Research units

The international and interdisciplinary scientific research environment at the Department of Biochemistry and Molecular Biology provides an excellent platform for a(...)

Research and teaching at the Department of Biology cover a wide range of topics, from basic questions on the origin of life on Earth to societal challenges such as (...)

Department of Mathematics and Computer Science. Breaking new frontiers in: Algorithms - Optimisation - Analysis - Data Science - Statistics - Computational Science (...)

We are happy to move beyond traditional disciplines and work to develop new technologies and sciences across physics, chemistry, pharmacy, mathematics, computer sci(...)

BioNEC is a joint Center of Excellence, established in as a collaboration between the universities of Southern Denmark, Copenhagen and Aarhus.

We create and support smooth, transparent and systematic matchmaking between highly requested skills and interested collaborators within and outside the university.

We are developing ground-breaking new computational methods for analysing chemical reaction networks.

Digital Humanities is an interdisciplinary research area that brings together researchers in the humanities and sciences to conduct quantitative studies on cultural(...)

We aim at making distributed systems more accessible, secure and sustainable.

Machine Learning is about creating and using algorithms along with intelligent user interfaces to make machine learning more accessible through human interaction.

We perform research in mathematics with relations to quantum theory.

We will unravel the diversity of life and the dynamics of element cycling at the greatest ocean depths, adding these unique environments to our understanding of the(...)

We are a formalised and open Danish proteomics research infrastructure including all major academic proteomics and mass spectrometry laboratories in Denmark.

We combine the potential of synthetic organic chemistry and the encoded recognition pattern of nucleic acids in novel and innovative ways.

We will tackle Quantum Field Theory dynamics by exploiting different regimes yielding controlled and precise results.

A single point of reference for eScience and research e-infrastructure at SDU.

We apply state of the art imaging techniques and analysis to obtain quantitate spatiotemporal information on a variety of specimens.

We use advanced mass spectrometry- based approaches in combination with systems biology and computational methods to study lipids, metabolites, proteins and nucleic(...)

We use advanced genomic tools to understand the transcriptional plasticity and regulatory networks involved in differentiation, metabolism and disease of mammalian (...)

We focus on understanding the basic molecular physiology of bacteria, with the goal of contributing to the cure and prevention of infectious disease.

Research within the unique interaction between chemistry, medicinal chemistry and pharmacy. The medicine and materials of the future are being developed here.

Research from the smallest quantum scales to the grand universe.

We contribute to the development of improved diagnostics and therapy by obtaining new basic knowledge and gaining insight into disease processes.

The main goal of our research is to mobilise 8 European regions and communities to accelerate the adoption of nature-based solutions (NBS).

We facilitate the collaboration across SDU's departments and faculties and conduct state-of-the-art Bioinformatics reseach.

RecaP will address the changing Phosphorus (P) needs by creating a new generation of P specialists to become ‘knowledge brokers’ across disciplinary silos.

NordSalt will assess the nature, diversity, extent and long-term changes of Nordic coastal marsh habitats.

CACTUS is a platform for research collaboration between academia, clinical pathology and companies promoting advanced tissue cell culture and materials research.

Our research deals with archaeometric investigations of samples originating from all sorts of culturally important artefacts.

ERGO aims to improve hazard assessment of endocrine disrupting chemicals for the protection of human health and the environment by breaking down the wall that curre(...)

We study liver transcriptional mechanism in a circadian and high-fat feeding setting.

Molecular profiling for integrative systems biology and systems medicine.

We use mathematical modelling approaches to identify stable microbial communities for therapeutic use.

We apply chemical approaches to understand biology at the molecular level.

We study metabolic regulation and signaling, how metabolism of nutrients is controlled and how their flux through intracellular pathways adapt to various stimuli.

We aim to bridge the gap between Spatial Transcriptomics and scRNA-seq utilizing novel and innovative algorithms based on a complex interplay of deep neural network(...)

Our ambition is to understand the importance of protein oxidation in ageing and age-related diseases.

We study the exciting properties and functions of proteins in health, disease and biotechnology by using mass spectrometry technologies and bioinformatics tools.

We study cellular plasticity in the healthy and fibrotic liver.

We study vocal communication at the interface of behavioural neuroscience, biomechanics, robotics and physiology.

Our research focuses on understanding fundamental aspects of transcriptional networks regulating stem cell development and cellular plasticity.