pH Maltase Enzyme End- Product Inhibition Activation Energy Temperature Non- Competitive Inhibition Protein Sucrase Turnover Rate Extracellular Optimum Temperature Lysosome Protease Carbohydrase Right At The Beginning Catalyze Metabolic Reactions Carbonic Anhydrase Vmax Tertiary Amylase Michaelis- Menten Constant Substrate Concentration Enzyme- Substrate Complex Penecillinase None Lock & Key Hypothesis Intracellular Induced Fit Hypothesis Enzyme Concentration Active Site Competitive Inhibition Immobilized Emzymes Lipase pH Maltase Enzyme End- Product Inhibition Activation Energy Temperature Non- Competitive Inhibition Protein Sucrase Turnover Rate Extracellular Optimum Temperature Lysosome Protease Carbohydrase Right At The Beginning Catalyze Metabolic Reactions Carbonic Anhydrase Vmax Tertiary Amylase Michaelis- Menten Constant Substrate Concentration Enzyme- Substrate Complex Penecillinase None Lock & Key Hypothesis Intracellular Induced Fit Hypothesis Enzyme Concentration Active Site Competitive Inhibition Immobilized Emzymes Lipase
(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.
pH
Maltase
Enzyme
End-Product Inhibition
Activation Energy
Temperature
Non-Competitive Inhibition
Protein
Sucrase
Turnover Rate
Extracellular
Optimum Temperature
Lysosome
Protease
Carbohydrase
Right At The Beginning
Catalyze Metabolic Reactions
Carbonic Anhydrase
Vmax
Tertiary
Amylase
Michaelis-Menten Constant
Substrate Concentration
Enzyme-Substrate Complex
Penecillinase
None
Lock & Key Hypothesis
Intracellular
Induced Fit Hypothesis
Enzyme Concentration
Active Site
Competitive Inhibition
Immobilized Emzymes
Lipase