Knee Pain Management Austin TX
The knee is one of the biggest joints in the human body. It’s also one of the most essential. An injury to the knee is more than just inconvenient – it can be debilitating, without much hope for healing.
The knee is a very complex joint. A sharp impact could break bones or injure tendons and ligaments. This amazing joint is actually a complicated structure of systems interacting with systems.
Moreover, injuries are not the only problem. Normal wear and tear can wear out knee cartilage over time, facilitating several different possible degenerative conditions.
At our knee pain management Austin TX clinic, we specialize in the non-surgical treatment of different parts of the knee.
Some of the most common knee injuries occur while playing sports. In the case of fractures or dislocations, the knee must be immobilized straight away. In the case of tears and sprains, treatment depends on the extent of the injury.
Treating knee Injuries
We recommend our QC Knee program to deal with knee injuries. Speak to one of our pain management professionals, and they can advise you on the best plan of action. Some of the procedures that will prove useful include:
- Class IV Laser: The laser beam causes the body’s anti-inflammatory response to kick in. The knee becomes flooded with healing compounds that ease inflammation, improve mobility, and reduce pain. This treatment is the best immediate remedy for pain.
- Platelet Rich Plasma (PRP): PRP is primarily used to stimulate the healing process. It will also, over time, reduce inflammation and, eventually, further reduce pain. This treatment assists with faster healing.
- Regenerative Cell Therapy: At QC Kinetix in Austin, we are proud to offer this revolutionary therapy. The nutrients here come from amniotic membrane tissue. The tissue is rich in compounds that reduce pain, stimulate the body to heal itself, and lubricate the joint.
- Stem Cell Therapy: Stem cell therapy provides the body with the building blocks to repair tissue. We draw a sample of your bone marrow, and then process it so that we can inject it where it’s most needed.
Austin Knee Pain Specialists
Knee Tears and Sprains
Athletes playing high-impact sports (like basketball and football) are prone to sprains and knee tears. These injuries usually occur during tackling or twisting motions. They may also be the result of high-speed impacts or sudden changes in direction.
These movements can damage the bones, cartilage, and soft tissue of the knees.
Some of the most common injuries include:
This is a Medial Collateral Ligament Sprain. This ligament is on the inside of your knee. The ligament can be damaged by direct impact, or by incorrectly twisting the knee. Repairing this injury takes time. Regenerative techniques like stem cell therapy are extremely useful here.
The meniscus provides cushioning for the joint and is cartilaginous. Contact sports players are most likely to experience this injury as a result of an impact. When a player says that they “blew out” their knee, this is the injury they’re usually referring to.
This is a condition in which the tendons that stabilize the knee have been torn or possibly stretched beyond proper limits.
A Torn ACL
Anterior Cruciate Ligament injuries are the injury most commonly encountered on the sports field. These injuries are caused by landing incorrectly or changing direction too rapidly. It’s a severe injury that destabilizes the joint.
The posterior cruciate ligament is more difficult to tear. This injury is caused by a hard impact to the patella when you’re bending your knees. It’s not as common in sports, but very common in car accidents.
Sliding home might seem like a good idea during a ball game. Land on your kneecap too hard, though, and you could fracture it. Dropping from a great height, as you do in skydiving, could also cause a fracture.
A dislocation occurs when an impact or movement shifts the bones in the knee out of place. This kind of injury is common in contact sports like football. If a player is involved in a high-impact collision, there’s always a possibility of the bones shifting.