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• W2039057716 startingPage "58" @default.
• W2039057716 abstract "The periparturient or transition period of 4 weeks before and 4 weeks after calving is characterised by a greatly increased risk of disease. Hypocalcaemia around calving is a risk factor for many of these diseases and is an indirect risk factor for increased culling. The incidence of clinical hypocalcaemia (milk fever) in the field generally ranges from 0-10%, but may exceed 25% of cows calving. In research trials conducted on milk fever the incidence has approached 80% of cows calving. Homeostasis of calcium (Ca) is regulated by calcitonin, parathyroid hormone and 1,25(OH)(2) vitamin D(3). Age increases the risk of milk fever by approximately 9% per lactation. Control of milk fever has revolved around stimulation of homeostatic mechanisms through feeding a pre-calving diet low in Ca. More recently, the role of the dietary cation anion difference (DCAD) in the prevention of Ca disorders has been examined, both by field research and meta-analysis. The most appropriate form of the DCAD equation has been contentious, but recent meta-analyses have shown that the equation (Na(+)+K(+))-(Cl(-)+S(2-)) is most effective for predicting milk fever risk. Decreased risk of milk fever is linear with DCAD, whereas the effect of DCAD on urinary pH is curvilinear. A pivotal role of providing dietary magnesium (Mg) before calving has been confirmed by meta-analysis, and a quadratic effect of Ca on milk fever risk was found with a peak occurring with dietary levels of 1.1-1.3% of dry matter. Risks of milk fever increase with increased dietary phosphorus (P) fed pre-calving and with increasing days of exposure to a pre-calving diet. Meta-analysis has revealed that the important roles of dietary Ca, Mg and P, as well as the duration of exposure to the pre-calving diet in milk fever control strategies are independent of DCAD. Studies on the effect of exposure to well designed pre-calving diets have shown that substantial improvements in production, reproduction and animal health can be made but further examination of the influence of the period of exposure to different diets is warranted." @default.
• W2039057716 created "2016-06-24" @default.
• W2039057716 creator A5043135786 @default.
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• W2039057716 date "2008-04-01" @default.
• W2039057716 modified "2023-10-02" @default.
• W2039057716 title "Milk fever in dairy cows: A review of pathophysiology and control principles" @default.
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• W2039057716 cites W1511482246 @default.
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• W2039057716 cites W157427064 @default.
• W2039057716 cites W1651657579 @default.
• W2039057716 cites W1924565093 @default.
• W2039057716 cites W1965708089 @default.
• W2039057716 cites W1966248846 @default.
• W2039057716 cites W1969035751 @default.
• W2039057716 cites W1971345289 @default.
• W2039057716 cites W1973290204 @default.
• W2039057716 cites W1974614248 @default.
• W2039057716 cites W1977875494 @default.
• W2039057716 cites W1980771729 @default.
• W2039057716 cites W1984052893 @default.
• W2039057716 cites W1986056322 @default.
• W2039057716 cites W1986971635 @default.
• W2039057716 cites W1998955454 @default.
• W2039057716 cites W2001118466 @default.
• W2039057716 cites W2003946092 @default.
• W2039057716 cites W2005384907 @default.
• W2039057716 cites W2010995199 @default.
• W2039057716 cites W2011555413 @default.
• W2039057716 cites W2016471119 @default.
• W2039057716 cites W2030112934 @default.
• W2039057716 cites W2032236683 @default.
• W2039057716 cites W2034809048 @default.
• W2039057716 cites W2035428817 @default.
• W2039057716 cites W2038185432 @default.
• W2039057716 cites W2040874061 @default.
• W2039057716 cites W2044844089 @default.
• W2039057716 cites W2048876571 @default.
• W2039057716 cites W2049711239 @default.
• W2039057716 cites W2054878323 @default.
• W2039057716 cites W2055615615 @default.
• W2039057716 cites W2056034871 @default.
• W2039057716 cites W2064730942 @default.
• W2039057716 cites W2065023854 @default.
• W2039057716 cites W2068365308 @default.
• W2039057716 cites W2072440955 @default.
• W2039057716 cites W2073195792 @default.
• W2039057716 cites W2085183797 @default.
• W2039057716 cites W2086097399 @default.
• W2039057716 cites W2094454039 @default.
• W2039057716 cites W2106129533 @default.
• W2039057716 cites W2108860438 @default.
• W2039057716 cites W2114726453 @default.
• W2039057716 cites W2128355701 @default.
• W2039057716 cites W2129111184 @default.
• W2039057716 cites W2135133255 @default.
• W2039057716 cites W2153066861 @default.
• W2039057716 cites W2159453324 @default.
• W2039057716 cites W2164290146 @default.
• W2039057716 cites W2165085821 @default.
• W2039057716 cites W2167274099 @default.
• W2039057716 cites W2178314024 @default.
• W2039057716 cites W2224650605 @default.
• W2039057716 cites W2252575782 @default.
• W2039057716 cites W2274849773 @default.
• W2039057716 cites W2275555839 @default.
• W2039057716 cites W2341037255 @default.
• W2039057716 cites W2343931711 @default.
• W2039057716 cites W2410034324 @default.
• W2039057716 cites W2471448086 @default.
• W2039057716 cites W260496589 @default.
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• W2039057716 doi "https://doi.org/10.1016/j.tvjl.2007.12.029" @default.
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• W2039057716 hasPublicationYear "2008" @default.
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