Kunihiro Ohta

The paper maps the spatial distribution of DSB proteins in yeast and mouse, revealing distinct assembly pathways and long-range control mechanisms that shape DSB landscapes.

The paper shows that genetic perturbations affect genes maintaining stoichiometry with the perturbed gene, revealing a multi-level stoichiometry-conserving architecture across species.

This study compares TAQing and conventional mutagenesis to identify genes responsible for flocculation in yeast, finding TAQing narrows down candidate loci more effectively.

This paper introduces an algorithm to reconstruct 3D chromosome structures in single human diploid cells using allele-specific SNVs without imputation, achieving resolutions of 40-kb to 1-Mb.

The paper links Raman spectra and transcriptomes through a shared low-dimensional subspace, enabling reconstruction of gene expression profiles from Raman data.

The paper identifies Mek1 as the kinase responsible for H3 T11 phosphorylation in meiosis and shows H3 T11ph serves as a marker of Mek1 activity.