Development of an Ultrasensitive ELISA-Bienzyme Colorimetric Substrate Recycle Assay for Measurement of Tau

On the basis of convemional enzyme-linked immunosorbent assay （ELISA） and bienzyme suhstrate recycle, ELISA-bienzyme colorimetric substrate recycle was developed in the present study. The sensitivity of this method increased 15 times than that of ELISA for the measurement of Tau and increased 55 times for p-Tau. The linear detective rang of this method expanded 3 times higher than that of conventional EI.ISA for Tau and had the san;e as EI.ISA for p-Tau.So, EI.ISA-bienzyme colorimetric substrate recycle could be used to detect abnormally phosphorylated tau in cerehrospinal fluid.     

Correlation analysis and QTL identification for canopy temperature, leaf water potential and spikelet fertility in rice under contrasting moisture regimes

Canopy temperature (CT), leaf water potential(LWP) and spikelet fertility (SF) of a set of RILs (F9) from the cross between Zhenshan97B and IRAT109 were investigated under two soil moisture regimes in a drought screen facility. In water stress condition, CT was negatively correlated with SF (r = -0.2867) and LWP (r = -0.2740), and LWP was positively associated with SF (r = 0.1696). These results indicated that the plant with high drought tolerant ability could maintain higher LWP and lower CT, leading to highe rSF. A total of 44 main effect QTLs were associated with CT,LWP and SF. The accumulated contributions of QTLs for CT,LWP and SF were 87.85%, 15.06%, 79.46% under well water condition and 72.61%, 87.68%, 33.29% under stress condition, respectively. Totally 45 pairs of digenic interactions were detected. The accumulated contribution of digenic epistasis on CT, LWP and SF were 55.69%, 47.15%, 48.15% under well water condition and 53.44%, 57.94%, 54.62% under water stress condition. Compared with other drought tolerance QTL mapping researches in rice, 19 main effect QTLs were found to be located at the same or closely conjoint regions.     

植物病理学简明百科全书

全世界每年由作物病害可引起几千亿美元的农作物损失。作物病害可导致人类极大的苦难，并产生社会的动乱，因此人们需要了解并且研究控制这样的灾难的爆发。这是一个非常广泛的领域，涉及作物解剖、生理学、育种与遗传学、病毒学、细菌学、真菌学、线虫学、分子生物学、生物化学、数学、计算机建模和统计学。     

银氧化锡触点材料的水热制备及组织分析

利用水热法制备AgSnO2粉体,压制烧结后制得AgSnO2块体样品. 对AgSnO2粉体样品进行X射线衍射、扫描电镜和能谱分析,结果表明:通过在溶液体系中实现银和二氧化锡的共沉积,水热法能制得颗粒细小均匀的球形AgSnO2复合粉体. 块体样品X射线衍射谱表明,水热法制备的AgSnO2粉体由于改变了Ag和SnO2的结合状态,烧结时二氧化锡晶体在(110)晶面上表现出一定的择优取向. 对块体样品的显微组织分析表明,AgSnO2块体样品能够克服氧化物的聚集,二氧化锡颗粒在银基体中均匀弥散分布.     

生物化学多媒体教学的研究

针对当前大学生物化学课程教学领域中存在的信息量大,内容抽象,不易理解,难记忆等诸多问题,结合生物化学教学特点和多年的教学经验,通过教学实例论述了采用多媒体教学的可行性及优越性.同时,讨论了在生化多媒体教学和课件制作中存在的问题及解决办法.     

CuCl·C4H4N2配位聚合物的水热合成、表征及晶体结构研究

采用水热法合成了CuCl·C4H4N2配位聚合物,以X-射线衍射分析晶体结构,结果表明该配位聚合物为单斜晶系,空间群P2/c,a=0.381 46(10)nm,b=0.635 43(14)nm,c=1.148 8(3)nm,α=90.00(°),β=96.05(2)(°),γ=90.00(°),V=0.276 91(12)nm3,Z=2.采用紫外-可见光谱、荧光光谱、傅里叶变换红外光谱、元素分析、X光电子能谱分析、热重-示差扫描量热分析和变温磁化强度分析等手段,对其结构进行表征.     

利用电石渣制备硬硅钙石活性料浆的初步研究

利用动态水热合成工艺,用电石渣作钙质原料合成了硬硅钙石活性料浆。采用XRD和SEM对合成的硬硅钙石料浆结构和形貌进行了检测及表征。结果表明,煅烧后的电石渣可以制备出纯度较高的,毛栗状球形"二次粒子"明显,且数量多直径大的硬硅钙石活性料浆。研究表明,制备硬硅钙石为电石渣二次回收利用提供了一条有效的途径。     

2-双(二苯膦苯基)醚二氧化物的水热合成

利用水热合成方法合成了2-双（二苯膦苯基）醚二氧化物．与传统方法相比此种方法简单、有效，而且环保，高产率的得到高纯度目标化合物．     

生物化学实验教学改革对理论课教学的促进

通过对生物化学实验教学机制的改革,对其教学内容、教学方法进行了改进,克服教学过程中的盲目性,在培养学生的实验动手能力的同时,增强其对理论知识的深化认识,使所学理论知识更加系统化,学生学习成绩显著提高.     

动物生物化学教学的实践与思考

根据现代教育理论,结合动物生物化学课程特点,对动物生物化学的理论和实验教学方法进行探讨和尝试,以期提高动物生物化学教学质量,使该课程更好地适应社会需求。