Director

Prof. Dr. Tanja Weil
Prof. Dr. Tanja Weil
Director
Email:weil@...

Curriculum Vitae

What matters to us!

November 2018

Pierpaolo Moscariello successfully defended his PhD thesis. His work on “In vitro and in vivo investigation of dendronized streptavidin and fluorescent nanodiamonds, two flexible nanosystems efficiently crossing the blood-brain barrier to improve nanotheranostics in neurological disease treatment” was awarded the highest distinction "summa cum laude". Congratulations Pierpaolo!

Pierpaolo Moscariello successfully defended his PhD thesis. His work on “In vitro and in vivo investigation of dendronized streptavidin and fluorescent nanodiamonds, two flexible nanosystems efficiently crossing the blood-brain barrier to improve nanotheranostics in neurological disease treatment” was awarded the highest distinction "summa cum laude". Congratulations Pierpaolo!
Stephan Fischer (Graduate School in Medicine, Ulm University) defended his PhD on “Characterization of the uptake mechanism of bacterial protein-toxins and their inhibition by human peptides”. He is awarded summa cum laude for his exemplary work. Congratulations Dr. Fischer!

Stephan Fischer (Graduate School in Medicine, Ulm University) defended his PhD on “Characterization of the uptake mechanism of bacterial protein-toxins and their inhibition by human peptides”. He is awarded summa cum laude for his exemplary work. Congratulations Dr. Fischer!

Our paper “DNA-Polymer Conjugates by Photo-induced RAFT Polymerization” has been accepted for publication in Biomacromolecules. Congratulations to Thorsten, David and Tanja.

October 2018

Christopher Synatschke has been elected to the Early Career Board of the ACS Biomaterials Science & Engineering. Congratulations Christopher!

The Early Career Board Announcement

News Archive

Department Weil

Synthesis of Macromolecules

The department “Synthesis of Macromolecules” develops tailored nanomaterials for biomedical and materials science applications. It also designs and synthesizes precision macromolecules and hybrid materials that can, for example, enhance the uptake of viruses into stem cells thus offering great opportunities to improve gene therapy.

Strategic projects 1

ERC Synergy Grant “BIOQ - Diamond Quantum Devices and Biology”

T. Weil Zoom Image
T. Weil

Horizon2020 “Hyperdiamond”

M. Wagner, Y. Wu and T. Weil Zoom Image
M. Wagner, Y. Wu and T. Weil

Continued on the next page

 
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