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- urn:nbn:de:bvb:355-epub-315486
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Mendoza, Ezequiel, Colomb, Julien, Raybak, Jürgen, Pflügler, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) Drosophila FoxP Mutants Are Deficient in Operant Self-Learning. PLoS ONE 9 (6), e100648.Preview
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Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) Conceptual architecture of operant feedback loops. [Image] [Currently displayed]Preview
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Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) Insertion mutants of the Drosophila FoxP gene affect isoform expression and flight performance. [Image]Preview
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Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) The mutant line FoxP³⁹⁵⁵ was impaired in operant self- but not world-learning. [Image]Preview
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Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) Deficiency ED5438 uncovers the FoxP³⁹⁵⁵ self-learning phenotype. [Image]Preview
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Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) Drosophila FoxP full length isoform B is required for operant self-learning. [Image]Preview
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Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn (2014) Subtle morphological alterations in the brains of FoxP³⁹⁵⁵ mutants. [Image]Preview
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![[img]](https://epub.uni-regensburg.de/style/images/fileicons/other.png)
Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn
(2014)
List of sequences used for the phylogenetic analysis of FoxP subfamily members.
[Dataset]
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Preview
Mendoza, Ezequiel, Colomb, Julien, Rybak, Jürgen, Pflüger, Hans-Joachim, Zars, Troy, Scharff, Constance and Brembs, Björn
(2014)
Drosophila FoxP Mutants Are Deficient in Operant Self-Learning.
[Image]
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| Item type: | Image | ||||
|---|---|---|---|---|---|
| Date: | 25 June 2014 | ||||
| Institutions: | Biology, Preclinical Medicine > Institut für Zoologie > Neurogenetik (Prof. Dr. Björn Brembs) | ||||
| Identification Number: |
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| Keywords: | anatomy, nervous system, Motor system, neuroanatomy, Evolutionary biology, genetics, Gene function, neuroscience, cognitive science, cognition, Animal cognition, Decision making, Behavioral neuroscience, Cognitive neuroscience, Learning and memory, Neuroethology, neuropsychology, psychology, behavior, habits, Verbal behavior, Experimental psychology, Zoology, Animal behavior, linguistics, speech, operant | ||||
| Dewey Decimal Classification: | 500 Science > 570 Life sciences 600 Technology > 610 Medical sciences Medicine | ||||
| Status: | Published | ||||
| Refereed: | Yes, this version has been refereed | ||||
| Created at the University of Regensburg: | Partially | ||||
| Item ID: | 31548 |
Abstract
Given the operant nature of the learning procedure, vocal learning in songbirds and humans share some conceptual aspects with operant self-learning in Drosophila at the torque meter. The motor system (the vocal system in songbirds and humans, the flight system in flies) generates behavioral actions (vocalizations or torque) which lead to sensory feedback (phonemes, song or heat). This actual ...
Abstract
Given the operant nature of the learning procedure, vocal learning in songbirds and humans share some conceptual aspects with operant self-learning in Drosophila at the torque meter. The motor system (the vocal system in songbirds and humans, the flight system in flies) generates behavioral actions (vocalizations or torque) which lead to sensory feedback (phonemes, song or heat). This actual outcome is then evaluated with respect to the preferred outcome (intended phoneme, tutor song template or preferred temperature). Any deviation from the preferred outcome will lead to a teaching signal instructing the motor system to modify the generated behavior until the desired state of the animal is reached. This schematic was modified from [30] and inspired by [27], [31], [100].
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