Sander lucioperca (pikeperch): 116060664
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Entry
116060664 CDS
T07345
Symbol
dna2
Name
(RefSeq) DNA replication ATP-dependent helicase/nuclease DNA2 isoform X1
KO
K10742
DNA replication ATP-dependent helicase/nuclease Dna2 [EC:
5.6.2.3
3.1.-.-]
Organism
sluc
Sander lucioperca (pikeperch)
Pathway
sluc03030
DNA replication
Brite
KEGG Orthology (KO) [BR:
sluc00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
116060664 (dna2)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
sluc03032
]
116060664 (dna2)
Enzymes [BR:
sluc01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
116060664 (dna2)
DNA replication proteins [BR:
sluc03032
]
Eukaryotic type
DNA Replication Elongation Factors
Other elongation factors
116060664 (dna2)
Prokaryotic type
Elongation factors (archaeal)
Other elongation factors
116060664 (dna2)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Dna2
AAA_12
AAA_11
Dna2_Rift
AAA_30
AAA_19
PDDEXK_1
nSTAND3
SRP54
bpMoxR
UvrD-helicase
ResIII
DEAD
AAA_25
AAA_22
AAA_7
MobB
CbiA
SLFN-g3_helicase
SMUBP-2_HCS1_1B
AAA
Motif
Other DBs
NCBI-GeneID:
116060664
NCBI-ProteinID:
XP_031170229
LinkDB
All DBs
Position
3:complement(17077473..17093988)
Genome browser
AA seq
1400 aa
AA seq
DB search
MIRSKLKKTKAPGGQKNISSFFSSQNHHKDLSSSTKLPVTGTALARTEPKIIDGETSTFG
PYSPLKRSILGDLENLLPSSPDLLLSVPETPISQIRLASSSSSRNADRRSPQPSREVVSL
EKLCQLSPICRSPRSKGQSARRLMTEEGGKTKREEGCSGSVKRLISPPQESHKAKRPRNA
NPPAQRTALSPTGSNLKVTRPLIGPLKTPHFSSDQSEKSEGHTRGTEVVFNENNSFGEQR
RHKRDEEEEDSGFTVITEQKATGDKANGNPHTCLDKDTHTLTAHMHKPSVQAITPTTQRS
AKEGEIDLIKLGATSTTVTSNGDGDNLTSSDQGRAGENTGMASVDDTLDESWFAEQMDHN
EGLVTEDKSKKPRKVPDHVILSGGLNNRYWVLDVGERPGHKTLTISCSKSLHPTETCLLK
DGWEMTPVCHGDVVHLEGRSDAGSWVVDREQGFLVLLPDSLISGTSISSSIRCMRRAVLG
DMFKSFDGGSKQMLNGTMVHEVFQRAATAKDFSLETLSKLANQALCSPQYLGDMYSLGVS
QEEMKQELHDYLPSLEHWAKEYLSSPTPKAISLKINSKARTRCQDLATVVTVAELADIEE
NVWSPRFGLKGKIDVTARVRIQRPRSGSHNTPEERTVPLELKTGKESNSIEHRSQVILYT
LMSLERYNSEAGFLLYLKTGNLHPVVASHMDSRELLKLRNTLVHHIHNCVEKEAKRSRLS
RLPEIVTDRQTCQYCPQKRNCALYERVVDGSAADVREDVVRDFLEQETGHLIPPHLSYFS
HWLLLCCLEAASMEAKNGRKRVWLQTAEESEKNGSCVGNVQLSGPVTVQSEGVFLHRFQR
SSVVPQKGLASSGLASGDRIVVSDQEGRLVGLATGYLSEVSMTSISCTLDRDLSKFSGVL
FRLDGDEGVIGLSTHLTNLSRLMENCQDSDRLRELVVDLRPPEFISNLSSVLPREAKDTV
ANILKGLNKPQKQAMKKVLLSKDYTLIVGMPGTGKTTTICTLVRILHACGFSVLLTSYTH
SAVDNILLKLKRFRVGFLRLGQGQKVHPDILPYTEESARKKGVHSLSELEQLYNKELVVA
