2012 thomson reuters australia citation & innovation awards
2012 thomson reuters australia citation & innovation awards
2012 thomson reuters australia citation & innovation awards
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CITATION AWARDEES<br />
Research Field: Geosciences<br />
Professor Kurt Lambeck<br />
Australian National University Research School of Earth Sciences<br />
Canberra<br />
ACT 0200<br />
Professor Kurt Lambeck’s research deals with the motions and deformations of the Earth, on time scales from<br />
hours to millions of years, with the objective of understanding the forces that shape the planet, including<br />
the interactions of the oceans, atmosphere and cryosphere with the solid part of the earth. He is the leading<br />
proponent of developing and integrating geodetic methods with other geoscience disciplines of geophysics,<br />
geology and environmental science and over a career of more than three decades he has played a central role<br />
in most of the significant advances in this field.<br />
His studies have led to improved understanding of the orbital movements of earth satellites, of the dynamics<br />
of the Earth system, and to predictive models of the planet’s behaviour. These contributions have crossed<br />
diverse sub-disciplines of geoscience but they all have the common goal of understanding the dynamics of the<br />
Earth system over a broad range of time and length scales.<br />
Kurt Lambeck is the immediate past president of the Australian Academy of Science and professor emeritus at<br />
the Australian National University. Currently he holds a Blaise Pascal Chair at the Ecole Normale Superieure,<br />
Paris. He is, amongst others, a member of the Royal Society, the French Academy of Science, and the US<br />
National Academy of Science.<br />
*Mr Andrew P. Roberts, Director Research School of Earth Sciences at the Australian National University<br />
will be accepting this award on behalf of Professor Kurt Lambeck.<br />
Research Field: Immunology<br />
Professor Fabienne Mackay<br />
Monash University<br />
Department of Immunology<br />
Alfred Medical Research & Education Precinct (AMREP)<br />
Level 2, Monash University Building<br />
Commercial Road, Melbourne<br />
VIC 3004<br />
Professor Fabienne Mackay obtained her Ph D in 1994 at the Louis Pasteur University in Strasbourg under the<br />
co-supervision of Dr Werner Lesslauer (Hoffmann La Roche, Basel Switzerland) and Prof. Diane Mathis (now<br />
at the Joslin Institute Boston USA). In 1994, Fabienne joined Biogen Idec Inc. in Boston where she dissected<br />
the role of a TNF-like ligand lymphotoxin-alpha/beta in autoimmunity and cancer. This work led to many<br />
patents and the development of two new treatments currently tested in the clinic.<br />
In 2000, Fabienne joined the Garvan Institute in Sydney as a Welcome Trust senior research fellow and was<br />
awarded a NHMRC program grant. Fabienne’s lab at the Garvan discovered the role of a new molecule named<br />
BAFF as a key B cell survival factor essential for the maturation of B-lymphocytes but also playing a role in<br />
autoimmunity, and became the leading group on BAFF research. In March 2006, Fabienne was appointed<br />
to Director of the Autoimmunity Research Unit and adjunct full professor at the Faculty of medicine of the<br />
University of New South Wales. Fabienne is a consultant for several biotech and pharmaceutical groups. In<br />
2007, she joined the national director board of the Australian Society of Medical Research (ASMR). In 2008,<br />
she was the NSW representative for the NHMRC Association for Research Fellows (NARF). Fabienne is an<br />
associate editor for several scientific journals including the Journal of Interferon & Cytokine Research and the<br />
European Journal of Immunology.<br />
In March 2009, Fabienne became the 5th Chair of the Department of Immunology, Monash University, AMREP<br />
campus. In July 2009, belimumab, a therapeutic antibody neutralising BAFF has met the primary endpoints<br />
in a phase III clinical trial with lupus patients and run by GSK and Human Genome Sciences. This clinical<br />
outcome validated a decade of Fabienne’s work on BAFF and autoimmunity.<br />
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