LUIS ANTONIO GENOVA

LUIS ANTONIO GENOVA

(Fonte: Lattes)

Resumo

Graduate at Materials Engineering from Universidade Federal de São Carlos (1984), working for six years in ceramic industries. Master's and Ph.D. at Nuclear Engineering from Universidade de São Paulo. Has experience in Material Engineering, focusing on Ceramics, acting on the following subjects: processing, sintering, ceramic microsphere, porous ceramic, ceramic machining, adsorption, photocatalisys. (Text obtained from the Currículo Lattes on November 12th 2021)

Possui graduação em Engenharia de Materiais pela Universidade Federal de São Carlos (1984), com atuação por seis anos em indústrias cerâmicas. Possui mestrado e doutorado pela Universidade de São Paulo (2003). Atualmente é tecnologista senior do Instituto de Pesquisas Energéticas e Nucleares. Tem experiência na área de Engenharia de Materiais, com ênfase em Cerâmicos, atuando principalmente nos seguintes temas: processamento, sinterização, microesferas cerâmicas, cerâmicas porosas, usinagem cerâmica, adsorção, fotocatálise. (Texto extraído do Currículo Lattes em 12 nov. 2021)

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Biocompatible glasses applied in cancer treatment
2022 - BORGES, ROGER; SOUZA, ANA C.S.; GENOVA, LUIS A.; MACHADO JUNIOR, JOEL; JUSTO, GISELLE Z.; MARCHI, JULIANA
Microspheres for bone regeneration
2015 - BORGES, ROGER; GENOVA, LUIS A.; MARCHI, JULIANA
Nowadays, with global population aging and habits, cases of fracture, wear and bone loss have constantly concerned health authorities. As an alternative for the recovery of such patients and the promotion of better living conditions, there is a pressing need for development of biomaterials that can successfully replace or regenerate bone tissue. In this research area, microespheres deserve great attention due their unique properties. The specific material and the characteristics of the microspheres to be used for bone regeneration depend on each specific situation, taking into account aspects such as bone characteristics, injury size and selection of the most appropriate technique for such treatment. Generally, microspheres can act as a scaffold for the temporary or permanent filling of the injured area, or may act as a controlled drug delivery system. Moreover, the microspheres can simultaneously fulfill both functions. In this chapter, an overall view of bone tissue is presented, including the structure and functions. The main aspects of bone regeneration are briefly discussed, considering its fracture self-repairing mechanisms through reabsorption and deposition of the mineralized matrix process. When such mechanisms are not enough to provide full recovery, tissue regeneration strategies for such repairs are presented, highlighting the use of biomaterials and specifically microspheres. Finally, some examples of microsphere application to different situations related to the bone regeneration process are discussed.
Compositional design of porous beta-Sisub(3)Nsub(4) prepared by pressureless-sintering compositions in the Si-Y-Mg-(Ca)-O-N system
2007 - QUINLAN, MERVIN; PLUCKNETT, KEVIN P.; GARRIDO, LILIANA; GENOVA, LUIS
Microstructural development of porous Beta-Sisub(3)Nsub(4) prepared by pressureless-sintering compositions in the Si-Re-O-N quartenary system (Re=La, Nd, Sm, Y, Yb)
2007 - QUINLAN, MERVIN; HEARD, D.; PLUCKNETT, KEVIN P.; GARRIDO, LILIANA; GENOVA, LUIS