数字农科院2.0

Overview Of Folic Acid Supplementation Alone Or In Combination With Vitamin B12 In Dairy Cattle During Periparturient Period

文献类型： 外文期刊

作者： Liu, Lei;Yu, Ying;Liu, Lei;Dou, Jinhuan;Liu, Lei;Dou, Jinhuan;Khan, Muhammad Zahoor;Khan, Muhammad Zahoor;Khan, Adnan;Yu, Ying;Xiao, Jianxin;Khan, Adnan

作者机构：

关键词： Folic Acid; Vitamin B12; Dairy Cattle; Periparturient Period; Metabolism; Milk Production; Immunity

期刊名称： METABOLITES

ISSN：

年卷期： 2020 年 10 卷 6 期

页码：

摘要： The periparturient period is the period from three weeks before calving to three weeks post-calving. This period is important in terms of health, productivity and profitability, and is fundamental to successful lactation. During this period, the animal experiences stress because of hormonal changes due to pregnancy and the significant rise in milk production. In addition, a negative energy balance usually occurs, because the demand for nutrients to sustain milk production increases by more than the nutrient supply during the periparturient period. The immunity of dairy cattle is suppressed around parturition, which increases their susceptibility to infections. Special care regarding nutrition can reduce the risks of metabolism and immunity depression, which dairy cattle face during the periparturient span. Folic acid is relevant in this regard because of its critical role in the metabolism to maintain lactational performance and to improve health. Being a donor of one-carbon units, folic acid has a vital role in DNA and RNA biosynthesis. Generally, the folic acid requirements of dairy cattle can be met by the microbial synthesis in the rumen; however, in special cases, such as during the periparturient period, the requirement for this vitamin strictly increases. Vitamin B12 also has a critical role in the metabolism as a coenzyme of the enzyme methionine synthase for the transfer of a methyl group from folic acid to homocysteine for the regeneration of methionine. In the current review, we highlight the issues facing periparturient dairy cattle, and relevant knowledge and practices, and point out future research directions for utilization of the associated vitamins in ruminants, especially during the periparturient period.

分类号：

  • 相关文献

[1]Early Microbial Colonization Affects Dna M.ethylation Of Genes Related T o Intestinal Immunity And Metabolism In Preterm Pigs. Duc Ninh Nguyen,Gao, Fei,Zhang, Xinxin,Fredholm, Merete,Fredholm, Merete,Lu, Hanlin,Hu, Qi,Gong, Desheng,Pan, Xiaoyu,Sangild, Per T.. 2018

[2]Nitenpyram Disturbs Gut Microbiota And Influences Metabolic Homeostasis And Immunity In Honey Bee (Apis Mellifera L.). Zhu, LZ, Qi, SZ, Xue, XF, Niu, XY, Wu, LM. 2020

[3]Systematic Identification Of Circular Rnas And Corresponding Regulatory Networks Unveil Their Potential Roles In The Midguts Of Eastern Honeybee Workers. Chen, DF, Chen, HZ, Du, Y, Zhu, ZW, Wang, J, Geng, SH, Xiong, CL, Zheng, YZ, Hou, CS, Diao, QY, Guo, R. 2019

[4]Rapid Gut Adaptation to Preterm Birth Involves Feeding-Related DNA Methylation Reprogramming of Intestinal Genes in Pigs. Pan, Xiaoyu,Gao, Fei,Sangild, Per T.,Sangild, Per T.,Thymann, Thomas,Gao, Fei,Sangild, Per T.. 2020

[5]Nuclease treatment enhances the probiotic effect of Bacillus velezensis T23 on hepatic steatosis and inflammation induced by high-fat diet in zebrafish. Zhang F., Luan Y., Hao Q., Zhang Q., Yang Y., Ran C., Zhang Z., Zhou Z.. 2023

[6]Cellular And Molecular Adaptation Of Bovine Granulosa Cells And Oocytes Under Heat Stress. Khan, A, Khan, MZ, Umer, S, Khan, IM, Xu, HT, Zhu, HB, Wang, YC. 2020

[7]Improved photostability of folic acid by the radical-scavenging effect of tannic acid. Yongquan Wang,Bing Yan,Alireza Abbaspourrad,Yongqiang Cheng. 2021

[8]Nutritional Physiology And Biochemistry Of Dairy Cattle Under The Influence Of Heat Stress: Consequences And Opportunities. Sammad, A, Wang, YJ, Umer, S, Hu, LR, Khan, I, Khan, A, Ahmad, B, Wang, YC. 2020

