Identification of long non coding RNAs associated with self-renewal capacity of rat neural stem cells exposed to sevoflurane

To identify the differential porfile of long non coding RNAs in neural stem cells exposed to sevoflurane compared with control gas(21% oxygen,5%CO2,),We employed the rat long non-coding RNA array as a discovery platform to identify genes with potential to regulate self-renewal capacity of rat neural stem cells exposed to sevoflurane.为对比七氟烷暴露组神经干细胞与对照气体组（21%氧气、5%二氧化碳）的长链非编码RNA（long non-coding RNA）差异表达谱，本研究采用大鼠长链非编码RNA芯片作为筛选平台，以识别具备调控七氟烷暴露大鼠神经干细胞自我更新能力潜力的基因。