Stem Cell Therapy for Orthopedic
Injuries:
Is It Right for You?
How Regenerative Medicine Is Changing Orthopedic Care in South Florida
By the NovaGenix Medical Team •
Updated June 2026 • 10 min read
For the past ten years, we’ve
had countless patients come to see us with all types of injuries. People from
every walk of life, and injuries sustained from just about every activity you
can imagine. Regardless of who you are or what you do, injuries can turn your
life upside down at the drop of a hat. If you’ve been dealing with a nagging joint
or tendon injury, whether it’s hip arthritis that’s limiting your golf swing,
tennis elbow that won’t go away no matter how much you rest it, a nagging ankle
that never healed right, or plantar fasciitis that makes your first steps in
the morning feel like walking on broken glass, you’ve probably been through the
standard treatment carousel with your doctor. We’d hear the same stories over
and over from patients about what their doctors told them to do. It typically consisted
of Physical therapy, Anti-inflammatories and/or Cortisone shots. And when those
things stop working, (if they ever worked at all) a conversation may be had about
surgery. That’s not to say that these steps aren’t necessarily wrong or might
not help, but rather they might not be right for everybody, and regenerative
medicine should be an option that everyone is aware of as a potential option.
For many patients, the standard
treatment doesn’t feel like a real answer. It feels like kicking the can down
the road, waiting for injury to get worse. Cortisone shots are a temporary fix
that often becomes less effective over time, and even worse, the research has
shown they could actually speed up tissue breakdown with repeated use. It’s why
most orthopedic doctors will limit a patient to 3 injections per year, every 3
months apart. Surgery means recovery timelines measured in month. s or even
years, with no guarantee of returning to full function. Many patients we’ve
worked with have told us similar stories of there being limited success from
surgery despite a lengthy healing period. There’s a gap between “Live with the
pain” and “go under the knife” that millions of active adults are forced in-between.
That is where regenerative
medicine is starting to enter the conversation that many patients are
starting with their physicians. Unfortunately not everyone is experienced in
regenerative medicine. At NovaGenix Health
& Wellness in Jupiter, Florida, Dr. Timothy Mackey has spent over a
decade working with patients across the Jupiter area, Palm Beach County and
South Florida who are looking for alternative treatment options designed to help
support the body’s own natural healing process rather than simply masking the symptoms
or even replacing a joint entirely.
Recently, Florida’s passage of Senate
Bill 1768 made the state one of the first in the country to explicitly
legalize stem cell therapy for orthopedic conditions under physician
supervision. This is great news for licensed physicians like Dr. Mackey who can
now offer these treatments for joint pain, tendon injuries, and related
musculoskeletal conditions, with strict informed
consent requirements, transparent disclosure, and adherence to sourcing
standards. Patients in Florida now have legal, physician supervised access to
treatments that remain far more restricted or unavailable in most other states.
Let us help you discover which
conditions are commonly treated with regenerative medicine, what clinical
research says about these therapies, and whether this approach may be right for
you.
Why is it That so Many
Orthopedic Injuries Don’t Heal the Way They Should?
A good amount of the orthopedic
conditions we evaluate for regenerative medicine treatments have one important
thing in common: the injured tissue receives very little blood flow to the
damaged area. Things like tendons, ligaments, and cartilage naturally have less
blood supply compared to muscles for example, and as a result it makes it much harder
for our bodies to deliver the oxygen, nutrients, and healing cells like
[platelets and growth factors needed by our bodies for repair itself. The results
can mean that recovery from injuries or chronic wear and tear, can take more
time and, for some people, remain unhealed despite conservative treatments such
as rest, physical therapy, or medications. When these tissues struggle to heal
on their own, regenerative medicine may become an option worth discussing with
a physician.
To put it in perspective, when
you cut your skin, it heals relatively quickly because the area is rich in
blood vessels that deliver oxygen, platelets, growth factors, and repair
signals almost immediately. The area scabs over and platelets start to cause
the injury to repair, and new skin cells begin to generate and healing happens.
However, when you damage a tendon or a piece of cartilage, those same repair
signals and healing cells struggle to reach the injury in meaningful
concentrations. The result is that damage accumulates faster than the body can
repair it, inflammation becomes chronic, and you end up with a joint or tendon
that is constantly nagging you and depending on the severity of the injury, can
even become permanently altered from its original state over enough time.
