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two-sided wilcoxon rank sum test with the matlab function ranksum  (MathWorks Inc)


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    MathWorks Inc two-sided wilcoxon rank sum test with the matlab function ranksum
    Two Sided Wilcoxon Rank Sum Test With The Matlab Function Ranksum, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/wilcoxon+rank+sum+test+%28matlab+function+%27ranksum%29/pmc11522409-391-15-15?v=MathWorks+Inc
    Average 90 stars, based on 1 article reviews
    two-sided wilcoxon rank sum test with the matlab function ranksum - by Bioz Stars, 2026-08
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    two-sided wilcoxon rank sum test with the matlab function ranksum  (MathWorks Inc)
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    (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; <t>Wilcoxon</t> <t>rank-sum</t> <t>test</t> and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).
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    (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; <t>Wilcoxon</t> <t>rank-sum</t> <t>test</t> and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).
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    (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; <t>Wilcoxon</t> <t>rank-sum</t> <t>test</t> and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).
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    (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; <t>Wilcoxon</t> <t>rank-sum</t> <t>test</t> and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).
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    two-sided wilcoxon rank sum test matlab statistics toolbox function ranksum  (MathWorks Inc)
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    MathWorks Inc two-sided wilcoxon rank sum test matlab statistics toolbox function ranksum
    (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; <t>Wilcoxon</t> <t>rank-sum</t> <t>test</t> and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).
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    (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; Wilcoxon rank-sum test and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).

    Journal: bioRxiv

    Article Title: Local interneurons in the murine visual thalamus have diverse receptive fields and can provide feature selective inhibition to relay cells

    doi: 10.1101/2023.08.10.549394

    Figure Lengend Snippet: (A) 1σ contours of 2D Gaussian fits to the receptive fields of interneurons (green ellipses) and relay cells (black ellipses) aligned to the center of the stimulus grid (interneurons, n = 27; relay cells, n = 205). Fits were made to the full extent of each (sub)region for On, Off, On-Off cells or to the centers for center-surround cells. (B) Leftmost pair of box and violin plots show that the distributions of receptive field sizes for interneurons (green) and relay cells (black) are statistically indistinguishable; Wilcoxon rank-sum test and two-sample Kolmogorov-Smirnov test (p>0.05). For box plots, horizontal lines indicate the mean, circles denote the median, and vertical lines the SD; for violin plots, horizontal lines are individual values. Remaining plots show distributions of receptive field sizes for individual classes of cell: On, Off, On-Off, SBC, and Adaptive (see for an illustration of adaptive cells).

    Article Snippet: For non-parametric datasets, we used the Wilcoxon rank sum test (MATLAB function ‘ranksum’) in addition to the two-sample Kolmogorov-Smirnov test (MATLAB function ‘kstest2’).

    Techniques: