gnathostome lineage
颌骨动物谱系
early gnathostomes
早期颌骨动物
defining gnathostomes
定义颌骨动物
gnathostome evolution
颌骨动物演化
ancient gnathostomes
古代颌骨动物
gnathostome jaw
颌骨动物的下颌
studying gnathostomes
研究颌骨动物
diverse gnathostomes
多样化的颌骨动物
gnathostome traits
颌骨动物特征
became gnathostomes
成为颌骨动物
the fossil record reveals the early evolution of gnathostome fishes.
化石记录揭示了颌口动物鱼类的早期进化。
gnathostome characteristics include jaws and paired fins.
颌口动物的特征包括下颌和成对鳍。
many extant species are gnathostome vertebrates.
许多现存物种都是颌口动物脊椎动物。
the gnathostome lineage diversified significantly after the cambrian explosion.
在寒武纪大爆发之后,颌口动物谱系发生了显著的分化。
researchers study gnathostome skeletal morphology to understand evolutionary history.
研究人员研究颌口动物骨骼形态以了解进化历史。
gnathostome development involves complex gene regulatory networks.
颌口动物的发育涉及复杂的基因调控网络。
the evolution of gnathostome dentition is a key area of research.
颌口动物牙齿的进化是研究的关键领域。
cartilaginous gnathostomes, like sharks, have unique skeletal structures.
软骨颌口动物,如鲨鱼,具有独特的骨骼结构。
bony gnathostomes represent the majority of living vertebrate species.
硬骨颌口动物代表了现存脊椎动物物种的大多数。
phylogenetic analyses consistently place tetrapods within the gnathostome clade.
系统发育分析始终将四足动物归类于颌口动物类群中。
the origin of gnathostome cranial structures remains a subject of debate.
颌口动物颅结构的起源仍然是争论的主题。
gnathostome lineage
颌骨动物谱系
early gnathostomes
早期颌骨动物
defining gnathostomes
定义颌骨动物
gnathostome evolution
颌骨动物演化
ancient gnathostomes
古代颌骨动物
gnathostome jaw
颌骨动物的下颌
studying gnathostomes
研究颌骨动物
diverse gnathostomes
多样化的颌骨动物
gnathostome traits
颌骨动物特征
became gnathostomes
成为颌骨动物
the fossil record reveals the early evolution of gnathostome fishes.
化石记录揭示了颌口动物鱼类的早期进化。
gnathostome characteristics include jaws and paired fins.
颌口动物的特征包括下颌和成对鳍。
many extant species are gnathostome vertebrates.
许多现存物种都是颌口动物脊椎动物。
the gnathostome lineage diversified significantly after the cambrian explosion.
在寒武纪大爆发之后,颌口动物谱系发生了显著的分化。
researchers study gnathostome skeletal morphology to understand evolutionary history.
研究人员研究颌口动物骨骼形态以了解进化历史。
gnathostome development involves complex gene regulatory networks.
颌口动物的发育涉及复杂的基因调控网络。
the evolution of gnathostome dentition is a key area of research.
颌口动物牙齿的进化是研究的关键领域。
cartilaginous gnathostomes, like sharks, have unique skeletal structures.
软骨颌口动物,如鲨鱼,具有独特的骨骼结构。
bony gnathostomes represent the majority of living vertebrate species.
硬骨颌口动物代表了现存脊椎动物物种的大多数。
phylogenetic analyses consistently place tetrapods within the gnathostome clade.
系统发育分析始终将四足动物归类于颌口动物类群中。
the origin of gnathostome cranial structures remains a subject of debate.
颌口动物颅结构的起源仍然是争论的主题。
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