Keiji Iramina

伊良皆啓治　（いらみなけいじ）　教授

九州大学　大学院システム情報科学研究院
　　　　　　　知能システム学部門
　　　　　　　情報メディア講座

　　　　　　　大学院システム生命科学府
　　　　　　　生命情報科学講座
　　　　　　　生命情報処理　教育グループ

812-8581　福岡市東区箱崎6-10-1
　　　　　　　TEL & FAX　092-642-7317
　　　　　　　iramina@is.kyushu-u.ac.jp

学　　　歴

昭和61年3月         九州大学工学部電子工学科　卒業
昭和61年4月         九州大学大学院工学研究科　電子工学専攻修士課程入学
昭和63年3月         同上修了
昭和63年4月         九州大学大学院工学研究科　電子工学専攻博士後期課程入学
平成 3年3月         同上修了

職　　　歴

平成 3年 4月　     九州大学助手（工学部）採用
平成 6年 1月　     九州大学助教授（工学部）昇任
平成 8年 4月　     東京大学助教授（医学部医用電子研究施設）転任
平成10年4月　     東京大学助教授（大学院医学系研究科）配置換
平成17年4月　     九州大学大学院システム情報科学研究院教授

平成3年3月　工学博士（九州大学）
脳磁図計測と脳内電源モデルに関する研究

学会活動

平成7年～現在に至る日本脳電磁図トポグラフィ研究会　評議員
平成8年～現在に至る日本生体磁気学会　評議員
平成9年～平成13年　　日本応用磁気学会企画委員
平成9年～平成10年　　電気学会　編修委員
平成13年～現在に至る日本エム・イー学会　評議員
平成13年～現在に至る日本磁気共鳴医学会　評議員
平成13年～現在に至る日本エム・イー学会　編集委員
平成15年～現在に至る日本応用磁気学会　評議員
平成15年～平成17年　日本学術会議　第5部人間と工学研究連絡委員会　生体工学専門委員会委員
平成17年～現在に至る　臨床神経生理学会　評議員

平成13年9月　第29回日本磁気共鳴医学会大会　プログラム委員長
平成14年6月　第17回日本生体磁気学会大会　プログラム委員長
平成15年3月　第5回日本ヒト脳機能マッピング学会大会　プログラム委員長
平成16年4月　International Society of Brain Electromagnetics Topography Program committee
平成17年4月　第44回日本生体医工学会大会　プログラム委員長
平成17年4月　The 2005 IEEE International Magnetics Conference Program committee

所属学会

電気学会，日本磁気共鳴医学会，日本応用磁気学会，日本エム・イー学会
日本生体磁気学会，日本脳電磁図トポグラフィ研究会，ヒト脳機能マッピング学会，
日本臨床神経生理学会，IEEE，ISMRM(国際磁気共鳴医学会)，
ISBET(国際脳電磁図トポグラフィ学会)，Biomagnetism (国際生体磁気学会)

		英文原著論文

		1. Gjini K, Maeno T, Iramina K, and Ueno S: Short-Term Episodic Memory 

		Encoding in the Human Brain: AMEG and EEG Study, IEEE Transactions on 

		Magnetics, 41(10): 4149-4151, 2005.

		2. Iramina K, Maeno T, and Ueno S: Topography of EEG Responses Evoked by 

		transcranial magnetic stimulation to the cerebellum. IEEE Transactions 

		on Magnetics, 40(4): 2982-2984, 2004.

		3. Iramina K, Maeno T, Nonaka Y, and Ueno S: Measurement of evoked 

		electroencephalography induced by transcranial magnetic stimulation, 

		Journal of Applied Physics, 93(10), 6718-6720, 2003

		4. Huang SF, Iramina K, Yumoto M, and Ueno S: Measurement of visually 

		evoked magnetic fields associated with pattern recognition. IEEE 

		Transactions on Magnetics, 39(5): 3331-3333, 2003

		5. Maeno T,  Kaneko A, Iramina K, Eto F Ueno S: Source modeling of the 

		P300 event-related response using magnetoencephalography and 

		electroencephalography measurements, IEEE Transactions on 　Magnetics, 39 

		Issue(5), 3396 -3398, 2003

		6. Iramina K, Maeno T, Kowatari Y, and Ueno S: Effects of transcranial 

		magnetic stimulation on EEG activity. IEEE Transactions on Magnetics, 

		38(5): 3347-3349, 2002.

