the larvacean oikopleura is a common subject in evolutionary developmental biology studies.
尾海鞘是进化发育生物学研究的常见对象。
researchers analyzed the genome of oikopleura dioica to understand gene loss mechanisms.
研究人员分析了尾海鞘的基因组以了解基因丢失机制。
oikopleura species play a crucial role in marine ecosystems by filtering seawater.
尾海鞘物种通过过滤海水在海洋生态系统中发挥着关键作用。
unlike most animals, oikopleura has a remarkably compact genome structure.
与大多数动物不同，尾海鞘具有非常紧凑的基因组结构。
the house of oikopleura is a complex gelatinous structure used for feeding.
尾海鞘的“住屋”是一个用于摄食的复杂胶质结构。
marine biologists study the life cycle of oikopleura dioica in coastal waters.
海洋生物学家研究沿海水域中尾海鞘的生命周期。
oikopleura has the ability to regenerate its house multiple times per day.
尾海鞘具有每天多次再生其“住屋”的能力。
populations of oikopleura often increase rapidly during phytoplankton blooms.
在浮游植物大量繁殖期间，尾海鞘种群通常会迅速增加。
the appendicularian oikopleura is distinguished by its tadpole-like body shape.
尾海鞘因其蝌蚪状的体形而与众不同。
scientists use oikopleura as a model organism to study chordate evolution.
科学家使用尾海鞘作为模式生物来研究脊索动物进化。
the efficient filtering apparatus of oikopleura helps remove carbon from the ocean surface.
尾海鞘高效的过滤装置有助于从海洋表面移除碳。
each individual oikopleura creates a new feeding house every few hours.
每只尾海鞘每隔几小时就会建造一个新的摄食“住屋”。
the larvacean oikopleura is a common subject in evolutionary developmental biology studies.
尾海鞘是进化发育生物学研究的常见对象。
researchers analyzed the genome of oikopleura dioica to understand gene loss mechanisms.
研究人员分析了尾海鞘的基因组以了解基因丢失机制。
oikopleura species play a crucial role in marine ecosystems by filtering seawater.
尾海鞘物种通过过滤海水在海洋生态系统中发挥着关键作用。
unlike most animals, oikopleura has a remarkably compact genome structure.
与大多数动物不同，尾海鞘具有非常紧凑的基因组结构。
the house of oikopleura is a complex gelatinous structure used for feeding.
尾海鞘的“住屋”是一个用于摄食的复杂胶质结构。
marine biologists study the life cycle of oikopleura dioica in coastal waters.
海洋生物学家研究沿海水域中尾海鞘的生命周期。
oikopleura has the ability to regenerate its house multiple times per day.
尾海鞘具有每天多次再生其“住屋”的能力。
populations of oikopleura often increase rapidly during phytoplankton blooms.
在浮游植物大量繁殖期间，尾海鞘种群通常会迅速增加。
the appendicularian oikopleura is distinguished by its tadpole-like body shape.
尾海鞘因其蝌蚪状的体形而与众不同。
scientists use oikopleura as a model organism to study chordate evolution.
科学家使用尾海鞘作为模式生物来研究脊索动物进化。
the efficient filtering apparatus of oikopleura helps remove carbon from the ocean surface.
尾海鞘高效的过滤装置有助于从海洋表面移除碳。
each individual oikopleura creates a new feeding house every few hours.
每只尾海鞘每隔几小时就会建造一个新的摄食“住屋”。
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