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¹ 4, 2016

Ńźą÷ąņü ķīģåš ęóšķąėą ā ōīšģąņå .pdf (0,90 ĢĮ)
  Infectious pathology


Authors: Kabardiev S.S. – Doctor of Veterinary Medicine, professor; Saypullaev M.S. – Doctor of Veterinary Medicine; Karpuschenko K.A. – Candidate of Veterinary Sciences; Aliev A.Z. – Candidate of Technical Sciences; Mirzoyeva T.B. – researcher; Koychuev A.U. - researcher.
Caspian Zonal Scientific Research Veterinary Institute, Makhachkala (tel.+7 (8722) 67-94-65, 69-14-34, e-mail: alialiev.1987@mail.ru).

The aim of the work was to develop compositions and study their bactericidal and disinfection capacity using various test surfaces both smooth and rough ones and to determine modes and concentrations for laboratory use. The main active agent in both compositions is tetrametilendietilen tetramine and alkyldimethylbenzylammonium chloride. To enhance the antibacterial activity tartaric acid was added into the first composition and sulfosalicylic acid was added into the second one. A comparative study showed that solutions of the first composition decontaminated E. coli bacteria at 30 minutes at dilution of 1: 376.5, and at 24 hours at a dilution of 1: 2834.7. For the solutions the second composition the parameters were 1: 192.8 and 1: 1466.3 accordingly. Regarding S. aureus, the solutions of these compositions decontaminated the test surfaces accordingly: for the first composition the dilution was 1: 1 and 192.8: 2024.8, and for the second composition - 1: 1 and 137.2: 1466.3 accordingly. A comparative study of disinfection activity of the first and second compositions on test surfaces showed that the both compositions disinfected E. coli with protein protection on smooth surfaces at 0.5% concentration and on rough surfaces at concentration of 2.0% at exposure time of 1 and 3 hours accordingly at the dosage rate of 0.25-0.3 l/m2. At the same time the disinfection rate of Staphylococcus aureus was at concentration of 1.0% for smooth surfaces and 2.0% concentration for rough surfaces with exposure time of 1 and 3 hours accordingly and exposure dosage rate of 0.5 l/m2.

Keywords: test, test culture, antibacterial, decontamination, disinfection solutions, the TEN-surface breeding.
1. Smirnov, A.M. Dostizheniya v oblasti veterinarno- sanitarnoy nauki [The achievements in Veterinary and Sanitation sciences] / A.M.Smirnov, V.I.Dorozhkin, N.K.Gunenkova // Problemy veterinarnoy sanitarii, gigiyeny i ekologii. – 2015. – Vol. ¹3 (15). - P. 6-8.
2. Saypullaev, M.S. Disinfektsionnaya effektivnost rastvorov preparata "Miksamin" [Disinfection efficiency of "Miksamin" drug solutions] // Problemy veterinarnoy sanitarii, gigiyeny i ekologii. – 2015. – Vol. 2 (14). - p. 37-40.
3. Popov, N.I. Noviye otechestvenniye dezinfetsiruyuschiye preparaty dlya veterinarno-sanitarnoy obrabotki transportnyh sredstv, ispolzuyemyh dlya perevozki zhivotnovodcheskih gruzov [New domestic disinfectants for veterinary and sanitation treatment of vehicles used for transportation of livestock cargo] / N.I.Popov, S.A.Michkov, M.P.Butko // Problemy veterinarnoy sanitarii, gigiyeny i ekologii – 2015. – Vol. 2 (14). - P. 32-36.
4. Polyakov, A.A. Veterinarnaya sanitariya [Veterinary sanitation] / A.A.Polyakov. – Moscow: Kolos, 1979. - P.54-74.
5. Koychuev, A.U. Proizvodstvenniye ispytaniya preparata"Biodez Extra-DVU" [Field trial of "Biodez Extra-DVU" drug] // Problemy veterinarnoy sanitarii, gigiyeny i ekologii – 2015. – Vol. 2 (14). - P. 28-30.
6. Stupina A.N. Bakteritsidnaya aktivnost rastvorov preparata "Aminotsid" [Bactericidal activity of "Aminotsid"  drug solutions] // Problemy veterinarnoy sanitarii, gigiyeny i ekologii – 2013. – Vol. 1 (9). - P. 34-38.
7. Shebliya, V.Ya. Spravochnik po veterinarnoy sanitarii [A handbook on Veterinary Sanitation]/ V.Ya. Shebliya. – Moscow: Urozhay, 1986. – 192p. 
8. O poryadke ispytaniya novyh dezinfetsiruyuschih sredstv dlya veterinarnoy praktiki: metodicheskoye ukazaniye [On the order of testing new disinfectants for veterinary practice: methodical instructions]. – Moscow: Nauka, 1987. – 53p.



Authors: 1Melnikova L.A. – Candidate of Veterinary Sciences, staff scientist; 2Bukova N.K. – Doctor of Biological Sciences, professor; 1Makaev Kh.N. – Doctor of Veterinary Medicine, professor; 1Ivanova S.V. – Candidate of Biological Sciences; 1Mustafina I.N. – Candidate of Veterinary Sciences; 3Savkova M.G. – director.
1Federal Center for Toxicological, Radiation and Biological Safety, Kazan (e-mail: vnivi@mail.ru).
2The All-Russian State Center for Quality and Standardization of Veterinary Drugs and Feed (VGNKI), Moscow (e-mail: bukova@vgnki.ru).
3Transbaikal Regional veterinary laboratory (e-mail: oblvetlab@chitaonline.ru).

Glanders is a particularly dangerous infectious affecting the solid-hoofed animals and human. The infection proceeds in chronic form, therefore timely and accurate identification of the infection source and microorganism species is a crucial issue in Animal Health and Medicine. In this regard, the development of novel reliable detection means and methods are required. Most of the available diagnostic means are based on glanders agent 5584 strain deposited in the National collection of particularly dangerous pathogens. Our work provides the analysis of glanders epizootic situation in different parts of the world and using best practices and measures to prevent its introduction, spread, and in case of the infection emergence its diagnosis and elimination in Russia. The data from the International Epizootic Bureau and our research data of cases of suspicion for glanders and examination of pathologic material send from the infected loci were used as material for review. The major places of glanders spread are the regions of South-East Asia and the Pacific Ocean. The scheduled routine examinations sometimes reveal false positive responses at serological and skin tests. This can be explained by the fact that the glanders causative agent has common antigens with many species of Burkholderia genus and other microbial species.

Keywords: glanders, epizootology, skin allergic and serological tests, sensibilization.
1. Bezopasnost raboty s microorganizmami I-II gruppy patogennosti [Safety rules at handling the microorganisms of I and II groups of pathogenicity] // Sanitarniye pravila - Sanitation regulations 1.2.011-94. 
2. Belyakov, V.D. Psevdomonady i psevdomonozy [Pseudomonades and pseudomonoses] / V.D.Belyakov, L.A.Ryapis, V.I.Ilyuhin // Moscow. - Medicine.- 1990.- 224 p.
3. Bukova, N.Ź. Nespetsificheskiye reaktsii pri diagnostike sapa loshadey [Non-specific responses at glanders detection in horses] / N.Ź.Bukova, Ź.P.Yurov, L.Ą.Melnikova // Veterynariya.- 2009.-Vol. 9. -P. 21-24.
4. Kovalev, G.Ź. Sap (obzor) [Glanders (the review)] // Zhurnal mikrobiologii, epidemiologii, immunologii – The Journal Microbiology, Epidemiology, Immunology.- 1971.- Vol. 1.- P.63-69.
5. Melnikov, B.I. K voprosu o vydelenii vozbuditelya sapa ot mongolskoy loshadi na Ulan-Udenskom myasokombinate [On an issue of glanders pathogen isolation from a Mongolian horse at meat-processing factory in Ulan-Ude] / Voprosy protivoepidemicheskoy zachity - Issues of antiepidemic protection.- Moscow- 1987.- N.G. Gamaleya Epidemiology and Microbiology Research Institute. - Vol. 33. - P.49-54.



