Institute for Regenerative Medicine & Neuroscience

Advanced Training in Regenerative Medicine & Neuroscience

Online Regenerative Medicine Courses

$500 per Course - All for $2,985

Self-paced online training modules designed for clinicians seeking mastery in regenerative biologic therapies.

About our online courses

Our online courses provides clinicians with practical, evidence-based training in regenerative and neuroscience-based therapies. The curriculum is designed to bridge advanced medical science with real-world clinical application—focusing on safety, efficacy, and ethical integration into practice.

Who are they for?

Physicians (MD / DO)
Nurse Practitioners (NP)
Physician Associates (PA)
Clinical leaders and practice owners
Institutional or healthcare system partners

Courses

Knee Injections

A structured curriculum covering the full spectrum of regenerative knee interventions.

Everything clinicians need to confidently perform regenerative knee injections.

This comprehensive training provides clinicians with a structured, evidence-informed approach to regenerative knee injections. The curriculum integrates anatomy, diagnostic reasoning, biologic selection, and ultrasound-guided technique to support safe, precise, and outcome-driven interventions across a broad range of knee pathologies. Emphasis is placed on clinical decision-making, patient selection, and real-world application through case-based instruction and procedural demonstrations.

Program Includes:

Anatomy & Pathophysiology of knee degeneration, arthritis, ligament/tendon injury
Ultrasound-guided injection techniques for intra-articular, peri-tendinous, and biologic placement
Biologic selection & protocols: PRP, stem-cell–based therapies, amniotic products, exosomes
Treatment planning — acute vs chronic, mild vs advanced degeneration
Patient selection, contraindications, documentation, and safety protocols
Complications management and post-procedure care
Case-based videos & clinical scenarios

Hip Injections

A deep-dive into hip pathology and regenerative protocols for advanced practitioners.

Everything clinicians need to confidently perform regenerative hip injections.

This comprehensive training provides clinicians with a structured, evidence-informed approach to regenerative hip injections. The curriculum integrates functional anatomy, pathology-driven diagnosis, biologic selection, and ultrasound-guided injection techniques to support safe, precise, and outcome-focused treatment of hip disorders. Emphasis is placed on patient selection, clinical decision-making, and real-world application through case-based instruction and procedural demonstrations.

Program Includes:

Hip joint and peri-capsular anatomy, common degenerative and soft-tissue conditions
Ultrasound-guided intra-articular and peri-tendinous injection techniques
Use of biologics for osteoarthritis, labral irritation, and gluteal tendon injuries
Precision-based delivery for improving outcomes and minimizing complications
Patient assessment pathways, imaging integration, and safety procedures
Pre- and post-procedure protocols including mobility guidelines
Step-by-step procedure demonstrations

Shoulder Injections

A complete shoulder-focused training track for regenerative and orthopedic applications.

Everything clinicians need to confidently perform regenerative shoulder injections.

This comprehensive training provides clinicians with a structured, evidence-informed approach to regenerative shoulder injections. The curriculum integrates functional anatomy, shoulder-specific pathology, biologic selection, and ultrasound-guided injection techniques to support safe, precise, and outcome-driven treatment of common and complex shoulder conditions. Emphasis is placed on patient selection, clinical decision-making, and real-world application through case-based instruction and procedural demonstrations..

Program Includes:

Shoulder anatomy & injury patterns: rotator cuff, labrum, bursitis, arthritis
Ultrasound-guided approaches to glenohumeral, subacromial, AC joint, and tendon sheath injections
Biologic optimization strategies for rotator cuff and soft-tissue repair
Dosing, preparation, and delivery techniques for all regenerative biologics
Rehabilitation integration for post-injection functional recovery
Clinical red-flags, safety considerations, and informed consent guidance
Procedural videos and simulated cases

Spinal Injections

Comprehensive regenerative spine training for clinicians managing chronic pain and neuromusculoskeletal conditions.

Everything clinicians need to confidently perform regenerative spinal injections.

This comprehensive training provides clinicians with a structured, evidence-informed approach to regenerative spinal injections. The curriculum integrates spinal anatomy, pathology-driven diagnosis, biologic selection, and image-guided injection techniques to support safe, precise, and outcome-focused treatment of cervical, thoracic, and lumbar conditions. Emphasis is placed on patient selection, procedural safety, and clinical decision-making, reinforced through case-based instruction and procedural demonstrations.

