Managing diabetes and its related complications can be challenging, particularly when nerve damage and chronic pain become part of daily life. At Stemedix, we provide access to advanced regenerative approaches that focus on supporting the body’s natural repair mechanisms. Stem cell treatment for diabetes offers a potential way to address issues like nerve injury, inflammation, and tissue damage. By working with you and reviewing your existing medical records, we can develop a tailored plan that aligns with your health profile.
Stem cell solutions for diabetes are being studied for their ability to support insulin-producing cells, reduce inflammatory activity, and promote repair in affected tissues. While these therapies are still considered experimental, they represent a carefully monitored option for patients looking for alternative ways to manage complications such as diabetic neuropathy, impaired circulation, and chronic wounds. With us, you receive guidance through every step of the treatment process.
Understanding Diabetes-Related Nerve and Tissue Damage
Diabetes affects more than just blood sugar levels. Over time, elevated glucose can damage nerves and tissues, creating complications that impact daily life and mobility.
How High Blood Sugar Affects the Nervous System
High blood sugar can damage nerves and small blood vessels. Nerve cells are highly sensitive to changes in glucose levels. Persistently high blood sugar can impair the way nerves send signals, slowing repair and causing discomfort. Patients often experience numbness, tingling, or burning sensations in their hands and feet. Research shows that nearly 50% of individuals with diabetes develop some form of neuropathy over time. High glucose also affects microvessels that supply nerves with oxygen and nutrients. Reduced blood flow can worsen nerve injury and delay natural repair processes.
Common Diabetic Complications Linked to Nerve Injury
Diabetic neuropathy can result in pain, numbness, and organ-related issues. Nerve damage may affect multiple parts of the body:
Peripheral neuropathy: Commonly affects the hands and feet, causing tingling, burning, or loss of sensation.
Autonomic neuropathy: Can disrupt digestion, heart rate, or blood pressure regulation.
Slow wound healing: Reduced sensation and circulation increase the risk of infections and ulcers.
Studies show that patients with peripheral neuropathy are likely to experience foot ulcers compared to those without neuropathy. Chronic nerve injury also increases the likelihood of mobility limitations and decreased daily activity.
What Stem Cell Therapy Means in Diabetes Care
Stem cell therapy is being explored as a way to support the body’s natural repair processes in diabetes. These therapies focus on targeting damaged tissues and supporting overall cellular function.
Stem Cell Therapy for Diabetes – Key Concepts
Stem cell therapy for diabetesintroduces regenerative cells to support tissue health. These cells act by releasing molecules that can assist in repairing nerves, reducing inflammation, and supporting metabolic activity. They do not work alone but interact with your existing cells to create a more supportive environment for tissue repair. This approach is not intended to replace your organs or primary medical care but may complement your current management strategies for diabetes-related complications.
How These Cells Behave in the Body
Stem cells adapt to their environment and communicate with surrounding tissues. They respond to signals from nearby cells and release bioactive factors that influence repair and regeneration. Instead of directly replacing damaged tissues, they provide support to your existing cells, helping improve function in areas affected by diabetic complications.
Stem Cell Solutions for Diabetes: Areas Being Studied
Beta-cell Support and Insulin Regulation
Stem cell solutions for diabetes may support insulin-producing beta cells. This can help maintain blood sugar balance by supporting the cells responsible for producing insulin. Supporting beta-cell function may help reduce the strain on your pancreas over time.
Inflammation Control
Stem cells secrete molecules that reduce inflammation. Chronic inflammation can worsen nerve and tissue damage in diabetes. By modulating inflammatory activity, these cells may help reduce ongoing cellular stress in affected areas.
Tissue Restoration
Stem cells may promote repair of nerves and blood vessels. This can improve function in tissues that have been affected by diabetes-related damage. By supporting both nerve and vascular health, stem cell therapy may help improve mobility, sensation, and overall tissue integrity.
Stemedix provides guidance for patients exploring stem cell therapy for diabetes, reviewing medical records, and helping create personalized therapy plans based on your needs.
Stem Cell Therapy for Diabetic Neuropathy
Diabetic neuropathy can impact daily life in many ways. Nerve damage may cause pain, numbness, or difficulty with coordination, which can make simple tasks challenging.
