Apex Regenerative

Most people think hair follicles die. Many don’t. They simply become dormant.

The question is: What happens when those dormant follicles start receiving active regenerative signals again?

In a 2025 human clinical trial using placental mesenchymal stem cell-derived exosomes, patients with androgenetic alopecia experienced:

↑ 69.4% increase in hair density
↑ 20.4% increase in hair shaft diameter
↓ 60.0% reduction in hair shedding

…all within just 6 weeks following treatment.

Stem cell exosomes don’t create new hair follicles. They act as biological messengers, delivering signals that may help dormant follicles return to active hair production.

For anyone experiencing thinning hair, a receding hairline, or decreased hair density, this is one of the most exciting areas of regenerative medicine being studied today.

Study: “Efficacy of Placental-Derived Mesenchymal Stem Cell Exosome Therapy in Treating Androgenetic Alopecia: A Clinical Trial Study Research Square, 2025

https://www.researchsquare.com/article/rs-5252508/v1

Comment “GRO” for more information.

Human healing is a series of coordinated biological processes that must happen in the right sequence and at the right time. New blood vessels must form. New tissue must develop. Collagen must be produced and organized. The wound must close. The scar must remodel.

A recent April 2026 published systematic review and meta-analysis reviewed 55 already published studies and data from 738 patients where wound healing was compared with and without stem cell exosome therapy. Researchers found something unusual:

Stem Cell Exosomes didn’t just improve ONE aspect of wound healing. They significantly improved EVERY major wound-healing endpoint analyzed.

Researchers found SIGNIFICANT improvements in:
•Angiogenesis (blood vessel formation)
•Re-epithelialization (skin regeneration)
•Collagen deposition
•Wound closure
•Scar outcomes

In other words, exosomes weren’t just associated with improvement in a single metric. They were associated with improvement throughout the entire healing cascade itself - from beginning to end.

Study: Chernoff G. “Human Placental Mesenchymal Stem Cell-Derived Exosomes in Wound Healing and Scar Therapy: A Systematic Review and Meta-analysis” Aesthetic Surgery Journal. Apr 2026;46(Suppl 1):S54-S61. doi:10.1093/asj/sjaf163.

If you’re a provider or patient, comment “HEALING” today for more info. There is NO reason NOT to use exosomes if you are having surgery of any kind, or performing aggressive skin / derm techniques! They accelerate healing in EVERY aspect of the healing cascade!

One of the most common questions we get is: “How is it possible that stem cell exosomes are being shown to be healing and regenerative for joints, tendons, skin, hair, the brain, the heart, the lungs, the immune system, and seemingly everything else in the body? How is that even possible?’

The answer is surprisingly simple.

It’s because the body doesn’t have a separate healing system for every organ. When you heal from an injury, recover from an illness, repair damaged tissue, or regenerate after stress, your body relies on many of the same fundamental biological processes:

•Cellular communication
•Inflammatory regulation
•Tissue repair signaling
•Stem cell recruitment
•Growth factor signaling
•Extracellular matrix remodeling

These processes occur throughout every system of the body. And exosomes the primary way every cell communicates those healing instructions.

In fact, decades of mesenchymal stem cell research have taught us something remarkable: Most of the regenerative effects originally attributed to stem cells are now understood to be driven by the exosomes those stem cells secrete.

That’s why exosome research spans virtually every organ and system in the body. Not because they’re treating hundreds of unrelated problems. Because they’re foundational to the body’s natural biologic process of healing.

The body doesn’t have one healing system for joints. Another for skin. Another for the brain. Another for the heart.

It uses the same cellular communication network everywhere.

Stem Cell Exosomes are the primary signaling system behind that natural healing.

Comment “HEALING” and we’ll send you how we work our proven regenerative protocols.

For years, treatment options for chronic Achilles injuries have largely revolved around rest, physical therapy, injections, and surgery. But published Achilles and tendon research is exploring a different question: Can improving the body’s biological signals involved in healing improve outcomes inj tendon recovery?

Across multiple Achilles and tendon studies, stem cell exosomes have been associated with:

•Reduced inflammatory signaling
•Improved collagen organization
•Enhanced tendon healing
•Improved tissue remodeling
•Increased strength of repaired tendon tissue

Why does this matter?

Because tendons don’t heal simply because time passes. They heal through millions of cellular interactions that occur over weeks and months following injury. Researchers are studying stem cell exosomes because they’re known to influence many of the biological signals involved in that process.

This is also why our philosophy has never been centered around a single treatment day. Healing is a process. The most powerful, healing and regenerative strategies are designed to support that process over time.

Selected Published Studies:
• The Use of Extracellular Vesicles in Achilles Tendon Repair: A Systematic Review (Biomedicines, 2024)
• Unlocking the Potentials of Exosomes in Achilles Tendinitis (Journal of Foot and Ankle Surgery Asia Pacific, 2024)
• Therapeutic Potential of Exosomes in Tendon and Tendon-Bone Healing (Stem Cell Research & Therapy, 2023)
• Exosomes from Tendon Stem Cells Promote Injury Tendon Healing Through Balancing Synthesis and Degradation of Tendon Extracellular Matrix (Journal of Cellular and Molecular Medicine, 2019)

Comment “JOINT” for more on our regenerative joint and tendon protocols.

Elite runner. Chronic Achilles pain. Years of failed treatments.

Today, Skylor begins a comprehensive regenerative protocol with Dr. Mark Robson in Austin. Dr. Robson is a highly experienced foot and ankle surgeon with a research-driven approach to complex Achilles pathology. When you combine that expertise with a motivated young athlete and advanced regenerative biologics, you create the greatest possible environment for healing!

