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Con motivo del simposio
Se publicará un número especial en el Journal of Proteomics
Esta es una excelente oportunidad para que preparen y sometan artículos in extenso para revisión. El scope de la revista incluye además de protéomica de plantas, microorganismos, animales y humanos, áreas de metabolómica, genómica, biologías de sistemas, toxicogenómica, farmacoproteómica, entre otros temas relacionados con las ciencias ómicas.
Pre-symposium courses
Theoretical-practical course
Development of methods with mass spectrometry
November 9 and 10
Fortín Plaza Hotel
Oaxaca, Oaxaca
Aim: Acquire the knowledge and apply the necessary tools to efficiently carry out the Development of Analytical Methods with Mass Spectrometry for applications in the field of metabolomics and protein analysis.
Prerequisites
- Liquid Chromatography Fundamentals
- Fundamentals of Optical Detection and Mass Spectrometry
- Strategies for Method Development (Exploratory Gradient and Scouting)
- Optimization of Separations by reverse phase
- Optimization of Separations by HILIC and mixed columns
- Method Scaling
- Chromatographic System Selection
- Detection System Selection
- General considerations
- Dispersive Phase Extraction
- Solid Phase Extraction
- Advanced Molecule Tuning Strategies
- Special acquisition channels
- Creation of Spectral Libraries
- Choice of Quantification Method
- Verification of Accuracy and Linearity Test
- Evaluation of the Limit of Detection and Quantification
2do Taller Teórico-Práctico "METabolómica no dirigida y herramientas de última GENeración para el análisis de datos (METGEN)"
November 9 and 10
Fortín Plaza Hotel
Oaxaca, Oaxaca
Dr. Aldo Moreno Ulloa
CICESE
M.Sc. Jhordan Ojeda González
CICESE
Introduce participants to liquid chromatography-Tandem mass spectrometry (LC-MS/MS) and its usefulness in the characterization of metabolomes in various species and, occasionally, will guide (“hands on”) on how to use tools Novel cheminformatics for LC-MS/MS data analysis.
The course will consist of theory followed by practice on the topics covered. An interactive course is proposed that is reinforced by relevant theory information for a greater understanding of the topics. With what has been learned in the course, it is expected that the participant will be able to analyze LC-MS/MS data with free access software to identify/analyze metabolomes from a global and particular perspective.
Any person from the academic sector in areas related to biomedicine, biotechnology and microbiology. It is not essential to have programming experience to enter the course, however, it is essential to have basic/intermediate knowledge of computer use.
Schedule
