| Institute |
Grant Holder |
Description |
| Addenbrookes Hospital and Ipswich Hospital NHS Trust |
Dr Charlotte Coles |
Development of complex radiotherapy techniques in breast cancer |
| Barts and the London Hospital |
Professor Louise Jones |
The role of 6 integrin expression on myoepithelial cell function in DCIS |
| Bradford University |
Dr Jason Gill |
Involvement of the PPARs in the development and treatment of breast cancer |
| Brunel University |
Professor Janet Arrand |
The role of DNA repair genes in radiosensitivity and breast cancer predisposition |
| Christie Hospital |
Dr Michelle Harvie |
The effect of intermittent vs. chronic energy restriction on breast cancer risk biomarkers |
| Clare Hall Laboratories (Cancer Research UK), South Mimms |
Dr Stephen West |
Identification of novel recombination/repair factors and their role in tumour avoidance |
| Clare Hall Laboratories (Cancer Research UK), South Mimms |
Dr Simon Boulton |
Genetic and biochemical characterization of BRAC1/BARD1 orthologues in C.elegans |
| Clare Hall Laboratories (Cancer Research UK), South Mimms |
Dr Stephen West |
Cellular and biochemical functions of BRCA2 |
| Department of Pathology, Royal Victoria Infirmary |
Professor Bruce Westley |
Mechanism of oestrogen regulated proliferation of breast cancer cells |
| Guy's Hospital, London |
Professor Joyce Taylor-Papadimitriou |
Epigenetic regulation of expression of BRCA1 and checkpoint genes by PLU- 1/JARID1B |
| Guy's Hospital, London |
Professor Joyce Taylor-Papadimitriou |
Sialyl Tn and the immune response in breast cancer patients |
| Imperial College |
Professor Mustafa Djamgoz |
A novel mechanism in the action of oestrogen in breast cancer: Regulation of functional voltage-gated Na+ channel (nNav1.5) expression |
| Imperial College |
Dr David Mann |
The Linda Jacobs Breast Cancer Campaign PhD studentship Cyclin D1 and the DNA damage response |
| Imperial College |
Dr Ximena Montano |
The role of SHP-1 in the activation of the nerve growth factor receptor, trkA, by p53 in breast cancer |
| Institue of Child Health, University College London |
Dr Vishwanie Budhram-Mahadeo |
Brn-3b transcription factor in breast tumourigenesis-mechanism of regulating cellular growth |
| Institute of Cancer Research, London |
Dr Ros Eeles |
Expression profiling of normal cells from BRCA1/2 mutation carriers after DNA damage |
| Institute of Cancer Research, London |
Professor Nazneen Rahman |
Identification of breast cancer susceptibility genes by mutational screening of candidate genes from DNA Repair pathways |
| John Radcliffe Hospital, Oxford |
Dr Alison Banham |
Investigations of FOXP1 as a novel oestrogen receptor co-regulator in breast cancer |
| Keele University |
Professor Gwyn Williams |
Production of breast cancer lines for functional expression cloning of apoptosis genes |
| King's College, London |
Dr John Maher |
Use of MUC1-specific M-CSF-responsive T-Cells for breast cancer |
| King's College, London |
Professor Livio Mallucci |
A new approach to breast cancer control: use of beta-GBP, a novel cytokine |
| King's College, London/Guy's Hospital |
Professor Tony Ng |
Chemokines and breast cancer |
| London Research Institute |
Dr Erik Sahai |
Role of Fos and Jun family proteins in tumour cell motility in vivo |
| Ninewells Hospital and Medical School, Dundee |
Dr Thomas Friedberg |
Cancer risk and therapy outcome: A mechanistic link to CYP1B1 polymorphism. |
| Northwick Park - St Mark's NHS Trust |
Professor Stella Knight |
Potentiation of immunity of breast carcinomas for tumour therapy |
| Paterson Institute for Cancer Research, University of Manchester |
Dr Robert Clarke |
Investigation of the properties of isolated human stem cells |
| Paterson Institute for Cancer Research, University of Manchester |
Dr Robert Clarke |
The role of cyclin-dependent kinase inhibitors in human breast cell differentiation |
| Princess Anne Hospital, Southampton |
Dr Diana Eccles |
The development of Melt-MADGE mutation scanning for the BRCA1 gene |
| Queen's University, Belfast |
