| Project | Status | Research | Project leaders |
|---|
| Area A |
|
Spatio-temporal control in nanoscale reaction networks |
|
| A01 |
E |
Enzyme networks by design |
Prof. Dr. H. E. Gaub, LMU, Physics |
| A02 |
C |
Sensing and control with nucleic acid hybrid nanoactuators |
Prof. Dr. Friedrich Simmel, TUM, Physics |
| A03 |
C |
Programmable pattern formation in systems of communicating subunits |
Prof. Dr. Ulrich Gerland, TUM, Physics |
| A04 |
C |
Mechanical breeding of DNA/RNA sequences |
Prof. Dr. Dieter Braun, LMU, Physics |
| A05 |
C |
Nano-agents for the manipulation of innate immunity |
Prof. Dr. Thomas Carell, LMU, Chemistry |
| A06 |
C |
DNA assemblies for structural analysis and plasmon-enhanced SERS |
Dr. Amelie Heuer-Jungemann, LMU, Physics
Prof. Dr. Tim Liedl, LMU, Physics |
| A07 |
C |
DNA scaffolds, rafts and switchable supported lipid membranes studied by x-rays |
PD Dr. Bert Nickel, LMU, Physics
Prof. Dr. Joachim Rädler, LMU, Physics |
| A08 |
C |
Spatio-temporal control of light-driven plasmonic and photoswitchable nanoagents |
PD Dr. Theobald Lohmüller, LMU, Physics |
| A09 |
C |
Spatio-temporal positioning of nanoagents by protein self-organization |
Prof. Dr. Petra Schwille, MPI of Biochemistry |
| A10 |
C |
Control of organoid structure formation by the mechanical plasticity of collagen networks |
Prof. Dr. Andreas Bausch, TUM, Physics |
| A11 |
C |
Nanoimaging of DNA nanoagents interacting with cells |
Prof. Dr. Ralf Jungmann, LMU, Physics |
| A12 |
N |
RNA aptamers as sensors for the miR200-family of micro RNAs |
Dr. Sabine Schneider, LMU, Chemistry |
| A13 |
N |
Membrane Sensors by DNA Nanotech |
Prof. Dr. Philip Tinnefeld, LMU, Chemistry |
| Area B |
|
Nanosystems controlling cellular dynamics |
|
| B01 |
C |
Surface designs for the control of cell migration |
Prof. Dr. Joachim Rädler, LMU, Physics
Prof. Dr. Claudia Veigel, LMU, Medicine |
| B02 |
C |
Formation of Pattern and Shape in Confined Cellular Systems |
Prof. Dr. Erwin Frey, LMU, Physics |
| B03 |
C |
Combining advanced fluorescence methods and nanoagents |
Prof. Dr. Don C. Lamb, LMU, Chemistry |
| B04 |
C |
Nucleic acid nanoagents utilizing the intracellular microRNA-200c machinery for switching functions in breast cancer cells |
Prof. Dr. Ernst Wagner, LMU, Pharmacy |
| B05 |
E |
Switchable mesoporous nanoconstructs for controlling cell functions in space and time |
Prof. Dr. Thomas Bein, LMU, Chemistry |
| B07 |
E |
Nanoagents in 3-dimensional biopolymer hydrogels |
Prof. Dr. Oliver Lieleg, TUM, Mechanical Engineering |
| B08 |
C |
Controlling cellular function by structured environments: Artificial angiogenesis |
Prof. Dr. Stefan Zahler, LMU, Chemistry |
| B09 |
C |
Spatio-temporal control over cell and membrane functions with light-driven nanoagents |
Dr. Oliver Thorn-Seshold, LMU, Pharmacy
preceded by:
Prof. Dr. Dirk Trauner, LMU, Chemistry |
| B10 |
E |
Spatio-temporal control of immune cell trafficking by multifunctional nanoconstructs in vivo |
Prof. Dr. Fritz Krombach, LMU, Medicine
PD Dr. Markus Rehberg, LMU, Medicine |
| B11 |
C |
Nanoagents for controlled manipulation of cell-ECM interaction |
Dr. Hanna Engelke, LMU, Chemistry |
| B12 |
C |
Physical principles of cell migration in confining and structured environments |
Prof. Dr. Chase Broedersz, LMU, Physics |
