KAKEN — Research Projects | Researcher Number: 90101138

1. A Discussion Based on the Practice and Study of Music Therapy and Nursing Care for Patients with Neurodegenerative Disorders.

Research Project

Research Category	Grant-in-Aid for Challenging Exploratory Research
Research Field	Clinical nursing
Research Institution	Sapporo City University (2012) Sapporo Medical University (2010-2011)
Principal Investigator	INOMATA Chiyoko 札幌市立大学, 看護学部, 教授
Project Period (FY)	2010 – 2012Completed
Keywords	慢性病看護学 / 統合医療ケア / ケアリング / 全人的健康 / 統合医療 / 補完代替医療 / 難病 / QOL / ホリスティックヘルス / ヘルスケアシステム / 補完代替療法 / 神経難病
Research Abstract	The findings from four years of running the project are summarized as follows:

Research Products of this project	Presentation (21 results, of which Invited: 1 results) Book (3 results)

2. アウトカム評価と科学的評価による補完・代替医療の学際的評価と臨床応用

Research Project

Research Category	Grant-in-Aid for Challenging Exploratory Research
Research Field	Clinical nursing
Research Institution	Sapporo Medical University
Principal Investigator	猪股千代子 Sapporo Medical University
Project Period (FY)	2007 – 2009Completed
Keywords	統合医療 / 補完代替療法 / 神経難病 / QOL / ホリステックヘルス / ヘルスケアシステム / 北海道地区癒しのヘルスケアシステム研究会 / 統合医療を考える看護研究会 / ホリスティックヘルス / ストラテジー / 補完代替医療 / ヘルスケア向上システム / パーキンソン病患者音楽・看護療法実践 / 北海道難病センター / 音楽療法 / パーキンソン病 / 定性的・定量的研究 / 身体機能向上 / 安定・安心機能向上 / 社会的機能向上 / 自己肯定機能向上 / 折り合いの自己実現
Research Abstract	今回の研究ではこれまでの看護師、音楽療法士に加え、新たに、保健医療職として医師・保健師・理学療法士・作業療法士・言語聴覚士・福祉職を加えたチームアプローチで、世界でも稀な、まったく新しいコンセプトによる代替療法・音楽療法を活用した、安寧と心身の健康増進プログラムの設計・開発を行った。

Research Products of this project	Journal Article (4 results, of which Peer Reviewed: 4 results) Presentation (11 results) Book (1 results)

3. 電気刺激を用いた多能性幹細胞からの心筋分化誘導法の開発

Research Project

Research Category	Grant-in-Aid for Exploratory Research
Research Field	General medical chemistry
Research Institution	Tohoku University
Principal Investigator	金野敏 Tohoku University
Project Period (FY)	2006 – 2007Completed
Keywords	再生医学 / 発生・分化 / 移植・再生医療
Research Abstract	1)生後8週齢から20週齢の成ラットから採取して凍結しておいた脂肪組織由来間質細胞を解凍し、直径100mmのポリスチレン製細胞培養用ディッシュに培養した。白金線電極を固定したディッシュを用いて様々な強度およびパターンの電気刺激を細胞に加えて検討した結果、パルス幅10ms以下の電気刺激の極性を毎回交互 ...

Research Products of this project	Journal Article (1 results, of which Peer Reviewed: 1 results) Presentation (1 results)

4. Development of fundamental method for research on the action mechanism of acupuncture and herbal medicine

Research Project

Research Category	Grant-in-Aid for Scientific Research (C)
Research Field	General internal medicine (including Psychosomatic medicine)
Research Institution	Tohoku University
Principal Investigator	SEKI Takashi Tohoku University, Graduate School of Medicine, lecturer
Project Period (FY)	2006 – 2007Completed
Keywords	acupuncture / herbal medicine / P(rho)max / Pulse transition time
Research Abstract	Acupuncture and herbal medicine might cause physiological, psychologic change in human body. This change may affects autonomic nervous system. ...