TTCMGIKHPIFTRRRFDFCIVDEASQISQPICLGPLFYAKRFVLVGDHQQLPPIVQNQEA
RSLGMDESLFKRLELHSGAVVQLNVQYRMNRQIMSLSNSLMYEGRLECGSERTATALLTL
PFVLSVQSELSSYSKTHPQHDLAWIQPTLLPSNPVCFLDCSTVPALESVEQGGVSNPTEA
ALIHKILSLLIKAGCKPSDIGVIAPYRQQLKSISALLQSSAFTGVEVNTVDRYQGRDKSL
IIFSFVRSTTDEGNLGELLKDWRRLNVAITRAKHKLLMVGSTKTLRRYAPVEKLLNHLQE
ENMIIQLPPAAHEALPSMSL
NT seq
4203 nt
NT seq
+upstream
nt +downstream
nt
atgatccgaagcaaactgaagaaaaccaaggcacccgggggccagaagaacatctcatcc
ttcttttcctctcaaaatcaccacaaggacttgtcatcttccacaaaattgcctgtcact
ggcactgcactagccaggactgaacctaagatcatagatggtgaaacctcgacattcgga
ccctattcccccttaaagaggagtatccttggggaccttgaaaacctcctgccctcctca
ccagatcttctcctctctgtgcctgagacccccatcagtcagatcaggcttgcttcatct
tcttcctccagaaatgcagatcgacggagcccccagcccagcagagaggtggtgagcctg
gagaagctttgccaattgtctcccatctgtcgtagtccccgctccaaagggcagagtgca
cggaggcttatgactgaggagggagggaaaaccaagagggaagaaggatgttctggctcc
gtaaaaagactcatcagccctcctcaagagtctcacaaggccaagagaccaagaaatgcc
aatccaccggcccaaagaactgcgctcagccctacaggtagcaatctgaaagtaacaagg
cctttgattggccctttaaagacacctcatttctccagtgaccagtctgagaagtcagag
ggtcacaccagaggtactgaagtagtctttaatgaaaacaactcttttggggaacagaga
agacataagagagatgaagaggaggaagattctggttttactgtgataacagagcagaaa
gcaacaggggacaaagccaatggaaacccacacacttgtctggataaggatacccacact
cttactgctcacatgcacaaacctagtgttcaagctatcacacctacaacacagagaagt
gcaaaggagggagagattgaccttatcaagttaggagctacaagcacaacagtgacatcg
aatggagatggagacaatttgacatcatcggatcaggggcgagctggagaaaatacagga
atggcatcagtggatgacacgttggacgagagctggtttgcggagcagatggatcataat
gagggtcttgtcacagaggacaaatccaaaaaaccccgtaaggtgccagaccatgtgatc
ctttctggaggcctaaacaaccgctactgggttttagatgtgggggagaggcctggccat
aaaacactcaccatctcgtgctccaaatctctacatccaactgagacgtgtctgctgaaa
gatggatgggagatgacgcctgtttgtcatggtgatgtggtgcatctagagggccgctct
gatgctggatcctgggtagtggacagggagcagggcttcctggttttactacctgatagc
cttatctcaggtaccagcatctctagctccattcgttgcatgaggcgtgcagtactcgga
gacatgttcaagagttttgacggtggctccaagcaaatgctaaacggcaccatggtccat
gaggtcttccagagagcagctacagccaaagatttttctctggaaacactgtctaagttg
gctaaccaagccctgtgcagtcctcagtacctgggagacatgtacagtttgggtgtaagc
caggaagagatgaagcaggaactgcatgactatctgccctcactggaacattgggcaaag
gaatacctcagctccccaacaccaaaagccatcagcctcaaaatcaacagcaaagctcgg
accagatgtcaggacttggcaactgttgtcacggtagcagagctggcagatatagaagag
aatgtgtggtcaccgagatttggtctaaaggggaaaatcgatgtgacggcgcgggttcga
atccaaagaccacgaagcggtagtcacaataccccggaagagaggactgtccccctggag
