染色法

基本解释 (translations)

colorization  ·  staining

与染色法相关的网络例句 [注：此内容来源于网络，仅供参考]

In the article, distributions of mast cells in spleen, cecum tonsilla and cecum of francolin were observed by improved toluidine dye method,alcian blue-Safranine dye method,long time toluidine dye method.

应用阿尔新蓝-藏花红染色法、改良甲苯胺蓝染色法、长效甲苯胺蓝染色法等三种不同染色方法观察鹧鸪脾脏、盲肠、盲肠扁桃体肥大细胞分布情况，结果表明：1。

Rats of model groups were injected with horseradish peroxidase as an indicator of BBB function and compared with control group.

采用HE染色法、辣根过氧化物酶染色法及免疫组织化学染色法观察正常对照组及模型组各个时间点(3、24、48h、3d、1和2周)海马区锥体细胞的变化、血脑屏障的变化及脑组织MMP-9的表达。

It is found that the sample stained with silver methenamine instead of mercaptoacetic acid-osmium can prevent the false phenomena caused by the inappropriate use of mercaptoacetic acid.

摘 要：本文将六亚甲四胺银染色法作为加工毛发的电子染色剂得到较好的电子显微图像，并系统地比较了用巯基乙酸-锇法染色的羊毛样品和用六亚甲四胺银染色的人发样品的超微结构，认为对深加工过的毛发样品用六亚甲四胺银法替代巯基乙酸-锇法染角蛋白，可以防止巯基乙酸使用不当引起的假象。

To produce medicine serum of Liu-Shen-Wan with different dose, different time of pouring medicine, different time of blood sampling.2. To measure content of arsenic in serum with atomic absorption method, to qualitative analysis toadfish in medicine serum of Liu-Shen-Wan with thin layer chromatography.3. MTT and trypan blue assay detects the growth inhibition effect of Liu-Shen-Wan on HL-60 cells and to make certain the best scheme of making method of medicine serum of Liu-Shen-Wan.4. Gimsa dying assay observes morphology changes of apoptosis .In situ end-labeling method and flow cell machine quantificationally probes apoptosis phenomena.

1 分不同的给药剂量、给药天数和不同的采血时间制备含药血清。2 用原子吸收法测定血清砷含量；薄层色谱法定性检测六神丸含药血清中蟾酥成分。3 用MTT法、胎盘蓝染色法观察六神丸对HL-60细胞的增殖抑制作用，确定最佳血清制备方案。4 用吉姆萨染色法观察细胞凋亡的形态学变化，流式细胞仪、原位末端标记法定量检测细胞凋亡程度。

Four testing methods to detect the pollen viability of cucumber were being compared. The results indicated that I-KI staining method and acetic red dyeing were not suitable to judge the pollen viability of cucumber. Tetrazolium method can be used but the error is oversize. By and large, the Germination in vitro method was an efficient, stable and simple way to judge the pollen viability of cucumber. The component of culture medium is 10% sucrose+ 100mg/L H_3BO_3. If inoculated intraday, collect pollen of fresh abloom flower at 6:00 and if inoculated at the second day, collect before dark.

比较了4种常用的花粉活力测定方法——I-KI染色法、醋酸洋红染色法、TTC染色法和离体萌发法，认为I-KI染色法和醋酸洋红染色法不适于测定黄瓜花粉生活力，TTC染色法虽适用但误差较大，综合考虑各项因素，确定离体萌发法是最准确、简便、稳定的测定黄瓜花粉活力的方法。

Methods:Animal models of 25 adult mixed breed dogs were established by transverse osteotomy at bilateral iliopectineal crest,which were fixed with ATMFS anterior column connector and steel plate respectively. The animals were examined at 2,4,6,8,and 12 weeks by X-ray,macropathological observation and biomechanical test. Tetracin fluorescent labeling,HE staining,Masson triad colour staining,in situ hybridization and immunohistochemical method were performed and histological image analysis were applied.