Research Products of this project	Presentation (2 results)

5. Clinical evaluation of a noninvasive estimation system for cardiac function

Research Project

Research Category	Grant-in-Aid for Scientific Research (B)
Research Field	Medical systems
Research Institution	Tohoku University
Principal Investigator	YOSHIZAWA Makoto Tohoku University
Project Period (FY)	2006 – 2008Completed
Keywords	Emax / 最大エラスタンス / 非侵襲的推定 / 最適制御 / 心機能 / 補助人工心臓 / 左心室 / パラメータ最適化法 / 一拍内推定法
Research Abstract	補助人工心臓装着患者の心機能推定は人工心臓離脱時期決定に重要である. 本研究では, われわれが提案した1拍内だけの情報に基づいて心機能の指標であるE_<max>を推定する方法であるパラメ-タ最適化法が, 補助人工心臓装着時循環系における心機能推定に対しても有効かどうかを検討した. ヤギを用いた動物実 ...

Research Products of this project	Journal Article (14 results, of which Peer Reviewed: 6 results) Presentation (10 results) Book (3 results) Remarks (1 results) Patent(Industrial Property Rights) (1 results)

6. Development and Implementation of Control Strategy for Artificial Hearts from the Aspect of Complex Systems and Artificial Life

Research Project

Research Category	Grant-in-Aid for Scientific Research (B)
Research Field	Biomedical engineering/Biological material science
Research Institution	Nihon University (2005) Tohoku University (2003-2004)
Principal Investigator	ABE Ken-ichi Nihon Univ., Faculty of Eng., Prof.
Project Period (FY)	2003 – 2005Completed
Keywords	artificial heart / artificial life / complex system / neural network / transcutaneous energy transmission / continuous-flow pump / chaos / estimation
Research Abstract	Strictly speaking, the cardiovascular system is a complex system with large-scale, multivariate, nonlinear and nonstationary characteristics. The purp ...

Research Products of this project	Journal Article (36 results) Book (6 results) Publications (6 results)

7. 埋め込み型インテリジェント人工心筋の開発

Research Project

Research Category	Grant-in-Aid for Exploratory Research
Research Field	Thoracic surgery
Research Institution	Tohoku University
Principal Investigator	山家智之東北大学, 加齢医学研究所, 教授
Project Period (FY)	2002 – 2004Completed
Keywords	人工心筋 / マイクロマシン / 循環器 / 経皮エネルギ伝送システム / 埋め込み式型人工臓器 / リモートセンシング / 高齢者 / 血行力学的効果 / ナノテクノロジー / ナノセンサ / 血圧反射制御 / エレクトロハイドローリック / ペルチェ素子 / 心室カップ / ポールスクリュー / ボールスクリュー
Research Abstract	本年度は,人工心筋装置の長期動物実験の達成を目標として研究を進めた.エレクトロハイドローリック型心室補助装置を開発した.合成高分子材料を用いた心室モデルを用いて循環シミュレーションを行い,装置設計段階から心室補助装置による血行力学的補助効果を想定し,同システムの開発を行った.開発した埋め込み式心室補 ...

Research Products of this project	Journal Article (6 results) Patent(Industrial Property Rights) (2 results) Publications (11 results)

8. Development of Noninvasive Estimation system of Maximum Ventricular Elastance Emax for Clinical Application

Research Project

Research Category	Grant-in-Aid for Scientific Research (C)
Research Field	Biomedical engineering/Biological material science
Research Institution	Tohoku University
Principal Investigator	YOSHIZAWA Makoto Tohoku University, Information Synergy Center, Prof.
Project Period (FY)	2002 – 2003Completed
Keywords	Emax / estimation of cardiac function / aortic flow / cardiac catheter test / radial arterial pressure / linear elastance method / parameter optimization method / ARX model
Research Abstract	The maximum ventricular elastance (Emax) is a good quantitative index for evaluating cardiac pump function. To extensively promote clinical applicatio ...

Research Products of this project	Publications (20 results)

9. Development of an axial flow blood pump using a hydrodynamic pressure bearing

Research Project

Research Category	Grant-in-Aid for Scientific Research (B)
Research Field	Biomedical engineering/Biological material science
Research Institution	HOKKAIDO UNIVERSITY
Principal Investigator	MITAMURA Yoshinori Hokkaido University, Graduate School of Information Science and Technology, Professor
Project Period (FY)	2002 – 2005Completed
Keywords	Artificial heart / Blood pump / Hydrodynamic pressure bearing / Magnetic fluid seal / Computational fluid dynamics
Research Abstract	An axial flow blood pump was developed using a hydrodynamic pressure bearing, a magnetic fluid seal and a brushless direct current motor. This enabled ...

