Most dairy cows have potentially disease-causing bacteria in their reproductive tract in low abundance. Cows develop uterine infection and disease when the pathogens overgrow and become dominant. Cows need to have a rapid, robust and well-regulated inflammatory response in the uterus during and immediately after calving to detach the placenta, keep bacterial pathogens in check and start uterine repair.

The USDA’s Animal and Plant Health Inspection Service (APHIS) announced that 15 additional states have enrolled in the National Milk Testing Strategy (NMTS), bringing the total number of states to 28 in roughly one month since the program launched.

Skeletal muscle plays a crucial role in dairy cows’ health and productivity, but it’s also a very dynamic tissue. It can be mobilized to support milk production during periods of negative energy balance, but recovery of lost muscle is much slower.

Ever since 1894, Minglewood Dairy has upheld a tradition of exceptional care for their cows and land, evolving significantly over the past 130 years.

The transition period in dairy cows is a pivotal time for maintaining health and productivity. During this phase significant physiological, metabolic and dietary changes occur, which present unique challenges for the cow. 

Routines to maintain udder health change with the transition to automated milking. In a parlor, most of the monitoring of the cow, the equipment, and to some extent the environment, is part of the milking routine. It is completed by the workers in the parlor as they prep, strip and attach milkers. In automated milking, it is important to develop daily routines to monitor those milk quality control points in other ways. 

Dairy cow monitoring is a disruptive technology, to say the least. Since its introduction, this tool has turned traditional cow management upside down by providing actionable insights into cow health and behavior often unseen by human eyes. These data are then used to hone dairy herd performance while saving time, labor and costs.

Klebsiella is a gram-negative bacteria that can cause severe clinical mastitis in dairy cows. If they survive the illness, cows are often culled due to low milk production. This article describes some common ways Klebsiella is transmitted from the environment to teats and strategies on how to prevent Klebsiella mastitis cases on your farm.