Mechanisms of Etomidate Addiction and Neuro-Hepatic Toxicity: Molecular Pathway Analysis Based on Multi-Omics Integration.

Gaolin Zheng; Xinyan Yang; Yinyu Chen; Taichun Liu; Ting Wang; Mingjing Wu; Mengyu Chen; Peng Zhang; Qianyun Nie

doi:10.1021/acs.jproteome.5c01275

SCHEDA SCIENTIFICA2026Altra ricerca

Mechanisms of Etomidate Addiction and Neuro-Hepatic Toxicity: Molecular Pathway Analysis Based on Multi-Omics Integration.

Gaolin Zheng, Xinyan Yang, Yinyu Chen, Taichun Liu, Ting Wang, Mingjing Wu, Mengyu Chen, Peng Zhang, Qianyun Nie

Journal of proteome research · 2026

Neuroscienze

Abstract e pubblicazione originale

L’abstract è consultabile nella fonte originale. Non viene ripubblicato qui perché non risulta verificata una licenza compatibile.

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Parole chiave

AnimalsEtomidateMiceProteomicsLiverMetabolomicsMultiomicsMaleBrainPrefrontal CortexMice, Inbred C57BLSubstance-Related DisordersSignal Transductionaddictionetomidatemetabolomicsproteomicstoxic injury

Come citare questo studio

Gaolin Zheng, Xinyan Yang, Yinyu Chen, Taichun Liu, Ting Wang, Mingjing Wu, Mengyu Chen, Peng Zhang, Qianyun Nie. (2026). Mechanisms of Etomidate Addiction and Neuro-Hepatic Toxicity: Molecular Pathway Analysis Based on Multi-Omics Integration.. Journal of proteome research. DOI: 10.1021/acs.jproteome.5c01275

Consulta la pubblicazione originale ↗