Aspergillus nidulans: ANIA_01708
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Entry
ANIA_01708 CDS
T01016
Name
(RefSeq) mismatch repair ATPase MSH6
KO
K08737
DNA mismatch repair protein MSH6
Organism
ani
Aspergillus nidulans
Pathway
ani03430
Mismatch repair
Brite
KEGG Orthology (KO) [BR:
ani00001
]
09120 Genetic Information Processing
09124 Replication and repair
03430 Mismatch repair
ANIA_01708
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
ani03400
]
ANIA_01708
DNA repair and recombination proteins [BR:
ani03400
]
Eukaryotic type
SSBR (single strand breaks repair)
MMR (mismatch excision repair)
Mismatch and loop recognition factors
ANIA_01708
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MutS_V
MutS_III
MutS_I
MutS_II
MutS_IV
SPT6_acidic
AAA_29
AAA_23
Motif
Other DBs
NCBI-GeneID:
2874945
NCBI-ProteinID:
XP_659312
UniProt:
Q5BCM2
LinkDB
All DBs
Position
VII:complement(1627381..1631222)
Genome browser
AA seq
1186 aa
AA seq
DB search
MAKGPLASSPPAATPLKRSNSSTQNMKNQKSILGFFQKSSPSTPSTRNGEHASSPGQKAA
ESVKRDEKSAKIASKFTQDLPPVPSSELGIPDDDAEDKTQSTKKVNYVESDSEGEDDDDE
IFRPTRKNSRASKRRKLSPESDDEFEEEEGNAGYSEDEMDDFIVPDDSDDESRPSKKRKK
PAVQLKRKSSSMPPPPAVDEDSDLILPEASSGSALKWTYDPNNLEPREARAITTTTSKTS
SSSAKPKAHTTEPEQRYPWLANIRDIDGHPIGDPEYDPRTLYIPPLAWSKFSPFEKQYWE
IKQKFWDTVVFFKKGKFYELYENDATIGHQLFDLKLTDRVNMRMVGVPESSLDHWANQFV
AKGFKIARVDQSESALGKEMRERDGKKGGGKEEKIIRRELACVLTAGTLVEGAMLQDDMS
TFCVAIKEAIIENLPAFGIAFVDTATGQFFLTEFVDDVDMTKFETFVAQTRPQELLLEKS
TVSQKALRILKNNTGPTTIWNYLKPGKEFWEADITVRELDASEYFVSQDNDNIHAWPEAL
RQARDKELVMSAFGALVQYLRLLKLERDLITIGNFSWYDPIKKASSLVLDGQTLINMEIF
ANSFDGGVDGTLFQLLNRCMTPFGKRMFKQWVCHPLVDPQRINARLDAVDALNADSSVRD
QFASQLTKMPDLERLISRIHAANCRAQDFVRVLEGFEQIEYTMSLLKDSGSGEGVIGQLI
KSMPDLTELLEYWKTAFDHNQAKESGILVPKPGVEEDFDSSQETIRQLHQDLDDLLKRTR
RELGSTAICYRDNGKEIYQMEVPIKVKNIPRNWDQMSATKQVKRYYFPELRTTIRKLQEA
QETHSQIVKEVSKRFYARFDEHYSTWLSAVRVVSQLDCLISLAKASSSLGEPSCRPTFVE
DERSVLEFEELRHPCLISSVDDFIPNDIQLGGSGPNIDLLTGANAAGKSTLLRMTCVAVI
MAQVGCYLPCRSARLTPVDRIMSRLGANDNIFAAQSTFFVELSETKKILSEATPRSLVIL
DELGRGTSSYDGVAVAQAVLHHVATHIGALGFFATHYHSLAAEFENHPEIKPKRMKIHVD
ENERRVTFLYKLEDGVAEGSFGMHCAAMCGIPNKVIERAEVAAKQWEHTSRLTESLERRK
GGGLVGLGWWSDVAWALRETKEGEDDSSAAITDRSLEVLRRAIEAL
NT seq
3561 nt
NT seq
+upstream
nt +downstream
nt
atggccaaaggaccactcgcttcatcccctcccgcggcgactccgctgaaacggtcgaat
tcaagcacccagaacatgaaaaaccaaaagtcaatccttgggttctttcagaaatcatcg
ccatctactccctccacgcgcaacggggaacacgcctcgtcgccaggccagaaagccgct
gaatccgtcaagcgcgacgagaagtccgcgaagatcgcctccaagttcacgcaagactta
cccccagtgccgagttctgaactgggaataccagatgacgatgcggaggacaagacgcag
tctaccaagaaagtcaactatgttgaatctgattccgaaggtgaagacgatgacgatgag
atattccgacctactcgaaagaacagccgcgcctcgaagaggagaaagttatcgcctgaa
agtgacgatgagttcgaagaggaagaaggcaatgcaggatactccgaggatgaaatggat
gactttatcgtgccagatgattcagacgacgagtcaagaccgtccaaaaaacgaaagaag
cctgccgttcagctgaagagaaagtcctcttctatgcctcccccacctgcggttgacgaa
gactccgaccttatcctccctgaggcttcatcgggctccgctttgaaatggacatatgat
cccaataatctggagccccgcgaggctcgagccataactacgaccactagcaagacctca
