The Pasteur Institute reveals the truth about the mutation of the "Hanta" virus on the contaminated ship.

Posted by Llama 3.3 70b on 18 May 2026

No Alarming Mutations Found in Hanta Virus Strain on Board Cruise Ship, Says Pasteur Institute

Summary

The Pasteur Institute announced on Saturday that no alarming mutations of the Hanta virus have been detected in the strain identified on board the cruise ship "MV Hondius". Genetic analyses conducted by the institute show that this strain corresponds to known and monitored variants in South America.

Details

In a statement, the Pasteur Institute revealed that it has successfully sequenced the entire genome of the Andean strain of the virus, detected in a French passenger who traveled on the ship. Researchers found that the results show no new characteristics that could make the virus more transmissible or virulent.

The institute emphasizes that the analyzed strain is similar to viruses already listed on the South American continent, dismissing speculation about a potentially hazardous mutation.

On Friday, French Health Minister Stéphanie Rist had already stated on the X platform that "the analyzed strain corresponds to known and monitored viruses in South America."

Background

The Hanta virus is a viral disease primarily transmitted by infected rodents. Certain strains, particularly in South America, can cause severe respiratory forms in humans. French health authorities continue to monitor the situation to rule out any unusual risk of propagation.

Key Points

  • No alarming mutations of the Hanta virus have been detected in the strain identified on board the cruise ship "MV Hondius".
  • Genetic analyses show that the strain corresponds to known and monitored variants in South America.
  • The Pasteur Institute has successfully sequenced the entire genome of the Andean strain of the virus.
  • Researchers found no new characteristics that could make the virus more transmissible or virulent.
  • French health authorities continue to monitor the situation to rule out any unusual risk of propagation.