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Investigation of IT-system for Point of Care Testing

Risberg, Mats (2010)
Computer Science and Engineering (BSc)
Abstract
This report is the result of a project performed at the Department of Clinical Chemistry at UMAS in Malmö. To reduce the load at the surgery, the possibilities to let patients treated with anticoagulant drugs test themselves using self-service terminals will be investigated. The testing of these patients is currently performed by the personnel. The goal of this project is to investigate how terminals for self-testing should be designed with the help of a new model of test instrument. It is also of interest that the technology could be used for other types of tests and testing in the home. This report includes investigations of the benefits of self testing, how patients manage to handle the test instruments and how the instruments can... (More)
This report is the result of a project performed at the Department of Clinical Chemistry at UMAS in Malmö. To reduce the load at the surgery, the possibilities to let patients treated with anticoagulant drugs test themselves using self-service terminals will be investigated. The testing of these patients is currently performed by the personnel. The goal of this project is to investigate how terminals for self-testing should be designed with the help of a new model of test instrument. It is also of interest that the technology could be used for other types of tests and testing in the home. This report includes investigations of the benefits of self testing, how patients manage to handle the test instruments and how the instruments can communicate with a computer system. The main benefits of self testing are fast access to test results which makes prescribing possible immediately after the testing. From an economic point of view, personnel costs would be considerably reduced. In this case however, the high maintenance cost of the test instruments implies that the cost per test is not lower compared with the current situation. Utilization of the advantages of the self-service terminals requires the patients to some extent be guided by the computer terminal in the case of problems during the testing. This is done by acquiring information from the test instruments through their computer interface. The design of these however, especially because of the use of infrared communication, complicates the interaction with the instruments considerably. (Less)
Please use this url to cite or link to this publication:
author
Risberg, Mats
organization
year
type
M2 - Bachelor Degree
subject
keywords
self-testing, medical instruments, user interaction, serial communication, c#
language
English
id
1621995
date added to LUP
2010-06-22 00:00:00
date last changed
2018-10-18 10:13:00
@misc{1621995,
  abstract     = {This report is the result of a project performed at the Department of Clinical Chemistry at UMAS in Malmö. To reduce the load at the surgery, the possibilities to let patients treated with anticoagulant drugs test themselves using self-service terminals will be investigated. The testing of these patients is currently performed by the personnel. The goal of this project is to investigate how terminals for self-testing should be designed with the help of a new model of test instrument. It is also of interest that the technology could be used for other types of tests and testing in the home. This report includes investigations of the benefits of self testing, how patients manage to handle the test instruments and how the instruments can communicate with a computer system. The main benefits of self testing are fast access to test results which makes prescribing possible immediately after the testing. From an economic point of view, personnel costs would be considerably reduced. In this case however, the high maintenance cost of the test instruments implies that the cost per test is not lower compared with the current situation. Utilization of the advantages of the self-service terminals requires the patients to some extent be guided by the computer terminal in the case of problems during the testing. This is done by acquiring information from the test instruments through their computer interface. The design of these however, especially because of the use of infrared communication, complicates the interaction with the instruments considerably.},
  author       = {Risberg, Mats},
  keyword      = {self-testing,medical instruments,user interaction,serial communication,c#},
  language     = {eng},
  note         = {Student Paper},
  title        = {Investigation of IT-system for Point of Care Testing},
  year         = {2010},
}