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Advanced MUSE Cell Technology
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The most complete clinical protocol training ever developed for MUSE cell technology — 10 modules, 30 lessons, full implementation protocols, ready for your practice from day one.

With Brandon Sassouni, MSc & Dr. Prof. Roni Moya, PhD

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10 Modules

30 Lessons

Lifetime Access

The Science, In 30 Seconds

What Is a MUSE Cell?

MUSE (Multilineage-differentiating Stress Enduring) cells are a naturally occurring subpopulation of stem cells with six properties that set them apart from MSCs, iPSCs, and embryonic stem cells — and make them uniquely suited for clinical regenerative protocols.

Pluripotent

Differentiates into all three germ layers — endoderm, mesoderm, and ectoderm.

All 3 germ layers

Non-Tumorigenic

Low telomerase activity; no teratoma formation observed in vivo.

No teratoma formation

Stress-Enduring

Survives hostile post-injury microenvironments that kill conventional cells.

Survives hostile sites

Autonomous Homing

Targets damaged tissue selectively via the S1P–S1PR2 signaling axis.

Homes via S1P–S1PR2

Self-Differentiation

Integrates on-site and becomes the correct tissue cell type without external programming.

Right cell, on-site

Immune Privilege

Allogeneic use without HLA matching or long-term immunosuppression.

No HLA matching

WHO THIS COURSE IS FOR

Designed Exclusively for Licensed Physicians of Any Specialty

This is not a course for students, nurses, or allied health — it is for practicing MDs who want to implement MUSE cell protocols in their clinical practice.

Neurologists & Neuro-Rehabilitation Specialists

Stroke, SCI, ALS, neurodegeneration — implement MUSE cell protocols with autonomous homing and self-differentiation advantages for CNS conditions.

Orthopedic & Regenerative Medicine Physicians

Joints, spine, soft tissue — learn epidural, transforaminal, intradiscal, facet, and intra-articular MUSE cell delivery protocols.

Aesthetic, Anti-Aging & Sexual Health Specialists

Male ED, female sexual health, SUI protocols, and genitourinary applications using MUSE cell technology.

For licensed MDs of any specialty. Clinical training.

WHAT YOU'LL MASTER

Implementation-Ready Clinical Skills From Day One

Practical capabilities you'll have after completing this course.

Understand MUSE Cell Science

Master MUSE cell definition, markers, the 3 key advantages (autonomous homing, self-differentiation, immune privilege), and S1P-S1PR2 homing pathway.

Design Patient-Specific Protocols

Select candidates, run clinical workups, stratify risk, and build protocols tailored to neurological, orthopedic, and systemic conditions.

Administer Systemic IV Protocols

Step-by-step preparation, dilution, infusion, monitoring, and dosing frameworks for systemic intravenous MUSE cell delivery.

Execute CNS & Neuro Delivery

Stroke, intrathecal, intranasal delivery protocols with precise timing and volume guides for central nervous system applications.

Perform Interventional Orthopedic Procedures

Epidural, transforaminal, intradiscal, facet, intra-articular, and ultrasound-guided MUSE cell injection protocols.

Build Your Clinical Program

Integrate MUSE cell services into your practice with clinical flow templates, program building frameworks, and pricing logic.

COMPLETE CURRICULUM

10 Modules · 30 Lessons · Full Clinical Protocols · Lifetime Access

A structured learning path from MUSE cell foundations to full clinical implementation.

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Total: 30 Lessons | Full Clinical Protocol Training | Downloadable Slide Decks | Lifetime Access

Spanish & Portuguese Subtitles Available

YOUR INSTRUCTORS

Learn From the Leading Voices in MUSE Cell Application

This curriculum was built by practitioners with direct clinical experience in MUSE cell technology — international conference speakers and protocol developers.

Brandon Sassouni, MSc

Lead Instructor — ISSCA

One of the leading clinical voices in MUSE cell application. International conference speaker and developer of the foundational protocols taught in this course. His work bridges cutting-edge MUSE cell science with reproducible clinical frameworks used by physicians worldwide.

Dr. Prof. Roni Moya, PhD

Co-Instructor — ISSCA

Regenerative medicine specialist with deep expertise in advanced MUSE cell administration techniques, patient selection, and interventional protocols. His clinical contributions form the backbone of the procedural modules in this course.

Everything Included in Your Course

10 Video Modules (30 Lessons)
100% Online — Self-Paced, Pre-Recorded
Official ISSCA Certification
Lifetime Access to All Content
Future Updates Included
English, Spanish & Portuguese Subtitles

ENROLLMENT BENEFITS

ISSCA App Access — Journal, Protocols, Exclusive Content
Immediate Access — Begin the Course Today
Complete Online Certification — $499 USD

Enroll Now — $499

ISSCA Advanced MUSE Cell Technology Certificate

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$799

$499 USD

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Course access is available immediately after enrollment.

Comparable clinical certifications range from $2,000–$5,000+.

10 modules taught by ISSCA international faculty
30 lessons — full clinical protocol training
Self-paced, 100% online — access begins immediately
Official ISSCA certification upon completion
Lifetime access to all content and updates
ISSCA App access (journal, protocols, exclusive content)

+ BONUS DOWNLOADS INCLUDED:

Downloadable Slide Decks (PDF) for every lesson
Clinical Takeaways per module
Key References library

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ISSCA ACADEMY

Enroll in MUSE Certification — $499

Join 12,000+ physicians worldwide who trust ISSCA for regenerative medicine education. Course access is open now.

Enroll today and begin the complete self-paced course immediately.

Enroll Now — $499

Advanced MUSE Cell Technology
Online