Faculty

Institution

Unit

Venue

Leonardo De La Fuente

Professor

Auburn University

Affiliations

College of Agriculture

Entomology & Plant Pathology Faculty

Graduate School

Leonardo De La Fuente is currently serving as a College Of Agriculture Professor at Auburn University.

Honors

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Experiences

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Education

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Leonardo De La Fuente

Auburn University

Professor

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microbiology plant pathology plant science applied microbiology environmental microbiology molecular biology biofilms genetics botany biofilm formation xylella fastidiosa plant physiology evolutionary biology virology microfluidics gene expression clinical microbiology plant disease bacteriology plant-pathogen interactions microfluidic chambers molecular plant-microbe interactions bacteria microbial ecology applied physiology avian biology medical microbiology applied ecology plo biology molecular microbiology plant-microbe interactions plant health type iv pili plant biotechnology food microbiology veterinary microbiology plant genomics genome biology redox biology microbial genetics phycology environmental biotechnology nanobiotechnology pathogen characterization pathogen transmission soil microbiology southern highbush blueberry batch cultures liberibacter crescens plant age applied phycology lab-on-a-chip fiber science evolutionary genetics biological evolution gene evolution horticultural science plant-animal interactions plant-virus interaction plant molecular biology plant biochemistry animal reproduction speciation disease emergence nanotoxicology plant stress plant protection polymer engineering cell-cell aggregation microfluidic flow chamber adhesion forces genomic diversity surface attachment non-sterile soil plant growth root colonization molecular plant pathology biology plant pathogen

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calcium Modulation of Bacterial Wilt Disease on Potato. Applied and Environmental Microbiology (2024)

María Virginia FerreiraEber NaranjoNicol DenisPaul CobineLeonardo De La FuenteMaría Inés Siri

microbiologyapplied physiologyfood microbiologyagricultural sciencesmicrobiomeapplied microbiologyenvironmental microbiologycrop sciencesoilpest sciencesoil microbiologycrop physiologypublic healthcalcium modulationbacterial wilt diseasemedical microbiologyphysiology

European Xylella Fastidiosa Strains Can Cause Symptoms in Blueberry. Plant Disease (2024)

Deepak ShantharajMiguel Román-ÉcijaMaría Del Pilar Velasco AmoJuan A. Navas-CortésBlanca Beatriz Landa del CastilloLeonardo De La Fuente

pathologypathogensplant healthmicrobiologyplant pathologyplant disease

Key Challenges in Plant Pathology in the Next Decade. Phytopathology (2024)

Nian WangGeorge W. SundinLeonardo De La FuenteJaime CuberoSatyanarayana TatineniMarin T. BrewerQuan ZengClive H. BockNik J. CunniffeCongli WangThierry CandresseThomas ChappellJeffrey J. ColemanGary Munkvold

geneticsnext decadekey challengesplant pathology

Mitigation of Almond Leaf Scorch by a Peptide That Inhibits the Motility of Xylella Fastidiosa. Plant Disease (2024)

Luis MollEsther BadosaLeonardo De La FuenteEmilio MontesinosMarta PlanasAnna BonaterraLidia Feliu

pathologyplant diseaseplant pathology

Ten Challenges to Understand and Manage the Insect-Transmitted, Xylem-Limited Bacterial Pathogen Xylella Fastidiosa. Phytopathology (2024)

Leonardo De La FuenteJuan A. Navas-CortésBlanca B. Landa

pathologybiologypathogensinfection controlmicrobiologymicrobial pathogenesisvirologyplant pathologyplant sciencepathogen transmissionentomologypathogen characterization

Complete Functional Analysis of Type IV Pilus Components of a Reemergent Plant Pathogen Reveals Neofunctionalization of Paralog Genes. PLoS Pathogens (2023)

Marcus V. MerfaXinyu ZhuDeepak ShantharajLaura M. GomezEber NaranjoNeha PotnisPaul A. CobineLeonardo De La Fuente

pathologyfunctional genomicsgene expressionmicrobial pathogenesisplant pathologyplant-pathogen interactionscomplete functional analysisparalog genesmolecular biologyimmunologyplo biologypathogen characterization

Virulence Comparison of a Comprehensive Panel of Xylella Fastidiosa Pierce’s Disease Isolates From California. Plant Disease (2023)

Lindsey BurbankLaura GomezDeepak ShantharajNoor AbdelsamadKern VasquezAlanna BurhansBrandon OrtegaSydney Helm RodriguezJaime StricklandRodrigo KrugnerLeonardo De La FuenteRachel Naegele

plant scienceplant healthplant pathologyinfectious diseasesplant diseasevirulence comparisonbotanycomprehensive panelcomparative analysis

Complete Circularized Genome Resources of Seven Strains of Xylella Fastidiosa Subsp. Fastidiosa Using Hybrid Assembly Reveals Unknown Plasmids. Phytopathology (2022)

María Pilar Velasco-AmoLuis F. Arias-GiraldoMiguel Román-ÉcijaLeonardo De La FuenteEster Marco-NoalesEduardo MoralejoJuan A. Navas-CortésBlanca B. Landa

geneticsgenome resourcesplant sciencegenomics

Engineered Zinc Oxide-Based Nanotherapeutics Boost Systemic Antibacterial Efficacy Against Phloem-Restricted Diseases. Environmental Science Nano (2022)

