BMJ Open Respiratory Research (Nov 2023)

Impact of the Syrian conflict and forced displacement on respiratory health: an analysis of primary data from a humanitarian organisation

  • Aula Abbara,
  • Ahmad Tarakji,
  • Mazen Kewara,
  • Alex Socarras,
  • Mohammed Waseem Akhter,
  • Mohamed Hamze,
  • Ahmad Albaik,
  • Imad Hussein,
  • Mufaddal Hamadeh,
  • Randa Loutfi,
  • Lena Basha

DOI
https://doi.org/10.1136/bmjresp-2023-001636
Journal volume & issue
Vol. 10, no. 1

Abstract

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Background Despite a decade of conflict, there has been little exploration of respiratory health in Syria, notwithstanding the known impacts of conflict on lung health. Our aim is to explore the burden and trends of respiratory consultations in Syrian American Medical Society (SAMS) facilities in northwest Syria through an ecological analysis.Methods We performed a retrospective review of routinely collected data relating to respiratory presentations in SAMS’ facilities between March 2017 and June 2020; we compared data by facility type, infectious versus non-infectious aetiologies and age.Results Data were available for 5 058 864 consultations, of which 1 228 722 (24%) were respiratory presentations, across 22 hospitals, 22 primary healthcare centres, 3 mobile clinics and 1 polyclinic. The median number of respiratory consultations per month was 30 279 (IQR: 25 792–33 732). Key findings include: 73% of respiratory consultations were for children; respiratory presentations accounted for up to 38% of consultations each month, seasonal variation was evident; respiratory tract infections accounted for 91% of all respiratory presentations. A steep decrease in consultations occurred between the end of 2019 (160 000) and the first quarter of 2020 (90 000), correlating with an escalation of violence in Idlib governorate.Conclusion This study presents the largest quantitative analysis of respiratory data collected during the Syrian conflict. It supports the need for improved measures to aid the prevention, diagnosis and management of respiratory conditions during conflict as well as further research to explore the impact of conflict on respiratory health.