Active clinical trials for "Rotator Cuff Injuries"

The purpose of this project is to compare operative repair of traumatically torn rotator cuff tendon with physiotherapy in a randomized prospective study.

Rotator Cuff (RC) repair will be augmented with the injection of a human amniotic fluid derived allograft at the repair interface junction. A secondary injection will be administered at the time of repair in the supraspinatus muscle body medial to the musculotendonous junction.

This clinical trial examines whether intravenous preoperative administration of tranexamic acid (TXA) before arthroscopic rotator cuff repair (ARCR) can improve arthroscopic visualization during the procedure.

A massive tear of the rotator cuff is a debilitating condition that causes pain, significant impairments in strength, and resultant loss of activity of the affected arm. To our knowledge, there is no Level 1 evidence comparing surgical procedures to treat massive rotator cuff tears. Adding the first randomized controlled trial to will be a substantial contribution to the current body of evidence available in the subject of massive rotator cuff tears. Most studies found in the literature following patients with massive rotator cuff tears are retrospective, have small numbers of patients, offer no control group and do not adequately compare treatment methods.Moreover, there is no consensus from experts regarding which treatment is superior. Our multicentre orthopaedic study group proposes a multicentre randomized clinical trial prospectively comparing latissimus dorsi tendon transfer to arthroscopic management for the treatment of massive rotator cuff tears. This study will include the use of comprehensive functional, motor and radiographic outcome assessments.

The goal of this project is to perform a randomized, double-blinded study investigating postoperative pain after arthroscopic rotator cuff using hyperosmolar saline as opposed to lactated ringer's solution (normal osmolarity) as arthroscopy irrigation solutions. Hyperosmolar saline is an irrigation solution with a higher concentration of solutes that will be used intraoperatively to washout the surgical field. It will be used in place of lactated ringer's solution, which has an osmolarity comparable to that of normal saline. This study will help determine whether or not postoperative pain from rotator cuff repair can be mitigated by altering the osmolarity of the intraoperative irrigation solution. This knowledge is significant because the postoperative pain can be intense, so much so that patients may depend on narcotics for pain relief. Consequently, this study may provide benefit by helping to find new ways to minimize the need for narcotics. The main hypothesis of this is study is that hyperosmolar saline will reduce perceived pain and narcotic use in the postoperative period.

Purpose: The purpose of this article is to examine the clinical application of AMNIOGEN® in patients with rotator cuff tear. Methods: The study was conducted on 100 adult participants with age over affected by unilateral shoulder rotator cuff tear and receiving RCT repair. The investigators divided the participants in two groups, and the group A was treated with perioperative injection of AMNIOGEN® A, group B with perioperative normal saline. Follow-up: Every 1,3,and 12months, the investigators recheck physical exmianation at OPD and recheck MRI at postoperative 3 months.

Retear rates after arthroscopic rotator cuff repairs remain unsatisfactorily high. Recently, attention has been paid to restore the rotator cuff's native anatomy by reconstructing the superior joint capsule. However, the debate whether to reconstruct only the superficial tendinous part or also the deeper capsulo-ligamentous part of the rotator cuff is ongoing. Thus, the intention of the present study is to compare double-layer versus single-layer arthroscopic rotator cuff repair regarding retear rate and clinical outcome.

This study aims at testing the discriminative validity of strain elastography in the normal and abnormal/pathological Supraspinatus tendon due to tendinopathy

Do concomitant subscapularis tears in large to massive rotator cuff tears affect postoperative functional and structural outcomes? Background and purpose: The subscarpularis tendon is essential force maintaining normal glenohumeral biomechanics. However, there are few studies which have addressed the outcomes of tears extending to the subscapularis tendon in massive rotator cuff tears. The purpose of this study was to assess the clinical and structural outcomes of arthroscopic reapair of massive rotator cuff tears involving the subscapulrais.

This study aims a determine the responsiveness of sonoelastography in the tendinopathy-affected supraspinatus tendon.