		7. Huang SF, Iramina K, Yumoto M, and Ueno S: Visual-evoked magnetic 

		fields associated with geometric and phonetic discrimination. IEEE 

		Transactions on Magnetics, 38(5): 3341-3343, 2002.

		8. Huang SF, Iramina K, and Ueno S: Visually evoked magnetic fields 

		associated with pattern recognition. International Journal of Applied 

		Electromagnetics and Mechanics, 11: 341-346, 2002.

		9. Uchida S, Goto K, Tachikawa A, Iramina K, and Ueno S: 

		Magnetocardiographic imaging for ischemic myocardial muscles on rats. 

		IEICE Transactions on Information and Systems, 65-D(1): 30-35, 2002.

		10. Kasai K, Yamada H, Kamio S, Nakagome K, Iwanami A, Fukuda M, Itoh K, 

		Koshida I, Yumoto M, Iramina K, Kato, M, and Ueno S: Brain 

		lateralization for mismatch response to across- and within-category 

		change of vowels. NeuroReport, 12(11): 2467-2471, 2001.

		11. Iramina K, Kamei H, Yumoto M, and Ueno S: Effects of repetition rate 

		of electric stimulation on MEG and fMRI signals. IEEE Transactions on 

		Magnetics, 37(4): 2918-2920, 2001.

		12. Uchida S, Iramina K, Goto, K, and Ueno S:  A comparison of iterative 

		minimum norm estimation and current dipole estimation for magnetic field 

		measurements from small animals. IEEE Transactions on Magnetics, 36(5): 

		3724 -3726, 2000.

		13. Uchida S, Iramina K, Goto K, and Ueno S: Current source imaging for 

		high spatial resolution magnetocardiography in normal and abnormal rat 

		cardiac muscles. Journal of Applied Physics, 87(9): 6205-6207, 2000.

		14. Iramina K, Kamei H, Uchida S, Kato T, Ugurbil K, Yumoto M, and Ueno 

		S: Effects of stimulus intensity on fMRI and MEG somatosensory cortex 

		using electrical stimulation. IEEE Transactions on Magnetics, 35(5): 

		4106-4108, 1999.

		15. Kamei H, Iramina K, Yoshikawa K, and Ueno S: Neuronal current 

		distribution imaging using magnetic resonance. IEEE Transactions on 

		Magnetics, 35(5): 4109-4111, 1999.

		16. Uchida S, Iramina K, Goto K, and Ueno S: High-resolution 

		magnetocardiography for the study of dynamic propagation of excitation 

		sites in rat cardiac muscles. IEEE Transactions on Magnetics, 35(5): 

		4124-4126, 1999.

		17. Iramina K, Hong B, Uchida S, Goto K, and Ueno S: Measurements of 

		biomagnetic fields using a high-resolution dc superconducting quantum 

		interference device magnetometer. Journal of Applied Physics, 83(11): 

		6465-6467, 1998.

		18. Iramina K, Yumoto M, Kamei H, and Ueno S: Measurement of 

		somatosensory evoked response using functional MR images and MEG. IEEE 

		Transactions on Magnetics, 33(5): 4260-4262, 1997.

		19. Nakagawa S, Ueno S, Iramina K, and Weinberg H: MEG and EEG evoked by 

		verbal cognitive tasks. IEEE Transactions on Magnetics, 32(6): 

		4932-4934, 1996.

		20. Yoshiura T, Ueno S, Iramina K, and Masuda K: Human middle latency 

		auditory evoked magnetic fields. Brain Topography, 8(3): 292-296, 1996.

