A composite of hydroxyapatite with electrospun biodegradable nanofibers as a tissue engineering material

Fabrication of Plga/Hap and Plga/Phb/Hap Fibrous Nanocomposite Materials for Osseous Tissue Regeneration

“…The application of nanofibres in research aiming to obtain new materials for medicine has been reflected in numerous publications [27,29,30]. The relevant literature includes many papers devoted to the use of nanofibres in the treatment of osseous tissue [31,32], articular cartilages [33,34], muscles [35], ligaments [36], skin [12,37] and use in cardiosurgery [9].…”

Greener Synthesis of Nano Hydroxyapatite using Fatty acids template for the application of Tissue Engineering Nano Hydroxyapatite: Fatty acids Synthesis and Characterizations

“…Hence, some researchers have attempted to synthesis HAp nanoparticles with a unique attention. Nano particles HAp (Nano HAp) can imitate the measurements of the constituent segments of regular tissues which improve the osteoblasts attachment and resorption of long haul tissue designed inserts [11][12][13]. Additionally, the layout option is a standout amongst the most adaptable and helpful technique, as it is exceptionally powerful in delivering particles having the size in the scope of nanometers together with a limited level of agglomeration and a controlled morphology [14,15].…”

Compósito para fabricação de implantes reabsorvíveis para osteossíntese: avaliação da biocompatibilidade em coelhos

“…A vantagem desses materiais é a grande resistência às diversas forças exercidas sobre eles. Contudo, esses materiais apresentam desvantagens, tais como propriedades Ciência Rural, v.39, n.1, jan-fev, 2009. mecânicas muito diferentes das do osso, que podem afetar a consolidação e a remodelação ósseas e a liberação de detritos citotóxicos responsáveis por hipersensibilidades, respostas inflamatórias contínuas e até mesmo neoplasias (ITO et al, 2005;RASSE et al, 2007).…”