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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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Evaluation of Split Suckling on Lifetime Growth Performance and Mortality

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In this video, Mikayla Spinler, Kansas State University, explains the findings of her research trial evaluating the effects of split suckling on piglet growth performance and mortality. This study compared two different split suckling strategies—based on birth order and birth weight—to a control group with no split suckling.