首页> 外文期刊>Biology Bulletin >The Adaptive Morphology of Byssus in Mytilus coruscus, Crenomytilus grayanus, and Modiolus modiolus (Mytilidae, Bivahia) from the Sea of Japan
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The Adaptive Morphology of Byssus in Mytilus coruscus, Crenomytilus grayanus, and Modiolus modiolus (Mytilidae, Bivahia) from the Sea of Japan

机译:来自日本海洋的Mytilus coruscus,Crenomytilus grayanus和Modiolus modiolus(Mytilidae,Bivahia)的自适应形态

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The adaptation of sessile bivalves to the attached mode of life has been studied using three common mytilid species, Mytilus coruscus, Crenomytilus grayanus, and Modiolus modiolus. This study has shown similar features of organization of byssus and some of its structures associated with their functional significance in these bivalves. Myt. coruscus has the shortest and thickest byssal threads with the largest, reinforced attachment disks, which indicates the species' adaptation to a habitat in the coastal zone with active hydrodynamics. In contrast, the threads of C. grayanus and Mod. modiolus are thinner, longer, and smaller in size, with weakly reinforced attachment disks, which is evidence that these species have adapted to biotopes sheltered from direct wave action.
机译:使用三种常见的菌根菌体,Mytilus coruscus,Crenomytertulus Grayanus和Modiolus Modiolus进行了对所附生命模式的适应性的适应。本研究表明了相似的Byssus组织的特征和其与它们在这些惯用法中的功能意义相关的一些结构。我的T。 Coruscus拥有最短和最厚的Byssal线程,具有最大,加强的附件磁盘,表示物种对沿海地区的栖息地的适应性,具有活跃的流体动力学。相比之下,C. Grayanus和Mod的线程。 Modiolus的尺寸较薄,较长,较小,具有弱增强的附着盘,这是这些物种适合于从直接波动作用避难的生物缺陷的证据。

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