Katharina Gaus

http://dbpedia.org/resource/Katharina_Gaus an entity of type: Thing

Katharina Gaus (12 July 1972 – 3 March 2021) was a German-Australian immunologist and molecular microscopist. She was an NHMRC Senior Research Fellow and founding head of the Cellular Membrane Biology Lab, part of the Centre for Vascular Research at the University of New South Wales. Gaus used new super-resolution fluorescence microscopes to examine the plasma membrane within intact living cells, and study cell signalling at the level of single molecules to better understand how cells "make decisions". A key discovery of Gaus and her team was how T-cells decide to switch on the body's immune system to attack diseases. Her work is of importance to the development of drugs that can work with T-cells in support of the immune system. rdf:langString
rdf:langString Katharina Gaus
rdf:langString Katharina Gaus
rdf:langString Katharina Gaus
rdf:langString Sydney, New South Wales, Australia
xsd:date 2021-03-03
xsd:date 1972-07-12
xsd:integer 43468745
xsd:integer 1098279424
rdf:langString right
rdf:langString Elizabeth Blackburn Fellowship, 2013; Gottschalk Medal, 2012
xsd:date 1972-07-12
xsd:date 2021-03-03
rdf:langString Cell receptors and membrane biology, signal transduction and medical biochemistry
rdf:langString Australia
rdf:langString Professor Justin Gooding
rdf:langString Katharina Gaus - Extreme Close-up on Immunity, AboutUNSW
xsd:integer 210
xsd:integer 210
rdf:langString Katharina Gaus (12 July 1972 – 3 March 2021) was a German-Australian immunologist and molecular microscopist. She was an NHMRC Senior Research Fellow and founding head of the Cellular Membrane Biology Lab, part of the Centre for Vascular Research at the University of New South Wales. Gaus used new super-resolution fluorescence microscopes to examine the plasma membrane within intact living cells, and study cell signalling at the level of single molecules to better understand how cells "make decisions". A key discovery of Gaus and her team was how T-cells decide to switch on the body's immune system to attack diseases. Her work is of importance to the development of drugs that can work with T-cells in support of the immune system.
xsd:nonNegativeInteger 12033

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