Authors: Musaeva M.N. – Candidate of Veterinary Sciences; Budulov N.R. – Doctor of Veterinary Medicine; Musaev Z.G. - Candidate of Biological Sciences; Gaydarbekova Y.M. – researcher.
Caspian Zonal Research Veterinary Institute (e-mail: mila-azarova@mail.ru).

Of many factors favorable for emergence of gastrointestinal diseases in newborn calves, polyetiological features of the diseases and low immune response of newborn calves play an important role. Therefore, a complex effect of pathogenetic and immune-correcting therapy on a body is very crucial. A method of an associated use of both antibacterial drugs and immunofan immunocorrecting drug to treat and prevent newborn calve gastrointestinal diseases was studied. The studies were carried out on farms in the Dagestan Republic. For the experiments the calves under 30-days old were used. Clinical examination was carried out according to the routine schemes and the calves with diarrhea syndrome were selected for the experiments. Antibacterial with a complex of antibacterial, antitoxic and rehydration agents was used orally as a therapeutic drug. Along with the antibacterial drug immunofan immunomodulatory drug was injected intramuscularly according to the provided instructions. The treatment effect was evaluated according to the duration of treatment, the number the recovered and survived calves. Using the proposed drug reduced the animal death rate and recovery periods comparing to the control group: the calves from the experimental group the survival rate was higher for 4.6% and the treatment time reduced for 26.6% compared to the control animals. The studies showed better prophylactic efficacy of the developed method which was higher for 7.5% in comparison with the controls. The proposed method ensured a milder form of the disease and 100% survival rate in the experimental calves. The efficiency of the associated use of both immunofan and antibacterial drug to prevent and treat gastrointestinal diseases in newborn calves was prooved.

Keywords: gastrointestinal diseases, calves, immunocorection, immunofan, a complex therapy
1. Avtorskoe svidetelstvo SSSR ¹1727836, MPK A 61K31/00 Sposov lecheniya zheludochno-kishechnyh bolezney novorozhdyonnyh telyat, protekayuschih s priznakami diarei [The USSR Authorship ¹1727836, IPC A 61K31/00 A method of treating gastrointestinal diseases with diarrhea signs in newborn calves] / K.R. Urguyev, G.N. Dandamayev, V.V. Ibragimov, Z.N. Butayev, M.N. Musayeva; applicant and patent owner: Caspian zonal research veterinary institute. - # 4782962/15; applied on 16.01.1992; published on 23.04.1992, Bulletin # 15. – 3p. 
2. Basova, N.Y. Vliyanie immunomoduliruyshikh preparatov na immunobiologicheskye pokazateli telyat [The effect of immunomodifiers on immunobiological parameters in calves.] / N.Y.Basova, A.K.Skhatum, M.A.Staroselov, V.V.Pachina, Y.E.Fedorov // Veterinarnaya patologiya. - 2014. - Vol. 2(48). – P. 40-45. 
3. Vostroilova, G.A. Lipoton v kompleksnoy terapii kolibakterioza u telyat. [Using Lipoton in treatment of calve colibacillosis] / G.A.Vostroilova, L.U.Sashnina, T.U.Baranova // Current problems of metabolism disorders in in livestock animals Aktualnye problemy bolezney obmena veschesctv u selskokhozyastvennykh zhivotnykh v sovremennykh usloviyakh - Current problems of metabolism disorders in in livestock animals: proceedings  from the Int. Sci. and Pract. conf. dedicated to 40-th anniversary of All-Russian Research veterinary Institute of Pathology, Physiology, and Therapy, Voronezh, Sent.30-Oct.2, 2010. – Voronezh: Istoki, 2010. – P.86-88.
4. Glotov, F.U. Vydelenie i kharakteristika virusa diarei krupnogo rogatogo skota [Isolation and characterization of bovine viral diarrhea] / F.U. Glotov, T.I. Glotova, E.I. Ryabchikova, A.N. Sergeev // Voprosy virusologii. –2006. –Vol.1.– P.42-44.
5. Klenova, I.F. Veterinarnye preparaty v Rossii: Spravochnik [Veterinary drugs in Russia: a reference book] / I.F.Klenova, N.F.Yaremenko. – Moscow: Selhozizdat, 2001. – 440p. 
6. Vliyanie immunostimuliruyshikh sredstv na T- i B-sistemy immuniteta u telyat i ustoychivost ikh k neonatalnym diareyam [The effect of using immunostimulation agents on T- and B- immune systems in calves and their resistance to neonatal diarrhea]. / G.A.Krasnikov [et al.] // Veterinariya: the Republic interdepartmental thematic collection of research articles. – 1986. – Issue 61. – P. 3-7.
7. Nikitenko, A.M. Boviferon kak sredstvo profilaktiki kolibakterioza telyat [Using Boviferon as a means of preventing calves colibacillosis] / A.M.Nikitenko, V.P.Kirichenko, A.T.Kishko // Ispolzovaniye interferonov v veterinarii – Using the interferons in veterinary: abstract presentations in Republican seminar, Kyiv, Oct.17-19, 1989. – P. 59-67. 
8. Nikulin, D.M. Immunobiologicheskiy status telyat pri zheludochno-kisheschnykh boleznyah i puti ego korrektsii [Immunological status of calves with gastrointestinal diseases and the ways of its correction]: dissertation for Candidate of vet.sci. / Nikulin D.M. – Moscow, 2001. – 157 P.
9. Patent 2538651 Russian Federation, IPC A61K 31/00, A61P 1/14. Sposob lecheniya i profilaktiki zheludochno-kishechnykh zabolevaniy novorozhdennych telyat [A method of treating and preventing gastrointestinal diseases in newborn calves] / M.N.Musaeva, N.R.Budulov, S.SH.Kabardiev, Kh.M.Gaydarbekova; applied and owned by Caspian zonal research veterinary institute. -  ¹2013109360/15; applied on 01.03.2013; published on 10.01.2015, Bulletin #1. – 6p.
10. Patent RF 2105548, IPC A61K 31/00 preparat “diarin” dlya lecheniya i profilaktiki zheludochno-kishechnyh bolezney molodnyaka zhivotnyh [Using “diarin” drug to treat and prevent gastrointestinal diseases in young herds] / V.D. Sokolov, A.V. Sokolov, V.D. Voytenko, N.L. Andreeva, E.E. Shutov, Yu.N. Rybakov; applied and owned by V.D. Sokolov, A.V. Sokolov, V.D. Voytenko, N.L. Andreeva, E.E. Shutov, Yu.N. Rybakov; appled on 24.06.1994; published on 27.02.1998, Bulletin # 1. – 5p.
11. Sisyagina, E.P. Effektivnost kompleksnogo primeneniya furatsillina i zoolana pri zheludochno-kishechnykh boleznyah telyat. [Efficiency of associated application of furatsilin and  zoolan at calve gastrointestinal diseases] / Sisyagina E.P. // Veterinarnaya patologoya. 2003. –Vol.1. – P.177-179.
12. Tzipori, S. The aetiology and diagnosis of calf diarrhoea / S.Tzipori // Vet. Record. – 1981. – V. 108. – P. 510–514.