Dr David Waugh |
Cathepsin K and MMP-9 in CD44-promoted breast cancer metastasis |
| Queen's University, Belfast |
Dr Paul D Harkin |
Define the mechanistic basis of BRCA1 induced mitotic arrest in response to paclitaxel |
| Royal College of Surgeons of England |
Mr Jonathon Fountain |
Breast Cancer Campaign Tutor |
| Royal College of Surgeons of England |
Mr Dick Rainsbury |
The Breast Cancer Campaign Tutor at the Royal College of Surgeons |
| Royal College of Surgeons of England |
Mr Dick Rainsbury |
Course on the management of breast disease |
| Royal College of Surgeons of England |
Mr Dick Rainsbury |
BASO Breast Speciality Group Symptomatic Guildelines 1998 |
| Royal Free and University College of London Medical School |
Dr Kerry Chester |
Production and Characterisation of a Recombinant anti-HER2 diabody for Breast Cancer Imaging |
| Royal Holloway, University of London |
Dr Mark Crompton |
The role of the Brk tyrosine kinase in breast cancer progression |
| Royal Marsden & Institute of Cancer Research, London |
Professor Mitch Dowsett |
Cell filtration-laser scanning cytometry for characterisation of circulating breast cancer cells |
| Royal Marsden & Institute of Cancer Research, London |
Dr Stephen Johnston |
The role of ER/AP-1 activation in endocrine resistant human breast cancer |
| Royal Marsden & Institute of Cancer Research, London |
Dr Ros Eeles |
Study in the Clinical Management of BRCA1 and BRCA2 gene carriers |
| South Manchester University Hospital |
Professor Nigel Bundred |
The role of notch in the development and progression of ductal carcinoma in situ (DCIS) |
| South Manchester University Hospital |
Dr Paul D Harkin |
Characterisation of BRCA1 mediated cell death in response to antimicrotubule agents |
| St George's Hospital Medical School, London |
Dr Kay Colston |
Molecular and functional relationship between vitamin D receptor polymorphisms and breast cancer risk |
| St Thomas' Hospital |
Dr Kairbaan Hodivala Dilke |
Investigating the role of a 3-integrin in angiogenesis |
| St Thomas' Hospital |
Professor Ian Hart |
E-cadherin regulation in breast cancer: role of methylation status |
| St Thomas' Hospital |
Professor Ian Hart |
Molecular cloning and expression of the human hyaluronan receptor (RHAMM) in breast cancer cells |
| St Thomas' Hospital |
Professor Ian Hart |
Cell adhesionin lobular carcinoma of the breast |
| St Thomas' Hospital |
Dr Richard Camplejohn |
Response to chemotherapy in breast cancer: the role of p53 and apoptosis |
| St Thomas's Hospital, London & Aston University, Birmingham |
Dr Beth Grunfeld |
Factors influencing delay behaviour in breast cancer |
| Univerity of Glasgow |
Dr Grant Gallagher |
The role of interleukin 10 in breast cancer |
| University College London |
Dr Magali Williamson |
The role of Plexin B1 mutations in breast cancer progression |
| University of Aberdeen |
Dr Andrew Schofield |
Characterisation of genetic events involved in resistance to chemotherapy in breast cancer |
| University of Birmingham |
Dr Fedor Berditchevski |
The role of the tumor specific antigen L6 in migration and invasion of breast cancer |
| University of Birmingham |
Dr Roger Grand |
A possible role for C teminal binding protein in the generation of breast tumors |
| University of Birmingham Institute for Cancer Studies |
Dr Fedor Berditchevski |
The role of the metastasis-suppressor tetraspanin CD82/KAI-1 in regulation of signalling in breast cancer cells. |
| University of Birmingham Institute for Cancer Studies |
Dr Fedor Berditchevski |
The role of the tetraspanin KA1-1/CD82 in signalling induced by ErbB receptors |
| University of Birmingham Medical School |
Dr Farida Latif |
Role of ROBO1 (DUTT1) a candidate tumour suppressor gene at 3p12 and its ligands the SLIT genes in breast cancer development |
| University of Birmingham Medical School |
Dr Farida Latif |
Characterisation and functional analysis of candidate breast tumour suppressor genes from the human chromosomal region 3p21.3 |
| University of Birmingham Medical School |
