reduction Citric Acid Cycle Free! NADH FADH2 ATP Synthase cytosol Yeast oxidation mitochon- dria inner matrix Chemi- osmosis Glycolysis CO2, 36 ATP, H2O mitochon- dria outer matrix 2 ethanol, 2CO2, 2 ATP Final acceptor in the ETC energy gradient glucose and oxygen 2 Pyruvate Molecules & 2 net ATP 2 ATP, 2 Lactic Acid acetyl CoA and Citric Acid Our skeletal muscles & Bacteria glucose Kreb's Cycle negativity of oxygen molecule Oxidative Phosphor- ylation (ETC) reduction Citric Acid Cycle Free! NADH FADH2 ATP Synthase cytosol Yeast oxidation mitochon- dria inner matrix Chemi- osmosis Glycolysis CO2, 36 ATP, H2O mitochon- dria outer matrix 2 ethanol, 2CO2, 2 ATP Final acceptor in the ETC energy gradient glucose and oxygen 2 Pyruvate Molecules & 2 net ATP 2 ATP, 2 Lactic Acid acetyl CoA and Citric Acid Our skeletal muscles & Bacteria glucose Kreb's Cycle negativity of oxygen molecule Oxidative Phosphor- ylation (ETC)
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reduction
Citric
Acid
Cycle
Free!
NADH
FADH2
ATP Synthase
cytosol
Yeast
oxidation
mitochon-
dria
inner matrix
Chemi-
osmosis
Glycolysis
CO2,
36 ATP,
H2O
mitochon-
dria
outer matrix
2 ethanol,
2CO2,
2 ATP
Final acceptor in the ETC
energy gradient
glucose
and
oxygen
2 Pyruvate Molecules
&
2 net ATP
2 ATP,
2 Lactic Acid
acetyl CoA and Citric Acid
Our skeletal muscles & Bacteria
glucose
Kreb's Cycle
negativity of oxygen molecule
Oxidative Phosphor-
ylation
(ETC)