Why Neuropathy Is a Focus Area
Diabetic neuropathy is common and affects mobility and comfort. Pain, numbness, and reduced sensation make it a primary focus for stem cell therapy for diabetic neuropathy. Addressing nerve injury can help you regain movement and reduce discomfort. Targeted regenerative therapies focus on supporting damaged nerves and surrounding tissues, giving your body the resources it may need to function more effectively.
Biological Actions Being Investigated
Nerve Protection
Stem cells may support the integrity of damaged nerves. These cells interact with local tissues to encourage repair, which may help prevent further degeneration and maintain nerve signaling. Supporting nerve health can lead to improvements in sensation and reduce the impact of neuropathy on daily life.
Vascular Support
Stem cells may improve circulation in small blood vessels. Healthy blood flow helps maintain tissue function and supplies nutrients needed for nerve repair. Improved circulation may also help reduce discomfort and swelling associated with nerve damage.
Reduced Inflammatory Activity
Stem cells release factors that modulate immune activity. Reducing inflammation may slow further nerve injury and support a more favorable environment for tissue repair. Less inflammation can help improve overall nerve function and comfort.
Patient-Reported Outcomes Seen in Clinical Settings
Patients report improvements in energy, nerve discomfort, and daily activity. Some common experiences include:
Reduced tingling or burning sensations in hands and feet
Improved walking, balance, and coordination
Enhanced ability to perform daily activities
Emerging Applications for Other Diabetes-Related Complications
Diabetes affects more than just blood sugar levels. You may notice its impact on circulation, kidney function, and joint or muscle health, which can make daily activities more difficult. Stem cell therapies are being studied for their potential to support these areas.
Wound Healing and Circulation Support
Stem cell treatment for diabetes may support chronic wound repair. Slow-healing wounds are common in people with diabetes. Stem cells release molecules that can encourage tissue repair and improve blood flow. This may reduce the risk of infections and help maintain skin integrity.
Supports repair of small skin injuries and ulcers
Improves circulation in areas affected by poor blood flow
Promotes tissue regeneration through cellular signaling
Kidney Stress and Tissue Injury
Stem cells may help support kidney tissue affected by diabetes. Diabetes can place stress on kidney structures, leading to inflammation and gradual tissue damage. Stem cells can release factors that may help reduce inflammation and encourage repair of affected areas.
Supports kidney tissue integrity
Modulates inflammatory activity in kidney cells
May help reduce progression of tissue damage
Joint and Muscle Pain Linked to Diabetic Changes
Stem cells may support joint and muscle health. Many patients notice stiffness, soreness, or reduced mobility due to changes in muscle and connective tissues. Stem cell therapy may aid in controlling inflammation and supporting tissue recovery, which can help improve comfort and movement.
Reduces inflammatory activity in muscles and joints
Supports repair of connective tissues
Can improve day-to-day mobility and comfort
Why Many Patients Seek Help From Stemedix
Patients exploring regenerative medicine want a clear, patient-focused approach. This section highlights the support and guidance you receive throughout the process.
Regenerative Medicine Expertise
Stemedix focuses exclusively on regenerative medicine therapies. Our team applies research-backed methods to design treatments tailored to your specific condition. Every plan looks at your medical history, current test results, and personal needs to provide care that is precise and organized. You can expect a treatment path that is structured and guided by specialists familiar with the latest developments in stem cell applications for diabetes and related complications.
Board-Certified Providers
All therapies are approved by specialized, board-certified physicians. Each provider reviews your existing medical records and lab results to determine the most suitable therapy options. Our focus is on supporting your health through carefully considered regenerative approaches rather than offering new diagnoses.
Step-by-Step Coordination and Travel Assistance
Patients receive dedicated guidance throughout their journey. Care coordinators schedule appointments, help manage ground transportation, and assist with mobility aids such as wheelchairs or walkers if needed. This support allows you to focus on the treatment itself rather than logistical challenges.
