
You know that aging will likely cause wrinkles and gray hair. But do you know how aging will affect your teeth, heart and sexuality? Find out what changes to expect as you continue aging
Identify aging as a process marked by genomic instability, telomere attrition, and mitochondrial dysfunction that drive epigenetic changes, proteostasis loss, stem cell exhaustion, and altered intercellular communication.
Explore how aging affects brain size, vasculature, and cognition, increasing dementia risk and memory decline. Learn Alzheimer's pathology, its predominance in dementia cases, and its impact on memory and language.
Understand how Parkinson's disease is a progressive neurodegenerative movement disorder caused by dopamine neuron loss in the substantia nigra, with Lewy bodies and direct and indirect basal ganglia pathway disruption.
Huntington's disease, a neurodegenerative genetic disorder, attacks the basal ganglia and causes movement disorders that progress to dementia, with mutant huntingtin triggering transcription and mitochondrial dysfunction.
Define syncope as sudden, brief loss of consciousness with posture loss; distinguish it from presyncope and vertigo, and outline neurally mediated, cardiac, orthostatic causes, evaluation, and management.
This lecture explains multifactorial causes of falls in older adults, distinguishes intrinsic from extrinsic factors, and outlines prevention through home safety, balance training, and assistive devices.
Stroke, a form of cerebrovascular disease, results from ischemia or hemorrhage in the anterior, middle, and posterior cerebral arteries, causing motor, speech, or visual deficits.
Explore atypical presentations and multiple pathologies in older adults, including incontinence, immobility, falls, infection, and dementia. See how comprehensive geriatric assessment and multidisciplinary care improve function and independence.
Prescribing in older people requires adjusting for pharmacokinetic and pharmacodynamic changes, addressing polypharmacy and drug interactions, preventing adverse drug reactions, and ensuring concordance through regular medication reviews.
Delirium is an acute, often reversible state of confusion in older people with sudden onset and fluctuating symptoms. Early recognition, environmental management, prevention, and addressing underlying causes improve outcomes.
Identify delirium by recognizing acute onset, fluctuating attention, and disturbances of consciousness, using the confusion assessment method, and diagnose underlying causes to guide hospital treatment and prevention.
Recognize that incontinence affects many older adults but is not inevitable; assess thoroughly and treat with conservative and surgical options for urge, stress, mixed, functional, and voiding problem types.
You watch an 80-year-old patient who was independent six months ago now struggle to open a pill bottle. Her family whispers, "Is this Alzheimer's or just old age?" You don't have an answer. That uncomfortable silence? This course ends it.
Behind the clinical textbooks lie unseen struggles that aged people, medical professionals, and students rarely name aloud.
The elderly patient feels it: I forget entire conversations, but I smile and nod. I'm afraid to tell my doctor about the urine leak or the dizzy spell when I stand up. I don't want to be a burden. I stopped driving last month, but no one asked why. Maybe this is just how it ends.
The medical professional feels it: You have fifteen minutes. Your patient has falls, incontinence, three specialists, and twelve medications. You suspect delirium, but the family says, "She's always been forgetful." You don't have a simple test to separate normal aging from early dementia. Changing that prescription could kill him. Not changing it could kill him too. You leave clinic exhausted, knowing you missed something.
The medical student feels it: You learned Huntington's and Parkinson's from a textbook. Now a real patient stares at you with vacant eyes, and you freeze. You can't tell if the memory loss is Alzheimer's or just aging. No lecture prepared you for the fear in their voice when they ask, "Am I losing my mind?" You want to help, but you don't know what "normal aging" even looks like.
These are not rare cases. They are every clinic, every hospital, every day.
Healthy aging is possible, but only when we stop pretending that tooth loss, falls, and memory decline are inevitable. Only when we stop confusing delirium with dementia. Only when we learn to prescribe safely for older bodies that metabolize drugs differently.
This course does not just teach geriatrics. It fills the gaps that leave patients afraid, clinicians uncertain, and students unprepared.
What You Will Learn
You will learn to finally distinguish – with clarity and confidence – between normal aging (presbyopia, mild forgetfulness, slower learning) and treatable disease (Alzheimer's, diabetes, dementia, delirium).
You will learn the cellular truth – how mitochondrial dysfunction, telomere erosion, and genomic instability drive aging at a microscopic level, and why some people are biologically old at 65 while others thrive at 85.
You will learn to recognize the geriatric syndromes that hide in plain sight: incontinence (suffered silently), falls (dismissed as clumsiness), syncope (mislabeled as dizziness), vertigo and BPPV (confused with anxiety), and stroke (missed until it is too late).
You will learn the critical difference between delirium (sudden, reversible, often missed) and dementia (slow, progressive, irreversible) – a distinction that saves lives.
You will learn safe prescribing for older patients: which medications to start, which to stop, and how to avoid the cascade of polypharmacy that destroys independence.
You will learn to see beyond chronologic age – understanding biologic age (cellular wear), psychologic age (how a person acts and feels), and why a vibrant 80-year-old may need less help than a frail 65-year-old.
You will learn the blueprint of healthy (successful) aging – nutrition, exercise, mental engagement, and preventive habits that postpone functional decline, preserve dignity, and keep patients in their homes, not nursing facilities.
You will learn the neurodegenerative diseases – Alzheimer's, Parkinson's, Huntington's – not as textbook lists, but as human experiences that you will know how to recognize, differentiate, and manage.
You will learn what medical school often rushes – how to ask about driving, cooking, and finances; how to assess the oldest old (including centenarians); and how to stop fearing the aging patient.
Who this course is for:
Medical students who feel unprepared. Residents who have seen too many missed diagnoses. Physicians who want to prescribe with confidence. Nurses who care for the elderly every day. And anyone who has ever sat across from an aging patient and thought, I wish I knew what to do.
No more guessing. No more uncomfortable silence. Just clear, practical geriatric medicine.
Enroll now. Finally understand aging.