Faculty

Institution

Unit

Venue

Ola Kolawole

Research Associate Professor

Wright State University

Affiliations

College of Science and Mathematics

Biological Sciences

Ola Kolawole is currently serving as a Biological Sciences Research Associate Professor at Wright State University.

Honors

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Experiences

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Education

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Ola Kolawole

Wright State University

Research Associate Professor

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virology immunology virus-host interactions infectious diseases microbiology pharmacology veterinary medicine virus research viral replication respiratory medicine human norovirus murine norovirus microbial pathogenesis microfluidics replication structural biology mammalian biology general virology plo biology clinical microbiology innate immune system viral pathogenesis antiviral research animal biotechnology avian biology viral evolution viral diagnostics animal virus mouse model biophysical fitness landscape rna virus drop-based microfluidics intrinsic factor optimal replication infectious diseases (medical specialty) pathogens medical virology venereology infection control biochemical sciences digestive diseases poultry science viral genetics cell culture gastrointestinal virus host-microbe interactions lab-on-a-chip virus epidemiology antiviral therapy cellular biology receptor (biochemistry) anion sensing veterinary microbiology crispr renal care methodological development renal function method engineering therapeutic efficacy adaptive immune system human norovirus culture murine macrophages primary physiologic receptor astrovirus replication viral polymerase inhibitor apical surface polarized epithelia adenovirus entry influenza viruses virus evolution influenza virus phylogeny systems biology pathogenesis

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Magic of Magi‐1: A Scaffolding Protein With Multi Signalosomes and Functional Plasticity. Biology of the cell (2023)

Katherine J. D. A. ExcoffonChristina L. AvilaMahmoud S. AlghamriAbimbola O. Kolawole

tumor biologyfunctional plasticitycell biologybiologymulti signalosomesstructural biology

Human Norovirus Triggers Primary B Cell Immune Activation in Vitro. mBio (2022)

Carmen MirabelliMelissa K. JonesVivienne L. YoungAbimbola O. KolawoleIrene OwusuMengrou ShanBasel AbuaitaHolly TurulaJose G. TrevinoIrina GrigorovaSteven K. LundyCostas A. LyssiotisVernon K. WardStephanie M. KarstChristiane E. Wobus

virologyvaccinesvirus-host interactionsimmunologyimmune responses

The Coxsackievirus and Adenovirus Receptor Has a Short Half-Life in Epithelial Cells. Pathogens (2022)

Poornima Kotha Lakshmi NarayanJames M. ReadlerMahmoud S. AlghamriTrisha L. BrockmanRan YanPriyanka SharmaVladislav SnitsarevKatherine J. D. A. ExcoffonAbimbola O. Kolawole

epidemiologyinfectious diseasesvirologymicrobiologyepithelial cells

Adenovirus Co-Opts Neutrophilic Inflammation to Enhance Transduction of Epithelial Cells. Viruses (2021)

James M. ReadlerMeghan R. BurkePriyanka SharmaKatherine J. D. A. ExcoffonAbimbola O. Kolawole

epithelial cellsimmunologyvirology

Antiviral Effects of Bovine Lactoferrin on Human Norovirus. Biochemistry and cell biology (2021)

Hirotsugu OdaAbimbola O. KolawoleCarmen MirabelliHiroyuki WakabayashiMiyuki TanakaKoji YamauchiFumiaki AbeChristiane E. Wobus

virologycell biologyrespiratory medicinehuman norovirusbiochemistryantiviral effectspharmacologyveterinary medicinebovine lactoferrin

Human Norovirus Infection of Primary B Cells Triggers Immune Activation in Vitro. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Carmen MirabelliMelissa K. JonesVivienne YoungAbimbola O. KolawoleIrene OwusuMengrou ShanBasel AbuaitaIrina GrigorovaSteven K. LundyCostas A. LyssiotisVernon K. WardStephanie M. KarstChristiane E. Wobus

viral pathogenesisinfectious diseasesvirologyvirus-host interactionsimmunologymicrobiologyimmune responsesadaptive immune systeminnate immune system

Magi-1 Pdz2 Domain Blockade Averts Adenovirus Infection via Enhanced Proteolysis of the Apical Coxsackievirus and Adenovirus Receptor. Journal of Virology (2021)

Mahmoud S. AlghamriPriyanka SharmaTimothy L. WilliamsonJames M. ReadlerRan YanS. Dean RiderHeather A. HostetlerDavid R. CoolAbimbola O. KolawoleKatherine J. D. A. Excoffon

virologyvirus-host interactionsimmunologyapical coxsackievirusmedicinepharmacologyenhanced proteolysis

Unk-1 Interacts With Microrna to Promote Seam Cell Multipotency During Dauer. (2021)

