Farming News - FUW responds to Welsh Government changes to Bovine TB Resolved Inconclusive Reactors

FUW responds to Welsh Government changes to Bovine TB Resolved Inconclusive Reactors

The Farmers’ Union of Wales (FUW) has responded to the Welsh Government’s announcement on Monday 27th October regarding Bovine TB and changes to Resolved Inconclusive Reactors, describing the move as a “practical, evidence-led step”.

 

Following a review of the evidence by the TB Technical Advisory Group - subsequently accepted by the TB Programme Board - it was concluded that cattle previously classified as standard interpretation resolved inconclusive reactors are 3 times more likely to be later identified as reactors, inconclusive reactors, or slaughterhouse-positive cases compared to animals that have consistently tested clear.

As a result, it has been announced that all cattle in Wales identified as resolved inconclusive reactors (standard interpretation) from 1 January 2026 will be subject to lifelong movement restrictions. These animals can then only move directly to slaughterhouses or Approved Finishing Units via licensed routes, including approved slaughter gatherings or TB dedicated sales.

Responding to the statement, FUW Deputy President, Dai Miles said: “Bovine TB continues to have a profound economic and emotional impact on Welsh farmers and their businesses.

"This policy change must be acknowledged as a practical, evidence-led step to help protect herds from the risk of unintentionally bringing in infected animals.

"That said, it does raise valid concerns about the level of assurance provided by a negative TB test result. There may also be understandable frustration within the farming community at what feels like yet another layer of restriction being placed on already heavily regulated cattle movements.”

The FUW continues to call for further progression in a scientifically supported policies and adoption of an holistic approach to Bovine TB Eradication in Wales, as outlined in its 2026 Senedd election manifesto.