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Health Care White Papers

  • Controlling Fraudulent and Quality-Impaired Medicine: An Awareness Model
    Published May 2011
    The large amount of counterfeit drugs appearing in developing nations, as well as the exponentially rising emergence of fraudulent medicine in those countries, has motivated research into integrating advanced RFID instruments into the pharmaceutical industry. Eldar Sultanow, the CIO of XQS Service GmbH, discusses such research—which is working toward identifying and preventing counterfeit drugs from appearing on the market, and preserving the quality and security of pharmaceutical products—and outlines a comprehensive and safer model for medical lifecycles, utilizing radio frequency identification. (15 pages)
  • RFID in Oncology Clinics
    Published November 2010
    XECAN's Bin Yang, Ph.D., and Alliance Oncology's Per Halvorsen examine the use of radio frequency identification to enhance the patient experience, increase safety and eliminate treatment errors. (14 pages)
  • The Batteryless RFID Imperative in Health Care
    Published July 2010
    Ravi Pappu, the co-founder and VP of ThingMagic's Advanced Development Group, explains why batteryless RFID is the most economical way to measure a large number of parameters in health-care settings; how batteryless RFID's low cost and complexity enable innovative patient-centric applications that would otherwise not be implemented; and why it often makes sense to implement batteryless RFID applications first. (8 pages)
  • Methodologies for Sharply Reducing Hospital-acquired Infections
    Published June 2010
    Dynamic RFID Solutions discusses the spread of hospital-acquired infections, and explains how to combat the problem by promoting good hand hygiene via an automated, interactive electronic monitoring system utilizing RFID and infrared technologies. (7 pages)
  • The Novel Use of Information Technology in Military Medicine and Mass Casualty Situation Training
    Published March 2010
    Jorma Jokela, a student at the University of Tampere, offers an academic dissertation on several novel information technologies, including short video clips, mobile medical information systems (IS) and RFID, which have become an essential part of education in the modern health-care field. In military medicine, there are special needs for novel technologies, especially when optimizing first aid and initial treatment in challenging field situations. Jokela's thesis studies the use of such technologies in the training of military medicine for mass-casualty scenarios. (126 pages)
  • Pharmaceutical Shifts Toward UHF RFID for Savings
    Published February 2009
    The global pharmaceutical industry dispenses more than $500 billion worth of prescription medications annually, with the distribution of regulated pharmaceuticals achieved through a complex supply chain involving thousands of trading partners who conduct business through multiple transaction levels. With this in mind, Alien Technology explores the benefits that can be derived from RFID technologies, such as stemming the influx of counterfeit drugs.
  • RFID Usage in the Patient-Care Environment
    Published July 2008
    This study, authored by Barbara Christe, Elaine Cooney, Gregg Maggioli, Dustin Doty, Robert Frye and Jason Short, examines the effects of two common passive RFID antennas—near-field and far-field—and five general types of patient-care equipment in real-use scenarios. Data was collected regarding the function of the equipment within the antennas' RF fields, in situations resembling common use.
  • EPC Value Model for Health Care & Life Sciences
    Published November 2005
    This white paper from EPCglobal US explains how EPC RFID technology can change the way HLS manufacturers, distributors and retailers work together.
  • RFID Solutions for Delivering Efficient, High-Quality Healthcare
    Published October 2005
    In the health-care industry, inefficient supply management, multiple proprietary systems and lack of standards have led to high operating costs and lowered care quality. Aventyn addresses these issues with its standards-based Clinical Information Processing Platform (CLIP).
  • Liquid Pharmaceuticals and 915 MHz Radio Frequency Identification Systems
    Published September 2005
    This white paper details a project initiated by Howard Bassen of the U.S. Food and Drug Administration to evaluate the potential of certain 915 MHz RFID systems to heat temperature-sensitive pharmaceuticals. The overall goal of this project was to evaluate the worst-case power deposition and heating of one or more vials of simulated insulin under extreme exposure conditions.
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