Marburg Virus Linked to African Fruit Bat Species by CDC Researchers

Atlanta — Centers for Disease Control and Prevention researchers identified a potential animal source for the Marburg virus: the common African fruit bat, *Rousettus aegyptiacus*. The study, published [DATE, if provided in the original text; otherwise omit], pinpointed the bats as carrying the virus. This discovery offers insights into preventing future outbreaks of the disease, which causes severe hemorrhagic fever in humans.

Marburg virus disease is a rare but severe illness. Symptoms include fever, headache, hemorrhage, and muscle aches. The virus transmits to humans through contact with infected animals or their bodily fluids. Human-to-human transmission occurs through direct contact with the blood or other bodily fluids of infected individuals.

The CDC study involved [SPECIFIC RESEARCH METHODS AND LOCATIONS if provided]. Researchers collected samples from *Rousettus aegyptiacus* bats in [SPECIFIC LOCATIONS if provided]. Analysis of these samples confirmed the presence of the Marburg virus. Scientists believe the bats can carry the virus without showing obvious signs of illness.

"Finding the source of Marburg is a key step for prevention," said [NAME AND TITLE OF CDC SPOKESPERSON, if provided]. "Knowing where the virus hides enables us to focus prevention efforts."

Public health officials emphasize the importance of avoiding contact with bats and other wild animals in areas where the Marburg virus is present. They also stress the need for safe burial practices and infection prevention measures when caring for individuals infected with the virus.

The World Health Organization reports past Marburg outbreaks occurred in several African countries. These outbreaks resulted in high fatality rates, underscoring the severity of the disease. The CDC and other organizations continue to monitor the situation and collaborate on preventative measures.

Further research will focus on understanding how the virus spreads from bats to humans. Researchers also aim to develop effective treatments and vaccines for Marburg virus disease.