Subjects: Trematoda And Trematode Diseases, Part 2: Supergenera And Genera C

United States Department of Agriculture, Bureau of Animal Industr

「環太平洋の言語」日本班

初巻は別書誌『消滅に瀕した方言アクセントの緊急調査研究

Healthy Eating at Providence College

Katelyn Breen ’24, Major: Marketing Alexis Carabetta ’24, Major: Marketing Lilah Milton ’24, Major: Marketing Katharine Shaughnessy ’24, Major: Marketing Faculty Mentor: Dr. Kevin Newman, Marketing Our marketing group surveyed 100 Providence College students about their healthy eating choices and level of satisfaction of Ray Dining Hall’s healthy eating options. From the data collected, we discovered most students are unsatisfied with Ray Dining Hall and they suggested the need for a greater variety of healthy eating options. Based on this information, our group put together three recommendations that Providence College Dining should implement: 1) provide students with healthy eating instructions; 2) supply better protein options; and 3) invest in a wider variety of produce

Subjects: Trematoda And Trematode Diseases, Part 3: Supergenera And Genera D

United States Department of Agriculture, Bureau of Animal Industr

Subjects: Trematoda and Trematode Diseases, Part 6: Supergenera And Genera N-Q

United States Department of Agriculture, Bureau of Animal Industr

Subjects: Trematoda And Trematode Diseases, Part 4: Supergenera and Genera E-G

United States Department of Agriculture, Bureau of Animal Industr

Automated prediction of mastitis infection patterns in dairy herds using machine learning

© 2020, The Author(s). Mastitis in dairy cattle is extremely costly both in economic and welfare terms and is one of the most significant drivers of antimicrobial usage in dairy cattle. A critical step in the prevention of mastitis is the diagnosis of the predominant route of transmission of pathogens into either contagious (CONT) or environmental (ENV), with environmental being further subdivided as transmission during either the nonlactating “dry” period (EDP) or lactating period (EL). Using data from 1000 farms, random forest algorithms were able to replicate the complex herd level diagnoses made by specialist veterinary clinicians with a high degree of accuracy. An accuracy of 98%, positive predictive value (PPV) of 86% and negative predictive value (NPV) of 99% was achieved for the diagnosis of CONT vs ENV (with CONT as a “positive” diagnosis), and an accuracy of 78%, PPV of 76% and NPV of 81% for the diagnosis of EDP vs EL (with EDP as a “positive” diagnosis). An accurate, automated mastitis diagnosis tool has great potential to aid non-specialist veterinary clinicians to make a rapid herd level diagnosis and promptly implement appropriate control measures for an extremely damaging disease in terms of animal health, productivity, welfare and antimicrobial use

Subjects: Trematoda and Trematode Diseases, Part 7: Supergenera and Genera R-S

United States Department of Agriculture, Bureau of Animal Industr

Subjects: Trematoda And Trematode Diseases, Part 5: Supergenera And Genera H-M

United States Department of Agriculture, Bureau of Animal Industr

Subjects: Trematoda and Trematode Diseases, Part 8: Supergenera and Genera T-Z

United States Department of Agriculture, Bureau of Animal Industr