Predicting biologically relevant protein interactions and cellular network evolution. Detection of cell type and stage active biological processes using molecular profiles. Multiple perturbation analysis to map cellular systems. Biological pathway and network databases and analysis tools. Or view our research interests as art.

Predicting biologically relevant protein interactions and cellular network evolution. Detection of cell type and stage active biological processes using molecular profiles. Multiple perturbation analysis to map cellular systems. Biological pathway and network databases and analysis tools. Or view our research interests as art.

The University of Toronto is home to one of the largest genomics, proteomics, systems biology and computational biology research communities in the world, all situated at the heart of the exciting cosmopolitan city of Toronto. The goal of these research activities is to gain deeper insight into the biology of cancer and other diseases, stem cells, protein structure, plant stress biology, and host-pathogen interactions. Taxonomy based on science is necessary for global conservation.

Bitnos is a free and collaborative Online Operating System that provides you all the best biomedical free web applications. Surf the website using the left sidebar and click on the star symbol. To insert here your favourite web applications. Physicochemical analysis of the primers. Protein structure and function prediction.

Postdoc Positions with Chris Sander. Postdoc Positions with Gunnar Rätsch.

Bi-Specific Synthetic Lethality DDR shRNA Libraries. Developed under an NCI-supported synthetic lethality RNAi screening and DDR database contract research project. Please visit the Bi-Specific SL DDR shRNA Library Project Summary. DECIPHER Pooled Lentiviral shRNA Libraries. Page on the Cellecta website. DECIPHER Project members and customers can access DECIPHER Software.