The embodied digital divide: how sensorimotor experience shapes touchscreen typing performance and strategy [0.03%]
身临其境的数字鸿沟：感觉运动体验如何形触摸屏打字表现和策略
Laila Craighero,Elisa Straulino,Alba Liso et al.
Laila Craighero et al.
This study investigated how divergent sensorimotor experiences interact with task intention to influence touchscreen typing performance, kinematics, and strategy in smartphone users. Building on principles of motor learning and embodied cog...
Catching small balls with a power grip and large balls with a precision grip: distinct roles for the reach and grasp [0.03%]
大球用精巧式抓握小球用功率式抓握：伸手和抓取的各自作用机制不同
Amirhossein Mazrouei,Youssef Ekladuce,Hardeep Ryait et al.
Amirhossein Mazrouei et al.
The dual visuomotor channel (DVC) theory proposes that reaching with a hand for an object is mediated by a reach channel that directs the hand in relation to spatial cues and a grasp channel that shapes the hand and fingers in relation to o...
Effects of action instruction source on the sense of agency: humans vs. artificial agents [0.03%]
行动指令来源对代理感的影响：人与人工智能的区别
Salina Edwards,Sukhvinder S Obhi
Salina Edwards
The sense of agency (SoA)-the experience of being in control of one's own actions and outcomes-is a fundamental aspect of daily life. Prior research shows that SoA can be disturbed when actions are externally instructed rather than voluntar...
Reduced cerebral blood flow does not alter concurrent or post-intervention inhibitory control: evidence from a 3-h head-down tilt protocol in healthy young adults [0.03%]
短暂性脑血流降低并不会改变健康青年的抑制控制能力：90°下头倾斜法研究证据
Chloe Edgar,James Van Riesen,Alma Rahimi et al.
Chloe Edgar et al.
A transient increase in cerebral blood flow (CBF) via exercise or hypercapnia has-in part-been linked to an executive function (EF) benefit. It is, however, unclear whether a transient reduction in CBF negatively impacts EF. In the present ...
Cortical excitation does not drive changes in skin sympathetic nerve activity during single-pulse transcranial magnetic stimulation in humans [0.03%]
单脉冲经颅磁刺激时皮层兴奋性不会引起自主神经皮肤交感神经活性的变化
Brendan McCarthy,Donggyu Rim,Gianni Sesa-Ashton et al.
Brendan McCarthy et al.
We have shown that single-pulse transcranial magnetic stimulation (TMS) of the dorsolateral prefrontal cortex (dlPFC) inhibits muscle sympathetic nerve activity. However, this was likely due to arousal caused by the TMS pulses themselves, r...
Parthenolide ameliorates bilirubin-induced neuronal cell injury by mediating autophagy [0.03%]
帕寻通过调控自噬改善胆红素致神经元细胞损伤
Junling Liu,Chunli Zhang,Yuanyuan Hu et al.
Junling Liu et al.
Unconjugated bilirubin (UCB) induces neurotoxicity in newborns, yet effective interventions remain limited. This study explores the neuroprotective role and mechanisms of parthenolide (PRT) using both in vivo and in vitro models. Primary ra...
Effects of age and mild cognitive impairment on postural control during lifting a load [0.03%]
年龄和轻度认知障碍对提举重物时姿势控制的影响
Tippawan Kaewmanee,Huaqing Liang,Katya Y Cruz Madrid et al.
Tippawan Kaewmanee et al.
Lifting everyday objects destabilizes the body and requires generation of anticipatory (APAs) and compensatory (CPAs) postural adjustments to maintain balance. Aging is associated with reduced efficiency of APA generation and greater relian...
Effects of eye cap occlusion on visual distance and fixating duration of pecking in pigeons [0.03%]
眼罩对鸽子啄食距离及注视时间的影响
Kenta Wada,Ei-Ichi Izawa
Kenta Wada
Avian pecking behavior in birds, analogous to reach-to-grasp in primates, is accompanied by unstable vision due to the co-location of the eyes and bills on the head. Fixation in birds, a brief pause during pecking, enables them to stabilize...
The role of auditory and haptic cues in object enumeration within containers [0.03%]
听觉和触觉线索在容器内物体数量估计中的作用
Ilja Frissen,Olga Sagou,Krista E Overvliet
Ilja Frissen
Everyday experience suggests that handheld containers convey auditory and haptic information about their contents. The primary objective of this study was to examine how these two sources of information interact. Across three experiments, p...
Using a self-modulated treadmill as a novel approach to study cognitive-motor and biomechanical outcomes during dual-task walking in individuals with and without lower limb loss [0.03%]
使用自我调节跑步机作为新颖方法研究下肢缺失个体和无下肢缺失个体在双任务步行过程中认知运动及生物力学结果
Emma P Shaw,Sarah R Bass,Jonathan R Gladish et al.
Emma P Shaw et al.
Combined examination of mental workload and biomechanics during dual-task walking in individuals with lower-limb loss is limited to fixed, but not self-modulated walking pace, for which the latter enables dynamic cognitive-motor behavior as...