From Tissue Repair to Tissue Regeneration

Abstract

In Regeneration 3.0, the priority is to combine the anti-inflammatory activity of the nine proteins acting as growth factors in the bovine colostrum, the homeostatic, angiogenic and reorganizational activities of the matrix, the modulation of collagen synthesis and the remodeling of the epithelium. The choice of bovine colostrum and its associated properties was the basis for the design of devices that could also offer those properties: barrier action, anti-inflammatory action and pain reduction, reduction and absorption of exudates, combating of bacterial and fungal proliferation, antioxidant action and hydration and protection against skin diseases and dermatosis. We now know the key players in the wound healing process and we have new molecules available to act on them, but the future must necessarily lie in the transfer of molecules and information between the endothelium, ECM and cell membrane, which can be directed toward tissue regeneration if the resident stem cells have the chance of communicating and interacting with new therapeutic models, all this without forgetting that the human being is at the center of research and scientific evolution.

Inflamación: Desde una perspectiva celular y molecular

“…Inflamación: Desde una perspectiva celular y molecular mayo -agosto -2022 / 5(15) varios efectos patológicos relacionados con la cronicidad de la inflamación y los desórdenes asociados (Salvatore et al, 2019).…”

“…Como ya mencionamos, el proceso de curación de un tejido dañado son tres fases: control del proceso inflamatorio, la proliferación celular (exacerbada o disminuida) y el remodelado de la matriz extracelular. La reparación de un tejido dañado es una regeneración incompleta del tejido original, caracterizado por una hiperproducción de colágeno organizado, con una respuesta fibroproliferativa y la cicatrización que permite la producción del nuevo tejido hasta el 80% de similitud con el tejido original, mientras que la regeneración es la sustitución específica del tejido (Salvatore et al, 2019;Reinke & Sorg, 2012).…”