Life Sciences Commons^™

W184 Quick Guide To Mastitis Culturing Programs, Kristy H. Campbell

Animals/Livestock

Tennessee Quality Milk Initiative

Version 1.0

W183 Using Dhi Reports To Troubleshoot Mastitis, Kristy H. Campbell

Animals/Livestock

Tennessee Quality Milk Initiative

Version 2.0

W185 Quick Guide To Troubleshooting Mastitis, Kristy H. Campbell

Animals/Livestock

No abstract provided.

W182 Troubleshooting Bacteria Counts, Kristy H. Campbell

Animals/Livestock

Tennessee Quality Milk Initiative

Version 1.0

W180 Steps To Troubleshooting Mastitis, Kristy H. Campbell

Animals/Livestock

Tennessee Quality Milk Initiative

Version 2.0

W181 Mastitis Culturing Programs, Kristy H. Campbell

Animals/Livestock

Tennessee Quality Milk Initiative

Version 1.0

W180 Steps To Troubleshooting Mastitis, Kristy H. Campbell

Animals/Livestock

Tennessee Quality Milk Initiative

Version 2.0

W251 Composting Large Animal Mortalities In Tennessee, Shawn Haskins, Forbes Walker

Animals/Livestock

Version 5.0

W255 Disposing Of Large Animal Mortalities In Tennessee, Forbes Walker, Shawn Haskins

Animals/Livestock

Version 2.0

W252 Land-Filling Large Animal Mortalities In Tennessee, Shawn Haskins, Forbes Walker

Animals/Livestock

Version 4.0

W259 Cattle Mortality Disposal Options In Tennessee, Justin Rhinehart, Fred Hopkins, Bridgett Mcintosh

Animals/Livestock

Version 3.0

W258 Burying Large Animal Mortalities In Tennessee, Shawn Haskins, Forbes Walker

Animals/Livestock

Version 2.0

W156-Clinical Mastitis Evaluation, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

No abstract provided.

W155-Clinical Mastitis And Treatment Record By Time Period, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

No abstract provided.

W154-Clinical Mastitis And Treatment Record By Cow, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

No abstract provided.

W153-Forms Of Mastitis, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

No abstract provided.

W152-Estimating Losses Using Somatic Cell Counts, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

No abstract provided.

W151-Bulk Tank Milk Quality Parameters, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

Bacteria in milk, whether originating from the cow or from the environment, significantly impact the quality of dairy products and therefore consumer acceptance. Bacteria produce heatstable enzymes that can damage milk fat and milk protein. These enzymes are not affected by pasteurization and continue to cause damage in the final dairy product. High bacteria levels in raw milk result in off-flavors, bitter flavors, rancidity and reduced shelf life. The Pasteurized Milk Ordinance specifies safety standards of Grade A milk to protect public health, not to maximize product quality and shelf life. The PMO only sets limits on somatic cell count …

W150-Using Milk Somatic Cell Count Information, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

The level of mastitis infection in a dairy herd can have a significant impact on herd profitability. Losses due to mastitis include decreased milk production, increased treatment costs, discarded milk, premature culling, death, decreased genetic potential, decreased reproductive performance, load rejection due to violation of somatic cell counts (SCC) or antibiotic residues and loss of milk quality premiums (3, 9, 12). Most producers easily relate clinical mastitis with these losses. However, subclinical (or hidden) mastitis may actually cause more losses in a herd than clinical mastitis. Since the animal does not exhibit typical symptoms of the disease, the problem is …

W149-Bulk Tank Milk Quality, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

Who is responsible for the safety and quality of dairy products? Dairy producers? Processors? Retailers? Consumers? In fact, all of these parties – from farm to fork – share in this responsibility. What starts as a high-quality product on the farm can be ruined somewhere along this chain. However, a poor-quality, inferior raw product leaving the farm cannot be transformed into a safe and high-quality product for the consumer. Despite technical advances in milk processing, the safety and quality of dairy products is still determined on the farm. Pasteurization does provide a certain level of safety, but is not the …

W148-Milk Quality And The Tennessee Quality Milk Initiative, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

According to records, in 1995, there were more than 1300 dairy farms in Tennessee. In 2007, the number declined to fewer than 600 dairies (9). There are several reasons for this mass exodus from the dairy industry in Tennessee: low milk prices, shortages of qualified labor, high feed costs, high fertilizer costs, high fuel costs, etc. In addition, many dairy producers in Tennessee and in the Southern Region are at risk of losing their milk market due to below average milk quality. Milk quality continues to be a topic of intense debate in the dairy industry. Dairy producers in the …

Pb1598-Managing Intake Of Lactating Dairy Cows, The University Of Tennessee Agricultural Extension Service

Animals/Livestock

Lactating dairy cows must consume large quantities of dry matter (DM) to provide the nutrients needed to maintain high levels of milk production. The consequences of low dry matter intake (DMI) are lower peak milk yields, lower total milk production, excessive loss of body weight and poor reproductive performance. Research has shown a two pound increase in milk production for each pound increase in DMI. As milk production continues to increase, management of DMI becomes more critical.