Genomic Detection of Bovine Digital Dermatitis Treponemes in Sole Ulcers

Q4 Veterinary
Z. Ghorbani, I. Karimi, M. Mahzounieh, Marzieh Faezi, A. Mohamadnia
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Abstract

Objective- Evaluation of possible contamination of sole ulcers with digital dermatitis Treponema spp . Design- Clinical detection Animals- Thirty-three cows with sole ulcer lesion. Procedures- Hoof trimmings were done by professional veterinarian hoof trimmer on a regular basis. Sole ulcer and digital dermatitis recorded as a wounded lesion in zone 4 and 10 of the hooves during hoof trimming and recorded in special sheets. A total of Thirty-three tissue samples from sole ulcers in zone 4 of digits were taken and the 16S rRNA gene was followed by PCR assay. Results- Annual incidence of clinical digital dermatitis recorded as 7.1 percent as the second prevalent digital lesion in the farm following sole ulcer. Treponema spp . was found in 42 percent of the samples, none of the positive samples show concurrent lesion of digital dermatitis and sole ulcer.Conclusion and Clinical Relevance- Since no concurrent lesions were found in sole ulcer samples, finding Treponema spp. in tissues may be a result of the possible pathogenic presence of the bacteria in this region. Multifactorial causes of sole ulcer make different clinical presentations for the lesion and a microbial cause for the sole ulcer that led to non-healing ulcers were reported.
足底溃疡中牛指状皮炎密螺旋体的基因组检测
目的:评估指状皮炎密螺旋体对足底溃疡的可能污染。设计-临床检测动物-33头患有唯一溃疡病变的奶牛。程序-蹄修剪由专业兽医蹄修剪师定期进行。足底溃疡和指部皮炎记录为蹄修剪过程中蹄4区和10区的损伤性病变,并记录在特殊表格中。共采集了33份手指4区足底溃疡的组织样本,并对16S rRNA基因进行了PCR检测。结果-临床指部皮炎的年发病率为7.1%,是继足底溃疡之后农场中第二常见的指部病变。密螺旋体。在42%的样本中发现,没有一个阳性样本显示同时患有指皮炎和足底溃疡。结论和临床相关性-由于在唯一的溃疡样本中没有发现并发病变,因此在组织中发现密螺旋体可能是该区域细菌可能致病的结果。足底溃疡的多因素原因导致病变的不同临床表现,并报道了导致溃疡无法愈合的足底溃疡的微生物原因。
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CiteScore
0.50
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30 weeks
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