functional rois Search Results


functional rois  (Emisphere)
90
Emisphere functional rois
Functional Rois, supplied by Emisphere, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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functional rois - by Bioz Stars, 2026-04
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functionally defined ic and mgb rois  (SITEK Research Laboratories)
90
SITEK Research Laboratories functionally defined ic and mgb rois
Overview of medial geniculate body <t>(MGB)</t> and inferior colliculus (IC) masks used as <t>ROIs.</t> Masks are plotted on a group mean structural image (experiment 1/2; n = 32) (a). (b,c) For the voice identity recognition and the vocal sound experiment, we used masks from the MGB (b, cyan) and IC (c, yellow) provided in an independent atlas on the human subcortical auditory system (Sitek et al., ). (d) For the speech‐in‐noise recognition experiment, participant functionally defined MGB and IC masks were available. These were based on data from the voice identity recognition experiment (green) from individuals ( n = 17) who participated in both experiments (i.e., the speech‐in‐noise recognition and the voice identity recognition experiment). P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in MNI space; MGB, medial geniculate body; IC, inferior colliculus
Functionally Defined Ic And Mgb Rois, supplied by SITEK Research Laboratories, 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/result/functionally defined ic and mgb rois/product/SITEK Research Laboratories
Average 90 stars, based on 1 article reviews
functionally defined ic and mgb rois - by Bioz Stars, 2026-04
90/100 stars
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Image Search Results


Overview of medial geniculate body (MGB) and inferior colliculus (IC) masks used as ROIs. Masks are plotted on a group mean structural image (experiment 1/2; n = 32) (a). (b,c) For the voice identity recognition and the vocal sound experiment, we used masks from the MGB (b, cyan) and IC (c, yellow) provided in an independent atlas on the human subcortical auditory system (Sitek et al., ). (d) For the speech‐in‐noise recognition experiment, participant functionally defined MGB and IC masks were available. These were based on data from the voice identity recognition experiment (green) from individuals ( n = 17) who participated in both experiments (i.e., the speech‐in‐noise recognition and the voice identity recognition experiment). P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in MNI space; MGB, medial geniculate body; IC, inferior colliculus

Journal: Human Brain Mapping

Article Title: Altered processing of communication signals in the subcortical auditory sensory pathway in autism

doi: 10.1002/hbm.25766

Figure Lengend Snippet: Overview of medial geniculate body (MGB) and inferior colliculus (IC) masks used as ROIs. Masks are plotted on a group mean structural image (experiment 1/2; n = 32) (a). (b,c) For the voice identity recognition and the vocal sound experiment, we used masks from the MGB (b, cyan) and IC (c, yellow) provided in an independent atlas on the human subcortical auditory system (Sitek et al., ). (d) For the speech‐in‐noise recognition experiment, participant functionally defined MGB and IC masks were available. These were based on data from the voice identity recognition experiment (green) from individuals ( n = 17) who participated in both experiments (i.e., the speech‐in‐noise recognition and the voice identity recognition experiment). P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in MNI space; MGB, medial geniculate body; IC, inferior colliculus

Article Snippet: To test the validity of the functionally defined ROIs, we additionally report results using the functionally defined IC and MGB ROIs provided in an independent atlas of the human subcortical auditory system (Sitek et al., ) as used in the voice identity recognition and the vocal sound experiment (Supplementary Table ).

Techniques:

Functional magnetic resonance imaging (fMRI) results for the right inferior colliculus (IC) in the voice identity recognition experiment (a) and the vocal sound experiment (b). The control group showed enhanced blood oxygenation level‐dependent (BOLD) responses in the right IC when performing the speaker identity task as compared to when performing the speech recognition task (a, controls ) and when listening to vocal sounds as compared to when listening to non‐vocal sounds (b, controls ). There was no such enhanced response for the right IC within the ASD group (a and b, ASD ) and this difference between the groups was significant (a and b, controls > ASD ). Results are presented for the right IC and overlaid onto a group specific average image of normalised T1‐weighted structural images. For ROI analyses in both experiments, we used independent masks provided in an atlas of the human subcortical auditory system (Sitek et al., ). The results are significant at p < .0125 family wise error (FWE) corrected, and Bonferroni corrected for four ROIs (i.e., left and right IC and left and right medial geniculate body [MGB]). For display purposes only, the threshold of p = .05 uncorrected was used. Colour bars represent t ‐values. P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in Montreal Neurological Institute (MNI) space

Journal: Human Brain Mapping

Article Title: Altered processing of communication signals in the subcortical auditory sensory pathway in autism

doi: 10.1002/hbm.25766

Figure Lengend Snippet: Functional magnetic resonance imaging (fMRI) results for the right inferior colliculus (IC) in the voice identity recognition experiment (a) and the vocal sound experiment (b). The control group showed enhanced blood oxygenation level‐dependent (BOLD) responses in the right IC when performing the speaker identity task as compared to when performing the speech recognition task (a, controls ) and when listening to vocal sounds as compared to when listening to non‐vocal sounds (b, controls ). There was no such enhanced response for the right IC within the ASD group (a and b, ASD ) and this difference between the groups was significant (a and b, controls > ASD ). Results are presented for the right IC and overlaid onto a group specific average image of normalised T1‐weighted structural images. For ROI analyses in both experiments, we used independent masks provided in an atlas of the human subcortical auditory system (Sitek et al., ). The results are significant at p < .0125 family wise error (FWE) corrected, and Bonferroni corrected for four ROIs (i.e., left and right IC and left and right medial geniculate body [MGB]). For display purposes only, the threshold of p = .05 uncorrected was used. Colour bars represent t ‐values. P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in Montreal Neurological Institute (MNI) space

Article Snippet: To test the validity of the functionally defined ROIs, we additionally report results using the functionally defined IC and MGB ROIs provided in an independent atlas of the human subcortical auditory system (Sitek et al., ) as used in the voice identity recognition and the vocal sound experiment (Supplementary Table ).

