Journal of Neurophysiology

Journal of Neurophysiology The Journal of Neurophysiology--a multidisciplinary neuroscience journal and leading source of original research for neuroscientists.

A leading source of original research about the nervous system. Read the journal online at: http://www.physiology.org/journal/jn

Find out more about skills in this Brain and Mind , A paradigm to study the learning of activity patterns outside o...
07/10/2025

Find out more about skills in this Brain and Mind , A paradigm to study the learning of activity patterns outside of the natural repertoire (Ali Ghavampour et al.):

https://ow.ly/zM2650WmYuj

New research ➡️"Discovery of the Aβ receptor that controls the voltage-gated sodium channel activity: unraveling mechani...
07/09/2025

New research ➡️"Discovery of the Aβ receptor that controls the voltage-gated sodium channel activity: unraveling mechanisms underlying neuronal hyperexcitability" by Mitsuyoshi Luke Saito et al.

https://ow.ly/gQjl50Wm1nM

What's that smell? It's today's ! Out of Cornell University, it's encoding by fine-timescale spike synchronization pa...
07/08/2025

What's that smell? It's today's ! Out of Cornell University, it's encoding by fine-timescale spike synchronization patterns in the bulb (Jesse C. Werth et al.):

https://ow.ly/zEBS50WlFs1

🚨 New Episode Alert! 🚨 Coauthors Dr. Song & Dr. Lanctôt give a snapshot of their 📃, "Vascular Endothelial Growth Factor ...
07/03/2025

🚨 New Episode Alert! 🚨 Coauthors Dr. Song & Dr. Lanctôt give a snapshot of their 📃, "Vascular Endothelial Growth Factor and Regional Cerebral Blood Flow in Early ." 🧠💧

https://ow.ly/Fyqs50WkB9o

What exciting new information can we learn from these The University of Texas at Austin authors in this ? Motor sequenc...
07/03/2025

What exciting new information can we learn from these The University of Texas at Austin authors in this ? Motor sequence learning elicits mu peak-specific corticospinal plasticity (Tharan Suresh et al.):

https://ow.ly/jnum50WjHlp

Monkeys can feel the too! Read about it in this UNAM Universidad Nacional Autónoma de México , Flexible tapping synch...
07/01/2025

Monkeys can feel the too! Read about it in this UNAM Universidad Nacional Autónoma de México , Flexible tapping synchronization in : dynamic switching of timing strategies within rhythmic sequences (Ameyaltzin Castillo-Almazán et al.):

https://ow.ly/bxB150Wil1F

🧠💤🛏️📢 is looking for your papers on the understanding of genetic, molecular, cellular, and physiological aspects of sl...
06/30/2025

🧠💤🛏️📢 is looking for your papers on the understanding of genetic, molecular, cellular, and physiological aspects of sleep and !

🖱️https://ow.ly/9jE250VS7rY

We're learning about the system in today's thanks to a Université de Lille duo, Ineffective cues for contextual sacc...
06/26/2025

We're learning about the system in today's thanks to a Université de Lille duo, Ineffective cues for contextual saccade adaptation (Maxime Martel and Laurent Madelain):

https://ow.ly/R1TH50Wg40E

Check out this new University of Rochester - Biomedical Engineering , Systemic Calcitonin Gene-Related Peptide (CGRP) m...
06/24/2025

Check out this new University of Rochester - Biomedical Engineering , Systemic Calcitonin Gene-Related Peptide (CGRP) modifies auditory and vestibular end organ electrical potentials, and increases sensory hypersensitivities (Shafaqat M. Rahman et al.):

https://ow.ly/wOKt50WeITt

🧠Explore the uniqueness of the human brain in on Human Cellular Neuroscience! What sets our brains apart? Submit your...
06/23/2025

🧠Explore the uniqueness of the human brain in on Human Cellular Neuroscience! What sets our brains apart? Submit your research today!

👉https://ow.ly/jxFP50VS7eh

🧠 New research highlights how gripping actions influence daily tasks, medical diagnostics, and decision-making! Reward c...
06/20/2025

🧠 New research highlights how gripping actions influence daily tasks, medical diagnostics, and decision-making! Reward cues boost effort & vigor.

https://ow.ly/AoKL50VS6GO

-mar

Find out why it's so hard to make decisions during time limits in this University of Delaware , under time pressure a...
06/19/2025

Find out why it's so hard to make decisions during time limits in this University of Delaware , under time pressure arises from suboptimal switching behaviour (Seth R. Sullivan et al.):

https://ow.ly/ku9850WbA63

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