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Literature Insight | Neuroscience Bulletin | Fuqiang Xu, Pengjie Wen, and Jie Wang Reveal a Non-spinal Bladder–Brain Vagal Neural Pathway

This study identifies a non-spinal bladder–brain vagal pathway that transmits inflammatory signals and maintains bladder homeostasis, revealed by viral tracing , DREADD-fMRI and Immunohistochemistry.

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Customer Article | Nature Communications | Teams led by Zhi Zhang, Xia Zhu, and Wei Wang at USTC reveal how the nose–brain axis regulates behavioral responses to rancid odors

A Nature Communications study reveals a dual nose–brain axis in mice, showing how spoiled food odors activate distinct neural circuits to drive retching-like behavior and aversion.

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Client Article | Molecular Psychiatry | Zhejiang University Team Reveals That Gut Microbiota Contribute to the Pathology of Bipolar Depression by Regulating Synaptic Plasticity and Dopamine Transmission in the VTA–mPFC Pathway

Gut microbiota from bipolar disorder patients disrupts the VTA–mPFC dopamine pathway, impairing synaptic plasticity and inducing depression-like behaviors.

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Client Article | Neuron | Prof. Jingdun Xie’s Team at Sun Yat-sen University Decodes PDAC Comorbidity: How the Tumor–Metabolism–Neuron Axis Drives Pain and Depression

This study reveals how tumor-derived SAM and METTL14-driven m⁶A modification rewire LPBN neural circuits to drive pain–depression comorbidity in PDAC.

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Literature Insight | Neuroscience Bulletin | Fuqiang Xu, Pengjie Wen, and Jie Wang Reveal a Non-spinal Bladder–Brain Vagal Neural Pathway

Customer Article | Nature Communications | Teams led by Zhi Zhang, Xia Zhu, and Wei Wang at USTC reveal how the nose–brain axis regulates behavioral responses to rancid odors

Client Article | Molecular Psychiatry | Zhejiang University Team Reveals That Gut Microbiota Contribute to the Pathology of Bipolar Depression by Regulating Synaptic Plasticity and Dopamine Transmission in the VTA–mPFC Pathway

Client Article | Neuron | Prof. Jingdun Xie’s Team at Sun Yat-sen University Decodes PDAC Comorbidity: How the Tumor–Metabolism–Neuron Axis Drives Pain and Depression

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