View clinical trials related to Ventral Hernia.
Filter by:To evaluate the procedural cost of robotic ventral hernia repair compared with open ventral hernia repair.
The purpose of this study is to collect additional safety data and demonstrate the performance of Integra Gentrix® Surgical Matrix for reinforcement of ventral hernia repairs.
Combining the advantage of minimally invasive surgery with laparoscopy to reduce postoperative complications and the placement of a retromuscular prosthesis with closure of the defect in order to reduce the risk of adhesion and restore normal anatomy in the treatment of primary and incisional ventral hernias, is made possible through robotic assistance. The challenge of this study concerns the evaluation of quality of life, postoperative pain and recurrence at 6 months in the management of primary and incisional ventral hernias by robot-assisted laparoscopic approach.
The purpose of this study is to assess whether listening to music during surgery has an effect on pain or anxiety after surgery.
Observational, Retrospective, Multi-center Clinical Study on the Safety of SAFIL® MESH in Patients Undergoing Reinforcement of Soft Tissues After Abdominal Wall Surgery or Other Fascial Defects
This study will assess long-term outcomes (greater than 12 months) following ventral hernia repair with Strattice mesh reinforcement.
Ventral hernia repair is associated with significant postoperative pain, and regional anesthetic techniques are of potential benefit. The postoperative mobility and training is of utmost importance in this patient group, and could be increased using local anesthetics instead of opioids. Inadequate post-operative pain control can lead to adverse consequences for patients, such as the development of chronic pain, immunosuppression, poorer healing of surgical wounds, as well as adrenergic activation and its consequences in the form of coronary incidents or gastrointestinal obstruction and postoperative nausea and vomiting (PONV). Moreover, lack of mobility can result in thrombosis and embolism. These complications affect hospital functioning, which leads to decreased patient satisfaction, a worse reputation for the hospital, longer stays in the recovery room, prolonged hospitalizations, higher incidence of re-surgeries and re-admissions, and higher costs for care and treatment. Erector spinae plane block (ESPB) is the latest of the truncal blocks and was first described in 2016. The efficacy of bilateral ESPB at the T7 level has been described in a study of 4 cases, moreover effective analgesia with ESPB after bariatric surgery has been described in a study of 3 cases. When performed at the level of the T7 transverse process, studies show the potential to block both supra-umbilical and infra-umbilical dermatomes. So far there are mostly case studies done in this field of study, and internationally there is a call for research into the effect of this technique and randomized controlled trials. The objective of this study is to compare ESPB to multimodal analgesia in patients undergoing ventral hernia repair.
Recent years, lots of treatment teqnique have development. We aimed that comparising the normal and small size meshes in the inguinal hernia patients.
Ventral hernias can be repaired using a variety of techniques, with smaller defects often being amenable to minimally invasive surgical (MIS) approaches. For many years, the standard of care MIS approach to ventral hernias has been the laparoscopic intraperitoneal onlay mesh (IPOM) approach, in which a large piece of mesh is placed inside of the abdomen and fixed to the inner abdominal wall using a combination of sutures and/or mechanical tacks. For selected patients, the IPOM approach has demonstrated benefits over open repair, including decreased postoperative length of stay and decreased incidence of surgical site infection. However, concern regarding long-term outcomes of placing mesh inside the abdomen have spurred the search for alternate approaches to MIS ventral hernia repair. This includes the enhanced-view totally extraperitoneal (eTEP) approach, in which the retromuscular plane is accessed and developed so a large piece of mesh may be implanted outside of the abdominal cavity. The theoretical benefits of this approach are that patients may experience reduced pain because mechanical mesh fixation is not required (as compared to traditional IPOM approaches in which mesh is fixed to the inner abdominal wall) and that mesh is kept outside of the abdominal cavity and away from the viscera, allowing use of less expensive, uncoated mesh and theoretically reducing risk for long-term mesh related complications. While popularity of eTEP has grown, literature published regarding this approach has been mostly retrospective, consists of relatively small series of patients, and suffers from selection bias. For the one prospective study of eTEP published by Radu, et al, there was no comparator arm. The investigators will conduct a registry-based randomized controlled trial comparing MIS approaches for repair of small to medium-sized ventral hernias, specifically eTEP versus IPOM. This will occur through the Americas Hernia Society Quality Collaborative (AHSQC). Our hypotheses are multiple: 1) Patients with ventral hernias undergoing eTEP will experience a 30% decrease in pain scores by postoperative day 1 compared to patients undergoing IPOM; 2) eTEP will be associated with higher median direct costs per case versus IPOM; 3) eTEP will be associated with equivalent 1-year hernia recurrence rates versus IPOM; 4) eTEP will be associated with significantly increased intraoperative surgeon workload compared to IPOM.
Complex ventral hernia is a challenging problem well known to be associated with occurrence of serious complications. The major problems encountered in such cases Include: loss of domain with subsequent increase of intra-abdominal pressure after repair, the huge musculo-fascial defect and skin scarring with possible skin viability problem resulting from the dissection of skin flaps. There is no unified accepted evidence-based approach for its repair and is attended with a high recurrence rate that may reach up to 67%. In a previous study using the ADMIR technique of intraperitoneal repair and after a long-term follow-up the investigator was able to reduce the recurrence rate to 4% after an average follow up period of 142 months. In the current study the investigator will use the same technique of intraperitoneal mesh repair comparing the polypropylene light weight, wide pore, soft mesh with a double mesh using the same polypropylene mesh and a vicryl mesh as a protective layer against the bowel. If it is proven as effective as the mesh with protective layer and with no increased risk of morbidity, this will result in marked reduction of the cost of treatment by nearly 90 % and will abolish the waiting list of patients as the polypropylene mesh is readily available.