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Biology 9 Online
OpenStudy (anonymous):

What is true of post-transcriptional controls in a eukaryotic cell? I.) They can regulate the splicing of mRNA molecules. II.) They can regulate the rate at which a molecule is translated. III.) They must occur in the nucleus before the RNA moves into the cytoplasm.

OpenStudy (anonymous):

I only I and II II only II and III

OpenStudy (anonymous):

@Joel_the_boss

OpenStudy (anonymous):

I and II I think

OpenStudy (anonymous):

That's what I was guessing... @Joel_the_boss, what do you think?

JoelTheBoss (joel_the_boss):

He is correct I and II

OpenStudy (anonymous):

What statement(s) below best describe coordinate control of genes in eukaryotic cells? I.) Genes involved in a related metabolic process are scattered over different chromosomes, but their coactivation is achieved because they share a specific combination of control elements that bind to the same activator molecules. II.) Different genes that code for proteins involved in the same metabolic process share the same enhancer regions. III.) The coordinated expression of different genes involved in the same metabolic process is enhanced by the bending of DNA to bring the bound activators closer to the promoter to form a transcription factory.

OpenStudy (anonymous):

I and II I and III II only III only

OpenStudy (anonymous):

The coactivation of related genes can occur because they share a specific combination of control elements.

OpenStudy (anonymous):

So, it has to have I.) in it.

OpenStudy (anonymous):

I think

OpenStudy (anonymous):

@Joel_the_boss

OpenStudy (anonymous):

@sreekar369

OpenStudy (anonymous):

@Opcode @Mimi_x3 @YanaSidlinskiy @Coolsector

OpenStudy (anonymous):

Thanks for your help @sumanta

OpenStudy (anonymous):

oh really

OpenStudy (anonymous):

???

OpenStudy (anonymous):

welcome

OpenStudy (anonymous):

any more help

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