Zoomorphology · 2017 · 18 citations · 24 references
MedicineBiologyZoologyHerpetologyHistologyInvertebrate ZoologyComparative HistologyHistological StainingSkin DevelopmentDermatologic AnatomyLight Microscopy MorphologyPigmentation AnatomyPigmentation DevelopmentSkin Histology
Abstract This paper describes the relationship between the arrangement of dermal chromatophores in tokay gecko ( Gekko gecko ) skin and the formation of wild-type colouration, with emphasis on the ultrastructure of chromatophores. The samples of the tokay gecko skin were collected from wild-type colouration adult specimens. Morphology and distribution of chromatophores was determined by using light microscopy and transmission electron microscopy. The present study revealed that orange/red coloured skin of G. gecko contained erythrophores, which were located under basement membrane, and usually comprised deeper situated iridophores and melanophores which were form single layer with iridophores or were occupying the deepest region of dermis. In orange/red coloured skin, erythrophores were the predominant chromatophores. However in blue areas these cells occurred in small numbers or were not noticed at all. In blue pigmented areas predominated iridophores and melanophores. Iridophores were found just under basement membrane, but this superficial location of iridophores occured only in areas without erythrophores. Distribution of erythrophores, melanophores, and iridophores determines the characteristic blue colour of the tokay gecko skin with orange/red dots on the whole body.
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Photonic crystals cause active colour change in chameleons
J. Teyssier, Suzanne V. Saenko, D. van der Marel et al. · Nature Communications · 2015 · 1.3K citations · Full text
Joseph T. Bagnara, John D. Taylor, Mac E. Hadley · The Journal of Cell Biology · 1968 · 320 citations · Full text
Life Sciences, Biology, Zoology +12