Rotator Cuff Tear

This prospective observational study aims to investigate the effect of preoperative central sensitization on postoperative clinical outcomes in patients undergoing arthroscopic rotator cuff repair. Central sensitization, characterized by an increased responsiveness of the central nervous system to pain stimuli, has been associated with persistent pain and poor functional recovery in various musculoskeletal disorders. However, its impact on outcomes following arthroscopic rotator cuff repair has not been fully elucidated. Adult patients diagnosed with a rotator cuff tear by clinical examination and magnetic resonance imaging (MRI) and scheduled for arthroscopic repair will be enrolled. Preoperative central sensitization will be assessed using the Central Sensitization Inventory (CSI), while pain intensity and shoulder function will be evaluated using the Visual Analog Scale (VAS) and the Shoulder Pain and Disability Index (SPADI), respectively. Clinical assessments will be performed preoperatively and at postoperative 3 months. The study aims to determine whether preoperative central sensitization is associated with postoperative pain and functional recovery after arthroscopic rotator cuff repair.

This is a clinical investigation study. It will verify the long-term safety and performance of the Pitch-Patch when implanted to reinforce partially repairable rotator cuff tears and used as described by the manufacturer's instructions. The medical device in this study is already on the market and is manufactured by Xiros Ltd. The Pitch-Patch is a single-use polyester prosthesis available in two sizes (30x20mm and 35x25mm). It is reinforced around the perimeter and around each eyelet to provide strength and stability to the device and repair. The study will collect data on patients who meet the entry criteria and have received the device. This is a single-armed study, meaning all patients will have a Pitch-Patch. The total length of the study is expected to be 3 years. A minimum of 37 patients will be enrolled into the study. Patients will be enrolled at a study specific follow up visit 2-2.5 years after implant, and data for baseline, procedure, and other time points prior to 2 years (3month, 6month, and 1 year post surgery) will be collected retrospectively from medical records if available.

This study takes place in the framework of the PostMarket Clinical Follow-up plan of the Shoulder Systems commercialized by FX SHOULDER SOLUTIONS. The included cases will be followed for 10 years after index surgery. Primary objective is the assessment in real life of the revision rate of the shoulder systems at long-term. Secondary objectives are * Revision rate at each post op visit * Range of motion at each post op visit * Quick Dash, Constant, American Shoulder and Elbow Surgeons Shoulder Score (ASES), Subjective Shoulder Value (SSV), Pain scores at each post op visit * Radiological assessment of implant positioning through geometrical parameters at each post op visit * Incidence of complications at each post op visit * Qualitative feedback from surgeons on the instrumentation

The aim of this study was to evaluate the effectiveness of a mobile application for telemedicine in patients recovering from arthroscopic rotator cuff tendon repair. Participants were randomly assigned to one of two groups: a test group using a mobile application for exercise guidance and monitoring, or a control group receiving standard paper-based exercise instructions. The study aimed to compare the effectiveness of rehabilitation, treatment adherence, cost savings, and patient satisfaction between the two methods over a 6-month follow-up period.

The rotator cuff is a set of muscles and tendons that help move the shoulder. Tears in the rotator cuff are common, particularly as people age. Consequently, rotator cuff repair surgeries are common, as well. Despite the frequency with which rotator cuff repairs are performed, there remains a high rate of postoperative failure to heal. In such situations, there is a lack of connective tissue establishment between the rotator cuff tendon and the bone. One strategy to attempt to improve healing of the rotator cuff tendon back to the bone is via the use of extracellular matrix allograft. This treatment is composed of tissue from other humans, which is stripped of its cells so that just the scaffolding around the cells remains. This decellularized scaffolding can be placed at the rotator cuff healing site in an attempt to augment healing. Both animal studies and human studies have shown promise with this approach. Of those patients enrolling in the study, 50% will be assigned at random to receive a standard rotator cuff repair AND allograft treatment, while 50% will be assigned at random to receive standard rotator cuff repair WITHOUT allograft treatment. All patients enrolled in the study will also obtain an MRI at one year following surgery in order to assess tendon healing. Of note, one-year postoperative MRIs are not standard following rotator cuff repair - only those enrolled in the study will receive this MRI. There will be no financial consequence of receiving this MRI.

