ASFVdb The African Swine Fever Virus Database
Strain
Poland_Pol16_29413_o23_2016-2017 (Region: Poland;  Strain: Pol16_29413_o23;  Date: 2016-2017)
Gene
AP endonuclease class II
Description
Annoated by sequence mapping,  VOCs Family: AP endonuclease class II
GenBank Accession
Full name
Probable AP endonuclease      
 

Sequence

CDS
ATGTTTGGAGCTTTTGTAAGCCACCGTTTGTGGTCAGATAGTGGTTGTACGACCACCTGCATCACAAACAGCATTGCTAATTATGTAGCCTTCGGCGAACAAATTGGATTTCCCTTTAAATCAGCTCAGGTATTTATTGCCGGCCCTAGAAAGGCTGTGATAAATATTCAGGAAGATGATAAAGTTGAGCTTTTAAAGATGATTGTTAAGCACAATCTTTGGGTTGTTGCTCATGGAACCTACTTAGATGTGCCCTGGTCCCGTAAGAGTGCGTTTGTTACACATTTTATACAACAAGAACTACTTATATGCAAGGAAGTCGGTATTAAAGGGTTAGTTTTACACCTAGGCGCTGTGGAGCCTGAACTTATTATGGAAGGACTAAAAAAAATTAAGCCGGTTGAGGGGGTTGTCATTTACCTGGAAACCCCGCATAACAAACATCATACATATAAATACAGTACAATTGAGCAGATCAAAGAATTGTTTTTACGGATACGAAATACCAGGTTGAAACAGATTGGTTTATGCATTGATACGGCTCACATCTGGTCTTCCGGTGTCAACATCTCCAGCTATAATGACGCGGGGCAATGGCTGCGCTCGCTGGAAAACATTCATTCCGTGATCCCACCAAGCCACATTATGTTCCACCTAAATGATGCCGCCACAGAATGCGGAAGCGGTATAGACCGACATGCAAGTCTTTTTGAAGGAATGATTTGGAAATCATATAGCCATAAAATAAAGCAAAGCGGTTTATATTGTTTTGTTGAATACGTTACGCGACACCAGTGTCCGGCTATATTGGAGAGAAACCTCGGGTCTTCCATGCAATTACAAACCGCTTTAACCGCAGAATTTACTACATTAAAATCGTTATTAAAATAA
Protein
MFGAFVSHRLWSDSGCTTTCITNSIANYVAFGEQIGFPFKSAQVFIAGPRKAVINIQEDDKVELLKMIVKHNLWVVAHGTYLDVPWSRKSAFVTHFIQQELLICKEVGIKGLVLHLGAVEPELIMEGLKKIKPVEGVVIYLETPHNKHHTYKYSTIEQIKELFLRIRNTRLKQIGLCIDTAHIWSSGVNISSYNDAGQWLRSLENIHSVIPPSHIMFHLNDAATECGSGIDRHASLFEGMIWKSYSHKIKQSGLYCFVEYVTRHQCPAILERNLGSSMQLQTALTAEFTTLKSLLKX

Summary

Function
Endonuclease that plays a role in DNA repair. Cleaves phosphodiester bonds on the 5' side of apurinic or apyrimidinic sites (AP sites). In addition to endonuclease activity, the ASFV enzyme has a proofreading 3'-5' exonuclease activity that is considerably more efficient in the elimination of a mismatch than in that of a correctly paired base. Displays 3'-phosphatase and 3'-repair diesterase activities. The single nucleotide gaps generated by the AP endonuclease are filled by the viral AP endonuclease and DNA ligase (By similarity).
Cofactor
Zn(2+)
Miscellaneous
Consistent with its intracellular location, ASFV encodes its own replicative DNA polymerase and three base excision repair enzymes: a class II AP endonuclease, the repair polymerase Pol X, and an ATP-dependent DNA ligase.
During infection, the protein is expressed at early times and accumulates at later times.
Similarity
Belongs to the AP endonuclease 2 family.
Keywords
Complete proteome   DNA damage   DNA repair   Early protein   Endonuclease   Exonuclease   Host cytoplasm   Host nucleus   Hydrolase   Metal-binding   Nuclease   Zinc   Reference proteome  
Feature
chain  Probable AP endonuclease
Pfam
PF01261   AP_endonuc_2
Interpro
IPR001719   AP_endonuc_2
IPR018246   AP_endonuc_F2_Zn_BS
IPR013022   Xyl_isomerase-like_TIM-brl
IPR036237   Xyl_isomerase-like_sf
SUPFAM
SSF51658   SSF51658
PDB
2X7W     E-value=7.6628e-09,     Score=143

