View clinical trials related to Hernia.
Filter by:This prospective double-blinded clinical trial is intended to compare three nerve stimulator- guided paravertebral block injections versus five injections for elderly patients undergoing hernia repair regarding intraoperative hemodynamic stability and postoperative pain.
The rationale for fetal therapy in severe congenital diaphragmatic hernia (CDH) is to restore adequate lung growth for neonatal survival.
Research suggests that the type of anesthesia used for surgery may affect intraoperative stress hormone levels. There is also data to support that an increased level of stress hormones leads to increased pain after surgery. The primary aim of this study is to determine the effect of anesthesia type on long term pain after hernia surgery. In this study, patients undergoing inguinal hernia repair will be randomized to an anesthetic group, either Total Intravenous Anesthesia (TIVA) maintained with propofol or Balanced Inhaled Anesthesia (BIA) maintained with sevoflurane. This will allow us to look at any differences in short and long-term pain after hernia repair depending on type of anesthesia received.
Investigation of a bilateral inguinal hernia repair using one large self-fixating mesh covering both groins. Health outcomes are assessed using different questionaires with focus on urinary symptoms (with ICIQ-MLUTS score), the recurrence rate, postoperative pain measurement, and Quality of Life assessment with EuraHS-QoL and chronic pain monitoring for 12 months.
The primary objective of this study is to compare the early clinical outcomes following non-surgical treatment with Triojection® to surgical discectomy. Early is defined as less than or equal to 6 months.
Prospective observational study with mesh fixation using FDA approved synthetic glue,glubran 2 and standard mesh fixation with stiches in primary inguinal hernia repair surgery. The investigators aim is to recruit 150 patients for the study. The outcomes The investigators would like to determine are : postoperative pain,recurrences and complication rates such as seromas.
Paravertebral block (PVB) combined with light intravenous sedation was associated with a short hospital stay, less post-operative nausea and vomiting and reduced analgesic consumption compared to general anesthesia for ventral hernia repair. Given the effectiveness of PVB in the ventral hernia repair, it would be beneficial to study the effect of PVB with versus without clonidine in elderly patients. Patients will be randomly allocated to one of 2 groups with 30 patients in each, using the sealed envelope technique. Group one will receive PVB with clonidine while group 2 will receive PVB with placebo.
Parastomal hernia (PSH) is one of the most frequent stoma complications with a high impact on patients' quality of life. Half of the stomas created each year are permanent and up to 50% of the patients will develop a PSH. PSH rates depend on the type of ostomy, ileo- or colostomy. End colostomy carries the highest risk for PSH (48%). PSH lead to recurrent pain, poor fitting appliance with leakage and therefore, skin irritation, and can also be complicated by strangulation or occlusion. The literature reports that 30% of patients with a PSH will require surgery. There are many different surgical procedures to repair PSH: primary fascia repair, relocation of the stoma or repair with various type of mesh. Despite the efforts done to improve the techniques, the incidence of recurrent PSH is up to 70% dependent of the used technique. Therefore, the idea of implanting a mesh at the time of initial stoma formation has lately been advocated. A new device, the KoringKM, which is a stomaplasty ring made of propylene, flexible and non-absorbable, was created. This study will try to prove that incorporation of the new stomaplasty ring at the time of stoma creation will diminish long-term PSH rate. This hypothesis will improve patient's quality of life and reduce costs associated with PSH. All patients requiring a permanent ostomy (ileostomy or colostomy) for a malignant disease and fulfilling the inclusion criteria are eligible to participate in the trial. The patients will be randomized 24 to 48 hours prior to surgery after given written informed consent. The implantation of the Koring will be perfomed by experienced surgeons (expertise based, best team approach) who have already implanted the Koring (e.g. participated in the observational study) and/or have reviewed the video documentation. The surgeon will fill out the first form with the data of the patient and of the surgical procedure. The surgical wound will be daily examined. A second form will be fill out during the 30 post-operative days visit. The patients will be asked to inform the surgeon and/or investigator if any side event or suspicion of infection occurs after hospital discharge. The next follow-up visits will be at one and two years including a clinical examination and an abdominal CT. At this moment, the 3rd and 4th forms will be documented. All data will be anonymised and included in an Excel database.
The purpose of the study is to evaluate the safety and effectiveness of HQ® Matrix Soft Tissue Mesh for the Treatment of Inguinal Hernia. Half of participants will receive HQ® Matrix Soft Tissue Mesh, while the other half will receive ULTRAPRO® Partially Absorbable Lightweight Mesh.
The purpose of this 12-month, prospective, multicenter study is to investigate the effect of annular defect size and other risk factors on reherniation and associated costs in primary lumbar discectomy patients.