		21. Yoshida H, Iramina K, and Ueno S: Source models of sleep spindles 

		using MEG and EEG measurements. Brain Topography, 8(3): 303-307, 1996.

		22. Iramina K, Ueno S, and Matsuoka S: MEG and EEG topography of frontal 

		midline theta rhythm and source localization. Brain Topography, 8(3): 

		329-331, 1996.

		23. Yoshiura T, Ueno S, Iramina K, and Masuda K: Source localization of 

		middle latency auditory evoked magnetic fields. Brain Research, 703: 

		139-144, 1995. 

		24. Iramina K, Ueno K, and Ueno S: Spatio-temporal MEG patterns produced 

		by spreading multiple dipoles. IEEE Transactions on Magnetics, 31(6): 

		4265-4267, 1995.   

		25. Iramina K and Ueno S: Measurement of brainstem auditory evoked 

		magnetic fields using a highly sensitive SQUID magnetometer with a 

		variable baseline.  IEEE Transactions on Magnetics, 31(6): 4271-4273, 

		1995.

		26. Yoshiura T, Ueno S, Iramina K, and Matsuda K: Measurement of 

		auditory evoked brain responses elicited by ipsilateral and 

		contralateral ear stimulation with a high-sensitivity SQUID system. IEEE 

		Transactions on Magnetics, 30(6): 4710-4712, 1994.

		27. Iramina K and Ueno S: Source localization of auditory evoked 

		magnetic fields during waking and sleep stages. IEEE Transactions on 

		Magnetics, 30(6): 4716-4718, 1994.

		28. Iramina K and Ueno S: Source estimation of the K-complex MEG and 

		auditory evoked fields. IEEE Translation Journal on Magnetics in Japan, 

		9(3): 111-115, 1994.

		29. Iramina K, Ueno K, and Ueno S: Influence of spreading neuronal 

		electric sources on spatio-temporal neuromagnetic fields. Journal of 

		Applied Physics, 75(10): 7168-7170, 1994.

		30. Yoshiura T, Ueno S, Iramina K, and Matsuda K: Effects of stimulation 

		side on human middle latency auditory evoked magnetic fields. 

		Neuroscience Letters, 172: 159-162, 1994.

		31. Ueno S and Iramina K: Biomagnetic measurements and stimulation for 

		imaging and estimation of the functional organization of the human 

		brain. IEEE Transactions on Magnetics, 29(6): 3309-3314, 1993.

		32. Ueno S and Iramina K: Measurement of the magnetoencephalogram and 

		source model in the brain. Journal of Robotics and Mechatronics, 5(3): 

		236-243, 1993.

		33. Ueno S and Iramina K: Modeling and source localization of MEG 

		activities. Brain Topography, 3(1): 151-165, 1990.

		34. Iramina K and Ueno S: Spatial patterns of magnetic fields produced 

		by multiple dipoles in an inhomogeneous volume conductor. Journal of 

		Applied Physics, 67(9): 5835-5837, 1990.

		35. Ueno S, Iramina K, and Harada K: Effects of inhomogeneities in 

		cerebral modeling for magnetoencephalography. IEEE Transactions on 

		Magnetics, MAG-23(5): 3753-3755, 1987.

		36. Ueno S, Iramina K, Ozaki H, and Harada K: The MEG topography and the 

		source model of abnormal neural activities associated with brain 

		lesions. IEEE Transactions on Magnetics, MAG-22(5): 874-876, 1986.

