Logo TDR
red_6_1p.gif (809 bytes)
Home
Grant Opportunities

Top Menu

> Grant Opportunities  > Workplans > STR Workplans > Pathogenesis and Applied Genomics 

STRATEGIC & DISCOVERY RESEARCH (SDR)

TDR Workplans

Workplan: Pathogenesis and Applied Genomics

SDR Workplans

Rationale
ObjectivesHow to Apply

Click here for full workplan in pdf 175Kb
Click here for workplan in full text

PDF files can be viewed, printed or downloaded using Adobe Acrobat Reader

Rationale

The Pathogenesis and Applied Genomics Committee, a component of the Steering Committee on Basic and Strategic Research (STR), promotes application of post genome activities in research on the pathogenesis of African trypanosomiasis, Chagas disease, dengue fever, lymphatic filariasis, leishmaniasis, leprosy, malaria, onchocerciasis, schistosomiasis, and tuberculosis. The Committee also supports research activities in priority areas identified for promoting rapid applications of genomics in the development of new tools for diagnosis and treatment of tropical diseases. 

TDR supported international efforts to unravel the genomes of tropical parasites through five genome networks that have provided analysis and mapping of the genome structure of the parasites causing schistosomiasis, lymphatic filariasis, leishmaniasis, Chagas disease and African trypanosomiasis. Significant genome data were accumulated through successful collaborations between scientists from developed and developing countries and emphasis was put on rapid availability of this information in the public domain databases. The Pathogenesis and Applied Genomics Committee promotes novel approaches that take advantage of recent advances in molecular biology, immunology, gene technology and genomic structure to elucidate important host-parasite/virus relationships. In addition, the Committee supports and participates in organizing training workshops in bioinformatics and applied genomics for investigators in endemic countries, with support to regional training centres in Africa, Asia and Latin America. The Committee continues to support and place emphasis on utilization of advances from functional genomics to understand the mechanisms leading to clinical disease in hosts, and those mechanisms essential for parasite/virus survival. Novel research is encouraged in the application of functional genomics and computational biology to promote studies on potential parasite/virus targets that may lead to methods for diagnosis and interventions in the disease process. The Committee also provides support for development of novel reagents for functional genomics through its Working Group on Genome to Drugs and Diagnostics (http://www.who.int/tdr/grants/workplans/). There is a strong commitment to support field-based studies and research capability strengthening within projects, with the aim of forging productive collaborations between endemic country investigators and resourceful laboratories with potential to promote application of cutting-edge technology in disease control. 

In-project training and group development activities will be supported to upgrade facilities in developing countries and help build a platform for technology transfer and linking of future field-based studies linked to cutting-edge discovery.

TDR-supported genome networks on the web:

The Filaria genome network

The Leishmania genome network

The Trypanosoma brucei genome network

The Trypanosoma cruzi genome network

The Schistosoma genome network

Disease and Research Areas Menu

Search - Site Map - Databases - Staff - Contact Us - Feedback - News
WHO Home - WHO Search  - TDR Home
(c) WHO/TDR 2004