Sachiko Isobe

This study sequenced and analyzed the genomes of two early-flowering cherry varieties to identify genetic factors contributing to their early-flowering phenotype.

The paper generates and analyzes a draft genome sequence for horsegram, identifying specific genes and genome structure similarities with other legumes.

The paper analyzes the genome of common vetch (Vicia sativa) and finds high population-level heterozygosity linked to environmental adaptation.

This study presents the first chromosome-scale genome assembly of Eustoma grandiflorum, identifying 36,619 genes and genetic variants in nine commercial varieties.

This study sequenced and analyzed the genomes of two azalea species to improve understanding of genome evolution and aid in cultivar development.

This study presents a chromosome-scale genome assembly for the Japanese strawberry variety Reikou and identifies its likely progenitors as F. vesca and F. iinumae.

This study identifies a genomic region associated with pea pod color variation using genome sequencing and genetic analysis.

This paper presents the first chromosome-scale genome assembly of Japanese pear (Pyrus pyrifolia) variety 'Nijisseiki', revealing gene content and whole genome duplication.

KusakiDB integrates orthologous protein data from plants to improve functional annotation accuracy and identify unique or rapidly evolving orthologs.

This study sequenced the Hydrangea macrophylla genome to identify DNA markers and causative genes for the double flower phenotype.

The paper proposes a cost-effective genetic mapping strategy for autopolyploids using low-coverage NGS data and allele dosage probabilities to detect loci associated with phenotypes.

This study reports the genome sequence of a giant-rooted radish variety, Okute-Sakurajima, using long-read sequencing to overcome genome complexity and provides insights into giant root formation.

The paper presents the phased genome of Somei-Yoshino flowering cherry, revealing its origin and gene expression changes during flowering.

Hayai-Annotation Plants provides a fast and accurate gene annotation system for plant species, achieving 96.4% accuracy for Arabidopsis thaliana within five minutes.