KEGG T01030: ANI_1

Aspergillus niger: ANI_1_1212034

Entry

ANI_1_1212034 CDS T01030

Gene name

An03g02890

Definition

single-stranded DNA endonuclease

Orthology

K10846

DNA excision repair protein ERCC-5

Organism

ang Aspergillus niger

Pathway

ang03420

Nucleotide excision repair

Class

Genetic Information Processing; Replication and repair; Nucleotide excision repair [PATH:ang03420]

SSDB

Motif

Pfam:

XPG_N XPG_I 5_3_exonuc UIM XPG_I_2 Transposase_20 HHH_5

Other DBs

NCBI-GI:

317028500

NCBI-GeneID:

4980279

AA seq 1100 aa
MGVQGLWTVVHPCARPIKLETLNKKRLAVDASIWIYQFLKAVRDKEGNALRNSHIVGFFR
RICKLLYFGIQPVFVFDGGAPVLKRQTIANRKKRREGRREDAVRTAGKLLAVQLQRSAEE
EAATRRRGRTENEEEVPDNPVYVGDAFITEQEKQQTRSFKKKDAYHLPELQTSLEEMGAP
NDPRIIPFFVSLPATDRYNILNAARLRSRLRMGYSKEQLDSMFPDRMAFSKFQIERVKER
NDLTQRLMNINGMNGEDALYKSGQRIAGERGKEYVLVKDDTIEGGWVLGVVGNKEGQEDK
PIDADQYGQQLIFPDKEDDSNDDDGGFEDVPIEGFNRLPKLPFLQKGGFDEPNRNQMRDS
LNTRGPELQAANEDSLFVEGGQDEFLSKHNRHTADTLFDISGDDDDETLQRAIAMSLEPG
GDINNDDLPEIQLNQNHMSLPTIDEAPANVTDHSDDEGMDFVAALAQSKRIKKAPSKVAD
NPFDGPLPFESLKPLKTGKSLNRAQIPEQDAGAKTSDKEPSKTKDNQPLPPWFSGPSQTV
KNVEFVSDEVDLRPVAKPPTEQNIPDHVFIVGDEDATEDHNLESSKGSKPFIDLEDPTPQ
LNVVSQEVQIKRENRPEITPVEAQATETKDAEALEAHMGDSVPVDASNHSMTKHTSFDDK
PDLRHIEKSPSPEFEDVVLQPDNVPAEPIALDQSDQVEEYYDEEIFSDPEDEQLLEQLAA
EGEEHVRFAATLNSTSHTELPFDYEQELRQLRSQQKKDRRDADEVSQVMITECQQLLRLF
GLPYITAPMEAEAQCAELVSLGLVDGIITDDSDVFLFGGTRVYKNMFNQSKFVECYLTTD
LEKEYSLFRTKLIRLAHLLGSDYTEGIPGIGPVTALEILTEFGTLEDFRDWWTQVQTGLN
MGNDSHATFYKKFKKHATKIFLPPSFPDPRVDAAYLEPEVDSDPSPFQWGVPDLHGLRDF
LMSTIGWSQERTDEVLVPVIRDMNRRDQEGTQSNITSFFSGPQGAGAFAPRVRSGGQTRM
EKAFSRLRQQAASVEQPDSTGVDGYLVDPAADNSLESPVTSTRKEARTKRGRHGGRTTKD
GHEDITDRTATNKKRRTRAK