Conditions Already Diagnosed by Each Patient’s Own Doctor
Stemedix treats pre-diagnosed conditions. The therapies offered are based solely on information provided by your own physician. Your treatment plan is built around existing medical records, ensuring that the therapy complements the care you are already receiving.
Take the Next Step with Stemedix
If you are exploring stem cell treatment for diabetes or related complications, Stemedix can guide you through the process. Our team works with you to review medical records, discuss potential therapy plans, and provide support every step of the way. To learn more or request information, contact us at (727) 456-8968 or email yourjourney@stemedix.com. Our staff is ready to answer your questions and help you begin the process of personalized regenerative care.
Diabetes affects millions of people, and supporting the pancreas is an ongoing challenge. At Stemedix, we provide patient-focused care using regenerative approaches that may help preserve insulin-producing beta cells. Stem cell therapy in Saint Petersburg, FL, offers an option for those seeking to support pancreatic function and maintain metabolic balance.
Our team works with your existing medical records, including blood work and imaging, to create personalized therapy plans. You remain in control throughout the process while our care coordinators assist with travel, mobility aids, and appointment coordination, providing guidance every step of the way. While stem cell therapy is an experimental approach, learning about its potential for supporting beta cells can help you explore how this treatment might play a role in managing diabetes. This educational perspective focuses on helping you understand what is involved and how therapy is tailored to your needs.
Pancreatic Beta Cells and Their Role in Diabetes
The pancreas plays a central role in regulating blood sugar. Beta cells within the pancreas are responsible for producing the hormone insulin, which allows your body to process glucose efficiently.
What Are Beta Cells?
Beta cells produce insulin, which regulates blood sugar levels. These specialized cells are grouped in clusters called pancreatic islets. Insulin released by beta cells helps your body use glucose from food for energy and supports metabolic activity.
Beta cells respond directly to rising blood sugar.
They release insulin in small, measured amounts to balance glucose levels.
Healthy beta cells maintain energy stability and metabolic efficiency.
Research indicates that adults have roughly one million islets in the pancreas, each containing hundreds to thousands of beta cells. The performance of these cells directly impacts blood sugar regulation and energy availability in daily life.
Beta Cell Dysfunction in Diabetes
Diabetes damages or reduces beta cell function over time. In type 1 diabetes, the immune system mistakenly attacks beta cells, reducing insulin production. In type 2 diabetes, insulin resistance overworks the beta cells, gradually impairing their function.
Reduced insulin output leads to higher blood sugar levels.
Persistent dysfunction increases the likelihood of complications such as neuropathy, cardiovascular strain, and kidney issues.
Managing diabetes is closely tied to how well your beta cells are performing. Preserving their function helps maintain energy levels and supports overall metabolic balance.
Introduction to Stem Cell Treatments
Stem cells are unique cells in the body with the ability to develop into different types of cells and support natural repair processes. They have been studied for their role in regenerating damaged tissues and helping maintain the function of organs.
What Is Stem Cell Therapy?
Stem cell therapyuses specialized cells to support tissue repair and regeneration. These cells can transform into different types, depending on the signals they receive from the surrounding tissues. They also release molecules called cytokines and growth factors that help modulate the immune system and support cellular activity.
Key features of stem cell therapy include:
Cell differentiation: Ability to become multiple cell types relevant to the damaged tissue.
Immune modulation: Reducing harmful inflammation and supporting tissue repair.
Cell signaling: Release of molecules that communicate with nearby cells to support function.
How Stem Cells Can Support Pancreatic Function
Stem cells may support beta cell preservation and function. In the pancreas, beta cells produce insulin, and damage or loss of these cells contributes to blood sugar imbalances. Stem cells may reduce inflammatory responses and produce signals that support beta cell survival.
Modulating immune responses that may otherwise contribute to cell dysfunction.
While research is ongoing, these findings provide insight into how stem cell therapy could support metabolic function and pancreatic health.
At Stemedix, our team works with you to evaluate your medical records and develop personalized treatments. Our approach focuses on beta cell support and tailored therapy plans for patients seeking regenerative care in Saint Petersburg, FL.
The Treatment Process at Stemedix in Saint Petersburg, FL
Navigating stem cell therapy involves several important steps, starting with a careful review of your medical history. Each part of the process is designed to support you and make the therapy experience manageable and clear.
