1)  PTB
PTB
1.
Alternating Splicing of Tumor Suppressor Gene CEACAM1 is Correlated with Over-expression of PTB in Lung Cancer;
肺癌中肿瘤抑制基因CEACAM1的选择性拼接与PTB的过表达有关
2.
SNT1,SNT1PTB or SNT1ΔPTB(SNT1 without PTB) was separately fused to B42AD and their products were used as an activation domain p.
方法:将RET胞内域与LexA蛋白融合作为DNA结合蛋白,分别将SNT1、SNT1PTB及SNT1ΔPTB与B42AD蛋白融合作为激活域蛋白,共转化酵母菌后,通过β-半乳糖苷酶活性检测以及氨基酸营养缺陷生长实验分析它们之间的相互作用。
3.
Methods:The EGFR IC (intracellular part of EGFR)was fused to LexA as a DNA-binding domain protein,while dok1,dok1PTB and dok1ΔPTB(dok1without PTB)were respective-ly fused to B42AD as an activation domain protein.
方法 :将 EGFR胞内域与 L ex A蛋白融合作为 DNA结合蛋白 ,分别将dok1、dok1 PTB及 dok1 ΔPTB与 B4 2 AD蛋白融合作为激活域蛋白 ,共转化酵母菌后 ,通过 β-半乳糖苷酶活性检测、生长实验以及免疫共沉淀实验分析它们之间的相互作用。
2)  PTB domain
PTB结构域
1.
Expression and purification of the GST fusion protein of p62Dok PTB domain;
Dok4和Dok5 PTB结构域融合蛋白的表达和纯化
2.
Cloning of a novel gene fragment related to p62dok-PTB domain;
p62dok-PTB结构域样新基因片段的克隆
3.
Aim: To study the specific binding of PTB domain in Doks family on upstream molecular.
目的:探讨Doks家族的PTB结构域在识别上游分子时的特异性。
3)  RH-PTB
RH-PTB
1.
The highlights of the experiment results dealing mainly with the effect of various RH-PTB operating variables on the mixing time of injecting powder in molten steel are presented.
本文研究了RH-PTB精炼装置内喷粉操作时,各个工艺操作因素对进入钢液的粉剂的均混时间的影响。
4)  RH-PTB Vacuum Refining
RH-PTB真空精炼
1.
A Study of Water Model on Mixing Characteristics of Powder Injected through Top Lance in RH-PTB Vacuum Refining Unit;
RH-PTB真空精炼装置内粉剂混合特性的水模型研究
5)  Referral and registration of PTB patients
病人转诊与发现
6)  risk factors of PTB
肺结核危险因素
参考词条
补充资料：PTB
分子式：C11H16
分子量：148.25
CAS号：98-51-1

性质：密度0.8612。熔点-54 °C。沸点189-192 °C。ND201.491-1.493。闪点54 °C。水溶性0.06 g/100 mL (20°C)。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。