Cell imaging facility


The imaging facility of the Arnaud de Villeneuve campus provides the scientific community with a variety of state-of-the-art light microscopy and cytometry equipment, enabling imaging at different scales by complementary methods. The core-facility is located on the basement of the Institute of Human Genetics. The team is composed of 4 engineers taking care of user training and support in image acquisition and data analysis, carrying out regular inspections of equipment and ensuring ongoing development of the imaging facility equipment.


The light microscopy facility offers upright wide-field epifluorescence microscopes equipped with structured illumination modules (ApoTome) to improve spatial resolution. Most of those microscopes are equipped of motorized stages which allow large mosaics image acquisition as well as mark & find mode. Additional wide-field microscopes are fully configured for live-imaging in fluorescence and/or brightfield. These inverted microscopes have environmental chambers for control of temperature, humidity, CO2 and O2. For imaging of fixed or live samples at higher resolution, the core facility provides users with two laser-scanning confocal microscopes equipped with high sensitivity detectors.

The light microscopy facility covers the whole range of currently super-resolution microscopies. An OMX microscope, under the supervision of a dedicated engineer, combines various super-resolution imaging modalities: 2D- and 3D-SIM (Structured Illumination Microscopy) in multiple wavelengths (maximum of 4) which ensues in lateral and axial resolutions about 120nm and 340nm respectively (depending on the wavelengths), ring-TIRF imaging as well as localization-based super-resolution imaging methods PALM, STORM (lateral resolution up to 20nm). Finally, a STED microscope recently entered the facility. This super-resolution system allows the imaging at nanoscopic scale, with a lateral resolution of up to 30nm in 2D-STED and 75nm in 3D-STED. Three-color STED imaging is achieved by two depletion laser lines.

As regards with the cytometry facility, we offer flow cytometry analyzers and sorters. The systems have been chosen taking into account the ergonomics so users can be fully autonomous after a dedicated training. The core-facility allows users to analyze and/or sort cells (two populations or cloning through sorting in multi-well plates) of larger objects such as embryos or cell clusters.

All data generated by the any of those workstations may be further processed and analyzed on dedicated computers (deconvolution, 3D rendering, 3D processing and measurements, analysis automatization,…) using specific software packages using standard or custom made protocols (Huygens, Imaris, CellProfiler, ImageJ, FlowJo,…).


For optimization of your imaging strategy and associated experimental design, whatever your expectations in terms of resolution, as well as for your data analysis, we invite you to contact the team, from the first stages of your work (contact link opposite).

The imaging facility of the Arnaud de Villeneuve campus is part of the MRI (Montpellier Ressources Imagerie) multi-site technological facility of BioCampus (UMS3426). The facility is certified ISO 9001 and NFX50-900 and IBiSA (Infrastructure in Biology Health and Agronomy) and is member of the France-BioImaging network.

A detailed list of all these services is available on the website of the facility.

equipe mri


Marie-Pierre Blanchard
Blanchard Marie-Pierre
Julien Cau
Cau Julien
Julio Mateos langerak
Mateos langerak Julio
Amélie Sarrazin
Sarrazin Amélie


CSAP acts as a regulator of TTLL-mediated microtubule glutamylation

Bompard G, van Dijk J, Cau J, Marcellin G, Lannay Y, Lawera A, van der Laan S and Rogowski K.

2018 - Cell Reports, 25, 1-12

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Adult somatic progenitor cells and hematopoiesis in oyster

Jemaà M, Morin N, Cavelier P, Cau J, Strub JM, Delsert C.

2014 - J Exp Biol., 217, Pt 17, 3067-3077

Request for full article24948634