Fill in the blank with the best possible choice: the arac gene ___________. key points are underlined. a. will be transcribed by
rna polymerase to produce the arac mrna. the arac mrna will be translated by ribosomes to produce the arac protein, which is a bifunctional regulator for the gfp gene. b. will be transcribed by ribosomes to produce the arac protein, which will give bacterium ampicillin resistance. c. will be transcribed by ribosomes to produce the arac protein, which will glow under the uv light. d. will be translated by rna polymerase to produce the arac mrna. the arac mrna will be transcribed by ribosomes to produce the arac protein, which is a bifunctional regulator for the gfp gene.
The correct answer is a: will be transcribed by RNA polymerase to produce the araC mRNA. The araC mRNA will be translated by ribosomes to produce the araC protein, which is a bifunctional regulator for the GFP gene. <span> This is the correct answer because RNA polymerase transcribes and ribosomes translate which is not the case in other offered answers.</span>
I think it is A because the original function of the spinal cord is to complex organization of nerve cells responsible for movement and sensation. It carries signals between the brain and the rest of the body.