Research Products of this project	Journal Article (37 results) Book (4 results) Publications (10 results)

10. Diaphragm Type Ultra Miniature Optical Fiber Pressure Sensor with Sleeve

Research Project

Research Category	Grant-in-Aid for Scientific Research (C)
Research Field	電子デバイス・機器工学
Research Institution	Saitama University
Principal Investigator	TAKAHASHI Kohro Saitama University, Faculty of Eng., Professor
Project Period (FY)	2001 – 2002Completed
Keywords	Pressure Sensor / Plasma Etching / Optical Fiber / CMP / Diaphragm
Research Abstract	(1) Polycrystalline silicon spacer which keeps the gap between a fiber and a diaphragm at few um is formed in the grave formed on the silicon substrat ...

Research Products of this project	Publications (6 results)

11. Development of Intravascular Acoustic Microscopy System

Research Project

Research Category	Grant-in-Aid for Scientific Research (B)
Research Field	Circulatory organs internal medicine
Research Institution	Tohoku University
Principal Investigator	SAIJO Yoshifumi Tohoku University, Institute of Development, Aging and Cancer, Instructor
Project Period (FY)	2001 – 2003Completed
Keywords	atherosclerosis / vulnerable plaque / intravascular ultrasound / acoustic microscopy / backscatter / tissue velocity / strain / ultrasonic tissue characterization
Research Abstract	The cause of acute coronary syndromes such as acute myocardial infarction or unstable angina has been revealed as the rupture of a vulnerable plaque i ...

Research Products of this project	Publications (31 results)

12. Development of Low-Invasive Estimation System of Maximum Ventricular Elastance E_<max> Based on Parameter Optimization Method

Research Project

Research Category	Grant-in-Aid for Scientific Research (C)
Research Field	Biomedical engineering/Biological material science
Research Institution	Tohoku University
Principal Investigator	YOSHIZAWA Makoto Information Synergy Center, Tohoku Univ., Prof.
Project Period (FY)	2000 – 2001Completed
Keywords	Emax / maximum ventricular elastance / estimation / low-invasive / assisted circulation / cardiac function / Ees / inverse problem
Research Abstract	The maximum ventricular elastance (E_<max>) is a good quantitative index for evaluating cardiac pump function. If E_<max> can be obtained low-invasive ...

Research Products of this project	Publications (23 results)

13. Development of Tele-Neuroendovascular Therapy Support System

Research Project

Research Category	Grant-in-Aid for Scientific Research (B)
Research Field	Cerebral neurosurgery
Research Institution	Tohoku University
Principal Investigator	TAKAHASHI Akira School of Medicine, Professor
Project Period (FY)	2000 – 2002Completed
Keywords	Neuroendovascular Therapy / Neurosurgery / Intervention / Embolization / Aneurysm / Computer simulation / Flow dynamics / Telesurgery
Research Abstract	1.Three-dimensional reconstruction of brain vessels using super-computer: The method was developed using super-computer fluid dynamics analysis within ...

Research Products of this project	Publications (76 results)

14. Development of a physiologically effective control system for an artificial heart based on autonomic nerve activity

Research Project

Research Category	Grant-in-Aid for Scientific Research (A)
Research Field	Biomedical engineering/Biological material science
Research Institution	Tohoku University
Principal Investigator	NITTA Shin-ichi Tohoku University, Aging and Cancer, Guest Professor
Project Period (FY)	2000 – 2003Completed
Keywords	vagal nerve activity / autonomic nerve / artificial heart / control / awake
Research Abstract	In recent years, the application of Ventricular Assist Devices (VAD) has been gradually expanded due to the lack of heart donors and increasing morbid ...

Research Products of this project	Publications (17 results)

15. Medical Three Dimensional Structures Formed by Digital Micromirror Rapid Prototyping

Research Project

Research Category	Grant-in-Aid for Scientific Research (C)
Research Field	Intelligent mechanics/Mechanical systems
Research Institution	Saitama University
Principal Investigator	TAKAHASHI Kohro Saitama University, Faculty of Eng. Professor
Project Period (FY)	1999 – 2000Completed
Keywords	Digital Mirror Device / Rapid Prototyping / Micro Machining / 3-D Structure / Medical Model
Research Abstract	The results of the research is as follows.

