实验室条件下对海兔卵繁殖发育的监测

A. Elfituri, N. Abushaala
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引用次数: 0

摘要

这项研究着眼于产卵模式、卵团形状和胚胎发育,以了解更多关于生活在利比亚沿海水域的A. fasciata物种的生殖生物学。2022年6月,在Tajura海岸收集了8只成熟的板叶菖蒲,并将其放入水族馆,其中含有曝气海水和海藻(Ulva lactuca)。五天后,在水族馆里看到一对交配的夫妇,并且产生了大量的受精卵。群集的卵被转移到新的水族馆。几个小时后,卵开始发育成胚胎,第10天,随着胚胎发育到trochophore期并开始在蒴果内旋转,卵团的颜色变为褐色。在产卵16天后,蝗体破卵囊孵化为自由游动的幼虫(浮蝇期)。不幸的是,在受精卵25天后,所有的幼虫都死亡了。可能是饲养条件不足或缺乏适当食物的结果。然而,在利比亚水域从未记录到过法西阿塔。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Monitoring the Reproduction and Development of Eggs in the Sea Hare Aplysia fasciata under Laboratory Conditions
This study looks at spawning patterns, egg mass shape, and embryo development to learn more about the reproductive biology of the A. fasciata species that lives in Libya's coastal waters. In June 2022, eight mature Aplysia fasciata collected from Tajura coast and kept into aquarium contain aerated seawater and marine algae (Ulva lactuca). After five days, a mating couple was seen in the aquarium, and, a mass of fertilized eggs were produced. The clusters eggs were transfer to new aquarium. After few hours, the eggs started development to embryo and at 10 day the egg masses colour changed to a brownish as the embryo developed to the trochophore stage and started to rotate inside capsules. After 16 day of spawning the trochophore broke the egg capsules to hatch as free swimming larvae (the veliger stage). Unfortunately, after 25 day of fertilized eggs all larvae died as veliger. Probably, the result of inadequate conditions for rearing or lack an availability of appropriate food. Whereas A. fasciata has never been recorded before in the Libyan waters.
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