The differential milk somatic cell composition was compared between LSCS and HSCS goats before and following infection.
Therefore, statistically different increase and variations in somatic cell composition were seen in the in right hand udder halves of HSCS vs LSCS goats, whereas there were no statistically significant differences in either blood or milk between the HSCS and LSCS goats for the other phenotypic responses (i.e. rectal temperature, milk SCC, TBL, NEU) at any of the time points after infection.
Milk samples were analyzed for chemical composition, somatic cell count, and urea content.
Similarly, milk production parameters (milk yield, milk composition, somatic cell count, and urea) were not different between treatments.
The objective of this study was to examine the association of FGF2 polymorphisms with milk composition, somatic cell score, and productive life in 3 Holstein cattle populations from the United States and Israel.
Body weight, body condition score, dry matter intake, net energy balance, milk production, milk composition, somatic cell count, blood serum chemistry, hematology, serum Ig concentrations, and coagulation profile were measured.
The objective of this study was to determine effects of inclusion of pomegranate pulp silage (PS) in lactating dairy cows' rations, in replacement of mainly corn silage, on milk yield, chemical composition, somatic cells count, colony forming units, and fatty acid (FA) concentrations of milk, as well as on blood antioxidant status.
Basic somatic characteristics, body composition, bone mineral density, physical fitness, respiratory function, postural stability, and body posture were measured.
In mammalian somatic cells, molecular composition of major functional nuclear domains has been studied in detail [ 1].
On the basis of variable somatic O antigen composition, >200 serogroups of V. cholerae have been recognized.
Analysis was performed on both structural (somatic features, body composition, bone mineral density [BMD]) and functional (physical fitness, muscle strength, respiratory function, fine motor skills, body posture, and postural stability) biological markers of health.
