Researcher Database | Faculty of Health Sciences Department of Radiological Technology | Akihiro Kikuchi |

（Last updated : 2023-12-25 13:43:36）

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Akihiro Kikuchi

Department / Course Hokkaido University of Science Faculty of Health Sciences Department of Radiological Technology

Job Professor

Academic background
2012/09/26 Degree Acquisition

Belonging society
2017/10/01	JSNC
2014/10	JSNMT-H
2014/04/01	Sapporo　Radiologic　technogist organization
2002/04/01 ～	JSNMT

Book and thesis
Papers	A myocardial extraction method using deep learning for 99mTc myocardial perfusion SPECT images: A basic study to reduce the effects of extra-myocardial activity Computers in Biology and Medicine (141) (Co-authored) 2021/12/20
Papers	Validity of Simulation Codes for Nuclear Medicine Imaging with Digital Phantoms Journal of the Japanese Society of Radiological Technology,pp.41-47 (Co-authored) 2021/12/01
Papers	Prerequisite for projection data and reconstruction not to cause truncation artifacts in myocardial perfusion single-photon emission computed tomography: Phantom study Singapore Journal of Cardiology (Co-authored) 2020/09/09
Papers	Preliminary evaluation of texture analysis on myocardial pe sion SPECT a digital cardiac phantom study JOURNAL OF NUCLEAR MEDICINE 60 (1) (Co-authored) 2019/07/16
Papers	FutureofArtificialIntelligenceandNuclearCardiology Annals Nuclear Cardiology，The Japanese Society of Nuclear Cardiology (Co-authored) 2018/08
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Academic conference presentation
2019/10	Development of cardiac phantom for evaluation of fusion image of Myocardial perfusion imaging and CT-A (EANM2019)
2019/10	Examination of myocardial extraction using Semantic Segmentation by Deep learning (EANM2019)
2019/05	Monte Carlo simulation of myocardial perfusion single-photon emission computed tomography for texture analysis (ICCR-MCMA2019)
2018/10	Development method of extra-cardiac activity removal that influence on false negative image using artificial intelligence (proc. of Annual Congress of European Association of Nuclear Medicine)
2018/08	Fundamental Study for Optical Transillumination Imaging of Arteriovenous Fistula - System Integration into Practical Compact Device for Bedside - (PIERS 2018 in Toyama)
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