Xtr Wt + fgfr4 CRISPR has 14 phenotype(s)
Page: 1 2 ???pagination.result.next???
Images Sources Experiment + Assay Phenotypes Human Diseases
Fig. 5 E

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF10 (in situ hybridization)
Expression Phenotype
decreased amount myf5 expression in mesoderm
congenital heart disease
visceral heterotaxy
Fig. 5 H

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF12 (in situ hybridization)
Expression Phenotype
decreased amount myf5 expression in presumptive paraxial mesoderm
congenital heart disease
visceral heterotaxy
Fig. 5 I

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF12 (in situ hybridization)
Expression Phenotype
decreased amount myod1 expression in presumptive paraxial mesoderm
congenital heart disease
visceral heterotaxy
Fig. 5 L

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF12 (in situ hybridization)
Expression Phenotype
decreased amount tbxt expression in presumptive paraxial mesoderm
congenital heart disease
visceral heterotaxy
Fig. 3 A-H, L, M

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF17 (immunohistochemistry)
Anatomical Phenotype
abnormal gastrocoel roof plate morphology
abnormal left-right organizer morphology
abnormally decreased number of cilium in the left-right organizer
congenital heart disease
visceral heterotaxy
Fig. 3 I-K

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF17 (immunohistochemistry)
Anatomical Phenotype
abnormal gastrocoel roof plate morphology
abnormal left-right organizer morphology
decreased size of the presomitic mesoderm
Expression Phenotype
decreased amount myod1 expression in gastrocoel roof plate
decreased amount myod1 expression in left-right organizer
congenital heart disease
visceral heterotaxy
Fig. S 2 A, B

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF17 (immunohistochemistry)
Anatomical Phenotype
abnormal gastrocoel roof plate morphology
abnormal left-right organizer morphology
abnormally decreased number of cilium in the left-right organizer
Expression Phenotype
decreased amount tuba4b expression in left-right organizer
congenital heart disease
visceral heterotaxy
Fig. 2 A

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF17 (in situ hybridization)
Expression Phenotype
decreased amount dand5 expression in left-right organizer
congenital heart disease
visceral heterotaxy
Fig. 2 C

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF17 (in situ hybridization)
Expression Phenotype
decreased amount nodal1 expression in left-right organizer
congenital heart disease
visceral heterotaxy
Fig. 2 E

Sempou E et al. (2018)
Xtr Wt + fgfr4 CRISPR

NF17 (in situ hybridization)
Expression Phenotype
decreased amount gdf3 expression in left-right organizer
congenital heart disease
visceral heterotaxy