Axel SchmitterAbimbola KolawoleXantha Karp

health promotionimmunologycell biologyseam cell multipotencydevelopmental biology

Cd300Lf is the Primary Physiologic Receptor of Murine Norovirus but Not Human Norovirus. PLoS Pathogens (2020)

Vincent R. GrazianoForrest C. WalkerElizabeth A. KennedyJin WeiKhalil EttayebiMadison S. StrineRenata B. FillerEbrahim HassanLeon L. HsiehArthur S. KimAbimbola O. KolawoleChristiane E. WobusLisa C. LindesmithRalph S. BaricMary K. EstesRobert C. OrchardMegan T. BaldridgeCraig B. Wilen

public healthprimary physiologic receptorplo biologyvirologyphysiologyhuman norovirusmurine norovirusmicrobiologyveterinary medicine

Gastrointestinal Organoid Technology Advances Studies of Enteric Virus Biology. PLOS Pathogens (2020)

Abimbola O. KolawoleChristiane E. Wobus

public healthinfectious diseasesvirologyglobal healthenteric virus biology

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Ola Kolawole

Research Associate Professor

Wright State University

Affiliations

College of Science and Mathematics

Biological Sciences

Ola Kolawole is currently serving as a Biological Sciences Research Associate Professor at Wright State 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

Ola Kolawole

Wright State University

Research Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Magic of Magi‐1: A Scaffolding Protein With Multi Signalosomes and Functional Plasticity. Biology of the cell (2023)

Katherine J. D. A. ExcoffonChristina L. AvilaMahmoud S. AlghamriAbimbola O. Kolawole

tumor biologyfunctional plasticitycell biologybiologymulti signalosomesstructural biology

Human Norovirus Triggers Primary B Cell Immune Activation in Vitro. mBio (2022)

virologyvaccinesvirus-host interactionsimmunologyimmune responses

The Coxsackievirus and Adenovirus Receptor Has a Short Half-Life in Epithelial Cells. Pathogens (2022)

Poornima Kotha Lakshmi NarayanJames M. ReadlerMahmoud S. AlghamriTrisha L. BrockmanRan YanPriyanka SharmaVladislav SnitsarevKatherine J. D. A. ExcoffonAbimbola O. Kolawole

epidemiologyinfectious diseasesvirologymicrobiologyepithelial cells

Adenovirus Co-Opts Neutrophilic Inflammation to Enhance Transduction of Epithelial Cells. Viruses (2021)

James M. ReadlerMeghan R. BurkePriyanka SharmaKatherine J. D. A. ExcoffonAbimbola O. Kolawole

epithelial cellsimmunologyvirology

Antiviral Effects of Bovine Lactoferrin on Human Norovirus. Biochemistry and cell biology (2021)

Hirotsugu OdaAbimbola O. KolawoleCarmen MirabelliHiroyuki WakabayashiMiyuki TanakaKoji YamauchiFumiaki AbeChristiane E. Wobus

virologycell biologyrespiratory medicinehuman norovirusbiochemistryantiviral effectspharmacologyveterinary medicinebovine lactoferrin

Human Norovirus Infection of Primary B Cells Triggers Immune Activation in Vitro. bioRxiv (Cold Spring Harbor Laboratory) (2021)

viral pathogenesisinfectious diseasesvirologyvirus-host interactionsimmunologymicrobiologyimmune responsesadaptive immune systeminnate immune system

Magi-1 Pdz2 Domain Blockade Averts Adenovirus Infection via Enhanced Proteolysis of the Apical Coxsackievirus and Adenovirus Receptor. Journal of Virology (2021)

Mahmoud S. AlghamriPriyanka SharmaTimothy L. WilliamsonJames M. ReadlerRan YanS. Dean RiderHeather A. HostetlerDavid R. CoolAbimbola O. KolawoleKatherine J. D. A. Excoffon

virologyvirus-host interactionsimmunologyapical coxsackievirusmedicinepharmacologyenhanced proteolysis

Unk-1 Interacts With Microrna to Promote Seam Cell Multipotency During Dauer. (2021)

Axel SchmitterAbimbola KolawoleXantha Karp

health promotionimmunologycell biologyseam cell multipotencydevelopmental biology

Cd300Lf is the Primary Physiologic Receptor of Murine Norovirus but Not Human Norovirus. PLoS Pathogens (2020)

public healthprimary physiologic receptorplo biologyvirologyphysiologyhuman norovirusmurine norovirusmicrobiologyveterinary medicine

Gastrointestinal Organoid Technology Advances Studies of Enteric Virus Biology. PLOS Pathogens (2020)

Abimbola O. KolawoleChristiane E. Wobus

public healthinfectious diseasesvirologyglobal healthenteric virus biology

1
2
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4
5
10 / page

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