bap

Objective To examine the pathway of effect of BaP on cell cycle.

目的探讨苯并芘(BaP)影响细胞周期的途径和作用机制。

Injection of BAP at different concentration could improve the number of cones 79.49 % in average.

注射BAP的林木平均每株球果数量较对照均有所提高，平均较对照提高了79.49%。

The reported BaP levels were 2–7 times higher than contemporary cigarettes from the European Union.

报告显示的苯并芘含量比欧盟现在市面上的香烟的含量高出2到7倍。

Bone alkaline phosphatase (BAP), a traditional marker of bone turnover, was also measured in selected cases.

还测定了在选定的情况下，传统的骨代谢标志物，骨碱性磷酸酶(bap)。

The levels of serum PTH and BAP decreased significantly in the treatment group but not changed in the control group.

补肾活血组全段pth、BAP均明显下降，而单纯治疗组未见明显改善。