tcaagttctgccaagccgaaggctcataccaccgaacctgagcaacgttatccttggctt
gctaatatccgggatatcgatggccatccgattggagaccctgaatacgaccccaggaca
ctatacatccctcctctcgcttggtcaaaattctctccttttgagaagcagtactgggaa
atcaagcaaaagttctgggacactgtggtctttttcaaaaaaggcaagttttacgaattg
tatgagaatgacgccactatcggacatcaattgtttgacctaaaactcactgaccgggtg
aatatgcgcatggttggagttccggaatcgagcttggaccactgggcaaaccaatttgtg
gccaaaggatttaagattgcaagagtagaccagtccgaatcagctctcgggaaggaaatg
cgtgaacgagatggcaaaaagggtggtggtaaagaagagaagatcattaggcgggagctg
gcctgtgttctcacggcgggcacgctcgttgaaggtgccatgctccaagacgacatgtca
actttctgcgtggcaattaaagaagctattattgagaaccttccggccttcggaatcgct
tttgtggacaccgcaacgggtcaatttttcctcacggagtttgtcgacgacgtggatatg
accaagtttgaaactttcgtggcgcaaacacgcccgcaagagcttcttctcgagaaatca
actgtctctcagaaagctctgcgcattttaaaaaacaatactggaccgacaacaatttgg
aactacctcaaaccaggcaaggagttctgggaggccgatattaccgtcagggaactcgat
gcgagtgaatactttgtctctcaagataacgataatatccacgcgtggccagaggctctt
cgtcaggcccgcgacaaggagcttgtcatgtcagcttttggagcgctggtacaatatctc
aggctcctaaaactcgagcgggatctgataacaatcggcaacttctcttggtacgatcca
ataaagaaggcgtccagccttgtcctagatggccagactcttatcaacatggagatcttt
gctaattcctttgatgggggtgttgatggaacgcttttccagctcctcaatcgctgcatg
acgccctttggaaaacgaatgtttaagcaatgggtatgccaccccttggtagatccacaa
cgcatcaacgcccggttagatgctgtggatgccctaaacgctgattccagtgtacgggac
caatttgcttcacaactcactaagatgcctgatctggaacgcctcatatcccgtattcac
gccgcgaattgcagggcgcaagattttgtaagagttctcgaaggctttgaacagatcgag
tacaccatgagcttgctcaaagatagtggctctggagaaggtgttattgggcagctaatc
aagtccatgcctgacctgacagaattgttggagtattggaaaactgcattcgaccacaat
caagcgaaggagtccgggatcttggttcccaagccaggagttgaggaagactttgatagc
tcccaagagaccatcagacaactgcaccaagacctcgatgatcttctaaagcggacccgg
cgggagttaggttctacagctatctgctacagggacaacgggaaagagatttaccaaatg
gaggtgccaatcaaagtgaagaacatcccaaggaactgggatcagatgtctgctaccaag
caagtcaaacgctactatttccctgagctccgaacaacaattcgcaagctgcaagaagct
caggaaacgcatagtcaaattgtgaaagaggtctctaaacgattctatgcacgatttgac
gagcattattccacctggctctctgctgttcgggttgtctcacagctagactgccttatt
agtttagccaaggcatcgtccagtctaggcgaaccaagctgtcgccctacattcgttgag
gatgaacgcagtgttttagagtttgaggagcttcgacatccttgccttatctcctctgtt
gatgactttattcccaacgatatacaactgggcggcagtggccccaatattgacctactc
actggagccaacgccgccggaaagtcaactctacttcgcatgacttgtgttgcagtaatc
atggcgcaagtcggttgttatctaccctgcaggtccgcccgcctaaccccagtggaccgc
atcatgtcccgtctcggcgcgaacgacaacattttcgcagcccagtccacattctttgtt
gaactatcggagaccaagaagattctatcagaagcgacaccccgctctctcgtcattctc
gacgaattgggccgtggaactagctcttatgatggagtcgctgtcgcccaagccgtcctt
catcacgtcgccacgcacatcggcgcattagggttcttcgcaacccactatcattcgctg
gctgctgaatttgagaaccatcctgaaataaagccgaagcgaatgaaaattcacgttgac
gagaacgagcgtcgagtcacgttcttgtacaagcttgaagatggcgttgctgaggggagt
ttcggcatgcactgtgcggcaatgtgcggaatcccaaataaggtgattgagcgcgctgag
gtcgcagctaagcaatgggaacacaccagccggctaacggaaagccttgagcgccggaag
ggcggcggacttgtcggtctcggctggtggagtgacgttgcatgggctcttcgtgagacc
aaggagggcgaggatgatagctctgcagctatcaccgacaggagcttagaggttcttcgg
agagccattgaagcactctga
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