pseudocoelomate organisms
假体腔生物
pseudocoelomate animals
假体腔动物
pseudocoelomate phyla
假体腔门
pseudocoelomate features
假体腔特征
pseudocoelomate classification
假体腔分类
pseudocoelomate structure
假体腔结构
pseudocoelomate taxa
假体腔分类群
pseudocoelomate traits
假体腔特征
pseudocoelomate development
假体腔发育
pseudocoelomate examples
假体腔例子
pseudocoelomate organisms have a body cavity that is not completely lined by mesoderm.
假体腔动物的体腔并不完全由中胚层衬里。
examples of pseudocoelomate animals include nematodes and rotifers.
假体腔动物的例子包括线虫和轮虫。
pseudocoelomates play an important role in the ecosystem.
假体腔动物在生态系统中扮演着重要角色。
the pseudocoelomate body plan allows for greater flexibility and movement.
假体腔体型使得生物具有更大的灵活性和运动能力。
pseudocoelomates are often studied in biology for their unique characteristics.
假体腔动物因其独特特征而常被生物学研究。
understanding the pseudocoelomate structure can help in evolutionary studies.
理解假体腔结构可以帮助进行进化研究。
many pseudocoelomates are microscopic and inhabit diverse environments.
许多假体腔动物是微观的，栖息在多样的环境中。
the digestive system of pseudocoelomates is often more complex than that of acoelomates.
假体腔动物的消化系统通常比无体腔动物更复杂。
pseudocoelomates reproduce through various methods, including sexual and asexual reproduction.
假体腔动物通过多种方法繁殖，包括有性和无性繁殖。
research on pseudocoelomates can provide insights into developmental biology.
对假体腔动物的研究可以提供对发育生物学的见解。
pseudocoelomate organisms
假体腔生物
pseudocoelomate animals
假体腔动物
pseudocoelomate phyla
假体腔门
pseudocoelomate features
假体腔特征
pseudocoelomate classification
假体腔分类
pseudocoelomate structure
假体腔结构
pseudocoelomate taxa
假体腔分类群
pseudocoelomate traits
假体腔特征
pseudocoelomate development
假体腔发育
pseudocoelomate examples
假体腔例子
pseudocoelomate organisms have a body cavity that is not completely lined by mesoderm.
假体腔动物的体腔并不完全由中胚层衬里。
examples of pseudocoelomate animals include nematodes and rotifers.
假体腔动物的例子包括线虫和轮虫。
pseudocoelomates play an important role in the ecosystem.
假体腔动物在生态系统中扮演着重要角色。
the pseudocoelomate body plan allows for greater flexibility and movement.
假体腔体型使得生物具有更大的灵活性和运动能力。
pseudocoelomates are often studied in biology for their unique characteristics.
假体腔动物因其独特特征而常被生物学研究。
understanding the pseudocoelomate structure can help in evolutionary studies.
理解假体腔结构可以帮助进行进化研究。
many pseudocoelomates are microscopic and inhabit diverse environments.
许多假体腔动物是微观的，栖息在多样的环境中。
the digestive system of pseudocoelomates is often more complex than that of acoelomates.
假体腔动物的消化系统通常比无体腔动物更复杂。
pseudocoelomates reproduce through various methods, including sexual and asexual reproduction.
假体腔动物通过多种方法繁殖，包括有性和无性繁殖。
research on pseudocoelomates can provide insights into developmental biology.
对假体腔动物的研究可以提供对发育生物学的见解。
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