🖼️ 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
🎤 Oral
Udder Health and Mastitis
2022
UH-03
In Vitro Penicillin Sensitivity Of Streptococcus Ssp. Isolated From Quarter Milk Samples Of Bavarian Dairy Cows (2018 - 2019)
Reglindis Huber-Schlenstedt et al.
Bavarian Animal Health Service, Poing, Germany.
Objective: The objective was to evaluate the in vitro antimicrobial resistance against penicillin of Streptococcus (S.) uberis, S. agalactiae, S. dysgalactiae, and S. canis of rou- tine quarter milk samples. Ma
🎤 Oral
Udder Health and Mastitis
2022
UH-04
Monitoring Udder Health On Routinely Collected Census Data: Evaluating The Effects Of A Changing Antimicrobial Policy In The Netherlands
Christian Scherpenzeel et al.
Health & Utrecht University, Deventer, Netherlands.
Objectives: Antibiotic resistance is becoming increasingly important and given its potential association with antimicrobial use (AMU), continuous actions are taken to reduce AMU in the livestock industry. One o
🎤 Oral
Udder Health and Mastitis
2022
UH-05
In Vitro Antimicrobial Resistance Of Bacteria Isolated From Clinical Mastitis Cows In Germany
Luis Leon et al.
Germany.
Objectives: The goal of this study was to analyze the clin- ical mastitis pathogens resistance to routinely used antibiot- ics by analyzing samples collected across different regions in Germany. Material and Me
🎤 Oral
Udder Health and Mastitis
2022
UH-06
Analysis Of Udder Health Indexes Of Dairy Operations From
Galicia et al.
Manuel Angel Fernandez Sanchez1, Ana Benitez Sánchez1, Carmen Castella2. Mafer S.A., Lugo, Spain
Objectives: The objective of this study was to process data from a dairy herd improvement (DHI) organisation of Galicia (Spain) to identify key risk factors of intramammary in- fection (IMI) and changes in thes
🎤 Oral
Udder Health and Mastitis
2022
UH-07
Spread Of Livestock Associated Mrsa Cc398 In German Dairy Herds
Arne Schnitt et al.
German Federal Institute for Risk Assessment, Berlin, Germany
Objectives: Livestock associated methicillin resistant Staphylococcus aureus (LA-MRSA) often belong to clonal complex (CC) 398 and may colonize and infect different animal species including humans (Cuny et al 2
🎤 Oral
Udder Health and Mastitis
2022
UH-08
Milk Somatic Cell Count In Buffaloes And Its Relation To
Intramammary Infections et al.
Kanchan Arya, Baljinder Kumar Bansal, Dhiraj Kumar Gupta, Sikh Tejinder Singh. Guru Angad Dev Veterinary and Animal Sciences University, Ludhiana, India.
Objectives: Milk somatic cell count (SCC) is a key com- ponent of regulations for milk quality and is an indicator of ud- der health in dairy animals. The present study determines the physiological level of mil
🎤 Oral
Udder Health and Mastitis
2022
UH-09
Selective Dry Cow Therapy: The Potential Role Of A Novel Biomarker Panel
Lorenzo Viora et al.
University of Glasgow, School of Veterinary Medicine, University of Glasgow, United Kingdom
Objectives: The aim of the study was to evaluate wheth- er the combination of protein biomarkers will improve the di- agnostic accuracy for selective dry cow therapy compared to somatic cell count (SCC) and Cal
🎤 Oral
Udder Health and Mastitis
2022
UH-10
Diversity Of Selected Staphylococci And Streptococci Isolated From Milk Samples In A Dairy Cow Herd With Low Prevalences
Svenja Woudstra et al.
Leimbach2, Maya Katrin Gussmann1, Carsten Kirkeby1, Volker Krömker1. University of Copenhagen, Copenhagen, Denmark
Background and objective: Most mastitis cases world- wide are caused by staphylococci and streptococci. Farm-spe- cific strategies for the prevention and control of intramammary infections with these can be dev
🎤 Oral
Udder Health and Mastitis
2022
UH-12
Applying Internal Teat Sealants At Drying Off; Does Full Versus Partial Insertion Of The Tube Cannula Matter?
Cherry Bedford et al.
University of Liverpool, Liverpool, United Kingdom
Objectives: Internal teat sealant (ITS) and intramamma- ry antibiotic application tubes can often be used with either a short or a long insertion cannula. Leelahapongsathon et al (2016) found that intramammary
🎤 Oral
Udder Health and Mastitis
2022
UH-13
Risk Of Clinical Or Subclinical Mastitis Following Infusion Of An Internal Teat Sealant Alone At The End Of Lactation In Low Somatic Cell Count Cows
Scott McDougall et al.
Hulbert2. Cognosco, Morrinsville, New Zealand
Objectives: To identify risk factors for subclinical and clin- ical mastitis in dairy cows in the lactation following treatment with a bismuth subnitrate internal teat sealant (ITS) alone. Methods: Cows (n=1,61
🎤 Oral
Udder Health and Mastitis
2022
UH-14
Impact Of Clinical Mastitis On The Reproductive Performance Of Eight Spanish Dairy Herds
Demetrio Herrera Mateo et al.
Q-Llet, Seva, Spain
Objective: The objective of this study was to determine if cows experiencing clinical mastitis within the period calv- ing-conception, had worse reproductive performance than cows with no clinical mastitis duri
🎤 Oral
Udder Health and Mastitis
2022
UH-15
Study Of The Effects Of The Administration Of A Phytogenic Core On The Decrease Of Milk Production At Dry-Off In Dairy Cows
Plichart Gaetan et al.
Biodevas Laboratoires, Savigné l'Evêque, France
Objective: Drying off, defined as the cessation of milking at the end of lactation in dairy cows, is an essential step allow- ing mammary involution, renewal of mammary epithelial cells and even the treatment o
🎤 Oral
Udder Health and Mastitis
2022
UH-16
Maldi-Tof Bacterial Subtyping For The Rapid Detection Of Methicillin-Resistant Staphylococcus Aureus In Milk Bacteriology
Sara Fusar Poli et al.
University of Milan, Lodi, Italy
Objectives: Staphylococcus aureus is one of the main pathogens involved in the development of contagious bovine mastitis and its presence is usually more associated with cas- es of subclinical than clinical mas
🎤 Oral
Udder Health and Mastitis
2022
UH-17
Test Characteristics Of Differential Cell Counts To Identify Subclinical Intramammary Infections Estimated By Bayesian Latent Class Analysis
Tine Van Werven et al.
Utrecht University, Faculty of Veterinary Medicine, Utrecht, Netherlands
Objectives: Prudent use of antibiotics requires that the treatment of subclinical mastitis is based on the treatment of cows with a confirmed intramammary infection (IMI). Because subclinical mastitis is define