This trivia quiz is made up of glycolysis side chains and cofactors questions! ATP is mostly used in glycolysis, whether consuming or producing ATP in the preparatory and pay-off phase of glycolytic pathway respectively. Do you know some of the co-factors involved in glycolysis process of converting glucose to pyruvate? This quiz is the perfect refresher, do give it a shot and see how much revision you might need.
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
:NH2
B:
B-H
ATP
ADP
Inorganic Phosphate
H+
Mg2+
Aspartate / Glutamate
Lysine
Histidine
NAD+
H2O
Cysteine
:NH2
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