Tendinopathy Treatment
Tendon Regeneration
Tendinopathy Treatment Tendon Regeneration
+200
Tendons regenerated with Cultured Stem Cell Treatments.
2
Clinical Trials conducted. The sole worldwide scientific evidence.
+200 |
2 |
Tendons regenerated with Cultured Stem Cell Treatments.
Clinical Trials conducted. The sole worldwide scientific evidence.
Tendinopathy
Tendon rupture
Our therapy is based on CULTURED STEM CELLS,
because the scientific evidence has shown that only by multiplying them
to reach millions of units, regeneration can be achieved
1700+
Patients
23
Clinical Trials (Largest scientific evidence worldwide)
2900+
Implanted doses of Cultured Mesenchymal Stem Cells
100%
Endorsed by Health Authorities
At ITRT we are world pioneers in tendon regeneration, that is, we can create new tissue to make an injury permanently a thing of the past. For the first time ever, we have proven scientifically what we already have seen in our daily clinical experience: that tendons can have a second life.
We have clinical experience with virtually every tendon in the human body, namely the patellar tendon, the Achilles tendon and the Harmstring, to mention just a few. MRI from a 86 years-old patient is included below. He presented a frayed Achilles tendon, with a 3 cms break. The evolution of the injury after treatment him with cultured stem cells can be observed. 8 months later, the injury was virtually healed and 24 months later, the tendon was brand new and completely unlike the previously frayed tendon.
Regeneration can be achieved at any age
Regeneration can be achieved at any age
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Dr. Sabater Tobella (86 YO) came with a serious rupture in the Achilles tendon, tissue was not only broken, but completely frayed, with a 3 cm “hole”.
After implanting him with 40 Million Cultured Stem Cells, he regenerated completely his tendon, having brand new tissue and recovering his quality of life.
Regeneration can be achieved at any age
Dr. Sabater Tobella (86 YO) came with a serious rupture in the Achilles tendon, tissue was not only broken, but completely frayed, with a 3 cm “hole” and having pain since a long time ago.
After implanting him with 40 Million Cultured Stem Cells, he regenerated completely his tendon, having brand new tissue and recovering his quality of life, until the point he was even able to return to play tennis.
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Second chance in a professional sports career
Second chance in a professional sports career
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Carla López was a professional basketball player until she got an injury on the patellar tendon from her left knee.
After 4 years of pain, she decided to get implanted with Cultured Mesenchymal Stem Cells (C-MSC). In a couple of months, his tendon was regenerated and she came back to sports life.
Nowadays, she lives a regular life, but she has changed the practice of basketball for weightlifting.
Play Video
Second chance in a professional sports career
Carla López was a professional basketball player until she got an injury on the patellar tendon from her left knee.
After 4 years of pain, she decided to get implanted with Cultured Stem Cells. In a couple of months, his tendon was regenerated and she came back to sports life.
Nowadays, she lives a regular life, but she has changed the practice of basketball for weightlifting.
The American Journal of Sports Medicine acknowledges our scientific evidence
The American Journal of Sports Medicine acknowledges our scientific evidence
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ITRT has just presented the results of a clinical trial with cultured mesenchymal stem cells that show, for the first time, that tendon can be regenerated.
The results indicate an unprecedented degree of regeneration of the tendon structure in 100% of patients, who resumed their practice of sports within 2 months.
The prestigious American Journal of Sports Medicine, has recently published the results and acknowledged them as “one of the most outstanding advances of recent decades”.
The American Journal of Sports Medicine acknowledges our scientific evidence
ITRT has just presented the results of a clinical trial with cultured mesenchymal stem cells that show, for the first time, that tendon can be regenerated.
The outcomes show an unprecedented degree of regeneration from tendon structure in 100% of patients, who resumed their practice of sports within 2 months.
The prestigious American Journal of Sports Medicine, has recently published the results and acknowledged them as “one of the most outstanding advances of recent decades”.
Play Video
What Tendinopathy is?
What Tendinopathy is?
This disease is caused by inflammation of the tendon resulting from overload when performing repetitive high-demand movements, which can lead to rupture.
It very commonly affects both amateurs and elite professional athletes such as basketball players, tennis, soccer and volleyball players, skiers and regular runners.
Over the past 20 years, we have presented scientific evidence and recently have been the first center worldwide to demonstrate clinically that new tendon tissue can be created and that it is possible to recover from injury as if it had never happened.
What
Tendinopathy is?
This disease is caused by inflammation of the tendon resulting from overload when performing repetitive high-demand movements, which can lead to rupture.
It very commonly affects both amateurs and elite professional athletes such as basketball players, tennis, soccer and volleyball players, skiers and regular runners.
Over the past 20 years, we have presented scientific evidence and recently have been the first center to demonstrate clinically that new tendon tissue can be created and that it is possible to recover from injury as if it had never happened.
Explain your case to us, we can help you
1st patient worldwide in regenerating tendon:
«I had a hole in the patellar tendon»
1st patient worldwide in regenerating tendon: «I had a hole in the patellar tendon»
Play Video
Enric’s knee, suddenly started to hurt, so he did some tests and realized that he had an injury (a “hole” as he says) in the patellar tendon, probably caused by practicing tennis and ski.
Enric was the first patient in being implanted with Cultured Stem Cells to regenerate the patellar tendon. The pain disappeared immediately and his tendon started regenerating until the injury was restored.
5 years later, he keeps enjoying skiing and his life, as if he had never had an injury. “This is the future of all injuries” he says.
Play Video
1st patient worldwide in regenerating tendon: «I had a hole in the patellar tendon»
Enric’s knee, suddenly started to hurt, so he did some tests and realized that he had an injury (a “hole” as he says) in the patellar tendon, probably caused by practicing tennis and ski.
Enric was the first patient in being implanted with Cultured Stem Cells to regenerate the patellar tendon. The pain disappeared immediately and his tendon started regenerating until the injury was restored.
5 years later, he keeps enjoying skiing and his life, as if he had never had an injury. “This is the future of all injuries” he says.
Patellar Tendon
Patellar Tendon
Patellar Tendinopathy, also known as “jumper’s knee” is caused by an overload in the extensor mechanism of the knee, both from jumping and from frequent changes in direction.
Patellar
Tendon
Patellar Tendinopathy, also known as “jumper’s knee” is caused by an overload in the extensor mechanism of the knee, both from jumping and from frequent changes in direction.
For the first time ever, we have SCIENTIFICALLY proven that tendons can be regenerated as other tissues. On the contrary to what was stated in the medical literature, tendons are not an empty sheath and can be recovered as you can see in the images above.
We have provided world-leading scientific evidence proving that Cultured Mesenchymal Stem Cells also can regenerate tendons. We have thus been able to heal many patients, including elite international athletes and the elderly.
Cultivated Mesenchymal Stem Cell therapy practiced by our medical team is performed within strict compliance of the EMAA and AEMPS regulatory framework and all patients are included in a clinical trial supervised by the Clinical Research Ethics Committee and EMAA.
This injury can affect any tendon in the human body. At ITRT we have experience with virtually all of them:
- Patellar tendon
- Achilles tendon
- Hamstring
- Supraspinatus tendon
- Epicondyle tendon
- Other tendons
