颅缝

lú fèng
  • Cranial suture;sutura cranii
颅缝颅缝
颅缝[lú fèng]
  1. 胰岛素样生长因子ⅠmRNA和颅缝闭合的相关研究

    Correlate Study on the Insulin-like Growth Factor - ⅰ mRNA to Cranial Suture Fusion in the Rats

  2. TGF-β1在SD鼠颅缝融合中的表达及意义

    The Expression of TGF - β 1 During Cranial Suture Fusion in SD Rats

  3. TGFβ1、TGF-βR1在SD鼠颅缝融合中的表达

    The Expression of TGF β 1 and TGF - β R1 During SD Rat Cranial Suture Fusion

  4. 结论:在体外器官培养中,bFGF能促进大鼠分离培养颅缝细胞的活性(p<0.05)。

    Conclusion : In vitro culture , bFGF can promoted the activity of cranio suture cell in the rats .

  5. 同源异型盒基因MSX-2在SD大鼠颅缝闭合过程中的表达

    Expression of homeobox gene MSX-2 during cranial suture fusion of SD rats

  6. 生长因子FGF在颅缝细胞培养中作用的研究

    The study of the mechanism of FGF on the culture of cranial suture cells

  7. 结果:在大鼠颅缝分离培养细胞中,bFGF促进颅缝分离培养细胞分泌胶原、骨钙素,加快细胞增殖生长曲线平台期出现,并有效促进大鼠颅缝分离培养细胞S期增殖(p<0.05)。

    Result : In cell culture , bFGF promoted the cranial suture cell to secrete the collagen and OCN ( Osteocalcin ), and promoted the proliferation of S-phase cell ( p < 0.05 ) .

  8. 胰岛素生长因子1在颅缝闭合中调节作用的实验研究

    The effect of insulin-like growth factor 1 on the fusion of cranial suture

  9. 颅缝的微观结构及其生物力学探讨

    Biomechanical study on the microstructure of cranial sutures

  10. 颅缝的微观生物力学及其临床意义

    Micro-biomechanics of Cranial Sutures and Its Clinical Significance

  11. 颅缝早闭,也称颅狭小畸形,发病率1/2500,是一种病因尚不清楚的常见疾病。

    The incidence of craniosynostosis is 1 / 2500 and the etiology is unknown yet .

  12. 出生后第6天,成骨细胞和附近的骨膜细胞免疫反应明显增加,颅缝结缔组织染色也明显增加。

    At day 6 , periosteal cell adjacent to the dura increased markedly in the PF suture .

  13. 人类颅缝中额缝在2岁时融合,俄颅缝均在20刁0岁左右融合。

    Man is metopic suture fuses at 2 years old , other sutures fuse be-tween 20 and 30 years old .

  14. 目的探讨手术治疗婴幼儿颅缝早闭引起的额眶骨畸形的手术方法和手术时机。

    Objective To evaluate the correction of fronto-orbital deformation in infant craniosynostosis and to discuss the timing of treatment and surgical technique .

  15. 结论胰岛素生长因子1通过增强颅缝细胞的骨诱导促进颅缝的闭合。

    Conclusion The IGF1 has a direct effect on the fusion of cranial suture due to enhancing bone induction of cranial suture cell .

  16. 结论进一步研究颅缝过早闭合及相关生长因子的作用,将有助于阐明颅盖畸形形成机制,并更好地指导临床治疗。

    Conclusion Further research about craniosynostosis and the growth factors involved will contribute to understanding the mechanism of calvaria abnormalities and help treat problems .

  17. 凹陷骨折与颅缝分离多见(27.22%);颅内血肿极少发生于对冲部位(8.33%);

    Besides , quite a few of them were depressed fracture and separation of cranial suture ( 27.22 % ), while only a few were recoiling intracranial hematoma ( 8.33 % ) .

  18. 血肿范围:43个血肿均不超越颅缝。血肿边缘:38个呈弧形条状和(或)带状骨化,5个呈不规则形或断续性骨化;

    The swollen range in 43 hematomas all does not overstep the cranial sutures , the swollen edge in 38 hematomas as shell like or hill like calcified shadows , erose form or interrupt ossifies in the 5 cases ;

  19. 人类颅顶骨缝的测量观察

    Measurement and observation on size and shape of human cranial suture

  20. 成骨细胞凋亡与颅颌骨缝的生长改建

    Osteoblast apoptosis and growth modification of craniofacial suture

  21. 本文通过尸颅颅缝的光镜和扫描电镜观察,探讨颅缝微观结构的力学特性,评估其在颅脑外伤中的价值。

    We studied the mechanical mechanism of cranial sutures by means of light microscopy and electron scanning microscopy .

  22. 于切除一段含有颅颜骨骨缝之眼窝骨。六个月之后,所有的成兔都有不等程度的颜面半侧萎缩。

    Six months after the removal an orbital bony fragment that contained a viscerocranial suture , all of the rabbits showed some degree of hemifacial atrophy .

  23. 血肿骨化以广基底与颅骨外板相接、与颅板呈锐角相交及血肿不跨越颅缝等为其主要特点。

    The ossifications were connected with outer plate of cranium with wide-basement or acute angle , and there were no scalp hematoma to span cranial sutures .