KEGG   Hydra vulgaris (swiftwater hydra): 100201305
Entry
100201305         CDS       T01080                                 
Name
(RefSeq) DNA replication ATP-dependent helicase/nuclease DNA2
  KO
K10742  DNA replication ATP-dependent helicase/nuclease Dna2 [EC:5.6.2.3 3.1.-.-]
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Pathway
hmg03030  DNA replication
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    100201305
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:hmg03032]
    100201305
Enzymes [BR:hmg01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     100201305
DNA replication proteins [BR:hmg03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    100201305
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     100201305
SSDB
Motif
Pfam: AAA_12 Dna2 AAA_11 Dna2_Rift AAA_30 AAA_19 PDDEXK_1 Helicase_RecD Viral_helicase1 SRP54 nSTAND3 UvrD_C_2 Mg_chelatase Cloacin_immun SMUBP-2_HCS1_1B MeaB bpMoxR ABC_tran AAA_33
Other DBs
NCBI-GeneID: 100201305
NCBI-ProteinID: XP_047126178
Position
2:46909989..46960036
AA seq 1296 aa
MSLKSSSKKRKCYSELKHAPIGSYFKKVNDIDKQKCDSFNKTLDLEKTSRASNPTNNEQK
KSLDKVSKKQEAESLNFSVIKPIDLNKNGFEIKSVKLKLKSKNGTSSSEKVRPLLDSKSI
SEELQTPLKKVTPLLDCKSFLEDSPVLSTLEDLPALSKKVVPLIITPLTDCNPITKGLDK
KIVLSKATKRTKNESDFCSKPKRKTQAEIQERFSNLIQDDDDDDFLTGYGYDNLRQDNKL
TSIKTFSKPGLDDSSFDLFEPNHASSDILKTQCVTNDSQLVSDDSLLEIDEAELVEDLTE
HKVMLLRVKEVTTRFYAANKFDSKKEILIIVESTKGSYRGSCHLREDWIQTEIEINDLVY
VSGLSPKCFQCVLDNSSSHFITLYPNTLISGTCISTGIFCDRNAVLNEQFKMSEQNEAML
LGTFTHNLLEWALQNNLFSKFELEKQAQKMLCSTKFIELLYSLDIDEKKILLKLEEYYSS
ISDWQTSLLNPSGKEIYFKTGQEFQSSNDNAFVHINRIIDIEENIWAPRLGLKGKIDVSV
ELIVHRKPKKNKYIVPLELKTGKMFSEAGSIEHRAQVAIYTMLMSEKYNQSIDAGLLLYL
KTKHLQGIPVPEKERRALIIKRNSIARKLTLENNNLYMPSVLGDKRKCARCFQNQTCMLY
HKAVENGNANTSGVDSLFMDLTNHINNNQLDFFKKWYELVMIEIKYDEQINKNKYFWLDT
SQHCEMRGECLSRMNIVREDKTSDQKYHYIFCNQSAGLLHFCCGDRVVVSEENKKVYNIA
TGYVLDVSGNSITISVDRKIASTQVSSTFRIDKDGFLTNYKTSLSTLVKLYKKDSPRDEK
IRRLIIDKESPQFSVNKNKELKPSQPFAINGAGSVLNSELSNIYLNLNPSQKAAIEKCLV
TEDYLIMLGMPGAGKSTTIACLVRALVSMGKSVLLTSYTHSAVDTILVKLIDAGFNSFLR
IGENSRVHSKIAHLTNKEQTKQFSSTAQLKEFYNKQSVVATTCLGIGHPIFLHKCFDYCI
VDEASQVTLPVCIGPLRYANAFILVGDHNQLPPLVQSPVAREKGLDVSLFCLLTKVHPKA
VISLNHQYRMNSDIMLLTNSLIYNNAMICGNDDVASARIKLPLYEKYKESYRDYILQAMD
PVRSVVFIDTDSSEMFRESKSSHGVTNHGEAFLVRDIVRGFLHCGLKSENIGVISPYRQQ
LKVIRKELSVLAENVEVDTIDKYQGKDKPCIIVSLVRSNESNEVGDLLTDWRRVNVAITR
AKTKLILIGSATTVKQSIIFEKMLKILQQEKWILSV
NT seq 3891 nt   +upstreamnt  +downstreamnt
atgtctttgaagtcttcatccaaaaaaagaaaatgctatagtgagttaaagcatgcacca
attggaagttattttaaaaaggtaaatgatattgacaaacagaaatgtgattcatttaat
aaaactctggatcttgagaagacaagtagagcttccaatccgacaaataatgaacaaaaa
aaaagtcttgataaagtatcaaaaaagcaagaagcagaaagtttaaacttttcagtaatt
aaaccaattgacttaaataaaaatggatttgaaataaaatctgtcaaactaaaattaaag
tctaaaaacggaacatcgtcttctgaaaaagtaagaccattgcttgatagtaaatcaatt
