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Standard 7a Rodents can make vocalizations that humans can hear, such as a squeal. But they also can communicate during social interactions using ultrasonic vocalizations - vocalizations at a frequency higher than the human ear is capable of hearing. Sex differences in vocal communication, similar to observations in songbirds, are observed In rats, with adult male rats eliciting a typical type of ultrasonic vocalizations not observed in females. As noted elsewhere in this Problem Set, FOXP2 is involved in the development and neural control of vocalizations in a broad spectrum of species, including rodents. In humans it is linked to human speech and language disorders. In rats, FOXP2 has been related to sex-specific vocalizations, like the male-typical ultrasonic vocalizations. FOXP2 expression in neurons in the brain is greater in males than females. Further, recent research demonstrated that FOXP2 is a target of activated androgen receptors (Le specialize receptors that bind androgens such as testosterone and di-hydrotestoterone) (Bower et al., 2014). 22. Create a model that describes how biological information within a male rat contributes to the development and production of the behavioral phenotype of male-typical ultrasonic vocalizations. As you work through the model, be aware of the the following: What cell is the emitter/sender? What cell is the receiver? What is the receptor? What is the signal? What biological response is induced by the receiver cell? How does this biological response contribute to the development and production of male-typical ultrasonic vocalizations?

Standard 7a Rodents can make vocalizations that humans can hear, such as a squeal. But they also can communicate during social interactions using ultrasonic vocalizations - vocalizations at a frequency higher than the human ear is capable of hearing. Sex differences in vocal communication, similar to observations in songbirds, are observed In rats, with adult male rats eliciting a typical type of ultrasonic vocalizations not observed in females. As noted elsewhere in this Problem Set, FOXP2 is involved in the development and neural control of vocalizations in a broad spectrum of species, including rodents. In humans it is linked to human speech and language disorders. In rats, FOXP2 has been related to sex-specific vocalizations, like the male-typical ultrasonic vocalizations. FOXP2 expression in neurons in the brain is greater in males than females. Further, recent research demonstrated that FOXP2 is a target of activated androgen receptors (Le specialize receptors that bind androgens such as testosterone and di-hydrotestoterone) (Bower et al., 2014). 22. Create a model that describes how biological information within a male rat contributes to the development and production of the behavioral phenotype of male-typical ultrasonic vocalizations. As you work through the model, be aware of the the following: What cell is the emitter/sender? What cell is the receiver? What is the receptor? What is the signal? What biological response is induced by the receiver cell? How does this biological response contribute to the development and production of male-typical ultrasonic vocalizations?

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Standard 7a Rodents can make vocalizations that humans can hear, such as a squeal. But they also can communicate during social interactions using ultrasonic vocalizations - vocalizations at a frequency higher than the human ear is capable of hearing. Sex differences in vocal communication, similar to observations in songbirds, are observed In rats, with adult male rats eliciting a typical type of ultrasonic vocalizations not observed in females. As noted elsewhere in this Problem Set, FOXP2 is involved in the development and neural control of vocalizations in a broad spectrum of species, including rodents. In humans it is linked to human speech and language disorders. In rats, FOXP2 has been related to sex-specific vocalizations, like the male-typical ultrasonic vocalizations. FOXP2 expression in neurons in the brain is greater in males than females. Further, recent research demonstrated that FOXP2 is a target of activated androgen receptors (Le specialize receptors that bind androgens such as testosterone and di-hydrotestoterone) (Bower et al., 2014). 22. Create a model that describes how biological information within a male rat contributes to the development and production of the behavioral phenotype of male-typical ultrasonic vocalizations. As you work through the model, be aware of the the following: What cell is the emitter/sender? What cell is the receiver? What is the receptor? What is the signal? What biological response is induced by the receiver cell? How does this biological response contribute to the development and production of male-typical ultrasonic vocalizations?
Transcribed Image Text:Standard 7a Rodents can make vocalizations that humans can hear, such as a squeal. But they also can communicate during social interactions using ultrasonic vocalizations - vocalizations at a frequency higher than the human ear is capable of hearing. Sex differences in vocal communication, similar to observations in songbirds, are observed In rats, with adult male rats eliciting a typical type of ultrasonic vocalizations not observed in females. As noted elsewhere in this Problem Set, FOXP2 is involved in the development and neural control of vocalizations in a broad spectrum of species, including rodents. In humans it is linked to human speech and language disorders. In rats, FOXP2 has been related to sex-specific vocalizations, like the male-typical ultrasonic vocalizations. FOXP2 expression in neurons in the brain is greater in males than females. Further, recent research demonstrated that FOXP2 is a target of activated androgen receptors (Le specialize receptors that bind androgens such as testosterone and di-hydrotestoterone) (Bower et al., 2014). 22. Create a model that describes how biological information within a male rat contributes to the development and production of the behavioral phenotype of male-typical ultrasonic vocalizations. As you work through the model, be aware of the the following: What cell is the emitter/sender? What cell is the receiver? What is the receptor? What is the signal? What biological response is induced by the receiver cell? How does this biological response contribute to the development and production of male-typical ultrasonic vocalizations?
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