Regenerative medicine is a biological strategy to remind our body’s own healing processes through cells, growth factors, cell signals, and/or other biomaterials to help support a more youthful and restorative tissue repair, reduce inflammation, and restore function.

It is a treatment option that can help reduce pain, improve mobility, and provide support in situations like joint pain, tendon injuries, osteoarthritis, and certain age-related or degenerative issues. It is also used to help fight against inflammatory based issues, like auto-immune dysfunction.

Potential benefits may include less pain, faster recovery, improved function, reduced reliance on medications, and a more natural, restorative approach to healing at the cellular level.

When performed by trained clinicians, regenerative treatments have strong published and observed safety profiles. We follow strict protocols to minimize risks and tailor care to each patient’s precise and individual needs.

Regenerative medicine focuses on supporting the body’s own natural healing processes, rather than simply masking symptoms or removing damaged tissue. Regenerative medicine works more on the root cause and is a more natural approach.

Yes, regenerative medicine may support healthy aging, slow cellular aging, and enhance overall wellness by promoting cellular health, reducing inflammation, and supporting the body’s natural repair processes.

Exosome therapy uses stem cell-derived messengers called extracellular vesicles that are taken up by our own cells, influencing them into an anti-inflamed, more optimal, restorative, “heling” mode. This process thereby activates our own natural repair and youthful recovery processes.

Stem cell exosomes deliver signaling molecules into our cells that influence the proteins made, and the genes called upon. This cell activation helps guide a more restorative cellular activity, thereby reducing inflammation, and supporting tissue health and healing at a cellular level.

While we are not yet allowed to claim that exosomes treat or cure specific conditions, based upon medical evidence, it has been well demonstrated repeatedly that exosome therapy is commonly helpful for joint discomfort, accelerated injury healing, skin rejuvenation, hair health, inflammatory problems like auto-immune issues, long inflammatory infections, recovery from heart attack and stroke, and overall regenerative wellness.

Stem cell derived exosomes provide targeted cellular signaling to our own cells without the need for live cells, making them a more advanced, efficient, cost effective, and consistent regenerative option.

When sourced and administered under strict medical protocols, exosome therapy has a strong safety profile, though individual responses may vary. Ultimate opinions on safety are reserved for the FDA when they take up the approval for marketing claims of exosomes.

Many individuals seeking a non-surgical, regenerative approach to healing, recovery, or wellness may be good candidates following a proper medical evaluation. Not everyone is a candidate for exosomes.

Bone-edge stem cell derived exosome injections are advanced and targeted regenerative injections placed precisely along areas of bone and joint cartilage
structures to support healing, have been shown to re-animate the bone cells that produce cartilage, reduce inflammation, and help reduce the need for surgery. These are often called subchondral injections since they are just under (or above) the cartilage.

All bone-edge “intraosseous” injection procedures are performed by Dr. Jeff, a highly trained physician with extensive experience in advanced regenerative medicine techniques with over 700 procedures performed (as of 2025) since adding this ReCELLebrate regenerative technique to help reduce the need for surgery. This bone injection has been found to be superior (both longer lasting and more effective) that injections performed in the joint (aka “intra-articular”) as supported by 15 year follow up studies published in the medical literature.

The regenerative joint procedure is performed using pre-procedural MRI targeting, as well as advanced imaging and precision-guided procedural techniques to ensure accurate and precise placement and optimal delivery of regenerative biologics.

Yes, patients receive light (twilight) sedation (not general anesthesia) to ensure comfort during the bone injection procedure. Although not technically asleep, one should not feel any discomfort during the injection.

Patients can expect to spend approximately two hours total, including pre-procedure preparation and post-procedure recovery time. The actual injection only takes a few minutes. Typically, the injections are a “one and done” procedure.

Most patients experience soreness for several days, but there is no downtime and no activity restrictions — gentle movement is encouraged to support healing with stimulation of the joint mechanoreceptors being desired.

Procedures are performed at a specialized, licensed injection facility designed specifically for advanced regenerative treatments. Procedures are performed at Regenesis, an out-patient injection facility that was designed for regenerative procedures, like the intraosseous cartilage regenerative joint injections.

Consultations and follow-up care occur at ReCELLebrate, while the actual injection procedure is performed at an affiliated medical facility to ensure the highest level of safety and comfort.

