Big C has funded numerous projects over the years that have allowed significant strides in the diagnosis, prevention and treatment of cancer.
Below are some of the most recent projects the Big C has funded at the University of East Anglia and the Institute of Food Research.
| 2007 Projects | |
|---|---|
| Genetic conflits and the development of cancer | £43,314 |
| Hepson as a prostate cancer biomarker | £48,983 |
| Purchase of TaqMan Real Time machine | £36,000 |
| Using chemical genetics to understand cell migration | £52,323 |
| Physico chemical studies of IDO, a potential target for anti cancer therapeutics | £40,356 |
| Maspin in prostate cancer the regulation and mechanism of action of this non-inhibitory serpin (1year) | £48,787 |
| Identifying substrates for the cancer associated enzyme MMP-28 (1 year) | £51,298 |
| Regulation of MMP-28 - a gene associated with metastasis in head and neck cancers (1 year) | £51,017 |
| Anti cancer effects of 5' AMP-kinase in Barrett's oesophagus and oesophageal adenocarcinoma (1year) | £35,346 |
| Previous Projects | |
|---|---|
| Non-homologous End-joining of DNA in bacteria | £38,993 |
| Role of transmembrane serine proteases in the regulation of HGF/scatter factor activity in prostate cancer | £38,808 |
| New Perspectives in Cancer Diagnosis, Treatment and Prevention | £4,500 |
| Provision of a multi-user LAS3000 image analyser | £23,000 |
| The identity of specific histone deacetylases impacting on Timp-1gene expression | £34,617 |
| What stops human cancer cells from moving? Exploring the role of the tumour suppressor gene, vhl. | £30,000 |
| The role of the Adenomatous Polyposis Coli protein in the generation and maintenance of apicp-basal microtube arrays in polarised epithelial cells | £38,046 |
| How do inappropriate Wnt/?-catenin signals initiate colorectal cancer? | £34,993 |
Research is a continuing process that needs continuing support. If you would like to discuss our research further or would like to donate to our research programme please contact us