blm

Objective To explore dysfuction mechanism of rat alveolar type ( AT-) injured by bleomycin ( BLM ).

目的探讨博莱霉素 ( BLM ) 对肺泡型上皮细胞 ( AT - ) 功能的损伤作用.

Especially, combined with Bilayer Lipid Membranes ( BLM ) biosensor , it is very convenient to realize the inspection of quality.

特别可以结合利用双层脂质膜生物传感器, 在水质等环境检测上的应用,显得尤为方便.

Solid metal support provide BLM with the possibility of developing applied bio-sensor.

金属基质支撑的双层类脂膜为开发生物传感器提供了可能.

The average inhibitory rates of DDP, E-ADM, VM 26, Taxol, Gemzar, 5-Fu and BLM were 47.6 %, 38.0 %, 42.7 %, 27.4 %, 23.0 %, 26.3 % and 24.8 %, respectively.

顺铂(DDP) 、 表柔比星(E-ADM) 、 替尼泊苷(VM26) 、 紫杉醇(Taxol) 、吉西他滨( Gem zar) 、 氟尿嘧啶(5-FU)和BLM的平均抑制率分别为47.6% 、 38.0% 、 42.7% 、 27.4% 、 23.0% 、 26.3%和24.8%.

The density was lighter and scope smaller in MPD than in BLM.

MPD组的阴影密度和范围轻于BLM组.

HA and LN levels in BALF were also lower in group Flu compared with group BLM.

BALF中 Flu组HA、 LN分别 在第3～14天和第3天后显著低于BLM组 (P& lt; 001或P< 005).

Background Bloemycin ( BLM ) induced pulmonary fibrosis ( BPF ) is most widely used animal model for idiopathic pulmonary fibrosis.

博莱霉素 ( BLM ) 所致的肺纤维化 ( BPF ) 模型是最常用的研究特发性肺纤维化的动物模型.

Morover, we provided some new and pratical methodes to monitor the formation of the BLM system.

3.在传统的BLM膜成膜检测的基础上, 我们通过多次实验,给出了几种更加切实可行的BLM膜成膜质量标准的的判断方法.

A metho of forming S-BLM ( solid supported self-assemblig bilayer Lipid membrane ) is described.

介绍一种固体支撑双层脂质膜 ( S—BLM ) 味觉传感器的制作方法.

Functional material modified Solid-Supported Bilayer Membrane ( s-BLM ) has the great potential of being biosensor and molecular device.

功能修饰的人造固体支撑双分子层膜 ( s-BLM ) 具有发展成为生物传感器件和分子器件的巨大潜力,而新型材料的选择是s-BLM膜走向实际应用的关键.

This method has been successfully used for the determination of BLM · A 5 in mice serum.

检出限为1.0×10-8用于老鼠血样中博莱霉素A5含量的测定,得到满意的结果.

Methods: Immature rabbits were divided into control and BLM groups.

方法: 将1月龄幼兔分为2周对照组和BLM组,4周对照组和BLM组.

The sensitive rates of NVB and BLM in esophageal carcinoma were 85 7 % and 42 9 % , respectively.

诺维本、博莱霉素对食管癌敏感率为857% 、 429%.

Methods: Immature rabbits were divided into 4 groups: control, BLM, liposome and trans-gene groups.

方法: 1月龄幼兔分为对照组 、 BLM组 、 脂质体组和转基因组.

Objective To observe the effect of bleomycin ( BLM ) on structure of immune organs.

目的观察博莱霉素 ( BLM ) 对免疫器官结构的影响.