active site matrix NADH anabolism lactic acid fermentation intermembrane space coenzymes phosphorylation krebs cycle carbon fixation autotroph noncompetitive inhibitor substrate mitochondria stroma enzyme chemiosmosis competitive inhibitor alcohol fermentation catalysis chlorophyll induced fit model activation energy endergonic ATP synthase oxidative phosphorylation photorespiration NADPH C4 pathway FADH2 metabolism allosteric regulation catabolism calvin cycle thylakoid chloroplast rubisco electron transport chain glycolysis CAM pathway cofactors allosteric site stomata exergonic active site matrix NADH anabolism lactic acid fermentation intermembrane space coenzymes phosphorylation krebs cycle carbon fixation autotroph noncompetitive inhibitor substrate mitochondria stroma enzyme chemiosmosis competitive inhibitor alcohol fermentation catalysis chlorophyll induced fit model activation energy endergonic ATP synthase oxidative phosphorylation photorespiration NADPH C4 pathway FADH2 metabolism allosteric regulation catabolism calvin cycle thylakoid chloroplast rubisco electron transport chain glycolysis CAM pathway cofactors allosteric site stomata exergonic
(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.
active site
matrix
NADH
anabolism
lactic acid fermentation
intermembrane space
coenzymes
phosphorylation
krebs cycle
carbon fixation
autotroph
noncompetitive inhibitor
substrate
mitochondria
stroma
enzyme
chemiosmosis
competitive inhibitor
alcohol fermentation
catalysis
chlorophyll
induced fit model
activation energy
endergonic
ATP synthase
oxidative phosphorylation
photorespiration
NADPH
C4 pathway
FADH2
metabolism
allosteric regulation
catabolism
calvin cycle
thylakoid
chloroplast
rubisco
electron transport chain
glycolysis
CAM pathway
cofactors
allosteric site
stomata
exergonic