Suppr超能文献

玫瑰易名,芬芳依旧……评罗和斯通的《神经元的命名》

A rose by any other name... on 'naming of neurones' by Rowe and Stone.

作者信息

Hughes A

出版信息

Brain Behav Evol. 1979;16(1):52-64. doi: 10.1159/000121823.

Abstract

Rowe and Stone dispose of descriptive terminologies for retinal units as 'essentialist' and argue for a 'neutral' multifactorial system redefined from previous W, X. Y nomenclatures. It is argued here that descriptive terminology need not be either essentialist or undesirable and that the W, X, Y terminology is too confused with false associations to be satisfactory. The synthetic power of the W, X, Y nomenclature was lost with the discovery of concentric W cell receptive fields, the projection of the W cells to the LGN and the suggestion of overlap between X and W conduction velocity groups. It was made methodologically unsound by its employment for the naming of Nissl stained soma classes before the identity of individual somas with the physiological entities can be demonstrated. Although now redefined, the identity of symbols in the several vintages of the W, X, Y system leads to inevitable confusion. The current tripartite division of a multidimensional quality space without cluster analysis is not neutral because it emphasises conduction velocity but represses the diversity of W receptive fields. The concise, apt and memorable descriptive receptive field terminologies are more desirable in that they are operationally based and approximate the unit's transfer function--the parameter most significant to the central nervous system in its information processing task; thus they are more suited for cross species comparison because of a probably bountiful source of functional hypotheses. The lack of taxonomic neutrality in the W, X, Y system has recently been emphasised by its failure to adequately classify rabbit retinal receptive field categories.

摘要

罗和斯通摒弃了将视网膜单元的描述性术语视为“本质主义”的观点,并主张采用一个从先前的W、X、Y命名法重新定义的“中性”多因素系统。本文认为,描述性术语不一定非得是本质主义的,也不一定是不可取的,而且W、X、Y术语因存在错误关联而过于混乱,难以令人满意。随着同心W细胞感受野的发现、W细胞向外侧膝状体的投射以及X和W传导速度组之间存在重叠的暗示,W、X、Y命名法的综合能力丧失了。在能够证明单个神经元胞体与生理实体的一致性之前,就将其用于对尼氏染色的胞体类别进行命名,这在方法上是不合理的。尽管现在已经重新定义,但W、X、Y系统不同版本中的符号一致性不可避免地会导致混淆。当前在没有聚类分析的情况下对多维质量空间进行的三方划分并非中性,因为它强调传导速度,却压制了W感受野的多样性。简洁、恰当且易记的描述性感受野术语更可取,因为它们基于操作,近似于单元的传递函数——这是中枢神经系统在其信息处理任务中最重要的参数;因此,由于可能有丰富的功能假设来源,它们更适合跨物种比较。W、X、Y系统在分类上缺乏中性,最近因未能充分对兔视网膜感受野类别进行分类而凸显出来。

文献AI研究员

20分钟写一篇综述,助力文献阅读效率提升50倍。

立即体验

用中文搜PubMed

大模型驱动的PubMed中文搜索引擎

马上搜索

文档翻译

学术文献翻译模型,支持多种主流文档格式。

立即体验