Search Results - "Zinyakov, N G"

Analysis of the whole-genome sequence of an ASF virus (Asfarviridae: Asfivirus: African swine fever virus) isolated from a wild boar (Sus scrofa) at the border between Russian Federation and Mongolia by Mazloum, A., Igolkin, A. S., Shotin, A. R., Zinyakov, N. G., Vlasova, N. N., Aronova, E. V., Puzankova, O. S., Gavrilova, V. L., Shevchenko, I. V.

“…Introduction. The causative agent of African swine fever (Asfarviridae: Asfivirus: African swine fever virus) (ASF) is a double-stranded DNA virus of 175–215…”
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Changes in the genome of African swine fever virus (Asfarviridae: Asfivirus: African swine fever virus) associated with adaptation to reproduction in continuous cell culture by Mazloum, A., Igolkin, A. S., Zinyakov, N. G., Van Schalkwyk, A., Vlasova, N. N.

“…Introduction. African swine fever virus (ASFV) is a large, double-stranded DNA virus in the Asfarviridae family. It is the causative agent of African swine…”
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Genetic characteristics of spring viraemia of carp virus strains Kirov/08 and Orenburg/14 by Perchun, A. V., Pavlov, D. K., Melnikov, V. P., Antonychev, A. A., Zinyakov, N. G., Korennoy, F. I., Moroz, N. V., Chvala, I. A., Metlin, A. E.

“…The paper presents the genetic characteristics of two strains of spring viraemia of carp virus (SVCV), Kirov/08 and Orenburg/14, isolated in the Kirov and…”
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Genetic Diversity of Mycoplasma gallisepticum Field Isolates Using Partial Sequencing of the pvpA Gene Fragment in Russia by Sprygin, A. V, Andreychuk, D. B, Elatkin, N. P, Zinyakov, N. G, Kolosov, S. N, Mudrak, N. S, Irza, V. N, Drygin, V. V, Borisov, A. V, Perevozchikova, N. A

“…The genetic diversity of the pvpA gene of Mycoplasma gallisepticum (MG) samples originating from commercial chickens was investigated. In the present study, we…”
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Genetic analysis of genotype G57 H9N2 avian influenza virus isolate A/chicken/Tajikistan/2379/2018 recovered in Central Asia by Zinyakov, N. G., Sosipatorova, V. Yu, Andriyasov, A. V., Ovchinnikova, E. V., Nikonova, Z. B., Kozlov, A. A., Altunin, D. A., Osipova, O. S., Akshalova, P. B., Andreychuk, D. B., Chvala, I. A.

“…This paper presents genetic data on the full genome analysis of A/chicken/Tajikistan/2379/2018 H9N2 influenza virus isolated in September 2018 from chicken…”
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Avian hepatitis E virus identified in Russian chicken flocks exhibits high genetic divergence based on the ORF2 capsid gene by Sprygin, A. V., Nikonova, Z. B., Zinyakov, N. G.

“…A total of 79 liver samples from clinically sick and asymptomatic chickens were tested for avian hepatitis E virus (aHEV). Samples were received from 19 farms,…”
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Development of the test kit for detection of SARS-CoV-2 antibodies in sera of susceptible animals by Volkova, M. A., Zinyakov, N. G., Yaroslavtseva, P. S., Chvala, I. A., Galkina, T. S., Andreychuk, D. B.

“…The novel coronavirus infection COVID-19, caused by the SARS-CoV-2, has triggered a pandemic, and has also been reported in animal populations – in farm minks,…”
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Epidemiological monitoring of avian influenza in the Republic of Crimea in 2019–2020 by Gadzevich, D. V., Danylchenko, S. I., Vorotilova, N. V., Pasunkina, M. A., Uppe, V. A., Irza, V. N., Volkov, M. S., Zinyakov, N. G.

“…The paper presents results of avian influenza epidemiological monitoring in the Republic of Crimea in 2019–2020. The attention was focused on the study of…”
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Genetic analysis of nucleotide sequences of neuraminidase gene of highly pathogenic avian influenza A/H5N8 virus isolates recovered in the Russian Federation in 2020 by Akshalova, P. B., Zinyakov, N. G., Andriyasov, A. V., Zhestkov, P. D., Nikonova, Z. B., Kolosov, S. N., Chvala, I. A.

“…Avian influenza is a highly dangerous viral disease that causes huge economic damage to poultry farming. Currently, highly virulent influenza virus with N8…”
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Analysis of marker substitutions in A/chicken/Astrakhan/2171-1/2020 H5N8 isolate of avian influenza virus recovered in the Astrakhan Oblast by Zinyakov, N. G., Andriyasov, A. V., Ovchinnikova, Ye. V., Kozlov, A. A., Zhestkov, P. D., Andreychuk, D. B., Chvala, I. A.

