Normally new technologies are overrated in short term but underrated in long term. The best example to proof this saying is artificial intelligence. There is hardly any health challenge that will not be cured by the application of big data, machine learning and artificial intelligence. But, whoever investigates the real word hardly finds any existing solutions going beyond the use of «simple» algorithms. Actually this is not a bad thing as crucial questions still remain without an answer - or even unquestioned – which clearly show how much underrated artificial intelligence actually is. Can we really regulate machines that learn by themselves? And, how can we prevent that the platforms that provide for us artificial intelligences will not misuse their power?
DayOne: Introduction and panel discussion with speakers and guests
DayOne Experts: Artificial Intelligence
"the holy grail to healthcare innovation?"
Dr. Tim Wintermantel
Manuel Heuer, COO
Key Note Presentation (Download)
Susan M. Gasser is the director of the Friedrich Miescher Institute for Biomedical Research, a position she assumed in 2004. In parallel, she holds a professorship at the University of Basel and runs an active research laboratory at the FMI. Prior to joining the FMI, she was a professor in the Department of Molecular Biology at the University of Geneva.
Susan studied at the University of Chicago and completed her PhD at the University of Basel (Biochemistry; G. Schatz), working on the import of mitochondrial proteins. As a postdoctoral fellow, she studied the long-range folding of the genome in flies and human cells. She identified topoisomerase II as a structural component of mitotic chromosomes, and AT-rich sequences as elements of loop organization. From 1986-2001, as a research group leader at the Swiss Institute for Experimental Cancer Research, she combined genetic approaches and fluorescence microscopy to examine the impact of nuclear organization on genome function – specifically on heritable gene repression in yeast.
Susan Gasser's studies have continued to examine how nuclear organization impinges on mechanisms of repair and replication fork stability and on epigenetic inheritance of cell fate decisions. She exploits the genetics of model organisms in her studies, as well as quantitative live fluorescence imaging. Her laboratory identified mechanisms that tether telomeres and silent chromatin at the nuclear envelope. In parallel, they identified roles for RecQ helicases, checkpoint kinases and ORC in the maintenance of genome integrity. Over the last 10 years she has examined the role of nuclear organization and heterochromatin in the development of the nematode, C. elegans. The laboratory has contributed to our understanding of signals and anchors involved in chromatin positioning, both for active and inactive genes, and for various types of DNA double strand break repair.
She has authored more than 250 primary articles and reviews, and has received a number of awards for her work, including election to the Académie de France, to the Swiss Academy of Medical Sciences, FEBS | EMBO Women in Science Award 2012, the Weizmann Institute Women in Science award 2013, the INSERM International Prize in 2011, and both the Otto Naegeli Award and the Gregor Mendel Medal in 2006. She was a member of the President’s Science and Technology Advisory Council of the European Commission, and serves on scientific review panels for institutes across Europe.
Artificial Intelligence in Life Sciences
Will Artificial Intelligence
be little more than
the latest science fiction trend
soon to fade away?