HBV-M定量检测与HBV-DNA含量水平关系的初步探讨

目的 研究乙型肝炎病毒标志物定量检测结果与其HBV-DNA含量的临床关系。方法 采用时间分辨免疫定量和荧光定量-PCR技术，对HBV-DNA和HBV-DNA含量进行检测。结果 在HBsAg/HBeAg/HBcAb,HBsAg/HBcAb/HBcAb,HBeAg/IC及单纯HBcAb阳性的四个组别中，HBV-DNA阳性率分别是97.17%、30.56%、100%和25%；在HBsAg,HBeAg,HBeAb,HBcAb定量检测高，低值两组HBV-DNA含量对比中，HBV-DNA阳性率分别为76.92%、58.14%；100%、97.26%；20.00%、11.42%；64.62%、27.63%。结论 HBV-DNV比HBV-M更能及时准确反映乙型肝炎病毒感染者的病程情况。     

联苯苄唑凝胶治疗婴儿花斑癣22例临床效果分析

目的总结分析1%联苯苄唑凝胶治疗婴儿花斑癣的临床疗效及不良反应。方法对22例婴儿花斑癣患者采用外用1%联苯苄唑凝胶治疗2周,总结分析其临床资料。结果外用1%联苯苄唑凝胶2周后,总有效率达到90.91%,真菌清除率达到86.36%。结论联苯苄唑凝胶治疗婴儿花斑癣安全、有效,不良反应少。     

喉症丸鉴定方法的研究

对不同批号喉症丸的二阶导数紫外谱线组图谱进行了测绘分析，发现不同批号的喉症丸其四溶剂二阶导数紫外吸收光谱特征数据，λmax或λsh具有很好的重现性，其分辨率高，特征性强，因此，以二阶导数紫外谱线组法控制喉症丸质量，鉴别喉症丸真伪优劣具有良好的重现性和准确性。     

电位滴定法测定胰激肽释放酶活力测试条件探讨

本文用ＦＩＰ推荐的方法，以具有国际单位的参照品为标样，滴定液为０．０１ｍｏｌ／ＬＮａＯＨ标准溶液，考查了以ＢＡＥＥ为底物的电位滴定法测定胰激肽释放酶活力的实验条件，通过正交试验得出直观和方差分析的结果，依据酶活力单位高、ＳＤ和ＲＳＤ％较小的原则，求出酶活力测定的最适条件是：酶反应温度为２５℃；缓冲液为０．００１５ｍｏｌ／ＬＮａ２Ｂ４Ｏ７－０．２５ｍｏｌ／ＬＮａＣＬ－２×１０（－４）ｍｏｌ／ＬＥＤＴＡ，ｐＨ为８．００；反应液中酶浓度为０．４８ＩＵ／ｍｌ；底物浓度为５×１０（－３）ｍｏｌ／Ｌ；胰蛋白酶抑制剂浓度为１２５μｇ／ｍｌ。胰激肽释放酶活力测定的实验数据的相对标准偏差小于５％。     

人工晶体植入屈光度的术前预选法：眼科超声仪36例对比研究

根据公认的眼科解剖学数据，提出后房型人工晶体植入屈光度的术前预测方法：IOL（D）=1．02（＋21D＋2X）。经人工晶体专用眼科A超36眼实测对比，无显著差异，认为在地市级医院和县级医院后房型人工晶体植入术推广中具有积极意义。     

联合抗青光眼手术治疗不易控制眼压青光眼的研究

采用板层下巩膜床双咬切、睫状体剥离合并睛状体上腔植入硅橡胶条的抗青光眼联合手术治疗不易控制眼压的青光眼46例52眼，其中继发性青光眼27眼，原发闭角青光眼10眼，原发开角青光眼6眼，先天、青少年型青光眼7眼，虹膜角膜内皮综合征2眼。手术总有效率达94％。本术式具有小梁切除、睫状体剥离、睫状体扁平部引流的功能。作者认为用硅橡胶条作植入物，比异体或自体组织作植入物更为理想。     