		国際会議プロシーディング

		1. Gjini K, Maeno T, Iramina K, and Ueno S: Processing and encoding of 

		Latin letters and kanji characters in the brain: a visual ERPs study, 

		Proceedings of 8th International Evoked Potentials Symposium , 

		International Congress Series 1278, 127-130, 2005

		2. Sheng GE, Takashi Saito, Jun-ichi Ogasawara, Keiji Iramina: Cortical 

		Activation during Reading Letter String in Normal and Reverse 

		Directions: An fMRI study, Proceedings of the 2005 IEEE Engineering in 

		Medicine and Biology 27th Annual Conference, 3.1.6-12, 2005

		3. Takashi Maenoa, Klevest Gjini, Keiji Iramina,　Event-related potential 

		P2 derived from visual attention to the hemi-space. Source localization 

		with LORETA, Frontiers in Human Brain Topography: Proceedings of the 

		15th World Congress of the International Society of Brain 

		Electromagnetic Topography, International Congress Series 1270, 262-265, 

		2004

		4. Gjini K, Maeno T, Iramina K, and Ueno S: Estimation of encoding of 

		pictorial stimuli from visually evoked magnetic fields, Frontiers in 

		Human Brain Topography: Proceedings of the 15th World Congress of the 

		International Society of Brain Electromagnetic Topography, International 

		Congress Series 1270, 184-187, 2004

		5. Iramina K and Ueno S: Effects of electrical stimulation on neural 

		activities as revealed by MEG, EEG and fMRI. Proceedings of the XXVIIth 

		General Assembly of the International Union of Radio Science, 

		Maastricht, the Netherlands, August 17-24, 2002.

		6. Tachikawa A, Hara H, Uchida S, Iramina K, and Ueno S: A new approach 

		for the estimation of multiple current sources from MEG/MCG using 

		renormalized orthogonal transformation. Proceedings of the IEEE-EMBS 

		Asia Pacific Conference on Biomedical Engineering, Hangzhou, China, 

		September 26-28, 2000

		7. Hara H, Huang S, Iramina K, Yumoto M, and Ueno S: Biomagnetic 

		measurement of neural activation associated with Chinese word 

		recognition processes. Proceedings of the IEEE-EMBS Asia Pacific 

		Conference on Biomedical Engineering, Hangzhou, China, September 26-28, 

		2000

		8. Uchida S, Goto K, Tachikawa A, Iramina S, and Ueno S: Measurement of 

		magnetic fields and current source localization in auditory cortical 

		activity of rats by a 12-channel dc-SQUID gradiometer. Proceedings of 

		the 12th International Conference on Biomagnetism, Espoo, Finland, 

		August 13-17, 2000.

		9. Uchida S, Goto K, Tachikawa A, Iramina K, and Ueno S: Measurement of 

		high spatial resolution magnetocardiogram in rats with occlusion. 

		Proceedings of the 12th International Conference on Biomagnetism, Espoo, 

		Finland, August 13-17, 2000.

		10. Tachikawa A, Uchida S, Iramina K, and Ueno S: Measurements of 

		magnetic fields associated with end plate potentials induced from 

		neuromuscular junctions in frogs. Proceedings of the 12th International 

		Conference on Biomagnetism, Espoo, Finland, August 13-17, 2000.

		11. Uchida S, Iramina K, Goto K and Ueno S: Measurement of 

		magnetocardiogram of rats using a 12 channel high-resolution DC-SQUID 

		magnetometer. In: Yoshimoto et al (ed), Recent Advances in Biomagnetism, 

		Tohoku University Press, Sendai; 81-84, 1999.

		12. Uchida S, Iramina K, Goto K and Ueno S: Measurement of auditory and 

		visual evoked magnetic fields of rats using a 12 channel high-resolution 

		DC-SQUID magnetometer. In: Yoshimoto et al (ed), Recent Advances in 

		Biomagnetism, Tohoku University Press, Sendai; 85-88, 1999.

		13. Iramina, K., Yumoto, M., Yoshikawa, K., Kamei, H. and Ueno, S. 

		Source Analysis of Somatosensory Evoked Response to Electrical 

		Stimulation of the Fingers Using MEG and Functional MR Images. 

		Non-Linear Electromagnetic Systems. V. Kose and J. Sievert (Eds.). 

		Amsterdam: IOS Press, 1998.

