Seawater carbonate chemistry and neuromolnecular responses in disrupted mutualistic cleaning interactions under future environmental conditions@en

We evaluated the neuromolecular mechanisms behind the behavioural disruption of cleaning interactions in response to future environments. We subjected cleaner wrasses and surgeonfish (Acanthurus leucosternon, serving as clients) to elevated temperature (warming, 32 °C), increased levels of CO2 (high CO2, 1000 ppm), and a combined condition of elevated CO2 and temperature (warming and high CO2, 32 °C, and 1000 ppm) for 28 days.本研究针对未来环境下清洁互动（cleaning interactions）行为紊乱背后的神经分子机制展开评估。我们将清洁裂唇鱼（cleaner wrasses）与作为寄主的白斑刺尾鱼（Acanthurus leucosternon）分别暴露于三种实验条件：升温胁迫（32℃）、高二氧化碳浓度胁迫（1000ppm）以及二者复合胁迫（32℃与1000ppm），暴露时长为28天。