Genome And Source
Length
5,096
Type
ssRNA(+)
GC%
40.1%
Completeness
gene_fragment
Country
China
Year
2014
📋 Data Provenance
Genome Browser
No ORF position data available for this genome.
Curation Status
55
Isolates
10
Hosts
1
Proteins
✓
Sequence
Related Viruses
No related viruses found.
Reference
Redefining the invertebrate RNA virosphere.
Shi Mang; Lin Xian-Dan; Tian Jun-Hua; Chen Liang-Jun; Chen Xiao; Li Ci-Xiu; Qin Xin-Cheng; Li Jun; Cao Jian-Ping; Eden John-Sebastian; Buchmann Jan; Wang Wen; Xu Jianguo; Holmes Edward C; Zhang Yong-Zhen
Nature 2016
PMID: 27880757
DOI: 10.1038/nature20167
ICTV Mapping
No reviewed species-level mapping is available. Family-level ICTV references:
- Totivirus go (Totivirus)
- Totivirus hachi (Totivirus)
- Totivirus ichi (Totivirus)
- Totivirus jyu (Totivirus)
- Totivirus jyugo (Totivirus)
Hosts
Charybdis crab
蟳属 Portunidae
Mantis shrimp
虾蛄/皮皮虾 Squillidae
Penaeid shrimp
对虾科 Penaeidae
Sesarmid crab
相手蟹科 Sesarmidae
blue swimmer crab
远海梭子蟹/花蟹 Portunidae
hermit crab
寄居蟹属 Paguridae
hermit crab mix Beihai
寄居蟹属 Paguridae
horseshoe crab
鲎（非甲壳类） Limulidae
tiger crab
虎头蟹 Orithyiidae
woodlouse
潮虫/鼠妇 Armadillidiidae
Diagnostic And Control Records
No curated diagnostic or control records are available for this virus.
Proteins
🧬
No protein annotations available
Loading additional protein data...
Related Literature (35 articles)
Comparison of intestinal and environmental microbiota of the snapping shrimp (
Zhu FC, Yang YB, Yin QJ, Chen XY, Yu S
2025
Cellular immunophenotyping in human and primate tissues during healthy conditions and Ebola and Nipah infections.
Platt AP, Barr B, Marketon A, Bernbaum R, Rivera DF, Munster VJ, Chertow DS, Holbrook MR, Anthony SM, Pahar B
2025
Serological Survey for Three Canine Viruses in Brazilian Wild Carnivores : Antibodies Against Canine Viruses in Wild Carnivores.
Lavorente FLP, Spera CG, Miyabe FM, Lorenzetti E, Fritzen JTT, Alfieri AA, Alfieri AF
2023
The structure and mechanism of action of a distinct class of dicistrovirus intergenic region IRESs.
Abaeva IS, Young C, Warsaba R, Khan N, Tran LV, Jan E, Pestova TV, Hellen CUT
2023
Virome Analysis Provides an Insight into the Viral Community of Chinese Mitten Crab
Guo G, Wang M, Zhou D, He X, Han P, Chen G, Zeng J, Liu Z, Wu Y, Weng S, He J
2023
Viruses of a key coral symbiont exhibit temperature-driven productivity across a reefscape.
Howe-Kerr LI, Grupstra CGB, Rabbitt KM, Conetta D, Coy SR, Klinges JG, Maher RL, McConnell KM, Meiling SS, Messyasz A, Schmeltzer ER, Seabrook S, Sims JA, Veglia AJ, Thurber AR, Thurber RLV, Correa AMS
2023
Characterization of Two Novel Toti-Like Viruses Co-infecting the Atlantic Blue Crab,
Zhao M, Xu L, Bowers H, Schott EJ
2022
Assessment of crab fishermen's exposure to rabies virus in a typical Amazonian community.
de Paula Silva N, de Andrade EA, Cardoso D, Guimarães RCS, Silva MB, Nascimento KKG, Xavier DA, Abel I
2021
A Novel Terrestrial Rabies Virus Lineage Occurring in South America: Origin, Diversification, and Evidence of Contact between Wild and Domestic Cycles.
Caraballo DA, Lema C, Novaro L, Gury-Dohmen F, Russo S, Beltrán FJ, Palacios G, Cisterna DM
2021
Virome Analysis of Signal Crayfish (Pacifastacus leniusculus) along Its Invasion Range Reveals Diverse and Divergent RNA Viruses
Bacnik,K., Kutnjak,D., Cerni,S., Bielen,A. and Hudina,S.
2021
Mass mortality in freshwater mussels (Actinonaias pectorosa) in the Clinch River, USA, linked to a novel densovirus.
Richard JC, Leis E, Dunn CD, Agbalog R, Waller D, Knowles S, Putnam J, Goldberg TL
2020
Diversity and Evolution of Novel Invertebrate DNA Viruses Revealed by Meta-Transcriptomics.
Porter Ashleigh F; Shi Mang; Eden John-Sebastian; Zhang Yong-Zhen; Holmes Edward C
2019
Genome Sequences of a Novel Picorna-Like Virus from Pacific Abalone (
Kim JO, Lee JK, Seo YB, Lim HK, Kim GD
2017
Antibodies to Influenza A Viruses in Gulls at Delaware Bay, USA.
