The World Health Organization (WHO) and the United Nations Children’s Fund (UNICEF), in coordination with health authorities, the Syria Immunization Group (SIG), and the Global Alliance for Vaccines (GAVI), kicked off a cholera vaccination campaign in earthquake-hit areas of northwest Syria.
During the campaign, 1.7 million doses of cholera vaccine will be used to protect Syrians above one year of age, especially those living in the areas most severely impacted by the earthquake and at highest risk of cholera, including Sarmada, Maaret Tamsrin, Dana, and Atmeh districts in Idleb, and in A’zaz district in northern Aleppo.
1400 teams of health workers and community volunteers will implement the ten-day campaign using a house-to-house strategy, as well as reaching displaced people living in camps, markets, and school sites.
Since the cholera outbreak was first declared in Syria on 10 September 2022, over 50 thousand suspected cases have been reported in both Idlib and Aleppo governorates, of which 18% of suspected cases were from internally displaced persons (IDP) camps.
There is still an urgent need to ramp up surveillance and response for epidemic prone diseases after the earthquake, with a particular focus on the spring season that will see a shift in the circulating pathogens.
UNICEF continues to lead on vaccine procurement, cold chain and vaccine management for the safety of the vaccine. UNICEF co-leads in the planning and implementation of the social mobilization activities for the Oral Cholera Vaccine (OCV) campaign to create awareness on the importance of taking the vaccine to keep the families safe and healthy from cholera disease
The devastating earthquakes that struck southern Türkiye and northern Syria on February 6 caused over 4540 deaths and nearly 9000 injuries in northwest Syria.
Around 90 000 Syrians have been displaced in the northwest and many have found refuge in overcrowded camps and reception collective centres.
The catastrophe has disrupted access to safe water, sanitation, and hygiene, exposing the population to an increased risk of water-borne diseases, including cholera.
