International Journal of Electronic Healthcare最新文献

Electronic platforms for patient?healthcare provider communication are instrumental for enabling a new, more active patient role supporting efficient and effective healthcare delivery. However, benefit realisation from implementing such communication platforms comes after they get established as parts of healthcare information infrastructures. In this paper, drawing from information infrastructure theory, we analyse the process of establishing a durable solution and identify the socio-technical challenges it entails. Based on a case study in the Norwegian healthcare context, the focus of the paper is on the ongoing institutionalising practices of the project management team. Three major challenges are identified. The first challenge is related to the constitution of identity for the new artefact. The second and third challenges are related to the difficulties in building a platform that is stable enough to allow the exploitation of technological potential, and at the same time flexible enough to provide exploration and adaptation possibilities.

This paper aims at developing electronic business solutions to increase value for the home medical equipment industry. First, an electronic strategic value chain model was developed for the home medical equipment industry. Second, electronic business solutions were mapped from this model. Third, the top 20 dominant companies in the home medical equipment industry were investigated to see the current adoption patterns of these electronic business solutions. The solutions will be beneficial to decision-makers in the information technology adoptions in the home medical equipment industry to increase the business values.

E-prescribing may help reduce medical errors. Study objectives were to determine use, perceptions, and a model of adoption regarding e-prescribing. A questionnaire was developed and sent to pharmacists in Puerto Rico. Multiple regression analyses were used to test a model of influences on adoption. 438 pharmacists responded. The overall adoption model was significant. Perceived advantages had a positive influence on adoption. Pharmacist groups demonstrating higher adoption included: male > female, chain > independent, younger > older (all p < 0.05). Barriers had a negative influence (p = 0.01). The model employed here can help explain pharmacist adoption and integration of e-prescribing.

Correcting problems in healthcare delivery has become a top priority in the USA due to skyrocketing insurance costs and fast growth in national healthcare spending. This paper is aimed at examining how Health Information Technology (HIT) could be used to help the USA move towards efficient, safe, and meaningful healthcare. Our study is focused on healthcare needs in three areas: documentation, standardisation, and design and implementation. Urgent research issues in each area are presented. Our findings maintain that unique needs in the diverse healthcare environments must be incorporated into the convergent HIT system.

Consumer health informatics is a part of medical informatics that has as first priority to analyse the interaction between Information Technology (IT) and health consumers. Consumer health informatics applications are designed to interact directly with the customer with or without the essential presence of healthcare. This field of virtual informatics tended to be developed by people other than clinical professions. The purpose of this paper is to provide a brief overview of best practices and methods for customers' health information and to describe the best interactive visual learning tools for health education. Consumer health informatics is an interdisciplinary field much as other informatics fields. Some disciplines that may find consumer health informatics valuable include public health, nursing, health education and communication sciences. It is important that organisations such as medical universities and governmental agencies to provide trustworthy high-quality health information on internet and work harder and create practical health education tools.

Today's state of the art in exercise physiology, professional athletics and sports practice in general clearly shows that the best results depend on the personalisation and continuous update of the recommendations provided to an athlete training, a sports lover or a person whose medical condition demands regular physical exercise. The vital signs information gathered in telemonitoring systems can be better evaluated and exploited if processed along with data from the subject's electronic health records, training history and performance statistics. In this context, the current paper intends to exploit modern smart miniaturised systems and advanced information systems towards the development of an infrastructure for continuous, non-invasive acquisition and advanced processing of vital signs information. In particular, it will look into wearable electronics embedded in textile capable of performing regular or exceptional measurements of vital physiological parameters and communicating them to an application server for further processing.

Advances in the area of mobile and wireless communication for healthcare (m-Health) along with the improvements in information science allow the design and development of new patient-centric models for the provision of personalised healthcare services, increase of patient independence and improvement of patient's self-control and self-management capabilities. This paper comprises a brief overview of the m-Health applications towards the self-management of individuals with diabetes mellitus and the enhancement of their quality of life. Furthermore, the design and development of a mobile phone application for Type 1 Diabetes Mellitus (T1DM) self-management is presented. The technical evaluation of the application, which permits the management of blood glucose measurements, blood pressure measurements, insulin dosage, food/drink intake and physical activity, has shown that the use of the mobile phone technologies along with data analysis methods might improve the self-management of T1DM.

The field of the Laboratory Diagnostics (in vitro), a sector of the field of health services, constitutes an industrial market that includes activities of research, development, production and products distribution that are designated for laboratory use. These products are defined as techno-medical products including various categories of products such as simple medicines, advanced technological systems, etc. Despite the high performance, the enlargement and the increasing trends of the field, it is not recorded the expected progress in the methods and the ways of promotion, trading and supporting of these products in the market. The present paper aims at the investigation of the consumers' opinion and the specification of those services that are possible to be implemented in electronic services and commerce for a strongly competitive advantage for the enterprises of the sector. The analysis of the findings from the Consumer Purchase Decision Centres (CPDC) shows how important it is to implement web-based applications in the proposed services.

Achieving benefits from the introduction of ICTs as part of processes aimed at building sustainable self-efficacy and self-management is very difficult, not least because of a desire to avoid simply replacing patient dependency on health professionals with dependency on technology. Chronic illnesses require ongoing attention that differs from traditional, encounter-based care for acute illnesses. Patients with chronic illnesses such as asthma, cardiovascular disease, depression, diabetes, heart failure and migraine headaches play a central role in managing the broad array of factors that contribute to their health. Individuals with diabetes, for example, provide close to 95% of their own care. Self-efficacy is enhanced when patients succeed in solving patient-identified problems. Patients with chronic conditions make day-to-day decisions about - self-manage - their illnesses. The paper highlights that in deploying ICTs, it is important to ensure that solutions implemented are based on a detailed understanding of users, their needs and complex interactions with health professionals, the health system and their wider environment.

Nowadays, medical practice needs, at the patient Point-of-Care (POC), personalised knowledge adjustable in each moment to the clinical needs of each patient, in order to provide support to decision-making processes, taking into account personalised information. To achieve this, adapting the hospital information systems is necessary. Thus, there is a need of computational developments capable of retrieving and integrating the large amount of biomedical information available today, managing the complexity and diversity of these systems. Hence, this paper describes a prototype which retrieves biomedical information from different sources, manages it to improve the results obtained and to reduce response time and, finally, integrates it so that it is useful for the clinician, providing all the information available about the patient at the POC. Moreover, it also uses tools which allow medical staff to communicate and share knowledge.