Faculty

Institution

Unit

Venue

Diane Ullman

Distinguished Professor Emerita of Entomology

University of California, Davis

Affiliations

College of Agricultural and Environmental Science

Entomology and Nematology

Diane Ullman is currently serving as a College Of Agricultural And Environmental Science Distinguished Professor Emerita of Entomology at University of California, Davis.

Honors

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Experiences

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Education

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Diane Ullman

University of California, Davis

Distinguished Professor Emerita of Entomology

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entomology virology botany avian biology plant science ecology insect science genetics microbiology biology plant pathology horticulture research plant-insect interactions frankliniella occidentalis pest science gene expression plant physiology virus research applied entomology plant-virus interaction plant virus virus-host interactions western flower thrips morphology plant genetics vector borne disease plant disease economic entomology plant biology virus transmission mealybug wilt morphology (biology) ecological entomology agricultural biotechnology phytochemistry viral genetics embryology molecular plant-microbe interactions genome biology animal virus viral evolution sweetpotato whitefly plant biotechnology ornithology plant-abiotic interaction crop physiology crop ecology crop pests genome-enabled insights nematology plant immunity digestive tract vegetation science arthropod taxonomy induced resistance plant health plant ecology host response plant-microbe interactions plant breeding breeding behavior insect conservation agricultural sciences potato aphid wilt tospovirus thrips transmission soluble form causal agents virus infection pineapple closterovirus bacterial symbionts bemisia tabaci closteroviruslike particle viral replication plant-parasite coevolution plant defence activator molecular plant pathology insect virus

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Dehydration and Tomato Spotted Wilt Virus Infection Combine to Alter Feeding and Survival Parameters for the Western Flower Thrips, Frankliniella Occidentalis. Current Research in Insect Science (2024)

Samuel T. BaileyAlekhya KondraguntaHyojin A. ChoiJinlong HanHolly McInnesDorith RotenbergDiane E. UllmanJoshua B. Benoit

water qualitylivestock scienceplant-insect interactionssurvival parametersavian biologyenvironmental scienceinsect conservationagricultural economicsnematologydisease ecologybotanycrop ecologypest sciencefrankliniella occidentalisecologywestern flower thripsmicrobial ecologypest managementinsect scienceentomologysustainable agriculture

Acylsugar-Mediated Resistance as Part of a Multilayered Defense Against Thrips, Orthotospoviruses, and Beyond. Current Opinion in Insect Science (2023)

Martha A MutschlerGeorge G KennedyDiane E Ullman

multilayered defenseavian biologyvirologyacylsugar-mediated resistancehost responseimmunologyinsect scienceentomology

Dehydration Yields Distinct Transcriptional Shifts Associated With Glycogen Metabolism and Increases Feeding in the Western Flower Thrips, Frankliniella Occidentalis. Entomologia Experimentalis et Applicata (2023)

Samuel T. BaileyAlekhya KondraguntaHyojin A. ChoiJinlong HanDorith RotenbergDiane E. UllmanJoshua B. Benoit

plant-insect interactionsgeneticsapplied entomologyavian biologyexperimental botanyplant geneticsplant-abiotic interactiondevelopmental biologybotanytranscription (biology)plant genomicsplant sciencegene expressionplant physiologyevolutionary biologywestern flower thripstranscription factorsglycogen metabolismcrop physiologyentomology

The Genome of a Bunyavirus Cannot Be Defined at the Level of the Viral Particle but Only at the Scale of the Viral Population. Proceedings of the National Academy of Sciences (2023)

Michel YvonThomas L. GermanDiane E. UllmanRanjit DasguptaMaxwell H. ParkerSulley Ben-MahmoudEric VerdinPatrick GognalonsAurélie AncelinJoséphine Laï Kee HimJustine GirardMarie-Stéphanie VernereyEmmanuel FernandezDenis FillouxPhilippe RoumagnacPatrick BronYannis MichalakisStéphane Blanc

geneticsgenomicsvirologyviral particlegenome biologyviral population

The Sw-5B Nlr Immune Receptor Induces Early Transcriptional Changes in Response to Thrips and Mechanical Modes of Inoculation of Tomato Spotted Wilt Orthotospovirus. Molecular Plant-Microbe Interactions (2023)

Norma A. OrdazUgrappa NagalakshmiLeonardo S. BoiteuxHagop S. AtamianDiane E. UllmanSavithramma P. Dinesh-Kumar

geneticsmechanical modesgene expressionplant-virus interactionvirus-host interactionsvirus researchmolecular biologyimmunologymolecular virologybotanyplant-microbe interactionsviral geneticsgeneral virology

Dehydration and Infection Elicit Increased Feeding in the Western Flower Thrips, Frankliniella Occidentalis, Likely Triggered by Glycogen Depletion. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Samuel T. BaileyAlekhya KondraguntaHyojin A. ChoiJinlong HanDorith RotenbergDiane E. UllmanJoshua B. Benoit

avian biologyplant scienceecologyinfectious diseaseswestern flower thripsplant-insect interactionsplant-abiotic interactionmicrobial ecologybotanyinsect scienceentomologyplant physiologyglycogen depletionphysiology

Sex-Biased Proteomic Response to Tomato Spotted Wilt Virus Infection of the Salivary Glands of Frankliniella Occidentalis, the Western Flower Thrips. Insect Biochemistry and Molecular Biology (2022)

Swapna Priya RajarapuSulley Ben-MahmoudJoshua B. BenoitDiane E. UllmanAnna E. WhitfieldDorith Rotenberg

plant pathologyhost specificityplant-insect interactionsbiochemistryplant proteomicscell biologymolecular and cellular biologysex-biased proteomic responseproteomicsinsect biochemistryvirologypest scienceplant physiologyfrankliniella occidentalisplant-virus interactionwestern flower thripsvirus-host interactionsmolecular biologyhorticulture researchinsect scienceentomology

