Effects of a Novel Retinoid on Cyclin D1 and E in Breast Cancer Cells

Conclusion Overexpression of cyclin D1 plays an important role in the differentiation and development of cancer.

结论cyClin D1的表达是肿瘤发生中的早期事件，参与癌前病变的发生并影响癌细胞分化程度。

Excess iodine can inhibit both thyroid D1 mRNA expression and its activity.

碘过量可明显抑制D1活性，且随碘摄入量的增加，D1活性降低更为明显，碘过量对D1mRNA的表达具有一定的抑制作用。

Cyclin D1 expression was related to T grade ( P < 0.05).

cyClin D1在下咽癌中的表达高于正常粘膜，且表达与T分级明显正相关（P<0.05）；

The results showed that: There were C4 pathway enzymes activities at different time in leaf.

结果表明：柑橘叶片在不同的发育时期均存在不同活性强度的C4途径酶。

Result showed that C4 and C5 selective cracking had good development prospect.

结果表明，C4、C5选择性裂解技术具有良好的发展前景。

Group II and group III including one restorer line C2 and C4 respectively.

第2组和第3组分别仅有l个恢复系C2和C4。

And lastly, the decision tree is produced using C4 5 algorithm.

最后用C45算法生成了决策树。

Development progress on pyrolysis with Refinery' C4 Hydrocarbon as raw materials for Increasing ethylene

炼厂碳四作为乙烯裂解原料的开发现状

In C4 plants there are two types of chloroplast.

在C4植物中有两种类型的叶绿体。

The activation of C4 system may play an important role in the pathogenesis of PN.

补体C4的激活可能在PN发病机制中起重要作用。

The Change C3 and C4 Level in Epidemic Hemorrhagic Fever Patients Complicated by Liver Damage

补体C3、C4在流行性出血热并发肝脏损害中的意义

Effect of Activation Conditions on VPO Catalysts for Selective Oxidation of C4 Hydrocarbon

活化条件对碳四烃氧化制顺酐VPO催化剂的影响

Optimization of Fermentation Condition of Chitinase-producing Bacterium C4 by Uniform-design

均匀设计法对产几丁质酶细菌C4发酵条件的优化

Study Status and Application on C4 Fraction of FCC

催化裂化C4烃类的研究现状与应用

Relationship between C3 and C4 in peritoneal fluid with pelvic adhesion

腹腔液补体C3、C4水平与盆腔粘连相关性研究

Utilization of C4 fraction in fine chemicals ( ⅱ)

C4馏分的精细化工利用（Ⅱ）

Studies of catalytic Conversion Reaction Conditions of C4 Hydrocarbon

华北石化C4烃类催化转化反应条件的实验研究

Discussion on the Relation between C4 Card Waveform Gauge and Yarn Quality

C4梳棉机波浪隔距与纺纱质量的关系探讨

The best firing temperature of best formula C4 is 1460 ℃.

C系列最佳配方为C4，其最佳烧成温度为1460℃。

Taking into account the systematic factors, we create C4 model for the timing study of Chinese funds.

将我国基金市场的制度性因素纳入其中，我们构造了用于我国基金时机选择研究的C4模型。