Transcriptome sequencing of the Hippocampus abdominalis

By examining the transcriptomic profiles of these larvae under varying temperature conditions, we aimed to uncover the molecular mechanisms through which temperature stress affected their development and physiology. Our results are expected to offer valuable theoretical insights and empirical data that will support the advancement of aquaculture practices and the development of temperature-resistant strains, thereby contributing to the broader field of marine biology and aquaculture research.

本研究通过分析不同温度条件下该类幼虫的转录组谱（transcriptomic profiles），旨在揭示温度胁迫影响其生长发育与生理状态的分子机制。本研究预期所得结果将提供具有重要价值的理论见解与实证数据，可为水产养殖实践的优化、抗温度胁迫品系的培育提供支撑，进而为海洋生物学与水产养殖研究领域的整体发展贡献力量。