EDAG

Objective To explore the regulation mechanism of EDAG expression in leukemia cells .

目的探讨胚胎发育相关基因（EDAG）在白血病细胞中的调控机制。

Furthermore , EDAG also operates in the fields of aviation , renewable energies and railway systems .

同时爱达克在中国还涉足航空航天、可再生能源以及铁路系统领域。

EDAG gene has the activity of malignant transformation and is relative to maintaining undifferentiation of cells .

研究表明EDAG具有恶性转化活性，与维持细胞的未分化状态有关。

EDAG is located in the famous Shanghai " Anting Auto town ", specialised in product development and production systems .

爱达克坐落于上海著名的“安亭汽车城”，专门从事汽车产品开发以及装备制造。

Nowadays , the mechanisms of EDAG regulating proliferation , differentiation and apoptosis of haematopoietic cells remain largely unknown .

目前EDAG调控细胞增殖、分化及凋亡的分子机制尚不明确。

CONCLUSION : PMA and BCR-ABL chimeric gene can influence the expression of EDAG gene in leukemia cell line K562 .

结论：诱导剂佛波酯和BCR-ABL嵌合基因可以影响EDAG基因在白血病细胞系K562中的表达。

As the world 's famous independent development partner and supplier , EDAG develops customized concepts and solutions and makes optimization for production to meet the mobility needs of the future .

作为世界上知名的独立开发商和供应商，爱达克根据用户要求，开发新概念、提供解决方案和产品优化方案以满足未来的交通需要。

K562 cells were induced by PMA or transfected with BCR-ABL chimeric gene , and the expression of EDAG gene in the reporter cells was determined with luciferase assay .

转染BCR-ABL嵌合基因两种不同的方法，通过检测荧光素酶报告基因的方法，观察用两种不同的方法处理细胞后对EDAG基因表达的影响。