Faculty

Institution

Unit

Venue

James Borneman

Professor; Plant Pathologist

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Microbiology & Plant Pathology

James Borneman is currently serving as a College Of Natural & Agricultural Sciences (Cnas) Professor; Plant Pathologist at University of California, Riverside.

Honors

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Experiences

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Education

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James Borneman

University of California, Riverside

Professor; Plant Pathologist

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microbiology microbiome immunology microbial ecology applied microbiology environmental microbiology gut microbes biology microbial pathogenesis clinical microbiology infectious diseases microorganisms bacteria inflammatory bowel disease digestive diseases bioinformatics soil biology plant pathology fungal biology dysbiosis fungal ecology soil microbiology host-microbe interactions microbial diversity nematology fungal genetics nematode pest mucosal immunology ima fungus plant disease infection control medical microbiology adaptive immune system soil suppressiveness genome biology invertebrate pathology molecular microbiology mammalian biology gut-organ axis fungal pathogens microbial systematics molecular plant pathology molecular diagnostics bacteriology rrna genes fungal symbiosis fungal diversity veterinary microbiology plant-soil interactions high throughput sequencing soil biodiversity dna analysis microbial disease oomycete dietary exposure soil ecology plant health rhizosphere phenomics diagnostic mycology soil biotechnology molecular microbial diversity commensal microbiota microbial communities probe selection high levels sequence-selective pcr primers pcr primers environmental samples unusual microorganisms microbial population shifts eastern amazonia fungal rrna genes agricultural soil mouse models microbial phyllosphere populations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intestinal Epithelial Ptpn2 Limits Pathobiont Colonization by Immune-Directed Antimicrobial Responses. Gut Microbes (2025)

immunity (medicine)antimicrobial agentsdigestive diseasesmicrobiologymicrobial pathogenesisinfectious diseasesgut barrierhost-microbe interactionsmucosal immunologyimmune-directed antimicrobial responsesgut microbesimmunologyimmune responses

The Ptpn2 Rs1893217 Ibd Risk Allele Increases Susceptibility to Aiec Invasion by a Jak-Stat-Ceacam6 Axis. Gut Microbes (2025)

Specifically Targeting Antimicrobial Peptides for Inhibition of Candidatus Liberibacter Asiaticus. Journal of Applied Microbiology (2024)

Samavath MallawarachchiHaoqi WangNirmitee MulgaonkarSonia IrigoyenCarmen PadillaKranthi MandadiJames BornemanSandun Fernando

pharmacologyinfection controlmicrobiologymicrobial pathogenesisinfectious diseasesapplied microbiologyveterinary medicineantimicrobial peptidesmedical microbiologyclinical microbiology

The Jak Inhibitor, Tofacitinib, Corrects the Overexpression of Ceacam6 and Limits Susceptibility to Aiec Caused by Reduced Activity of the Ibd Associated Gene, Ptpn2. medRxiv (2024)

Pritha ChatterjeeVinicius CanaleStephanie J. KingAli ShawkiHillmin LeiMichael HaddadCasey M. GriesDermot P.B. McGovernJames BornemanDeclan F. McCole

pharmacologyreduced activitymedicineoncogenesgene therapyjak inhibitor

Diet High in Linoleic Acid Dysregulates the Intestinal Endocannabinoid System and Increases Susceptibility to Colitis in Mice. Gut Microbes (2023)

Poonamjot DeolPaul RueggerGeoffrey D. LoganAli ShawkiJiang LiJonathan D. MitchellJacqueline YuVaradh PiamthaiSarah H. RadiSana HasnainKamil BorkowskiJohn W. NewmanDeclan F. McColeMeera G. NairAnsel HsiaoJames BornemanFrances M. Sladek

intestinal endocannabinoid systemlinoleic acidmicrobiologymicrobiomegastroenterologygut microbesimmunologydietary exposureexperimental nutritionepidemiology

Effect of Nivolumab Therapy on Metastatic Lung Cancer in Human Microbiome. bioRxiv (Cold Spring Harbor Laboratory) (2023)

lung microbiomecancer treatmentmicrobiologybronchial neoplasmclinical microbiologytumor microenvironmentoncologymicrobiomemetastatic lung cancerdysbiosisradiation oncologyhuman microbiomemetastasisgut microbesthoracic oncologyimmune checkpoint inhibitorsnivolumab therapylung cancer

Ep162 Diet High in Linoleic Acid Increases Susceptibility to Colitis in Mice. Gastroenterology (2023)

