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Janos Szöllösi - Candidate for Cytometric Technology Councilor

Statement of Goals and Objectives

The first occasion when I was really enchanted by the great potentials of flow cytometry was at the ISAC meeting in Schloss Elmau in 1982. Since then I have been amazed by the continuous development in the field of flow and image cytometry. I have served on the editorial board of Cytometry since 1993, and I was appointed European Editor of Cytometry in 2002. My relevant experience as an active ISAC contributor includes: membership of various committees such as Conference Evaluation Committee (1991-1998); Scientific Advisory Board (1994-1996; 2002-); Council of Associated Societies (1995- ); Fund Raising Committee (2001-2002). Furthermore, I am the founder and current chairman of the Cell Analysis Section of the Hungarian Biophysical Society. I have organized four cytometry meetings in Eastern Europe on both clinical and basic research topics; one of these was an ISAC supported international meeting (1999: Future Trends in Quantitative Cytometry at Hortobagy-EPONA, Hungary). These activities gave me the experience, skills, and insights that I would like to bring to the ISAC council in 2004. As a European with half a decade of North American experience I hope I can enhance the international impact of ISAC, orchestrate successful meetings, and ultimately, build an even more successful and efficient society.

Several key initiatives should be undertaken to attract young scientists to ISAC, these include:

  1. To expand the membership of the society; ISAC’s recruitment activities should go beyond the traditional approaches. ISAC could benefit from embracing young talented academics and entrepreneurs from the rest of the Americas, Eastern Europe, Africa, and Asia. Organizing small, thematically focused meetings at strategically located places and times would contribute to the recruitment of new members.
  2. To improve the impact of the CYTOMETRY Journal through extending the educational and mentorship role of ISAC. My vision includes transferring skills to young scientists about data collection and interpretation in the field of flow and image cytometry in order to improve the overall quality of scientific papers submitted by junior scientists. In addition, significant efforts will be made in order to recruit good quality review papers for CYTOMETRY.
  3. To serve the current membership through quality organization of bi-annual ISAC meetings, to enhance communication among flow and image cytometry oriented members in order to broaden the profile and expand the role of ISAC;

I support the goals and objectives of this coalition.

Janos Szöllösi

Janos Szöllösi studied physical chemistry and obtained his M.Sc. in 1976. In 1980 he received his Ph.D. in Biophysics from the Faculty of Medicine (University of Debrecen). Post-doctoral fellowships followed, first in Gottingen (Germany) with Thomas Jovin (1982/83), then at the University of California in San Francisco with Mack J. Fulwyler (1985/86), Larry J. Marton, Burt G. Feuerstein (1988-90), and Fred M. Waldman (1994).
Since 1976 he has had a permanent position in the Department of Biophysics and Cell Biology, University of Debrecen, Hungary first as assistant lecturer and lately as full professor (1997). Since 1999 he has been the Chairman of the Biophysics Section of the Department of Biophysics and Cell Biology at the University of Debrecen.

His scientific interests include: studying biophysical aspects of transmembrane signaling: spatio-temporal organization of the earliest events, coupling between physical parameters and chemical signaling reactions with special interest in immunocompetent cells; investigating of topography of cell surface elements using flow and image cytometric fluorescence energy transfer; developing and improving the fluorescence resonance energy transfer technique; studying the role of membrane potential and fluidity in regulation of lateral and rotational diffusion and interactions of lymphocyte antigens and receptors. Lately he has been involved in: studying the cell surface distribution of erbB2 oncoprotein on metastatic and non-metastatic breast tumor cells; investigating the interaction of epidermal growth factor receptor (erbB1) and erbB2 proteins; revealing the involvement of lipid rafts in signal transduction processes induced through erbB protein interactions.

Janos has been published over 90 peer reviewed papers and 15 book chapters. His outstanding research activities were recognized by the Academy Award of the Hungarian Academy of Sciences, his teaching activities were acknowledged by the Pro Scientia Award of the Ministry of Education.



 

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