Tilapia skin-based occlusive dressings for deep burns

Authors

DOI:

https://doi.org/10.5377/ruc.v28i01.14498

Keywords:

dressing, biomaterials, collagen, skin, tilapia, burn

Abstract

Burns constitute one of the most serious health problems nowadays, data from the World Health Organization (WHO) reveal that this problem causes approximately 180,000 deaths per year in developing countries; due to the devitalization of tissues in the most severe types of burns, a great number of exudates is produced and consequently proliferation of microorganisms, that is why wet therapy with the use of occlusive dres- sings is recommended. However, although there is a large number of occlusive dressings on the market, these are very expensive, so alternatives have been sought that have equally or more e ective results and at lower costs. After researching the subject, tilapia skin was found as an alternative in the treatment of deep burns due to its high collagen content and its adherence to the skin tissue. e aim of this bibliogra- phic review is to present the method and advantages of using tilapia skin in the treatment and recovery of patients with deep burns. e use of dressings based on tilapia skin is projected as an ingenious and innovative technique in terms of biomaterials and this accelerates the healing process of burns, allows a considerable reduction of pain, as well as a more aesthetic result in the skin of patients

Downloads

Download data is not yet available.
Abstract
1289
PDF (Español (España)) 405
HTML (Español (España)) 79
EPUB (Español (España)) 80
XML (Español (España)) 84
resumen audio (Español (España)) 84
Abstract 99

Author Biographies

Eduardo Antonio Arauz Madrigal, International University for Sustainable Development, Nicaragua

Second year student of Medicine and Surgery, International University for Sustainable Development (UNIDES)

Kimberly Josefa Blanco Guevara , nternational University for Sustainable Development, Nicaragua

First year student of Medicine and Surgery, International University for Sustainable Development (UNIDES

Maryoly Emicel González Baez, International University for Sustainable Development, Nicaragua

First-year student of Medicine and Surgery, International University for Sustainable Development (UNIDES)

Winston Joseph Zamora Díaz, Martín Lutero University, Nicaragua

Doctor in Education and Social Intervention, Master in Didactics of Mathematics and Specialist in Research Methods. Professor of the Chair of Research Methods at the International University for Sustainable Development (UNIDES) and coordinator of the Martín Lutero University (UML) Juigalpa

Yesner Manuel Castro Rivas, International University for Sustainable Development, Nicaragua

General physician and surgeon, specialist in Urology and professor of Physiology and Physiopathology at the International University for Sustainable Development (UNIDES)

Published

2022-07-29

How to Cite

Arauz Madrigal, E. A. ., Blanco Guevara , K. J. ., González Baez M. E. ., Zamora Díaz W. J. ., & Castro Rivas, Y. M. . (2022). Tilapia skin-based occlusive dressings for deep burns. Revista Universitaria Del Caribe, 28(01), 74–83. https://doi.org/10.5377/ruc.v28i01.14498

Issue

Section

Health