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matlab aoctool function  (MathWorks Inc)


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    MathWorks Inc matlab aoctool function
    Matlab Aoctool Function, 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/aoctool+function/pmc12176619-439-5-5
    Average 90 stars, based on 1 article reviews
    matlab aoctool function - by Bioz Stars, 2026-11
    90/100 stars

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    other:

    Article Title: An in-silico study of conventional and FLASH radiotherapy iso-effectiveness: potential impact of radiolytic oxygen depletion on tumor growth curves and tumor control probability.
    Article Snippet: Objective: This work aims to investigate the iso-effectiveness of conventional and FLASH radiotherapy on tumors through in-silico mathematical models.. We focused on the role of radiolytic oxygen depletion (ROD), which has been argued as a possible factor to explain the FLASH effect.. Approach: We used a spatiotemporal reaction-diffusion model, including ROD, to simulate tumor oxygenation and response.

    Article Title: Ventral pallidum DRD3 potentiates a pallido-habenular circuit driving accumbal dopamine release and cocaine seeking.
    Article Snippet: Analysis of covariance (ANCOVA) was performed for a subset of fiber photometry analyses in which events or trials were pooled from all subjects in order to increase statistical power; the ‘separate lines’ model of the ‘aoctool’ function in MATLAB was used, with subject ID (mouse identity) as a covariate.

    Article Title: Phenomenological assessment of psychedelics induced experiences: Translation and validation of the German Challenging Experience Questionnaire (CEQ) and Ego-Dissolution Inventory (EDI)
    Article Snippet: Differences in the relationship across subsamples were tested by regressing intensity ratings on ego-dissolution or ego-inflation scores (MATLAB’s aoctool function) and comparing the slope of the regression lines (multiple comparison tests using Tukey’s HSD criterion).

    Article Title: Moderate effect of early-life experience on dentate gyrus function.
    Article Snippet: Statistical comparisons were performed with an ANCOVA (the aoctool function in Matlab) and a two-sample t-test (*p < 0.05 and ***p < 0.001).

    Article Title: Decreased homotopic functional connectivity in traumatic brain injury.
    Article Snippet: 1Division of Diagnostic Imaging, Sheba Medical Center, 5262000 Tel-Hashomer, Israel, 2Department of Anatomy and Anthropology, Sackler Faculty of Medicine, Tel-Aviv University, 69979 Tel-Aviv, Israel, 3Department of Psychology, Reichman University, Herzelia, Israel, 4Department of imaging, Sackler Faculty of Medicine, Tel-Aviv University, 69979 Tel-Aviv, Israel, 5Department of Brain Injury Rehabilitation, Sheba Medical Center, 5262000 Tel-Hashomer, Israel, 6Department of Neurosurgery, Sheba Medical Center, Tel Hashomer, Sackler Faculty of Medicine, Tel Aviv University, 69979 Ramat Gan, Israel, 7Edmond and Lily Safra Children’s Hospital, Sheba Medical Center, Ramat Gan, Israel, 8Department of Psychology, Bar Ilan University, 5290002 Ramat Gan, Israel, 9Sagol School of Neuroscience, Tel Aviv University, 69979 Tel Aviv, Israel, 10The Dr. Miriam and Sheldon G. Adelson, Chair and Center for the Biology of Addictive Diseases, Tel-Aviv University, 69979 Tel-Aviv, Israel, 11Sylvan Adams Sports Institute, Tel Aviv University, 69979 Tel Aviv, Israel *Corresponding author: Email: abigaill@mail.tau.ac.il

    Article Title: Cost-benefit tradeoff mediates the transition from rule-based to memory-based processing during practice.
    Article Snippet: We used the “AOCTOOL” and “multcompare” functions in Matlab to compare the slopes of position between different blocks.

    Article Title: Entrainment of somatosensory beta and gamma oscillations accompany improvement in tactile acuity after periodic and aperiodic repetitive sensory stimulation.
    Article Snippet: Previous research showed that repetitive sensory stimulation entrains neural oscillations at the stimulation rate, facilitates long-term potentiation like perceptual learning, and improves behavioural performance.. For example, short-time repetitive tactile stimulation improved tactile acuity measured with two-point or spatial orientation discrimination tests.. The behavioural gain was maximal for a stimulation rate of 20 Hz, the same frequency at which repetitive somatosensory stimulation elicits a steady-state response with maximum amplitude.

    Sampling:

    Article Title: Effect of Lactose and Milk Protein on Thermal Resistance of Enterococcus faecium NRRL B-2354 and Salmonella in Dairy Powders
    Article Snippet: .. Analysis of covariance using MATLAB’s aoctool function was performed to determine the effect of temperature and organism on D-values, whereas the effect of microorganism based on D908C and zT was performed using a Welch’s t test due to unbalanced sampling sizes and unequal variances (57): log N N0 1⁄4 t Dref 3 10 Tref T zT ð1Þ Measurement of aw at 808C. ..



