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A quantitative method for analyzing species-specific vocal sequence pattern and its developmental dynamics

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この文献へのリンクには次のURLを使用してください:http://hdl.handle.net/2115/68314

タイトル: A quantitative method for analyzing species-specific vocal sequence pattern and its developmental dynamics
著者: Imai, Raimu 著作を一覧する
Sawai, Azusa 著作を一覧する
Hayase, Shin 著作を一覧する
Furukawa, Hiroyuki 著作を一覧する
Asogwa, Chinweike Norman 著作を一覧する
Sanchez, Miguel 著作を一覧する
Wang, Hongdi 著作を一覧する
Mori, Chihiro 著作を一覧する
Wada, Kazuhiro 著作を一覧する
キーワード: Vocal learning
Vocal development
Zebra finch
Syntax
Song learning
Species specificity
Individual variation
発行日: 2016年 9月15日
出版者: Elsevier
誌名: Journal of neuroscience methods
巻: 271
開始ページ: 25
終了ページ: 33
出版社 DOI: 10.1016/j.jneumeth.2016.06.023
抄録: Background: Songbirds are a preeminent animal model for understanding the neural basis underlying the development and evolution of a complex learned behavior, bird song. However, only a few quantitative methods exist to analyze these species-specific sequential behaviors in multiple species using the same calculation method. New method: We report a method of analysis that focuses on calculating the frequency of characteristic syllable transitions in songs. This method comprises two steps: The first step involves forming correlation matrices of syllable similarity scores, named syllable similarity matrices (SSMs); these are obtained by calculating the round-robin comparison of all the syllables in two songs, while maintaining the sequential order of syllables in the songs. In the second step, each occurrence rate of three patterns of binarized "2 rows x 2 columns" cells in the SSMs is calculated to extract information on the characteristic syllable transitions. Results: The SSM analysis method allowed obtaining species-specific features of song patterns and intraspecies individual variability simultaneously. Furthermore, it enabled quantitative tracking of the developmental trajectory of the syllable sequence patterns. Comparison with existing method: This method enables us to extract the species-specific song patterns and dissect the regulation of song syntax development without human-biased procedures for syllable identification. This method can be adapted to study the acoustic communication systems in several animal species, such as insects and mammals. Conclusions: This present method provides a comprehensive qualitative approach for understanding the regulation of species specificity and its development in vocal learning. (C) 2016 Elsevier B.V. All rights reserved.
Rights: © 2016. This manuscript version is made available under the CC-BY-NC-ND 4.0 license http://creativecommons.org/licenses/by-nc-nd/4.0/
資料タイプ: article (author version)
URI: http://hdl.handle.net/2115/68314
出現コレクション:雑誌発表論文等 (Peer-reviewed Journal Articles, etc)

提供者: 和多 和宏

 

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