Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis

Introduction Fifteen years ago almost all primary care physicians (PCPs) were paid fee-for-service. Now, many physicians receive other payments as well, including capitation payments, incentives and bonuses and funding for other health professionals. It is challenging to track these changes in prima...

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Main Authors: Sue Schultz, Rick Glazier, Michael Green, Tara Kiran, Imaan Bayoumi, Joan Tranmer, Eliot Frymire
Format: Article
Language:English
Published: Swansea University 2018-09-01
Series:International Journal of Population Data Science
Online Access:https://ijpds.org/article/view/952
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spelling doaj-58a403c321db4069ba45057a57382d0e2020-11-24T23:11:37ZengSwansea UniversityInternational Journal of Population Data Science2399-49082018-09-013410.23889/ijpds.v3i4.952952Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysisSue Schultz0Rick Glazier1Michael Green2Tara Kiran3Imaan Bayoumi4Joan Tranmer5Eliot Frymire6Institute for Clinical Evaluative SciencesInstitute for Clinical Evaluative SciencesDepartment of Family Medicine, Queen's UniversityLi Ka Shing Knowledge InstituteDepartment of Family Medicine, Queen's UniversityInstitute for Clinical Evaluative SciencesInstitute for Clinical Evaluative SciencesIntroduction Fifteen years ago almost all primary care physicians (PCPs) were paid fee-for-service. Now, many physicians receive other payments as well, including capitation payments, incentives and bonuses and funding for other health professionals. It is challenging to track these changes in primary care payment and understand how they relate to individual patients. Objectives and Approach The objectives of this study were to assess changes in PCP payments from 2002/03 to 2011/12 and examine differences in per capita investment by urban-rural status, recent arrival (proxy for immigrant status) and income quintile. This required a three-step approach: assigning payments to physicians, assigning patients to physicians and then apportioning the payments by patient. Payments were apportioned based on the type of payment and how the data were captured. For example, capitation payments were paid monthly, but without any detail as to which patients they were for, so all capitation payments were summed and apportioned among all rostered patients. Results All PCPs for whom we had payment data and to whom patients could be assigned were included. Three types of physician-patient 'relationships' were identified: the patient was on the physician's formal roster; the patient was 'virtually' rostered to the physician who provided the plurality of their care; or the patient was part of the physician's overall panel, which includes all patients seen during the year, rostered and not. The type of relationship determined which payment were allocated to each patient. When the $3.5B in payments were apportioned and different populations compared, we found inequities in new primary care investment by income, immigrant status and rurality. For example, we found a disproportionate investment in interdisciplinary teams for non-immigrant Ontarians living in more well-off suburban areas. Conclusion/Implications Estimating per capita primary care investment is a challenging but worthwhile undertaking. The results of this study suggest that the Government of Ontario should facilitate increased participation in new primary care models by immigrants and people living in major urban centres.https://ijpds.org/article/view/952
collection DOAJ
language English
format Article
sources DOAJ
author Sue Schultz
Rick Glazier
Michael Green
Tara Kiran
Imaan Bayoumi
Joan Tranmer
Eliot Frymire
spellingShingle Sue Schultz
Rick Glazier
Michael Green
Tara Kiran
Imaan Bayoumi
Joan Tranmer
Eliot Frymire
Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis
International Journal of Population Data Science
author_facet Sue Schultz
Rick Glazier
Michael Green
Tara Kiran
Imaan Bayoumi
Joan Tranmer
Eliot Frymire
author_sort Sue Schultz
title Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis
title_short Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis
title_full Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis
title_fullStr Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis
title_full_unstemmed Measuring equity in per capita primary care investment in Ontario: Challenges for data linkage and analysis
title_sort measuring equity in per capita primary care investment in ontario: challenges for data linkage and analysis
publisher Swansea University
series International Journal of Population Data Science
issn 2399-4908
publishDate 2018-09-01
description Introduction Fifteen years ago almost all primary care physicians (PCPs) were paid fee-for-service. Now, many physicians receive other payments as well, including capitation payments, incentives and bonuses and funding for other health professionals. It is challenging to track these changes in primary care payment and understand how they relate to individual patients. Objectives and Approach The objectives of this study were to assess changes in PCP payments from 2002/03 to 2011/12 and examine differences in per capita investment by urban-rural status, recent arrival (proxy for immigrant status) and income quintile. This required a three-step approach: assigning payments to physicians, assigning patients to physicians and then apportioning the payments by patient. Payments were apportioned based on the type of payment and how the data were captured. For example, capitation payments were paid monthly, but without any detail as to which patients they were for, so all capitation payments were summed and apportioned among all rostered patients. Results All PCPs for whom we had payment data and to whom patients could be assigned were included. Three types of physician-patient 'relationships' were identified: the patient was on the physician's formal roster; the patient was 'virtually' rostered to the physician who provided the plurality of their care; or the patient was part of the physician's overall panel, which includes all patients seen during the year, rostered and not. The type of relationship determined which payment were allocated to each patient. When the $3.5B in payments were apportioned and different populations compared, we found inequities in new primary care investment by income, immigrant status and rurality. For example, we found a disproportionate investment in interdisciplinary teams for non-immigrant Ontarians living in more well-off suburban areas. Conclusion/Implications Estimating per capita primary care investment is a challenging but worthwhile undertaking. The results of this study suggest that the Government of Ontario should facilitate increased participation in new primary care models by immigrants and people living in major urban centres.
url https://ijpds.org/article/view/952
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