coelomate organism
体腔动物
coelomate species
体腔动物物种
coelomate group
体腔动物群体
coelomate classification
体腔动物分类
coelomate phyla
体腔动物门
coelomate anatomy
体腔动物解剖
coelomate features
体腔动物特征
coelomate development
体腔动物发育
coelomate traits
体腔动物特性
coelomate diversity
体腔动物多样性
coelomates have a body cavity that is lined with mesoderm.
体腔动物的体腔由中胚层衬里。
many coelomates exhibit complex organ systems.
许多体腔动物表现出复杂的器官系统。
coelomates include groups such as annelids and mollusks.
体腔动物包括环节动物和软体动物等群体。
the evolution of coelomates marked a significant step in animal development.
体腔动物的进化标志着动物发展的重要一步。
coelomates are classified based on their body structure.
体腔动物根据其身体结构进行分类。
understanding coelomates helps in studying evolutionary biology.
了解体腔动物有助于研究进化生物学。
coelomates can be found in various habitats around the world.
体腔动物可以在全球各种栖息地中找到。
some coelomates have specialized adaptations for their environments.
一些体腔动物具有适应其环境的特殊适应性。
coelomates play vital roles in their ecosystems.
体腔动物在其生态系统中扮演着重要角色。
research on coelomates contributes to our understanding of biodiversity.
对体腔动物的研究有助于我们理解生物多样性。
coelomate organism
体腔动物
coelomate species
体腔动物物种
coelomate group
体腔动物群体
coelomate classification
体腔动物分类
coelomate phyla
体腔动物门
coelomate anatomy
体腔动物解剖
coelomate features
体腔动物特征
coelomate development
体腔动物发育
coelomate traits
体腔动物特性
coelomate diversity
体腔动物多样性
coelomates have a body cavity that is lined with mesoderm.
体腔动物的体腔由中胚层衬里。
many coelomates exhibit complex organ systems.
许多体腔动物表现出复杂的器官系统。
coelomates include groups such as annelids and mollusks.
体腔动物包括环节动物和软体动物等群体。
the evolution of coelomates marked a significant step in animal development.
体腔动物的进化标志着动物发展的重要一步。
coelomates are classified based on their body structure.
体腔动物根据其身体结构进行分类。
understanding coelomates helps in studying evolutionary biology.
了解体腔动物有助于研究进化生物学。
coelomates can be found in various habitats around the world.
体腔动物可以在全球各种栖息地中找到。
some coelomates have specialized adaptations for their environments.
一些体腔动物具有适应其环境的特殊适应性。
coelomates play vital roles in their ecosystems.
体腔动物在其生态系统中扮演着重要角色。
research on coelomates contributes to our understanding of biodiversity.
对体腔动物的研究有助于我们理解生物多样性。
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