Research Products of this project	Publications (13 results)

16. Control of Aging by the use of Artificial Organs

Research Project

Research Category	Grant-in-Aid for Scientific Research (B)
Research Field	Biomedical engineering/Biological material science
Research Institution	Tohoku university
Principal Investigator	YAMBE Tomoyuki Institute of Development Aging and Cancer associate professor
Project Period (FY)	1999 – 2002Completed
Keywords	Aging / Chaos control / Total artificial heart / Chaos / Fractal / Automatic control / Fluctuations / 1 / f
Research Abstract	Since an aging society comes unescapable, we cope with various diseases by the Aging, and have the necessity of aiming at the society where healthy el ...

Research Products of this project	Publications (39 results)

17. Multi-functional Active Catheter

Research Project

Research Category	Grant-in-Aid for Scientific Research (A).
Research Field	広領域
Research Institution	Tohoku University
Principal Investigator	ESASHI Masayoshi Tohoku University, New Industry Creation Hatchery Center, Professor
Project Period (FY)	1998 – 2000Completed
Keywords	Active catheter / Shape memory alloy actuator / Integrated circuit / Ultrasonic endoscope / 1-3 Composite / Piezoelectric ceramic / PZT / Fiber optic pressure sensor
Research Abstract	Active catheters which can move in a blood vessel and reach some part in a body(for example inside a brain) have been developed for the purpose of dia ...

Research Products of this project	Publications (157 results)

18. Development of Low-Invasive Estimation System of Maximum Ventricular Elastance Emax Under Assisted Circulation

Research Project

Research Category	Grant-in-Aid for Scientific Research (C)
Research Field	Biomedical engineering/Biological material science
Research Institution	Tohoku University
Principal Investigator	YOSHIZAWA Makoto Grad.Sch.of Eng., Tohoku Univ., Assoc.Prof.
Project Period (FY)	1997 – 1998Completed
Keywords	Emax / maximum ventricular elastance / estimation / low-invasive / assisted circulation / cardiac function / Ees / inverse problem
Research Abstract	The maximum ventricular elastance (Emax) will be a good quantitative index for weaning the patient from the ventricular assist device if the Emax can ...

Research Products of this project	Publications (15 results)

19. Developmental Research of Learning and Adaptive Control System for Artificial Hearts

Research Project

Research Category	Grant-in-Aid for Scientific Research (A)
Research Field	Biomedical engineering/Biological material science
Research Institution	Tohoku University
Principal Investigator	ABE Ken-ichi Grad.Sch.of Eng., Tohoku Univ., Prof.
Project Period (FY)	1996 – 1998Completed
Keywords	artificial heart / control / neural control / adaptive control / learning control / optimal control / total artificial heart / artificial circulation
Research Abstract	The purpose of this research was to develop a learning and adaptive control system of artificial hearts whose reference model is the cardiovascular ce ...

Research Products of this project	Publications (48 results)

20. Joint Study to Develop a Long-term Use Artificial Heart

Research Project

Research Category	Grant-in-Aid for international Scientific Research
Research Institution	University of Tokyo
Principal Investigator	IMACHI Kou University of Tokyo, Faculty of Medicine, Professor
Project Period (FY)	1996Completed
Keywords	Artificial heart / Total artificial heart / Assist heart / Centrifugal pump / Vibrating pump / Blood compatibility / Antithrombogenic material / Control method
Research Abstract	As the consequence of the success in short-term clinical use of artificial heart, longer term application of artificial heart for the bridge to heart ...

Research Products of this project	Publications (25 results)

Project Period (Start Year [FY])

1. A Discussion Based on the Practice and Study of Music Therapy and Nursing Care for Patients with Neurodegenerative Disorders. Research Project

INOMATA Chiyoko 札幌市立大学, 看護学部, 教授

2. アウトカム評価と科学的評価による補完・代替医療の学際的評価と臨床応用 Research Project

猪股 千代子 Sapporo Medical University

3. 電気刺激を用いた多能性幹細胞からの心筋分化誘導法の開発 Research Project

金野 敏 Tohoku University

4. Development of fundamental method for research on the action mechanism of acupuncture and herbal medicine Research Project

SEKI Takashi Tohoku University, Graduate School of Medicine, lecturer

5. Clinical evaluation of a noninvasive estimation system for cardiac function Research Project

YOSHIZAWA Makoto Tohoku University

6. Development and Implementation of Control Strategy for Artificial Hearts from the Aspect of Complex Systems and Artificial Life Research Project

ABE Ken-ichi Nihon Univ., Faculty of Eng., Prof.

