COVID-19 neutrophils show elevated migration and NETosis, which is reduced by PI3K inhibition

K. Belchamber (Birmingham, United Kingdom), S. Thein (Birmingham, United Kingdom), J. Hazeldine (Birmingham, United Kingdom), F. Grudzinska (Birmingham, United Kingdom), M. Hughes (Birmingham, United Kingdom), A. Jasper (Birmingham, United Kingdom), K. Yip (Birmingham, United Kingdom), L. Crowley (Birmingham, United Kingdom), S. Lugg (Birmingham, United Kingdom), E. Sapey (Birmingham, United Kingdom), D. Parekh (Birmingham, United Kingdom), D. Thickett (Birmingham, United Kingdom), A. Scott (Birmingham, United Kingdom), S. Thein (Birmingham (West Midlands), United Kingdom)

Source: International Congress 2022 – Lung or long COVID: emerging insights into COVID-19 mechanisms

Session: Lung or long COVID: emerging insights into COVID-19 mechanisms
Session type: Oral Presentation
Number: 3778

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K. Belchamber (Birmingham, United Kingdom), S. Thein (Birmingham, United Kingdom), J. Hazeldine (Birmingham, United Kingdom), F. Grudzinska (Birmingham, United Kingdom), M. Hughes (Birmingham, United Kingdom), A. Jasper (Birmingham, United Kingdom), K. Yip (Birmingham, United Kingdom), L. Crowley (Birmingham, United Kingdom), S. Lugg (Birmingham, United Kingdom), E. Sapey (Birmingham, United Kingdom), D. Parekh (Birmingham, United Kingdom), D. Thickett (Birmingham, United Kingdom), A. Scott (Birmingham, United Kingdom), S. Thein (Birmingham (West Midlands), United Kingdom). COVID-19 neutrophils show elevated migration and NETosis, which is reduced by PI3K inhibition. 3778

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