Hydrogel to support regenerative medicine

A biomaterial as a new fronties in medicine, extremely innovative and in step with scientific progress. 

Increasingly, over time, there is a need to repair, regenerate of replace tissues or organs damaged by diseases, traumas, or due to defects present at birth or aging. 

The list of diseases that can benefit from regenerative medicine is growing. This field of research allows to stimulate the body's repair mechanisms to guide and support the healing of tissues and remodeling processes. In fast, it does not treat trauma or pathology synthoms but aims to accelerate and promote the natural regeneration of tissue by stimulating autologous cells to guide processes of self-repair. 

Today, tissue engineering is a type of renerative medicine making significant progress, thanks, for example, to the use of highly biocompatible biomaterial suitable for supporting and guiding the functional regeneration of tissues. This goes beyond simple wound healing, achieving true functional repair. The term ''biomaterial'' refers to any substances of synthetic or natural origin that can be used to speed up the healing process. 

One of the main treatments for wound healing involves the use of hydrogel-based products derived from decellularized matrices. The term ''hydrogel'' refers to a group of three-dimensional polymeric cross-linked materials with good absorption capacity, allowing gas exchange and enhancing the granulation process of damaged tissue. 

The choice of polymer is aimed at reproducing a favorable environment, thanks to its high compatibility, for applications such as cell growth and differentiation, drug administration or the release of growth factors useful in reparative processes.