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...
Identification of "spinal enlargements" correlating with paired and unpaired fins in zebrafish [0.03%]
斑马鱼配对和不对称鳍相关脊髓增大的鉴定
Ryo Takaoka,Hanako Hagio,Naoyuki Yamamoto
Ryo Takaoka
Cervical and lumbar enlargements involving several spinal segments are present in the spinal cord of tetrapods, reflecting the heavy motor and sensory innervation of limbs. Such spinal enlargements are not apparent in teleost fishes. Howeve...
A rose in any other context: Context alters the responses of both birds and rodents to novel objects [0.03%]
语境改变鸟类和啮齿动物对新异物体的反应
Chelsey C Damphousse,Kruti Joshi,Jana Abu-Alhaija et al.
Chelsey C Damphousse et al.
The detection of novelty is a cognitive ability that is fundamental to survival. Following detection, a decision must be made to either approach (neophilia) or avoid (neophobia) the novel stimulus. The tendency to choose one strategy over t...
Embryonic development of the inner ear of the catshark Scyliorhinus canicula [0.03%]
星鲨(Scyliorhinus canicula)内耳胚胎发育的研究
Isabel Rodríguez-Moldes,Santiago Pereira-Guldrís
Isabel Rodríguez-Moldes
Introduction: The inner ear is a complex three-dimensional structure responsible for the detection of sound, balance and acceleration. Detailed knowledge about the development of the inner ear of gnathostomes (jawed verte...
Allometric Brain Development and Neuroecological Adaptations in Juvenile and Adult Raja polistigma [0.03%]
鼠𬶮亚成体和成体的大脑生长发育及其神经生态适应性
Riccardo Porceddu,Cristina Porcu,Saturnino Spiga et al.
Riccardo Porceddu et al.
Chondrichthyans represent some of the earliest diverging lineages of jawed vertebrates, making them valuable models for studying vertebrate evolution. Many studies have explored how variations in brain anatomy relate to behaviour and ecolog...
Evolutionary Expression of the Otp Transcription Factor in the Alar Hypothalamus: Implications for Amygdala Formation Across Vertebrates [0.03%]
转录因子OTP在嗅背核的演化表达及其对脊椎动物杏仁体形成的启示
Daniel Lozano,Ruth Morona,Adrián Chinarro et al.
Daniel Lozano et al.
This study analyzes the expression of the transcription factor Orthopedia (Otp) in the alar hypothalamus and its evolutionary relationship with the amygdaloid complex. Using immunofluorescence analysis in several representative vertebrates,...
Strain-specific differences in cerebellar anatomy between laboratory and wild rats [0.03%]
实验鼠和野生鼠小脑解剖的菌株特异性差异
Renata Waner-Mariquito,Lauren A Williams,Rachel A Stark et al.
Renata Waner-Mariquito et al.
Introduction: Domestication and subsequent breed selection has significantly changed the phenotype of most domesticated animal species. Not only has their external appearance changed, in many species, the brain, and indiv...