a) When there is abundant NADH, it readily gets reduced and continues to give electrons to the
carriers, which make all carriers to reduce, but when Oxygen is exhausted, there will be no
oxygen for re-oxidizing the reduced carriers.
b) when oxygen is abundant and NADH is exhausted, all the carriers which get reduced
previously will be re-oxidized and stays the same.
c) addition of rotenone, blocks the electron transfer from Complex I to CoQ. Complex I is
responsible for NADH Dehydrogenation and reduction of the immediate acceptor carrier. when
this is blocked, NADH will be in a reduced state, while the other carriers will be in an oxidized
state.
Solution
a) When there is abundant NADH, it readily gets reduced and continues to give electrons to the
carriers, which make all carriers to reduce, but when Oxygen is exhausted, there will be no
oxygen for re-oxidizing the reduced carriers.
b) when oxygen is abundant and NADH is exhausted, all the carriers which get reduced
previously will be re-oxidized and stays the same.
c) addition of rotenone, blocks the electron transfer from Complex I to CoQ. Complex I is
responsible for NADH Dehydrogenation and reduction of the immediate acceptor carrier. when
this is blocked, NADH will be in a reduced state, while the other carriers will be in an oxidized
state..
Salient Features of India constitution especially power and functions
a) When there is abundant NADH, it readily gets reduced and continue.pdf
1. a) When there is abundant NADH, it readily gets reduced and continues to give electrons to the
carriers, which make all carriers to reduce, but when Oxygen is exhausted, there will be no
oxygen for re-oxidizing the reduced carriers.
b) when oxygen is abundant and NADH is exhausted, all the carriers which get reduced
previously will be re-oxidized and stays the same.
c) addition of rotenone, blocks the electron transfer from Complex I to CoQ. Complex I is
responsible for NADH Dehydrogenation and reduction of the immediate acceptor carrier. when
this is blocked, NADH will be in a reduced state, while the other carriers will be in an oxidized
state.
Solution
a) When there is abundant NADH, it readily gets reduced and continues to give electrons to the
carriers, which make all carriers to reduce, but when Oxygen is exhausted, there will be no
oxygen for re-oxidizing the reduced carriers.
b) when oxygen is abundant and NADH is exhausted, all the carriers which get reduced
previously will be re-oxidized and stays the same.
c) addition of rotenone, blocks the electron transfer from Complex I to CoQ. Complex I is
responsible for NADH Dehydrogenation and reduction of the immediate acceptor carrier. when
this is blocked, NADH will be in a reduced state, while the other carriers will be in an oxidized
state.
