chordamesoderm formation
脊索中胚层形成
chordamesoderm differentiation
脊索中胚层分化
chordamesoderm development
脊索中胚层发育
chordamesoderm cells
脊索中胚层细胞
chordamesoderm lineage
脊索中胚层谱系
chordamesoderm tissue
脊索中胚层组织
chordamesoderm signaling
脊索中胚层信号
chordamesoderm origin
脊索中胚层起源
chordamesoderm patterning
脊索中胚层模式化
chordamesoderm role
脊索中胚层作用
the chordamesoderm plays a crucial role in embryonic development.
脊索中胚层在胚胎发育中起着至关重要的作用。
researchers study the chordamesoderm to understand vertebrate evolution.
研究人员研究脊索中胚层以了解脊椎动物的进化。
in amphibians, the chordamesoderm contributes to the formation of the notochord.
在两栖动物中，脊索中胚层有助于脊索的形成。
the interaction between the chordamesoderm and ectoderm is essential for proper development.
脊索中胚层与外胚层之间的相互作用对正常发育至关重要。
disruption of the chordamesoderm can lead to developmental abnormalities.
脊索中胚层的破坏可能导致发育异常。
scientists have identified key genes involved in chordamesoderm differentiation.
科学家们已经确定了参与脊索中胚层分化的关键基因。
the chordamesoderm is derived from the mesoderm layer during gastrulation.
脊索中胚层是在原肠胚层期间从中胚层衍生而来的。
understanding the chordamesoderm can help in regenerative medicine.
了解脊索中胚层可以帮助再生医学的发展。
during development, the chordamesoderm influences surrounding tissues.
在发育过程中，脊索中胚层会影响周围组织。
the study of chordamesoderm is vital for developmental biology.
脊索中胚层的研究对发育生物学至关重要。
chordamesoderm formation
脊索中胚层形成
chordamesoderm differentiation
脊索中胚层分化
chordamesoderm development
脊索中胚层发育
chordamesoderm cells
脊索中胚层细胞
chordamesoderm lineage
脊索中胚层谱系
chordamesoderm tissue
脊索中胚层组织
chordamesoderm signaling
脊索中胚层信号
chordamesoderm origin
脊索中胚层起源
chordamesoderm patterning
脊索中胚层模式化
chordamesoderm role
脊索中胚层作用
the chordamesoderm plays a crucial role in embryonic development.
脊索中胚层在胚胎发育中起着至关重要的作用。
researchers study the chordamesoderm to understand vertebrate evolution.
研究人员研究脊索中胚层以了解脊椎动物的进化。
in amphibians, the chordamesoderm contributes to the formation of the notochord.
在两栖动物中，脊索中胚层有助于脊索的形成。
the interaction between the chordamesoderm and ectoderm is essential for proper development.
脊索中胚层与外胚层之间的相互作用对正常发育至关重要。
disruption of the chordamesoderm can lead to developmental abnormalities.
脊索中胚层的破坏可能导致发育异常。
scientists have identified key genes involved in chordamesoderm differentiation.
科学家们已经确定了参与脊索中胚层分化的关键基因。
the chordamesoderm is derived from the mesoderm layer during gastrulation.
脊索中胚层是在原肠胚层期间从中胚层衍生而来的。
understanding the chordamesoderm can help in regenerative medicine.
了解脊索中胚层可以帮助再生医学的发展。
during development, the chordamesoderm influences surrounding tissues.
在发育过程中，脊索中胚层会影响周围组织。
the study of chordamesoderm is vital for developmental biology.
脊索中胚层的研究对发育生物学至关重要。
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