passage passage1 n. 1.通行,通过;经过;转变,演变,变迁,推移;迁移,移住,(鸟的)移栖。 2.旅行;(海上、空中)航行;航行权;通行权;通行费,船费,车费。 3.通路,走廊;出入口;道路;航线,水路;行程。 4.(文章等的)一节;一段;(艺术作品的)细部。 5.〔美国〕(议案的)通过。 6.〔古语〕(已发生的)事件。 7.对打;争论,讨论;〔pl.〕商量,密商;交流;交换。 8.【医学】通便。 9.〔古语〕逝世,死亡。 10.【乐 】经过句。 11.【生物学】病原体(如病毒)的培育。 a bird of passage 候鸟;暂时居住的人。 a passage from that book 那本书的一节。 a passage at [of] arms 打架。 book [engage] one's passage 定购船票。 cut a passage 开路。 force a passage through (a crowd) (在人群中)挤过去。 have a smooth [rough] passage 航程平稳[艰险]。 have stormy passages with 和…猛烈争论。 make a passage 1. 航海。 2. (鲸鱼)移栖。 take one's passage 定购船票。 take passage in 搭乘。 work one's passage 以做工抵作船费。 vi. 1.前进;通过,穿过。 2.航海。 3.争论。 vt. 【马术】使(马)用斜横步前进。 vi. (马或骑手使马)以斜横步前进。 n. 斜横步。
The fluorescence intensity in high - passage cells was increased obviously ; whereas the mitochondrial membrane potential was decreased obviously 结论内皮细胞在复制性衰老过程中,伴随着细胞形态退化、细胞周期异常,细胞内自发荧光产物增加,线粒体膜电位降低。
Methods : isolated rabbit bmsc by adhesion method and cultured it at 37c , 5 % co2 incubator . graphic the growth curve after observed the growth of primary cells and passage cells . cultured bmsc in calcified solution and observe its potential of osteogenic 方法:贴壁法分离第四军医大学硕士学位论文兔骨髓基质干细胞, 37 , 5 % co :培养箱培养,观察原代及传代细胞的生长发育情况,并绘制生长曲线;在矿化液中连续培养,观察其骨形成能力。
Conclusion after the rhizomorph of a . mellea infected g . elata nutritional stems , hyphal coils and the hyphal stream will breakthrough passage cells as well as large cells surround the whole nutritional stems , so the passage cells is the key nutritional resource in the whole growth period of g . elata 结论蜜环菌索侵入天麻营繁茎后,菌丝结、突破菌丝通道的菌丝流,及大型细胞等三层细胞层呈片状环周包围了整个营繁茎,菌丝通道是天麻整个生长期营养的补给线。
The apoptosis in the passage cells was detected by using flow cytometry . it was fmded that the apoptosis of passage 12 cells was not obvious . cells were subcultured to sixteenth passage . it proved that the subculturing of porcine ear skin fibroblasts was stable by using this kind of method combining trypsin cold treatment with trypsin heat treatment 在进行传代培养时,利用了流式细胞仪检测了培养细胞的凋亡情况,发现传至第12代的细胞仍无明显凋亡现象,细胞已传至16代以上,说明应用此方法可稳定地进行猪耳皮肤成纤维细胞的传代培养。
1 . the study of comparative anatomy on the structure of seedlings of acorus tatarinowii and zantedeschia aethiopica suggested a . tatarinowii was more primitive " x " - shape mesarch haplostele , while z aethiopica atactostele ; the actinostele of root of the former was di - to octoarch , but the latter only di - to pentarch ; the pattern of endothecial wall thickening in a . tatarinowii was characteristic of five - face thickened and contained passage cell , while z . aethiopica four - faced thickened and known as casparian strip 通过对石菖蒲和马蹄莲幼苗结构的比较解剖学研究,发现石菖蒲幼苗的子叶节区下部为原始的中始式二原型的“工”字形的单中柱,而马蹄莲为散生中柱;石菖蒲根的维管柱为2 - 8原型星状中柱,马蹄莲为2 - 5原型星状中柱。石菖蒲根的内皮层细胞壁为马蹄形五面加厚;而马蹄莲为凯氏带四面加厚。