This document summarizes a study on using mesenchymal stem cells (MSCs) derived from adipose tissue to treat infected wounds in laboratory animals. MSCs were shown to accelerate wound healing processes and stimulate skin appendage growth compared to traditional treatment methods. Examinations found that in animals treated with MSCs, wounds on day three showed less necrosis and protein saturation under scabs. This study provides a basis for further research on using MSCs in clinically treating infected wounds of various origins.
This document summarizes a study on using mesenchymal stem cells (MSCs) derived from adipose tissue to treat infected wounds in laboratory animals. MSCs were shown to accelerate wound healing processes and stimulate skin appendage growth compared to traditional treatment methods. Examinations found that in animals treated with MSCs, wounds on day three showed less necrosis and protein saturation under scabs. This study provides a basis for further research on using MSCs in clinically treating infected wounds of various origins.
This document summarizes a study on using mesenchymal stem cells (MSCs) derived from adipose tissue to treat infected wounds in laboratory animals. MSCs were shown to accelerate wound healing processes and stimulate skin appendage growth compared to traditional treatment methods. Examinations found that in animals treated with MSCs, wounds on day three showed less necrosis and protein saturation under scabs. This study provides a basis for further research on using MSCs in clinically treating infected wounds of various origins.
This document summarizes a study on using mesenchymal stem cells (MSCs) derived from adipose tissue to treat infected wounds in laboratory animals. MSCs were shown to accelerate wound healing processes and stimulate skin appendage growth compared to traditional treatment methods. Examinations found that in animals treated with MSCs, wounds on day three showed less necrosis and protein saturation under scabs. This study provides a basis for further research on using MSCs in clinically treating infected wounds of various origins.
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Universidad Autónoma de México
Facultad de Estudios Superiores
Zaragoza
Curso en Línea Comprensión de Lectura en Inglés Nivel 2
Emisión 2-2023
“Skin Regeneration.Part 1”
Nombre :Olvera Deloya Daniela
Grupo: 2
Asesor: Asesor: Lic. Rommel Alejandro Reyes Alonso
Infected wounds and trophic ulcers are among the major Introducción problems in surgical treatment that present special difficulty[1-5].During the last decades,there are number of successes in solving problems in thisaspect of sugery[4-7].To date, a lot of methods and drugs aimed at accelerating reparative processes in wounds and ulcers,as well as preventing their secondary infection are suggested[4,8,9].However, general approbation of the majority of the suggested treatments showed that they werw not effective enough[10-14] The use of MSCs of AT in the treatment of infected wonds Discusión allows to quikly restore the integrity of the skin,comparade to traditional methods of treatment Conclusiones This paper presents results of experimental studies in Abstract laboratory animals with a simulated infected wound, for which mesenchymal stem cells (MSCs) derived from adipose tissue were used in its treatment. The following peculiarities of MSCs for regeneration of skin defects are established: faster arrest of inflammation, accelerated wound healing processes, as well as observed stimulation of growth of skin appendages. The results of this study may serve the basis for further research from development to introduction into clinical practice of cellular technologies for the treatment of infected wound of various etiologies. In this study ,adult albino rats of vistar line weighing 160-200 Materiales y g were used.All animals were kept on a standar diet in a vivarium with free access to food and water.All animals werw métodos divided into two groups :control(n=10). Regeneration of Skin Surface by Multipotent Mesenchymal Stem Cells of Adipose Tissue in Título Laboratory Animals with Infected Wounds
This study provides important findings to deeper research Resultados
using MSCs of AT in the complex and effective treatment of non-healing wonds in surgical practice Examination of the morphological picture of the wounds of Resultados the experimental animals showed that in the control group on the third day,the surface was covered with a thin crust all over the fatty tissue.There werw small areas of necrotic tissue,which was saturated with protein in places located under the scab.