One of the biggest mistakes being made in regenerative medicine is treating healing as a single event. Both tissue degeneration and repair are a process. Stem Cell Exosomes work by delivering biologic signals that help regulate inflammation, support cellular communication, promote tissue remodeling, and encourage the body’s natural repair mechanisms.

The challenge is that injured tissue doesn’t ever heal in a day. That’s why we approach regenerative medicine from a protocol perspective rather than a single injection.

An equally important part of the strategy is supporting the body’s overall regenerative capacity. The goal is not only to target the injured Achilles, but also to optimize the internal environment so the body is better equipped to heal and recover.

Skylor’s treatment includes:
•Local Achilles injection to deliver concentrated regenerative signaling directly to the area of injury
•Systemic IV administration to support whole-body recovery, enhance regenerative capacity, and create a broader healing environment
•Daily sublingual exosome administration to provide ongoing regenerative signaling between procedures

Instead of one treatment and waiting months, the goal is to create sustained regenerative support, and keep it supported over time.

No treatment can guarantee an outcome. Biology doesn’t work that way. What we can do is absolutely maximize the conditions the body needs to support healing & recovery. For a young athlete whose life has been dramatically impacted by Achilles pain, that’s exactly what we’re doing.

We’ll be documenting the journey & sharing updates along the way.

Comment “JOINT” for more on proven protocols for joint and tendon pain.

Hip osteoarthritis is supposed to get worse. More pain. Less mobility. Progressive degeneration. But that’s not what happened in this regenerative biologics study.

Researchers took patients with established hip osteoarthritis and administered approximately 20 million culture-expanded autologous bone marrow mesenchymal stem cells once weekly for three weeks (60 million total whole stem cells). These weren’t young donor cells. They were the patients’ own adult bone marrow-derived cells. Patients were then followed for an average of 29 months.

The results:
•Significant improvements in pain
•Improved stiffness
•Improved physical function
•Improved range of motion
•90% of patients showed no radiographic progression of their hip osteoarthritis 🤔

In other words, the vast majority of patients did NOT continue down the expected trajectory of worsening degeneration during more than two years of follow-up.

What’s particularly interesting here is that this was accomplished with a relatively modest regenerative intervention: approximately 20 million adult autologous cells per treatment, administered three times…the source was a relatively poor regenerative source, the dose was relatively low. What they did right was prolong the treatment administration over weeks.

The future of potent regenerative medicine is not about a single injection. It’s about a cumulative regenerative signal, delivered over time, where dose, source, concentration, and protocol all matter. That’s what we’re helping our providers do every day. That’s what’s continuing to get significant clinical results.

Study: Mardones R, Jofré CM, Tobar L, Minguell JJ. “Mesenchymal Stem Cell Therapy in the Treatment of Hip Osteoarthritis”. Journal of Hip Preservation Surgery. 2017. https://pubmed.ncbi.nlm.nih.gov/28630737/

Comment “JOINT” to learn more.

If you’ve been researching NAD+, you’ve probably noticed something: Every NAD+ company talks about increasing NAD+. Very few talk about where that NAD+ is actually increasing.

NAD+ IVs, NR, NMN, and traditional NAD+ supplements are all evaluated (if studies have been done for them) based on how much they temporarily increase blood or plasma NAD+ levels. But NAD+ doesn’t perform its most important functions in your bloodstream. It performs them inside your cells.

Inside your cells, NAD+ helps drive:

•Cellular energy production
•Mitochondrial function
•DNA repair
•Recovery and resilience
•Healthy aging
•Neurological function

That’s why the data on our new Lathmized NAD+ (LNAD+) is so interesting.

LNAD+ is the first and only NAD+ product demonstrated in a randomized, placebo-controlled human clinical trial to increase intracellular NAD+ without increasing blood plasma NAD+.

The results:
✓ 53% increase in intracellular NAD+ in just 5 days
✓ 100% responder rate
✓ No increase in blood plasma NAD+

Additional research demonstrated:
✓ 42% increase in spinal cord NAD+ levels in 4 hours
✓ 300% increase in intracellular NAD+ levels in 30 days

Think about that for a moment. While most NAD+ products are showing temporary increases in circulating NAD+ markers, LNAD+ demonstrated measurable increases where NAD+ actually works: inside the cell. Not more NAD+ in the bloodstream. More NAD+ where energy production, mitochondrial function, DNA repair, and cellular resilience actually occur.

This is why we became interested in LNAD+. Not because of marketing. Because of the data.

Study DOI: https://doi.org/10.64898/2026.03.25.714130

Comment or DM “LNAD+” for more information.

60-Day Cellular Reset

Most people don’t realize that energy, recovery, focus, resilience, and healthy aging all begin at the cellular level.

The problem is that cellular performance tends to decline long before symptoms become obvious.

That’s why we created the 60-Day Cellular Reset™.

A progressive 3-phase protocol designed to:

✓ Restore intracellular NAD+
✓ Support mitochondrial function
✓ Promote DNA repair and healthy aging
✓ Support overall wellness and cellular performance

Phase 1 (Days 1-15)
LNAD+ Powder
Twice Daily
1,000mg / day

Phase 2 (Days 16-30)
LNAD+ Lozenges
Twice Daily
200mg / day

Phase 3 (Days 31-60)
LNAD+ Lozenges
Once Daily
100mg / day

The goal isn’t a temporary spike. The goal is a structured cellular reset followed by a maintenance phase designed to help support long-term cellular health.

If you’re serious about optimizing energy, recovery, cognitive performance, healthy aging, and overall wellness, start where it matters most:

The cell.

Comment “LNAD” to learn more.