Strain

Portugal_OURT_88.3_1988 (Region: Portugal; Strain: OURT 88/3; Date: 1988)

Gene

220kDa Polyprotein

Description

Annotated in NCBI, contains two RGD cell attachment motifs

Location

AM712240.1(-):102874-110301

GenBank Accession

CAN10441.1

Full name

Polyprotein pp220

Alternative Name

220 kDa polyprotein

CDS

ATGGGTAACCGTGGATCTTCAACCTCTAGTAGACCACCGCTTTCATCAGAAGCAAATTTATATGCGAAGTTACAGGATCATATACAAAGACAAACTCGTCCTTTTTCAGGGGGAGGATATTTTAATGGCGGGGGGGACAAAAATCCTGTACAACACATCAAAGATTATCACATAGACTCCGTATCGAGTAAAGCAAAGCTGCGGGTTATAGAGGGGATTATCAGGGCGATTGCCAAAATAGGGTTCAAAGTAGACACAAAGCAGCCCATCGAAGATATTCTTAAAGATATCAAAAAACAACTGCCCGATCCTCGAGCCGGTTCCACCTTTGTAAAAAATGCGGAAAAACAGGAGACCGTCTGTAAAATGATTGCAGACGCCATTAACCAGGAATTTATTGATTTAGGTCAGGATAAGCTCATAGATACCACCGATGGGGCCGCCAGTATATGTCGACAAATAGTTCTGTACATCAACTCCCTAACTCATGGACTGCGCGCGGAATATCTTGATGTACATGGCAGTATAGAAAATACACTTGAAAACATCAAGCTGTTAAACGACGCCATTAAGCAACTTCACGAGCGCATGGTGACGGAGGTAACCAAAGCAGCCCCCAATGAAGAAGTCATTAATGCAGTCACCATGATTGAAGCAGTATATCGTCGACTTTTAAATGAACAAAACCTACAAATCAACATTTTAACGAATTTTATTGACAATATTTTAACTCCCACCCAAAAGGAACTTGATAAACTGCAGACGGATGAGGTGGATATTATTAAACTTCTAAATGATACAAATAGTGTCTTGGGAACCAAAAATTTTGGAAAAGTGCTTTCGTACACACTTTGTAATCTAGGCATTGCCGCATCTGTTGCGAATAAAATTAATAAGGCTCTCCAGAAAGTAGGACTCAAGGTTGAACAGTATCTTCAAAGCAAAAACTGGGCGGAGTTTGACAAAGAGCTTGACCTCAAAAGATTTAGTGGCCTTGTCTCCGCAGAAAACATTGCCGAGTTTGAAAAAGCCGTGAACCTGTTGCGACAGACCTTTAATGAACGCCACAAAATTCTTGAGAACAGTTGTGCCAAAAAGGGGGGTGACGAGGAGAAAACGCCACTAGATAGGAGGATTGAAGCGCAAAGACTGGATAGAAAGCACATCCTCATGGAATTTTTGAACAAAAGCACACAAGCCTATAACGACTTTTTGGAAAATGTGAAAAAAATAGGCATCAAACTTGTTAAAGAAATTGCCTTGACGCCGAACATAACGAGGCTTCGAGATGCTCTTTCGCGCATTAATGATATGGGCACCATCGCGCTTGATCTAAGTCTTATCGGCTTTTACACCAACGCAGCCGCACGAGAAGAACGCGAAACCTTTTTAACACAGTTTATGCTTGTTAAAAATGTTTTAGAGGAGCAATCTAAAATCGACCCTAATTTTAAAAATCTTTATGACTCCTGCTCTCGCTTGTTGCAGATTATTGATTTTTATACCGATATTGTGCAAAAAAAGTACGGAGGCGGGGAGGACTGCGAGTGCACAAGGGTAGGCGGTGCTGCTCTCACAGTTGAAGAGCTTGGGCTCAGCAAGGCCGCGCGGTCGCAGGTTGACCTCAACCAGGCAATTAATACTTTTATGTATTACTACTATGTGGCCCAGATTTACTCCAATTTAACGCATAACAAACAGGAGTTTCAATCCTACGAGGAAAACTATGCCACTATTCTCGGAGATGCTATTGCGGGACGCCTCATGCAGTTGGATACGGAAAAAAATGCGCGCATTAATTCTCCGGCTGTAGATCTTGCCAGAGGACACGTGGGCCCAAACCCTGGAGGTGCCCAGGAAGCAGACTGGAAGGCAGCTGTAAGCGCCATCGAGCTGGAGTACGATGTAAAACGCCGCTTCTATCGAGCTCTGGAAGGGCTAGACCTTTATCTTAAAAACATTACCAAAACGTTTGTAAACAACATAGATTCTATTCAAACAGTCCAGCAGATGTTGGATGGCGTGCGCATTATAGGACGATGGTTCACCGAGGCAACAGGGGACACGCTTGCACAAGTCTTTGAAAGTTTTCCCACCTCCGCAGGTAACGACTCCAACGTCTTTACGGATAATGCTCCTGCGGGCCACTACTACGAAAAAGTTGCGGCTGAAATCCAACAAGGCCGAAGCGTTGGTACCCTCCGTCCCGTCAGAGCAAGCCAGGCTAAAAACATTCGCGACCTTATCGGGCGTTCTCTTTCCAACTTTCAGGCGCTTAAAAATATCATCAATGCTTTTGCCCGGATTGGAGACATGCTTGGGGGAGAGGAGCTGCGGCAAATGGTGCCCATGTCGCCCTTGCAGATCTATAAAACCTTGCTTGAATATATTCAACATTCTGCGCTTTCCGTGGGACTTAAAAATCTAAATCAATCTGAAATTGGAGGGCAAAGGGTAGCGCTTGCACGAACTCCCGAGGAAGCGGCTCAGCGGGTCTACCTCTCTACTGTGAGAGTTAACGACGCCCTATCAACCCGCTGGGAAACCGAGGACGTCTTCTTCACCTTCATGCTGAAAAGTATGGCCGCTAAGATTTTCATTGTATTAGGCATTTATGATATGTTTGAACGGCCTGAGCCTGTGTACAAACTTATACCCACACGTATGATACTGGGAGGCGCCGATGAGCTAGAACCTGAGGTAATTCCCGAGGCAGCGGAACTTTACTTCCGCCTTCCTCGCCTCGCCGAGTTTTATCAAAAACTGTTTTCCTTCAGAGATGAAAATGTACAGATCTCGATGCTTCCTGAGCTGGAAGGAATATTCTCAGGACTTATTCGCATTATCTTTATGCGTCCTATTGAGCTTATTAACATTGGTGACTACTCAGAAACCGAAATTCGTCAGCTTATCAAAGAAATAAACGTCATTTACCAACACTTTAACTTAGAGTATGGTGAACAAGAAGCAACCAAAAAAGCGCTTATCCATTTTGTAAATGAAATAAACCGCAGGTTCGGCGTTATCACACGCACTGAATGGGAAAAATTTCAACGCATTGTTCAGGAAGCGCGAACTATGAATGACTTCGGAATGATGAATCAAACCAACTACTCCATTCTTCCTGATGAGGACGGCTATACACAATCCTCGCAATTACTTCCCTCCGATAGGTTTATTAGTCCTTCAACCCAACCTACCCCCAAGTGGCGCCCGGCACTATACAATATAGACTCTGTGGATGTCCAAACAGGAATGCTGCAGCCCAACTCCCAGTGGGACTTGGTACAAAAATTTAGGAAACAGCTTAGTGAGATGTTTGAAGATCCCAGCCTACAACAAGAATTGGGCAAAGTTTCCTACCAGGAACTCATTCGCCAGGCTATCAATGAACTCAAAAAGGAGCATACCGACAAAATTCAAATTGTTTCAAAACTTATTCAAGGCTCTGAGTCACTGGCAGATACAGATGTTAACAAAATATTTCTGTTTCATGAAACCGTTATTACAGGTCTTAACTTATTAAGTGCTATTTACGTACTTCTTAATAACTTTCGTAATAACATTAAAGGTTTAGACCTAGATACGATTCAAAAAAGCATCATTGAATGGTTACGAGAAACGCAAGCCGCTAACGTGAACCGAGCCAATCTTATTGACTGGCTCGGAAGAAAACACGGGGCCATCTCTGAGATTAGAAATCCAGGATTGGTTGTTAAGGAAAATGATGTGCGGCTTTCTAGGGTGTATCCTGATCCAACTACCAATGCGACTGCACCCCAAGACCAAAATTTAGTCACAGAGACTCTTTTTGCCTGGATTGTACCATATGTGGGTATTCCTGCTGGTGGAGGAGTTCGTGCGGAGCAAGAATTAGCCGCAAGATATTTGGTAGACAATCAGCGAATCATGCAGCTCCTGTTGACCAATATCTTCGAAATGACCTCTAGTTTTAACAAAATGGTTCAAGTTCGCTTTCCCGAAACTAGCACCGCTCAAGTGCACTTAGATTTTACGGGTCTTATTTCCTTAATTGATTCTTTGATGGCCGACACTAAGTATTTTCTTAATCTTCTACGCCCACATATTGATAAAAACATTATTCAATACTACGAAAATAGATCCAATCCTGGCTCATTTTACTGGCTGGAAGAACATTTGATTGACAAGCTTATTAAACCACCCACCGATGCCGGGGGAAGGCCGCTTCCTGGCGGTGAATTAGGCCTGGAGGGAGTTAACCAAATCATTAATAAAACCTACATCTTGCTTACAAAACCCTATAATGTACTGCAACTTCGAGGTGGGGTACAAAGAAGAGATGCAGCTAATATTCAAATAAATAACAATCCCCAACCCTCTGAGCGCTTTGAACAATATGGAAGAGTATTTAGTAGACTCGTATTTTACGATGCTTTGGAGAATAACTCTGGACTCCGTGTAGAGCAAGTGGTACTAGGAGACTTTAGACTCTCCAATCTTATTCGTACCAACAATGCCCAGGAGGAAAATACTCTTAGCTACTGGGACAATATGGCGCCCAGAACCTATGCCAACGTCAATGATGCCGCAAACAACCTTCGACGTTATCGCCTATATGGATCAGACTATGGTATTCAAAATAATCGTAGTATGATGATGGTGTTTAACCAGCTTGTAGCCTCGTACATTGCCCGGTTTTATGACGCTCCCAGCGGAAAAATATATCTTAATCTTATCAATGCATTCGCCAACGGGAACTTTAGCCAAGCGGTGATGGAGCTGGGGTACACTCATCCCGACCTAGCACGTGATAACATCGCCTTTGGCCATAGGGGCGACCCCACAGAGCAGTCGGTGCTCCTTTTGTCCTTGGGTCTCATGCTTCAGCGGCTTATTAAGGATACTAACCGCCAAGGCCTGAGTCAACATCTTATTTCCACGTTAACAGAAATTCCTATCTATCTTAAAGAAAATTATAGAGCCAATCTTCCACTATTTAACAAAATGTTTAATATTCTTATTAGTCAGGGGGAGCTTTTAAAACAATTCATACAATACACAAATGTCCAACTGGCTCGTCCTAATCTGATGGGGCTCTTGGGGGCCAATAATGATTCCGTTATTTACTATAATAATAATATTAATGTTCCTATGACAGGACTATCCGTCGGTCAGGCGGCCCTGCGGGGAATTGGCGGCGTATTTCGTCCCAATGTTACGCTTATGCCCCTAGGAGACGCACAAAATAATACGAGCGATGTTGTGCGAAAGCGATTGGTCGCAGTGATCGACGGGATCATTAGAGGCTCCCACACTCTGGCAGACTCTGCCATGGAAGTCCTACATGAACTTACCGACCATCCCATCTATCTTGAAACAGAAGAACACTTCATTCAAAACTATATGTCCCGGTACAATAAGGAGCCTCTTATGCCATTTTCACTTTCGCTCTATTATTTGCGTGACCTAAGAATAGAGAATAATGAGGTATATGATCCTCTTCTTTACCCAAACCTTGAAAGCGGCTCCCCCGAGTTTAAACTACTATACGGCACAAGAAAATTACTGGGAAATGATCCGGTACAGCTCTCAGATATGCCCGGAGTACAGCTTATCATGAAAAATTATAATGAAACAGTGGTTGCTCGCGAACAAATTACTCCCACGCGATTCGAACACTTTTATACCCATGCTATTCAGGCTCTTCGATTTATCGTAAATATCCGTAGTTTTAAAACAGTGATGATGTACAATGAAAATACTTTTGGTGGAGTTAATCTTATTAGCGAGAACAGAGACGATAAACCTATTATAACAGCGGGAATAGGGATGAATGCAGTGTATTCGCTTCGTAAAACATTGCAAGACGTGATTTCCTTCGTGGAAAGCTCTTACCAAGAGGAGCAAATCAATCATATTCACAAAATAGTATCGCCGAAAGGCCAAACACGCACTCTTGGCTCTAATAGAGAGCGCGAGCGCATATTTAACTTGTTTGATATGAATATTATACCTATCAATGTAAATGCGCTGATGCGATCTATACCACTTGCGAATATTTACAACTATGACTATAGTTTTGAAGAAATTGCTTGTCTTATGTACGGCATTTCGGCCGAAAAGGTACGATCGCTAAACACCGCGGCTCCTCAGCCAGATATTGCAGAGGTATTAAACATTCCGAATCGTCCCCCCATGAACACTCGAGAATTTATGCTAAAACTTCTTATAAACCCCTATGTTTCAGTCTCTATCACCCAATATGGAAACGAATTGATGAGCAAGGGCAGTGCTGGATATATGTCACGCATTTTTAGAGGAGATAATGCGCTGAACATGGGCCGTCCTAAGTTTCTTTCCGACCAAATTTTTAATAAAGTGTTATTTGGAAGTCTGTACCCCACACAGTTTGACTATGATGAAGCAGGCCCGGGTTTGGCCGCAGGTATTCAACGTGGACGTGAACAATGGGGGCAACCCTTATCAGAATACATCAATCAGGCTTTACATGAACTTGTCCGTACCATAAGAATACCTCAGAAACTTCGAGTTCTAAGAAATATTATTGTTAAAAACCAACTTATAGCGGATTTAACTACAATTAGAGAGCAGCTTGTAAGTATGCGAAGAGAAGTTGAAAACATGATACAAACTCCTGAAATTCAAAACAATCCAACCCCTGAGGTCATTGCAGCCGCTCAAAACTGGACACAGCAATACCGAGCTCGGGTAGATACCTTAATTAATTTTATAGGAAATATTGGGCAACCCAATTCAATGTTAGACTTAATACAAACTATTACGCCCGTAACAGTGCGAGCACAATTAGGCGTCATTTTTAATAGACATGGAATCCCTGTTCCACATCCCCGTCAGATACTACAAACTGATGATGAAGCGACTCAATGGTTTATGACCAATATTTTAAACATACCTGCCATTATAATGACACCCTTTACGGACCTCGCAAATGATCTTAGAACATTTTTAGAAACTTTGGAACGATATGTTTTTAATGTTCCAAGATGGTTGGGTCCTAGCACAGGACGAGTTGCACGAGCACCCGTTCGTATGGCACCTAGAGATATGCGACATCCCATTTCATATACGGAAAATAGTGTGCTCACCTATATCACGGAACAAAATCGGGAAGAAGGACCCTGGTCCATCGTTAAACAAGTGGGAGTTGGAATACAAAAGCCCACCTTAGTACAAATCGGAAAGGATCGCTTTGACACTCGCCTCATACGCAATCTAATATTTATTACAAATATACAGCGACTATTACGACTGCGTCTAAACCTAGAACTCTCGCAGTTCAGAAATGTGCTCGTCAGTCCTGACCACATTATAAACCCCAGCATTACAGAGTACGGGTTCTCCATCACAGGACCCAGTGAGACCTTCTCAGATAAACAGTATGATAGCGATATTCGAATTTTATAA