Authors: Portyanko A.V. – Researcher of Veterinary; Hoffman A.A. – postgraduate fellow; Suntsova O.A. – Candidate of Veterinary Science; Lysko S.B. – Candidate of Veterinary Science; Krasikov A.P. – Doctor of Veterinary Medicine, professor.
Siberian Poultry-Breeding Research Institute (å-mail: vet@sibniip.ru)

The application of Pepidol the pectin-based drug of herbal origin is a promising means for prevention of avian intestinal infections. The aim of the research was to study in-vivo the effect of Pepidol drug (LLC “ELUSAN” scientific and production center) on bowel microbiocenosis in broiler chickens and perspectives of its further application to prevent intestinal infections. In this regard, the control and six experimental groups with 20 chickens in each group were formed.  A day-old broiler “Ross – 308” cross chickens were selected basing on the analogue method. At the age of 1-3, 14-16, 26-28- days old the control chicken were introduced Polodoxin a large scale antibiotic at a dose of 1ml per liter of water. At the same age the chicken from the groups 1, 2, 3 received 0.5, 1 and 2% Pepidol drug solutions. The chicken from the groups 4, 5, 6 were introduced the drug at the similar concentration at the age of 1-5, 24-28- days old. For the chicken at the age of under 14-days old Pepidol dosage was 2ml per a bird, and for the chicken older than 15 days – 4 ml per a bird. The intestinal content of broiler chickens was sampled at the age of 28- and 42- days old, bacteriological tests were carried out according to the conventional guidelines. The application of Pepidol drug on broiler chicken showed a lower number of enterobacterium, enterococci and staphylococci accordingly for 0.9-2.1; 0.5-0.9 and 1.0-1.3 1g KOE/g, and no hemolytic bacterium were found in the experimental groups, lacto- and bifidobacterium number increased for 0.2-0.7 and 1.8-3.3 1g KOE/g, indicating  that the drug inhibitory effect on pathogenic and conditionally pathogenic microorganisms and stimulation of useful intestinal microflora. This trend maintained after the drug was cancelled that indicates the prolonged action of Pepidol drug. Therefore, Pepidol drug has a positive effect on ehnterobiotcenos and is a promising means to prevent avian intestinal infections.

Keywords: intestinal microflora, intestinal infections, enterococci, staphylococci, bifidobacterium, lactobacterium, enterobacterium.
1. Andreeva, A.V. Fitobiotiki pri disbakteriozah kishechnika molodnyaka selskohozyaystvennyh zhivotnyh [Using phytobiotical drugs at intestinal dysbiosis in young farm animals] / A.V.Andreeva, O.N.Nikolaeva, M.L.Myuristaya. - Ufa: Izdatelstvo Bashkirskogo GAU, 2009. - 158 p.
2. Izuchenie bakterialnyh infektsiy na ptitsefabrikah [Study of bacterial infections on poultry farms] / N.L.Andreeva [et al.] // Veterinariya. - 2004. - Vol. 5. - P. 14–16.
3. Mikrobiologicheskiy monitoring bakterialnyh bolezney ptits [Microbiological monitoring of poultry bacterial diseases] / S.B.Lysko [et al.] // Ptitsa i ptitseprodukty. - 2016. - Vol.1. - P. 51-53.
4. Chernyh, M.N. Nespecificheskaya profilaktika assotsiirovannyh infektsiy [Non-specific prevention of associated infections] / M.N.Chernyh, S.V.Fedotov // Ptitsevodstvo. - 2008. - Vol.11. - P. 23-24.
5. Bovkun, G.F. Rol mikroflory pri zabolevaniyah pishchevaritelnogo trakta u tsyplyat [The role of microflora in digestive tract diseases in chickens] / G.F.Bovkun // Veterinariya. - 2004. - Vol. 4. - P. 14-16.
6. Panin, A.N. Formirovanie kishechnogo mikrobiotsenoza u tsyplyat [Development of clinical intestinal microbiocenosis in chickens] / A.N.Panin, N.I.Malik, T.G.Stepanenko // Veterinariya. - 2000. - Vol. 7. - P. 23-26.
7. Shilov, S.O. Immunny status, estestvenny mikrobiotsenoz kishechnika ptits i metody ih korrektsii [Immune status, natural intestinal microbiocenoses in birds and methods of its correction]: dissertation for Candidate of Biol. Sci / S.O.Shilov. - Ufa, 2000. - 191 p.
8. Darmov, I.V. Kishechnaya mikroflora. Vzglyad iznutri: Sbornik nauchnyh statey [Intestinal microflora. Inside view: Collection of research articles] / I.V.Darmov, I.P. Pogorelsky, I.Yu.Chicherin. Moscow, 2012. - Vol.1 - 104 p.
9. Vliyanie preparata «Pepidol Peg» na organizm tsyplyat [The effect of “Pepidol PEG” drug on chicken body] / A.V. Portyanko [et al.] // Vestnik veterinarii. - 2015. - Vol. 2 (73). - P. 60-63.
10. Profilakticheskaya effektivnost preparata «Pepidol Peg» pri assotsiativnoy kishechnoy infektsii u tsyiplyat-broylerov [The efficacy of “Pepidol PEG” drug to prevent an associative intestinal infection in broiler chickens] / A.V.Portyanko [et al.] // Vestnik veterinarii. - 2015. - Vol.1. - P. 55-58.
11. Antimikrobnoe deystviye pektinov na uslovno-patogennuyu mikrofloru kishechnika tsyplyat [An antimicrobial action of pectin on conditionally pathogenic microflora in broiler bowels] / A.V.Portyanko [et al.] // Uchenyie zapiski Kazanskoy gosudarstvennoy akademii veterinarnoy meditsiny im. N.E.Baumana. - 2015. T.222(2). - P. 180-186.
12. Bakteritsidnaya aktivnost pektinov na vozbuditeley kishechnyh infektsiy ptits [Bactericidal activity of pectins on pathogens causing avian intestinal infections] / A.V.Portyanko [et al.] // Ptitsa i ptitseprodukty. - 2015. Vol.3. - P. 50-52.
13. Polyanichkin, A.A. Populyatsionnaya genetika v ptitsevodstve [Population genetics in poultry-breeding industry] / A.A.Polyanichkin. - Moscow: Kolos, 1980. - 271 p.



Authors: Safina G.M. – Candidate of Veterinary Sciences; Fomin A.M. – Doctor of Veterinary Medicine, professor; Kosarev M.A. – Candidate of Biological Sciences.
Federal Center for Toxicological, Radiation and Biological Safety, Kazan (tel.: +7(843) 239-53-19, e-mail: vnivi@mail.ru).

Infectious diseases, such as brucellosis, are one of the factors restraining the development of livestock farming. The aim of this study was to compare the efficiency of the official anti-brucellosis special measures and our novel system of special measures at “Jubileyny” cattle farm in Volzhsky region, Samara. For this purpose, 4-5- months old heifers were immunized with B. abortus 82 strain vaccine.  At 10 months before or 2-3 months prior to insemination the animals were revaccinated with the same vaccine. During the following 3 years the cows were annually revaccinated with alive antigen from inagglutinated B. abortus R-1096 strain. The field studies of our novel system showed positive results. The results of serological tests for brucellosis and survey of post-vaccination immune response in cows immunized with the alive dry antigen of the R-1096 strain showed that all the tested animals were brucellosis-negative at agglutination test and CFT (compliment fixation test) with the single brucellosis antigen. At CFT with R-antigen the immune response was 99.26 %. The average titer was 41.0±15.5. The laboratory and field studies showed high preventive and anti-epizootic efficacy of the alive dry antigen from inagglutinated B.abortus R-1096 strain on the background of using the vaccine from B.abortus 82 strain for prevention and elimination of brucellosis in cattle herds. It allows maintaining the cattle farms as brucellosis-negative without postvaccine seropositivity in cows.

Keywords: brucellosis cattle, system of anti-brucellosis special measures, improvement, alive dry antigen from inagglutinated B. abortus R-1096 strain.

