Lysozyme (LZ) and lactoperoxidase (LP) activity and thiocyanate (SCN ) content were monitored in the milks - of twelve individual Murrah buffalo during mid-lactation. Samples were pasteurized at low (65ºC, 30min) and high (72ºC, 15s) technique for evaluating heat effect on both enzymes. LP value were 2.49±0.86 U.mL , thiocyanate level -1 8.64 ± 2.08 ppm and LZ activity was 424 ± 349 U.mL . There was difference between heat treatment on both enzymes. -1 LZ was complete inactivated by low and high pasteurization, while LP activity showed 16% of inactivation on low pasteurization and 80% on high pasteurization. SCN content was not modified by any heat treatment. This result - shows that it is convenient to use low temperatures to preserve buff...
Tanzania Journal of Agricultural Sciences 2003, Vol. 6(1) : 1-12A study was conilucted to investiga...
The present study is planned to evaluate the keeping quality of raw milk by activation of its natura...
Abstract Background Antioxidant capacity of milk is largely due to vitamins A, E, carotenoids, zinc,...
Not AvailableThe activity and thermal stability of five indigenous milk enzymes viz., lactoperoxidas...
Thiocyanate content and lactoperoxidase activity of individual cow's milk of different breeds were d...
Considering the importance of milk enzymes in milk preservation and animal protection, this study ai...
Lactoperoxidase system (LPOS) has received high attention for milk preservation in the certain cou...
The use of lactoperoxidase system (LP-system) in temporary preservation of raw milk has been found u...
The use of lactoperoxidase system (LP-system) in temporary preservation of raw milk has been found u...
Milk spoilage is a major problem to the dairy sector of tropical countries. High temperatures hasten...
In the present study, lactoperoxidase system has been activated in fresh cow’s and goat’s milk and t...
Milk spoilage is a major problem to the dairy sector of tropical countries. High temperatures hasten...
AbstractRaw milk preservation encourages for dairy producers and milk processing plants. This study ...
The use of lactoperoxidase system (LP-system) in temporary preservation of raw milk has been found u...
Effectiveness of lactoperoxidase in raw cow milk was studied to observe the increase in shelf-life. ...
Tanzania Journal of Agricultural Sciences 2003, Vol. 6(1) : 1-12A study was conilucted to investiga...
The present study is planned to evaluate the keeping quality of raw milk by activation of its natura...
Abstract Background Antioxidant capacity of milk is largely due to vitamins A, E, carotenoids, zinc,...
Not AvailableThe activity and thermal stability of five indigenous milk enzymes viz., lactoperoxidas...
Thiocyanate content and lactoperoxidase activity of individual cow's milk of different breeds were d...
Considering the importance of milk enzymes in milk preservation and animal protection, this study ai...
Lactoperoxidase system (LPOS) has received high attention for milk preservation in the certain cou...
The use of lactoperoxidase system (LP-system) in temporary preservation of raw milk has been found u...
The use of lactoperoxidase system (LP-system) in temporary preservation of raw milk has been found u...
Milk spoilage is a major problem to the dairy sector of tropical countries. High temperatures hasten...
In the present study, lactoperoxidase system has been activated in fresh cow’s and goat’s milk and t...
Milk spoilage is a major problem to the dairy sector of tropical countries. High temperatures hasten...
AbstractRaw milk preservation encourages for dairy producers and milk processing plants. This study ...
The use of lactoperoxidase system (LP-system) in temporary preservation of raw milk has been found u...
Effectiveness of lactoperoxidase in raw cow milk was studied to observe the increase in shelf-life. ...
Tanzania Journal of Agricultural Sciences 2003, Vol. 6(1) : 1-12A study was conilucted to investiga...
The present study is planned to evaluate the keeping quality of raw milk by activation of its natura...
Abstract Background Antioxidant capacity of milk is largely due to vitamins A, E, carotenoids, zinc,...