Choose the correct letter and explain why you choose it. thanks Which order is correct for amount of ATP available from whole body stores of each energy sourcea. Fat > Glycogen > PCrb. PCr = Glycogen > Fatc. PCr > Glycogen > Fatd. Glycogen > Fat > PCr Studies using the homologous recombination technique to generate fruf, fruM and fruAtra (fru lacking the Tra-bindingsites) alleles have demonstrated that the occurrence of male-type courtship depends on the male-type splicing of theprimary transcript of fru. Specifically, these studies showed that fru and fruM ensure female-type and male-typesplicing, respectively, regardless of the fly's sex and that fruAtra, which lacks the Tra-binding sites, does not respond toTra, resulting in male-type splicing in both sexes

We know that ATP is the energy currency of cells (including human cells). When our body needs to…

Choose the correct letter and explain why you choose it. thanks Which order is correct for amount of ATP available from whole body stores of each energy source a. Fat > Glycogen > PCr b. PCr = Glycogen > Fat c. PCr > Glycogen > Fat d. Glycogen > Fat > PCr

Choose the correct letter and explain why you choose it. thanks Which order is correct for amount of ATP available from whole body stores of each energy source a. Fat > Glycogen > PCr b. PCr = Glycogen > Fat c. PCr > Glycogen > Fat d. Glycogen > Fat > PCr

Biochemistry

9th Edition

ISBN:9781319114671

Author:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Publisher:Lubert Stryer, Jeremy M. Berg, John L. Tymoczko, Gregory J. Gatto Jr.

Chapter1: Biochemistry: An Evolving Science

Section: Chapter Questions

Problem 1P

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Question

Choose the correct letter and explain why you choose it. thanks

Which order is correct for amount of ATP available from whole body stores of each energy source

a. Fat > Glycogen > PCr

b. PCr = Glycogen > Fat

c. PCr > Glycogen > Fat

d. Glycogen > Fat > PCr

Studies using the homologous recombination technique to generate fruf, fruM and fruAtra (fru lacking the Tra-binding
sites) alleles have demonstrated that the occurrence of male-type courtship depends on the male-type splicing of the
primary transcript of fru. Specifically, these studies showed that fru and fruM ensure female-type and male-type
splicing, respectively, regardless of the fly's sex and that fruAtra, which lacks the Tra-binding sites, does not respond to
Tra, resulting in male-type splicing in both sexes

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