Early origin of sweet perception in the songbird radiation
鸣鸟
感知
生物
地理
生态学
神经科学
作者
Yasuka Toda,Meng‐Ching Ko,Qiaoyi Liang,Eliot T. Miller,Alejandro Rico‐Guevara,Tomoya Nakagita,Ayano Sakakibara,Kana Uemura,Timothy B. Sackton,Takashi Hayakawa,Simon Yung Wa Sin,Yoshiro Ishimaru,Takumi Misaka,Pablo Oteíza,James D. Crall,Scott V. Edwards,William A. Buttemer,Shuichi Matsumura,Maude W. Baldwin
出处
期刊:Science [American Association for the Advancement of Science] 日期:2021-07-09卷期号:373 (6551): 226-231被引量:48
From savory to sweet Seeing a bird eat nectar from a flower is a common sight in our world. The ability to detect sugars, however, is not ancestral in the bird lineage, where most species were carnivorous. Toda et al. looked at receptors within the largest group of birds, the passerines or songbirds, and found that the emergence of sweet detection involved a single shift in a receptor for umami (see the Perspective by Barker). This ancient change facilitated sugar detection not just in nectar feeding birds, but also across the songbird group, and in a way that was different from, though convergent with, that in hummingbirds. Science , abf6505, this issue p. 226 ; see also abj6746, p. 154