GL—菌毒净的制备和性能研究

应用异氰脲酸（ＣＡ）、氢氧化钠、氯气作原料，采用连续法制备出三氯异氰脲酸（ＴＣＣＡ），并加入含羧基的芳香酸和丁二胺甲撑基膦酸作为稳定剂和螯合剂，将它们配成ＧＬ－菌毒净。我们发现，这种杀菌消毒剂具有良好的稳定性和杀菌消毒性能。     

固定pH滴定法测定Vc片中抗坏血酸

本文采用固定ｐＨ滴定法测定Ｖｃ片中抗坏血酸的含量，其结果与药典法测定值一致，ＲＳＤ≤１．９％，回收率在９８．６％￣１１．６％之间，实验结果表明，该方法操作简便，分析快速，结果准确。     

联合应用抑肽酶与氨甲苯酸减少体外循环术后出血的研究

探讨了在体外循环联合应用抑肽酶与氨甲苯酸对纤溶系统和血小板的影响.将60例体外循环心脏直视手术患者随机分为实验组和对照组,对照组在预充液中加入抑肽酶2×106KIU,实验组在其基础上加用氨甲苯酸40 mg/kg.于术前、后分别测定血小板数量与平均血小板体积、凝血五项、D-二聚体,记录各组术后引流量及血液制品用量.结果表明术前、后D-二聚体,FIB,FDP值及术后引流量、输血量两组均有显著性差异(P＜0.05),证明了体外循环时联合应用抑肽酶与氨甲苯酸能更有效地抑制高纤溶活性及保护血小板功能,减少术后出血.     

食品中草酸的气相色谱分析

本文报导一种分析食品中草酸含量的方法。该方法是将固体食品样经过用水提取,用7％HCl—CH_3OH甲酯化之后,以气相色谱法测定草酸二甲酯的含量。该方法简单,准确,且样品用量少。     

介孔材料-酸性红12染料分子体系动力学模型的建立和模拟

以酸性红12作为多苯环长链发色有机物的代表,通过对有效扩散系数的测定,确定其在介孔材料颗粒体上的吸附等温式和平衡接近率随时间变化的关系.利用非稳态扩散传质与非稳态热传导过程类比速率方程相似的特点,应用Peterson的热传导近似公式,用计算机求解超越方程,得到了酸性红12在介孔复合材料颗粒内的有效扩散系数并进行了拟合验证,得出该传质过程的主要作用力类型.     

Ti对C-Mn-V非调质钢组织与性能的影响

研究了 Ti含量和锻造工艺对 C-Mn-V 非调质钢组织与性能的影响,并把实验钢的性能与调质中碳钢进行比较。分析了含Ti 钢的显微组织特点,讨论了钢的组织与性能之间的关系.结果表明:加入少量的 Ti可以改善钢的显微组织,提高韧性,但加入过量(>0.044％)反而会使韧性下降。钢的强化因素是以 70％—80％的珠光体为主。钢中 Ti的最佳含量为0.02％。此外还计算了各组织因素对强度的贡献。     

空间自位相调制生成激光衍射环研究介质的热致非线性

本文通过衍射理论分析了介质中由于热致非线性而产生的衍射环。根据空间自位相调制原理，由衍射环数可近似求出介质的热光系数。并从实验上对茶酒精溶液的热致非线性进行了研究，其结果与用Ｚ－ｓｃａｎ法测量值基本相同。     

Functions of fatty acid binding proteins

Summary Cytosolic fatty acid binding proteins (FABP) belong to a gene family of which eight members have been conclusively identified. These 14–15 kDa proteins are abundantly expressed in a highly tissue-specific manner. Although the functions of the cytosolic FABP are not clearly established, they appear to enhance the transfer of long-chain fatty acids between artificial and native lipid membranes, and also to have a stimulatory effect on a number of enzymes of fatty acid metabolism in vitro. These findings, as well as the tissue expression, ligand binding properties, ontogeny and regulation of these proteins provide a considerable body of indirect evidence supporting a broad role for the FABP in the intracellular transport and metabolism of long-chain fatty acids. The available data also support the existence of structure- and tissue-specific specialization of function among different members of the FABP gene family. Moreover, FABP may also have a possible role in the modulation of cell growth and proliferation, possibly by virtue of their affinity for ligands such as prostaglandins, leukotrienes and fatty acids, which are known to influence cell growth activity. FABP structurally unrelated to the cytosolic gene family have also been identified in the plasma membranes of several tissues (FABP_pm). These proteins have not been fully characterized to date, but strong evidence suggests that they function in the transport of long-chain fatty acids across the plasma membrane.