Biochemistry diagrams

Structured recognition · Glycogen metabolismCarbohydrate metabolism

Structured recognition · ATP synthaseKrebs cycle and respiratory chain

Key findings · Krebs cycle (citric acid)Krebs cycle and respiratory chain

Key findings · Electron transport chainKrebs cycle and respiratory chain

Key findings · Pyruvate dehydrogenaseKrebs cycle and respiratory chain

Key findings · Ketone bodiesLipid metabolism

Key findings · Cholesterol biosynthesisLipid metabolism

Structured recognition · urea cycleAmino acid metabolism

Key findings · urea cycleAmino acid metabolism

Reasoned interpretation · Amino acid catabolismAmino acid metabolism

Structured recognition · TranscriptionNucleic acids

Structured recognition · TranslationNucleic acids

Structured recognition · Synthesis of the heme groupVitamins and cofactors

Structured recognition · Vitamins in one-carbon metabolismVitamins and cofactors

Key findings · ATP moleculeVitamins and cofactors

Structured recognition · Lineweaver-Burk plot (reciprocal doubles)Enzymology

Reasoned interpretation · Titration curve and Henderson-Hasselbalch equationAcid-base biochemistry

Reasoned interpretation · Bicarbonate bufferAcid-base biochemistry

Reasoned interpretation · Electron transport chainMetabolism

Reasoned interpretation · Water-soluble vitamins and their deficiencyMetabolism

GlycolysisCarbohydrate metabolism

Glycogen metabolismCarbohydrate metabolism

Cori cycleCarbohydrate metabolism

Krebs cycle (citric acid)Krebs cycle and respiratory chain

electron transport chain (1 of 2)Krebs cycle and respiratory chain

ATP synthaseKrebs cycle and respiratory chain

Pyruvate dehydrogenaseKrebs cycle and respiratory chain

Ketone bodiesLipid metabolism

Cholesterol biosynthesisLipid metabolism

Lipoprotein metabolismLipid metabolism

Urea cycle (1 of 2)Amino acid metabolism

Amino acid catabolismAmino acid metabolism

DNA structureNucleic acids

DNA ReplicationNucleic acids

TranscriptionNucleic acids

TranslationNucleic acids

Genetic codeNucleic acids

Purine metabolismNucleic acids

Michaelis-Menten kinetics (1 of 3)Enzymes and kinetics

Active site and substrateEnzymes and kinetics

ATP moleculeVitamins and cofactors

Synthesis of the heme groupVitamins and cofactors

Enzymatic inhibition (Lineweaver-Burk)Enzymes and kinetics

Activation energy and catalysisEnzymes and kinetics

Titration curve of an amino acidEnzymes and kinetics

Enzymatic activity: pH and temperatureEnzymes and kinetics

Cooperativeness: hemoglobin vs myoglobinEnzymes and kinetics

Michaelis-Menten kinetics (2 of 3)Enzymes and kinetics

DNA denaturation (Tm)Nucleic acids

Michaelis-Menten kinetics (3 of 3)Enzymology

Lineweaver-Burk plot (reciprocal doubles)Enzymology

Titration curve and Henderson-Hasselbalch equationAcid-base biochemistry

O₂ saturation: myoglobin vs hemoglobinEnzymology

Enzymatic activity: effect of pH and temperatureEnzymology

Energy profile and enzyme catalysisEnzymology

electron transport chain (2 of 2)Metabolism

Water-soluble vitamins and their deficiencyMetabolism

Bicarbonate bufferAcid-base biochemistry

Fed vs. fasting stateMetabolism

Urea cycle (2 of 2)Amino acid metabolism

Vitamins in one-carbon metabolismVitamins and cofactors

Irreversible steps of glycolysisCarbohydrate metabolism