intermembrane space to the matrix down the Glucose is the favoured substrate for i electrochemical proton gradient.
It is possible to make calculations of the net gain of ATP for every glucose molecule oxidised; but in reality this can remain only a theoretical exercise first. If fatty acids were to be respire These calculations can be made only on certain assumptions that: after being converted to PGAL. The
- There is a sequential, orderly pathway functioning, with one proteases and the individual amino ac substrate forming the next and with glycolysis, TCA cycle and irs on their structure would enter the path pathway following one after another. cycle or even as pyruvate or acetyl co.
- The NADH synthesised in glycolysis is transferred into tu Since respiration involves breakd process has traditionally been consid mitochondria and undergoes oxidative phosphorylation. respiratory pathway as a catabolic pat
- None of the intermediates in the pathway are utilised to synthess correct? We have discussed above, a any other compound.
- Only glucose is being respired - no other alternative substrateset entering in the pathway at any of the intermediary stages. synthesis of the said substrates. Hence

Question

intermembrane space to the matrix down the Glucose is the favoured substrate for i electrochemical proton gradient.
It is possible to make calculations of the net gain of ATP for every glucose molecule oxidised; but in reality this can remain only a theoretical exercise first. If fatty acids were to be respire These calculations can be made only on certain assumptions that:  after being converted to PGAL. The
- There is a sequential, orderly pathway functioning, with one proteases and the individual amino ac substrate forming the next and with glycolysis, TCA cycle and irs on their structure would enter the path pathway following one after another.  cycle or even as pyruvate or acetyl co.
- The NADH synthesised in glycolysis is transferred into tu  Since respiration involves breakd process has traditionally been consid mitochondria and undergoes oxidative phosphorylation.  respiratory pathway as a catabolic pat
- None of the intermediates in the pathway are utilised to synthess correct? We have discussed above, a any other compound.
- Only glucose is being respired - no other alternative substrateset entering in the pathway at any of the intermediary stages. synthesis of the said substrates. Hence

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Question Text	intermembrane space to the matrix down the Glucose is the favoured substrate for i electrochemical proton gradient. It is possible to make calculations of the net gain of ATP for every glucose molecule oxidised; but in reality this can remain only a theoretical exercise first. If fatty acids were to be respire These calculations can be made only on certain assumptions that: after being converted to PGAL. The - There is a sequential, orderly pathway functioning, with one proteases and the individual amino ac substrate forming the next and with glycolysis, TCA cycle and irs on their structure would enter the path pathway following one after another. cycle or even as pyruvate or acetyl co. - The NADH synthesised in glycolysis is transferred into tu Since respiration involves breakd process has traditionally been consid mitochondria and undergoes oxidative phosphorylation. respiratory pathway as a catabolic pat - None of the intermediates in the pathway are utilised to synthess correct? We have discussed above, a any other compound. - Only glucose is being respired - no other alternative substrateset entering in the pathway at any of the intermediary stages. synthesis of the said substrates. Hence
Updated On	Nov 19, 2022
Topic	Plant Physiology
Subject	Biology
Class	Class 11
Answer Type	Video solution: 1
Upvotes	137
Avg. Video Duration	8 min

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