PORT-AU-PRINCE, Haiti — Health officials said today that they are examining at least 120 suspected cases of cholera in Haiti’s capital, the most significant warning sign yet that the epidemic has spread from outlying areas to threaten as many as 3 million people.
Samples from patients in Port-au-Prince are being tested in a laboratory to confirm the presence of vibrio cholera bacteria, which has already killed at least 544 people in Haiti, Health Ministry Executive Director Gabriel Timothee told The Associated Press.
If confirmed, the bacteria could imperil an estimated 2.5 to 3 million inhabitants, nearly half of whom have been living in tents or under tarps in easily flooded encampments since their houses were destroyed in the January 12 earthquake.
“We are working on the cases. … We don’t have confirmation yet,” Timothee said.
He said many of the hospitalised patients are believed to have recently arrived from parts of Haiti such as the Artibonite Valley, where the epidemic was first registered and has done its most ferocious damage. More than 6,400 of the known 8,138 cases to date have been in the agricultural region, clustered around the Artibonite River.
At least 114 of the people suspected of having the disease in the capital are in the Cite Soleil slum, the expansive oceanside shantytown at the capital’s far northeastern edge and its closest point to the valley.
Since its discovery in late October, the disease has spread to half of Haiti’s 10 administrative regions, or departments. More than 200 people have been hospitalised in the West department, where Port-au-Prince is located, but no cases of cholera have yet been confirmed within the limits of the capital city.
Cholera had never been documented in Haiti before its sudden appearance last month.
In little more than three weeks it is suspected of infecting tens of thousands of people, though only about a quarter of people infected normally develop symptoms of serious diarrhea, vomiting and fever. Nearly 4 per cent of the thousands hospitalised have died, most from extreme shock brought on by dehydration.