Both CropStrengthen (2015-2018) and RESIST (2019-2024) directly address mechanisms of plant survival under water stress and how these can be applied to crops.
BIOATLANTIS LIMITED
Irish agri-biotech SME specialising in plant drought tolerance and crop stress biology, with research-grade genomics and molecular priming expertise.
Their core work
Bioatlantis is an Irish agricultural biotech SME specialising in plant stress biology and crop resilience, working at the intersection of fundamental plant science and commercial agricultural applications. Their R&D activity focuses on understanding how plants survive and recover from drought and extreme water stress — knowledge they apply toward developing natural solutions for improving crop performance under environmental pressure. They participate in EU research as an industrial partner in Marie Skłodowska-Curie schemes, which means they host researchers and PhD students in their facility, acting as the commercial anchor in academic-led consortia. This positions them as a company with an active internal research function capable of translating molecular plant biology into market-relevant agricultural products.
What they specialise in
CropStrengthen focused specifically on genetic and molecular priming approaches to increase crop strength and stress tolerance.
RESIST investigated vegetative desiccation tolerance using resurrection species Xerophyta humilis and Haberlea rhodopensis as model organisms.
RESIST keywords include comparative -omics, indicating use of multi-layered genomic and transcriptomic tools to decode desiccation tolerance mechanisms.
How they've shifted over time
In their first project (CropStrengthen, 2015–2018), Bioatlantis was focused on the applied end: using genetic and molecular priming to make commercial crops stronger and more stress-resistant — a product-oriented framing. By their second project (RESIST, 2019–2024), the focus had shifted toward fundamental biology: studying how resurrection plants survive near-complete desiccation, using comparative omics to decode the underlying molecular machinery. This is a deepening toward basic science rather than a pivot away from agriculture — the underlying commercial logic is that understanding extreme stress survival at a molecular level will inform more powerful, mechanism-based biostimulant or crop improvement products in the future.
Bioatlantis is moving from applied crop improvement toward the molecular fundamentals of extreme stress survival, suggesting they are building a science base that could underpin a next generation of biostimulant or crop-protection technologies.
How they like to work
Bioatlantis has participated exclusively as a non-coordinating partner in both projects, which is typical for industrial SMEs in MSCA schemes where the academic lead manages consortium administration. Their participation in MSCA-ITN-EID (European Industrial Doctorate) is particularly telling: this scheme requires a formal industrial co-supervision commitment, meaning they take on PhD students who split their time between the company and a university partner — a serious research collaboration, not a passive one. With only 6 unique partners across 2 projects, their network is small and focused rather than broad.
Bioatlantis has worked with 6 unique partners across 5 countries, typical for the small, focused consortia characteristic of MSCA schemes. No geographic concentration is visible, but Ireland as their home base plus 4 other European countries suggests a distributed academic network rather than a regional cluster.
What sets them apart
Bioatlantis occupies an unusual position as an Irish private company in MSCA researcher-training programmes — most SMEs in these schemes are technology developers using academic partners for R&D capacity, but their involvement in doctoral training suggests genuine research depth, not just token industry participation. Their specific focus on desiccation tolerance and resurrection plant biology is highly specialised: few commercial entities globally work at this intersection of extreme plant survival mechanisms and agricultural application. For a consortium needing an industrial partner with credible in-house plant molecular biology, particularly around drought resilience, they are a rare fit.
Highlights from their portfolio
- CropStrengthenTheir highest-funded project (EUR 265,675) and an MSCA-RISE exchange scheme, indicating sustained cross-border researcher mobility and a practical crop improvement agenda with direct commercial relevance.
- RESISTAn MSCA European Industrial Doctorate — one of the most demanding MSCA formats — meaning Bioatlantis formally co-supervised PhD research on resurrection plant biology, demonstrating genuine research infrastructure and academic-grade scientific engagement.