Scientific research projects

PROTOCOLO BEC-166577-07

Bioactive porous metals with controlled reabsorbable matrix.

It is about research and development of metals and new intelligent hybrid compounds, which allow for their molecular characteristic, to be implanted in the body and to be biodynamically able to provide the artificial structure, for the biological growth of the replacement tissues and to feed them, shortening the recovery periods of the injured organ.

Bioactive porous metals with controlled resorbable matrix.

It is about the research and development of metals and new intelligent hybrid compounds that, due to their molecular characteristics, allow them to be implanted in the body and to be biodynamically capable of providing the artificial structure, for the biological growth of replacement tissues and that these are feed on them, shortening the recovery periods of the injured organ.

Load biomaterials for artificial cell bioimplantation for use in oncological therapy.

It is the research and development of new biomaterials that allow to transport therapeutic loads of oncological drugs, inside the tumor cells and that having delivered their burden, this allows the reduction of the tumor mass to be resected by surgical methods.

Loading biomaterials for artificial cell bioimplantation for use in oncology therapy.

It involves the research and development of new biomaterials that allow the transport of therapeutic loads of oncological drugs, inside the tumor cells and that, having delivered their load, this allows the reduction of the tumor mass to be resected by surgical methods.

Substrate coating for special alloys for surgical use.

This is the research and development of new compounds on the main structure of an endoprothesis, in order to improve biomechanically the entire joint oseo replacement set.

Substrate coating for special alloys for surgical use.

It involves the research and development of new compounds on the main structure of an endoprosthesis, with the aim of biomechanically improving the entire joint bone replacement set.

Porous ceramic for endoimplanted microprotesis

This is the research and development of special ceramics, which allow with their porosity, to load with mineral molecules and to deliver them by biostimulation to the bone structure.

Porous ceramic for endoimplanted microprosthesis

It is about the research and development of special ceramics, which allow, with their porosity, to load with mineral molecules and deliver them through biostimulation to the bone structure.

Experimental design of nano instruments for microrugery and criosurgery.

This is research, development and innovation on a new concept of nano surgery, to contribute technically to the surgical performance of the micro and crio surgery, in frank projection to the future of minimally invasive therapies.

Experimental nano instrumental for microsurgery and cryosurgery.

It is about research, development and innovation on a new concept of nano surgery, to contribute technically to the surgical performance of micro and cryosurgery, in a frank projection to the future of minimally invasive therapies.

PROTOCOLO BEC-165889-02

Thermofusion of microparticulates with electrical loads for endocorporea implantation.

It is the research and development of biomolecules that allow to emit a constant electrical load and of equal impedance to the cellular tissues, so that they repair faster. it is expected to demonstrate that these hybrid compounds distributed on a protein matrix as dielectric axes compete for their values.

Thermofusion of microparticles with electric charges for endocorporeal implantation.

It involves the research and development of biomolecules that allow the emission of a constant electric charge of equal impedance to cellular tissues, so that they repair faster. it is expected to show that these hybrid compounds distributed on a protein matrix as dielectric axes, compete for their valences.

Smart biocements for oseum replacement surgery.

This is the research and development of hybrid compounds that fulfil the function of anchoring and cementation of artificial elements implanted, but also have the capacity to form a biological matrix and an optimal biomechanical behavior.

Smart biocements for bone replacement surgery.

It is about the research and development of hybrid compounds that fulfill the function of anchoring and cementation of implanted artificial elements, but also have the capacity to form a biological matrix and an optimal behavior from the biomechanical point of view.

Enriched nanopolymers for fillings in return and replacement of biological tissues.

This is the research and development of new compounds that allow to contain nanomolecules that are able to recover and biologically restore the functions of the living tissue concerned.

Enriched nanopolymers for fillings in the restitution and substitution of biological tissues.

It is about the research and development of new compounds that allow containing nanomolecules that are capable of biologically recovering and reestablishing the functions of the affected living tissue.

Citoesqueleto artificial.

This is the research and development of intelligent and hybrid biomaterials, which, because of their nanotechnological characteristics, can support stem cells and molecular elements, for the histogenesis of the affected living tissue.

Artificial cytoskeleton.

It is about the research and development of intelligent and hybrid biomaterials, which due to their nanotechnological characteristics, allow to sustain stem cells and molecular elements, for the histogenesis of the affected living tissue.

Nano cell biostimulation.

This is the research and development of biomaterials capable of energizing the cell, to activate its biofunction, recovery and physiology.

Cellular nano biostimulation.

It is about the research and development of biomaterials capable of stimulating the cell energetically, to activate its biofunction, recovery and physiology.