Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases | Paper Citation Record

Observation 4da6becb-db8f-4868-9030-d6823fecaf4c · outbound

This paper cites Use of EHRs data for clinical research: historical progress and current applications.Learning Health Systems.2019;3(1):e10076.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Use of EHRs data for clinical research: historical progress and current applications.Learning Health Systems.2019;3(1):e10076

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Observation d3f2daf9-fa27-4be7-9523-18321ae01c2d · outbound

This paper cites Electronic Health Records in Epidemiology: Appropriate Questions, Common Biases, and Potential Sensitivity Analyses.Current Epidemiology Results.2025;12(11).

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Electronic Health Records in Epidemiology: Appropriate Questions, Common Biases, and Potential Sensitivity Analyses.Current Epidemiology Results.2025;12(11)

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Observation 04004ca0-0913-44e6-a6a0-b82d39451fda · outbound

This paper cites The impact of data quality and source data verification on epidemio- logic inference: a practical application using HIV observational data.BMC Public Health.2019;19(1):1748.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases The impact of data quality and source data verification on epidemio- logic inference: a practical application using HIV observational data.BMC Public Health.2019;19(1):1748

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Observation 1019fcac-8e45-49a8-9fb6-28b9f7954aa8 · outbound

This paper cites Measuring the quality of observational study data in an international HIV research network.PloS One.2012;7(4):e33908.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Measuring the quality of observational study data in an international HIV research network.PloS One.2012;7(4):e33908

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Observation eb27a43f-61b2-4fed-bb87-44908ddbab85 · outbound

This paper cites Lessons learned from over a decade of data audits in international observational HIV cohorts in Latin America and East Africa.Journal of Clinical and Translational Science.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Lessons learned from over a decade of data audits in international observational HIV cohorts in Latin America and East Africa.Journal of Clinical and Translational Science

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Observation 579d6e1c-ccc3-4342-9636-a4335fc616fe · outbound

This paper cites Overcoming data challenges through enriched validation and targeted sampling to measure whole-person health in electronic health records.Journal of Biomedical Informatics.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Overcoming data challenges through enriched validation and targeted sampling to measure whole-person health in electronic health records.Journal of Biomedical Informatics

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Observation 7c741276-6098-43f3-bc0c-d5d4bc7ccb97 · outbound

This paper cites Multiwave validation sampling for error-prone electronic health records.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Multiwave validation sampling for error-prone electronic health records

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Observation 4efd55e9-a88e-4d08-8c86-350e8b13ed80 · outbound

This paper cites Systems of protocol review, quality assurance, and data audit.Cancer Chemotherapy and Pharmacology.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Systems of protocol review, quality assurance, and data audit.Cancer Chemotherapy and Pharmacology

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Observation 0b63951a-6cb1-442b-8c6f-236f21d03b94 · outbound

This paper cites Two-phase analysis and study design for survival models with error-prone exposures.Statistical Methods in Medical Research.2020;30(3):857-874.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Two-phase analysis and study design for survival models with error-prone exposures.Statistical Methods in Medical Research.2020;30(3):857-874

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Observation 7c1176fb-c302-4d2a-909e-4d8ed1513e90 · outbound

This paper cites Validation data-based adjustments for outcome misclassification in logistic regression: An illustration.Epidemiology.2011;22(4):589-597.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Validation data-based adjustments for outcome misclassification in logistic regression: An illustration.Epidemiology.2011;22(4):589-597

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Observation 8037664e-567d-492b-8450-43d18cfda176 · outbound

This paper cites Binary Regression with Differentially Misclassified Response and Exposure Variables.Statistics in Medicine.2015;34(9):1605-1620.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Binary Regression with Differentially Misclassified Response and Exposure Variables.Statistics in Medicine.2015;34(9):1605-1620

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Observation 0805221d-f512-4dab-a160-6510a2ece0a4 · outbound

This paper cites A two stage design for the study of the relationship between a rare exposure and a rare disease.American Journal of Epidemiology.1982;115(1):119–128.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases A two stage design for the study of the relationship between a rare exposure and a rare disease.American Journal of Epidemiology.1982;115(1):119–128

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Observation e8e4a725-8e6f-433a-b4db-a30aeec072b8 · outbound

This paper cites an unresolved cited work.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Unresolved cited work

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Source-reported events for the cited work

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Observation d20fd91b-3cc8-490d-afba-1e6f591b718e · outbound

This paper cites Optimal multiwave validation of secondary use data with outcome and exposure misclassification.Canadian Journal of Statistics.2023.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Optimal multiwave validation of secondary use data with outcome and exposure misclassification.Canadian Journal of Statistics.2023

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Observation 5f6ba9a7-8b2a-4fe7-bfa1-61063c4e81ff · outbound

This paper cites Response-dependent two-phase sampling designs for biomarker studies.Canadian Journal of Statistics.2014;42(2):268–284.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Response-dependent two-phase sampling designs for biomarker studies.Canadian Journal of Statistics.2014;42(2):268–284

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Observation 46bd0035-0344-4779-b665-4e86503a41c0 · outbound

This paper cites Optimal designs of two-phase studies.Journal of the American Statistical Association.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Optimal designs of two-phase studies.Journal of the American Statistical Association

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Observation fcb6441b-9448-4e7a-9a34-f86caf3b597c · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases The use of extreme groups in assessing relationships.Psychometrika.1975;40(4):563– 572

