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The Agricultural Technical Institute for Seed Potato

inov3PT's missions is to provide solutions and innovations to the players in the sector (seed potato growers and Growers Organisations, laboratories, breeders, technicians, experimenters, etc...) in order to consolidate the strenghts of the French seed potato but also to  transfer the results and develop their impact.

inov3PT also provides reference services, technical support, expertise and training, both nationally and internationally.

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inov3PT is financed by seed potato growers and, as an agricultural technical institute,  also benefits from a CasDAR grant as part of the National Agricultural and Rural Development Programme (PNDAR).

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Main thematics

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Programs

Projects

14

Projects

TaupiFAST2​

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2025-2029

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Unite and support the Search for Innovative Technical Solutions to Protect Crops Against Wireworms

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PARSADA

Logo du projet TaupiFAST2

News

Hiring

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08 January 2026

Assistant

Entomologist Engineer

Theme :

The 4-6 month fixed-term contract is part of the PARSADA COLEOFAST project

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Profile :

Two to three years of higher education in entomology, biology or agronomy​

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Hiring

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05 January 2026

Research technician or technical assistant laboratory, greenhouses, fields

Theme :

The 18-month fixed-term contract is part of the PARSADA TaupiFAST2 project

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Profile :

Two to three years of higher education in agronomy, biology, entomology or the environment​

New publication

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05 January 2026

La Pomme de Terre Française​

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SaveTuber project

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A key step towards a biocontrol solution

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FN3PT/inov3PT and the CNRS began collaborating in 2012 to identify cultivable microorganisms capable of combating Dickeya and Pectobacterium. The SaveTuber project is a key step towards developing a biocontrol solution that can be used to protect against these pathogens.

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Authors : V. Gobert, J. Cigna, M. Khelifa (inov3PT), D. Faure (I2BC, CNRS)

New publication

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05  January 2026

La Pomme de Terre Française​

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EAPR virology section

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Focus on PVY, but not only !

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PVY, Arsenophonus, stolbur, diagnosis, and pathogen detection were the focus of presentations at the EAPR virology section conference.

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Authors : L. Glais, A-C. Le Roux (inov3PT), A. Barbary (Bretagne Plants Innovation)

New publication

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24  October 2025

La Pomme de Terre Française​

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EAPR breeding and Eucarpia Potato

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Varietal selection in the era of pan-genomics

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European and global specialists in genetics and varietal selection gathered in St. Andrews, Scotland, from June 15 to 18. The potato pan-genome was at the heart of the discussions.

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Authors : C. Mabire (SIPRE), A. Barbary (Bretagne Plants Innovation), H-A. Nguyen (GROCEP), J. Simon, A. Méar, C. Prodhomme (inov3PT)

New publication

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08  September 2025

Applied and Environmental Microbiology​

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Publication

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The Ralstonia solanacearum species complex (RSSC), one of the most damaging pests worldwide includes species Ralstonia solanacearum, R. pseudosolanacearum and R. syzygii. The genetic diversity of R. solanacearum in mainland France remains poorly characterized.

The work presented in this publication provides a valuable tool for epidemiological studies of these strains.

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Authors : A. Sallen (inov3PT/ANSES), A. Leclerc (inov3PT/INRAE), S. Paillard (ANSES), C. Poncet (INRAE), P. Reignault (ANSES), ACL. Le Roux (inov3PT/INRAE), A. Cunty (ANSES)

New publication

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28  August 2025

La Pomme de Terre Française​

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TaupiFAST2

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Responding to a collective challenge

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The severe and growing economic impact of wireworms has led a number of sectors to join forces in an ambitious project, TaupiFAST2, to improve key knowledge about harmful species and how to manage them sustainably using an integrated approach, at the level of cropping systems.

Authors : B. Ngala, B. Le Roux, S. Marhadour and V. Gobert (inov3PT) and project partners

New publication

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28 August 2025

La Pomme de Terre Française

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Blackleg

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Preserving the quality of seed potato

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Blackleg disease is a major cause of plant rejection. A collaboration between the FN3PT and the CNRS's Institute for integrative biology of the cell (I2BC) is seeking to improve knowledge and molecular diagnosis of this disease. This work will lead to proposals for new practices to limit the agronomic and financial losses caused by this disease.

Author : CNRS

New publication

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28 August 2025

La Pomme de Terre Française

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COMITE NORD

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A variety of workshops

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On 2 July, almost 180 seed potato growers and field staff, came to find out about the trials set up by the Comité Nord. The workshops were varied : blackleg, fertilisation, weed control, late blight, viruses and even a demonstration of palox washing. The inov3PT team was on hand to run the 'research' centres on blackleg and brown rhizoctonia.

Authors : S. Vast and M. Libert (Comité Nord), P. Dewaegeneire (inov3PT)

Award

Photo de A. Sallen lors des JSDA 2025

21 July 2025

18 doctoral students took part, presenting their theses in 180 seconds, in English!

Antinéa Sallen, in her 3rd year of an inov3PT/ANSES CIFRE thesis, won the prize at the ANSES Scientific and Doctoral Days held on 3 and 4 June!

Winner of the JSDA 2025 prize !

Hiring

Photo d'une plante de pomme de terre ayant des symptômes de jambe noire

04 July 2025

18 month

fixed-term contract

Theme :

The contract is part of the 'Pectinolytic bacteria' programme and the PARSADA TaupiFAST2 project

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Profile :

5 year's higher education in biology​

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New publication

Première page publication Lepinay-Munier et al dans le journal ACS, juin 2025

17 June 2025

ACS Synthetic Biology

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Publication

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The Pseudomonas sp. PA14H7 strain has previously shown interesting activity against the bacteria responsible for blackleg and soft rot in potatoes.

 

Further understanding of this strain is essential to optimise its use as a biocontrol agent.

Authors : E. Munier-Lépinay (inov3PT), C. Amaro-Lauer et D. Faure (Paris-Saclay, CNRS, CEA, I2BC), A. Quéro (UMRT INRAE 1158 BioEcoAgro, UFR de Pharmacie, UPJV), D. Mathiron (PFA, UPJV), M. Khelifa (inov3PT), S. Laclef (LG2A, UR 7378, UPJV), S. Pilard (PFA, UPJV)

New publication

Première page article du projet PHYLEA dans le numéro 659 de La Pomme de Terre Française

16 June 2025

Phylea project

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Knowing the age of tubers

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Against a backdrop of climate change and the withdrawal of synthetic sprout inhibitors, defining the physiological age of tubers is becoming essential for better management of decisions on planting, storage instructions, processing and marketing. The main aim of the Phylea project is to identify a rapid tool for predicting this physiological state.

La Pomme de Terre Française

Authors : V. Gobert and M. Khelifa (inov3PT)

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