The Regenerative Medicine Clinic Course
Online regenerative medicine training for nurse practitioners — the science, the injection protocols, the PRP and stem cell certification, and the complete business launch system for opening your own clinic. All in one course.
Regenerative medicine is a $13.3-billion-dollar industry. This course gives you the science, the protocols, the legal structure, the sourcing relationships, the marketing strategy, and the pricing framework to build a profitable regenerative medicine practice from the ground up.
4 CE Hrs (2 Rx) — Self-Paced Online — Lifetime Access
$499 Regular Price
A $13.3-Billion Cash-Based Industry. Low Overhead. High Revenue.
Stem cells are not a fringe treatment. Regenerative medicine clinics are operating in every major city in the country, charging $1,500 to $7,000 per injection for a service that takes thirty minutes, requires no prescription pad, generates no insurance paperwork, and delivers results that patients can feel within days. The treatments are quick. The overhead is low — the biggest expense is the product itself. And the patient demographic — typically over 45, higher income brackets, acutely motivated to avoid surgery — is exactly the population that will pay cash and refer their friends.
The obstacle is not the market. The obstacle is training. Most NPs have never been taught what mesenchymal stem cells do, how to properly prepare and administer them, which conditions respond best, what the contraindications are, or how to build the legal and operational structure to deliver this service sustainably. This course covers all of it. The result, for providers who execute on what they learn, is a practice that reaches autopilot revenue in 2 to 3 months and generates $40,000 or more per month in profit within 6 to 12 months of consistent operation.
The Regenerative Medicine Clinic Course at a glance
What it is: A complete online regenerative medicine certification for nurse practitioners, combined with a step-by-step clinic launch system
Format: 100% online, self-paced, lifetime access
CE credit: 4 CE hours (pharmacology/Rx) — The Elite Nurse Practitioner is accredited as a provider of nursing continuing professional development by the American Nurses Credentialing Center’s Commission on Accreditation
Treatment modules: Hyaluronic acid, PRP, allogeneic + autologous stem cell therapy, IV stem cell wellness, hair restoration & sexual wellness, exosomes
Business modules: LLC formation, specialty malpractice insurance, lab supplier vetting, pricing frameworks, Facebook-first marketing strategy
Instructor: Justin Allan, FNP — built his own practice from $0 to $70,000/month in 2.5 years
Price: $499
Course Overview
Two courses in one: a complete clinical certification in regenerative medicine therapies, and a step-by-step business launch guide for the practice that delivers them.
The course opens with the science — why bodies lose the ability to self-heal as we age, what stem cells are and how they work, and why the mesenchymal stem cells (MSCs) derived from the Wharton’s jelly layer of the umbilical cord are the most therapeutically potent source available. From there it moves through the full treatment toolkit: hyaluronic acid injections, PRP therapy (including collection protocol, centrifuge technique, hair and sexual wellness applications), allogeneic and autologous stem cell therapy across orthopedic conditions, IV wellness applications, intramuscular boosters, aesthetic integration, and the emerging evidence base for exosomes.
Each treatment module covers clinical indications, patient screening and contraindication criteria, injection preparation, step-by-step administration protocol, post-injection care, follow-up schedule, and adverse event management. The final section is a complete business launch manual: LLC formation, malpractice insurance sourcing, office setup and equipment requirements, stem cell storage, lab supplier vetting criteria, accounting, EMR, marketing channel strategy, target market identification, pricing frameworks, patient financing options, and the revenue and profit trajectory a properly marketed clinic can expect.
