Active clinical trials for "Tissue Adhesions"

The purpose of this study was to determine whether the new crosslinked hyaluronan hydrogel was safe to use, and was effective for the prevention/reduction of adhesion formation following gynecological surgery

The aim of present study is to evaluate the effect of the use of platelet rich plasma in decreasing recurrence of intrauterine adhesions after its lysis.

The primary purpose of the Phase I portion of the study is to determine the safety profile and preliminary evidence of efficacy associated with infusion of autologous gene-corrected hematopoietic stem cells.

This study was designed to evaluate the efficacy and safety of Medicurtain®, an antiadhesion barrier in patients who underwent In Situ Decompression for single level and unilateral herniated lumbar intervertebral disc. Subjects were randomly assigned either into Medicurtain® treatment group or control group. Adhesion formations between the two groups at 12 weeks after surgery were compared by using MRI-applied scar score, ODI (Oswestry Disability Index) and VAS.

The study is designed to evaluate the BE and adhesion properties of granisetron transdermal patches manufactured at 2 different sites. The study has been designed in accordance with the FDA Guidance for Industry. Bioequivalence will be based on the Cmax and AUC to determine the peak and total drug exposure, respectively.

Intrauterine adhesions (IUA) are the major long-term complication of intrauterine procedures and are associated with pelvic pain, menstrual disorders, obstetrical complication and infertility. Womed Leaf is a medical device specifically designed for intrauterine use that prevents intra-uterine adhesions. It is a film that acts as a mechanical barrier to keep uterus walls separated during healing. It is then naturally discharged through the cervix and vagina in less than 30 days. The PREG1 clinical investigation is designed to evaluate Womed Leaf safety under clinical conditions, in women scheduled for a hysteroscopic myomectomy as well as its efficacy.

The purpose of this study is to assess the safety, tolerability, and preliminary efficacy of LB1148 in subjects undergoing elective bowel resection. During abdominal surgery, surgeons handle, manipulate, and often make incisions in the bowel. These actions can create bruising, lesions, and microscopic damage to the bowel, which may allow digestive enzymes to cross the intestinal mucosal barrier potentially resulting in injury both locally and remotely. Leaking digestive enzymes may delay return of normal gastrointestinal (GI) function, lead to a lack of motility in the intestine (ileus), and promote the formation of intestinal scar tissue (adhesions).

The objective of this study was to evaluate the efficacy of the Anti-Adhesion Product (AAP) in preventing or reducing post-operative adhesion formation and re-formation in a subject population having abdominal surgery and being left with a rectal stump and a temporary stoma from a first procedure and scheduled for a laparoscopy/ laparotomy as a second procedure in the normal treatment of the subjects' disease. In both study groups, surgical measures to prevent adhesions were taken, e.g. using minimum traumatizing surgical technique, using powder-free gloves. In the investigational product group, AAP was applied to the rectal stump and the incision line while no specific additional treatment was applied in the control group. The surgeon assessed preexisting adhesions during the first surgery. Newly developed and re-formed adhesions were evaluated during the second surgery by a surgeon or assistant who did not know the result of randomization. The safety of the study drug was also monitored.

Intrauterine adhesion (IUA) is the adhesion of intrauterine tissues due to the exposure of myometrial tissues caused by the endometrial basal injury. IUA is clinically manifested as symptoms such as abdominal pain, hypomenorrhea or amenorrhea, sterility and habitual abortion, which seriously affect the patients quality of life. Preventing IUA has been tried using different methods such as barrier or stent in order to separate the opposing endometrium during the tissue healing processes. Although some successes have been reported there are still some challenges need to be dealt with. One of the barrier materials for preventing IUA is made of hyaluronic acid (HA). HA is a natural ECM of human tissue with excellent biocompatibility and promotes the scar-free wound repair. The self-crosslinked esterified HA gel has demonstrated the capacity to prevent IUA in clinical studies. A novel self-crosslinked HA gel is developed by BioRegen Biomedical（Changzhou）Co., Ltd with proprietary technologies. This product is a highly viscoelastic crosslinked gel that overcomes the shortcoming of sodium hyaluronate with high motility and too quick degradation in vivo. For this product, the results of animal experiments and various safety features have been designed and tested conforming to the national regulations and standards. In order to launch this product to the market, this prospective, randomized and controlled clinical trial is designed and will be performed to verify its safety/efficacy.

The safety of applying A-Part® Gel intra-peritoneally under the incision in order to prevent post-surgical adhesions after median laparotomy.