侍酒师的学生在他们的训练中表现出卓越的识别能力,但没有发现或区分气味

IF 1 4区 医学 Q4 Neuroscience Chemosensory Perception Pub Date : 2019-01-15 DOI:10.1007/s12078-019-09256-w
Daphnée Poupon, Pauline Fernandez, Johannes Frasnelli
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引用次数: 9

摘要

专家通过训练在其特定领域获得卓越的能力。侍酒师学生是未来的嗅觉专家,他们可以成为研究嗅觉训练效果的一个很好的模型。我们测试了品酒师的学生是否在他们的早期教育中表现出卓越的嗅觉能力:在最初的2?经过几个月的教育,我们检查了n?=?的嗅觉功能,即对气味的辨别和识别以及嗅觉阈值和嗅觉记忆。并将25名侍酒师学生与n?=?对照组29名。我们还测试了情景记忆和工作记忆。我们发现,品酒师学生在自由和线索识别方面的表现优于对照组,但在辨别和阈值任务方面没有观察到任何差异。在记忆任务上也没有差异。在接受教育的早期,品酒师的学生似乎更善于识别气味,但没有表现出其他优越的嗅觉能力。结果表明,侍酒师比普通人更擅长识别气味,要么是因为他们接受过识别技能更高的培训,要么是因为他们能够以非常快的速度学会识别气味。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

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Sommelier Students Display Superior Abilities to Identify but Not to Detect or Discriminate Odors Early in their Training

Experts acquire superior abilities in their specific domains by training. Sommelier students, who are future olfaction experts, could be an excellent model to study the effects of olfactory training.

We tested whether sommelier students display superior olfactory abilities early in their education: within the first 2?months of education, we examined the olfactory function, i.e., discrimination and identification of odors as well as olfactory threshold and olfactory memory, of n?=?25 sommelier students and compared them to n?=?29 control students. We also tested episodic and working memory.

We found that sommelier students outperformed controls in free and cued identification, but we did not observe any difference in discrimination or threshold tasks. There was also no difference in memory tasks.

Early in their education, sommelier students appear to be better at identifying odors, but do not display other superior olfactory abilities.

Results suggest that sommeliers are better at identifying odors than the average person, either because they enter into training with superior identifications skills or are able to learn to identify odors at a very fast rate.

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来源期刊
Chemosensory Perception
Chemosensory Perception 农林科学-神经科学
CiteScore
2.50
自引率
0.00%
发文量
8
审稿时长
>36 weeks
期刊介绍: Coverage in Chemosensory Perception includes animal work with implications for human phenomena and explores the following areas: Identification of chemicals producing sensory response; Identification of sensory response associated with chemicals; Human in vivo response to chemical stimuli; Human in vitro response to chemical stimuli; Neuroimaging of chemosensory function; Neurological processing of chemoreception; Chemoreception mechanisms; Psychophysics of chemoperception; Trigeminal function; Multisensory perception; Contextual effect on chemoperception; Behavioral response to chemical stimuli; Physiological factors affecting and contributing to chemoperception; Flavor and hedonics; Memory and chemoperception.
期刊最新文献
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