Guinn K, Fojtik A, Davis-Fields N, Poulson RL, Krauss S, Webster RG, Stallknecht DE
2016
Redefining the invertebrate RNA virosphere.
Shi Mang; Lin Xian-Dan; Tian Jun-Hua; Chen Liang-Jun; Chen Xiao; Li Ci-Xiu; Qin Xin-Cheng; Li Jun; Cao Jian-Ping; Eden John-Sebastian; Buchmann Jan; Wang Wen; Xu Jianguo; Holmes Edward C; Zhang Yong-Zhen
2016
Adenoviruses of canine and human origins in stool samples from free-living pampas foxes (Lycalopex gymnocercus) and crab-eating foxes (Cerdocyon thous) in São Francisco de Paula, Rio dos Sinos basin.
Monteiro GS, Fleck JD, Kluge M, Rech NK, Soliman MC, Staggemeier R, Rodrigues MT, Barros MP, Heinzelmann LS, Spilki FR
2015
Evaluation of the effectiveness and safety of chitosan derivatives as adjuvants for intranasal vaccines.
Kobayashi T, Fukushima K, Sannan T, Saito N, Takiguchi Y, Sato Y, Hasegawa H, Ishikawa K
2013
Annual survival of ruddy turnstones is not affected by natural infection with low pathogenicity avian influenza viruses.
Maxted AM, Porter RR, Luttrell MP, Goekjian VH, Dey AD, Kalasz KS, Niles LJ, Stallknecht DE
2012
Canine distemper infection in crab-eating fox (Cerdocyon thous) from Argentina.
Ferreyra H, Calderón MG, Marticorena D, Marull C, Leonardo BC
2009
Canine distemper virus in a crab-eating fox (Cerdocyon thous) in Brazil: case report and phylogenetic analyses.
Megid J, de Souza VA, Teixeira CR, Cortez A, Amorin RL, Heinemman MB, Cagnini DQ, Richtzenhain LJ
2009
Production and application of recombinant antibodies to foot-and-mouth disease virus non-structural protein 3ABC.
Foord AJ, Muller JD, Yu M, Wang LF, Heine HG
2007
Immunization with a DNA vaccine encoding the hepatitis-C-virus structural antigens elicits a specific immune response against the capsid and envelope proteins in rabbits and Macaca irus (crab-eating macaque monkeys).
Dueñas-Carrera S, Viña A, Martínez R, Alvarez-Lajonchere L, Alvarez-Obregón JC, Marante J, Pérez A, Mosqueda O, Martínez G, Morales J
2004
CpSBV, a systemic virus of the edible crab, Cancer pagurus (L.).
Corbel V, Coste F, Bonami JR
2003
Comparison of bioassays and laboratory assays for apple stem grooving virus.
Kirby MJ, Guise CM, Adams AN
2001
A newly identified horseshoe crab lectin with specificity for blood group A antigen recognizes specific O-antigens of bacterial lipopolysaccharides.
Inamori K, Saito T, Iwaki D, Nagira T, Iwanaga S, Arisaka F, Kawabata S
1999
Concentrations of C-reactive protein in normal monkeys (Macaca irus) and in monkeys inoculated with Bordetella bronchiseptica R-5 and measles virus.
Jinbo T, Ami Y, Suzaki Y, Kobune F, Ro S, Naiki M, Iguchi K, Yamamoto S
1999
Mechanisms of neutralization of a nairovirus (Dugbe virus) by polyclonal IgG and IgM.
Green EM, Armstrong SJ, Dimmock NJ
1992
Transformation of animal cells with human T-cell leukemia virus type II.
Miyamoto K, Tomita N, Hayashi K, Akagi T
1990
Morphological studies of the neutralization of influenza virus by IgM.
Armstrong SJ, Outlaw MC, Dimmock NJ
1990
PC 84, a parvo-like virus from the crab Carcinus mediterraneus: pathological aspects, ultrastructure of the agent, and first biochemical characterization.
Mari J, Bonami JR
1988
Establishment of primate lymphoblastic cell lines by coculture with a simian T-cell leukemia virus-1 positive, hypoxanthine-guanine-phosphoribosyltransferase negative Japanese macaque cell line.
Murayama Y, Ishida T, Minezawa M, Noguchi A, Takenaka O
1988
A field study of infection with human T-cell leukemia virus among asian primates.
Ishida T, Yamamoto K, Ishimoto G, Shotake T, Takenaka O, Nozawa K, Hayami M, Hinuma Y
1985
Detection of serum antibodies to adult T-cell leukemia virus in non-human primates and in people from Africa.
Hunsmann G, Schneider J, Schmitt J, Yamamoto N
1983
Loading additional literature...
