Peptide synthesis

FOR WHOM ?
Chemists (technicians, engineers, supervisors) wanting to undertake peptide synthesis. Biologists or analysts with some basic knowledge of organic chemistry

FOR WHOM ?

Chemists (technicians, engineers, supervisors) wanting to undertake peptide synthesis. Biologists or analysts with some basic knowledge of organic chemistry

OBJECTIVES
– Review the theory of peptide synthesis in solution and on supports
– Be able to critically select a synthetic approach from the most recent strategies and methods for the synthesis of peptides and analogues
– Be able to carry out a solid-state synthesis of a peptide
– Be able to purify and analyse a peptide

OBJECTIVES

– Review the theory of peptide synthesis in solution and on supports

– Be able to critically select a synthetic approach from the most recent strategies and methods for the synthesis of peptides and analogues

– Be able to carry out a solid-state synthesis of a peptide

– Be able to purify and analyse a peptide

DETAILS
Where : Montpellier
Laboratory: IBMM
Equipment: Synbio3 Platform
Training Coordinators: Gilles Subra, Pascal Verdié

DETAILS

Where : Montpellier

Laboratory: IBMM

Equipment: Synbio3 Platform

Training Coordinators: Gilles Subra, Pascal Verdié

Preparative HPLC for the purification of peptides

FOR WHOM ?
Engineers and technicians using phase liquid chromatography

FOR WHOM ?

Engineers and technicians using phase liquid chromatography

OBJECTIVES
– Know the critical parameters and influencing factors in the process of peptide purification by HPLC (high pressure liquid chromatography)
– Be able to optimize the purification protocol according to the defined criteria
– Be able to apply a change of scale (analytical to preparative)

OBJECTIVES

– Know the critical parameters and influencing factors in the process of peptide purification by HPLC (high pressure liquid chromatography)

– Be able to optimize the purification protocol according to the defined criteria

– Be able to apply a change of scale (analytical to preparative)

DETAILS
Where : Montpellier
Laboratory: IBMM
Training Coordinators: Pascal Verdié, Luc Brunel

DETAILS

Where : Montpellier

Laboratory: IBMM

Training Coordinators: Pascal Verdié, Luc Brunel

Nanoparticular systems: preparation and characterisation methods

FOR WHOM ?
Technicians, engineers, researchers in the pharmaceutic, cosmetic, environmental, chemical, agrifood industries

FOR WHOM ?

Technicians, engineers, researchers in the pharmaceutic, cosmetic, environmental, chemical, agrifood industries

OBJECTIVES
– Acquire the state-of-the-art in polymer and lipid nanoparticle preparation techniques by bottom-up and top-down techniques
– Be able to characterize nanoparticles in terms of size distribution (intensity, number and volume) and surface charge by DLS (dynamic light scattering) coupled with zetametry
– Know how to determine the concentration of nanoparticles by NTA (individual monitoring of nanoparticles)
– Highlight the complementarity between DLS and NTA on the characterization of synthetic or natural nanoparticles, both mono- or multi-dispersed

OBJECTIVES

– Acquire the state-of-the-art in polymer and lipid nanoparticle preparation techniques by bottom-up and top-down techniques

– Be able to characterize nanoparticles in terms of size distribution (intensity, number and volume) and surface charge by DLS (dynamic light scattering) coupled with zetametry

– Know how to determine the concentration of nanoparticles by NTA (individual monitoring of nanoparticles)

– Highlight the complementarity between DLS and NTA on the characterization of synthetic or natural nanoparticles, both mono- or multi-dispersed

DETAILS
Where : Montpellier
Laboratory: ICGM
Training Coordinators: Sylvie Bégu, Marie Morille, Philippe Legrand

DETAILS

Where : Montpellier

Laboratory: ICGM

Training Coordinators: Sylvie Bégu, Marie Morille, Philippe Legrand

Mechanochemistry for green synthetic chemistry

FOR WHOM ?

Technicians, engineers, researchers

OBJECTIVES
– Understand the fundamental principals of mechanochemistry
– Apply mechanochemistry in the context of green syntheses
– Acquire the state-of-the-art based on academic and industrial developments in the application of mechanochemistry to reactions
– Be capable of carrying out a reaction by mechanochemical methods

OBJECTIVES

– Understand the fundamental principals of mechanochemistry

– Apply mechanochemistry in the context of green syntheses

– Acquire the state-of-the-art based on academic and industrial developments in the application of mechanochemistry to reactions

– Be capable of carrying out a reaction by mechanochemical methods

DETAILS
Where : Montpellier
Laboratory: IBMM
Training Coordinators: Frédéric Lamaty, Thomas-Xavier Métro, Xavier Bantreil

DETAILS

Where : Montpellier

Laboratory: IBMM

Training Coordinators: Frédéric Lamaty, Thomas-Xavier Métro, Xavier Bantreil

Coatings by sol-gel synthesis: preparation and industrial applications

FOR WHOM ?
Technicians and engineers working in the area of coatings: research, development and production

FOR WHOM ?

Technicians and engineers working in the area of coatings: research, development and production

OBJECTIVES
– Learn about the preparation and industrial applications of coatings obtained by sol-gel methods
Master the chemical fundamentals of the sol-gel process
– Be able to prepare, on the lab scale, a coating using the sol-gel process
– Understand the correlation between the coating’s functional properties and its morphology and structural characteristics

OBJECTIVES

– Learn about the preparation and industrial applications of coatings obtained by sol-gel methods
Master the chemical fundamentals of the sol-gel process

– Be able to prepare, on the lab scale, a coating using the sol-gel process

– Understand the correlation between the coating’s functional properties and its morphology and structural characteristics

DETAILS
Where : Toulouse
Equipment: Tools for the preparation of the sol and its deposition on the substrate; optical 3D microscope; scanning electron microscope; tribometer
Laboratory : CIRIMAT
Training Coordinator : Marie Gressier

DETAILS

Where : Toulouse

Equipment: Tools for the preparation of the sol and its deposition on the substrate; optical 3D microscope; scanning electron microscope; tribometer

Laboratory : CIRIMAT

Training Coordinator : Marie Gressier