METHOD FOR CARRYING OUT BIOENGENERY OF CARTILAGE TISSUE USING MESENQUIMIAL TRENCH CELLS OF TOOTH PULP ASSOCIATED WITH BIOMATERIALS AND CARTILAGE TISSUE BIOENGENERY KIT
Is a methodological process of isolation, characterisation and association of the mesenchymal stem cells of toothpaste with the different biomaterials, in the laboratory of good handling practices (ctc type II),Allowing the realization of bioengineering of cartilage tissue, safely for the doctor and the patient and can be used in regenerative medicine； this strategy of bioengineering cartilage tissue reduces morbidity and eliminates pain to obtain healthy cartilage from others Body regions, as well as the morbidity for obtaining chondrocytes for future expansion and use in bioengineering of tissues, is eliminated； more specifically, this invention is intended to describe a process for obtaining the mesenchymal stem cells of tooth pulp under conditions Suitable for use in tissue bioengineering,Which must be carried out in laboratories for good handling practices (cell technology centre type II) and how to associate these cells with different types of biomaterials in good handling practice laboratories for delivery of the cartilag tissue bioengineering Kit In the hospital or doctor for safe use in different repair of cartilage lesions； the cartilage tissue bioengineering kit is composed of the combination of biomaterial appropriate to the mesenchymal stem cells of tooth pulp.trata-se de um processo metodológico de isolamento, caracterização e associação das células tronco mesenquimais de polpa de dente aos diferentes biomateriais, em laboratório de boas práticas de manipulação (ctc tipo ii), permitindo a realização de bioengenharia de tecido da cartilagem, com segurança para o médico e o paciente e podendo ser utilizado em medicina regenerativa；essa estratégia de bioengenharia de tecido da cartilagem reduz a morbidade e elimina a dor para obtenção de cartilagem sadia de outras regiões do corpo, bem como elimina-se a morbidade para a obtenção de condrócitos para futura expansão e utilização em bioengenharia de tecidos；mais especificamente, essa invenção se destina a de
