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Researchers discover new antimicrobial resistance gene in livestock disease treatment

Researchers have discovered how a previously overlooked gene is involved in antimicrobial resistance which is a growing global issue that threatens the health and welfare of both humans and animals.

The work at the University of Saskatchewan (USask) found the gene encodes for an enzyme named EstT is capable of turning off macrolides, a class of antibiotic drugs commonly used to treat disease in cattle and other livestock.

Tylosin, tilmicosin and tildipirosin are some antibiotics classed as macrolides.

Dr. Poonam Dhindwal said veterinarians rely on these drugs to treat illnesses in cattle such as bovine respiratory disease and liver abscesses as well as other diseases in livestock and companion animals.

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CEOs of the Industry – International Edition Michael Agerley | Partner, IQinAbox

Video: CEOs of the Industry – International Edition Michael Agerley | Partner, IQinAbox

In this CEOs of the Industry – International Edition, we sit down with Michael Agerley, Partner at IQinAbox, to explore how data is reshaping the future of pig production.

After more than 20 years as a veterinarian, Michael shares his unique perspective on the shift from hands-on animal care to data-driven decision making across the pork value chain.

We dive into:

• How better data is improving real on-farm decisions

• The biggest opportunities still untapped in pig production

• How Europe is leading (and where it’s still lagging) in tech adoption

• The role of AI and smart systems in the next 5–10 years

• Why trust, leadership, and practical application matter more than ever

This conversation bridges veterinary insight, technology, and real-world farming, offering a clear look at where the industry is headed—and what it will take to get there.