CC16 Induces Pulmonary Epithelial-Driven SPLUNC1 Expression by Signaling through VLA-2. - Milan 2023

New mechanisms and treatment strategies related to viral exposures

Chair(s): Anne M. van der Does, Kristel Svalland Knudsen

Session type: Oral presentation

CC16 Induces Pulmonary Epithelial-Driven SPLUNC1 Expression by Signaling through VLA-2.

Julie Ledford

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Late Breaking Abstract - Age and vitamin D influence airway epithelial cells response to SARS-CoV-2 infection

Francesca Sposito

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Abstract

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Slower clearance of human rhinovirus in aged airway epithelial cells differentiated at air liquid interface

Jonathan Baker

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CC16 Induces Pulmonary Epithelial-Driven SPLUNC1 Expression by Signaling through VLA-2.

Julie Ledford

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Repetitive rhinovirus infection primes for amplified IL-13 induced airway epithelial responses

Huan Ma

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Clustering of bronchial epithelial immune response to a viral mimic identifies clinically recognizable viral exacerbation profiles.

Laurits Frossing

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Comparison of rhinovirus A16 and C15 induced transcriptomic profiles in airway epithelia

Ben Kam San Wong

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Airway autoimmunity in asthma is associated with an aggravated inflammatory response to viral stimulation of the bronchial epithelium

Lise Lotte Eriksen

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Pirfenidone, an alternative treatment for viral-induced exacerbations?

Julia Chitty

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Discussion and Q&A

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CDN Connection Issue

The ERS International Congress 2023, Milan

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