🎤 Oral
Infectious Diseases
2022
ID-45
Field Study Of Control And Eradication Of Endemic M.bovis In A Persistently Infected Dairy Herd Using A Novel Testing Programme Richard Sibley.
West Ridge Veterinary Practice et al.
Objectives: A large dairy herd comprising 350 adult milk- ing dairy cows and 700 youngstock and beef animals was enrolled in a novel management programme to attempt to eradicate M.bovis from the herd by managing biosecurity and biocontainment within
Materials and methods: 192 cattle were identified and categorised in the herd using the staturoty Single Intrader- mal Comparative Cervical Tuberculin Test (SICCT) records to detect any animal that had ever had
🎤 Oral
Infectious Diseases
2022
ID-46
Identification Of Potential Microbial Taxa Involved In The Efficacy Of Fecal Microbiota Transplantation (Fmt) From Healthy Donors To Recipients Suffering From Diarrhea In Calves
Tomonori Nochi et al.
Masumi Sato2, Eiji Makino2, Toru Shimada2, Chise Ueda2, Ayumi Matsuo1, Yoshihisa Suyama1, Yoshifumi Sakai1, Mutsumi Furukawa1, Katsuki Usami1, Hiroshi Yoneyama1, Hisashi Aso1, Hidekazu Tanaka2. Tohoku University, Miyagi, Japan
Objectives: Calf diarrhea (CD) is a common disease and has an acute negative impact in the economy of the livestock industry. Antibiotics have been consistently used to treat the disease; however, fecal microbi
🎤 Oral
Infectious Diseases
2022
ID-47
Farmer Psychosocial Factors Associated With Bovine Viral , Diarrhoea Control Behaviours
Naomi Prosser et al.
University of Nottingham, Sutton Bongington, Leicestershire, United Kingdom
Objectives: Psychosocial factors are important for the uptake of health protective behaviours in human health, how- ever many have not been investigated in the context of live- stock disease control where the f
🎤 Oral
Infectious Diseases
2022
ID-50
Prevalence Of Coxiella Burnetii In Central And Eastern European Dairy Herds
Attila Dobos et al.
2 2 2 Ceva, Budapest, Hungary
Objectives: The aim of the present study was to assess - the prevalence of Coxiella burnetii in different size of dairy herds in six Central and Eastern European countries based on enzyme-linked immunosorbet as
🎤 Oral
Infectious Diseases
2022
ID-51
An Epidemic Of Salmonellosis Caused By Imported Rapeseed Meal Containing Salmonella At A Dairy Farm Olli Ruoho.
Animal Health ETT et al.
Objectives: Finland has zero tolerance policy for salmo- nella. All Salmonella serotypes are considered to be a signif- icant threat for public health. Zero tolerance means, that ac- , tions are always taken, if salmonella is detected from feed, anim
Materials and methods: A dairy farm in Western Finland was found to be positive for Salmonella Infantis in May 2019. Heifers were to be sold from the farm and, hence, fecal samples were examined for Salmonella.
🎤 Oral
Infectious Diseases
2022
ID-52
Facilitating The Diagnosis Of Q Fever Using Fta Cards To Store And Ship Bulk Tank Milk Samples
Michaël Treilles et al.
BIOEPAR, Nantes, France
Objectives: Coxiellosis, also named Q fever, is an infec- tious disease caused by an intra-cellular bacterium: Coxiella burnetii (Cb). In cattle, Q fever, when symptomatic, is mainly responsible for abortions,
🎤 Oral
Infectious Diseases
2022
ID-53
Towards The Control Of Sheep Associated Malignant Catarrhal
fever (SA-MCF) in bison and buffalo in Wales et al.
2 2 Wern Vets CYF, Ruthin, United Kingdom
Introduction and background: Bison and buffalo are not commonly farmed in the UK, although they are considered an option for diversification due to the high value of the animal products. In the UK, a significan
🎤 Oral
Infectious Diseases
2022
ID-54
Detection Rates Of Primary Abortifacient Pathogens Isolated By Conventional Microbiology From Dairy And Suckler Foetal Submissions, 2020-2021
Ciara Hayes et al.
