Faculty

Institution

Unit

Venue

James Ng

Associate Professor

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Microbiology & Plant Pathology

James Ng is currently serving as a College Of Natural & Agricultural Sciences (Cnas) Associate Professor at University of California, Riverside.

Honors

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Experiences

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Education

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James Ng

University of California, Riverside

Associate Professor

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virology virus research infectious diseases microbiology plant-virus interaction general virology plant virus plant pathology pathogens molecular plant pathology plant disease biology virus transmission pathogenesis genetics plant-pathogen interactions microbial pathogenesis viral genetics molecular plant-microbe interactions virus-host interactions lettuce chlorosis virus virus phylogeny insect virus virus gene insect science antiviral research virus structure viral replication virus-vector interactions phylogenetics genomics molecular evolution invertebrate pathology viral pathogenesis applied microbiology genome biology nucleic acids biological pest control plant immunity evolutionary microbiology phylogenomics microbial systematics viral evolution diagnostic virology bemisia tabaci integrative plant biology pest science environmental microbiology ima fungus nanobiotechnology plant pathogen effector microbial diversity protists biochemical taxonomy sequence analysis virus classification physiological plant pathology genotype-phenotype association disease control zoological taxonomy comparative analysis speciation nematology aphid vectors semipersistent transmission virion retention insect vector virus capsid component viral propagation insect transmission polypyrrole nanoribbon chemiresistive immunosensors family simkaniaceae phylogenetic evidence semi-persistent transmission engineered defective rna

Notable Scholarly Works

Notable Federal Grants

Collaborators

Systemic and Phloem‐Specific Protein Targeting by High Affinity Nanobodies Expressed From a Plant Rna Virus Vector. Molecular Plant Pathology (2025)

virologyvirus structurebiomolecular engineeringplant-virus interactionplant pathologyprotein engineeringmolecular plant pathologyplant virusvirus genemolecular plant-microbe interactionshigh affinity nanobodiesmolecular biologyphloem‐specific protein targetinggeneral virologyvirus research

Unraveling the Cryptic Bemisia Tabaci Species Complex: Global Phylogenomic Analysis Reveals Evolutionary Relationships and Biogeographic Patterns. Insect Science (2025)

molecular evolutionbiogeographic patternsphylogeny comparisonphylogeneticsevolutionary taxonomiesecology evolutionphylogenomicsbiologyevolutionary biologyevolutionary ecologyecology and evolutionary biologymolecular ecologybiogeographycladisticssystematicsphylogenetic methodsbiodiversity

A Comprehensive Framework for the Delimitation of Species Within the Bemisia Tabaci Cryptic Complex, a Global Pest‐Species Group. Insect Science (2024)

Hua‐Ling WangTeng LeiXiao‐Wei WangStephen CameronJesús Navas‐CastilloYin‐Quan LiuM. N. MaruthiChristopher A. OmongoHélène DelatteKyeong‐Yeoll LeeRenate Krause‐SakateJames NgSusan SealElvira Fiallo‐OlivéKathryn BushleyJohn ColvinShu‐Sheng Liu

geneticscomplex systemscomparative analysiszoological taxonomyinsect molecular biologyphylogeneticspopulation biologynematologyinsect scienceevolutionary biologyarthropod taxonomyspeciationcomprehensive frameworkglobal pest-species groupentomology

Adaptation of Feeding Behaviors on Two Brassica Species by Colonizing and Noncolonizing Bemisia Tabaci (Hemiptera: Aleyrodidae) Nw Whiteflies. Journal of Insect Science (2024)

coevolutionecology evolutionfitnessinsect social behaviorterrestrial arthropodsnw whitefliesinterspecific behavioral interactionecological entomologyapplied entomologyecology and evolutionary biologyevolutionary ecologyecologypredator-prey interactionsentomologybehavioral ecologybiological pest controlinsect sciencebiologyevolutionary biologycommunity (ecology)

An Engineered Citrus Tristeza Virus (T36Ca)-Based Vector Induces Gene-Specific Rna Silencing and is Graft Transmissible to Commercial Citrus Varieties. Phytopathology (2024)

microbiologyvirologygeneticsantiviral researchviral geneticsinfectious diseasesplant-virus interactionmolecular plant pathologyvirus geneplant viruscommercial citrus varietiesplant pathologygenetic engineeringgeneral virologyvirus research