1. Avilov, V.M. Aktualnya problema profilaktiki osobo opasnyh infetsiy givotnyh [The current problem of prevention of particularly hazardous animal infections] / V.M.Avilov, V.ASedov // Veterinaria.-1994. – Vol.6. – P.3-6.
2. Salmakov, K.M. Brutsellyoz krupnogo rogatogo skota [Cattle brucellosis] / K.M.Salmakov // Veterinarny vrach.-2000.- Vol.1.-P.41-46.
3. Fomin, A.M. Effektivnost novoy sistemy spetsialnyh protivobrutsellyoznyh meropriyatiy [The efficiency of novel system of anti-brucellosis special measures] / A.M.Fomin, K.M.Salmakov // Veterinarny vrach. - 2001. - ¹1(5).-P.23-26. 
4. Novitsky, A.A. Etapy razrabotki nauchno-obosnovannoy sistemy ozdorovleniya strany ot brutsellyoza krupnogo rogatogo skota [The steps to develop scientifically valid system of cattle brucellosis prevention in the country] / A.A.Novitsky, T.G.Popova // Proceedings from the Int. sci. and pract. conf. dedicated to the 90th anniversary All-Russian Institute for animal tuberculosis and brucellosis research, Omsk, Nov.22-25, 2011. – Omsk, 2011. – P. 77–81.
5. Comparative study of the immunobiological properties of live brucellosis vaccines / K.M.Salmakov [et al.] // Vaccine. – 2010. – ¹ 5. – Š. 35–40.
6. A live vaccine from Brucella abortus strain 82 for control of cattle brucellosis in the Russian Federation / A.V.Ivanov, K.M.Salmakov, S.C.Olsen, G. E.Plumb // Animal Health Res. Rev. – 2011. – ¹ 12 (1). – Š. 113–121. 
7. Fomin, A.M. Spetsialniye ozdorovitelniye meropriyatiya pri brutsellyoze krupnogo rogatogo skota [Special preventive measures at cattle brucellosis] /A.M.Fomin, K.M.Salmakov // Theses of scientific and practical conference. Yekaterinburg, 31.05.-01.06.2012. Yekaterinburg: Ural research veterinary Institute - Ural State agricultural academy. - 2012.-P.247-248.



Authors: Zakutskiy N.I. – Doctor of Veterinary Medicine; Balyshev V.M. – Doctor of Veterinary Medicine; Jurkov S.G. - Doctor of Biological Sciences; Guzalova A.G. – Candidate of Biological Sciences; Lunitsin A.V. – Candidate of Biological Sciences.
National Research Institute for Veterinary Virology and Microbiology of Russia (SSI NRIVVaMR), Russian Academy of Agricultural Sciences, Russia (å-mail: VNIIVViM@niiv.petush.elcom.ru).

The report discusses the problem of lumpy skin disease (LSD) in cattle caused by a virus Neethling belonging to Capripoxvirus genus, Poxviridae family. Herewith, a general characteristic of both the disease and its causative agent are given, and the epizootic situation for LSD both worldwide and in the Russian Federation is analyzed, and some data in terms of the features of the infection epizootology, symptoms, diagnosis, and also its prevention strategy and control measures are submitted. Lumpy skin disease had been extensively reported for a long time only on the African continent (in 19 countries). During the recent years, the disease has spread beyond Africa and appeared in many regions of the world, mainly in the Middle East countries. Based on the OIE data, LSD outbreaks were observed in Syria, Turkey, Lebanon, Israel, Jordan, Iraq, Iran, Kuwait, Palestine, Bahrain, the Sultanate of Oman, Greece, Macedonia, and other countries. In Azerbaijan, the disease was reported in 4 regions of the country, namely in Agdash, Bilasuvar, Jalilabad, and Ujar (16 outbreaks). According to the media sources, LSD was observed in 12 regions of Azerbaijan in 2014, namely in Bilasuvar, Ujar, Jalilabad, Masalli, Lankaran, Barda, Samukh, Lachin, Zardab, Agjabadin, Sabirabad, and Agdash regions. During the period from July to October, 2015, as many as 17 LSD foci were registered in the Russian Federation, specifically in the Republic of Dagestan, the Chechen Republic and the Republic of North Ossetia-Alania. Up to date, no remedies for LSD specific prevention or treatment procedures have been developed yet. In broad terms, the pox vaccine that was applied in some cases abroad would not solve the problem of LSD large-scale prevention. A group of SSI NRIVVaMR researchers recommended a viral vaccine developed from a sheep pox virus strain B-5/96 for immunization of cattle herds in the Republic of North Ossetia-Alania. Thus, now it is an urgent task to develop vaccines from safe attenuated LSD virus strains. Taking proper veterinary and sanitary measures in conjunction with carrying out the disease specific prevention campaigns and slaughter of the affected herds constitute a fundamental strategy that would provide obtaining good results in LSD control.

Keywords: Lumpy skin disease, LSD, cattle, virus, causative agent, spread, foci, skin, nodules (lumps), measures.
1. Terrestrial Animal Health Code - World organization for Animal Health. - Paris, France, 2014, Vol. 1- 2.
2. Kozhnaya bugorchatka / Patologoanatomicheskaya diagnostika virusnyh bolezney krupnogo rogatogo skota. [Lumpy skin disease / Pathological & anatomical diagnosis of cattle viral diseases.] / A.V.Akoulov, V.M.Apatenko, N.I.Arkhipov [et al.] - Moscow: Agropromizdat, 1987. – P. 147-149.
3. Mishchenko, A.V. Problema nodulyarnogo dermatita krupnogo rogatogo skota [The problem of LSD.] / A.V.Mishchenko, [et al] // Veterinariya Kubani. – 2015. – Vol. 5. – Š.3-6.
4. http:||mosk-vet. ru|nevs|detail.php.ID=345, 14.01.2016.
5. http:|||www fsvps.ru||news||15392.Html, 21.10.2015.
6. Lumpy Skin Disease // OIE Terrestrial Manual. – 2012. – Chapter 2.4.14. – P. 762–776.
7. Ryabinina, O.A. Nodulyarny dermatit krupnogo rogatogo skota (Obzor literatury) [Lumpy skin disease (literature review)] / O.A.Ryabinina [et al.] // Current issues of veterinary biology.- 2015.- Vol. 4 - P. 45-52.
8. EFSAJournal. – 2015. – ¹ 13(1). – Š. 3986; [http//zhivotnovodstvovet. ru=1968, 21.10,2015]. 
9. Gunenkov, V.V. Zarazniy uzelkovy dermatit krupnogo rogatogo skota [Zymotic nodular dermatitis of cattle.] / V.V.Gunenkov // Collection of articles of All-Russian State Research Institute of Control, Standardization, and Certification of Veterinary Preparations - M.2005.- Vol.66.- P. 46-54.
10. Review on Epidemiology and Economic Importance of Lumpy Skin Disease / Z.Abera [et al.] // Int. J.Basic and Applied Virology. – 2015. – ¹ 4(1). – Š. 8–21.
11. Nodulyarny dermatit / Infektsionnaya patologiya zhivotnyh: [Lumpy skin disease/Infectious pathology of animals]: edited by A.Ya. Samuilenko [et al.]. – Moscow: “Academkniga”, 2006. – Vol.1. – P.782-786.
12. Spread of lumpy skin diseases in Israel drairy| herds / L.Yerucham[et al.] // Vet. Rec. – 1995. – Vol. 137, ¹ 4. – P. 91–93.
13. Lumpy skin disease / B.J Barnard [et al.] // Coetzer JAW. infectious diseases of livestock with special reference to Southern Africa. – Cape Town, 1994. – P. 604–612. 
14. Iros, P.S. Exretion of lumpy skin disease virus in bull semen / P.S.Iros, E.S.M.Tupprainen, E.H.Venter // Theriogenology. – 2005. – ¹ 63. – Š. 1290–1297.
15. Mirovoye rasprostraneniye ekzoticheskih osobo opasnyh bolezney zhivotnyh [A worldwide spread of exotic particularly dangerous animal diseases] / A.V.Knize [et al.] // Aktualniye voprosy kontrolya infektsionnyh bolezney zhivotnyh – Pressing issues of animal infections control: Proceedings of International Scientific Conference dedicated to the 55th anniversary of SSI NRIVVaMR, Pokrov, Dec. 11-12, 2014. Part 2. – Pokrov, 2014. – P 275-284.
16. Lumpy skin disease (LSD) in a large dairy herd in Israil / J. Brenner [et al.] // J.VetMed. –2006.– ¹ 61. – Š. 73–77.
17. Nodulyarny dermatit (bugorchatka), klinicheskie priznaki pri eksperimentalnom zarazhenii krupnogo rogatogo skota [Lumpy skin disease: clinical signs at experimental infection of cattle] / O.A.Kosariova [et al.] // Articles of ARRIAH. – Vladimir 2010. – Vol.8. – P. 73-83.
18. Orlova,E. S. Differentsiatsiya kapripoksvirusov metodom polimeraznoy tsepnoy reaktsii [Differentiation of capripoxviruses using polymerase chain reaction.] / E.S.Orlova, F.V.Shcherbackov, V.I.Diyev, and V.M.Zakharov // Molecularnaya biologiya. – 2006. – Vol.40, Issue 1. – P. 158-164.
19. Evaluation of different diagnostic methods for diagnosis off lumpy skin diseases in coves / W.S.Awad [et al.] // Trop Anim heath Prod. – 2010. – ¹ 42. – P.777–783.
20. OIE Manual of Diagnostic Test and Vaccines for Terrestrial Animals / J. Brenner. –7-th edition. –Pąris, 2012. – Vol. 1, Chap. 2.4.14 – 1404 š.
21. Tuppurainen, E.M.S. The detection of lumpy skin disease virus in samples of experimentally infected cattle using different diagnostic techniques / E.M.S. Tuppurainen, E.H. Venter, J.A.W.Coetzer // J. Vet. Res. – 2005. – Vol. 72, ¹ 2. – P. 153–164.
22. Vremenniye pravila profilaktiki i likvidatsii nodulyarnogo dermatita KRS. [Provisional regulations for prevention and eradication of lumpy skin disease.]http:|| pznivi.ru|11-nauchnaya-deyatelnot|48-institutom-sovmestno-s-gosvetsluzhboj - 22.01.2016.
23. Polimerase Chain rection for rapid diagnosis of a recent lumpy skin disease virus incursionto Egypt Arab / A.A.Kholy [et al.] // J. Biotechnol. – 2008. – ¹ 11. – Š. 293–302.
24. Mohammed, B. Clinico-Histopathological Findings and PCR Based Diagnosis of Lumpy Skin Disease in the Sultanate of Oman] / B.Mohammed; translated by O.A. Kosariova, edited by L.K.Freilyovitch // Pakistan Veterinary Journal. – 2012. – Vol.32. – P. 1-5.
25. Gerasimov, V.N. Nodulyarny dermatit krupnogo rogatogo skota v Respublike Severnaya Osetiya-Alaniya. [Lumpy skin disease in the Republic of North Ossetia-Alania] / V.N.Gerasimov [et al.] // Veterinaria. – Vol. 3. – P. 11-14.