Traditional treatments address
what you feel. Regenerative medicine is attempting to address why you still
feel it. Not mask the pain or temporarily fix chronic inflammation but by
delivering concentrated biological repair signals, growth factors, platelets,
mesenchymal stem cells and cytokines, directly to the site of damage/injury,
the goal is to create an internal healing environment the tissue can’t generate
on its own.
What Stem Cell and Regenerative
Medicine Actually Is
At NovaGenix,
we use two primary approaches depending on the patient, the condition, and the
severity of tissue damage:
Platelet Rich Plasma (PRP)
PRP
is prepared from your own blood. We draw a sample, run it through a centrifuge
to concentrate the platelets and growth factors, and inject the resulting
solution directly into the damaged tissue. A properly prepared PRP solution can
contain 5 to 10 times the normal physiological concentration of growth factors
like PDGF, TGF,β, VEGF, and IGF,1, all of which play direct roles in tissue
repair and inflammation modulation. Because it comes from your own blood, there
is no risk of rejection or allergic reaction. The problem with PRP is that the
platelets and growth factors are helpful for many people however the severity
of injury can make PRP alone insufficient for full recovery and additional
treatments or peptides like BPC-157 may also be needed.
Cellular Tissue Allografts
from Wharton’s Jelly
For our patients that come to us
with more severe injuries or maybe who haven’t responded adequately to PRP, we
use cellular tissue allografts derived from umbilical cord tissue, specifically
the gelatinous substance known as Wharton’s Jelly. This material is rich
in several important regenerative cells like mesenchymal stem cells
(MSCs), growth factors, cytokines, exosomes, and hyaluronic
acid. It’s sourced from screened donors following planned C-section births,
processed at certified cell banks, and comes with full certification of
sterility and purity.
These stem cell banks operate
under one of the most heavily regulated tissue frameworks in medicine.
Depending on how the cellular tissue products are manufactured and marketed,
they are subject to oversight from the FDA and often undergo voluntary
third-party accreditation as well. Infectious disease testing is generally
performed in laboratories certified under the Clinical Laboratory Improvement
Amendments program, ensuring standardized laboratory quality and accuracy.
No embryos are involved, and no
risk is posed to the mother or baby. The umbilical cord is donated after a
healthy birth, material that would otherwise be discarded, repurposed to
support healing. Some parents opt to cryofreeze their umbilical cord in case the
child needs their own stem cells in the future.
It turns out that mesenchymal
stem cells are the reason Wharton’s Jelly is so valuable in orthopedic
applications. MSCs are able to differentiate and develop into cartilage,
tendon, ligament, and connective tissue, precisely the structures involved and
needed in most orthopedic injuries. Additionally, they will also release other
repair cells called paracrine signals: these growth factors, anti, inflammatory
mediators, exosomes and cytokines that improve the patient’s local healing
environment at the site of the damage even before any new tissue forms.
Both treatments are minimally
invasive, performed in, office in about an hour, with no general anesthesia and
no hospital stay needed. Most patients experience mild soreness at the
injection site for a few days as the body’s natural repair response activates
which is normal.
Conditions We Treat at
NovaGenix
Shoulder Injuries (Rotator Cuff Tears, Tendinopathy & Shoulder Arthritis)
The shoulder is one of the body's most mobile joints, making it especially vulnerable to injuries involving the rotator cuff, labrum, tendons, and cartilage. Conditions such as rotator cuff tendinopathy, partial tears, shoulder impingement, arthritis, and chronic instability often develop gradually from repetitive overhead activity, sports, or age-related wear and tear. While many patients improve with physical therapy and activity modification, others continue to experience persistent pain, weakness, and loss of motion despite conservative care. For these individuals, regenerative medicine—including PRP and stem cell therapy, is increasingly being studied as a minimally invasive option to help support the body's natural healing response and potentially delay or avoid surgery in appropriately selected patients. Early clinical research has demonstrated encouraging improvements in pain, function, and tendon healing, particularly for partial rotator cuff tears and degenerative shoulder conditions, although additional high-quality studies are still underway, the results have been positive.