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    A : 2PEF map of arterioles and venules (top) and of both vessel and GCaMP7f-expressing nNOS neurons (outlined in white, bottom). Vessels analyzed in B are circled in solid red or blue, and neurons are numbered (1,2,3) B : Arterioles, but not venules, dilate in response to whisker puffs, spontaneous whisking or motion (grooming). Representative Ca 2+ transients in neuron 1, 2, and 3 (middle). Overlay of normalized neural ensemble activity and arteriolar diameter changes highlighting the close correspondence between arteriolar and neural responses (bottom). C : Linear relationship between the magnitude of the ensemble activity and arteriolar dilatation in response to whisking or whisking and spontaneous motion. Notice that with whisking+motion the slope of the relationship is significantly greater than with whisking alone (multiple comparison of one-way analysis of <t>covariance</t> models). D : The distribution of correlation coefficients between arteriolar dilatation and nNOS Ca 2+ transients for individual neurons does not differ in the 3 mice studied (p>0.05; nested one-way ANOVA)(top). The strongest correlation is observed between ensemble activity and arteriolar dilatation (bottom). E : Representative arteriolar diameter changes relative to the timing of the peak Ca 2+ activity in individual neuron during 10 consecutive 5 sec whisker air puffs shown in B . Notice that in some neurons peak activity occur earlier than in other neurons. F : Average of ten raster plots in 3 mice showing early and late active nNOS neurons. Shading indicates standard deviation.
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    A : 2PEF map of arterioles and venules (top) and of both vessel and GCaMP7f-expressing nNOS neurons (outlined in white, bottom). Vessels analyzed in B are circled in solid red or blue, and neurons are numbered (1,2,3) B : Arterioles, but not venules, dilate in response to whisker puffs, spontaneous whisking or motion (grooming). Representative Ca 2+ transients in neuron 1, 2, and 3 (middle). Overlay of normalized neural ensemble activity and arteriolar diameter changes highlighting the close correspondence between arteriolar and neural responses (bottom). C : Linear relationship between the magnitude of the ensemble activity and arteriolar dilatation in response to whisking or whisking and spontaneous motion. Notice that with whisking+motion the slope of the relationship is significantly greater than with whisking alone (multiple comparison of one-way analysis of covariance models). D : The distribution of correlation coefficients between arteriolar dilatation and nNOS Ca 2+ transients for individual neurons does not differ in the 3 mice studied (p>0.05; nested one-way ANOVA)(top). The strongest correlation is observed between ensemble activity and arteriolar dilatation (bottom). E : Representative arteriolar diameter changes relative to the timing of the peak Ca 2+ activity in individual neuron during 10 consecutive 5 sec whisker air puffs shown in B . Notice that in some neurons peak activity occur earlier than in other neurons. F : Average of ten raster plots in 3 mice showing early and late active nNOS neurons. Shading indicates standard deviation.

    Journal: bioRxiv

    Article Title: Calcium transients in nNOS neurons underlie distinct phases of the neurovascular response to barrel cortex activation in awake mice

    doi: 10.1101/2022.10.03.510654

    Figure Lengend Snippet: A : 2PEF map of arterioles and venules (top) and of both vessel and GCaMP7f-expressing nNOS neurons (outlined in white, bottom). Vessels analyzed in B are circled in solid red or blue, and neurons are numbered (1,2,3) B : Arterioles, but not venules, dilate in response to whisker puffs, spontaneous whisking or motion (grooming). Representative Ca 2+ transients in neuron 1, 2, and 3 (middle). Overlay of normalized neural ensemble activity and arteriolar diameter changes highlighting the close correspondence between arteriolar and neural responses (bottom). C : Linear relationship between the magnitude of the ensemble activity and arteriolar dilatation in response to whisking or whisking and spontaneous motion. Notice that with whisking+motion the slope of the relationship is significantly greater than with whisking alone (multiple comparison of one-way analysis of covariance models). D : The distribution of correlation coefficients between arteriolar dilatation and nNOS Ca 2+ transients for individual neurons does not differ in the 3 mice studied (p>0.05; nested one-way ANOVA)(top). The strongest correlation is observed between ensemble activity and arteriolar dilatation (bottom). E : Representative arteriolar diameter changes relative to the timing of the peak Ca 2+ activity in individual neuron during 10 consecutive 5 sec whisker air puffs shown in B . Notice that in some neurons peak activity occur earlier than in other neurons. F : Average of ten raster plots in 3 mice showing early and late active nNOS neurons. Shading indicates standard deviation.

    Article Snippet: To evaluate statistical differences between the linear correlations of two data sets, we generated one-way analysis of covariance models (Matlab function: aoctool) and ran multiple comparison test (Tukey-Kramer) of the group means (Matlab function: multcompare).

    Techniques: Expressing, Whisker Assay, Activity Assay, Comparison, Standard Deviation