Sonia P. DeolPaul RueggerGeoffrey LoganAli ShawkiJiang LiJonathan D. MitchellJacqueline YuVaradh PiamthaiSarah H. RadiSana HasnainKamil BorkowskiJohn W. NewmanDeclan F. McColeMeera G. NairAnsel HsiaoJames BornemanFrances M. Sladek

geneticsdigestive diseaseshealth sciencesgastroenterologyvenereologynutritionexperimental nutritionanimal nutritionhematologyepidemiology

Impact of Various High Fat Diets on Gene Expression and the Microbiome Across the Mouse Intestines. Scientific Reports (2023)

microbiologygene expressionobesitymicrobiomenutritiondysbiosismolecular gastroenterologygut-organ axismouse intestinessystems biologygut microbesmetabolism

Indigenous Populations of a Biological Control Agent in Agricultural Field Soils Predicted Suppression of a Plant Pathogen. Phytopathology (2023)

pathogensplant healthsoil biodiversityplant pathologyinfectious diseasessoil suppressivenessplant diseaseplant-pathogen interactionsplant pathogenbiological control agentindigenous populationsagricultural economicssoilcrop protectionbiological pest controlsoil biology

Intestinal Epithelial Cell Ptpn2 Restricts Intestinal Permeability and Tight-Junction Remodelling Caused by Adherent-Invasive E. Coli in Mice. Physiology (2023)

digestive diseasesimmune responsesgut barrierdigestive tractcellular physiologygut microbescell signalingimmunologyulcerative colitisextracellular matrixcell biologytight-junction remodellingadherent-invasive e. coli

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James Borneman

Professor; Plant Pathologist

University of California, Riverside

Affiliations

College of Natural & Agricultural Sciences (CNAS)

Microbiology & Plant Pathology

James Borneman is currently serving as a College Of Natural & Agricultural Sciences (Cnas) Professor; Plant Pathologist 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 Borneman

University of California, Riverside

Professor; Plant Pathologist

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Intestinal Epithelial Ptpn2 Limits Pathobiont Colonization by Immune-Directed Antimicrobial Responses. Gut Microbes (2025)

The Ptpn2 Rs1893217 Ibd Risk Allele Increases Susceptibility to Aiec Invasion by a Jak-Stat-Ceacam6 Axis. Gut Microbes (2025)

Specifically Targeting Antimicrobial Peptides for Inhibition of Candidatus Liberibacter Asiaticus. Journal of Applied Microbiology (2024)

Samavath MallawarachchiHaoqi WangNirmitee MulgaonkarSonia IrigoyenCarmen PadillaKranthi MandadiJames BornemanSandun Fernando

pharmacologyinfection controlmicrobiologymicrobial pathogenesisinfectious diseasesapplied microbiologyveterinary medicineantimicrobial peptidesmedical microbiologyclinical microbiology

The Jak Inhibitor, Tofacitinib, Corrects the Overexpression of Ceacam6 and Limits Susceptibility to Aiec Caused by Reduced Activity of the Ibd Associated Gene, Ptpn2. medRxiv (2024)

Pritha ChatterjeeVinicius CanaleStephanie J. KingAli ShawkiHillmin LeiMichael HaddadCasey M. GriesDermot P.B. McGovernJames BornemanDeclan F. McCole

pharmacologyreduced activitymedicineoncogenesgene therapyjak inhibitor

Diet High in Linoleic Acid Dysregulates the Intestinal Endocannabinoid System and Increases Susceptibility to Colitis in Mice. Gut Microbes (2023)

intestinal endocannabinoid systemlinoleic acidmicrobiologymicrobiomegastroenterologygut microbesimmunologydietary exposureexperimental nutritionepidemiology

Effect of Nivolumab Therapy on Metastatic Lung Cancer in Human Microbiome. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Ep162 Diet High in Linoleic Acid Increases Susceptibility to Colitis in Mice. Gastroenterology (2023)

geneticsdigestive diseaseshealth sciencesgastroenterologyvenereologynutritionexperimental nutritionanimal nutritionhematologyepidemiology

Impact of Various High Fat Diets on Gene Expression and the Microbiome Across the Mouse Intestines. Scientific Reports (2023)

microbiologygene expressionobesitymicrobiomenutritiondysbiosismolecular gastroenterologygut-organ axismouse intestinessystems biologygut microbesmetabolism

Indigenous Populations of a Biological Control Agent in Agricultural Field Soils Predicted Suppression of a Plant Pathogen. Phytopathology (2023)

Intestinal Epithelial Cell Ptpn2 Restricts Intestinal Permeability and Tight-Junction Remodelling Caused by Adherent-Invasive E. Coli in Mice. Physiology (2023)

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10 / page

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