Faculty

Institution

Unit

Venue

Daniel Panaccione

Davis-Michael Professor of Plant and Soil Sciences

West Virginia University

Affiliations

Davis College of Agriculture, Natural Resources and Design

School of Agriculture and Food

Plant & Soil Sciences

Daniel Panaccione is currently serving as a Davis College Of Agriculture, Natural Resources And Design Davis-Michael Professor of Plant and Soil Sciences at West Virginia University.

Honors

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Experiences

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Education

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Daniel Panaccione

West Virginia University

Davis-Michael Professor of Plant and Soil Sciences

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ecology microbiology genetics botany molecular biology plant science microbial ecology fungal biology applied microbiology environmental microbiology gene expression plant pathology ergot alkaloids phytochemistry biosynthesis food mycology avian biology industrial mycology enzymes fungal genetics fungal ecology agricultural sciences genomics molecular genetics plant disease molecular microbiology genome biology plant physiology applied phycology plant-pathogen interactions food chemistry molecular plant pathology agricultural biotechnology agricultural chemistry crop science fungal diversity ergot alkaloid pathway aspergillus fumigatus medical mycology plant biology endophyte research ergot alkaloid biosynthesis perennial ryegrass protein science livestock science microbial genetics plant molecular biology plant genomics toxinology phytochemicals yeast plant endophytes soil microbiology plant-microbe interactions gene function fungal symbiosis morning glories metarhizium brunneum plant genetics gene characterization applied genetics medical genetics nematology phycology clinical mycology fungal evolution plant-insect interactions ergot alkaloid diversity aspergillus nidulans non-serpentine soils phylogenetic analyses heritable fungal symbionts transcriptome analyses lifestyle transitions plant-symbiotic fungi chemical engineers natural product research ima fungus biochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Gene Regulating Ergot Alkaloid Biosynthesis in Metarhizium Brunneum. Applied and Environmental Microbiology (2024)

Samantha J. FabianChey R. SteenF. Heath DamronCeleste A. DeRiggiDaniel G. Panaccione

applied microbiologyalkaloid biosynthesismolecular microbiologymicrobiologybacteriamolecular biologyenvironmental microbiologybiosynthesis

A Major Facilitator Superfamily Transporter Contributes to Ergot Alkaloid Accumulation but Not Secretion in Aspergillus Leporis. Applied Microbiology (2024)

Abigail M. JonesKyle A. DavisDaniel G. Panaccione

alkaloid accumulationclinical microbiologymedical microbiologyenvironmental microbiologyaspergillus leporismolecular microbiologyimmunologymicrobiologyveterinary microbiologyfood microbiologypharmacologymedical mycologyapplied microbiologymicrobial ecologymicrobial pathogenesis

Derivation of the Multiply‐Branched Ergot Alkaloid Pathway of Fungi. Microbial Biotechnology (2023)

Daniel G. Panaccione

fungal diversityfungusfungal biologymicrobiologybiotechnologyfungal geneticsfungal ecologyfungal symbiosisenvironmental microbiologymicrobial ecology

Ergot Alkaloids Contribute to the Pathogenic Potential of the Fungus Aspergillus Leporis. Applied and Environmental Microbiology (2023)

Abigail M. JonesDaniel G. Panaccione

epidemiologysoil microbiologyenvironmental sciencefood mycologyplant pathologyclinical microbiologymedical microbiologypathogensmicrobial ecologyfungusapplied phycologyfungal biologymicrobiologyfood microbiologypathogenic potentialenvironmental microbiologyapplied microbiologymicrobial pathogenesisclinical mycology

Two Satellite Gene Clusters Enhance Ergot Alkaloid Biosynthesis Capacity of Aspergillus Leporis. Applied and Environmental Microbiology (2023)

Kyle A. DavisAbigail M. JonesDaniel G. Panaccione

environmental microbiologymicrobiologysatellite gene clustersapplied microbiologymicrobial ecologybiosynthesis

Additional File 4 of Contribution of a Novel Gene to Lysergic Acid Amide Synthesis in Metarhizium Brunneum. Figshare (2022)

Kelcie N. BrittonChey R. SteenKyle A. DavisJessi K. SampsonDaniel G. Panaccione

phytochemistrynovel genesynthetic biologybotanymicrobiologygene functionmolecular biologymetarhizium brunneumgenetics

Contribution of a Novel Gene to Lysergic Acid Amide Synthesis in Metarhizium Brunneum. BMC Research Notes (2022)

Kelcie N. BrittonChey R. SteenKyle A. DavisJessi K. SampsonDaniel G. Panaccione

phytochemistrynovel genesynthetic biologyplant sciencebotanygene functionpharmacologymolecular biologymetarhizium brunneumgene expressiongenetics

A Baeyer-Villiger Monooxygenase Gene Involved in the Synthesis of Lysergic Acid Amides Affects the Interaction of the Fungus Metarhizium Brunneum With Insects. Applied and Environmental Microbiology (2021)