Professor Lawrence Young |
CD40 as a novel therapeutic target for breast cancer |
| University of Birmingham Medical School |
Dr Farida Latif |
Isolation, characterisation and functional analysis of tumour suppressor genes involved in breast cancer located on the short arm of human chromosome three (3p) |
| University of Bristol |
Dr Claire Perks |
Does IGFBP-2 promote breast cancer cell growth by acting as a novel regulator of PTEN? |
| University of Bristol |
Professor George Davey-Smith |
Early life influences on breast density and breast cancer risk |
| University of Cambridge |
Dr Paul Edwards |
Mapping the breast cancer genome |
| University of Cambridge |
Professor Jim Metcalfe |
TGF /ALK1 signalling effects on breast tumour metastasis |
| University of Cambridge |
Professor Jim Metcalfe |
Transforming growth factor-B signalling in breast cancer. |
| University of Cambridge |
Dr Paul Edwards |
Chromosome translocations that target NRG1/heregulin in breast cancers |
| University of Cambridge |
Dr Grace Callagy |
Molecular pathology of sporadic breast cancer |
| University of Cardiff |
Professor Trevor Dale |
Investigating h-Prune activation of Wnt signalling in breast cancer |
| University of Cardiff |
Dr Kathryn Taylor |
The role of zinc transporter HKE4 in breast cancer |
| University of Cardiff |
Dr Julia Gee |
Investigation of GFR 1 in experimental and clinical breast cancer |
| University of Cardiff |
Professor Trevor Dale |
Wnt signalling and lobular development in the mammary gland |
| University of Cardiff |
Dr Julia Gee |
Identification of genes associated with endocrine resistance in breast cancer |
| University of Dundee |
Dr Ana M Schor |
Endogenous control of angiogenesis by endothelial cells. Identification of MSF inhibitor |
| University of Dundee |
Dr Ana M Schor |
Evaluation of MSF expression for breast cancer diagnosis and prognosis |
| University of Dundee |
Seth Schor |
Initial assessment of MSF expression in breast cancer: association with angiogenesis markers |
| University of East Anglia |
Professor Dylan Edwards |
The roles of ADAMTS metalloproteinases in breast cancer |
| University of East Anglia/Fakenham Medical Practice, Norwich |
Dr Carly Hughes |
Breast Cancer Follow-up: A focus group study |
| University of Edinburgh |
Dr Dana Faratian |
Using systems biology as a novel tool for predicting cellular responses to Herceptin and tamoxifen |
| University of Edinburgh |
Professor Bill Miller |
Socio-economic status and the natural history of breast cancer |
| University of Essex |
Dr Elena Klenova |
Effects of chemotherapy on BORIS expression in leukocytes of breast cancer patients |
| University of Essex |
Dr Elena Klenova |
Role of poly(ADP-ribosyl)ation of CTCF in breast tumourigenesis |
| University of Essex |
Dr Elena Klenova |
The role of a transcription factor, CTCF, in breast tumorigenesis |
| University of Glasgow |
Professor Iain Morgan |
Identification of TopBP1 target genes in normal and DNA damaged breast cancer cells |
| University of Kent |
Professor William Gullick |
Why do c-erbB-2/HER2 positive breast cancer patients fail to respond to Herceptin? |
| University of Leeds |
Dr Elizabeth Valleley |
Characterisation of the tumour suppressor gene ZAC in breast tissue |
| University of Leeds |
Dr Valerie Spiers |
Mechanisms of loss of oestrogen receptor in breast cancer |
| University of Leicester |
Professor Louise Jones |
Functional and clinical significance of altered tenascin expression in the breast |
| University of Leicester |
Dr Roger James |
Identification of MHC class II-restricted tumour antigens associated with breast cancer |
| University of Liverpool |
Dr Roger Barraclough |
The identification of functional domains in the metastasis-inducing, calcium-binding protein, p9Ka |
| University of Manchester |
Dr Michelle Webb |
Development of a functional assay for BRCA1 missense mutations |
| University of Manchester |
Dr Keith Brennan |
Role of Notch signalling in acquired apoptosis resistance in mammary epithelial cells |
