Ailuropoda melanoleuca (giant panda): 100481860
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Entry
100481860 CDS
T01329
Symbol
FAN1
Name
(RefSeq) fanconi-associated nuclease 1 isoform X1
KO
K15363
fanconi-associated nuclease 1 [EC:3.1.21.-
3.1.4.1
]
Organism
aml
Ailuropoda melanoleuca (giant panda)
Pathway
aml03460
Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:
aml00001
]
09120 Genetic Information Processing
09124 Replication and repair
03460 Fanconi anemia pathway
100481860 (FAN1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
aml03400
]
100481860 (FAN1)
Enzymes [BR:
aml01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.1 phosphodiesterase I
100481860 (FAN1)
DNA repair and recombination proteins [BR:
aml03400
]
Eukaryotic type
DSBR (double strand breaks repair)
FA (Fanconi anemia) pathway
Other FA pathway factors
100481860 (FAN1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FAN1_TPR
Fan1_SAP
VRR_NUC
FAN1_HTH
DUF4363
zf-TRAF
Motif
Other DBs
NCBI-GeneID:
100481860
NCBI-ProteinID:
XP_034523864
Ensembl:
ENSAMEG00000015396
UniProt:
A0A4W1FUL5
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All DBs
Position
9:20798843..20830756
Genome browser
AA seq
1075 aa
AA seq
DB search
MSEGKSPAKKRARRSLSISKTKKNECNSIISFFNNVPPAKLACPICSKMVPRYDLNWHLD
EKCANNDNITPVDLRHVGFTDSSGSTVNLTNTVLENVTPGKLSPSKASLTPDPSDSAKMG
IKQQTSPYFKNNKDLVFKNQDKLRHHNVKVITLGSLSSKLSRRYTEARRSICKKNEEFAS
KSPQSPSSTVVRSPVDNCSEIEDKDQILENSSQKENVFTCDSLNEQRTEHSVEDTKVLEA
ESQEATQECGRSPLTPAFSDNAFVLFSPDLTRGNPLRSTSEDSLEWETITGIDGKDVEKC
EAGSCEEVKVTVASEAKTQLSDWEAKCHSSTPDDSKGCNIQDLLLEGDSDLKNEITCRIP
LEQGSSCDVPDKTVTVPPSHPYYLRSFLVVLKAVFENEEDRMLFDEHEKEIVTKFYQLSA
SAQKLYVRLFQRKFSWLKMNKLEYEEIAPDLTPVIGELQQAGFLQTESELQELSEVLELL
SAPELKTLAKTFHLVNPNGQKQQLVDTFLKLAKQPSVCTWGKNQPGIGAVILKRAKGLAG
QALRVCKGPRAVFSRVLLLFSLTDSLEDEEAACGGQGQLSTVLLVNLGRMEFPRYTINRK
TQIFQDRDDLIRYAAAAHMLSDISTAMANGNWKEANELSQCAKSDWNKLKSHPSLRYHEN
LPLFLRCFTVGWIYTRILSRTVEILQRLHMYEEAVKELESLLSQRVYCPDSRGRWWDRLA
LNLHQHLKRLEPAIKCITEGLADPEVRTGHRLSLYQRALRLRESPSCQKYRHLFHQLPEV
TVGDVKHVTITGRLCPQRGMGKSVFVMEAGGPTAPATVLCSVEEVALAYYRRSGFDQGIH
GEGSTFSTLYGLLLWDIIFMDGIPDVFRNAYQASPLDLCTDSFFASRGPAIEARLQRIHS
APAESLRAWVAAAWQAQEGRVASIVSWDRFASLQQAQDLVSCLGGPVLSGVCRRLAADFR
HCRGGLPDLVVWNSQSRHFKIESLESCWTKGHARFLGGCWRDPPPQPFLWAPLLSTMQPS
TWQLIHQSRQLVEVKGPNDRLSHKQMLWLDELQKLGADVEVCHVVAVGAKSKSLT
NT seq
3228 nt
NT seq
+upstream
nt +downstream
nt
atgtcagaagggaaatctcctgcaaaaaaaagagctcgtagaagtttatcaatcagtaaa
actaaaaaaaatgagtgtaactctattatttcattttttaacaatgtaccacctgctaaa
cttgcctgccccatttgtagtaaaatggtgccgagatatgacttaaactggcatcttgat
gaaaaatgtgctaacaatgataacatcaccccagttgatctgaggcatgttggcttcaca
gattcaagtgggtccacagtaaatttaaccaatactgtcttagaaaatgtaacgccagga
aagttgtcaccatcaaaggcaagtttaacccctgacccaagtgattcagcaaaaatgggc
ataaaacagcagaccagcccctactttaaaaataataaagacttggtgttcaaaaatcaa
gataagctgagacatcataatgtgaaagtcattactttgggaagcctgtcatctaaattg
