Results 141 to 150 of about 521 (154)
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Journal of Ultrastructure Research, 1971
Structural changes in pterinosomes found in xanthophores were studied electron microscopically using 5, 6, 7, 8, and 9 mm-long stages of larvae of Oryzias latipes. Herein designated types G-1 to G-5 pterinosomes appeared most abundantly, corresponding to the respective stage in the above sequence. They were round or ellipsoidal.
I, Kamei-Takeuchi, T, Hama
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Structural changes in pterinosomes found in xanthophores were studied electron microscopically using 5, 6, 7, 8, and 9 mm-long stages of larvae of Oryzias latipes. Herein designated types G-1 to G-5 pterinosomes appeared most abundantly, corresponding to the respective stage in the above sequence. They were round or ellipsoidal.
I, Kamei-Takeuchi, T, Hama
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Induction of xanthophores from non-pigmented dermal cells of xanthic goldfish in vitro
Cell Differentiation, 1987To identify precursor cells of xanthophores (xanthoblasts), non-pigmented cells without any phenotypic traits as pigment cells were isolated from the dermal tissue of xanthic goldfish with an adult color pattern and cultured in a medium containing 1 mM db-cAMP or 0.25 U/ml ACTH and 10% carp serum.
Y, Wakamatsu, M, Obika, K, Ozato
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Wilhelm Roux's Archives of Developmental Biology, 1982
The subepidermal distribution of xanthophores and melanophores is investigated in embryos ofTriturus alpestris with a uniform (stage 28+) and a banded melanophore pattern (stage 35/36). In ultrathin head and trunk sections from stage 35/36 embryos which externally show longitudinal dorsal and lateral melanophore bands in the trunk and less compact ...
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The subepidermal distribution of xanthophores and melanophores is investigated in embryos ofTriturus alpestris with a uniform (stage 28+) and a banded melanophore pattern (stage 35/36). In ultrathin head and trunk sections from stage 35/36 embryos which externally show longitudinal dorsal and lateral melanophore bands in the trunk and less compact ...
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Biochemical and Biophysical Research Communications, 1981
Abstract A method is described for the subcellular fractionation of goldfish xanthophores. The procedure produces relatively pure fractions of caroteniod droplets, pterinosomes, cytosol and what appears to be plasma membrane. The presence of a distinct pattern of proteins is shown to be associated with the carotenoid droplets.
T J, Lynch +3 more
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Abstract A method is described for the subcellular fractionation of goldfish xanthophores. The procedure produces relatively pure fractions of caroteniod droplets, pterinosomes, cytosol and what appears to be plasma membrane. The presence of a distinct pattern of proteins is shown to be associated with the carotenoid droplets.
T J, Lynch +3 more
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The role of xanthophores in the stripe pattern formation of Zebrafish, Danio rerio
2017Animals have evolved a fascinating diversity in their color patterns, which serves as an essential component of their survival strategies. Color pattern formation in zebrafish (Danio rerio) is a great model system to study general pattern formation involving different cell types.
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Signal transduction of prolactin (PRL) in fish erythrophores and xanthophores
Comparative Biochemistry and Physiology Part A: Molecular & Integrative Physiology, 1999N Oshima, M Goto
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Fine structure of goldfish xanthophore.
Journal of anatomy, 1973I K, Takeuchi, T, Kajishima
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Color changes in Fundulus, with special consideration of the xanthophores
Journal of Experimental Zoology, 1931openaire +1 more source