Institute of Organic and Pharmaceutical Chemistry

The National Hellenic Research Foundation

Research
Publications
People
Alumni
Facilities
PDB
Vacancies
Contact Us
Links


 

Structure/function relationship in recombinant human TAFs9 proteins

The central aim of this project is to achieve the structural and functional characterisation of the human proteins TAFII31 and hCIP1, that are encoded as alternatively spliced transcripts of the TAF9 genomic locus. Elucidating the biological function of these proteins is of great interest, as they may be key molecules linking the basal transcription machinery and aspects of pre-mRNA metabolism, and because of their possible involvement in neurodegenerative pathways (In collaboration with Prof. Niovi Santama, Dept. of Biological Sciences, University of Cyprus).


Funding

General Secretariat for Research and Technology (GSRT)

"Structure-function relationship of TAF9 proteins" ENTER 2001, code: 01ER 115, 2003, (2004-2006). Budget: 65.588 €.

EU-FP6

Human Resources and Mobility activity, Marie Curie European Reintegration Grant "Structure-function relationship of TAF9 proteins" MERGE-CT-2004-006358, (2004-2005). Budget: 40.000 €.

Cyprus Research Promotion Foundation

"Protein complexes of CINAP: composite molecular targets for the understanding of human disease" Thematic Research Grant YGEIA 0506/05 (2007-2009). Total budget: 152.850 €, Budget for NHRF: 16.879 €.



 
 

 

 

 

 Research Projects

Control of glycogen metabolism
Phosphoenolpyruvate carboxykinase
Glucokinase (Hexokinase IV)
Human Adenylate Kinase 6
Xylanases and feruloyl esterases
Odorant Binding Proteins
  Current Funding:

EUROSTRUCT: European consolidation and promotion of research capacity in the area of structure-based drug discovery


ENAROMaTIC: European Network for Advanced Research on Olfaction for Malaria Transmitting Insect Control


ARCADE: Advancement of Research Capability for the Development of New Functional Compounds


EURODESY: A European Early Stage Research Training Site for Design and Synthesis


DRUGDESI: DRUG DESIgn at the molecular level using approximate and exact computational methods