Methods Pterygium was treated by amnion transplantation.
方法采用羊膜移植术治疗翼状胬肉。
Methods Pterygium was treated by amnion transplantation.
方法采用羊膜移植术治疗翼状胬肉。
Fresh human body placenta amnion is a new type biological dressing.
新鲜人体胎盘羊膜是一种新型的生物敷料。
Objective: To explore the effects of amnion transplantation for patients with pterygium.
前言：目的：观察成品生物羊膜移植治疗翼状胬肉的效果。
CONCLUSIONS Yanshangning oral liquid can be used for match treatment after amnion transplant.
结论眼伤宁口服液可用于角膜病变羊膜移植术后的配合治疗。
Objective: To evaluate the neurobiological features of human amnion mesenchymal cells in vitro.
目的：探讨体外培养人羊膜间充质细胞的神经生物学特征。
Objective: To study the effect of fresh amnion transplantation in corneal surface reconstruction.
目的：研究新鲜羊膜移植在重建眼表中的作用。
Objective To study the therapeutic effect of biological amnion covering on early severe ocular burn.
目的探讨生物羊膜在早期重度眼表烧伤中的临床疗效。
Objective To observe the curative effect on acute eye burn treated with fresh amnion transplantation.
目的观察新鲜羊膜移植治疗急性期眼表烧伤的疗效。
Objective To evaluate the irritation of biological amnion by intracutaneous stimulation test in rabbits.
目的用家兔皮内刺激试验评价生物羊膜引起刺激的可能性。
Objective To observe the efficacy of fresh human amnion in promoting wound healing in diabetic patients.
目的探讨局部应用新鲜人羊膜(以下简称羊膜)对糖尿病创面愈合的治疗作用。
Conclusions Ocular surface reconstruction by human amnion transplantation is a good method for operation.
结论人类羊膜移植重建眼表是一种良好的手术方法。
Objective To investigate the effect of covering treatment with fresh amnion for acute ocular surface burn.
目的探讨新鲜羊膜覆盖在急性眼表烧伤治疗中的作用。
The chorion and amnion are foetal membranes that contribute to the placenta and the foetal sac respectively.
绒毛膜和羊膜是分别形成胎盘和羊膜囊的胎膜组织。
Objective To evaluate the clinical effects of ocular surface reconstruction by human amnion transplantation.
目的评价人类羊膜移植眼表重建的临床效果。
OBJECTIVE To study the feasibility of technique in treatment of Mooren ulcer by transplantation fresh amnion.
目的观察新鲜羊膜移植治疗蚕食性角膜溃疡的可行性。
AIM: To explore the clinical effect of fresh amnion transplant for the treatment of exterior ocular diseases.
目的：探讨新鲜羊膜移植治疗眼表疾病的临床效果。
Objective To study the clinic results of treatment of serious conjunctival sac narrow by amnion transplantation.
目的从临床角度探讨羊膜移植在严重结膜囊狭窄整形中的应用。
These may be similar entities with a common origin, that is, disruption of the amnion , but with different features.
它们可能是相似的疾病，有着共同的病因，即羊膜破裂，但有不同的特征。
Methods Fresh amnion transplantation was performed in 22 case(24 eyes) of early corneal and conjunctival alkali burn.
方法采用新鲜羊膜移植治疗急性期眼部碱烧伤22例（24眼）。
ConclusionSpecific mark proteins of neural stem cell are expressed in human amnion tissue and cultured amniotic cells.
结论羊膜组织和培养羊膜细胞中有神经干细胞特异性标记蛋白的表达。
Conclusion Biological amnion covering is a safe and an effective method for the treatment of early severe ocular burn.
结论生物羊膜覆盖是治疗早期重度眼表烧伤一种安全有效的方法。
Whether amnion membrane preserved in Honghua injection can prevent tendon adhesion following transplanting into foot flexor tendon?
以红花注射液保存人胎羊膜植入足屈肌腱：可能预防肌腱粘连吗？
Purpose To research the treatment technique and curative effect of fresh amnion transplantation on the curing of acute serious eye burn.
目的：探讨新鲜羊膜移植治疗严重急性眼表热烧伤临床治疗方法及疗效评价。
Objective To study the clinical effects of early preserved human amnion transplantation in the severe ocular surface alkali-burned eyes.
目的探讨保存羊膜移植在早期眼表重度碱烧伤的疗效。
Objective: to know the application of amnion transplantation in ocular surface disease, and to investigate the fundamental research about it.
前言：目的：了解羊膜移植在治疗眼表面疾病中的应用，同时探讨了羊膜的基础性研究。
Objective To compare the therapeutic effects of biological amnion and preserved amnion transplantation on serious ocular surface alkali burn.
目的比较生物羊膜及保存羊膜移植在眼表碱烧伤治疗中的效果。
Objective:To investigate the activation of cryopreserved corneal limbus epithelium on the upper parts of amnion and the effect of hetero grafting.
目的：探讨深低温冷冻保存角膜缘干细胞羊膜片的活性及异体移植疗效。
Objective To prevent from adhering again and recover function of joint movement after arthrolysis of joint ankylosis with implanting human amnion.
目的植入人羊膜防止关节僵硬术后再粘连，恢复关节活动功能。
Using CLSM combined FITC-phalloidin and PI double label technique to image thin optical sections is a good way to study spatial structure of amnion. ;
共聚焦激光扫描显微镜光学切片技术结合FITC 鬼笔环肽和碘化丙啶双重标记技术是观察和分析羊膜组织细胞立体结构的良好方法。
应用推荐