		14. Netsiri C, Iramina K, Ueno S, and Yumoto M: Comparative study on 

		primary somatosensory and motor cortex localization using MEG and fMRI. 

		In Brain Topography Today, Y Koga, K Nagata and K Hirata (Eds.), 

		Elsevier Science, Amsterdam, pp 88-91, 1998.

		15. Ueno K., Iramina K, and Ueno S: Spatio-temporal simulation of MEG 

		activities generated by spreading multiple dipoles. In: Nonlinear 

		Electromagnetic Systems, A.J. Moses and A. Basak (Eds.), IOS Press: 

		330-333, 1996.

		16. Yoshida K, Iramina K, and Ueno K: Source models of sleep spindles 

		using MEG and EEG measurements. In: Biomagnetism: Fundamental Research 

		and Clinical Applications, Baumgartner C, Deecke L, Stroink G, and 

		Williamson SJ, (Eds.), Elsevier Science, IOS Press, pp. 80-82, 1995.

		17. Yoshiura T, Ueno S, Iramina K, and Masuda K:  Gustatory evoked 

		electric and magnetic fields of the human brain. In: Biomagnetism: 

		Fundamental Research and Clinical Applications, Baumgartner C, Deecke L, 

		Stroink G and Williamson SJ, (Eds.), Elsevier Science, IOS Press, pp. 

		116-119, 1995.

		18. Yoshiura, T., Ueno, S., Iramina, K., Masuda, K. and Kiyuna, T.   

		Measurement and Analysis of Middle Latency Auditory Evoked Magnetic 

		Fields, Biomagnetism: Fundamental Research and Clinical Applications, 

		Baumgartner, C., Deecke, L., Stroink, G. and Williamson, S.J., Editors, 

		Elsevier Science, IOS Press, pp. 205-208, 1995.

		19. Iramina, K. and Ueno, S. Source Estimation of the Auditory Evoked 

		Responses During Sleep Using Magnetic Field Measurements, Biomagnetism: 

		Fundamental Research and Clinical Applications, Baumgartner, C., Deecke, 

		L., Stroink, G. and Williamson, S.J., Editors, Elsevier Science, IOS 

		Press, pp. 212-215, 1995.

		20. Ueno, K., Ueno, S., and Iramina, K.  Spatio-Temporal Simulation of 

		MEG Activities Generated by Spreading Multiple Dipoles.  Simulation and 

		Design of Applied Electromagnetic Systems, Proceedings of the 

		International ISEM Symposium on Simulation and Design of Applied 

		Electromagnetic Systems, Cardiff, Wales, September, 1995.

		21. Ueno, K., Ueno, S., Iramina, K., and Weinberg, H.  Measurements of 

		Spatial Distribution of Visually Evoked MEG Activities over the Whole 

		Cortex during Discrimination of Colours.  Simulation and Design of 

		Applied Electromagnetic Systems, Proceedings of the International ISEM 

		Symposium on Simulation and Design of Applied Electromagnetic Systems, 

		Cardiff, Wales, September, 1995.

		22. Nakagawa, S., Iramina, K., and Ueno, S.  Spatio-Temporal Properties 

		of Visually Evoked MEG and EEG Activities Associated with Verbal 

		Cognitive Processes.  Simulation and Design of Applied Electromagnetic 

		Systems, Proceedings of the International ISEM Symposium on Simulation 

		and Design of Applied Electromagnetic Systems, Cardiff, Wales, 

		September, 1995.

