Pre Treatment Instruction | OriGen Clinics

Before You Watch

This video was not created by OriGen Clinics — it’s a public educational piece from 2017 that still offers a clear and helpful explanation of how stem cell therapy works.

That said, the field has come a long way since then. Protocols have improved, outcomes are more predictable, and options have expanded.

If you're looking for the most up-to-date info, you can ask Ori, our virtual assistant for personalized answers.

How Cell Regeneration Works

1. Damage or Degeneration

Over time, tissues break down due to age, injury, inflammation, or repetitive strain. Blood flow slows, healing stalls, and the body often shifts into a state of maintenance — not recovery.

2. Activation of the Repair Response

Regenerative therapy introduces biologically active signals — including stem cell-derived growth factors — that help “wake up” dormant cells and stimulate the body’s repair systems.

3. Signaling and Communication

These signals don’t rebuild tissue directly. Instead, they guide nearby cells to multiply, migrate, and organize — creating the right environment for healthy regeneration to occur.

4. Collagen + Tissue Remodeling

As repair signals take hold, the body begins restoring collagen, clearing inflammation, and stabilizing damaged structures — whether in muscle, tendon, cartilage, or skin.

5. Gradual Functional Recovery

As the underlying tissue regains structure and support, pain may decrease, flexibility may improve, and movement often becomes more stable — not instantly, but steadily over time.

Interview with Dr. Phelps

Innovation in Regenerative Health: A Timeline

1990 – Discovery of MSCs

The first identification of mesenchymal stem cells (MSCs) opened the door to regenerative healing using adult stem cells.

This discovery proved that adult stem cells could differentiate into bone, cartilage, and other tissue — paving the way for ethical, effective regenerative care. It laid the foundation for the entire field, showing that healing could be directed, not just hoped for.

2000 – Basic Stem Cell Trials Begin

The first formal trials began, focusing on safety, dosage, and cellular behavior in living systems.

In this stage, animal models and limited human trials demonstrated promising results. These studies were crucial to gaining public trust and advancing regulatory pathways. It was the first move from theoretical to practical application.

2010 – Targeted Applications for Joint Pain

Stem cells begin being used for arthritis, cartilage damage, and orthopedic conditions.

Regenerative therapy moved into mainstream sports medicine and orthopedic care. Athletes and aging adults alike saw improved recovery, reduced downtime, and relief from chronic joint deterioration — without surgery.

2020 – Exosome & Biologic Integration

The role of exosomes and biologic compounds transformed how stem cells signal and support healing.

Exosomes are tiny messengers that stem cells use to communicate. By isolating them, we can trigger healing even faster and more effectively. This innovation brought greater control, reduced inflammation, and deeper tissue impact across a wider range of conditions.

2025 – Clinic-Ready Regenerative Protocols

Stem cell therapy becomes accessible, structured, and ready for modern clinical environments like OriGen.

With years of data, real-world outcomes, and improved biologic materials, regenerative therapy is now precise, repeatable, and safe. It’s no longer experimental — it’s trusted, and transforming how we think about healing in the 21st century.

How Far We’ve Come with Modern Medicine

Just a few decades ago, treatment for chronic pain, injury, or degeneration meant surgery, medication, or simply learning to live with the discomfort. Healing was viewed as reactive — responding to symptoms rather than restoring function.

Today, regenerative medicine offers a completely different path. Instead of suppressing symptoms, it works at the root — using stem cells and biologics to reduce inflammation, rebuild tissue, and reignite the body’s natural ability to heal.

From sports injuries and arthritis to aesthetics and chronic nerve pain, stem cell therapy is helping people reclaim their mobility, appearance, and quality of life — without relying on invasive procedures. It’s not the future. It’s the now.