Multiple testing

Sex genes for genomic analysis in human brain: internal controls for comparison of probe level data extraction

Algorithms / Genomics / Computational Biology / Statistical Analysis / Drosophila melanogaster / Biological Control / Gene expression / Prefrontal Cortex / Quality Control / Sexual dimorphism / Biological Sciences / DNA / Internal Control / Multiple testing / Phylogeny / Humans / Sex Difference / Mathematical Sciences / Female / Animals / Statistical Techniques in Spatial Analysis / Male / Sex chromosomes / Word Frequency / Data Quality / Genome Analysis / BMC Bioinformatics / Genome / Human Brain / Genetic linkage analysis / Gold Standard / Mode of action / Sex Differentiation / False discovery rate / X chromosome / Indexation / Large Scale / Gene Expression Analysis / Sensitivity and Specificity / Experimental Data / Internet / Data Extraction / DNA-footprinting / Sex Chromosome / Microarray Data / Gene expression profiling / False Negative / Relative Position / Differential expression / Biological Control / Gene expression / Prefrontal Cortex / Quality Control / Sexual dimorphism / Biological Sciences / DNA / Internal Control / Multiple testing / Phylogeny / Humans / Sex Difference / Mathematical Sciences / Female / Animals / Statistical Techniques in Spatial Analysis / Male / Sex chromosomes / Word Frequency / Data Quality / Genome Analysis / BMC Bioinformatics / Genome / Human Brain / Genetic linkage analysis / Gold Standard / Mode of action / Sex Differentiation / False discovery rate / X chromosome / Indexation / Large Scale / Gene Expression Analysis / Sensitivity and Specificity / Experimental Data / Internet / Data Extraction / DNA-footprinting / Sex Chromosome / Microarray Data / Gene expression profiling / False Negative / Relative Position / Differential expression

Sex genes for genomic analysis in human brain: internal controls for comparison of probe level data extraction

Algorithms / Genomics / Computational Biology / Statistical Analysis / Biological Control / Gene expression / Prefrontal Cortex / Quality Control / Sexual dimorphism / Biological Sciences / Internal Control / Multiple testing / Humans / Sex Difference / Mathematical Sciences / Female / Statistical Techniques in Spatial Analysis / Male / Sex chromosomes / Data Quality / Genome Analysis / BMC Bioinformatics / Human Brain / Genetic linkage analysis / Gold Standard / Sex Differentiation / False discovery rate / X chromosome / Indexation / Large Scale / Gene Expression Analysis / Sensitivity and Specificity / Data Extraction / Sex Chromosome / Microarray Data / Gene expression profiling / False Negative / Differential expression / Gene expression / Prefrontal Cortex / Quality Control / Sexual dimorphism / Biological Sciences / Internal Control / Multiple testing / Humans / Sex Difference / Mathematical Sciences / Female / Statistical Techniques in Spatial Analysis / Male / Sex chromosomes / Data Quality / Genome Analysis / BMC Bioinformatics / Human Brain / Genetic linkage analysis / Gold Standard / Sex Differentiation / False discovery rate / X chromosome / Indexation / Large Scale / Gene Expression Analysis / Sensitivity and Specificity / Data Extraction / Sex Chromosome / Microarray Data / Gene expression profiling / False Negative / Differential expression

Simultaneous Inference in General Parametric Models

Statistics / Robust Statistics / Multiple testing / Humans / Multiple comparisons / General Linear Model / Linear Regression / Multivariate Normal Distribution / General Linear Model / Linear Regression / Multivariate Normal Distribution

Sex genes for genomic analysis in human brain: internal controls for comparison of probe level data extraction

Algorithms / Genomics / Computational Biology / Statistical Analysis / Biological Control / Gene expression / Prefrontal Cortex / Quality Control / Sexual dimorphism / Biological Sciences / Internal Control / Multiple testing / Humans / Sex Difference / Mathematical Sciences / Female / Statistical Techniques in Spatial Analysis / Male / Sex chromosomes / Data Quality / Genome Analysis / BMC Bioinformatics / Human Brain / Genetic linkage analysis / Gold Standard / Sex Differentiation / False discovery rate / X chromosome / Indexation / Large Scale / Gene Expression Analysis / Sensitivity and Specificity / Data Extraction / Sex Chromosome / Microarray Data / Gene expression profiling / False Negative / Differential expression / Gene expression / Prefrontal Cortex / Quality Control / Sexual dimorphism / Biological Sciences / Internal Control / Multiple testing / Humans / Sex Difference / Mathematical Sciences / Female / Statistical Techniques in Spatial Analysis / Male / Sex chromosomes / Data Quality / Genome Analysis / BMC Bioinformatics / Human Brain / Genetic linkage analysis / Gold Standard / Sex Differentiation / False discovery rate / X chromosome / Indexation / Large Scale / Gene Expression Analysis / Sensitivity and Specificity / Data Extraction / Sex Chromosome / Microarray Data / Gene expression profiling / False Negative / Differential expression

Simultaneous Inference in General Parametric Models

Statistics / Robust Statistics / Multiple testing / Humans / Multiple comparisons / General Linear Model / Linear Regression / Multivariate Normal Distribution / General Linear Model / Linear Regression / Multivariate Normal Distribution

Detecting differential expression in microarray data: Comparison of optimal procedures

Algorithms / Biological Sciences / Multiple testing / Software / Humans / Computer Simulation / Mathematical Sciences / BMC Bioinformatics / Standard Error / Reproducibility of Results / False discovery rate / Microarray Data / Gene Expression Regulation / Gene expression profiling / Differential expression / Computer Simulation / Mathematical Sciences / BMC Bioinformatics / Standard Error / Reproducibility of Results / False discovery rate / Microarray Data / Gene Expression Regulation / Gene expression profiling / Differential expression

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