KEGG   Drosophila simulans: Dsimw501_GD13015
Entry
Dsimw501_GD13015  CDS       T01065                                 
Symbol
Dsim_GD13015
Name
(GenBank) uncharacterized protein
  KO
K10730  ATP-dependent DNA helicase Q4 [EC:5.6.2.4]
Organism
dsi  Drosophila simulans
Brite
KEGG Orthology (KO) [BR:dsi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:dsi03032]
    Dsimw501_GD13015 (Dsim_GD13015)
   03400 DNA repair and recombination proteins [BR:dsi03400]
    Dsimw501_GD13015 (Dsim_GD13015)
Enzymes [BR:dsi01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     Dsimw501_GD13015 (Dsim_GD13015)
DNA replication proteins [BR:dsi03032]
 Eukaryotic type
  DNA Replication Initiation Factors
   Other initiation factors
    Dsimw501_GD13015 (Dsim_GD13015)
DNA repair and recombination proteins [BR:dsi03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    RecQ family DNA helicases
     Dsimw501_GD13015 (Dsim_GD13015)
SSDB
Motif
Pfam: Helicase_C DEAD Drc1-Sld2 zf-CCHC ResIII
Other DBs
NCBI-ProteinID: KMY98296
FlyBase: FBgn0184737
UniProt: A0A0J9RQZ7
Position
3L
AA seq 1579 aa
MDDSVFKLKYQKYKLRVKVWERDFKKKNGRVPSKYDIRDASQEIRDSYKMYYKLKTSFLE
ETLNDVLSEDGYDILEMSQASDLGVSMLDQDVSLNEGPQLPLDISALVGPQSSGNLEEIP
QSAEGSFSNLNDLPNRQVLTNLVNRDENHVIRKFEAVEELPINQNAWGMNVSKKPPAPPQ
PVEASKSTPVLGKQPKAGASLKPSLSAKLFQSSRGFAKRNPRKPLSRSVSTSSSTTSLSS
VPTDHHVELVDFETILIRKAQEYKEKQQAIANNPMLANEHSKESIKTVVDDGWLQRNTKE
NTLEEEVPFAEANNNSGPSKKTNFGLANLDLSKLKPTLKEEQVLQAKPEQMAITQELQTD
MNSNMNQKPSHLNHTPSATSQESAVPKNKPRPFEQETDSDSDSVVAESEEEQEPQEYRQL
SKRRKIVSTASGAVEVAAPVEIPNKVEPETETFERENPDFSADEDQDATYVPEIKKNNKA
KRKQAAGKQKTAKPKAEPKPKAEKKVRVKAEKKPKAEKKPRNSKKAIAVEPAPDPEENEH
QPLNPEDLKYVLALEAGDITSVPRINVQDLEEADATAQRYIRTFATGPNPGSSEGSNIRV
DEKRAAARKKLEERIAAGKLNENFVTINIQKKKFVRGKKSVNFSKYKKQQWRHKKRVAAL
SGPDMDMGGCDGGVLTCFQCGGVGHFAQQCKVKGDNLLPLSAQLEEDPSPFPTLAEAQEM
ASQGAVVAHSRNISRLPQAANAAILQGDELNESEEDDQESSGDEEGQQHPDPNWSSDEMD
VDFEALDAAVEASLSQPVSQEKAASPIKTYVGHKIPEEFLKQAGLDTTASSSNRSQHGGV
KPLYDLLPDGSVQDTTPEVLEALHMFGHTNFRKGQDRAIMRTLSGLSSLVTLSTGSGKSL
CYQLPAYLYSRKVGAITLVISPLVSLMEDQVTGVPHFLRAHCLHTNQTAPQRMKIQQMIA
NGEIDILLVSPEAVVAGERATGFGAILRQLPPIAFACIDEAHCVSQWSHNFRPSYLMICK
VLRKNLGVRTVLGLTATATLPTRVSIINHLGIADGERGVISDIPLPDNLVLSVSKDENRD
AALLQLLNSERFEPCQSIIIYCTRRDECERIAGFIRTCVQDRREPTQDQTKKRKRVNWQA
EPYHAGMPASRRRTVQKAFMSNELRIVVATIAFGMGINKPDIRAVIHYNMPRNFESYVQE
IGRAGRDGLPSHCHLFLDAKGGDQSELRRHVYSNSIDRHVIRKLLQKIFVPCSCDKEASK
RTALPVPLEGDGPRVHMCPGHEIGFSVEKTVEMLDIPAENISTLLCYMELDPRWCISVLS
SAYVMAKVISYGGPKYLKHAAKECPPLAMAIALQIRDKTFKEDSNIIEFSVTDIAAGIGW
NSGVVKYQLKDLEWVKVNGYPKRSPITVSFYDLGFRIKVPGDFTEPEIDNALDTLYTRSV
