Master Glycolysis Without Memorizing a Confusing Pathway
This colorful 6-page visual study guide breaks glycolysis into five simple, easy-to-follow steps. Designed for MCAT and biochemistry students, it explains how glucose is converted into pyruvate, where ATP is invested and produced, how NADH is formed, and which enzymes matter most.
The guide uses clear diagrams, memory tricks, high-yield exam tips, and concise explanations to make cellular respiration easier to understand and remember.
What’s Included
6-page printable PDF
Complete glycolysis overview
Investment phase explained
Cleavage phase and aldolase
Energy harvesting and NADH production
ATP payoff phase
Net products per glucose
Glycolysis cheat sheet
PFK-1 rate-limiting enzyme review
High-yield MCAT tips and memory tricks
Topics Covered
Glycolysis
Cellular respiration
Glucose to pyruvate
ATP investment and payoff
Substrate-level phosphorylation
NADH production
Hexokinase
Aldolase
PFK-1
Cytoplasm location
Anaerobic metabolism
Net yield of 2 ATP, 2 NADH, and 2 pyruvate
Master Glycolysis Without Memorizing a Confusing Pathway
This colorful 6-page visual study guide breaks glycolysis into five simple, easy-to-follow steps. Designed for MCAT and biochemistry students, it explains how glucose is converted into pyruvate, where ATP is invested and produced, how NADH is formed, and which enzymes matter most.
The guide uses clear diagrams, memory tricks, high-yield exam tips, and concise explanations to make cellular respiration easier to understand and remember.
What’s Included
6-page printable PDF
Complete glycolysis overview
Investment phase explained
Cleavage phase and aldolase
Energy harvesting and NADH production
ATP payoff phase
Net products per glucose
Glycolysis cheat sheet
PFK-1 rate-limiting enzyme review
High-yield MCAT tips and memory tricks
Topics Covered
Glycolysis
Cellular respiration
Glucose to pyruvate
ATP investment and payoff
Substrate-level phosphorylation
NADH production
Hexokinase
Aldolase
PFK-1
Cytoplasm location
Anaerobic metabolism
Net yield of 2 ATP, 2 NADH, and 2 pyruvate