Nian Wang

This study identifies a citrus-specific post-translational truncation of CsGPX4 that disrupts redox homeostasis by altering its localization and enzymatic activity.

This study uses CRISPR/Cas9 to edit citrus genome via mature tissue transformation, achieving high editing efficacy and enabling early flowering.

This study shows that Candidatus Liberibacter triggers immune responses in citrus plants, leading to cell death and disease, and identifies genetic targets to mitigate these effects.

This study identifies a bacterial outer membrane protein as a substrate of a citrus protease, showing that protease activity reduces pathogen titers and delays disease symptoms in citrus.

This study tests the effect of beneficial bacteria and their synthetic community on citrus canker resistance, finding that a synthetic community significantly reduces disease severity in both greenhouse and field trials.

The paper identifies CsEXP2 and CsEG1 as downstream targets of CsLOB1, activated indirectly by Xcc's PthA4, leading to citrus canker symptoms.

The paper presents a chromosome-level genome assembly of navel orange cv. Gannanzao and identifies genes associated with early maturation.

The paper presents a chromosome-level genome assembly of navel orange cv. Gannanzao and identifies genes associated with early maturation.

The paper identifies the protein-protein interaction network of Candidatus Liberibacter asiaticus using yeast-two-hybrid assays, revealing key interactions and potential functions of uncharacterized proteins.

This study identifies candidate genes associated with citrus response to Huanglongbing by integrating genomic resources and genome-wide association mapping.