Genome sequencing projects and new high-throughput technologies are producing large amounts of biological data that are potentially relevant to cancer. Our group contributes to the analysis of these data by developing new methods and database resources related to genome structure and gene regulation. In addition, we apply computational approaches to specific questions about transcriptional regulation. In particular, we t.

Welcome to the Computational Cancer Genomics Lab. A database for ultraconserved noncoding elements and genomic regulatory blocks. UCNEbase provides information on the evolution and genomic organization o.

Sequence sites, features and motifs. ExPASy is the SIB Bioinformatics Resource Portal. In different areas of life sciences including proteomics, genomics, phylogeny, systems biology, population genetics, transcriptomics etc. This service provides topology and parameters for small molecules, for use with CHARMM and GROMAC.

TERTIARY STRUCTURE PREDICTIONS OF SACCHARIDES.

Create, edit and analyze DNA sequences. Mark and visualize sequence features. All processing runs locally, no data are sent over the internet. Quickly find absent and unique sites. Inspect all sites in a clearly arranged table. Carry out parallel in silico. Compare two sequences side by side. Compare up to 36 lists.