Highly Mutated COVID-19 Variant ‘Cicada’ Detected in 25 US States, Raising Summer Surge Concerns | Nigeria TV Info

Category: Health |


Published: April 2, 2026
By Nigeria TV Info

A newly identified and highly mutated COVID-19 variant known as BA.3.2, nicknamed “Cicada,” has been detected in at least 25 states across the United States, sparking renewed concern among global health authorities as the summer season approaches.

Variant Emergence and Spread

Health experts say the BA.3.2 variant was first identified in a traveler entering the United States in June 2025 but remained largely undetected for several months. The variant’s unusual pattern of emergence earned it the nickname “Cicada,” referencing the insect known for staying underground for long periods before resurfacing.

According to medical experts, the first confirmed local transmission in a U.S. resident was recorded in January 2026. Since then, surveillance efforts have revealed a steady increase in its presence.

Detection Across Multiple States

Data from the Centers for Disease Control and Prevention (CDC) indicate that between January and February 11, 2026, the BA.3.2 variant was detected in wastewater samples collected from 132 monitoring sites across 25 states. Additional cases were also identified through voluntary nasal swabs from international travelers.

Public health authorities are closely monitoring wastewater surveillance systems, which have proven effective in detecting emerging variants before widespread clinical reporting.

Global Trends and Rising Cases

Globally, the BA.3.2 variant has been gaining traction since September 2025. Reports from parts of Eastern Europe suggest the variant accounted for as much as 30% of new COVID-19 infections by February 2026.

Experts warn that the increased transmissibility or mutation profile of the variant could contribute to a potential rise in infections during the summer months, a period typically associated with increased travel and social activity.

Expert Insights

Medical professionals emphasize that while mutations are common in viruses, continuous monitoring is essential to determine whether the BA.3.2 variant poses a greater risk in terms of severity, vaccine resistance, or transmission.

Authorities continue to encourage vaccination, booster uptake, and adherence to public health guidelines where necessary.

Public Health Advisory

Health officials urge the public to remain vigilant, especially in high-risk environments such as airports, crowded indoor spaces, and healthcare settings. Early detection and preventive measures remain critical in limiting the spread of new variants.

Conclusion

The emergence of the BA.3.2 “Cicada” variant highlights the ongoing evolution of COVID-19 and the need for sustained global surveillance. While no immediate cause for alarm has been declared, experts caution that proactive measures and timely data sharing will be crucial in managing potential outbreaks.


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