Stem Cell Therapy For Joint & Spine Regeneration

Welcome to Miami Stem Cell — where cutting – edge science meets personalized care. Whether you’re dealing with osteoarthritis (OA), joint degeneration, meniscus or ligament tears, tendinopathies, disc herniation, sciatica, facet joint syndrome, or sacroiliac (SI) joint dysfunction — we’ve got you covered. This guide breaks down our regenerative treatment options, how they work, and which approach may be the right fit to help you heal naturally, m ove better, and avoid surgery.

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Our Treatment

Our Treatment Options at a Glance

At Miami Stem Cell®, we offer treatments like Wharton’s Jelly MSCs, Exosomes, BMAC, and PRP to treat osteoarthritis, joint tears, and disc degeneration. These non-invasive options support tissue regeneration, repair, and inflammation reduction.

Wharton’s Jelly MSCs

Wharton’s Jelly MSCs, from umbilical cord tissue, contain mesenchymal stem cells, growth factors, and cytokines. Rich in collagen types I, II, and III, they help treat OA, tears, disc degeneration, and chronic inflammation.

Exosomes

Exosomes, derived from umbilical cord stem cells, contain signaling molecules like miRNAs, cytokines, and lipids. They play a crucial role in regeneration, reducing inflammation, accelerating repair, and supporting neurogenic repair.

BMAC (Bone Marrow Aspirate Concentrate)

BMAC, from the patient’s iliac crest marrow, contains autologous MSCs, growth factors, and hematopoietic stem cells. It promotes type I collagen and is ideal for joint arthritis, disc repair, and moderate tears.

PRP (Platelet - Rich Plasma)

PRP (Platelet-Rich Plasma) is derived from the patient’s own blood and contains growth factors, cytokines, and platelets. It facilitates repair through signaling and is ideal for treating mild OA, tendonitis, and early-stage degeneration.

How It Works

How Each Therapy Works

Wharton’s Jelly MSCs, sourced from umbilical cord tissue, regenerate cartilage, ligaments, and tendons, promoting tissue repair. Exosomes act as messengers, activating the body’s repair mechanisms and reducing inflammation.

BMAC, from your own bone marrow, offers autologous treatment for moderate joint or disc issues. PRP, made from your blood, provides growth factors to support inflammation control and repair, ideal for mild OA and sports injuries. Each therapy boosts healing in different ways.

Wharton’s Jelly MSCs

What it is: Sourced from um bilical cord tissue (Wharton’s Jelly) donated after healthy, full - term births.
What it does: Provides high concentrations of young, multipotent mesenchymal stem cells (MSCs) that differentiate into type I, II, and III collagen — vital for cartilage, ligament, and tendon regeneration. These cells signal your body to repair damaged tissues like torn tendons, without altering your DNA or becoming permanent residents.
Ideal for: Moderate to severe OA, partial rotator cuff tears, spinal degeneration, and chronic joint inflammation.
Bonus: Low immunogenicity = no rejection. These cells don’t trigger an immune response.

Exosomes

What it is: Nano - sized vesicles released by MSCs during culture. They are not cells but act like messengers.
What it does: Sends “wake - up” signals to your body’s own repair mechanisms. They carry proteins, RNA, and growth factors that tell your cells to activate heal ing, reduce inflammation, and regenerate tissue. Think of them as the “text messages” between cells directing the healing process.
Ideal for: Enhancing stem cell therapy, reducing inflammation, and neurorepair (like spinal nerve root irritation).
Bonus: Acc elerates healing without the risks of introducing new cells.

BMAC

What it is: A concentration of your own bone marrow, typically drawn from the back of your pelvis.
What it does: Contains your own stem cells, but in lower quantities and potency than Wha rton’s Jelly. Differentiates mainly into type I collagen .
Ideal for: Patients wanting autologous treatment or with moderate joint or disc issues.
Limitation: MSC quality declines with age, so it's less ideal for older adults.

PRP

What it is: Your own b lood spun down to isolate the healing components.
What it does: Provides growth factors that support inflammation control and cellular repair.
Ideal for: Mild OA, sports injuries, tendinopathies, and as a booster to stem cell treatments.
Limitation: No stem cells, no differentiation — purely signaling support. Commonly require more than one treatment to see results.

Treatment Difference

Differentiation by Treatment

Treatment

Wharton’s Jelly MSCs

BMAC

PRP

Exosomes

Type I

Yes

Indirect only (signaling)

Type II

Yes

(limited)

Indirect

Type III

Yes

(limited)

Indirect

Good Candidate

Who is a Good Candidate?

Good candidates include men with mild to moderate vasculogenic ED, those seeking non-pharmaceutical solutions, and diabetics or post-prostatectomy patients (with clearance). It’s ideal for those wanting to improve sexual function, stamina, and quality of life.

Ideal Candidates:

Diagnosed with OA (mild to severe)
Have ligament, meniscus, or tendon tears
Herniated disc or degenerative disc disease
Looking to avoid or delay surgery
Healthy enough for outpatient procedures

Not Ideal Candidates:

Active cancer or history of blood cancers
Uncontrolled autoimmune disorders
Active infection
Severe spinal instability needing fusion
Advanced joint destruction (bone - on - bone with instability)

Wharton ’ s Jelly MSCs – Sourcing and Processing:

Ethical sourcing from healthy cesarean deliveries with full maternal consent.
Donor screening : infectious diseases, genetic disorders, and lifestyle history (compliant with FDA, AATB, and AABB standards).
Tissue is collected in a sterile environment , immediately cryopreserved or transported to a certified lab.

