Fatty acids activate Thermogenin, UCP-1 Channel H Hº H H H H' UCP-1 disturbs proton gradient H Hº H+ H' ETC 255 H+ H₁ H₂O HH" H' ADP+ Pi ATP Mitochondrial Matrix ATP Synthase H H Disturbed-proton gradient reduces the rate of ATP Synthesis The above figure demonstrates the effect of UCP-1 on electron transport. Predict the rate of below reactions in a cell treated with UCP-1 by using one or two words: such as increase, accelerate, decrease, stop, not change. Electron transport chain will............…...... ATP synthase rate will... Heat level will.... Formation of proton gradient will...
Fatty acids activate Thermogenin, UCP-1 Channel H Hº H H H H' UCP-1 disturbs proton gradient H Hº H+ H' ETC 255 H+ H₁ H₂O HH" H' ADP+ Pi ATP Mitochondrial Matrix ATP Synthase H H Disturbed-proton gradient reduces the rate of ATP Synthesis The above figure demonstrates the effect of UCP-1 on electron transport. Predict the rate of below reactions in a cell treated with UCP-1 by using one or two words: such as increase, accelerate, decrease, stop, not change. Electron transport chain will............…...... ATP synthase rate will... Heat level will.... Formation of proton gradient will...
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:Fatty acids
activate
Thermogenin,
UCP-1 Channel H
H*
H*
H*H* H* H* Hº
UCP-1 disturbs
proton gradient
H*
H* H*
H*
H'
H₁ H
H*
ETC
*******00000000.co
bbbbb
Mitochondrial Inner membrane
BOSSSSSSS
256
H• H'H°
H¹ H¹ 0₂
H₂O
'H' H'
H₁
H+
H*
Mitochondrial Matrix
ATP Synthase
ADP+ Pi ATP
H* H*
Disturbed-proton gradient reduces
the rate of ATP Synthesis
The above figure demonstrates the effect of UCP-1 on electron transport.
Predict the rate of below reactions in a cell treated with UCP-1 by using one or two words: such as
increase, accelerate, decrease, stop, not change.
Electron transport chain will..........
ATP synthase rate will...........
Heat level will.......
Formation of proton gradient will.....
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