The brain-limb axis: Elucidating CNS mediators of salamander limb regeneration [0.03%]
脑-肢体轴：阐明蝾螈肢体再生的中枢神经系统介导因素
Noah Lopez,S Y Celeste Wu,Jessica L Whited
Noah Lopez
Salamanders have the remarkable ability of regenerating complex tissues such as their limbs, brain, and spinal cord. While the requirement of nerve supply to the damaged tissue has been known for centuries, emerging work has emphasized the ...
Andrew H Bahle,Michael A Long
Andrew H Bahle
The relation between the vocal capacities of animals and those of humans is a long-standing topic of interest for scientists, philosophers, and lay people alike. While similar neural and physiological substrates underlie the production of v...
Sam Reiter
Sam Reiter
Cephalopod camouflage presents a longstanding paradox: many species appear to match the color of their surroundings, yet anatomical and behavioral evidence suggests they lack conventional color vision. Here I discuss behavioral, anatomical,...
Multi-ancestry studies in multi-omics of Alzheimer's disease: Recent insights and future directions [0.03%]
阿尔茨海默病多组学的多祖先研究：最新见解与未来方向
Dror Shir,Fatemeh Seifar,Nilüfer Ertekin-Taner
Dror Shir
The past decade of multi-omics studies revealed perturbations in genetic, epigenetic, transcriptomic, proteomic, and metabolic networks in Alzheimer's disease (AD) detected in brain, cerebrospinal fluid (CSF), and blood biospecimens. Intera...
Building brains, shaping behaviors: How developmental approaches illuminate the analysis of circuits and behavior [0.03%]
构建大脑，塑造行为：开发方法如何阐明回路和行为的分析
Anna Chrzanowska,Bassem A Hassan
Anna Chrzanowska
Developmental processes define the parameters of neural circuits and restrict the range of possible behaviors. Here, we briefly highlight how the developmental perspective can enrich our understanding of behavior, illustrating with select e...
Margarita V Brovkina,E Josephine Clowney
Margarita V Brovkina
Across diverse animals, sex differentiation generates distinct patterns of innate social behaviors. The neural circuits underlying these behaviors are 'hard-wired', with neuronal development programs ensuring the same circuit wiring across ...
Tessa G Montague,Sarah D Kocher
Tessa G Montague
The early decades of neuroscience drew inspiration from the rich diversity of animal life, but in recent years, the field has converged on a narrow set of canonical models. These organisms provide access to a wealth of scientific tools, a l...
The behavior biopsy: Interpreting animal behavior as embodied, situated, and hierarchical [0.03%]
行为活检：将动物行为解释为具身的、情境化的和分层的
Andy Bonnetto,Sepideh Mamooler,Chengkun Li et al.
Andy Bonnetto et al.
Understanding animal behavior requires moving beyond specialized assays toward comprehensive assessment. We propose that behavior emerges from three fundamental principles: it is embodied, situated, and hierarchical. While this has been app...
The sensory and neuronal mechanisms underlying long-distance migration in insects [0.03%]
昆虫长距离迁徙的感知和神经机制
Basil El Jundi,Eric Warrant
Basil El Jundi
Many animals, such as birds and bats, are capable of migrating over vast distances to specific destinations. Remarkably, even insects such as the North American Monarch butterfly and the Australian Bogong moth undertake similarly long-dista...
Cortical circuits for whisker sensory perception-From barrel columns to brain-wide interactions [0.03%]
参与触须感觉知觉的皮层环路——从 barrels 域到全脑相互作用
Carl C H Petersen
Carl C H Petersen
The sense of touch provides spatial and textural information but how tactile input is integrated with motor signals and selectively processed for adaptive behavior remain incompletely understood. Here, I review neuronal circuits contributin...