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Nutritional Status of Cows and Buffaloes during Advanced Pregnancy in Indore District of Madhya Pradesh

机译:中央邦印多尔地区高级妊娠期间奶牛和水牛的营养状况

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In Indore district of Madhya Pradesh, reproductive problems and metabolic disorders are common in dairy animals under field conditions. To find out the nutritional causes behind these problems, 40 advanced pregnant cross bred cows and 60 buffaloes ofsimilar physiological status, were selected randomly from the villages in and around Mhow tehsil of Indore district of Madhya Pradesh. Each species of animals was further divided into two equal groups i. e. cows fed on wheat straw based ration (WSFC, n=20) or gram straw based ration (GSFC, n=20) and similarly buffaloes fed on wheat straw based ration (WSFB, n=30) or gram straw based ration (GSFB, n=30). Average daily feed intake of each animal was recorded and samples of different feed stuffs were takenfor estimation of proximate principles and calcium (Ca) and phosphorus (P), in order to determine nutrient availability. Deficiency/excess of various nutrients was calculated by comparing with the standard requirements. Digestible crude protein (DCP), Total digestible nutrients (TDN) and carotene were calculated from reported values. Results indicated shortage of DCP ( by 44 and 20 %), TDN (by 17 and 15 %), P (by 71 and 78 %) and carotene (by 40 and 37 %) in WSFC and GSFC respectively. While the Ca supply was deficit (by 16 %) in WSFC, it remained in excess (by407 %) for GSFC. Similarly these shortages remained 60 and 20 % for DCP, 3 8 and 3 8 % for TDN, 80 and 87 % for P and 53 and 54 % for carotene in WSFB and GSFB, respectively. Here also the Ca supply was deficit (by 41 %) in WSFB, where as it was excess by 282 % in GSFB. From the above studies it may be concluded that there was a shortage of both major as well as minor nutrients in both species of animals under two crop residues based rations and thus multiple nutrient deficiencies in the ration of dairy animals could be probable cause of above mentioned reproductive problems and metabolic disorders.
机译:在中央邦的印多尔地区,在野外条件下,繁殖问题和代谢异常在奶牛动物中很常见。为了找出造成这些问题的营养原因,从中央邦印多尔地区的Mhow tehsil村及其附近的村庄中随机选择了40头高级妊娠杂交奶牛和60头生理状况相似的水牛。将每种动物进一步分为两个相等的组。 e。饲喂小麦秸秆配比(WSFC,n = 20)或克秸秆配比(GSFC,n = 20)的奶牛,类似地,饲喂小麦秸秆配比(WSFB,n = 30)或克秸秆配比(GSFB, n = 30)。记录每只动物的平均每日采食量,并采集不同饲料原料的样品,以估算其主要成分以及钙(Ca)和磷(P),以确定营养物质的利用率。通过与标准要求进行比较,计算出各种营养素的缺乏/过量。从报告值中计算出可消化的粗蛋白(DCP),总可消化的营养素(TDN)和胡萝卜素。结果表明,WSFC和GSFC中DCP(分别为44%和20%),TDN(分别为17%和15%),P(分别为71%和78%)和胡萝卜素(分别为40%和37%)短缺。虽然WSFC中的钙供应不足(16%),但GSFC仍然过剩(407%)。同样,WSFB和GSFB中DCP的这些短缺分别为60%和20%,TDN分别为3 8%和3 8%,P为80%和87%,胡萝卜素为53%和54%。此处,WSFB中的钙供应也不足(41%),而GSFB中的钙供应不足282%。从以上研究可以得出结论,在两种基于作物残渣的日粮下,两种动物的主要和次要营养素都短缺,因此,奶牛日粮中的多种营养缺乏可能是上述原因的原因。生殖问题和代谢异常。

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