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Nina Bartlau on Muck Rack

Nina Bartlau

As seen in: BioRxiv
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Articles

Interpretable machine learning reveals a diverse arsenal of anti-defenses in bacterial viruses

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By Anna Lopatina, Nina Bartlau, Mariusz Ferenc, Michael Wolfram
| BioRxiv
Abstract Antagonistic interactions with viruses are an important driver of the ecology and evolution of bacteria, and associating genetic signatures to these interactions is of fundamental importance to predict viral infection success. Recent studies have highlighted that bacteria possess a large, rapidly changing arsenal of defense genes and that viruses can neutralize at least some of these genes with matching anti-defenses.
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Mechanism of bacterial predation via ixotrophy

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By Kang Lee, Yun-Wei Lien, Davide Amendola, Nina Bartlau
| BioRxiv
Abstract Predation allows bacteria to access alternative substrates in low-nutrient conditions. Ixotrophy has been proposed as a predatory lifestyle of multicellular filamentous bacteria in aquatic environments; however, the molecular mechanism remains unknown. Here we uncover by a multidisciplinary approach that ixotrophy requires the interplay of multiple cellular machineries and a regulatory mechanism.
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