FIGURE

Figure 3.

ID
ZDB-FIG-200731-19
Publication
Owen et al., 2020 - A quantitative modelling approach to zebrafish pigment pattern formation
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Figure 3.

Simulating short- and long-range interactions.

(AF) Comparing the number of cells in the short (AD) and long (EF) range distance (0.04 mm) from a central site, on different domain types. M are represented as black circles. X are represented as yellow circles. (AB) A visualisation of sites (marked in red) local to central melanocyte on the (A) melanocyte domain and (B) xanthophore domain.(CD) A visualisation of sites (marked in red) local to central xanthophore on the (C) xanthophore domain and (D) melanocyte domain. (EF) A visualisation of sites (marked in red) long-distance to central melanocyte on the (E) melanocyte domain and (F) xanthophore domain.(GH) A visualisation of sites (marked in red) long-distance to central xanthophore on the (G) xanthophore domain and (H) melanocyte domain. (I) Melanophore movement with respect to local neighbours. If a melanophore located in a central position (marked in dark grey) attempts to move, the melanophore will consider neighbours in all sites marked in red on the melanophore domain (left), xanthophore and S-iridophore domain (right). (J) Movement on xanthophore/iridophore domain with respect to local neighbours. If a xanthophore/iridophore located in a central position (marked in dark grey) attempts to move, the xanthophore/iridophore will consider neighbours in all sites marked in red on the xanthophore and S-iridophore domain (left), melanophore domain (right).

Expression Data

Expression Detail
Antibody Labeling
Phenotype Data

Phenotype Detail
Acknowledgments
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