3. Members (I)
• Graciela Sotelo (PhD; biologist): crustacean
phylogeography.
• Miguel Arenas (PhD; chemist): recombination
and HIV evolution.
• Mateus Patricio (PhD; computer science):
genetic code prediction.
• Sara Rocha (PhD; biologist): reptile
biogeography.
• Miguel Fonseca (PhD; biologist): mtDNA
evolution.
4. Members (II)
• Alpar Vajk-Kramer (postdoc; mathematician):
numerical optimization.
• Leo Arbiza (postdoc; biologist): computational
genomics.
• Leo Martins (postdoc; biologist): Bayesian
phylogenomics.
• Carlos Canchaya (IPP; biologist): comparative
genomics.
• David Posada (TU; biologist): models of
molecular evolution, detection of recombination
5. Research lines in bioinformatics
• Computational prediction of the genetic
code.
• Molecular evolution, genome structure and
gene function.
• Phylogenomics and models of genome
evolution.
• Bacterial and phage comparative genomics
• Software development.
6. Bioinformatic needs
• HPC: parallelization, multi-core environments,
GPU.
• Development of web services.
• Classification and machine learning.
• Computational statistics: numerical
optimization,likelihod, Bayesian, MCMC.