Merck Animal Health reports that the USDA has approved the manufacturing and sale of Cambridge Technologies’ experimental autogenous vaccine in the US for the emerging and deadly avian metapneumovirus type B, impacting broilers, broiler breeders, layers and turkey breeders.
The message is clear and one that Daral Jackwood, PhD, The Ohio State University, has delivered for years: Young chickens need maternal immunity to protect them from immunosuppression and secondary diseases caused by infectious bursal disease.
Broilers fed a microbial supplement of four probiotic strains had a lower incidence of Salmonella and higher expression of proteins associated with immunity, according to research presented at the 2024 IPSF by Kevin Bolek, PhD, microbials innovation director for Phibro Animal Health.
A sharper focus on minor coccidiosis species may be the key to improving management of this persistent parasitic disease and improving gut health, feed conversion and flock performance.
Necrotic enteritis (NE) is a devastating disease characterized by severe gut inflammation and sudden death, which can lead to significant economic losses. A new instrument from Ancera can help identify Clostridium perfringens, the causative agent of NE, early enough to help producers treat or prevent NE.
A technology from Cargill may overcome a barrier the layer industry has faced in understanding the nutrition and performance of its flocks, paving the way to reduced feed costs and higher egg production through better nutrition.
Housing systems for laying hens in the United States (and more broadly across the world) are transitioning away from conventional cages to cage-free systems.
Virtually everyone in the poultry industry is aware of coccidiosis — a disease caused by protozoan parasites, Eimeria, that develop within the intestine of most domestic and wild animals and birds. The condition is more elusive in turkeys, however.
Careful attention to the coccidiosis vaccination process and follow-up monitoring will go a long way toward ensuring a positive outcome. However, even the best programs will encounter an occasional hiccup.
A postbiotic product proven to reduce the severity of avian pathogenic Escherichia coli (APEC) in broilers could give producers and veterinarians an additional tool to manage risk in pre-harvest poultry.
When we think of flickering light, our minds conjure images of candles casting fitful shadows or perhaps the occasional power outage dimming our surroundings. Yet, in the realm of lighting technology, this phenomenon goes by a more precise name: temporal light modulation (TLM).
Conventional diagnostic methods for detecting Salmonella in live poultry production typically rely on analyzing isolated bacterial colonies from enriched samples. Recent evidence, however, suggests these methods can overlook the presence of certain strains and serotypes.
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