Lab Processing & Quality Controls:

Isol ation of MSCs in cGMP - compliant cleanrooms (Good Manufacturing Practice).
Cultured in xeno - free, serum - free media (no animal - derived substances).
Cells are:
1. Viability - tested
2. Tested for endotoxins, bacteria, and mycoplasma
3. Characterized for MSC markers (CD 73+, CD90+, CD105+, CD45 - , CD34 - )
4. Karyotyped to confirm genetic stability
Final product : cryopreserved, viability >90%, batch traceability ensured.

Exosome Extraction:

Trust

How is the Product Manufactured -Quality You Can Trust

Wharton’s Jelly MSCs are ethically sourced from healthy cesarean deliveries with full maternal consent and undergo thorough screening for diseases and genetic disorders. The cells are isolated in sterile, cGMP-compliant environments, cultured in serum-free media, and tested for viability, purity, and genetic stability. Exosomes are extracted using ultrafiltration, ensuring high quality and no cellular material, reducing immunogenic risk. The final product is cryopreserved with >90% viability and full batch traceability.

Is It Safe? Any Side Effects?

Wharton’s Jelly MSCs and exosomes are:

Mild risks include:

No long – term adverse effects reported in clinical trials or in – practice use.

Ready to Restore Your Joint Health?

Take the first step toward pain relief and better mobility! At Miami Stem Cell®, our team of experts is here to help you explore innovative, non-surgical treatments tailored to your needs.

Our Treatment

Our Treatment Options at a Glance

Treatment

Wharton’s Jelly
MSCs

Exosomes

BMAC (Bone Marrow Aspirate Concentrate)

PRP (Platelet-Rich
Plasma)

Source

Umbilical cord tissue (allogenic)

Derived from Umbilical cord stem cells (allogenic)

Patient’s own iliac crest marrow

Patient’s blood

Key Components

Mesenchymal stem cells, growth factors, cytokines

Signaling (miRNAs, cytokines, lipids)

Autologous MSCs, growth factors, HSCs

Growth factors, cytokines, platelets

Differentiation Potential

High – collagen
type I, II, III

No differentiation, but potent in signaling & regeneration

Moderate – primarily type I collagen

Non–facilitates repair via signaling

Common Uses

OA, tears, disc degeneration, chronic inflammation

Inflammation, repair, neurogenic repair.

Joint arthritis, disc repair, mode rate tears

Mild OA, tendonitis, early – stage degeneration

Final Thoughts

Your Path to Natural Healing Starts Here

At Miami Stem Cell®, we combine science, skill, and integrity to help you regenerate instead of replace . Whether you’re trying to get back on the court, the job, or just pain – free walks, we’re here to guide you — with the most advanced tools available in modern regenerative medicine

Post - Treatment Care

Rest the arm for 48 hours; avoid overhead lifting for 2 weeks.
No anti - inflammatory medications (NSAIDs) for 2 – 4 weeks. They interfere with the regenerative process.
Begin physical therapy (gentle range of motion) after 7 – 10 days, per physician guidance.
Follow - up ult rasound/MRI at 3 months to assess healing progress.

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FAQ's

Frequently asked questions

Get answers to common questions about our treatments, process, and what to expect on your journey to pain-free living.

What is MSC Exosome and Stem Cell Therapy for Hair Loss?

MSC Exosome and Stem Cell Therapy is an advanced regenerative treatment that uses umbilical cord - derived mesenchymal stem cells (MSCs) and exosomes to stimulate dormant hair follicles, reduce inflammation, and improve scalp health. This non - surgical, mini mally invasive approach helps restore hair thickness, density, and overall vitality.

How does it work?

What types of hair loss can this therapy treat?

Is this treatment safe?

How many sessions do es a person normally have? Most patients undergo a series of three sessions spaced 3 – 4 weeks apart.

What’s included in each session?

When will I see results?

Does it hurt?

Is there downtime?

Who is a good candidate?

Are there any pre - treatment precautions?

What about post - treatment care?

Can I combine this with other treatments?

When These Treatments Are Not Recommended ?

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Our team has pioneered regenerative medicine, completing over 8,000 stem cell procedures as a successful alternative to surgery. Miami Stem Cell specializes in treating hair loss and pain-related issues using advanced stem cell and exosome therapies

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Schedule Your Free Consultation

Our Treatment

Wharton’s Jelly MSCs

Exosomes

BMAC (Bone Marrow Aspirate Concentrate)

PRP (Platelet - Rich Plasma)

How It Works

Wharton’s Jelly MSCs

Exosomes

BMAC

PRP

Treatment Difference

Treatment

Type I

Type II

Type III

Good Candidate

Ideal Candidates:

Not Ideal Candidates:

Wharton ’ s Jelly MSCs – Sourcing and Processing:

Lab Processing & Quality Controls:

Exosome Extraction:

Trust

Our Treatment

Treatment

Source

Key Components

Differentiation Potential

Common Uses

Final Thoughts

Post - Treatment Care

Approved

FAQ's

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