Dynamol - Research
The main objective of this ITN is to train a new generation of
researchers in the field of Dynamic Molecular Nanostructures.
The scientific work programme is divided into four
sub-programmes (SP 1 - SP 4), which will be carried out by 11 ESRs and
2 ERs in the laboratories of
the full partners. The research projects of these researchers will be
delivered as 12 work packages
(WP) as indicated in the graph below. This graph also illustrates the
synergies between the groups that
allow close interactions within the network and also represents two
global work packages that deal
with overall management (WP 13), communication/dissemination (WP 14),
and training (WP 15).
Projected collaborations are specified in the following descriptions of
the individual research projects.
| Sub-program
1 (SP1): Functional Nanoparticles |
- WP1: Template-directed Dynamic Surface
Modification of Gold Nanoparticles - U Groningen
- WP2: Template-directed Thiol Exchange on
Gold Nanoparticle Surfaces - TU Kaiserslauten
- WP3: Dynamic Ligand Exhange on
Cyclodextrin Decorated Nanoparticles - Wageningen U (previously U Twente)
| Sub-program
2 (SP2): Boron-based Nanostructures |
- WP4: Boron-based Cages and Polymers -
EPFL
- WP5: Boron-based Dendrimers - CAU Kiel
| Sub-program
3 (SP3): Dynamic Molecular Nanocages |
- WP6: Dynamic Nanocage Assembly - UCAM
- WP7: Guest Release Dynamics - UCAM
- WP8: Dynamic Foldamer Assembly - UB1
- WP9: Assembly of Synthetic Capsides -
KTH
| Sub-program
4 (SP4): Self-Assembled Molecular Materials |
- WP10: Self-Propagating Assembly of
Molecular-based Materials - Weizmann
- WP11: Localised Surface
Functionalisation within Microfluidic Channels - Micronit
- WP12: Supramolecular Chemistry and
Macromolecular Crystallography - Global Phasing