Authors: Alekseev I.A. – Doctor of Veterinary Medicine, professor; Kadikov I.R. – Candidate of Biological Sciences; Ivanova R.N. – Candidate of Agricultural Sciences; PastuhovaT.V. – postgraduate fellow.
Alekseev I.A. – Doctor of Veterinary Medicine, professor; Kadikov I.R. – Candidate of Biological Sciences; Ivanova R.N. – Candidate of Agricultural Sciences; PastuhovaT.V. – postgraduate fellow.


In the poultry industry, including goose breeding, using biologically active substances – vitamin-chlorophyll and probiotic feeding additives – gained a high interest during the recent years. The additives have an antagonistic activity against opportunistic pathogenic intestinal microflora, increase overall body resistance and promote gosling growth, development and survivability. The aim of the research was to determine the effect of using "Larikarvit" vitamin-carotene feeding additive and "Bacell" probiotic supplement to increase geese eggs yield and improve gosling hatchability, survivability, and performance in goose breeding farms. The objects of study were "Linda" breed geese, goose eggs and 1-3-days old goslings. The control and experimental groups of goslings and geese were formed from the same parental flock on principle of analogues. Each group contained 25 geese, 120 goslings. Also, in each group there were 960 eggs for further incubation. Larikarvit was used as feeding additive and "Bacell" was used as probiotic feeding supplement. The experimental studies showed that the introduction of "Larikarvit" vitamin - carotene feeding additive and "Bacell" probiotic feeding supplement into the diet of the first experimental group promoted the increase of goose egg yield during the spring months (March, April, May), gosling hatchability and performance. Using these feeding additives resulted in slightly higher parameters of red blood cells, hemoglobin level and total protein in blood serum. The experimental studies showed that using Larikarvit and Bacell feeding additives resulted in higher eggs yield for 9.07% and 11.06%than average, gosling hatchability - for 4.35% and 5.09%, survival rate - for 3.08% and 4.38%, and the average daily weight gain of goslings - for 8.33% and 8.81%. 

Keywords: feeding supplement, «Larikarvit», «Bacell», egg-laying, capacity, hatching, hatchability, survivability
1. Alekseev, I.A. Primenenie probiotcheskih kormovyh dobavok Prolam i Batsell pri vyrashchivanii molodnyaka kur v usloviyah ptsitsefabriki [Using prolam and bacell probiotic feeding additives for chicken growth in poultry-breeding farms] / I.A.Alekseev, S.G.Sergeev //Veterinarny vrach. - 2013. - Vol.4. - P.51-54.
2. Bessarabov, B.F. Ptitsevodstvo i tehnologya proizvodstva yaits i myasa ptits [Poutry-breeding and technology of egg and meat production] / B.F.Bessarabov, E.I.Bondarev // 2ndedition added – St. Petersburg: «Lan», 2005. – 352p.
3. Berestova, E.N. Instruktsiya po primeneniyu karotinovoy kormovoy dobavki Larikarvit [A guideline for using Larikarvit carotine feeding additive] / E.N.Berestova. – Belgorod: Petrohim, 2010. –20p.
4. Vlasov, N.A. Instruktsiya po primeneniyu probioticheskoy kormovoy dobavki Batsell [A guideline for using Bacell probiotic feeding additive] / N.A.Vlasov.-Timashesk: Biotehagro, 2010.– 32p.
5. Deblik, A.G. Vliyaniye probiotikov na morfologiyu organov tsiplyat [The effect of using probiotics on morphology of chicken organs] /A.G.Deblik, A.R.Malikova // Rossiysky veterinarny zhurnal. - 2007. - Vol.2. - P.14-16.
6. Djavadov, E.D. Innovatsionniye napravleniya v veterinarnoy meditsine – zalog uspeshnogo razvitiya promyshlennogo ptitsevodstva [Innovative fields in veterinary medicine are a pledge of successful industrial poultry breeding] / E.D.Djavadov // Veterinaria. - 2013. - Vol.7. - P.3-9.
7. Panin, A.N. Obespecheniye bezopasnosti produktsii ptitsevostva kak vazhnaya sostavlyayushchaya proizvostvennoy bezopasnosti [Ensuring the safety of poultry products as a crucial component of industrial safety] / A.N.Panin // Veterinariya.–2013. - Vol.5 - P.4-5.



Authors: Zakirov T.M. - postgraduate fellow
Address: N.E.Bauman Kazan State Academy of Veterinary Medicine, Kazan (e-mail: tagir0410907@mail.ru).

