1) genetic monitoring
遗传监测
1.
Microsatellite DNA analysis for genetic monitoring of inbred mice;
微卫星DNA在近交系小鼠遗传监测中的应用
2.
Application of microsatellite markers in genetic monitoring of RR-B strain Xiphophorus helleri;
微卫星标记在RR-B系剑尾鱼遗传监测中的应用
3.
Microsatellite DNA Polymorphisms in Inbred Strain Mice and Selection as Genetic Monitoring Markers;
微卫星DNA多态性分析在常用近交系小鼠遗传监测中的应用研究
2) genetic monitor
遗传监测
1.
Then, genetic monitoring was conducted by the skin grafting test, coat color test and biochemical marker analysis, and its basic biological characteristics were studied with corresponding methods.
采用强迫杂合性兄妹交配方式培育携带无毛突变基因的分离近交系 ,然后用生化标记法、皮肤移植实验和毛色基因测试法对其进行遗传监测。
3) genetic quality monitoring
遗传质量监测
4) Genetic Damages Monitoring
遗传损伤监测
5) Genetic Monitoring
遗传检测
1.
Analysis of Microsatellite DNA Polymorphisms and Genetic Monitoring of Inbred Mongolian gerbil Strains;
微卫星DNA多态性在近交系长爪沙鼠遗传检测中的应用
2.
During the research of human genome for the past few years, SNP has been the focus of much attention in genetics, but the study of SNP of mice, especially the study of SNP applicated in genetic monitoring to inbred mice, is very scarce.
遗传检测技术是遗传质量控制的重要手段之一,现有的检测方法不能满足科学发展的需要。
3.
Objective: To evaluate the application of DNA fingerprinting map made by two synthesized and non-radioactive labeled oligonucleotide probes for genetic monitoring in inbred strain mice by comparing the stability, reproducibility and reliability of these two probes.
目的:探讨用人工合成的两种非放射性标记的寡聚核苷酸探针制作的DNA指纹图在近交系小鼠遗传检测中的应用,并通过比较,分析两种探针的可靠性和稳定性。
6) genetic testing
遗传检测
1.
Nonetheless, many Chinese people are still not familiar with the principle, testing types, technologies used in this process, application and benefits to society, and national or international administration of genetic testing.
目前,遗传检测正在更多的国家、更广泛的范围内被采用。
补充资料:"太阳辐射监测卫星"
美国太阳观测卫星系列,英文缩写为Solrad。从1960年6月到1976年3月共发射成功10颗。它们的主要任务是对太阳 X射线和紫外辐射进行整个太阳活动周的连续监测和提供实时数据,探测太阳X射线和紫外线的辐射通量,了解日-地关系,预报太阳质子和电子事件。"太阳辐射监测卫星"早期称"格雷勃"号卫星,其中1号是世界第一颗天文卫星。8~10号又名"太阳探险者"1~3号,也编入"探险者"号卫星系列,分别为"探险者"36、37和44号。前5颗卫星为球形,基本上取900公里近圆轨道,倾角70°,周期103分钟。9~10号为12边棱柱形,近地点430~520公里,远地点630~880公里,倾角51°~59.4°,周期95~98分钟。1976年成对发射的11A和11B号为车胎形,取11万多公里近圆轨道,倾角25.3°~25.4°,周期118~123小时。太阳辐射监测卫星带有盖革计数器、电离室、闪烁计数器、正比计数器、 X射线光度计、紫外线光度计和半导体探测器等仪器,用以观测太阳 X射线、紫外辐射、高能粒子和恒星X射线。 一般根据前一颗卫星观测到的太阳辐射流量水平和预期的变化,决定后一颗卫星探测仪器工作的动态范围。仪器能利用相应的射线过滤板对X射线进行逐段测量。1964年以来,人们利用这些卫星测定了太阳黑子周期内的极小和极大的辐射流量和辐射流量随太阳活动的变化情况。
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