myc has 10 expression phenotype(s)
Images Sources Experiment + Assay Phenotypes Human Diseases
fig.4.c

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF15 (in situ hybridization)
Expression Phenotype
decreased amount pax6.L expression in neural fold
fig.4.d

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF15 (in situ hybridization)
Expression Phenotype
decreased amount rax.L expression in anterior neural fold
fig.4.a7, a8

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF18-28 (in situ hybridization)
Expression Phenotype
decreased amount mycn.L expression in brain
fig.4.j

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF18 (in situ hybridization)
Expression Phenotype
decreased amount ccnd1.L expression in brain
decreased amount ccnd1.L expression in optic vesicle
fig.4.k

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF18 (in situ hybridization)
Expression Phenotype
decreased amount ccna2.L expression in brain
decreased amount ccna2.L expression in optic vesicle
fig.4.a7

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF18 (in situ hybridization)
Expression Phenotype
decreased amount mycn.L expression in optic vesicle
fig.4.l

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF18 (in situ hybridization)
Expression Phenotype
decreased amount cdk1.L expression in brain
decreased amount cdk1.L expression in optic vesicle
fig.4.a8

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF28 (in situ hybridization)
Expression Phenotype
decreased amount mycn.L expression in eye
decreased amount mycn.L expression in midbrain-hindbrain boundary
fig.4.r

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF28 (in situ hybridization)
Expression Phenotype
decreased amount ascl1.L expression in eye
decreased amount ascl1.L expression in midbrain-hindbrain boundary
fig.4.s

Xue XY and Harris WA (2012) 		Xla Wt + myc MO

NF28 (in situ hybridization)
Expression Phenotype
decreased amount atoh7.L expression in eye