About Us
Mass-up Team
- PhD. José Luís Capelo-Martínez
- PhD. Florentino Fdez-Riverola
- PhD. Hugo López-Fernández
- PhD. Miguel Reboiro-Jato
- PhD. Daniel Glez-Peña
- Alberto Gutiérrez Jácome
- PhD. Eva Lorenzo Iglesias
- PhD. José Ramón Méndez Reboredo
- PhD. Reyes Pavón Rial
Research Groups
The Next Generation Computer
Systems Group (SING, Sistemas Informáticos de Nueva Generación)
brings together a reduced number of researches with the aim of
developing intelligent models and deploying them in real
environments. The expertise of the members comes from different
areas related with previous research in developing symbolic,
connexionistic and hybrid AI systems, solving security problems,
administration of networks, e-commerce, VoIP, implementation of web
applications and developing systems working with documental data
bases. The projects carried out by the SING group always follow a
practical point of view, but taking into consideration the formal
aspects needed in any research work. Indeed, most interesting
techniques employed in previous works cope with the utilisation of
case-based reasoning, artificial neural networks, fuzzy logic, rough
sets, intelligent agents and multi-agent systems.
The current research and focus areas of the
Bioscope Group include
Bio-analytical applications for Protein Identification and Proteomics as well as
in organic and inorganic nano-synthesis. Among others, they develop new approaches
for in-gel and in-solution protein identification throughout ultra-fast protein
digestion and mass spectrometry-based techniques, new strategies for tissue sample
preparation prior Mass Spectrometry Imaging of endometriosis tissues and prostate
cancer tissues, faster and more efficient sample preparation methods for identification
and quantification of antidoping substances, new methods to identify doping abuse
biomarkers by MALDI-TOF-MS and MALDI-TOF-TOF-MS, new methodologies for protein
quantification by stable isotopic labelling techniques and mass spectroscopy, new
methods for bacterial identification by MALDI-TOF-MS with application in disease
screening and bioterrorism combat.
Acknowledgements
This work was partially funded by the INOU14-08 project from the University of Vigo.