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Clinical Trial Summary

The worldwide prevalence of open wounds is estimated to be approximately 200 million per year. Negative Pressure Wound Therapy (NPWT), the application of a controlled vacuum to an open wound cavity, has been clinically demonstrated in developed nations to speed the healing time of open wounds by a factor of two or more, and to aid in complete recovery with less scar tissue. Use of NPWT devices has not been feasible in an limited-resource settings due to cost, bulk, and requirement for consistent electricity. This study aims to follow up prior clinical studies that have established the safety and efficacy of simplified NPWT, by assessing changes in wound closure time and wound contraction rate when simplified NPWT is used in a limited-resource setting.


Clinical Trial Description

Hypothesis:

Application of WiCare Wound Pump to a standard gauze dressing will result in faster time to definitive wound closure and rate of healing in acute wounds from trauma, infection, or surgery as compared to standard gauze dressing without negative pressure.

Study Design A. Single center prospective trial to be conducted at Mbingo Baptist Hospital (MBH) a multispecialty hospital located in North-West Cameroon that provides complex surgical care.

B. Phase II C. Two arm trial with all patients with eligible wounds offered entrance into Phase II trial D. Blinding: Non E. Indication and patient population: Acute wounds secondary to trauma, infection, or surgical excision in adult patients (>15 year old) F. Sample size: 100 total; based on Schoenfeld's Method to compare two-sample Log-Rank Test with Power of 80%, significance level=5% G. Random Permuted Blocks: Patients will be randomized in blocks of 4 using the following schema Treatment A) WiCare, Treatment B) Standard Dressing: AABB, ABAB, BAAB, BABA, BBAA, and ABBA. ;


Study Design


Related Conditions & MeSH terms


NCT number NCT02479542
Study type Interventional
Source Stanford University
Contact
Status Withdrawn
Phase N/A
Start date June 2015
Completion date July 1, 2015

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