Artigo

Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)

Manakins are small suboscine passerines renowned for elaborate courtship displays and pronounced sexual dichromatism. We extracted and identified the carotenoid pigments found in the bright yellow to red feathers of 15 Neotropical manakin species. Rhodoxanthin (4',5'-didehydro-4,5'-retro-β,β- carote...

ver descrição completa

Autor principal: Hudon, Jocelyn
Outros Autores: Storni, Alline, Pini, Elena, Anciães, Marina, Stradi, And Riccardo
Grau: Artigo
Idioma: English
Publicado em: Auk 2020
Assuntos:
Acesso em linha: https://repositorio.inpa.gov.br/handle/1/18102
id oai:repositorio:1-18102
recordtype dspace
spelling oai:repositorio:1-18102 Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae) Hudon, Jocelyn Storni, Alline Pini, Elena Anciães, Marina Stradi, And Riccardo Carotenoid Chemical Analysis Feather Passerine Pigment Plumage Sexual Selection Aves Heterocercus Linteatus Ilicura Militaris Phoenicircus Pipra Pipra Rubrocapilla Pipridae Manakins are small suboscine passerines renowned for elaborate courtship displays and pronounced sexual dichromatism. We extracted and identified the carotenoid pigments found in the bright yellow to red feathers of 15 Neotropical manakin species. Rhodoxanthin (4',5'-didehydro-4,5'-retro-β,β- carotene-3,3'-dione) of a deep red hue was widely found in the plumages of these birds. The 4-keto-carotenoids typically found in red plumages (α-doradexanthin, astaxanthin, canthaxanthin, etc.) were found in only the Flame-crested Manakin (Heterocercus linteatus) and the Red-headed Manakin (Pipra rubrocapilla). Rhodoxanthin was recently identified in the Pin-tailed Manakin (Ilicura militaris). Hudon et al. (2007) suggested that the Pin-tailed Manakin produces rhodoxanthin endogenously from dietary carotenoids, and this suggestion now finds some support in the pigment's wide and specific distribution in manakins. It is possible that this capacity arose in a common ancestor of manakins and cotingas, given that rhodoxanthin also occurs in the feathers of red cotingas (Phoenicircus spp.). Feathers with rhodoxanthin absorbed longer wavelengths of light than those with 4-ketocarotenoids, but not in Pipra, which has species with one or the other type of keto-carotenoids. We found that feathers with rhodoxanthin also contained e, e-caroten-3(3')-ones (e.g., canary-xanthophyll B and the recently described piprixanthin), which are believed to be intermediates along the rhodoxanthin pathway. Manakins thus have the capability to produce a wide range of carotenoid pigments and bright yellow to red colors, on which natural and sexual selection may act. © The American Ornithologists' Union, 2012. Printed in USA. 2020-06-15T21:51:39Z 2020-06-15T21:51:39Z 2012 Artigo https://repositorio.inpa.gov.br/handle/1/18102 10.1525/auk.2012.11235 en Volume 129, Número 3, Pags. 491-499 Restrito Auk
institution Instituto Nacional de Pesquisas da Amazônia - Repositório Institucional
collection INPA-RI
language English
topic Carotenoid
Chemical Analysis
Feather
Passerine
Pigment
Plumage
Sexual Selection
Aves
Heterocercus Linteatus
Ilicura Militaris
Phoenicircus
Pipra
Pipra Rubrocapilla
Pipridae
spellingShingle Carotenoid
Chemical Analysis
Feather
Passerine
Pigment
Plumage
Sexual Selection
Aves
Heterocercus Linteatus
Ilicura Militaris
Phoenicircus
Pipra
Pipra Rubrocapilla
Pipridae
Hudon, Jocelyn
Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)
topic_facet Carotenoid
Chemical Analysis
Feather
Passerine
Pigment
Plumage
Sexual Selection
Aves
Heterocercus Linteatus
Ilicura Militaris
Phoenicircus
Pipra
Pipra Rubrocapilla
Pipridae
description Manakins are small suboscine passerines renowned for elaborate courtship displays and pronounced sexual dichromatism. We extracted and identified the carotenoid pigments found in the bright yellow to red feathers of 15 Neotropical manakin species. Rhodoxanthin (4',5'-didehydro-4,5'-retro-β,β- carotene-3,3'-dione) of a deep red hue was widely found in the plumages of these birds. The 4-keto-carotenoids typically found in red plumages (α-doradexanthin, astaxanthin, canthaxanthin, etc.) were found in only the Flame-crested Manakin (Heterocercus linteatus) and the Red-headed Manakin (Pipra rubrocapilla). Rhodoxanthin was recently identified in the Pin-tailed Manakin (Ilicura militaris). Hudon et al. (2007) suggested that the Pin-tailed Manakin produces rhodoxanthin endogenously from dietary carotenoids, and this suggestion now finds some support in the pigment's wide and specific distribution in manakins. It is possible that this capacity arose in a common ancestor of manakins and cotingas, given that rhodoxanthin also occurs in the feathers of red cotingas (Phoenicircus spp.). Feathers with rhodoxanthin absorbed longer wavelengths of light than those with 4-ketocarotenoids, but not in Pipra, which has species with one or the other type of keto-carotenoids. We found that feathers with rhodoxanthin also contained e, e-caroten-3(3')-ones (e.g., canary-xanthophyll B and the recently described piprixanthin), which are believed to be intermediates along the rhodoxanthin pathway. Manakins thus have the capability to produce a wide range of carotenoid pigments and bright yellow to red colors, on which natural and sexual selection may act. © The American Ornithologists' Union, 2012. Printed in USA.
format Artigo
author Hudon, Jocelyn
author2 Storni, Alline
Pini, Elena
Anciães, Marina
Stradi, And Riccardo
author2Str Storni, Alline
Pini, Elena
Anciães, Marina
Stradi, And Riccardo
title Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)
title_short Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)
title_full Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)
title_fullStr Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)
title_full_unstemmed Rhodoxanthin as a characteristic keto-carotenoid of manakins (Pipridae)
title_sort rhodoxanthin as a characteristic keto-carotenoid of manakins (pipridae)
publisher Auk
publishDate 2020
url https://repositorio.inpa.gov.br/handle/1/18102
_version_ 1787141934671724544
score 11.755432