🖼️ Poster
Udder Health and Mastitis
2022
B-15
Es, Ricardo Evandro, Pa-P16
onça et al.
Mira Da Fonseca, António, IV-04 More, Cl Miragaya, Marcelo, DI-P01 More, Ji Miranda Castañón, Marta, AH-P41, NU-P22, SR-P30 Moreira Mireille, Meylan, PH-P22
🖼️ Poster
Udder Health and Mastitis
2022
D-P34
Ira, Juan Antonio, Rb-P01, Sp-P02
ira et al.
H-14, PH-15, PH-P14, SP-07 ira, Rmln, GB-P01 ira, Victor, AH-P41 ira Soares, Jessie, SR-P47, SR-P48 z, Andrés, LA-P05 z, María, SR-04, SR-18 z Antón, Elena, IV-17 z Barcia, Maria, SR-16 z De Val, Bernat, AH-P35 z Marín, Carlos C., RB-P14 z Solana, Ma
🖼️ Poster
Udder Health and Mastitis
2022
H-17
, Fe-04
🖼️ Poster
Udder Health and Mastitis
2022
H-55
Uelson, Ulf, Cw-21, Cw-P05, Hh-P01, Te-05
Dubaux et al.
Escobar, Odriom, AH-P25 Fajt, Vir Escudero, Amaia, SR-16 Falk, Ale Esmail, Esraa, BC-05 Falk, Ram Esnal De La Presa, Antón, SR-P32
🖼️ Poster
Udder Health and Mastitis
2022
H-P09
Hunter, Cw-P13 N, Nu-P32, Uh-29, Uh-44 , Ph-18
Martin et al.
no, IV-33, LA-P12, LA-P16 zabeth R., IV-12, PT-01, RB-06 AH-P42, NU-P18, SU-P06 s, NU-P33 f, ID-37
🖼️ Poster
Udder Health and Mastitis
2022
H-P17
S, Adriano Tony, Pa-P15
Fernanda Carolina et al.
hawa, C.S., UH-51 i, Federico, BT-04, RB-P05, RD-14, RD-P08 lla Alvarez, Salvador, NU-P02 j, Aleksandra Vergles, PA-P09 napob, Niorn, NU-P08, RD-13, SR-P01 enborg, Erik, UH-33 i, Gabriele, BC-04 ala, Helena, NU-P21 ra, Eduardo, RB-P15, RD-07, RD-15,
🖼️ Poster
Udder Health and Mastitis
2022
H-P48
Dda, Marco, Sr-P31
Albuquerque et al.
one, G., PH-P03 llas I Vidal, Joaquim, RB-P17 y, Marcos, UH-P45 y, Miriam, ID-54 al Brauner, Cássio, AH-P47, AH-P48 andra, Eibl, BC-P12 añeda-Salazar, Rubiela, ID-P02, IM-P03 ella, Carmen, UH-06 ells, Enrique, IM-18, SR-04, SR-16, SR-17, SR-31,
🖼️ Poster
Udder Health and Mastitis
2022
R-21
Ra, Leonardo, Pa-P20
Carolina et al.
B-14, GB-15 lgaard, Per, NU-27 istokleous, Konstantinos, UH-P25 esa, Tschoner-Utza, CW-27 on, Leonard, SR-15 ing, Egon, FE-P03, ID-02, ID-32, IV-29 ns, Sebastiaan, ID-11, ID-P27 ngtum, Wandee, NU-P08 aud, Lurier, CW-23 y, J, UH-P50 Seeth, Martin, UH-
🖼️ Poster
Udder Health and Mastitis
2022
R-P16
Ía Mon, Mónica, Uh-P51
ía Moreno et al.
D BUIATRICS CONGRESS 2022 MADRID INDEX OF AUTHORS Garzon, Adriana Marcela, AH-P23, AH-P27, AH-P28, ID-69, Gil PH-04, PH-15, PH-P14 Gil Garzón Sígler, Ana Isabel, SP-06 Gil
🖼️ Poster
Udder Health and Mastitis
2022
R-P22
Iglioni, Bianca, Ah-19, Uh-P15
Jake et al.
