Effects of thyroxine on the Craniosynostotic Phenotype
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Effects of thyroxine on the Craniosynostotic Phenotype
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创建时间：
2015-02-21
相关数据集
Activation of the IGF1 pathway mediates changes in cellular contractility and motility in single-suture craniosynostosis
We examined the effect pg IGF1 actibation on cellular contractility and migration in SSC osteoblast cells. Based on microarray levels of IGF1 expression, we selected fifteen cases and nine controls sp
NIAID Data Ecosystem70
The prenatal frontal and parietal bones are distinct organs.. The prenatal frontal and parietal bones are distinct organs.
The skull vault is composed of frontal and parietal bones that are connected by flexible sutures that protect the growing brain. Intramembranous ossification in the prenatal skull vault starts by mid-
NIAID Data Ecosystem20
Details of models included in study.
Craniosynostosis is a condition with neurologic and aesthetic sequelae requiring invasive surgery. Understanding its pathobiology requires familiarity with the processes underlying physiologic suture
Figshare2023-06-22 更新20
Summary of individuals modeled in the study.
Craniosynostosis is a condition with neurologic and aesthetic sequelae requiring invasive surgery. Understanding its pathobiology requires familiarity with the processes underlying physiologic suture
NIAID Data Ecosystem30
Summary of individuals modeled in the study.
Craniosynostosis is a condition with neurologic and aesthetic sequelae requiring invasive surgery. Understanding its pathobiology requires familiarity with the processes underlying physiologic suture
Figshare2023-06-22 更新20