tccagaagatacacagaggctagaagatcaatatgtaagaagaatgaggaatttgccagt
aagagtccacagagtccctcatccacagtggttaggagcccagttgataactgttcagag
attgaggacaaggatcaaattttggagaatagttctcaaaaggaaaacgtgtttacctgt
gactctcttaacgaacagagaactgaacatagtgtggaagacactaaagtcctggaagct
gaaagccaggaggctacgcaggaatgcgggagatcacccctcacccctgccttctcagat
aatgcttttgtgttattttcaccagatttaactcgtgggaatccattgaggtctacttca
gaggacagtcttgagtgggagactatcacaggaatagatggtaaagatgttgaaaaatgt
gaggcaggtagttgcgaagaagtgaaagtaactgttgcttcagaagctaaaacacagttg
tcagattgggaggcaaaatgtcatagttctacacctgatgattctaaaggttgtaacatc
caggaccttcttctggaaggtgacagtgacttaaagaatgaaatcacttgcagaattcct
ttggagcaggggtcaagctgtgatgttcctgataaaacagttacagtaccaccaagtcat
ccttactaccttcggagtttcctggtggtgctgaaagctgtatttgagaacgaagaggat
aggatgctcttcgatgaacatgagaaggaaattgtaactaaattttatcagttatcagct
agtgctcagaagttatatgtaagactttttcaacgtaaattcagctggcttaagatgaat
aaattggaatacgaagagattgcccctgacttaacacctgtgattggagaattgcagcaa
gcaggctttctgcagacagagtctgagttgcaggaactctctgaagtgcttgaactgctt
tctgcgcctgaattaaaaaccctggcgaagaccttccacttggtgaatcccaacggacag
aaacagcagctggtggacacctttctcaaattggccaaacagccttcagtctgcacttgg
ggcaagaatcagcctggaattggtgcagtgattttaaaaagagctaaaggcttggcggga
caggcactgagagtctgtaaaggtcctcgagctgttttctcccgggtcttgctgctgttt
tcactgacagactcactggaagatgaggaagctgcctgtggtggacaggggcagctctct
accgtgctgttggtcaatcttggccgcatggagtttcctaggtacaccatcaatcggaaa
acccaaatcttccaggacagagatgatctcattagatatgcagctgccgcgcacatgctg
agtgacatttctaccgcgatggccaatgggaactggaaagaagctaacgagctctctcag
tgtgcgaaaagtgattggaacaaactgaaaagccacccttccttgagataccatgagaat
ttaccactctttctgcgttgttttactgttgggtggatttataccaggattttgtctcgg
actgttgaaatattgcagcgactccacatgtatgaggaagcagtcaaggaacttgaaagc
ctcttgtcccagagggtgtattgtcctgacagcagaggccggtggtgggatagactggct
ctaaacttacaccagcacttgaaacgccttgaaccggctattaagtgcatcacagaaggg
ctggcagatccggaagtcaggactggacatcgtctctcactttatcagagagctttgcgc
ctgagagagtctccgagctgccagaagtacaggcacctcttccatcagctaccggaagta
actgtgggtgacgttaaacatgtgaccatcacgggccggctgtgcccgcagcgcgggatg
ggcaagtctgtgttcgtgatggaggctggggggcccaccgcccctgccacagtcctgtgc
tccgtggaggaggtggccctggcctattacagacgcagtggcttcgaccaggggattcac
ggggaagggtccaccttcagcacgctgtatggcctcctcctgtgggacataatcttcatg
gacgggataccggacgtcttcagaaacgcctaccaggcctccccgctggacttgtgcaca
gacagcttcttcgccagccgggggccggccatcgaggccaggctgcagcggattcacagt
gcgcctgctgagagcctgcgagcctgggtggcagccgcgtggcaggcccaggaaggcaga
gtggcttccatcgtcagctgggatcgctttgcttctcttcagcaagctcaggatcttgtt
tcctgcttgggcggccccgtcctcagtggtgtgtgccggcgcctggctgcggactttcga
cattgccgagggggcctccctgacctggtggtgtggaactcccagagtcgtcactttaag
attgagtccctcgaaagctgttggaccaaaggccatgcacggttccttggtggctgttgg
cgggaccctcctcctcagcccttcctgtgggctcctctgctctccaccatgcagccctcc
acttggcagctcattcatcagagcaggcagctggtggaagttaaaggccccaacgatcgt
ctttctcataagcaaatgctctggttggatgaactgcagaagctgggggccgacgtagaa
gtctgccacgtggttgccgtgggagctaagagcaaaagcctcacttaa
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