Faculty

Institution

Unit

Venue

Joseph Reynolds

Professor; Director Center for Cancer Cell Biology Immunology and Infection; Discipline Chair Microbiology and Immunology Interim Vice Dean for Research; CMS

Rosalind Franklin University of Medicine and Science

Affiliations

School Of Chicago Medical

Center For Cancer Cell Biology, Immunology And Infection

Department Of Clinical Sciences

Department Of Foundational Sciences And Humanities

Chicago Medical School

Foundational Sciences and Humanities

Midwest Proteome Center

School Of Chicago Medical

College of Health Professions

Department Of Biomedical Sciences

Department Of Physical Therapy

Department Of Physician Assistant

Foundational Sciences and Humanities

Department of Humanities & Health Care

Illinois Board of Higher Education

Rosalind Franklin University of Medicine and Science

Joseph Reynolds is currently serving as a Center For Cancer Cell Biology, Immunology And Infection Professor; Director Center for Cancer Cell Biology Immunology and Infection; Discipline Chair Microbiology and Immunology Interim Vice Dean for Research; CMS at Rosalind Franklin University of Medicine And Science.

Honors

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Experiences

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Education

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Joseph Reynolds

Rosalind Franklin University of Medicine and Science

Professor; Director Center for Cancer Cell Biology Immunology and Infection; Discipline Chair Microbiology and Immunology Interim Vice Dean for Research; CMS

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immunology immune responses cell biology inflammation cell research immune dysregulation cell signaling cellular immune responses innate immune system cytokines autoimmunity molecular cell biology immunity (medicine) cell death t-regulatory cell inflammatory diseases autoimmune diseases signal transduction infectious diseases cellular differentiation adaptive immune system immune mediators biochemistry cell regulation mucosal immunology toll-like receptor 2 molecular physiology molecular gastroenterology digestive diseases immunologic mechanisms chronic inflammation signaling pathways molecular immunology reproductive immunology liver physiology biological chemistry cell metabolism cellular biochemistry cellular therapy lymphocyte development cell responses protein science redox biology medicinal research molecular metabolism inhibitory activity renal function protein function protein transport functional regulation gut barrier cell interactions cell specialization cancer biology infectious respiratory disease molecular virology virus-host interactions viral pathogenesis metabolic regulation chemical agents chemical warfare agent human exposure inflammatory activity macrophage cholesterol trafficking fatty acid-binding protein toll-like receptor 4 innate immunity negative regulation ubiquitin-specific protease usp25 il-17-mediated signaling cell tolerance proatherogenic conditions smad3 differentially smad2 positively intestinal inflammation barrier function microbial pathogenesis autophagy respiratory medicine cell transplantation gut microbes rheumatology rheumatoid arthritis immunotherapy medical mycology systems biology clinical microbiology clinical proteomics pediatric allergy asthma lung microbiome translational medicine inflammatory bowel disease arthritis rheumatism omics allergy molecular medicine haematopoiesis pathogenesis neuroimmunology clinical rheumatology experimental medicine translational research pathology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hyaluronic Acid Impacts the Inflammatory Potential and Pathogenicity of Autoreactive Th17 Cells 3039. The Journal of Immunology (2025)

immunologyhyaluronic acidinflammatory diseasescell researchimmune dysregulationmatrix biologyimmune responsesautoimmunitypathologyinflammatory potentialextracellular matrixinflammation

Hyaluronidase 2 Induces Pathogenicity in Th17 Cells. The Journal of Immunology (2024)

immunologyautoimmune diseasesinflammationfree radical biologycytokinescell researchimmune dysregulationhyaluronidase 2matrix biologyimmune responsesautoimmunityimmunopathologyexperimental medicineextracellular matrixcell biology

Molecular Approaches to Deploy Singlet Oxygen in a Leishmania Model as an Unassailable Biocide for Disease Mitigation and Vector Control. Frontiers in Tropical Diseases (2024)

leishmania modelsmall moleculesparasitic protozoaparasitologyvisceral leishmaniasismolecular biologymolecular approachessinglet oxygenbiochemistry

Stim1-Dependent Store-Operated Calcium Entry Mediates Sex Differences in Macrophage Chemotaxis and Monocyte Recruitment. Journal of Biological Chemistry (2024)

immunologymonocyte recruitmentcellular physiologysex differencescell signalingmacrophage chemotaxiscell physiologysignal transductionmolecular physiologycell biology

Chemical Exposures and Suspected Impact on Gulf War Veterans. Military Medical Research (2023)

environmental engineeringenvironmental toxicologychemical exposureschemical agentsforensic toxicologyenvironmental safetychemical warfare agentenvironmental healthtoxicologyenvironmental chemistryhuman exposurehazardous materials

Leishmaniac Quest for Developing a Novel Vaccine Platform. is a Roadmap for Its Advances Provided by the Mad Dash to Produce Vaccines for Covid-19?. Vaccines (2022)

immunologyvaccinesmedicinecommunicable diseasesantiviral researchvaccine targetscovid-19vaccine developmentleishmaniac questnovel vaccine platformvaccinationinfectious diseasesvaccine designmad dashvaccine researchprecision vaccinesvirus eradication

