Laboratories

The laboratory is interested in research on biodiversity of natural bacterial strains and bacteriophages, probiotic features and molecular mechanisms of bioactivity of lactic acid bacteria (LAB) on model tissue cultures (…)

The goal of our laboratory is to elucidate chemical principles that underlie biological mechanisms of metal ion physiology, with a particular interest in lesser understood processes of metal ion transport. (…)

We are interested in different aspects of bacterial biology using as model organism Pseudomonas aeruginosa – an opportunistic human pathogen and representative Gram-negative bacterium. Our research encompasses the mechanisms engaged (…)

The Department of Antarctic Biology is responsible for the scientific program that is undertaken at the Arctowski Polish Antarctic Station, providing expert opinions about Antarctica for numerous Ministries of the (…)

Our laboratory is interested in enzymes that shape the genome and epigenome. Our work ranges from the structural biology of individual enzymes that play a role in genome engineering and (…)

Our laboratory is interested in the regulation of tRNA transcription by RNA polymerase III and its auxiliary factors. We aim to characterize molecular mechanisms that control RNA polymerase III biogenesis (…)

Our laboratory focuses on the relationship between human genetics and various disease states. Project 1 – Determination of genetic biomarkers that are associated with cardiovascular disorders at the mRNA and (…)

Our laboratory is interested in applying mass spectrometry techniques to solve biomedically oriented problems, with a focus on structural studies of protein assemblies, structural consequences of posttranslational modifications, and targeted (…)

Our laboratory investigates the response of plants to environmental stresses, especially drought, salinity, and extreme temperatures. Our studies focus on annexins and protein kinases that are involved in stress signal (…)

Our laboratory seeks to identify mechanisms and factors that ensure efficient and highly accurate DNA replication and influence genetic stability. (…)

RNA polymerase (Pol) III synthesizes several small noncoding RNAs, including transfer RNA (tRNA). We are interested in studying mechanisms of Pol III regulation during innate immune responses in both immune and (…)

The long-term goal of our studies is to unravel disease-resistance signaling pathways in the Solanaceae family. Interactions between potato and its pathogen potato virus Y (PVY) are the principal, although (…)