中国科学院视觉信息加工重点实验室基金(891705)项目和教育部2001年重点项目.
This work was supported by grants from the Foundation of Laboratory Visual Information Processing of CAS (891705) and Education Ministry Important Project in 2001.
鸣禽受到声音信号的刺激或自身表现出发声行为时,脑内即刻早期基因(immediate early gene,IEG)能迅速被激活而表达.其中zenk、c-fos和c-jun表达的脑区及水平与鸟在鸣唱时神经元的活动区域及活动程度相一致,暗示IEG在鸣禽发声学习记忆中起重要作用.
On the basis of the recent reports, immediate early gene (IEG) can be rapidly induced and expressed when a songbird is either stimulated by bird-song or in its vocal-behavior. The expression area and level in brain of IEG, such as zenk, c-fos and c-jun, are corresponding to where the neurons are related, as a songbird is stimulated, suggesting that IEG plays an important role in vocal learning and memory.
赵静,李东风.鸣禽发声学习记忆与即刻早期基因[J].生物化学与生物物理进展,2002,29(2):173-176
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