Department of Agriculture, Food and the Marine, Cork, Republic of Ireland
Objectives: The overall study objective was to establish the national prevalence of infectious abortifacients, including Coxiella burnettii, Chlamydia abortus and Mycoplasma bovis, in bovine foetal material sub
🎤 Oral
Infectious Diseases
2022
ID-55
Prevalence Of Major Enteric Pathogens In Turkish Dairy Calves
Dogus Palavan Ozkan et al.
MSD Animal Health, Istanbul, Turkey.
Objective: The aim of the study was to measure the prev- alence of the most important causes of diarrhea: E. coli K99, Rotavirus, Coronavirus, Cryptosporidium spp. and Clostridium perfringens in dairy farms loc
🎤 Oral
Infectious Diseases
2022
ID-56
Scottish Bvdv Spot Tests: Why Do We Get Single Animals Testing Positive And What Is Their Significance?
Helen Carty et al.
SRUC Veterinary Services, Ayr, United Kingdom
Objectives: Young stock spot tests are used to determine if a herd has current evidence of exposure to bovine viral di- arrhoea virus (BVDV). Serum samples from a representative proportion of young stock are te
🎤 Oral
Infectious Diseases
2022
ID-57
Bovine Abortions In Southern Belgium : 10 Years Of Results
Delooz Laurent et al.
Claude2. ARSIA, Ciney, Belgium
Bovine herpesvirus 4, Bluetongue virus serotype 8, Schmal- lenberg virus, Neospora caninum. In the context of the Belgian passive surveillance pro- gramme for bovine brucellosis, 46.967 bovine abortion’s cas- e
🎤 Oral
Infectious Diseases
2022
ID-58
Metagenomic Sequencing Of The Respiratory Virome In Beef-Suckler Weanlings Diagnosed With Bovine Respiratory Disease
Kerrie Ní Dhufaigh et al.
Objectives: Bovine respiratory disease (BRD) is a global cause of morbidity and mortality of cattle placed in feedlots, despite decades of development and application of vaccines and antimicrobials. The study objective was to compare untar- geted vir
Materials and Methods: One hundred and fifty-three beef-sucker weanlings (209 days old [SD: 35.8] and 306 kg [SD: 26.3]) were purchased through auction marts, trans- ported by road, and housed indoors for the d
🎤 Oral
Infectious Diseases
2022
ID-59
Comparison Of Sampling And Diagnostic Techniques For Recovery Of Mannheimia Haemolytica From Feedlot Cattle
William B. Crosby et al.
Jake Castle2, John Dustin Loy4, Sheyl P. Gow5, Keun Seok Seo6, Sara F. Capik7, Amelia R. Woolums1, Paul S. Morley2. Missippi State University, College of Veterinary Medicine, Departm of Pathobiology and Population Medicine, United States
Objective: Bovine respiratory disease (BRD) is caused by interactions among the host, environment, and pathogens. The current standard for antemortem pathogen identification in cattle with BRD is deep-guarded n
🎤 Oral
Infectious Diseases
2022
ID-61
Sheep Associated Malignant Catarrhal Fever (Sa-Mcf): A Series Of Cases On Three Farms In The Uk
Joseph Angell et al.
2 2 Hall1, James Stewart2. Wern Vets CYF, Ruthin, United Kingdom
Introduction and background: Malignant catarrhal fever (MCF) is caused by herpes viruses of the Macavirus genus and disease is observed worldwide. In the UK, the sheep as- sociated form of the disease (SA-MCF)
🎤 Oral
Infectious Diseases
2022
ID-63
A Parainfluenza 3 Virus Outbreak On A Dutch Veal Farm
Henk Kuijk et al.
Ham, Den Ham, Netherlands.
Objectives: Bovine Respiratory Disease (BRD) is a mul- tifactorial disease that can affect cattle of all ages but is pre- dominantly seen in young cattle. Affected animals are high- ly infectious and shed large
🎤 Oral
Infectious Diseases
2022
ID-64
Effects Of Vaccination Programs On Map Faecal Shedding And Serological Response In Eight French Dairy Herds
Corbiere Fabien et al.
IHAP, Toulouse, France
Objectives: The main objective of this study was to eval- uate the effects of Silirum® based vaccination programs on Map faecal shedding and serological status in French dairy herds infected with paratuberculos
🎤 Oral
Infectious Diseases
2022
ID-65
How The United Kingdom Created A Commercially Driven National Johne's Management Plan With 95% Dairy Farmer Participation In 10 Years
Pete Orpin et al.