Hip Osteoarthritis
Hip OA is one of the most
disabling forms of joint degeneration, and one of the most common reasons
active adults start quietly giving up things they love: long walks, travel, pickleball,
golf, cycling. Even simple chores like doing laundry or mowing the mlawn can
become a problem. As cartilage breaks down in the hip joint, bone on bone
contact causes pain that gets progressively worse, stiffness, and reduced range
of motion. Hip replacement is considered a major surgery with very real
recovery demands and real risks, and for many patients with mild, to moderate
disease, it’s not the right answer yet. There may be better options available
to help improve quality of life and improve the hip without the need for
surgical intervention.
There is plenty of research to
back this. A 2025 scoping review published in Cureus, following
PRISMA,ScR guidelines and searching PubMed, Embase, Cochrane, Web of Science,
and Scopus, identified 9 clinical studies evaluating intra articular stem cell
therapies specifically for hip OA. It turns out that the review concluded MSC based
therapies show promising regenerative and anti-inflammatory properties for hip
OA, with an excellent safety profile across all included studies. Patients with
mild to moderate disease showed the most consistent benefits, the same pattern
seen in knee OA research making early intervention an important consideration
for patient and provider looking for alternative treatment options that are
both safe and effective.
Tennis Elbow and Golfer’s
Elbow (Lateral & Medial Epicondylitis)
Elbow tendinopathies are among
the most frustratingly persistent orthopedic conditions. They affect 1–3% of
the general population, peak between ages 35 and 55, and are extremely common
in golfers, tennis players, pickleball enthusiasts, and anyone whose work or
hobbies involve repetitive forearm and wrist movements. Despite the name, these
are common overuse injuries in baseball players as well, particularly pitchers,
catchers, and position players whose repetitive throwing, batting, or gripping
places constant stress on the tendons around the elbow. If left untreated,
these conditions can lead to chronic pain, reduced throwing velocity, decreased
bat speed, and diminished performance on the field. The underlying problem
isn’t inflammation in the traditional sense it’s degenerative change and micro
tearing in the tendon at its attachment point, making it weaker and more susceptible
to partial or full tear injuries which is why anti-inflammatory meds and
cortisone shots tend to provide only temporary relief instead of actually
healing the area.
The research and systematic
review published in PubMed
(2022) covered 33 studies across PubMed, MEDLINE, Embase, Cochrane, and Web
of Science and found that PRP demonstrated significant improvements in pain
relief and functional outcomes for lateral epicondylitis regardless of PRP
type. A separate meta analysis comparing corticosteroids versus PRP found that
while cortisone outperforms PRP at one month, PRP is significantly superior
at both three and six months, the time horizon that matters for actual
recovery, not just temporary relief.
Stem cell research for elbow
tendinopathy is earlier in development, but a systematic literature review
published in ScienceDirect
evaluated five different studies using four different stem cell preparations
for lateral elbow tendinopathy and found consistent improvement in pain and
function scores, supporting their potential as an emerging treatment for
refractory cases, regardless of how they were prepared or administered.
Hip Labral Tears
The labrum is the ring of
cartilage that lines and deepens the hip socket, providing stability and
cushioning in the hip joint. Labral tears are common in active adults particularly
runners, golfers, dancers, and anyone with underlying hip impingement. These
tears can cause a deep, hard to pinpoint groin or hip pain that worsens with
prolonged sitting, pivoting, or high impact activity. Even car rides can become
excruciating. Like most cartilage structures in the body, the labrum has poor
blood supply and limited natural healing capacity. Regenerative injections are
increasingly being explored as a conservative option before arthroscopic
surgical repair, particularly for partial tears where the structural integrity
of the joint is still intact. Were not saying that you never NEED to have
surgery, just that in some cases it may not be the best 1st option
for healing and pain relief.
Ankle Sprains and Chronic
Ankle Instability
Ankle ligament injuries are
among the most common orthopedic injuries overall, and a surprisingly large
percentage of patients estimated at 20–40%, develop chronic ankle instability
following an initial sprain. I can’t even begin to count the number of times I’ve
twisted an ankle or seen someone else injure themselves doing something as
simple as stepping off a curb only to twist their ankle and collapse to the
street in pain. A sprained ankle doesn’t only occur with athletes, they occur
across all ages and all spectrums of life. Sprained ankles happen when the
ligaments don’t fully heal, leaving the ankle mechanically compromised and
prone to repeatedly giving way, chronic pain, and progressive joint damage. PRP
and MSC therapy are being studied as tools to support more complete ligament
healing following acute injury and to address the chronic instability and low-grade
inflammation that persists in patients who never fully recovered. Where stem
cell injections CAN speed up recovery, the process of healing a sprained ankle
still takes time. Stem cells can help ensure a faster time to recover and more
complete healing of the area.
