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Nature Methods | CaBLAM: A Novel Long-Term Bioluminescent Calcium Indicator Without Excitation Light

CaBLAM is ideal for long-term monitoring of neuronal activity (e.g., learning and memory), imaging in freely behaving animals, and photosensitive samples.

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Client Article | Cell Reports | The team of Mian Peng and Xiang Li from Zhongnan Hospital, Wuhan University, reveals that dexmedetomidine inhibits fear memory consolidation via the astrocyte-specific Srebf1-Phgdh pathway.

Dexmedetomidine reduces D-serine-related synaptic stability in astrocytes, weakening fear memory consolidation and alleviating PTSD-like behaviors in mice.

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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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Nature Reviews Neurosci: A Summary of Astrocyte-Specific Targeting and Manipulation Tools!

Explore how tools like DREADDs, LiGluR, and Channelrhodopsin are advancing astrocyte calcium signaling research and its impact on neuroglial interactions and behavior.

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CUSTOMER SUPPORT

Nature Methods | CaBLAM: A Novel Long-Term Bioluminescent Calcium Indicator Without Excitation Light

Client Article | Cell Reports | The team of Mian Peng and Xiang Li from Zhongnan Hospital, Wuhan University, reveals that dexmedetomidine inhibits fear memory consolidation via the astrocyte-specific Srebf1-Phgdh pathway.

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

Nature Reviews Neurosci: A Summary of Astrocyte-Specific Targeting and Manipulation Tools!

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