KEGG   Nothobranchius furzeri (turquoise killifish): 107381872
Entry
107381872         CDS       T05163                                 
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
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu03030  DNA replication
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    107381872 (dna2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:nfu03032]
    107381872 (dna2)
Enzymes [BR:nfu01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     107381872 (dna2)
DNA replication proteins [BR:nfu03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    107381872 (dna2)
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     107381872 (dna2)
SSDB
Motif
Pfam: Dna2 AAA_12 AAA_11 Dna2_Rift AAA_30 AAA_19 PDDEXK_1 SRP54 bpMoxR nSTAND3 UvrD-helicase ResIII DEAD Cas_Cas4 AAA_22 AAA_18 AAA_25 SLFN-g3_helicase CbiA AAA_7 Helicase_RecD MobB UvrD_C_2 AAA
Other DBs
NCBI-GeneID: 107381872
NCBI-ProteinID: XP_015809280
UniProt: A0A9D3BM66
Position
sgr07:complement(26130053..26142219)
AA seq 1381 aa
MLKNKSDLNKINQRRAEEKLCQEEKRFKLLPGPSREQQNISSFFFSKSQKASSSTKVPIT
SDALTKTDIQTKDGERLNSPSKRSILGDLKNLLPSSTDLLISVPETPNSQIRLSSSGEED
QLSPEPAREVALGDKNRHLSPICRSPRAKGRKLRRTMTKEGERTKTEDGLFGPLKRLFSP
PEESRNAKRARSADAVIHSAGIILKGKMPNLSSNQSPGPPERSEGHNEGKQNVTSVKSTE
GEKEPQEETDQADSGITEIKAPDPKTHKNLESSLDKDTCTITTRAHEPGAPSDSHQPKGG
AVLETTATLETYGDKGTPPDQKQANTGAAATCPVEEGIEESWFSDQMDEDADDKSKKSLK
VPDHVILSGGLNNRYVVVDVEERPGRKLLSISCSRSLCPTETCLLTDGWETTPVCRGDVV
HLEGSPDGGWLVNRERGFLVLLPDSLVSGTSISNSIRCMRRAVLGDMFKSFDGGSKQMLN
GTMVHEVFQRAATAKEFSLQKLSELADEALHSPRYLGDMYSLGVSQEEIKQELHEYLPSL
EHWANEHLCPTNPKAISLKTSQGQDSASVFTVSELADIEENVWSPRFGLKGKIDVTAKVQ
IQRAPNSSRRIPEEKTIPLELKTGKESNSIEHRSQVILYTLMSKERYNPVVGLLLYLKTG
NMHPVAAGHMDHRELLKLRNTLVRHISSCVEKAADQSRLSRLPDILTDRQTCKYCPQRLS
CALYERAVDTSSADASEEVVRTFLQQETGHLTLPHLSYFSHWLLLCCLEASTMEAKNGRK
RVWLQSVEESEKTGSCVGNLQLSGPVGLQSDGVFLHRFQRSSVASQQGVTRCGLTGGDRI
VVSDQEGRFIGLATGYLCEVSRTSVSCTLDRDLTKFSRMFFRLDGVEGVVGLSTHLSNLS
RLMENSQNSERLRELVVDLRSPEFITNLSSVLPREAKDAVANILKGLNKPQKQAMKKVLL
SKDYTLIVGMPGTGKTTTICTLVRILHACGFNVLLTSYTHSAVDNILLKLKRFRVGFLRL
GQGQKVHPEILPYTEESVRKKRDVKTLSDLEQLYNKELVVATTCMGIKHPIFTRRRFDFC
IVDEASQISQPICLGPLFYARRFVLVGDHQQLPPIVQNHEARTLGMDESLFKRLELHGDA
VVQLNVQYRMNRQIMSLSNSLMYDGRLECGSERTATALLTLPLLLPVQSELLSFSQSHPE
LDLSWLQATLLPSNPVCFLDSSLVPALESVEQGGVSNHTEAALVHTLLSLLIKAGCKAGD
IGVIAPYRQQLKTISALLQSPAFTEVEVNTVDRYQGRDKSLIVLSFVRSTAEEGNLGELL
KDWRRLNVAITRAKHKLLMVGSATTLRRYSPVEKLIDHLQQENMIIQLPPAAHKALPSMH
L
NT seq 4146 nt   +upstreamnt  +downstreamnt
atgttaaaaaataaaagtgacctaaataaaataaaccaacgaagagcagaagagaagctt
tgtcaagaagaaaaacgatttaagttactcccagggccatctagggagcagcagaatatt
tcttccttctttttctccaaaagccaaaaggcttcatcgtccacaaaagtgccaatcacc
agtgacgcactcaccaagaccgatattcagaccaaagatggtgaaaggctgaactcccca
tcaaagaggagcatccttggtgacctgaaaaacctcctcccctcctccacggatcttctc
atctccgtacccgaaacacccaacagtcagatcaggctctcctcctccggagaggaagac
cagctgagcccagagccagctagagaggtggcactcggagataaaaaccgacacctgtcc
cccatctgtcgcagccccagagctaaaggtcgaaaactacgaagaaccatgaccaaggag
ggagaaagaaccaagacagaggatggtctgtttgggcctttgaagagactcttcagtcct
cctgaggaatcccgcaatgccaagagagcaaggagtgcagatgctgtgatccactctgca
gggatcatcctgaaggggaagatgcctaacctctccagtaaccaatcacctggcccgcct
gaaaggtcagaaggtcacaatgaaggtaaacaaaatgtgacgtctgtgaaatcaacagag
ggagagaaagagccacaggaggagacagaccaggcagattctggtattactgagataaaa
gcacccgacccaaaaacccacaaaaacctggagagctccttggataaggatacgtgcacg
attaccactcgtgcacatgaacccggtgcaccaagtgactcgcatcaaccaaaaggaggg
gcggtcctagaaactacagcaacacttgaaacttatggagacaaaggtacccctccagat
