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University of Louisville

College of Arts & Sciences Senior Honors Theses

Theses/Dissertations

Periodontitis

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Full-Text Articles in Medicine and Health Sciences

The Emerging Oral Pathogen, Filifactor Alocis, Modulates Antimicrobial Responses In Primed Human Neutrophils., Ian J. Snider May 2023

The Emerging Oral Pathogen, Filifactor Alocis, Modulates Antimicrobial Responses In Primed Human Neutrophils., Ian J. Snider

College of Arts & Sciences Senior Honors Theses

Periodontitis is an irreversible, chronic inflammatory, infectious disease of the oral cavity that affects approximately half of all adults 30 years or older in the USA. The oral cavity is under high immune surveillance because of its constant exposure to microbes in the environment. The primary immune cell responsible for this surveillance is the neutrophil. Pathogens associated with periodontitis possess virulence factors and have evolved strategies to evade neutrophil antimicrobial responses to survive. One such pathogen is Filifactor alocis, whose presence is associated with the progression of periodontitis. F. alocis manipulates several neutrophil antimicrobial functional responses to avoid killing, an …


Filifactor Alocis: Resilience And Manipulation Against Neutrophil Effector Functions In A Dysbiotic Oral Environment., Max N. Rogers May 2020

Filifactor Alocis: Resilience And Manipulation Against Neutrophil Effector Functions In A Dysbiotic Oral Environment., Max N. Rogers

College of Arts & Sciences Senior Honors Theses

Periodontitis is a multifactorial chronic inflammatory infectious disease that affects around 50% of the adult population in the USA. Neutrophils, which are the primary immune cells recruited to restore health at sites of infection, are profuse in the gingival space during oral infections. In a community-wide effort, pathogenic oral bacteria hijack neutrophil effector functions to evade killing, resulting in an uncontrollable inflammatory loop that leads into inflammation-mediated tissue injury. One of these harmful emerging oral pathogens, Filifactor alocis, has been shown to evade neutrophil killing and contribute to disease progression. The purpose of this study is to gain a …