INOKAWA H., YAMADA H., MATSUMOTO N., MURANISHI M. & KIMURA M. Juxtacellular
Labeling of Tonically Active Neurons (TANs) and Phasically Active Neurons
(PANs) in the Rat Striatum. Neurosci. 168-2: 395-404 (2010) Jun.
YAMADA H., MATSUMOTO N. & KIMURA M. History- and Current Instruction-Based Coding of Forthcoming Behavioral Outcomes in the Striatum. J. Neurophysiol. 98-6: 3557-3567. (2007) Dec.
KIMURA M., SATOH T. & MATSUMOTO N. What does the habenula tell dopamine
neurons? Nature Neurosci. 10: 677-678 (2007) (News and Views) Jun.
YAMADA H., MATSUMOTO N. & KIMURA M. Tonically Active Neurons in the
Primate Caudate Nucleus and Putamen Differentially Encode Instructed Motivational
Outcomes of Action. J. Neurosci. 24-14: 3500-3510. (2004) Apr.
KIMURA M., MINAMIMOTO T., MATSUMOTO N. & HORI Y. Monitoring and Switching of Cortico-basal Ganglia Loop Functions by the Thalamo-striatal System. Neurosci. Res. 48-4: 355-360 (2004) Apr.
KIMURA M. YAMADA H & MATSUMOTO N. Tonicaly Active Neurons in the Striatum
Encode Motivational Context of Action. Brain and Development 25(suppl.
1): S20-23 (2003) Dec.
KIMURA M., MATSUMOTO N., OKAHASHI K., UEDA Y., SATOH T., MINAMIMOTO T.,
SAKAMOTO M & YAMADA H. Goal-directed, Serial and Synchronous Activation
of Neurons in the Primate Striatum. Neuroreport. 14-6: 799-802. (2003)
May.
MATSUMOTO N., MINAMIMOTO T., GRAYBIEL AM. & KIMURA M. Neurons in the Thalamic CM-Pf Complex Supply Striatal Neurons with Information about Behaviorally Significant Sensory Events. J. Neurophysiol. 85-2: 960-976. (2001) Feb.
徏杮 捈岾丆栘懞泬丂戝擼婎掙妀偺妛廗婡擻, 擼21. 3: 299-304 (2000) Jul.
MATSUMOTO N., HANAKAWA T., MAKI S., GRAYBIEL AM. & KIMURA M. Role of
[corrected] Nigrostriatal Dopamine System in Learning to Perform Sequential
Motor Tasks in a Predictive Manner. J. Neurophysiol. 82-2: 978-998. (1999)
Aug.
KIMURA M. & MATSUMOTO N. Nigrostriatal Dopamine System May Contribute
to Behavioral Learning through Providing Reinforcement Signals to the Striatum.
Eur. Neurol. 38(suppl. 1): 11-17. (1997) Aug.
KIMURA M., KATO M., SHIMAZAKI H., WATANABE K. & MATSUMOTO N. Neural Information Transferred From the Putamen to the Globus Pallidus During Learned Movement in the Monkey. J. Neurophysiol. 76-6: 3771-3788. (1996) Dec.
挊彂
KIMURA M., SATOH T., SATO T., ENOMOTO K. & MATSUMOTO N. Motivational
Signals of Dopamine Neurons. In: Recent Breakthroughs in Basal Ganglia
Research. Eds. by Bezard E., Nova Science Publishers, New York pp81-89
(2006) Dec.
SATOH T., MATSUMOTO N., NAKAI S., SATOH T., MINAMIMOTO T. & KIMURA
M. Dopamine Neurons Encode Teaching Signals for Learning Reward-based Decision
Strategy. In: International Congress Series 1250 - Cognition and Emotion
in the Brain. Eds. by Ono T, Matsumoto G, Llinas RR, Berthoz A, Norgren
R, Nishijo H, Tamura R. Elsevier B.V. , Amsterdam pp311-318 (2003) Dec.
