Xiphias gladius (swordfish): 120793206
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Entry
120793206 CDS
T07311
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
xgl
Xiphias gladius (swordfish)
Pathway
xgl03460
Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:
xgl00001
]
09120 Genetic Information Processing
09124 Replication and repair
03460 Fanconi anemia pathway
120793206 (fan1)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03400 DNA repair and recombination proteins [BR:
xgl03400
]
120793206 (fan1)
Enzymes [BR:
xgl01000
]
3. Hydrolases
3.1 Acting on ester bonds
3.1.4 Phosphoric-diester hydrolases
3.1.4.1 phosphodiesterase I
120793206 (fan1)
DNA repair and recombination proteins [BR:
xgl03400
]
Eukaryotic type
DSBR (double strand breaks repair)
FA (Fanconi anemia) pathway
Other FA pathway factors
120793206 (fan1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
FAN1_TPR
VRR_NUC
Fan1_SAP
FAN1_HTH
TPR_12
DUF4363
SAP
Motif
Other DBs
NCBI-GeneID:
120793206
NCBI-ProteinID:
XP_039988975
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All DBs
Position
LG8:complement(19718040..19724730)
Genome browser
AA seq
1009 aa
AA seq
DB search
MTERAKKDKLQRSLSLSKSKKKGNVTAGISANPATTTPITSFFSSQPPAKLACPLCGQLV
PRFGINEHIDLQCQNFERGDSSAASASNSVVPSIQLSPRRNPPKSPELDREKEEACKETK
TSPYFKKNSFQQAPRQINSKTVVRTIDLGSLSSKLSRKCRKVPERTQTDGQHAPTHAERE
RDPPETFSSSQKENVLTQSLEDNKDCVTVSDLTTTNAETPTAVVDLLCSEKGHNLKQKAP
TPETFQRLVTPKLHCSSSKLAKRKKETPSTGKASDLRKKAKFEGSREPEEVLSRQNKAET
ADMDQHKNEVPSTTSRDPPQSSEEIYERSAAVINSDSLPGFGARHTTSDQAVESFHPPQL
PYYLRNFRTVLQAVLENEDDRALFNQDDMSLVGAFETLSVMGQKLYVRLFQRKLKWLQVN
KLDYEEICSDMEPVAQELAQGGFLQTENDLEDLGEALDLLPAPELKALAKTFHLGNSGTQ
KQQLVDGLLRLSRQKSLFSLTAAQNNIRAVILKRAKQLAGSCVRLCRGPRAVFSRILLLF
SLTDTMDEEEMAAGGQSQLFTILLVNSGRLAFPEYTMQRTAKVFQDREDLIRYEASMRSL
QEVISAMQAGQWEEALELYTAAKSAWQELRKNYDLSHQEELPVFLRSFTTGWAYTRILSR
GVEILQRLRQYEEAVEELQSLLLQSLYCPDSRGRWWDRLALNLQQHLKKPEQAIRAIRDG
LSDSLVRTGHKLSLHQRAVRMKESPSFKKYRLQLRDLPTIHVQDVKHVTIRGQLFPHEGG
MGKSMFLLPANGEGKESADATVICSVEELSLAHYRQQGFDQGIHGEGSTFSTLFGLLMWD
IIFMDGIPDVFRNPFQTCPLDLFTDCFYENRKEAIDSRVRLLSEASVETLHCMLEDVWTS
QEGKVCSLVSWERFSALQQAQSLVSCLGGAFLGGIIARMSKDYRHCRGGLPDLVVWNTSN
NTYKLVEVKGPNDRLSQKQQIWLDELQKLGADVEVCHVAATGARGSRLE
NT seq
3030 nt
NT seq
+upstream
nt +downstream
nt
atgaccgagagagccaagaaagacaaactccagcgaagtctgtcgttgtccaagagcaag
aagaaaggcaatgtcacagctgggatttctgccaatcctgccaccacgactccaatcaca
tcgttcttcagcagccagcctccagctaagctggcctgccccctgtgtggccagttggta
ccaagattcgggatcaatgagcacattgatttgcaatgtcagaacttcgagcgaggagac
agcagtgccgcctcagcaagtaacagtgttgtgccaagcatccagctgtcacccagaagg
aatcccccaaagtccccagagctggatcgagaaaaggaagaagcgtgcaaagagaccaag
accagcccttatttcaaaaagaatagctttcagcaggcaccacggcagataaacagtaaa
