1 Joffret ML, "Whole genome sequencing of enteroviruses species A to D by high-throughput sequencing : application for viral mixtures" 9 : 2339-, 2018
2 Ramírez H, "Small ruminant lentiviruses : genetic variability, tropism and diagnosis" 5 (5): 1175-1207, 2013
3 Sun Y, "Serological investigation of caprine arthritis encephalitis and ovine progressive pneumoniina in 11 provinces of China" 48 (48): 34-38, 2018
4 Carrozza ML, "Seroconversion against SU5 derived synthetic peptides in sheep experimentally infected with different SRLV genotypes" 137 (137): 369-374, 2009
5 Hötzel I, "Sequence similarity between the envelope surface unit(SU)glycoproteins of primate and small ruminant lentiviruses" 69 (69): 47-54, 2000
6 Michiels R, "Phylogenetic analysis of Belgian small ruminant lentiviruses supports cross species virus transmission and identifies new subtype b5 strains" 9 (9): 183-, 2020
7 Shah C, "Phylogenetic analysis and reclassification of caprine and ovine lentiviruses based on 104 new isolates : evidence for regular sheep-to-goat transmission and worldwide propagation through livestock trade" 319 (319): 12-26, 2004
8 Singh R, "Pathology and polymerase chain reaction detection of ovine progressive pneumonia(maedi)cases in slaughtered sheep in India" 10 (10): 1401-1406, 2017
9 Slatko BE, "Overview of next-generation sequencing technologies" 122 (122): e59-, 2018
10 Schuster SC, "Next-generation sequencing transforms today's biology" 5 (5): 16-18, 2008
1 Joffret ML, "Whole genome sequencing of enteroviruses species A to D by high-throughput sequencing : application for viral mixtures" 9 : 2339-, 2018
2 Ramírez H, "Small ruminant lentiviruses : genetic variability, tropism and diagnosis" 5 (5): 1175-1207, 2013
3 Sun Y, "Serological investigation of caprine arthritis encephalitis and ovine progressive pneumoniina in 11 provinces of China" 48 (48): 34-38, 2018
4 Carrozza ML, "Seroconversion against SU5 derived synthetic peptides in sheep experimentally infected with different SRLV genotypes" 137 (137): 369-374, 2009
5 Hötzel I, "Sequence similarity between the envelope surface unit(SU)glycoproteins of primate and small ruminant lentiviruses" 69 (69): 47-54, 2000
6 Michiels R, "Phylogenetic analysis of Belgian small ruminant lentiviruses supports cross species virus transmission and identifies new subtype b5 strains" 9 (9): 183-, 2020
7 Shah C, "Phylogenetic analysis and reclassification of caprine and ovine lentiviruses based on 104 new isolates : evidence for regular sheep-to-goat transmission and worldwide propagation through livestock trade" 319 (319): 12-26, 2004
8 Singh R, "Pathology and polymerase chain reaction detection of ovine progressive pneumonia(maedi)cases in slaughtered sheep in India" 10 (10): 1401-1406, 2017
9 Slatko BE, "Overview of next-generation sequencing technologies" 122 (122): e59-, 2018
10 Schuster SC, "Next-generation sequencing transforms today's biology" 5 (5): 16-18, 2008
11 Skraban R, "Naturally occurring mutations within 39 amino acids in the envelope glycoprotein of Maedi-Visna virus alter the neutralization phenotype" 73 (73): 8064-8072, 1999
12 Tanaka M, "Mutations of conserved residues in the major homology region arrest assembling HIV-1 gag as a membrane-targeted intermediate containing genomic RNA and cellular proteins" 90 (90): 1944-1963, 2015
13 Olech M, "Molecular characterization of small ruminant lentiviruses of subtype A5 detected in naturally infected but clinically healthy goats of Carpathian breed" 9 (9): 992-, 2020
14 Pépin M, "Maedi-Visna virus infection in sheep: a review" 29 (29): 341-367, 1998
15 Gomez-Lucia E, "Maedi-Visna virus : current perspectives" 9 : 11-21, 2018
16 Lu R, "Genomic characterisation and epidemiology of 2019 novel coronavirus : implications for virus origins and receptor binding" 395 (395): 565-574, 2020
17 Grego E, "Genetic heterogeneity of small ruminant lentiviruses involves immunodominant epitope of capsid antigen and affects sensitivity of single-strain-based immunoassay" 9 (9): 828-832, 2002
18 Muz D, "First molecular characterization of Visna/Maedi viruses from naturally infected sheep in Turkey" 158 (158): 559-570, 2013
19 Kalogianni AI, "Etiology, epizootiology and control of MaediVisna in dairy sheep: a review" 10 (10): E616-, 2020
20 Olech M, "Epidemiological survey in single-species flocks from Poland reveals expanded genetic and antigenic diversity of small ruminant lentiviruses" 13 (13): e0193892-, 2018
21 Li R, "De novo assembly of human genomes with massively parallel short read sequencing" 20 (20): 265-272, 2010
22 "Chapter 3.7.2 Caprine Arthritis/Encephalitis and Maedi-Visna" OIE
23 Simpson JT, "ABySS : a parallel assembler for short read sequence data" 19 (19): 1117-1123, 2009
24 Zhang KS, "A seroprevalence survey of Maedi-Visna among twenty-four ovine floks from twelve regions of China" 12 (12): 2321-2323, 2013