Glycolysis cytosol Chemi- osmosis Our skeletal muscles & Bacteria glucose Kreb's Cycle oxidation ATP Synthase Yeast acetyl CoA and Citric Acid CO2, 36 ATP, H2O 2 ATP, 2 Lactic Acid 2 ethanol, 2CO2, 2 ATP Final acceptor in the ETC mitochon- dria inner matrix Free! energy gradient reduction Oxidative Phosphor- ylation (ETC) 2 Pyruvate Molecules & 2 net ATP negativity of oxygen molecule glucose and oxygen NADH FADH2 mitochon- dria outer matrix Citric Acid Cycle Glycolysis cytosol Chemi- osmosis Our skeletal muscles & Bacteria glucose Kreb's Cycle oxidation ATP Synthase Yeast acetyl CoA and Citric Acid CO2, 36 ATP, H2O 2 ATP, 2 Lactic Acid 2 ethanol, 2CO2, 2 ATP Final acceptor in the ETC mitochon- dria inner matrix Free! energy gradient reduction Oxidative Phosphor- ylation (ETC) 2 Pyruvate Molecules & 2 net ATP negativity of oxygen molecule glucose and oxygen NADH FADH2 mitochon- dria outer matrix Citric Acid Cycle
(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.
Glycolysis
cytosol
Chemi-
osmosis
Our skeletal muscles & Bacteria
glucose
Kreb's Cycle
oxidation
ATP Synthase
Yeast
acetyl CoA and Citric Acid
CO2,
36 ATP,
H2O
2 ATP,
2 Lactic Acid
2 ethanol,
2CO2,
2 ATP
Final acceptor in the ETC
mitochon-
dria
inner matrix
Free!
energy gradient
reduction
Oxidative Phosphor-
ylation
(ETC)
2 Pyruvate Molecules
&
2 net ATP
negativity of oxygen molecule
glucose
and
oxygen
NADH
FADH2
mitochon-
dria
outer matrix
Citric
Acid
Cycle