[9]Tributyrin administration improves intestinal development and health in pre-weaned dairy calves fed milk replacer. Liu S., Wu J., Wu Z., Alugongo G.M., Zahoor Khan M., Li J., Xiao J., He Z., Ma Y., Li S., Cao Z.. 2022

[10]Multi-omic analysis of the extension of broccoli quality during storage by folic acid. Zhao, Yaqi,Shi, Junyan,Feng, Bihong,Yuan, Shuzhi,Yue, Xiaozhen,Shi, Wenlin,Yan, Zhicheng,Xu, Dongying,Zuo, Jinhua,Wang, Qing. 2024

[11]Quantitative proteomics reveals tissue-specific toxic mechanisms for acute hydrogen sulfide-induced injury of diverse organs in pig. Liu Z., Chen L., Gao X., Zou R., Meng Q., Fu Q., Xie Y., Miao Q., Chen L., Tang X., Zhang S., Zhang H., Schroyen M.. 2022

[12]Rna-Sequencing, Physiological And Rnai Analyses P.rovide Insights Into The R esponse Mechanism Of The Abc-Mediated Resistance To Verticillium Dahliae Infection In Cotton. Peng, Renhai,Magwanga, Richard Odongo,Lu, Pu,Wang, Kunbo,Wang, Xingfen,Zhou, Zhongli,Xu, Yanchao,Wang, Xingxing,Cai, Xiaoyan,Dong, Qi,Dong, Qi,Hou, Yuqing,Magwanga, Richard Odongo,Liu, Fang,Kirungu, Joy Nyangasi,Ma, Zhiying. 2019

[13]Immunoregenerative Effects Of The Bionically C.ultured Sanghuang Mushrooms (Inonotus S anghuagn) On The Immunodeficient Mice. Shen, Yi,Shen, Yi,Wang, Jun,Wen, Yan,Wang, Jun,Wan, Yi:zhen,Xu, Xiao:Feng,Wen, Yan,Wan, Yi:zhen,Qiao, Chun:xia,Wen, Yan. 2019

[14]Prospects Of Hsp70 As A Genetic Marker For Thermo-Tolerance And Immuno-Modulation In Animals Under Climate Change Scenario. Hassan, Faiz-ul,Yang, Chengjian,Nawaz, Ayesha,Hassan, Faiz-ul,Hassan, Faiz-ul,Rehman, Muhammad S.,Ali, Muhammad A.,Yang, Chengjian,Dilshad, Syed M. R.. 2019

[15]Antimicrobial Peptide Gene Bdpho Responds T.o Peptidoglycan Infection And M ating Stimulation In Oriental Fruit Fly, Bactrocera Dorsalis (Hendel). Liu, Shi-Huo,Jiang, Hong-Bo,Dou, Wei,Dou, Wei,Li, Hong-Fei,Jiang, Hong-Bo,Wei, Dong,Yuan, Guo-Rui,Liu, Shi-Huo,Wang, Jin-Jun,Wei, Dong,Yang, Yang,Wang, Jin-Jun. 2018

[16]Dendritic Cell Harmonised Immunity To P.oultry Pathogens; A Review. Rehman, ZU, Umar, S, Meng, C, Ullah, Z, Riaz, F, Rehman, SU, Ding, C. 2017

[17]Pollen Reverses Decreased Lifespan, Altered N.utritional Metabolism And Suppressed I mmunity In Honey Bees (Apis Mellifera) Treated With Antibiotics. Li, JH, Heerman, MC, Evans, JD, Rose, R, Li, WF, Rodriguez-Garcia, C, DeGrandi-Hoffman, G, Zhao, YZ, Huang, SK, Li, ZG, Hamilton, M, Chen, YP. 2019

[18]Effect Of Dietary Supplementation Of P.hytochemicals On Immunity And H aematology Of Growing Broiler Chickens. Kamboh, AA, Khan, MA, Kaka, U, Awad, EA, Memon, AM, Saeed, M, Korejo, NA, Bakhetgul, M, Kumar, C. 2018

[19]Roles Of Micrornas In T C.ell Immunity: Implications For S trategy Development Against Infectious Diseases. Giri, BR, Mahato, RI, Cheng, GF. 2019

[20]Effects Of Dietary Allium Hookeri R.oot On Growth Performance A nd Antioxidant Activity In Young Broiler Chickens. Lee, Y, Lee, SH, Lee, SJ, Gadde, UD, Oh, ST, Han, HY, Lillehoj, HS. 2018

作者其他论文 更多>>