The experts in animal feeding often prefer using wide range of feeding components and biologically active ingredients for feeding livestock animals. The feeding peculiarities have large effect on animal body: on digestive and secretory activity, on growth and development, on reproductive function. The aim of the study was to determine influence of BioGumMiks the activated energy protein concentrate on dairy cows blood serum parameters at various dosages. The field studies were carried on “Igenche” dairy farm, Baltasi, Tatarstan, the experiment lasted 60 days: 10 days were a preparation period and 50 – a record period. 40 dairy cows were divided into 4 groups with 10 animals in each group; the animals were selected according to the analogue principle.  By the end of the experiments the studies revealed the following changes: comparing to the controls in the cows from the 2, 3, and 4 groups total protein content in blood serum was higher for 2.9%, 5.9% and 10.3% g/l; albumin level higher for 4.5%, 1.6% and7.6% accordingly; the fourth group  had highest level of glucose to 2.67mmol/l  that is higher for 5.9% than in the control group; in the third and the forth groups the cholesterol level was lower for 3.7-11.4% than in the control group; all the experimental animals had lower level of triglycerides  than the controls for 51.%, 37.8%, and 32.4% accordingly; total calcium was higher for 3.6 %, 22.6 %, and17.9 % compared to the control group; in the second and third groups inorganic phosphorus was 2.35 mmol/l and 2.37 mmol/l that is higher for 4.9% and 5.8% than that of the control group; AST and ALT enzymatic activity was higher for 6.5% 2.4% and 5.8%, and for 3.7%, 8.4% and 5.7% accordingly than in the control; the LDH activity increased in the all groups and was 1021.65-1054.13units/l, but the highest level was registered in the second group and was 1054,13units/l; the highest activity of amylases was  registered in the fourth group (21.66units/l); alkaline phosphatase activity was higher in the experimental groups than in the control and was 6.0%, 8.0%, and 12.8% accordingly. The investigation results showed that BioGumMiks fodder additive had a certain effect on blood serum biochemical parameters in dairy cows: protein, carbohydrate, lipid and mineral metabolism, as well as blood serum enzymatic activity.

Keywords: blood, cow, biochemistry, fodder additive.
1. Ado, A.D. Patologicheskaya fiziologiya [Pathological physiology] / A.D.Ado, M.A.Ado, V.I.Pytskiy. - Moscow: Triada X, 2000.-574 p.
2. Batakov, S. Vzaimosvyaz sostava krovi pomestnykh telyat s intensivnostyu rosta [The correlation between blood content and growth rate in local calves] / S.Batakov, G.Berezkina // Molochnoe i myasnoye skotovodstvo.-2003. - Vol.8.- P. 35-37.
3. Birta, G.A. Belkovy sostav krovi sviney pri raznoy intensivnosti vyrashchivaniya [Blood protein composition in swine and various growing conditions] / G.A.Birta// Zootekhnia.-2002. - Vol. 11.- P. 30-31.
4. Vasilyeva, E.A. Klinicheskaya biochimiya selskokhozyastvennykh zhivotnykh [Clinical biochemistry of farm animals] / E.A.Vasilieva. – Moscow: Agropromisdat, 1985. - 342 p.
5. Elovikov, S.B. Metabolizm azotistykh veshchestv u laktiryushchikh korov pri primenenii novykh BVMD [The metabolism of nitrogenous substances in lactating cows at using of new biological vitamin and mineral additives] / S.B.Elovikov, A.A.Menkova // Zootehnia. - 2007.- Vol. 1. – P. 14-16.
6. Zubairov, M.D. Meditsinskya biochimiya: praktikum [Medical Biochemistry: workshop] / D.M.Zubairov, V.N.Timerbaev, V.S.Davydov. - Kazan: FEN, 2001 – 296 p.
7. Kudryavtsev, A.A. Issledovanie krovi v veterinarnoy diagnostike [Blood tests in veterinary diagnostics] / A.A.Kudryavtsev. - Moscow: Gosudarsvennoye izdatelstvo selskohozyaystvennoy literatury, 1952. – 375 p.
8. Ovsyannikov, A.I. Osnovy opytnogo dela v zhivotnovodstve [Basics of experimental work in animal husbandry] / A.I.Ovsyannikov. - Moscow: Kolos, 1976.- 304 p.
9. Tukshaitov, R.Kh. Osnovy dinamicheskoy metrologii i analiza rezultatov statisticheskoy obrabotki [Fundamentals of dynamic metrology and statistical processing of the results] / R.Kh.Tukshaitov.-Kazan: Master Layn, 2001. – 284 p.
10. Kalashnikov, A.P. Normy i ratsiony kormleniya selskokhozyastvennykh zhivotnykh: spravochnoe posobie. 3-isdanie pererabotannoe i dopolnennoe [Standards and ration feeding of farm animals: a reference book. 3rd addition revised and added] / A.P.Kalashnikov, V.I.Fisinin, V.V.Shcheglovet al.]. - Moscow: 2003. – 456 p.
11. Alfred, L. Nitrogen metabolism and ornitine cycle function / L.Alfred, H.Meiojer, H.Wouter // Physiological review. – 1990. – Vol. 70. – Vol. 3. – P. 72 – 74.



Authors: Sharipov A.Ą. – postgraduate felow; Shakirov Sh.K. – Doctor of Agricultural Sciences, professor; YulmetyevaYu.R. – Candidate of Biological Sciences; Bikchantaev I.T. – Candidate of Biological Sciences.
Address: Tatar Research Institute of Agriculture, Kazan (e-mail: tatniva@mail.ru).
The article provides quantitative and qualitative analyses of meat composition regarding the polymorphic state of somatropin, thyroglobulin, leptin (LEP), growth hormone genes-hormones in bulls of Limousin breed. The study was carried out in the leading farms of the Republic of Tatarstan, engaged in meat cattle breeding. The conditions of feeding and housing of the experimental herds were the same in the household, and were characterized by optimal value that ensured the expression of the genetic potential of animals. The control slaughter was carried out in LLC "Kamsky bekon", the largest slaughter facility in Tatarstan. The studies showed that themost frequent occurrence is characterized by somatropingene-hormone (GH), therefore, the further studies were focused on this gene. The results of the control slaughter showedthat bulls with the LL genotype were characterized by higher slaughter yield, i.e. 53.9 per cent. This parameter is higher in animals with the LL genotype than in the animals with the LV and VV genotypes for 1.4% and 1.3% accordingly. The bulls with the LL genotype had higher values on bone-free meat yield for 0.8-1.2 %than their counterparts. In this case, the accumulation of fat in the longest muscle of the back and its water-holding capacity superiority was respectively 0.9 to 1.5% and 1.5 to 2.5. The parameters such as the content of the nutmeat, the bone, in the carcass fat, crude protein, dry matter, pH, moisture content, energy value and cookery-technological characteristics of boneless meat were also evaluated. According to results of this study the recommendations were made to the farms to improve production efficiency of high quality beef using the technology of DNA diagnostics.

Keywords: fattening bulls, limousine breed, gene-marker, polymerase chain reaction (PCR), genotype, meat, marbling.
1. Glazko I.V. Vvedenie v DNK-technologiyu [Introduction to DNA technology] / I.V.Glazko, I.M.Dunin. – Moscow: FGNU "Rosinformagroteh", 2001. – 436p.
2. Altukhov, Yu.P. Polymorphism DNK v populyatsionnoy genetike [DNA polymorphism in population genetics ] / Y.P.Altukhov, E.A.Salmenkova // Genetics. - 2002. - V. 38. - P. 1173-1195.
3. Shakirov, Sh.K. Vliyanie porodi I genotipa po genam CSN3, DGAT, PRL, LGĀ na molochnuyu produktivnost krupnogo rogatogo skota [Effect of cattle breed and genotype on dairy production rate regarding the genes CSN3, DGAT, PRL, LGĀ] / Sh.K.Shakirov, Yu.R.Yulmeteva, F.F.Zinnatova // Vestnik RASKhN. – 2012.-Vol. 5. - P. 65-67.
4. Genetic resources, genome mapping and evolutionary genomics of the pig (Susscrofa) / K.Chen [et al.] // Int J. Biol Sci.- 2007.- N.3.- P.153-165.
5. The TG5 thyroglobulin gene test for a marbling quantitative trait loci evaluated in feedlot cattle / W.Barendse [et al.] // Australian Journal of Experimental Agriculture. - 2004. - Vol. 44 (7). - P. 669-674.
6. Effects of polymorphism of growth hormone (GH), Pit-1, and leptin (LEP) genes, cow's age, lactation stage, somatic cell count on milk yield and composition of Polish Black-and-White cows / L.Zwierzchowski [et al.] // Anim. Sci. Pap.Rep. - 2002. - Vol. 20. - 231-227.
7. Association of a missense mutation in the bovine leptin gene with carcass fat content and leptin mRNA levels / F.C.Buchanan [et al.] // Genetics Selection Evolution. 2002. - N. 34(1).-P.105.



