Medical Training AILongevity medicine
15 study tracks. Each one leads into the tutor, the simulator and the board questions.
Anti-Aging ProtocolsAssess biological aging drivers and structure longevity-focused management plans grounded in current evidence.Assessing Biological Age BiomarkersInterpret common biological age and healthspan biomarkers together to inform a personalized longevity plan.Biological Age TestingYou'll be able to select an appropriate biological age test, interpret its output, and explain what the result does and does not mean for a patient's aging trajectory.Brain Health and Cognitive AgingAssess cognitive health, identify early markers of neurodegeneration, and apply evidence-based strategies to support long-term brain function.Cellular Senescence and SenolyticsEvaluate senescent cell biology and senolytic strategies well enough to counsel patients and weigh protocols critically.Hormone Optimization for Aging PatientsAssess and manage common hormonal changes across the aging continuum using structured, guideline-informed reasoning.Longevity Medicine FundamentalsAssess biological aging and apply evidence-based interventions to support healthspan alongside lifespan.Longevity Supplement Evidence ReviewYou'll be able to critically evaluate common longevity supplements and NAD+ precursor strategies against the available evidence when patients ask about them.Longevity and Hormone OptimizationBuild a working framework for evaluating aging biomarkers, hormone optimization, and peptide therapies so you can discuss and manage these interventions with patients confidently.Metabolic Health Assessment and OptimizationAssess a patient's insulin sensitivity, mitochondrial capacity, and metabolic flexibility, then build a targeted plan to improve them.Mitochondrial Health Assessment and SupportYou'll be able to evaluate signs of mitochondrial dysfunction, interpret relevant lab and functional markers, and discuss evidence-based support strategies with patients.NAD+ Therapy FundamentalsYou'll be able to evaluate NAD+ IV and precursor supplementation protocols and screen patients appropriately for their use.Peptide Therapy FundamentalsYou'll be able to evaluate common peptide protocols used in longevity and hormone-optimization practice and discuss their evidence, mechanisms, and monitoring considerations with patients.Senolytic Therapies Study TrackYou'll be able to explain senescent cell biology and evaluate senolytic intervention approaches with a clinician's eye for evidence and risk.Sleep Optimization for LongevityAssess a patient's sleep quality and build an evidence-based plan to improve circadian alignment and sleep architecture.