Project: Study the permoselectivity of hydrogels and silk fibroin films.-Development of silk fibroin hydrogels and films for encapsulation of molecules of biological interest.-Knowledge of characterization techniques such as Fourier transform infrared spectroscopy and UV-Visible spectroscopy.-Determination of the release kinetics of molecules with relevance in the context of stroke from silk fibroin hydrogels and films as drug delivery systems.-Conduct ELISA to determine the concentration of molecules of biological interest.-Study of in vitro angiogenesis through the formation of endothelial tubules from EOMA cells.-Tissue Extraction for Primary Low-Density Bone Marrow Cell Cultures.-Conduct transwell migration assays of LDBM cells.

Project: Evaluation of the feasibility of a lateral flow immunoassay based on carbonaceous nanomaterials as a detection system.-Developed lateral flow immunoassays based on carbonaceous nanomaterials as a detection system.-Led a research team and achieved the immobilization of carbonaceous nanomaterials on gold surfaces.-Knowledge of characterization techniques such as fluorescence microscopy, zeta potential, particle size, and Fourier transform infrared spectroscopy.