| pathogenicity and complete genome sequence of a fowl adenovirus serotype 8 isolate. | in this study we determined and analyzed the complete nucleotide sequence of the genome of a fowl adenovirus serotype 8 (fadv-8) isolate and examined its pathogenicity in chickens. the full genome of fadv-8 was 44,055 nucleotides in length with a similar organization to that of fadv-1 and fadv-9 genomes. no regions homologous to early regions e1, e3 and e4 of mastadenoviruses were recognized. along with fadv-9, fadv-8 has only one fiber gene and with regard to sequence composition and genome org ... | 2011 | 21237223 |
| species determination of fowl adenoviruses based on the 52k gene region. | in the present study, the classification of fowl adenoviruses (fadvs) based on a part of the 52k gene region was described. a total of 44 fadv field samples from different countries and sources were detected using a recently developed sybr green-based real-time pcr. amplified products were sequenced, and phylogenetic analyses were conducted on the basis of the 116-bp region. for comparison, the already published sequences of the 52k gene region of aviadenoviruses were used in the analyses. the p ... | 2013 | 24689188 |
| the first whole genome sequence of a fowl adenovirus b strain enables interspecies comparisons within the genus aviadenovirus. | fowl adenoviruses (fadvs) are grouped into five different species: fowl adenovirus a through fowl adenovirus e (fadv-a to fadv-e), and so far, complete nucleotide sequences are only available for the genomes of fadv-a, fadv-c, fadv-d and fadv-e members. the aim of this study was to sequence and analyze the complete genome of the reference strain representing fadv-b (fadv-5, strain 340). by applying next generation sequencing, the genome was found to be 45,781 bp long with 56.5% g+c content, and ... | 2013 | 23830773 |
| genetic diversity of species fowl aviadenovirus d and fowl aviadenovirus e. | complete genomes of eight reference strains representing different serotypes within the species fowl aviadenovirus d (fadv-d) and fowl aviadenovirus e (fadv-e) were sequenced. the sequenced genomes of fadv-d and fadv-e members comprise 43 287 to 44 336  bp, and have a gene organization identical to that of an earlier sequenced fadv-d member (strain a-2a). highest diversity was noticed in the hexon and fiber genes and orf19. all genomes sequenced in this study contain one fiber gene. phylogenetic ... | 2016 | 27267884 |
| molecular characterisation of fowl adenovirus type 7 isolated from poultry associated with inclusion body hepatitis in poland. | the fowl adenovirus field strain fadv-jsn-5/10j (genbank accession number kp879219) was isolated from the intestine of a 7-week-old chicken diagnosed with inclusion body hepatitis and simultaneously with marek's disease, and for that reason, it was chosen for molecular study. it was identified as fowl adenovirus genotype 7 (species fowl aviadenovirus e) based on nucleotide sequence analysis of the loop l1 region of the hexon gene. nucleotide sequence alignment of this strain, fadv-7 reference st ... | 2017 | 28160143 |
| complete genome sequence of fowl aviadenovirus serotype 8b isolated in south america. | we present here the complete genome sequence of fowl aviadenovirus e (fadv-e) serotype 8b strain fv211-16, isolated from chickens with inclusion body hepatitis in peru. genome comparisons with other fadv-e strains revealed identities of 84.9 to 97.1% and the presence of 9 and 2 unique amino acid mutations in hexon and fiber proteins, respectively. | 2016 | 27795284 |
| isolation and characterization of a novel fowl adenovirus serotype 8a strain from china. | since 2012, the clinical cases of inclusion body hepatitis showed an increasing trend in china, causing considerable economic losses to the poultry industry. in this study, a fowl adenovirus strain ch/gdlz/201801 was isolated from a chicken flock experiencing inclusion body hepatitis and analyzed by complete genome sequencing. the pathogenicity of the new virus strain was examined by experimental infection of specific pathogen free chickens. the isolate was identified by immunofluorescence and t ... | 2019 | 31792739 |