Regenerative Medicine

Live Your Life Again.

Functional Medicine Therapy is FDA regulated

Houston weMED Health Dr. Bing You AABB Certified Cellular Therapy Provider

Dr. Bing You
AABB Certified Cellular Therapy Provider

weMED Health Dr. Camille George Expert in stem cell procedures

Dr. Camille George
Expert in stem cell procedures

Contact us to learn more or to schedule a consultation

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Functional Medicine Therapy
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Regenerative Medicine

Live Your Life Again!

Functional Medicine Therapy is FDA regulated

Dr. Bing You is the founder and one of the major Integrative Medicine
Dr. Camille George Orthopedic Surgeon wemed health houston

Contact us to learn more or to schedule a consultation

Please fill out the form below and we will get back with you shortly.

Functional Medicine Therapy
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Our Approach To Regenerative Medicine

By combining Regenerative Medicine with Eastern medicine, we have been successful in providing rapid pain relief and disease treatment unlike any other. Headed by the highly experienced Dr. Bing You and Dr. Camille George, our clinic has an impressive track record and a near-perfect success rate.

Regenerative Medicine explained

Dr. Bing discusses Regenerative Medicine in detail and shares some actual patient case studies.

Regenerative Medicine for Pain Management

Currently, the most popular form of stem cell therapy is bone marrow transplant. However, the regenerative properties of stem cells also make them ideal for treating arthritis, chronic pain, and injuries leading to chronic pain and even autoimmunity. So, the scope of stem cell therapy-based treatments is vast.

How can stem cell therapy help you recover and lead a pain-free life?

Arthritis affects a major chunk of the US population. It is a debilitating disease that has a considerable impact on the quality of life of patients. While there are some treatments that are available for arthritis, most require early detection and invasive surgeries. Even then, the chances of alleviating pain are not very high. In this regard, Houston stem cell therapy can provide a great alternative to arthritis patients. A minimally invasive injection of stem cells into joints can help immensely in returning the body part to normal, pain-free functioning.

There can be many reasons for the rise of chronic pain the human body. Aging, illnesses and unfortunate accidents are some of the most frequent reasons. Normally, treatment for chronic pain involves the combined uses of drugs, surgery and rehabilitative therapy. But these are only marginally effective and cannot address the pain as definitively as stem cell therapy. Because stem cells have the unique property of transforming into whatever type of cells required by the body, they can be used to help patients regenerate their damaged body parts. This can potentially lead to a radical alleviation of chronic pain.

Thanks to the major influx and wide use of pharmaceuticals in the US, autoimmune diseases have become widespread. Most of them still do not have any treatments and as a result, patients are left to suffer and sometimes even die from them. However, Houston stem cell therapy has proven to be a very useful way of addressing autoimmune diseases. By helping the body naturally replace errant cells with healthy ones, stem cell therapy can not only treat autoimmune conditions but also vastly enhance the patient’s quality of life.

Avoid surgeries and excessive meds

Replace and regenerate cells

Lead a pain-free life

weMED Human Stem Cell applications, muscle cells, cultured stem cell, intestinal cells , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States
weMED what is a stem cell? a mesenchymal stem cell is a primitive cell , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

Regenerative Medicine Healing

Human beings grow from one cell, the fertilized egg (the first totipotent stem cell). After dividing for about 5 days, it is called an embryo (the embryo can be frozen for years in a cryo tank, and later it can be warmed and woken up, and then be planted into the same woman or different woman’s uterus to grow into a baby). The cells in the embryo continue to differentiate into different parts of the fetus, which is connected to the mother through the umbilical cord and placenta.

weMED pregnant woman , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

Once the baby is born, the umbilical cord and placenta were once treated as medical waste and discarded, whereas now they are typically collected, medically cleaned, and banked in a stem cell bank, and are preserved for future treatment of human diseases, as they contain a large number of stem cells, which are medically significant. They might be used to regrow bones, ligaments, cartilage, muscles, blood vessels, etc.

Bone Marrow Stem Cell, All Diseases are Supposed to Be Healed by Stem Cells.

weMED blood cell flow chart , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States
weMED Mesenchymal stem cell , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

A baby is born at around 7 pounds and 1 foot long, and eventually grows to over 100 pounds and 5 feet or taller. How? In our bone marrow, we have two kinds of stem cells, which ensure we grow constantly until about 18 years old. One of these is Hematopoietic Stem Cells. These differentiate into red blood cells (which can last about 120 days) and white blood cells (which will survive about 5-12 days). The second type is Mesenchymal Stem Cells; which differentiate into the structure of the human body, like bones, ligaments, cartilage, muscles, blood vessels, tissue of the heart and kidney, etc.

Each cell in the human body has a life span. For example, skin cells can live for about 30 days, and a liver, heart, or kidney cell can live for about 180 days, so our cells die and get replaced by newly differentiated cells every day. However, the amount of stem cells in the bone marrow drops dramatically as we age, as shown in the adjacent picture. This is why a child can recover from an ankle sprain within a few days, while an adult may need a few months to recover from the same injury.

