Bioinformatics

Multiple sequence alignment of mitochondrial carriers
Symmetry analysis of a mitochondrial carrier
Computational docking of inhibitors
Comparative model of bovine complex I

Bioinformatic studies and computational biology performed on large and complex data sets require high-performance computing facilities. Linux farms with dual core Opteron processors and a storage area network provide the major computing power for the Unit. These machines are used for virtual screens of ligand databases, building comparative protein models, phylogenetic analyses, database development, optimisation of images from single particle analysis, and refinement of atomic models from X-ray and electron crystallography.