Achilles Tendinopathy
The Achilles is the largest
tendon in the body and one of the most difficult to treat conservatively once
degeneration sets in. Chronic Achilles
tendinopathy is characterized by pain, stiffness, and thickening of the
tendon, and it’s particularly common in runners, athletes, and active adults
over 40. It’s hard to avoid as the tendon is involved every time we stand up or
take a step. Eccentric loading and physical therapy help a lot of patients, but
a significant subset can still remain symptomatic despite months of
conservative care. For these patients, PRP
or Stem Cell injections can deliver concentrated regenerative cells and growth
factors directly to the damaged tendon, supporting the tissue repair process
that the body’s natural circulation cannot adequately sustain on its own. Were
just helping the natural process.
Plantar Fasciitis
Plantar fasciitis is the most
common cause of heel pain in adults, affecting an estimated 2 million Americans
annually. It’s painful, debilitating and for some patients, seems like nothing
works to help heal the problem. The plantar fascia is the thick band of
connective tissue running from the heel to the toes. Over time it can develop
microtears and degenerative changes at its attachment to the heel bone, causing
the sharp, stabbing pain most patients describe. Many patients have described it
being the most severe pain in the morning with their first steps after getting
out of bed. Most cases improve to some degree with conservative treatments, but
roughly 10% of patients develop chronic, treatment resistant plantar fasciitis
and this can be a life changer in a bad way. For these patients, Stem Cell therapy for
Plantar Fasciitis has emerged as one of the most well supported
regenerative options, with multiple studies demonstrating meaningful
improvement in pain and function compared to corticosteroid injection and a
more durable effect over time.
Tennis Elbow + Knee +
Shoulder: The “Pickleball Triad”
We need to acknowledge the
single fastest growing source of orthopedic injuries in South Florida: pickleball.
The sport’s explosive growth and popularity with the senior population of South
Florida has caused a surge in lateral epicondylitis (tennis elbow from the
paddle swing), knee cartilage and meniscus injuries from running around the
courts, shoulder and rotator cuff stress from overhead shots. For patients dealing with
multiple joint or tendon issues from pickleball or similar racquet sports, regenerative
medicine offers the advantage of treating multiple areas with the same
biological approach without the downtime or risk of surgery at each site.
What the Research Tells Us
Ten years ago when we started
regenerative medicine treatments at NovaGenix there wasn’t nearly as much scholarly
articles regarding regenerative medicine. Fortunately the evidence base for
regenerative orthopedic medicine has matured substantially over the past
decade. We’re not talking about early-stage case reports anymore. We’re talking about systematic reviews, meta analyses,
and randomized controlled trials from major academic medical centers and
researches from around the world.
A comprehensive meta analysis from Mayo Clinic
and Hospital for Special Surgery researchers (2024), analyzing outcomes
from nearly 2,000 patients, found PRP demonstrated significantly higher rates
of successful outcomes versus hyaluronic acid (OR 2.19, p = .002) and
meaningful superiority over corticosteroids in knee OA. These are two of the
most rigorous orthopedic research institutions in the United States, and the
results were consistent and made a huge statement about the power of our own
healing cells.
On the stem cell side, a 2024
meta analysis of 16 clinical trials covering 807 patients, published in Osteoarthritis
and Cartilage one of the leading peer reviewed journals in joint disease
research in the world found meaningful improvements in pain and physical
function with MSC therapy, and a safety record across 15 years of published
literature that researchers described as consistently excellent.
A 2025
systematic review published in Frontiers in Cell and Developmental Biology covering
11 randomized controlled trials and 811 patients confirmed that intra articular
MSC injection in areas like the knees or shoulders produces significant and
durable improvements in pain relief, functional recovery, and activity levels
up to 24 months post treatment compared to controls. It’s the treatment
that keeps working well after the procedure.
