片语

GCV transfer vectorGCV载体

GCV thresholdGCV阈值

GCV ruleGCV方法

KB CC TS TD GCV图腾机柜

GCV Ganciclovir更昔洛韦

HSV TK GCV胸苷激酶

ganciclovir GCV丙氧鸟苷

GCV-IgG丙肝抗体

GCV-TP三磷酸盐

英汉例句

• The mean ash content increased in an order from tree layer, shrub layer to herb layer, while those of GCV and AFCV decreased.

  从乔木层、灌木层到草本层，灰分含量依次增加，GCV和AFCV则依次降低。

• On the contrary, no killing effect of GCV was observed in cells cultured under normoxic condition.

  而正常氧浓度下培养组，未能观察到GCV的杀伤作用。

• The rodential biocontrol with GCV in wild field was performed in Chongqing Municipality and Zhuozhou in Hebei Province.

  在重庆和河北涿州的田间控鼠试验反映了GCV的控鼠效果。

• Conclusion: The above datas in vitro experimentation revealed that GCV can resist HCMV, and the inhibition effect would be strengthened with the increasing dose of GCV. It showed cleardose connection.

  结论： 更昔洛韦对HCMV感染细胞后显示出显着的抑制作用，且随药物浓度的增加其作用逐渐增强，存在明显的量效关系。

• The AC of leaf, branch, root and stem increased as the stand ages increased, the GCV of them changed oppositely.

  叶、枝、根、干的灰分含量随林龄的增大有减小的趋势，而干重热值则相反；

• The first iteration of GCV will be an infantry fighting vehicle to replace the Army「s Bradley fighting vehicle, which is manufactured by BAE.

  GCV的第一次迭代是步兵战斗车，以取代陆军的由BAE制造的布雷德利战车。

• The sensitivity of transfected cells to GCV and 「bystander effect (BSE)」 of HRE-TK/GCV system under normoxia or hypoxia conditions were measured by MTT assay and mixed coculture experiment.

  用MTT法和混合共培养实验分别检测转基因细胞在缺氧或不缺氧状态下对GCV的敏感性以及HRE-TK/GCV系统的「旁观者效应」；

• After its GCV proposal was rejected, Advanced Defense Vehicle Systems filed a protest with the Government Accountability Office (GAO) on June 18, according to the GAO bid protest docket.

  根据政府责任办公室(GAO)的投标抗议案卷上记录，在GCV的提案被否决后，6月18日，先进防御车辆系统公司(ADVS)向GAO提出了抗议。

• But GCV had no activity for guarding against human embryo fibroblast cells」 infection by HCMV in vitro.

  同时，体外实验显示，更昔洛韦对人胚成纤维细胞感染HCMV无预防作用。

• The GCV and ash-free caloric value (AFCV) decreased in the following order: lianas, tree layer 1, tree layer 2, shrub layer and herb layer. The AFCV differed among various components.

  各层优势种平均干重热值和去灰分热值都表现为：层间藤本>乔木1层>乔木2层>灌木层>草本层。

• The energy of plantation at different ages changed and distributed as more or less with the biomass of plantation because of little differences of GCV among various organs.

  由于品种器官的平均热值差距不大，品种不同器官能量的大小顺序与生物量的排列顺序一致。