Using a dedicated, sterile procedure facility allows access to advanced monitoring, sedation services, and specialized equipment required for complex regenerative injections. At ReCELLebrate, we do not see this type of procedure a clinic based injection. We do not use ultrasound, as Dr. Jeff prefers higher resolution imaging during procedures, including fluoroscopy and/or low field procedural CT scan.

Yes, Dr. Jeff personally performs the procedure, even though it takes place at an affiliated medical injection center. The sedation is performed by a licensed
anesthesiologist.

ReCELLebrate manages the entire process – from consultation and scheduling to post-procedure follow-up – so patients experience seamless continuity of care.

PRP is a treatment that uses part of one’s own blood, concentrated to isolate platelets and growth factors that support the body’s natural healing response. It is a lesser form of regenerative medicine when compared to stem cells or exosomes, since it is not sourced from a youthful, perinatal source.

PRP works by delivering concentrated growth factors to an area of concern to help stimulate inflammation and support tissue repair. These growth factors are also found in amniotic products, and stem cell based biologics.

PRP relies on the body’s platelets for growth factors, while exosomes are cell-derived messengers designed to enhance cellular communication and signaling. Although there may be a few exosomes in a PRP delivery, the quality and quantity of exosomes in PRP and nothing like the exosomes from stem cells or direct exosome based perinatal biologics.

PRP has been widely used because it is autologous (from the patient’s own body) and relatively simple to prepare in a typical physician’s office, making it an early regenerative option. Even traditional physicians have begun offering PRP. Some health insurance companies have even started paying for this. PRP typically requires two or three sessions separated by weeks.

We focus on more advanced, higher potency regenerative technologies, such as stem cells and stem cell derived exosomes for enhanced cellular signaling without requiring blood draws. Exosomes, when used to help address joint osteoarthritis, usually requires only one application when targeted, dosed, and delivered correctly, in conjunction with the medical evidence.

Exosomes represent the growing and more cutting edge evolution of stem cell biologics and regenerative medicine, providing targeted cellular communication and regenerative support without the variability, pain, and inefficiency associated with PRP

Mild soreness, stiffness, or swelling at the treatment area is common and typically resolves within several days as the body begins its natural healing response.

There are no strict activity restrictions, and gentle movement is encouraged to help stimulate healing, through patients should listen to their bodies. We do want patients returning to what they are up to doing, and to their prior physical routine as soon as they can. There are no formal activity restrictions after these injection procedures.

Pharmaceutical anti-inflammatory medications such as NSAIDs and steroids should be avoided for as long as possible (months or more), as they interfere with the regenerative signaling process. Unless there are contra-indications, ice and Tylenol are ideal for procedural recovery. Stronger medications are not needed. Please call (844) 473-2355 or email info@plum-goat-544595.hostingersite.com if you have any specific questions about this.

Keep the wound clean and covered with a bandage as need during the first few days. An antibacterial ointment is recommended be applied 1-2 times daily for a week. You can get the injection site wet the following day, followed by a re-application of antibacterial ointment

Improvements are often gradual and take up to 6-12 months to reach their peak. Some (not all) patients feel an anti-inflammatory pain reduction early which can least for weeks or more. This benefit is not the ultimate regenerative benefit. The ultimate benefit does not usually come with an “aha” moment. Instead, people look back over the months and find less pain and more return of as tissue repair settles in.

Yes, a follow-up call or appointment is scheduled approximately one week after the procedure to review progress and address any questions. We then typically follow up with patients at one month post-procedure, two months, then every other month for a year, or more if needed.

Stem cell therapy uses specialized cells to support the body’s natural repair processes through cell signaling with promotes tissue recovery and function in a more youthful and less inflamed manner.

We are not yet approved to make claims that stem cell therapy treats any specific conditions. However, stem cell therapy is commonly utilized for joint pain, orthopedic joint degeneration including arthritis, tendonitis, ligament tears, meniscal tears, spinal problems, and other inflammatory joint problems. There is significant medical evidence and observational evidence in support of such. Stem cell therapy is also utilized for support in anti-aging, anti-inflammatory uses, and cosmetic purposes.

