Matthias Cuntz 14,David Fairbairn 10,Craig R. Keith Oleson 19,Heather Rumbold 8,Heather Rumbold 8,Heather Rumbold Wang-Faivre 23,Yunfei Wang 24,Yuijian Zeng 24
电子邮件地址:Alexander.cuntz@wipo.int(Alexander Cuntz)作者感谢Operabase.com共享其数据。Moreover, the author would like to thank Anastasiya Letnikava and Deyun Yin for excellent research assistance as well as Stefan Bechtold, Thomas Dillon, Carsten Fink, Mike Gibbs, Gundula Kreuzer, Nicholas Payne, Guy Pessach, C´ecile Roure, Ruth Towse and seminar participants at ETH Zuerich, the Ninth European Workshop on Applied文化经济学(EWACE)以及2019年版权问题经济研究协会年度国会(SERCI)以及两名匿名审稿人,对作品的先前版本有用。
成熟的神经元表现出其轴突和树突(统称为神经突)的广泛树皮化,以与相邻细胞形成功能连接并接收感觉信号。独特的神经元结构被认为会引起神经元的计算能力(Cuntz,Borst,&Segev,2007; Ferrante,Migliore和Ascoli,&Ascoli,2013; Kanari等人。,2018年; Van Elburg&van Ooyen,2010年; Zomorrodi,Ferecsk´o,Kov´acs,Kréoger和Timofeev,2010年)。In addition, morphological differences between neuronal cell types are thought to result in their functional differences ( Khalil, Farhat, & Dl otko , 2021 ; Krichmar, Nasuto, Scorcioni, Washington, & Ascoli , 2002 ; Mainen & Sejnowski , 1996 ; Schaefer, Larkum, Sakmann, & Roth , 2003 ; Vetter, Roth, & h ausser,2001年)。在体外原发性神经元中这种关键结构的发展过程中,几种形态学变化已被归类为不同的阶段,这些阶段可以定性地描述(Dotti,Sullivan,&Banker,1988; Powell,Rivas,Rodriguez-Boulan,&Hatten,&Hatten,&Hatten,1997; Tahirovic&Bradke&Bradke,2009年)。