		23. Ueno, K., Ueno, S., Iramina, K., and Weinberg, H.  Visual Evoked MEG 

		Activities during Discrimination of Two Different Colours.  17th Annual 

		International Conference of the IEEE Engineering in Medicine and Biology 

		Society, Montreal.  (September, 1995)

		24. Yoshida, H., Iramina, K., and Ueno, S.  Source Modeling of MEG and 

		EEG Activities Evoked by Color Imagination.  The 16th Annual 

		International Conference of the IEEE Engineering in Medicine and Biology 

		Society, Baltimore.  (November, 1994)

		25. Nakagawa, S., Iramina, K., and Ueno, S.  Brain Electrical and 

		Magnetic Fields from Verbal Cognitive Activities Evoked by a Visual 

		Task.  The 16th Annual International Conference of the IEEE Engineering 

		in Medicine and Biology Society, Baltimore.  (November, 1994)

		26. Iramina, K., Uchizono, S., and Ueno, S.  Detection of Brainstem 

		Auditory Evoked Magnetic Fields Using a SQUID Magnetometer with a 

		Variable Baseline.  The 16th Annual International Conference of the IEEE 

		Engineering in Medicine and Biology Society, Baltimore.  (November, 

		1994)

		27. Ueno, K., Iramina, K., and Ueno, S.  A Source Model with 

		2-Dimensional Spread of Electrical Activity in the Human Brain.  The 

		16th Annual International Conference of the IEEE Engineering in Medicine 

		and Biology Society, Baltimore.  (November, 1994)

		28. Yoshiura, T., Ueno, S., Iramina, K., and Masuda, K.  Investigation 

		of the Effects of Stimulation Side on Middle Latency Auditory Evoked 

		Magnetic Fields.  The 16th Annual International Conference of the IEEE 

		Engineering in Medicine and Biology Society, Baltimore.  (November, 

		1994)

		29. Yoshiura, T., Ueno, S., Iramina, K., and Masuda, K.  Source 

		Localization of Middle Latency Auditory Evoked Responses Using MEG and 

		MRI Techniques.  The 16th Annual International Conference of the IEEE 

		Engineering in Medicine and Biology Society, Baltimore.  (November, 

		1994)

		30. Iramina k, ueno S, Source Localization of K-complexes during Sleep 

		and Auditory -Evoked Responses Using MEG Measurements. Simulation and 

		Design of Applied Electromagnetic Systems (T. Honma Ed.), Elsevier 

		Science, pp. 407-410, 1994

		31. Iramina K, Ueno K, and Ueno S: Spatio-temporal patterns of MEG and 

		EEG activities produced by spreading multiple dipoles. Proceedings of 

		the Annual International Conference of the IEEE Engineering in Medicine 

		and Biology Society, San Diego, CA, USA, 28-31 October 1993, pp. 

		457-458.

		32. Yoshiura T, Ueno S, Iramina K and Masuda K: Measurement and source 

		localization of middle latency auditory evoked magnetic fields. 

		Proceedings of the Annual International Conference of the IEEE 

		Engineering in Medicine and Biology Society, San Diego, CA, USA, 28-31 

		October 1993, pp. 432-433.

		33. Yoshiura T, Ueno S, Iramina K and Masuda K: Measurement and source 

		modeling of gustatory evoked electric and magnetic fields. Proceedings 

		of the Annual International Conference of the IEEE Engineering in 

		Medicine and Biology Society, San Diego, CA, USA, 28-31 October 1993, 

		pp. 412-413.

		34. Iramina K, Iwaki S, and Ueno S: Estimation of the ratio of the 

		number of firing nerve fibers in contralateral and ipsilateral auditory 

		pathways based on a MEG source model. In: Biomagnetism: Clinical 

		Aspects, M Hoke et al. (Eds.), Elsevier Science Publishers BV, 

		Amsterdam, pp. 705-709, 1992.

		35. Iramina K and Ueno S: Source estimation of the spontaneous MEG 

		activities in normal human subjects during sleep. Proceedings of the 

		14th Annual International Conference of the IEEE Engineering in Medicine 

		and Biology Society, Lyon, France, 2-4 November 1992.

		36. Iramina K, Iwaki S, and Ueno S: Estimation of the ratio of the 

		number of firing nerve fibers in contralateral and ipsilateral auditory 

		pathways based on MEG source model. In: Biomagnetism: Clinical Aspects, 

		M Hoke et al. (Eds.), Elsevier Science Publishers BV, Amsterdam, pp. 

		705-709, 1992.

