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Claire M. Lloyd
Claire M. Lloyd
Imperial College London
Medicine
Airway
Immunology
House dust mite
IRF5
4
Papers
1
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0
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Comparative primary paediatric nasal epithelial cell culture differentiation and RSV-induced cytopathogenesis following culture in two commercial media.
2020
bioRxiv
Lindsay Broadbent
Sheerien Manzoor
Maria C. Zarcone
Judit Barabas
Michael D. Shields
Sejal Saglani
Claire M. Lloyd
Andrew Bush
Adnan Custovic
Peter Ghazal
Mindy Gore
Ben Marsland
Graham Roberts
Jürgen Schwarze
Steve Turner
Ultan F. Power
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LSC 2013 abstract - Overexpression of IRF5 ameliorates house dust mite-mediated airway hyper-responsiveness via macrophage polarisation towards a classically activated phenotype
2013
European Respiratory Journal
Adam J. Byrne
Claire M. Lloyd
Simone A. Walker
Irina A. Udalova
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Overexpression of IRF5 ameliorates house dust mite-mediated airway hyper-responsiveness via macrophage polarisation towards a classically activated phenotype
2013
European Respiratory Journal
Adam J. Byrne
Claire M. Lloyd
Simone A. Walker
Irina A. Udalova
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IL-33 and airway remodelling in paediatric severe therapy resistant asthma
2012
European Respiratory Journal
Nicola Ullmann
Alex Adams
Cara Bossley
Tim Oates
Claire M. Lloyd
Andrew Bush
Sejal Saglani
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