Christiaan V. Henkel

This study establishes a single-cell RNA atlas of Atlantic salmon testis and evaluates in vitro spermatogenesis conditions, revealing condition-specific shifts in cell composition and limited progression through later stages of spermatogenesis.

This study identifies phod1 as a gene regulating seasonal energy metabolism via the growth hormone pathway in Japanese medaka fish.

This study shows that M. tuberculosis and M. marinum induce similar late innate immune gene responses in zebrafish larvae, supporting M. marinum as a surrogate model for tuberculosis research.

This study shows that in medaka, photoperiod regulates gonadotrope cell division and hormone production through melatonin, TSH, and folliculostellate cells.

The paper shows that transient activation of AHL15-GR in Arabidopsis seedlings causes long-term transcriptome reprogramming and chromatin changes.

This paper creates the first 3D atlas of the medaka pituitary, revealing spatial distributions of endocrine cell types and sexual dimorphism in gene expression.

This study uses Oxford Nanopore long-read sequencing to characterize microbial diversity in seawater, identifying thousands of organisms and assembling genomes from environmental samples.

This paper presents a novel algorithm for assembling the European eel genome from nanopore sequencing reads, achieving improved contiguity and structural quality compared to previous short-read assemblies.