FAPESP Genomics has qualified researchers and created the necessary infrastructure for the sequencing and analysis of human genetic material as well as of organisms for scientific interest and relevance in public health, in the following projects: The Sugar Cane EST Project (SUCEST), Functional Genome, Bovine Functional Genome, The Human Cancer Genome Project, The Schistosoma Project, The Xanthomonas Project, The Xylella Project and Agronomical and Environmental Genomes - AEG. These projects were developed under the responsibility of a Principal Investigator, associated with higher education or research institutions in the State of São Paulo. The selection was through a peer-reviewing system.
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Genomics (Program available from 1997 to 2008)
- Generation Project Grants
- Research Program on eScience and Data Science
- Bioenergy Research (BIOEN)
- Program in Quantum Technologies (QuTIa)
- Global Climate Change
- Biodiversity Research (BIOTA)
- Information Technology and the Development of Advanced Internet (TIDIA) (Program available from 2001 to 2012)
- Integrated System for Hydrometeorology in the State of São Paulo (SIHESP)
- Inter-institutional Cooperation to Support Brain Research (CINAPCE)
- Structural Biology Network on Advanced Topics in Life Sciences (Smolbnet)
- Genomics
- Viral Genetic Diversity Network (VGDN) (Program available from 2000 to 2005)
Research grants
- FAPESP - Aedes aegypti cDNA project in partnership with Institut Pasteur - AMSUD network, AP.GEN
Abstract
We propose that Pasteur Institute and Brazilian teams join their efforts to participate in the International Aedes Genome Sequencing Project initiated by D Severson. The following strategy is proposed: Construction of cDNA libraries with an emphasis on enriching for full-length clones. We will focus on 1) genes expressed specifically in the midgut of female adult mosquitoes and that would…
- Gene expression profiles and single nucleotide polymorphisms of selected genes associated with metastatic behavior and chemotherapy resistance in osteosarcoma, AP.GEN
- Determination of gene expression patterns to differentiate colorectal cancer tissue and non-tumorous colonic mucosa, AP.GEN
Abstract
The main objective of this project is to compare gene expression profiling of colorectal cancer cells with those of adjacent nonturnorous mucosa utilizing microarray method. Specifically we want: 1. To detect differences between neoplastic cells, adenomatous polyps and adjacent nontumorous cells regarding gene expression profiles (mutational or expression levels status); 2. To correlate c…
(Only some records are available in English at this moment)
Total / Available in English
| 262 / 108 | Completed research grants |
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