Interactive Presentation of Simulations (iPRESS)
iPRESS is a Web platform for making the results of computer simulations in general and decision analyses in particular available to the end-users. The users of decision analysis are no longer limited to the published figures and tables.
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Acute COPD Exacerbation Prediction Tool (ACCEPT) projects individualized rate and severity of COPD exacerbations for COPD patients.
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This web application uses a linear mixed effects predictive model based on the Framingham Offspring Study to predict lung function decline over time in healthy adult population. Predictions are based on twenty common predictors selected through machine learning selection, and random effects to model unexplained heterogeneity among individuals.
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COPD Hospitalization web app.
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Asthma Hospitalization web app. This study was funded by a research grant from the Canadian Institutes of Health Research and Genome Canada (274CHI). The funders had no role in any aspect of this study and were not aware of the results. Ethics approval was obtained from the University of British Columbia’s Clinical Research Ethics Board.
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This web application is for analyzing budget impact of adopting primary care-based COPD case detection in the Canadian general population. The analysis was performed using the Evaluation Platform in COPD (EPIC) which is a microsimulation model of COPD in Canadians aged 40 years and above. Please refer to the manuscript for details on the model. Go here to read the full peer-reviewed publication.
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COPD Heatmap in British Columbia.
DEVELOPERS:
Amin Adibi
PARTNERS:
Canadian Institutes of Health Research
ABOUT:
Acute COPD Exacerbation Prediction Tool (ACCEPT) projects individualized rate and severity of COPD exacerbations for COPD patients.
DISCLAIMER:
Please refer to the 'Terms' tab for more disclaimers.
IPRESS WEBAPP:
The iPress webapp will appear below. Please allow a few seconds for the app to load.
Acute COPD Exacerbation Prediction Tool (ACCEPT)
Lung Function Predictor for the General Population
DEVELOPERS:
Amin Adibi, Wenjia Chen, Abdollah Safari, Jane Krot, Mark FitzGerald, Don Sin, Mohsen Sadatsafavi
ABOUT:
This web application uses a linear mixed effects predictive model based on the Framingham Offspring Study to predict lung function decline over time in healthy adult population. Predictions are based on twenty common predictors selected through machine learning selection, and random effects to model unexplained heterogeneity among individuals.
DISCLAIMER:
Please read usage terms at http://ipress.resp.med.ubc.ca/FraminghamFEV1/disclaimer.html
IPRESS WEBAPP:
The iPress webapp will appear below. Please allow a few seconds for the app to load.
DEVELOPERS:
Harry Lee
ABOUT:
COPD Hospitalization web app
DISCLAIMER:
None for now
IPRESS WEBAPP:
The iPress webapp will appear below. Please allow a few seconds for the app to load.
COPD Hospitalizations In Canada
Asthma Hospitalization
DEVELOPERS:
Harry Lee
PARTNERS:
Canadian Institutes of Health Research
ABOUT:
Asthma Hospitalization web app
DISCLAIMER:
This study was funded by a research grant from the Canadian Institutes of Health Research and Genome Canada (274CHI). The funders had no role in any aspect of this study and were not aware of the results. Ethics approval was obtained from the University of British Columbia’s Clinical Research Ethics Board (H18-01026).
IPRESS WEBAPP:
The iPress webapp will appear below. Please allow a few seconds for the app to load.
Budget impact analysis of adopting primary care-based COPD case detection in the Canadian general population
DEVELOPERS:
Dexter Kim
ABOUT:
This web application is for analyzing budget impact of adopting primary care-based COPD case detection in the Canadian general population. The analysis was performed using the Evaluation Platform in COPD (EPIC) which is a microsimulation model of COPD in Canadians aged 40 years and above. Please refer to the manuscript for details on the model. Go here to read the full peer-reviewed publication.
IPRESS WEBAPP:
The iPress webapp will appear below. Please allow a few seconds for the app to load.
COPD Heatmap
DEVELOPERS:
Kayly Choy
PARTNERS:
ABOUT:
COPD Heatmap in British Columbia
IPRESS WEBAPP:
The iPress webapp will appear below. Please allow a few seconds for the app to load.