Kenichi Suzuki

This study shows that shh.L is essential for initial limb outgrowth in Xenopus laevis, revealing conserved SHH dependence for early appendage initiation across vertebrates.

This study develops a transgenic Xenopus laevis line to visualize peripheral nerves during limb development and regeneration, revealing patterns of nerve entry and innervation.

The paper describes a CRISPR-Cas9-based knock-in protocol in Xenopus laevis to visualize endogenous gene expression using reporter genes.

This paper introduces a safer FISH protocol using low-toxicity reagents, validated in multiple model organisms, enabling sensitive and multiplexed gene detection without proteolytic treatment.

The paper presents the chromosome-scale assembly of the giant Pleurodeles waltl genome, revealing insights into its expansion and regeneration-related genes.

This study identifies a novel role for Hox13 in regulating newt hindlimb bud outgrowth by interacting with Fgf10 and Tbx4 during development.

This study shows that Fgf10 mutants in newts can regenerate near-normal hindlimbs despite severe developmental defects.

This study shows that hox13 paralogs are functionally conserved in limb development and regeneration in newts.

The paper constructs a comprehensive transcriptome reference for the Iberian ribbed newt, identifying gene modules and evolutionary features, and provides data for future research.