HFSP support for biophysicists
Monday 17 July 2017, Fintry Room
The physical sciences have had a significant influence on the knowledge originating from the broad field of life sciences. For example, major breakthroughs in developmental biology were achieved by advanced optical tools that allow high resolution live imaging in combination with new sophisticated chemical probes for labelling molecules of interest with unprecedented precision. In addition to breakthroughs resulting from tool development there is still a need for the life sciences to formulate new concepts for understanding natural phenomena at higher organizational scales.
Research at the interface of physics and biology provided a most fruitful environment for generating new concepts and for a deeper knowledge of fundamental processes in the life sciences. Collaborative yet interdisciplinary efforts involving biologists and physicists over the last decade have unraveled new ways of understanding, for example, morphogenesis during development, signal processing in protein and genetic networks, and roles of fluctuations for determining the fates of cells and tissues. Mixed teams of biologists and physicists are now more frequently collaborating and are sharing experimental approaches and theoretical ideas.
In this symposium HFSP funded researchers will present examples of such interdisciplinary projects. The selected talks will highlight different aspects of frontier research in the life sciences with particular emphasis on collaborations with scientists from physics. The symposium will also include a talk about preparing a proposal for HFSP grant competitions.
Chair (tbc): Prof. Helmut Grubmüller, MPI for Biophysical Chemistry, Göttingen, Germany
Biophysics and the 3Rs - Special Self-organized Session
Chairs: Cris dos Remedios, Sydney, Australia
Speaker 1: Valerie Spiers, Leeds, UK - Using the Breast Cancer Now Tissue Bank to Generate New Biomaterials to Accelerate Breast Cancer Research and Address the 3Rs
Speaker 2: Cris dos Remedios, Sydney, Australia - The Sydney Heart Bank reduces reliance on animal models and also shows how a mouse model of hypertrophic cardiomyopathy differs from human HCM.
Speaker 3: Christian Tiede, Leeds, UK - Affimers, the next generation of molecular recognition reagents
Speaker 4: Michelle Peckham, Leeds, UK - Super-resolution microscopy of actin affimers (synthetic replacements for animal-derived actin antibodies).
10 March 2017
24 March 2017
24 March 2017