（各賞は演題番号順に掲載，数字は演題番号，○は発表者）
| 大会長賞 | |
| 343． | Improved accuracy of target tracking in chest fluoroscopy with bone suppression imageprocessing |
| 〇Rie Tanaka1, Shigeru Sanada1, Makoto Oda2,3, Mitsutaka Oda2,3, Keita Sakuta2,3, | |
| Hiroki Kawashima2,3, Hiroji Iida2 | |
| 1）Kanazawa University，2）Kanazawa University Hospital |
|
| 3）Kanazawa University Graduate School | |
| 金賞 | |
| 66． | Iron concentration and fat fraction determination of livers with dual-energy CT: A phantom study |
| 〇Takashi Hamaguchi1, Tadanori Takata1, Naoki Ohno2, Kousuke Matsubara2, | |
| Satoshi Kobayashi2, Tosiaki Miyati2 | |
| 1）Kanazawa University Hospital，2）Kanazawa University Graduate School | |
| 129． | Construction of mammography ontology: Process and mammogram evaluation |
| 〇Ayako Yagahara1,2, Yuki Yokooka3, Shintarou Tsuji2, Akihisa Fukuda4, | |
| Naoki Nishimoto5, Kunio Kurowarabi6, Katsuhiko Ogasawara1 | |
| 1）Hokkaido University Graduate School，2）Hokkaido University Hospital | |
| 3）National Institute of Radiological Sciences， | |
| 4）National Hospital Organization Hokkaido Medical Center | |
| 5）Translational research and clinical trial center, Hokkaido University Hospital | |
| 6）Hokkaido Cancer Society | |
| 414． | Investigation of the relationship between skin thickness and average glandular dose using Monte Carlo simulation |
| 〇Hitomi Numamoto, Shimpei Kondo, Tomonobu Haba, Daiki Hayashi, | |
| Takanori Ishii, Syuji Koyama | |
| Nagoya University Graduate School | |
| 銀賞 | |
| 17． | The basic evaluation of radiation exposure dose for whole body in clinical boron neutron capture therapy |
| 〇Kenta Takada, Tomonori Isobe, Hiroaki Kumada, Koichi Yamanashi, | |
| Hideyuki Sakurai, Takeji Sakae | |
| Tsukuba University Graduate School | |
| 43． | 心電図同期血管造影画像を用いた心位相毎の心筋血流画像作成 |
| 〇阿部将己1，関川裕矢1，金森祐貴2，夏目貴弘2，坂口卓弥3，市原 隆2 | |
| 1）藤田保健衛生大学大学院，2）藤田保健衛生大学，3）東芝メディカルシステムズ（株） | |
| 75． | 脳CT Perfusionにおける解析精度－デジタルファントムを用いた検討－ |
| 〇飯村 浩1，小柳津三明1，本柳嘉信1，壺井美香3，鈴木一史2，坂井修二2，江島光弘1 | |
| 1）東京女子医科大学病院，2）東京女子医科大学，3）東芝メディカルシステムズ（株） | |
| 117． | Feature-based modeling of a similarity map obtained by multidimensional scaling for diagnosis of breast masses on mammograms |
| 〇Chisako Muramatsu1, Kohei Nishimura1, Tokiko Endo2, Mikinao Oiwa2, | |
| Misaki Shiraiwa2, Kunio Doi3,4, Hiroshi Fujita1 | |
| 1）Gifu University Graduate School，2）Nagoya Medical Center | |
| 3）Gunma Prefectural College of Health Sciences，4）The University of Chicago | |
| 128． | Constructing an ontology for visualization of radiotherapy-related risks |
| 〇Shintaro Tsuji1, Akihisa Fukuda2, Ayako Yagahara1,3, Naoki Nishimoto4, | |
