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Reporting Recommendations for Tumor Marker Prognostic Studies (REMARK)

JNCI Journal of the National Cancer Institute · 2005 · Vol. 97(16) · pp. 1180–1184
Lisa M. McShaneDouglas G. AltmanWilli SauerbreiSheila E. TaubeMassimo GionGary M. Clark

Abstract

Despite years of research and hundreds of reports on tumor markers in oncology, the number of markers that have emerged as clinically useful is pitifully small. Often, initially reported studies of a marker show great promise, but subsequent studies on the same or related markers yield inconsistent conclusions or stand in direct contradiction to the promising results. It is imperative that we attempt to understand the reasons that multiple studies of the same marker lead to differing conclusions. A variety of methodologic problems have been cited to explain these discrepancies. Unfortunately, many tumor marker studies have not been reported in a rigorous fashion, and published articles often lack sufficient information to allow adequate assessment of the quality of the study or the generalizability of study results. The development of guidelines for the reporting of tumor marker studies was a major recommendation of the National Cancer Institute-European Organisation for Research and Treatment of Cancer (NCI-EORTC) First International Meeting on Cancer Diagnostics in 2000. As for the successful CONSORT initiative for randomized trials and for the STARD statement for diagnostic studies, we suggest guidelines to provide relevant information about the study design, preplanned hypotheses, patient and specimen characteristics, assay methods, and statistical analysis methods. In addition, the guidelines suggest helpful presentations of data and important elements to include in discussions. The goal of these guidelines is to encourage transparent and complete reporting so that the relevant information will be available to others to help them to judge the usefulness of the data and understand the context in which the conclusions apply.

Radiomics and Machine Learning in Medical ImagingPancreatic and Hepatic Oncology ResearchMeta-analysis and systematic reviewsGeneralizability theoryContext (archaeology)MedicineConsolidated Standards of Reporting TrialsVariety (cybernetics)Tumor markerStatement (logic)CancerClinical trialPsychology

MeSH terms

HumansNeoplasmsResearch DesignBiomarkers, TumorInformation DisseminationBiomedical Research

Funding

  • Yale University
  • Yale Cancer Center
  • Cancer Research UK
  • Translational Cancer Research Network
  • National Cancer Institute
Citations
2,064
FWCI
37.59
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References
46
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100%
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