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DSTrain
Research Areas 2025 (Call 2)
Biosciences
Advanced subcellular imaging analyses using AI and machine learning
Big data palaeoecology and palaeogenomics
Comparative Immunology
Ecosystem monitoring through eDNA analyses
Environmental Drivers of Genomic Adaptation
Generative models for protein design and gene therapy’
Machine Learning for Marine Biodiversity Modelling
Marine Heatwaves
ONEPlankton - interconnecting methods for high-throughput phytoplankton diversity and abundance
Pelagic process ecology
The role of 3D genome structure
Uncovering the rules of gene regulation through aggregation of large data
DSTrain
>
Research Areas 2025 (Call 2)
>
Biosciences
Biosciences
Research Themes
Advanced subcellular imaging analyses using AI and machine learning
Big data palaeoecology and palaeogenomics
Comparative Immunology
Ecosystem monitoring through eDNA analyses
Environmental Drivers of Genomic Adaptation
Generative models for protein design and gene therapy
Machine Learning for Marine Biodiversity Modelling
Marine Heatwaves
ONEPlankton - interconnecting methods for high-throughput phytoplankton diversity and abundance
Pelagic process ecology
The role of 3D genome structure in gene regulation and epigenetics using computational modelling, simulation, and machine learning
Uncovering the rules of gene regulation through aggregation of large data