| Katsumi Homma5, Masahito Uesugi6, Katsuhiko Ogasawara3 | |
| 1）Hokkaido University Hospital，2）Hokkaido Medical Center | |
| 4）Center for Translational Research, Hokkaido University | |
| 3）Hokkaido University Graduate School | |
| 5）THE-EDGE Corporation，6）Hokkaido Information University | |
| 277． | Magnetic resonance elastography by using a multi-echo MRI sequence |
| 〇Tomokazu Numano1,2, Junichi Hata5, Kazuyuki Mizuhara3, Kouichi Takamoto4, | |
| Toshikatsu Washio2, Hisao Nishijyo4, Kazuhiro Homma2 | |
| 1）Tokyo Metropolitan University Graduate School | |
| 2）Human Technology Research Institute, National Institute of Advanced Industrial Science and Technology | |
| 3）Tokyo Denki University, 4）Toyama University Graduate School | |
| 5）The University of Tokyo Hospital | |
| 340． | Development of a new position recognition system in a robotic radiosurgery system with machine vision |
| 〇Issai Mohri1, Hiroyuki Tane2, Hironori Nagata1, Toshihiro Onoda3, Eiji Hamada3, | |
| Katsumasa Nakamura1, Hideki Hirata4 | |
| 1）Kyushu University Graduate School，2）Engineering system corporation | |
| 3）Tobata Kyoritsu Hospital，4）Kyushu University | |
| 銅賞 | |
| 21． | 移動寝台を用いた全身皮膚電子線照射療法の提案 |
| 〇鈴木慶史1，磯辺智範1，志田晃一1，布施 拓2，小林大輔1，高田健太1，関 正志1 | |
| 1）筑波大学附属病院，2）筑波大学医学医療系 | |
| 61． | Improvement of the algorithm used for the quantification of myocardial blood flow using 320-row multidetector CT |
| 〇Yuuki Tomiyama1, Noriko Oyama-Manabe2, Yasuka Kikuchi2, Osamu Manabe3, | |
| Tsukasa Sasaki2, Chietsugu Katoh1, Tamaki Nagara3 | |
| 1）Hokkaido University，2）Hokkaido University Hospital |
|
| 3）Hokkaido University Graduate School | |
| 131． | Development and examination of cloud type real-time 3D workstation utilization |
| 〇Hironobu Tomita, Masakazu Shito, Yousuke Kidokoro, Takuji Tsuchida, Natsuki Toyoda | |
| Saitamaken Saiseikai kawaguchi General Hospital | |
| 217． | Education of radiological techniques in general radiography for newcomers by using videotext |
| 〇Seiichiro Miyakawa1, Hisaya Sato2, Shogo Sai1, Yasuo Nakazawa2 | |
| 1）Showa University Hospital，2）Showa University | |
| 226． | Bayesian network analysis of risk factors in radiotherapy using evidence theory and mutual information |
| 〇Shohei Sasaki1, Shintaro Tsuji2, Naoki Nishimoto3, Ayako Yagahara1, | |
| Katsuhiko Ogasawara1 | |
| 1）Hokkaido University Graduate School，2）Hokkaido University Hospital | |
| 3）Translational research and clinical trial center, Hokkaido University Hospital | |
| 297． | The influence of seismic vibration on MR scanners observed in the Great East Japan Earthquake: The factors related to slipping off of non-anchored MR scanners |
