JNP
@JNeurophysiol
JNP is the Journal of #Neurophysiology--a multidisciplinary #neuroscience journal and leading source of original research. An @APSPhysiology journal. 🧠
📢 Now accepting applications for Editor-in-Chief of the Journal of Neurophysiology! 📅Deadline: Aug 15, 2025. Lead the future in #neurophysiology — apply now! 🔗ow.ly/CZcF50Wm1ar #JNeurophysiol

🔎Research in Focus Friday!🔎Did the mechanisms for orientation selectivity evolve along the same lines in eutherians and metatherians? (Kerstin Erika Schmidt et al.) ow.ly/N4lM50Wm144 #ReceptiveField #DorsalLateralGeniculateNucleus #PrimaryVisualCortex

🆕 New research: Reverse correlation can work in psychophysics with natural scenes—if key caveats are addressed. Ignoring them risks misinterpreting how humans perceive complex visual input. ow.ly/X0YM50WmyBY

🎙️ Happy Friday!🚨 Véronique Marchand-Pauvert discusses how early H-reflex elevation—even before denervation—reveals synaptic changes in #ALS. Could this measurable reflex be a future biomarker in clinical trials? 🎧 Listen: ow.ly/RfMK50WlEw7



There's new info about #movement in this #ArticleinPress, Modulation of persistent inward currents in alpha motoneurons with joint angle depends on #muscle length (Valentin Goreau et al. @NantesUniv): ow.ly/EPmh50WtYTC

🧠 Introducing neuroCSF! This novel #fMRI-based method estimates #ContrastSensitivityFunction (CSF) across the visual field, providing voxel-wise measurements from brain activity. Potential applications for disorders like amblyopia & TBI. ow.ly/Nbyn50Wmy3C #VisualPerception

How does your age affect #processing? Find out in this #ArticleinPress, Aging alters face expressions processing and recognition: insights on possible #neural mechanisms (Francesca Ginatempo et al. @unissTweet): ow.ly/RBEl50WsHTv

New research in #JNeurophysiol➡️ "A mean field theory for pulse-coupled neural oscillators based on the spike time response curve" by Carmen C. Canavier ow.ly/V8FZ50WmxOi #PhaseResetting #PhaseResponse #oscillations

🔎Research in Focus Friday!🔎"The auditory and visual inferior colliculus" by Corey J. Roach et al. ow.ly/o2wO50Wm0S4 #InferiorColliculus #Audiovisual #multisensory #AuditoryLocalization

🧠 New Episode! 🎙️Discover how Aβ drives hyperexcitability in Alzheimer’s—via a surprising player: the T1R2/T1R3 taste receptor. Patch-clamp insights, novel targets, and new hope for AD treatment. 🎧 Listen: ow.ly/5Mq950WlEhT #AlzheimersDisease #PatchClamp


Check out some muscle #fatigue info in this #ArticleinPress, The effects of medial gastrocnemius muscle fatigue on regional modulation of the ankle #plantarflexors during standing external perturbations (Nicole D. Grzywnowicz et al. @WesternU ): ow.ly/1zyu50WqwbX

What #sensory info can we learn from this @CambPsych #ArticleinPress? Divisive attenuation based on noisy sensorimotor predictions accounts for excess variability in self-touch (Nicola Valè et al.): ow.ly/rmSg50Wp8AW

📢 Now accepting applications for Editor-in-Chief of the Journal of Neurophysiology! 📅Deadline: Aug 15, 2025. Lead the future in #neurophysiology — apply now! 🔗ow.ly/cqLX50Wm16J #JNeurophysiol #Neurophysiology

🔎Research in Focus Friday!🔎Age-specific generalization in walking adaptation: the role of training speed by Cris Rossi ow.ly/HGC350Wm0N0 #MotorLearning #SensorimotorAdaptation

🚨 New Podcast! 🎙️@Alex_M_Zero breaks down their latest study: “Without visual feedback, voluntary torque is overestimated during muscle potentiation…” Learn how vision shapes #MotorControl, & why your 🧠 might be working harder than you think. 🎧 → ow.ly/W1l550WlCWO


Find out more about #motor skills in this @BMI_WesternU #ArticleinPress, A paradigm to study the learning of #muscle activity patterns outside of the natural repertoire (Ali Ghavampour et al.): ow.ly/Cr1k50WmYvt

New 📄 co-authored by @deanjgarland in @Jneurophysiol: ‘The effects of medial gastrocnemius muscle fatigue on regional modulation of the ankle plantarflexors during standing external perturbations’ @westernuSPT 🔓 doi.org/10.1152/jn.001…
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. ow.ly/b0ba50Wm1nL #AmyloidBetaPeptide #VoltageGatedSodiumChannels

What's that smell? It's today's #ArticleinPress! Out of @Cornell, it's #Odor encoding by fine-timescale spike synchronization patterns in the #olfactory bulb (Jesse C. Werth et al.): ow.ly/bB6u50WlFs0

Why Publish with Purpose in @APSPublications? We support authors! ✨NEW APS BioRender Pilot Program✨ provides APS authors access to premium image tools at no cost. Let us help you communicate your science 🎨ow.ly/Ghby50WmijP