Program Includes:

Spinal anatomy & pain generators: facet joints, SI joint, paraspinal muscles, ligaments
Guided injection protocols using fluoroscopy or ultrasound (depending on track)
Biologic therapies for degenerative disc disease, spinal arthritis, and ligament laxity
Risk management and safety strategies for spine procedures
Algorithmic clinical decision-making for chronic back pain patients
Post-injection rehabilitation integration
High-definition procedural demonstrations and case reviews

IV Pushes

A science-based, protocol-driven training focused on the safe and effective administration of regenerative biologics via IV push to support cellular repair, mitochondrial function, immune modulation, and systemic healing.

Everything clinicians need to confidently perform regenerative IV Pushes.

This comprehensive training provides clinicians with a structured, evidence-informed approach to intravenous (IV) push therapies. The curriculum integrates pharmacology, dosing strategies, safety protocols, and administration techniques to support safe, precise, and effective delivery of regenerative, metabolic, and micronutrient compounds. Emphasis is placed on patient assessment, contraindications, adverse reaction management, and real-world clinical application through protocol-driven instruction and case-based demonstrations.

Program Includes:

IV therapy fundamentals, safety protocols, and sterile technique
Pharmacology and physiologic effects of NAD+, glutathione, exosome-rich biologics, antioxidant biologics, and cellular repair cofactors
Dosing protocols, dilution methods, and titration strategies for regenerative IV push therapies
Adverse reaction management, patient monitoring, and red-flag recognition
Integrative regenerative optimization protocols, combining IV biologics with other regenerative treatments
Clinical workflow, documentation standards, and biologic-specific consent requirements
Treatment videos, real clinical case studies, and best-practice guidelines for consistent and safe delivery

Intrathecal/Internasal

An advanced-delivery training module focused on the safe and effective administration of regenerative biologics using intranasal and intrafecal (intrarectal) routes to support systemic absorption, neuroregeneration, and gut-brain axis activation.

Everything clinicians need to confidently perform regenerative Intrafecal/Internasal.

This specialized training provides clinicians with a structured, evidence-informed approach to intrafecal and intranasal delivery of regenerative and neuromodulatory therapies. The curriculum integrates relevant anatomy, absorption pathways, formulation considerations, and administration techniques to support safe, targeted, and effective delivery across gut–brain and nasal–brain axes. Emphasis is placed on patient selection, safety considerations, dosing rationale, and clinical application through protocol-driven instruction and case-based demonstrations.

Program Includes:

Foundational principles of intranasal Foundational principles of intranasal and intrafecal biologic delivery, including mucosal absorption pathways and mechanisms of brain access
Pharmacology and physiologic effects of stem cells, exosomes, NAD+, glutathione, and other regenerative biologics delivered through these non-vascular routes
Clinical applications for neuroregeneration, inflammation reduction, mitochondrial repair, and immune modulation
Indications, contraindications, and patient selection criteria for both intranasal and intrafecal administration
Dosing protocols, dilution standards, and step-by-step procedural techniques for retention-based intrarectal delivery and olfactory-route intranasal delivery
Safety protocols, monitoring procedures, and adverse event management specific to each biologic delivery route
Clinical workflow, documentation standards, and informed consent requirements for advanced non-injectable biologic therapies
High-definition demonstrations, clinical case studies, and evidence-based best-practice guidelines for maximizing therapeutic outcomes.

Hair / Skin Regeneration

An advanced-delivery training module focused on the safe and effective administration of regenerative biologics using intranasal and intrafecal (intrarectal) routes to support systemic absorption, neuroregeneration, and gut-brain axis activation.

Everything clinicians need to confidently perform regenerative Hair / Skin Regeneration

This comprehensive training provides clinicians with a structured, evidence-informed approach to regenerative hair and skin therapies. The curriculum integrates hair and skin anatomy, mechanisms of aging and follicular degeneration, biologic and peptide-based interventions, and injection or topical delivery techniques to support tissue repair, rejuvenation, and hair restoration. Emphasis is placed on patient assessment, treatment planning, safety considerations, and real-world clinical application through protocol-driven instruction and case-based demonstrations.

Program Includes:

Functional anatomy and physiology of skin and hair follicles
Mechanisms of hair loss and skin aging (androgenic, inflammatory, metabolic, and environmental factors)
Follicular biology, stem cell signaling, and growth factor pathways
Role of PRP, peptides, exosomes, and biologics in hair and skin regeneration
Patient evaluation, candidacy assessment, and expectation setting
Injection techniques and depth considerations (intradermal, subdermal, scalp microinjections)
Topical, microneedling-assisted, and combination delivery approaches
Treatment planning for scalp, face, neck, décolletage, and body skin
Protocols for hair density improvement, hair shedding reduction, and skin quality enhancement
Safety protocols, contraindications, and adverse event management
Post-treatment care, maintenance strategies, and outcome optimization
Case-based instruction and procedural demonstrations