Yulong Gu1, James Roy Warren, Karen Jean Day. 1. Department of Computer Science - Tamaki, University of Auckland, Private Bag 92019, Auckland, New Zealand. ygu029@cs.auckland.ac.nz
Abstract
PURPOSE: This study aimed to characterize the challenges in using genetic information in health care and to identify opportunities for improvement. METHODS: Taking a grounded theory approach, semistructured interviews were conducted with 48 participants to collect multiple stakeholder perspectives on genetic services in New Zealand. RESULTS: Three themes emerged from the data: (1) four service delivery models were identified in operation, including both those expected models involving genetic counselors and variations that do not route through the formal genetic service program; (2) multiple barriers to sharing and using genetic information were perceived, including technological, organizational, institutional, legal, ethical, and social issues; and (3) impediments to wider use of genetic testing technology, including variable understanding of genetic test utilities among clinicians and the limited capacity of clinical genetic services. Targeting these problems, information technologies and knowledge management tools have the potential to support key tasks in genetic services delivery, improve knowledge processes, and enhance knowledge networks. CONCLUSION: Because of the effect of issues in genetic information and knowledge management, the potential of human genetic variation knowledge to enhance health care delivery has been put on a "leash."
PURPOSE: This study aimed to characterize the challenges in using genetic information in health care and to identify opportunities for improvement. METHODS: Taking a grounded theory approach, semistructured interviews were conducted with 48 participants to collect multiple stakeholder perspectives on genetic services in New Zealand. RESULTS: Three themes emerged from the data: (1) four service delivery models were identified in operation, including both those expected models involving genetic counselors and variations that do not route through the formal genetic service program; (2) multiple barriers to sharing and using genetic information were perceived, including technological, organizational, institutional, legal, ethical, and social issues; and (3) impediments to wider use of genetic testing technology, including variable understanding of genetic test utilities among clinicians and the limited capacity of clinical genetic services. Targeting these problems, information technologies and knowledge management tools have the potential to support key tasks in genetic services delivery, improve knowledge processes, and enhance knowledge networks. CONCLUSION: Because of the effect of issues in genetic information and knowledge management, the potential of human genetic variation knowledge to enhance health care delivery has been put on a "leash."
Authors: Brigid Unim; Tyra Lagerberg; Erica Pitini; Corrado De Vito; Maria Rosaria Vacchio; Giovanna Adamo; Annalisa Rosso; Elvira D'Andrea; Carolina Marzuillo; Paolo Villari Journal: Front Public Health Date: 2017-08-22