Course expires: 7/31/2029
Learning Objectives
Upon completing this course, you will be able to:
• Explain the biology of regenerative medicine: why the body’s self-healing capacity declines with age, the role of stem cell decline and senescent ("zombie") cell accumulation in chronic disease and degeneration, and how mesenchymal stem cells from the Wharton’s jelly of the umbilical cord supplement the body’s natural repair machinery via cell-cell signaling, MSC differentiation, paracrine activity, mitochondrial transfer, exosome transfer, and immune modulation
• Compare and clinically apply all four major biological treatment categories: hyaluronic acid (FDA-approved for knee OA, indications, dosing, insurance reimbursement); PRP (autologous, growth factor content, collection protocol using FDA-approved kits, centrifuge technique, injection parameters); allogeneic stem cells (umbilical cord derived); and exosomes (experimental, most potent when combined with IV MSC, umbilical cord derived preferred)
• Screen patients appropriately for regenerative medicine candidacy, including detailed history (joint disease, neurological disease, chronic inflammatory or autoimmune disease, cancer history with minimum one year post cancer-free determination, donor transplants, NSAIDs/steroids/anti-rejection medications), focused physical examination of the injection site, radiological justification (X-ray, CT, or MRI), and affordability/financing discussion
• Identify the full range of orthopedic conditions (OA/DJD, osteoporosis, bone fractures, acute and chronic soft tissue injuries, peripheral neuropathy, sciatica, nerve entrapment, trigger points, bursitis, tendonitis, fasciitis, post-surgical, wound healing), non-orthopedic conditions (post-COVID, long-haul COVID, COPD, MS, autism, post-stroke, systemic disease/CIRS, Lyme disease, autoimmune disease), aesthetic applications (post-microneedling, hair restoration), and sexual wellness applications (O-shot and P-shot) that are being treated with regenerative medicine biologics
• Execute the complete intra-articular injection protocol
• Administer intramuscular stem cell injections using the 4-point protocol for anti-aging, general wellness, shoulder and neck stiffness, post-joint injection boosters, and autism treatment
• Administer IV stem cell therapy: appropriate indications (long-haul COVID, lung disease, neurodegenerative disease, heart failure, autoimmune disease, anti-aging, CIRS, Lyme disease); relative and absolute contraindications; supplies list; protocol; mechanism of homing, immunomodulation, differentiation, and paracrine effects; adding exosomes for force-multiplier effect; tracking objective improvements with CBC, CRP, ESR, cytokine panel, CD4/CD8 ratio
• Apply the hair restoration protocol and sexual wellness protocols
• Implement post-injection care, conduct structured follow-ups, and manage adverse events (superficial infection: Mupirocin; cellulitis: oral antibiotics; non-responsive cellulitis: urgent care/ED; intra-articular infection: IMMEDIATE ER referral as surgical emergency)
• Build and operate a profitable regenerative medicine practice: form an LLC (WY or NV, foreign LLC in home state if applicable); obtain specialty malpractice insurance source stem cells from reputable cGMP FDA-registered labs with AATB accreditation; select appropriate stem cell storage; structure pricing, discounts for multiple injections, and patient financing; implement a Facebook-centric marketing strategy targeting 45+ disposable-income patients
What You’ll Learn
The Science: Why Regenerative Medicine Works
• The cellular biology of aging: how the body is made up of trillions of cells in constant states of growth, division, and renewal; how stem cells are the root of these regenerative processes and become weaker as we age; how telomere shortening decreases replication capacity; and how senescent ("zombie") cells — damaged cells that can’t divide but won’t die — send out chronic inflammation that recruits healthy cells to become senescent, accelerating degeneration, disease, and tissue breakdown
• The science of mesenchymal stem cells (MSCs): why umbilical cord-derived Wharton’s jelly MSCs are the most therapeutically valuable source (fresh, biologically young, not damaged by toxins or disease, hypoimmunogenic — hundreds of thousands of treatments with no adverse immune rejection events); the complete lab tissue manufacturing and quality assurance process from donor eligibility screening through cryopreservation, quarantine, third-party sterility testing, and medical director release; how to evaluate and vet a stem cell lab supplier before purchasing product
• Post-injection healing timeline: cytokines/leukocytes create scaffolding and initial anti-inflammation within days; HA and collagen soothe and lubricate the joint within days; stem cells begin reproducing and rebuilding new tissue via scaffolding at 1–2 months; peak healing potential at 3–6 months post-injection
The Treatment Toolkit: Hyaluronic Acid and PRP
• Hyaluronic acid: FDA-approved for knee OA; intra-articular injection protocol; mechanism (replaces lost synovial fluid, provides cushion, reduces inflammation, creates boundary layer around pain receptors); clinical benefits (reduces pain and stiffness up to 6 months, NSAID-alternative, safe in diabetics, can slow cartilage loss, improves ROM prior to surgery); side effects and risks; dosing (per manufacturer; insurance covers up to two per year);
• PRP: autologous conditioned plasma from centrifuged whole blood; growth factor content (IGF-1, platelet-derived growth factor, keratinocyte growth factor, connective tissue growth factor, cytokines); best indications for PRP vs. stem cells (PRP excels in soft tissue — OA, rotator cuff, tendinopathies, plantar fasciitis, ACL/PCL/meniscal injuries, bursitis — not useful in bone healing); combination use with stem cells as primary treatment and PRP as 3-month booster; FDA device requirement; collection protocol; injection parameters
Stem Cell Therapy: Orthopedic and Musculoskeletal Applications
