The hamstrings are a group of three muscles located at the back of the thigh: the biceps femoris, semitendinosus, and semimembranosus. These muscles are essential for leg movement, allowing for knee flexion and hip extension. The hamstrings play a crucial role in activities such as walking, running, and jumping, but they are also prone to injury due to the strain they frequently endure.
However, these muscle structures are prone to injuries, ranging from tendinitis and tears to complete tendon ruptures. Hamstring tear can be extremely painful and restrictive, making everyday activities and sports difficult.
A torn hamstring tendon is a common injury, especially among athletes, and can cause intense pain in the back of the thigh. If you’re wondering how to tell if you have a torn hamstring tendon, it’s crucial to pay attention to certain key symptoms.
The diagnosis of this injury usually requires a thorough clinical assessment and, in some cases, an MRI to confirm the extent of the tear. If you experience any of these symptoms, it is important to seek medical attention promptly to determine the appropriate treatment and avoid future complications. Early detection is crucial for a swift and effective recovery.
Not all stem cell treatments are equal; many of them barely contain a handful of stem cells, at best.
Our exclusive therapy of cultivated stem cells is the only one that has scientifically demonstrated its effectiveness and safety.
Only ITRT applies this therapy, which is the result of over 20 years of research. Differences of our exclusive therapy from the rest of the mislabeled ‘stem cell’ treatment:
We have scientifically demonstrated in clinical trial that only by using millions of units can the regeneration process be activated. Our therapy applies millions of stem cells, certified by our laboratory.
Over the course of more than 20 years, we have conducted 23 clinical trials that have demonstrated the efficacy and safety of our therapy, constituting the largest knowledge base worldwide in regenerative therapy.
There are many types of stem cells, but we have demonstrated that only 3 of them are effective when applied to tissues. In the laboratory, we select the correct types of stem cells to ensure regeneration.
Once the appropriate stem cells are selected, the very small quantity obtained through isolation undergoes an activation and culturing process, causing them to begin multiplying until reaching millions of units.
We have demonstrated in several clinical trials that we can use stem cells from other donors. This fact is very important especially for elderly patients, those with urgent needs, or serious illnesses.
Pol Leal is one of the brightest prospects in athletics. His career was at risk when, during a race his hamstring tendon tore due to overuse.
Specialists told him he would never be able to run at 100% again, effectively ending his professional athletics career. However, after receiving 20 million cultured stem cells via injection, he returned to training and winning races within 2 months, performing at the same level as before the injury.
DISCOVER HIS CASE IN THIS VIDEO
Pol Leal is one of the brightest prospects in athletics. His career was at risk when, during a race at one of the meetings, his hamstring tendon tore due to overuse.
Specialists told him he would never be able to run at 100% again, effectively ending his professional athletics career. However, after receiving 20 million cultured stem cells via injection, he returned to training and winning races within 2 months, performing at the same level as before the injury.
DISCOVER HIS CASE IN THIS VIDEO
