Run for your lives as FAKE NEWS on high alert for latest BIRD FLU OUTBREAK reported in Bulgaria among 28,000 birds, including on duck farms

Look, up in the sky, it’s Zika, no it’s Swine, no it’s Covid, no wait, it’s Bird Flu in Bulgaria. Will Europe go on complete lockdown? Will a billion people get re-vaccinated with more blood-clotting prions in their panic to save grandma from Duck Flu 2025? Only time will tell.

A new outbreak of highly pathogenic avian influenza (HPAI), commonly known as bird flu, has been reported in Bulgaria, raising fresh concerns across Europe’s poultry industry and global health circles. According to the Paris-based World Organization for Animal Health (WOAH), Bulgarian authorities confirmed the H5N1 virus on three poultry farms in the southern town of Rakovski. The affected sites house a combined flock of 28,000 birds, at least two of which are duck farms.

• Bulgaria has reported an H5N1 bird flu outbreak on three poultry farms in the southern town of Rakovski, affecting around 28,000 birds, including at least two duck farms.
• The Yambol region, previously impacted by avian influenza, remains at risk after more than 350,000 birds were culled in past outbreaks.
• The global poultry industry remains concerned about supply disruptions, rising food prices, and potential human transmission as avian influenza continues to spread in some regions.
• Researchers at the University of Maryland developed an AI tool to scan electronic medical records, helping identify patients at high risk of H5N1 exposure, offering a new approach to detecting undetected bird flu risks.

Bulgaria Reports New Bird Flu Outbreak as AI Tools Target Hidden Human Risks

The outbreak threatens to further disrupt poultry supply chains, drive up food prices, and reignite fears of potential human transmission. Bulgaria’s Yambol region, which has experienced repeated bird flu events, remains at particular risk — more than 350,000 birds have already been culled there in previous outbreaks. This ongoing threat underscores how H5N1 continues to destabilize both agriculture and public health, despite a lull in global media attention.

Bird flu has devastated flocks worldwide over the past several years, forcing mass culling, causing billions in economic losses, and sometimes spilling over into humans. While human cases of H5N1 have fallen sharply in the United States, concerns remain. New research suggests the virus may now be capable of airborne transmission, a shift that could increase the risk of human-to-human spread, although no sustained transmission has been confirmed.

Adding to the complexity, advances in artificial intelligence (AI) are being used to uncover hidden exposure risks in human populations. In Maryland, researchers from the University of Maryland School of Medicine have developed a powerful AI application capable of scanning electronic medical records to identify high-risk patients who may have been exposed to H5N1. The tool, described in Clinical Infectious Diseases, doesn’t confirm new infections but highlights possible undetected cases, enabling emergency departments to prepare and respond more effectively.

The convergence of ongoing avian outbreaks in poultry, emerging AI-driven human surveillance, and the virus’s evolving biology reflects the persistent challenge of controlling H5N1. Global health experts have long warned that influenza viruses are highly adaptable, capable of mutating in ways that can make them more transmissible or severe. Outbreaks in agricultural hubs such as Bulgaria not only threaten food security but also serve as potential opportunities for the virus to evolve.

For now, the immediate impact will likely center on Bulgaria’s poultry sector. Mass culling could affect supply and export capacity, with ripple effects on European poultry markets. Governments and industry groups are monitoring the situation closely, balancing containment measures with the need to keep food supply chains stable.

Ultimately, the Bulgarian outbreak highlights that even as public attention shifts elsewhere, H5N1 remains a serious concern requiring coordinated veterinary, public health, and technological responses. The use of AI in Maryland shows promise for early detection of potential human cases, while rigorous containment of animal outbreaks remains essential to reduce opportunities for viral spread and mutation. Together, these developments reflect a crucial intersection of agriculture, medicine, and technology in managing a virus that has not yet gone away.

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Sources for this article include:

Pandemic.news

GatewayPundit.com

NaturalNews.com

SHTFplan.com