Search PubMed⌕ Search

Biomedical subjects

Dean F Sittig

Publications and source records attributed to Dean F Sittig.

22 records · Page 2Linked to original sources

Results of a content analysis of electronic messages (email) sent between patients and their physicians.

BACKGROUND: Email is the most important mechanism introduced since the telephone for developing interpersonal relationships. This study was designed to provide insight into how patients are using email to request information or services from their healthcare providers. METHODS: Following IRB approval, we reviewed all electronic mail (e-mail) messages sent between five study clinicians and their patients over a one-month period. We used a previously described taxonomy of patient requests to categorize all patient requests contained in the messages. We measured message volume, frequency, length and response time for all messages sent to and received by these clinicians. RESULTS: On average the 5 physicians involved in this study received 40 messages per month, each containing approximately 139 words. Replies sent by the physicians contained 39 words on average and 59.4% of them were sent within 24 hours. Patients averaged 1 request per message. Requests for information on medications or treatments, specific symptoms or diseases, and requests for actions regarding medications or treatments accounted for 75% of all requests. Physicians fulfilled 80.2% of all these requests. Upon comparison of these data to that obtained from traditional office visits, it appears that the potential exists for email encounters to substitute for some percentage of office visits. CONCLUSION: Electronic messaging is an important method for physicians and patients to communicate and further develop their relationship. While many physicians worry that either the number or length of messages from their patients will overwhelm them, there is no evidence to support this. In fact, the evidence suggests that many patient requests, formerly made over the telephone or during office visits, can be addressed via email thus potentially saving both patients and physicians time.

Electronic Mail↗

Personal health records on the internet: a snapshot of the pioneers at the end of the 20th Century.

Internet-based, personal health records have the potential to profoundly influence the delivery of health care in the 21st Century, by changing the loci and ownership of the record from one that is distributed among the various health care providers a patient has seen in his lifetime, to one with a single source that is accessible from anywhere in the world and under the shared ownership and control of the patient and his provider(s). Internet-based personal health records (PHRs) include any internet-accessible application that enables a patient (or his guardian, the 'mom') to review, annotate, create or maintain a record of any aspect(s) of his health condition, medication, medical problems, allergies, vaccination history, visit history or communications with his healthcare providers. The current state-of-the-art for personal health records is best characterized as 'beta releases'. As the field matures and gains more experience, these applications will improve significantly in ease of use and functionality.

Humans↗

Clinician's assessments of outpatient electronic medical record alert and reminder usability and usefulness requirements.

Electronic medical record alerts and reminders are increasingly employed as a means of decreasing medical errors and increasing the quality and cost-effectiveness of care. However, clinicians indicate that alerts and reminders can be either help or hindrance. Discerning the elements that determine which they will be, and the requirements of a helpful alert or reminder, was the focus of this study. We convened three focus groups, comprised of a total of 16 participants. During analysis, five themes emerged: Efficiency, Usefulness, Information Content, User Interface, and Workflow. In addition there were some New Ideas and Surprises. Specific usability and usefulness requirements emerged from within the themes and these are described.

Ambulatory Care Facilities↗

Basic microbiologic and infection control information to reduce the potential transmission of pathogens to patients via computer hardware.

Computer technology from the management of individual patient medical records to the tracking of epidemiologic trends has become an essential part of all aspects of modern medicine. Consequently, computers, including bedside components, point-of-care testing equipment, and handheld computer devices, are increasingly present in patients' rooms. Recent articles have indicated that computer hardware, just as other medical equipment, may act as a reservoir for microorganisms and contribute to the transfer of pathogens to patients. This article presents basic microbiological concepts relative to infection, reviews the present literature concerning possible links between computer contamination and nosocomial colonizations and infections, discusses basic principles for the control of contamination, and provides guidelines for reducing the risk of transfer of microorganisms to susceptible patient populations.

Computers↗