Jean-Pierre Bourgin Institute - Plant Sciences (IJPB)

Research unit

Description

The Institut Jean-Pierre Bourgin - Sciences du Végétal (IJPB) is one of the largest plant science research centres in Europe, bringing together a range of multidisciplinary resources and skills (biology, chemistry and applied mathematics) that is unique in France.

Research is organised around three main areas, ensuring a continuum of research from knowledge production to innovation in plant biology:
> Area 1: A better understanding of the fundamental processes involved in the functioning of plants and their interactions with the environment
> Area 2: Design tomorrow's plants for sustainable agriculture in the face of climate change
> Area 3: Developing new plant-derived products for food and non-food uses

In addition, our new unit trajectory (2026-2030) includes three flagship projects, located at the interface of several teams and drawing on our existing resources (projects and infrastructures):
> Flagship project 1: Development of new genomic techniques: from the laboratory to the field.
> Flagship project 2: Understanding how micro- and nanoscale modifications determine cellular organisation and biological functions on a macroscopic scale.
> Flagship project 3: Multiscale integration of natural or induced trait plasticity within regulatory networks.

Our activities also include the transfer and sharing of knowledge through teaching, training, mediation and partnerships.

Contacts

  • Mrs Helen NORTH

Innovation themes

Map and access

Route de Saint-Cyr
78026 VERSAILLES

Our research areas

Expertises

Genome Biology
Development
Signalling
Modelling
Physiology
Interactions with the biotic and abiotic environment
Biomass
Seeds
Bioproducts

Applications sectors

  • Biotechnology
  • Energy
  • Agri-food industry
  • Art / Culture
  • Agriculture
  • Chemistry / Plastics (Glue, Plastic, Rubber...)

Total number of employees

Total number of employees : 300
Number of researchers : 110
Number of doctoral students : 34

Equipment(s) open to collaboration

Academic and industrial :
- plant cultivation under controlled conditions and in greenhouses, quarantine and bio-security facilities S2 and S3
- automated phenotyping 4 macroscopic phenotyping robots using visible, IR and fluorescence imaging
- propagation, storage and distribution of genetic material (50,000 insertion mutants, several thousand recombinant lines)
- functional and structural study of proteins, proteomic analysis (heterologous expression, purification, 1 and 2D electrophoresis, crystallisation)
- plant imaging: visible and confocal microscopy, in situ hybridisation, laser dissection, electron microscopy, flow cytometry, sub-cellular and dynamic localisation (spinning-disk microscopy), immunolocalisation and FISH
- analytical chemistry of plant-derived compounds: analysis of primary metabolites (metabolomic profile) and secondary metabolites (flavonoids including anthocyanins, glucosinolates, carotenoids) by GC-MS and LC-MS/MS, assay and characterisation of lipids and hormones by LC-MS/MS, characterisation and assay of parietal polysaccharides by NIRS, FT-IR, GC-MS and Maldi-TOF (enzymatic fingerprinting)

Keywords

Our results

Projects examples

- 3Bcar Carnot Institute
- Plant2Pro Carnot Institute
- ANR Investissement d'Avenir BFF
- ANR Investissement d'Avenir PEAMUST
- ANR Investissement d'Avenir GENIUS

Industrial and scientific relations

Private collaborations

- collaboration with several major groups

Ecosystem

Establishments of affiliation

AgroParisTech

Département(s) de recherche

  • SDV (Life sciences)