原纤维的

基本解释 (translations)

fibriilar

与原纤维的相关的网络例句 [注：此内容来源于网络，仅供参考]

Result: in control group, crude fibers, small fibers and microfilament of collagen fibers can be seen, and the cardiac muscle architectonic is integrated.

结果：正常组胶原纤维的形态分为粗纤维、细纤维和微细纤维三种；心肌结构完整。

It includes determination of properties of the acid protease and lipase, application of acid enzymes to processes of bating pickling pelt and wet blue of sheepskins, analysis of activities of collagenase in acid protease and trypsin. Comparison was conducted to acid bating and common bating. Orthogonal experiments were used to determine influence of some factors in acid bating on qualities of leather. Scanning electronic microscope was used to observe separating of collage fibers.

对酸性蛋白酶、酸性脂肪酶的性能进行了测定；将其用于绵羊服装革生产的酸性软化及蓝湿皮软化中，利用正交试验法研究了酸性酶软化各因素对成革质量的影响，并与常规酶软化进行了对比；用扫描电镜观察了酸性酶软化后胶原纤维的分散情况；对酸性蛋白酶的分子量进行了测定，对比了酸性蛋白酶与胰酶中的胶原酶活力，以说明酸性酶软化与胰酶软化对胶原性质的影响。

To some degree, this study revealed the relationship between ossein and bone miner and the important preventive and therapeutic effects of ossein on OP. It provides theoretical and experimental basis for the research and development of effective prescriptions to cure OP. Limited by the actual experimental situation, we only did some study on the synthesis and content of type Ⅰ collagen. Further study on the changes of decomposition and structure of type Ⅰ collagen are needed to be done.

本课题的研究，在一定程度上揭示了骨胶原纤维和矿物质之间互根互用的辨证关系，及Ⅰ型胶原在骨质疏松症的发病和治疗中所起的重要作用，并为开发研制治疗本病的有效中药复方提供了理论和实验依据，但由于条件所限，本研究仅就Ⅰ型胶原的合成及其含量变化做了初步观察，而本病中骨胶原纤维的分解代谢及其结构的改变，尚待进一步探讨。

Demonstrative green tea can reduce gland purine to be damaged to the qualitative pathology between bandicoot kidney, green tea has fight the action that qualitative fiber changes between kidney, and can restrain hyperplasia of fibrous of I,Ⅲ collagen, this may be green tea qualitative fiber is changed between kidney of prevention and cure, one of mechanisms that defer chronic kidney failure to develop a process.

说明绿茶能够减轻腺嘌呤对大鼠肾间质的病理损害，绿茶有抗肾间质纤维化的功能，并且能抑制I、Ⅲ型胶原纤维的增生，这可能是绿茶防治肾间质纤维化、延缓慢性肾衰竭发展进程的机制之一。

Result:After removal of the bilateral lower molars, the remodeling and degenerative activities in different layers of the condyles increased, such as vesiculation of endoplasmic reticulum, distortion of mitochondria and increase of lysosome. Furthermore, the sequential arrangement of collagen fibrils was disturbed, the collagen network broke down and the proteoglycan granules decreased.

结果：细胞发生了不同程度的改建及退行性反应，如粗面内质网的扩张，线粒体肿胀，溶酶体增多等；基质中胶原原纤维的有序排列结构消失，胶原网受到破坏，同时蛋白多糖颗粒减少；基质中脂质小体及基质小囊等成分增多；负重区较非负重区的改变更显著。

The details of the research include: By studying the structure of the natural bamboo fiber, make the basic morphological structure and the degree of crystallization clear; By studying the mechanical property of the fiber, make the feature of mechanical property of the natural bamboo fiber clear; By studying the mechanical property of the pure yarn and its blends, make the feature of mechanical property of the yarn clear; and we also study the mechanical property changes of the pure yarn and its blends in the hygrometric state different temperature state and after mercerization and alkali shrinkage.

研究内容包括：通过对天然竹原纤维结构的研究，探明竹原纤维的基本形态特征和结晶度等特征；通过对天然竹原纤维机械性能的研究，探明竹原纤维的力学性能特点；通过对竹原纤维纯纺、混纺纱线力学性能研究，探明其纱线的力学性能特点；研究在湿态条件下，竹原纤维纯纺、混纺纱线力学性能的变化特点；研究在不同温度条件下，竹原纤维纯纺、混纺纱线力学性能的变化特点；研究在丝光、碱缩条件下，竹原纤维纯纺、混纺纱线力学性能的变化特点。

The atomic architecture of a spine, from the fibril-forming segment GNNQQNY of the yeast prion protein Sup35, was recently revealed by X-ray microcrystallography.

最近通过X射线微晶学揭示了淀粉样原纤维的原子构造核心：从原纤维形成酵母prion蛋白质Sup35的GNNQQNY片段。

Materials and methods: The lung preparation of 6 SARS death patient (died in 9,14,20,29,33,38d) and 6 macaque model (killed in 7,12,14,14, 32, 35d)were objects. Pathological changes, collagen fibers, lattice fibers, elastic fibers, collagen I and III in lungs and fine structure changes were studied by routine H.E dyeing, trigeminy dyeing, trinitrophenol- sirius red staining and polarization microscope, electron microscope and image analysis. Expression of Vimentin、 TGFβ_1、 TNF α、 IL-1β and MMP-2 were detected by immunohistochemistry.Results:1. Pathological changes of SARS death patient.

