The present invention refers to the medical field, in particular to the field of bone regeneration by means of micro- or nano-sized matrices, more particularly to the localized bone regeneration by electrical stimulation. The present invention refers to useful biocompatible composite materials having a dual role both as aids and substitutes in regenerating bone tissue. The present invention has a specific application in pathologies of skeletal system, comprising joints. The present invention also refers to the field of regenerative medicine, particularly related to bone tissue and/or articular tissues.
Electroactive materials for biomedical applications / Panero, Stefania; SERRA MORENO, Judit; L., Marchetti; M. G., Sabbieti; D., Agas. - (2011).
Electroactive materials for biomedical applications
PANERO, Stefania;SERRA MORENO, JUDIT;
2011
Abstract
The present invention refers to the medical field, in particular to the field of bone regeneration by means of micro- or nano-sized matrices, more particularly to the localized bone regeneration by electrical stimulation. The present invention refers to useful biocompatible composite materials having a dual role both as aids and substitutes in regenerating bone tissue. The present invention has a specific application in pathologies of skeletal system, comprising joints. The present invention also refers to the field of regenerative medicine, particularly related to bone tissue and/or articular tissues.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
