Fig. 4B

Kim YJ et al. (2025)

Xla Wt + nodal1

NF9 (RT-PCR)

Expression Phenotype
decreased amount gsc.L expression in the animal cap absent eomes.L expression in animal cap absent nodal1.L expression in animal cap absent tbxt.L expression in animal cap

Fig. 4B

Kim YJ et al. (2025)

Xla Wt + nodal1 + pofut1 MO

NF9 (RT-PCR)

Expression Phenotype
decreased amount gsc.L expression in the animal cap absent eomes.L expression in animal cap absent tbxt.L expression in animal cap

Fig. 3. B

Eroshkin FM et al. (2024)

Xla Wt + neurectoderm explant + stretch

NF14 (RT-PCR)

Expression Phenotype

decreased amount gsc.L expression in neuroectoderm
decreased amount cd82.L expression in neuroectoderm
decreased amount cebpa.L expression in neuroectoderm
decreased amount otx2.L expression in neuroectoderm
decreased amount six3.L expression in neuroectoderm
increased amount cdx4.L expression in neuroectoderm
increased amount tbxt.L expression in neuroectoderm
increased amount xmc.L expression in neuroectoderm

Fig.7.B

Gur M et al. (2022)

Xla Wt + aldh1a2 CRISPR

NF10.25 (RT-PCR)

Expression Phenotype
decreased amount gsc.L expression in the embryo decreased amount admp.L expression in the embryo decreased amount aldh1a2.L expression in the embryo decreased amount aldh1a3.L expression in embryo decreased amount dkk1.L expression in embryo decreased amount frzb.L expression in the embryo decreased amount hoxa1.L expression in embryo decreased amount hoxb4.L expression in embryo

Fig.4.I

Gur M et al. (2022)

Xla Wt + bmp4

NF10.25 (RT-PCR)

Anatomical Phenotype
partially ventralized embryo

Expression Phenotype
decreased amount gsc.L expression in the embryo decreased amount admp.L expression in the embryo decreased amount aldh1a3.L expression in embryo increased amount szl.L expression in embryo increased amount ventx1.2.L expression in embryo

Fig.4.I

Gur M et al. (2022)

Xla Wt + bmp4

NF11 (RT-PCR)

Anatomical Phenotype
partially ventralized embryo

Expression Phenotype
decreased amount gsc.L expression in the embryo decreased amount admp.L expression in the embryo decreased amount aldh1a2.L expression in the embryo decreased amount aldh1a3.L expression in embryo increased amount szl.L expression in embryo increased amount ventx1.2.L expression in embryo

Fig.4.I

Gur M et al. (2022)

Xla Wt + bmp4

NF13 (RT-PCR)

Anatomical Phenotype
partially ventralized embryo

Expression Phenotype
decreased amount gsc.L expression in the embryo decreased amount admp.L expression in the embryo decreased amount aldh1a2.L expression in the embryo decreased amount aldh1a3.L expression in embryo decreased amount ventx1.2.L expression in embryo

Fig.3.H

Gur M et al. (2022)

Xla Wt + DEAB

NF10.25 (RT-PCR)

Expression Phenotype
increased amount gsc.L expression in the embryo increased amount chrd.1.L expression in the embryo increased amount dkk1.L expression in the embryo

Fig.7.C

Gur M et al. (2022)

Xla Wt + Retinoic acid

NF12 (RT-PCR)

Expression Phenotype
increased amount gsc.L expression in the embryo decreased amount hoxa1.L expression in embryo decreased amount hoxb4.L expression in embryo increased amount aldh1a2.L expression in embryo increased amount cer1.L expression in embryo

Fig.4.H

Gur M et al. (2022)

Xla Wt + wnt8a

NF10.25 (RT-PCR)

Anatomical Phenotype
partially dorsalized embryo

Expression Phenotype
increased amount gsc.L expression in the embryo decreased amount szl.L expression in the embryo decreased amount ventx1.2.L expression in embryo increased amount admp.L expression in the embryo increased amount aldh1a3.L expression in the embryo increased amount aldh1a2.L expression in embryo