KQERTQLIQLQYVAHGLAAVAYSSCGQCCNADFPQDRGEQLKAIVRNYFANDYPQDLELE
IEPSNVPDENIIDDVHALINMYPDNTFSGRNIARIFHGIMSPNYPAVIWGRCKFWRAHVK
VDFNRILQLANMAIIKRRT
NT seq 4740 nt   +upstreamnt  +downstreamnt
atggacgattcggtgttcaagctgaaataccaaaagtacaagttgcgcgtcaaggtgtgg
gagagggacttcaagaagaagaatggccgtgttccatcgaagtatgatataagggatgcc
agtcaggagattcgcgactcatacaaaatgtactacaagctgaagacatcctttctggaa
gagacgctgaacgatgttctcagcgaagatggatacgatattctggagatgtcgcaggcc
agtgatttgggtgtcagcatgctggaccaggacgtcagccttaatgaaggtccccagcta
ccgctggatatatctgcgctggtggggccacagagctctggtaacctggaggaaattcca
caatcggcggagggctcgttctcaaatctcaacgacctgcccaatcgtcaagtactcacc
aatctggtcaatcgcgatgaaaaccatgtcattcgcaagttcgaggcggtggaggagctc
ccaatcaaccaaaatgcctggggcatgaatgtgagtaagaagccaccagctccaccacag
ccagtagaggcctccaaatccactccggtactcggaaagcaacctaaagcgggcgctagc
cttaagcccagcttgagtgccaagttattccaatcttctcgcggatttgctaaacggaac
ccccgaaagccgctttcccgttctgtcagcacctctagttccaccacatcacttagttca
gttcctactgatcatcacgtggaactggtcgactttgagaccatactcatacgcaaagcc
caggagtacaaggagaagcagcaagccatagctaacaatccaatgctggccaatgagcac
agcaaggaaagtatcaaaacagtggtggacgacggctggctccaacggaatacaaaggaa
aacactcttgaggaagaagtgccctttgcggaagcaaataataacagtggtccgtccaag
aaaacaaactttggcctggccaatcttgatttaagtaaactaaaacccactcttaaggag
gaacaagtgttgcaggcaaagcccgaacaaatggcaatcacacaggagctgcaaacagat
atgaattctaacatgaaccaaaaaccatctcatcttaatcacacaccttctgcaaccagc
caagaatccgccgttcctaaaaataaacctcgacctttcgagcaggaaaccgattcggat
tccgactctgttgtggctgagagtgaagaagagcaggaaccacaggagtatcgccaacta
tcaaaacgtcgcaaaattgtttcgacagcatcaggagcagtggaagtagccgccccagtt
gaaattcccaacaaagtcgaaccagagacagaaacatttgagcgagagaacccagatttc
tctgccgatgaagaccaggacgctacatatgtaccagaaattaaaaagaataataaggca
aagcgtaagcaagccgccggaaaacaaaagaccgctaagcctaaagcggaaccaaaaccg
aaagctgaaaagaaagtcagagtcaaggccgaaaagaaacccaaggcggagaaaaagccc
aggaactctaaaaaagccattgctgtcgagccggctcctgatccagaagagaatgagcac
cagccattgaatccagaagatctgaaatacgtgttggccttggaggcgggagatattacc
tctgttccccgcattaatgtccaggatctagaagaagctgatgctaccgcccagcgctat
attagaaccttcgccactggacctaacccaggatcgtcggaaggatccaacattcgagtg
gatgaaaagagagccgcagcacgaaagaagctggaggaacgcatagcagctggtaaatta
aacgagaactttgtgaccataaacattcaaaagaaaaaattcgtgcggggcaaaaagtcc
gtgaacttcagcaagtacaagaagcaacagtggcggcataagaaacgagtggctgccttg
agtgggccggacatggatatgggaggctgtgatggcggagtgctcacgtgcttccagtgc
ggcggagtcggacatttcgctcagcagtgcaaggtgaagggagacaacttgttgccactt
tcggcacagctggaagaggatccctcgccgtttcccacgcttgccgaggctcaggaaatg
gccagtcagggagctgtggtggcacacagtcgcaacatctcacggctgccccaggcggcc
aatgcagccatcctgcaaggcgatgagttgaatgagtcagaggaagatgaccaagaaagc
agcggagatgaggagggacagcagcatccagacccgaattggtctagcgatgaaatggac
