gnathostome lineage
牙齒脊椎動物演化支
early gnathostomes
早期牙齒脊椎動物
defining gnathostomes
定義牙齒脊椎動物
gnathostome evolution
牙齒脊椎動物演化
ancient gnathostomes
古代牙齒脊椎動物
gnathostome jaw
牙齒脊椎動物顎
studying gnathostomes
研究牙齒脊椎動物
diverse gnathostomes
多樣的牙齒脊椎動物
gnathostome traits
牙齒脊椎動物特徵
became gnathostomes
成為牙齒脊椎動物
the fossil record reveals the early evolution of gnathostome fishes.
化石記錄揭示了頜顱魚類的早期演化。
gnathostome characteristics include jaws and paired fins.
頜顱魚類的特徵包括顎和成對的鰭。
many extant species are gnathostome vertebrates.
許多現存物種都是頜顱魚類的脊椎動物。
the gnathostome lineage diversified significantly after the cambrian explosion.
在寒武紀大爆發後，頜顱魚類的演化支出現了顯著的多樣化。
researchers study gnathostome skeletal morphology to understand evolutionary history.
研究人員研究頜顱魚類的骨骼形態以了解演化歷史。
gnathostome development involves complex gene regulatory networks.
頜顱魚類的發育涉及複雜的基因調控網絡。
the evolution of gnathostome dentition is a key area of research.
頜顱魚類牙齒的演化是研究的重要領域。
cartilaginous gnathostomes, like sharks, have unique skeletal structures.
像鯊魚這樣的軟骨頜顱魚類具有獨特的骨骼結構。
bony gnathostomes represent the majority of living vertebrate species.
硬骨頜顱魚類代表了大多數現存的脊椎動物物種。
phylogenetic analyses consistently place tetrapods within the gnathostome clade.
系統發生學分析一致將四足類動物歸類於頜顱魚類演化支中。
the origin of gnathostome cranial structures remains a subject of debate.
頜顱魚類頭顱結構的起源仍是爭議的主題。
gnathostome lineage
牙齒脊椎動物演化支
early gnathostomes
早期牙齒脊椎動物
defining gnathostomes
定義牙齒脊椎動物
gnathostome evolution
牙齒脊椎動物演化
ancient gnathostomes
古代牙齒脊椎動物
gnathostome jaw
牙齒脊椎動物顎
studying gnathostomes
研究牙齒脊椎動物
diverse gnathostomes
多樣的牙齒脊椎動物
gnathostome traits
牙齒脊椎動物特徵
became gnathostomes
成為牙齒脊椎動物
the fossil record reveals the early evolution of gnathostome fishes.
化石記錄揭示了頜顱魚類的早期演化。
gnathostome characteristics include jaws and paired fins.
頜顱魚類的特徵包括顎和成對的鰭。
many extant species are gnathostome vertebrates.
許多現存物種都是頜顱魚類的脊椎動物。
the gnathostome lineage diversified significantly after the cambrian explosion.
在寒武紀大爆發後，頜顱魚類的演化支出現了顯著的多樣化。
researchers study gnathostome skeletal morphology to understand evolutionary history.
研究人員研究頜顱魚類的骨骼形態以了解演化歷史。
gnathostome development involves complex gene regulatory networks.
頜顱魚類的發育涉及複雜的基因調控網絡。
the evolution of gnathostome dentition is a key area of research.
頜顱魚類牙齒的演化是研究的重要領域。
cartilaginous gnathostomes, like sharks, have unique skeletal structures.
像鯊魚這樣的軟骨頜顱魚類具有獨特的骨骼結構。
bony gnathostomes represent the majority of living vertebrate species.
硬骨頜顱魚類代表了大多數現存的脊椎動物物種。
phylogenetic analyses consistently place tetrapods within the gnathostome clade.
系統發生學分析一致將四足類動物歸類於頜顱魚類演化支中。
the origin of gnathostome cranial structures remains a subject of debate.
頜顱魚類頭顱結構的起源仍是爭議的主題。
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