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Rats concatenate 22 kHz and 50 kHz calls into a single utterance

机译:大鼠连接22 kHz和50 kHz调用单个话语

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摘要

Traditionally, the ultrasonic vocal repertoire of rats is differentiated into 22 kHz and 50 kHz calls, two categories that contain multiple different call types. Although both categories have different functions, they are sometimes produced in the same behavioral context. Here, we investigated the peripheral mechanisms that generate sequences of calls from both categories. Male rats, either sexually experienced or naive, were exposed to an estrous female. The majority of sexually naive male rats produced 22 kHz and 50 kHz calls on their first encounter with a female. We recorded subglottal pressure and electromyographic activity of laryngeal muscles and found that male rats sometimes concatenate long 22 kHz calls and 50 kHz trill calls into an utterance produced during a single breath. The qualitatively different laryngeal motor patterns for both call types were produced serially during the same breathing cycle. The finding demonstrates flexibility in the laryngeal- respiratory coordination during ultrasonic vocal production, which has not been previously documented physiologically in non- human mammals. Since only naive males produced the 22 kHz-trills, it is possible that the production is experience dependent.
机译:传统上,大鼠的超声波声学曲目分为22 kHz和50 kHz调用,两个类别包含多种不同的呼叫类型。虽然两个类别都有不同的功能,但它们有时会在相同的行为上下文中产生。在这里,我们调查了从这两个类别生成呼叫序列的外围机制。雄性大鼠,无论是性经验还是天真,都暴露于一个原始的女性。大多数性幼稚的雄性大鼠产生了22 kHz和50 kHz的呼吁与女性的第一次遇到。我们记录了喉肌的脱粒压力和电拍摄活性,发现雄性大鼠有时连接长22 kHz呼叫,50 kHz Trill呼叫进入一次呼吸期间产生的话语。在相同的呼吸循环期间串联生产用于两个呼叫类型的定性不同的喉部电动机图案。该发现在超声波发作期间喉部呼吸协调的灵活性,以前尚未在非人类哺乳动物中进行生理学。由于只有幼稚的男性生产了22 kHz桥,因此生产可能是依赖的经验。

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