| University of Manchester |
Professor Charles Streuli |
Inhibitor of apoptosis proteins in breast cancer |
| University of Manchester |
Dr Keith Brennan |
A role for Notch signalling in human breast cancer? |
| University of Manchester |
Dr Neil Anderson |
Primary culture of ductal carcinoma in situ to investigate the factors regulating epithelial cell proliferation and apoptosis |
| University of Manchester |
Dr Keith Brennan |
A role for Notch signalling in human breast cancer |
| University of Manchester |
Dr Michelle Webb |
Elucidating the domain structure and characterising the molecular interactions of BRCA2 |
| University of Manchester |
Dr Neil Anderson |
The role of protein kinase B in breast cancer |
| University of Manchester |
Dr Stephen Taylor |
Why are some breast cancers resistant to taxol? |
| University of Manchester |
Dr Anthony Threlfall |
Survey Report on Breast Cancer Awareness Month, 1999 |
| University of Newcastle |
Dr Barbara Durkacz |
Fighting breast cancer by inhibition of NF-kB |
| University of Newcastle |
Dr Michael Tilby |
Specific senstitization of breast cancer to treatment using novel DNA repair inhibitors |
| University of Newcastle |
Dr Nicola Curtin |
Investigation of the therapeutic potential of novel CDK inhibitors in breast cancer |
| University of Newcastle |
Dr Barbara Durkacz |
Determination of mechanisms driving breast cancer-specific poly (ADP-Ribose) polymerase |
| University of Newcastle |
Professor Bruce Westley |
Expression of the insulin receptor substrate family of proteins in breast cancer |
| University of Oxford |
Dr Nicholas D Lakin |
Regulation of BRCA2 in response to DNA damage |
| University of Reading |
Dr Philippa Darbre |
Identification of novel genes in endocrine resistance of breast cancer |
| University of Reading |
Dr Philippa Darbre |
Identification of novel genes in endocrine resistance of breast cancer |
| University of Sheffield |
Dr Ingunn Holen |
Effects of combined drug treatment in breast cancer angiogenesis |
| University of Sheffield |
Professor Carl GW Smythe |
Molecular mechanism of Chk1 checkpoint deficiency in BRCA1-deficient breast cancer cells. |
| University of Sheffield |
Dr Ingunn Holen |
Advantages of combined treatment with zoledronic acid and cytotoxic drugs in breast cancer |
| University of Sheffield |
Dr Nicola Brown |
Role of macrophages in breast tumour angiogenesis |
| University of Sheffield Medical School |
Dr Angela Cox |
The genetic epidemiology of DNA recombination repair genes in breast cancer |
| University of Southampton |
Professor Graham Packham (left) with researcher, Adam Sharp |
Regulation of ?-catenin expression by acetylation in breast cancer cells |
| University of Southampton |
Dr Jeremy Blaydes |
Regulation of p53-dependent and -independent breast cancer cell apoptosis by CtBPs. |
| University of Southampton |
Professor Jessica Corner |
A study of the experience of living with metastatic breast cancer |
| University of Southampton |
Professor Graham Packham (left) with researcher, Adam Sharp |
Small molecule inhibitors of the BAG-1: HSC/HSP70 interaction |
| University of St Andrews, Fife |
Dr Peter E Bryant |
The role of topoisomerase II expression in breast cancer susceptibility |
| University of St Andrews, Fife |
Professor Richard Iggo |
Role of NRCAM in breast cancer |
| University of St Andrews, Fife |
Professor Michael Steel |
Characterisation of Scottish founder mutations in BRCA1 and BRCA 1 |
| University of Wales College of Medicine, Cardiff |
Dr Jonathon Gray |
Attitudes of men with breast cancer in the United Kingdom |
| University of Wales, Cardiff |
Professor Wen Jiang |
Development of NK4, a HGF antagonist, in the treatment of breast cancer |
| University of Wales, Cardiff |
Professor Wen Jiang |
NK4, a new HGF/SF antagonist, as a novel anti-metastasis tool in breast cancer |
| Western General Hospital, Edinburgh |
Dr Theodore Hupp |
The Breast Cancer Campaign Garfield Weston Foundation PhD Studentship: The role of AG-2 as a novel inhibitor of the p53 response to DNA damage |