RFID Journal, article (extract), September 11, 2012:
The system enables the children to have a better night's sleep, and also provides nurses with real-time readings of temperature and other vital signs.
Compared with adults, pediatric patients are at greater risk of spiking fevers, and for that reason, hospitals must often record the temperatures of young patients numerous times throughout the night. If the staff uses a handheld thermometer, a child is likely to be awakened every time his or her temperature is taken — plus, that child's fever may have risen dangerously high in the interim. To enable its pediatric patients to have a better night's sleep, and to gain more frequent temperature and vital-sign readings, Hong Kong Union Hospital has installed a radio frequency identification system provided by Singapore RFID company Cadi Scientific. The solution, known as SmartSense, consists of temperature-sensing RFID tags that patients wear on their abdomen, RFID interrogators mounted on walls, and SmartSense software to receive that data, store it for the hospital staff, and issue alerts in the event that a temperature is rising, according to Grace Too, Cadi Scientific Hong Kong's business account manager.
Source:
Swedberg C. Hong Kong Union Hospital adopts RFID temperature sensors for pediatric patients. RFID Journal 2012 September 11.
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http://www.rfidjournal.com/articles/view?9893
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(Copyright RFID Journal LLC. Used with permission.)
Showing posts with label Hong Kong. Show all posts
Showing posts with label Hong Kong. Show all posts
Tuesday, 11 September 2012
Monday, 28 June 2010
Hong Kong's Tuen Mun Hospital evaluates the use of a wireless temperature monitoring system
Conference abstract (extract), June 28, 2010:
RFID technology can effectively enhance patient experience as well as minimising the risk of infection by nursing staff due to the elimination of unnecessary contact with infectious patient. Patient safety could also be enhanced as high fever alert can be made with real-time frequent recording of the body temperature in the computer system whilst waste of paper and record process can also be eliminated. Application of such system is recommended in other isolation ward settings.
Source:
Wong B, Kan CH, Ho PY, Chan O. An evaluation of the implementation of RFID wireless body temperature monitoring system to enhance patient experience and work efficiency [abstract]. In: Abstract book for the 28th International Conference of the International Society for Quality in Health Care; 2011 Sep 14–17; Hong Kong. p. 700.
To view the full article, please click here: PDF
(Copyright by authors. Used with permission.)
Note:
The authors were from Tuen Mun Hospital in Hong Kong.
RFID technology can effectively enhance patient experience as well as minimising the risk of infection by nursing staff due to the elimination of unnecessary contact with infectious patient. Patient safety could also be enhanced as high fever alert can be made with real-time frequent recording of the body temperature in the computer system whilst waste of paper and record process can also be eliminated. Application of such system is recommended in other isolation ward settings.
Source:
Wong B, Kan CH, Ho PY, Chan O. An evaluation of the implementation of RFID wireless body temperature monitoring system to enhance patient experience and work efficiency [abstract]. In: Abstract book for the 28th International Conference of the International Society for Quality in Health Care; 2011 Sep 14–17; Hong Kong. p. 700.
To view the full article, please click here: PDF
(Copyright by authors. Used with permission.)
Note:
The authors were from Tuen Mun Hospital in Hong Kong.
