eucoelomate animal
真體腔動物
being eucoelomate
為真體腔
true eucoelomate
真正的真體腔
eucoelomate body
真體腔體型
is eucoelomate
是真體腔
were eucoelomate
是真體腔
eucoelomate features
真體腔特徵
as eucoelomate
作為真體腔
eucoelomate structure
真體腔結構
class eucoelomate
真體腔類
the eucoelomate phylum demonstrates advanced body segmentation.
真體腔動物門展示了先進的身體分節。
many eucoelomate species exhibit bilateral symmetry.
許多真體腔動物物種表現出雙側對稱。
eucoelomate development involves coelom formation during gastrulation.
真體腔動物的發育涉及在原腸胚形成期間形成體腔。
annelids are a well-known group of eucoelomate invertebrates.
環節動物是眾所周知的真體腔無脊椎動物群。
the presence of a true coelom distinguishes eucoelomates from pseudocoelomates.
真正的體腔的存在區分了真體腔動物與偽體腔動物。
chordates are also eucoelomates, sharing key developmental features.
脊索動物也是真體腔動物，共享關鍵的發育特徵。
researchers study eucoelomate evolution to understand body plan diversity.
研究人員研究真體腔動物的演化以理解身體計畫的多樣性。
the complete digestive system is a characteristic of most eucoelomates.
完整的消化系統是大多數真體腔動物的特徵。
eucoelomate circulatory systems often include closed loops.
真體腔動物的循環系統通常包括閉合迴路。
mollusks represent a diverse group within the eucoelomate category.
軟體動物代表了真體腔動物類別中的一個多樣群體。
understanding eucoelomate anatomy is crucial for comparative zoology.
理解真體腔動物的解剖學對於比較動物學至關重要。
eucoelomate animal
真體腔動物
being eucoelomate
為真體腔
true eucoelomate
真正的真體腔
eucoelomate body
真體腔體型
is eucoelomate
是真體腔
were eucoelomate
是真體腔
eucoelomate features
真體腔特徵
as eucoelomate
作為真體腔
eucoelomate structure
真體腔結構
class eucoelomate
真體腔類
the eucoelomate phylum demonstrates advanced body segmentation.
真體腔動物門展示了先進的身體分節。
many eucoelomate species exhibit bilateral symmetry.
許多真體腔動物物種表現出雙側對稱。
eucoelomate development involves coelom formation during gastrulation.
真體腔動物的發育涉及在原腸胚形成期間形成體腔。
annelids are a well-known group of eucoelomate invertebrates.
環節動物是眾所周知的真體腔無脊椎動物群。
the presence of a true coelom distinguishes eucoelomates from pseudocoelomates.
真正的體腔的存在區分了真體腔動物與偽體腔動物。
chordates are also eucoelomates, sharing key developmental features.
脊索動物也是真體腔動物，共享關鍵的發育特徵。
researchers study eucoelomate evolution to understand body plan diversity.
研究人員研究真體腔動物的演化以理解身體計畫的多樣性。
the complete digestive system is a characteristic of most eucoelomates.
完整的消化系統是大多數真體腔動物的特徵。
eucoelomate circulatory systems often include closed loops.
真體腔動物的循環系統通常包括閉合迴路。
mollusks represent a diverse group within the eucoelomate category.
軟體動物代表了真體腔動物類別中的一個多樣群體。
understanding eucoelomate anatomy is crucial for comparative zoology.
理解真體腔動物的解剖學對於比較動物學至關重要。
探索常見搜尋詞彙