You are working with a yeast that can undergo fermentation or respiration. You take equal aliquots of the same yeast culture and grow them providing equal amounts of sugar. However, you culture aliquot A into an airtight bottle and aliquot B into an open shallow dish. Are the cells in cultures A and B obtaining all of their energy in a similar way? Yes, both cultures can complete glycolysis, and derive additional energy (ATP) from Krebs cycle and electron transport chain. No, only culture A can complete glycolysis, and derive additional energy (ATP) from Krebs cycle and electron transport chain, while Culture B derives all of its energy only from glycolysis. Yes, both cultures can complete glycolysis, and derive no energy (ATP) from Krebs cycle and electron transport chain. No, only culture B can complete glycolysis, and derive additional energy (ATP) from Krebs cycle and electron transport chain, while Culture A derives all of its energy only from glycolysis.
You are working with a yeast that can undergo fermentation or respiration. You take equal aliquots of the same yeast culture and grow them providing equal amounts of sugar. However, you culture aliquot A into an airtight bottle and aliquot B into an open shallow dish. Are the cells in cultures A and B obtaining all of their energy in a similar way? Yes, both cultures can complete glycolysis, and derive additional energy (ATP) from Krebs cycle and electron transport chain. No, only culture A can complete glycolysis, and derive additional energy (ATP) from Krebs cycle and electron transport chain, while Culture B derives all of its energy only from glycolysis. Yes, both cultures can complete glycolysis, and derive no energy (ATP) from Krebs cycle and electron transport chain. No, only culture B can complete glycolysis, and derive additional energy (ATP) from Krebs cycle and electron transport chain, while Culture A derives all of its energy only from glycolysis.
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Transcribed Image Text:You are working with a yeast that can undergo fermentation or respiration.
You take equal aliquots of the same yeast culture and grow them providing equal
amounts of sugar.
However, you culture aliquot A into an airtight bottle and aliquot B into an open
shallow dish.
Are the cells in cultures A and B obtaining all of their energy in a similar way?
Yes, both cultures can complete glycolysis, and derive additional energy (ATP)
from Krebs cycle and electron transport chain.
No, only culture A can complete glycolysis, and derive additional energy (ATP)
from Krebs cycle and electron transport chain, while Culture B derives all of its
energy only from glycolysis.
Yes, both cultures can complete glycolysis, and derive no energy (ATP) from
Krebs cycle and electron transport chain.
O
No, only culture B can complete glycolysis, and derive additional energy (ATP)
from Krebs cycle and electron transport chain, while Culture A derives all of its
energy only from glycolysis.
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