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Research ArticleFUNCTIONAL

Functional Connectivity of the Human Red Nucleus in the Brain Resting State at 3T

C. Nioche, E.A. Cabanis and C. Habas
American Journal of Neuroradiology February 2009, 30 (2) 396-403; DOI: https://doi.org/10.3174/ajnr.A1375
C. Nioche
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E.A. Cabanis
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C. Habas
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  • Fig 1.
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    Fig 1.

    Axial T2*-weighted images through the mesencephalon showing the RN and SN on the right and left sides, with a strong signal hypointensity.

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    Fig 2.

    Resting-state neural connectivity maps (n = 14; P < .01; and k = 50) showing regions positively correlated with the right RN (A-C) and also found with the left RN. A, Axial sections. B, Sagittal section. C, Coronal sections. D, Sagittal section showing temporal region correlated with the left RN. D, T-score is represented by a color gradient (vertical colored bar). ACC, anterior cingulate cortex; CL, claustrum; CER, cerebellum; FOP, fronto-opercular cortex; HIPP, hippocampus; HYP, hypothalamus; INS, insula; LN, lentiform nucleus (pallidum and putamen); MES, mesencephalon; PFC, prefrontal cortex; RN, red nucleus; SN, substantia nigra; ST, striatum; THAL, thalamus; TC, temporal cortex; TM, tegmentum of the mesencephalon; m, medial; OFC, orbito-frontal cortex; HV, hemisphere of lobule V; OCC, occipital cortex.

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    Fig 3.

    Resting-state neural connectivity maps (n = 14; P < .01; and k = 50) showing regions positively correlated with the left SN (most of them are also found with the right SN; Table 2). A, Axial sections. B, Coronal sections. C, Sagittal sections. T-score is represented by a color gradient (vertical colored bar).

Tables

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    Table 1:

    Cluster localizations of the red nuclei

    Brain RegionBAGroup-Analysis p <0.01, k = 50 MNI Coordinates (mm)
    Primary Peak Locations
    Right SideLeft Side
    xyzxyz
    Right red nucleus
    Prefrontal cortex45 (/47)35.1028.084.00–32.7623.40–12.00
    1135.1028.08–12.00–36.1136.02–13.54
    Precuneus7 m6.86–60.1234.00–3.86–60.1218.46
    Occipital cortex177.02–86.58–4.0000.00–88.924.00
    3632.76–39.78–16.00–––
    Hippocampus3523.40–42.12–8.00–21.06–35.10–8.00
    Insula1335.10–16.38–4.00–36.11–13.4211.14
    Claustrum32.16–17.08–8.00–33.08–2.13–8.05
    Thalamus15.62–27.160.17–12.86–27.160.17
    Hypothalamus9.60–1.52–8.97–6.43–1.52–8.97
    Pallidum14.04–7.02–8.00–18.72–16.3800.00
    Mesencephalic tegmentum3.68–27.16–16.28–3.20–28.99–11.79
    Cerebellum16.00–58.50–16.28–––
    Left red nucleus
    Prefrontal cortex45 (/47)35.1028.08–8.00–35.1028.08–8.00
    46––––37.4439.7812.00
    1135.1030.42–4.00–32.7637.44–12.00
    Occipital cortex3725.74–49.14–12.00–––
    Temporal cortex2053.82–4.68–8.00–––
    Hippocampus3521.06–35.10–8.00–16.38–35.10–8.00
    Insula1344.464.68–4.00–35.1014.04–4.00
    Claustrum30.42–16.38–4.00–28.08–16.3800.00
    Thalamus16.38–21.064.00–9.36–21.064.00
    Hypothalamus9.362.34–8.00–4.68–7.02–12.00
    Pallidum23.10–14.04–4.00–23.10–16.3800.00
    Mesencephalic tegmentum9.36–28.08–12.00–7.02–25.74–12.00
    Cerebellum20.88–51.48–16.52–––
    • Note:—BA indicates Brodmann area; MNI, Montreal Neurological Institute.

    • View popup
    Table 2:

    Cluster localizations of the substantia nigra group-analysis P < .01, k = 50 MNI coordinates (mm)

    BABrain Region
    Primary Peak Locations
    Right SideLeft Side
    xyzxyz
    Left substantia nigra
    Prefrontal cortex11/4737.4428.08–4.00–32.7628.08–8.00
    Frontal cortex6 m11.7011.7048.00–7.022.3448.00
    446.80–7.0244.00–––
    Orbitofrontal cortex254.689.36–16.00–2.349.36–13.00
    Occipital cortex19/3944.46–79.5632.00–––
    Temporal cortex2153.82–11.70–12.00–51.48–16.38–8.00
    Hippocampus3521.06–35.10–12.00–16.38–39.78–12.00
    Insula1344.464.68–4.00–30.429.36–4.00
    Lentiform nucleus28.0811.70–4.00–28.0814.0400.00
    Thalamus16.38–16.3800.00–11.70–18.724.00
    Hypothalamus7.02–2.34–12.00–2.34–2.34–16.00
    Mesencephalic tegmentum4.68–30.42–20.00–4.68–28.08–16.00
    Pons00.00–32.76–24.00–––
    Right substantia nigra
    Prefrontal cortex4646.8039.7820.00
    11 (/47)32.7625.74–8.00–25.7423.40–16.00
    9 (/6)51.4818.7240.00–––
    84.6837.4440.00–2.3437.4444.00
    Orbitofrontal cortex257.029.36–12.00–4.689.36–12.00
    Motor cortex451.48–9.3640.00–56.16–4.6824.00
    Cingulate cortex24 (/32)8.2744.2620.29–2.3437.448.00
    Hippocampus3511.70–39.78–12.00–23.40–25.74–12.00
    Insula1339.78–4.688.00–41.5911.702.00
    Lentiform nucleus25.744.68–4.00–25.7411.70–8.00
    Caudate nucleus9.6011.302.92–11.7016.3800.00
    Claustrum32.7614.04–4.00–32.76–11.70–8.00
    Thalamus15.62–14.344.00–11.03–16.174.00
    Hypothalamus11.70–4.68–8.00–4.68–4.68–8.00
    Mesencephalic tegmentum7.02–30.42–20.00–2.34–28.08–20.00
    Cerebellum (vermis)11.70–56.16–28.00–4.68–60.84–24.00
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American Journal of Neuroradiology: 30 (2)
American Journal of Neuroradiology
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Cite this article
C. Nioche, E.A. Cabanis, C. Habas
Functional Connectivity of the Human Red Nucleus in the Brain Resting State at 3T
American Journal of Neuroradiology Feb 2009, 30 (2) 396-403; DOI: 10.3174/ajnr.A1375

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Functional Connectivity of the Human Red Nucleus in the Brain Resting State at 3T
C. Nioche, E.A. Cabanis, C. Habas
American Journal of Neuroradiology Feb 2009, 30 (2) 396-403; DOI: 10.3174/ajnr.A1375
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