Techniques: Functional Assay, Magnetic Resonance Imaging, Control

MNI‐coordinates for significant BOLD‐responses in the voice identity recognition experiment and the vocal sound experiment ( p < .0125 FWE corrected at peak level and Bonferroni corrected for four regions of interest). Italic coordinates indicate significant results at p < .05 FWE corrected which did not survive Bonferroni correction. For information purposes only, grey font z ‐scores and p ‐values indicate results at FWE corrected thresholds ( p > .05 FWE corrected)

Journal: Human Brain Mapping

Article Title: Altered processing of communication signals in the subcortical auditory sensory pathway in autism

doi: 10.1002/hbm.25766

Figure Lengend Snippet: MNI‐coordinates for significant BOLD‐responses in the voice identity recognition experiment and the vocal sound experiment ( p < .0125 FWE corrected at peak level and Bonferroni corrected for four regions of interest). Italic coordinates indicate significant results at p < .05 FWE corrected which did not survive Bonferroni correction. For information purposes only, grey font z ‐scores and p ‐values indicate results at FWE corrected thresholds ( p > .05 FWE corrected)

Article Snippet: To test the validity of the functionally defined ROIs, we additionally report results using the functionally defined IC and MGB ROIs provided in an independent atlas of the human subcortical auditory system (Sitek et al., ) as used in the voice identity recognition and the vocal sound experiment (Supplementary Table ).

Techniques: Control

Functional magnetic resonance imaging (fMRI) results for the inferior colliculus (IC) in the speech‐in‐noise recognition experiment. For the control group, responses in the left and right IC were higher for the noise than for the no noise condition. For the same contrast, there were also higher responses in the left IC for the autism spectrum disorder (ASD) group (all p s < .05 family wise error [FWE] corrected). The results did, however, not survive Bonferroni correction for four ROIs (for p < .0125 FWE corrected). There was also no significant noise × group interaction. Results are overlaid onto a group specific average image of normalised T1‐weighted structural images. For ROI analyses, we used functionally defined independent masks created from the voice identity recognition experiment. For display purposes only, the threshold of p = .05 uncorrected was used. Colour bars represent t ‐values. P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in Montreal Neurological Institute (MNI) space

Journal: Human Brain Mapping

Article Title: Altered processing of communication signals in the subcortical auditory sensory pathway in autism

doi: 10.1002/hbm.25766

Figure Lengend Snippet: Functional magnetic resonance imaging (fMRI) results for the inferior colliculus (IC) in the speech‐in‐noise recognition experiment. For the control group, responses in the left and right IC were higher for the noise than for the no noise condition. For the same contrast, there were also higher responses in the left IC for the autism spectrum disorder (ASD) group (all p s < .05 family wise error [FWE] corrected). The results did, however, not survive Bonferroni correction for four ROIs (for p < .0125 FWE corrected). There was also no significant noise × group interaction. Results are overlaid onto a group specific average image of normalised T1‐weighted structural images. For ROI analyses, we used functionally defined independent masks created from the voice identity recognition experiment. For display purposes only, the threshold of p = .05 uncorrected was used. Colour bars represent t ‐values. P, posterior; S, superior; A, anterior; I, inferior; L, left; R, right; x , y , z , coordinates in Montreal Neurological Institute (MNI) space

Article Snippet: To test the validity of the functionally defined ROIs, we additionally report results using the functionally defined IC and MGB ROIs provided in an independent atlas of the human subcortical auditory system (Sitek et al., ) as used in the voice identity recognition and the vocal sound experiment (Supplementary Table ).

Techniques: Functional Assay, Magnetic Resonance Imaging, Control

MNI‐coordinates for BOLD‐responses in the speech‐in‐noise recognition experiment ( p < .0125 FWE corrected at peak level and Bonferroni corrected for four regions of interest). Italic coordinates indicate significant results at p < .05 FWE corrected which did not survive Bonferroni correction. For information purposes only, grey font z ‐scores and p ‐values indicate results at FWE corrected thresholds ( p > .05 FWE corrected).

Journal: Human Brain Mapping

Article Title: Altered processing of communication signals in the subcortical auditory sensory pathway in autism

doi: 10.1002/hbm.25766

Figure Lengend Snippet: MNI‐coordinates for BOLD‐responses in the speech‐in‐noise recognition experiment ( p < .0125 FWE corrected at peak level and Bonferroni corrected for four regions of interest). Italic coordinates indicate significant results at p < .05 FWE corrected which did not survive Bonferroni correction. For information purposes only, grey font z ‐scores and p ‐values indicate results at FWE corrected thresholds ( p > .05 FWE corrected).

Article Snippet: To test the validity of the functionally defined ROIs, we additionally report results using the functionally defined IC and MGB ROIs provided in an independent atlas of the human subcortical auditory system (Sitek et al., ) as used in the voice identity recognition and the vocal sound experiment (Supplementary Table ).

Techniques: Control