7. 埋め込み型インテリジェント人工心筋の開発 Research Project

山家 智之 東北大学, 加齢医学研究所, 教授

8. Development of Noninvasive Estimation system of Maximum Ventricular Elastance Emax for Clinical Application Research Project

YOSHIZAWA Makoto Tohoku University, Information Synergy Center, Prof.

9. Development of an axial flow blood pump using a hydrodynamic pressure bearing Research Project

MITAMURA Yoshinori Hokkaido University, Graduate School of Information Science and Technology, Professor

10. Diaphragm Type Ultra Miniature Optical Fiber Pressure Sensor with Sleeve Research Project

TAKAHASHI Kohro Saitama University, Faculty of Eng., Professor

11. Development of Intravascular Acoustic Microscopy System Research Project

SAIJO Yoshifumi Tohoku University, Institute of Development, Aging and Cancer, Instructor

12. Development of Low-Invasive Estimation System of Maximum Ventricular Elastance E_<max> Based on Parameter Optimization Method Research Project

YOSHIZAWA Makoto Information Synergy Center, Tohoku Univ., Prof.

13. Development of Tele-Neuroendovascular Therapy Support System Research Project

TAKAHASHI Akira School of Medicine, Professor

14. Development of a physiologically effective control system for an artificial heart based on autonomic nerve activity Research Project

NITTA Shin-ichi Tohoku University, Aging and Cancer, Guest Professor

15. Medical Three Dimensional Structures Formed by Digital Micromirror Rapid Prototyping Research Project

TAKAHASHI Kohro Saitama University, Faculty of Eng. Professor

16. Control of Aging by the use of Artificial Organs Research Project

YAMBE Tomoyuki Institute of Development Aging and Cancer associate professor

17. Multi-functional Active Catheter Research Project

ESASHI Masayoshi Tohoku University, New Industry Creation Hatchery Center, Professor

18. Development of Low-Invasive Estimation System of Maximum Ventricular Elastance Emax Under Assisted Circulation Research Project

YOSHIZAWA Makoto Grad.Sch.of Eng., Tohoku Univ., Assoc.Prof.

19. Developmental Research of Learning and Adaptive Control System for Artificial Hearts Research Project

ABE Ken-ichi Grad.Sch.of Eng., Tohoku Univ., Prof.

20. Joint Study to Develop a Long-term Use Artificial Heart Research Project

IMACHI Kou University of Tokyo, Faculty of Medicine, Professor

1. A Discussion Based on the Practice and Study of Music Therapy and Nursing Care for Patients with Neurodegenerative Disorders.

Research Project

2. アウトカム評価と科学的評価による補完・代替医療の学際的評価と臨床応用

Research Project

猪股千代子 Sapporo Medical University

3. 電気刺激を用いた多能性幹細胞からの心筋分化誘導法の開発

Research Project

金野敏 Tohoku University

4. Development of fundamental method for research on the action mechanism of acupuncture and herbal medicine

Research Project

5. Clinical evaluation of a noninvasive estimation system for cardiac function

Research Project

6. Development and Implementation of Control Strategy for Artificial Hearts from the Aspect of Complex Systems and Artificial Life

Research Project

7. 埋め込み型インテリジェント人工心筋の開発

Research Project

山家智之東北大学, 加齢医学研究所, 教授

8. Development of Noninvasive Estimation system of Maximum Ventricular Elastance Emax for Clinical Application

Research Project

9. Development of an axial flow blood pump using a hydrodynamic pressure bearing

Research Project

10. Diaphragm Type Ultra Miniature Optical Fiber Pressure Sensor with Sleeve

Research Project

11. Development of Intravascular Acoustic Microscopy System

Research Project

12. Development of Low-Invasive Estimation System of Maximum Ventricular Elastance E_<max> Based on Parameter Optimization Method

Research Project

13. Development of Tele-Neuroendovascular Therapy Support System

Research Project

14. Development of a physiologically effective control system for an artificial heart based on autonomic nerve activity

Research Project

15. Medical Three Dimensional Structures Formed by Digital Micromirror Rapid Prototyping

Research Project

16. Control of Aging by the use of Artificial Organs

Research Project

17. Multi-functional Active Catheter

Research Project

18. Development of Low-Invasive Estimation System of Maximum Ventricular Elastance Emax Under Assisted Circulation

Research Project

19. Developmental Research of Learning and Adaptive Control System for Artificial Hearts

Research Project

20. Joint Study to Develop a Long-term Use Artificial Heart

Research Project