Faculty

Institution

Unit

Venue

Kiyotaka Fukamachi

MD PhD

Case Western Reserve University

Affiliations

School of Medicine

Biomedical Engineering

Case School of Engineering

Biomedical Engineering

Kiyotaka Fukamachi is currently serving as a Biomedical Engineering MD PhD at Case Western Reserve University.

Honors

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Experiences

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Education

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Kiyotaka Fukamachi

Case Western Reserve University

MD PhD

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cardiology biomedical engineering respiratory medicine physiology thoracic surgery mechanical circulatory support cardiothoracic surgery electrophysiology medical devices surgery health sciences heart failure cardiovascular surgery medical technology veterinary medicine hematology animal physiology applied physiology artificial organs regenerative medicine implantable devices cardiovascular physiology circulatory physiology assistive technology vascular biology cardiovascular research heart transplantation assistive devices transplant surgery ventricular assist device functional mitral regurgitation preserved ejection fraction livestock science health technology transplantation medicine hemostasis animal science medical electronics coapsys device novel device device therapy thrombosis cardiovascular interventions veterinary physiology cardiac care cardiomyopathy renal function ventricular assist devices cardiopulmonary bypass mitral regurgitation left ventricular shape medical systems cardiac muscle angiology cleveland clinic pedipump pilot study intensive care cardiac mechanics cardiopulmonary transplantation robot-assisted surgery veterinary surgery cardiovascular function human physiology autonomic systems tissue physiology companion animals pulmonary circulation blood flow protective coatings valve disease surgical innovation preoperative risk factors device-based change local renin-angiotensin system speed modulation rapid ventricular pacing medical optical imaging radiology gene delivery biomedical computing medical imaging cancer imaging biological imaging biomedical imaging

Notable Scholarly Works

Notable Federal Grants

Collaborators

EDITORIAL: Mechanical Circulatory Support Therapy for Biventricular Failure. Frontiers in cardiovascular medicine (2024)

Jamshid H. KarimovKiyotaka FukamachiToru Masuzawa

medicinecardiologybiventricular failuremechanical circulatory supportrespiratory medicinerehabilitationmechanical engineering

EDITORIAL: Methods in Treating Heart Failure—Device and Surgery Approach. Frontiers in cardiovascular medicine (2024)

Jamshid H. KarimovAntonio Loforte

cardiologysurgeryheart failure

Pediatric Continuous-Flow Total Artificial Heart With Rotor Axial Position Tracking Technology: First Report of in Vivo Assessment. JHLT open (2024)

Chihiro MiyagiTaiyo KurodaAnthony R. PolakowskiChristine R. FlickShengqiang GaoBarry D. KubanJamshid H. KarimovKiyotaka Fukamachi

wearable technologypediatricstechnology

Pulsatile Ecmo. JACC Basic to Translational Science (2024)

Douglas E. VincentNader MoazamiDavid D’AlessandroJohn F. FraserSilver HeinsarEllen T. RocheBrian C. AyersManisha SinghNina LangerShriprasad R. DeshpandeR.D.B. JaquissKiyotaka FukamachiSeyed Alireza RabiAsishana OshoTaiyo KurodaJamshid H. KarimovTakuma MiyamotoPalaniappan SethuGuruprasad A. GiridharanKnut KverneboJack Copland

pulsatile ecmobiomedical engineeringmaterials sciencetranslational researchmechanical engineering

Artificial Deep Neural Network for Sensorless Pump Flow and Hemodynamics Estimation During Continuous-Flow Mechanical Circulatory Support. ASAIO journal (2023)

Taiyo KurodaBarry D. KubanTakuma MiyamotoChihiro MiyagiAnthony R. PolakowskiChristine R. FlickJamshid H. KarimovKiyotaka Fukamachi

hemodynamics estimationsystems engineeringmachine learningbiomedical engineeringmechanical circulatory supportphysiologyartificial intelligencesensorless pump flow

BIO6: Acute in Vivo Studies of the Left Atrial Assist Device and Simulated Diastolic Heart Failure. ASAIO journal (2023)

Chihiro MiyagiJamshid H. KarimovBarry KubanTaiyo KurodaShiva SaleAnthony R. PolakowskiChristine R. FlickRandall C. StarlingKiyotaka Fukamachi

cardiologydiastolic heart failurephysiologyelectrophysiology

Biventricular Assist Devices and Total Artificial Heart: Strategies and Outcomes. Frontiers in cardiovascular medicine (2023)

Taiyo KurodaChihiro MiyagiKiyotaka FukamachiJamshid H. Karimov

biventricular assist devicesmedicinecardiologytotal artificial heartmechanical circulatory supportrespiratory medicine

Biventricular Circulatory Support Using Single-Device and Dual-Device Configurations: Initial Pump Characterization in Simulated Heart Failure Model. Frontiers in cardiovascular medicine (2023)

Jamshid H. KarimovChihiro MiyagiChristine R. FlickAnthony R. PolakowskiBarry D. KubanTaiyo KurodaDennis W. HorvathKiyotaka FukamachiRandall C. Starling

dual-device configurationsmedicinecardiologybiomedical engineeringheart failurerespiratory medicineinitial pump characterizationbiventricular circulatory supportmechanical engineering