And for elbow tendinopathy
specifically, research consistently shows that while cortisone injections win
at one month, PRP is significantly superior at three and six months, the
timeframe that reflects actual healing rather than temporary inflammation
suppression. Ice and cortisone can both help reduce swelling but regenerative
injections will fix the actual problem.
The truth is, the evidence is
growing in quality, not just volume, and the safety profile across essentially
all regenerative orthopedic research is excellent. The most consistent finding
for patient selection: mild to moderate disease responds better than end stage
structural failure. Earlier intervention typically produces better outcomes
which means don’t wait. Go and talk to you doctor today before the condition
gets progressively worse with time.
What to Expect at
NovaGenix
Every one of our patients who
come to NovaGenix interested in
regenerative treatment has a comprehensive initial consultation with Dr.
Timothy Mackey. He reviews your imaging, discusses your history and goals, and
gives you an honest assessment of whether regenerative medicine is likely to
help your specific condition. Not every patient is a candidate, and we don’t
approach anyone as a one size fits all case. Some patients may benefit from
rest or Advil, others may need a simple cortisone injection and others yet may
still need surgery. We’ll help you navigate all the difficulty decisions and
help you make the right decision based on your specific needs.
If treatment is appropriate for
a patient, here’s what the process looks like:
•
Consultation & evaluation, Dr. Mackey
reviews your imaging, symptom history, and goals before any recommendation is
made
•
In office procedure, minimally invasive
injection, typically completed in about an hour, with local anesthesia at the
injection site
•
Initial recovery, mild soreness for a few days
is normal and expected as the cellular repair response activates
•
Healing timeline, most patients begin noticing
meaningful improvement four to eight weeks post treatment, with continued
progress over several months
•
Follow up monitoring, Dr. Mackey tracks your
progress and adjusts as needed throughout recovery
For patients who are also
dealing with hormonal imbalances, metabolic issues, or chronic inflammation
that may be slowing tissue healing, we offer physician supervised hormone optimization
and comprehensive metabolic evaluation as part of an integrated approach because
how well your body heals isn’t just about what we inject into the joint. Perhaps
losing weight will help a patient reduce weight on an already damaged knee or
hip and help reduce pain and inflammation.
Who Is, and Isn’t, a Good
Candidate for Stem Cells and regenerative Medicine
Regenerative treatments tend to
work best for patients who:
•
Have mild to moderate joint arthritis, partial tendon
or ligament tears, or chronic tendinopathy
•
Haven’t seen lasting relief from cortisone injections, anti-inflammatory
meds, or physical therapy
•
Want to avoid or delay surgery, or aren’t ideal
surgical candidates due to health or age factors
•
Are motivated to support recovery with appropriate
physical rehabilitation alongside treatment
•
Have realistic expectations regenerative medicine is a
healing process, not an overnight fix
Regenerative therapy generally isn’t
appropriate as a standalone treatment for complete, fully retracted tendon
ruptures, severe end stage arthritis with significant bone loss, or acute
structural instability that requires immediate surgical repair. A thorough
evaluation including appropriate imaging is essential before any treatment
decision is made. And even though these procedures MAY help, they might not be
capable of solving the issue and we’ll be honest with you regarding that course
of treatment.
However, if you’ve been told
surgery is your only option and you’re not ready to go that route, a
consultation is absolutely worth having. If regenerative medicine isn’t the
right answer for your specific situation, we’ll tell you that clearly and help
point you in the right direction. If you want to explore regenerative medicine
as a possible last ditch effort to avoid surgery we understand and will be
happy to help, while still managing expectations.
A Note on Safety and
Sourcing
It’s important to talk about
safety and reality of what stem cells can and can’t do. There are clinics
across the country making wild claims about stem cell therapy, and their
ability to basically perform miracles. There are clinics that will treat
conditions like Autism, Cancer and Dementia despite no FDA or state approval or
even and scientific evidence that’s these treatments can help. The FDA has
issued repeated warnings about unregulated stem cell products and procedures. Florida
law, effective July 1, 2025, allows licensed physicians to administer
certain non-FDA-approved stem cell therapies for patients with orthopedic
conditions, wound care needs, and pain management conditions, provided they
comply with strict state and federal requirements. In orthopedics, this
includes conditions such as osteoarthritis, meniscus tears, rotator cuff
injuries, partial ligament tears, tendon disorders like tennis elbow, golfer's
elbow, Achilles tendinopathy, plantar fasciitis, and other musculoskeletal
injuries.
