TAILIEUCHUNG - Effects of dietary supplementation rumen protected methionine, lysine and choline supplementation on feed intake in transition murrah buffaloes

A study was carried out to discern the effect of dietary incorporation of rumen protected methionine (RPM), lysine (RPL) and choline (RPC) on feed intake in transition Murrah buffaloes. Based on previous lactation milk yield and body weight, 20 buffaloes (2nd to 4th lactation) in their third trimester were divided into four groups and fed as follows, Group I (control): basal diet consisting of wheat straw ad lib+ green fodder + concentrate mixture as per ICAR (2013) feeding standard; Group II: basal diet supplemented with 7g RPM + 15g RPL; Group III: basal diet supplemented with 50g RPC and Group IV: basal diet supplemented with 7g RPM + 15g RPL + 50g RPC. The feeding trial was of 180 days duration (90 days before and 90 days postpartum). The DM intake was recorded at fortnightly interval for two consecutive days. And the results showed that there was no significant difference in total dry matter intake of buffaloes of all four groups both in pre-partum and post- partum period due to dietary supplementation of rumen protected methionine, lysine and choline. | Effects of dietary supplementation rumen protected methionine, lysine and choline supplementation on feed intake in transition murrah buffaloes

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• Murrah buffaloes
• Lysine and choline supplementation
• Transition murrah buffaloes
• Choline supplementation
• Dietary supplementation rumen protected methionine
• Heat stress
• Management of Anoestrus murrah buffaloes
• Anoestrus murrah buffaloes
• Two different hormonal approaches
• Biochemical changes
• Composite feed additive
• Milk yield
• Lactating murrah (Bubalus bubalis) buffaloes
• Mineral profile
• Anestrus Murrah buffaloes
• Hormonal protocols
• Different hormonal protocols
• Mineral profile of anestrus Murrah buffaloes treated
• Mensuration of genitalia
• Genitalia of post partum anestrous Murrah buffaloes
• Post partum anestrous Murrah buffaloes
• Group III received Progesterone
• Genitalia studied
• Supplementation of amla powder
• Biochemical parameters
• Summer stressed murrah buffaloes
• Stressed murrah buffaloes
• Urea and bilirubin
• Pre ovulatory follicle
• Pre ovulatory follicle size
• Pregnancy rate in Murrah buffaloes
• Pre ovulatory follicle size on pregnancy rate
• Non genetic factors
• Performance traits of murrah buffaloes
• Non genetic factors on performance traits
• Planned improvement programme
• Correlation coefficients
• Negative energy balance
• FCM yield
• Milk yield in high yielding Murrah buffaloes
• Days to first heat
• Service period
• Calf weaning
• Reproductive performance of murrah buffaloes
• Estimation of genetic parameters
• Genetic parameters
• Genetic parameters for production
• Reproduction traits in murrah buffaloes
• 2D ultrasonography
• Corpus luteum
• 2D trans rectal ultrasonography
• Follicular turn over in cyclic
• Non cyclic murrah buffaloes
• Nitrogen utilization
• Lactating buffaloes
• Plasma metabolites
• Lactating Murrah buffaloes
• Dietary monensin supplementation
• Feed intake of Murrah buffaloes
• Microclimate alteration devices
• Feed additive
• Productive performance
• Milk production
• Milk composition
• Blood biochemical
• Fenugreek (Methi) Seed
• Astaxanthin supplementation
• Blood plasma leptin
• Igg profiles in pre
• Postpartum murrah (Bubalus bubalis) buffaloes
• Different seasons
• Soybean oil
• Milk fat
• Lactating Murrah buffaloes supplemented
• Production performances
• Mustard oil
• Economics of milk production
• Body condition score
• Reproductive performance
• Effect of year wise
• Year wise on incidence
• Mastitis in crossbred
• Year wise on incidence of mastitis
• Prilled fat
• Saccharomyces cerevisiae
• Fatty acid profile
• Economics of feeding
• Fat percent
• SNF percent
• Murrah graded buffaloes
• Parity and milk yield
• Body weight
• Effect of environmental factors
• Environmental factors on growth performance
• Growth performance
• Murrah buffalo heifers
• Lactating buffalo
• Nutrient intake
• Milk quality
• Production traits
• Nongenetic factors
• Production performance traits
• Different non genetic factors