Evolution and neural representation of mammalian cooperative behavior

Summary: Cooperation is common in nature and is pivotal to the development of human society. However, the details of how and why cooperation evolved remain poorly understood. Cross-species investigation of cooperation may help to elucidate the evolution of cooperative strategies. Thus, we design an...

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Autores principales:	Mengping Jiang, Miaoyaoxin Wang, Qianqian Shi, Lei Wei, Yongqin Lin, Dingcheng Wu, Boyi Liu, Xiupeng Nie, Hong Qiao, Lin Xu, Tianming Yang, Zuoren Wang
Formato:	article
Lenguaje:	EN
Publicado:	Elsevier 2021
Materias:	cooperative behavior cross-species social communication in vivo electrophysiological recording cooperation-preferential signals material reward-preferential signals Biology (General) QH301-705.5
Acceso en línea:	https://doaj.org/article/f337003c58394673ac1534a717a39e11
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spelling	oai:doaj.org-article:f337003c58394673ac1534a717a39e112021-11-18T04:48:04ZEvolution and neural representation of mammalian cooperative behavior2211-124710.1016/j.celrep.2021.110029https://doaj.org/article/f337003c58394673ac1534a717a39e112021-11-01T00:00:00Zhttp://www.sciencedirect.com/science/article/pii/S2211124721015114https://doaj.org/toc/2211-1247Summary: Cooperation is common in nature and is pivotal to the development of human society. However, the details of how and why cooperation evolved remain poorly understood. Cross-species investigation of cooperation may help to elucidate the evolution of cooperative strategies. Thus, we design an automated cooperative behavioral paradigm and quantitatively examine the cooperative abilities and strategies of mice, rats, and tree shrews. We find that social communication plays a key role in the establishment of cooperation and that increased cooperative ability and a more efficient cooperative strategy emerge as a function of the evolutionary hierarchy of the tested species. Moreover, we demonstrate that single-unit activities in the orbitofrontal and prelimbic cortex in rats represent neural signals that may be used to distinguish between the cooperative and non-cooperative tasks, and such signals are distinct from the reward signals. Both signals may represent distinct components of the internal drive for cooperation.Mengping JiangMiaoyaoxin WangQianqian ShiLei WeiYongqin LinDingcheng WuBoyi LiuXiupeng NieHong QiaoLin XuTianming YangZuoren WangElsevierarticlecooperative behaviorcross-speciessocial communicationin vivo electrophysiological recordingcooperation-preferential signalsmaterial reward-preferential signalsBiology (General)QH301-705.5ENCell Reports, Vol 37, Iss 7, Pp 110029- (2021)
institution	DOAJ
collection	DOAJ
language	EN
topic	cooperative behavior cross-species social communication in vivo electrophysiological recording cooperation-preferential signals material reward-preferential signals Biology (General) QH301-705.5
spellingShingle	cooperative behavior cross-species social communication in vivo electrophysiological recording cooperation-preferential signals material reward-preferential signals Biology (General) QH301-705.5 Mengping Jiang Miaoyaoxin Wang Qianqian Shi Lei Wei Yongqin Lin Dingcheng Wu Boyi Liu Xiupeng Nie Hong Qiao Lin Xu Tianming Yang Zuoren Wang Evolution and neural representation of mammalian cooperative behavior
description	Summary: Cooperation is common in nature and is pivotal to the development of human society. However, the details of how and why cooperation evolved remain poorly understood. Cross-species investigation of cooperation may help to elucidate the evolution of cooperative strategies. Thus, we design an automated cooperative behavioral paradigm and quantitatively examine the cooperative abilities and strategies of mice, rats, and tree shrews. We find that social communication plays a key role in the establishment of cooperation and that increased cooperative ability and a more efficient cooperative strategy emerge as a function of the evolutionary hierarchy of the tested species. Moreover, we demonstrate that single-unit activities in the orbitofrontal and prelimbic cortex in rats represent neural signals that may be used to distinguish between the cooperative and non-cooperative tasks, and such signals are distinct from the reward signals. Both signals may represent distinct components of the internal drive for cooperation.
format	article
author	Mengping Jiang Miaoyaoxin Wang Qianqian Shi Lei Wei Yongqin Lin Dingcheng Wu Boyi Liu Xiupeng Nie Hong Qiao Lin Xu Tianming Yang Zuoren Wang
author_facet	Mengping Jiang Miaoyaoxin Wang Qianqian Shi Lei Wei Yongqin Lin Dingcheng Wu Boyi Liu Xiupeng Nie Hong Qiao Lin Xu Tianming Yang Zuoren Wang
author_sort	Mengping Jiang
title	Evolution and neural representation of mammalian cooperative behavior
title_short	Evolution and neural representation of mammalian cooperative behavior
title_full	Evolution and neural representation of mammalian cooperative behavior
title_fullStr	Evolution and neural representation of mammalian cooperative behavior
title_full_unstemmed	Evolution and neural representation of mammalian cooperative behavior
title_sort	evolution and neural representation of mammalian cooperative behavior
publisher	Elsevier
publishDate	2021
url	https://doaj.org/article/f337003c58394673ac1534a717a39e11
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_version_	1718425075774914560

Evolution and neural representation of mammalian cooperative behavior

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