Cavirani, Sandro, ID-P14, SP-P03 Chase, Chr Cebi Sen, Cigdem, SR-32, SR-P19 Chase, Chr Cebron, Nathan, FE-07, GB-03, HH-16, IV-28 Chaucheyra Cebulska, Karolina, IM-P16
🖼️ Poster
Udder Health and Mastitis
2022
UH-P01
The Use Of Cabergoline At Dry-Off Reduced Scc And Increased Milk Production In A Commercial Dairy Herd In Brazil
Maria Beatriz Tassinari Ortolani et al.
Libourne, France
Objectives: The objective of this study was to investigate, under Brazilian field conditions, the effect of one single admin- istration of cabergoline at dry-off (Velactis®, Ceva Santé Ani- male, Libourne, Fran
🖼️ Poster
Udder Health and Mastitis
2022
UH-P02
The Value Of Regular Dynamic Milk Testing In Practice: Special Findings In A Case With E. Coli Mastitis Iris Kolkman.
DAP A Noord dierenartsen et al.
Objectives: This case report discusses the value of regu- lar dynamic testing of milking machines in veterinary practice. Bacteriological findings and data analyses pointed towards environmental mastitis in cows without high cell counts. Dy- namic te
Materials and methods: The herd under investigation consisted of 53 Holstein Friesian dairy cows with an average milk yield of 9,854 kg milk/year. Cows are grazed on pasture from April until October and in wint
🖼️ Poster
Udder Health and Mastitis
2022
UH-P03
The Effect Of Chronical Cupper Accumulation On A High Yielding Dairy Farm – A Case Of Severe Mastitis Outbreak Iris Kolkman.
DAP A Noord dierenartsen et al.
Objectives: This case report discusses the effect cup- per accumulation on immunity of a high yielding dairy farm. A summer outbreak of E coli mastitis occurred in 2018 in mid lactation cows. Some diagnostics was done, hygiene adapta- tions were impl
Materials and methods: The herd under investigation consisted of 87 Holstein Friesian dairy cows with an average milk yield of 11,142 kg milk/year. Cows were housed in a cu- bicle barn with rubber mats and part
🖼️ Poster
Udder Health and Mastitis
2022
UH-P04
Treatment Of Clinical Mastitis In The Dairy Cow. Is There A Benefit Of Combining The Intramammary And Parenteral Routes?
Bruno Sivieri De Lima et al.
Botucatu, Brazil
Introduction: In dairy operations, mastitis control is the leading cause of antibiotic use. Even though the treatment of intramammary infections (IMI) should root in the solid back- ground of pharmacodynamic an
🖼️ Poster
Udder Health and Mastitis
2022
UH-P05
Evaluation Of An On-Farm Pathogen Identification Kit On A Large Dairy Farm For The Use In Clinical Mastitis
Katharina Lichtmannsperger et al.
University of Veterinary Medicine, University Clinic for Ruminants, Vienna, Austria
Objectives: The aim of this study was to evaluate a com- mercially available pathogen identification kit (VétoRapid®, Vétoquinol) for detection of mastitis pathogens in dairy cows. Material and Methods: Part 1:
🖼️ Poster
Udder Health and Mastitis
2022
UH-P06
Treatment Of Acute Mastitis With Prednisolone. Ii Modulation Of Myeloid Effector Cells
Hans-Joachim Schuberth et al.
Immunology Unit, University of Veterinary Medicine, Foundation, Hannover, Germany
Objectives: Treatment of clinical mastitis not only requires the use of antibiotics but also a therapeutic interference with inflammatory processes. Non-steroidal anti-inflammatory ia. drugs and glucocorticoids
🖼️ Poster
Udder Health and Mastitis
2022
UH-P07
Evaluation Of Thermal Imaging For Detection Of Subclinical Mastitis At The Quarter Level In Cows
Dogus Palavan Ozkan et al.
Turkey.
Objective: The aim of this study was to investigate the ef- ficiency of imaging of udder surface temperature using a ther- mal camera as a possible tool for the diagnosis of subclinical mastitis at the udder qu
🖼️ Poster
Udder Health and Mastitis
2022
UH-P08
The Effect Of Automatic Cluster Remover Settings On Milking Performance, Udder Health, And Teat Condition
Matthias Wieland et al.
