Dietmar Kültz

This study develops two closed aquaculture systems for the marine tunicate Botryllus schlosseri, showing that optimized recirculating systems can achieve comparable growth to static systems.

This study identifies proteomic signatures and functional pathways in Botryllus schlosseri under copper stress and recovery, revealing molecular mechanisms of tolerance and adaptation.

The paper identifies a proteome-wide 4-hydroxy-2-nonenal (HNE) adduction signature in Botryllus schlosseri, indicating high oxidative stress tolerance linked to its invasive success.

This study identifies candidate proteins regulating cell proliferation in Botryllus schlosseri through proteomic analysis of its blastogenic cycle, offering targets for tunicate cell line development.

The paper evaluates proteomic changes in two threespine stickleback populations under chronic temperature stress using a DIA assay library, revealing population-specific responses to cold and warm acclimation.

The paper identifies an osmolality-responsive enhancer in tilapia that regulates glutamine synthetase expression under hyperosmotic conditions.

This study identifies osmoregulatory proteins in threespine stickleback gills by isolating salinity effects through mesocosm experiments and proteomic analysis.

The paper uses proteomic data from sticklebacks to identify key proteins and functions associated with environmental adaptation through system-level analysis.