1. Hypnospore
2. Aplanospore
3. Oospore
4. Akinete.
Oospore
1. Molybdenum
2. Iron
3. Zinc
4. Calcium
Molybdenum
1. Zoospore
2. Aplanospore
3. Zygospore
4. Hypnospore
Aplanospore
1. Holoenzyme
2. Enzymes
3. Hormones
4. Co-enzymes
Co-enzymes
1. Negative inhibition
2. End product inhibition
3. Feedback inhibition
4. All of the above
All of the above
1. All isolated enzyme have been identified as proteins
2. Compounds similar in structure to the substrate inhibit the reaction
3. Enzymes are found in living organisms and speed up certain reaction
4. Enzymes determine the direction of a reaction
Compounds similar in structure to the substrate inhibit the reaction
1. Isogamy
2. Anisogamy
3. Zygospore
4. Autogamy.
Zygospore
1. Same pH and temperature optima
2. Same pH but different temperature optima
3. different pH but same temperature optima
4. different pH and temperature optima
different pH but same temperature optima
1. The effect of substrate on the rate of enzymatic reaction
2. The effect of end product on the rate of enzymatic reaction
3. The effect of enzyme concentration on its rate of reaction
4. The effect of an external compound on the rate of enzymatic reaction
The effect of end product on the rate of enzymatic reaction
1. Killed
2. Slightly activated
3. Inactivated
4. Unaffected
Inactivated