Computational Biologist: single cell OMICS & immune-oncology
We are seeking a Computational Biologist to join C Caux’s team to work on identifying key immune surveillance pathways and immune escape mechanisms operating in tumors. The candidate will identify novel immunosurveillance pathways by performing a comprehensive comparison of tumors from patients with a paraneoplastic neurological syndrome (PNS) and conventional non-PNS tumors through computational analysis of single cell RNA-sequencing data of immune cells, tumor cells and stromal cells, antigen receptor sequencing data and of spatial data of the tumor immune contexture.
Computational Biologist: Onco-immunology
We are seeking a Computational Biologist to join C Caux’s team to work on onco-immunological projects in close collaboration with the Gilles Thomas Bioinformatics Platform (Dr Alain Viari, CLB). General objectives of the team are to identify key immune surveillance and immune escape mechanisms induced by tumors, and to better understand the respective roles of immuno-regulatory receptors (immune checkpoints) of innate and adaptive immunity in the objective to develop new drugs and combinatorial therapeutic strategies.
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Group leader position
The CRCL is looking for an outstanding scientist to establish an innovative research program in the field of basic research in pediatric oncology (may include but is not limited to developmental biology, hematology, and multidisciplinary approaches, such as physics and maths, applied to oncology) and in association with the expertise developed at the CRCL
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Postdoctoral position
The “Cell death and cancer” team, headed by Gabriel Ichim is looking for a motivated postdotoral fellow. The candidate will develop an exciting project on the non-canonical role of the apoptotic caspase-3 in melanoma aggressiveness.
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