Publications by authors named "Kalysh Berdimuratova"
is the main causative agent of brucellosis in cattle, leading to severe economic consequences in agriculture and affecting public health. The zoonotic nature of the infection increases the need to control the spread and dynamics of outbreaks in animals with the incorporation of high resolution genotyping techniques. Based on such methods, is currently divided into three clades, A, B, and C.
View Article and Find Full Text PDFIn this work, we present the draft genome sequence of strain GH1, which is an extremely efficient biocellulose producer.
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- * The predominant MLVA11 genotype, 116, makes up 86.8% of the strains and suggests a "founder effect," indicating a significant common origin of brucellosis strains in Central Eurasia.
- * The diversity patterns in humans closely resemble those previously seen in animals, which implies that Kazakhstan's brucellosis situation stems from a few introduced lineages that diversified, informing future research directions such as whole genome sequencing and better genotyping methods.
Antimicrobial susceptibility of in Kazakhstan.
Antimicrob Resist Infect Control
October 2018
Background: Kazakhstan belongs to countries with a high level of brucellosis among humans and farm animals. Although antibiotic therapy is the main way to treat acute brucellosis in humans there is still little information on a circulation of the antibiotic-resistant strains in the Central Eurasia. In this article we describe an occurrence of the drug resistance of isolates in Kazakhstan which is among the largest countries of the region.
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