CARD22: Hemolysis Using Left Atrial Assist Device With Constant Flow: Preliminary Testing of Initial Design. ASAIO journal (2023)

Christine R. FlickBarry KubanChihiro MiyagiTaiyo KurodaJamshid H. KarimovKiyotaka Fukamachi

atrial assist deviceconstant flowhemostasiscardiologypreliminary testingsurgerythermal engineeringbiomedical engineeringinitial design

Cleveland Clinic Continuous-Flow Total Artificial Heart: Progress Report and Technology Update. ASAIO journal (2023)

Taiyo KurodaChihiro MiyagiAnthony R. PolakowskiChristine R. FlickBarry D. KubanKiyotaka FukamachiJamshid H. Karimov

asic implementationmedical technologyengineeringtechnologyhealth technologycontinuous deploymentdigital healthartificial intelligencepublic healthcontinuous deliveryai healthcaretechnology update

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Kiyotaka Fukamachi

MD PhD

Case Western Reserve University

Affiliations

School of Medicine

Biomedical Engineering

Case School of Engineering

Biomedical Engineering

Kiyotaka Fukamachi is currently serving as a Biomedical Engineering MD PhD at Case Western Reserve University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Kiyotaka Fukamachi

Case Western Reserve University

MD PhD

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

EDITORIAL: Mechanical Circulatory Support Therapy for Biventricular Failure. Frontiers in cardiovascular medicine (2024)

Jamshid H. KarimovKiyotaka FukamachiToru Masuzawa

medicinecardiologybiventricular failuremechanical circulatory supportrespiratory medicinerehabilitationmechanical engineering

EDITORIAL: Methods in Treating Heart Failure—Device and Surgery Approach. Frontiers in cardiovascular medicine (2024)

Jamshid H. KarimovAntonio Loforte

cardiologysurgeryheart failure

Pediatric Continuous-Flow Total Artificial Heart With Rotor Axial Position Tracking Technology: First Report of in Vivo Assessment. JHLT open (2024)

Chihiro MiyagiTaiyo KurodaAnthony R. PolakowskiChristine R. FlickShengqiang GaoBarry D. KubanJamshid H. KarimovKiyotaka Fukamachi

wearable technologypediatricstechnology

Pulsatile Ecmo. JACC Basic to Translational Science (2024)

pulsatile ecmobiomedical engineeringmaterials sciencetranslational researchmechanical engineering

Artificial Deep Neural Network for Sensorless Pump Flow and Hemodynamics Estimation During Continuous-Flow Mechanical Circulatory Support. ASAIO journal (2023)

Taiyo KurodaBarry D. KubanTakuma MiyamotoChihiro MiyagiAnthony R. PolakowskiChristine R. FlickJamshid H. KarimovKiyotaka Fukamachi

hemodynamics estimationsystems engineeringmachine learningbiomedical engineeringmechanical circulatory supportphysiologyartificial intelligencesensorless pump flow

BIO6: Acute in Vivo Studies of the Left Atrial Assist Device and Simulated Diastolic Heart Failure. ASAIO journal (2023)

Chihiro MiyagiJamshid H. KarimovBarry KubanTaiyo KurodaShiva SaleAnthony R. PolakowskiChristine R. FlickRandall C. StarlingKiyotaka Fukamachi

cardiologydiastolic heart failurephysiologyelectrophysiology

Biventricular Assist Devices and Total Artificial Heart: Strategies and Outcomes. Frontiers in cardiovascular medicine (2023)

Taiyo KurodaChihiro MiyagiKiyotaka FukamachiJamshid H. Karimov

biventricular assist devicesmedicinecardiologytotal artificial heartmechanical circulatory supportrespiratory medicine

Biventricular Circulatory Support Using Single-Device and Dual-Device Configurations: Initial Pump Characterization in Simulated Heart Failure Model. Frontiers in cardiovascular medicine (2023)

Jamshid H. KarimovChihiro MiyagiChristine R. FlickAnthony R. PolakowskiBarry D. KubanTaiyo KurodaDennis W. HorvathKiyotaka FukamachiRandall C. Starling

dual-device configurationsmedicinecardiologybiomedical engineeringheart failurerespiratory medicineinitial pump characterizationbiventricular circulatory supportmechanical engineering

CARD22: Hemolysis Using Left Atrial Assist Device With Constant Flow: Preliminary Testing of Initial Design. ASAIO journal (2023)

Christine R. FlickBarry KubanChihiro MiyagiTaiyo KurodaJamshid H. KarimovKiyotaka Fukamachi

atrial assist deviceconstant flowhemostasiscardiologypreliminary testingsurgerythermal engineeringbiomedical engineeringinitial design

Cleveland Clinic Continuous-Flow Total Artificial Heart: Progress Report and Technology Update. ASAIO journal (2023)

Taiyo KurodaChihiro MiyagiAnthony R. PolakowskiChristine R. FlickBarry D. KubanKiyotaka FukamachiJamshid H. Karimov

asic implementationmedical technologyengineeringtechnologyhealth technologycontinuous deploymentdigital healthartificial intelligencepublic healthcontinuous deliveryai healthcaretechnology update

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2
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4
5
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10 / page

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