New Covid Variant FLiRT Raises Alarm: UK Scientists Urge Vigilance as Cases Rise
Scientists Warn of New FLiRT Covid Variant Risk

A coalition of top British scientists has sounded the alarm over a new family of Covid variants, urgently calling for heightened public awareness and vigilance. Researchers from the prestigious universities of Edinburgh, Oxford, and Montpellier have identified the KP.2 strain—dubbed 'FLiRT'—as a significant cause for concern.

The FLiRT variants, emerging from the Omicron JN.1 lineage, are demonstrating an unsettling ability to evade immune defences built up from previous vaccinations and infections. This characteristic poses a substantial threat of increased transmissibility, potentially fuelling a fresh wave of cases.

Why the FLiRT Variant is Different

Scientists are particularly focused on the mutations found on the virus's spike protein, which it uses to latch onto human cells. These specific changes are what allow the new variant to bypass existing immunity more effectively than its predecessors.

While initial data does not suggest the KP.2 variant causes more severe illness, its rapid growth rate is the primary worry. The sheer number of potential infections could inevitably lead to a rise in hospitalisations, putting additional strain on the NHS as we head into the summer months.

A Call for Proactive Measures

The scientific team is not advocating for immediate harsh restrictions but is strongly emphasising the need for a proactive approach. Key recommendations include:

  • Enhanced surveillance and sequencing to track the variant's spread and evolution in real-time.
  • Public health messaging to remind citizens of basic hygiene practices that remain effective.
  • Review of vaccine strategies to ensure the most vulnerable populations are protected ahead of any potential wave.

The overarching message from the experts is one of cautious preparedness rather than panic. Understanding the virus's continuous evolution is seen as the key to managing its long-term presence in our lives.