Diagnosing Community-Acquired Pneumonia: diagnostic accuracy study of a cough-centred algorithm for use in primary and acute-care consultations

RT @APharm68: Adapting to #telehealth. Using App to diagnose Community Acquired Pneumonia @TheInstituteDH #CPD #digitalhealth https://t.co/…

RT @APharm68: Adapting to #telehealth. Using App to diagnose Community Acquired Pneumonia @TheInstituteDH #CPD #digitalhealth https://t.co/…

Adapting to #telehealth. Using App to diagnose Community Acquired Pneumonia @TheInstituteDH #CPD #digitalhealth https://t.co/r1uB7kOea5

RT @BJGPjournal: Patients with community-acquired pneumonia were accurately diagnosed by a smartphone-based algorithm. Cough into the ph…

Patients with community-acquired pneumonia were accurately diagnosed by a smartphone-based algorithm. Cough into the phone and report symptoms for results to be provided in under 1 minute. Read the research https://t.co/Kqj4Vn19hO https://t.co/Z2sIpT

Diagnosing community-acquired pneumonia via a smartphone-based algorithm: a prospective cohort study in primary and acute-care consultations. https://t.co/2iu6WftEJx

Can Community-acquired pneumonia (CAP) be diagnosed through a smartphone-based algorithm? “CAP is an essential consideration in patients with respiratory symptoms; however, diagnosis is difficult when examinations are not possible…” Read more here: https

RT @BJGPjournal: Smartphone-based algorithm can help to diagnose pneumonia with >85% accuracy, according to new research by Dr Paul Porter…

Smartphone-based algorithm can help to diagnose pneumonia with >85% accuracy, according to new research by Dr Paul Porter and colleagues from the University of Queensland. Simply cough into a phone and see the result in under 1 minute. Read the resear