Inflammation, Allergy and Autoimmunity Research | Research at PCOM
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Exploring Our Natural Defense Systems

Inflammation, allergy and autoimmunity research

Inflammation, Allergy and Autoimmunity 
Research at PCOM

Rapid and specific activation of subpopulations of cells of the immune system is critical for combating infection and promoting tissue repair. Suppression of immune responses is required for preventing rejection of transplanted organs and reducing inflammation. Aberrant and chronic immune responses may result in or exacerbate autoimmune diseases, tissue destruction and life threatening allergic reactions.

Autoimmunity Research

PCOM researchers study the molecular mechanisms regulating immune responses with the purpose of identifying novel approaches to preventing and slowing the progression disorders mediated by the immune system. PCOM faculty also participated as researchers in several clinical trials designed to assess the effects of immunosuppressant drugs following organ transplantation and the onset of diabetes.

PCOM Georgia medical student Daniel Horuzsko (DO '23) explains his team's research into creating mouse models tailored to patients' immune systems for optimal donor selection in organ transplantation.

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Daniel Horuzsko (DO '23): Humanized Mouse Models in Organ Transplants portrait

Research at PCOM

PCOM aims to develop innovative approaches to promoting health through basic, translational, clinical, behavioral, education and community research projects.