Suppose an experimenter becomes proficient with a technique that allows her to move DNA sequences wil prokaryotic genome. If she moves the promoter for the lac operon to the region between the beta galactosidase (lacz) gene and the permease (lacy) gene, which of the following would be likely? A) RNA polymerase will no longer transcribe permease. B) The cell will continue to metabolize but more slowly. C) The operon will no longer be inducible. D) Beta galactosidase will not be produced. E) The three genes will be expressed normally.

D

Explanation:

In the absence of lactose, the lac repressor binds tightly to the operator, which in turn inhibits transcription by RNA polymerase. However, when lactose is present beta-galactosidase will not be produced. So since the promoter( the binding site) is still present making lactose present in a new site, then it will obstruct the production of beta-galactosidase.

i think that the best answer would be c.

tell me if im wrong : )

answer: glucoamylase presented optimum activity at temperature of 55â°c, and, in the glycosidic bonds from the non-reducing ends of starch, resulting in the production of glucose. source and type of fermentation can affect the enzyme's properties

credit to kalahira