建立犬双侧骨盆弓状线骨折的动物模型，分别采用ATMFS前柱固定器和5孔重建钢板内固定，于术后2、4、6、8、12周分别行影像学检查、大体观察及生物力学测试；采用四环素荧光标记法、HE染色、Masson三色染色法、原位杂交法、免疫组织化学法进行组织学观察并图像分析；采用RT-PCR法检测骨折端不同时期骨钙蛋白和核心转录因子mRNA相对表达量的变化。

Special staining methods, such as Masson and the Van Gieson staining were used to study the distribution of collogen fibers and elastic fibers. ResultsBy HE staining, the subepithelial connective tissues and vessels in the pterygium were more prominent than normal conjunctival tissues. An amorphous subepithelial superficial hyalinized zone and coarse eosinophilic granular materials were observed in the pterygia, but they were not found in normal conjunctival specimens. Coarse fibers were visible only in the deeper subepithelial connective tissues of pterygial samples. With Masson′s staining, the dense staining of collagen fibers was also more prominent in the pterygium than in the subepithelial connective tissues of normal conjunctiva. Abnormal collagen fibers were visible in the deeper sub-epithelial connective tissues of pterygial samples. With Van Gieson staining, abnormal collagen fibers were visible in the deeper subepithelial connective tissues. Dark coarse elastic fibers were found in the abnormal fibers only in the subepithelial deep connective tissues of pinguecula in the pterygia but not in the conjunctiva. With immunohistochemistry staining, MMP-3 was strong in the pterygial epithelium, moderate in fibroblast and absent from pterygial vascular walls. LN was strongly expressed in the blood vessel wall, moderately in the epithelial basement membrane and absent from the entire stroma.

结果HE染色：翼状胬肉组织上皮下基质中存在结缔组织的增生和血管形成；基质浅层存在一无定形物质透明区及粗糙的颗粒样嗜酸性物质，在翼状胬肉体部深层基质中存在粗糙的纤维组织；正常球结膜组织细胞排列整齐；基质为疏松结缔组织，胶原纤维平行排列，其间可见成纤维细胞，散在少量中性粒细胞、毛细血管；Masson染色：翼状胬肉浅层基质中存在致密的胶原纤维染色，深层基质中的胶原纤维存在变性样改变；VG染色：翼状胬肉组织深层基质中存在大量变性的胶原纤维，其间夹杂黑色的弹性纤维；免疫组化染色法：MMP-3在翼状胬肉上皮细胞中呈强表达，成纤维细胞中呈中等强度表达，血管内皮细胞中未见表达；LN在血管壁中呈强表达，在上皮细胞基底膜中呈中等强度表达，在整个基质中未见明显表达；col Ⅲ在整个翼状胬肉基质中呈强表达。

Five hours after the noise exposure, the cochleae were harvested. mitochondria energetic function, succinate dehydrogenase activity, in the hair cells of cochleae was evaluated with a colorimetric assay using blue tetrazolium monosodium salt. the sdh-labeled organs of corti were double stained with propidium iodide, a dna intercalating fluorescent probe used to visualize the morphologic viability of hair cell nuclei.

采用琥珀酸脱氢酶（succinate dehydrogenase，sdh）染色法进行耳蜗基底膜细胞线粒体染色，细胞核dna荧光染料碘化丙啶（propidium iodide，pi）双重染色耳蜗基底膜，以未受噪声暴露动物为对照，显微镜下观察噪声暴露后耳蜗基底膜核固缩和核肿胀毛细胞琥珀酸脱氢酶染色的变化。

Yunnanensis. The pollens of dehisced anthors of flowering P. polyphylla plants was slightly painted on the slide glass, the activities of P. polyphylla pollens were determined resp. by iodine-potassium iodide dyeing method (I2-KI), triphenyl tetrazolium chloride staining method, aceto carmine dyeing method and fluorescein diacetate method with a little improvement.

方法］将滇重楼开花植株裂开花药的花粉轻轻涂抹载玻片上，分别用碘－碘化钾(I2-KI)染色法、氯化三苯四氮唑染色法、醋酸洋红染色法和略有改动的荧光素二醋酸酯法对滇重楼花粉活力进行侧定。

The PCR products were examined by agarose gel electrophoresis. The target gene fragments were purified by gel extraction kit and ligated to cloning vector pMD18-T. The recombinant vectors were transformed into host strain E. coli K802 by lithium chloride method, screened and identified with PCR and restrictive enzymatic digestion. Their sequences were confirmed by DNA sequencing.(2) sTWEAK1 gene was subcloned into expression vector pProEx HTb and transformed into E. coli BL21. sTWEAK2 gene was subcloned into expression vector pMAL-C2x and transformed into E. coli TB1. The recombinant vectors were screened and identified with PCR and restrictive enzymatic digestion. The recombinant fusion proteins were induced to express with IPTG, detected by coomassie brilliant blue-stained SDS-polyacrylamide gel electrophoresis , and confirmed by Western blot analysis.(3) The sTWEAK1 fusion protein was purified with Ni-NTA Spin Kit.(4) The biological activity was assayed on transformed and tumor cells by microplate photometer after crystal violet or sulfur rodamine B staining.(5) The contents of IL-8 in the supernatant of 1990 cell cultures were determined by ELISA.(6) The morphological changes of the sensitive cells were observed by light and transmission electron microscopies.(7) The cell cycle and apoptotic rate were assayed by flow cytometry in 1990 and M85 cells.(8) The effect of fusion proteins on induction of NF-κB in 1990 and LOVO cells was detected with Dual-Luciferase Reporter Assay system.(9) The TWEAK gene was subcloned into Adeno-X Viral DNA with pShuttle vector and transfected into HEK293 cells by lipofectamine method.

