Peptides for Health Care Practitioners

Course overview

This concise, clinically focused course demystifies peptide biology and therapeutic use for healthcare providers. It covers peptide classes (natural, synthetic, pharmaceutical, research, and bioregulators), mechanisms of action, and routes and dosing. This comprehensive, clinically oriented course explores the science, therapeutic potential, safety considerations, and practical applications of peptides across medicine and rehabilitation. Designed for clinicians working in musculoskeletal care, sports medicine, functional medicine, and allied health (athletic trainers, physical therapists, chiropractors), the curriculum moves from foundational peptide biology to advanced clinical topics - blending mechanism-based physiology with pragmatic guidance on routes of administration, dosing trends, stability/handling, product quality, and interprofessional care pathways. What you will learn Pharmaceutical peptide therapy: mechanisms, indications, and safety issues for GLP-1 receptor agonists and next-generation analogs (semaglutide, tirzepatide, retatrutide) and other FDA-approved peptides - implications for metabolic management, cardiovascular risk, and athlete considerations (Module 2). - Immune and tissue-repair peptides: evidence and clinical uses for BPC-157, thymosin alpha-1, thymosin beta-4/TB-500, KPV, and GHK-Cu; their roles in angiogenesis, inflammation modulation, wound healing, and neuroprotection - relevant to tendon, ligament, soft-tissue, and post-infectious rehabilitation (Module 3). Hormone, growth, and brain peptides: growth-hormone secretagogues (CJC-1295, ipamorelin, tesamorelin), mitochondrial/exercise-mimetic peptides (MOTS-C), and neuropeptides (Semax, Selank, DSIP) that impact recovery, body composition, sleep, cognition, and neurorecovery (Module 4). - Bioregulators and long-term homeostasis: the concept and clinical application of small bioregulator peptides that modulate gene expression, organ function, and aging processes - how these may be integrated into preventive and restorative care plans (Module 5). - Sexual health and adjunct peptides: clinically relevant actions of PT-141, oxytocin, and melanotan peptides, including neurobehavioral and peripheral effects, dosing caveats, and safety considerations (Module 6). - Practical care, safety, and procurement: storage and handling, route-specific bioavailability, side effects and contraindications, doping and regulatory issues for athletes, and best practices for sourcing (compounding vs. unregulated vendors). Two case studies illustrate real-world clinical decision-making and monitoring (Module 7). Why this course matters Peptides are increasingly used in clinical and performance settings to target healing, inflammation, metabolism, sleep, and cognition. This course equips non-prescribing and prescribing clinicians with the mechanistic literacy and practical judgment needed to: - Recognize when peptides may be a useful adjunct to rehabilitation and when to refer or coordinate care with prescribing clinicians. - Counsel patients about realistic benefits, side effects, anti-doping implications, and product quality. - Integrate peptide-informed strategies into multidisciplinary care plans that optimize functional recovery, return to sport, and long-term health. Target audience Athletic trainers, physical therapists, chiropractors, sports medicine clinicians, functional medicine practitioners, nurse practitioners, physician assistants, and other healthcare professionals involved in rehabilitation, athlete care, performance optimization, or the collaborative management of chronic musculoskeletal, metabolic, and post-infectious conditions. Format and outcomes Through narrated modules, practical dosing and storage summaries, and case studies, participants will be able to explain peptide classes and mechanisms, identify clinically relevant peptides for common rehabilitation challenges, discuss safety and regulatory issues with patients, and collaborate effectively