Sports injuries are physical injuries that occur during athletic activities, exercise, or sports. These injuries can result from accidents, poor training practices, improper equipment, lack of conditioning, or insufficient warm-up and stretching. They may affect muscles, bones, ligaments, tendons, and other structures in the body.
Injury to: Ligaments (tissues that connect bones)
Common Areas: Ankles, knees, wrists
Cause: Twisting or overstretching a joint
Injury to: Muscles or tendons
Common Areas: Hamstrings, lower back
Cause: Overstretching or overusing a muscle
Injury to: Tendons (tissues connecting muscle to bone)
Common Areas: Elbow (tennis/golfer’s elbow), shoulder, knee
Cause: Overuse or repetitive motion
Injury to: the ligament that connects thigh bone (femur) to the shin bone (tibia)
Common Areas: Knee
Cause: Repetitive stress or prolonged pressure
Injury to: Cartilage in the knee
Cause: Twisting or rotating the knee while bearing weight
Injury to: Group of muscles and tendons stabilizing the shoulder
Cause: Repeated overhead motion (common in swimmers, pitchers)
We have treated 15,000 plus international atheletes across the world.
Endoresed by International Athelets
Disclaimer – Regenexx has not treated these athletes
Orthorenew, Regenexx India, offers non-surgical, regenerative treatments for sports injuries using interventional orthobiologics. These procedures aim to harness the body's natural healing processes to repair damaged tissue. This gets an athletes back to sports in half the time of surgery.
This approach provides an alternative to traditional surgical methods, potentially reducing the need for prescription medications and lengthy rehabilitation.
Harnessing the power of your own blood, Super Concentrated Platelets (SCP) represent the next generation of natural healing technology. This advanced regenerative treatment is designed to accelerate your body's repair process using concentrated platelets and growth factors.
Mesenchymal cells, also known as healing cells, are a cutting-edge solution in regenerative orthopedics. By leveraging the body's own ability to heal, this treatment works at the cellular level to repair tissue, reduce pain, and restore function without surgery.