分泌过程

结论PKA在大鼠肾上腺髓质嗜铬细胞CA分泌过程中的作用不明显。

Conclusion PKA has no significant effect on CA secretion in rat adrenal chromaffin cells .

本研究受上述启示，旨在揭示SNARE蛋白在海洋鱼类免疫细胞内重要细胞因子白细胞介素1β（IL-1β）的分泌过程中的作用。

Based on these facts , this study was undertaken to explore the function of SNARE proteins during the secretion of key cytokine Interleukin-1 β in marine fish initiated immune cell .

建立了一种用于研究分泌过程的方法，利用静息细胞在缓冲溶液中分泌所引起的溶液pH变化来获得酸分泌量的在线数据。

A methed was established to study the secretion process , i. e. by means of on - line data of dicarboxylic acid obtained by measuring the pH changes caused by the amount of the acid secretion by the resting cells in a buffer .

庆大霉素分泌过程的初步研究

Preliminary Study on Secretion Process of Gentamicin

碳纤电极记录可用于对单个神经及内分泌细胞分泌过程进行电化学检测，其中技术关键之一是碳纤电极的制作。

Carbon fiber electrode ( CFE ) can be used in detection of exocytosis of single neuron or endocrine cell .

本文主要介绍了细菌纤维素的独特性质、合成和分泌过程，及细菌纤维素的商业用途。

This article mainly introduced bacterial cellulose unique nature , synthesis and secretion process , and bacterial cellulose commercial applications .

细胞内钙离子（Ca~（2+））作为一种重要的第二信使，在囊泡分泌过程中起着非常重要的作用。

Intracellular Ca ~ ( 2 + ) acts as a second messenger that palys important role in regulating vesicles secretion .

在原尾蚴皮层细胞质中观察到三种腺细胞的分泌过程，即顶分泌、外分泌和微分泌过程。

Three types of secretion processes are observed in the tegumental cytoplasm , i. e. , apocrine , eccrine and microapocrine processes .

总之，本文建立控制木醋杆菌定向运动的方法，成功实现细菌纤维素分泌过程的有序微纳组装。

In summary , we established a method to ensure the directional movement of A. xylinum and realized ordered assembly of bacterial cellulose .

这两个超家族转运蛋白参与了链霉菌营养物质摄取及物质分泌过程，尤其是次级代谢产物外排过程。

The transporters of these two superfamilies are involved in the nutrient uptake and substrate export process , especially the process of drug efflux .

在真核生物细胞中，许多具有生物活性的多肽和蛋白是在其分泌过程中由前体蛋白经内切蛋白酶切割后激活形成的。

In eukaryotic cells , biologically active peptides and proteins are often activated within the secretory path-way through limited proteolysis of inactive precursors by endoproteases .

同时，在纤维素酶分泌过程中的蛋白转运途径是控制大量纤维素酶成功输出的重要环节。

In addition , the process of protein transportation in a fungal cell plays an important role in the secretion of a large amount of cellulases .

由于转运蛋白的特异性之间存在重叠，药物在肾小管分泌过程中产生的药物的相互作用将是今后临床上值得注意的问题。

Due to overlapping specificities of the transport proteins , drug interactions at the level of tubular secretion is an event that may occur in clinical situation .

同时，对这些化合物抑制胃酸分泌的过程进行了研究，发现吡啶环上的取代基影响化合物的作用时间和与胃粘膜细胞的结合程度。

At the same time , we found that substitute on pyridine have effect on the acting time and its binding ability with the stomach cells .

肾脏中的分泌排泄过程在肾单位中进行。代谢物的尿液排泄包括3个基本过程：肾小球过滤、肾小管分泌和肾小管再吸收。

The urine excretion process takes place in functional units of the kidney called nephrons and involves three primary processes : glomerular filtration , tubular secretion and tubular reabsorption .

肉毒杆菌神经毒素可以阻断分泌的过程但是并不能阻断空泡的形成，细胞松弛素D不能阻断空泡的形成，但是可以延长空泡的持续时间。

A botulinum neurotoxin blocked the exocytosis completely but not the vacuole formation . Cytochalasin D , an actin filament modifier , did not affect the formation of vacuoles but prolonged its time course .