The purpose of this study is to evaluate the accuracy and reliability of a new physical examination test (referred to as Said's test) for diagnosing injuries to the biceps tendon in the shoulder, specifically lesions of the long head of the biceps and SLAP tears. Diagnosing biceps injuries during a physical exam can be challenging, and existing standard tests can vary in their accuracy. This study aims to determine if this newly developed physical test is a more sensitive, specific, and reliable tool for doctors to use in a clinical setting. The study will enroll 144 adult participants (ages 18 to 70). These participants will be categorized into three groups: patients with isolated SLAP lesions, patients with complex shoulder injuries (such as a rotator cuff tear combined with a biceps lesion), and a control group of healthy individuals or asymptomatic shoulders. During the study, each participant will be examined by two independent doctors who are blinded to the patient's actual diagnosis. The doctors will perform the new physical test alongside traditional shoulder tests (the Speed's and O'Brien tests). To determine the true accuracy of these physical exams, the doctors' findings will be compared against definitive diagnostic methods, which will include an MRI, an MRA, or direct visualization during shoulder arthroscopy. By comparing the physical exam results to the gold standard imaging or surgical findings, researchers will calculate the new test's sensitivity, specificity, and inter-observer reliability.

This study included patients who underwent their first shoulder rotator cuff surgery at Peking University Third Hospital, diagnosed with small to medium rotator cuff tears based on MRI results. Participants were randomly divided into an online wearable device training group and an offline traditional rehabilitation group, with 36 individuals in each group. Before testing began, patients were ensured to participate voluntarily and had signed informed consent forms.

Background Rotator cuff tears (RCTs) are a common, costly, and often persistent musculoskeletal complaint, with an increasing number of shoulder pain patients undergoing surgical repair each year. Whereas many asymptomatic RCTs can be successfully managed non-surgically, when conservative treatment fails, surgery is recommended. However, there is a lack of consensus on the best approach to postoperative rehabilitation, an important factor in the recovery process of rotator cuff repairs. This study aims to investigate the effectiveness of early versus delayed rehabilitation following rotator cuff repairs. Objective This study aims to determine the effectiveness of early versus delayed rehabilitation following rotator cuff repairs. Method A two-armed, randomized controlled trial will be conducted in an outpatient physical rehabilitation department at a tertiary hospital. The sample will include 88 adults aged 18 years or older with RCTs. From the day after surgery, the intervention will engage in supervised passive range of motion (ROM) exercises, focusing on forward flexion and external rotation. They will receive daily exercise instructions, including table slides and active movements for the elbow, wrist, and hand, while also practicing passive shoulder flexion and abduction based on their pain limits. Participants are encouraged to do gentle pendulum exercises and passive movements three times daily to improve shoulder mobility. Active shoulder exercises will be restricted until six weeks post-surgery to ensure healing. Sling use will decrease by the sixth week, allowing for active ROM exercises to start. Participants in the control group will follow a delayed rehabilitation protocol, learning strict sling immobilization techniques for the first six weeks postoperatively. During this period, sling removal will be allowed only for basic exercises and daily activities, with no other shoulder movements encouraged initially. Sling use will end by the sixth week, followed by the start of active ROM exercises. Outcome measures will include shoulder ROM, muscle power, a numeric pain scale (NPS), shoulder pain disability index (SPADI), and EQ-5D-5L questionnaires assessed at 3, 6, and 12 months follow-up between the two groups. Rotator cuff integrity will be evaluated using MRI at baseline and at 12 months post-surgery. Conclusion We anticipate that this study will add to the body of knowledge required to make effective treatment choices on the management of patients following rotator cuff repairs. Ultimately, this trial aims not only to influence national rehabilitation guidelines but also to enrich the global evidence base concerning optimal rehabilitation strategies following rotator cuff repair, especially for populations in the Middle East and Gulf regions.

The purpose of this study is to prospectively evaluate healing, functional clinical outcomes, and safety of arthroscopic rotator cuff repairs augmented with the FiberLocker® System (encompassing the SpeedPatch® PET and the FiberLocker® Instrument SN). The primary outcome measure is healing evaluation based on Magnetic Resonance Imaging (MRI) at a minimum of 6 months post-operatively. The secondary outcome measures are the Sugaya classification, Goutallier Stage and tendon quality based on MRI as well as objective scores and patient-reported outcome measures (PROMs) from validated outcome scoring systems.

The overall objective of this clinical investigation is to assess the safety and efficacy of full-thickness arthroscopic rotator cuff repairs augmented with the FiberLocker System for the subjects. The primary outcome of the investigation is to assess the safety after full-thickness arthroscopic rotator cuff repairs augmented with the FiberLocker System in terms of postoperative adverse events through the 12-month follow-up. Main secondary outcomes include measures of efficacy and clinical performance evaluated at 6-week, 4.5-month, and 12-month follow-ups including retear rate assessed using MRI and different functional performance scores.

