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Foundations of Mitochondrial Bioenergetics

Welcome to Mitochondrial Respiration

Mitochondrial Architecture and Compartmentation

Foundations Knowledge Check

The Tricarboxylic Acid Cycle

TCA Cycle Reactions and Carbon Flow

TCA Cycle Regulation and Amphibolic Roles

TCA Cycle Knowledge Check

Electron Transport Chain: Complexes I and II

Complex I: NADH Oxidation and Proton Pumping

Complex II and the Ubiquinone Pool

Complexes I and II Knowledge Check

Electron Transport Chain: Complexes III and IV

Complex III: The Q Cycle

Complex IV: Oxygen Reduction and Water Formation

Complexes III and IV Knowledge Check

Proton Motive Force and Chemiosmosis

Generation of the Proton Motive Force

Chemiosmotic Coupling and Respiratory Control

Proton Motive Force Knowledge Check

ATP Synthase and Oxidative Phosphorylation

ATP Synthase and Rotary Catalysis

P/O Ratios and ATP Yield

ATP Synthase Knowledge Check

Uncoupling and Reactive Oxygen Species

Uncoupling: Separating Respiration from ATP Synthesis

ROS Generation and Antioxidant Defence

Uncoupling and ROS Knowledge Check

Integrated Mitochondrial Function and Applications

Integrating Fuel Oxidation, Respiration and ATP Demand

Mitochondrial Dysfunction and Experimental Interpretation

Integrated Final Assessment

An advanced, mechanism-focused exploration of mitochondrial energy conversion, from TCA-cycle oxidation and electron transport to chemiosmosis, ATP synthase, uncoupling and redox defence.

An advanced exploration of the TCA cycle, respiratory-chain complexes I–IV, chemiosmosis, ATP synthase, uncoupling and mitochondrial redox defence.

Mitochondrial Respiration and Oxidative Phosphorylation

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