Initial Patient Assessment
Patients provide existing medical records and tests for evaluation. We do not diagnose conditions. Instead, care coordinators go through your blood work, imaging reports, and MRI results to determine if a therapy plan can be designed around your previously diagnosed condition.
If your records are older than a few months, our team can help you gather updated documents through a signed medical release. This allows us to accurately tailor therapy based on the most current information, creating a treatment pathway that is organized and focused on your individual needs.
Personalized Treatment Plans
Treatment is customized based on each patient’s medical history. Board-certified providers examine the information you provide and develop a therapy plan that matches your existing condition and previous diagnostics.
Every plan is designed around your medical background, with adjustments made to match your health profile. The approach is focused on patient support and safety, allowing the therapy to be aligned with your condition rather than a standard, one-size-fits-all model.
Support During the Treatment Journey
Patients receive assistance with transportation and mobility. For those traveling to appointments, ground transportation is available, and mobility aids such as wheelchairs, walkers, or shower chairs can be provided as needed.
Our dedicated care coordinators guide you through each step, from preparation to therapy sessions and follow-up. We help you navigate the process so that appointments, therapy sessions, and logistical arrangements are as smooth as possible, allowing you to focus on your treatment.
At Stemedix, the treatment process is structured to keep patients supported at every step. From reviewing medical records to creating personalized plans and offering practical assistance during therapy, our team focuses on guiding you through stem cell therapy in Saint Petersburg, FL, with professional care and attention to detail.
Potential Benefits of Stem Cell Treatments for Pancreatic Health
Stem cell treatments may offer several ways to support your pancreas and improve how your body manages blood sugar. Learning about these potential benefits can help you see how therapy could fit into your overall approach to diabetes management.
Beta Cell Protection and Function Preservation
Stem cells may help maintain or improve beta cell activity. These cells interact with your pancreas at a cellular level, reducing inflammation and supporting communication between tissues. This process may help your existing beta cells continue producing insulin effectively, rather than allowing them to become overworked or damaged.
Some studies indicate that protecting beta cells in this way can help stabilize blood sugar levels over time. While the results can vary from person to person, the therapy focuses on maintaining the natural function of your pancreatic cells rather than replacing them outright.
Effects on Diabetes Symptoms
Patients may notice improvements in energy and blood sugar regulation. By supporting beta cells, stem cell treatments may reduce fluctuations in glucose levels, which can improve how you feel day-to-day. Some patients also report relief from neuropathy symptoms and a more manageable approach to their medications.
These effects are closely monitored by our care team. Adjustments to therapy and follow-up evaluations help us to track progress and provide support tailored to your condition and goals.
Wellness Considerations
Maintaining an active lifestyle complements therapy. Moving regularly, monitoring blood sugar, and coordinating with your care providers can help you take full advantage of the support your therapy offers.
A structured follow-up schedule helps you integrate these treatments into your daily life without feeling overwhelmed. You can focus on staying active, tracking your progress, and working with your care team to adjust routines as needed.
At Stemedix, our team works with you to combine these therapies with practical guidance, mobility support, and personalized attention, helping you navigate the therapy process safely and effectively.
Who Can Consider Stem Cell Treatments
Not everyone is a candidate, so reviewing your medical history is the first step in determining if this therapy could be a suitable option.
Eligibility Criteria
Patients with diagnosed diabetes or metabolic conditions may be eligible. To proceed, your medical records, including recent blood work, imaging, and test results, need to be current. This documentation allows the care team to tailor the therapy to your condition and helps the providers design a plan that matches your specific health needs.
Eligibility is confirmed through careful review of your existing records. We do not perform new diagnoses or conduct primary testing. Instead, the information you provide forms the foundation for developing a therapy plan that responds to your individual health status.
What Patients Should Know
Stemedix does not provide primary care or diagnose conditions. The therapy is focused on conditions that have already been identified by your personal healthcare providers.
This approach allows the care team to focus on creating a personalized treatment plan without replacing your primary medical care. We guide you through each step with support from trained care coordinators who help manage your records, answer questions, and coordinate appointments, making the process more manageable and patient-centered.