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Observation 0c4fc7fd-01d9-481d-9eb6-be6188b02cef · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Transmission-disequilibrium tests for quantitative traits..American Journal of Human Genetics

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases The use of extreme groups to test for the presence of a relationship.Psychometrika.1961;26(3):307–316

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Observation 83e37b6d-b1cb-4c33-9161-0d1b46b89e7f · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Quantitative trait analysis in sequencing studies under trait-dependent sampling

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Extreme discordant sib pairs for mapping quantitative trait loci in humans.Science

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Observation 16d664ed-068c-455d-8ab5-5e07c9d29688 · outbound

This paper cites Optimal allocation in stratified cluster-based outcome-dependent sampling designs.Statistics in Medicine.2021;40(18):4090–4107.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Optimal allocation in stratified cluster-based outcome-dependent sampling designs.Statistics in Medicine.2021;40(18):4090–4107

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Observation 213e9673-2632-4ae4-adec-4837968c7874 · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Outcome-dependent sampling: an efficient sampling and inference procedure for studies with a continuous outcome..Epidemiology.2007;18(4):461–468

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Observation 50835545-444b-4c7f-8c01-6764114e53c5 · outbound

This paper cites Efficient designs and analysis of two-phase studies with longitudinal binary data.Biometrics.2024;80(1):ujad010.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Efficient designs and analysis of two-phase studies with longitudinal binary data.Biometrics.2024;80(1):ujad010

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Observation df208495-19a5-46f1-8350-c2a005dbbe6c · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Two-phase designs with current status data.Statistics in Medicine.2023;42(8):1207–1232

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Multi-objective optimization

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Observation 2a1c2f90-2d17-4155-9c5e-f6e760e90f4a · outbound

This paper cites an unresolved cited work.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Unresolved cited work

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Source-reported events for the cited work

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Chapter 1 - Dietary Assessment Methodology

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Regression with missing X’s: A review.Journal of the American Statistical Association

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Observation a0c73817-5b58-41da-81ab-9e5313b34f1e · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases A semiparametric empirical likelihood method for data from an outcome-dependent sampling scheme with a continuous outcome.Biometrics.2002;58(2):413–421

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Observation 80b4157f-cfbc-4824-b1fd-e7d7c97fb264 · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Optimal experiment design with applications to Pharmacokinetic modeling

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Observation 4e756030-d795-4301-8e84-098c66a93d73 · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Adaptive sampling in two-phase designs: a biomarker study for progression in arthritis

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases The ‘Why’ behind including ‘Y’ in your imputation model

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Observation ecf31a34-2716-463f-9194-df494b257075 · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases mice: Multivariate Imputation by Chained Equations in R.Journal of Statistical Software.2011;45(3):1-67

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Observation 6115cd42-0920-4bb6-be4a-5ac05a1b2f85 · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Using the outcome for imputation of missing predictor values was preferred.Journal of Clinical Epidemiology.2006;59(10):1092–1101

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Observation e818ba35-2f1b-4fd1-84fb-856c330b884e · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Unresolved cited work

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Source-reported events for the cited work

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Two Methods to Estimate Fruit and Vegetable Intake of Adults, What We Eat in America, NHANES 2009-2010.The FASEB Journal.2015;29(S1):597.6

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Observation d046d4aa-6f64-4cfd-bda0-9203305dd83f · outbound

This paper cites Department of Agriculture, Agricultural Research Service.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Department of Agriculture, Agricultural Research Service

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Observation 0ca2c1ea-7f4f-4a96-8e92-76f721fb6327 · outbound

This paper cites Vitamin D and intestinal calcium absorption.Molecular and Cellular Endocrinology.2011;347(1):25-29.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Vitamin D and intestinal calcium absorption.Molecular and Cellular Endocrinology.2011;347(1):25-29

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Source-reported events for the cited work

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Observation 8f9a1cdc-2d72-42cb-99be-e8a4ab242ea7 · outbound

This paper cites Caffeine and cardiovascular health.Regulatory Toxicology and Pharmacology.2017;89:165-185.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Caffeine and cardiovascular health.Regulatory Toxicology and Pharmacology.2017;89:165-185

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases A low-fat diet decreases high density lipoprotein (HDL) cholesterol levels by decreasing HDL apolipoprotein transport rates.The Journal of Clinical Investigation.1990;85(1):144–151

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases The effect of alcohol consumption on insulin sensitivity and glycemic status: a systematic review and meta-analysis of intervention studies.Diabetes Care

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Observation 90aaf266-43e0-41a1-8663-27bdb2371ee8 · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Unresolved cited work

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Observation a610872b-fe7d-4cf8-b83c-d96b77a3bc26 · outbound

This paper cites Oxford university press.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Oxford university press

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Observation c1a1247f-e38c-4eb7-a63f-5b3d9657c97f · outbound

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Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Model selection and model averaging after multiple imputation.Computational Statistics & Data Analysis.2014;71:758–770

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This paper cites Efficient semiparametric inference for two-phase studies with outcome and covariate measurement errors.Statistics in Medicine.2021;40(3):725-738.

Two-phase validation sampling via principal components to improve efficiency in multi-model estimation from error-prone biomedical databases Efficient semiparametric inference for two-phase studies with outcome and covariate measurement errors.Statistics in Medicine.2021;40(3):725-738

Reference 46

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