Protein

MGNRGSSTSSRPPLSSEANLYAKLQDHIQRQTRPFSGGGYFNGGGDKNPVQHIKDYHIDSVSSKAKLRVIEGIIRAIAKIGFKVDTKQPIEDILKDIKKQLPDPRAGSTFVKNAEKQETVCKMIADAINQEFIDLGQDKLIDTTDGAASICRQIVLYINSLTHGLRAEYLDVHGSIENTLENIKLLNDAIKQLHERMVTEVTKAAPNEEVINAVTMIEAVYRRLLNEQNLQINILTNFIDNILTPTQKELDKLQTDEVDIIKLLNDTNSVLGTKNFGKVLSYTLCNLGIAASVANKINKALQKVGLKVEQYLQSKNWAEFDKELDLKRFSGLVSAENIAEFEKAVNLLRQTFNERHKILENSCAKKGGDEEKTPLDRRIEAQRLDRKHILMEFLNKSTQAYNDFLENVKKIGIKLVKEIALTPNITRLRDALSRINDMGTIALDLSLIGFYTNAAAREERETFLTQFMLVKNVLEEQSKIDPNFKNLYDSCSRLLQIIDFYTDIVQKKYGGGEDCECTRVGGAALTVEELGLSKAARSQVDLNQAINTFMYYYYVAQIYSNLTHNKQEFQSYEENYATILGDAIAGRLMQLDTEKNARINSPAVDLARGHVGPNPGGAQEADWKAAVSAIELEYDVKRRFYRALEGLDLYLKNITKTFVNNIDSIQTVQQMLDGVRIIGRWFTEATGDTLAQVFESFPTSAGNDSNVFTDNAPAGHYYEKVAAEIQQGRSVGTLRPVRASQAKNIRDLIGRSLSNFQALKNIINAFARIGDMLGGEELRQMVPMSPLQIYKTLLEYIQHSALSVGLKNLNQSEIGGQRVALARTPEEAAQRVYLSTVRVNDALSTRWETEDVFFTFMLKSMAAKIFIVLGIYDMFERPEPVYKLIPTRMILGGADELEPEVIPEAAELYFRLPRLAEFYQKLFSFRDENVQISMLPELEGIFSGLIRIIFMRPIELINIGDYSETEIRQLIKEINVIYQHFNLEYGEQEATKKALIHFVNEINRRFGVITRTEWEKFQRIVQEARTMNDFGMMNQTNYSILPDEDGYTQSSQLLPSDRFISPSTQPTPKWRPALYNIDSVDVQTGMLQPNSQWDLVQKFRKQLSEMFEDPSLQQELGKVSYQELIRQAINELKKEHTDKIQIVSKLIQGSESLADTDVNKIFLFHETVITGLNLLSAIYVLLNNFRNNIKGLDLDTIQKSIIEWLRETQAANVNRANLIDWLGRKHGAISEIRNPGLVVKENDVRLSRVYPDPTTNATAPQDQNLVTETLFAWIVPYVGIPAGGGVRAEQELAARYLVDNQRIMQLLLTNIFEMTSSFNKMVQVRFPETSTAQVHLDFTGLISLIDSLMADTKYFLNLLRPHIDKNIIQYYENRSNPGSFYWLEEHLIDKLIKPPTDAGGRPLPGGELGLEGVNQIINKTYILLTKPYNVLQLRGGVQRRDAANIQINNNPQPSERFEQYGRVFSRLVFYDALENNSGLRVEQVVLGDFRLSNLIRTNNAQEENTLSYWDNMAPRTYANVNDAANNLRRYRLYGSDYGIQNNRSMMMVFNQLVASYIARFYDAPSGKIYLNLINAFANGNFSQAVMELGYTHPDLARDNIAFGHRGDPTEQSVLLLSLGLMLQRLIKDTNRQGLSQHLISTLTEIPIYLKENYRANLPLFNKMFNILISQGELLKQFIQYTNVQLARPNLMGLLGANNDSVIYYNNNINVPMTGLSVGQAALRGIGGVFRPNVTLMPLGDAQNNTSDVVRKRLVAVIDGIIRGSHTLADSAMEVLHELTDHPIYLETEEHFIQNYMSRYNKEPLMPFSLSLYYLRDLRIENNEVYDPLLYPNLESGSPEFKLLYGTRKLLGNDPVQLSDMPGVQLIMKNYNETVVAREQITPTRFEHFYTHAIQALRFIVNIRSFKTVMMYNENTFGGVNLISENRDDKPIITAGIGMNAVYSLRKTLQDVISFVESSYQEEQINHIHKIVSPKGQTRTLGSNRERERIFNLFDMNIIPINVNALMRSIPLANIYNYDYSFEEIACLMYGISAEKVRSLNTAAPQPDIAEVLNIPNRPPMNTREFMLKLLINPYVSVSITQYGNELMSKGSAGYMSRIFRGDNALNMGRPKFLSDQIFNKVLFGSLYPTQFDYDEAGPGLAAGIQRGREQWGQPLSEYINQALHELVRTIRIPQKLRVLRNIIVKNQLIADLTTIREQLVSMRREVENMIQTPEIQNNPTPEVIAAAQNWTQQYRARVDTLINFIGNIGQPNSMLDLIQTITPVTVRAQLGVIFNRHGIPVPHPRQILQTDDEATQWFMTNILNIPAIIMTPFTDLANDLRTFLETLERYVFNVPRWLGPSTGRVARAPVRMAPRDMRHPISYTENSVLTYITEQNREEGPWSIVKQVGVGIQKPTLVQIGKDRFDTRLIRNLIFITNIQRLLRLRLNLELSQFRNVLVSPDHIINPSITEYGFSITGPSETFSDKQYDSDIRIL

