医学
德尔菲法
麦克内马尔试验
家庭医学
心理干预
利克特量表
卡帕
医疗保健
病历
观察研究
团队合作
护理部
内科学
统计
语言学
经济增长
哲学
法学
政治学
经济
数学
作者
Concepción Carratalá‐Munuera,Vicente Gil-Guillén,Domingo Orozco‐Beltrán,José Javier Navarro Pérez,Fernando Caballero‐Martínez,Fernando Álvarez Guisasola,José Luis García Soidán,C. Fluixá-Carrascosa,Josep Franch‐Nadal,Enrique Martín-Rioboó,L. Carrillo-Fernández,Sara Artola‐Menéndez
摘要
BACKGROUND: Delphi technique allows developing a multidisciplinary consensus to establish solutions. AIM: To identify barriers and solutions to improve control in patients with Type-2 Diabetes Mellitus (DM2). METHODS: An observational study using the 2-round Delphi technique (June-August 2011). A panel of 108 experts in DM2 from medical and nursing fields (primary care providers and specialists) from different regions completed via email a questionnaire with 41 Likert statements and 9 scores for each one. Level of agreement was assessed using measures of central tendency and dispersion. We analysed commonalities/differences between the two groups (Kappa index and McNemar chi-square). RESULTS: Response rate: 65%. Degree of agreement: 63.4% (95% CI 48.7-78.1%) in medicine, and 78.1% (95% CI 65.4-90.8) in nursing (p > 0.05). Overall level of agreement: Kappa = 0.43, (χ(2) = 2.5 p > 0.05). Regarding non-compliance with therapy, it improves with: the information to the partner/family/caregiver, patient education degree in diabetes, patient motivation and ability to share and agree on decisions with the patient. Clinical inertia improves with: motivation degree of healthcare professionals and the calculation of cardiovascular risk; and gets worse with: the shortage of time in consultation, absence of data in medical record, border high limits measurements accepted as normal readings, lack of a treatment goals, lack of teamwork (Physician/Nurse), scarcity of resources and lack of alarm systems in the electronic medical record on goals to achieve. CONCLUSION: The participants achieved an agreement in interventions in non-therapeutic compliance and clinical inertia to improve DM2 control.
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