SciTransfer
Organization

CELVIA CC AS

Estonian SME specializing in endometriosis, uterine biology, and female reproductive health research with translational diagnostic ambitions.

Technology SMEhealthEESME
H2020 projects
5
As coordinator
0
Total EC funding
€778K
Unique partners
35
What they do

Their core work

Celvia CC is an Estonian private company specializing in female reproductive biology research, with deep expertise in endometriosis, uterine biology, and fertility. They contribute to EU research consortia focused on understanding molecular mechanisms of reproductive disorders, developing non-invasive diagnostic approaches, and mapping the human uterus at cellular resolution. Their work spans from basic science (stem cells, proteoglycans, microRNA) to translational applications like prenatal testing and infertility treatment strategies.

Core expertise

What they specialise in

Endometriosis researchprimary
3 projects

Central theme across MOMENDO (molecular mechanisms), TRENDO (translational research), and related work in MATER.

Female reproductive biology and fertilityprimary
4 projects

MATER (female fertility, implantation, infertility treatment), HUTER (uterine cell atlas), FREIA (reproductive toxicity), and TRENDO all address reproduction.

Uterine and endometrial cell biologysecondary
2 projects

HUTER focused on building a human uterus cell atlas; TRENDO investigates uterine proteoglycans and stem cells.

Endocrine disruptor screening and toxicologysecondary
1 project

FREIA project developed human evidence-based screening for female reproductive toxicity of endocrine disrupting chemicals.

Non-invasive prenatal testing (NIPT)emerging
1 project

MATER project included NIPT and non-invasive prenatal testing among its research themes.

Evolution & trajectory

How they've shifted over time

Early focus
Endometriosis molecular mechanisms
Recent focus
Translational reproductive diagnostics

Celvia CC entered H2020 in 2016 with a focus on the molecular mechanisms of endometriosis (MOMENDO), then broadened significantly from 2019 onward into reproductive toxicology, endocrine disruptors, and biomarker screening (FREIA). Their most recent projects (2020–2021) show a shift toward translational applications — building a human uterus cell atlas (HUTER) and pursuing clinical translation of endometriosis research (TRENDO), suggesting a move from basic molecular research toward diagnostics and clinical tools.

Moving from basic reproductive biology toward translational tools — cell atlases, biomarkers, and non-invasive diagnostics — making them increasingly relevant for clinical and diagnostic industry partners.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European16 countries collaborated

Celvia CC operates exclusively as a participant or third-party partner, never coordinating projects themselves. With 35 unique consortium partners across 16 countries from just 5 projects, they consistently join large, internationally diverse research networks. This pattern suggests they are valued as a specialist contributor brought in for specific reproductive biology expertise rather than acting as a project driver.

Broadly connected across Europe with 35 unique partners in 16 countries from 5 projects, indicating they are embedded in major reproductive medicine research networks rather than working with a narrow circle of repeat collaborators.

Why partner with them

What sets them apart

As a private SME in Estonia focused entirely on female reproductive biology, Celvia CC occupies a rare niche — most organizations in this space are university departments or hospital labs, not commercial entities. Their combination of endometriosis expertise, uterine cell biology, and involvement in both MSCA training networks and RIA research actions makes them a versatile partner who bridges academic research and commercial application. For consortium builders, they offer specialist reproductive biology know-how from an underrepresented EU-13 country, which can strengthen geographic balance in proposals.

Notable projects

Highlights from their portfolio

  • FREIA
    Largest single grant (EUR 311,375) — a major research action on endocrine disruptor screening with direct regulatory relevance.
  • HUTER
    Human Uterus Cell Atlas project (EUR 298,750) represents frontier single-cell biology applied to a largely unmapped organ.
  • TRENDO
    Most recent project focusing on translational endometriosis research, signaling the company's shift toward clinical applications.
Cross-sector capabilities
Toxicology and chemical safety screeningBiomarker development and diagnosticsCell biology and single-cell atlas technologiesTraining and capacity building in reproductive sciences
Analysis note: Five projects provide a clear thematic picture in reproductive biology, but the company has no coordinator roles and limited public profile (website domain suggests a rebrand or shared entity). Confidence is moderate: the expertise focus is unambiguous, but the commercial dimension of the company — what products or services they offer beyond research participation — cannot be determined from H2020 data alone.