KIMURA M., MATSUMOTO N., UEDA Y., SATOH T., MINAMIMOTO T. & YAMADA
H. Involvement of the Basal Ganglia and Dopamine System in Learning and
Execution of Goal-directed Behavior. In: Advances in Behavioral Biology
vol. 53 - Catecholamine Research Proceeding of the 9th International Catecholamine
Symposium. Eds. by Nagasu T, Nabeshima T, McCarty R, Goldstein DS. Kluwer
Academic / Plenum Publishers, New York pp377-380 (2002) Oct.
KIMURA M. & MATSUMOTO N. Neuronal Activity in the Basal Ganglia: Functional
Implications. In: Advances in Neurology: The Basal Ganglia and New Surgical
Approaches for Parkinson乫s Disease. Eds. by Obeso J., DeLong MR., Ohye
C., Marsden CD. Lippincott-Raven, New
York, pp 111-118 (1997) Nov.
MATSUMOTO N., HANAKAWA T., MAKI S. & KIMURA M. The Effect of Unilateral Nigrostriatal Dopamine Depletion on Learned Hand-eye Coordination in Monkeys. In: THE BASAL GANGLIA V. Eds. by Ohye C., Kimura M., McKenzie JS. Plenum press, New York, pp 201-207 (1997) Feb.
MATSUMOTO N., HANAKAWA T., MAKI S. & KIMURA M. The Effects of Unilateral
Nigrostriatal Dopamine Depletion on Learning and Memory of Sequential Motor
Tasks in Monkeys. In: Brain Processes and Memory. Eds. by ISHIKAWA K.,
McGAUGH J.L., SAKATA H. Elsevier Science, pp307-315 (1996) Sep.
KIMURA M., YAMADA H., ENOMOTO K., MATSUMOTO N., HORI Y., UEDA Y. &
YAMANAKA K. Involvement of the Basal Ganglia in Valuation and Selection
of Actions. 擔杮惗棟妛夛 (2009) Jul. 乮嫗搒乯乮僙僢僔儑儞丗丂Multidisciplinary approaches
to basal ganglia functions乯
徏杮 捈岾 Dopamine Neurons Encode Reward Values of Multi-Step Actions toward
a Goal and Their Errors. 乽恎懱塣摦偺壢妛儚乕僋僔儑僢僾乿(2008) Aug. (垻慼)
MATSUMOTO N., ENOMOTO K. & KIMURA M. Dopamine Neurons Encode Reward
Values of Multi-Step Actions toward a Goal and Their Errors. 擔杮惗棟妛夛 (2007)
Mar. (戝嶃)乮僙僢僔儑儞丗From coding reward value to computation of reward information丂嵗挿乯
YAMADA H., INOKAWA H., MATSUMOTO N., ENOMOTO K. & KIMURA M. Signals of Striatal Projection Neurons, Tonically Active Neurons and Dopamine Neurons During Reward-Based Decision-Making and Action Selection. 擔杮惗棟妛夛 (2007) Mar. (戝嶃)(僙僢僔儑儞丗Information processing of the striatal neural network)
KIMURA M., SATOH T., MATSUMOTO N. & ENOMOTO K. Involvement of Dopamine
System in Reward-Based Decision and Learning. 擔杮恄宱壢妛夛 (2004) Sep. (戝嶃)
SATOH T, MATSUMOTO N, NAKAI S, SATOH T, MINAMIMOTO T, KIMURA M. Dopamine
Neurons Encode Teaching Signals for Learning Reward-based Decision Strategy.
International Symposium "Limbic and Association Cortical Systems ---Basic,
Clinical and Computational Aspects---". (2002).Oct. (晉嶳)
MATSUMOTO N. & KIMURA M. Changes of Striate Neuron Activity Through Learning Sequence Motor Tasks. 擔杮惗棟妛夛 (2001) Apr. (嫗搒乯
