[The usefulness of personal digital assistants (Palm and Pocket PC) in the medical field]. / Utilité des assistants personnels (PDAs) Palm et Pocket PC en milieu médical.

BACKGROUND: The Personal Digital Assistant (PDA) has become nowadays a powerful and essential tool for many physicians. Its promising success in the near future and the lack of information in regard to its use in Lebanon led to this transverse study. METHODS: A questionnaire was submitted to the doctors, residents and interns of Hôtel-Dieu de France (HDF) Hospital (Beirut), during March-April 2004 in order to evaluate the use of PDAs, the preferences and the needs of the medical personnel and to propose solutions which can meet its needs. RESULTS: The answers' rate to the questionnaire is 70.3% (303 answers). The PDA possession rate is 3036%; it is significantly more important in physicians compared to surgeons. Among those having a PDA, the operating system Palm dominates with 60% with a current tendency towards the purchase of Pocket PC; the operating system Pocket PC dominates the Phone PDAs. Approximately one third use their PDA ineffectively and admit having difficulties which greatly reduce its use in the medical field. Lexi-Drugs is the most used pharmaceutical guide, Sanford Guide the most used microbiological guide, iSilo the most used medical textbooks reader. More than 85% do not use any program to follow up their patients or read medical journals. Two thirds recognize the beneficial role of the PDA on the quality and the speed of the medical practice, one third consider that it reduces medical errors. The availability of medical programs is significantly more important for Palm. Among the subjects not having a PDA, 47% hope to buy one in the year to come; the possession rate of PDAs is estimated to reach 69.3% in 2010. Computerization of the medical data, installation of a wireless network, courses on the use of PDAs in the medical field, etc., are needs considered to be useful by 60-80% of the responders. CONCLUSION: Many medical utilities are already computerized. They still have to be presented in a format compatible with PDAs to answer a great part of the needs. A guided hospital policy and an educational program are needed to increase the usefulness of PDAs in the medical field.

Knowledge in the Palm of your hands: PDAs in the clinical setting.

OBJECTIVE: To explore the impact of hand-held computers on patient care by identifying: (i) how often clinical staff accessed resources on hand-held computers to inform their clinical decision making; (ii) Which hand-held resources were thought to be most useful in the clinical setting; (iii) the barriers to using hand-held resources to support patient care. DESIGN: A descriptive study comparing aspects of Personal Digital Assistant (PDA) resource use in two phases, between August 2002 and December 2003. There was variability in the way that resources were accessed between the two studies. SETTING: University Hospitals of Leicester NHS Trust, an acute teaching hospital, and one primary care practice. PARTICIPANTS: A purposive sample of 14 clinical and librarian staff participated in phase one and 14 in phase two of the study. Participants consisted of consultants, nurses, pharmacist, junior doctors, clinical librarians, and a general practitioner. MAIN OUTCOME MEASURES: Baseline Data Questionnaire to identify the participants' level of knowledge and use of hand-helds on entering the study. End-of-phase questionnaire with self-reported measures of use of the hand-held and PDA resources during the study. RESULTS: All of the participants used hand-helds in their clinical setting to support evidence-based practice and education, but with varying frequency. More staff reported using the hand-held to answer specific patient questions in phase two than phase one of the study. UK resources were preferred to American resources. The 'plug-in and go' method using Secure Digital (SD) cards was preferred to downloading resources from the Internet. CONCLUSIONS: Hand-held technology is emerging as an effective clinical tool to aid evidence-based practice and support the educational needs of clinical staff. The hand-held can provide a critical mass of information that is relevant, quickly accessible and in a coherent format: delivering clinical information at the point of need with a resulting benefit to patient safety.

A review and a framework of handheld computer adoption in healthcare.

Wide adoption of mobile computing technology can potentially improve information access, enhance workflow, and promote evidence-based practice to make informed and effective decisions at the point of care. Handheld computers or personal digital assistants (PDAs) offer portable and unobtrusive access to clinical data and relevant information at the point of care. This article reviews the literature on issues related to adoption of PDAs in health care and barriers to PDA adoption. Studies showed that PDAs were used widely in health care providers' practice, and the level of use is expected to rise rapidly. Most care providers found PDAs to be functional and useful in areas of documentation, medical reference, and access to patient data. Major barriers to adoption were identified as usability, security concerns, and lack of technical and organizational support. PDAs offer health care practitioners advantages to enhance their clinical practice. However, better designed PDA hardware and software applications, more institutional support, seamless integration of PDA technology with hospital information systems, and satisfactory security measures are necessary to increase acceptance and wide use of PDAs in healthcare.

Current products and practices: personal digital assistants in orthodontics.

Personal Digital Assistants (PDAs) have certain advantages over conventional diaries and are thought of as the 'electronic filofax'. They can be backed up, used for personal and professional organization, integrated with mobile phones for email and Internet access, image storage, logbook functions and audit. They are limited when used for desktop functions. This article attempts to highlight the current advantages and disadvantages of PDAs for use in orthodontics, and provides some guidance to those who are considering the purchase of such a device.

10 uses for personal digital assistants in home care.

This article focuses how clinical staff can use personal digital assistants (PDAs) to become more organized, expand quick reference libraries, and have some fun! If you've been wondering if a PDA will help maximize your work efficiently, this article is for you!

Personal digital assistant infectious diseases applications for health care professionals.

Personal digital assistants (PDAs; also known as "handheld computers," "pocket personal computers," and Palm Pilots) provide immediate access to vital and clinically relevant infectious diseases information at the point of care. Several infectious diseases applications are available that provide information on pathogens, diagnosis, medication, and treatment. In this article, 4 infectious diseases PDA applications are reviewed: ePocrates ID (part of ePocrates Rx Pro), the Johns Hopkins Division of Infectious Diseases Antibiotic Guide, the 2002 Sanford Guide to Antimicrobial Therapy, and Infectious Diseases and Antimicrobials Notes. Drug information, including clinical pharmacology, dosing in patients with renal insufficiency, adverse reactions, and drug interactions, is evaluated for completeness and accuracy by comparison of each application with the package insert. Treatment recommendations for 6 diseases are compared with current practice guidelines. Each PDA infectious diseases application reviewed has unique advantages and disadvantages. This critical review will help health care professionals select the infectious diseases PDA application best tailored to meet their individual information needs.

Web-based PDA downloads for clinical practice guidelines and decision support tools.

The extraordinary volume of health-related information made available on the Internet comes at a high cost for effectively storing and accessing clinical information resources. Additionally, the ability to use critical patient care information is limited to the availability of computer access. Physicians and other health care professionals have readily adopted personal digital assistants (PDAs), also known as handheld computers, because the devices provide succinct critical patient care information at the point of need. Clinical practice guidelines available through the Internet for use with PDAs present health professionals, who have little time, with powerful information already formatted for point-of-care devices. This paper will review several strategies for finding and accessing point-of-care clinical information.