Tue. Nov 11th, 2025

Scientists Discover New Dangerous Virus in Australia

A novel pathogen, transmitted by bats, has been identified in flying foxes inhabiting Australia, as reported by The Telegraph. This new pathogen has been officially named the Salt Creek virus.

The Salt Creek virus shows genetic similarities to two other highly concerning viruses, Nipah and Hendra. Both Nipah and Hendra are classified by the World Health Organization (WHO) as `priority pathogens` due to their severe impact and potential for widespread outbreaks.

Currently, there are no indications or confirmed cases of the Salt Creek virus infecting humans. However, researchers from Australia`s National Science Agency are unable to definitively predict the virus`s future trajectory. They are still investigating whether its continued circulation could lead to future disease outbreaks in either human or animal populations.

Jennifer Barr, an expert at the Australian Centre for Disease Preparedness, revealed that the Salt Creek virus was initially detected in bat samples collected as far back as 2011. This crucial finding indicates that the virus has been circulating naturally for over a decade, complicating efforts to forecast its potential for future outbreaks in humans or animals.

Despite the uncertainties, the discovery of the Salt Creek virus marks a significant step forward. It provides specialists with the opportunity to develop crucial diagnostic tests, which are essential for detecting the virus in its early stages and implementing measures to prevent its wider spread.

By Barnaby Whitfield

Tech journalist based in Birmingham, specializing in cybersecurity and digital crime. With over 7 years investigating ransomware groups and data breaches, Barnaby has become a trusted voice on how cybercriminals exploit new technologies. His work exposes vulnerabilities in banking systems and government networks. He regularly writes about artificial intelligence's societal impact and the growing threat of deepfake technology in modern fraud schemes.

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