Helping you to recover from hip pain and chronic hip conditions – without surgery.

Areas We Treat

London Stem Cell Centre is a regenerative medicine clinic offering minimally invasive, cellular treatments for orthopaedic conditions.

Our team of specialists offer stem cell treatments, plasma and steroid injections and shockwave therapy to stimulate your body’s own healing process – helping you to recover from injuries and ongoing musculoskeletal conditions with minimal intervention, aiming to supersede standard surgical procedures and help stimulate repair and improve function.

For more information on our regenerative treatments and how they can provide effective, long-term solutions to your hip problems, get in touch.

What Hip Conditions Can London Stem Cell Centre Help Treat?

Your hip is a ball and socket joint connecting your thigh bone (femur) to your pelvic girdle). The bones of this large, highly mobile joint are coated in a layer of slippery cartilage to aid with smooth movement and provide shock absorption. The hip joint supported and activated by a system of tendons, muscles and ligaments, while other soft tissues help with mobility and cushioning.

Any of these structures can get damaged through wear and tear, an impact or a wrenching injury. The result can be painful and debilitating, affecting your ability to move around.

You may have been told that a hip replacement or other hip surgery is the only option for resolving your hip pain. At London Stem Cell Centre, we offer a range of cellular treatments using your own body’s healing capabilities to help stimulate repair, reduce hip pain and get you back to full function.

Book an Appointment

Hip pain

Hip Stem cell therapy, adipose tissue transfer and platelet rich plasma (PRP) treatment provide a non-surgical option for people with hip pain. The debilitating effects of hip pain can be the result of a number of conditions, including:

Hip arthritis

The socket of your hip bone is covered in a layer of smooth cartilage and surrounded by a labrum. The round top of your thigh bone (femur) is also coated in articular cartilage. Cartilage in your joints can get torn or worn away as a result of a traumatic injury (typically a wrenching or a side impact), due to repetitive activities, genetic bone misalignment or wear and tear over time. The exposed bone surfaces begin to degenerate, leading to inflammation in the joint, pain and stiffness – making walking increasingly difficult.

Treatment: our cellular therapies can help reduce the pain of arthritis and improve the mobility of your hip by using the growth and healing capabilities of your own cells such as PRP or BMAC.

Hip Tendinopathy

There are several tendons that attach your muscles to the bones of your hip to enable movement. Tiny tears in your tendons can occur as a result of an injury or damage to the bones and other structures of your hip (such as osteoarthritis) – leading to pain and difficulty walking. These micro tears lead to inflammation, muscle weakness and difficulty walking.

Treatment: a special concentrate of your blood plasma (PRP) can be injected to encourage healing and reduce the inflammation of the damaged tendons.

Labral Tear

The smooth cartilage that lines the socket around your hip bone is called the labrum. It can get torn as a result of wear and tear or a traumatic injury such as a wrenching action or a side impact. A torn labrum can catch on to other structures in the bone, causing pain, inflammation and reduced range of motion. It can also lead to osteoarthritis.

Treatment: cartilage has a low blood supply, so a damaged labrum rarely heals on its own. Cellular therapy uses the stem cells from your bone marrow (BMAC), along with the healing properties in your adipose cells and platelet-rich plasma injections (PRP) to encourage the healing of these tears.

What Treatments Are Available to Treat Hip Pain and Hip Conditions?


Platelet rich plasma therapy involves injecting a concentrate of the growth factors and other substances in your blood plasma cells that promote healing. This is particularly effective in areas ...

Find Out More


Our surgeons can extract tissue from your bone marrow (BMAC) which can reduce the symptoms of arthritis and also encourage repair processes of other damaged tissues.

Find Out More

Book An Appointment

London Stem Cell Centre is a leading private team of surgeons based in London with an international reputation for excellence in complex regenerative medicine.

For more information or to book an appointment, contact us here.

Book an Appointment

Other Areas We Treat


Whether you’re suffering from the pain of a knee injury – such as a torn ligament, damaged cartilage or meniscus tear, or the onset of osteoarthritis, stem cell injections help to regenerate...

Read More

Hand and Wrist

Blood plasma and stem cell injections provide minimally invasive and effective solutions to many soft tissue and degenerative conditions of the hand and wrist, including: osteoarthritis, rheumat...

Read More

Foot and Ankle

Debilitating conditions affecting your feet and ankles include arthritis, plantar fasciitis, Achilles tendinopathy and ankle instability. At London Stem Cell Clinic, our orthopaedic exerts offer...

Read More


Tennis elbow, golfer’s elbow or elbow arthritis are very common conditions that can negatively affect your lifestyle. Stem cell and plasma injections are now known to be effective at regenerat...

Read More


London Stem Cell Centre offers minimally invasive alternatives to surgery for shoulder conditions and injuries, including shoulder arthritis, rotator cuff tears and recurrent dislocations.

Read More

Latest From Our Blog

Pain Relieving Injections: Types, Benefits & Treatment Areas

Regenerative medicine can be a highly effective form of pain management in orthopaedic medicine. Otherwise known as injection therapy or cellular therapies, this minimally invasive…

Read More


Can Stem Cell Therapy Help with Joint Pain?

What is joint pain? Our joints all have similarities in their structural makeup. They are made of more than one bone, all of which are…

Read More

Make an Enquiry

Contact us directly or complete the form and we will come back to you as soon as we can.