Teed Carlay L, Hartzler Samuel, Fernández-Juricic Esteban
Purdue University, 610 Purdue Mall, West Lafayette, IN 47907, United States.
Data Brief. 2024 Nov 27;57:111166. doi: 10.1016/j.dib.2024.111166. eCollection 2024 Dec.
Cone and spectral opponency are fundamental to colour processing in many species and are well studied in primates. The data required to make interspecific comparisons of the neural mechanisms associated with colour processing is spread across a broad body of literature reaching back to the 1950's across four retinal cell types and multiple brain regions. We aimed to produce a comprehensive dataset of all known cone opponent cells in non-primate vertebrates in image forming visual pathways. We completed a systematic literature search of two databases, Web of Science and Scopus, following PRISMA guidelines. From the data collected, we produced three datasets. One dataset contains cone opponency data that indicates which photoreceptors drive cell light responses. The second dataset contains spectral opponency data that represents the cell electrical responses to different wavelengths of light. Additionally, we developed a third database of photoreceptor data for the species for which cone or spectral opponency was reported to supplement the first two. These datasets will provide a synthesis of the data in the field of colour processing, can be used for interspecific and intraspecific meta-analyses, and can provide a starting point for understanding neural mechanisms behind wavelength comparisons in non-primate vertebrates.
视锥细胞和光谱拮抗作用在许多物种的颜色处理中至关重要，并且在灵长类动物中得到了充分研究。进行与颜色处理相关的神经机制种间比较所需的数据分布在大量文献中，这些文献可以追溯到20世纪50年代，涉及四种视网膜细胞类型和多个脑区。我们旨在生成一个关于非灵长类脊椎动物成像视觉通路中所有已知视锥细胞拮抗细胞的综合数据集。我们按照PRISMA指南对Web of Science和Scopus这两个数据库进行了系统的文献检索。从收集到的数据中，我们生成了三个数据集。一个数据集包含视锥细胞拮抗数据，表明哪些光感受器驱动细胞的光反应。第二个数据集包含光谱拮抗数据，代表细胞对不同波长光的电反应。此外，我们为报告了视锥细胞或光谱拮抗作用的物种开发了第三个光感受器数据库，以补充前两个数据集。这些数据集将提供颜色处理领域数据的综合，可以用于种间和种内的荟萃分析，并可以为理解非灵长类脊椎动物波长比较背后的神经机制提供一个起点。
