ABC transporter

美 [ˌeɪ biː ˈsiː trænˈspɔːrtər]英 [ˌeɪ biː ˈsiː trænˈspɔːtə(r)]
  • 网络ABC转运蛋白;转运系统;abc转运系统
ABC transporterABC transporter
  1. MDR-type ABC transporter proteins from medicinal plants were compared for the first time .

    首次对药用植物MDR类ABC转运蛋白基因进行了比较研究。

  2. Reconstruction of ABC Transporter Pathways of Archaea and Comparison of Their Genomes

    古核生物ABC转运体系的重构及其基因组比较

  3. This result further evidenced that the ABC transporter protein was related to the resistance of Streptococcus suis .

    本研究结果进一步佐证了该ABC转运蛋白可能与细菌耐药性的产生相关。

  4. Study of siRNA-directed RNA Interference of the Genes Related ABC Transporter in Silkworm , Bombyx mori

    siRNA介导的家蚕ABC转运蛋白相关基因的干涉研究

  5. SpsB gene encode ABC transporter substrate-binding protein and a signal peptide localized at N-terminal .

    spsB基因编码ABC转运系统底物结合蛋白(ABCtransportersubstrate-bindingprotein),其N-端有一段18个氨基酸编码的信号肽序列。

  6. Depending on the conserved amino acids of glycine betaine ABC transporter , a pair of degenerate primers were designed .

    首先通过该转运系统ATP结合蛋白氨基酸的保守序列设计简并引物一对,获得约560bp的部分核苷酸序列。

  7. The study of ABC transporter genes involved in the accumulation of Taxol requires the detailed acquaintance of the biosynthetic pathway of Taxol .

    对紫杉醇累积相关ABC转运蛋白基因进行研究需要详细了解紫杉醇的生物合成途径。

  8. ATP-binding cassette ( ABC ) transporter proteins constitute one of the largest protein superfamilies and are present in all organisms from bacteria to human . These proteins utilize the energy derived from ATP binding hydrolysis to drive substrate translocation across the membrane .

    三磷酸腺苷结合盒转运蛋白(ATP-bindingCassette,ABC)广泛分布于从细菌到人类等各种生物体中,是最大的膜蛋白家族之一,它主要利用ATP水解释放能量实现多种底物的跨膜转运。

  9. As a machine to efflux xenobiotics out of cells , ATP binding cassette ( ABC ) transporter protein has a major impact on the in vivo behavior of most of the drugs in use today , including drugs treating cancers , AIDS and infectious diseases .

    作为异生物质排出细胞的通道,ABC转运蛋白对大多数现在使用的药物的体内行为产生重要影响,包括治疗肿瘤、艾滋病和微生物感染用药。

  10. P-gp is a representative member of the superfamily of ABC transporters ( ATP-dependent transporter protein ), is considered to be dominant in the process to cause MDR .

    P-gp是ABC转运蛋白(ATP-依赖性转运蛋白)超级家族中的一个代表性成员,被认为在引起MDR的过程中占主导地位。