Use of PRP Therapy in Cartilage Repair
Our ankles hold up the weight of our body throughout our lives. Hence, it is not surprising that ankle problems arise. The ankles are the area most affected by cartilage damage. They will benefit greatly from any kind of treatment that will help repair or regenerate cartilage.
Medical technology has
advanced by leaps and bounds in the treatment of tissue repair and
regeneration. The biggest boost to this area of medicine has been PRP therapy.
PRP injections provide positive cellular changes in the joints. They help in the
regeneration of articular cartilage, increase volume of lubricants in the ankle
area and stimulate stem cells.
Who
Can Benefit from PRP Therapy?
- People with Chronic Illnesses - PRP therapy benefits patients suffering from diseases that lead to the degeneration of the ankle tissue like osteoarthritis and rheumatoid arthritis.
- Sportspeople - It is a very effective treatment for cartilage damage caused by sports injuries as it reduces the friction that is caused by overwork and tearing of tissue.
- Seniors - PRP delays degeneration of ankle
tissues by repairing them and this can be a big help for elders who are dealing
with ankle problems.
PRP
Procedure
It is a simple day
procedure which can be done by your podiatrist in his/her clinic. The doctor
will use the patient’s own blood to prepare the PRP injections. Blood is drawn
from the patient and the PRP is separated. This prepared injection is now
injected into the treatment area where it will release the growth factors and
stimulate the stem cells to start working. It is a short procedure and usually
normal activities can be resumed immediately afterwards.
Also Read: Fighting Chronic RA Pain with these Tips
When
Should You Talk to Your Podiatrist About PRP Therapy?
If you are suffering from
chronic ankle problems due to illness, age or injury, it could be that the
cartilage of your ankle is damaged. Your podiatrist may suggest PRP therapy to help
in repairing the cartilage as a non-invasive alternative to surgery.
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