My research is focused on developing analytical methods to boost the sensitivity for the signals achieved using NMR, which is a meaningful drawback. Therefore, the proposal of innovative NMR protocols is high necessary for address challenges in inorganic and analytical chemistry. My expertise is focused on the development and application of innovative approaches for enhance the intrinsically low sensitivity NMR signals, aiming to appreciate the intermolecular interactions for metal complexes towards biological molecules (proteins, enzymes and nucleic acids). The goal is providing quantitative and qualitative information that can be used to understand complex molecular models in the field of Chemistry.
2025 - 2028
UNVEILING THE RHEOLOGY OF CROSSLINKED XANTHAN GUM IN SOLUTION THROUGH HIGH-RESOLUTION AND TIME-DOMAIN NMR SPECTROSCOPY
2025 - 2027
VALORIZACIÓN DE RELAVES POLIMETÁLICOS PARA LA PRODUCCIÓN DE MATERIALES CEMENTÍCIOS Y GEOPOLIMÉRICOS APLICABLES EN INFRAESTRUCTURA MINERA BAJO UN MODELO DE ECONOMIA CIRCULAR
2025 - 2026
STEADY STATE FREE PRECESSION RELAXATION MAPPING WITH DEEP LEARNING IN HIGH-RESOLUTION NMR
1QUI01 - QUÍMICA 1
Semestre 2026
QUI212 - ANÁLISIS INSTRUMENTAL
Semestre 2025
Semestre 2024
QUI308 - QUÍMICA ANALÍTICA ORGÁNICA
Semestre 2026
QUI357 - ESPECTROSCOPÍA MOLECULAR
Semestre 2025
ESG601 - TALLER ESPECIAL DE INVESTIGACIÓN
Semestre 2026
Semestre 2025
QUI744 - ESPECTROSCOPÍA MOLECULAR
Semestre 2026
QUI760 - CURSO MODULAR DE TEMAS SELECTOS 4
Semestre 2025
QUI767 - MÉTODOS ESTADÍSTICOS PARA QUÍMICA ANALÍTICA
Semestre 2026