How Does Your Body Heal Itself?
Every day, your body repairs small injuries you never notice. A bruise fades. A cut closes. Sore muscles recover after a hard workout.
The problem: When damage is severe, chronic, or degenerative, your body's repair system can't keep up.
Regenerative medicine gives your body the resources it's asking for.
The Two Key Components
Biocellular Regenerative Medicine combines two elements your body uses naturally to heal.
Component 1: Platelet Concentrate (HD PRP) — The Workers
What it is
High-Density Platelet-Rich Plasma (HD PRP) — a concentration of healing proteins and growth factors taken from your own blood.
What it does
For years, we thought platelets were only for clotting. We now know their most important job is coordinating the entire wound healing process.
Inside each platelet are tiny storage structures called alpha granules. These granules release growth factors and signaling proteins that:
- ✅ Recruit repair cells to the injury site
- ✅ Stimulate blood vessel growth (so oxygen and nutrients can reach damaged tissue)
- ✅ Reduce chronic inflammation
- ✅ Signal cells to start rebuilding
- ✅ Coordinate the healing cascade for the first 2-3 weeks after treatment
HD PRP is created by drawing your blood (like a routine blood test), spinning it in a centrifuge to concentrate the platelets (typically 4-6 times your normal circulating platelet level), and preparing them to release their healing factors.
Think of PRP as the skilled repair workers. They don't do the physical rebuilding alone — but they coordinate everything and everyone involved in the healing process.
Component 2: Adipose-Derived Stem & Stromal Cells — The Bricks
What it is
A mixture of repair cells harvested from a small amount of your own adipose (fat) tissue — usually from your abdomen or thigh.
What it does
Fat tissue is the largest reservoir of undifferentiated repair cells in your body. These cells live near your blood vessels (in the microvascular network) and respond when tissue is damaged.
When injury signals reach them, these cells can:
- ✅ Differentiate into the type of cell needed (tendon, ligament, cartilage, muscle, depending on the signals they receive)
- ✅ Secrete additional growth factors and anti-inflammatory proteins
- ✅ Provide structural scaffolding for new tissue to grow on
- ✅ Support and amplify the healing environment
We harvest a small amount of fat tissue using a gentle, closed-syringe system (microcannula) under local anesthesia — no large incisions required. The tissue is then concentrated through centrifugation to increase the number of active repair cells.
Think of these cells as replacement bricks. When tissue is significantly damaged, you need actual building materials — not just workers to coordinate the repair.
The Workers & Bricks Analogy
Dr. Alexander uses a simple analogy to explain how PRP and stem/stromal cells work together.
Imagine a brick wall that's starting to crumble.
Some of the mortar holding the bricks together has broken down. To fix it, you need workers to come in, clean up the damage, and repair the mortar. Once that's done, the wall is stable again.
The workers are your platelets (PRP). They coordinate the repair, provide the chemical signals and tools, and make sure the job gets done. For minor damage, workers alone may be enough.
Now imagine the wall has not only lost mortar, but some of the bricks themselves are broken or missing.
In that case, you don't just need workers — you also need new bricks to replace the damaged ones.
The bricks are your stem and stromal cells from fat tissue. They provide the actual structural material your body needs to rebuild.
Together — platelets + your own repair cells — they form what is called the Biocellular Regenerative Matrix, and is the actual therapeutic mixture used in treatment.
Here's why both matter:
- ✅ If you only have workers (PRP) but no bricks (cells), you can clean up and stabilize the site — but you can't replace what's been lost.
- ✅ If you only have bricks (cells) but no workers (PRP), the repair materials are there — but they're not organized, activated, or directed to do the work.
Together, they create the conditions for complete healing.
How the Treatment Is Performed
Most treatments are completed as an outpatient procedure — often in a single day.
Blood Draw
A small blood sample is taken, just like a routine lab test.
Platelet Concentration
Your blood is spun in a centrifuge to produce a high-density platelet-rich concentrate (4-6× your normal platelet level).
Cell Harvest
A tiny amount of fat is gently collected from your abdomen or thigh using a small, closed syringe (microcannula) — no large incisions.
