SciTransfer
Organization

CERIENCE

French private breeding specialist in legume genetics, phenotyping, and genomic selection for protein crop improvement.

Large industrial companyfoodFRNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€33K
Unique partners
69
What they do

Their core work

CERIENCE is a French private company based in Beaufort-en-Anjou — a historically agricultural region in the Loire Valley — specializing in plant genetics and molecular breeding, with a focus on legume crops. Their work within H2020 projects centers on applying tools such as phenotyping, genotyping, and genomic selection to improve traits like protein yield, yield stability, disease resistance, and drought tolerance in forage and grain species. In the EUCLEG project, they contributed as a technical partner to a pan-European and Sino-European effort to reduce dependence on soy protein imports by developing better legume varieties. Their role in ReMIX — as a third party supporting research into intercropping species mixtures — suggests they also provide methodological or data services to large breeding consortia beyond their core legume focus.

Core expertise

What they specialise in

Legume molecular breedingprimary
2 projects

EUCLEG directly involved CERIENCE in breeding forage and grain legumes using molecular tools including genomic selection and association genetics.

Phenotyping and genotyping servicesprimary
1 project

EUCLEG keywords explicitly list phenotyping and genotyping as core technical contributions from participating organizations.

Genetic resource managementsecondary
1 project

EUCLEG keywords include genetic resources and database, indicating a role in cataloguing and managing plant genetic material.

Intercropping and species mixture systemssecondary
1 project

Participation as third party in ReMIX, which redesigned European cropping systems around multi-species mixtures.

Evolution & trajectory

How they've shifted over time

Early focus
Not enough data to determine
Recent focus
Legume breeding, genomic selection

Both H2020 projects began in 2017, so there is no genuine temporal shift to analyze — CERIENCE's entire recorded H2020 activity is essentially a single cohort. The absence of early-period keywords and the concentration of all technical terms (protein yield, genomic selection, climate change adaptation) in what the system labels the "recent" half simply reflects the keyword coverage of EUCLEG versus the unlabelled ReMIX participation. Any claim of evolution would be artificial given this data. What can be said is that CERIENCE entered EU research in 2017 already with a clearly defined technical niche — legume genetics and molecular breeding — rather than arriving as a generalist and narrowing focus over time.

With both projects from the same 2017 cohort and no newer activity visible in this dataset, it is unclear whether CERIENCE has continued expanding into EU research or used these projects as a one-time entry point into collaborative science.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European18 countries collaborated

CERIENCE has never coordinated an H2020 project — they join as a technical contributor or third-party expert, letting others lead. Despite their small funding share (EUR 32,945), both projects they joined were large RIA consortia, suggesting they bring a specific technical service rather than strategic project management. Their pattern fits a specialist firm that is selectively recruited for defined tasks within multi-partner programs.

CERIENCE has been exposed to 69 unique consortium partners across 18 countries through just two projects — breadth that reflects the large-scale, multi-national structure of EUCLEG and ReMIX rather than any active network-building by CERIENCE itself. Their direct collaboration footprint is likely narrower than these aggregate numbers suggest.

Why partner with them

What sets them apart

CERIENCE occupies a niche at the intersection of private-sector plant breeding and EU-funded research consortia — a position that is less common than either pure academic genetics labs or large seed corporations. Their Loire Valley location places them within a dense French agricultural cluster, potentially giving them access to field trial infrastructure and regional plant genetic collections. For consortium builders needing a technically grounded private-sector partner in legume breeding who is familiar with EU research workflows, CERIENCE fits a role that universities cannot fill and large agri-businesses often overlook.

Notable projects

Highlights from their portfolio

  • EUCLEG
    The project targeted a strategic EU policy goal — protein crop self-sufficiency — across a joint EU-China research effort, making it one of the more geopolitically significant food security RIAs of the 2017 H2020 call.
  • ReMIX
    CERIENCE's third-party role in a project rethinking the fundamental architecture of European cropping systems (species mixtures rather than monocultures) points to expertise that extends beyond legumes into agroecological system design.
Cross-sector capabilities
Climate adaptation in agriculture — drought and disease resistance traits have direct relevance to environmental resilience programsBioresource databases — genetic resource cataloguing skills transfer to biodiversity and environmental monitoring consortiaFeed industry and livestock nutrition — forage legume breeding connects directly to sustainable animal production value chains
Analysis note: Only 2 projects, both starting in 2017, with no coordinator experience and minimal EC funding (EUR 32,945). All technical keywords derive from a single project (EUCLEG); no website is available to verify current activities or company scope. The non-SME PRC classification suggests meaningful organizational scale, but this cannot be confirmed from H2020 data alone. Evolution analysis is not meaningful with a single-cohort participation history. Profile should be treated as indicative, not definitive.