Authors: 1Arisov M.V. – Doctor of Veterinary Medicine; 2Indyukhova E.N. – postgraduate fellow; 3Kadyrovą D.V. – Candidate of Biological Sciences.
1K.I.Skryabin All-Russian Scientific Research Institute of Fundamental and Applied Parasitology of Animals and Plants», Moscow, (e-mail: arisov_vet@mail.ru).

2Moscow State Academy of Veterinary Medicine and Biotechnology – MVA by K.I.Skryabin», Moscow (e-mail: zxcv33980@yandex.ru).

3«Ekoprom» Research and production company, Moscow (e-mail: kadyrova@ekoprom.org).

The parameters of toxicity and efficacy of Unitabs paste the vitamin and mineral food additive are determined. The justification of the diet additive is provided. Acute and chronic oral toxicity of each food additive was studied using outbred male rats that were kept in the same conditions and received the same ration. The diet additive tolerability was studied on the 15 clinically healthy mongrel cats of1-3-years old and 15 clinically healthy mongrel kittens of 6-7.5-months old. Clinical trials were held on the basis of veterinary clinics in Moscow and the Moscow region using cats of different breeds and ages. The acute oral toxicity was determined oral administration of the additives at doses of 4500; 5000; 5500 and 6000 µ/kg, and neither intoxication nor lethal cases were registered during 14 days of observation. According to the results, the additives can be referred to the 4 class of danger according to the general hygienic classification. The study of chronic toxicity of diet additives on rats showed that the daily use of additives at three- and five-fold of therapeutic doses during 6 months had no negative effect on animal general condition, behavior, ration and water intake, as well as blood morphological and biochemical parameters. During the study of cat food additive the clinical examination of cats showed that application of the additive during a month improved the animals general state, increased their activity and appetite. No side effects and complications were registered during the observation period. The Unitabs paste can be applied as a novel method of optimizing cat feeding.

Keywords: cats, Unitabs, vitamins, minerals, feed additive, paste, coenzyme Q10.
1. Andreeva, I.I. Botanika [Botany] / I.I.Andreeva, L.S.Rodman. - Moscow: 2010. - Š. 500-511. 
2. Aronov, D.M. Primenenie koenzima Q10 [Using coenzyme Q10] / D.M.Aronov // Russkiy meditsinsky zhurnal. - 2004. - Vol.12. - Issue 15. - Š. 905-909. 
3. Bogomolova, A.V. Pererabotka produktsii rastitelnogo i zhivotnogo proiskhozhdeniya [Processing the products of plant and animal origin] / A.V. Bogomolova, F.V. Percevogo. –St.Petesburg: GIORD, 2003. – Š. 225-228.
4. GOST 12.1.007-76. Vrednye veshchestva. Klassifikatsiya i obshchie trebovaniya bezopasnosti [State standard 12.1.007-76.Hazardous substances.Classification and general safety requirements]. – Moscow, KolosS, 2004. – 520 p.
5. Kuropatkina, M. Kormlenie koshek [Cat feeding] / M.G.Kuropatkina. – Moscow: Litres, 2014. –28 p.
6. Kondrahin, I.P. Metody veterinarnoy klinicheskoy laboratornoy diagnostiki: spravochnik [Methods of veterinary clinical laboratory-based diagnostics: a reference book] / I.P.Kondrahin. – Moscow:KolosS, 2004. - 520 š.
7. Kesareva, E.A. Klinicheskaya interpretatsiya biohimicheskih pokazateley syvorotki krovi sobak i koshek [Clinical interpretation of serum blood biochemical parameters in cats and dogs] / E.A.Kesareva. -Moscow:KolosS, 2011. - 26 š.
8. Klopov, M.I. Biologicheski aktivniye veshchestva v fiziologicheskih i biohimicheskih processah v organizme zhivotnogo[Biological active substances in physiological and biochemical processes in animal body] / M.I.Klopov, V.I.Maksimov. – St.Petesburg: Izdatelstvo «Lan», 2012. – 448 š.
9. Kolpakova, V.V. Rastvorimost i vodosvyazyvayushchaya sposobnost belkovoy muki iz pshenichnyh otrubey [Solution rate and water-binding ability of protein flour from wheat bran] / V.V.Kolpakova, A.P.Nechayev // Izvestiya vysshih uchebnyh zavedeniy. Pishchevaya tekhnologiya. - 1995. –Vol. 1-2. - Š.31-33.
10. Shishigina, I.A. Kormdlyakoshek / I.A.Shishigina - St.Petesburg: BHV, 2005. - Š. 17-18.
11. Bhagavan H.N., Chopra R.K. Coenzyme Q10: Absorption, tissue uptake, metabolism and pharmacokinetics / H.N. Bhagavan, R.K. Chopra // Free Radical Research. - 2006. -V. 40. - P. 445–453.
12. Nan Rees, W. The Natural Pet Food Cookbook: Healthful Recipes for Dogs and Cats / W. Nan Rees, K. Schlanger. - John Wiley & Sons, 2007. - Š.108-115.
13. Pitcairn, R.H. New Complete Guide to Natural Health for Dogs and Cats // R.H. Pitcairn, S.H. Pitcairn. - Rodale, 2005. – 466 š.



Authors: 1Mudarisov F.Z. – research associates; 1Salakhov V.V. - research associates; 1Yakimov A.V. – Doctor of Agricultural Sciences, professor; 2Tremasov M.Ya. – Doctor of Biological Sciences, professor.
1Research center of feed additives, Kazan (e-mail: centrkd@mail.ru).
2Federal Center for Toxicological, Radiation and Biological Safety, Kazan (e-mail: vnivi@mail.ru).

The article presents experimental study of using «Stimul+» mineral additive, «Rumistart» synbiotic additive and full-fat soy to improve milk and beef production from cattle of black and white breed in the Republic of Tatarstan. Laboratory researches showed that according to the State standard on degree of danger «Stimul+» macromineral additive belongs to the fourth class of chemicals, according to classification – to low-toxic compounds. The first field experiment showed that an associated use of «Stimul+» macromineral additive and «Rumistart» symbiotic as a part of diet dairy cows feeding promoted an increase of dairy production.  An average daily yield of milk in cows from the experimental groups was higher for 10.6-14.5% (Š≤0,05) and was 28.66 kg (II-O) and 29.67 kg (III-O) accordingly while it was  25.91 kg in the control group. Moreover, the milk from the experimental cows had better technological properties for cream and butter production. Because of higher fat and protein content and their better extraction properties for production of 1kg of cream and butter the milk load is lower. Using the fodder additives also resulted in higher profitability of dairy production for 3.5 % and 4.9% and was 28.1 (II-O) and 29.5% (III-O) accordingly than in the controls that was 24.6%. The second and third research field experiments showed that adding «Stimul+» macromineral additive and full-fat soy into cattle diet promoted an increase calves weight gain as well as higher values in qualitative and quantitative parameters of meat production. That is the average daily gain of bull-calves in control group was 836.7 g while in II and III experimental groups it was 905.0 g and 946.1 g that is higher for 8.2 % and 13.1% accordingly. The results of the control slaughter showed that the bulls from the III group had the heaviest weight, it was significantly higher than in the controls for 10.2%, the second group bulls were heavier for 7.9% than the controls (P <0,05). Beef production was profitable in all the groups, this parameter was 12.7% in the I control group, 15.4% - in the II experiment group,  and 18.6% - in the III experiment group. 

