Fig. 5 d e

Lee H et al. (2020)

Xla Wt + chrd.1 MO

NF11 (in situ hybridization)

Expression Phenotype
increased amount szl.L expression in marginal zone increased amount ventx1.2.S expression in marginal zone

Fig. S 6 c d

Lee H et al. (2020)

Xla Wt + chrd.1 MO

NF11 (in situ hybridization)

Expression Phenotype
increased amount szl.L expression in ventro-lateral marginal zone increased amount ventx1.2.L expression in dorso-lateral marginal zone

Fig. 5 f g

Lee H et al. (2020)

Xla Wt + chrd.1 MO

NF32 (in situ hybridization)

Expression Phenotype
decreased amount foxg1.L expression in forebrain decreased amount myod1.L expression in somite increased amount szl.L expression in ventral blood island

Fig. S 2 c d

Lee H et al. (2020)

Xtr Wt + chrd.1 CRISPR

NF11 (in situ hybridization)

Expression Phenotype
increased amount szl expression in ventral marginal zone increased amount ventx1.2 expression in dorsal marginal zone

Fig. S 4 c d

Lee H et al. (2020)

Xtr Wt + rspo2 CRISPR + chrd.1 CRISPR

NF11 (in situ hybridization)

Expression Phenotype
increased amount szl expression in ventral marginal zone increased amount ventx1.2 expression in dorsal marginal zone mislocalised szl expression in ventro-lateral marginal zone

fig.8

Rankin SA et al. (2011)

Xla Wt + chrd MO + nog MO

NF11 (in situ hybridization)

Expression Phenotype

decreased amount chrd.1.L expression in dorsal endoderm
decreased amount hhex.L expression in dorsal endoderm
increased amount ventx1.2.L expression in animal cap
increased amount ventx1.2.L expression in dorsal endoderm
increased amount ventx2.2.L expression in animal cap
increased amount ventx2.2.L expression in dorsal endoderm
mislocalised ventx1.2.L expression in animal cap
mislocalised ventx1.2.L expression in dorsal endoderm
mislocalised ventx2.2.L expression in animal cap
mislocalised ventx2.2.L expression in dorsal endoderm