第2回多元計算解剖学国際シンポジウム

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第2回多元計算解剖学国際シンポジウム

Contents

シンポジウム名称

  • 正式名称
    • 第2回新学術領域研究「医用画像に基づく計算解剖学の多元化と高度知能化診断・治療への展開」国際シンポジウム
  • 略称
    • 第2回多元計算解剖学国際シンポジウム

日時

  • 2016年2月11,12日 

参加費

  • 無料

ポスター

Poster 2nd img.jpg

場所

主催

  • 文部科学省科学研究費補助金新学術領域研究「医用画像に基づく計算解剖学の多元化と高度知能化診断・治療への展開」総括班

共催

  • 名古屋大学情報連携統括本部

特別講演

Frangi2009 portrait mr.jpg
  • 発表者
  • タイトル
    • Computational medicine: towards integrated management of cerebral aneurysms
  • 講演概要
    • Current availability of and access to multifactorial andmultiscale disease biomarkers opens the promise of comprehensive and personalised profiling of the health status of individuals. Ultimately, this is expected to deliver more effective diagnosis, prognosis, and treatment outcome. However, abundance of biomedical data in itself does not equate, in general, to improved patient care; it also contributes to the current information deluge and fragmented picture of health that cli-nicians have to deal with daily. A modern and integrative approach to decision making in healthcare requires the ability to discover quantitative disease biomarkers (e.g. genetics, biochemistry, anato-my, physiology, etc.) and to construct multifactorial decision support systems able dealing with the complexity and heterogeneity of current data sources. Computational methods, particularly those stemming from computational imaging and computational physiology are fundamental here. In turn, national and international initiatives are creating increasingly larger and richer multi-modal databases of cross-sectional and longitudinal data from where principled disease and disease progression mod-els are to be derived by computational methods. Computational Medicine aims at developing the framework and tools to tackle these challenges, ad-dress the unmet clinical need of such integrated investigation of the human body from modern data sources, and render practical methods and systems for personalized and predictive medicine. This lecture will focus on and illustrate two specific aspects: a) how the integration of biomedical imaging and sensing, signal and image computing, and computational physiology are essential components in addressing the challenge of a more personalized, predictive and integrative healthcare, and b) how such principles are pragmatically put at work to address specific clinical questions in the neurovascular domain. The latter, are taken from @neurIST (www.aneurist.org), an EU project led by the speaker. Finally, this lecture will also underline the importance of model validation as a key factor in translational credibility and success; and how such validations span from technical validation of specific modelling components to clinical assessment of the proposed tools. The talk will conclude by outlining some of the areas where current research efforts fall short and where further investigation is required in the upcoming years.
  • 参考文献
    • Frangi AF, Hose DR, Hunter PJ, Ayache N, Brooks D. Guest editorial special issue on medical imaging and image computing in computational physiology. IEEE Trans Med Imaging. 2013;32:1-7.
    • Frangi AF, Coatrieux JL, Peng GCY, D'Argenio DZ, Marmarelis VZ, Michailova A. Editorial: Special issue on multiscale modeling and analysis in computational biology and medicine-part-1. IEEE Trans Biomed Eng. 2011;58:2936-2942

プログラム

1日目

2月11日(木,祝) 9:00 - 20:30 (受付8:30開始) ポスター設営(8:30- 10:55)