The Sw-5B Nlr Immune Receptor Induces Earlier Transcriptional Changes in Response to Thrips-Mediated Inoculation of Tomato Spotted Wilt Orthotospovirus Compared to Mechanical Inoculation. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Norma A. OrdazUgrappa NagalakshmiLeonardo S. BoiteuxHagop S. AtamianDiane E. UllmanSavithramma P. Dinesh-Kumar

insect virusmechanical inoculationclinical microbiologygeneticsviral geneticsavian biologymicrobiologymolecular microbiologybotanythrips-mediated inoculationgene expressionvirologyvirus researchimmunologytranscriptional changestranscription factorsvirus-host interactionstranscription regulationgeneral virology

Plant–Virus–Vector Interactions. Virology (2021)

Swapna Priya RajarapuDiane E. UllmanMarilyne UzestDorith RotenbergNorma A. OrdazAnna E. Whitfield

virologyplant-virus interactionplant virusimmunologyplant-virus-vector interactions

Additional File 10 of Genome-Enabled Insights Into the Biology of Thrips as Crop Pests. Figshare (2020)

Dorith RotenbergAaron A. BaumannSulley Ben-MahmoudOlivier ChristiaensWannes DermauwPanagiotis IoannidisChris G. C. JacobsIris M. Vargas JentzschJonathan E. OliverMonica F. PoelchauSwapna Priya RajarapuDerek J. SchneweisSimon SnoeckClauvis N. T. TaningDong WeiShirani M. K. Widana GamageDaniel S. T. HughesShwetha C. MuraliSamuel T. BaileyNicolas E. BejermanChristopher J. HolmesEmily C. JenningsAndrew J. RosendaleAndrew RosselotKaylee HerveyBrandi A. SchneweisSammy ChengChristopher ChildersFelipe A. SimãoRalf G. DietzgenHsu ChaoHuyen DinhHarsha Vardhan DoddapaneniShannon DuganYi HanSandra L. LeeDonna M. MuznyJiaxin QuKim C. WorleyJoshua B. BenoitMarkus FriedrichJeffery W. JonesKristen A. PanfilioYoonseong ParkHugh M. RobertsonGuy SmaggheDiane E. UllmanMaurijn Van Der ZeeThomas Van LeeuwenJan A. VeenstraRobert M. WaterhouseMatthew T. WeirauchJohn H. WerrenAnna E. WhitfieldEvgeny M. ZdobnovRichard A. GibbsStephen Richards

biologygenomicsgenome-enabled insightsmolecular biologygenome biologycrop pests

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Diane Ullman

Distinguished Professor Emerita of Entomology

University of California, Davis

Affiliations

College of Agricultural and Environmental Science

Entomology and Nematology

Diane Ullman is currently serving as a College Of Agricultural And Environmental Science Distinguished Professor Emerita of Entomology at University of California, Davis.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Diane Ullman

University of California, Davis

Distinguished Professor Emerita of Entomology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Samuel T. BaileyAlekhya KondraguntaHyojin A. ChoiJinlong HanHolly McInnesDorith RotenbergDiane E. UllmanJoshua B. Benoit

Acylsugar-Mediated Resistance as Part of a Multilayered Defense Against Thrips, Orthotospoviruses, and Beyond. Current Opinion in Insect Science (2023)

Martha A MutschlerGeorge G KennedyDiane E Ullman

multilayered defenseavian biologyvirologyacylsugar-mediated resistancehost responseimmunologyinsect scienceentomology

Samuel T. BaileyAlekhya KondraguntaHyojin A. ChoiJinlong HanDorith RotenbergDiane E. UllmanJoshua B. Benoit

The Genome of a Bunyavirus Cannot Be Defined at the Level of the Viral Particle but Only at the Scale of the Viral Population. Proceedings of the National Academy of Sciences (2023)

geneticsgenomicsvirologyviral particlegenome biologyviral population

Norma A. OrdazUgrappa NagalakshmiLeonardo S. BoiteuxHagop S. AtamianDiane E. UllmanSavithramma P. Dinesh-Kumar

Dehydration and Infection Elicit Increased Feeding in the Western Flower Thrips, Frankliniella Occidentalis, Likely Triggered by Glycogen Depletion. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Samuel T. BaileyAlekhya KondraguntaHyojin A. ChoiJinlong HanDorith RotenbergDiane E. UllmanJoshua B. Benoit

Swapna Priya RajarapuSulley Ben-MahmoudJoshua B. BenoitDiane E. UllmanAnna E. WhitfieldDorith Rotenberg

Norma A. OrdazUgrappa NagalakshmiLeonardo S. BoiteuxHagop S. AtamianDiane E. UllmanSavithramma P. Dinesh-Kumar

Plant–Virus–Vector Interactions. Virology (2021)

Swapna Priya RajarapuDiane E. UllmanMarilyne UzestDorith RotenbergNorma A. OrdazAnna E. Whitfield

virologyplant-virus interactionplant virusimmunologyplant-virus-vector interactions

Additional File 10 of Genome-Enabled Insights Into the Biology of Thrips as Crop Pests. Figshare (2020)

biologygenomicsgenome-enabled insightsmolecular biologygenome biologycrop pests

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plant pathology

plant-microbe interaction

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virus research

virology

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Ohio State University

soybean disease

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Alexander Karasev

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crop protection

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Iowa State University

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evolutionary biology

Kelli Hoover

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