从小鼠肝脏细胞中提取总rna。
目的：研究和探索胚胎小鼠肝脏细胞的横向分化潜能。
AIM: To explore transdifferentiation potential of Sca-1 + cells from murine fetal liver.
结论在本实验室，离心淘洗技术已能成功应用于肝脏细胞分离过程。
Conclusion Centrifugal elutriation technique could be applied successfully during the separation of liver cells in our laboratory.
康强硒、硒多糖等硒制剂可有效拮抗砷对肝脏细胞增殖周期的影响。
The selenium compounds (Kangqiang selenium and selenium Polysaccharide) could protect against the effects of arsenic on livers cell cycle in rats.
目的：研究机体获得热适应后肝脏细胞线粒体呼吸链相关基因的差异表达。
Objective:To determine differentially expressed genes of mitochondrial electron transport chain of the liver cells of the heat adaptation rats.
实验组及对照组发生凋亡的肝脏细胞均被TUNEL染色染成棕色而证实。
Apoptosis of hepatic cells in both groups were confirmed by TUNEL assay. The brown ones were the apoptosis positive.
首先，他们发现，实验小鼠中癌化的肝脏细胞周围的细胞出现了老龄化的症状。
First, they found that the cancerous liver cells in their mice were generally accompanied by cells that had the symptoms of old age.
对维生素E、微量元素锌和硒对大鼠肝脏细胞胶原代谢的调控进行了体外研究。
The effects of Vitamin E, zinc and selenium in culture medium on collagen metabolism of rat's primary cultured hepatocyte and liver fat-storing cells were observed.
那篇文章特别指出存在一个独特的阶段，胎儿肝脏细胞表现出早期前体干细胞的特征。
So what that paper especially demonstrates is that there is a unique stage that fetal liver cells exhibit, which identifies them at an early stem progenitor condition.
模型组凋亡的肝脏细胞数随时间的延长逐渐增多，均高于正常对照组（P<0.05）。
The number of apoptotic cells in the liver increased gradually, which was higher than that of the normal control group(P<0.05).
另一个关键观察是骨骼肌胰岛素抵抗在肝脏细胞胰岛素抵抗发生之前，并且脂肪产物在肝脏中增加了。
Another key observation was that skeletal muscle insulin resistance precedes the development of insulin resistance in liver cells, and that fat production in the liver is increased.
目前该研究有了进一步的进展，他们可以替代足够的人类肝脏细胞到小鼠肝上，在暴露于肝炎病毒时可致广泛的肝炎。
The present study went one step further-they could replace enough cells to cause widespread hepatitis (inflammation of the liver) after exposure to the virus.
背景与目的： 通过研究钬离子溶液对小鼠肝脏细胞DNA的损伤，探讨钬元素对诱导动物细胞凋亡的影响。
BACKGROUND&AIM: To study the effect of holmium ions on DNA breakage of mice liver cells and the effect of holmium element on apoptosis of zoic cells in vivo.
腐植酸钠对小鼠肝脏细胞色素P_（450）有抑制作用，并能增强硫贲妥钠对小鼠的中枢抑制作用，使麻醉持续时间显著延长。
Sodium Peat Humic Acid inhibits the Cytochrome P_(450) of the liver of mice, Strengthens the effect of thiopental sodium on the central nervous inhibition of mic…
这个实验，不但其结果本身令人吃惊，同时也表明肝脏细胞可能有一种以前不了解的新功能：肝脏应该是免疫系统的副总指挥，能够代替淋巴结向T细胞发出指令。
This result is both surprising in itself, and suggests a novel function for the liver as an alternate site for T-cell activation.
肝炎是一种专门感染肝脏的病毒，所以病毒通常都有细胞特异性。
Hepatitis is a virus that specifically affects the liver, so viruses are often specific to certain kinds of cells.
这种寄生虫在人体的肝脏中繁殖，然后感染血红细胞。
In the human body, the parasites multiply in the liver, and then infect red blood cells.
导致糖尿病的对胰岛素的抵抗看来是由聚积在肌肉细胞和肝脏内的脂肪引起的。
The resistance to insulin that leads to diabetes appears to be caused by a build-up of fat inside the muscle cells and also inside the liver.
同样地，血液中的免疫系统细胞可以找到我们感染的部位，血液把废弃的副产品带到肾脏和肝脏被分解处理掉。
Likewise our immune system cells travel in the bloodstream, seeking out infection, and blood takes the body's waste products to the kidneys and liver to be sorted out and trashed.
额外的葡萄糖则储存在你的肝脏、肌肉以及其它的细胞中稍后使用，或者转化为脂肪。
Extra glucose is stored in your liver, muscles and other cells for later use or is converted to fat.
这些寄生虫一旦进入人体，将首先在肝脏繁殖，并稍后开始在红细胞中繁殖。
Once inside the body, the parasites multiply first within the liver and later within red blood cells.
他们发现与细胞损伤相关的一处标记出现了显著的下降。这种细胞损伤会造成大脑、肌肉、肝脏和肾脏功能的损害，还会造成皮肤的老化。
They found a significant decrease in a marker associated with cell damage, which can cause impaired brain, muscle, liver and kidney function as well as ageing effects on the skin.
死亡的脂肪细胞随后通过肝脏被排出体外。
The dead cells are then removed naturally by the body through the liver.
控制老鼠的饮食热量减少了牠们肝脏和小肠老化细胞的数目。
Mice fed a restricted diet had a reduced accumulation of senescent cells in their livers and intestines.
控制老鼠的饮食热量减少了牠们肝脏和小肠老化细胞的数目。
Mice fed a restricted diet had a reduced accumulation of senescent cells in their livers and intestines.
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