The surveys demonstrated the value of using a structured, clearly designed 'expert' survey for providing an insight into operational aspects of the ICZM principles and provided a means of assessing ICZM progress.
All were interviewed by using a structured questionnaire designed to collect information on demographics, basic hygiene practices, quantity of poultry owned, poultry death reporting, practices when deaths occurred, knowledge and attitude of sick and dead poultry, and knowledge of AI.
Details of the three most recent cesarean deliveries reported in medical records and operating theater logbooks as taking place between 12 and 60 hours before arrival of the data collectors were documented using a structured checklist designed to collect case information and outcomes for comparison with observed deliveries.
Data on adherence to phosphate binders were obtained for 581 patients through face-to-face interviews, using a structured questionnaire specially designed for the PROHEMO (Additional file 1).
A cross-sectional survey study was conducted using a structured food safety questionnaire designed for this study.
The surveys were administered by trained research assistants using a structured questionnaire that was designed in Census and Survey Processing System (CSPro).
From them 500 were randomly selected for interview using a structured questionnaire that was designed on the basis of feedbacks received from several focused group discussions.
A kinetic investigation on catalytic partial oxidation of methane over a Rh/α-Al2O3 catalyst was addressed using a structured annular reactor specifically designed for studying ultra-fast reactions at high temperatures and very short contact times, out of thermodynamic control.
To determine whether the results obtained in clinical trials could be replicated in "real world" primary health care settings with limited resources and existing personnel, the GOAL intervention study [ 11], a lifestyle implementation trial using a structured group programme, was designed in Finland.
Starting from the characteristics of disruptive innovation and using a structured problem solving method, a lean design methodology to support disruptiveness is proposed in this paper.
