复合益生元制剂对兔肠道保存、生长强度和菌群的影响

V. Lyasota, T. Bakhur, M. V. Utechenko, M. Fedorchenko, I. O. Rublenko, N. Bukalova, N. Bogatko, A. Antipov, S. Tkachuk, T. Prilipko, N. I. Sakhniuk, A. F. Bogatko
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引用次数: 1

摘要

我们介绍了益生元“生物活性”对45日龄灰兔的保存、体重增加、小肠远端菌群组成、肠壁和肝脏组织学检查的影响。益生素“生物活性”含有吸附在沸石上的保加利亚乳杆菌代谢产物。我们的研究结果证明了这种益生元对兔子的安全性。口服益生元的最佳方案是每1公斤体重2.0克,持续30天。这样的疗程提供了95%的动物保护,并使实验动物的体重增加,与未治疗的兔子相比平均增加43.1%。在接受益生元治疗的20%动物和未接受益生素治疗的100%动物的远端肠道划痕中,检测到变形杆菌属细菌。益生元疗程后,我们在兔子肠道中记录到肠杆菌科(4.5-6.0×108CFU)和双歧杆菌(8×107-108CFU)数量增加。我们还提到了以革兰氏阳性为主的革兰氏阳性/革兰氏阴性比率增强(对照组为1:1.17,对照组为1:2.9)。在使用益生元的情况下,确定了对小肠壁杯状细胞发育的刺激。几乎100%没有接受益生元的兔子的肝细胞出现营养不良变化(74.5%的动物患有脂肪肝营养不良,25%患有蛋白质颗粒营养不良)。我们发现,在接受该制剂的动物中,只有25%的动物患有脂肪肝营养不良,15%的动物患有蛋白质颗粒营养不良。
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Effect of a complex prebiotic preparation on the preservation, growth intensity and microflora in rabbits intestine
We presented the effect of prebiotic "Bio-active" on preservation, increase of the body weight, the microflora composition in the distal small intestine, histological examination of the intestinal wall and liver of rabbits gray giant breed 45 days aged. Prebiotic "Bio-active" contains products of metabolism of lactic acid bacteria Lactobacillus bulgaricus delbrueckii adsorbed on zeolite. Our results proved the safety of this prebiotic for the rabbits. Optimal scheme for oral administration of the prebiotic was 2.0 g per 1 kg of body weight for 30 days. Such a course provided 95% of animal preservation and increase in the weight gain of the experimental animals, an average of 43.1% compared with the non-treated rabbits. In scarifies of distal intestine in 20% of animals that received the prebiotic and in 100% of those who did not receive it, Bacteria of Proteus genus have been detected. After the course of prebiotic we registered an increased number of Enterobacteriaceae (4.5–6.0 × 108 CFU) and Bifidobacteria (8 × 107–108 CFU) in rabbits’ intestines. We also mentioned the enhanced gram-positive/gram-negative ratio with a predominance of gram-positive (1:1.17 against 1:2.9 in control group). In case of prebiotic usage, the stimulation of goblet cells’ development was determined in the small intestine walls. Almost 100% of rabbits, who did not receive the prebiotic, had dystrophic changes in hepatocytes (74.5 % of the animals had fatty hepato-dystrophy and 25 % had protein granular dystrophy). We registered that only 25% of the animals had fatty hepato-dystrophy and 15% had protein granular dystrophy among those, which received the preparation.
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