1. Review articles only; taste buds; taste aversion learning; taste discrimination; taste epithelium; taste modifiers; taste panel evaluation; taste perception; taste pore; taste preferences; taste processing; taste receptors; taste receptor neurons; taste stimuli; taste thresholds; taste transduction; umami taste; bitter principle; sweet taste; bitter taste; sour taste; salty taste; gustation; gustatory cortex; gustatory nerve; gustatory neurons; gustatory nucleus; gustatory system; gustatory sensilla
唯一的综述；味蕾；味道厌恶学习；味道辨别力；味道上皮；味道调节剂；品评小组评估；味道感知；味孔；味道偏爱；味道加工；味觉感受器；味觉感受器神经元；味道刺激；味觉阈值；味道转换；鲜味；苦素；甜味；苦味；酸味；咸味；味觉；味觉的皮层；味觉神经；味觉的神经元；味觉核；味觉的体系；味觉感器
2. Taste aversion learning; taste buds; taste discrimination; taste epithelium; taste modifiers; taste panel evaluation; taste perception; taste pore; taste preferences; taste processing; taste receptors; taste receptor neurons; taste stimuli; taste thresholds; taste transduction; foliate; fungiform; vallate; circumvallate; umami taste; bitter principle; sweet taste; bitter taste; sour taste; salty taste; gustation; gustatory cortex; gustatory nerve; gustatory neurons; gustatory nucleus; gustatory sensilla; gustatory system
味道厌恶学习；味蕾；味道辨别力；味道上皮；味道调节剂；品尝小组评价；味道感受；味孔；味道偏爱；味道加工；味觉感受器；味觉感受器神经元；味道刺激；味觉阈值；味道转换；层状的；真菌状的；轮廓形的；围绕的；鲜味；苦味素；甜味；苦味；酸味；咸味；味觉；味觉皮层；味觉神经；味觉神经元；味觉核；味觉感器；味觉体系
3. The subdiaphragmatic vagus plays an important role in taste perception and control of ingestion of sweet taste solution. Different from the conditioned taste aversion, this study have explored the interaction of visceral and gustatory information from another point of view. This study provides the valuable research data for the relationship among taste, visceral disease and ingestion.
与大鼠条件性厌味中内脏不适对味觉物质摄食的影响不同，本研究从味觉物质摄食前的内脏不适刺激对随后的味觉物质摄食的影响出发，从另一个角度探讨了脑干核团内味觉信息和内脏信息的相互作用，为进一步深入研究味觉、消化系统疾病及摄食三者之间的关系提供了有价值的研究资料。