At the end of the course, the student will be able to perform protein sequence analyses, protein structure prediction and understand the bases of phylogenetic reconstruction.
The student will be capabe of performing some genomic analyses, like assembly, mapping to reference genomes, variant calling and comparative analyses.
To give the basic principles of bioinformatics methods for the analyses of proteins and genomes and to discuss the power and limits of bioinformatics.
To apply bioinformatics methods to identify genes/proteins, predict their functions, establish evolutionary relationships and predict protein structure and protein complexes, comparative genomics and -omics integration tools.
The course is divided in modules:
1. Protein sequence analyses, phylogeny, protein structure prediction, databases
2. Genomics.
Protein module
Module Genomes Genome annotation
Bioinformatics -based projects.
Through the course, there will be exercises/tests that are not part of the final evaluation, they are anonymous and serve to monitor the knowledge of the class in theoretical aspects needed for the course.
The evaluation will consist of the presentations and discussion of exercises/projects previously assigned. Theory and practice will be evaluated in the presentations and discussions.
There are 2 evaluations scheduled during the semester. To succeed, it is necessary to have a note of at least 8 in each module, and a global note of at least 10.
Material on webcampus.
| Training | Study programme | Block | Credits | Mandatory |
|---|---|---|---|---|
| Standard | 0 | 2 | ||
| Standard | 1 | 2 |