When provided by qualified medical professionals, stem cell-based therapies follow strict safety and asceptic protocols, which makes their risk profile extremely low, and certainly lower than repeat cortisone injections, surgeries, and most drugs (pharmaceuticals). There are no approved claims as to safety yet, so we must share the medical evidence on this topic with each individual as part of a thorough informed consent process. At ReCELLebrate, we have yet to have any adverse events.

Stem cell therapy focuses on cellular signaling and support. This improves cell function to allow help with regeneration. It does not rely on surgery or drugs, as it is a natural biologic technique, simulating one’s own youthful healing potential.

Many patients report that stem cell therapy supports pain reduction, mobility, and overall function, though individual results vary. We share medical evidence when reviewing options with each individual depending on their specific needs. All options are considered as part of the informed consent process.

Results can vary, but many patients notice gradual improvements over weeks to months as the body’s healing processes respond. For example, in joint regeneration, it typically takes 6-12 months to see maximal benefits.

Stem cells are living cells that can support tissue repair by delivering cell signals. These signals come in the form of growth factors and extracellular vesicles (exosomes). Exosomes travel better through tissue, can cross the blood-brain barrier, are easier to store and handle, and are much less expensive than stem therapies. The exosomes are doing most of the work of stem cells, which are just delivering the signals. Exosomes are a more advanced and evolved way of delivering stem cell therapy.

Peptides are short chains of amino acids that act as signaling molecules in the body. They help regulate processes such as metabolism, immune response, hormone balance, and tissue repair by communication specific instructions to cells.

When appropriately prescribed and medically supervised, peptide therapies are generally well tolerated. Safety depends on the specific peptide used, dosing, quality, and individual health factors. All therapies are reviewed during the consultation to ensure they are appropriate for each patient. Some peptides are approved for safety claims and others are not yet approved for safety claims. That does not necessarily mean that peptides are harmful. Careful discussion with your provider and informed consent are always required.

Of course, this is highly depending on the peptide, the dosing, and other variables. Some individuals notice benefits within a few weeks, while other experience more gradual improvements over several months. Timing varies based on the peptide protocol, health status, and overall goals. Sometimes, the benefits are at the cellular level and may not necessarily be “felt” or “seen.”

Peptides may be administered through subcutaneous injections, oral capsules, topical applications, or nasal sprays, depending on the specific peptide and therapeutic purpose. Your care plan will outline the most effective method for you. However, it is clear that in most cases, subcutaneous injections are much more bioavailable to the body.

Yes. Peptide therapies are often used alongside other regenerative, wellness, or medical treatments to support synergistic effects. Combination protocols are customized and carefully coordinated by Dr. Jeff. Peptides can often be used to avoid synthetic drugs and pharmaceuticals.

Peptides may support goals such as improved energy, recovery, immune function, weight management, cognitive health, sleep quality, anti-aging, and tissue repair. Each protocol is personalized based on individual needs and goals. Most peptides are not yet approved for marketing claims to be used for “conditions.” However, peptides often signal and influence cellular pathways in an effort to improve health and recovery desires and goals.

Regenerative approaches aim to support the body’s natural repair mechanisms by promoting tissue healing, reducing inflammation, and improving cellular health. These approaches may help optimize heart function and recovery at the cellular level in cardiac tissue. There are multiple medical publications in support of this approach towards accelerated recovery.

Stem cell-based and regenerative therapies are being utilized for their potential to support cardiac, neurological, and vascular repair after a stroke. While outcomes vary, these approaches may help improve circulation, reduce secondary damage, and support functional recovery in patients.

Certain approaches may support individuals with “conditions” such as heart attack, stroke, ischemic heart disease, heart failure, vascular inflammation, and circulation-related disorders. Each care plan is personalized based on clinical evaluation and discussed as part of the comprehensive informed consent process. There are no approved marketing claims yet for “conditions” although such approaches are commonly utilized.

The process varies depending on the individual and their personalized care plan and the amount of cellular damage. Some procedures are completed in a single day, while others involve a structure plan over several weeks or months to support optimal recovery.

Some patients report improvements within weeks; others experience more gradual changes over several months. Results (Benefits) depend on the condition being addressed, overall health, and individual response.

Regenerative therapies are generally well tolerated, but – as with any medical procedure – they may be risks such as temporary discomfort, or procedural side effects. All potential risks are reviewed and discussed during the consultation.