View clinical trials related to Hernia.
Filter by:This study will be comparing the patients overall satisfaction of two different meshes used in laparoscopic inguinal hernia repairs.
Long-term follow-up of a randomized clinical trial of Lichtenstein's operation versus mesh plug for inguinal hernia repair based on the following published study "Randomized clinical trial of Lichtenstein's operation versus mesh plug for inguinal hernia repair. Br J Surg. 2007 Jan;94(1):36-41." Primary endpoints is recurrence.
Background Mesh repair reduces the risk of reoperation for recurrence in patients with small umbilical and epigastric hernias compared with sutured repair. However, reoperation for recurrence underestimates total recurrence (reoperation or clinical) and mesh reinforcement may induce chronic pain. This study investigated the cumulated risk of recurrence after open mesh and sutured repair in small (≤2 cm) umbilical and epigastric hernias. Possible risk factors were evaluated for chronic pain and recurrence. Methods A cohort study with questionnaire-follow-up was conducted. Patients with primary, elective, open mesh or sutured repair for a small umbilical or epigastric hernia (≤2 cm) were included. Follow-up was performed by a validated questionnaire regarding suspicion of recurrence and chronic pain (moderate or severe). Suspected recurrence qualified for clinical examination. Recurrence was defined as reoperation for recurrence or clinical recurrence. Risk factors for recurrence and chronic pain were investigated by multivariate analyses. Results 1 313 patients completed the questionnaire and/or clinical follow-up (83 % response rate) and follow-up time was median 40 months (range 0-66 months). The total cumulated recurrence rate 55 months after primary repair was 10 % for mesh repair and 21 % for sutured repair (P=0.001). The incidence of chronic pain was 6 % after mesh repair and 5 % after sutured repair (P = 0.711). Recurrence was the only independent risk factor for chronic pain (P<0.001). Conclusion Mesh repair halved the long-term risk of recurrence after repair for small umbilical and epigastric hernias without increased risk of chronic pain.
The investigators will perform a randomized controlled trial with a stratified-block design to compare the effect of the part versus whole task simulation training for TEP repairs.
Since abdominal wall hernia repair is currently performed with the use of a mesh, side effects associated with the mesh are frequently reported during long term follow-up. These side effects are related to shrinkage of the mesh, adhesions to the bowl, pain, and inflammation of the skin and bowl. To reduce or prevent these effects, a fully resorbing mesh has been developed, which provides sufficient support and strength to allow efficient recovery of the abdominal wall, but also disappear from your body in three years time, so that you no longer have any synthetic material in your body. Previous resorbing meshes also disappeared but over a much shorter period of time, so that the hernia was insufficiently healed, with recurrence as a result. The TIGR™ mesh (the resorbable mesh used in the study) is in principle a synthetic mesh, made of two commonly used polymers, however it will retain 50% of its initial strength after six months. This in theory is enough to provide support of the collagen healing process during the initial wound-healing phase, but also to support the transition of initial collagen to functional collagen. The aim of this study is to compare TIGR™ with large pore mesh used in the repair of the anterior abdominal wall repair (incisional hernia, umbilical hernia, etc..Inguinal hernias are not part of the study). Therefore the patients will be divided into two groups, one group will be treated with a resorbing mesh, the other group will be treated with a permanent mesh. Otherwise there will be no difference in the medication or the surgical techniques used.
The aim of this study is to evaluate whether preperitoneal mesh placement using a nitinol containing large pore polypropylene mesh (REBOUND HRD™) offers a satisfying patient recovery, quick reconvalescence and adequate tissue integration with acceptable mesh contraction in a multicenter (Belgian) prospective trial. Patients treated by open preperitoneal mesh repair for an unilateral inguinal hernia according the current surgical practice in the participating centers will be observed during one year post-surgery, after which they will have a CT scan of the surgical area in the groin to evaluate the mesh changes regarding shrinkage and migration.
This study compares an endoscopic transforaminal surgical technique for the treatment of a herniated disc to the standard microsurgical procedure. Clinical parameters as well as health economy will be assessed. The study hypothesis is that the endoscopic approach is equivalent or superior to microdiscectomy.
To compare postoperative pain, opioid consumption and chronic pain in patients undergoing to hernia repair surgery after receiving nitrous oxide or oxygen during the general anesthesia.
The purpose of our study to quantitatively examine the stress levels prior to surgery and the use of analgesics post surgery in both children and their parents following a preoperative intervention with a medical clown compared to children that were not exposed to this intervention.
A novel concept of self-gripping mesh has been developed to achieve secure and long-term posterior wall reinforcement. ProGrip™ mesh is a lightweight (40g/m2) monofilament polypropylene or polyester mesh with resorbable polylactic acid (PLA) micro-grips, which provide self-gripping properties during the first few months after implantation. The self-fixation of the mesh to the underlying tissues is instantly achieved at application, limiting or avoiding the requirement of sutures (which can penetrate underlying tissues and damage cutaneous nerves), and providing a near tension-¬free repair. Case series confirmed that Parietex ProGrip™ placed in onlay position allows a safe and painless treatment of incisional hernias and provides secure and efficient fixation mesh. On this basis, larger sizes Parietex ProGrip™ meshes have been developed for larger incisional hernia defect treatment. In order to assess the clinical outcomes following the use of ProGrip™ larger sizes in incisional hernia repair, this mono-center observational study has been initiated.