People wear their face masks waiting in line for an emergency food distribution at the 88th Street Temple Church of God in Christ on April 14, 2020 in Los Angeles, California, during the coronavirus pandemic.
Frederic J. Brown | AFP | Getty Images
The Covid-19 outbreak in Los Angeles County is far more widespread than previously thought, up to 55 times bigger than the number of confirmed cases, according to new research from the University of Southern California and the L.A. Department of Public Health.
USC and the health department released preliminary study results that found that roughly 4.1% of the county’s adult population has antibodies to the coronavirus, estimating that between 221,000 adults to 442,000 adults in the county have had the infection.
This new estimate is 28 to 55 times higher than the 7,994 confirmed cases of Covid-19 reported to the county in early April. The number of coronavirus-related deaths in the county has now surpassed 600, according to the Department of Public Health. The data, if correct, would mean that the county’s fatality rate is lower than originally thought.
The results are based on antibody testing of about 863 people who were representative of L.A. County, the researchers said.
“Though the results indicate a lower risk of death among those with infection than was previously thought, the number of Covid-related deaths each day continues to mount, highlighting the need for continued vigorous prevention and control efforts,” said Dr. Paul Simon, chief science officer at L.A. County Department of Public Health and co-lead on the study, in a statement.
With just just 4% of the population infected with the disease, L.A. County is still very early in the epidemic, said USC Professor Dr. Neeraj Sood, who led the study. “Many more people in L.A. County could potentially be infected and as those number of infections rise, so will the number of deaths, the number of hospitalizations and the number of ICU admissions,” he said.
This is a developing story. Please check back later for updates.