Use of high-frequency electrical stimulation in gastrocutaneous fistula closure: a case report.

Background: Gastrocutaneous fistula is a rare complication following Roux-en-Y gastric bypass, a commonly performed bariatric surgery. While most ECFs respond to conservative management, some do not close despite adequate nutritional support, infection source control, and drainage management. As such, the chronicity of these difficult-to-treat wounds can be physically and economically costly to patients.

Decreasing Pain and Increasing the Rate of Chronic Wound Closure With the Use of a Noninvasive Bioelectronic Medical Device: A Case Series.

Introduction: Chronic wounds are a source of significant morbidity. Medical and scientific efforts are ongoing to further therapeutic modalities improving pain scores and augmenting healing while decreasing complications and reducing the social and economic burden of wounds. Electrical current therapy, or electrical stimulation (ES), has been shown to decrease and modulate both acute and chronic pain; however, understanding of the role of ES in wound closure is limited.

Meshed Split-Thickness Autograft With a Viable Cryopreserved Placental Membrane Overlay for Lower-Extremity Recipient Sites With Increased Risk of Graft Failure.

Meshed split-thickness skin grafting represents a rapid and effective technique for surgical wound closure. Factors such as ongoing inflammation, microbial colonization, and a poorly vascularized wound bed increase the rate of skin autograft failure up to 33%. Because of the inherent angiogenic, anti-inflammatory, antimicrobial, and antifibrotic properties of human placental membranes, the complementary use of human placental membranes may promote graft survival and improve success rate for complete ulcer resolution.