One of the most amazing families of pathogens that can cause bovine mastitis are the NAS’s (non-aureus staphylococci). Often called “opportunistic microorganisms”, they live in areas where it is easy to penetrate the tissue. Find out more about these bacteria so you can keep your farm free from mastitis infections.
In previous posts, we talked about the benefits of using Somatic Cell Count tests in milk (SCCs) instead of using other tests such as the California Mastitis ones (CMTs). But exactly what kind of information do these tests provide us about the infection dynamics? And how exactly can this help you to monitor mastitis in dairy cows? Here are all the answers!
Most dairy vets need to deal with their clients’ milk tests going on for months. Processing such an enormous amount of data can be confusing. In this post you’ll find some basic guidelines to help you evaluate the infection dynamics on your clients’ farms and assess and monitor the risk of mastitis in cattle based on the Somatic Cell Count.
Somatic Cell Count (SCC) and California Mastitis Tests (CMT) are two of the most widely used tools for controlling mastitis in cattle, as they help you to identify the infection status of a cow at an individual level. In this post we’ll carry out an in-depth analysis of these two methods, identifying the benefits and limitations of each method so you can decide which one suits you best!
Checking your milking machine is crucial to prevent mastitis in cattle. Find here a few simple tips to check your vacuum and prevent mastitis in cattle infections: the West Test, Pulsation Rate vs Ratio, etc. A correct maintenance of the milking machine will achieve a gentle milking of your dairy cows.
Everybody knows that to get milk from dairy cattle, the cow has to be milked. Use of milking machines is the easy way to rapidly and efficiently remove the milk without damage to the teat or gland and with minimal risk of the transmission of pathogenic microorganisms that might cause mastitis in cattle.