1) dyeing damage
染色损伤
2) Chromosomal damage
染色体损伤
1.
Base excision repair gene polymorphisms and susceptibility of chromosomal damage of vinyl chloride monomer exposed workers in China;
碱基切除修复基因多态与氯乙烯致染色体损伤的易感性
2.
Study on polymorphism of XPD gene and radiation-induced chromosomal damage;
XPD基因多态性与辐射致染色体损伤关系
3.
[Objective] To explore the progress of chromosomal damage in Chinese workers exposed to vinyl chloride monomer(VCM)and its influencing factors(gender,exposure duration,smoking,drinking and genetic polymorphisms in VCM metabolizing enzymes)in 3 years follow up.
[目的]3年随访观察氯乙烯接触工人的染色体损伤状况,并探讨其与性别、年龄、氯乙烯暴露时间、吸烟、饮酒、氯乙烯代谢酶多态等因素间的关系。
3) Chromosome damage
染色体损伤
1.
Study on chromosome damage induced by arsenic, fluoride and their combination in cultured human lymphocytes;
氟砷联合染毒对正常人淋巴细胞染色体损伤的实验观察
2.
Role study of benzo(a)pyrene on Heat shock proteins 70 expression of lung adenocarcinoma cell in cell chromosome damage;
苯并[a]芘对肺腺癌细胞热休克蛋白70表达在细胞染色体损伤中作用的研究
3.
Study of chromosome damage induced with~3H-TdR β-ray irradiation by PCC technique;
实验结果表明，随着加氚活度增加染色体损伤逐渐增多，量效关系符合二次多项式Ｙ＝ａ＋ｂＤ＋ｃＤ２，对Ｇ１和Ｇ２ＭＰＣＣ断片分别拟合亦是如此。
5) damage color
损伤颜色
6) infectious cerebral injury
感染性脑损伤
1.
Objective: To explore the pharmacological mechanism of Realgar by way of studying the effects of Realgar and prescriptions containing Realgar on inflammatory mediators IL-1β,IL-6,TNF-α and NO under pathologic status(infectious cerebral injury model and fever model).
目的:研究雄黄和含雄黄复方对病理状态下(感染性脑损伤模型、发热模型)炎症介质IL-1β、IL-6、TNF-α和NO的影响,探讨雄黄的"解毒"作用机理。
2.
Objective:To explore the pharmacological mechanism of Realgar by way of studying the effects of Realgar and prescriptions containing Realgar on inflammatory mediators IL-1β,IL-6,TNF-α and NO under pathologic status( infectious cerebral injury model and fever mod- el).
目的：研究雄黄和含雄黄复方对病理状态下(感染性脑损伤模型、发热模型)炎症介质 IL-1β、IL-6、TNF-α和 NO 的影响,探讨雄黄的“解毒”作用机理。
补充资料：染色与非染色剂量计
分子式：
CAS号：
性质：利用染色和非染色塑料光密度的辐射诱导变化测定剂量。目前它是一种流行、方便的常规剂量计，所测定的剂量范围在1kGy～1MGy之间。一些材料比如PMMA，PVC，PC等被用于该种剂量计。
CAS号：
性质：利用染色和非染色塑料光密度的辐射诱导变化测定剂量。目前它是一种流行、方便的常规剂量计，所测定的剂量范围在1kGy～1MGy之间。一些材料比如PMMA，PVC，PC等被用于该种剂量计。
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