“…At the end of 2020, a large-scale bird death was registered at one of the poultry farms in the Astrakhan region, the cause of which was avian influenza. Data…”
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Development of real-time RT-PCR for N2 subtype avian influenza RNA-virus detection by Akshalova, P. B., Andriyasov, A. V., Scherbakova, L. O., Kolosov, S. N., Zinyakov, N. G., Chvala, I. A., Andreychuk, D. B.

“…Currently, N2 subtype avian influenza (AI) virus actively circulates in domestic and wild bird populations and is regularly detected in China, other Asian…”
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CLONING OF GENES ENCODING TRANSMEMBRANE PROTEINS AND PROTEINS RESPONSIBLE FOR AFRICAN SWINE FEVER VIRUS VIRULENCE by Mazloum, Ali, Zinyakov, N. G., Igolkin, A. S., Vlasova, N. N.

“…Results of cloning X69R, A179L, E248R, I215L and DP96R genes of ASF virus Krasnodar 07/17 isolate and analysis of their nucleotide sequences are presented…”
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CLONING OF GENES ENCODING TRANSMEMBRANE PROTEINS AND PROTEINS RESPONSIBLE FOR AFRICAN SWINE FEVER VIRUS VIRULENCE by Mazloum, Ali, Zinyakov, N. G., Igolkin, A. S., Vlasova, N. N.

“…Results of cloning X69R, A179L, E248R, I215L and DP96R genes of ASF virus Krasnodar 07/17 isolate and analysis of their nucleotide sequences are presented…”
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Heterogeneity of avian infectious bronchitis virus population by Ovchinnikova, Ye. V., Scherbakova, L. O., Kolosov, S. N., Andriyasova, A. N., Zinyakov, N. G., Nikonova, Z. B., Kozlov, A. A., Akshalova, P. B., Altunin, D. A., Andreychuk, D. B.

“…Avian infectious bronchitis is one of the most common viral infections causing enormous economic losses in the global poultry industry. Due to the lack of…”
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ANALYSIS OF GENETIC CHARACTERISTICS OF INFLUENZA VIRUS A/CHICKEN/CHELYABINSK/30/2019 H9N2 ISOLATED IN CHELYABINSK OBLAST by Zinyakov, N. G., Osipova, Щю S., Akshalova, P. B., Sosipatorova, V. Yu, Andriyasov, A. V., Andreychuk, D. B., Chvala, I. A.

“…The paper presents data on the study of genetic characteristics of the infl uenza virus A/chicken/ Chelyabinsk/30/2019 H9N2 isolated from pathological material…”
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GENETIC CHARACTERIZATION OF AVIAN INFECTIOUS BRONCHITIS VIRUS ISOLATES RECOVERED IN CIS COUNTRIES IN 2015–2017 by Scherbakova, L. O., Kolosov, S. N., Nikonova, Z. B., Zinyakov, N. G., Ovchinnikova, Ye. V., Chvala, I. A.

“…Avian infectious bronchitis virus is a cause of major economic losses in poultry industry. However, control of the virus is very complicated due to its high…”
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ANALYSIS OF CHANGES IN AFRICAN SWINE FEVER VIRUS GENETIC STRUCTURE AND BIOLOGICAL PROPERTIES DURING ADAPTATION TO CONTINUOUS CELL CULTURE by Mazloum, Ali, Zinyakov, N. G., Pershin, A. S., Shevchenko, I. V., Zhukov, I. Yu, Fedoseyeva, D. N., Sharypova, D. V., Igolkin, A. S., Vlasova, N. N.

“…Functions of many African swine fever virus genes and multigene family members have not been yet understood. In particular, no virus genes directly associated…”
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First detection of recombinant variant of African swine fever virus in the Russian Federation (brief communication) by A. S. Igolkin, R. S. Chernyshev, N. G. Zinyakov, E. O. Morozova, A. R. Shotin, K. N. Gruzdev, I. A. Chvala, A. Mazloum

“…As part of extensive molecular and genetic research into African swine fever virus isolates circulating in Russia, a recombinant variant with a mosaic genome…”
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Comparative analysis of whole-genome sequences of African swine fever virus (Asfarviridae: Asfivirus) isolates сollected on the territory of the left bank of the Dnieper River in 2023 by Chernyshev, Roman S., Igolkin, Alexey S., Zinyakov, Nikolay G., Chvala, Ilya A.

“…Introduction. The lack of data on the whole-genome sequences of African swine fever virus (ASFV) variants circulating on the territory of the left bank of the…”
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Spatio-temporal clustering of African swine fever virus (Asfarviridae: Asfivirus) circulating in the Kaliningrad region based on three genome markers by Chernyshev, Roman S., Igolkin, Alexey S., Shotin, Andrey R., Zinyakov, Nikolay G., Kolbin, Ivan S., Sadchikova, Anastasia S., Lavrentiev, Ivan A., Gruzdev, Konstantin N., Mazloum, Ali

“…Introduction. The rapid spread of African swine fever in the Kaliningrad region makes it necessary to use the methods of molecular epidemiology to determine…”
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