View clinical trials related to Rotator Cuff Tear.
Filter by:Title: One-arm, international, multi-center with competitive recruitment, prospective study to assess the safety and efficacy of OrthoSpace's InSpace™ in rotator cuff tear subjects scheduled for surgery of the rotator cuff - A pivotal study Device: OrthoSpace's Biodegradable Implanted Balloon (InSpace) Study population: Rotator Cuff tear subjects scheduled for arthroscopy. Number of subjects: Up to 70 subject for data analysis. Number of sites: At least 4 sites in Israel. Main Inclusion criteria: Informed consent, diagnosed with Rotator Cuff tear. Main Exclusion criteria: Former surgery on affected shoulder, sever illness, significant shoulder co morbidities. Follow up period: 12 months. Visits at hospital before discharge at 1-2 days post implantation, 7-10 days post implantation, 3 weeks post implantation, 6 weeks post implantation, 3,6 and 12 months post implantation. Primary goal: To assess the safety of the SpaceGuard in Rotator Cuff tear subjects. Secondary goals: To assess the effectiveness of the SpaceGuard in the study population. The effectiveness will be assessed by terms of good positioning of the SpaceGuard and subsequent follow-up non migration, surgeon satisfaction, pain relief and time to pain relief, Range of Motion (ROM) and time to ROM with the SpaceGuard. Primary end point: Serious Adverse Event rate related to the device and/or system complication. Secondary end points: Surgeon dissatisfaction following the deployment of SpaceGuard, migration of the balloon shown by ultrasound/ X-ray/MRI at relevant follow-up visits, lost of ROM and pain enhancement.
The purpose of this study is to determine whether the immobilization period is helpful for the better healing of repaired rotator cuff. The investigators hypothesis is that the longer immobilization after rotator cuff repair will help the healing of rotator cuff.
The purpose of this study is to compare treatment benefits from surgical treatment by tendon repair and from physiotherapy for small and medium-sized rotator cuff tears.
Patients diagnosed with partial thickness tears of the rotator cuff are sometimes surgically repaired, while other cases are not. It is unknown how patients fare over time without electing surgical repair and how outcomes differ by type of injury.
The goal of this study is to find which patients will improve with the nonsurgical treatment of physical therapy for the treatment of rotator cuff tears.
The purpose of this study is to better understand the influence of post-operative rehabilitation on the rate of tendon healing and clinical outcomes following arthroscopic repair of the rotator cuff. There are two schools of thought on what type of therapy program is most beneficial following surgical cuff repair. However there has been little data available to compare them. Therefore, the investigators would like to compare these two standard plans of care so that the investigators may better define the safety and efficacy of early mobilization of the shoulder versus keeping the shoulder immobilized following surgical management.
The study will identify if there is a difference of quality of life after surgery between two techniques used in surgery. The two different techniques are either the Single Row Fixation or the Double Row Fixation.
This study is to evaluate the safety and effectiveness of GraftJacket, a human tissue product used in fixing large and massive reparable rotator cuff tears.GraftJacket allograft (Wright Medical Technology, Inc., Arlington, TN) is a biologic tissue that is derived from human dermis. The primary purpose of this study is to determine whether rotator cuff repair augmentation using GraftJacket allograft provides a viable alternative, based on observed clinical outcomes, versus outcomes traditionally achieved with suture and anchor repairs. The study will secondarily investigate the difference in outcomes in patients treated arthroscopically versus open. This study will report patient progress and results at early (6 month) and late (2 year) time points in patients treated for large and massive reparable rotator cuff tears (>3cm). A reparable tear is defined as a tear of the rotator cuff where it is possible to bring the retracted tendon edge back to the greater tuberosity of the humerus without excessive tension. Restoration of rotator cuff integrity, clinical outcomes and re-tear rate will be included in the study evaluations.
Surgical repair of full thickness tears of the rotator cuff is a controversial issue, with several procedures currently being used to treat the tear. The two most common treatments at this point in time are arthroscopic cuff repair with and without acromioplasty. However, an arthroscopic cuff repair without acromioplasty may offer the same degree of improvement as one that includes acromioplasty, but without threatening the shoulder stability that is provided by the acromion and coracoacromial ligament. This prospective study examines the hypothesis that appropriate shoulder function can be restored through the execution of the traditional arthroscopic cuff repair without acromioplasty.
This purpose of this study is to determine the outcomes of the first-known application of robotic therapy in the rehabilitation following rotator cuff repair, using a novel vertical oblique robotic module.