Statistical Methods in Medical Research · 2020 · 84 citations · 35 references
Public HealthBiostatisticsBig Data AnalyticsExperimental DesignStatisticsData AnalysisInferential StatisticsMultivariate AnalysisResampling MethodsSample SizeStatistical AnalysisHigh-dimensional StatisticsLarge-scale Hypothesis TestingRandomizationSample Size CalculationSimulation StudiesSimulation-based Sample Size CalculationSmall-sample Properties
Many translational and preclinical studies involve very small sample sizes and high‑dimensional, highly dependent data designs. This paper examines the use of max‑t test–type statistics for repeated‑measure or multivariate high‑dimensional designs with limited sample sizes. A randomization‑based method is developed to approximate the distribution of the maximum statistic. Simulation studies show the method performs well on small‑sample data, and a real data example demonstrates its practical application.
In many experiments and especially in translational and preclinical research, sample sizes are (very) small. In addition, data designs are often high dimensional, i.e. more dependent than independent replications of the trial are observed. The present paper discusses the applicability of max t-test-type statistics (multiple contrast tests) in high-dimensional designs (repeated measures or multivariate) with small sample sizes. A randomization-based approach is developed to approximate the distribution of the maximum statistic. Extensive simulation studies confirm that the new method is particularly suitable for analyzing data sets with small sample sizes. A real data set illustrates the application of the methods.
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