CV Lattes
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Universidade Federal de São Paulo (UNIFESP). Campus São José dos Campos. Instituto de Ciência e Tecnologia (ICT) (Institutional affiliation from the last research proposal) Birthplace: Brazil
PhD student in Sciences at the Post-Graduate Program in Engineering and Materials Science of the Institute of Science and Technology at the Federal University of São Paulo (ICT, UNIFESP, São José dos Campos). The PhD includes a 12-month sandwich period at the Central European Institute of Technology at the Brno University of Technology (CEITEC-BUT, Bepe-FAPESP scholarship) and a 5-month internship abroad at the Karlsruhe Institute of Technology (KIT, Probral/CAPES scholarship). He earned a Masters degree in Sciences from the same program (2021) and holds a degree in Materials Engineering (2019) and a Bachelor's degree in Science and Technology (2017), both from UNIFESP. He conducted research activities at the Bioceram laboratory, UNIFESP, as a scholarship holder in technological development and innovation (PIBIT/CNPq, 2017-2018), as a scientific initiation scholarship holder (PIBIC/CNPq, 2018-2019), and as a Masters student (CAPES, 2019-2019 and FAPESP, 2019-2021). Currently, he works at the Bioceram laboratory as a PhD student (CAPES, 2022-2022 and FAPESP, 2022-present). (Source: Lattes Curriculum)
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The use of calcium phosphate and bioactive glasses scaffolds have shown promising results on Bone Tissue Engineering to treat large bone defects. 3D printing has been drawing attention as technology to scaffolds manufacturing due to its great structural control over their geometry and for presenting high reproducibility properties. Usually, after printing, ceramic scaffolds undergo throug…
Over the past few years, several artificial bone grafts are being developed aiming to overcome the autologous graft limitations. Several works propose the use of tridimensional structures with high porosity, known as scaffolds, to act as a support to cell proliferation, promoting tissue regeneration in three dimensions. Among the techniques used to produce scaffolds, the robocasting, also…
Beta-tricalcium phosphate (beta-TCP) and bioactive glasses (BG) are promising materials in bone regeneration research. Highly bioactive and osteogenic scaffolds can be produced by 3D-printing beta-TCP/BG composites. However, sintering beta-TCP/BG composites is challenging due to the difference in their sintering window and glass crystallization. Reactive Hydrothermal Liquid Phase Sinterin…
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