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SR1 a Mouse Odorant Receptor with an Unusually Broad Response Profile

机译:SR1具有异常广泛的响应配置文件的鼠标气味受体

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摘要

The current consensus model in mammalian olfaction is that the detection of millions of odorants requires a large number of odorant receptors (ORs) and that each OR interacts selectively with a small subset of odorants, which are typically related in structure. Here, we report the odorant response properties of an OR that deviates from this model: SR1, a mouse OR that is abundantly expressed in sensory neurons of the septal organ and also of the main olfactory epithelium. Patch-clamp recordings reveal that olfactory sensory neurons (OSNs) that express SR1 respond to many, structurally unrelated odorants, and over a wide concentration range. Most OSNs expressing a gene-targeted SR1 locus that lacks the SR1 coding sequence do not show this broad responsiveness. Gene transfer in the heterologous expression system Hana3A confirms the broad response profile of SR1. There may be other mouse ORs with such broad response profiles.
机译:当前哺乳动物嗅觉的共识模型是,数百万种气味剂的检测需要大量的气味受体(OR),并且每个OR与一小部分的气味剂选择性地相互作用,这些气味剂通常在结构上相关。在这里,我们报告了一个不同于该模型的OR的气味响应特性:SR1,一种在间隔器官和主要嗅觉上皮的感觉神经元中大量表达的小鼠OR。膜片钳记录显示,表达SR1的嗅觉神经元(OSN)在许多浓度范围内对许多与结构无关的气味有反应。表达缺少SR1编码序列的基因靶向SR1基因座的大多数OSN并不显示这种广泛的响应能力。异源表达系统Hana3A中的基因转移证实了SR1的广泛反应。可能还有其他具有如此宽泛响应曲线的鼠标OR。

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