英语释义

• outermost membranous sac enclosing the embryo in higher vertebrates (reptiles, birds and mammals)

片语

chorion frorldosurm叶状绒毛膜

serous membrane[组织] 浆膜；浆模

chorion cells绒毛细胞

chorion epithelioma绒毛膜上皮癌

chorion protein卵壳蛋白

Primitive chorion原绒毛膜

Chorion villosum叶状绒毛膜

chorion leve翻译

serosa[组织] 浆膜；绒毛膜；卵膜

chorion allantoideum翻译

chorion gonadotropin绒毛膜促性腺激素

英汉例句

• the highly vascular fetal membrane that consists of the fused chorion and allantois, found adjacent to the eggshell in reptiles and birds and constituting the placenta in most mammals.

  由融合的绒毛膜和尿囊组成的富含血管的胎膜组织，存在于爬行类动物和鸟类的蛋壳附近，并且构成大多数哺乳动物的胎盘。

• objective\ to investigate the effects of sialoadenectomy and human chorion gonadotropin(hcg) administration on spermateleosis in mouse.

  目的探讨切除颌下腺及术后给予人绒毛膜促性腺激素（hcg）对小鼠精原细胞增殖的影响。

• results stain for egfr was detected in all cell types of trophoblasts in gtd and normal chorion villi.

  目的研究表皮生长因子受体在妊娠滋养细胞疾病的表达，探讨egfr对预测葡萄胎恶变的价值。

• the abstracted tissue contained normal endometrium , remaining decidua and a small amount of chorion villi .

  结果：刮出组织含有正常子宫内膜组织、残留蜕膜组织和少量绒毛膜绒毛。

• 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。

• the highly vascular fetal membrane that consists of the fused chorion and allantois found adjacent to the eggshell in reptiles and birds and constituting the placenta in most mammals.

  绒毛膜尿囊由融合的绒毛膜和尿囊组成的富含血管的胎膜组织，存在于爬行类动物和鸟类的蛋壳附近，并且构成大多数哺乳动物的胎盘。

• the hatching membrane which was composed of chorion and fertilization membrane was the primary egg membrane, and protected the embryo development from harm material till the larva hatched.

  由壳膜和受精膜构成的孵化膜为初级卵膜，保护胚胎发育，直至幼体破膜而出。

• conclusion underwent circle mattres apposition suture under jejunal chorion after pancreaticojejunostmy can prevent pancreatic fistula effectively.

  结论胰空肠吻合时采用褥式交锁缝合法可有效防止胰肠吻合口瘘。

• methods immunohistochmical method was used to observe the distribution of ln and fn in normal chorion and decidual tissue during early pregnancy.

  方法采用免疫组织化学方法观察层粘连蛋白和纤维粘连蛋白在正常人胚早期绒毛膜和蜕膜组织中的分布。

• the hcmv dna probe labeled with digoxin was used for 105 women with early pregnancy (including 45 cases with a history of abnormal pregnancy) to make in situ hybridization (ish) of chorion cells.

  用地高辛标记人巨细胞病毒（hcmv）dna探针，对10 5例孕早期妇女（其中有异常妊娠史者4 5例）绒毛细胞进行原位杂交（ish）。

• znf could promote the degeneration and necrosis of chorion and decidua cells.

  自拟方能加速光镜下蜕膜和绒毛的变性、坏死。

• methods: the morphology and endocrine fuction of chorion and decidua in early human pregnancy were observed by using light microscope, electronic microscope and ria.

  方法：采用光镜、电镜和放免方法观察复方米非司酮对人早孕绒毛蜕膜组织结构和分泌功能的影响。

• it also, when possible, noted whether fetuses were surrounded by their own chorionic membrane, or whether that chorion was shared.

  这个资料也可能记载了胎儿是否自己单独拥有一个绒毛膜，还是与孪生同胞共享。

• serum egf and p levels all descended after taking mifepristone, chorion egf level of drug abortion was lower than that of induced abortion (p0 01).

  服用米非司酮后血清中egf和p含量均下降，药物流产的绒毛中egf的含量也明显低于人工流产者（p00 1）。

• in every urine inspects the chorion to press the gonadotrophic hormone, in the normal condition is the pregnancy.

  凡是尿中检查出绒毛膜促性腺激素的，正常情况下是妊娠。

• objective: to investigate telomerase activity in chorion and decidua from mifepristone induced abortion at early gestation.

  目的探讨米非司酮配伍米索前列醇早孕流产对绒毛、蜕膜组织端粒酶活性的影响。

• objective:to investigate the effect of human chorion gonadotropin(hcg) on expression of epidermal growth factor(egf) in resting spermatocytes and spermatogenesis.

  目的：探讨人绒毛膜促性腺激素（hcg）对切除颌下腺小鼠静止期精母细胞表皮生长因子（egf）的表达和生精功能的影响。

• therefore melts in the urine test the chorion to press the gonadotrophic hormone to be called the pregnancy test.

  因此化验尿中的绒毛膜促性腺激素称为妊娠试验。

• conclusion it is demonstrated that some kind of natural suppressors exist in the human embryonic chorion tissue.

  结论：人胚绒毛组织中存在着某种天然抑瘤物。

• conclusion: this study suggested the changes of glycoconjugates in human decidua and chorion during early pregnancy, in addition to offer a new method to study its function.

  早孕期人子宫蜕膜、绒毛膜糖复合物的变化为进一步研究其功能提供新方法。