1.
A Study on the Correlation between the Cell-Free Fetal DNA in Maternal Blood and Threatened Prepmature Delivery;
母外周血胎儿DNA浓度与先兆早产的相关性研究
2.
A Study on the Relativity between the Concentration of Circulating Non-Host Fetal DNA in Pregnant Women Plasma and Pre-Eclampsia;
母外周血胎儿DNA浓度与子痫前期的相关性研究
3.
A Study on the Relationship of Premature Delivery and Cell-Free Fetal DNA in Maternal Blood and Fetal Fibronection in Vaginal Secreion;
母血胎儿DNA浓度及阴道分泌物胎儿纤连蛋白与早产的相关性研究
4.
A Study on the Correlation between the Fetal DNA in Maternal Blood, Cervix Length and Premature Delivery;
母血胎儿DNA浓度及宫颈变化与早产的相关性研究
5.
The Influence of Exogenous DNA Concentration on Offspring Variation of Transferring Maize
外源DNA浓度对玉米开苞导入后代性状变异的影响
6.
The Clinical Significance of Circulating Plasma DNA Concentration and Its Molecular Genetic Aberration in Patients with Hepatocellular Carcinoma;
肝细胞癌病人血浆循环DNA浓度及其分子遗传学异常的临床意义研究
7.
Study on the Effects of Salt Concentration and Temperature on the Structure and Characteristics of DNA;
盐浓度和温度对DNA结构和特性影响的研究
8.
Survery on DNA damage of lymphocytes caused by exposure to low concentration of benzene contained solvent in female workers;
低浓度混苯作业女工淋巴细胞DNA损伤的调查
9.
Conclusion nicotinamide is a perfect antagonist to UVR-induced DNA damage within fitting concentration.
结论适宜浓度的烟酰胺是抗紫外线照射诱发DNA损伤的拮抗剂。
10.
Results The plasma free DNA concentration of most lung cancer patients was above microgramme level.
结果大多数肺癌患者的血浆游离DNA的浓度在微克水平以上。
11.
Study on DNA damage of blood cell in workers exposed to low concentration of benzene homologs;
职业接触低浓度苯同系物人群血细胞DNA损伤的研究
12.
Damaging Effect of Smoking on the Lymphocyte DNA among Low Concentration Mixed Benzene - Exposed Male Workers;
吸烟对低浓度混苯作业男性工人淋巴细胞DNA的损伤
13.
Relationship between the quantitative results of HBV DNA and HBV Markers(HBV M) in population with low-level HBsAg
低浓度HBsAg人群HBV DNA与HBV M定量结果的关系及评价
14.
DNA DAMAGES OF OSMANTHUS FRAGRANS LEAF BUD CELLS INDUCED BY DIFFERENT LEVELS OF FORMALDEHYDE AIR POLLUTION
不同浓度的甲醛空气污染对桂花叶芽细胞的DNA损伤作用
15.
The positive values of enthalpy chang indicated that dehydration effects seem to dominate DNA adsorption on kaolinite and goethite at lower MgCI2 concentrations and higher pH values.
随着MgCl_2浓度的增加和pH的减小,DNA在高岭石和针铁矿表面吸附焓变逐渐降低。
16.
HEWC (Highly Enriched Waste Concentrates )
高浓缩度废物浓缩物
17.
acid-spending strength
废酸浓度(烷基化)
18.
concentration coefficient of sedimentatio
沉积[的]浓度系数