Chey R. SteenJessi K. SampsonDaniel G. Panaccione

insect molecular biologylysergic acid amidesgeneticssymbiosisbaeyer-villiger monooxygenase geneplant-insect interactionsenzymesinsect biochemistryfungus metarhizium brunneuminsect sciencemolecular biologyfungal symbiosisentomologymicrobial ecologyfungal biologymicrobiologyenvironmental microbiologyapplied microbiologymolecular microbiologybiotechnology

Diversification of Ergot Alkaloids and Heritable Fungal Symbionts in Morning Glories. Communications Biology (2021)

Wesley T. BeaulieuDaniel G. PanaccioneQuynh N. QuachKaty L. SmootKeith Clay

fungal diversitybotanycommunicationheritable fungal symbiontsmorning gloriesevolutionary biologyfungal ecologyphycologyecologyergot alkaloidsmicrobial ecology

Independent Evolution of a Lysergic Acid Amide in Aspergillus Species. Applied and Environmental Microbiology (2021)

Abigail M. JonesChey R. SteenDaniel G. Panaccione

environmental microbiologyevolutionary microbiologyindependent evolutionmolecular evolutionmicrobiologyaspergillus speciesevolutionary biologyecologyapplied microbiologymicrobial ecology

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Daniel Panaccione

Davis-Michael Professor of Plant and Soil Sciences

West Virginia University

Affiliations

Davis College of Agriculture, Natural Resources and Design

School of Agriculture and Food

Plant & Soil Sciences

Daniel Panaccione is currently serving as a Davis College Of Agriculture, Natural Resources And Design Davis-Michael Professor of Plant and Soil Sciences at West Virginia 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

Daniel Panaccione

West Virginia University

Davis-Michael Professor of Plant and Soil Sciences

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Gene Regulating Ergot Alkaloid Biosynthesis in Metarhizium Brunneum. Applied and Environmental Microbiology (2024)

Samantha J. FabianChey R. SteenF. Heath DamronCeleste A. DeRiggiDaniel G. Panaccione

applied microbiologyalkaloid biosynthesismolecular microbiologymicrobiologybacteriamolecular biologyenvironmental microbiologybiosynthesis

A Major Facilitator Superfamily Transporter Contributes to Ergot Alkaloid Accumulation but Not Secretion in Aspergillus Leporis. Applied Microbiology (2024)

Abigail M. JonesKyle A. DavisDaniel G. Panaccione

Derivation of the Multiply‐Branched Ergot Alkaloid Pathway of Fungi. Microbial Biotechnology (2023)

Daniel G. Panaccione

fungal diversityfungusfungal biologymicrobiologybiotechnologyfungal geneticsfungal ecologyfungal symbiosisenvironmental microbiologymicrobial ecology

Ergot Alkaloids Contribute to the Pathogenic Potential of the Fungus Aspergillus Leporis. Applied and Environmental Microbiology (2023)

Abigail M. JonesDaniel G. Panaccione

Two Satellite Gene Clusters Enhance Ergot Alkaloid Biosynthesis Capacity of Aspergillus Leporis. Applied and Environmental Microbiology (2023)

Kyle A. DavisAbigail M. JonesDaniel G. Panaccione

environmental microbiologymicrobiologysatellite gene clustersapplied microbiologymicrobial ecologybiosynthesis

Additional File 4 of Contribution of a Novel Gene to Lysergic Acid Amide Synthesis in Metarhizium Brunneum. Figshare (2022)

Kelcie N. BrittonChey R. SteenKyle A. DavisJessi K. SampsonDaniel G. Panaccione

phytochemistrynovel genesynthetic biologybotanymicrobiologygene functionmolecular biologymetarhizium brunneumgenetics

Contribution of a Novel Gene to Lysergic Acid Amide Synthesis in Metarhizium Brunneum. BMC Research Notes (2022)

Kelcie N. BrittonChey R. SteenKyle A. DavisJessi K. SampsonDaniel G. Panaccione

phytochemistrynovel genesynthetic biologyplant sciencebotanygene functionpharmacologymolecular biologymetarhizium brunneumgene expressiongenetics

Chey R. SteenJessi K. SampsonDaniel G. Panaccione

Diversification of Ergot Alkaloids and Heritable Fungal Symbionts in Morning Glories. Communications Biology (2021)

Wesley T. BeaulieuDaniel G. PanaccioneQuynh N. QuachKaty L. SmootKeith Clay

fungal diversitybotanycommunicationheritable fungal symbiontsmorning gloriesevolutionary biologyfungal ecologyphycologyecologyergot alkaloidsmicrobial ecology

Independent Evolution of a Lysergic Acid Amide in Aspergillus Species. Applied and Environmental Microbiology (2021)

Abigail M. JonesChey R. SteenDaniel G. Panaccione

environmental microbiologyevolutionary microbiologyindependent evolutionmolecular evolutionmicrobiologyaspergillus speciesevolutionary biologyecologyapplied microbiologymicrobial ecology

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10 / page

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Marc Orbach

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