Get Started with Stem Cell Treatments in Saint Petersburg, FL
Ready to explore stem cell therapy in Saint Petersburg, FL? Contact Stemedix today to request an information packet or schedule a consultation. Call us at (727) 456-8968 or email yourjourney@stemedix.com. Our care coordinators will guide you through the process, assist with your medical records, and help coordinate transportation and mobility support for a smooth treatment experience.
Androgenic alopecia, more commonly known as pattern hair loss or pattern baldness, is an extremely common form of hair loss. Four out of 5 men and 2 out of 5 women under the age of 70 have hair loss due to androgenic alopecia (aka androgenetic alopecia). While this form of hair loss is not deadly, or even dangerous, it can cause substantial amounts of personal suffering, low self-esteem, and diminished quality of life. Indeed, most people with androgenic alopecia or pattern hair loss would much rather stop their hair loss and cure their baldness. Here we talk about stem cell therapy for hair loss.
Unfortunately, there are few effective treatments for androgenic alopecia. Patients may choose to use topical medication, minoxidil. Men can use the drug finasteride. Neither of these agents is very effective for many people who try them. Some patients with pattern baldness opt for surgery. Surgical hair loss treatment can be helpful for men who have receding hairlines, but it is of little to no use in patients with diffusely thinning hair, which is most often the case in women affected by androgenic alopecia.
Scientists have turned to stem cell therapy for hair loss for a few reasons. First, the current medical and surgical treatment options are largely ineffective. Second, stem cell treatment has been shown to be safe in many scientific and clinical studies. Third and perhaps most importantly, androgenic alopecia is caused, in part, by problems with natural stem cell function. Immune cells (lymphocytes and mast cells) can be found in the area around each hair follicle, specifically in the “knot zone” which is where most hair follicle stem cells reside. These immune cells and hormonal factors likely interfere with hair follicle stem cell function—the number of hair follicle stem cells stays the same in pattern baldness, but the ability of progenitor cells to multiply is greatly reduced. Natural stem cells in people with androgenic alopecia do not produce the same levels of substances that support hair growth and renewal. In short, patients with pattern baldness may benefit from stem cell treatment.
Researchers are strenuously pursuing this line of research. One promising approach is to apply stem cells (fat and stromal vascular fraction cells) directly to the balding areas of the scalp. For example, Dr. Shin and colleagues used stem cells on 27 women with pattern baldness and showed increased hair thickness and density 12 weeks after treatment. Another approach is to use exosomes from these stem cells to treat hair loss. Exosomes are released by stem cells, contain virtually all the beneficial molecules that stem cells produce and can be applied to the scalp without surgery.
The field of stem
cell treatment for pattern hair loss is growing rapidly. As more clinical
trials are published, we move closer to a time in with stem cell and stem cell
exosome treatment for androgenic alopecia becomes a reality.
The spinal column is made up of more than a dozen vertebral bones stacked on top of each other. Since the spine is not a single bone, it is capable of pivoting and bending, which gives the torso a degree of flexibility. A key part of this structure relies on the substance between the vertebral bones called the intravertebral disc.
The intravertebral disc is made up of the annulus fibrosis (the tough outer ring) and the nucleus pulposus (the jelly-like inner core). Each intervertebral disc acts as a shock absorber between the vertebral bones. Over time and with age, however, the intervertebral disc tends to breakdown. This can cause called degenerative disc disease, which includes herniated discs (“slipped discs”), pinched nerves, neck and back pain, and nerve problems. Obviously, finding ways to reverse or prevent intravertebral discs from breaking down is of great medical and scientific interest and for the countless patients with degenerative disc disease.
As with other groups interested in regenerative medicine, researchers have turned to stem cells in an effort to regenerate tissue within the intravertebral disc. One research group reported their recent success using bone marrow-derived mesenchymal stem cells. The scientists collected exosomes—very small packets filled with highly concentrated molecules such as proteins, microRNA, transcription factors and lipids—from these stem cells. In this study, researchers also collected exosomes from nucleus pulposus cells and tested the exosomes in various ways.
