The genetic polymorphism of serum transferrin (Tf),hemopexin (Hpx) and amylase (Am) in three strains of Nanchang White Pig were investigated by means of improved starch gel electrophoresis,and their genetypes are gene frequencies were calculated and analysed.
应用改进的淀粉凝胶电泳法研究了培育品种南昌白猪进贤系、南昌系、安义系及其杂交亲本品种星子黑猪、大约克猪的转铁蛋白（Ｔｆ）、血液结合素（Ｈｐｘ）和淀粉酶（Ａｍ）３种血清蛋白的多态性，测定并分析了各自的基因型及基因频率的特点，结果表明：南昌白猪３个系的遗传结构与大约克猪甚为相似，而与星子黑猪的差异明显。
Simultaneous Determination of Zinc, Cadmium, Lead and Copper in Blood from Cancerous Patients by Differential Pulse Anodic Stripping Voltammetry;
同时测定癌症病人血液中锌镉铅铜的微分脉冲阳极溶出伏安法
Characteristic Analysis and Application of Blood Fluorescence Spectra;
血液的荧光光谱特征分析及应用研究
Study of the relativity of the concentration of phenobarbital in plasma and saliva;
血液与唾液中苯巴比妥浓度之间相关性的研究
In this work, an on-line sweeping technique was developed to determine ciprofloxacin in animal plasma by MEKC.
采用在线推扫技术建立了胶束电动色谱法测定血液中痕量环丙沙星的方法。
Studies of the correlation of plasma concentrations of ketamine and its metabolite with saliva and urine concentrations in acute toxic rabbits after intragastric administration(i.
相关性研究:家兔以半数致死量(LD_(50))分别灌服和静脉注射氯胺酮,给药后不同时间点收集血液、唾液及尿液标本(颈动脉采血,分离血浆;无菌唾液收集管收集唾液;导尿管收集尿液),GC法测定各时间点药物浓度,采用双变量Pearson相关分析研究唾液和血液、血液和尿液间氯胺酮及去甲氯胺酮浓度的相关性。
Effects of dietary boron on serum biochemistry indexes in sheep;
硼对绵羊血液生化指标的影响
A reversed\|phase high performance liquid chromatographic( RP HPLC ) method for the determination of the tetramethylpyrazine(TMP) in Chuanxiong extract, the animal(mouse) serum and cerebrospinal fluid has been developed.
用反相高效液相色谱法测定了川芎药材、实验动物血液和脑匀浆中的川芎嗪,方法简便快速。
OBJECTIVE To study the relationship between concentration of carbamazepine in serum and saliva in epileptic.
结论卡马西平在血清与唾液中的浓度有良好的相关性,相当于血液中游离状态的卡马西平浓度,而且测定唾液浓度的方法取样简便、无创伤,因此更有临床意义。
Quantitative Measurement of Fe(Ⅱ) in Human Blood with Spectral Analysis Method;
光谱分析法测量血液中二价铁离子的含量
A 532 nm laser was used as exciting source to measure the fluorescence spectra of human blood and its components (red blood cell, blood platelet and blood plasma).
用 532 nm的激光作为激发光源 ,分别测量正常人血液及血液组分 (血浆、血小板、红细胞 )的荧光光谱。