Promising Results on Two Tick Vaccine Fronts

 

A new vaccine offering season-long protection could play an important role in the battle against cattle ticks by reducing reliance on acaricides – pesticides which target ticks and mites – and allowing producers to move cattle from tick free to tick endemic areas. Researchers are also trialling a new single-dose tick vaccine delivery system.

Brahman Cattle

A reformulated long-lasting cattle tick vaccine, which could be in commercial production within four to five years, promises a major advance against the number one cattle pest in the country – and significant progress has been made on a longer term, more effective vaccine.

Ticks are estimated to cost the Australian cattle industry at least $175 million a year and they have a major animal health and welfare impact on herds in tropical cattle regions worldwide.

A team of Queensland scientists led by QAAFI’s Associate Professor Ala Lew-Tabor is developing new improved antigens which produce antibodies to induce an immune response in the animal to protect against ticks.
 
Associate Professor Lew-Tabor said the long running research, which began twelve years ago within the Queensland Department of Agriculture and Fisheries, was now showing promise and attracting commercial interest.
 
A range of different combinations of tick antigen have been trialled for their effectiveness on live cattle ticks.

A reformulated long-lasting cattle tick vaccine, which could be in commercial production within four to five years, promises a major advance against the number one cattle pest in the country – and significant progress has been made on a longer term, more effective vaccine.

Ticks are estimated to cost the Australian cattle industry at least $175 million a year and they have a major animal health and welfare impact on herds in tropical cattle regions worldwide.
 
A team of Queensland scientists led by QAAFI’s Associate Professor Ala Lew-Tabor is developing new improved antigens which produce antibodies to induce an immune response in the animal to protect against ticks.
 
Associate Professor Lew-Tabor said the long running research, which began twelve years ago within the Queensland Department of Agriculture and Fisheries, was now showing promise and attracting commercial interest.

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