Ontologies

KEGG

Subcellular Location

From MSLVP
Host nucleus. Host cytoplasm.
From Uniprot
Host nucleus   The early enzyme is localized in the nucleus and the cytoplasm, while the late protein is found only in the cytoplasm.   With evidence from 1 publications.
Host cytoplasm   The early enzyme is localized in the nucleus and the cytoplasm, while the late protein is found only in the cytoplasm.   With evidence from 1 publications.

Topology

Length:
297
Number of predicted TMHs:
0
Exp number of AAs in TMHs:
0.0270399999999999
Exp number, first 60 AAs:
0.02443
Total prob of N-in:
0.00804
outside
1  -  297
 
 

Population Genetic Test Statistics

Pi
0.0345495
Theta
0.0409595
Tajima's D
-0.7512109
CLR
0
Interpretation
No evidence of Selection

Multiple alignment of Orthologues

 
 

Gene Tree

 
 

Orthologous in Strains

Strain Availability Status Gene
Spain_BA71_1971 Protein
AKO62814.1
China_AnhuiXCGQ_2018 Protein
AYW34104.1
China_ASFV-SY18_2018 Protein
AKO62814.1
Poland_Pol16_20186_o7_2016-2017 Protein
AXZ95905.1
Poland_Pol16_20538_o9_2016-2017 Protein
CAN10233.1
Poland_Pol16_20540_o10_2016-2017 Protein
CAN10233.1
Poland_Pol16_29413_o23_2016-2017 Protein
CAN10233.1
Poland_Pol17_03029_C201_2016-2017 Protein
CAN10233.1
Poland_Pol17_04461_C210_2016-2017 Protein
AXZ96188.1
Poland_Pol17_05838_C220_2016-2017 Protein
CAN10233.1
Poland_ASFV_POL_Podlaskie_2015 Protein
CAN10233.1
Uganda_R8_2015 Protein
AXB49362.1
Uganda_R7_2015 Protein
AXB49536.1
Uganda_R25_2015 Protein
AXB49708.1
Uganda_N10_2015 Protein
AXB49879.1
Uganda_R35_2015 Protein
AXB50052.1
Estonia_2014 Protein
SPS73556.1
Italy_26544_OG10_2010 Protein
AJZ77105.1
Italy_47_Ss_2008_2008 Protein
AOO54504.1
Portugal_OURT_88.3_1988 Protein
CAN10482.1
Spain_E75_1975 Protein
CBH29233.1
Russia_Georgia_2007 Protein
CBW46799.1
Kenya_Tk1_2005 Protein
AJL34146.1
Kenya_Bus_2006 Protein
AJL34311.1
Russia_Odintsovo_2014    
Portugal_L60_1960 Protein
AIY22324.1
Portugal_NHV_1968 Protein
AIY22482.1
Russia_Kashino_2013 Protein
CAN10233.1
Benin_1997 Protein
Protein
CAN10233.1
CAN10233.1
South_Africa_KNP_Pretorisuskop_1996 Protein
CAN10233.1
South_Africa_MGR_Mkuzi_1979 Protein
CAN10233.1
Malawi_Lil_1983 Protein
CAN10233.1
Kenya_1950 Protein
CAN10233.1
Namibia_Warthog_1980 Protein
CAN10233.1
South_Africa_Warmbaths_1987 Protein
CAN10233.1
Malawi_Tengani_1962 Protein
CAN10233.1
China_HLJ_2018 Protein
QBH90621.1
China_LN_2018 Protein
QBH90806.1
China_wbBS01_2018 Protein
QDL88164.1
Ukraine_Kyiv_2014 Protein
Protein
QED21747.1
QED21748.1
Belgium_Etalle_wb_2018 Protein
QED90576.1
Lithuania_LT14_2014 Protein
QEY87939.1
South_Africa_1985 Protein
QGM12945.1
South_Africa_2_2008 Protein
QGM12871.1
Zambia_LIV_1983 Protein
QGM12766.1
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