引导科技干部保持医院发展转型期间和谐心态的着力点

当前部队医院正处于发展转型期，如何引导科技干部适应转型发展新形势，经受住各种考验，始终保持理性平和、协调平衡、积极向上的心理状态，是一个不容忽视的现实问题，也是事关医院内部和谐和医院建设发展又好又快的大事，更是我们思想政治工作者必须着力认真研究、加以解决的重要课题。     

广东省结核病流行菌株研究

目的：从分子流行病学的角度探讨广东省结核分支杆菌菌株流行的分布。方法：构建广东省74株临床分离的以RFLP为基础的结核分支杆菌的IS6110 DNA指纹图谱技术，确诊结核分支杆菌菌株的流行分布。结果：24．3％（18／74）的结核菌株的IS6110 DNA指纹相似值在1－0．65之间，鉴定结果为它们均是“北京家族”结核分支杆菌菌株。结论：广东省结核菌株流行主要存在着遗传关系接近，在基因水平上相关程度较高的“北京家族”结核分支杆菌菌株，且该家族菌株正以一定的比例在我省流行。     

以临床技术流程功能定位需求为基础的生理监测仪功能配置

病人生理监测仪是临床医学的主要仪器,由于涉及技术流程的功能定位不同,功能需求也就不同,其功能配置也就有所不同。从生理监测仪相关应用领域的分解技术功能定位出发,讨论装备管理的功能配置问题。     

论河北省卫生系统办公自动化管理系统

系统采用基于TCP/IP协议的国际互联网为基础,采用B/S结构,客户端采用IE浏览器,服务器端采用WINDOW2000的IIS作为服务器。其主要功能:工作督办、工作信息、电子邮件、收文、发文、图书管理、档案管理、车辆管理、日程管理、待办事宜、电子论坛、考勤管理等。     

数字图像分析在面部整形中的应用

将数字图像分析、模拟技术应用于隆鼻术及烧伤后口唇畸形的整复中，通过测量分析，在术前模拟出术后的面部图像，并输出手术数据，在医生及患者认可后，指导手术进行，否则，继续图像的修改，在手术允许的范围内，直到医、患双方认可。力求美容手术精确化、定量化及图像化并就如何应用数字图像技术于畸形整复进行了探讨     

Evaluation of stroke rehabilitation by randomized controlled studies: a review

In all, 22 reports of 20 randomized, controlled rehabilitation studies were evaluated. In 18 of these, the design of the trial was parallel, with a cross-over format being employed in the remaining 2 instances. Seven studies related to intensive rehabilitation during the early post-acute period. In six others, specific techniques--sometimes associated with traditional physiotherapy procedures--were compared: biofeedback, perceptual retraining, and amphetamine treatment. Eight experiments evaluated speech therapy in aphasia. Frequently, methodological considerations limited the interpretation of the results. The review showed that: 1) as regards activities of daily life and motor function, differences as between rehabilitation in stroke units on the one hand and non-rehabilitation or rehabilitation in medical wards on the other, were detected in relatively few quality studies and remained particularly inconclusive insofar as life in the home environment was concerned; 2) rehabilitation for aphasia and perceptual dysfunction proved effective for at least several months after acute stroke; 3) in general, examination of the reports cited revealed no differences in the effects of biofeedback and perceptual retraining vs conventional physiotherapy; 4) rehabilitation, whether administered by specialists or amateur caregivers purpose-trained by specialists, proved equally effective for aphasia. These conclusions constitute a valuable basis for the development and evaluation of modern rehabilitation programs for stroke patients.     

树型金银花无公害优质加工技术的研究

目的探讨树型金银花无公害优质加工技术。方法采用树型金银花晾晒和烘烤以及"烤房3段变温烘烤技术"。结果烘干产品比晒干产品具有明显的质量和价格优势,价格高57.1%。烤房3段变温技术第1段烘干温度控制在35～40℃,烘8～9h;第2段将温度提高到50～55℃左右,烘烤6～8h;第3段温度升到60～70℃,烘烤5～6h左右;烘干总时间不超过24h。结论无公害优质加工技术利于规模化生产,获得无公害的绿色产品,增加金银花附加值。     

Digital sonomicrometer system for measuring small vascular diametersin situ

Although present sonomicrometer techniques for measuring continuous changes in vascular diameter are very useful, two problems with available methods are difficulty in maintaining crystal alignment throughout an acute experiment and inability to measure absolute dimensions less than 1 mm. We have designed and ultrasonic dimension gauge system to over come these problems. The design uses a gate to pass a 20 MHz signal to a counter during the sonic travel time between crystals, and then converts the digital count to an analogue voltage. Interference from the transmitting impulse in the received signal was minimised using MOSFET transistors allowing measurements of absolute dimensions from 0.00 mm to 99.9 mm. An averaging effect which depends upon the asynchrony between the basic timer and the counter clock results in a resolution of at least 10 μm. Repeated calibration curves showed an accuracy of 2.5 μm without significant bias. Piezoelectric crystals were mounted to a lighweight stainless-steel clip to facilitate attachment to the vessel and to maintain the crystals in focus during changes in diameter. Mean and phasic diameters measured in the femoral artery with the clip device correlated well with measurements obtained with crystals sewn to the adventitia of the femoral artery of the dog (slope =0.97, r=0.99).     

反义核酸技术及应用

反义核酸技术是用人工合成的或生物合成的特定互补的DNA或RNA片段阻断从基因到蛋白的信息流 ,以达到抑制或阻断基因表达的生物新技术。利用核酸分子杂交原理将反义寡核苷酸 (antisenseoligonucleotide,ASON)作为外源性基因表达抑制物结合到靶mRNA序列上阻止其翻译成蛋白[1 ] 。具有杂交特异性和选择性调节基因的表达的特点[2 ] ,这一技术不仅已成为常用的实验室研究方法 ,还广泛的应用于研究病毒、肿瘤、寄生虫和遗传性疾病的预防和治疗 ,具有重要的应用前景。对于人类基因的研究 ,人们采用分子克隆、分子杂交、PCR技术等一系列研究…