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UK Records First Human Case of H1N2 Swine Flu: Health Agency Responds

UK Records First Human Case of H1N2 Swine Flu: Health Agency Responds

On Monday, UK public health officials announced the confirmation of the first human case of a swine flu strain akin to one prevalent in pigs. The UK Health Security Agency (UKHSA) disclosed that an individual, exhibiting respiratory symptoms, had been tested by their doctor, revealing the presence of the H1N2 virus variant. Notably, this variant had not been previously identified in humans within the country.

Meera Chand, the incident director at the UKHSA, highlighted the uniqueness of this case, stating, “This is the first time we have detected this virus in humans in the UK, while the virus bears a striking resemblance to those identified in pigs, the agency is actively involved in a rapid response, diligently conducting contact tracing and implementing containment measures to curb any potential spread.

Fortunately, the affected individual experienced only a mild illness and has fully recovered, as per the agency’s statement. However, the source of the infection remains undetermined and is currently under investigation.

Christine Middlemiss, the chief veterinary officer at UKHSA, emphasized the collaborative effort of veterinary and scientific expertise to support the ongoing investigation. Influenza A(H1) viruses are commonly found in swine populations worldwide, with H1N1, H1N2, and H3N2 being major subtypes. While these viruses occasionally cross over to humans, typically through exposure to pigs or contaminated environments, the agency is actively working to understand the specific circumstances of this case.

Reflecting on historical outbreaks, the H1N1 pandemic in 2009 marked a significant influenza event in the 21st century. The official death count, initially reported as 18,500, was later revised by The Lancet medical journal to a range between 151,700 and 575,400 casualties. This underscores the importance of vigilance and collaborative efforts in addressing emerging infectious threats.

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