Comparing perineuronal nets and parvalbumin development between blackbird species with differences in early developmental song exposure

Brood parasitic songbirds are a natural system in which developing birds are isolated from species-typical song and therefore present a unique opportunity to compare neural plasticity in song learners raised with and without conspecific tutors. We compared perineuronal nets (PNN) and parvalbumin (PV...

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Published inJournal of experimental biology Vol. 223; no. Pt 1
Main Authors Cornez, Gilles, Langro, Justin, Cornil, Charlotte A, Balthazart, Jacques, Lynch, Kathleen S
Format Journal Article
LanguageEnglish
Published England The Company of Biologists Ltd 06.01.2020
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Abstract Brood parasitic songbirds are a natural system in which developing birds are isolated from species-typical song and therefore present a unique opportunity to compare neural plasticity in song learners raised with and without conspecific tutors. We compared perineuronal nets (PNN) and parvalbumin (PV) in song control nuclei in juveniles and adults of two closely related icterid species (i.e. blackbirds): brown-headed cowbirds ( ; brood parasite) and red-winged blackbirds ( ; non-parasite). The number of PV cells per nucleus was significantly higher in adults compared with juveniles in the nucleus HVC and the robust nucleus of the arcopallium (RA), whereas no significant species difference appeared in any region of interest. The number of PNN per nuclei was significantly higher in adults compared with juveniles in HVC, RA and Area X, but only RA exhibited a significant difference between species. PV cells surrounded by PNN (PV+PNN) also exhibited age-related differences in HVC, RA and Area X, but RA was the only region in which PV+PNN exhibited significant species differences. Furthermore, a significant interaction existed in RA between age and species with respect to PNN and PV+PNN, revealing RA as a region displaying differing plasticity patterns across age and species. Additional comparisons of PNN and PV between adult male and female cowbirds revealed that males have greater numbers of all three measures in RA compared with females. Species-, sex- and age-related differences in RA suggest that species differences in neural plasticity are related to differences in song production rather than sensitivity to song learning, despite a stark contrast in early exposure to conspecific male tutors.
AbstractList Brood parasitic songbirds are a natural system in which developing birds are isolated from species-typical song and therefore present a unique opportunity to compare neural plasticity in song learners raised with and without conspecific tutors. We compared perineuronal nets (PNN) and parvalbumin (PV) in song control nuclei in juveniles and adults of two closely related icterid species (i.e. blackbirds): brown-headed cowbirds ( ; brood parasite) and red-winged blackbirds ( ; non-parasite). The number of PV cells per nucleus was significantly higher in adults compared with juveniles in the nucleus HVC and the robust nucleus of the arcopallium (RA), whereas no significant species difference appeared in any region of interest. The number of PNN per nuclei was significantly higher in adults compared with juveniles in HVC, RA and Area X, but only RA exhibited a significant difference between species. PV cells surrounded by PNN (PV+PNN) also exhibited age-related differences in HVC, RA and Area X, but RA was the only region in which PV+PNN exhibited significant species differences. Furthermore, a significant interaction existed in RA between age and species with respect to PNN and PV+PNN, revealing RA as a region displaying differing plasticity patterns across age and species. Additional comparisons of PNN and PV between adult male and female cowbirds revealed that males have greater numbers of all three measures in RA compared with females. Species-, sex- and age-related differences in RA suggest that species differences in neural plasticity are related to differences in song production rather than sensitivity to song learning, despite a stark contrast in early exposure to conspecific male tutors.
Brood parasitic songbirds are a natural system in which developing birds are isolated from species-typical song and therefore present a unique opportunity to compare neural plasticity in song learners raised with and without conspecific tutors. We compared perineuronal nets (PNN) and parvalbumin (PV) in song control nuclei in juveniles and adults of two closely related Icterid species (i.e. blackbirds): brown-headed cowbirds (Molothrus ater; brood parasite) and red-winged blackbirds (Agelaius phoeniceus; non-parasite). The number of PV cells per nucleus was significantly higher in adults compared to juveniles in HVC and RA, whereas no significant species difference appeared in any region of interest. The PNN per nuclei was significantly higher in adults compared to juveniles in HVC, RA and Area X but only RA exhibited a significant difference between species. PV cells surrounded by PNN (PV+PNN) also exhibited age-related differences in HVC, RA and Area X but RA was the only region in which PV+PNN exhibited significant species differences. Furthermore, a significant interaction existed in RA between age and species with respect to PNN and PV+PNN, revealing RA as a region displaying differing plasticity patterns across age and species. Additional comparisons of PNN and PV between adult male and female cowbirds revealed that males have greater numbers of all three measures in RA compared to females. Species-, sex- and age-related differences in RA suggest species differences in neural plasticity are related to differences in song production rather than sensitivity to song learning despite stark contrast in early exposure to conspecific male tutors.
Brood parasitic songbirds are a natural system in which developing birds are isolated from species-typical song and therefore present a unique opportunity to compare neural plasticity in song learners raised with and without conspecific tutors. We compared perineuronal nets (PNN) and parvalbumin (PV) in song control nuclei in juveniles and adults of two closely related icterid species (i.e. blackbirds): brown-headed cowbirds ( Molothrus ater ; brood parasite) and red-winged blackbirds ( Agelaius phoeniceus ; non-parasite). The number of PV cells per nucleus was significantly higher in adults compared with juveniles in the nucleus HVC and the robust nucleus of the arcopallium (RA), whereas no significant species difference appeared in any region of interest. The number of PNN per nuclei was significantly higher in adults compared with juveniles in HVC, RA and Area X, but only RA exhibited a significant difference between species. PV cells surrounded by PNN (PV+PNN) also exhibited age-related differences in HVC, RA and Area X, but RA was the only region in which PV+PNN exhibited significant species differences. Furthermore, a significant interaction existed in RA between age and species with respect to PNN and PV+PNN, revealing RA as a region displaying differing plasticity patterns across age and species. Additional comparisons of PNN and PV between adult male and female cowbirds revealed that males have greater numbers of all three measures in RA compared with females. Species-, sex- and age-related differences in RA suggest that species differences in neural plasticity are related to differences in song production rather than sensitivity to song learning, despite a stark contrast in early exposure to conspecific male tutors. Summary: Perineuronal net and parvalbumin comparisons in blackbird species with contrast in early exposure to song tutors reveals a similar pattern in song learning nuclei but not in a song production nucleus.
Author Cornez, Gilles
Cornil, Charlotte A
Lynch, Kathleen S
Balthazart, Jacques
Langro, Justin
AuthorAffiliation 1 Laboratory of Behavioral Neuroendocrinology, GIGA Neurosciences, University of Liege, 4000 Liege , Belgium
2 Department of Biology , Hofstra University , Hempstead, NY 11549 , USA
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Issue Pt 1
Keywords Brown-headed cowbirds
PNN
Brain plasticity
Brood parasitism
Icteridae
Red-winged blackbirds
Song learning
Language English
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Snippet Brood parasitic songbirds are a natural system in which developing birds are isolated from species-typical song and therefore present a unique opportunity to...
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proquest
crossref
pubmed
SourceType Open Access Repository
Aggregation Database
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SubjectTerms Animals
Learning
Neuronal Plasticity
Parvalbumins - metabolism
Songbirds - growth & development
Songbirds - physiology
Species Specificity
Vocalization, Animal
Title Comparing perineuronal nets and parvalbumin development between blackbird species with differences in early developmental song exposure
URI https://www.ncbi.nlm.nih.gov/pubmed/31767738
https://search.proquest.com/docview/2318730558
https://pubmed.ncbi.nlm.nih.gov/PMC6983712
Volume 223
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