If the gene encoding the lac repressor is mutated so that the repressor can no longer bind the operator, will a high level of tr
anscription of that operon occur? if the gene encoding the lac repressor is mutated so that the repressor can no longer bind the operator, will a high level of transcription of that operon occur? yes, but only when lactose is present yes, because rna polymerase will be able to bind the promoter and transcribe the operon no, because camp levels are low when the repressor is nonfunctional no, because rna polymerase is needed to transcribe the genes
The Kingdom Protista has a bunch of organisms thrown into the category because scientists have yet to sort them out properly. In the future these classifications might become more specific.