		37. Iramina K and Ueno S: Influences of the inhomogeneities inside the 

		head on the MEG source estimation. Proceedings of the Annual 

		International Conference of the IEEE Engineering in Medicine and Biology 

		Society, 13(5): 2325-2326, 1991.

		38. Iramina K and Ueno S: Mechanism of flux reversal phenomena in 

		spatial distributions of the magnetoencephalograms. Advances in 

		Biomagnetism, SJ Williamson, Editor, Plenum Press, New York, 619-622, 

		1989.

		39. Iramina K, Ueno S: Spatial Properties of Magnetic Fields Produced by 

		Radially Oriented Dipole in Inhomogeneous Sphere. BIOMAGNETISM 87:  

		Proceedings of 6th International Conference on Biomagnetism (K. Atsumi, 

		K. Kotani, S.Ueno, T. Katila, S. J. Williamson  Eds.) Tokyo Denki 

		University Press, Tokyo,pp. 106-109, 1988

		40. Ueno S, Maekawa K, Iramina K, Harada K, Wada S, Matsuoka S, 

		Simulation Study on Temporal and Spatial Properties of Electric and 

		Magnetic Fields in Auditory Brainstem Responsese. BIOMAGNETISM 87:  

		Proceedings of 6th International Conference on Biomagnetism (K. Atsumi, 

		K. Kotani, S.Ueno, T. Katila, S. J. Williamson  Eds.) Tokyo Denki 

		University Press, Tokyo, pp. 114-117, 1988

		和文原著論文

		1 B.Hong，周　起煥，伊良皆啓治，熊田　衛，上野照剛：パルス磁気刺激によるラットの自律神経及び動脈圧受容器への影響，日本応用磁気学会誌，第25巻，第4-2号，pp. 

		1135-1138，2001

		2 

		内田誠也，立川　光，後藤恵一，伊良皆啓治，上野照剛：最小ノルム法を用いた心虚血ラットの電流源推定，日本応用磁気学会誌，第25巻，第4-2号，1123-1126，2001

		3 

		内田誠也，後藤恵一，原　浩之，伊良皆啓治，上野照剛：左環状動脈閉塞モデルラットの心磁図と心ベクトルについて，日本応用磁気学会誌，第24巻，第4-2号，935-938，2000

		4 

		伊良皆啓治，亀井裕孟，湯本真人，上野照剛：fMRIおよび脳磁図による体性感覚誘発反応計測，日本応用磁気学会誌，第24巻，第4-2号，931-934，2000

		5 

		内田誠也，後藤恵一，伊良皆啓治，上野照剛：高分解能12チャネルSQUID磁束計を用いたラットの心磁図計測，日本応用磁気学会誌，第23巻，第4-2号，1521-1524，1999

		6 

		内田誠也，伊良皆啓治，洪ビョンチョル，後藤恵一，上野照剛：高分解能12チャネルSQUID磁束計を用いたラットの生体磁気計測，日本応用磁気学会誌，第22巻，第4-2号，753-756，1998