2 Group, Witheridge, United Kingdom.
Objectives: In 2009 a National Johne's engagement plan was developed with the support of milk processors, laborato- ries, database providers, farming and veterinary groups. The initial objectives were to create
🎤 Oral
Infectious Diseases
2022
ID-66
Effects Of A Cdk9 Inhibitor Rkp00156 On Bovine Papilloma
Tomas J. Acosta et al.
2 Obihiro University, Obihiro, Japan
Bovine papilloma virus (BPV) induces diseases of consid- erable veterinary importance in cattle and other ruminants. BPV infects the skin from wounds such as puncture scratch- es by bloodsucking insects. Papill
🎤 Oral
Infectious Diseases
2022
ID-67
Seroprevalence Of Mycoplasma Bovis In Outbreaks Of Bovine Respiratory Disease From 2015 To 2019
Tim Potter et al.
Objectives: In the UK Veterinary Investigation Diagnosis Analysis (VIDA) data there has been a steady increase in the percentage of diagnosable submissions being attributed to he Mycoplasma bovis. In the period from January 2006 to De- cember 2017
Materials & Methods: As part of a subsidised surveillance scheme, blood samples were submitted for serological test- ing from outbreaks of bovine respiratory disease across the UK. The submitting veterinarian w
🎤 Oral
Infectious Diseases
2022
ID-68
Neurological Signs In Lambs As Indication For Bvdv Circulation In A Cattle Young Stock Rearing Herd
Betsie Krattley et al.
Meer3. ULP Harmelen, Harmelen, Netherlands
Objectives: Twin lambs, born on a farm where young stock and sheep were raised together in the same barn, pre- sented with neurological signs. The clinical signs resembled a border disease virus (BDV) infection
🎤 Oral
Infectious Diseases
2022
ID-69
Evaluating Factors Affecting Recovery Of Mannheimia Haemolytica And Pasteurella Multocida
Adriana Marcela Garzon et al.
University of California, Davis, Davis, California, United States. Microbiological diagnosis is an important step in controlling and preventing bovine respiratory disease (BRD). Moreover, adequate transport storage type, elapsed time, and storage tem
results support the value of ACM and CBA for the recovery of PM and MH isolates, especially if samples were not refrigerat- ed properly. Also, the combination of longer elapsed time and higher temperatures can
🖼️ Poster
Herd Health Management, Smart Farming and Economics
2022
ID-P01
An Approach To Investigating A Herd Level Bvd Breakdown Via The Scottish Government Eradication Scheme. Colin Buchan.
Avondale Veterinary Group et al.
Objectives: The objective of this poster is to provide prac- titioners with a ‘real life’ approach to investigating BVD at a herd level in accordance to the compulsory Scottish Govern- ment scheme. The importance of investigating and eradicat- ing th
abstract was accepted and presented at the British Cattle Vet- erinary Association Congress in 2019. Materials and Methods: Annual compulsory BVD check test screening had been performed on a 280-cow dairy farm
🖼️ Poster
Herd Health Management, Smart Farming and Economics
2022
ID-P02
Determination Of The Prevalence Of Salmonella Spp. In Feces From Two Dairy Herds Located In The Sabana De Bogotá- Colombia
Rubiela Castañeda-Salazar et al.
Pontificia Universidad Javeriana, Bogotá, Colombia
Objectives: The objective of this study was to determine the prevalence of Salmonella spp. shedding in fecal sam- ples in two dairy herds in the Sabana de Bogotá – Colombia. Materials and Methods: Eighty cattle
🖼️ Poster
Infectious Diseases
2022
ID-P03
Comparative Analysis Of Serological Tests And Fecal Detection In The Diagnosis Of Mycobacterium Avium Subsp. Paratuberculosis Infection
Hong-Tae Park et al.
Department of Infectious Diseases, College of Veterinary Medicine, Seoul National University, Seoul, South Korea
Objective: Therefore, accurate diagnostic methods have been required to control the disease. Based on the current situation of diagnosis of MAP infection, we compared and ana- lyzed serological diagnostic metho