Abstract

This study continues our previous work on the pathways of the death of marine invertebrate cells in response to cold stress. An analysis of changes in cells of the mussel Mytilus trossulus after cold stress that was carried out using various methods can be the key to revealing the mechanisms of adaptation of marine hydrobionts to changes in environmental conditions. Unfortunately, using tested apoptosis inhibitors, we could not produce either a decrease in apoptosis or an increase in cell viability in primary larval cell cultures of this bivalve mollusk after a freeze–thaw cycle. Apoptosis is probably rare in these cell cultures, or mollusks possess a more powerful anti-apoptotic system than that of mammals.

中文翻译：

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Mytrous trossulus Gould培养的细胞，1850年：冷胁迫的影响

摘要

这项研究继续了我们先前关于冷应激对海洋无脊椎动物细胞死亡途径的研究。使用各种方法进行的冷应激后贻贝贻贝的细胞变化的分析可能是揭示海洋水生生物适应环境条件变化机制的关键。不幸的是，使用经过测试的凋亡抑制剂，在冻融循环后，我们无法在这种双壳贝类软体动物的初级幼虫细胞培养物中产生凋亡减少或细胞活力增加的现象。在这些细胞培养物中细胞凋亡可能很少见，或者说，软体动物具有比哺乳动物更强大的抗细胞凋亡系统。