NAGY Ildikó

Director
HR, Business Development
BioTalentum Ltd
Hungary

Business Expert Business and Management
Biography

Dr.Ildiko Nagy, director - HR, Finance, Business Development is a Teacher of Biology and Chemistry, who obtained PhD and post-doctoral trainings in Organic / Peptide Chemistry at Loránd Eötvös University, Faculty of Sciences, Budapest, Hungary, with international fellowships in Spain and Germany. Following that her career continued in industry, in financial management. She gained Chartered Accountant and Management of Economical Informatics degrees at the College of Finance & Economy, Budapest, Hungary. Since 1999 Dr. Nagy fulfilled several multinational / European level finance / operational management positions leading up to 20-45 member teams at General Electric Plc., LLP Ltd. and HSBC. She has a Six Sigma Black Belt Certification (one of the highest international project management qualification) from General Electric and 15+ years multinational level financial, business and scientific project management experience. Since 2007 as director of BioTalentum Ltd. she is responsible for the general management of the company (including European Commission Framework projects / Human Resource management, financial controlling and business development). She participated on several international training courses on Business Leadership, HR management, Business Development, IPR management and Commercialisation of research results. Dr. Nagy holds seven Scientific (among others Pre-Doctoral & Young Investigator Award of the Biochemical Society and Royal Society of Chemistry of United Kingdom and János Bolyai Research Fellowship Award of the Hungarian Academy of Sciences), and five Business Awards (GE Management & Spot Awards and GE Stock Options).

Research Intrest

 Chemistry, Project Management, Business Strategy, Human Resources, Economics.

List of Publications
The effect of attached peptide on branched poly--amino acid conjugate - phospholipid interaction. In: Peptides 1998. Proc. 25th European Peptide Symposium (Eds. Bajusz, S., Hudecz, F.)
Interaction of branched chain polymeric polypeptides with phospholipid model membranes
Carrier design: Synthesis and conformational studies of poly[L-lysine] based branched polypeptides with hydroxyl groups
Physicochemical behaviour of polylysine-[HAV-VP3 peptide] constructs at the air water interface.
Carrier design: influence of charge on interaction of branched polymeric polypeptides with phospholipid model membranes.
Preparation of indium-115-labeled diethylenetriaminetetraacetic acid monoacetamide peptides purified by 8-hydroxyquinoline
Phospholipid - model membrane interactions with branched polypeptide conjugates of a Hepatitis A virus peptide epitope.
Conjugation of HS-oligopeptides into amino group containing polymer polypeptides with formation of disulphyde bond
Effect of phospholipids bilayers on solution conformation of branched polymeric polypeptides and peptide-polymer conjugates.
Physicochemical characterization of branched chain polymeric polypeptide carriers based on a poly-lysine backbone.

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