-
![]()
16
-
De novo alu-element insertions in FGFR2 identify a distinct pathological basis for Apert syndrome.pdf
- De novo alu-element insertions in FGFR2 identify a distinct pathological basis for Apert syndrome
-
-
![]()
15
-
integration of brain and skull in prenatal mouse models of apert and crouzon syndromes(帕金森综合征产前小鼠脑和颅骨的整合).pdf
- integration of brain and skull in prenatal mouse models of apert and crouzon syndromes（帕金森综合征产前小鼠脑和颅骨的整合）
-
-
![]()
14
-
deformed skull morphology is caused by the combined effects of the maldevelopment of calvarias, cranial base and brain in fgfr2-p253r mice mimicking human apert syndrome(畸形颅骨形态是由模拟人aplt综...pdf
- deformed skull morphology is caused by the combined effects of the maldevelopment of calvarias, cranial base and brain in fgfr2-p253r mice mimicking human apert syndrome（畸形颅骨形态是由模拟人aplt综合征的fgfr2-p253r小鼠的颅盖、颅底和脑发育不良共同作
-
-
![]()
109
-
Fgfr2功能获得性突变在Apert综合征发病中的相关研究.pdf
- Fgfr2功能获得性突变在Apert综合征发病中的相关研究Fgfr2功能获得性突变在Apert综合征发病中的相关研究Fgfr2功能获得性突变在Apert综合征发病中的相关研究
-
-
![]()
27
-
Upper airway endoscopy to optimize obstructive sleep apnea treatment in Apert and Crouzon syndromes.pdf
- Upper airway endoscopy to optimize obstructive sleep apnea treatment in Apert and Crouzon syndromes
-
-
![]()
26
-
EARLY ONSET OF CRANIOSYNOSTOSIS IN AN APERT MOUSE MODEL REVEALS CRITICAL FEATURES OF THIS PATHOLOGY.pdf
- EARLY ONSET OF CRANIOSYNOSTOSIS IN AN APERT MOUSE MODEL REVEALS CRITICAL FEATURES OF THIS PATHOLOGY
-
-
![]()
13
-
Apert综合征的治疗进展.doc
- F-0K5FW2；关于“医学心理学”中“内科学”的参考范文文档。正文共7,403字，word格式文档。内容摘要：颅眶骨畸形的矫正，颌面骨畸形的矫正，岁，Apert患者一般接受纠正面中部凹陷的治疗，整体骨前移或者Le FortⅢ截骨术，手指脚趾的矫正，数字化技术的运用，综合征的病因学和优生学问题，小结，参考文献，，唐晓军，归来.Apert综合征研究进展[J].中华整形外科杂志，2007， 23(5):453-456，顾 清，穆雄铮.眶距增宽症的诊断和分类标准及手术治疗[J].组织工程与重建外科杂志，2009，5(2):117-120，，，。
-
-
![]()
7
-
excessive ossification of the bandeau in crouzon and apert syndromes.[2020][j craniomaxillofac surg].pdf
- excessive ossification of the bandeau in crouzon and apert syndromes.[2020][j craniomaxillofac surg]
-
-
![]()
64
-
apert综合征致病基因fgfr2e731k突变对成骨细胞分化及mvs矿化能力的影响.pdf
- apert综合征致病基因fgfr2e731k突变对成骨细胞分化及mvs矿化能力的影响,apert综合征,矿化度,生物矿化,矿化作用,牙齿矿化,矿化剂,总矿化度,骨矿化,矿化滤芯
-
向豆丁求助：有没有apert?
