Bovine Respiratory Disease
The Texas A&M AgriLife research could revolutionize antimicrobial treatment in commercial beef production.
Detecting respiratory disease in calves early – when treatment is most effective – should start by examining the head and facial features, according to veterinarian Tiago Tomazi with Merck Animal Health.
This is a ready-to-use injectable solution containing 100 mg of tulathromycin/mL, a trusted antibiotic to treat and control BRD, foot rot and pinkeye in cattle, as well as swine respiratory disease.
In the past, it was believed there was no point to give injectable respiratory vaccines before about 4 months of age, because they would be inactivated by maternal antibodies. A recent study proves that’s not the case.
Every re-treatment puts additional stress on calves and reduces profit margins due to the additional medicine and labor costs. On the other hand, waiting too long to re-treat can increase the number of sick calves.
Kansas State College of Veterinary Medicine researchers addressed this important question in a recent study. Dr. Miriam Martin summarized the study results and what the team learned for Bovine Veterinarian readers.
Zoetis Draxxin KP is designed to control bovine respiratory disease and, specifically, fever.
Do you recognize the likely cause of death in this feedlot steer?
While environmental factors and host genetics heavily influence BRD morbidity rates, understanding the genomic and molecular biology tools also can improve our understanding of pathogens and beneficial microorganisms .
The recent BRD symposium featured a poster session, where graduate students exhibited cutting-edge research into prevention, detection and control of the BRD complex.
BRD Symposium and AVC Conference provide a wealth of animal-health information.
The bovine respiratory tract represents a new frontier for microbiome management.
Early registration is now open for the 3rd Annual Texas Veterinary Medical Diagnostics Laboratory (TVDML) Amarillo Bovine Respiratory Disease Conference.
The Influenza D virus (IDV) was first isolated from pigs in 2011 at the University of Minnesota.
In evaluating metaphylaxis programs, it’s important to observe the post-metaphylaxis interval (PMI) or post-treatment interval (PTI), especially with today’s longer-acting antibiotics.