Cause of Chronic Diseases and Aging? Declining of Stem Cell

weMED chart on mesenchymal stem cells , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

The Source of Stem Cells

According to the father of stem cell research, Dr. Arnold Caplan, MSC are easily sourced from bone marrow, fat, the umbilical cord, placenta, and amnionic tissue, etc. There are two most commonly utilized sources for stem cells: umbilical cord tissues and bone marrow.

We are pleased to offer the cutting-edge product, Signature Cord, from Signature Biologics. Signature Biologics is an industry leading research and production laboratory, developed by its founder and chief scientist, Neil Riordan, PA, PhD. Signature Cord is an umbilical cord tissue product developed by Dr. Riordan that originates from the same tissue that his lab in Panama uses to manufacture its purified, expanded, mesenchymal stem cell product used by the Stem Cell Institute to treat a variety of chronic conditions. The cord tissue product used in the US is derived from dissociated umbilical cord tissue following minimally manipulated procedures that differ from the manufacturing processes employed in Panama. This product is a natural source of growth factors and hyaluronic acid. Most importantly, its processing in the US does not alter the innate properties of the umbilical cord tissue and maintains the source material integrity. For more information, please visit

Signature Biologics: www.signaturebiologics.com

For more information about Signature Biologics, Dr. Riordan, and Riordan Technologies, please visit https://www.neilriordan.com/about/

BMAC comes from your own bone marrow and contains a wealth of cells, which can aid the body in its own recovery.
BMAC can be highly effective for bone, muscle, tendon, ligament, and cartilage injuries. Bone marrow is an excellent source of growth factors for the cells, which are responsible for the healing and tissue regeneration process.
Is Bone Marrow Safe? Because BMAC is autologous, meaning it comes from the patient’s own body, the likelihood of any adverse side effects due to the BMAC itself is exceedingly low. To date, there have never been any reports of adverse side effects.

View/download the entire chapter about stem cell therapy for orthopedic conditions from Dr. Riordan’s book

For more detailed information on stem cells, we welcome you to read/download the entire chapter on stem cell therapy for orthopedic conditions from Dr. Riordan’s new book, Stem Cell Therapy: A Rising Tide – How Stem Cells are Disrupting Medicine and Transforming Lives.

CLICK HERE (FREE PDF)

“Neil takes readers on a riveting journey through the past, present, and future of stem cell therapy. His well-researched, educational and entertaining book could change your life. I highly recommend it.” – Tony Robbins, NY Times #1 Bestselling Author

“100 years old will soon become the new 60. Stem cells are a key therapeutic to enable this future. Dr. Riordan’s book is your guide to why this is true and how you will benefit. A must read for anyone who cares about extending their healthy lifespan.” – Peter H. Diamandis, MD; Founder, XPRIZE & Singularity University; Co-Founder, Human Longevity, Inc.; Author of NY Times Best Sellers Abundance and Bold

Based on Research, Conditions Might Be Helped by Stem Cells

  • Regenerates Bone, Cartilage, ligaments, and tendon (Fracture, Osteo arthritis, tendonitis, joint pain, meniscus or ACL, LDL, Rotator Cuff injuries), Burns and Wound Healing
  • Arthritis, Disc Degeneration, Chronic Pain (Neck, Shoulder, Elbow, Wrist, Fingers, Back, Hip, Knee, Ankle, MP and IP joints)
  • Nerve System: MS, ALS, Parkinson’s Disease, Memory, Brain Trauma, Stroke, Spinal Cord Injuries, Neuropathy, Sciatica, Cerebral Palsy
  • Diabetes, Hypothyroidism, Heart Failure, Recovery from Heart attack, PAD, COPD. Liver & Kidney Disorders
  • Autoimmune Disease: Diabetes, MS, Rheumatoid Arthritis, Macular Degeneration, Hearing Loss, Crohn’s Disease, Graft vs Host Disease(GVHD), Lupus, Psoriasis, Eczema
  • Anti-aging and Frailty

Some of Our Patients’ Results

Knee pain and Osteoarthritis

Akir’s knee pain:

56 years old Patient’s R Knee before and after treatment

weMED X-rays on the knees , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

Nov 6,2018

weMED X-rays on the knees , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

May 9,2019

Emanuel Avoided Knee Replacement Surgery

weMED X-rays on the knees , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

February 11,2019

June 13,2019

Emanuel Avoided Knee Replacement Surgery

weMED X-rays on the knees , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

December 10, 2018

Knee pain-weMEDclinics-treatments

June 13,2019

Hip Pain

Much More Cartilage Growth

weMED X-rays on the knees , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

Jan 11, 2019

weMED X-rays on the knees , 4126 Southwest Fwy # 1130, Houston, TX 77027, United States

July 18, 2019

Lower Back Pain

Jon and Jenine’s back pain and arthritis are much better

Before and After Treatment for the Lumbar Spine It demonstrates that the neural foramen are bigger and discs are thicker

June 2019

Sep 26,2019

Rotator Cuff Tear

One of our patients, who was NYPD, has avoided recommended shoulder replacement after our treatment

If you or a loved one is looking for a better way to treat your condition, reach out to us today!

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*Not reviewed by FDA, these are based on our clinical experiences or journal report from clinical research.