Fig.1.C

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF15 (in situ hybridization)

Expression Phenotype
decreased amount foxd3.L expression in neural crest

Fig.1.D

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF15 (in situ hybridization)

Expression Phenotype
decreased amount sox9.L expression in neural crest

Fig.1.E

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF15 (in situ hybridization)

Expression Phenotype
decreased amount sox9.L expression in neural crest

Fig.1.F, Fig. S3.A

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF15 (in situ hybridization)

Expression Phenotype
decreased amount pax3.L expression in neural plate border

Fig.3.H,I

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF15 (in situ hybridization)

Expression Phenotype
decreased amount snai2.L expression in neural crest

Fig.5.D-H

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF15 (in situ hybridization)

Expression Phenotype
increased amount snai2.L expression in the animal cap decreased amount foxd3.L expression in neural crest

Fig.S3.B,C

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF32 (in situ hybridization)

Anatomical Phenotype
abnormal development of heart

Expression Phenotype
decreased amount nkx2-5.L expression in heart

Fig.S3.B,C

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF35/36 (in situ hybridization)

Anatomical Phenotype
abnormal development of cardiovascular system

Expression Phenotype
decreased amount dab2.L expression in blood vessel decreased amount dab2.L expression in circulatory system

Fig.1.G

Wang H et al. (2021)

Xla Wt + fermt2 MO

NF46 (stained tissue microscopy)

Anatomical Phenotype
decreased size of the ceratobranchial I decreased size of the ceratobranchial II decreased size of the ceratobranchial III decreased size of the ceratobranchial IV decreased size of the ceratohyal decreased size of the chondrocranium decreased size of the Meckel's cartilage