Abstract
Web-based technologies are changing the face of traditional telehealth applications by providing cost-effective clinical data capture and sharing solutions. Access to medical images in coordination with clinical workflow and face-to-face technologies can integrate clinical service delivery, diagnosis, and treatment across geographic, disciplinary, and organizational boundaries. For example, medical images are used for a variety of purposes and range in their complexity from a simple digital photograph of a physical mass taken by a primary care provider to a magnetic resonance image (MRI) reviewed by a radiologist that might describe the details of the mass; to a histopathology slide that a pathologist might use to diagnose the malignancy of the mass. Each of these images is managed by separate domain-specific information systems which are often located in technology silos and are constrained by disciplinary, organizational, and geographic barriers.
TeleCAM is a telehealth information system that provides a standards-based technological infrastructure for the collection, storage, and display of digital images via the web. Aggregating images across domains, workflow, time, and geographies can greatly enhance clinical collaboration, diagnostic efficiencies, continuity of care, and ultimately patient care outcomes. This chapter will provide a short review of the history of telemedicine and describe in detail the technological specifications, features, and management strategies of a web-based solution. Several clinical applications will also be described in order to visualize the full capacity of this web-based solution.
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References
Einthoven. Archives Internationales Physiologie. Wikepedia: Telehealth, 1906;4:132. Accessed on 2/18/2009. http:users.forthnet.gr/ath/giovas/telemed.
Pederden S. History of Telemedicine, Chapter 1. http://www.uninet.edu/conganat/ICVHAP/conferencias/017/history.htm. Accessed on 2/18/2009.
Wootton R. History of Telemedicine, Chapter 1. http://www.uninet.edu/conganat/ICVHAP/conferencias/017/history.htm. Accessed on 2/18/2009.
Brown N. A Brief History of Telemedicine, Telemedicine InformatinExchange, 1995. http://tie.telemed.org/articles, Accessed on 2/18/2009.
Bashshur RL, Armstrong PA, Youssef ZI. Telemedince: results of the intial experience. Aviation Space Environ Med 1977;48(1):65–70.
Hurwitz and Associates. Reducing complexity of data integration and application development through a data service layer. November 13, 2003.
Goede PA, Lauman JR, Lauman BS, Cochella C, Katzman GL, Morton DA, Albertine KH. A methodology and implementation for annotating digital images for context-appropriate use in an academic health care environment. JAMIA 2004;11(1):Jan/Feb.
Marshall C. Annotation: from paper books to the digital library. Proceedings of the 1997 ACM International Conference on Digital Libraries (DL97), 1997.
Caruso R, Postel G. Image editing with Adobe Photoshop 6.0. Radiographics 2002;22:993–1002.
Adobe Systems, San Jose, CA.
http://www.oasis-open.org/committees/uddi-spec/doc/spec/v3/uddi-v3.0.2-20041019.htm.
Lieberman H, Rosenweig E, Push S. Aria: an agent for annotating and retrieving images. IEEE Computer 2001;34(7):57–62.
Chronaki C, Zabulis X, Orphanoudakis S. I2Cnet medical image annotation service. Med Inform Special Issue 1997;22(4):337–347.
Caruso R, Postel G, McDonald C, Aronson B, Christensen J. Software-annotated, digitally photographed, and printed MR images: suitability for publication. Acad Radiol 2002;9:346–351.
Davidson H, Lauman J, Goede P, Harnsberger HR. CAT: a methodology for annotating digital teaching file images. Scientific Program Proceedings in Radiology (RSNA). InfoRAD exhibit 2000:698.
Goede P. CAT: an annotation methodology for the medical image annotation tool MIAT). Seattle, WA: National Center for Research Resources (NCRR) Sponsored BioInformatics Approaches to Neuroimaging in Clinical Research, 2002:January 25–27.
Wagner F, Wolff A. Map labeling heuristics: provably good and practically useful. association for computing machinery. Annual Symposium on Computational Geometry, 1995, 2001:109–118.
Goede P, Lauman J, Cochella C, Katzman G, Morton D, Albertine K. A methodology and implementation for annotating digital images for context-appropriate use in an academic healthcare environment. JAMIA (submitted).
Wagner F, Tycho S, Wolff A, Kapoor V. Three rules suffice for good label placement. Algorithmica 2001;30(2):334–349.
Albertine KH. Use and re-use of content from an imager’s perspective. National Center for Research Resources (NCRR).
Heaps N, Davidson H, Lauman J, Harnsberger H. Arrow Magick: Labeling Digital Radiological Images on the Web. Telemed J 1999;5:95.
Lober B, Brinkley J. A portable image annotation tool for web-based anatomy atlases. Proceedings of the American Medical Informatics Association, 1999.
Lauman J. Image annotation and re-use issues in medical academia. Proceedings of American Society for Experimental Biology, 2001.
Chronaki C, Zabulis X, Orphanoudakis SC. Maintaining medical image annotations in I2Cnet. Proceedings of EuroPACS’96, Heraklion, Crete, Greece, 1996:141–145. http://www.ics.forth.gr/ICS/acti/cmi_hta/publications/papers/1996/eup96ann/eup96ann.html. Accessed July.
Brauer GW. Telehealth: the delayed revolution in health care. Med Prog Technol 1992;18(3):151–163.
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Goede, P., Frasier, L., Thraen, I. (2010). An Image-Centric, Web-Based, Telehealth Information System for Multidisciplinary Clinical Collaboration. In: Lazakidou, A. (eds) Web-Based Applications in Healthcare and Biomedicine. Annals of Information Systems, vol 7. Springer, Boston, MA. https://doi.org/10.1007/978-1-4419-1274-9_6
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