1) life-span of cells
细胞寿命
1.
The effects of telomere and telomerase on the life-span of cells and cancer;
端粒、端粒酶与细胞寿命及癌症的关系
2) life span of red blood cell
红细胞寿命
1.
Objective To study the effect of reduced glutathione(GSH) on the life span of red blood cells of patients with anemia caused by chronic renal function failure.
目的通过对慢性肾功能衰竭性贫血患者行重组人红细胞生成素(r-HuEPO)联合还原型谷光甘肽(GSH)治疗,监测其红细胞寿命,研究GSH对慢性肾功能衰竭性贫血患者红细胞寿命的实际影响。
3) fine root longevity
细根寿命
1.
Minirhizotron and radiocarbon methods: Their application and comparison in estimating fine root longevity;
微根管法和同位素法在细根寿命研究中的应用及比较
2.
According to the researches during the last several decades about fine roots system in China and abroad,several main realms on fine roots were concluded here,such as fine root decompose,fine root longevity,fine root turnover and fine root senescence.
论文根据国内外近几十年来树木细根研究现状,对细根的几个主要研究领域即细根分解、细根寿命、细根周转和细根衰老的研究进展进行综合概述,并指出寻找适宜的研究方法、明确细根的定义、认识细根的异质性及探究影响细根周转的因子和机理是树木细根各研究领域未来需深入探讨的基本问题。
3.
Fine root longevity is an essential component of root ecology and physiology.
细根的周转取决于细根的寿命 ,细根寿命越短 ,周转越快 ,根系对C的消耗也越多。
4) long-lived cell
长寿细胞
5) cell fate
细胞命运
1.
The effects of differentiation inducing factor (DIF) and its working mechanism during Dictyosteliumdevelopment are introduced in this article, including effects of DIF on prestalk and stalk cells, DIF biosynthesis,DIF induction, DIF inactivation, and the control of cell fate and cell proportion by DIF.
对盘基网柄菌发育过程中分化诱导因子(DIF)的作用及其机制进行了综述,包括DIF对盘基网柄菌前柄细胞、柄细胞分化的作用以及DIF的生物合成、DIF的诱导、降解失活、DIF对细胞命运和细胞比例的调节及其作用机制等。
6) half Life of red blood cells
红细胞半寿期
补充资料：红细胞寿命测定
红细胞寿命测定
是诊断溶血的可靠指标。目前常用的有"51Cr、32P-DFP或3H-DFP (二异丙基氟磷酸）标记红细胞法。51Cr每天能从红细胞中逸出15％，它仅代表红细胞寿命的指数，更为敏感的是32P-DFP标记法，这两种方法能检出轻微的红细胞寿命缩短。其优点是灵敏度高、估计溶血的程度，采用体外标记的红细胞分别输入患者本身或志愿者身上，能检出红细胞溶血是由于胞内缺陷、胞外缺陷、或胞内胞外均有缺损所致。由于测定方法复杂，故不作为常规检查。
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