Ryohei Terauchi

The paper identifies the sex chromosome in white Guinea yam and describes a miRNA-mediated sex determination system involving a 1.2-Mb inversion and a W-specific microRNA gene.

This study manipulates gene copy number in rice to fine-tune agronomic traits, showing that increasing OsMADS18 copies leads to longer leaf and culm lengths.

The paper identifies HMA-integrated tandem kinase genes in barley and wheat that confer resistance to fungal pathogens and proposes an evolutionary model for their diversification.

The paper presents a genomic breeding strategy using large-scale recombinant populations and prediction models to rapidly develop rice cultivars with desired traits.

AlphaFold 3 oligomer models separate paired plant NLRs: helpers score higher pTM and form funnel-shaped resistosomes unlike sensors, including some rice pairs lacking integrated-domain annotations.

The paper shows that GBP and thaumatin-domain proteins engage in coevolutionary dynamics in rice apoplast to defend against Magnaporthe oryzae.

The paper identifies two candidate genes involved in sex determination in the dioecious wild yam Dioscorea tokoro using whole-genome sequencing and genetic analysis.

The paper identifies STT3A as a gene required for recognizing pathogen-derived sphingolipids in Arabidopsis, showing its role in plant immunity through post-translational modifications.

The paper shows that the rice NLR-ID receptor Pii2 indirectly recognizes the fungal effector AVR-Pii by dissociating Pii2 from host Exo70 proteins, revealing a novel mechanism of pathogen recognition.

This paper identifies GF14h as the causal gene for low-temperature seed germination in rice and demonstrates its utility in breeding for direct seeding in cold climates.

The paper introduces updated pipelines for MutMap and QTL-seq that are faster, easier to use, and more accessible via bioconda.

RIL-StEp identifies epistatic gene interactions in rice seed hull color using SNP data from recombinant inbred lines.

The paper identifies two NBS-LRR genes, Pii-1 and Pii-2, that together confer resistance to rice blast disease in rice.