Xtr Wt + rb1 CRISPR + rbl1 CRISPR has 15 phenotype(s)
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Images Sources Experiment + Assay Phenotypes Human Diseases
Fig.S2.b,c

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (stained tissue microscopy)
Anatomical Phenotype
abnormal brain ventricle morphology
Fig.S2.f,g

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (stained tissue microscopy)
Anatomical Phenotype
neoplastic lung
Fig.1.d

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (whole-mount microscopy)
Anatomical Phenotype
increased size of the eye
neoplastic eye
retinoblastoma
Fig.1.e

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (whole-mount microscopy)
Anatomical Phenotype
abnormally localised blood vessel
neoplastic eye
retinoblastoma
Fig.S2.d

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (whole-mount microscopy)
Anatomical Phenotype
neoplastic lung
Fig.S2.h

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (whole-mount microscopy)
Anatomical Phenotype
increased cell population proliferation in adipose tissue
XB-PHENO-24830

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

juvenile (whole-mount microscopy)
Anatomical Phenotype
increased size of the eye
neoplastic eye
retinoblastoma
Fig.3

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

NF50-adult (histology)
Anatomical Phenotype
neoplastic eye
retinoblastoma
Fig.2.a-c

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

tadpole (stained tissue microscopy)
Anatomical Phenotype
abnormal retina morphology
increased cell population proliferation in retina
neoplastic eye
retinoblastoma
Fig.2.d

Naert T et al. (2016) 		Xtr Wt + rb1 CRISPR + rbl1 CRISPR

tadpole (stained tissue microscopy)
Anatomical Phenotype
abnormal optic nerve morphology
neoplastic eye
retinoblastoma