A non-canonical top-down pathway regulating relapse to opioid
Jing Liu, Ruo-Song Chen, Ru-Feng Ye…·Jing‐Gen Liu
This study identifies a non-canonical top-down pathway involving RSGGlu-Cckbr-ZIGABA circuit that regulates relapse to opioid.
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Huawei Technologies (China)ORCID 0000-0001-5470-7376Unclaimed ORCID profile · follow to get notified of new preprints
3 papers
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Jing Liu, Ruo-Song Chen, Ru-Feng Ye…·Jing‐Gen Liu
This study identifies a non-canonical top-down pathway involving RSGGlu-Cckbr-ZIGABA circuit that regulates relapse to opioid.
Denghui Liu, Chi Xu, Wenjun He…·Nan Qiao
AutoGenome is an automated deep learning framework for genomic profiling data that uses a residual fully-connected neural network and AutoML to train high-performance models.
Lei Zhang, Wen Shen, Ping Li…·Nan Qiao
AutoGGN integrates multi-omics data and molecular interaction networks using graph convolutional neural networks, achieving better performance in cancer and single-cell classification tasks.