Homework Answers
A. Drug A
B. Is showed the greatest decrease in level of ATP and no reduction of Q. Low QH2 level means electron is not transferred from ubiquinone therefore conenzyme Q is unable to transport electrons to complex III.
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5A and 5B
Question 6 treat epithelial cells with different inhibitors of the...
biochemistry I treat epithelial cells with different inhibitors of the electron transport chain, and then measure...
biochemistry
I treat epithelial cells with different inhibitors of the electron transport chain, and then measure the level of ATP production and ratio of reduced ubiquinone (QH2) to oxidized ubiquinone (Q) in these treated cells. My data is shown in the table. ATP produced Drug (% Control) QH,:Q None 100 10 A 2 0.0001 B 80 5 a. MOST LIKELY, which compound interferes with the transfer of electrons to oxygen? b. What is the BEST explanation to your answer to...
BIOCHEMISTRY HELP ASAP PLEASE!!! Question 7 3 pts The transcription and production of a protein called...
BIOCHEMISTRY HELP ASAP PLEASE!!!
Question 7 3 pts The transcription and production of a protein called interferon-beta (FNB) is regulated VF-Blevel by a transcription factor called IRF3 which binds to DNA as a dimer of two 30KD Mutation monomeric proteins. The DNA-binding site of RF3 contains the following amino acids. Nere Arg - Lys - lle - Thr. I create four mutants of IRF3 by changing one of the amino acids of AD the DNA-binding site to serine, and then...
biochemistry
I treat epithelial cells with different inhibitors of the electron transport chain, and then measure the level of ATP production and ratio of reduced ubiquinone (QH2) to oxidized ubiquinone (Q) in these treated cells. My data is shown in the table. ATP produced Drug (% Control) QH,:Q None 100 10 A 2 0.0001 B 80 5 a. MOST LIKELY, which compound interferes with the transfer of electrons to oxygen? b. What is the BEST explanation to your answer to...
BIOCHEMISTRY HELP ASAP PLEASE!!!
Question 7 3 pts The transcription and production of a protein called interferon-beta (FNB) is regulated VF-Blevel by a transcription factor called IRF3 which binds to DNA as a dimer of two 30KD Mutation monomeric proteins. The DNA-binding site of RF3 contains the following amino acids. Nere Arg - Lys - lle - Thr. I create four mutants of IRF3 by changing one of the amino acids of AD the DNA-binding site to serine, and then...
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