ZFIN Figure: Frohnhöfer et al., 2013, Fig. 8

ZFIN ID: ZDB-FIG-130820-597

ZFIN ID: ZDB-FIG-130820-597

Frohnhöfer et al., 2013 - Iridophores and their interactions with other chromatophores are required for stripe formation in zebrafish. Development (Cambridge, England) 140(14):2997-3007 Full text @ Development

ADDITIONAL FIGURES

PHENOTYPE:

Fish:	csf1ra^{tm236b/tm236b} mitfa^w2/w2 csf1ra^{tm236b/tm236b}; ltk^j9s1/j9s1 csf1ra^{tm236b/tm236b}; mitfa^w2/w2
Observed In:	iridophore melanocyte trunk dermis trunk iridophore trunk melanocyte xanthophore
Stage Range:	Days 14-20 to Days 45-89

Fig. 8 Iridophore development in the posterior trunk of xanthophore, melanophore and double mutants. pfe (A-D), nac (E-H), nac;pfe (I-L) and shd;pfe (M-P) mutants. In pfe, as well as in nac and nac;pfe mutants, X0 is more prominent than in wild type; it expands to cover the entire flank in nac;pfe mutants. In shd;pfe mutants, melanophores distribute evenly also in the territory normally occupied by X0. Stages: PB, pelvic fin bud; PR, pelvic fin ray. SP, squamation onset posterior; J+, juvenile+. Scale bars: 250 μm.

Gene Expression Details No data available

Antibody Labeling Details No data available

Phenotype Details

Fish	Conditions	Stage	Phenotype
csf1ra^{tm236b/tm236b}	standard conditions	Days 14-20	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 14-20	trunk iridophore mislocalised, abnormal
		Days 21-29	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 21-29	trunk iridophore mislocalised, abnormal
		Days 30-44	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 30-44	trunk iridophore mislocalised, abnormal
		Days 45-89	trunk dermis has fewer parts of type melanocyte, abnormal
		Days 45-89	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 45-89	trunk iridophore mislocalised, abnormal
csf1ra^{tm236b/tm236b}; ltk^j9s1/j9s1	standard conditions	Days 14-20	trunk dermis lacks all parts of type iridophore, abnormal
		Days 14-20	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 14-20	trunk melanocyte mislocalised, abnormal
		Days 21-29	trunk dermis lacks all parts of type iridophore, abnormal
		Days 21-29	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 21-29	trunk melanocyte mislocalised, abnormal
		Days 30-44	trunk dermis lacks all parts of type iridophore, abnormal
		Days 30-44	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 30-44	trunk melanocyte mislocalised, abnormal
		Days 45-89	trunk dermis lacks all parts of type iridophore, abnormal
		Days 45-89	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 45-89	trunk melanocyte mislocalised, abnormal
csf1ra^{tm236b/tm236b}; mitfa^w2/w2	standard conditions	Days 14-20	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 14-20	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 14-20	trunk iridophore mislocalised, abnormal
		Days 21-29	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 21-29	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 21-29	trunk iridophore mislocalised, abnormal
		Days 30-44	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 30-44	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 30-44	trunk iridophore mislocalised, abnormal
		Days 45-89	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 45-89	trunk dermis lacks all parts of type xanthophore, abnormal
		Days 45-89	trunk iridophore mislocalised, abnormal
mitfa^w2/w2	standard conditions	Days 14-20	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 14-20	trunk iridophore mislocalised, abnormal
		Days 21-29	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 21-29	trunk iridophore mislocalised, abnormal
		Days 30-44	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 30-44	trunk iridophore mislocalised, abnormal
		Days 45-89	trunk dermis lacks all parts of type melanocyte, abnormal
		Days 45-89	trunk iridophore mislocalised, abnormal

Acknowledgments:
ZFIN wishes to thank the journal Development (Cambridge, England) for permission to reproduce figures from this article. Please note that this material may be protected by copyright. Full text @ Development