- Atomic Force Microscopy using Multimode (Bruker), NanoWizard (JPK), and NanoRacer (JPK) instruments for the characterization of the mechanism of action of novel antibiotics. - Training and daily supervision of bachelor students during the completion of their graduation thesis.

- Recombinant production of proteins in yeast models (flasks and batch bioreactors).- Protein purification and characterization (salting out, SDS-PAGE, Western Blot, EMSAs).- Development of microbiological methods to study nanoparticles activity.- Utilization of Atomic Force Microscopy (AFM) for assessing nanoparticle formation and the antimicrobial activity of biological samples.- Supervision of two undergraduate students during their thesis projects.- Training of master's… Show more - Recombinant production of proteins in yeast models (flasks and batch bioreactors).- Protein purification and characterization (salting out, SDS-PAGE, Western Blot, EMSAs).- Development of microbiological methods to study nanoparticles activity.- Utilization of Atomic Force Microscopy (AFM) for assessing nanoparticle formation and the antimicrobial activity of biological samples.- Supervision of two undergraduate students during their thesis projects.- Training of master's students in AFM. Show less

- Feasibility analysis for innovation projects in nanotechnology, biotechnology, and natural products.- Monitoring and technical evaluation of ongoing projects.- Oversight of partnerships with Universities and Research Centers.- Application and management of industry grants provided by CONACYT and the Ministry of Economy.

- Development of an innovative strategy for constructing DNA and protein nanostructures.- Technical supervision of two undergraduate students during the development of their thesis projects.- Standardization of electrophoretic methods for characterizing bionanomaterials.- Atomic Force Microscopy for soft matter.

- Development of polymeric and hydroxyapatite nanoparticles.- Purification and characterization of plant extracts.

Identification, amplification, and expression of a gene involved in alkaloid metabolic pathways. This collaboration stemmed from receiving a grant through the Mitacs Globalink program to conduct research in high-performing Canadian universities