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半夏厚朴湯이 생쥐의 심리적 스트레스에 미치는 영향과 유전자 분석

Effect of Banhahoobak-tang (Banxiahoupo-tang) Extract (BHTe) on Psychological Stress

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Objectives: Banhahoobak-tang has been used to treat plum-pit qi, chest and hypochondriac distension,moist or greasy tongue coat, and wiry slow or wiry slippery pulse. It might be used to controlcoughing and vomiting. We observed that Banhahoobak-tang extract (BHTe) had anti-psychologicalstress effect. The objective of this study was to determine the effect of BHTe on restoring the transcriptionalregulation of genes related to psychological stress. Methods: After giving psychological stress to mice, BHTe was orally administered at 100 mg/kg/day forfive days. After extracting whole brain tissue from the mice, the gene expression changes were determinedby microarray. Transcription factor binding site (TFBS) analysis showed up- and down-regulatedgenes related to psychological stress were protected by BHTe and segregated according to thestructure of TFBS. We performed text based Pubmed search to select significant target genes involvedin psychological stress affected by BHTe. Results: 1. Serum corticosterone level was decreased in the BHTe administered group, although thepsychological stress was increased. 2. The BHTe administered group had no significant change in noradrenalinecontent in brain tissue, but the psychological stress group had decreased level. 3. The BHTeadministered group had increased time of staying at open-arm than the psychological stress group. 4. Microarray revealed that TANK and RARA genes were up-regulated genes while AES, CDC42, FOS,NCL, and PVR were down-regulated genes by psychological stress but restored by BHTe.

Abstract

Objectives: Banhahoobak-tang has been used to treat plum-pit qi, chest and hypochondriac distension,moist or greasy tongue coat, and wiry slow or wiry slippery pulse. It might be used to controlcoughing and vomiting. We observed that Banhahoobak-tang extract (BHTe) had anti-psychologicalstress effect. The objective of this study was to determine the effect of BHTe on restoring the transcriptionalregulation of genes related to psychological stress. Methods: After giving psychological stress to mice, BHTe was orally administered at 100 mg/kg/day forfive days. After extracting whole brain tissue from the mice, the gene expression changes were determinedby microarray. Transcription factor binding site (TFBS) analysis showed up- and down-regulatedgenes related to psychological stress were protected by BHTe and segregated according to thestructure of TFBS. We performed text based Pubmed search to select significant target genes involvedin psychological stress affected by BHTe. Results: 1. Serum corticosterone level was decreased in the BHTe administered group, although thepsychological stress was increased. 2. The BHTe administered group had no significant change in noradrenalinecontent in brain tissue, but the psychological stress group had decreased level. 3. The BHTeadministered group had increased time of staying at open-arm than the psychological stress group. 4. Microarray revealed that TANK and RARA genes were up-regulated genes while AES, CDC42, FOS,NCL, and PVR were down-regulated genes by psychological stress but restored by BHTe.

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