cagaaacaagcaaatacaggagcggcagccacgtgtcccgttgaagaggggattgaagag
agctggttttctgaccagatggatgaagatgcagatgataaatccaaaaaatctcttaaa
gtcccggatcatgtgattctgtctggaggcctgaataaccgctacgtggttgtggatgtg
gaggagagacccggtcgtaaattactgagcatctcctgctccaggtctctgtgtcccact
gagacctgtctgctgacagacggatgggagacgacaccggtttgccgaggcgatgtggtc
catctggaaggcagccctgatggtggttggctggtgaaccgggagcgcggtttcctggtt
ttgctgcctgacagcctcgtctccggtaccagcatctctaattccatccgctgcatgaga
cgagctgtgctgggagacatgttcaagagttttgacggcggctctaagcagatgctcaac
ggtaccatggtccacgaagtcttccagagagcggccacagctaaagagttttctttgcag
aaactgtccgagctggctgatgaagctctgcacagtcctcgttacctgggagacatgtac
tctttaggtgtgagtcaggaggaaattaagcaggagctgcatgagtacttaccctcactg
gaacactgggccaacgaacacctctgccctaccaaccctaaagccatcagccttaaaacc
agccagggccaggactcggcttctgtcttcacagtgagtgagctggcagacatagaggag
aacgtctggtcccccagatttggcctcaaagggaaaatagacgtgacagctaaagttcag
atccaacgagcgccaaacagcagccgcagaattcctgaggagaaaaccatccctctggag
ctaaaaacgggaaaagagtcaaactccatagagcaccgcagtcaggtaattctgtatact
ctgatgagcaaggaaagatacaatcctgtcgtcggccttcttctttacctcaagactgga
aacatgcacccggtcgcagccggtcacatggaccaccgagagctgctgaagctgaggaac
actttggttcgtcacatcagcagctgtgtggagaaggcggctgatcaaagccgcctttcc
agacttcctgacatcctgacggacagacagacctgcaagtactgccctcaaaggctgagc
tgtgctttatatgaaagagcagtggatacgagctctgcagatgccagcgaggaggttgtg
cgtacttttcttcagcaggagacaggtcacctgactctgcctcatctgagctacttctct
cattggctgctgctctgctgcctggaggcgtccaccatggaggctaagaatggccgaaag
cgtgtgtggctgcagtcggttgaggagagtgagaagacgggcagctgtgtggggaatctg
cagctcagcggcccggtggggctccagtccgacggtgtcttcctgcatcgtttccagcgc
agcagcgtagcctcccagcagggcgtgaccagatgcggtctgaccggcggagatcgcatt
gtcgttagcgatcaggaaggacgctttatcggcttggcgaccgggtacctctgtgaggtc
agcagaacatcagtcagctgcactctggaccgagacctgacaaagttcagcaggatgttt
tttcgactggatggtgttgagggagtggtgggcctcagcacgcatctcagtaatctctcc
agactgatggaaaacagccagaacagcgagcggctgagggagctggttgttgaccttcgt
tctccagagttcatcaccaacctcagctctgttctgcccagagaggctaaagacgccgta
gccaacatcctcaaaggtctgaacaaaccacagaaacaggccatgaagaaggttttatta
tccaaagattatacactgatcgttggaatgcctggcaccggtaaaaccacaacgatctgc
accctggttcggatcctgcacgcgtgtggcttcaacgtgctgctgaccagctacacccac
tccgctgtcgacaacatcctgctgaagctcaaacgtttccgggtcggcttcctgcgtctg
gggcagggacagaaggttcatcctgagatcctgccatacacggaggaaagtgtgaggaag
aagagggacgttaaaacgctctcagacctggagcagctttataacaaagagctggtggta
gcgaccacctgcatgggcatcaagcatccgatcttcacacgtcggcggtttgacttctgc
atcgttgacgaggcgtcacagatcagccagcccatctgcctcggaccgctcttctacgcc
cggaggtttgtcctggtcggagaccaccagcagctgccgccgatcgttcagaaccacgaa
gccaggacacttgggatggacgagagtctgtttaagagattagagctccacggtgatgcc
gtggttcagctcaacgtccagtatcggatgaacaggcagatcatgtccctgagtaattct
ctgatgtacgacggccggctggagtgtggatcggagagaacggccacagctctgctcacg
ctgcccttgctgctccccgtccagtcggagcttctttccttctctcagtcccatccggag
ctcgacctgtcctggttacaggccacgctactgcccagcaatcctgtctgcttcctggac
tcctcgctggttcctgctctggaatcagtggaacagggaggagtgagcaatcacactgaa
gctgctctcgtccacacgctgctctctcttctgataaaggccgggtgtaaggccggtgac
atcggagtcatcgccccctacaggcagcagctgaagacaatctccgctctgcttcagtct
cccgctttcaccgaagtggaggtgaacacggtggaccggtaccaagggcgggacaaaagt
ctgatcgttctgtcgtttgttaggagcaccgcagaagaaggaaacctgggggagctgctg
aaggactggcgtcgcctgaatgtggccatcaccagagccaagcacaagctgctgatggtg
ggctctgccacaacgctgcgccgctactcgcctgtagagaaactaatcgaccatctccag
caggagaacatgatcatccagcttccgcctgcagcccacaaggccttacccagcatgcac
ctctga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (8)   
   RefSeq(nuc) (4)   
   GenBank (2)   
   EMBL (2)   
Protein domain (24)   
   Pfam (24)   
All databases (71)   

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