1) Intra-cellular iron
细胞内铁
1.
Intra-cellular iron and exocellular iron were observed through light microscope.
对50例住院患者骨髓涂片分别采用常规方法和省略甲醇固定步骤的简化方法做铁染色,随机双盲观察细胞外铁和细胞内铁。
2) iron in and out cell
细胞内外铁
4) QP
细胞内磷
1.
The effects of different phosphorus concentrations of water system on DTP, P-in-cell content of tissues (QP) and cell multiplication of Microcystis aeruginosa were studied in laboratory experiments.
通过室内模拟的方法研究了在磷质量浓度不同的水体条件下,在铜绿微囊藻水华形成过程中微囊藻的增殖特征及细胞内磷、可溶性磷的变化特征。
5) Endothelial cells
内皮细胞
1.
Protective effect of Zinc finger protein gene A20 on endothelial cells damaged by hypoxia;
锌指蛋白A20基因对内皮细胞缺氧损伤的保护作用
2.
Effects of oxidative stress induced by cigarette smoking on cardiovascular system and endothelial cells;
吸烟介导的氧化应激及其对心血管系统和内皮细胞的影响
3.
Effect of TNF-α on blood-labyrinth barrier permeability of microvascular endothelial cells from cochlear stria vascularis of guinea pig;
TNF-α对体外培养豚鼠耳蜗血管纹微血管内皮细胞通透性的影响
6) intracellular carbohydrate
细胞内糖
1.
On the basis of measuring and analyzing the anaerobic COD degradation and the variation of phosphate and intracellular carbohydrate content in anaerobic phase, it was verified that in both carbohydrate and non carbohydrate substrate conditions microbes could establish such a mechanism that intracellular carbohydrate could be utilized as the energy source of anaerobic absorption.
通过考察乙酸钠和葡萄糖两种单基质配水厌氧快速吸收COD去除情况、厌氧磷量变化、细胞内糖变化规律、混合液厌氧 pH值以及细胞外糖浓度与混合液COD的相互关系 ,证明对于糖类和非糖类基质 ,细胞都可以建立以内糖 (胞内单糖和糖元 )为厌氧吸收能量来源的机制。
2.
It turns out that intracellular carbohydrate can be a source of energy for the fast anaerobic absorption.
从理论上总结了厌氧快速吸收有机物可能存在两种能量来源，通过实验室考察葡萄糖和醋酸钠两种配水的厌氧快速吸收ＣＯＤ去除情况，厌氧释磷量及内糖变化规律，证明细胞内糖可以作为厌氧快速吸收有机物的能量来源。
补充资料：精液内细胞个别不同类型细胞检查
精液内细胞个别不同类型细胞检查
诊法。射精液的个别细胞形态的分类测定，是精液分析要取得的参数之一。 取已用瑞氏染色法或吉姆染色法染好的精液涂片，在光镜下计数100个头部卵圆，中段形子 、尾子蜷曲的正常精子，同时在一个视野内，计数欲测的不成熟精子或其他形态的细胞。按 下列公式计算：C=〓〓N×S〓〓100〓〓(式中：C——欲测得的细胞；N—— 在计数 100个精子时同一视野下的细胞数；S——1ml精液中的精子数)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条