data processing analysis (resting-state) brain imaging (dpabi v6.0) toolbox Search Results


brain imaging dpabi toolbox v6 0  (MathWorks Inc)
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MathWorks Inc brain imaging dpabi toolbox v6 0
Voxel-Based ReHo Analysis in the reward network. Presented are the outcomes of voxel-based ReHo analyses, illustrating phase and group discrepancies within a reward-oriented mask defined on Neurosyn.org. (a) Identifies significant reductions in ReHo values (blue) in the left putamen and right amygdala during the MENS phase compared to the POV phase in PDM. (b) Shows the left insula’s marked decrease in ReHo values in PDM subjects compared to controls during the MENS phase. These clusters reached statistical significance at an uncorrected voxel-level threshold of p < .005, with cluster significance maintained under FWE correction at p < .05. Results are overlaid on the <t>DPABI</t> T1 anatomical template, with t scores represented on the accompanying color scale. details these ReHo findings extensively. Abbreviaitons: ReHo, regional homogeneity; MENS, menstrual phase; POV, periovulatory phase; PDM, primary dysmenorrhea; CON, control; R, right; L, left; DPABI, Data Processing and Analysis of Brain Imaging.
Brain Imaging Dpabi Toolbox V6 0, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 96/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Voxel-Based ReHo Analysis in the reward network. Presented are the outcomes of voxel-based ReHo analyses, illustrating phase and group discrepancies within a reward-oriented mask defined on Neurosyn.org. (a) Identifies significant reductions in ReHo values (blue) in the left putamen and right amygdala during the MENS phase compared to the POV phase in PDM. (b) Shows the left insula’s marked decrease in ReHo values in PDM subjects compared to controls during the MENS phase. These clusters reached statistical significance at an uncorrected voxel-level threshold of p < .005, with cluster significance maintained under FWE correction at p < .05. Results are overlaid on the DPABI T1 anatomical template, with t scores represented on the accompanying color scale. details these ReHo findings extensively. Abbreviaitons: ReHo, regional homogeneity; MENS, menstrual phase; POV, periovulatory phase; PDM, primary dysmenorrhea; CON, control; R, right; L, left; DPABI, Data Processing and Analysis of Brain Imaging.

Journal: Molecular Pain

Article Title: Neural adaptation of the reward system in primary dysmenorrhea

doi: 10.1177/17448069241286466

Figure Lengend Snippet: Voxel-Based ReHo Analysis in the reward network. Presented are the outcomes of voxel-based ReHo analyses, illustrating phase and group discrepancies within a reward-oriented mask defined on Neurosyn.org. (a) Identifies significant reductions in ReHo values (blue) in the left putamen and right amygdala during the MENS phase compared to the POV phase in PDM. (b) Shows the left insula’s marked decrease in ReHo values in PDM subjects compared to controls during the MENS phase. These clusters reached statistical significance at an uncorrected voxel-level threshold of p < .005, with cluster significance maintained under FWE correction at p < .05. Results are overlaid on the DPABI T1 anatomical template, with t scores represented on the accompanying color scale. details these ReHo findings extensively. Abbreviaitons: ReHo, regional homogeneity; MENS, menstrual phase; POV, periovulatory phase; PDM, primary dysmenorrhea; CON, control; R, right; L, left; DPABI, Data Processing and Analysis of Brain Imaging.

Article Snippet: We preprocessed the fMRI data using the Data Processing Assistant for Resting-State fMRI (DPARSF) V5.2 advanced edition, built on the Data Processing and Analysis of Brain Imaging (DPABI) toolbox V6.0 and Statistical Parametrical Mapping 12 (SPM12) in MATLAB R2018b.

Techniques: Control, Imaging

Voxel-based ALFF Analysis in the reward network. Presented are the findings from ALFF analyses indicating phase-specific differences within a reward-oriented mask established on Neurosyn.org. (a) Identifies notable ALFF value decreases in the left putamen of the PDM group in contrast to the CON group during the MENS phase, depicted in blue. (b) Depicts ALFF value decreases in both sides of the putamen in PDM subjects as opposed to CON subjects during the POV phase. These findings achieved statistical significance at an initial uncorrected voxel-level p -value of <0.005, with subsequent confirmation at a cluster level after FWE correction at p < .05. Displayed on the DPABI T1 template, the color bar signifies the range of t scores. Detailed ALFF analysis results are cataloged in . Abbreviations: ALFF, the amplitude of low-frequency fluctuations; PDM, primary dysmenorrhea; CON, control; MENS, menstrual phase; POV, periovulatory phase; R, right; L, left; DPABI, Data Processing and Analysis of Brain Imaging.

Journal: Molecular Pain

Article Title: Neural adaptation of the reward system in primary dysmenorrhea

doi: 10.1177/17448069241286466

Figure Lengend Snippet: Voxel-based ALFF Analysis in the reward network. Presented are the findings from ALFF analyses indicating phase-specific differences within a reward-oriented mask established on Neurosyn.org. (a) Identifies notable ALFF value decreases in the left putamen of the PDM group in contrast to the CON group during the MENS phase, depicted in blue. (b) Depicts ALFF value decreases in both sides of the putamen in PDM subjects as opposed to CON subjects during the POV phase. These findings achieved statistical significance at an initial uncorrected voxel-level p -value of <0.005, with subsequent confirmation at a cluster level after FWE correction at p < .05. Displayed on the DPABI T1 template, the color bar signifies the range of t scores. Detailed ALFF analysis results are cataloged in . Abbreviations: ALFF, the amplitude of low-frequency fluctuations; PDM, primary dysmenorrhea; CON, control; MENS, menstrual phase; POV, periovulatory phase; R, right; L, left; DPABI, Data Processing and Analysis of Brain Imaging.

Article Snippet: We preprocessed the fMRI data using the Data Processing Assistant for Resting-State fMRI (DPARSF) V5.2 advanced edition, built on the Data Processing and Analysis of Brain Imaging (DPABI) toolbox V6.0 and Statistical Parametrical Mapping 12 (SPM12) in MATLAB R2018b.

Techniques: Control, Imaging