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PCR based prevalence study of Francisella tularensis in Kharkiv, Dnipropetrovsk, and Mykolaiv oblasts during 2015–2018

Oksana Borysivna Zlenko
Oksana Borysivna Zlenko
, 
Gennadiy Evgenievich Tkach
Gennadiy Evgenievich Tkach
, 
Anna Borysivna Sukhorukova
Anna Borysivna Sukhorukova
, 
Lyudmila Vitaliivna Kylypko
Lyudmila Vitaliivna Kylypko
, 
Lubov Stepanivna Machota
Lubov Stepanivna Machota
, 
Oleksandr Stefanovych Ignatenkov
Oleksandr Stefanovych Ignatenkov
, 
Kateryna Volodymyrivna Vinokurova
Kateryna Volodymyrivna Vinokurova
, 
Galyna Rostyslavivna Shamychkova
Galyna Rostyslavivna Shamychkova
, 
Oleksandr Pymonovych Shtepa
Oleksandr Pymonovych Shtepa
, 
Valentyna Gennadievna Rezvykh
Valentyna Gennadievna Rezvykh
, 
Julia Schwarz
Julia Schwarz
, 
Angela Duerr
Angela Duerr
, 
Claudia Popp
Claudia Popp
, 
Heiner von Buttlar
Heiner von Buttlar
, 
Roman Wolfel
Roman Wolfel
, 
Oleksii Sergiiovych Solodiankin
Oleksii Sergiiovych Solodiankin
 oraz 
Anton Pavlovych Gerilovych
Anton Pavlovych Gerilovych
   | 31 sty 2020
Journal of Veterinary Research's Cover Image
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Data publikacji: 31 sty 2020
Zakres stron: 63 - 71
Otrzymano: 03 cze 2019
Przyjęty: 17 sty 2020
DOI: https://doi.org/10.2478/jvetres-2020-0007
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© 2020 O.B. Zlenko et al. published by Sciendo
This work is licensed under the Creative Commons Attribution-NonCommercial-NoDerivatives 3.0 License.

Fig. 1

Example of detection of F. tularensis genetic material using Fran16S primer systems. M 100 – molecular weight marker; 19–24 – rodent tails (21 is positive); 25 – D. reticulatus (positive); K− – negative control; Kmmix – mastermix negative control, PTC – positive control (LVS 15 NIIEG)
Example of detection of F. tularensis genetic material using Fran16S primer systems. M 100 – molecular weight marker; 19–24 – rodent tails (21 is positive); 25 – D. reticulatus (positive); K− – negative control; Kmmix – mastermix negative control, PTC – positive control (LVS 15 NIIEG)

Fig. 2

Geographical location of sampling areas in Kharkiv oblast (samples are grouped by regions). Kharkiv and the Kharkiv region are marked in grey. Positive samples are marked in red and the total quantity of samples is marked in grey
Geographical location of sampling areas in Kharkiv oblast (samples are grouped by regions). Kharkiv and the Kharkiv region are marked in grey. Positive samples are marked in red and the total quantity of samples is marked in grey

Fig. 3

The distribution of collected samples by species and type in Kharkiv oblast. The quantity of positive samples is marked on the graph in red and the quantity of negative samples is marked in blue
The distribution of collected samples by species and type in Kharkiv oblast. The quantity of positive samples is marked on the graph in red and the quantity of negative samples is marked in blue

Fig. 4

Geographical location of sampling areas in Dnipropetrovsk oblast (samples are grouped by regions). Positive samples are marked in red and the total quantity of samples is marked in blue
Geographical location of sampling areas in Dnipropetrovsk oblast (samples are grouped by regions). Positive samples are marked in red and the total quantity of samples is marked in blue

Fig. 5

The distribution of collected samples by species and type in Dnipropetrovsk oblast. The quantity of positive samples is marked on the graph in red and the quantity of negative samples is marked in blue
The distribution of collected samples by species and type in Dnipropetrovsk oblast. The quantity of positive samples is marked on the graph in red and the quantity of negative samples is marked in blue

Fig. 6

Geographical location of sampling areas in Mykolaiv oblast (samples are grouped by regions). Positive samples are marked in red and the total quantity of samples is marked in grey
Geographical location of sampling areas in Mykolaiv oblast (samples are grouped by regions). Positive samples are marked in red and the total quantity of samples is marked in grey

Fig. 7

The distribution of collected samples by species and types in Mykolaiv oblast. The quantity of positive samples is marked on the graph in red and the quantity of negative samples is marked in blue
The distribution of collected samples by species and types in Mykolaiv oblast. The quantity of positive samples is marked on the graph in red and the quantity of negative samples is marked in blue

Fig. 8

The result of correspondance analysis (CA) for all samples grouped by species or material type
The result of correspondance analysis (CA) for all samples grouped by species or material type
eISSN:
2450-8608
Język:
Angielski
Częstotliwość wydawania:
4 razy w roku
Dziedziny czasopisma:
Life Sciences, Molecular Biology, Microbiology and Virology, other, Medicine, Veterinary Medicine
Kanał RSS czasopisma