Keywords: 1Research center of feed additives, Kazan (e-mail: centrkd@mail.ru). 2Federal Center for Toxicological, Radiation and Biological Safety, Kazan (e-mail: vnivi@mail.ru).
1. Mysik, A.T. Razvitie zhivotnovodstva v mire i Rossii [Development of animal husbandry across the world and Russia] / A.T.Mysik // Zootechnia. - 2015. - Vol. 1. – P. 2-5.
2. Gizatullin, R.S. Rezervy uvelichenija proizvodstva govyadiny v Bashkortostane [Reserves of increasing beef production in Bashkortostan] / R.S.Gizatullin, T.A.Sedyh // Vestnik Bashkirskogo universiteta. - 2011. - Vol. 3. - P. 25.
3. Mudarisov, R.M. Faktory, vliyayushiye na molochnuyu produktivnost korov chernopestroy porody nemetskoy selektsii [The factors influencing on dairy production in cows of Black and white German selection] / R.M.Mudarisov, G.R.Ahmetzyanova // Rossiyskiy elektronnyj nauchny zhurnal. - 2013. - Vol. 5. - P. 182-189.
4. Alekseev, V.A. Himicheskiy sostav i pitatelnost kormov chuvashskoy respubliki, ispolzuemyh v kormlenii sviney [Chemical composition and nutrition rate of forages in the Chuvash Republic used for swine feeding] / V.A.Alekseev // Mezhdunarodnaya nauchno-prakticheskaya konferentsiya «Fundamentalnye i prikladnye problemy povysheniya produktivnosti zhivotnyh i konkurentosposobnosti produktsii zhivotnovodstva v sovremennyh ekonomicheskih usloviyah APK RF». - Ulyanovsk. - 2015. - Vol. 1. - P. 205-206.
5. Musaev, F.A. Kormoviye dobavki s biologicheski aktivnymi svoystvami v kormlenii skota [Fodder additives with biologically active properties in cattle feeding] / F.A.Musaev, N.I.Torzhkov, Zh.S.Mayorova, D.A.Blagov // Fundamentalniye issledovaniya. - 2015. - Vol. 5. 2-23. - P. 5133-5138.
6. Lavrentyev, A.U. Fermenty v kombikormah molodnyaka sviney [Using enzymes in compound fodders for piglet feeding] / A.U.Lavrentev, D.U.Smirnov // Agrarnaya nauka. - 2014. - Vol. 8. - P. 26-27.
7. Zaripova, L.P. Korma Respubliki Tatarstan: sostav, pitatelnost i ispolzovaniye [Fodders in the Republic of Tatarstan: composition, nutritional value and use] / L.P. Zaripova, M.G. Nurtdinov, N.N. Hazipov. - Kazan. Foliant. - 2010. - 272 p.
8. Yakimov, A.V. Mineralnaya obespechennost ratsionov krupnogo rogatogo skota v respublike Tatarstan [Ensuring cattle fodders with minerals in the Republic of Tatarstan] / A.V.Yakimov, R.Sh.Kayumov, V.V.Gromakov // Sovremenniye problemy nauki i obrazovaniya. - 2014. - Vol. 1; URL: http://www.science-education.ru/115-11674.
9. Ulitko, V.E. Problemy novyh tipov kormleniya korov i puti ih resheniya [The issues in new types of cow feeding and way of their solution] / V.E. Ulitko // Zootehnia. - 2014. - Vol. 8. - P. 2-5.
10. Ovsyannikov, A.I. Osnovy opytnogo dela. [Basics of experimental works] / A.I.Ovsyannikov. – Moscow: Kolos, 1976. – 302 p.
11. Kalashnikov, A.P. Normy i ratsiony kormleniya sekskohozyastvennyih zhivotnyih [Norms and rations in feeding of agricultural animals] / A.P.Kalashnikov, V.V.Shcheglov, N.G.Pervov. - Moscow, 2003. - 422 p.



Authors: 1Źhabibullina V.A. – postgraduate fellow; 2Shakirov Sh.K. – Doctor of Agricultural Sciences, professor; 1Ahmetzyanova F.K. – Doctor of Biology.
1N.E.Bauman Kazan State Academy of Veterinary Medicine, Kazan (tel.+7(843) 273-96-17; e-mail: study@ksavm.senet.ru).
2Tatar Agricultural Research Institute, Kazan.

Determining the effect of rye and rape extrudate on biochemical parameters of piglet during the periods of growth and development was the aim of the research. The studies involved four groups of postweaned piglets: the first control group received the balanced single crop diet from barley (79.6%) and a protein- vitamin and mineral additive (20.4%) from the general nutritive value of the diet. The experimental groups received the diet a part of barley share and a protein- vitamin and mineral additivewas partly substituted by rye and rape extrudate 15.0%; 29.9% and 43.1%in groups accordingly. During the experimental period the animals of the second group had the highest level of total protein, i.e. higher for 7.22% than in the controls (š<0.05). Comparing to the initial values the animals from the second and the third groups showed a significant increase of albumin fraction of protein by the end of the experiment(for 2.1 and 2.7 g/l accordingly) (š0.05). The experiments showed that an increase of rye and rape extrudate share in diets yielded a lower glucose level 11.11; 7.4; 7.69 and 25% accordingly. The third and fourth groups had the maximum level of cholesterol (higher than in the control for 0. 61 and 0.84 mmol/l accordingly) (š0.05). The piglets receiving rye and rape extrudate for 15% had a higher ACT enzyme reamination activity. Basing on the analysis of blood biochemical parameters and evaluation of protein, lipid, carbohydrate levels and mineral exchange no negative affect of rye and rape extrudate on body metabolism was detected.

Keywords: piglets, rye and rape extrudate, blood, protein, metabolism.
1. Zaripova, L.P. Korma Respubliki Tatarstan: sostav, pitatelnost ii spolzovanie. Spravochnik [Fodders in the Republic of Tatarstan: composition, nutritional value and use. Reference book.] / L.P.Zaripova [et al.]-Kazan: Foliant, 2010. - P.272
2. Huisman, I. Performance and organ weights of piglets, rat s and chickens fed diets containing pisumsativan-Russian edition./ I.Huisman, A.Poel // J. Fnim Physiol. Fnim. Nutrit. 1990. –Vol. 1. - P. 273-279.
3. Kononenko, S.I., Tritikale v kormlenii svineó [Using triticale in swine feeding] / S.I.Kononenko // Nauchny zhurnal KubGAU- Scientific Journal of KubSAU . – 2011. - ¹ 73.–P.73.
4. Nekrasov, R.V. Vliyanie novyh vysokobelkovyh kormovyh dobavok na produktivnost, sohrannost i biohimicheskie pokazateli krovi molodnyaka sviney [The effect of new high-protein fodder additives on piglet production rate, survivability, and blood biochemical parameters] / R.V. Nekrasov [et al.]-Izvestiya Samarskoy gosudarstvennoy selskohozyaystvennoy akademii - 2012-Vol.1. – P. 150-156.
5. Campbell, R.G. Energy and protein metabolism in the pig-Russian edition. / R.G.Campbell // Manipulating pig nutrition. Proc.Inaugural Conf.APSA.Werribee, Victoria, Australia, 1987.-P.86-93.
6. Vasileva, E.A. Klinicheskaya biohimiya selskohozyaystvennyh zhivotnyh [Clinical biochemistry of farm animals] / E.A.Vasileva. - Moscow: Rosselhozizdat, 1982. - 253 p.
7. Hazipov, N.N., Fiziologicheskoe obosnovanie ispolzovaniya ekologicheski bezopasnogo goroho-rapsovogo extrudata pri otkorme sviney [The physiological rationale for the use of environmentally sound pea-rape extrudate fattening pigs]: abstract from dissertation for Candidate of Biol. Sci. / N.N.Hazipov - Kazan,2008.- 19p.
8. Saharova-Fetisova, A.L. Morfologicheskie i biohimicheskie pokazateli krovi u podopytnyh zhivotnyh [Blood morphological and biochemical parameters in experimental animals] / A.L.Saharova-Fetisova // Improving activity and compatibility of livestock farming: abstracts from the Int. Scientific and practical conference, Zhodino, 2011.-P.153-155.