| 〇Takeo Hikichi1, Fumio Maeyatsu2, Yoshihiro Abe3, Makoto Hishinuma4, | |
| Yoshio Machida5, Toshiharu Nakai6 | |
| 1）Kurihara Central Hospital，2）Miyagi-Kosei Association Izumi Hospital | |
| 3）Sendai Medical Center，4）Sendai Kosei Hospital | |
| 5）Tohoku University Graduate School，6）National Center for Geriatrics and Gerontology | |
| 298． | 東日本大震災の被災地におけるMR装置被害の実態調査報告 |
| 〇前谷津文雄1，丹治 一2，清野真也3，安達廣司郎4，武蔵安徳5，土橋俊男6，中井敏晴7 | |
| 1）宮城厚生協会泉病院，2）仁泉会北福島医療センター，3）福島県立医科大学病院， | |
| 4）盛岡赤十字病院，5）岩手県立中央病院附属紫波地域診療センター， | |
| 6）日本医科大学附属病院，7）国立長寿医療研究センター | |
| 299． | 首都圏における大震災によるMRI装置の被害傾向 |
| 〇土橋俊男1，中井敏晴2，藤田 功3，栗田幸喜4，前谷津文雄5，山口さち子6 | |
| 1）日本医科大学付属病院，2）国立長寿医療研究センター，3）さいたま市立病院 | |
| 4）埼玉県済生会栗橋病院，5）宮城厚生協会泉病院，6）労働安全衛生総合研究所 | |
| 321． | Effect of point-spread-function and time-of-flight for PET/CT image quality in relation to radioactivity levels |
| 〇Takafumi Taniguchi1, Go Akamatsu1, Ken Kihara2, Daisuke Kidera2, | |
| Syohei Mikasa2, Yuji Tsutsui3, Masayuki Sasaki1 | |
| 1）Kyushu University Graduate School，2）Kyushu University |
|
| 3）Kyushu University Hospital | |
| 377． | 医療用X線CTスキャナを用いた水溶液試料中の重元素の定量 |
| 〇中島善人，中野 司 | |
| 産業技術総合研究所 | |
| 378． | カラー光CTに関する基礎的検討～実験装置の開発と色・形状再現性の評価～ |
| 〇村田千佳1，寺本篤司1，藤田広志2 | |
| 1）藤田保健衛生大学，2）岐阜大学大学院 | |
| 426． | Calculation of the focal spot MTF in tomosynthesis |
| 〇Ryohei Fukui, Rie Ishii, Takefumi Ymane | |
| Tottori University Hospital | |
学生賞
| 最優秀学生賞 | |
| 434． | 塩化ストロンチウム注射液中に含まれるSr-85による特性X線について |
| 〇大脇由樹1，成田浩人1,2，福士政広1，井上一雅1 | |
| 1）首都大学東京大学院，2）東京慈恵会医科大学附属病院 | |
| 優秀学生賞 | |
| 43． | 心電図同期血管造影画像を用いた心位相毎の心筋血流画像作成 |
| 〇阿部将己1，関川裕矢1，金森祐貴2，夏目貴弘2，坂口卓弥3，市原 隆2 | |
| 1）藤田保健衛生大学大学院，2）藤田保健衛生大学，3）東芝メディカルシステムズ（株） | |
| 213． | 高雑音低コントラストのCT画像のMTFを高精度で計測する方法三種（ESF, LSF, PSF）の性能限界 |
| 〇平栗彩加1，福士沙江子1，千葉雄高1，後藤光範1,2，森 一生1 | |
| 1）東北大学大学院，2）仙台厚生病院 | |
| 252． | New image evaluation method of iterative reconstruction in CT: Comparison of iterative Reconstruction, TV and DTV by acrylic edge phantom |
| 〇Ayako Gonaka, Rina Terauchi, Yujiro Doi, Tetsuya Hirokawa, Yasutomo Sato, | |
| Atsushi Shitashimizu, Katsumi Tsujioka | |
| Fujita Health Univerasity | |
| 340． | Development of a new position recognition system in a robotic radiosurgery system with machine vision |
| 〇Issai Mohri1, Hiroyuki Tane2, Hironori Nagata1, Toshihiro Onoda3, Eiji Hamada3, | |
| Katsumasa Nakamura1, Hideki Hirata4 | |
| 1）Kyushu University Graduate School，2）Engineering system corporation | |
| 3）Tobata Kyoritsu Hospital，4）Kyushu University | |
| 403． | pCASLを使用した下腿筋運動負荷における局所血流解析 |
