Qualifications
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SCIENTIFIC INTERESTS
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The
design of new metallo-drugs
that target DNA through non-covalent interactions. The study of helical
Ru complexes
with
different structural topologies, their corresponding DNA binding
affinities and anticancer activity.
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EDUCATION
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PhD
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Marie Curie
Fellowship, University of Birmingham, School of Chemistry, Birmingham,
UK Project: “Supramolecular DNA recognition” (01.2007- )
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MSc
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Nicolaus Copernicus
University, Department of Chemistry, Toruń, Poland
Master thesis: “Synthesis
and study of cobalt (III) complexes with imidazole and its
N-derivatives” (10.2001-06.2006)
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OTHER RESEARCH PROJECTS
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9-12.2006
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Magnetic Resonance Center,
CERM, University of Florence, Florence, Italy
Project:
“Expression of proteins co-involved in apoptosis”
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9-12.2005
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National and Kapodistrian
University of Athens, Department of Chemistry, Athens, Greece Socrates/Erasmus
scholarship,
Project:
“Synthesis and characterization of mono- and bi-metallic transition
metal complexes”
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MEETINGS AND CONFERENCES
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-
Supra-Nano 2008, 16-18th
December 2008, University of Birmingham, Birmingham, UK, “Supramolecular DNA binding of Ru(II) unsaturated
helicates”, Anna Łęczkowska and Michael J. Hannon (p.
P68 in the Book of Abstracts, Poster
Presentation)
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Annual
UK/EU Circular Dichroism Meeting, 4th December 2008,
Warwick University, Warwick, UK
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INTCHEM
Summer College, “Non-Covalent
Interactions in Chemistry and Biochemistry”, 21-27th
September 2008, Lesna, Poland, “Non-Covalent
DNA recognition by novel helical metallo-drugs”, Anna Łęczkowska and Michael J. Hannon (p.
19 in the Book of Abstracts, Oral Communication and Poster Presentation)
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COST D31 “Organizing
non-covalent chemical systems with selected functions”, WG
D231/0008/04 Meeting: Functional Helicates. 28th
March 2008, University of Geneva, Geneva, Switzerland. “Synthesis, DNA binding studies and biological activity
of dinuclear ruthenium (II) triple-stranded helicate”, Anna Łęczkowska, Gabriel
Pascu, Carlos Sanchez-Cano and Michael J. Hannon (Poster Presentation)
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COST D39 “Metallo-Drug Design and
Action” WG D39/0002/07 Meeting: ‘Metallo-drugs
that act through non-covalent interactions’. 15-16th
October 2007, University of Birmingham, Birmingham, UK
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PUBLICATIONS
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Ruthenium
polypyridyl complexes and their modes of interaction with DNA: Is there
a correlation between these interactions and the antitumor activity of
the compounds, E. Corral, A.C. Hotze, H. den
Dulk, A. Leczkowska, A. Rodger, M.J. Hannon and J. Reedijk, J Biol
Inorg Chem. 2009. DOI
10.1007/s00775-008-0460-x Available online Dec 16. 2008
MEMBERSHIPS
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Royal Society of Chemistry
(RSC)
Society of Chemical Industry
(SCI)
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