Search Results - "Someya, Satoka"

Cerebral Relaxation Times from Postmortem MR Imaging of Adults by TASHIRO, Kazuya, SHIOTANI, Seiji, KOBAYASHI, Tomoya, KAGA, Kazunori, SAITO, Hajime, SOMEYA, Satoka, MIYAMOTO, Katsumi, HAYAKAWA, Hideyuki

“…Purpose: We measured T1 and T2 values of cerebral postmortem magnetic resonance (PMMR) imaging and compared the data of cadavers with that of living human…”
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Noise reduction effect of computed tomography by image summation method (fused CT): Phantom study by Kobayashi, Tomoya, Yoshida, Masahiro, Numano, Tomokazu, Shiotani, Seiji, Saitou, Hajime, Tashiro, Kazuya, Someya, Satoka, Kaga, Kazunori, Miyamoto, Katsumi, Hayakawa, Hideyuki

“…•Noise and sharpness of CT by image summation method (fused CT) was evaluated with two types of phantom.•Increased number of image summation in fused CT…”
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Fused CT – Improved image quality of coronary arteries on postmortem CT by summation of repeated scans by Kobayashi, Tomoya, Fukuoka, Hidehiko, Suzuki, Shogo, Shiotani, Seiji, Saitou, Hajime, Tashiro, Kazuya, Someya, Satoka, Yoshida, Masahiro, Kaga, Kazunori, Yamamori, Moyu, Miyamoto, Katsumi, Hayakawa, Hideyuki

“…•Repeated scans of the same anatomical region allow for an improved image quality after summation of the individual scans (fused PMCT).•Fused PMCT of 9…”
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Skin temperature increase after whole body postmortem magnetic resonance imaging by Kobayashi, Tomoya, Shiotani, Seiji, Muranaka, Hiroyuki, Saitou, Hajime, Tashiro, Kazuya, Someya, Satoka, Yoshida, Masahiro, Kaga, Kazunori, Miyamoto, Katsumi, Hayakawa, Hideyuki, Homma, Kazuhiro

“…•1.5 T whole body postmortem magnetic resonance (PMMR) imaging was taken for 1 h.•The causes of skin temperature increase (Tinc) after PMMR imaging was…”
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Optimization of Inversion Time for Postmortem Fluid-attenuated Inversion Recovery (FLAIR) MR Imaging at 1.5T: Temperature-based Suppression of Cerebrospinal Fluid by ABE, Kazuyuki, KOBAYASHI, Tomoya, SHIOTANI, Seiji, SAITO, Hajime, KAGA, Kazunori, TASHIRO, Kazuya, SOMEYA, Satoka, HAYAKAWA, Hideyuki, HOMMA, Kazuhiro

“…Purpose: Signal intensity (SI) and image contrast on postmortem magnetic resonance (MR) imaging are different from those of imaging of living bodies. We sought…”
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High-resolution 3D-MRI of postmortem brain specimens fixed by formalin and gadoteridol by Kanawaku, Yoshimasa, Someya, Satoka, Kobayashi, Tomoya, Hirakawa, Keiko, Shiotani, Seiji, Fukunaga, Tatsushige, Ohno, Youkichi, Kawakami, Saki, Kanetake, Jun

“…Highlights • Gadoteridol can infiltrate deep into the immersion-fixed brain. • MP-RAGE sequence of brain fixed by gadoteridol-mixed formalin yield a high…”
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Roles of radiological technologists at Tsukuba Medical Examiner's Office equipped with a computed tomography system dedicated for the examination of corpses by Kobayashi, Tomoya, Shiotani, Seiji, Tashiro, Kazuya, Someya, Satoka, Yoshida, Masahiro, Numano, Tomokazu, Hayakawa, Hideyuki, Okuda, Takahisa

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Effectiveness of postmortem CT by summation of repeated scans (fused PMCT): A suddenly deceased infant with acute tonsillitis by Yamamori, Moyu, Kobayashi, Tomoya, Shiotani, Seiji, Kaga, Kazunori, Saitou, Hajime, Someya, Satoka, Tashiro, Kazuya, Yoshida, Masahiro, Kamimura, Yuko, Kuramochi, Riho, Miyamoto, Katsumi, Hayakawa, Hideyuki

“…•A summation method postmortem CT (fused PMCT) of the neck was performed.•Fused PMCT delineated cervical soft tissue more clearly than conventional PMCT.•Fused…”
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Skeletal muscular relaxation time from postmortem MR imaging of adult humans by Tashiro, Kazuya, Kobayashi, Tomoya, Shiotani, Seiji, Saitou, Hajime, Kaga, Kazunori, Someya, Satoka, Yoshida, Masahiro, Yamamori, Moyu, Kamimura, Yuuko, Kuramochi, Riho, Miyamoto, Katsumi, Hayakawa, Hideyuki, Muranaka, Hiroyuki, Homma, Kazuhiro

“…•We performed skeletal muscular postmortem magnetic resonance imaging (SM-PMMRI).•SM-PMMRI shows shorter T1 values and longer T2 values than clinical MR…”
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Optimization of Inversion Time for Postmortem Fluid-attenuated Inversion Recovery (FLAIR) MR Imaging at 1.5T by ABE, Kazuyuki, KOBAYASHI, Tomoya, SHIOTANI, Seiji, SAITO, Hajime, KAGA, Kazunori, TASHIRO, Kazuya, SOMEYA, Satoka, HAYAKAWA, Hideyuki, HOMMA, Kazuhiro

“…Purpose: Signal intensity (SI) and image contrast on postmortem magnetic resonance (MR) imaging are different from those of imaging of living bodies. We sought…”
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