This study is a prospective, randomized, double-blind trial comparing patients who underwent arthroscopic rotator cuff repair and received an interscalene brachial plexus block (9 ml of 0.75% ropivacaine, 3 ml for each trunk) combined with suprascapular nerve block and axillary nerve block (each with 10 ml of 0.75% ropivacaine) versus those who received an interscalene brachial plexus block (9 ml of 0.75% ropivacaine, 3 ml for each trunk) combined with placebo suprascapular and axillary nerve blocks (each with 10 ml of 0.9% saline). The study will compare subjective pain scores (VAS score) and patient satisfaction preoperatively and at 1, 3, 6, 12, 18, 24, 36, and 48 hours postoperatively. Additionally, 5 ml of venous blood will be collected preoperatively and at 1, 6, 12, 24, and 48 hours postoperatively to analyze and compare serum levels of cortisol, IL-6, IL-8, IL-1β, substance P, serotonin, β-endorphin, and norepinephrine.

Rotator cuff tears are a significant health concern that severely affect shoulder joint mobility in patients. Common clinical manifestations of RCTs include shoulder pain, limited range of motion, joint instability, muscle weakness, and functional disability. In patients with rotator cuff tears, the prevalence of vitamin D deficiency ranges from 8.3% to 71%. Given its critical role in muscle strength and function, vitamin D is emerging as an important factor in the management of musculoskeletal disorders, including rotator cuff injuries. Despite the promising evidence regarding vitamin D's role in muscle strength and tendon healing, the specific impact of vitamin D supplementation on postoperative rehabilitation remains unclear. Given that vitamin D deficiency is easily diagnosed and treated, it is considered a modifiable risk factor that could be utilized in orthopedic care to improve patient outcomes. Vitamin D supplementation is a cost-effective and potentially efficient intervention that may enhance muscle strength, reduce postoperative pain, and improve joint function in patients recovering from rotator cuff repair. The objective of this study is to investigate the effects of vitamin D supplementation on postoperative outcomes in patients undergoing arthroscopic rotator cuff repair. The study will be conducted as a randomized controlled trial, with participants receiving either a daily dose of 4000 IU of vitamin D or a placebo. The primary outcomes to be evaluated include muscle strength, postoperative pain, and joint function. Blood samples will be collected at baseline, and after 3 months, 6 months, and 12 months of supplementation to monitor the effects of vitamin D on serum levels and its correlation with clinical outcomes.

The goal of this crossover randomized clinical trial is to compare the acute effect on exercise-induced hypoalgesia (EIH) between isometric exercise with blood flow restriction (BFR) and isometric exercise alone in adults undergoing arthroscopic rotator cuff repair. It is presumed that the addition of BFR to isometric exercises induces a greater effect in EIH. Patients who agree to participate in this research will be randomly assigned to two intervention sequences (AB or BA), where intervention A (experimental) corresponds to isometric exercises with BFR, and intervention B (control) corresponds to isometric exercises alone. For one week, each participant attended two sessions, separated by a 72-hours wash-out period. The primary variables will be the pressure pain threshold (PPT) and conditioned pain modulation (CPM). Secondary variables will be the pain intensity and distribution, kinesiophobia, upper extremity disability, and quality of life. Results will be measured before intervention (T1, pre-intervention), immediate after intervention (T2, post-intervention 1) and 10 minutes after intervention (T3, post-intervention 2).

Rotator cuff tears result in shoulder joint pain and movement disorders, affecting patients' daily lives. The incidence rate rises with age and can be as high as 54% among people over 60 years old. Most rotator cuff tears are unable to heal spontaneously, and the tear area may gradually expand over time. Currently, the main surgical treatment for rotator cuff tears is to use suture anchors to stitch the rotator cuff tendon tissue back to the original anatomical insertion point. Large rotator cuff tears are often accompanied by fat infiltration and tendon retraction. When forcefully sutured, the tension is relatively high, which may lead to non-healing and re-tearing of the rotator cuff. Research indicates that the re-tear rate after rotator cuff tear repair is 20% - 30%, and this probability can reach 40% - 50% for large rotator cuff tears. For these irreparable and large tears, rotator cuff repair typically requires patch augmentation techniques. Surgeries are based on restoring the force couple effect of the rotator cuff as much as possible and covering it with repair materials to achieve reinforcement. Silk fibroin surgical mesh is made of silk fibroin which has good biocompatibility and can be generally placed in the area of rotator cuff tears that cannot be repaired through conventional surgeries. By providing support to the injured rotator cuff tissue, it improves the repair effect. It can reestablish the integrity of the rotator cuff, reducing mechanical tension at the repair site and maintaining the stability of the glenohumeral joint. Besides, it can also promote tissue healing, and cell infiltration and growth, thereby facilitating the biological repair of the injured rotator cuff and reducing the occurrence of postoperative re-tears.

