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3d spoiled multi-echo gradient-echo sequence siemens flash  (Siemens AG)

 
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    Structured Review

    Siemens AG 3d spoiled multi-echo gradient-echo sequence siemens flash
    3d Spoiled Multi Echo Gradient Echo Sequence Siemens Flash, supplied by Siemens AG, 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/3d+spoiled+multi-echo+gradient+echo+sequence/3d+spoiled+multi+echo+gradient+echo+sequence+siemens+flash/pm39869509-64-8-13
    Average 90 stars, based on 1 article reviews
    3d spoiled multi-echo gradient-echo sequence siemens flash - by Bioz Stars, 2026-09
    90/100 stars

    Images

    Related Articles

    Sequencing:

    Article Title: Optimized multi-echo gradient-echo magnetic resonance imaging for gray and white matter segmentation in the lumbosacral cord at 3 T
    Article Snippet: The 3D spoiled multi-echo gradient echo sequence (Siemens FLASH) consisted of 5 echoes and was acquired with 8 individual repetitions.

    Imaging:

    Article Title: Optimized multi-echo gradient-echo magnetic resonance imaging for gray and white matter segmentation in the lumbosacral cord at 3 T
    Article Snippet: The 3D spoiled multi-echo gradient echo sequence (Siemens FLASH) consisted of 5 echoes and was acquired with 8 individual repetitions.



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    Siemens AG 3d spoiled multi-echo gradient echo sequence
    ( A ) Sagittal T2-weighted turbo spin echo acquisition in the lower spine used for subsequent prescription of the high-resolution axial acquisition. ( B ) Corresponding axial slices acquired with the <t>3D</t> <t>multi-echo</t> <t>gradient-echo</t> sequence ( Siemens FLASH) in the caudal-rostral direction (slices 1–20). Highlighted are the slice in the lumbosacral enlargement (LSE) with the largest cord cross-sectional spinal cord area (defined as the
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    Image Search Results


    ( A ) Sagittal T2-weighted turbo spin echo acquisition in the lower spine used for subsequent prescription of the high-resolution axial acquisition. ( B ) Corresponding axial slices acquired with the 3D multi-echo gradient-echo sequence ( Siemens FLASH) in the caudal-rostral direction (slices 1–20). Highlighted are the slice in the lumbosacral enlargement (LSE) with the largest cord cross-sectional spinal cord area (defined as the

    Journal: Scientific Reports

    Article Title: Optimized multi-echo gradient-echo magnetic resonance imaging for gray and white matter segmentation in the lumbosacral cord at 3 T

    doi: 10.1038/s41598-022-20395-1

    Figure Lengend Snippet: ( A ) Sagittal T2-weighted turbo spin echo acquisition in the lower spine used for subsequent prescription of the high-resolution axial acquisition. ( B ) Corresponding axial slices acquired with the 3D multi-echo gradient-echo sequence ( Siemens FLASH) in the caudal-rostral direction (slices 1–20). Highlighted are the slice in the lumbosacral enlargement (LSE) with the largest cord cross-sectional spinal cord area (defined as the "LSE slice" and shown in light blue in A and B ; here: slice 15), and the most caudal slice in the conus medullaris (CM) where the gray matter still has the characteristic butterfly shape (defined as the "CM slice" and shown in red in A and B ; here: slice 9). A saturation band, displayed as yellow shaded area in A, was placed anterior to the spine to suppress signal and possible artifacts arising from abdominal peristalsis.

    Article Snippet: The 3D spoiled multi-echo gradient echo sequence (Siemens FLASH) consisted of 5 echoes and was acquired with 8 individual repetitions.

    Techniques: Sequencing

    Visual representation of echoes, echo combinations, signal averages, and image segmentations. The 3D spoiled multi-echo gradient echo sequence (Siemens FLASH) consisted of 5 echoes and was acquired with 8 individual repetitions. For each subject, a series of images was created by successively combining echoes (echo 1, 1–2, 1–3, 1–4, 1–5) and averaging across repetitions (number of signal averages (NSA): 1, 2, 3, …, 8), resulting in a total of 72 images. ( A ) Image series of individual echoes (NSA = 8) for a representative slice in the lumbosacral enlargement (LSE). ( B ) Image series of increasing number of combined echoes in the same slice as in ( A ) (NSA = 8). ( C ) Image series with increasing NSA (3 combined echoes). ( D ) Spinal cord (SC) and gray matter (GM) were segmented manually in each slice (here a representative LSE and conus medullaris slice are shown). A mask of cerebrospinal fluid (CSF) was drawn anterior to the SC. White matter (WM) mask was obtained by subtracting GM from the SC mask.

    Journal: Scientific Reports

    Article Title: Optimized multi-echo gradient-echo magnetic resonance imaging for gray and white matter segmentation in the lumbosacral cord at 3 T

    doi: 10.1038/s41598-022-20395-1

    Figure Lengend Snippet: Visual representation of echoes, echo combinations, signal averages, and image segmentations. The 3D spoiled multi-echo gradient echo sequence (Siemens FLASH) consisted of 5 echoes and was acquired with 8 individual repetitions. For each subject, a series of images was created by successively combining echoes (echo 1, 1–2, 1–3, 1–4, 1–5) and averaging across repetitions (number of signal averages (NSA): 1, 2, 3, …, 8), resulting in a total of 72 images. ( A ) Image series of individual echoes (NSA = 8) for a representative slice in the lumbosacral enlargement (LSE). ( B ) Image series of increasing number of combined echoes in the same slice as in ( A ) (NSA = 8). ( C ) Image series with increasing NSA (3 combined echoes). ( D ) Spinal cord (SC) and gray matter (GM) were segmented manually in each slice (here a representative LSE and conus medullaris slice are shown). A mask of cerebrospinal fluid (CSF) was drawn anterior to the SC. White matter (WM) mask was obtained by subtracting GM from the SC mask.

    Article Snippet: The 3D spoiled multi-echo gradient echo sequence (Siemens FLASH) consisted of 5 echoes and was acquired with 8 individual repetitions.

    Techniques: Sequencing