2 research outputs found
Evaluation of Betel Leaves (Piper Betel) for Enhancing Shelf-Life of Ghee (Heat Clarified Milk Fat) against Oxidative Deterioration
Betel leaves was evaluated as an antioxidant to enhance the shelf-life of ghee (heat clarified milk fat) against oxidative deterioration. Addition of betel leaves at final stage of heat clarification was found more effective in controlling oxidative deterioration of the ghee than that of the initial stage of heat clarification. The optimum rate for use of betel leaves in treatment of ghee was found 0.3%. The addition of betel leaves @ 0.3% of the expected yield of ghee at the final stage of the heat clarification in preparation of ghee found highly effective in retarding its oxidative deterioration during storage. It was even more effective than most popular synthetic antioxidant BHA
Comparison of Surti goat milk with cow and buffalo milk for gross composition, nitrogen distribution, and selected minerals content
Aim: The study was undertaken to find out the gross composition, nitrogen distribution, and selected mineral content in Surti goat milk, and its comparison was made between cow and buffalo milk.
Materials and Methods: Goat milk samples of Surti breed and buffalo milk samples were collected during the period from July to January 2014 at Reproductive Biology Research Unit, Anand Agricultural University (AAU), Anand. Cow milk samples of Kankrej breed were collected from Livestock Research Station, AAU, Anand. Samples were analyzed for gross composition such as total solids (TS), fat, solid not fat (SNF), protein, lactose, and ash. Samples were also analyzed for nitrogen distribution such as total nitrogen (TN), non-casein nitrogen (NCN), non-protein nitrogen (NPN), and selected minerals content such as calcium, magnesium, phosphorous, and chloride. Total five replications were carried out.
Results: Goat milk had the lowest TS, fat, protein, and lactose content among all three types of milk studied in the presentinvestigation. On the other hand, the highest TS, fat, protein, and lactose content were found in buffalo milk. Buffalo milk had the highest SNF, calcium, magnesium, and phosphorous content, which was followed by goat milk and lowest in cow milk. The SNF, protein, TN, and calcium content of goat milk were statistically non-significant (p0.05) than that of the cow milk as well as buffalo milk. The goat milk had the highest ash and NCN content, which were followed by buffalo milk and lowest in cow milk. However,the differences in ash, NPN, and phosphorous content of three types of milk studied, viz., goat milk, cow milk, and buffalo milk were found statistically non-significant (p0.05) than that of the cow milk. The magnesium content of goat milk was statistically non-significant (p0.05) than that of the buffalo milk as well as cow milk.
Conclusion: It can be concluded from the study that the goat milk has lower TS, fat, lactose, protein content, TN aswell as NPN but higher ash and NCN content compared to cow milk and buffalo milk. The goat milk has lower calcium, phosphorous compared to buffalo milk while it has higher calcium, phosphorous compared to cow milk, and it has higher magnesium, chloride content compared to cow milk and buffalo milk