苯作业工人白细胞降低者的总估校正现患率

选择乡镇工业苯作业工人４次外周血白细胞计数中的间隔半年的两次数据，应用俘获再俘获法，计算其白细胞降低者的总估校正现患率（ＡＣＰＲ）。结果苯接触组为３６．８ｌ％（２９．１４％～４４．４８％），对照组为１２．７１％（７．２０％～１８．２２％）具有显著差异，其相对危险度为２，９。用常规法求得的４次检出率分别是：苯接触组为２６．３７％，１８．７３％，２７．９３％，３６．７６％；对照组为６。８５％，７．３８％，７．９４％，１５．００％。均在其ＡＣＰＲ之９５％可信限内，可见ＡＣＰＲ计算方法简便、结果准确，值得推广。对于稳定的人群，可用其每年一次的健康监护资料计算ＡＣＰＲ。     

Ontogenesis of the pyramidal cell of the mammalian neocortex and developmental cytoarchitectonics: a unifying theory.

The prenatal development of the mammalian neocortex has been analyzed, with the rapid Golgi method, in a variety of experimental animals (hamster, mouse, rat, and cat) and in humans. A new developmental conception of the structural organization of the mammalian neocortex is discussed. Neocortical development begins with the establishment of the primordial plexiform layer (PPL) which precedes and is a prerequisite for the subsequent formation of the cortical plate (CP). The formation of the CP occurs, in its entirety, within the PPL. During its development, three fundamental neuronal events occur: migration, early differentiation, and late maturation. All migrating neurons, travelling on radial glial fibers, reach layer I, develop an apical dendrite, and establish contacts with its elements. These newly differentiated neurons assume similar morphology resembling embryonic pyramidal cells. As such, an early differentiation stage common to all neurons of the CP is established. During the late maturation stage, all CP neurons acquire their specific phenotypic structural and functional features. Only pyramidal neurons retain and expand their original connections with layer I while other neuronal types lose these connections. The pyramidal cell is redefined in developmental terms: the neocortex's pyramidal cell is both structurally and functionally locked into position between layer I and the cortical depth of its soma. During mammalian evolution pyramidal cells are forced to structurally and functionally elongate their apical dendrite outwardly to accommodate an increasing amount of information without losing either their original anchorage to layer I or their cortical depth. This unique property of pyramidal neurons is considered to be a mammalian innovation. Based on these observations, a unifying developmental cytoarchitectonic theory applicable to all mammals is proposed. The theory considers the CP to be a mammalian innovation and to represent a single, stratified, and expanding telencephalic nucleus. The theory envisions the mammalian neocortex as an open biological system capable of progressive expansion by the recruitment and transformation of primitive neurons from upper layer II into pyramidal cells. Hence, the number of pyramidal cell strata increases over the course of mammalian phylogeny. The developmental roles of layer I in the migration of neurons, formation of the CP, unique morphology of pyramidal cells, and overall structural organization of the mammalian neocortex are emphasized.     

继发性唇裂鼻畸形硅胶植入整复术

本文介绍一种使继发性唇裂鼻畸形获得较好外形的新手术方法。术式包括切除偏曲的鼻中隔软骨,并将一片硅胶植入于中央作为鼻小柱支柱,从而矫正歪斜的鼻小柱和抬高鼻尖,使两侧鼻孔形态对称一致,用本法为11例单侧唇裂畸形较重者进行了整复,随访4个月至4年半。绝大多数(10/11)取得满意效果,未见有严重感染和变形等并发症。     

Comparison of three immunoassays for diagnosing sensitization to latex in children with spina bifida

As natural rubber latex (latex) has become more widespread in our environment, physicians have become increasingly aware of the problem of possible allergic reactions. Many fatal and near-fatal incidents have been reported (mainly during surgery) (1—3) and data has been published on groups frequently exposed to latex, such as patients with spina bifida (4—9), healthcare professionals (10—12) and occupationally exposed persons (13). The incidence of latex allergy in children seems to be increasing (14). Tests are therefore needed which can reliably detect sensitization to latex. Our aim was to compare the diagnostic accuracy of three commercial immunoassays for measuring specific IgE in serum to latex.