MIFlowCyt: The minimum information about a flow cytometry experiment

Jamie A. Lee(Zero to Three), Josef Špidlen(BC Cancer Agency), Keith Boyce(Immune Tolerance Network), Jennifer Cai(The University of Texas Southwestern Medical Center), Nicholas D. Crosbie, Mark E. Dalphin(Amgen (United States)), Jeff Furlong(University of Washington), Maura Gasparetto(BC Cancer Agency), Michael Goldberg(BD Biosciences (United States)), Elizabeth M. Goralczyk(Fox Chase Cancer Center), Bill Hyun(University of California, San Francisco), Kirstin Jansen(University of Washington), Tobias R. Kollmann(University of British Columbia), Megan Kong(The University of Texas Southwestern Medical Center), Robert C. Leif(Newport (United States)), Shannon K. McWeeney(Oregon Health & Science University), Thomas D. Moloshok(Fox Chase Cancer Center), Wayne Moore(Stanford University), Garry P. Nolan(Stanford University), John P. Nolan(La Jolla Bioengineering Institute), Janko Nikolich‐Žugich(Oregon National Primate Research Center), David B. Parrish(Immune Tolerance Network), Barclay Purcell, Qian Yu(The University of Texas Southwestern Medical Center), Biruntha Selvaraj, Clayton A. Smith(BC Cancer Agency), Olga Tchuvatkina(BD Biosciences (United States)), Anne M. Wertheimer(Oregon National Primate Research Center), Peter Wilkinson(Université de Montréal), Christopher Wilson(University of Washington), James C. S. Wood(Wake Forest University), Robert Zigon(Beckman Coulter Foundation), Richard H. Scheuermann(The University of Texas Southwestern Medical Center), Ryan R. Brinkman(BC Cancer Agency)
Cytometry Part A
August 27, 2008
Cited by 511Open Access
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Abstract

A fundamental tenet of scientific research is that published results are open to independent validation and refutation. Minimum data standards aid data providers, users, and publishers by providing a specification of what is required to unambiguously interpret experimental findings. Here, we present the Minimum Information about a Flow Cytometry Experiment (MIFlowCyt) standard, stating the minimum information required to report flow cytometry (FCM) experiments. We brought together a cross-disciplinary international collaborative group of bioinformaticians, computational statisticians, software developers, instrument manufacturers, and clinical and basic research scientists to develop the standard. The standard was subsequently vetted by the International Society for Advancement of Cytometry (ISAC) Data Standards Task Force, Standards Committee, membership, and Council. The MIFlowCyt standard includes recommendations about descriptions of the specimens and reagents included in the FCM experiment, the configuration of the instrument used to perform the assays, and the data processing approaches used to interpret the primary output data. MIFlowCyt has been adopted as a standard by ISAC, representing the FCM scientific community including scientists as well as software and hardware manufacturers. Adoptionof MIFlowCyt by the scientific and publishing communities will facilitate third-party understanding and reuse of FCM data.


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