Alessandro Benedetto,Martina Poletti
Alessandro Benedetto
Despite the phenomenological experience of vision being stable and uniform in both space and time, our visual system constructs this representation from markedly inhomogeneous spatial and temporal structures. While considerable progress has...
Xiang Yu
Xiang Yu
Autism spectrum disorder is a heterogeneous condition marked by social communication difficulties and restricted/repetitive behaviors. Although major progress has been made over the past two decades in understanding its genetics and molecul...
V Angelique Allen,Cristopher M Niell
V Angelique Allen
Computational models of visual system function are largely based on the mammalian visual hierarchy, as the exemplar of a large complex visual system. However, the cephalopod visual system provides an intriguing alternative model for vision;...
The neuromechanics of natural behavior: Insights from jellyfish-fluid interactions [0.03%]
自然行为的神经力学：水母与流体相互作用带来的启示
Alexander P Hoover,Shir R Maimon,Ryan Lu et al.
Alexander P Hoover et al.
Recent technical breakthroughs allow for mechanistic studies of increasingly diverse organisms, making this an exciting time for comparative neuroscience. Marine organisms offer unique opportunities to examine how nervous systems are shaped...
Dissecting the pathological basis of brain disorders with genetically encoded fluorescent neurochemical sensors [0.03%]
利用基因编码的荧光神经化学传感器剖析脑部疾病的病理基础
Peilin Yang,Jianbo Zhao,Lei Wang et al.
Peilin Yang et al.
Brain disorders exhibit profound spatiotemporal complexity, involving intricate disruptions in synaptic transmission and neurochemical signaling. A precise understanding of these dynamic processes is crucial for developing effective therape...
The embodied brain: Bridging the brain, body, and behavior with biorealistic neuromechanical models [0.03%]
具身化的大脑：用生物现实主义神经力学模型连接大脑、身体和行为
Sibo Wang-Chen,Pavan Ramdya
Sibo Wang-Chen
Animal behavior reflects interactions between the nervous system, body, and environment. Therefore, biomechanics and environmental context must be considered to understand algorithms for behavioral control. Computational models that embed a...
Toward an integrative multiscale framework of internal state and context dependent sensory coding and behavior [0.03%]
迈向整合的多尺度框架：内部状态和环境依赖的感觉编码和行为
Utsab Majumder,Ilona C Grunwald Kadow
Utsab Majumder
Animals exhibit remarkable flexibility in their behavior. Such adaptability is tuned by integrating evolving physiological internal states, external contexts, and previous experiences. In this review, we aim to summarize recent findings on ...
Shinichiro Kira,Stefano Panzeri
Shinichiro Kira
Context-dependent decision-making enables flexible behavior by allowing identical sensory inputs to guide different actions depending on memory, rules, or goals. Recent advances in large-scale neural recordings have shifted the focus from s...
Beau A Alward,Michael F Wells
Beau A Alward
Social dysfunction is a prominent feature of many neuropsychiatric conditions, yet its biological basis remains incompletely understood. Progress has been limited in part by the difficulty of experimentally linking genes, circuits, and horm...
On aims and methods in field neuroethology: Investigating neural mechanisms of behavior in semi-natural and natural contexts [0.03%]
野外神经行为生态学的目标与方法：在半自然和自然环境中研究行为的神经机制
Caleb C Vogt,Sophia G Lorman,Zoe R Donaldson
Caleb C Vogt
Traditional laboratory assays are limited in capturing the full range of evolved brain function, particularly in the domain of social behavior. While laboratory approaches offer control and causal precision, they constrain how animals inter...