NGFN-PLUS
Systematic phenotype analysis using RNAi
Coordinator: | Prof. Dr. Michael Boutros | |
Institution: | DKFZ Heidelberg | |
Homepage: | www.dkfz.de/signaling/ |
Our research goal is a systems-level approach to analyse signalling pathways playing
an important role in neurodegenerative diseases. In order to identify functional
modules, we will systematically examine these pathways using gene-phenotype profiles.
This subproject will focus on signalling pathways directly relevant to
neurodegenerative diseases. In a first step, we will establish and optimise cell based
assays to identify new targets by RNAi screenings. Another goal of the project is the
identification of new small molecules selectively inhibiting signalling pathways.
Using bioinformatic tools, these data will be integrated with protein-protein
interactions to identify disease specific targets and new signalling pathway modules.
The identification of new targets and their connection to signalling networks are
highly important for the development of new therapeutic approaches.
RNAi Screening:
Cell-based high-throughput RNAi screens are performed in 384-well plate formats. Shown is a single readout and signal intensities refer to cell viability of cells treated with RNAi molecules targeting specific genes.
an important role in neurodegenerative diseases. In order to identify functional
modules, we will systematically examine these pathways using gene-phenotype profiles.
This subproject will focus on signalling pathways directly relevant to
neurodegenerative diseases. In a first step, we will establish and optimise cell based
assays to identify new targets by RNAi screenings. Another goal of the project is the
identification of new small molecules selectively inhibiting signalling pathways.
Using bioinformatic tools, these data will be integrated with protein-protein
interactions to identify disease specific targets and new signalling pathway modules.
The identification of new targets and their connection to signalling networks are
highly important for the development of new therapeutic approaches.
RNAi Screening:
Cell-based high-throughput RNAi screens are performed in 384-well plate formats. Shown is a single readout and signal intensities refer to cell viability of cells treated with RNAi molecules targeting specific genes.
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