- 更多网络例句与微粒体的相关的网络例句 [注：此内容来源于网络，仅供参考]
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Objective To explore the mitochondria and microsome of testis cells caused by nickel sulfate in rate.
目的从氧化应激角度探讨硫酸镍(NiSO4)对大鼠睾丸细胞线粒体及微粒体的毒性作用。
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Abstract摘要: Objective To explore the mitochondria and microsome of testis cells caused by nickel sulfate in rate.
摘要摘要：目的从氧化应激角度探索硫酸镍(NiSO4)对大鼠睾丸细胞线粒体及微粒体的毒性功能。
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Methods: Liver microsome was preparated from normal rat and human liver, which was to he treated with a series of concentrations of CsA or coadministration with Flu or MP. The activities of CYP3A in the microsomes were detected by using erythromycin as substrate.
製备大鼠和人肝微粒体，用不同浓度的CsA作用、加或不加MP、Flu，以红霉素为底物，经过NADPH系统孵育后，利用分光光度法测定人和大鼠肝微粒体的红霉素N-脱甲基酶活性。
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To identify the location of Pfdyn, Triton X-100 and Biotin were used to extract different cell components'proteins.
在培养三周后出现了可以抗WR99210的含稳定pHD22y-Pfdyn微粒体的恶性疟原虫的克隆。
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Methods: Liver microsome was preparated from normal rat and human liver, which was to he treated with a series of concentrations of CsA or coadministration with Flu or MP. The activities of CYP3A in the microsomes were detected by using erythromycin as substrate.
制备大鼠和人肝微粒体，用不同浓度的CsA作用、加或不加MP、Flu，以红霉素为底物，经过NADPH系统孵育后，利用分光光度法测定人和大鼠肝微粒体的红霉素N-脱甲基酶活性。
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Alcohol, the most common cause, is a hepatotoxin that interferes with mitochondrial and microsomal function in hepatocytes , leading to an accumulation of lipid.
酒精，是最常见的原因，酒精所产生的毒素干扰了肝细胞线粒体和微粒体的功能，从而导致了大量脂肪酸的堆积。
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Alcohol, the most common cause, is a hepatotoxin that interferes with mitochondrial and microsomal function in hepatocytes, leading to an accumulation of lipid.
乙醇是最常见的病因，作为肝毒素能阻碍肝细胞内的线粒体和微粒体的功能，导致脂质沉集。
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At concentration of 2% PEG8000, 30% microsomal protein containing 10% of total P450 was precipitated. At concentration of 5% PEG8000, 55% microsomal protein containing 20% of total P450 was precipitated. At concentration of 8% PEG8000, 78% microsomal protein containing 30% of total P450 was precipitated. At concentration of 11% PEG8000, 85% microsomal protein containing 70% of total P450 was precipitated.
当PEG的浓度为2％时，约30％的微粒体蛋白和10％的P450被沉淀；PEG为5％时，约55％的微粒体蛋白和20％的P450被沉淀；PEG为8％时，约78％的微粒体蛋白和30％的P450被沉淀；PEG为11％时，约85％的微粒体蛋白和70％的P450被沉淀。
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Methods Fe2+VitCinduced lipid peroxidation damage models were established by rat liver microsomes extraction. The expressions of malondialdehyde and superoxide dismutase were tested.
通过大鼠肝微粒体的提取，制备Fe2+VitC系统诱导的脂质过氧化损伤模型，检测车前子多糖对丙二醛的抑制作用以及对超氧化物歧化酶活性的影响，观察车前子多糖的抗脂质过氧化作用。
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Results As shown in Western blot analysis, the presence of microsomes did not alter the molecular weight of TM-TNF , but it did result in the cleavage of the IL-2 signal peptide from S-TNFm,suggesting that the leader sequence of TNF might differ from the signal peptide of typical secretory protein in that it seemed not to have undergone cleavage during translation in the rough-faced endoplasmic reticulum.
结果 经Western blot 分析结果表明：微粒体的存在并不改变26×103 TM-TNF的分子量，但微粒体的存在能将S-TNFm上的IL-2信号肽切除，证实TNF引导序列与一般分泌性蛋白的&信号肽&不同，在粗面内质网翻译过程中不被切除。
- 更多网络解释与微粒体的相关的网络解释 [注：此内容来源于网络，仅供参考]
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ape：猿
豚鼠(guinea pig)、猿(ape)和人不能合成Vc,从能合成Vc的肝脏微粒体中分离到合成Vc的三种酶,人和猿缺乏gulonolactone oxidase). 缺乏抗坏血酸将导致坏血病(scurvy),龄龈(gum)、腿部等开始出血,肿胀,逐渐扩展到全身,
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micronucleus：微核
)的原理为利用组氨酸缺(2) S9 - 哺乳类动物肝脏微粒体酶(microsome enzyme)代谢活化(metabolic activation)是指选用经诱导剂混合物处理后( ) 啮齿动物微核(micronucleus)试验记录每只怀孕动物的重量、黄体(corpus luteum)数目、胎资料,
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microsome：微粒体
╬※ 微粒体(microsome)是在细胞匀浆和超速离心过程中,由破碎的内质网形成的近似球形的囊泡结构,含有内质网与核糖体两种成分,它仍然具有蛋白质合成蛋白糖基化、脂类合成等功能.
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solid：体
蛀虫产品"(moth-proofing product) 指符合以下说明的产品:产品的标签、包装或"空气清新剂"(air freshener) 指为掩盖气味或使空气清新、清洁、芬芳或除臭而设计"固体"(solid) 指不论在整体或细分 (例如组成粉末的微粒) 状态下,
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microsmatic：嗅觉微弱的
microslide载玻片 | microsmatic嗅觉微弱的 | microsome微粒体
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orbiculate：球状的/完全的
orbicularity /圆/ | orbiculate /球状的/完全的/ | orbicule /微粒体/同心球粒/
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postical：(茎或叶的)后面的;腹面的
花后增大;花后发育 post-flowering development | (茎或叶的)后面的;腹面的 postical | 不含微粒体的上澄液 postmicrosomal supernatant
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primary lysosome：初级溶酶体
肝细胞内所含溶酶体较为丰富,根据其是否含有作用底物而分为两种:初级溶酶体(primary lysosome)和次级溶酶体(secondary lysosome). 微体与微粒体(microsome)很易混淆,但这是两个完全不同的概念. 微体是细胞内固有的细胞器,
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microsomal：微粒体的
Microscope 显微镜 | microsomal微粒体的 | middle hemorrhoidal vein 中痔静脉
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liver microsomes：肝微粒体
常见的体外代谢试验采用肝细胞(hepatocytes)、肝切片(liver slices)、肝微粒体(liver microsomes)和组合酶(recombinant enzymes). 这些酶的系统各有其优点和缺点,比如说肝细胞具有完整的细胞结构,比其他系统更能代表体内的代谢,