Curriculum / Mitochondria: Biology, Dysfunction & Therapeutics
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Mitochondria: Biology, Dysfunction & Therapeutics

The mitochondrion as an organ system and a therapeutic target — the electron transport chain, redox biology, and how mitochondrial dysfunction drives metabolic disease, sarcopenia, neurodegeneration and aging, then the therapeutic toolkit by functional axis: NAD⁺ and sirtuins, membrane protection (SS-31), the mitochondrial-derived peptides MOTS-c and Humanin, mitophagy (Urolithin A), and biogenesis mimetics.

10
lessons
10
knowledge checks
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Pending Dr. Gross review
Awaiting board-certified physician sign-off
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Lessons

10 lessons, evidence-linked end to end.

Each lesson ends with a graded knowledge check.

1
The Mitochondrion: Anatomy, Bioenergetics, and the ATP Engine
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2
Reactive Oxygen Species, Redox Balance, and Oxidative Stress
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3
Mitochondrial Dysfunction: How the Engine Fails Across Disease and Aging
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4
NAD⁺ and Sirtuin Biology: The Central Redox Cofactor
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5
Raising NAD⁺: Precursors and 5-Amino-1MQ (NNMT Inhibition)
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6
Membrane and Redox Protection: SS-31 (Elamipretide)
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7
Mitochondrial-Derived Peptides: MOTS-c and Humanin
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8
Mitophagy and Quality Control: Urolithin A and the Mitochondrial Life Cycle
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9
Mitochondrial Biogenesis & Exercise Mimetics: PGC-1α, SLU-PP-332 & BAM15
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10
Building a Mitochondrial-Health Protocol: Candidacy, Lifestyle Levers, Integration & Safety
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