膜运输的英文

• membrane trafficking

• "膜"英文翻译    membrane
• "运输"英文翻译    transport; carriage; conveya ...
• "跨膜转运,跨膜运输" 英文翻译 :    transmembrane transport
• "膜运载" 英文翻译 :    membrane transport
• "薄膜运动" 英文翻译 :    film movement
• "虹膜运动不能" 英文翻译 :    akinesia iridis; iridis akinesia
• "视网膜运动现象" 英文翻译 :    retinomotor phenomenon
• "正常视网膜运动" 英文翻译 :    normal retinal movement; nrm
• "运输" 英文翻译 :    transport; carriage; conveyance; traffic; transportation 公路运输 transport by road; 海上运输 marine transport; 机械运输 mechanical transport; 陆上运输 land transport; 水陆运输 water and land transportation; 阻塞[促进] 运输 block [facilitate] transportation; 水果经不起长途运输。 the fruit will not bear transportation to any great distance.; 运输部队 [军事] transportation troops; 运输车 carrier vehicle; transport cart; 运输车辆 haulage vehicle; transport vehicle; 运输船 transport; transport ship; cargo ship; 运输队 transport team [corps]; 运输飞机 carrier; 运输费 traffic expense; 运输工具 transport machine; means of transport; conveyance; 运输公司 transport company; common-carrier; 运输里程 transport mileage; 运输能力 transport capacity; carrying capacity; 运输网 [工业] transport network; 运输线 landline; supplyline; 运输业 freighting; carrying trade; transport service; transportation; 运输业务 forwarding
• "虹膜运动不能, 虹膜强直" 英文翻译 :    akinesia iridis
• "终膜运动神经终板的两层被膜" 英文翻译 :    telolemma
• "运输，运输费" 英文翻译 :    transportation
• "运输桶,运输罐" 英文翻译 :    transfer cask
• "ac 运输" 英文翻译 :    ac transit
• "mrna运输" 英文翻译 :    mrna trafficking
• "rna运输" 英文翻译 :    rna trafficking; rna trans-port
• "（动词）运输" 英文翻译 :    transport
• "共运输" 英文翻译 :    cotransport; symport
• "货柜 运输" 英文翻译 :    container service
• "煤运输" 英文翻译 :    coal transport
• "逆运输" 英文翻译 :    retrograde transport
• "年运输" 英文翻译 :    annual traffic
• "迁移；运输" 英文翻译 :    transport
• "糖运输" 英文翻译 :    sugar transport
• "委托，运输" 英文翻译 :    consign

• Active transport the transport of molecules or ions across a cell membrane against a concentration gradient , with the expenditure of energy , usually in the form of atp
  主动运输：伴随着能量的消耗， atp的产生，逆着浓度梯度的分子或者离子的跨膜运输。
• Facilitated diffusion a passive transport of molecules across a cell membrane along a concentration gradient , mediated by carrier molecules or complexes , usually proteins
  易化扩散（促进扩散） ：分子沿浓度梯度由载体分子或复合物（通常是蛋白质）作为媒介的一种被动跨膜运输。
• Aquaporin ( water pore ) a protein channel in the plasma membrane that facilitates water movement across the membrane . aquaporins can open or close to increase or decrease water flow
  水通道（水孔） ：位于质膜上的一种蛋白通道，控制水的跨膜运输。它的开或关可以增加或减少水的流量。
• Nonspecific lipid transfer proteins ( nsltps ) are small , soluble , basic proteins that can bind and catalyze transfer of lipids in vitro , however , we do not know their functions in vivo
  非特异性脂转运蛋白是一类分子量较小的可溶性碱性蛋白质，许多研究表明在体外它能结合并跨膜运输磷脂、糖脂和脂肪酸等物质。
• Resent studies demonstrate that , such as gabaar1 subunit of gaba receptor , ka2 and glur6 subunit of ka receptor , there are some functional regions in that of c terminus which can regulate these subunits targeting to the cell membrane surface . while little was known whether nmda receptor ' s nr2b subunit has the similar domains
  最近有一些研究报道，许多突触受体如gaba ( b )受体rl亚单位、 ka受体的kaz和glur6亚单位以及孤儿受体腿亚单位的胞内区，存在有影响受体运输到细胞膜的功能区，但是尚未有对于nmda受体的nrz亚单位膜运输的报道。
• The chemiosmotic hypothesis describes the stomatal opening as a process in which the osmotic materials , mainly potassium , accumulate in guard cells , and as a result of the increase of osmotic pressure and the absorption of water into guard cells the stomata are driven to open . the energy for trans - membrane transport of k + is the hyperpolarized potential across plasmalemma , which is established by the proton extrusion
  化学渗透假说认为气孔开放是由外来渗透物质(主要是k ~ + )等在保卫细胞中的累积造成的渗透压上升所致，而离子跨膜运输的动力是诱导气孔开放的因子引发的保卫细胞向胞外泵出质子所造成的超极化膜电位。
• Cdpks play important roles in plant calcium signal transduction . there is increasing evidence that cdpks participate in c / n metabolism , transmembrane transport of ion and water , cytoskeletal regulation , stomatal movement regulation , growth and development regulation and biotic and abiotic stress responses in plants
  Cdpks在植物钙信号转导中具有重要的作用，越来越多的证据表明，在植物碳氮代谢、离子和水分跨膜运输、细胞骨架调节、气孔运动调节、生长发育调节以及生物和非生物胁迫应答反应中均有cdpks的参与。
• Constructing quantitative model with ordinary differential equations for the cell - cycle control system , it is appropriate to use ordinary differential equations ( odes ) , because molecular diffusion , transcription , translation and membrane transport seem to be fast ( a matter of seconds ) compared with the duration of the cell cycle ( hours ) . spatial localization of reactions can be handled by compart - mental modelling , in the spirit of pharmacokinetics
  对于这样的细胞周期控制系统，应用常微分方程是适合的，因为比起细胞周期的时间（以小时计）来，分子扩散，转录，翻译和膜运输是很快的（以秒计应用药物动力学的区域化模型的方法，可以处理反应的空间分布。