Dynamics of anthrax cases in Ukraine during 1970-2013

Skrypnyk, V.; Golovko, A. N.; Skrypnyk, Artem; Рубленко, Ирина Александровна

doi:10.1016/j.ijid.2014.03.798

Cited by 5 publications

(2 citation statements)

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“…The problems of methodology in the sphere of resource saving are mainly focused on research and maintenance of reduction of specific material consumption on the basis of technical, economic and organizational changes [1][2][3][4][5][6][7][8][9][10][11][12][13][14]. Traditionally, the problems of resource-saving methodology were investigated only in relation to the sphere of production, characterized as a technocratic approach.…”

Section: Research Of Existing Solutions Of the Problemmentioning

confidence: 99%

Development of methodological concept of resource-saving development of agro-industrial complex

Gerasymchuk

2017

TAPR

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Section: Research Of Existing Solutions Of the Problemmentioning

confidence: 99%

Development of methodological concept of resource-saving development of agro-industrial complex

Gerasymchuk

2017

TAPR

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“…Thus,despitedevelopingalargenumber ofvaccinesagainstanimalsanthrax,thereis still a significant problem of obtaining the optimum vaccine, that would meet the requirements of scientists and stop the diseaseoutbreaks [12].Alargenumberofpermanently disadvantaged areas in our countrymakesapotentialthreatofepizooticand epidemiologicalcomplications [13][14].…”

mentioning

confidence: 99%

Features of specific immunity formation in cattle after vaccination against animals anthrax with vaccine of UA-07 "Antravak" strain

Рубленко

Skrypnyk²

2016

Bìoresur. prirodokoristuvannâ

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Introduction. Anthraxisazoonoticdisease, which has keeps being registered in different areas of the world which signifies the constant threatofthediseaseemergenceandspread. One of the current ways of increasing efficiency of anthrax vaccines is applying advanced technologies, protein engineering[1].However, among its disadvantages is that fact the anthrax antigen is easily destroyed by enzymes proteases [2]. Therefore,modernveterinarysciencefaces urgentproblemsofdevelopingeffectivepreventivemeasuresinanimalsagainstanthrax. ON-timevaccinationwithfullcoverageof all livestock, animal revaccination of all kinds,strict control over the gravesites remnantsofcorpsesafterburning,observanceand enforcementofoperatinginstructionsduring improvingactionsindisadvantagedlocations makesthebasisforanthraxprevention[3-4]. G.L.Skadovskyreceivedtheprimarymaterialinthelaboratoryofhisownmanorlocated in our country and later on professor L. S. TsenkovskyyfromtheKharkivUniversityproduced the first vaccine for the vaccination from it. Thus, the first vaccinations were carriedoutbythelocaldoctorofveterinarymed-icineP.V.Voznesensky(1333sheepownedby Skadovsky G. L. were vaccinated). Having examinedtheimmunesystemof30vaccinated and10unvaccinatedsheeptherewasrecorded:«Onthebasisofforegoing,theCommission made completely sure, that the vaccine pre-paredbyProfessorTsenkovsky,protectsheep

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Analysis of the dynamics of antibody synthesis in horse serum after vaccination with UA-07 “Antravak” against anthrax of Bacillus anthracis strain

Rublenko¹,

Skripnik²

2017

Bìol. Tvarin

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Dynamics of anthrax cases in Ukraine during 1970-2013

Cited by 5 publications

References 0 publications

Development of methodological concept of resource-saving development of agro-industrial complex

Development of methodological concept of resource-saving development of agro-industrial complex

Features of specific immunity formation in cattle after vaccination against animals anthrax with vaccine of UA-07 "Antravak" strain

Analysis of the dynamics of antibody synthesis in horse serum after vaccination with UA-07 “Antravak” against anthrax of Bacillus anthracis strain

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