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Customer Article | Nature Neuroscience | Team Led by Yingjie Zhu at SIAT Reveals a Key "Gas-Brake" Mechanism in the Brain That Regulates Addiction

Customer Article | Nature Neuroscience | Team Led by Yingjie Zhu at SIAT Reveals a Key "Gas-Brake" Mechanism in the Brain That Regulates Addiction

Social status and sex influence METH-seeking via distinct dopamine pathways. Dominant males resist METH; females show high susceptibility regardless of rank.

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Mol. Psychiatry | Team Led by Miao He and Ling Gong Reveals Independent Circuits and Behavioral Regulation Mechanisms of Two Neuronal Subtypes in the Medial Mammillary Body

Mol. Psychiatry | Team Led by Miao He and Ling Gong Reveals Independent Circuits and Behavioral Regulation Mechanisms of Two Neuronal Subtypes in the Medial Mammillary Body

This study reveals CB⁺ and PV⁺ neuron subtypes in the medial mammillary body (MM), uncovering their distinct circuits and roles in behavior regulation.

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Client Publication | Advanced Science | Discovery of Glial Cell Interaction Mechanism in Depression by the Teams of Jin Yu and Yuqiu Zhang

Client Publication | Advanced Science | Discovery of Glial Cell Interaction Mechanism in Depression by the Teams of Jin Yu and Yuqiu Zhang

This study reveals how microglia-derived IL-6 induces astrocyte apoptosis in the hippocampus, driving anxiety- and depression-like behaviors in a CSDS model.

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Client Publication | Neuron | Liping Wang and Xuemei Liu’s Team at SIAT Uncovers Neural Mechanisms Behind Individual Differences in Innate Fear Responses

Client Publication | Neuron | Liping Wang and Xuemei Liu’s Team at SIAT Uncovers Neural Mechanisms Behind Individual Differences in Innate Fear Responses

Study reveals SC–VTA–BLA and SC/Insula–MD–BLA circuits regulate fear habituation and arousal in rodents facing repeated visual threats.

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