Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26
Abstract The skyrocketing cost of health‐care demands that we question when to use multigene assay testing in the planning of treatment for breast cancer patients. A previously published algorithmic model gave recommendations for which cases to send out for Oncotype DX® (ODX) testing. This study is...
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doaj-b1be917011db4b41aedf1fbf7d9e2b922020-11-24T23:53:49ZengWileyCancer Medicine2045-76342019-08-01894176418810.1002/cam4.2323Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26Bradley M. Turner0Mary Ann Gimenez‐Sanders1Armen Soukiazian2Andrea C. Breaux3Kristin Skinner4Michelle Shayne5Nyrie Soukiazian6Marilyn Ling7David G. Hicks8Department of Pathology and Laboratory Medicine University of Rochester Rochester New YorkDepartment of Pathology and Laboratory Medicine University of Louisville Louisville KentuckyUniversity of Rochester Rochester New YorkDepartment of Pathology and Laboratory Medicine University of Louisville Louisville KentuckyDepartment of Surgery University of Rochester Medical Center Rochester New YorkDepartment of Medical Oncology University of Rochester Rochester New YorkDrexel University College of Medicine Graduate School of Biomedical and Professional Studies Philadelphia PennsylvaniaDepartment of Radiation Oncology University of Rochester Rochester New YorkDepartment of Pathology and Laboratory Medicine University of Rochester Medical Center Rochester New YorkAbstract The skyrocketing cost of health‐care demands that we question when to use multigene assay testing in the planning of treatment for breast cancer patients. A previously published algorithmic model gave recommendations for which cases to send out for Oncotype DX® (ODX) testing. This study is a multi‐institutional validation of that algorithmic model in 620 additional estrogen receptor positive breast cancer cases, with outcome data on 310 cases, named in this study as the Rochester Modified Magee algorithm (RoMMa). RoMMa correctly predicted 85% (140/164) and 100% (17/17) of cases to have a low‐ or high‐risk ODX recurrence score, respectively, consistent with the original publication. Applying our own risk stratification criteria, in patients who received appropriate hormonal therapy, only one of the 45 (2.0%) patients classified as low risk by our original algorithm have been associated with a breast cancer recurrence over 5‐10 years of follow‐up. Eight of 116 (7.0%) patients classified as low risk by ODX have been associated with a breast cancer recurrence with up to 11 years of follow‐up. In addition, 524 of 537 (98%) cases from our total population (n = 903) with an average modified Magee score ≤18 had an ODX recurrence score <26. Patients with an average modified Magee score ≤18 or >30 may not need to be sent out for ODX testing. By avoiding these cases sending out for ODX testing, the potential cost savings to the health‐care system in 2018 are estimated to have been over $100,000,000.https://doi.org/10.1002/cam4.2323algorithmER+ breast cancerOncotype DX®recurrenceRoMMa |
collection |
DOAJ |
language |
English |
format |
Article |
sources |
DOAJ |
author |
Bradley M. Turner Mary Ann Gimenez‐Sanders Armen Soukiazian Andrea C. Breaux Kristin Skinner Michelle Shayne Nyrie Soukiazian Marilyn Ling David G. Hicks |
spellingShingle |
Bradley M. Turner Mary Ann Gimenez‐Sanders Armen Soukiazian Andrea C. Breaux Kristin Skinner Michelle Shayne Nyrie Soukiazian Marilyn Ling David G. Hicks Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26 Cancer Medicine algorithm ER+ breast cancer Oncotype DX® recurrence RoMMa |
author_facet |
Bradley M. Turner Mary Ann Gimenez‐Sanders Armen Soukiazian Andrea C. Breaux Kristin Skinner Michelle Shayne Nyrie Soukiazian Marilyn Ling David G. Hicks |
author_sort |
Bradley M. Turner |
title |
Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26 |
title_short |
Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26 |
title_full |
Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26 |
title_fullStr |
Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26 |
title_full_unstemmed |
Risk stratification of ER‐positive breast cancer patients: A multi‐institutional validation and outcome study of the Rochester Modified Magee algorithm (RoMMa) and prediction of an Oncotype DX® recurrence score <26 |
title_sort |
risk stratification of er‐positive breast cancer patients: a multi‐institutional validation and outcome study of the rochester modified magee algorithm (romma) and prediction of an oncotype dx® recurrence score <26 |
publisher |
Wiley |
series |
Cancer Medicine |
issn |
2045-7634 |
publishDate |
2019-08-01 |
description |
Abstract The skyrocketing cost of health‐care demands that we question when to use multigene assay testing in the planning of treatment for breast cancer patients. A previously published algorithmic model gave recommendations for which cases to send out for Oncotype DX® (ODX) testing. This study is a multi‐institutional validation of that algorithmic model in 620 additional estrogen receptor positive breast cancer cases, with outcome data on 310 cases, named in this study as the Rochester Modified Magee algorithm (RoMMa). RoMMa correctly predicted 85% (140/164) and 100% (17/17) of cases to have a low‐ or high‐risk ODX recurrence score, respectively, consistent with the original publication. Applying our own risk stratification criteria, in patients who received appropriate hormonal therapy, only one of the 45 (2.0%) patients classified as low risk by our original algorithm have been associated with a breast cancer recurrence over 5‐10 years of follow‐up. Eight of 116 (7.0%) patients classified as low risk by ODX have been associated with a breast cancer recurrence with up to 11 years of follow‐up. In addition, 524 of 537 (98%) cases from our total population (n = 903) with an average modified Magee score ≤18 had an ODX recurrence score <26. Patients with an average modified Magee score ≤18 or >30 may not need to be sent out for ODX testing. By avoiding these cases sending out for ODX testing, the potential cost savings to the health‐care system in 2018 are estimated to have been over $100,000,000. |
topic |
algorithm ER+ breast cancer Oncotype DX® recurrence RoMMa |
url |
https://doi.org/10.1002/cam4.2323 |
work_keys_str_mv |
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