scholarly journals Dear my Very Problematic Blood Glucose Meter: Adolescents' Experiences Self-Managing Type 1 Diabetes and their Psychosocial User Requirements Of Medical Technologies

2021 ◽  
Author(s):  
◽  
Gillian McCarthy

<p>“Dear insulin pump. I love that you came into my life! You give me flexibility, confidence, and happiness.”  “Dear my very problematic blood glucose meter. I wish I could let you go. I don't ask much from you, just correct readings and that you stop deciding to pack it in. You make me second guess myself and my health.”  The difference between a loved and a despised medical device is stark. Adolescents with type 1 diabetes require medical devices that facilitate their self-management throughout every aspect of their lives, from school, to the sports field, to managing hypoglycaemia in the middle of the night. This research aims to describe adolescents’ experiences self-managing type 1 diabetes, and identify their psychosocial user requirements of medical technologies.  Following a constructivist research paradigm, a range of predominantly qualitative and participatory design methods were employed with 16 adolescent and young adult participants with type 1 diabetes and nine health professionals. Methods included semi-structured interviews and a card-sort task to understand the psychosocial impacts of current medical devices. Cultural probes elicited: adolescents’ metaphors for managing diabetes, how they would like to manage their diabetes, the best and worst features of their devices, and the relationships they have with them. Undergraduate design students used secondary research and emergent psychosocial user requirements of medical devices to design blood glucose meters, lancets, storage solutions, and insulin pumps that resembled watches, jewellery, and smartphones, could be attached to a bike, or could glow at night. I used these designs to provide additional support for adolescents’ user requirements, demonstrate how they were of use to designers, and stimulate discussion with the adolescents. The adolescents with type 1 diabetes completed a participatory design workshop, designing blood glucose meters that challenged the ways in which medical devices currently draw attention. Findings were analysed using a constructivist approach to grounded theory, and psychosocial user requirements were developed.  On average, current medical devices have positive psychosocial impacts on adolescents, with large positive impacts on users’ feelings of competence, followed by increased feelings of adaptability and self-esteem. However, some adolescent requirements remain unmet. Issues include the transition of responsibility for diabetes management from parent to adolescent, managing blood glucose while participating in everyday activities such as sports, managing attention, and developing acceptance of a long-term condition. Other issues stem from devices’ features, usability, reliability, and context of use. As research has indicated, the traditional health approach is about curing illness, but with diabetes, managing wellness is key. The person learns to fit diabetes around the rest-of-life. While it is pertinent that diabetes technologies are clinically effective, they should also be designed in alignment with adolescent psychosocial user requirements, taking into account not only their physical health, but also the ways and contexts in which adolescents go about their daily lives.</p>

2021 ◽  
Author(s):  
◽  
Gillian McCarthy

<p>“Dear insulin pump. I love that you came into my life! You give me flexibility, confidence, and happiness.”  “Dear my very problematic blood glucose meter. I wish I could let you go. I don't ask much from you, just correct readings and that you stop deciding to pack it in. You make me second guess myself and my health.”  The difference between a loved and a despised medical device is stark. Adolescents with type 1 diabetes require medical devices that facilitate their self-management throughout every aspect of their lives, from school, to the sports field, to managing hypoglycaemia in the middle of the night. This research aims to describe adolescents’ experiences self-managing type 1 diabetes, and identify their psychosocial user requirements of medical technologies.  Following a constructivist research paradigm, a range of predominantly qualitative and participatory design methods were employed with 16 adolescent and young adult participants with type 1 diabetes and nine health professionals. Methods included semi-structured interviews and a card-sort task to understand the psychosocial impacts of current medical devices. Cultural probes elicited: adolescents’ metaphors for managing diabetes, how they would like to manage their diabetes, the best and worst features of their devices, and the relationships they have with them. Undergraduate design students used secondary research and emergent psychosocial user requirements of medical devices to design blood glucose meters, lancets, storage solutions, and insulin pumps that resembled watches, jewellery, and smartphones, could be attached to a bike, or could glow at night. I used these designs to provide additional support for adolescents’ user requirements, demonstrate how they were of use to designers, and stimulate discussion with the adolescents. The adolescents with type 1 diabetes completed a participatory design workshop, designing blood glucose meters that challenged the ways in which medical devices currently draw attention. Findings were analysed using a constructivist approach to grounded theory, and psychosocial user requirements were developed.  On average, current medical devices have positive psychosocial impacts on adolescents, with large positive impacts on users’ feelings of competence, followed by increased feelings of adaptability and self-esteem. However, some adolescent requirements remain unmet. Issues include the transition of responsibility for diabetes management from parent to adolescent, managing blood glucose while participating in everyday activities such as sports, managing attention, and developing acceptance of a long-term condition. Other issues stem from devices’ features, usability, reliability, and context of use. As research has indicated, the traditional health approach is about curing illness, but with diabetes, managing wellness is key. The person learns to fit diabetes around the rest-of-life. While it is pertinent that diabetes technologies are clinically effective, they should also be designed in alignment with adolescent psychosocial user requirements, taking into account not only their physical health, but also the ways and contexts in which adolescents go about their daily lives.</p>


