We are seeking to understand how fishes navigate their environment using either electrical or hydrodynamical cues.
We investigate the potential of microalgae for the utilization of light energy and CO2 for the biotechnological production of valuable compounds in fundamental and applied research projects.
We study animal behaviour within the framework of the four questions of Tinbergen, both in the lab and in the field.
Our work group studies the distribution of meiobenthos and the diversity, taxonomy of nematodes as well as their feeding types.
We are mainly interested in the function and mechanism of chemical communication, the evolution of chemical cues in vertebrates and how relatedness is encoded in body odours.
The collection focusses on the mid-European fauna, but samples from other regions are available as well. In research we are interested in plant-pollinator interactions.
Our overall goal in science is to understand the mechanisms underlying the control of natural movement and action sequences.
Botany & Cell Biology - Our Department focusses on teacher training and professionalisation for different school types.
In Biology Education, we are concerned with the acquisition of scientific literacy including teaching and learning of the methods and contents of biology.
A major interest is a deep understanding of the function of the transcription factor NF-kB (nuclear factor 'kappa-light-chain-enhancer' of activated B-cells) in the nervous system, especially in neurons, glia and neural stem cells.
The major theme of our research is how single-cell organisms evolved into multicellular organisms with differentiated cells.
In our group we explore the role of natural products that are involved in the communication between individuals within one or different species and which influence ecological interactions.
Our mission is to understand the neurophysiological and computational principles underlying conscious perception and decision making.
Our group uses computer-based and lab-based methods to generate and analyze large datasets, such as transcriptomes, proteomes and metabolomes, and to construct metabolic and regulatory networks.
Our unifying theme is the study of behavioural traits important in pre- and post-copulatory sexual selection.
We study the mechanisms that control the activity of sets of genes which are together required to synthesize a specific bio-compound in plants.
We perform research in the field of molecular genetics and applied microbiology.
We do research on visually guided orientation behaviour of insects. We aim to understand the underlying computational mechanisms.
Deregulation of cellular redox-homeostasis is a fundamental principle of reduced fitness, yield loss and disease development in all organisms.
The research goal of the Plant Biotechnology group is to decipher the molecular mechanisms with which plants manage to adapt to changing environmental conditions in the context of global climate change.
Genes, transcripts, proteins and metabolites are the physical building blocks of the cell.
The functional relations between these elements form a complex network of interactions that we call life.
RNA-based regulation emerges as a critical checkpoint in eukaryotic gene expression. Our international team focusses on the role of two major types of players, RNA-binding proteins and microRNAs.
Our research is focused on theoretical ecology and evolutionary biology, in particular on modelling interactions between ecological and evolutionary processes on various temporal and spatial scales.