结论烧伤血清可诱导内皮细胞IκBα降解，活化NF-κB，从而在烧伤后内皮细胞分泌细胞因子过程中起重要作用。

Conclusion Burn serum might induce the degradation of I κ B α to activate NF - κ B , which ultimately leads to cytokine release from the endothelium .

据此推论ASG作为细胞内钙库，借某种机制调控其中钙的释放而参与ANP的刺激分泌耦联过程。

Therefore , it is considered that ASG as an intracellular Ca store participates in the stimulus-secretion coupling of ANP through the release of Ca ions .

结论：提示mmp-2参与牙髓组织破坏过程，在炎症牙髓组织降解过程中起重要作用。IL-1β在牙髓成纤维细胞合成和分泌mmp-2的过程中发挥重要作用。

CONCLUSION : The results suggested that IL-1 β could have the potential to stimulate the production of elevated levels of mmp-2 in human pulp cells and that the mmp-2 may play a role in pulpal inflammation .

花椒果实分泌囊发育过程的超微结构研究

Ultrastructure of the secretory cavity development in the fruit of Zanthoxylum bungeanum

作者综述了细菌脂肪酶的分子结构、分泌和折叠过程及其催化机制。

In this review paper , discussion is facused on the 3D-structure , the process of the secretion and folding and the catalytic mechanism of the bacterial lipase .

应用透射电子显微镜研究大鼠脊髓中央管室管膜上皮细胞及其在分泌和吸收过程中的超微结构特点，并分析其与脑脊液循环的相互关系。

The ultrastructural characteristics of ependymal cells on the central canal of the spinal cord in rats and their relationship with cerebrospinal fluid circulation as well as their secretory and absorptive functions were studied by transmission electron microscopy .

FLSs增殖和分泌在RA发病过程中发挥关键性作用。

Alterations in proliferation and secretion of FLSs are known to play a pivotal role in the development of RA .

利用透射电镜，研究了野油菜黄单胞菌（Xanthomonascampestris）NK-01菌株培养过程中菌体形态及黄原胶分泌的动态变化过程。

A transmissive electron microscope was used to study the morphology of Xanthomonas campestris NK-01 during the period of flask culture and dynamic course of xanthan secretion .

miRNA作为一种转录后水平的基因调控机制，广泛参与时序发育、神经元发育、细胞凋亡、细胞分化、脂肪代谢、激素分泌等多种生命过程。

As one of the post-transcriptional gene regulatory mechanism , miRNA was involved in a wide range of life processes which include development , neuron development , apoptosis , proliferation , fat metabolism and hormone secretion .

这些非经典分泌蛋白是生命过程中的重要分子，对分析和解决生物医学问题具有重要意义。

The nonclassical secretory proteins are factors whose biological functions are of tremendous importance to biomedical research .

利用突变的线虫个体，就可以从单细胞水平对分泌特性和动力学过程进行分析，也可以从行为学深入研究基因和蛋白质的关系。

Individual live animals carrying the deletion mutation can be used to study the molecular and cellular basis of secretory , even in the relationship of gene and behavior .

本研究首次探讨Sec分泌途径在变形链球菌蛋白分泌过程中的作用，同时结合生物膜形成过程重点研究变链菌毒力因子分泌的变化。

In our research , we firstly discuss whether S.mutans utilizes the general secretory ( Sec ) pathway to secret virulence factors and the changes of protein secretion in the process of biofilm formation .

本文进一步讨论了皮质素对神经分泌的作用和垂体细胞在神经分泌过程中的机能意义。

In this study , we discussed the effect of cortisone on the AcP of neurohypophysis and the functional significance of pituicytes in neurosecretion procedure .

目的：通过追踪胰腺β细胞株MIN6细胞内单个分泌囊泡的运动轨迹研究胰岛素的动态分泌过程和影响因素。

Objective : To study the exocytosis of pancreatic β cell line ( MIN6 ) by tracing the single secretory granule motion .