actgtggtcaggacgattgacctgggaagtctctcctccaagttatctagaaagtgtcgt
aaggtacctgagaggacacagacagacggtcaacatgcgccaacgcacgctgaaagggag
agagatcctcctgagacattcagcagctcacagaaagaaaatgttctgactcagagttta
gaggacaacaaagattgtgtgacagtgagtgacctgacaacaacgaatgctgagactcca
acagcagtggtagatctattatgttcagaaaaagggcataatcttaaacaaaaagcacct
acaccagagactttccaaagactggttactccaaagttgcactgttcttcctccaaacta
gcaaagaggaaaaaggaaacgccttccactggcaaagcatctgatctcagaaagaaagca
aaatttgaggggagcagggaaccagaggaggtgctgtctagacaaaataaagcagagact
gctgatatggaccagcataaaaatgaggtgccttcaaccacttctcgtgacccccctcag
agttcagaggaaatttatgagagaagtgctgcagtcatcaatagtgattcgctgccaggg
tttggtgctaggcatacaaccagtgaccaggctgttgagagctttcatccaccacagctt
ccctactaccttcgtaacttccgcaccgtattacaggctgtgctggagaatgaggacgat
agggctttgttcaaccaggatgatatgtcactcgtaggtgcatttgagacgctatcagtc
atggggcagaagctgtatgtgaggctctttcagaggaagctgaagtggcttcaagtaaat
aaactagattatgaagagatatgcagtgatatggaacctgttgctcaggagctggctcaa
ggtggctttctacagacagagaatgatcttgaggacctaggagaggctctggatctcctc
cctgctcctgaactcaaagctctggctaagaccttccatctgggcaattccgggactcag
aaacagcagctagtggacgggcttcttcgtctgagcaggcaaaagtccctcttctctctg
accgctgctcaaaacaacattagggctgtcatcctcaaaagagcgaaacagcttgccggt
tcctgtgtgcgtctgtgtcgtggtcctcgggctgtcttctctcgcatccttctgctcttt
tctctgacggacacaatggatgaggaggagatggcggctggtgggcagagccagcttttt
accatcctgctggtcaactcaggacgtctggccttcccggaatacacaatgcagcgtacg
gccaaggtgttccaggacagagaggacctgatcagatatgaagcttccatgcgatccctg
caagaggtaatctcagctatgcaggcaggtcagtgggaagaggccctagagctctacact
gctgccaaaagtgcttggcaggagctgaggaaaaactatgacctcagtcatcaggaagag
ctgcctgtgttcctgcgcagcttcactacaggatgggcttacactcgtatcttatccaga
ggggtggagatattgcagaggctacgtcaatatgaggaagcagtagaggagctgcagtcc
ttactgttgcagtctctttactgtcctgacagtcgagggcgatggtgggacagactggca
ctaaaccttcaacagcacctcaaaaaacctgagcaagctattcgtgctatcagagatggg
ctgtcagactctctggtacgaacaggacataaactctccctgcatcaaagagctgttagg
atgaaagagtctcccagcttcaagaagtaccgcctgcaactcagagacttacccactatt
catgtccaagatgtcaaacatgtgacaatccgaggacagctgttccctcatgagggaggc
atggggaaatctatgtttcttttaccagcaaatggagaggggaaagagagtgccgatgcc
actgtaatatgttctgtggaagaactgtctttagcacattaccgccaacaaggttttgac
caagggatccatggcgagggctcaacattctctacattgtttggtcttttgatgtgggat
atcatctttatggatggtattccagatgttttccgaaaccctttccagacatgtccactg
gatcttttcactgactgtttctacgagaacagaaaggaggcgatcgattctcgtgttcgt
ttactcagtgaggcgtctgtggagacactacattgcatgttggaggatgtctggacctca
caggagggtaaagtgtgttcattggtcagctgggagcgtttctcagcccttcaacaggca
cagtctctcgtttcctgccttggtggagccttcttaggaggaataatagcaagaatgtca
aaagactacagacactgccgtggaggtttgcctgatctagtggtgtggaacacctcaaac
aacacttacaagctggtggaggtgaaggggcccaatgaccggctatcccagaagcaacag
atctggctggatgagctgcagaaactgggggctgatgtggaggtgtgtcacgtggcggct
actggagccagaggatctcgtctggaataa
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