Female crickets (Acheta domesticus) respond phonotactically to model calls. Underlying neural networks are activated when the cricket recognizes a call that it deems attractive. The current study seeks to evaluate in the same animal both behavioral and neuronal responses to such calls. This approach allows us to establish a correlation between the neuronal activity and the behavioral response. Previous studies suggest the L3 auditory neuron influences phonotaxis. Contrary to prior studies, we are assessing phonotaxis on a spectrum rather than in a binary scale. Preliminary results support a positive correlation between phonotaxis and decrement levels in L3’s neuronal response of A. domesticus
The L3 auditory neuron in female cricket Acheta domesticus responds to phonotactically attractive ca...
We have evaluated female phonotaxis (walk toward males’ calls) using virgin and male-exposed (raised...
Phonotactic behavior of female cricket Acheta domesticus has been shown to vary among individuals. W...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Female crickets Acheta domesticus exhibit differing phonotactic and neuronal responses to model call...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Animals that communicate acoustically serve as models for investigating how organisms respond to sou...
Crickets have become good models to study how neuronal circuits control behavior. These creatures ha...
Female crickets exhibit positive phonotaxis in response to calling songs with specific carrier frequ...
Female Acheta domesticus respond selectively to model calling songs with intensities above 75 dB and...
L3, an auditory interneuron in the prothoracic ganglion of female crickets (Acheta domesticus) exhib...
Syllable-period selective phonotaxis in female cricket (Acheta domesticus) as well as the correspond...
Syllable period (SP) selective calling song processing has been demonstrated for the prothoracic, AN...
Many different invertebrate and vertebrate species use acoustic communication for pair formation. In...
Phonotaxis is defined as the movement of organisms in response to an auditory stimulus. It plays an ...
The L3 auditory neuron in female cricket Acheta domesticus responds to phonotactically attractive ca...
We have evaluated female phonotaxis (walk toward males’ calls) using virgin and male-exposed (raised...
Phonotactic behavior of female cricket Acheta domesticus has been shown to vary among individuals. W...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Female crickets Acheta domesticus exhibit differing phonotactic and neuronal responses to model call...
Phonotaxis in female cricket Acheta domesticus can be selective or unselective in response to model ...
Animals that communicate acoustically serve as models for investigating how organisms respond to sou...
Crickets have become good models to study how neuronal circuits control behavior. These creatures ha...
Female crickets exhibit positive phonotaxis in response to calling songs with specific carrier frequ...
Female Acheta domesticus respond selectively to model calling songs with intensities above 75 dB and...
L3, an auditory interneuron in the prothoracic ganglion of female crickets (Acheta domesticus) exhib...
Syllable-period selective phonotaxis in female cricket (Acheta domesticus) as well as the correspond...
Syllable period (SP) selective calling song processing has been demonstrated for the prothoracic, AN...
Many different invertebrate and vertebrate species use acoustic communication for pair formation. In...
Phonotaxis is defined as the movement of organisms in response to an auditory stimulus. It plays an ...
The L3 auditory neuron in female cricket Acheta domesticus responds to phonotactically attractive ca...
We have evaluated female phonotaxis (walk toward males’ calls) using virgin and male-exposed (raised...
Phonotactic behavior of female cricket Acheta domesticus has been shown to vary among individuals. W...