Technologies

PAT Process Exudactive®

Rethinking vegetal extraction Read

PLANT ADVANCED TECHNOLOGIES PAT


PAT is a plant biotechnology company producing rare new actives dedicated to cosmetic, pharmaceutical and agrochemical markets.

PAT develops exclusive solutions that:

  • Offer innovative and differentiating products with high added value.
  • Extend the frontiers of plant “sourcing” so that rare compounds can be produced industrially while preserving plant biodiversity.
  • Are complete and controlled all the way from the plants to the final product.

CSR commitments rewarded with ECOVADIS 2024 Gold Award

PAT has been awarded the EcoVadis 2024 Gold Medal in recognition of the company's commitment to social responsibility and its sustainable development performance. [...]

PAT wishes you a happy & flourishing new year 2024!

All the PAT teams wish you a wonderful year 2024! May it be filled with flourishing and successful innovative projects!   To find [...]

Product launch at Cosmet’Agora Paris 2024

See you in Paris! PAT is pleased to announce that its latest active ingredient, HydraQueen Exudactive®*, will be showcased and officially launched at [...]

HydraQueen Exudactive® launch: first active ingredient in PAT’s plant-derived cosmetic range

PAT is proud to announce the official launch of its first active ingredient, HydraQueen Exudactive®*, and of the upcoming cosmetic range under its [...]

InnCoCells project video no. 3 about Commercialisation

The InnCoCells project, “Innovative high-value cosmetic products from plants and plant cells” is a Horizon 2020 project launched in 2021 aiming to develop [...]

Projets collaboratifs

BRYOFLAM

The aim of the three-year BRYOFLAM project is to discover new active molecules of plant origin to combat inflammatory diseases of the skin, central and peripheral nervous system and intestine…

Collaboration

InnCoCells

Le projet InnCoCells, a pour but de révolutionner la façon de découvrir, développer et produire des ingrédients cosmétiques validés scientifiquement.
C’est un projet de recherche collaborative d’une durée de 4 années, et qui rassemble des compétences et expertises variées …

Collaboration

BIOPROLOR 2

Le projet BioProLor 2 est un programme collaboratif de recherche dont l’objectif est la découverte de nouvelles biomolécules actives issues de plantes, le développement de produits innovants et leur mise sur le marché dans les domaines pharmaceutiques, cosmétiques et nutraceutiques. Les expertises complémentaires des partenaires du projet (5 PME et 2 laboratoires académiques) permettent d’aller de la plante au candidat médicament.

Collaboration

PATZERBAZ

Afin d’étendre sa capacité à étudier la biodiversité végétale terrestre, PAT a créé en 2015 une filiale sur l’Ile de la Réunion qui [...]
Collaboration

BIOPIPER

PAT participe au programme collaboratif BioPiper dont l’objectif est le développement de produits de biocontrôle issus d’une plante emblématique de La Réunion de la famille des pipéracées…

Collaboration

SmartCell

SmartCell is a European level program gathering 14 of the main European research institutes, 3 SME (including PAT) and 2 large industrial companies…

Collaboration

SAARLORBIOTEC

SAARLORBIOTEC is a cross-regional project gathering 5 industrial and academic partners from Sarre and Lorraine region…

Collaboration

TerpFactory

TerpFactory, launched in mars 2014, is the fisrt LabCom in plant biology that regroups the Strasbourg IBMP (Plant Molecular Biology Institut) and the PAT company.

This LabCom is a strong public-private partnership that helps accelerate both entity’s innovation and efficiency…

Collaboration

BIOPROLOR

BIOPROLOR is a Lorraine project coordinated by PAT Plant Advanced Technologies and gathering 13 academic and private partners since 2010.

With a 3-year budget of 6,3 million euros, supported by the Lorraine region, this collaborative and ambitious project…

Collaboration

Finance


Jean-Paul Fèvre

Président / CEO

The plant platforms we elaborate enables to rationalize and industrialize the discovery and production of very rare plant molecules unlike the traditional destructive techniques. It offers unmatched perspectives for the detection and exploitation of new plant molecules unreachable so far.

President’s word

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