Rachel A Jones,Matthew J Higgs,Anthony R Isles
Rachel A Jones
Genomic imprinting is an epigenetic phenomenon that, in animals, is found only in placental mammals and, to a lesser extent, marsupials. Broadly, differential epigenetic marking of the genomes during gametogenesis leads to parent-of-origin ...
J G M Thewissen,Katheryn R Mars,David A Waugh et al.
J G M Thewissen et al.
Introduction: Ontogenetic brain growth in cetaceans is essential for understanding their development and evolution. This study investigates brain size changes relative to body growth in bowhead (Balaena mysticetus) and be...
Precuneus and superior parietal lobule: morphology and evolution in the human genus [0.03%]
楔小叶和顶上小叶：形态与人类属的进化
Emiliano Bruner
Emiliano Bruner
Humans display larger and more complex parietal lobes, when compared with other primates. The superior parietal lobule is a region still poorly known in terms of comparative and evolutionary neuroanatomy, although at least its medial region...
Ecological drivers of dorsal dentate gyrus folding and hemispheric asymmetry in wild Octodon: new insights from Sobrero et al. (2016) [0.03%]
野生Octodon顶叶齿状回折叠和半球不对称的生态驱动因素：来自Sobrero等（2016）的新见解
Raúl Sobrero,Pedro Fernández-Aburto,Scarlett E Delgado et al.
Raúl Sobrero et al.
We reanalyzed data from Sobrero et al. (2016) to measure dorsal dentate gyrus (dDG) folding or gyrification in Octodon degus and O. lunatus as a morphological proxy for neurogenesis and macrostructural plasticity in hippocampal or extracort...
The role of temperature in shaping the nervous system phenotype in the epaulette shark (Hemiscyllium ocellatum) [0.03%]
温度在肩章鲨（Hemiscyllium ocellatum）神经系统表型塑造中的作用
Emily E Peele,Carolyn R Wheeler,Jennifer T Wyffels et al.
Emily E Peele et al.
Introduction Over the last century, sea surface temperatures have increased by more than 0.5˚C, with predictions suggesting an increase of 1-4˚C by 2100. Oceanic warming poses significant challenges to marine species, particularly those w...
Differential myeloarchitecture of subfields of the mammalian auditory cortex: A comparative approach [0.03%]
哺乳动物听皮层亚区的差异性髓结构：一种比较方法
Simran Singh,Daniel A Llano
Simran Singh
Background: The mammalian auditory cortex can be parcellated into multiple functional subfields, with each subfield making a distinct contribution to sound processing. For example, primary fields consisting of primary aud...
Marta Raposo
Marta Raposo
Published Erratum
Brain, behavior and evolution. 2025 Oct 8:1. DOI:10.1159/000548141 2025
Alexander Popov,Oleg Gorskii,Pavel Musienko
Alexander Popov
Introduction: Wet dog shake (WDS) is a motion in mammals and birds, consisting in vigorous and rapid rotations of the head and trunk around the spinal axis, which allows them to dry themselves. WDS requires fine balance c...
Zebrin II Expression in the Cerebellum of a Passerine Bird Species: Zebra Finch (Taeniopygia castanotis) [0.03%]
passerine鸟类（斑胸草雀）小脑中Zebrin II的表达模式研究
Douglas R Wylie,Cristián Gutiérrez-Ibáñez,Clara J J Vicera et al.
Douglas R Wylie et al.
Introduction: Zebrin II (ZII) is a glycolytic enzyme that is expressed in cerebellar Purkinje cells. In both mammals and birds, ZII is expressed heterogeneously, such that there are sagittal stripes of Purkinje cells with...