Researcher Database | Faculty of Health Sciences Department of Radiological Technology | Masataka Kitama |

（Last updated : 2025-02-27 08:50:26）

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Masataka Kitama

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

Job Professor

Academic background
1995/03 Degree Acquisition
1992/03 Degree Acquisition

Present specialized field
Others

Book and thesis
Books	FundamentalstudyforopticalCTusingnear-infraredlight (Co-authored) 2003/03
Books	Cross-sectionalimagingofdiffusemediumusingbackscatteredlight Non-invasive Optical Diagnosis -Basic Science and its Clinical Application-, Magazine Office of China-Japan Friendship Hospital (Co-authored) 1996/05
Books	CTimagingofbiologicalbodywithCWlight Non-invasive Optical Diagnosis azin-Basic Science and its Clinical Application-, Mage Office of China-Japan Friendship Hospital (Co-authored) 1996/05
Books	FundamentalstudyforreconstructionofopticalCTimages Non-invasive Optical Diagnosis -Basic Science and its Clinical Application-, Magazine Office of China-Japan Friendship Hospital (Co-authored) 1996/05
Books	OpticalCTimagingofbiologicalbodywithCWlight Optical Methods in Biomedical and Environmental Sciences, ELSEVIER (Co-authored) 1994/04
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Academic conference presentation
2018/11	Basic Study on New Ischaemic Defect Model Create for Myocardial Image Evaluation (Proceedings：World Journal of Nuclear Medicine (2018))
2018/11	Basic Study on Removal of Extracardiac Uptake using Deep Learning (Proceedings：World Journal of Nuclear Medicine (2018))
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)
2018/10	Development method of extra-cardiac activity removal that influence on false negative image using artificial intelligence (Proceedings：Eur J Nucl Med Mol Imaging (2018))
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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