enzyme that shows the shape variation between a binding site and its counterpart is correlated with each other. The flexibility of active sites is related with the enzyme flexibility with the enzyme counterpart.
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