Results 71 to 80 of about 652 (189)
Supplementary Figure 14: Xanthophore birth models with our Box initial condition.
Supplementary Figure 14: Xanthophore birth models with our Box initial condition. We present (a)–(d) EAABM results based on 1000 simulations, (e)–(h) the corresponding IDE solution produced with the optimalvalues of ˆc+ and ˆγ, (i) IDE cell mass compared
William Martinson (16466514)
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, 2021 (A) Normalized expression of SLC2A11B in various tissues from wild-type pigeons as determined by qPCR analysis. Boxes span the first to third quartiles, bars extend to the minimum and maximum observed values, black lines indicate the medians, and circles
Xiaodong Gao (353817) +6 more
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Aquaculture ReportsThe wild Luciobarbus capito exhibits gray-black dorsal and silvery-white abdomen. Recently, a few cultured individuals developed yellow mutation. The yellow Aral barbel represents a valuable germplasm resource due to its stable genetic body color and ...
Longwu Geng +5 more
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, 2014 Phenotypic (average xanthophore counts on regions 'E-F' of fish) and qPCR data used for Figure ...
Yinan Hu (3312858) +5 more
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Figure 1: Motivating biological example.
, 2023 Motivating biological example and model. (a) Wild-type zebrafish feature stripe patterns in their skin. These patterns consist of several types of brightly colored pigment cells. (b) Over the course of a few months, these cells organise sequentially into
William Martinson (16466514)
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Histology and histopathology, 1999 We have studied the pigmentary system of the teleost Sparus aurata skin by electron microscopy and chromatographic analysis. Under electron microscopy, we found the dermis to contain the three major types of recognized chromatophores: melanophores, xanthophores and iridophores.
Ferrer, C., Solano, F., Zuasti, A.
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Embryonic xanthophore fate in the zebrafish, Danio rerio
, 2014 Thesis (Master's)--University of Washington, 2014Pigment patterns are one of the most diverse and visually appealing traits of any animal, playing important behavioral and ecological roles in mate choice, shoaling and predator avoidance. In the zebrafish,
McCann, Anna Elizabeth
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Supplementary Figure 10: The optimal PDE scaling parameter for xanthophore movement depends on the meshresolution but appears to converge. (a) Scatter plots of the numerically optimised value of αXX from Eqn.
William Martinson (16466514)
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, 2018 Based on a new working model for pigment cell development in medaka and zebrafish based on our previous work in zebrafish [46], we propose that a chromatoblast, a multipotent common progenitor of chromatophores, gives rise to three pigment cell types ...
Robert N. Kelsh (42493) +11 more
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, 2017 data melanocortin project: dataset on hormones (testosterone, cortisol), color morph, behavior and gene expression measurement. Melanophore and Xanthophore: datset on change in chromatophore size. Poa and skin expression: gene expression data.
Stephanie A. Flores (3835090) +13 more
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