NT seq 3303 nt +upstreamnt +downstreamnt
atgggtgtccaggggctctggacggtcgtacatccttgtgcacggcccatcaaattagaa
actctcaacaaaaagcgcctggctgttgacgcatcgatatggatatatcaatttttgaag
gcggtacgcgacaaagaaggcaatgccctccggaactctcatatcgtgggcttctttcgg
cgcatatgcaagctcctctactttggtattcagccggtcttcgtgtttgacggtggcgct
ccagtactcaagcgccaaactatagcaaaccggaagaaacggcgcgagggtcggcgagaa
gatgccgtgcggaccgctggaaagctgctggctgtgcagctgcaaaggtctgctgaggaa
gaggcggctacccgccggagggggagaacggaaaatgaagaggaggtgccagacaaccca
gtttatgttggtgatgctttcataaccgaacaggaaaagcagcagacgcgctcgttcaag
aagaaggacgcctaccatctgccggagttacaaaccagtcttgaagagatgggggccccc
aatgaccctcgtatcatcccattcttcgtcagtctcccggcgacggaccggtacaacatt
ctcaatgcggccaggctccgaagccgtctccggatggggtactcaaaggagcaactagac
agcatgtttcctgatagaatggcattctcgaagtttcaaatcgagcgtgtaaaggagcgc
aatgacttaacgcagcgcctgatgaatattaacggcatgaacggtgaagatgctctgtac
aaatcaggacaacgtattgccggagaacgcgggaaggagtatgtcttagtgaaggacgat
accatcgaaggtggctgggttttgggtgttgtgggaaataaggaaggtcaagaagataaa
cctatcgatgctgaccaatatggtcagcagctgatattcccagataaagaggatgattcg
aatgacgatgacggaggatttgaagatgtacctattgaaggattcaaccgactccctaag
ctgccttttctccagaaagggggtttcgatgagccaaacaggaatcagatgcgtgatagc
ttgaatacgagaggccccgagctgcaggcagccaacgaagactcccttttcgtggaaggt
ggtcaggatgaattcctatcgaagcataaccgccatactgcagatactttgttcgatatt
agtggagatgatgatgacgaaacgcttcaacgagcgatcgcgatgtcactcgaacctgga
ggggatatcaataatgatgatctacctgaaattcagcttaaccagaaccatatgtctctt
ccaactatcgatgaggccccggcaaacgttacggatcatagtgatgacgaaggaatggac
tttgtcgccgccttagcacagtctaagagaataaagaaagcaccgtccaaagtggcagat
aatcccttcgatggtccgctaccctttgagtcacttaaaccgctcaaaactggaaagtca
ctcaatcgtgctcaaatacccgaacaagacgctggcgccaaaacatccgacaaagaacca
agtaagacgaaggataaccagccactgccgccgtggttctcagggccatcgcaaactgtc
aaaaatgttgaatttgttagtgatgaggttgatcttcgtccagtggcgaagccgcctact
gagcagaacataccagatcatgtgttcatcgttggcgatgaagacgcgacggaggatcat
aatttagagtcttcaaaaggctcaaagccattcattgacttggaggacccaactcctcaa
ctgaacgttgttagtcaagaggttcaaatcaagcgcgagaatagaccagaaataactcct
gtcgaagcacaagctactgagacaaaggacgccgaagctttggaggcacacatgggagat
agtgtcccagtggatgcgtctaatcattctatgacgaaacacacctcctttgatgataaa
ccagatttgaggcatatcgaaaagtcgccttcgcctgagttcgaggatgttgtcttgcag
cccgacaatgtacccgcggaacccattgcactagatcaatcagatcaagtggaggaatat
tatgatgaggaaattttctcagatcctgaagacgagcaattactcgaacagcttgcggct
gaaggggaagagcatgtacgctttgcagcgacactaaactctacttctcacacagaactt
ccatttgactacgagcaagaactgagacaattgcgatctcagcaaaagaaggaccgcaga
gatgcagacgaagtgtcacaagtcatgattactgaatgccagcagttgctgaggctattc
ggtcttccatacatcacggcccctatggaagctgaagcccagtgtgcagaactggtgtca
ctcggccttgttgatggtatcatcaccgatgatagtgatgtgtttttattcggaggaaca
cgcgtttacaaaaacatgttcaaccaaagcaagtttgtcgaatgctacctcacaaccgac
ctggagaaagagtactctttgtttcgtaccaaactcatcaggcttgcccatctattagga
agcgactacacagagggcatccccggcatcgggcctgtaactgctctagagatcctcact
gaattcgggaccctggaagacttccgtgattggtggactcaggtgcaaacaggactcaac
atgggcaacgatagccatgcaacattctacaagaagttcaaaaagcatgcgactaaaatc
ttcctaccaccatctttccccgatccccgagtcgatgccgcgtacctggaaccagaggtg
gactcggacccgtctcccttccagtggggagtacccgacttacatggcctgcgggacttc
cttatgtcaacaatcggctggagtcaagaacgcactgatgaggtcctggtgcccgtaatt
cgcgacatgaaccgcagagatcaggagggcacacaatcgaatattactagtttcttcagc
ggtccacaaggagcgggtgcctttgcaccacgtgttcgcagtggtggccagacaagaatg
gagaaagcatttagtcgactccggcagcaagctgcatctgtggaacagccggattcaact
ggcgtagatggttacttggttgatccagccgcagataattccttggagagtccagtaacg
tcaacaaggaaggaggcgcgcaccaaacgagggcgtcatggaggacgaactacaaaggat
gggcatgaagacatcacggacaggaccgctaccaacaaaaaacgtcggacccgcgccaag
tag

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (15)   

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