Computational Analysis of Molecular Docking between RAMP1 and Serotonin
Structural Modifications and Therapeutic Perspectives:
Perform a computational analysis to evaluate the molecular interaction between serotonin and the RAMP1 protein, identifying the structural bases and thermodynamic viability of this complex.
Bleaching of corn husks for tamale production with an ecological approach
To develop and evaluate alternative methods for bleaching and disinfecting corn husks using alkaline aqueous solutions and ecological oxidants, which allow for the substitution of the traditional sulfurization process, while maintaining the quality of the plant material and reducing environmental impacts and associated health risks.
Curcuminoids as photosensitizers and antioxidant capacity agents applied in photodynamic therapy
The synthesis and evaluation of a collection of molecules as potential photosensitizers (PS) for their application in photodynamic therapy (PDT) is proposed. The proposed structures have been designed based on criteria that seek to: (1) optimize interaction with light through an extended conjugated system, (2) improve the energy levels of the HOMO and LUMO orbitals to favor the generation of reactive species, and (3) increase water solubility and biocompatibility, using structural blocks that are not toxic to eukaryotic cells in the absence of UV radiation.
Mycoshield
WINNING PROJECT
Using synthetic biology, this project creates a unique fertilizer that employs symbiotic relationships between yeasts and fungi to protect crops from the effects of climate change.
Axolotarium
An axolotl conservation center registered with SEMARNAT as a PIMVS, committed to the preservation of this endemic species and its ecosystems.
Grow
A self-sustainable project that seeks to reduce the university's environmental impact by leveraging resources and spaces, creating a greener and more conscious community.
iGEM
Using synthetic biology, this project creates a unique fertilizer that employs symbiotic relationships between yeasts and fungi to protect crops from the effects of climate change.