The Research Group at CNRS - LCC, Toulouse (France)


The Toulouse team participating in the AQUACHEM project is constituted by two independent components of the Laboratoire de Chimie de Coordination (LCC), a Research Laboratory that belongs to the French National Research Centre (CNRS).  It is the flagship institution in France for coordination chemistry.  See http://www.lcc-toulouse.fr/ for more details. The two components are constituted by the following permanent members:

Team " Hétérochimie moléculaire et supramoléculaire":


The group is completed by a number of non permanent members (ca. 10 at the moment between post-docs, graduate and undergraduate students, and short-term international visitors).

Besides the project which is financed by this MCRTN, the group is involved in the following additional research areas, funded by several public (regional, national and European) and industrial sources:

·    Synthesis, structure, and reactivity of dendrimers and hyperbranched derivatives
·    Properties of dendrimers in materials science (modification of surfaces of materials, creation of new materials)
·    Biological properties of dendrimers (gene transfection, anti-prion agents, etc.)
·    Nanosciences (DNA Chips)
·    Phosphorus chemistry
·    Organometallic and coordination chemistry
·    Macrocycles

This group has established numerous international collaborations (Germany, Poland, Spain, Italy, Russia, United Kingdom, and United States).  Financial support of these projects is provided by Rhodia PPD, the European Commission (COST and INTAS), CNRS-DFG, and CNRS-Polish Academy of Sciences.  The co-direction of Ph.D. theses has been established with Polish and German partners.

Team "Ligands Chiraux, Complexes et Catalyse" (L3C):


The group is completed by a number of non permanent members (ca. 10 at the moment between post-docs, graduate and undergraduate students, and short-term international visitors).

Besides the project which is financed by this MCRTN, the group is involved in the following additional research areas, funded by several public (regional, national and European) and industrial sources:

·    Fundamental aspects of open-shell organometallic compounds involved in spin crossover reactions;
·    Paramagnetic transition metal hydrides;
·    Chiral multifunctional ligands, their coordination chemistry and applications in homogeneous catalysis;
·    Intermolecular hydroamination catalysis;
·    Atom transfer radical polymerization;
·    Models for industrial Ziegler-Natta bimetallic catalysts.

It enjoys numerous international collaborations (Israel, Italy, Mexico, Poland, Russia, Spain, Switzerland, Turkey, United Kingdom, United States).  Financial support of these projects is provided by the European Commission (COST and INTAS), NATO, MIUR and  CNR.  The co-direction of a Ph.D. thesis has been established with a Russian partner.