(1)本研究用RT-PCR方法，从人组织细胞总RNA中扩增可溶性TWEAK胞外区（sTWEAK1和sTWEAK2）的cDNA序列及全长编码序列，用琼脂糖凝胶电泳分析PCR产物，胶回收目的基因片段，连接到pMD18-T克隆载体中，转化大肠杆菌K802，PCR和酶切筛选阳性克隆，全自动DNA测序验证序列；(2)sTWEAK1和sTWEAK2分别亚克隆到pProEx HTb和pMAL-C2x表达载体中，分别转化大肠杆菌BL21和TB1，PCR筛选和酶切鉴定，阳性克隆用IPTG诱导表达，表达产物用SDS-PAGE分析和Western blot验证融合蛋白；(3)用NTA-Ni Spin试剂盒初步分离纯化sTWEAK1融合蛋白；(4)用体外培养的肿瘤细胞和正常对表达产物进行活性检测，贴壁细胞用结晶紫染色法，悬浮细胞用磺酰罗丹明B染色法，酶标仪检测OD值；(5)敏感细胞用ELISA法检测细胞培养上清中IL-8的含量；(6)用光镜和电镜观察敏感细胞死亡和细胞凋亡情况；(7)用流式细胞仪分析表达产物对敏感细胞凋亡率和细胞周期的影响；(8)用双荧光素酶报告基因检测法，测定表达产物对敏感细胞NF-κB的影响；(9)用pShuttle穿梭质粒将TWEAK重组到腺病毒载体上，用脂质体转染法转染HEK293细胞，PCR鉴定重组质粒。

与染色法相关的网络解释 [注：此内容来源于网络，仅供参考]

DYEING：染色; 染色法; 染业

dying 快结束的; 快熄灭的; 快消灭的 | dyeing染色; 染色法; 染业 | emigrant 移居的; 移民的, 侨居的

endospore staining：内生孢子染色法

acid-fast staining 抗酸性染色法 | endospore staining 内生孢子染色法 | capsule staining 荚膜染色法

Exhausting Dyeing：连续染色法

3. High washing colorfastness or acrylic. 染色丙烯晴类面料后洗水色牢度较好 | Exhausting Dyeing 连续染色法 | Exhausting dyeing features 竭尽染色的特点

flagella stain：鞭毛染色法

抗酸染色法 Acid-fast stain | 鞭毛染色法 Flagella stain | 阿尔培(Albert)异染颗粒染色法 Albert metachromatic granules staining

Gram stain：革兰染色法

前者具有粘附能力,与细菌致病力有关;后者可传递遗传物质(质粒或核质DNA片段等),与细菌的毒力或耐药性转移等有关..革兰染色法的步骤、结果和医学意义 革兰染色法(Gram stain)是最常用最重要的染色法,

Weigert's myelin sheath staining：魏格特氏髓鞘染色法

Weigert's iron hematoxylin staining 魏格特氏铁苏木精染色法 | Weigert's myelin sheath staining 魏格特氏髓鞘染色法 | weigh anchor 启航

metachromatic：奈氏异染小体染色法

\\"阿科特异染小体染色法\\",\\"staining,method,metachromatic,Alkert' method\\" | \\"奈氏异染小体染色法\\",\\"staining,method,metachromatic,Neisser's method\\" | \\"茎,蒂,柄\\",\\"stalk\\"

metachromatic：阿科特异染小体染色法

\\"细胞核染色法\\",\\"staining of nuclei\\" | \\"阿科特异染小体染色法\\",\\"staining,method,metachromatic,Alkert' method\\" | \\"奈氏异染小体染色法\\",\\"staining,method,metachromatic,Neisser's method\\

acid-fast stain：抗酸染色法

革兰染色法 Gram stain | 抗酸染色法 Acid-fast stain | 鞭毛染色法 Flagella stain

heat transfer printing：转写染色法

印刷染色法 direct printing | 转写染色法 heat transfer printing | 脱膜 removing of coating,stripping of coating