The molecular basis of JAZ-MYC coupling, a protein-protein interface essential for plant response to stressors

Oral presentation in English about The molecular basis of JAZ-MYC coupling, a key component of plant immunity project. This presentation was awarded as the best oral presentation of the symposium.

The molecular basis of JAZ-MYC coupling, a key component of plant immunity

In this project, we identified binding specificity between repressor proteins and a transcriptional factor associated with the Jasmonic Acid pathway in Arabidopsis thaliana through Molecular Dynamics simulations and Machine Learning algorithms.

CRBN mutations

This project is a computational study of the structural changes of two Cereblon protein mutations using Molecular Dynamics and Quantum Mechanics simulations.

Modeling of protein-protein interaction and search for key residues by machine learning of the JAZ-MYC3 complex of Arabidopsis thaliana

Oral presentation in Spanish about The molecular basis of JAZ-MYC coupling, a key component of plant immunity project.

Modeling of Protein-protein interaction and search for key residues by machine learning of a protein complex in the jasmonic acid route in Arabidopsis thaliana

Poster presentation in Spanish about The molecular basis of JAZ-MYC coupling, a key component of plant immunity project

Structural changes due to a mutation in Cereblon might be a cause for intellectual disability

Poster presentation in English about the CRBN mutations project.