• Complete orthopedic conditions list: OA and DJD, osteoporosis, bone fractures, acute and chronic soft tissue injuries, peripheral neuropathy, sprains and strains, sciatica, nerve entrapment syndromes (carpal tunnel), trigger points, bursitis, tendonitis, fasciitis, post-surgical, wound healing; how to anchor patient success criteria to sleep-related benchmarks during the pre-treatment consultation and to objective functional measures
• Treatment expectations by condition: knee and shoulder large joint injections have best/fastest improvements; inflammatory injuries (bursitis, tendonitis) are very successful; peripheral neuropathy takes longest; individual variation factors; results range from days to 12 months; a small percentage of patients see no results
• Complete stem cell preparation and injection protoco
IV Stem Cell Wellness: Systemic and Longevity Applications
• IV stem cell therapy indications: long-haul COVID, lung disease, post-lung infection, overall wellness, anti-aging, traumatic brain injury, neurodegenerative disease, heart failure, systemic disease/CIRS, autoimmune disease, chronic hepatitis B and C
• Why IV is especially effective for lung pathology: more than 50% of UC MSCs get trapped in the bronchi, making IV stem cell treatments uniquely positioned for respiratory disease; systemically available paracrine, anti-inflammatory, and immunomodulatory effects benefit the whole body; adding IV exosomes creates a force multiplier through enhanced paracrine signaling; pre-treatment blood work enables objective outcome tracking
• Relative contraindications and absolute contraindications for IV umbilical cord MSC; special guidance on heart failure and timing of IV MSC in acute infectious processes
Aesthetic, Hair Restoration, and Sexual Wellness Applications
• Aesthetic integration
• Hair restoration
• Female sexual wellness (O-shot equivalent)
• Male sexual wellness (P-shot equivalent)
Exosomes: The Science and the Opportunity
• What exosomes are: extracellular vesicles released by all cells; the communication vehicle between cells carrying DNA, proteins, mRNA, and lipids; anti-inflammatory signaling, cellular proliferation during tissue repair; until recently considered cell waste — now understood as critical intercellular messengers; exosomes from younger cells can rejuvenate older cells; umbilical cord (MSC) derived exosomes are most potent; suspended exosomes more potent than dried/dehydrated
• Clinical applications of exosomes: degenerative diseases, chronic inflammatory diseases, autoimmune disease, Lyme disease, aesthetic (topical post-microneedling), anti-aging, hair restoration, sexual wellness; rodent studies showing reduction in apoptosis after ischemic injury to brain, heart, and lung; exosomes amplify the effect of IV MSC by enhancing paracrine communication; not FDA-approved; no significant clinical data; regulatory and manufacturing caution required
Why Providers Choose This Course
Because most regenerative medicine courses teach you how to inject. This course teaches you how to build a practice that injects.
There is no shortage of NPs who want to add regenerative medicine to their practice. There is a severe shortage of courses that give them everything they need to actually do it: the complete clinical training, the business formation guide, the supplier vetting criteria, the marketing playbook, and the revenue model. Most courses stop at the science and the procedure. This course does not stop until you know exactly how to structure the LLC, source the product, store it correctly, price it appropriately, document it defensibly, market it to the right patients, and scale it to $100,000+ per month in revenue.
• The only EliteNP course that combines full clinical training with a complete practice launch system: regulatory guidance, legal structure formation, malpractice insurance sourcing, lab supplier vetting, stem cell storage options and costs, accounting and EMR, marketing channel strategy, target market identification, pricing frameworks, and a realistic revenue and profit timeline
• Six treatment categories in one certification: hyaluronic acid, PRP (including hair and sexual wellness applications), allogeneic stem cells, autologous stem cells, IV stem cell wellness, and exosomes — each with complete clinical indications, contraindications, dosing protocols, and injection technique
• Real revenue data from a clinician who built this: Justin Allan FNP took his practice from $0 to $70,000 per month in 2.5 years. The course teaches the exact model he used, with realistic expectations for how long it takes and what margins look like at different stages
• Lab supplier relationships and vetting criteria included: the course covers exactly what questions to ask any stem cell lab (FDA registration, AATB accreditation, donor screening, sterility protocols, cell counts, growth factor content, lot-to-lot consistency) and provides direct connections to vetted suppliers including Blossom BioMed and GP Biologics
• Complete sexual wellness and hair restoration protocols: the P-shot and O-shot equivalents, including detailed injection anatomy, needle placement to avoid critical structures, anesthesia protocols, and pricing represent high-revenue, low-supply procedures that most providers in the market cannot currently deliver
• Honest about the evidence base: this course does not oversell what the science has proven. Stem cells are not FDA-approved for most applications. Evidence is growing but still includes primarily rodent studies and small human trials. The course teaches you how to set accurate patient expectations, document appropriately to protect yourself, and practice within this landscape responsibly
• Online, at your pace — not a $3,000 weekend seminar: the injection routes used in regenerative medicine (intra-articular, IM, IV) are already within an NP’s procedural skillset. What providers are missing is the science, patient selection, protocols, and business structure — which is exactly what this course delivers, with lifetime access to return as the field evolves
Frequently Asked Questions
Is this within NP scope of practice?
