Single-cell proteomics and transcriptomics resolve the development of humand and murine eosinophils and the impact of IL-5 neutralization on the expansion of their lineage - Vienna 2024

Mechanisms underlying asthma pathogenesis and management

Chair(s): Janna Nawroth, Kornel Golebski

Session type: Poster session

Single-cell proteomics and transcriptomics resolve the development of humand and murine eosinophils and the impact of IL-5 neutralization on the expansion of their lineage

Christophe Desmet

EVENTS HOME

Poster
Abstract

Previous presentation

Next presentation

Session content

Effect of eotaxins and RANTES on blood eosinophil subtypes chemotaxis in allergic asthma

Airidas Rimkunas

Poster

Abstract

Eosinophilic inflammation and purinergic signaling in asthma and COPD

Paula Camps Massa

Poster

Abstract

Soluble ST2 release from airway epithelial cells is suppressed by house dust mite and the miRNA-29 family

Jenny Calv

Poster

Abstract

The Impact of Bronchial Allergen Challenge on Eosinophil Subtype-Specific miRNA and Their Target Gene Expression in Allergic Asthma

Egle Vasyle

Poster

Abstract

Single-cell proteomics and transcriptomics resolve the development of humand and murine eosinophils and the impact of IL-5 neutralization on the expansion of their lineage

Christophe Desmet

Poster

Abstract

Clinical utility of sputum cell count in severe asthma

Sunera Khan

Poster

Abstract

IL-33 and TSLP differentially regulate airway inflammation and remodeling

Seblewongel Asrat

Abstract

Asthma patients with airway autoimmunity have an altered composition of immune cells in the airway wall

Lise Lotte Eriksen

Poster

Abstract

Involvement of cellular senescence due to insufficient autophagy in the asthmatic inflammation in elderly.

Saiko Nishioka

Poster

Abstract

Immunophenotype of airway eosinophils in severe eosinophilic asthma

Thomas Stoup

Poster

Abstract

PDGF promotes the interaction of nesprin-1 with NUP62 in human airway smooth muscle cells

Dale Tang

Abstract

Mepolizumab depleted eosinophils exhibit reduced transmigratory capacity.

Katie Raby

Poster

Abstract

Effect of anti-IL5R therapy on nasal epithelial cell permeability in severe eosinophilic asthma

Katie Raby

Poster

Abstract

Interleukin-33 directly drives the expansion of myeloid cells and their progenitors in vivo

Rajita Pappu

Poster

Abstract

Decreased desmoplakin expression on bronchial epithelial cells promotes eosinophil transmigration in asthma

Xin Yao

Poster

Abstract

The new macrolide EP395 reduces airway eosinophilic inflammation.

Jennifer Kricker

Poster

Abstract

The effect of eosinophils on gene expression of ECM proteins, contractility and migration of ASMC and PF in asthma

Ieva Janulaityte

Poster

Abstract

Elucidating the Role of Macrophage GPX4 in Asthma Pathogenesis: A Single-Cell and Spatial Transcriptomic Study

Lanlan Zhang

Abstract

Heterogeneous ILC responses in severe asthma patients undergoing anti-IL5/5Ra therapy

Kyle Mincham

Abstract

CDN Connection Issue

The ERS Congress 2024, Vienna

#{title}