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Visceral Pain in Pancreatitis: Ting Xu's Team at Sun Yat-sen University Reveals a Novel Brain-Pancreas Sensory Conduction Pathway

This study identifies a vagus nerve-mediated pancreas-brain pathway (pancreas→NGTRPV1→NTSGlu→PVNGlu) that transmits visceral pain in acute pancreatitis.

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Client Article | Neuron | Professor Tianle Xu from Shanghai Jiao Tong University and Professor Juan Song from UNC Unveil the Precise Neural Mechanisms of Circadian Feeding Regulation in Mice

Prof. Tianle Xu's team reveals a novel MPOA-vHPC NPY-INs-vSub circuit that regulates circadian feeding rhythms in mice, offering new insights into feeding regulation mechanisms.

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Client Article | Cell Stem Cell | Team of Weixiang Guo at the Chinese Academy of Sciences Uncovers Key Neural Mechanisms Linking Auditory Loss to Cognitive Decline

This study reveals how hearing loss impairs hippocampal neurogenesis and cognition via weakened PnCvGluT2→LCNE input, and how activation can rescue these deficits.

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Client Article | Neuron | Reveals the Molecular Mechanism of Astrocytic H3R Regulation of Anxiety Behavior via GABA Signaling

This study reveals how anxiety information is encoded within the histamine system and the role of pathway-specific TMN-vCA1 histaminergic astrocytic signaling in regulating anxiety-related behavior.

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CUSTOMER SUPPORT

Visceral Pain in Pancreatitis: Ting Xu's Team at Sun Yat-sen University Reveals a Novel Brain-Pancreas Sensory Conduction Pathway

Client Article | Neuron | Professor Tianle Xu from Shanghai Jiao Tong University and Professor Juan Song from UNC Unveil the Precise Neural Mechanisms of Circadian Feeding Regulation in Mice

Client Article | Cell Stem Cell | Team of Weixiang Guo at the Chinese Academy of Sciences Uncovers Key Neural Mechanisms Linking Auditory Loss to Cognitive Decline

Client Article | Neuron | Reveals the Molecular Mechanism of Astrocytic H3R Regulation of Anxiety Behavior via GABA Signaling

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