医学图像处理远程虚拟实验教学平台的设计与实现

为帮助学生深入理解医学图像处理的概念和算法原理,提出了基于Matlab Web Server医学图像处理远程虚拟实验教学平台的构思。该平台采用B/S模式,利用ASP.NET和数据库技术结合Matlab Web Server组件实现。同时,指出该实验教学平台的构建,既满足了医学图像处理实验教学的需求,也解决了传统实验系统受时间和地域限制的问题,为教师提供了一种方便、快捷管理实验的平台,为学生提供了一个自主开放的实践环境。     

GaitaBase: Web-based repository system for gait analysis

The need to share gait analysis data to improve clinical decision support has been recognised since the early 1990s. GaitaBase has been established to provide a web-accessible repository system of gait analysis data to improve the sharing of data across local and international clinical and research community. It is used by several clinical and research groups across the world providing cross-group access permissions to retrieve and analyse the data. The system is useful for bench-marking and quality assurance, clinical consultation, and collaborative research. It has the capacity to increase the population sample size and improve the quality of ‘normative’ gait data. In addition the accumulated stored data may facilitate clinicians in comparing their own gait data with others, and give a valuable insight into how effective specific interventions have been for others.     

Alternative and Complementary Medicine Web Resources for Autoimmune Diseases

Abstract

Autoimmune diseases affect over 14 million Americans, who may frequently search for alternative or complementary treatment methods aimed at reducing the debilitation associated with chronic disease. Included in this column is a select list of Web-based resources that explore the use of alternative and complementary medicine for autoimmune diseases.     

Expert Knowledge in Palliative Care on the World Wide Web: Palliativedrugs.Org

ABSTRACT.?

In my last Internet-related article, I speculated that social networking would be the coming wave in the effort to share knowledge among experts in various disciplines. At the time I did not know that a palliative care site on the World Wide Web (WWW), palliativedrugs.com, already provided the infrastructure for sharing expert knowledge in the field. The Web site is an excellent traditional formulary but it is primarily devoted to “unlicensed” (“off-label”) use of medications in palliative care, something we in the specialty often do with little to support our interventions except shared knowledge and experience. There is nothing fancy about this Web site. In a good way, its format is a throwback to Web sites of the 1990s. In only the loosest sense can one describe it as “multimedia.” Yet, it provides the perfect forum for expert knowledge and is a “must see” resource. Its existing content is voluminous and reliable, filtered and reviewed by renowned clinicians and educators in the field. Although its origin and structure were not specifically designed for social or professional networking, the Web site's format makes it a natural way for practitioners around the world to contribute to an ever-growing body of expertise in palliative care.     

Hospice Code of Ethics

The usefulness and limitations of bibliographic database software is discussed. As an excellent example of how this medium can be used, the electronic database on palliative care developed by Dr. Nathan Cherny that is available on the World Wide Web is described.     

Strategies to address participant misrepresentation for eligibility in Web‐based research

Emerging methodological research suggests that the World Wide Web (“Web”) is an appropriate venue for survey data collection, and a promising area for delivering behavioral intervention. However, the use of the Web for research raises concerns regarding sample validity, particularly when the Web is used for recruitment and enrollment. The purpose of this paper is to describe the challenges experienced in two different Web‐based studies in which participant misrepresentation threatened sample validity: a survey study and an online intervention study. The lessons learned from these experiences generated three types of strategies researchers can use to reduce the likelihood of participant misrepresentation for eligibility in Web‐based research. Examples of procedural/design strategies, technical/software strategies and data analytic strategies are provided along with the methodological strengths and limitations of specific strategies. The discussion includes a series of considerations to guide researchers in the selection of strategies that may be most appropriate given the aims, resources and target population of their studies. Copyright © 2014 John Wiley & Sons, Ltd.     

Predicting severity of pathological scarring due to burn injuries: a clinical decision making tool using Bayesian networks

It is important for clinicians to understand which are the clinical signs, the patient characteristics and the procedures that are related with the occurrence of hypertrophic burn scars in order to carry out a possible prognostic assessment. Providing clinicians with an easy‐to‐ use tool for predicting the risk of pathological scars. A total of 703 patients with 2440 anatomical burn sites who were admitted to the Department of Plastic and Reconstructive Surgery, Burn Center of the Traumatological Hospital in Torino between January 1994 and May 2006 were included in the analysis. A Bayesian network (BN) model was implemented. The probability of developing a hypertrophic scar was evaluated on a number of scenarios. The error rate of the BN model was assessed internally and it was equal to 24·83%. While classical statistical method as logistic models can infer only which variables are related to the final outcome, the BN approach displays a set of relationships between the final outcome (scar type) and the explanatory covariates (patient's age and gender, burn surface area, full‐thickness burn surface area, burn anatomical area and wound‐healing time; burn treatment options such as advanced dressings, type of surgical approach, number of surgical procedures, type of skin graft, excision and coverage timing). A web‐based interface to handle the BN model was developed on the website www.pubchild.org (burns header). Clinicians who registered at the website could submit their data in order to get from the BN model the predicted probability of observing a pathological scar type.     

Simultaneous reconstruction of the oral commissure,lip and buccal mucosa with microvascular transfer of combined first–second toe web and dorsalis pedis flap

The reconstruction of oral commissure, lip and mucosa defects following tumour resection is a challenging task to the reconstructive surgeon owing to the increasing aesthetic and functional demands. The authors describe a case in which the use of combined first–second toe web with dorsalis pedis flap was transferred and an optimal result was achieved for the oral commissure, lip and buccal mucosa following resection of squamous cell carcinoma and local flap failure.     

Web 2．0环境下医学科研信息的获取与管理

随着网络技术的发展,Web 2．0技术在网络上的应用越来越广泛,信息发布形式和检索方式也随之发生着变化。对医学信息的检索除了沿用以前的检索途径外,还应探索 Web2．0环境下新的检索途径。文章对 Web 2．0的主要技术及其在医学信息检索与管理方面的应用做了介绍。