References
Baker J., R. E.Silverton and C. J. Pillister, 2000:
Dehydration,impregnation, embedding technique and section preparation.Intro Med Lab Tech., 7th edition, 199-242.
Costard S., B. Wieland, W. de Glanville, F. Jori, R. Rowlands, W.
Vosloo, F. Rooger, D.U. Pfoffer, and L.K. Dixon, 2009: African swine
fever: how can global spread be prevented? PTRS B 364: 2683-2696.
European Union Reference Laboratory for African Swine Fever. Procedure
for African swine fever virus (ASFV) isolation on Porcine leucocytes and
hemadsorption test. SOP/CISA/ASF/VI 2013; 1: Pg 1-8.
Fadiga M, C. Jost, and J. Ihedioha, 2013: Financial costs of disease
burden, morbidity and mortality from priority livestock diseases in
Nigeria. Disease burden and cost-benefit analysis of
targeted interventions. ILRI Research report 33, ILRI Nairobi, Kenya. http://cgspace.cgiar.org/bitstream/handle/10568/331418/ResearchReport/_33pdfsequence=2
accessed 07-05-2020.
Fasina, F.O., D. Shamaki, A.A. Makinde, L.H. Lombin, D.D. Lazarus, S.A.
Rufai, S.S. Adamu, D. Agwom, V. Pelayo, A. Soler, A. Simon, A.J.
Adedeji, M.B. Yakubu, S. Mantip, A.J. Benshak, I. Okeke, P. Anago, D.C.
Mandeng, B.O. Akanbi, A.A. Ajibade, I. Faramade, M.M. Kazeem, L.U.
Enurah, R. Bishop, R. Ancherelo, J.H. Martin, and C. Garllado, 2010:
Surveillance for African swine fever in Nigeria, 2006-2009.Transbound Emerg Dis , 57, 244–253.
Fernandez-Pinero J, C. Gallardo, M. Elizalde, . Robles, C. Gomez, R.
Bishop, L. Heath, E. Couacy-Hymann, F.O. Fasina, V. Palayo, A. Soler,
and M. Arias, 2012: Molecular diagnosis of African swine fever by a New
Real-time PCR using universal probe library. Transbound Emerg
Dis, 1-11.
Food Agricultural Organization of the United Nations, 1998:
African swine fever in Nigeria hits rural poor
http://www.fao.org/News&Highlights/1998/981201-e.htm, retrieved
06-05-2020.
Food and Agriculture Organization of the United Nation, 2013: African
swine fever in the Russian Federation: risk factors for Europe and
beyond, Rome, retrieved 07-05-2020.
Ganowiak J., 2012: Patho-anatomical studies of African swine fever in
Uganda. Sveriges lantbruksuniversitet Fakulteten for
Veterinarmedicin Och husdjusvetenskap Institutionen for biomedicine Och
Veterinas folkhalsovetenskap, sektionen for patologi ; 1652-8607.
Igbokwe I.O., and C.V. Maduka, 2018: Disease burden affecting pig
production in Nigeria: Review of current issues and challenges.Rev Elev Med Vet Pays Trop, 71(1-2): 1-9.
Jubb K.V.F, P.C. Kennedy, N.C. Palmer, 2016: African swine fever.In: Jubb, Kennedy and Palmer’s pathol Domest Anim, Vol.3 pg
73-79, 181.
Junt T, E., Scandella, B. Ludewig, 2008: Form follows function: Lymphoid tissue
microarchitecture in antimicrobial immune defence. Nat rev
immunol, 8:764-775.
Liao S, and T.P. Padera, 2013: Lymphatic function and immune regulation
in health and disease. Lymphat res biol, 11(3): 136-143.
Luka P.D., J. Erume, F.N. Mwiine, D. Shamaki, B. Yakubu 2016:
Comparative sequence analysis of different strains of African swine
fever virus outer proteins encoding genes from Nigeria, 2009-2014.Int J Virol Mol Biol, 5(1): 16-26.