		7 

		中川誠司，岩木　直，伊良皆啓治，上野照剛：視覚誘発脳磁図計測と空間的に分布した電源の推定，日本応用磁気学会誌，第21巻，第4-2号，725-728， 

		1997

		8 吉浦　敬，増田康治，伊良皆啓治，上野照剛：MEG及びMRIによる聴覚誘発反応の脳内電源推定，日本応用磁気学会誌，第19巻，第2号，633-636，1995

		9 上野賢一，伊良皆啓治，上野照剛：脳内電源の広がりが脳磁図に及ぼす影響，日本応用磁気学会誌，第19巻，第2号，641-644，1995

		10 

		伊良皆啓治，上野照剛：１次微分型SQUID磁束計を用いた聴覚誘発反応脳磁図の計測，日本応用磁気学会誌，第19巻，第2号，629-632，1995

		11 茅根一夫，中山　哲，清水信宏，小田原成計，伊良皆啓治，上野照剛：脳磁界計測用7ch 

		DC-SQUIDシステムの開発，電気学会論文誌A，第113-A巻，第10号，673-680，1993

		12 

		吉田秀樹，伊良皆啓治，上野照剛：脳磁図による紡錘波の時系列解析とその電源モデルの検討，日本応用磁気学会誌，第17巻，第2号，583-587，1993

		13 

		吉浦　敬，増田康治，内田誠也，伊良皆啓治，上野照剛：味覚刺激による誘発電位および脳磁図，日本応用磁気学会誌，第17巻，第2号，589-592，1993

		14 

		伊良皆啓治，上野照剛：睡眠K-complex脳磁図と聴性誘発脳磁図の信号源推定，日本応用磁気学会誌　第17巻，第2号，579-582，1993

		15 上野照剛，伊良皆啓治，吉田秀樹：睡眠脳磁図計測と脳内電源解析，日本応用磁気学会誌，第16巻，第2号，449-452，1992

		16 上野照剛，伊良皆啓治：動径方向を向く脳内電源がつくる脳磁図分布について，日本応用磁気学会誌　第13巻，第2号，457-460，1989

		17 

		上野照剛，伊良皆啓治，前川健一，原田耕介，和田伸一，松岡成明：聴性脳幹反応脳磁図の電源モデルとそのイメージング，日本応用磁気学会誌，第12巻，第2号，419-422，1987

		18 

		上野照剛，伊良皆啓治，原田耕介，松岡成明：徐波を持つ異常脳磁場・異常脳波の電源モデルと二次元マップのシミュレーション，日本応用磁気学会誌，第11巻，第2号，449-452，1987

		解説，総説等

		1 上野照剛，伊良皆啓治：ヒトの脳磁界計測と磁気刺激，電子情報通信学会誌，Vol.87， No.4, 252-257， 2004

		2 伊良皆啓治，亀井裕孟，上野照剛：fMRIによる脳機能計測の基礎と問題点－，計測と制御，Vol.42　No.5，363-367，2003

		3 上野照剛，伊良皆啓治：TMSを用いた脳機能計測，計測と制御，Vol.42　No.5，408-412，2003

		4 伊良皆啓治，上野照剛：脳磁図イメージング－その特徴と問題点－，Medical Imaging 

		Technology，Vol.12　No.3，168-173，2002

		5 伊良皆啓治，上野照剛：MEG研究の最前線－脳機能に迫る－，日本応用磁気学会誌，第22巻，第5号，994-997, 1998

		6 上野照剛，伊良皆啓治：脳磁図の電源推定における問題点，臨床脳波，第40巻，第10号，621-625，1998

		7 上野照剛，伊良皆啓治：脳磁図計測による脳機能の解明，精密工学会誌，第62巻，第11号， 1545-1548，1996

		8 上野照剛，伊良皆啓治：脳磁図（MEG）の原理と記録法，神経内科，40巻，第4号，321-328，1994

		9 上野照剛，伊良皆啓治：睡眠時MEG，Clinical Neuroscience，Vol.11，No.2，206-208，1993

		10 上野照剛，伊良皆啓治：脳磁図計測と脳内電源モデル，日本ME学会誌　BME　第6巻　第4号，18-27，1992

		11 上野照剛，伊良皆啓治：脳磁図の進歩，神経眼科，第8卷，第1号，35-42，1991

		著書分担執筆（和文）

		1 

		伊良皆啓治，上野照剛：生体磁気計測と機能情報の可視化，生体情報の可視化技術（生体情報の可視化技術編集委員会編），155-184，コロナ社，1997

		2 上野照剛，伊良皆啓治：III-1章　SQUIDの基礎，MRIの臨床（小塚隆弘　編），323-327，中山書店，1993

		3 上野照剛，伊良皆啓治，原田耕介，松岡成明：徐波をもつ異常脳波の電源モデルとそのイメージング，EEG 

		TOPOGRAPHY，1-8，にゅーろん社，1986