Metabolic pathways that break down molecules into smaller molecules to generate ATP and NADH
Metabolic pathways that synthesise complex molecules from simpler ones using ATP, GTP and UTP
Question 2
Question
What is anabolism?
Answer
Metabolic pathways that synthesise complex molecules from simpler ones using ATP, GTP and UTP
Metabolic pathways that break down complex molecules into simpler ones to generate ATP and NADH
Question 3
Question
At what range of pH is ATP chemically stable?
Answer
6-9
7-9
5-7
3-7
Question 4
Question
By what factor does ATP shift the equilibria of coupled reactions?
Answer
10^8
10^10
10^12
10^14
Question 5
Question
What type of bond occurs between ribose and the first phosphate in ATP?
Answer
Ester
Phosphoanhydride
Gylcosidic
Amide
Question 6
Question
What type of bond occurs between adjacent phosphates in ATP?
Answer
Phosphoanhydride
Ester
Amide
Disulfide
Question 7
Question
What is a cofactor?
Answer
A non-protein chemical compound required for a protein's biological activity
A competitive inhibitor of an enzyme
A non-competitive inhibitor of an enzyme
An enzyme that catalyses covalent modification of enzymes to activate or deactivate them
Question 8
Question
Fill in the blanks to describe which cofactors effect which enzymes.
[blank_start]ATP[blank_end] is a cofactor for kinase enzymes.
[blank_start]UTP[blank_end] drives synthesis of complex sugars.
[blank_start]GTP[blank_end] drives synthesis of proteins.
[blank_start]CTP[blank_end] drives synthesis of lipids.