Rotator Cuff Tear

Rotator Cuff Tear

A definitive solution that recovers tendon in record time

We heal injuries previously considered incurable

+300

Tendons healed

+90

Rotator Cuff tears healed

2

Clinical Trials about tendon

+300 |

+90 |

2 |

Tendons healed

Rotator Cuff tears healed

Clinical Trials about Tendon

Rotator Cuff Tear

Rotator cuff tear and regeneration with cultured stem cells
Rotator Cuff tear
pacientes itrt
1800+

Patients

ensayos clinicos itrt
23

Clinical Trials (Largest scientific evidence worldwide)

celulas madre cultivadas itrt
3000+

Treatments

logo aemps
100%

Endorsed by the Health Authorities

Rotator Cuff Tear

The rotator cuff consists of four muscles that surround the shoulder joint. These muscles are:

– Supraspinatus: This is one of the main muscles of the rotator cuff and is located at the top of the shoulder. Its primary function is to assist in initiating the arm’s abduction movement (lifting the arm out to the sides).

– Infraspinatus: Located on the back and lower part of the shoulder blade, its main function is external rotation of the shoulder.

Lesion en el supraespinoso

– Teres Minor: Positioned below the infraspinatus, it also aids in the external rotation of the shoulder.

– Subscapularis: Found at the front of the shoulder blade, it is responsible for internal rotation of the shoulder.

Rotator cuff tear are common injuries, especially among athletes such as swimmers, basketball players, and handball players, among others. They cause pain, weakness, and limitations in shoulder function.

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Challenges in the rotator cuff tear treatment

Lesión del supraespinoso
The treatment of rotator cuff tear presents several challenges, including:
– Anatomical complexity: The shoulder joint is a complex structure with multiple components, which can make it challenging to accurately identify and effectively treat rotator cuff tears.
– Slow Recovery: Due to the poor blood supply to the rotator cuff tendons, recovery from tears can be slow and prolonged, especially in severe cases.
– Recurrence: Rotator cuff tears have a high rate of recurrence, meaning patients may experience new injuries even after a successful recovery.

How can I determine if I have a rotator cuff tear ?

Determining whether you have a rotator cuff tear involves recognising a range of symptoms and seeking appropriate medical evaluation.
  • Pain in the shoulder: One of the most prevalent signs is pain in the shoulder, particularly in the upper part. This pain may also radiate down the arm and is often more pronounced at night or when trying to lift the arm.
  • Weakness: You might experience noticeable weakness in the shoulder, which can make it challenging to perform everyday tasks or lift objects.
  • Limited Range of Motion: A torn rotator cuff can restrict the shoulder’s range of motion. You may find it difficult to reach overhead or move your arm freely.
  • Popping or Clicking Sounds: Some people report hearing a popping or clicking sound at the time of injury or during movement, which can be indicative of a tear.
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Why our exclusive treatment is one-of-a-kind?

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:
2
Dosage:

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.

1
Clinical trials:

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.

3
Tipology:

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.

4
Cellular culturing:

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.

5
Cells from donors:

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.

Scientific endorsement

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