Saturday, 31. July 2010

Life sciences


Advanced genomics and its applications for health



Combating major diseases



Applications-orientated genomic approaches to medical knowledge and technologies



Combating cancer



Translating basic knowledge of functional oncogenomics into cancer diagnoses and treatment



Multidisciplinary research to explore and validate molecular targets for innovative treatment



Networking for treatment and/or prevention clinical trials (phase I and II)



Innovative research in radiation therapy



Molecular imaging for early detection of tumours and monitoring of treatment



Networking of quality controlled cancer registries and repositories



Molecular mechanisms involved in organ-specific metastatic growth processes in breast cancer



Translational research on promising predictive and prognostic markers



Development of European networks to promote research into uncommon cancers in adults and children



Relevant models for pre-clinical tests and evaluation of new therapies



Research on tumours associated with infectious agents



Prevention of cancer in high risk populations



Research into immune control of tumours for prevention and therapy



Prevention, detection and treatment of familial cancers, such as cancer of the prostate, ovary, breast, colon and skin



Molecular-oriented detection and treatment of minimal disease



Tumour-host interactions



Feasibility study for the coordination of national cancer research activities



Broadening the knowledge base on the molecular mechanisms



Modulation of apoptosis in cancer prevention and therapy



Innovative diagnostic approaches and novel therapies of childhood cancers



Innovative research on palliative care in patients with advanced stages of cancer



Exploring the patient's cancer stem cell as a novel therapeutic target



Innovative technological approaches for cancer therapy



Small-ligand libraries: improved tools for exploration and prospective anti-tumor therapy



Improving resolution of current imaging devices relevant to cancer diagnosis and therapy



Confronting the major communicable diseases linked to poverty



Specific support actions across thematic priority 1


Policy support

International co-operation

Reporting module


HERMIONE - NOVEL ANTICANCER THERAPEUTICS BASED ON MODULATION OF APOPTOSIS THROUGH DEPENDENCE RECEPTORS (Life sciences, genomics and biotechnology for health) (2006-11-01 - 2009-10-31) (»add to infobox)



ACRONYM:HERMIONE
BUDGET:3.347.990 €
FUNDING:2.364.910 €
INSTRUMENT:Specific Targeted Research Project
PROGRAMME:Life sciences, genomics and biotechnology for health
Since 1998, a new concept has emerged, based on the notion that a receptor unoccupied by its ligand is not necessarily inactive. Rather, such a receptor can mediate two different signalling pathways, depending on whether or not it is bound by its ligand. In the absence of ligand, signalling leads to an active process that results in cell death through apoptosis. The survival of a cell expressing such a receptor can therefore be seen as dependent on the presence of the ligand, hence the concept of 'dependence receptors¿ (DR). The fact that the different DRs trigger apoptosis in the absence of ligand suggests that they may all act as regulators of tumorigenesis. In addition, expression of DRs is lost or decreased in many tumours, suggesting that they act as tumour suppressors and that their loss represents a selective advantage for tumoral cells. HERMIONE proposes that unravelling the link between different DRs (DCC, UNC5H, KAI1 and RET), downstream molecules and apoptosis will lead to the identification of new potential targets for anti-cancer drugs. HERMIONE will provide a better understanding of the signalling pathways acting downstream of DRs, observe the association of mutations with the onset and progression of tumours (grade, prognosis) and generate murine models in which the apoptotic signalling of the DR is turned off to study the implication of DRs in tumorigenesis in vivo. Through this, HERMIONE will generate knowledge on DR signalling pathways involved in the apoptosis of tumoral cells (colorectal, breast, thyroid and prostate cancers) and use the general concept of DRs to select and perform pre-clinical testing of novel anti-cancer drugs. The HERMIONE consortium gathers leading academics in the fields of DR, death signalling and cancer genetics, a biotechnology SME specialised in the production of reagents, a major pharmaceutical company and a consulting firm specialised in communication and dissemination activities/ project management.'

COORDINATOR (1/1) 


Patrick MEHLEN (Contact / CENTRE LEON BERARD (FR716 - Rhône) (FR - France))

PARTICIPANTS (6/6) 


Jürg TSCHOPP (Contact / UNIVERSITE DE LAUSANNE (CH022 - Freiburg) (CH - Switzerland))

Giovanni ROMEO (Contact / ALMA MATER STUDIORUM-UNIVERSITA DI BOLOGNA (ITD55 - Bologna) (IT - Italy))

Olivier DONZE (Contact / APOTECH CORPORATION (CH011 - Vaud) (CH - Switzerland))

Stefan GRIMM (Contact / IMPERIAL COLLEGE OF SCIENCE, TECHNOLOGY AND MEDICINE (UKI11 - Inner London - West) (UK - Great Britain))

Olivier GENESTE (Contact / INSTITUT DE RECHERCHE SERVIER (FR105 - Hauts-de-Seine) (FR - France))

Hana BILAK (Contact / ALMA CONSULTING GROUP SAS (FR231 - Eure) (FR - France))

RELATED THEMATIC AREAS (1/1) 

Modulation of apoptosis in cancer prevention and therapy




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