2017 ◽  
Vol 63 (1) ◽  
pp. 17-22
Author(s):  
Ekaterina A. Andrianova ◽  
Aleksandr V. Ilyin ◽  
Tamara L. Kuraeva ◽  
Valentina A. Peterkova

Rationale. Arkray blood glucose meters have become widely used in Russia since 2013. Studies focused on their accuracy, where Arkray Glucocard II glucose meter is used as the reference monitoring system, have been published. Since insulin dose to be injected relies upon readings of a personal blood glucose meter, the system being used must comply with the clinical safety and analytical accuracy criteria for glucose meters. Objective — to assess clinical safety and analytical accuracy of the results of studying blood glucose level measured using Glucocard Sigma and Glucocard Sigma Mini blood glucose meters. Material and methods. Glucose level in a drop of capillary blood was studied in 48 pediatric and adolescent patients with type 1 diabetes mellitus (DMT1). The mean age of the patients was 9.4±5.6 years; average duration of the disease, 4.2±2.7 years. Parallel studies on glycaemia using the Glucocard Sigma and Glucocard Sigma Mini glucose meters being tested, as well as a BIOSEN C-line stationary biochemical analyzer system, were carried out at the Department of Diabetes Mellitus of the Institute of Pediatric Endocrinology and the Biochemical Laboratory of the Endocrinology Research Center of the Ministry of Healthcare of the Russian Federation. A total of 320 samples were examined. The hexokinase method performed on a BIOSEN C-line biochemical analyzer system was used as the reference method for measuring blood glucose level. Results. Assessment of clinical safety demonstrated that 100% of test results belonged to zone A (will not result in patient error) and B (will not result in patient error or there will be a minor error not affecting patient’s condition). These findings fully comply with the ISO 15197-2016 standard. Investigation of the analytical accuracy of Glucocard Sigma and Glucocard Sigma Mini glucose meters (capillary blood, glucose blood level >4.2 mmol/L) compared to the results obtained using the BIOSEN C-line biochemical analyzer system showed a <5% deviation in 118 (51.3%) measurements; <10%, in 202 (87.8%) measurements; less than 15%, 222 (96.5%) measurements; and less than 20%, in 230 (100%) measurements. These results comply both with the ISO 15197-2015 criteria and stricter criteria ISO 15197-2016. Conclusion. The high accuracy of Glucocard Sigma and Glucocard Sigma Mini glucose meters has been confirmed. The accuracy of these glucose meters complies with the State Standard GOST ISO 15197-2015 and the ISO 15197-2016 standard.


2020 ◽  
Author(s):  
Gillian McCarthy ◽  
Edgar Rodriguez-Ramirez ◽  
Brian Robinson

© 2019, © 2019 Informa UK Limited, trading as Taylor & Francis Group. Adolescents and young adults with type 1 diabetes are required to use a variety of persuasive medical technologies to manage their health. However, adolescents’ experiences with and preferences regarding these technologies, and the implications these have on self-management are not broadly recognised. In this case study of a novel method nine adolescents and young adults wrote love letters or break-up letters to one of their medical devices. Four categories of user requirements were constructed from a grounded theory analysis of the letters and follow-up interviews: acquiring and changing medical devices, requiring convenience and practicality for everyday contexts, collecting and using data, and corresponding with preferences and values. Young people are often excluded from research and development regarding medical devices, yet this method was successful in identifying emotional information and requirements to inform the design of medical devices.


2020 ◽  
Author(s):  
Gillian McCarthy ◽  
Edgar Rodriguez-Ramirez ◽  
Brian Robinson

© 2019, © 2019 Informa UK Limited, trading as Taylor & Francis Group. Adolescents and young adults with type 1 diabetes are required to use a variety of persuasive medical technologies to manage their health. However, adolescents’ experiences with and preferences regarding these technologies, and the implications these have on self-management are not broadly recognised. In this case study of a novel method nine adolescents and young adults wrote love letters or break-up letters to one of their medical devices. Four categories of user requirements were constructed from a grounded theory analysis of the letters and follow-up interviews: acquiring and changing medical devices, requiring convenience and practicality for everyday contexts, collecting and using data, and corresponding with preferences and values. Young people are often excluded from research and development regarding medical devices, yet this method was successful in identifying emotional information and requirements to inform the design of medical devices.


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