Francis Stewart
TUD BIOTEC | Professor for Genomics
Epigenetic regulation and genomic engineering
RA6 will develop complementary means to engineer and modulate living systems at the scales of molecules, cells and tissues, to exert exquisitely accurate and flexible control that will empower the investigation of biophysical mechanism. How can we remote-control force generation and self-organization? How can we develop systems where cytosolic phase transitions can be externally controlled? How can we design and control patterns of self-organization in cytoskeletal systems? How can we integrate our understanding of tissue-scale self-organization, and engineer morphogenesis? Research in RA6 will provide technical and conceptual advances for RA1-3 that enable accurate interrogation of the physical principles that underlie the dynamic spatiotemporal organization of living matter.
Research Avenue 6RA1RA3
TUD BIOTEC | Professor for Genomics
Epigenetic regulation and genomic engineering
Research Avenue 3RA2RA4RA5RA6
Spatiotemporal Organization of Subcellular Structures
Chair of Spatiotemporal Organization of Subcellular Structures
Research Avenue 1RA3RA4RA5RA6
Physics of Embryonic Self-Organization and Morphogenesis
Chair of Tissue Dynamics
© MPI-CBG
Research Avenue 1RA6
Mechanobiology of Stem Cells
Research Group Leader
© Magdalena Gonciarz
Research Avenue 3RA1RA4RA6
Mechanics of active biomaterials
Heisenberg Professor for Mechanics of Active Biomaterials
© BIOTEC
Research Avenue 5RA1RA3RA4RA6
Bioenergetics of Self-Organization
Research Group Leader
Research Avenue 2RA3RA6
TUD BIOTEC | Professor for Cellular Biochemistry
Organization of cytoplasm across space and time
Research Avenue 1RA4RA5RA6
TUD CRTD | Professor for Developmental Genetics
Development and Regeneration of the Vertebrate Brain
Research Avenue 6
UCC, TUD Medical Faculty | Professor for Medical Systems Biology
Functional genomics in mammalian cells: applications to cancer biology and stem cell biology
Research Avenue 3RA6
TUD PLID, TUD Medical Faculty, HMGU | Professor for Membrane Biochemistry and Lipid Research
Membrane Biochemistry of Cell Signaling
Research Avenue 5RA1RA6
TUD | Professor for Measurement and Sensor Systems
Biomedical Computational Laser Systems (BIOLAS): Adaptive Smart Microscopy
© Center BIOLAS, TUD
Research Avenue 5RA6
TUD | Professor for Multimedia Technology
Immersive Exploration of Multiscale Biological Data
Research Avenue 1RA3RA6
TUD | Professor for Systems Biology and Genetics
Signals and mechanics in epithelial morphogenesis
Research Avenue 3RA2RA5RA6
TUD B CUBE | Professor for BioNano Tools
Molecular transport in cell biology and nanotechnology
© TUD CMCB, Magdalena Gonciarz
Research Avenue 5RA6
TUD | Professor for Computer Graphics and Visualization
Computer Graphics and Visualization
Research Avenue 1RA2RA3RA6
TUD BIOTEC | Professor for Biophysics
Membrane Organization of Cells and Tissues
Research Avenue 4RA1RA5RA6
MPI-CBG | Research Group Leader
Network Complexity and Systems Biophysics
Research Avenue 5RA1RA4RA6
TUD, CSBD | Professor for Scientific Computing for Systems Biology
The MOSAIC Group: Scientific Computing for Image-based Systems Biology
Research Avenue 3RA2RA5RA6
TUD B CUBE | Professor for Molecular Biophysics
Conformational changes in biomolecules and enzymes
© TUD CMCB, Magdalena Gonciarz
Research Avenue 6RA1RA3
TUD BIOTEC | Professor for Genomics
Epigenetic regulation and genomic engineering
Research Avenue 2RA3RA4RA6
MPI-CBG | Research Group Leader
Dynamic protocellular systems
Research Avenue 6RA1RA4RA5
MPI-CBG | Research Group Leader
Stembryogenesis
Research Avenue 1RA6
IPF | Professor for Biofunctional Polymer Materials
Biofunctional polymer materials
Research Avenue 2RA4RA5RA6
MPI-CBG | Research Group Leader
Adaptive Biosystems
Research Avenue 6RA1RA3
MPI-CBG | Director of MPI-CBG, Professor for Cell Biology
Principles of cell and tissue organization: from endocytosis to a systems understanding of liver structure and function
Research Avenue 2RA1RA3RA6
TUD B CUBE | Professor for Biomolecular Interaction
Drug design and screening: from biochemical methods to 3D model system