Geographic Distribution
China
55 isolates
Taxonomy Information
Family
Orthototiviridae
Host Phylum
Arthropoda
Genome Type
ssRNA(+)
Discovery Method
metagenomic_with_host_evidence
Related Isolates
| Accession | Length | GC | Completeness | Country | Year |
|---|---|---|---|---|---|
| KX882970.1 | 8,045 | 47.8 | gene_fragment | China | 2014 |
| KX882997.1 | 4,998 | 47.2 | gene_fragment | China | 2014 |
| KX883056.1 | 3,209 | 56.8 | gene_fragment | China | 2014 |
| KX883057.1 | 1,444 | 55.6 | gene_fragment | China | 2014 |
| KX883114.1 | 3,507 | 49.0 | gene_fragment | China | 2014 |
| KX883115.1 | 1,656 | 49.5 | gene_fragment | China | 2014 |
| KX883327.1 | 9,885 | 46.7 | gene_fragment | China | 2014 |
| KX883366.1 | 9,894 | 46.7 | gene_fragment | China | 2014 |
| KX883417.1 | 9,887 | 46.8 | gene_fragment | China | 2014 |
| KX883430.1 | 9,888 | 46.8 | gene_fragment | China | 2014 |
| KX883434.1 | 10,177 | 42.4 | gene_fragment | China | 2014 |
| KX883627.1 | 29,385 | 40.8 | gene_fragment | China | 2014 |
| KX883751.1 | 10,973 | 48.2 | gene_fragment | China | 2014 |
| KX883752.1 | 11,959 | 40.9 | gene_fragment | China | 2014 |
| KX883753.1 | 6,969 | 41.1 | gene_fragment | China | 2014 |
| KX883770.1 | 9,621 | 48.2 | gene_fragment | China | 2014 |
| KX883959.1 | 8,351 | 46.0 | gene_fragment | China | 2014 |
| KX883966.1 | 9,887 | 46.8 | gene_fragment | China | 2014 |
| KX883967.1 | 8,870 | 41.8 | gene_fragment | China | 2014 |
| KX883990.1 | 5,620 | 47.5 | gene_fragment | China | 2014 |
| KX883991.1 | 1,760 | 44.4 | gene_fragment | China | 2014 |
| KX884032.1 | 6,858 | 38.3 | gene_fragment | China | 2014 |
| KX884033.1 | 1,320 | 36.4 | gene_fragment | China | 2014 |
| KX884384.1 | 12,469 | 48.8 | gene_fragment | China | 2014 |
| KX884404.1 | 12,996 | 47.5 | gene_fragment | China | 2014 |
| KX884465.1 | 10,256 | 39.8 | gene_fragment | China | 2014 |
| KX884471.1 | 9,599 | 43.4 | gene_fragment | China | 2014 |
| KX884741.1 | 9,038 | 39.6 | gene_fragment | China | 2014 |
| KX884742.1 | 5,096 | 40.1 | gene_fragment | China | 2014 |
| KX884743.1 | 5,122 | 40.8 | gene_fragment | China | 2014 |
| KX884794.1 | 8,644 | 29.1 | gene_fragment | China | 2014 |
| KX884870.1 | 6,336 | 33.0 | gene_fragment | China | 2014 |
| NC_032272.1 | 5,620 | 47.5 | gene_fragment | China | 2014 |
| NC_032273.1 | 6,858 | 38.3 | gene_fragment | China | 2014 |
| NC_032274.1 | 1,760 | 44.4 | gene_fragment | China | 2014 |
| NC_032275.1 | 1,320 | 36.4 | gene_fragment | China | 2014 |
| NC_032417.1 | 12,996 | 47.5 | gene_fragment | China | 2014 |
| NC_032434.1 | 10,256 | 39.8 | gene_fragment | China | 2014 |
| NC_032441.1 | 9,599 | 43.4 | gene_fragment | China | 2014 |
| NC_032445.1 | 10,973 | 48.2 | gene_fragment | China | 2014 |
| NC_032447.1 | 11,959 | 40.9 | gene_fragment | China | 2014 |
| NC_032449.1 | 6,969 | 41.1 | gene_fragment | China | 2014 |
| NC_032459.1 | 9,888 | 46.8 | gene_fragment | China | 2014 |
| NC_032464.1 | 10,177 | 42.4 | gene_fragment | China | 2014 |
| NC_032465.1 | 4,998 | 47.2 | gene_fragment | China | 2014 |
| NC_032488.1 | 12,469 | 48.8 | gene_fragment | China | 2014 |
| NC_032490.1 | 29,385 | 40.8 | gene_fragment | China | 2014 |
| NC_032521.1 | 3,507 | 49.0 | gene_fragment | China | 2014 |
| NC_032522.1 | 1,656 | 49.5 | gene_fragment | China | 2014 |
| NC_032523.1 | 3,209 | 56.8 | gene_fragment | China | 2014 |
| NC_032524.1 | 1,444 | 55.6 | gene_fragment | China | 2014 |
| NC_032534.1 | 8,870 | 41.8 | gene_fragment | China | 2014 |
| NC_032566.1 | 8,045 | 47.8 | gene_fragment | China | 2014 |
| NC_032641.1 | 8,351 | 46.0 | gene_fragment | China | 2014 |
| NC_033125.1 | 9,621 | 48.2 | gene_fragment | China | 2014 |
Sequence
Loading sequence...