Research

We investigate interactions between plants and symbiotic or pathogenic microorganisms and elucidate the molecular processes that lead to the cellular reprogramming and redifferentiation associated with mutual compatibility or defence. Likewise, we explore natural diversity and ecological approaches to identify allelic variation governing agriculturally important traits, like efficiency of nitrogen fixation, nutrient uptake, or disease resistance. more

Plant health is fundamental to sustainable agriculture. It ensures the supply of agricultural produce for human and animal dietary needs. Yet, agricultural production is frequently lost to diseases caused by pathogens. We focus on the regulation of plant-encoded immune receptors and investigate mechanisms by which pathogens can activate and suppress immune signalling. We also address how multi-host pathogens achieve infection across plant species, a fascinating aspect given the genetic diversity of the immune system in the plant kingdom. more

Small RNAs are gene regulatory units present in all living organisms. Small RNAs can move between cells, and spread over entire tissues, organisms, and even between organisms. We are interested to understand, how microbial pathogens use mobile small RNAs to interfere with host physiology and suppress host immunity to facilitate infection. more

We use genomics to elucidate functional traits in microbes more

As part of the Transregio TRR356 PlantMicrobe Prof. Dr. Gudrun Kadereit and I lead an Outrech project aimed at communicating biotic interactions of plants in a genetic diversity context to a broad public. The Botanical Garden Munich-Nymphenburg thereby serves as the main communication platform. more

A successful parasitic life strategy of pathogens requires cellular adaptation to changing host environments and effective signaling to control the host-parasite interaction. Trypanosoma and Leishmania are protozoan parasites and important tropical pathogens transmitted by blood-sucking insect vectors. They cause severe and difficult-to-treat human diseases. The Boshart group studies a signaling pathway that uses the small molecule cAMP to transmit information. more