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Explore comprehensive endocrine physiology through this extensive 15-hour 50-minute lecture series covering fundamental hormonal systems and their clinical applications. Master the synthesis, secretion, and regulation of key hormones including insulin, thyroid hormones, oxytocin, and ADH while understanding their physiological roles and pathological implications. Delve into insulin function across multiple detailed segments examining synthesis, secretion mechanisms, signal transduction pathways, and metabolic effects including lipogenesis, fat storage, lipolysis, and ketogenesis during insulin deficiency states. Study thyroid gland physiology and hormone synthesis alongside clinical presentations of hyperthyroidism, hypothyroidism, and Graves disease pathophysiology. Examine the autonomic nervous system's role in endocrine regulation through detailed neuroanatomy presentations spanning multiple parts. Learn essential laboratory techniques including ELISA testing methods covering direct, indirect, and sandwich approaches for hormone detection. Understand receptor biology and intracellular signaling mechanisms, transcription factors, promoter regions, and cellular processes like apoptosis. Investigate the renin-angiotensin-aldosterone system and posterior pituitary hormone functions including vasopressin and oxytocin, often called the "love hormone." Gain practical knowledge applicable to diabetes management and endocrine disorder diagnosis through systematic coverage of hormone synthesis, regulation, and clinical manifestations.
