Current Funded Projects
Active research initiatives supported by FAPESP, CNPq, and INCT-Nióbio, focusing on advanced biomaterials and biointerfaces.
FAPESP 2022/03247-6
Electrospun Regenerative Membranes
Development of advanced electrospun membranes for tissue regeneration and wound healing.
FAPESP 2022/16643-7
Neural Regeneration Systems
Design of multifunctional systems for post-stroke neural regeneration and functional recovery.
CNPq 444922/2024-5
Injectable Ion Delivery Systems
Development of injectable systems for targeted ion delivery and bone cancer therapy.
CNPq 402595/2023-8
Biofabrication & Scaffolds
Integration of 3D bioprinting and electrospinning for complex tissue engineering scaffolds.
Completed Projects
A comprehensive record of our laboratory's research milestones and the scientific outcomes achieved through our multidisciplinary approach to biomaterials and tissue engineering.
01 / 2018–2021
A comprehensive investigation into the development of bioactive ion-delivery systems for bone regeneration and cancer therapy, focusing on mesoporous nanomaterials and biointerfaces.
CNPq Universal 436164/2018-3
Coordination: João Henrique Lopes
02 / 2022–2024
Advanced characterization of sol-gel bioactive glasses using the EMU-FTIR facility, providing high-resolution spectroscopic data on biomineralization and material stability.
FAPESP 2022/03247-6
Coordination: João Henrique Lopes
03 / 2022–2024
Collaborative research on multifunctional biomaterials for neural regeneration, integrating chemistry and biology to develop systems for post-stroke recovery.
LEAM/EMU-FAPESP 2023/07910-4
Coordination: João Henrique Lopes
04 / 2024–Present
Development of sonoresponsive Nb/Ti redox-ion mesoporous bioactive glasses for antitumor and regenerative therapy, focusing on biomineralization and ion release kinetics.
CNPq Productivity 303775/2025-4
Coordination: João Henrique Lopes