Glaser D, Hellekant G, Brouwer J N, van der Wel H
Folia Primatol (Basel). 1978;29(1):56-63. doi: 10.1159/000155826.
Electrophysiological and behavioural methods have been applied to 34 species of the primates and, for comparison, to the Madagascan hedgehog to determine their responses to the proteins thaumatin and monellin. These substances elicit an intensely sweet taste sensation in man. All Catarrhina prefer monellin to water. The responses of the Prosimii as well as those of the South American primates to monellin are different, some species show a reaction, other species are not sensitive. In the case of thaumatin neither the Prosimii--including Tupaia and Tarsius--nor the South American primates show any response to this protein. Only the Cercopithecidae, the Hylobatidae and the Pongidae respond to this protein like man and prefer this substance to water. This physiological aspect of taste constitutes a clear dichotomy within the order Primates. This capability to taste thaumatin probably developed as long as 38 million years ago.
电生理和行为学方法已应用于34种灵长类动物,并为作比较,也应用于马达加斯加刺猬,以确定它们对奇异果甜蛋白和莫内林这两种蛋白质的反应。这些物质在人类中会引发强烈的甜味感觉。所有狭鼻猴亚目动物都更喜欢莫内林而非水。原猴亚目动物以及南美洲灵长类动物对莫内林的反应各不相同,一些物种有反应,另一些物种则不敏感。就奇异果甜蛋白而言,原猴亚目动物(包括树鼩和跗猴)以及南美洲灵长类动物对这种蛋白质都没有任何反应。只有猕猴科、长臂猿科和猩猩科动物对这种蛋白质的反应与人类相似,并且更喜欢这种物质而非水。味觉的这一生理学特征在灵长目动物中构成了明显的二分法。这种品尝奇异果甜蛋白的能力可能早在3800万年前就已形成。