Faculty

Institution

Unit

Venue

Ken Field

Professor of Biology

Bucknell University

Affiliations

Bucknell University

College of Arts & Sciences

Department Of Biology

Ken Field is currently serving as a Bucknell University Professor of Biology at Bucknell University.

Honors

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Experiences

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Education

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Ken Field

Bucknell University

Professor of Biology

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immunology infectious diseases biology pathogens fungus microbial pathogenesis immune responses avian biology pathogenesis genomics white-nose syndrome dermatology clinical transplantation mammalian biology fungal ecology genome biology fungal genetics zoonotic diseases regenerative medicine virology cell transplantation graft rejection clinical immunology allergic rhinitis fungal pathogens t-regulatory cell plo biology avian medicine infection control oncogenes zoology lymphoid neoplasia host genetics transplantation medicine allergic rhinoconjunctivitis virus-host interactions animal virus cutaneous biology host specificity cellular immune responses little brown myotis cardiovascular research liver transplantation animal physiology ornithology host-microbe interactions host factors disease ecology graft survival adaptive immune system immunomodulation comparative physiology population genomics genetic diversity veterinary microbiology vector-borne pathogens vector borne disease antifungal agents hypersensitivity immunologic diseases clinical allergy fungal biology hormonal control endothermy acquisition heart regenerative capacity white-nose syndrome transcriptome anti-fungal host responses white-nose syndrome mortality environmental characteristics white-nose syndrome survivors pseudogymnoascus destructans infection thermoregulatory patterns lower disease severity genome-wide changes north american bats molecular detection veterinary parasitology lung microbiome vaccines animal behavior medical entomology zooarchaeology ethology immunity (medicine) symbiosis parasitology wildlife neglected tropical diseases animal science evolutionary ecology microbiology biological anthropology veterinary medicine conservation biology vaccination tropical animal health animal conservation allergy medical mycology environmental health invertebrate pathology ecology and evolutionary biology communicable diseases animal bioscience global health autoimmune diseases evolutionary biology mammalogy epidemiology virus eradication animal ecology ecology neurovirology infectious diseases (medical specialty) human biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bat Species Tolerant and Susceptible to Fungal Infection Show Transcriptomic Differences in Late Hibernation and Healing. Journal of Experimental Biology (2025)

bat species tolerantlate hibernationfungusmicroorganismsgenomicsmicrobiologybiologyfungal geneticsfungal ecologytranscriptomemicrobial pathogenesis

A Palearctic View of a Bat Fungal Disease. Conservation Biology (2024)

F. Whiting‐FawcettA. S. BlombergT. TroitskyM. B. MeierhoferK. A. FieldS. J. PuechmailleT. M. Lilley

ecologybat fungal diseaseconservation biology

Signals of Positive Selection in Genomes of Palearctic Myotis-Bats Coexisting With a Fungal Pathogen. BMC Genomics (2024)

adaptationfungusgenomicsgenome biologymolecular ecologymolecular adaptationfungal pathogenpalearctic myotis-batsevolutionary biologypositive selectionmolecular evolutionpopulation geneticsfungal evolutiongeneticsgenome studies

White Adipose Tissue Remodeling in Little Brown Myotis (Myotis Lucifugus) With White-Nose Syndrome. Metabolomics (2024)

Evan L. PannkukMarianne S. MooreShivani BansalKamendra KumarShubhankar SumanDaryl HowellJoseph A. KathAllen KurtaDeeAnn M. ReederKenneth A. Field

white-nose syndromewhite adipose tissuephysiologyhepatologybiologylittle brown myotis

A Chromosome-Level Reference Genome for the Black-Legged Kittiwake ( Rissa Tridactyla ), a Declining Circumpolar Seabird. Genome Biology and Evolution (2023)

Marcella SozzoniJoan Ferrer ObiolGiulio FormentiAnna TiganoJosephine R ParisJennifer R BalaccoNivesh JainTatiana TilleyJoanna CollinsYing SimsJonathan WoodZ Morgan Benowitz-FredericksKenneth A FieldEyuel SeyoumMarie Claire GattDon-Jean Léandri-BretonChinatsu NakajimaShannon WhelanLuca GianfranceschiScott A HatchKyle H ElliottAkiko ShojiJacopo G CecereErich D JarvisAndrea PilastroDiego Rubolini

chromosome-level reference genomegenomicsreference genomecircumpolar seabirdevolutionary biologygenome biology

Little Brown Bats (Myotis Lucifugus) Support the Binding of Sars-Cov-2 Spike and Are Likely Susceptible to Sars-Cov-2 Infection. Viruses (2023)

Shubhada K. ChothePadmaja JakkaVeda Sheersh BoorlaSanthamani RamasamyAbhinay GontuRuth H. NisslyJustin BrownGregory TurnerBrent J. SewallDeeAnn M. ReederKenneth A. FieldJulie B. EngilesSaranya AmirthalingamAbirami RavichandranLindsey LaBellaMeera Surendran NairCostas D. MaranasSuresh V. Kuchipudi

viral pathogenesisanimal virusvirologyvirus-host interactionslittle brown batsmicrobiologyavian biologysars-cov-2virus transmissiongeneral virologyvirus research

