How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods

Measurement procedures are not error-free. Potential users of a measurement procedure need to know the expected magnitude of the measurement error in order to justify its use, in particular in health care settings. Gold standard procedures providing exact measurements for comparisons are often lacki...

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Main Authors: Werner Vach, Oke Gerke
Format: Article
Language:English
Published: MDPI AG 2021-01-01
Series:Diagnostics
Subjects:
Online Access:https://www.mdpi.com/2075-4418/11/2/162
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spelling doaj-917848fa39014b39ab851b3f7617e0b92021-01-23T00:06:04ZengMDPI AGDiagnostics2075-44182021-01-011116216210.3390/diagnostics11020162How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and MethodsWerner Vach0Oke Gerke1Basel Academy for Quality and Research in Medicine, 4051 Basel, SwitzerlandDepartment of Nuclear Medicine, Odense University Hospital, 5000 Odense, DenmarkMeasurement procedures are not error-free. Potential users of a measurement procedure need to know the expected magnitude of the measurement error in order to justify its use, in particular in health care settings. Gold standard procedures providing exact measurements for comparisons are often lacking. Consequently, scientific investigations of the measurement error are often based on using replicates. However, a standardized terminology (and partially also methodology) for such investigations is lacking. In this paper, we explain the basic conceptual approach of such investigations with minimal reference to existing terminology and describe the link to the existing general statistical methodology. This way, some of the key measures used in such investigations can be explained in a simple manner and some light can be shed on existing terminology. We encourage clearly conceptually distinguishing between investigations of the measurement error of a single measurement procedure and the comparison between different measurement procedures or observers. We also identify an unused potential for more advanced statistical analyses in scientific investigations of the measurement error.https://www.mdpi.com/2075-4418/11/2/162measurement errorreplicatesagreementrepeatabilityreproducibilityreliability
collection DOAJ
language English
format Article
sources DOAJ
author Werner Vach
Oke Gerke
spellingShingle Werner Vach
Oke Gerke
How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods
Diagnostics
measurement error
replicates
agreement
repeatability
reproducibility
reliability
author_facet Werner Vach
Oke Gerke
author_sort Werner Vach
title How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods
title_short How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods
title_full How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods
title_fullStr How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods
title_full_unstemmed How Replicates Can Inform Potential Users of a Measurement Procedure about Measurement Error: Basic Concepts and Methods
title_sort how replicates can inform potential users of a measurement procedure about measurement error: basic concepts and methods
publisher MDPI AG
series Diagnostics
issn 2075-4418
publishDate 2021-01-01
description Measurement procedures are not error-free. Potential users of a measurement procedure need to know the expected magnitude of the measurement error in order to justify its use, in particular in health care settings. Gold standard procedures providing exact measurements for comparisons are often lacking. Consequently, scientific investigations of the measurement error are often based on using replicates. However, a standardized terminology (and partially also methodology) for such investigations is lacking. In this paper, we explain the basic conceptual approach of such investigations with minimal reference to existing terminology and describe the link to the existing general statistical methodology. This way, some of the key measures used in such investigations can be explained in a simple manner and some light can be shed on existing terminology. We encourage clearly conceptually distinguishing between investigations of the measurement error of a single measurement procedure and the comparison between different measurement procedures or observers. We also identify an unused potential for more advanced statistical analyses in scientific investigations of the measurement error.
topic measurement error
replicates
agreement
repeatability
reproducibility
reliability
url https://www.mdpi.com/2075-4418/11/2/162
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