Mikhael SolimanBriana LeeAli OzcanTakat B. RawalMikaeel YoungHajeewaka C. MendisParthiban RajasekaranTorus WashingtonSai Venkatesh PingaliHugh O'NeillAndre GesquiereLeonardo De La FuenteLoukas PetridisEvan JohnsonJames GrahamSwadeshmukul SantraLaurene Tetard

pharmaceutical nanotechnologypharmacologynanomedicinenanotechnologyenvironmental engineeringenvironmental sciencezinc oxide-based nanotherapeuticstherapeutic nanomaterialsnanomaterialssystemic antibacterial efficacydrug deliveryphloem-restricted diseasesnanobiotechnology

Pathogen Adaptation to the Xylem Environment. Annual Review of Phytopathology (2022)

Leonardo De La FuenteMarcus V. MerfaPaul A. CobineJeffrey J. Coleman

pathologyplant scienceecologyplant pathologyplant-pathogen interactionspathogen adaptationenvironmental microbiologyevolutionary biologyxylem environment

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Leonardo De La Fuente

Professor

Auburn University

Affiliations

College of Agriculture

Entomology & Plant Pathology Faculty

Graduate School

Leonardo De La Fuente is currently serving as a College Of Agriculture Professor at Auburn University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Leonardo De La Fuente

Auburn University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Calcium Modulation of Bacterial Wilt Disease on Potato. Applied and Environmental Microbiology (2024)

María Virginia FerreiraEber NaranjoNicol DenisPaul CobineLeonardo De La FuenteMaría Inés Siri

European Xylella Fastidiosa Strains Can Cause Symptoms in Blueberry. Plant Disease (2024)

Deepak ShantharajMiguel Román-ÉcijaMaría Del Pilar Velasco AmoJuan A. Navas-CortésBlanca Beatriz Landa del CastilloLeonardo De La Fuente

pathologypathogensplant healthmicrobiologyplant pathologyplant disease

Key Challenges in Plant Pathology in the Next Decade. Phytopathology (2024)

geneticsnext decadekey challengesplant pathology

Mitigation of Almond Leaf Scorch by a Peptide That Inhibits the Motility of Xylella Fastidiosa. Plant Disease (2024)

Luis MollEsther BadosaLeonardo De La FuenteEmilio MontesinosMarta PlanasAnna BonaterraLidia Feliu

pathologyplant diseaseplant pathology

Ten Challenges to Understand and Manage the Insect-Transmitted, Xylem-Limited Bacterial Pathogen Xylella Fastidiosa. Phytopathology (2024)

Leonardo De La FuenteJuan A. Navas-CortésBlanca B. Landa

pathologybiologypathogensinfection controlmicrobiologymicrobial pathogenesisvirologyplant pathologyplant sciencepathogen transmissionentomologypathogen characterization

Complete Functional Analysis of Type IV Pilus Components of a Reemergent Plant Pathogen Reveals Neofunctionalization of Paralog Genes. PLoS Pathogens (2023)

Marcus V. MerfaXinyu ZhuDeepak ShantharajLaura M. GomezEber NaranjoNeha PotnisPaul A. CobineLeonardo De La Fuente

Virulence Comparison of a Comprehensive Panel of Xylella Fastidiosa Pierce’s Disease Isolates From California. Plant Disease (2023)

Lindsey BurbankLaura GomezDeepak ShantharajNoor AbdelsamadKern VasquezAlanna BurhansBrandon OrtegaSydney Helm RodriguezJaime StricklandRodrigo KrugnerLeonardo De La FuenteRachel Naegele

plant scienceplant healthplant pathologyinfectious diseasesplant diseasevirulence comparisonbotanycomprehensive panelcomparative analysis

Complete Circularized Genome Resources of Seven Strains of Xylella Fastidiosa Subsp. Fastidiosa Using Hybrid Assembly Reveals Unknown Plasmids. Phytopathology (2022)

María Pilar Velasco-AmoLuis F. Arias-GiraldoMiguel Román-ÉcijaLeonardo De La FuenteEster Marco-NoalesEduardo MoralejoJuan A. Navas-CortésBlanca B. Landa

geneticsgenome resourcesplant sciencegenomics

Engineered Zinc Oxide-Based Nanotherapeutics Boost Systemic Antibacterial Efficacy Against Phloem-Restricted Diseases. Environmental Science Nano (2022)

Pathogen Adaptation to the Xylem Environment. Annual Review of Phytopathology (2022)

Leonardo De La FuenteMarcus V. MerfaPaul A. CobineJeffrey J. Coleman

pathologyplant scienceecologyplant pathologyplant-pathogen interactionspathogen adaptationenvironmental microbiologyevolutionary biologyxylem environment

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5
9
10 / page

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Similar Faculty Members

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plant-parasite coevolution

plant-microbe interaction

Gwyn A Beattie

Institution

Iowa State University

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vascular bacterial pathogens

Ronald R. Walcott

Institution

University of Georgia

applied microbiology

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Brian Howard Kvitko

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molecular plant-microbe interactions

pantoea sp.

Gitta Coaker

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Mohammad Arif

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University of Hawaii at Manoa

microbiology

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Maeli Melotto

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plant pathology

plant-microbe interaction

Joyce Loper

Institution

Oregon State University

microbial genomics

biological control

Marc Orbach

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