I'm a bit confused about this question will someone help me understand the concept How many moles of ATP and GTP are required to synthesize amole of a polypeptide 100 amino acids long? Hint: rememberyou need nucleotide triphosphates for both charging the tRNASand for direct synthesis of polypeptide chains by the ribosome.O 100 GTP for the activating the amino acids and 200 ATP forinitiation through release by the ribosome100 ATP for the activating the amino acids and 200 GTP forinitiation through release by the ribosome200 ATP for the activating the amino acids and 100 GTP forinitiation through release by the ribosomeO 200 GTP for the activating the amino acids and 100 ATP forinitiation through release by the ribosome

In protein biosynthesis, amino acids are activated by the binding of a specific tRNA molecule and…

How many moles of ATP and GTP are required to synthesize a mole of a polypeptide 100 amino acids long? Hint: remember you need nucleotide triphosphates for both charging the tRNAS and for direct synthesis of polypeptide chains by the ribosome.

How many moles of ATP and GTP are required to synthesize a mole of a polypeptide 100 amino acids long? Hint: remember you need nucleotide triphosphates for both charging the tRNAS and for direct synthesis of polypeptide chains by the ribosome.

Biology: The Dynamic Science (MindTap Course List)

4th Edition

ISBN:9781305389892

Author:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Publisher:Peter J. Russell, Paul E. Hertz, Beverly McMillan

Chapter4: Cells

Section: Chapter Questions

Problem 1ITD

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Question

I'm a bit confused about this question

will someone help me understand the concept

How many moles of ATP and GTP are required to synthesize a
mole of a polypeptide 100 amino acids long? Hint: remember
you need nucleotide triphosphates for both charging the tRNAS
and for direct synthesis of polypeptide chains by the ribosome.
O 100 GTP for the activating the amino acids and 200 ATP for
initiation through release by the ribosome
100 ATP for the activating the amino acids and 200 GTP for
initiation through release by the ribosome
200 ATP for the activating the amino acids and 100 GTP for
initiation through release by the ribosome
O 200 GTP for the activating the amino acids and 100 ATP for
initiation through release by the ribosome

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