Little evidence exists to guide treatment in patients with massive irreparable rotator cuff tears (MRCTS). Arthroscopic partial rotator cuff repair (PRCR) has the longest record of use. The new technique of superior capsular reconstruction (SCR) has more recently been described. Despite high enthusiasm for this technique, its effectiveness, cost and safety profile have not been established. The long-term goal of this study is to perform a multicenter randomized control trial to evaluate the effectiveness of SCR compared to PRCR in patients with MRCTS. The current study is a pilot required to support the development of an expanded formal clinical trial.

1. \*\*One day (±1 day) before surgery:\*\* The investigator or designated study staff will thoroughly explain the clinical trial process to the participant and their guardian (representative) based on the informed consent form and provide the form so that all participants and their guardians have sufficient time to read, discuss, and decide. Participants who agree to participate in the clinical trial will voluntarily sign the written consent form and receive a copy of the signed consent form before any study-related procedures are conducted. The clinical trial site will assign a screening number to patients who voluntarily provide consent and undergo screening. The screening number can be assigned in the order in which the participants sign the consent within the study site. After confirming eligibility based on inclusion/exclusion criteria, randomization will be performed to assign participants to either the treatment group or the control group (with a 1:1 ratio). If assigned to the treatment group, participants will receive \'Polacoxib (preventive Acelex cap 2mg) once daily, NSAIDs-excluded non-opioid/opioid analgesics - PRN use.\' If assigned to the control group, participants will receive NSAIDs-excluded non-opioid or opioid analgesics. Data will be collected by comparing the two groups in a double-arm setup. Pain scores, UCLA/ASES scores, and joint range of motion will be collected, and this data will be valid up to 3 months before the surgery. (For patients taking NSAIDs or Ultracet, the dose will be maintained until v5.) 2. \*\*Two hours before surgery:\*\* Administration of medication begins. 3. \*\*Three days after surgery:\*\* Collect pain scores and the cumulative number of NSAIDs-excluded non-opioid or opioid analgesic doses (post-surgery). Non-opioid or opioid analgesics (e.g., Fentanyl injection or Ultracet) will be used to manage post-surgical pain, and the number of doses will be collected to assess the participant's pain. 4. \*\*Two weeks after surgery:\*\* An outpatient visit will be conducted one week after discharge. Collect pain scores and the cumulative number of NSAIDs-excluded non-opioid or opioid analgesic doses at the two-week mark. 5. \*\*Six weeks after surgery:\*\* Collect pain scores and the cumulative number of NSAIDs-excluded non-opioid or opioid analgesic doses. 6. \*\*Three months after surgery:\*\* MRI will be performed to check for re-tears (optional for participants). This visit will be the study's completion visit, during which pain scores, UCLA/ASES scores, joint range of motion, and cumulative doses of NSAIDs-excluded non-opioid or opioid analgesics will be collected. If adverse events occurring during the treatment period have resolved before this completion visit, no additional safety follow-up will be performed, and this visit will be considered the end of the clinical trial. If adverse events have not resolved by the completion visit, follow-up will continue until the adverse events have either returned to pre-study or baseline levels, or the principal investigator or designee determines that the adverse events have stabilized, or no further follow-up is deemed necessary. This follow-up will mark the completion of the clinical trial.

This study is a prospective cohort study and is a single-center clinical trial. Sample: This study will enroll about 22 patients from the Department of Sports Medicine and rehabilitation outpatient department of Beijing Third Hospital who are diagnosed with rotator cuff tear and choose conservative treatment.

This study is a prospective cohort study and is a single-center clinical trial. The subjects of this study were patients who underwent rotator cuff repair in the Department of Sports Medicine and the Department of Rehabilitation in the Third Hospital of Beijing Medical University. The sample size of this study is about 2600 cases. We will collect the results of shoulder joint function score, quality of life score, pain score and MRI examination of all participants at baseline. Meanwhile, epidemiological data and related clinical characteristics of patients will be collected at the time of enrollment. All the collected data information was entered into the computer for statistical analysis, and the prognosis of patients under different programs was evaluated.