Tetsuhiro Kudoh

BeatRatePy quantifies beat rate, contraction, and speed from label-free cardiac imaging data, showing consistent performance across different systems and datasets.

The paper presents a high-quality chromosome-level genome assembly of the Arabian killifish, providing a genomic resource for comparative genomics studies.

This study creates a transcriptomic atlas of early Arabian killifish embryo development, identifying transcriptional modules across developmental stages and highlighting a delayed zygotic genome activation.

This study identifies the synergistic role of melanophores and fluoroleucophores in protecting Arabian killifish embryos from UV light using CRISPR/Cas9 mutants.

This study profiles gene expression in Candida auris infections using a fish model, identifying clade-specific filamentation and upregulation of xenosiderophore transporter genes.

The paper evaluates six anaesthetics for their efficacy and tolerability in larval zebrafish, identifying MS222 and quinaldine sulfate as most suitable for deep anaesthesia and etomidate for cardiovascular studies.

This study shows ethanol disrupts gastrula gene expression and cell movement in zebrafish, leading to developmental defects similar to human FASDs.

This study identifies the retinoic acid receptor (RAR) as essential for shell gland formation and shell secretion in molluscs, showing its role in developmental regulation and evolutionary adaptation.

The paper describes the unique biology of mangrove killifish, focusing on their sexual systems and environmental tolerance.

This study introduces the thermotolerant Arabian killifish as a new model to assess C. albicans virulence at human-relevant temperatures, showing temperature-dependent virulence and drug response.

The paper identifies a missense mutation in the edaradd gene causing developmental defects in ectodermal appendages in the mangrove killifish, confirming its role in fin and epithelial tissue development via the EDA signaling pathway.

This study shows estrogen regulates early olfactory system development via estrogen-responsive glia in zebrafish, affecting glomerular organization and olfactory behavior.