Function

Polyprotein pp220 is essential for the core assembly. Its myristoyl moiety may function as a membrane-anchoring signal to bind the developing core shell to the inner viral envelope (By similarity).
The structural protein p34 is a component of the virus core shell.
The structural protein p14 is a component of the virus core shell.
The structural protein p37 is a component of the virus core shell.
The structural protein p150 is a component of the virus core shell.

Similarity

Belongs to the asfivirus polyprotein pp220 family.

Keywords

Coiled coil Complete proteome Host cytoplasm Host nucleus Late protein Lipoprotein Myristate Reference proteome Virion

Feature

chain Polyprotein pp220

Uniprot

A9JL55 D4I5S9 A9JLY6 A0A1C6ZXV9 A0A0A1E0P3 A0A0A1E3M9 + More
Q08358 E0WM42 A0A2X0THU5 P0CA04 P0CA03 P0CA01 A0A0C5AZH9 P0CA02 A0A0C5B049 A0A2Z5DFS2

Pubmed

18198370 25406173 26618713 8335009 11831707 3245132 + More
9032369 11861832 12438573 12525602 17580096 21470447 25645905

EMBL

AM712239 CAN10191.1 FN557520 CBH29192.1 AM712240 CAN10441.1 + More
KM102979 AJZ77038.1 KM262844 KX354450 AIY22283.1 AOO54441.1 KM262845 KP055815 AIY22441.1 AKO62773.1 Z22777 U18466 X87965 FR682468 CBW46758.1 MG939583 MG939587 MG939588 LS478113 AXZ95866.1 AXZ96054.1 AXZ96149.1 SPS73515.1 AY261366 AY261363 AY261360 KM111294 AJL34105.1 AY261361 KM111295 MH025916 MH025917 MH025918 MH025920 AJL34270.1 AXB49320.1 AXB49494.1 AXB49666.1 AXB50010.1 MH025919 AXB49837.1

Proteomes

UP000130745 UP000101090 UP000108903 UP000117635 UP000142390 UP000266411 + More
UP000110401 UP000241813 UP000000624 UP000141072 UP000000858 UP000000859 UP000000861 UP000105860 UP000000860 UP000101566

PRIDE

Q08358 P0CA04 P0CA03 P0CA01 P0CA02

ProteinModelPortal

A9JL55 D4I5S9 A9JLY6 A0A1C6ZXV9 A0A0A1E0P3 A0A0A1E3M9 + More
Q08358 E0WM42 A0A2X0THU5 P0CA04 P0CA03 P0CA01 A0A0C5AZH9 P0CA02 A0A0C5B049 A0A2Z5DFS2

