membrane vesicle
英 [ˈmembreɪn ˈvesɪkl]
美 [ˈmembreɪn ˈvesɪkl]
膜囊
双语例句
- Studies of the leakage from dye-loaded vesicles indicate that none of the peptides forms membrane pores and that vesicle fusion is not accompanied by leakage of the aqueous contents of the vesicles.
用染料携带囊泡进行的渗漏研究表明：上述多肽均未形成膜孔，而且囊泡含水内容物的渗漏不会引起囊泡的融合。 - The readily releasable vesicles were not clustered close to the presynaptic membrane but instead were dispersed almost randomly throughout the vesicle cluster.
结果发现即刻可释放小泡并不是簇集于突触前膜而是随机分散于小泡群中。 - The membrane proteins of synaptic vesicle and their role in the neurotransmitter release have been extensively studied.
突触小泡膜蛋白及其在神经递质释放过程中的作用已取得若干研究进展。 - The cell membrane invaginates, encloses the fluid or particles, then fuses again, forming a vesicle that later detaches and moves to the cell interior.
细胞膜先内陷关住液体或微粒，然后再次加以融合，形成小泡，小泡随后脱离细胞膜进入细胞内。 - Ooplasm was gradually filled up with yolk granules, and the membrane of the germinal vesicle began to disappear.
第7阶段：卵黄球形成逐渐充满卵质，胚泡膜逐渐消失。 - The ultrastructural study on the membrane surface process of the synaptic vesicle associates with the microtubule
突触小泡膜表面突起与微管联系的超微结构研究 - S: Bolaform amphiphiles can form monolayer lipid membrane ( MLM) and monolayer lipid membrane vesicle ( MLM vesicle) in water.
Bola型两亲化合物分子因具有中部是疏水基，两端为亲水基团的特殊结构，可在水中聚集形成单层类脂膜（MLM）和单分子层囊泡（MLM囊泡）。 - Recently, transporter, that is a sort of protein located in the presynaptic membrane, vesicle membrane and glia cell membrane, has been the study hotspot of neuroscience.
近年来，一种位于突触前膜、囊泡膜及神经胶质细胞膜上的糖蛋白&神经递质转运体逐渐成为神经科学界研究的热点。 - BME-10X collagen membrane was implanted into every acoustic vesicle except these in the feigned operation group. The incision was closed, and the changes of praxiology of the animal action were observed after wakefulness.
除假手术组外，其余各组均植入BME-10X医用胶原膜，缝合手术切口，待豚鼠全麻清醒后观察其行为学变化。 - Excitatory amino acid transporters ( EAAT) localizes on the presynaptic membrane, synaptic vesicle and glial membrane.
兴奋性氨基酸转运体（EAAT）位于突触前膜、突触囊泡和神经胶质细胞膜上。 - With the interaction potential between the membrane and the chain segments, the anchored segments changed not only the exerted pressure, but also the surface tension of the vesicle.
当高分子链段和囊泡表面存在相互作用时，聚合物链不仅对囊泡表面施加外压，还改变了囊泡的表面张力。 - There is a close relation between organisms and polymers, for example, biological membrane can be regarded as vesicle consisting of amphiphilic molecules.
生物体与高分子体系之间的联系十分密切，生命物质大多由高分子构成，如生物膜可看作由两亲性分子所形成的囊泡结构等等。 - The membrane fusion mechanism is proposed that the process of vesicle fusion occurred through closing, contact, semi-fusion, pore formation, pore expansion of vesicle membrane.
提出了囊泡经历了膜的靠近、接触、半融合、孔形成、孔扩大等过程的膜融合的机理。 - In nervous tissue, Syn is located selectively on all the membrane of synaptic vesicle of axon terminal, so it can be regarded as one of the specific marker of synapse, reflecting the structural distribution of axon terminal.
在神经组织中，它特异地定位于所有轴突终末的突触小泡膜上，因此Syn可作为突触的特异性标记物之一，反映轴突的终末结构分布。 - In accordance with their key role in membrane fusion of vesicle transport, the SNARE proteins are always regarded as a special cargo which has to be correctly packed into the vesicles during the budding process.
SNARE蛋白在囊泡运输膜融合阶段起着重要作用，所以在囊泡形成时就必须作为一种特殊的货物蛋白被正确包裹进入囊泡内。 - Syn is a specific protein on the membrane of synaptic vesicle which is closely related to the structure and function of synapse.
突触素（Synaptophysin，Syn）是突触囊泡膜上的特异性蛋白质，与突触结构和功能密切相关。 - Membrane trafficking in eukaryotic cells is exquisitely regulated at multiple levels, including the regulation of cargo sorting, vesicle formation, trafficking and fusion processes.
细胞内的膜转运系统牵涉到多个层次的调控过程，包括货物分选、膜泡形成、膜泡运输及融合等。 - The real-time fusion of CS-PDEA vesicles could be observed and the details of vesicle fusion were researched. And we think the defects of membrane is the main reason of the vesicle fusion.
通过实时观察，对CS-PDEA囊泡的融合进行了研究，并推断CS-PDEA囊泡上存在的缺陷是囊泡融合的主要因素。 - Accumulating evidence reported the function of α-SNAP in membrane fusion between vesicle membrane and presynaptic membrane, which has been regarded as the most important step in calcium-dependent exocytosis during the process of neurotransmitter release.
已有大量研究报道α-SNAP参与钙依赖的胞吐作用，该作用在神经递质释放过程中的囊泡膜与质膜的融合步骤中是至关重要的。