technology

Ravaged Knees Rejuvenating

Knees don’t like surprises. Whether that surprise comes in the form of a ski fall on a snow-capped mountain or in the form of a three hundred pound linebacker named Lawrence, the knee joint becomes quite susceptible to injury with certain twisting movements in flexion. , suddenly stops, jerks, pivots, vicious horizontal strokes – enough Lawrence, go get some Gatorade.

As the largest and most sophisticated joint in the body, the knee joint is an intricately woven complex of ligament, muscle, tendon, cartilage, and bone. Ligaments, such as the infamous ACL or neighboring MCL, act as harnesses, chin straps for the knee, securing a triad of bones – the femur, patella, and tibia – providing stability and ensuring that the joint is able to absorb the weight and strength required of an active knee. Despite the strength and flexibility inherent in such a display, for better or for worse, surprises are a part of life.

Ask Pat Quarterback Tom Brady; almost anyone who has ever ripped their ACL can remember that exact moment when they felt it burst. Without surgery, the inflammation in the joint breaks down nearby tissue, essentially turning the ruptured ligament into mush. Repairing a severed ligament was compared by a surgeon to stitching two hairbrushes together. So, due to the difficulty of the procedure, a torn ACL is usually replaced completely by a graft taken from a tendon.

And while tearing any of the four major ligaments in the knee is the fastest way to induce a lot of pain in your world, it is neither the only nor the most common method of knee injuries. Often, instead of tearing in half, the injured ligament will be stretched, and because it is poorly vascularized, healing of the ligament is slow and slow. It can take years for a stretched ligament to shorten to its original length and heal, and this does not present any new injuries.

Of all ACL injuries, skiing is the most common culprit. It’s such a devilishly common question that there’s even a name for it – the phantom foot phenomenon – in which the elongated tail of the downhill ski in combination with the inflexible back of the sturdy ski boot forces the knee in. a staggering movement from twisting to bending. that the knees shouldn’t have to do. While such a pain-inducing shell once meant a first-rate invitation to the edge of the surgeon’s scalpel, the scientific technology of adult stem cell therapy offers alternative options for rejuvenating ravaged knees.

Stem cells are found in abundance in adult and embryonic tissues. The reported regenerative effects have wiped out a list of cowboy clinicians claiming to cure anything from Alzheimer’s disease to multiple sclerosis to Crow’s Feet. However, stem cells are parts of the body that catalyze the healing process of tissue, not an instant magic potion. Therefore, it is important to do your homework before undergoing any such medical procedure.

Some adult stem cell therapy clinics, on the other hand, have developed rigorous methodologies such as Regenexx Specialized orthopedic procedures that have developed impressive technologies taming disparate types of stem cells. By taking adult stem cells from the patient’s body and then sending the self-renewing cells to target the precise area of ​​injury, the Regenexx approach appropriately tailors regenerative cell processing. Just as a successful blood transfusion requires blood of the same type, it is essential that the variety of stem cells be in harmony with the area to be injected. Stem cells derived from blood, for example, show the most effectiveness with distressed ACL ligaments, while other types of bone disease work best with stem cells taken from the bone marrow.

You see, although almost every part of our body has resident adult stem cells responsible for local maintenance including tissue repair, it is enough to extract these cells from one part of the body and inject them into the injured knee and is likely to do more harm than help. A one-size-fits-all approach completely ignores the underlying but vital intricacies inherent in stem cell therapy. Yet, with the promising results documented so far in reputable clinics specializing in calculated procedures, the potential behind this remarkable microbiological phenomenon appears poised to rekindle knees in shock and dramatically improve what we might ask for. in the future of medicine.


Source by Will M Rogers

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