Ahammed Mustak, Nooruzzaman Mohammed, Islam Md Taohidul, Alam Md Rafiqul, Chowdhury Emdadul Haque
Department of Pathology, Faculty of Veterinary Science, Bangladesh Agricultural University, Mymensingh, Bangladesh.
Department of Medicine, Faculty of Veterinary Science, Bangladesh Agricultural University, Mymensingh, Bangladesh.
J Adv Vet Anim Res. 2022 Jun 28;9(2):295-300. doi: 10.5455/javar.2022.i596. eCollection 2022 Jun.
To study the impact of early metabolic profiling and intervention measures in the periparturient period on the occurrence of postparturient metabolic diseases in cows.
Using a cohort of dairy cows from two selected areas of Bangladesh, we routinely tested the serum calcium level and ketone bodies in the urine at periparturient periods. In addition, milk samples were tested for the presence of mastitis at different stages of lactation. Animals showing reduced serum calcium levels, high ketone bodies in the urine or the presence of clinical and subclinical mastitis received appropriate therapeutic intervention immediately after detection. After the intervention, the number of animals that got sick with diseases or conditions like milk fever, ketosis, mastitis, and dystocia, which are caused by metabolic problems, was recorded.
In the periparturient period, most of the animals had lower serum calcium levels (8.13 ± 1.2 mg/dl), which were significantly increased by the following intervention (10.05 ± 1.4 mg/dl). On the other hand, there was a higher number of ketosis-affected animals (33.9%, 20/59) during the periparturient period, which decreased (18.6%, 11/59) during the postparturient period. Similarly, the number of mastitis-affected cows was also decreased in postparturient cows (30.9%, 13/42) than in periparturient cows (59.5%, 25/42), following improved hygienic measures. After early intervention, the number of study animals with metabolic diseases decreased from 51.7% before intervention to 15.3% after intervention.
Early metabolic profiling significantly reduced the occurrence of metabolic diseases in cows. Therefore, we recommend regular metabolic profiling of dairy cows and receiving early intervention measures to reduce the occurrence of metabolic diseases on the farm.
研究围产期早期代谢谱分析及干预措施对奶牛产后代谢疾病发生的影响。
选取孟加拉国两个地区的一群奶牛,在围产期定期检测血清钙水平和尿酮体。此外,在泌乳不同阶段检测牛奶样本中是否存在乳腺炎。血清钙水平降低、尿酮体升高或存在临床及亚临床乳腺炎的动物在检测后立即接受适当的治疗干预。干预后,记录因代谢问题而患乳热、酮病、乳腺炎和难产等疾病或状况的动物数量。
围产期,大多数动物血清钙水平较低(8.13±1.2毫克/分升),经后续干预后显著升高(10.05±1.4毫克/分升)。另一方面,围产期受酮病影响的动物数量较多(33.9%,20/59),产后阶段有所减少(18.6%,11/59)。同样,产后奶牛中受乳腺炎影响的奶牛数量(30.9%,13/42)也比围产期奶牛(59.5%,25/42)减少,这是由于卫生措施得到改善。早期干预后,患有代谢疾病的研究动物数量从干预前的51.7%降至干预后的15.3%。
早期代谢谱分析显著降低了奶牛代谢疾病的发生率。因此,我们建议对奶牛进行定期代谢谱分析并采取早期干预措施,以减少农场中代谢疾病的发生。