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.
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This is the correct answer because RNA polymerase transcribes and ribosomes translate which is not the case in other offered answers.</span>
Answer:
A
Explanation:
Chronometric dating has revolutionized archaeology by allowing highly accurate dating of historic artifacts and materials with a range of scientific techniques.
Answer:
1,3,4
Explanation:
They are all correct because of what they say
It’s due to stem cells. The genes in dna turn on and off to give a cell a specific job, so stem cells can be “programmed” as any cell the body needs. (Muscle cell, skin cell, etc)
The correct option is (b) ATP-CP.
ATP-CP stands for Adenosine Triphosphate Phosphocreatine.
<h3>What makes ATP and ATP CP different from one another?</h3>
ATP exhausts its energy after roughly 1-2 seconds. The high-energy links that hold the CP (creatine/phosphate) molecule together are utilised in subsequent studies. Energy is released when these bonds are broken. ATP is once more formed when the energy is used to rejoin the phosphate to ADP.
<h3>Why is ATP CP so important?</h3>
The ATP-PC system provides energy to the muscle fibers with the highest threshold, which can exert the maximum force. Larger, stronger muscles should have higher power because they can store more phosphocreatine.
Learn more about the ATP-CP with the help of the given link:
brainly.com/question/13533629
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