The law also permits treatment of chronic
wounds, including diabetic foot ulcers and pressure sores, as well as select
chronic pain conditions involving joints, tendons, ligaments, and the spine.
Physicians must use stem cell products sourced from qualified FDA-registered
tissue banks, obtain informed consent, and disclose that these therapies have
not yet been approved by the U.S. Food and Drug Administration.
The Florida law does not
broadly authorize stem cell therapy for conditions such as:
- Alzheimer's disease
- Parkinson's disease
- Autism
- Multiple sclerosis
- Stroke
- Heart disease
- COPD
- Diabetes (other than wound-related complications)
- Anti-aging or longevity treatments
- Cosmetic procedures
Those uses remain subject to
applicable federal law, FDA requirements, or clinical trial pathways.
The difference between
legitimate physician supervised regenerative medicine and predatory marketing
matters enormously. At NovaGenix, all
biological products are sourced from accredited, US based cell banks that
comply with FDA tissue regulations under 21 CFR Part 1271. Every treatment is
performed under Dr. Mackey’s direct supervision, with proper patient screening,
informed consent, and follow-up monitoring. We are transparent about what is
and isn’t FDA approved, and we never make claims that go beyond what the
current evidence supports.
Ready to Explore Your
Options?
If you or someone you know is
living with orthopedic pain, whether it’s a hip that’s limiting moving around,
a stubborn elbow that constantly hurts, an ankle that never healed fully, or knee
pain that’s affecting every time you get up, the first step to take is to have a
conversation. NovaGenix Health &
Wellness in Jupiter, Florida offers free consultations with Dr. Timothy
Mackey for patients across South Florida. Telehealth is available for patients
outside the Jupiter area prior to travel for treatment and lets us see if we’d
be a good fit and whether we can help treat you, or recommend another clinic or
physician for treatment.
We serve patients from Jupiter,
Palm Beach Gardens, West Palm Beach, Tequesta, Hobe Sound, Port St. Lucie,
Stuart, Boca Raton, and throughout Florida.
📞 Call or text: (561)
277,8260
📍 609 N. Hepburn
Ave, Suite 106, Jupiter, FL 33458
🌐 novagenix.org/regenerative,medicine
Further Reading &
References
1. Stem Cell
Therapies for Hip OA,Scoping Review, PRISMA,ScR (Cureus, 2025)
2. PRP for Lateral Epicondylitis,Systematic
Review of 33 Studies (PubMed, 2022)
3. PRP vs. Corticosteroids for
Tennis Elbow: Superior at 3 and 6 Months (PubMed, 2023)
4. Stem
Cell Therapy for Lateral Elbow Tendinopathy,Systematic Review (ScienceDirect,
2021)
5. MSC
Therapy for OA,Meta,Analysis, 16 Trials, 807 Patients (Osteoarthritis &
Cartilage, 2024)
6. PRP for Knee OA,Mayo Clinic /
HSS Meta,Analysis, 1,993 Patients (AJSM, 2024)
7. MSC
Therapy for OA,11 RCTs, 811 Patients, Durable Improvements at 24 Months
(Frontiers, 2025)
8. Stem Cell Therapy for
Knee OA,Systematic Review and Meta,Analysis (PMC, 2025)
9. NovaGenix:
Stem Cell Therapy for Knee Injuries in Jupiter FL
10. NovaGenix:
Stem Cell Therapy for Shoulder Injuries
11. NovaGenix:
Jupiter Regenerative Medicine
12. NovaGenix:
PRP for Orthopedic Injuries
Medical Disclaimer: This article is provided for educational
purposes only and does not constitute medical advice. Regenerative medicine
treatments including PRP and cellular tissue allografts have not been approved
by the FDA for the treatment of orthopedic conditions. Clinical evidence
continues to evolve, and individual results vary. All biological products used
at NovaGenix are sourced from accredited, US,based facilities in compliance
with FDA tissue regulations (21 CFR Part 1271). Always consult a qualified
healthcare professional before starting, stopping, or changing any treatment
program.
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