top of page

Theme 3. Tools to monitor peptides self-assembly
and to image amyloids and beyond

Principal Investigator: Christelle Hureau

Axe 1. Ln-based complexes to detect amyloids and their formation

We investigate new imaging tools to monitor the assembly process of the Aβ peptide and of other amyloid-forming peptides and to detect amyloids and amyloids’ deposits. Two main detection modalities are used:  luminescence and MRI

Axe 2. Lanmodulin-based imaging tools

Principal Investigator: Enrico Falcone

We aim to understand the peculiar coordination properties of a recently discovered protein, Lanmodulin (LanM), which is able to tightly bind 3 Ln(III) ions. In particular, our main goal is to investigate and harness the site-selective hetero-metallation of LanM binding sites. 

Moreover, by means of chemical protein engineering, we aim at developing new-to-nature LanM scaffolds with enhanced thermodynamic and kinetic stability, as well as luminescent capacity, to enable its application as multimodal (luminescence/magnetic resonance) imaging agent.

Alzheimer, Amyloids and BioInorganic Chemistry

LOGO_CNRS_BLEU.png

Laboratoire de Chimie de Coordination, CNRS,

Université Paul Sabatier

205 Route de Narbonne, Toulouse, France

lcc.teamf@gmail.com

LCC.gif
  • X
ut3_logo.jpg
logo#15.9.png

©2021 par LCC - Toulouse - Équipe F

bottom of page