Search Results - Sapkota, Nabraj

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  1. 1
    High-b diffusivity of MS lesions in cervical spinal cord using ultrahigh-b DWI (UHb-DWI)

    High-b diffusivity of MS lesions in cervical spinal cord using ultrahigh-b DWI (UHb-DWI) by Jeong, Kyle, Shah, Lubdha M., Lee, You-Jung, Thapa, Bijaya, Sapkota, Nabraj, Bisson, Erica, Carlson, Noel G., Jeong, E.K., Rose, John W.

    Published in NeuroImage clinical
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  2. 2
    Two-dimensional single-shot diffusion-weighted stimulated EPI with reduced FOV for ultrahigh-b radial diffusion-weighted imaging of spinal cord: 2D ss-DWSTEPI-rFOV for Ultrahigh-b rDWI of Spinal Cord

    Two-dimensional single-shot diffusion-weighted stimulated EPI with reduced FOV for ultrahigh-b radial diffusion-weighted imaging of spinal cord: 2D ss-DWSTEPI-rFOV for Ultrahigh-b... by Sapkota, Nabraj, Shi, Xianfeng, Shah, Lubdha M., Bisson, Erica F., Rose, John W., Jeong, Eun-Kee

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  3. 3
    Fractional anisotropy and diffusivity changes in thyroid-associated orbitopathy

    Fractional anisotropy and diffusivity changes in thyroid-associated orbitopathy by Han, Ji Sung, Seo, Hyung Suk, Lee, Young Hen, Lee, Hwa, Suh, Sang-il, Jeong, Eun-Kee, Sapkota, Nabraj, Kim, Ki Joon

    Published in Neuroradiology
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  4. 4
    Two‐dimensional single‐shot diffusion‐weighted stimulated EPI with reduced FOV for ultrahigh‐b radial diffusion‐weighted imaging of spinal cord

    Two‐dimensional single‐shot diffusion‐weighted stimulated EPI with reduced FOV for ultrahigh‐b radial diffusion‐weighted imaging of spinal cord by Sapkota, Nabraj, Shi, Xianfeng, Shah, Lubdha M., Bisson, Erica F., Rose, John W., Jeong, Eun‐Kee

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  5. 5
    Ultra‐high‐b radial diffusion‐weighted imaging (UHb‐rDWI) of human cervical spinal cord

    Ultra‐high‐b radial diffusion‐weighted imaging (UHb‐rDWI) of human cervical spinal cord by Thapa, Bijaya, Sapkota, Nabraj, Lee, YouJung, Jeong, Kyle, Rose, John, Shah, Lubdha M., Bisson, Erica, Jeong, Eun‐Kee

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  6. 6
    Characterization of spinal cord white matter by suppressing signal from hindered space. A Monte Carlo simulation and an ex vivo ultrahigh-b diffusion-weighted imaging study

    Characterization of spinal cord white matter by suppressing signal from hindered space. A Monte Carlo simulation and an ex vivo ultrahigh-b diffusion-weighted imaging study by Sapkota, Nabraj, Yoon, Sook, Thapa, Bijaya, Lee, YouJung, Bisson, Erica F., Bowman, Beth M., Miller, Scott C., Shah, Lubdha M., Rose, John W., Jeong, Eun-Kee

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