p2ry4 has 13 expression phenotype(s)
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Images Sources Experiment + Assay Phenotypes Human Diseases
Fig. 5 e f

Harata A et al. (2019) 		Xla Wt + p2ry4

NF9 (in situ hybridization)
Expression Phenotype
mislocalised dkk1.L expression in ventral marginal zone
Fig. 5 h i

Harata A et al. (2019) 		Xla Wt + p2ry4

NF9 (in situ hybridization)
Expression Phenotype
mislocalised cer1.L expression in ventral marginal zone
Fig. 4 f

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF11 (in situ hybridization)
Expression Phenotype
decreased amount dkk1.L expression in dorsal marginal zone
Fig. 4 l

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF11 (in situ hybridization)
Expression Phenotype
decreased amount cer1.L expression in dorsal marginal zone
Fig. 2 c

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF13 (in situ hybridization)
Anatomical Phenotype
abnormal development of neural crest
Expression Phenotype
decreased amount snai1.L expression in neural crest
decreased amount snai1.L expression in neural plate border
Fig. 2 i

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF14 (in situ hybridization)
Expression Phenotype
decreased amount hes4.L expression in neural plate border
Fig. 3 c f

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF14 (in situ hybridization)
Expression Phenotype
decreased amount sox2.L expression in neural plate
Fig. 3 i

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF14 (in situ hybridization)
Expression Phenotype
decreased amount otx2.L expression in pre-chordal neural plate
Fig. 3 l

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF14 (in situ hybridization)
Expression Phenotype
decreased amount pax6.L expression in optic field
Fig. 3 o

Harata A et al. (2019) 		Xla Wt + p2ry4 TALEN

NF14 (in situ hybridization)
Expression Phenotype
decreased amount rax.L expression in optic field