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Preventing dataset shift from breaking machine-learning biomarkers.


ABSTRACT: Machine learning brings the hope of finding new biomarkers extracted from cohorts with rich biomedical measurements. A good biomarker is one that gives reliable detection of the corresponding condition. However, biomarkers are often extracted from a cohort that differs from the target population. Such a mismatch, known as a dataset shift, can undermine the application of the biomarker to new individuals. Dataset shifts are frequent in biomedical research, e.g.,  because of recruitment biases. When a dataset shift occurs, standard machine-learning techniques do not suffice to extract and validate biomarkers. This article provides an overview of when and how dataset shifts break machine-learning-extracted biomarkers, as well as detection and correction strategies.

SUBMITTER: Dockes J 

PROVIDER: S-EPMC8478611 | biostudies-literature | 2021 Sep

REPOSITORIES: biostudies-literature

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Preventing dataset shift from breaking machine-learning biomarkers.

Dockès Jérôme J   Varoquaux Gaël G   Poline Jean-Baptiste JB  

GigaScience 20210901 9


Machine learning brings the hope of finding new biomarkers extracted from cohorts with rich biomedical measurements. A good biomarker is one that gives reliable detection of the corresponding condition. However, biomarkers are often extracted from a cohort that differs from the target population. Such a mismatch, known as a dataset shift, can undermine the application of the biomarker to new individuals. Dataset shifts are frequent in biomedical research, e.g.,  because of recruitment biases. Wh  ...[more]

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