Christa Schleper

The paper shows that oxygen production in ammonia-oxidizing archaea is an electron overflow pathway under anoxic conditions, not a response to low oxygen.

This study identifies histone-based chromatin regulation components in Asgard archaea, suggesting these features predate eukaryogenesis.

This study shows that biofilm growth enhances the ecological resilience and reduces nitrous oxide emissions in ammonia-oxidizing archaea under various environmental conditions.

This study investigates how two nitrification inhibitors affect ammonia-oxidizing archaea, revealing distinct physiological mechanisms.

This study reports the first cultivation of an Asgard archaeal virus and describes its integration, excision, and replication, along with the host's unique antiviral defense systems.

The paper identifies Nitrosocosmicus species as commensals in the human skin microbiome through cultivation and genomic analysis, showing their adaptation to skin environments.

This study shows Asgard archaea use dynamic actin-based protrusions for crawling motility, similar to eukaryotic cells, and this process is inhibited by actin inhibitors.

This study investigates the metabolic response of Nitrososphaera viennensis to carbon limitation using a thermodynamic model and experimental proteomic and metabolomic analysis.

The paper investigates biofilm formation in ammonia-oxidizing archaea, finding distinct colonization strategies and shared gene expression patterns related to biofilm growth.

This paper introduces a high-throughput screening platform for biological nitrification inhibitors using soil-relevant ammonia-oxidizing microorganisms and validates it with known inhibitors.

This study shows that deleting the type III-B CRISPR-Cas system in Saccharolobus solfataricus increases growth rate but reduces adaptability to carbon source changes, with upregulated genes related to energy metabolism and transport.