  1. 開会挨拶 (9:00 - 9:10)(九州大学・橋爪 誠)
  2. 学術調査官挨拶 (9:10 - 9:20)(名古屋大学・石川佳治先生)
  3. 領域研究概要講演 (9:20 - 9:50)(九州大学・橋爪 誠)
  4. ポスター閲覧 & コーヒーブレーク (9:50 - 10:10)
  5. 海外招聘講演 (10:10 - 11:10) Computational Medicine: Towards Integrated Management of Cerebral Aneurysms/Professor Alejandro F. Frangi (University of Sheffield) (座長 名古屋大学・森健策)
  6. A01計画班・研究活動報告 (3班 × 20分 11:15 - 12:15)(座長 岐阜大学・藤田広志)
    • A01-1 Mathematical Foundations of Multidisciplinary Computational Anatomy - Progress Overview FY2015 - (PI Hidekata Hontani)
    • A01-2 Fundamental Technologies for Integration of Multiscale Spatiotemporal Morphology in Multidisciplinary Computational Anatomy - Progress Overview FY2015 - (PI Akinobu Shimizu)
    • A01-3 Fundamental Technologies for Integration of Function and Pathology in Multidisciplinary Computational Anatomy - Progress Overview FY2015 - (PI Yoshinobu Sato)
    昼食 (12:15 - 13:25)
  7. A01公募班・研究活動報告 (8班 × 10分 13:25 - 14:45)(座長 徳島大学・仁木登)
    • A01-KB001 Development of High Resolution Viscoelasti Imaging System using MRI -Progress Overview FY 2015- (PI: Mikio Suga)
    • A01-KB002 Registration between Pathological and MR Images using Optical Macro and Blocked Macro images - Progress Overview FY2015 - (PI Takashi Ohnishi)
    • A01-KB003 Development of fully automatic algorithm for defining anatomical landmarks from a huge image dataset - Progress Overview FY2015 - (PI Shouhei Hanaoka)
    • A01-KB004 Three-dimensional Analysis of the Bronchial Branching in Human Embryonic Stages - Progress Overview FY2015 - (PI Tetsuya Takakuwa)
    • A01-KB005 Feature Extraction of Lung Cancer Pathological Images Using Convolutional Autoencoder -Progress Overview FY 2015- (PI Naoaki Ono)
    • A01-KB006 Design Analysis of Three-Dimensional Periodic Network Patterns of the Sinusoid and Bile Canaliculi in the Hepatic Lobule -Progress Overview FY 2015- (PI Hiroto Shoji)
    • A01-KB007 Spatio-temporal Statistical Shape Model Construction for Longitudinal Brain Deformation Analysis Using Weighted PCA - Progress Overview FY2015 - (PI Syoji Kobashi)
    • A01-KB008 Multi-dimensional Medical Image Analysis Based on Multilinear Spase Coding -Progress Overview FY 2015- (PI Yen-wei Chen)
  8. ポスター閲覧 & コーヒーブレーク (14:45 - 15:30)
  9. A02計画班・研究活動報告 (3班 × 20分 15:30 - 16:30)(座長 山口大学・木戸尚治)
    • A02-1 Pre/intra-operative Diagnostic and Navigational Assistance Based on Multidisciplinary Computational Anatomy - Progress Overview FY2015 -(PI Kensaku Mori)
    • A02-2 Cancer Diagnosis and Prognosis Assistance Based on Multidisciplinary Computational Anatomy - Progress Overview FY2015 - (PI Noboru Niki)
    • A02-3 Function Integrated Diagnostic Assistance Based on Multidisciplinary Computational Anatomy - Progress Overview FY2015 - (PI Hiroshi Fujita)
  10. A02公募班・研究活動報告 (9班 × 10分 16:30 - 18:00)(座長 東京大学・小林英津子)
    • A02-KB001 Development of High-Accuracy Brain MRI Image Analysis Techniques Using Brain Local Features - Progress Overview FY2015 - (PI Koichi Ito)
    • A02-KB002 Quantitative Tumor Imaging Technology Assisting 5-ALA-based Neurosurgery - Progress Overview FY2015 - (PI Hideaki Haneishi)
    • A02-KB003 Computerized Evaluation of the Rib Kinetics and Pulmonary Function based on Dynamic Chest Radiography - Progress Overview FY2015 - (PI Rie Tanaka)
    • A02-KB004 Visible to Near-Infrared Spectroscopic Ultrahigh Resolution Optical Coherence Tomography - Progress Overview FY2015 - (PI Norihiko Nishizawa)
    • A02-KB005 Personalized Brain Stimulation with Development of Transcranial Magnetic Stimulation System and Support Software Based on Electromagnetics - Progress Overview FY2015 - (PI Akimasa Hirata)
    • A02-KB006 Computer-Aided Diagnosis System Using Image Features and Metabolic Function for Lesion on Breast MRI - Progress Overview FY2015 - (PI Ryohei Nakayama)
    • A02-KB007 Development of Quantitative Viscoelasticity Imaging Based on Shear Wave Propagation Model and its Application to Diagnosis of Liver Fibrosis - Progress Overview FY2015 - (PI Tsuyoshi Shiina)
    • A02-KB008 X-ray Dark-Field Imaging: Attempts at Improving Spatial Resolution and Medical Applications -Progress Overview FY 2015- (PI Masami Ando)
    • A02-KB009 Development of Diagnostic Algorithms for Dementia Unifying Time Histories of Amyloid Beta, Brain Morphology, and Blood Contents - Progress Overview FY2015 - (PI: Yuichi Kimura)
全員懇親会 (野依記念学術交流館1F 18:30 - 20:30)

2日目

 2月12日 (金) 9:-00 - 16:50 (受付8:30開始)

