- Presentation
- Research
- REGARN : Regulatory non-coding RNAs in root plasticity
- ChromD : Chromosome Dynamics
- SILAB : Signaling pathways regulating Legume root system Architecture through Beneficial bacteria
- Qlab : Plant Quantitative Genomics and Epigenomics
- FLOCAD : Flower and Carpel Development
- CCARS : Climate Change & Redox Signaling
- STRESS : Stress signaling
- MetaboActions : Signaling, regulation and metabolic interactions
- DPHYS : Department Physiology and signaling
- GDYNPATH: Genome Dynamics and Pathogen Resistance
- SYMUNITY: Symbiosis and Immunity
- OGE: Organellar gene expression
- GNet : Genomic Networks
- GUILLOTIN Lab
- Teaching
- Platforms
- Databases
The IPS2 gears up for single-cell omics.
The expertise in transcriptomics and epigenomics of the SPOmics and Epitrans platforms will now reach the single-cell scale thanks to the acquisition of the Chromium system from 10xGenomics. First equipment of this type at the university of Paris-Saclay, this nanodroplet-based system allows the analysis of the transcriptome and part of the epigenome of each individual cell among a population of several thousand cells. While very popular in animal biology, the single-cell technology is still in its infancy in plant biology but holds the promises to bring fundamentally new insights into plant development and responses to the environment.