| 〇富士原修也1，宮地利明1，渡辺沙緒莉1,2，大野直樹1，濱口隆史2，高長雅子2，宮崎嵩之3 | |
| 1）金沢大学大学院，2）金沢大学附属病院，3）金沢大学医薬保健学域 | |
| 学生賞 | |
| 61． | Improvement of the algorithm used for the quantification of myocardial blood flow using 320-row multidetector CT |
| 〇Yuuki Tomiyama1, Noriko Oyama-Manabe2, Yasuka Kikuchi2, Osamu Manabe3, | |
| Tsukasa Sasaki2, Chietsugu Katoh1, Tamaki Nagara3 | |
| 1）Hokkaido University，2）Hokkaido University Hospital |
|
| 3）Hokkaido University Graduate School | |
| 121． | Characterization of luminance noise passed through 3D polarization glasses |
| 〇Takamitsu Morikawa, Yoshie Kodera | |
| Grauduate School of Medicne, Nagoya University | |
| 204． | X線画像における不鋭領域の自動検出 |
| 〇室井僚哉1，李 鎔範1，蔡 篤儀1，弦巻正樹2 | |
| 1）新潟大学大学院，2）中条中央病院 | |
| 226． | Bayesian network analysis of risk factors in radiotherapy using evidence theory and mutual information |
| 〇Shohei Sasaki1, Shintaro Tsuji2, Naoki Nishimoto3, Ayako Yagahara1, | |
| Katsuhiko Ogasawara1 | |
| 1）Hokkaido University Graduate School，2）Hokkaido University Hospital | |
| 3）Translational research and clinical trial center, Hokkaido University Hospital | |
| 263． | CT検査における低線量画像のシミュレーション－ファントムによる基礎評価－ |
| 〇竹永智美1，後藤 淳2，羽手村昌宏2，内山良一1，桂川茂彦1，白石順二1 | |
| 1）熊本大学大学院，2）熊本大学医学部附属病院 | |
| 321． | Effect of point-spread-function and time-of-flight for PET/CT image quality in relation to radioactivity levels |
| 〇Takafumi Taniguchi1, Go Akamatsu1, Ken Kihara2, Daisuke Kidera2, Syohei Mikasa2, | |
| Yuji Tsutsui3, Masayuki Sasaki1 | |
| 1）Kyushu University Graduate School，2）Kyushu University |
|
| 3）Kyushu University Hospital | |
| 339． | Development of temporal subtraction CAD system using a statistical image analysis technique on torso FDG-PET scans |
| 〇Ryosuke Kawai1, Yusuke Shimizu1, Takeshi Hara1, Satoshi Ito2, Shin-ichiro Kumita3, | |
| Tetsuro Katafuchi4, Hiroshi Fujita1 | |
| 1）Gifu University Graduate School，2）Daiyukai General Hospital， | |
| 3）Nippon Medical School，4）Gifu University of Medical Science | |
| 413． | MRI画像のNPS計測の実用化に向けた基礎的検討 |
| 〇宮本宏太1，一関雄輝1，石田俊太郎2，伊藤 健2，永坂竜男3，森 一生1，町田好男1 | |
| 1）東北大学大学院，2）東北大学，3）東北大学病院 | |
| 414． | Investigation of the relationship between skin thickness and average glandular dose using Monte Carlo simulation |
| 〇Hitomi Numamoto, Shimpei Kondo, Tomonobu Haba, Daiki Hayashi, | |
| Takanori Ishii, Syuji Koyama | |
| Nagoya University Graduate School | |
| 416． | マンモグラフィポジショニングが身体筋活動と苦痛に及ぼす影響 |
| 〇内山美枝子1，李 鎔範1，蔡 篤儀1，風間清子2，皆川靖子3 | |
| 1）新潟大学大学院，2）新潟手の外科研究所，3）下越総合健康開発センター | |
| 3026． | 3T-fMRIを使用した川平法による右手への刺激の際の脳の賦活部位 |
| 〇横手尭彦1，木田勝博2，後藤佐知子1，川嶋拓志1，土居友香1，梶谷 努2，東 義晴1 | |
| 1）岡山大学大学院，2）岡山赤十字病院 | |