A Balance Between Vector Survival and Virus Transmission is Achieved Through Jak/Stat Signaling Inhibition by a Plant Virus. Proceedings of the National Academy of Sciences (2022)

virologyantiviral researchvector survivalinfectious diseasesplant-virus interactionvirus transmissionvirus-host interactionsplant virussystems biologyplant pathologyvirus research

Isolation and Transfection of Citrus Protoplasts With Citrus Exocortis Viroid. Methods in molecular biology (2021)

plant-virus interactionplant diseasemolecular plant pathologyplant viruscitrus exocortis viroidplant biotechnologyplant pathology

Nuances of Whitefly Vector–Crinivirus Interactions Revealed in the Foregut Retention and Transmission of Lettuce Chlorosis Virus by Two Bemisia Tabaci Cryptic Species. Viruses (2021)

microbiologyvirologyinfectious diseasesvirus transmissionplant diseaseplant-virus interactioncryptic specieswhitefly vector–crinivirus interactionsbiologyinsect viruspathogensplant pathologyinvertebrate pathologyentomologygeneral virologylettuce chlorosis virusvirus research

Plasticity of the Lettuce Infectious Yellows Virus Minor Coat Protein (Cpm) in Mediating the Foregut Retention and Transmission of a Chimeric Cpm Mutant by Whitefly Vectors. Journal of General Virology (2021)

microbiologyvirologyvirus structureinfectious diseasesmicrobial pathogenesisplant diseaseplant-virus interactionchimeric cpm mutantpathogenesisbiologyminor coat proteinpathogensplant pathologylettuce infectious yellowsinvertebrate pathologyentomologygeneral virologyvirus research

Comparative Analysis Identifies Amino Acids Critical for Citrus Tristeza Virus (T36Ca) Encoded Proteins Involved in Suppression of Rna Silencing and Differential Systemic Infection in Two Plant Species. Molecular Plant Pathology (2020)

microbiologyvirologymolecular virologyantiviral researchplant speciesinfectious diseasesplant-virus interactionplant pathologymolecular plant pathologyplant virusmolecular plant-microbe interactionscitrus tristeza viruscomparative analysis identifiespathogenesisgeneral virologyvirus research

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James Ng

Associate Professor

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Microbiology & Plant Pathology

James Ng is currently serving as a College Of Natural & Agricultural Sciences (Cnas) Associate Professor at University of California, Riverside.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Ng

University of California, Riverside

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Systemic and Phloem‐Specific Protein Targeting by High Affinity Nanobodies Expressed From a Plant Rna Virus Vector. Molecular Plant Pathology (2025)

Unraveling the Cryptic Bemisia Tabaci Species Complex: Global Phylogenomic Analysis Reveals Evolutionary Relationships and Biogeographic Patterns. Insect Science (2025)

A Comprehensive Framework for the Delimitation of Species Within the Bemisia Tabaci Cryptic Complex, a Global Pest‐Species Group. Insect Science (2024)

Adaptation of Feeding Behaviors on Two Brassica Species by Colonizing and Noncolonizing Bemisia Tabaci (Hemiptera: Aleyrodidae) Nw Whiteflies. Journal of Insect Science (2024)

An Engineered Citrus Tristeza Virus (T36Ca)-Based Vector Induces Gene-Specific Rna Silencing and is Graft Transmissible to Commercial Citrus Varieties. Phytopathology (2024)

A Balance Between Vector Survival and Virus Transmission is Achieved Through Jak/Stat Signaling Inhibition by a Plant Virus. Proceedings of the National Academy of Sciences (2022)

virologyantiviral researchvector survivalinfectious diseasesplant-virus interactionvirus transmissionvirus-host interactionsplant virussystems biologyplant pathologyvirus research

Isolation and Transfection of Citrus Protoplasts With Citrus Exocortis Viroid. Methods in molecular biology (2021)

plant-virus interactionplant diseasemolecular plant pathologyplant viruscitrus exocortis viroidplant biotechnologyplant pathology

Nuances of Whitefly Vector–Crinivirus Interactions Revealed in the Foregut Retention and Transmission of Lettuce Chlorosis Virus by Two Bemisia Tabaci Cryptic Species. Viruses (2021)

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Ohio State University

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plant antiviral defenses

Zhongguo Xiong

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University of Arizona

vaccine candidates

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plant-microbe interaction

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