The researchers found that exosomes could send out signals to bone marrow mesenchymal cells and call them to the intervertebral disc. The exosomes also prompted the stem cells to become new nucleus pulposus-like cells. Conversely, exosomes from bone marrow mesenchymal cells caused nucleus pulposus cells to grow and multiply (i.e. proliferate). Finally, exosomes helped the tissue in degenerating vertebral discs to express the same genes as healthy discs.
While these results are complex, they suggest that exosomes from bone marrow mesenchymal cells and nucleus pulposus cells work together to recruit and make more healthy cells in degenerating vertebral discs. This could have profound implications for the millions of people with degenerative disc disease. If these results are confirmed in clinical trials, it would mean that exosomes could be used to prevent or reverse degenerative disc disease. We anxiously await further work in this exciting field.
Reference: Kang L. et al. (2017). Exosomes as potential alternatives to stem cell therapy for intervertebral disc degeneration: in-vitro study on exosomes in interaction of nucleus pulposus cells and bone marrow mesenchymal stem cells. Stem Cell Research Therapy. 2017; 8: 108.
The field of Regenerative Medicine has shown great promise for helping those with a variety of chronic diseases, including arthritis. Indeed, data on the potential value of using stem cells to address issues relating to arthritis have been growing. While specific stem cells like mesenchymal stem cells have demonstrated therapeutic effects in models of arthritis and other inflammatory diseases, the specific ways in which these cells confer their benefits are not yet well understood. Given that these stem cells contain different types of elements, it is important that research establishes which of these elements is critical to the therapeutic properties of stem cells.
A recent study, published in Theranostics, looked specifically at the different effects that small exosomes and larger microparticles from within mesenchymal stem cells have on the inflammatory processes that occur in arthritis. To conduct their experiment, scientists isolated the exosomes and microparticles from mesenchymal stem cells using an ultracentrifugation technique and then exposed the exosomes and the microparticles to cells of the immune system – specifically, T and B lymphocytes, which are implicated in arthritis.
What the researchers found was that, in their models of arthritis, both the exosomes and the microparticles suppressed the T lymphocyte proliferation that is indicative of inflammation. However, unlike microparticles and even parental mesenchymal stem cells, the exosomes were also able to induce other anti-inflammatory effects. The result of exosome activity was, therefore, more efficient blunting of inflammation.
These results point to the potential of not just stem cells, but specifically the exosomes of these cells, in therapeutically addressing inflammatory arthritis. While more research is needed to understand how these exosomes could actually impact arthritis patients, these data provide hope that stem cells and even just elements of stem cells will help these patients by improving their ability to combat problematic inflammation.
Reference: Cosenza, S. et al. (2018). Mesenchymal stem cells-derived exosomes are more immunosuppressive than microparticles in inflammatory arthritis. Theranostics, 8(5), 1399-1410.
This website and its contents are not intended to treat, cure, diagnose, or prevent any disease. Stemedix, Inc. shall not be held liable for the medical claims made by patient testimonials or videos. They are not to be viewed as a guarantee for each individual. The efficacy for some products presented have not been confirmed by the Food and Drug Administration (FDA).
This website uses cookies to improve your experience while you navigate through the website. Out of these cookies, the cookies that are categorized as necessary are stored on your browser as they are essential for the working of basic functionalities of the website. We also use third-party cookies that help us analyze and understand how you use this website. These cookies will be stored in your browser only with your consent. You also have the option to opt-out of these cookies. But opting out of some of these cookies may have an effect on your browsing experience.
Necessary cookies are absolutely essential for the website to function properly. This category only includes cookies that ensures basic functionalities and security features of the website. These cookies do not store any personal information.
Any cookies that may not be particularly necessary for the website to function and is used specifically to collect user personal data via analytics, ads, other embedded contents are termed as non-necessary cookies. It is mandatory to procure user consent prior to running these cookies on your website.
Subscribe To Our Newsletter
Join our mailing list to receive the latest news and updates from our team.
You have Successfully Subscribed!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
Thanks for your interest!
Request Information Packet
We'll send your FREE information packet that outlines our entire personalized, stress-free stem cell treatment process!
St. Petersburg, Florida
