京都大学大学院医学研究科
高次脳科学講座 神経生物学分野

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Neuroscience 2025 by SfN

2025.11.11

Neuroscience 2025 (2025/11/14-19) will be held at San Diego Convention Center.

There are 11 poster presentations from our lab.

If you will be there, please go and check!

PresenterPresentation NumberSession DateSession Time (Core Time)Title
Longxiang ZhangPSTR 070.1311/168:00-12:00 (8:00-9:00)Motor recovery and corticospinal plasticity induced by repetitive transcranial magnetic stimulation after severe spinal cord injury in macaques
Ziguo LanPSTR 057.2211/168:00-12:00 (9:00-10:00)Disc1-deficient macaque model: a novel platform for dissecting the neurobiological basis of psychiatric pathophysiology via multidimensional analyses
Xiyao YuPSTR 088.2211/168:00-12:00 (9:00-10:00)Dissociating Visual Discrimination and Confidence in the Prefrontal Cortex of Macaques
Reona YamaguchiPSTR 070.0811/168:00-12:00 (11:00-12:00)Large-scale plasticity associated with motor recovery from severe spinal cord injury in macaques
Masanobu IshioPSTR 136.0911/1613:00-17:00 (13:00-14:00)Optogenetic manipulation of VTA-OFC circuit underlying imbalance of reward prediction error in risk-return decision-making
Wajd AmlyPSTR 160.0111/178:00-12:00 (8:00-9:00)Progressive Saccadic Reaction Time Impairments in Marmosets Following α-Syncline-Induced Synucleinopathy
Kuan-Ting HoPSTR 225.0511/1713:00-17:00 (13:00-14:00)Expected foveation of target stimuli drives large-scale traveling waves across the visual cortices in primates
Kaoru IsaPSTR 234.0911/1713:00-17:00 (13:00-14:00)Neural mechanism of retrospective fear induced by avoiding response to the optogenetic activation of collicular defense pathway
Stefan PeydaPSTR 335.1311/1813:00-17:00 (13:00-14:00)A Synthetic Synapse Organizer Rescues Hand Dexterity and Induces Corticospinal Plasticity in Spinal Cord Injured Macaques
Masahiro MitsuhashiPSTR 332.1411/1813:00-17:00 (14:00-15:00)Effects of rTMS on cortical evoked potentials and motor-related dynamics: a TMS-ECoG study in primates
Yiping SunPSTR 343.0311/1813:00-17:00 (15:00-16:00)Inactivation of caudal pontine reticular nucleus (PnC) impairs hand dexterity in reach-and-grasp tasks in non-human primates

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