Evidence Based Medicine / Evidence Based Practice / Risk / Logistic Regression / British medical history / United Kingdom / Postmenopausal Women / Humans / Female / Pulmonary Embolism / Thromboembolism / Risk factors / Metaanalysis / Randomised Controlled Trial / Meta Analysis / Systematic review / Aged / Middle Aged / Risk Factor / Random Effects Model / Public health systems and services research / First Year / BMJ / Random-Effects Models / Study design / Risk Factors / Venous thromboembolism / Observational Study / Case Control Study / Fixed Effects / Deep Venous Thrombosis / Confidence Interval / Hormone Replacement Therapy / Case Control Studies / Cohort Studies / Relative Risk / Randomized Controlled Trials as Topic / United Kingdom / Postmenopausal Women / Humans / Female / Pulmonary Embolism / Thromboembolism / Risk factors / Metaanalysis / Randomised Controlled Trial / Meta Analysis / Systematic review / Aged / Middle Aged / Risk Factor / Random Effects Model / Public health systems and services research / First Year / BMJ / Random-Effects Models / Study design / Risk Factors / Venous thromboembolism / Observational Study / Case Control Study / Fixed Effects / Deep Venous Thrombosis / Confidence Interval / Hormone Replacement Therapy / Case Control Studies / Cohort Studies / Relative Risk / Randomized Controlled Trials as Topic
Logistic Regression / Parameter estimation / Risk factors / Regression Model / Random-Effects Models / General Linear Model / Analysis of correlated data / Risk Factors / Logistic Regression Model / Normal Distribution / Degree of Freedom / Fixed Effects / General Linear Model / Analysis of correlated data / Risk Factors / Logistic Regression Model / Normal Distribution / Degree of Freedom / Fixed Effects
Econometrics / Monte Carlo Simulation / Monte Carlo / Productivity / Panel Data / Best practice / Economic Reform / Bank Efficiency / Banking Industry / Random-Effects Models / Random Effect / Autoregressive Process / Serial Correlation / Monte Carlo Method / Relative Efficiency / Best practice / Economic Reform / Bank Efficiency / Banking Industry / Random-Effects Models / Random Effect / Autoregressive Process / Serial Correlation / Monte Carlo Method / Relative Efficiency
Econometrics / Monte Carlo Simulation / Monte Carlo / Productivity / Panel Data / Best practice / Economic Reform / Bank Efficiency / Banking Industry / Random-Effects Models / Random Effect / Autoregressive Process / Serial Correlation / Monte Carlo Method / Relative Efficiency / Best practice / Economic Reform / Bank Efficiency / Banking Industry / Random-Effects Models / Random Effect / Autoregressive Process / Serial Correlation / Monte Carlo Method / Relative Efficiency
Research Design / Randomization / Cooperation / Prospective studies / Humans / Models / Blood Pressure / United States / Cluster Analysis / Follow-up studies / Cluster / Theoretical Models / Patient Care Team / Public health systems and services research / Blood Pressure Control / Random-Effects Models / Comparative Effectiveness Research / Quality Outcomes / Pharmacists / Cooperative Behavior / Models / Blood Pressure / United States / Cluster Analysis / Follow-up studies / Cluster / Theoretical Models / Patient Care Team / Public health systems and services research / Blood Pressure Control / Random-Effects Models / Comparative Effectiveness Research / Quality Outcomes / Pharmacists / Cooperative Behavior