  1. A03計画班・研究活動報告 (3班 × 20分 9:00 - 10:00) (座長 奈良先端大・佐藤嘉伸)
    • A03-1 Clinical Applications of Multidisciplinary Computational Anatomy to Surgery - Progress Overview FY2015 - (PI Makoto Hashizume)
    • A03-2 Clinical Applications of Multidisciplinary Computational Anatomy to Diagnosis - Progress Overview FY2015 - (PI Shoji Kido)
    • A03-3 Applications of Multidisciplinary Computational Anatomy across Biomedical Engineering - Progress Overview FY2015 - (PI Etsuko Kobayashi)
  2. ポスター閲覧&コーヒーブレーク (10:00 - 11:00)
    名古屋大学基盤センター見学 (含A02-1デモ)
  3. A03公募班・研究活動報告1 (7班 × 10分 11:00 - 12:10) (座長 東京農工大学・清水昭伸)
    • A03-KB001 Prediction of the Initiation of Cerebral Aneurysms - Progress Overview FY2015 - (PI Kuniyasu Niizuma)
    • A03-KB002 3D Virtual Pancreatic Surgical Simulation Combined with Real-time Deformation using CT-MRI fusion - Progress Overview FY2015 - (PI Yukio Oshiro)
    • A03-KB003 Qualitative Rapid Cell Diagnosis by Mutual Understanding of Acoustic Characteristics and Structural Features of Living Tissue -Progress Overview FY 2015- (PI Tadashi Yamaguchi)
    • A03-KB006 Ischemic Reperfusion Injury by Selective Hepatic Artery Clamping Induced the Sinusoidal Flow Increase in Rat -Progress Overview FY 2015- (PI Atsushi Kudo)
    • A03-KB007 Evaluation of Interstitial Pneumonia using 3D-curved High-resolution CT Imaging Parallel to the Chest Wall - Progress Overview FY2015 - (PI Shingo Iwano)
    • A03-KB008 Micro-Computed Tomography of the Lung: Imaging of Alveolar Duct and Alveolus in Human Lung -Progress Overview FY 2015- (PI Shota Nakamura)
    • A03-KB009 Three-Dimensional Reconstruction from Serial Section of Human Embryos and Application to Education of Developmental Biology - Progress Overview FY2015 - (PI Shigehito Yamada)
    昼食 (12:10 - 13:40)
  4. A03公募班・研究活動報告2 (5班 × 10分 13:40 - 14:30) (座長 名古屋工業大学・本谷秀堅)
    • A03-KB010 Integration of Computed Anatomy and Bio-Texture Modeling Technology for High-intelligence therapeutic navigation system - Progress Overview FY2015 - (PI Maki Sugimoto)
    • A03-KB011 Real-time Measurement of Spinal Canal Deformation from X-Ray Images for a Diagnosis for Lumbar Spinal Stenosis - Progress Overview FY2015 - (PI Amar Husejic)
    • A03-KB012 Enteric Nervous System Visualization with Cresyl Violet-assisted Confocal Laser Endomicroscopy -Progress Overview FT2015 – (PI Kazuki Sumiyama)
    • A03-KB013 Digitized Brain-mapping Localization and their Compiled Brain-function Database For the Future-predicting Glioma Surgery -Progress Overview FY2015 - (PI Manabu Tamura)
    • A03-KB014 Construction of Computational Cardiac Model with Congenital Heart Diseases based on Isolated Human Hearts -Progress Overview FY2015 - (PI Ryo Haraguchi)
  5. ポスター閲覧&コーヒーブレーク (14:30 - 15:30)
    名古屋大学基盤センター見学 (含A02-1デモ)
  6. ワーキンググループ活動報告 (15:30 - 16:15) (座長:広島市立大学・増谷佳孝)
    渉外企画・広報,国際連携支援,人材育成,融合支援,学理構築支援,DB支援,診療支援WG
  7. 講評 (16:15 - 16:45)(座長:九州大学・橋爪 誠)
  8. 閉会挨拶 (16:45 - 16:50)(九州大学・橋爪 誠)
ポスター撤収 16:50 - 17:00
会場片付け (-17:20)

全員懇親会

  • 日時
    • 平成28年2月11日(木・祝)18:30~20:30
  • 場所
    • 名古屋大学 野依記念学術交流館 1階
  • 会費
    • 3000円

発表者の方へ

予稿送付先

  • tagen-compana16 @ mori.m.is.nagoya-u.ac.jp に送付してください
  • このメールアドレスは予稿受付用のアドレスであり、問い合わせには一切お答えできません。シンポジウムに関しては、多元計算解剖学事務局(akiya @ dem.med.kyushu-u.ac.jp)までお問い合わせください。
  • 予稿集にビデオファイルを含める場合には、
PDFにビデオファイルへのリンクを挿入
リンク先のビデオファイルとPDFを提出
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発表言語

  • すべて英語です。

発表内容

  • 総括班
    • ポスター発表
若手グループ活動内容パネル
  • 計画班
    • 研究内容と成果,領域内共同研究・国際共同研究の状況
    • 口頭発表 1班あたり1件 20分/班(質疑応答含む)
    • ポスター発表  1班あたり1件以上
計画班成果(最大5枚)
PC等持ち込みによるデモ(希望者)
  • 公募班
    • 口頭発表 1班あたり1件 10分/班(質疑応答含む)
    • ポスター発表  1班あたり1件
    • 口頭発表とポスター発表の「両方」:が必要ですので、ご注意ください

スライドテンプレート

ポスターテンプレート

  •  ポスターサイズはA0サイズ縦で作成してください
    A0の大きさは84.1cm x 118.9cm です.
    必ず用紙は縦向きに設定して作成してください
  •  ポスターテンプレートは以下のファイルをダウンロードしてお使いください
    ポスター用テンプレートPowerPointファイル
  • ポスターパネルは以下のものです.貼り付け用のテープ類は事務局で準備します.
    Posterpanel.jpg
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