A primary ciliary dyskinesia model of static cilia for research application - Milan 2023

New basic insights into the mechanisms of acute and chronic lung diseases

Chair(s): Audrey Joannes, Olivier Burgy

Session type: Oral presentation

A primary ciliary dyskinesia model of static cilia for research application

Claire L Jackson

EVENTS HOME

Previous presentation

Next presentation

Session content

Late Breaking Abstract - Factor inhibiting HIF (FIH) as a metabolic switch in lung fibroblasts

Siyuan Wang

Replay

Poster

Abstract

Slides

Association between airway MMP-12 and DNA methylation in BAL cells in COPD

Jonas Eriksson Strom

Replay

Poster

Abstract

Slides

Fucosyltransferase-2 improves the COPD phenotype through its regulation of E-cadherin

Venkataramana Sidhaye

Replay

Poster

Abstract

Slides

Blocking CXCR4 improves pulmonary and cardiac outcomes in a mouse model of early COPD

Isabelle Dupin

Replay

Poster

Abstract

Slides

Airway dysbiosis disturbs lung clock gene expression in a chronic smoke-exposed murine model

Wei Xiao

Replay

Poster

Abstract

Slides

Super Survivor after Lung Transplantation Protective Role of Macrophages?

Edith Katharina Plucinski

Replay

Poster

Abstract

Slides

Tissue-specific gene expression of immune-related genes in different COVID-19 severities

Alberto Gomez Carballa

Replay

Abstract

Slides

Identification of the mesenchymal subpopulation responsible for lung tumorigenesis by using single-cell RNA-seq

Shigehisa Yanagi

Replay

Poster

Abstract

Slides

A primary ciliary dyskinesia model of static cilia for research application

Claire L Jackson

Replay

Poster

Abstract

Slides

Discussion and Q&A

CDN Connection Issue

The ERS International Congress 2023, Milan

#{title}