岡本 英治

Okamoto Eiji

  • 教授
  • 学位:工学博士

基本情報

所属

  • Undergraduate School of Biological Sciences / Department of Biology
  • Graduate School of Biology / Course of Biology

ジャンル

  • Bioethics
  • Lifestyle-Related Diseases
  • Social Welfare

研究と関連するSDGs

  • Good Health and Well-Being
  • Industry, Innovation and Infrastructure

詳細情報

研究キーワード

  • Artificial Heart
  • Tissue Engineering
  • Biomedical Engineering
  • Artificial organs
  • Information and Commnication Engineering

研究分野

  • Life sciences Respiratory surgery
  • Life sciences Cardiovascular surgery
  • Life sciences Biomaterials
  • Life sciences Biomedical engineering

論文

Journal of Artificial Organs 2018: the year in review

Histological investigation of the titanium fiber mesh with one side sealed with non-porous material for its application to the artificial heart system.

Journal of Artificial Organs 2017: the year in review

Measurement of hemodynamic changes with the axial flow blood pump installed in descending aorta

Journal of Artificial Organs 2016: the year in review

Electrical characteristic of the titanium mesh electrode for transcutaneous intrabody communication to monitor implantable artificial organs

Journal of Artificial Organs 2015: the year in review

1A14 Computational Design and Assessment of a Miniature Axial Flow Blood Pump Placed at Aortic Root

Initial Acute Animal Experiment Using a New Miniature Axial Flow Pump in Series With the Natural Heart

Passive magnetic bearing in the 3rd generation miniature axial flow pump-the valvo pump 2

G0200101 Evaluation of Wall Shear Stress on Cerebral Artery Using CFD

Measurement of electrode-tissue interface impedance for improvement of a transcutaneous data transmission using human body as transmission medium

A magnetic fluid seal for rotary blood pumps: Behaviors of magnetic fluids in a magnetic fluid seal

Transcutaneous communication system using the human body as conductive medium: Influence of transmission data current on the heart

A magnetic fluid seal for rotary blood pumps: Image and computational analyses of behaviors of magnetic fluids

Evaluation of Titanium Mesh Electrode using for Transcutaneous Intrabody Communication by Tissue-Electrode Impedance

Prevalence of organic colonic lesions in patients meeting Rome III criteria for diagnosis of IBS: a prospective multi-center study utilizing colonoscopy

A New Transcutaneous Bidirectional Communication for Monitoring Implanted Artificial Heart Using the Human Body as a Conductive Medium

Interface of data transmission for a transcutaneous communication system using the human body as transmission medium

Examination of electrodes for a new transcutaneous information transmission using intra-body communication

書籍等出版物

  • Two approaches toward the total artificial heart
  • A high performance controller for a totally implantable assist pump system
  • Endurance of a motor-driven assist pump
  • An intravascular ultrasonic imaging technique for measurement of elastic properties of the artery
  • Development of A Totally Implantable Artificial Heart System.
  • Development of a totally implantable artificial heart system
  • Development of a totally implantable electric assist pupm system
  • Development of a totally implantable electric assist pump system
  • Transcutaneous optical transmission for implantable aetificial hearts
  • Transcutaneous energy transmission for assisted circulation
  • Transcutaneous energy transmission for assisted circulation
  • Development of transcutaneous energy transmission system
  • Development of transcutaneous energy transmission system.
  • Moto-Driven artificail pump

講演・口頭発表等

  • 人体通信を利用した経皮的情報伝送システムの実用化に向けた改良
  • 一般演題II
  • インペラ後部設置式軸流型補助人工心臓のインペラ設計
  • 東海大学札幌キャンパスにおける物理教育ー物理の目で見た医学・生物ー
  • インペラ後部設置式軸流型補助人工心臓のポンプ設計
  • Development of axial flow blood pumps that implanted at aortic valve position to realize concept of Valvo Pump
  • 2018年の学術大会に向けて
  • チタンメッシュの組織誘導特性と人工心臓システムへの応用
  • 一面を塞いだチタンメッシュ電極の組織学的・電気的性能評価
  • 大動脈弁位置への設置を目指した軸流型補助人工心臓に関する検討
  • 大動脈弁位置埋込み式軸流型補助人工心臓の実現に向けたポンプ開発
  • 一面を塞いだチタンメッシュの組織誘導特性とその電極特性の評価
  • 一面を塞さいだチタンメッシュ電極の電気的特性と組織誘導特性の検討
  • Development and Improvement of the Miniature Axial Flow Blood Pumps to Realize Concept of the Valvo Pump
  • Hemodynamic Evaluation of Ventricular Support Using the Axial Flow Blood Pump Placed at Descending Aorta
  • 大動脈弁埋込み補助人工心臓を目指した超小型軸流ポンプの試作
  • 人体通信を用いた経皮的情報通信システムの開発と体内埋込み通信用電極の評価
  • 軸流型補助人工心臓の下行大動脈装着下補助循環における血行動態の評価
  • チタンメッシュを用いた経皮的情報システム用電極の毛細血管分布の検討
  • 大動脈内への埋込みを想定した小型軸流血液ポンプValvoPump 2Sのインペラ設計と性能評価

所属学会

  • THE SOCIETY OF LIFE SUPPORT ENGINEERING
  • Internal Society for mechanical circulatory support
  • American society of Artificial Internal Organs
  • JAPANESE SOCIETY FOR MEDICAL AND BIOLOGICAL ENGINEERING

共同研究・競争的資金等の研究課題

Development of transcutaneous energy and information transmission system

Development of totally implantable assist pump system

ResearchMapへ移動します

Inquiries about coverage or research

Inquiries about coverage

Public Affairs Division Public Affairs and Communications Department

Tel. 0463-63-4670(direct dialing)