Genome sequencing reveals underdiagnosis of primary ciliary dyskinesia in bronchiectasis
A. Shoemark (Dundee (Angus), United Kingdom), H. Griffin (Newcastle, United Kingdom), G. Wheway (Southampton, United Kingdom), C. Hogg (London, United Kingdom), J. Lucas (Southampton, United Kingdom), C. Camps (Oxford, United Kingdom), J. Taylor (Oxford, United Kingdom), M. Carroll (Southampton, United Kingdom), M. Loebinger (London, United Kingdom), J. Chalmers (Dundee, United Kingdom), . Morris-Rosendahl (London, United Kingdom), H. Mitchison (London, United Kingdom), A. De Soyza (Newcastle, United Kingdom)
Source: International Congress 2022 – Bronchiectasis
Session: Bronchiectasis
Session type: Oral Presentation
Number: 3751
   
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A. Shoemark (Dundee (Angus), United Kingdom), H. Griffin (Newcastle, United Kingdom), G. Wheway (Southampton, United Kingdom), C. Hogg (London, United Kingdom), J. Lucas (Southampton, United Kingdom), C. Camps (Oxford, United Kingdom), J. Taylor (Oxford, United Kingdom), M. Carroll (Southampton, United Kingdom), M. Loebinger (London, United Kingdom), J. Chalmers (Dundee, United Kingdom), . Morris-Rosendahl (London, United Kingdom), H. Mitchison (London, United Kingdom), A. De Soyza (Newcastle, United Kingdom). Genome sequencing reveals underdiagnosis of primary ciliary dyskinesia in bronchiectasis. 3751
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