Regenerative medicine falls within NP scope of practice as long as the service can be clinically justified and the provider has adequate training. The course covers the scope of practice considerations, the liability framework, and the importance of verifying your state Board of Nursing requirements. The regulatory landscape for biologics is evolving, and the course addresses what to watch for as regulations change. As with any advanced practice, knowing your clinical limitations — and when to refer — is a core part of the curriculum.
Do I need stem cells to be FDA-approved to offer this?
Stem cell treatments are not FDA-approved or cleared for most applications, but this does not mean they are not allowed. The FDA distinction matters primarily for what claims you can make about efficacy, whether insurance can be billed, and how you document. The course covers this regulatory landscape in detail and explains what a quality lab should be able to provide in terms of regulatory documentation. Thousands of clinics across the United States are currently offering these treatments. The course teaches you how to do it responsibly, with appropriate informed consent, documentation, and patient expectation-setting.
What does malpractice coverage look like for this?
Many standard malpractice carriers will not cover regenerative medicine procedures. The course specifically addresses this and provides three specialty carriers who have experience covering these practices: CM&F Group, Coverys, and Wellness Medical Protection Group. The critical point is that your carrier must explicitly be aware that you are performing these procedures before you begin — otherwise you may not be covered. Shopping for the right policy before you open is a non-negotiable step the course walks you through.
How do I source high-quality stem cells?
The course dedicates significant content to lab supplier vetting because this decision directly affects both patient outcomes and your practice’s reputation. Key questions to ask any supplier: Is the lab FDA-registered? Are they American Association of Tissue Banks (AATB) accredited? How do they maintain key tissue component levels from lot to lot? Do they manufacture their own products or are they a private label? How do they handle donor screening, quarantine timelines, sterility testing, and lot release? The course provides direct connections to vetted suppliers including Blossom BioMed (blossombiomed.com) and GP Biologics (gpbiologics.com) who have helped Elite NP practices get started.
What is the revenue potential realistically?
One stem cell injection generates $1,500 to $7,000 in patient revenue depending on your market, the product, and the cc volume used. Five patients per month generates $20,000+ in revenue. Most stem cell clinics that market properly generate in excess of $100,000 per month in revenue. The course is realistic about the timeline: expect 2 to 3 months to reach autopilot (where revenue covers expenses), 3 to 6 months to generate significant profit, and 6 to 12 months for consistent sustained profit at $40,000+ per month. These figures assume you invest appropriately in marketing ($2,000–3,000 per month) and execute the patient acquisition strategies covered in the course.
How do I market a stem cell clinic?
Marketing is identified in this course as the number one function of your business — the expense that will make or break the clinic. The course covers the complete marketing strategy: Facebook as the highest-ROI channel for the 45+ demographic, Google ads, physical channel advertising (golf courses, gyms, high-end salons, restaurants, billboards, AARP publications), website best practices, a referral and reward system, and the principle of never making guaranteed outcome claims in advertising. You are taught to do this yourself rather than hire an agency, keeping costs at $2,000–3,000 per month while maximizing control over messaging.
How do I access the course?
Immediately after enrollment, you receive full access through your EliteNP student portal. The course is completely self-paced with no deadlines. Lifetime access is included so you can return to any module as your practice grows, as new supplier relationships become available, and as the regulatory and evidence landscape for regenerative medicine continues to evolve.
Does this course include PRP training and certification?
Yes. The Regenerative Medicine Clinic Course includes a complete PRP module for nurse practitioners: collection protocol using FDA-cleared preparation kits, centrifuge technique, injection parameters, and the highest-value PRP applications — orthopedic soft tissue conditions, hair restoration, and sexual wellness. PRP is one of six treatment categories in the certification, so you do not need a separate weekend PRP course.
Can I learn regenerative medicine online, or do I need a hands-on course?
The injection routes used in regenerative medicine — intra-articular, intramuscular, and IV — are procedures nurse practitioners already know. What most NPs are missing is the science, the patient selection criteria, the treatment protocols, and the business structure, and that is what this course teaches, step by step, with lifetime access. In-person weekend courses typically cost $3,000 or more and rarely cover the business side at all. If you want supervised live-model practice on top of this training, you can arrange a local preceptorship for a fraction of that cost.
How much does regenerative medicine training cost?
In-person regenerative medicine and PRP weekend courses commonly cost $3,000 or more — and typically cover only the clinical procedure. The Regenerative Medicine Clinic Course is $499 regular price and includes both the clinical certification (4 CE hours, 2 Rx) and the complete clinic launch system: legal structure, malpractice insurance sourcing, lab supplier vetting, pricing frameworks, and the marketing playbook.
Who is this course for?
The course is built for nurse practitioners — including NPs adding a cash-based service line to an existing practice and NPs launching a standalone regenerative medicine clinic. The clinical and business content also applies to physicians, PAs, and other licensed providers whose scope permits these procedures. It is not intended for unlicensed individuals.