LAB MEMBERS

CNRS permanent researcher. I develop label-free optical methods to observe biological samples in 3D, at large scale and over long times. I currently work on Optical Coherence Tomography, Quantitative Phase Microscopy and Light Field Microscopy.

CNRS permanent researcher. I am interested in mechanotransduction and self-organization processes in growing biological tissues (multicellular spheroids and organoids). Our approaches rely on microfluidics, quantitative imaging and biophysical modelling.

CNRS permanent researcher interested in monitoring and patterning morphogenesis events, using microfabrication to tailor a versatile ecosystem to grow and image bioengineered tissues.

U.Bordeaux permanent engineer. I am responsible for the cell culture laboratory of the LP2N unit and spend half of my time providing technical assistance and scientific support to the BiOf lab projects.

CNRS research engineer. I develop experiments mainly in biophysics and soft matter.

CNRS research engineer. I head the Voxcell cell encapsulation facility in TBMCore and I collaborate with the BiOf lab on R&D projects. I train and advise students on cell encapsulation and I develop part of my research activity in the BiOf lab.

I am interested in FF-OCT, FF-OCT and dynamic FF-OCT !

I am working on the development of a 3D model of breast epithelium, by modifying the extracellular matrices to reproduce as closely as possible the healthy and tumoral breast tissue.

I am interested in investigating the dynamics and mechanics of encapsulated cysts of human induced pluripotent stem cells, in collaboration with Treefrog Therapeutics. I am currently imaging the growth of encapsulated cysts using our Incubascope 2.0 and Optical Coherence Tomography.

I study the effect of the electric field on the Rayleigh-Plateau instability. My work combines high-speed imaging and modeling of physical effects in optofluidics.

I am interested in mono-disperse production of droplets at very high-throughput (> 50000 drops/s), in collaboration with Treefrog Therapeutics. My work combines high-speed imaging and modeling of physical effects in optofluidics.

I work on the implementation of optical sectioning to light field microscopy, an imaging method capable of capturing a whole volume in a single shot.