Department of Population Medicine and Diagnostic Sciences, Cornell University, Ithaca, United States
Objectives: Since their advent in 1970, automatic clus- ter removers (ACRs) have fostered profitability in dairy oper- ations by increasing the automation of the milking process, decreasing labor costs, and imp
🖼️ Poster
Udder Health and Mastitis
2022
UH-P09
Efficacy Of Antimicrobial Peptides (Amps) Against Major Bovine Mastitis Pathogens
Petzl Wolfram et al.
Clinic for Ruminants, LMU Munich, Germany.
Objectives: Mastitis accounts for the highest antimicrobial usage in dairy farming. During intramammary infections, en- dogenous AMPs are highly upregulated in mammary tissues, however little is known about the
🖼️ Poster
Udder Health and Mastitis
2022
UH-P10
Susceptibility To Lincomycin And Neomycin Of Staphylo- Coccus Spp Isolated From Bovine Mastitis
Marc Saulmont et al.
Ciney, Belgium
Objectives: In bovine mammary health diagnostic in 2018 at the Regional Association for Animal Health and Identifica- tion (Ciney, Belgium) E.Coli and S.Uberis were the most prev- alent, with respectivly 33,9%
🖼️ Poster
Udder Health and Mastitis
2022
UH-P11
Preliminary Results For Ranking Risk Factors For Dairy Cow Mastitis Using Expert Knowledge Elicitation
Giandomenico Ferrara et al.
Antonio Barberio4, Giuseppe Bolzoni5, Giorgio Zanardi5, Francesca Mazza1, Clara Tolini1, Gianfilippo Alessio Clemente1, Giulia Di Patrizi1, Luigi Bertocchi1. Italian Reference Centre for Animal Welfare - Istituto Zooprofilat Sperimentale della Lombar
Objectives: Mastitis is one of the most common diseases affecting dairy cows and can cause a decrease in dairy cow welfare, economic loss and substantial overuse of antimicrobi- als. It is a multifactorial dise
🖼️ Poster
Udder Health and Mastitis
2022
UH-P12
Efficacy Of The Prudent Use Of Benzylpenicillin (Ubropen® 600 Mg) And Meloxicam (Metacam® 40 Mg / Ml) In The Treatment Of Clinical Mastitis. Preliminary Results
Susana Astiz et al.
Instituto Nacional Investigaciones Agrarias (INIA), Madrid, Spain
Introduction and objectives: The prudent use of antibiot- ics leads to using reduced spectrum antibiotics in clinical mas- titis (CM) to avoid generating environmental pressure for the induction of resistances.
🖼️ Poster
Udder Health and Mastitis
2022
UH-P13
Effect Of Introduction Of Multivalent Mastitis Vaccine In Cows With High Detection Rate Of Significant Mastitis Pathogens
Tatsuya Ando et al.
Yusuke Morikawa1, Chikako Uki1, Kyosuke Tsuchihashi1, Hikari Maeda1, Nodoka Komori1, Jae Woo Choi3, Masato Enokido4. Rakuno Gakuen University, Ebetsu, Japan
Materials and Methods: This study was conducted at a dairy farm with 115 Holstein cows in the Ishikari region of Hok- kaido, Japan. A multivalent vaccine containing E. coli J5 strain and Staphylococcus aureus a
🖼️ Poster
Udder Health and Mastitis
2022
UH-P14
Peracetic Acid Effectively Kills Contagious Mastitis Pathogens In Milking Liners
Mario Lopez Benavides et al.
Objective: Two of the most important contagious mastitis pathogens in dairy farms include Staphylococcus aureus and Streptococcus agalactiae, and the primary method of trans- mission is from cow to cow during milking. While teat skin sanitation befor
Materials and Methods: In separate experiments, new DeLaval VMS milking liners were immersed in a 108 CFU/mL broth of S. aureus (ATCC 6538) or S. agalactiae (ATCC 27956) for a period of 30 min. Afterwards, the