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Investigating Probiotics as a New Poultry Hatchery Disinfectant That Keeps Good Bacteria

By Maddie Johnson

Researchers have shown that probiotics can protect hatching chicks from bacterial diseases without destroying beneficial microorganisms.

Bacteria such as Escherichia coli, Enterococcus and Staphylococcus can be devastating intruders in incubating and hatching eggs. As chicks develop, harmful microorganisms can enter eggshells through pores or tiny fractures, and their overgrowth can eventually cause eggs to burst, spreading the microorganisms throughout egg incubators, also known as hatch cabinets.

The industry standard for disinfecting hatch cabinets is to use formaldehyde, which kills all bacteria  good and bad  across the board.

Scientists with the Center of Excellence for Poultry Science at the University of Arkansas System Division of Agriculture and the Dale Bumpers College of Agricultural, Food and Life Sciences sought a way to eliminate harmful microbes while preserving the beneficial ones.

Their study showed that some strains of probiotics reduced harmful bacteria similar to formaldehyde fumigation.

Danielle Graham, assistant professor of poultry science with Bumpers College and the Division of Agriculture’s Arkansas Agricultural Experiment Station, led the study published in Poultry Science, an official journal of the Poultry Science Association, this spring.

Source : uada.edu

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Genetics vs Genomics in Swine - Dr. Max Rothschild

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In this episode of The Swine it Podcast Show Canada, Dr. Max Rothschild, Distinguished Professor at Iowa State University, explains how genetics and genomics have transformed swine production. He explores genomic selection, key gene discoveries, and the role of gene editing in improving disease resistance and productivity. Practical insights on litter size, meat quality, and industry adoption are also discussed. Listen now on all major platforms!

"Genetic improvement in swine production accelerated significantly once molecular tools enabled identification of DNA level variation influencing growth, reproduction, and meat quality across commercial populations."

Meet the guest: Dr. Max Rothschild / max-f-rothschild-b3800312 earned his PhD in Animal Breeding from Cornell University and has spent over four decades at Iowa State University advancing swine genetics and genomics. His research focuses on genetic improvement, disease resistance, and molecular tools for swine production. A leader in pig genome research, his work has shaped modern breeding strategies.