scleritome analysis
硬质部分分析
scleritome structure
硬质部分结构
scleritome formation
硬质部分形成
scleritome development
硬质部分发育
scleritome tissue
硬质组织
scleritome research
硬质部分研究
scleritome study
硬质部分检查
scleritome examination
硬质部分形态学
scleritome morphology
硬质部分
the scleritome
the scleritome of the trilobite was remarkably well preserved.
这只三叶虫的骨片保存得非常好。
researchers analyzed the scleritome composition of the ancient arthropod.
研究人员分析了这种古代节肢动物的骨片成分。
the scleritome morphology revealed important evolutionary relationships.
骨片形态揭示了重要的进化关系。
fossil scleritome fragments provide crucial paleontological data.
化石骨片碎片提供了关键的古生物学数据。
the scleritome structure varies significantly between species.
骨片结构在物种之间存在显著差异。
advanced imaging techniques allow detailed scleritome analysis.
先进的成像技术可以进行详细的骨片分析。
the scleritome preservation depends on burial conditions.
骨片的保存取决于埋藏条件。
studying scleritome development helps understand arthropod evolution.
研究骨片发育有助于理解节肢动物的进化。
the scleritome evolved from simpler precursor structures.
骨片是从更简单的前体结构进化而来的。
mineralization plays a key role in scleritome formation.
矿化在骨片形成过程中起着关键作用。
the fossil's scleritome showed signs of biomineralization.
这块化石的骨片显示出生物矿化的迹象。
comparative scleritome studies reveal phylogenetic patterns.
比较骨片研究揭示了系统发育模式。
scleritome analysis
硬质部分分析
scleritome structure
硬质部分结构
scleritome formation
硬质部分形成
scleritome development
硬质部分发育
scleritome tissue
硬质组织
scleritome research
硬质部分研究
scleritome study
硬质部分检查
scleritome examination
硬质部分形态学
scleritome morphology
硬质部分
the scleritome
the scleritome of the trilobite was remarkably well preserved.
这只三叶虫的骨片保存得非常好。
researchers analyzed the scleritome composition of the ancient arthropod.
研究人员分析了这种古代节肢动物的骨片成分。
the scleritome morphology revealed important evolutionary relationships.
骨片形态揭示了重要的进化关系。
fossil scleritome fragments provide crucial paleontological data.
化石骨片碎片提供了关键的古生物学数据。
the scleritome structure varies significantly between species.
骨片结构在物种之间存在显著差异。
advanced imaging techniques allow detailed scleritome analysis.
先进的成像技术可以进行详细的骨片分析。
the scleritome preservation depends on burial conditions.
骨片的保存取决于埋藏条件。
studying scleritome development helps understand arthropod evolution.
研究骨片发育有助于理解节肢动物的进化。
the scleritome evolved from simpler precursor structures.
骨片是从更简单的前体结构进化而来的。
mineralization plays a key role in scleritome formation.
矿化在骨片形成过程中起着关键作用。
the fossil's scleritome showed signs of biomineralization.
这块化石的骨片显示出生物矿化的迹象。
comparative scleritome studies reveal phylogenetic patterns.
比较骨片研究揭示了系统发育模式。
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