Neurophysiological recordings in freely moving monkeys

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	Neurophysiological recordings in freely moving monkeys
	Sun NL 1,4; Lei YL 1; Kim BH 2; Ryou JW 3; Ma YY 1; Wilson FAW*1; fraser@u.arizona.edu
	2006
发表期刊	METHODS
ISSN	1046-2023
卷号	38 期号:3 页码:202-209
合作性质	其它
摘要	Recordings of neuronal activity in freely moving rats are common in experiments where electrical signals are transmitted using cables. Such techniques are not common in monkeys because their prehensile abilities are thought to preclude such techniques. However, analysis of brain mechanisms underlying spatial navigation and cognition require the subject to walk. We have developed techniques for recordings in freely moving monkeys in two different situations: a 5 x 5 m testing laboratory and in a 50 m2 open field environment. Neuronal signals are sent to amplifiers and data acquisition systems using cables or telemetry. These techniques provide high quality recordings of single neurons during behaviors such as foraging, walking, and the performance of memory tasks and thus provide a unique opportunity to study primate behavior in a semi-natural situation.
关键词	Allocentric Space Egocentric Space Hippocampus Prefrontal Cortex Primate Putamen Rhesus
资助者	Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC). ; Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC). ; Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC). ; Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC).
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收录类别	SCI
语种	英语
资助者	Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC). ; Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC). ; Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC). ; Support for the development of the methods described in this paper was provided by NIH Grants MH58415 and NS-36255; Chinese Academy of Sciences Grant KSCX2- SW, National Basic Research Program of China Grant 2005CB522803; Chinese National Science Foundation Grants 30470553 and 30530270, the Yunnan Science Foundation.; and Whitehall Foundation Grant A89-04; National Science Foundation Grants of China (NSFC) 30530270 973 program project 2005CB522803 Chinese- Finish International Collaborative Project-neuro (NSFC).
文献类型	期刊论文
条目标识符	http://ir.kiz.ac.cn/handle/152453/5451
专题	认知障碍病理学
通讯作者	fraser@u.arizona.edu
作者单位	1.Laboratory of Primate Neuroscience, Kunming Institute of Zoology, The Chinese Academy of Sciences, 32 Jiaochang Donglu, Kunming, Yunnan 650223, China 2.Department of Physiology, University of Wisconsin, USA 3.Department of Neurology, Cornell University, USA 4.Graduate School of the Chinese Academy of Sciences, Beijing 100039, PR china
推荐引用方式 GB/T 7714	Sun NL,Lei YL,Kim BH,et al. Neurophysiological recordings in freely moving monkeys[J]. METHODS,2006,38(3):202-209.
APA	Sun NL.,Lei YL.,Kim BH.,Ryou JW.,Ma YY.,...&fraser@u.arizona.edu.(2006).Neurophysiological recordings in freely moving monkeys.METHODS,38(3),202-209.
MLA	Sun NL,et al."Neurophysiological recordings in freely moving monkeys".METHODS 38.3(2006):202-209.

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