DCC

Conclusion: DCC and PTEN expression were correlated with invasion and metastasis of colorectal carcinoma.

结论: DCC和PTEN表达与大肠癌浸润转移密切相关.

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Conclusion: LOH of DCC gene may be involved in the occurrence and development of HCC.

结论: DCC基因LOH可能参与了原发肝癌的发生发展.

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Conclusion: DCC gene play an important role in controlling cancer recurrence after operation.

结论: DCC基因可能是决定大肠癌术后复发重要的控制基因之一,检测DCC表达 有助于判断大肠癌的预后.

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The conformability between E _ 2-HRP and DCC was 67 %.

在15例胃癌中,DCC法与E_2-HRP法的符合率为67%.

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Introduction of some new techniques exploited in our country including DCC, MGG , MIO, ARGG and HCC are also given.

介绍了我国新近开发的DCC 、 MGG 、 MIO 、 ARGG、HCC等 几种典型的先进工艺.

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CONCLUSION: The DCC LOH might enhance the progression of metastasis in colorectal cancers.

结论: DCC基因的杂合缺失可能对肿瘤的转移起促进作用.

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No significant correlation was found among LOH of DCC gene, clinical parameters and HBV infection.

DCC基因LOH与临床病理参数和HBV感染无显著相关.

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Objective To evaluate the role of telomere and DCC in tumor transformation and progression.

目的　分析端粒长度及DCC基因 mRNA 表达在大肠癌及腺瘤发生发展中的作用.

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The forming principle, process procedure and characterization of DCC are introduced in this paper.

本文简述了DCC成型的原理 、 成型过程及特点.

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Conclusion DCC gene played an important role in generation and development of ovarian carcinomas.

结论DCC基因 可明显抑制卵巢癌细胞生长,可能在卵巢癌发生、发展的过程中起重要作用.

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Objective : To understand DCC gene status between primary and liver metastatic lesions of large intestinal cancer.

目的: 了解DCC基因在大肠癌复发、转移过程中的变化及其与肝转移的关系.

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Direct coagulation casting ( DCC ) is a novel ceramic net shape forming process for ceramic green bodies.

直接凝固注模成型 ( DCC ) 是一种全新概念的净尺寸陶瓷成型技术.

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Objective : To Study the relationship between the expression of DCC and the biologic behavior in colorectal carcinoma.

目的: 探讨DCC基因 在大肠癌中的蛋白表达及其生物学行为的关系.

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Results Exogenous DCC had successfully been transferred into SKOV 3 cells and obtained permanent expression.

结果RT-PCR 技术和免疫组化染色方法检测显示,外源性DCC基因 通过基因重组及脂质体介导,已整合于SKOV3细胞并获稳定表达.

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Takintg L-Arginine, L-Glycine and L-Aspartate as a raw material, used DCC coupling method to synthesize Arg-Gly-Asp ( RGD ).

以L - 精氨酸 、 L - 甘氨酸、L - 天门氨酸为原料, 采用二环己基碳二亚胺(DCC)法合成了Arg-Gly-Asp ( RGD ).

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