Life Sciences call 2019 - Multimodal Imaging
The project call “Multimodal Imaging” within the Vienna Science and Technology Fund (WWTF) Life Sciences Programme invited researchers at universities and non-university research institutions in Vienna, including those moving to Vienna, who want to conduct a cutting-edge research project (2 to 4 years) in the field of multimodal bioimaging. Proposals should address an important question in the life sciences and develop novel multimodal imaging approaches and data integration methods. Proposals should bring together researchers from complementary scientific disciplines such as biology/biomedical researchers, bioimaging specialists and computational scientists to foster interactive partnerships across Vienna. In total € 4 million were dedicated to this call. The funding range per project was € 200,000 to € 700,000.
Funding volume: € 4,089,910
Number of applications: 55 short proposals, 20 full proposals
Awarding procedure:Selection by international expert panel based on review report by peers
Jury meeting: 25th and 26th of November 2019
Formal decision by WWTF Board of Directors: 18th of December 2019
Funded projects:
LS19-001-Elucidating the mechanics of mitotic chromosome assembly by light-, electron-, and atomic force microscopy | Daniel Gerlich (IMBA), Shotaro Otsuka (MUW)
LS19-013-Water's gateway to heaven: 3D imaging and modeling of transient stomatal responses in plant leaves under dynamic environments | Guillaume Theroux-Rancourt (BOKU), Ingeborg Lang (University of Vienna), Walter Kropatsch (TU Wien)
LS19-018-Deciphering breast cancer heterogeneity and tumor microenvironment with correlative imaging | Katja Pinker-Domenig (MUW), Goran Mitulovic (MUW), Lukas Kenner (Vetmeduni Vienna)
LS19-029-Imaging of DNA folding by cohesin through time resolved single molecule light, atomic force and cryo-electron microscopy | Jan-Michael Peters (IMP), David Haselbach (IMP), Peter Hinterdorfer (JKU Linz)
LS19-035-Combined optical single molecule and atomic force microscopy to elucidate enzyme-induced collagen degradation kinetics | Orestis Andriotis (TU Wien), Gerhard J. Schütz (TU Wien), Philipp J. Thurner (TU Wien)
LS19-046-Tracking Nutrient Metabolism and Cellular Partitioning by Multimodal Molecular Imaging | Martin Krssak (MUW), Cecile Philippe (MUW), Arno Schintlmeister (Uni Vienna)