Critical Role of Il-25-Ilc2-Il-5 Axis in the Production of Anti-Francisella Lps Igm by B1 B Cells. PLoS Pathogens (2021)

Carlos Henrique D. BarbosaLouis LantierJoseph ReynoldsJinyong WangFabio Re

immunologypathogenspathogenesisanti-francisella lpsinfectious diseasesmicrobiologyemerging infectious diseases

Il-17 and Il-17C Signaling Protects the Intestinal Epithelium Against Diisopropyl Fluorophosphate Exposure in an Acute Model of Gulf War Veterans' Illnesses. Immune Network (2021)

immunologydigestive diseasespathogenesisacute modelimmunotoxicologycytokinesmucosal immunologymolecular gastroenterologygulf war veteransil-17c signaling protectsimmune responsesinflammatory diseasespathologyinflammation

Toll-Like Receptor 2 in Autoimmune Inflammation. Immune Network (2021)

immunologyinflammatory diseasesautoimmune diseasesinnate immune systemtoll-like receptor 2molecular immunologyimmune responsesclinical rheumatologyautoimmunityinflammation

Toll-Like Receptor 2 Induces Pathogenicity in Th17 Cells and Reveals a Role for Ipcef in Regulating Th17 Cell Migration. Cell Reports (2021)

immunologyimmune mediatorscell deathth17 cell migrationcell signalingcytokinesinnate immune systemimmune dysregulationmolecular cell biologytoll-like receptor 2molecular immunologyimmune responsesth17 cellscell biologyautophagyinflammation

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Joseph Reynolds

Professor; Director Center for Cancer Cell Biology Immunology and Infection; Discipline Chair Microbiology and Immunology Interim Vice Dean for Research; CMS

Rosalind Franklin University of Medicine and Science

Affiliations

School Of Chicago Medical

Center For Cancer Cell Biology, Immunology And Infection

Department Of Clinical Sciences

Department Of Foundational Sciences And Humanities

Chicago Medical School

Foundational Sciences and Humanities

Midwest Proteome Center

School Of Chicago Medical

College of Health Professions

Department Of Biomedical Sciences

Department Of Physical Therapy

Department Of Physician Assistant

Foundational Sciences and Humanities

Department of Humanities & Health Care

Illinois Board of Higher Education

Rosalind Franklin University of Medicine and Science

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Joseph Reynolds

Rosalind Franklin University of Medicine and Science

Professor; Director Center for Cancer Cell Biology Immunology and Infection; Discipline Chair Microbiology and Immunology Interim Vice Dean for Research; CMS

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hyaluronic Acid Impacts the Inflammatory Potential and Pathogenicity of Autoreactive Th17 Cells 3039. The Journal of Immunology (2025)

immunologyhyaluronic acidinflammatory diseasescell researchimmune dysregulationmatrix biologyimmune responsesautoimmunitypathologyinflammatory potentialextracellular matrixinflammation

Hyaluronidase 2 Induces Pathogenicity in Th17 Cells. The Journal of Immunology (2024)

Molecular Approaches to Deploy Singlet Oxygen in a Leishmania Model as an Unassailable Biocide for Disease Mitigation and Vector Control. Frontiers in Tropical Diseases (2024)

leishmania modelsmall moleculesparasitic protozoaparasitologyvisceral leishmaniasismolecular biologymolecular approachessinglet oxygenbiochemistry

Stim1-Dependent Store-Operated Calcium Entry Mediates Sex Differences in Macrophage Chemotaxis and Monocyte Recruitment. Journal of Biological Chemistry (2024)

immunologymonocyte recruitmentcellular physiologysex differencescell signalingmacrophage chemotaxiscell physiologysignal transductionmolecular physiologycell biology

Chemical Exposures and Suspected Impact on Gulf War Veterans. Military Medical Research (2023)

Leishmaniac Quest for Developing a Novel Vaccine Platform. is a Roadmap for Its Advances Provided by the Mad Dash to Produce Vaccines for Covid-19?. Vaccines (2022)

Critical Role of Il-25-Ilc2-Il-5 Axis in the Production of Anti-Francisella Lps Igm by B1 B Cells. PLoS Pathogens (2021)

Carlos Henrique D. BarbosaLouis LantierJoseph ReynoldsJinyong WangFabio Re

immunologypathogenspathogenesisanti-francisella lpsinfectious diseasesmicrobiologyemerging infectious diseases

Il-17 and Il-17C Signaling Protects the Intestinal Epithelium Against Diisopropyl Fluorophosphate Exposure in an Acute Model of Gulf War Veterans' Illnesses. Immune Network (2021)

Toll-Like Receptor 2 in Autoimmune Inflammation. Immune Network (2021)

immunologyinflammatory diseasesautoimmune diseasesinnate immune systemtoll-like receptor 2molecular immunologyimmune responsesclinical rheumatologyautoimmunityinflammation

Toll-Like Receptor 2 Induces Pathogenicity in Th17 Cells and Reveals a Role for Ipcef in Regulating Th17 Cell Migration. Cell Reports (2021)

1
2
3
4
5
10 / page