Signals of Positive Selection in Palearctic Bat Species Coexisting With a Fungal Pathogen. bioRxiv (Cold Spring Harbor Laboratory) (2023)

ecology evolutionevolutionary ecologycoevolutionbiodiversityanimal ecologybehavioral ecologybiological evolutioninterspecific behavioral interactionfungal pathogenpalearctic bat speciesbiologypositive selectionadaptationspecie interactionnatural selectionhost specificityecology and evolutionary biologymammalogyevolutionary biologyfungal ecologyecology

Sars-Cov-2 Compatible Ace2 Receptors in Little Brown Bats ( I Myotis Lucifugus /I ). SSRN Electronic Journal (2022)

Shubhada K. ChothePadmaja JakkaVeda Sheersh BoorlaSanthamani RamasamyAbhinay GontuRuth H. NisslyJustin BrownGregory TurnerBrent J. SewallDeeAnn ReederKenneth A. FieldJulie B. EngilesSaranya AmirthalingamAbirami RavichandranLindsey LaBellaMeera Surendran NairCostas D. MaranasSuresh Kuchipudi

social science researchimmunologyreceptor (biochemistry)social sciencessars-cov-2predator-prey interactionsgene expressionreceptorsgenetics

Heterothermy and Antifungal Responses in Bats. Current Opinion in Microbiology (2021)

infectious diseasesmammalogyfungusantifungal responsesbiologypathogensanimal behaviorzoonotic diseasesantifungal agents

Transcriptomic Responses of the Honey Bee Brain to Infection With Deformed Wing Virus. Viruses (2021)

Marie C. PizzornoKenneth FieldAmanda L. KobokovichPhillip L. MartinRiju A. GuptaRenata MammoneDavid RovnyakElizabeth A. Capaldi

animal virusvirologyvirus-host interactionsimmunologyhoney bee brainavian biologytranscriptomic responsesavian medicine

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Ken Field

Professor of Biology

Bucknell University

Affiliations

Bucknell University

College of Arts & Sciences

Department Of Biology

Ken Field is currently serving as a Bucknell University Professor of Biology at Bucknell 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

Ken Field

Bucknell University

Professor of Biology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bat Species Tolerant and Susceptible to Fungal Infection Show Transcriptomic Differences in Late Hibernation and Healing. Journal of Experimental Biology (2025)

bat species tolerantlate hibernationfungusmicroorganismsgenomicsmicrobiologybiologyfungal geneticsfungal ecologytranscriptomemicrobial pathogenesis

A Palearctic View of a Bat Fungal Disease. Conservation Biology (2024)

F. Whiting‐FawcettA. S. BlombergT. TroitskyM. B. MeierhoferK. A. FieldS. J. PuechmailleT. M. Lilley

ecologybat fungal diseaseconservation biology

Signals of Positive Selection in Genomes of Palearctic Myotis-Bats Coexisting With a Fungal Pathogen. BMC Genomics (2024)

White Adipose Tissue Remodeling in Little Brown Myotis (Myotis Lucifugus) With White-Nose Syndrome. Metabolomics (2024)

Evan L. PannkukMarianne S. MooreShivani BansalKamendra KumarShubhankar SumanDaryl HowellJoseph A. KathAllen KurtaDeeAnn M. ReederKenneth A. Field

white-nose syndromewhite adipose tissuephysiologyhepatologybiologylittle brown myotis

A Chromosome-Level Reference Genome for the Black-Legged Kittiwake ( Rissa Tridactyla ), a Declining Circumpolar Seabird. Genome Biology and Evolution (2023)

chromosome-level reference genomegenomicsreference genomecircumpolar seabirdevolutionary biologygenome biology

Little Brown Bats (Myotis Lucifugus) Support the Binding of Sars-Cov-2 Spike and Are Likely Susceptible to Sars-Cov-2 Infection. Viruses (2023)

viral pathogenesisanimal virusvirologyvirus-host interactionslittle brown batsmicrobiologyavian biologysars-cov-2virus transmissiongeneral virologyvirus research

Signals of Positive Selection in Palearctic Bat Species Coexisting With a Fungal Pathogen. bioRxiv (Cold Spring Harbor Laboratory) (2023)

Sars-Cov-2 Compatible Ace2 Receptors in Little Brown Bats ( I Myotis Lucifugus /I ). SSRN Electronic Journal (2022)

social science researchimmunologyreceptor (biochemistry)social sciencessars-cov-2predator-prey interactionsgene expressionreceptorsgenetics

Heterothermy and Antifungal Responses in Bats. Current Opinion in Microbiology (2021)

infectious diseasesmammalogyfungusantifungal responsesbiologypathogensanimal behaviorzoonotic diseasesantifungal agents

Transcriptomic Responses of the Honey Bee Brain to Infection With Deformed Wing Virus. Viruses (2021)

Marie C. PizzornoKenneth FieldAmanda L. KobokovichPhillip L. MartinRiju A. GuptaRenata MammoneDavid RovnyakElizabeth A. Capaldi

animal virusvirologyvirus-host interactionsimmunologyhoney bee brainavian biologytranscriptomic responsesavian medicine

1
2
3
4
10 / page