Collective term for all the biochemical reactions that occur in living organisms to maintain life

The enzyme that digests the lipids into glycerol and fatty acids 

The molecules that stop enzymes from working 

The proteins that catalyze (i.e. speed up) biochemical reactions but are not changed during the reactions 

The temperature at which an enzyme works at its maximum rate 

Damage or loss of structure of a molecule 

The non-protein molecules or ions required by enzymes for activity e.g., metal ions and organic molecules 

The organic cofactors of enzymes that are loosely attached to enzyme; transport chemical groups from one enzyme to another 

A compound/element accelerates a chemical reaction without any change in itself. 

The chemical reactions in living organisms that breakdown larger molecules 

The catalyst in metabolic reactions i.e. the enzyme

The chemical reactions in living organisms involved in the synthesis of compounds 

The small portion of enzyme molecule (around 34 amino acids) that is directly involved in catalysis 

The energy required to break chemical bonds and begin the reaction 

Which of these graphs correctly shows the effect of temperature on the rate of an enzyme-controlled reaction?

When we add more substrate to an already occurring enzymatic reaction and there is no increase in the rate of reaction, what would you predict? 

Prosthetic groups are.

What is TRUE about cofactors? 

To what category of molecules do enzymes belong?

What is TRUE about enzymes? 

The proteins that make the centrioles and the spindle fibers

The condition in which there is one more chromosome than the usual 2N number

The last phase of karyokinesis during which nuclear envelopes are reformed and chromosomes uncoil to form chromatin

The phenomenon of the pairing of homologous chromosomes

The fibres at which chromosomes attach during cell division