Processing
The fat is cleaned and compressed to remove unwanted fluids and concentrate the repair cells.
Mixing
The platelet concentrate and prepared fat cells are combined into the final therapeutic mixture.
Guided Injection
Using ultrasound imaging for precision, the mixture is delivered directly to the injured or damaged area.
Sedation options include local anesthesia, regional nerve blocks (particularly for shoulder treatments), nitrous oxide, or light oral sedation. Your preference will be discussed at your consultation.
Why Ultrasound Guidance Matters
You can't heal what you can't see.
We use high-definition diagnostic ultrasound to:
- ✅ Identify the exact location and extent of damage before treatment
- ✅ Guide the needle in real time during injection
- ✅ Ensure the biocellular mixture goes into the damaged tissue, not around it
This level of precision matters. Placing repair cells a few millimeters off-target can mean the difference between effective treatment and wasted effort.
What Are Adult Stem/Stromal Cells?
You may have heard "stem cells" in the news and associated them with controversy. It's important to clarify: the cells used in this treatment are your own, ADULT stem cells — sometimes called stromal cells or progenitor cells — and are completely different from embryonic stem cells.
✅ Adult stem cells come from your own body. No embryos, no fetal tissue. They are simply unassigned repair cells that already exist inside you.
These cells are found throughout your entire body, quietly attached to blood vessel walls and the tissue framework (called the Extracellular Matrix). When injury or aging is detected, they are called into action as the body's first responders.
Key abilities of adult stem/stromal cells:
- ✅ They can become different types of tissue (muscle, tendon, cartilage, bone, etc.) as needed
- ✅ They communicate with surrounding cells to coordinate repair
- ✅ They help restore blood flow to damaged areas
- ✅ They reduce excessive inflammation that would otherwise slow healing and may cause pain
- ✅ They produce functional tissue rather than scar tissue — which is weaker and more prone to re-injury
Fat tissue contains the highest concentration of these adult stem/stromal cells anywhere in the body, making it an ideal and readily accessible source.
Is This "Stem Cell Therapy"?
Yes and no.
Yes, because stem cells are part of the adipose-derived mixture we use.
No, because:
- ❌ We do not culture, expand, or genetically modify cells
- ❌ We do not use embryonic stem cells
- ❌ We do not use amniotic fluid, umbilical cord products, or tissue from another person
- ❌ We do not make exaggerated claims about "miracle cures"
What we use is autologous tissue — your own cells, harvested and returned to you the same day, in compliance with FDA guidelines for minimal manipulation.
This is the Practice of Medicine, NOT Marketing
What the Research Shows
Dr Alexander has published many peer-reviewed scientific articles on the subject of use and success of delivering a patient's own stem/stromal cells plus highly concentrated platelets known as 'HD PRP' in many clinical uses. He is the Principal Investigator in multiple FDA-registered clinical trials studying these therapies.
Key findings from published literature:
- ✅ PRP enhances tissue healing and improves structural outcomes in soft tissue repair
- ✅ Adipose-derived stem/stromal cells combined with PRP show promise in musculoskeletal injury repair
- ✅ High-definition ultrasound guidance improves accuracy of targeted cell placement
- ✅ Safety profile is excellent when using autologous tissue with proper sterile technique
This is medicine built on decades of surgical experience and supported by peer-reviewed science — not marketing hype.
Will It Work for Me?
Honest answer: We don't know until we evaluate your specific situation.
Factors that influence outcomes:
- ✅ Type and severity of injury
- ✅ How long the problem has been present
- ✅ Your overall health and healing capacity
- ✅ Whether you follow post-treatment protocols
- ✅ Realistic expectations
Some patients experience significant improvement. Some experience moderate improvement. Some see little change.
We do not promise specific results. What we promise is an evidence-based approach, precise placement, and honest follow-up to track what's actually happening.
Schedule Your Consultation
No pressure. No sales pitch. Just clear information so you can make an informed decision.
Call us: (406) 375-5451 or (406) 777-4477
Fax: (866) 766-5458
Address: 1713 First Street North, Hamilton, MT 59840
Email: rgvclinic@gmail.com or rwamd1914@gmail.com