Johnston R E
Department of Psychology, Cornell University, Ithaca, New York 14853, USA.
Ann N Y Acad Sci. 1998 Nov 30;855:333-48. doi: 10.1111/j.1749-6632.1998.tb10592.x.
The functions of the vomeronasal and olfactory systems are evaluated within the broad context of chemical communication in mammals. Five main points are stressed. First, there are a variety of types of chemical signals, ranging from classic pheromones to odor quality signals, all of which are important for communication. Second, the vomeronasal organ is primarily responsible for mediating responses to some, but by no means all, pheromone-like signals. Third, the olfactory system mediates responses to some pheromone-like signals. Fourth, the vomeronasal system mediates some responses to odor quality signals. Thus, not all receptors in the vomeronasal organ are involved in detection of pheromones. Fifth, the vomeronasal and olfactory systems often interact to mediate responses to odor signals. In sum, it is important to maintain a broad, balanced view and to avoid oversimplifications if we are to advance our understanding of the sensory mechanisms underlying responses to chemical signals and other odors.
在哺乳动物化学通讯的广泛背景下,对犁鼻器和嗅觉系统的功能进行了评估。强调了五个要点。第一,存在多种类型的化学信号,从经典信息素到气味质量信号,所有这些信号对于通讯都很重要。第二,犁鼻器主要负责介导对一些但绝不是所有类信息素信号的反应。第三,嗅觉系统介导对一些类信息素信号的反应。第四,犁鼻器系统介导对气味质量信号的一些反应。因此,犁鼻器中的并非所有受体都参与信息素的检测。第五,犁鼻器和嗅觉系统经常相互作用,以介导对气味信号的反应。总之,如果我们要增进对化学信号和其他气味反应背后的感觉机制的理解,保持广泛、平衡的观点并避免过度简化是很重要的。