Schmid D W, Girou C
J Neurochem. 1987 Jan;48(1):307-12. doi: 10.1111/j.1471-4159.1987.tb13163.x.
With the aim of selecting cDNA sequences expressed in neurons utilizing exclusively cholinergic synaptic transmission, cDNA derived from Torpedo electric lobe was cloned and screened by hybridization with probes originating from another brain region known for its low content of cholinergic neurons (cerebellum) and a nonneuronal tissue (muscle). This method led to the isolation of 18 clones among 3,200 showing no hybridization with probes other than those derived from electric lobe. These clones can therefore be considered to represent sequences involved in the expression of cholinergic function in neurons.
为了筛选仅利用胆碱能突触传递在神经元中表达的cDNA序列,从电鳐电叶中提取的cDNA,用源自胆碱能神经元含量低的另一个脑区(小脑)和非神经元组织(肌肉)的探针进行杂交克隆和筛选。该方法在3200个克隆中分离出18个,这些克隆除了与源自电叶的探针杂交外,不与其他探针杂交。因此,这些克隆可被认为代表了参与神经元胆碱能功能表达的序列。