ctgaaaactgggaaggagtcaaactcgatagagcatcgcagtcaggtgattctttacact
ctgatgagcttggagagatacaattctgaagctggcttcctgctttacctcaagactggc
aacctgcatcctgtagtggccagccacatggacagcagagagctgctgaagctgaggaac
accttggttcatcacattcacaactgtgtggagaaagaggcgaagcggagccgtttgtct
agacttcctgaaatcgtgacagacagacaaacctgccagtattgtcctcagaagagaaac
tgtgctttatatgagagggtggtcgatggtagcgctgcagacgtccgcgaggatgttgtg
cgtgacttcctagagcaggagacaggtcacctgatcccaccacatctaagctatttttcc
cattggctgctgctctgctgcctagaggctgccagcatggaggccaagaatggccgaaag
cgtgtgtggcttcagactgctgaggagagtgagaagaatgggagctgcgtggggaatgtg
cagctcagtggcccagtgaccgtgcagtctgaaggggtttttctccatcgtttccagcga
agcagtgtggtgccacagaagggtttggccagcagtggtttggccagcggggatcgcatt
gttgttagtgaccaggaaggtcgcctggttggtttggcaacagggtacctgtctgaggtc
agcatgacatcgatcagctgcactctggacagagacctgtctaagttcagtggtgtattg
tttcgattggacggtgatgaaggtgtgattggcctcagcactcacctcaccaatctctcc
aggctgatggaaaactgccaggacagtgatcgcctgagggagctggttgttgatcttcgt
cctccagagtttatttccaacctcagttctgttctgccaagagaggccaaggacacggtg
gccaacatcctcaaaggtctcaacaaaccacagaagcaggccatgaagaaggtgttgtta
tctaaagactacacactgattgttgggatgccaggcacaggcaaaaccacaaccatctgc
accctggttcgcatccttcacgcatgtgggttcagtgtgttgctgaccagctacacccac
tctgctgttgacaacatcctgctgaagctaaagcgcttcagggttgggtttctgcgtctt
gggcaggggcagaaggttcatccagacatcctgccttacacagaggaaagtgcgaggaag
aagggagttcatagtctgtcagagttggagcagctttataacaaggagctggtagtggca
accacctgtatgggcatcaagcatcccattttcacacgtcgccggtttgatttctgcatc
gtagatgaagcttcacagatcagccagcctatctgtctgggacccctgttctatgccaag
aggtttgtcctggttggagatcaccaacagctgccaccaatagtacaaaatcaggaggca
aggtcacttgggatggacgaaagtctatttaagcgactagagctccatagtggagcagtg
gtccaactcaatgtacagtaccggatgaataggcagataatgtctctcagtaactccctg
atgtatgagggccggctggagtgtggatcagagaggacagccacagccctgctcactctg
ccctttgtgctctctgtccagtcggagcttagttcctactctaagactcatccacagcac
gacctggcttggatacagcccacgttgttgcccagcaaccctgtttgcttcctagattgc
tccacggtgccagcactagagtctgtggagcaggggggcgtaagcaatcccaccgaggct
gctctcatacacaagatcctttcactgctgataaaggcagggtgtaagcccagtgatata
ggtgttatcgccccctacagacagcagttaaagagtatctctgctctgctgcagtcctct
gctttcaccggtgtggaggtgaatacagtggacagataccaaggacgggacaaaagtctg
atcattttttcttttgtgaggagcactacagacgaaggaaacttgggagagctgttgaag
gactggcgtcgcctgaacgtagccattaccagggctaaacacaagctgctgatggtgggc
tctaccaaaacgctacgacgctacgctcctgtggagaaactactcaaccatctccaggaa
gagaacatgattatccagctcccgccagctgcccacgaggccttaccaagcatgtccctt
tga
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