Luka P.D., F.N. Nwiine, B. Yakubu, J. Erume, R. Pérez-Sánchez, H. Unger,
and D. Shamaki, 2017a: African swine fever virus transmission cycle in
Nigeria: assessment of domestic pig-soft tick contact through detection
of antibodies against Ornithodoros moubata salivary antigen TSGP1.Vet Sci: Res Rev 3(1): 6-12.
Luka, P.D., Achenbach, J.E., Mwiine, F.N. C.E. Lamien, D. Shamaki, H.
Unger, and J. Erume, 2017b: Genetic Characterization of circulating
African swine fever viruses in Nigeria (2007–2015). Transbound
Emerg Dis, 64(5): 1598-1609.
Luther N.J, K.A. Majiyagbe, D. Shamaki, L.H. Lombin, J.F. Antiabong, Y.
Bitrus, and O. Owolodun, 2007a. Detection of African swine fever virus
genomic DNA in a Nigerian red river hog (Potamochoerus porcus ).Vet Rec , 160: 59-60.
Luther N.J, P.G. Udeama, K.A. Majiyagbe, D. Shamaki, J.F. Antiabong, Y.
Bitrus, C.I. Nwosuh, and O. Owolodun, 2007b: Polymerase chain reaction
(PCR) detection of the genome of African swine fever (ASFV) from natural
infection in Nigerian baby warthog (Phacochoerus aethiopicus ).Nig Vet J , 28: 63-67.
Luther N.J., 2001: Serological investigation of slaughtered pig from
Plateau and Kaduna for evidence of Africa swine fever virus antibodies.Sok J Vet Sci, 3(2): 44-46.
Majiyagbe K.A., 1999. African swine fever. In: FAO/FGN Training
Workshop on Control and Eradication of African Swine Fever in Nigeria.16-17 November. National Veterinary Research Institute, Vom .
Murphy F.A., E.P.J. Gibs, M.A. Horzinek, and M.J. Studdert, 1999:
Asfaviridae and iridoviridae. In: Vet Virol, 3rded. Academic Press, San Diego, Calif 1999.
Mwiine F.N., J. Nkamwesiga, C. Ndekezi, and S. Ochwo, 2019:Molecular
characterization of African swine fever virus from outbreaks in
Peri-urban Kampala, Uganda. Adv Virol, 1-8.
Odemuyiwa S.O., A.A. Isaac, M.W. Ammeran, T.P. Adebowale, O.O. Alaka,
I.O. Oyedele, K.O. Soyelu, D.O. Olaleye, E.B. Otesile, and C.P. Muller,
2000. An outbreak swine fever in Nigeria: Virus isolation and molecular
characterization of VP72 gene of the first isolate from West Africa.Virus Genes 20(20): 139-142.
Office of Internatinal Epizootics., 2008: African Swine Fever 2008; https://www.oie.int/fileadmin/Home/eng/Animal_Health_in_the_World/docs/pdf/Disease_cards/AFRICAN_SWINE_FEVER.pdf
Accessed April 18, 2020.
Otesile E.B., A.T.P. Ajuwape, S.O. Odemuyiwa, S.O. Akpavie, A.K. Olaifa,
G.N. Odaibo, O.D. Olaleye and A.I. Adetosoye, 2005: Field and
Experimental Investigations of an Outbreak of African swine fever in
Nigeria. Rev Elev Med Vet Pays Trop, 58(1-2): 21-26.
Oura C., 2005: Overview of African swine fever In: Mercks Vet
Manual 9th edition, 568-570.
Owolodun O.A., B. Yakubu, J.F. Antiabong, 2010: Spatio-temporal dynamics
of African swine fever outbreaks in Nigeria, 2002-2007. Transbound
Emerg Dis, 57: 330-339.
Semergyan A.B., M.R. Tatoyan, N.Y. Karalyan, N.H. Nersisyan, L.H.
Hakobyan, H.H. Arzumanyan and Z.A. Karalyan, 2018: Cardiopathology in
acute African swine fever. Annals Parasitol, 64 (3): 253-258.