材料与方法：以6例SARS死亡患者(分别于发病后9、14、20、29、33、38d死亡)和6只猕猴实验模型(分别于染毒后7、12、14、14、32、35d活杀取材)肺标本为对象，应用H.E染色、三联染色、苦味酸-天狼猩红-偏振光法、电镜和图像分析等技术，对比性观察SARS肺组织病理变化和纤维化的病理过程、胶原纤维、网状纤维和弹力纤维的变化特点、Ⅰ型与Ⅲ型胶原纤维的数量和分布规律，旨在探讨SARS肺纤维化的病变经历过程及特点；利用免疫组织化学和形态计量学技术检测SARS死亡患者肺脏的Vimentin、TGFβ_1、TNFα、IL-1β和MMP-2等与炎症反应和纤维化相关活性因子，探讨其发病机制。

The next stage of the team's work will be to determine the structure of the thicker fibrils and examine how collagen cells manage to produce these relatively large fibrous structures which are 1,000 times their own size.

该小组下阶段的工作是测定较厚的原纤维的结构并检测胶原细胞如何产生这些相对较大的是自身大小的1000倍的纤维结构。

We show that the matrix-modifying hormone relaxin increased tumor-associated fibroblast interaction with collagen fibers by stimulating b1-integrin activity, which is necessary for fiber remodeling by matrix metalloproteinases.

我们指出基质修改激素松弛肽通过分泌活性b1-integrin ，从而增加了瘤相关纤维原细胞与胶原纤维的相互作用。这对于基质金属蛋白酶对纤维的重塑很重要。

与原纤维的相关的网络解释 [注：此内容来源于网络，仅供参考]

collagen fibril：胶原原纤维

而由胶原装配成胶原原纤维(collagen fibril)则是通过分子间的交联. 弹性蛋白是弹性纤维(elastic fibers)的主要成分. 弹性纤维主要存在于韧带和脉管壁. 弹性纤维与胶原纤维共同存在, 赋予组织以弹性和抗张能力. 层粘连蛋白是基膜(basal lamina)的主要结构成分.

fibril：原纤维

该公司生产的原纤维(FIBRIL)产品系列主要以母体混合物或即时可成型的混合物的形式出现,此类产品通常会应用在热塑性树脂中. 母体混合物是一种碳纳米管含量为15%-20%的高粘度树脂, 经稀释后,碳纳米管添加剂的最后浓度会变为2%-8%.

fibrilla：纤丝/原纤维

fibrilia /麻纤维/ | fibrilla /纤丝/原纤维/ | fibrillar /纤丝的/

sarcostyle：肌原纤维

(二)肌原纤维 (sarcostyle) 为肌细胞中特化的一类功能细胞器,是由许多蛋白纤丝聚合并平行排列而成的. 在光学显微镜下观察,每条肌原纤维由众多的明带(I带)和暗带(A带)交替排列组成,呈明暗相间的分段图象,故称为横纹肌. 在明带内只有细纤丝,

soybean protein：大豆蛋白 刺激细胞新生,产生胶原纤维及弹力纤维,增强肌肤支撑组织的弹性与紧实

Sorbitol 山梨醇 保湿剂 | Soybean Protein 大豆蛋白 刺激细胞新生,产生胶原纤维及弹力纤维,增强肌肤支撑组织的弹性与紧实 | Stearic Acid 硬脂酸 油脂剂

collagenic fiber：胶原纤维

即管平衡听泡形成后其四周的间质组织 (mesenchymal tissue) 即变成听囊迷路,其与膜性迷路之间形成外淋巴间隙(perilymphatic space) 并蜗部分的外淋巴间隙分成二个部分,即鼓阶(scala tympani)及前庭成,其中间的胶原纤维(collagenic fiber)则为第一第二鳃弓的

collagenic fibre：胶原纤维

collagenic 胶原的 | collagenic fibre 胶原纤维 | collagenous fibre 胶原纤维

collagenous fiber：胶原纤维

1.胶原纤维 胶原纤维(collagenous fiber)数量最多,新鲜时呈白色,有光泽,又名白纤维. HE 染色切片中呈嗜酸性,着浅红色. 纤维粗细不等,直径1-20μm,呈波浪形,并互相交织. 胶原原纤维由直径20~200nm的胶原原纤维粘合而成. 电镜下,

collagenous fibril：胶原原纤维

胶原蛋白由成纤维细胞合成分泌,与细胞外聚合成胶原原纤维(collagenous fibril)在经少量粘合质粘结成胶原纤维. 电镜下,胶原原纤维直径为20-200nm,呈现明暗交替的周期性横纹,横纹周期约64nm,(图3-12). 胶原纤维的特性为韧性大,抗拉力强.

fibrillose：有原纤维的

nervosa (植物)多脉的 | fibrillose 有原纤维的 | -osity[名词后缀]