gtcgatttcgaggccctggatgcggccgtcgaagcttctctaagccagccggtctcgcaa
gagaaagcagcttcacctattaagacatacgtcggacacaagattccggaggagttcctc
aagcaggctggactggacaccaccgcctctagttcgaatcgcagccagcacggtggtgtg
aagcccctatacgatctccttccggatggcagtgtccaagacacgacaccagaggtcctg
gaggcactccatatgttcggacacaccaacttcaggaaaggtcaagatcgcgccatcatg
cgcactctttccggactatcatcgctagttacacttagcacgggcagcggcaagtctttg
tgctaccaattgcccgcctatttgtatagccgtaaagtgggagctattacgctagtcatc
tcgccattggtgtcgcttatggaggatcaggtgaccggcgtgccgcactttctgcgagct
cactgcctgcacaccaatcagaccgcgccgcagcgtatgaaaattcagcagatgattgcc
aatggggagattgacattcttcttgtctctccggaggcggttgtcgccggggaacgagcc
acaggatttggtgctattcttcgccagctgccgcccattgcattcgcttgtattgatgag
gcgcattgcgtgtctcagtggagtcacaactttcgacccagctacctaatgatttgcaag
gtgttgagaaagaatctcggtgtgcgcacagtgctcgggctaacagccacggcaactttg
ccaacacgagttagcatcataaatcaccttggcatagcggatggagaacgtggtgttatt
agtgacatcccactgcctgacaatctagtgctgtccgtctccaaggatgagaaccgagat
gcagcgctgctccaactgctcaatagcgaacgcttcgagccctgccagtccatcattatc
tattgtacgcgtcgtgatgagtgtgagcgaatcgctgggtttattagaacgtgtgtgcag
gaccgcagggaaccaactcaggatcagacgaagaaacgcaaacgtgtgaattggcaggcg
gagccctatcacgctggaatgcccgcttccaggcgacgaaccgttcagaaggccttcatg
agcaatgagctacgcattgtggtggccaccatcgcctttggtatgggcatcaataagccg
gacatacgcgcggtaatccactataatatgccaagaaactttgagagctatgtgcaggaa
attggtcgagcaggacgcgacgggctgccttcccactgtcacctcttcttggatgcaaag
ggtggcgaccagagtgaactgcgtcggcatgtgtattctaactcaattgatcggcatgtc
atccgtaagctgctgcaaaagatcttcgtgccatgtagctgtgacaaggaggcttccaag
aggacagccctcccggttcctcttgaaggtgatggtcccagagtgcatatgtgtccgggt
cacgagattggcttctccgtggagaaaaccgttgagatgctggacatcccggcggagaac
atatccacgttgctctgctacatggagcttgatccccggtggtgcatcagtgtgctcagc
tcagcatatgtgatggctaaggtaatctcgtatggtgggcccaagtacttgaagcatgct
gcaaaggaatgtccaccattggccatggctattgctttgcagattagggataagactttc
aaggaggactctaacatcatagaattttctgtcacagatatcgcggcaggaattggctgg
aacagtggtgtggtcaagtaccaactgaaggatctggagtgggtaaaagtaaatgggtat
cccaagcgatcgcccatcacggtgagcttctatgatttgggattccgcatcaaggtgccg
ggcgactttaccgaaccagagatcgacaacgctctggacactctctatacccgatccgtg
aaacaggagcgtacgcagctcatccagctgcaatatgtggcccatggattggctgctgtg
gcctacagctcttgcggccagtgctgcaatgcggattttccgcaggatcggggcgagcag
ctaaaggctatcgtgcgcaactactttgccaatgactacccacaggatctggagctggaa
atagagccaagtaacgtgccggatgagaacatcatagacgacgttcatgccctaataaac
atgtacccggacaatacatttagcggacgaaatattgcgcgcatctttcacggcatcatg
agcccgaactatccagctgtcatctggggacgctgtaagttctggcgtgcccacgtcaaa
gtggatttcaatcgcatcctgcaattggccaacatggctattataaagaggcgtacgtga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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