Search results for " Mastitis"

showing 3 items of 23 documents

Effect of weather conditions on somatic cell score in Sicilian Valle del Belice ewes

2010

Mastitis susceptibility of Valle del Belice ewes from the south of Sicily to temperature, humidity, precipitation, solar radiation, sun hours, air pressure, wind-speed and wind-direction measured by a public weather station was investigated using 65,848 test-day somatic cell score (SCS) records of 5,237 ewes. All weather parameters had an effect on SCS in a regression approach. Extreme values of maximum and minimum temperaturehumidity indices resulted in increased SCS. Higher precipitation, solar radiation and sun hours resulted in increased SCS, whereas higher air pressure and wind speed resulted in reduced SCS.

integumentary system040301 veterinary sciences0402 animal and dairy scienceHumidity04 agricultural and veterinary sciencesDairy sheep Mastitis Somatic cell scoreWeather effects.040201 dairy & animal sciencelanguage.human_languageWind speedWeather station0403 veterinary scienceAnimal sciencenervous systemlanguageEnvironmental scienceAnimal Science and ZoologyPrecipitationlcsh:Animal cultureSiciliantissueslcsh:SF1-1100Italian Journal of Animal Science
researchProduct

Phenotypic and genetic analysis of udder health using SCC in Valle del Belice dairy sheep

2005

Intramammary infections (IMI) are a complex of inflammatory diseases which are defined as an inflammation of the mammary gland resulting from the introduction and multiplication of pathogenic micro-organisms.

intramammary infectionsomatic cell countMammary glandInflammationBiologydairy sheepMilk productionGenetic analysisPhenotypeIntramammary infectionNORWEGIAN CATTLEMILKmedicine.anatomical_structureImmunologymedicineAnimal Science and Zoologyintramammary infection somatic cell count dairy sheep milk productionlcsh:Animal culturemilk productionmedicine.symptomUdderCLINICAL MASTITISSomatic cell countlcsh:SF1-1100Italian Journal of Animal Science
researchProduct

Polymorphisms at β-defensin genes and mastitis in Valle del Belice dairy sheep: a case control study

2015

Mastitis is the most common and costly pathology affecting dairy animals. The identification of genetic markers that allow the inclusion of mastitis resistance in selection programs would help to reduce the costs due to the disease and the use of antibiotics. In recent years, β-defensin genes have been studied in several domestic species due to their important role in the innate immune response. The aim of this study was to determine whether β-defensin genes variability, β-defensin 1 (SBD1) and β-defensin 2 (SBD2), could distinguish between infected cases and healthy controls in Valle del Belice dairy sheep. Somatic cell count (SCC) is a powerful tool to identify animals with intramammary i…

β-defensin genes mastitis Valle del Belice dairy sheep breedSettore AGR/17 - Zootecnica Generale E Miglioramento Genetico
researchProduct