PDB

6OGE E-value=0.502924, Score=85

Ontologies

KEGG

vg:22220321

GO

GO:0044220  C:host cell perinuclear region of cytoplasm
GO:0042025  C:host cell nucleus
GO:0019012  C:virion

Subcellular Location

From MSLVP

Capsid

From Uniprot

Virion
Host cytoplasm
Host perinuclear region
Host nucleus

Topology

Length:

2475

Number of predicted TMHs:

0

Exp number of AAs in TMHs:

0.632449999999995

Exp number, first 60 AAs:

0

Total prob of N-in:

0.00032

outside

1 - 2475

Population Genetic Test Statistics

Pi

0.0499422

Theta

0.0568881

Tajima's D

-0.740273

CLR

0.335231

Interpretation

No evidence of Selection

Genomic alignment in the CDS region

Multiple alignment of Orthologues

Gene Tree

Orthologous in Strains

Strain	Status	Gene
Spain_BA71_1971	Protein	AKO62773.1
China_AnhuiXCGQ_2018	Protein	AYW34063.1
China_ASFV-SY18_2018	Protein	AKO62773.1
Poland_Pol16_20186_o7_2016-2017	Protein	AXZ95866.1
Poland_Pol16_20538_o9_2016-2017	Protein	AJL34270.1
Poland_Pol16_20540_o10_2016-2017	Genetic Remain	AJL34270.1
Poland_Pol16_29413_o23_2016-2017	Genetic Remain	AJL34270.1
Poland_Pol17_03029_C201_2016-2017	Protein	AXZ96054.1
Poland_Pol17_04461_C210_2016-2017	Protein	AXZ96149.1
Poland_Pol17_05838_C220_2016-2017	Genetic Remain	AJL34270.1
Poland_ASFV_POL_Podlaskie_2015	Genetic Remain	AJL34270.1
Uganda_R8_2015	Protein	AXB49320.1
Uganda_R7_2015	Protein	AXB49494.1
Uganda_R25_2015	Protein	AXB49666.1
Uganda_N10_2015	Protein	AXB49837.1
Uganda_R35_2015	Protein	AXB50010.1
Estonia_2014	Protein	SPS73515.1
Italy_26544_OG10_2010	Protein	AJZ77038.1
Italy_47_Ss_2008_2008	Protein	AOO54441.1
Portugal_OURT_88.3_1988	Protein	CAN10441.1
Spain_E75_1975	Protein	CBH29192.1
Russia_Georgia_2007	Protein	CBW46758.1
Kenya_Tk1_2005	Protein	AJL34105.1
Kenya_Bus_2006	Protein Protein	AJL34270.1 AJL34270.1
Russia_Odintsovo_2014	Genetic Remain	AJL34270.1
Portugal_L60_1960	Protein	AIY22283.1
Portugal_NHV_1968	Protein	AIY22441.1
Russia_Kashino_2013	Genetic Remain	AJL34270.1
Benin_1997	Protein	CAN10191.1
South_Africa_KNP_Pretorisuskop_1996	Genetic Remain	AJL34270.1
South_Africa_MGR_Mkuzi_1979	Genetic Remain	AJL34270.1
Malawi_Lil_1983	Protein	AJL34270.1
Kenya_1950	Protein	AJL34270.1
Namibia_Warthog_1980	Genetic Remain	AJL34270.1
South_Africa_Warmbaths_1987	Genetic Remain	AJL34270.1
Malawi_Tengani_1962	Genetic Remain	AJL34270.1
China_HLJ_2018	Protein	QBH90580.1
China_LN_2018	Protein	QBH90765.1
China_wbBS01_2018	Protein	QDL88123.1
Ukraine_Kyiv_2014	Protein Protein Protein	QED21684.1 QED21685.1 QED21686.1
Belgium_Etalle_wb_2018	Protein	QED90535.1
Lithuania_LT14_2014	Protein	QEY87898.1
South_Africa_1985
South_Africa_2_2008
Zambia_LIV_1983

Sequence

Summary