Evidence-aware injection and orthobiologic care

Regenerative Orthopaedics

An injection should follow a diagnosis, not replace one. The condition, stage of disease, available evidence, alternatives, cost and regulatory status should all be considered first.

Regenerative orthopaedics illustration
Options

Treatment choices depend on the exact diagnosis.

Depending on the condition and current evidence, discussion may include platelet-rich plasma or other approved injection approaches. Preparation methods, indications and evidence vary substantially; these treatments are not interchangeable.

Evidence and limits

What these treatments may—and may not—do.

Some injections may reduce symptoms for selected conditions. They should not be described as guaranteed cartilage regrowth, a cure for advanced arthritis or a certain way to avoid surgery. Alignment, instability, structural damage, activity demands and rehabilitation remain important.

  • What is the exact diagnosis and treatment target?
  • What evidence supports the proposed product?
  • What are the risks, cost and expected duration of benefit?
  • Which alternatives have more established evidence?
  • How will the response be measured?
Responsible discussion

Clear expectations before proceeding.

Important

No injection can be promised to regenerate a severely damaged joint. Treatment claims should remain consistent with current evidence and applicable regulations.

Discuss your concern with Dr. Tarun.

Appointments are available at KIMS Hospitals, Gachibowli and Hale Clinics, Kondapur.

Dr. Tarun is actively involved in regenerative orthopaedics, offering innovative treatments that promote natural healing and tissue regeneration. He always stays updated through his research.

FAQ'S

Regenerative orthopaedics involves treatments that promote natural healing and regeneration of damaged tissues, including stem cell therapy, platelet-rich plasma (PRP) injections, bone marrow aspirate (BMA) and autologous chondrocyte implantation.
Conditions include osteoarthritis, tendonitis, ligament injuries, and cartilage damage. These therapies aim to reduce pain and improve function.



These treatments are generally considered safe and minimally invasive, with a lower risk of complications compared to traditional surgeries. However, patient selection and proper technique are crucial for success.