tcagaagagttacaaacacctttaaaaaaagtaacaccactgcttgattgtaaatctttt
ttagaagattctccagtgctatcaactttagaagatttgccagcgctatcaaaaaaagta
gtacccctgatcataacaccactgaccgattgcaatcctattacaaaaggtttggacaaa
aagattgtactttcaaaagcaactaaacgaactaaaaatgaaagtgacttttgtagcaaa
cctaaaagaaagacacaggctgaaatccaggaaaggttttctaacttgattcaagatgat
gatgatgatgattttctgactggttatgggtatgataatcttagacaggataacaaattg
acatctatcaaaaccttctcaaagcctggattagatgatagctcatttgatctttttgaa
ccaaatcatgcaagtagtgatattttaaaaacccaatgtgttactaatgacagccagcta
gtatcagatgattccctgcttgaaattgatgaagcagaattagtggaagatttaactgaa
cataaagtcatgttgttaagagttaaagaagttactacaagattctatgctgcaaataaa
tttgattcaaagaaagaaattttgattattgttgaatcaaccaaaggatcatatagaggt
agttgtcatcttcgagaagattggattcaaactgaaattgaaataaacgatttagtttat
gtgtcaggtctttcaccaaaatgcttccaatgtgttttagacaattcatcttcccatttt
attacattatatccaaatactcttatatctggaacttgcatttcaactggaatattttgt
gatagaaatgctgtgctaaatgagcaatttaaaatgtctgaacaaaatgaagcaatgtta
cttggtacatttacccacaatttattggaatgggctttacaaaataatttgttttcaaaa
tttgaattggaaaagcaagcacagaaaatgttatgctctacaaagtttattgaattgctg
tatagcctggacattgacgaaaaaaaaattcttttaaaattggaagaatactattcatct
atatcagattggcagacttcacttcttaatccatcaggcaaagaaatctattttaaaaca
ggacaagaatttcaaagttcaaatgacaatgcattcgttcatataaatcgtataatagat
attgaagaaaatatttgggcaccacgcttgggattaaaaggtaaaatcgatgtaagtgtt
gaacttattgtgcatcggaagccaaaaaaaaataaatatattgtccctttggaactcaaa
acaggaaaaatgttttcagaagcaggttctattgaacatcgagctcaagttgccatctat
acaatgttaatgagtgaaaaatataatcaaagcatagatgcagggctgctactctattta
aaaacaaaacatttacaaggtattcctgtccctgaaaaagaaagacgtgctttaataata
aaaagaaatagtattgctagaaagctaacattggagaataacaacctctatatgcctagt
gttcttggtgacaaaagaaaatgtgcacgttgttttcaaaatcagacttgtatgctttac
cataaagctgttgaaaatggtaatgcaaatactagtggtgtagactcactatttatggac
ttaacaaatcatataaacaataatcagcttgatttcttcaaaaaatggtatgagttagtt
atgatagaaattaaatatgacgaacagataaacaagaataaatacttttggcttgatact
tcacagcattgtgaaatgcgtggcgaatgcttaagtaggatgaatattgtgcgtgaagac
aaaacttctgatcaaaagtatcattatattttttgtaatcaaagtgctggcttgttacat
ttttgttgtggagaccgtgttgttgtcagtgaagaaaataaaaaagtatacaacattgct
acaggctacgtgctcgatgtatctggcaattctataacaatttcagttgatagaaaaata
gcttccacacaagtttcttcaacatttagaattgataaagatggttttcttactaactac
aaaacatctctcagtacacttgtcaagttatataaaaaagattctcctcgagatgaaaaa
attcgtaggcttattattgataaagaatcgccacagttttcagtaaataaaaacaaagag
ttaaaaccttctcaaccatttgcaatcaatggagctggatctgttctgaattctgaatta
agtaatatttatttgaatttaaatccttcacaaaaagcagctattgaaaaatgcctagta
actgaagactatcttatcatgctaggcatgcctggcgctggtaaatctacaactattgct
tgtttggtacgagctttagtatcaatgggaaagtcagtgcttttaacaagttacactcac
tctgctgtggataccatacttgtgaagcttattgatgctggttttaattcatttttgcgt
attggagaaaattcacgtgtacatagtaaaatagctcatctcacaaataaagagcaaaca
aaacaattttcaagcacagcacagctaaaagaattttataataaacagagtgttgttgct
actacttgtcttggaatcggtcatcccatattcttgcacaagtgttttgactactgtatc
gtcgatgaagcttcacaggttacattgccagtttgcattggacctcttagatatgcaaat
gctttcatactagttggtgatcacaaccagcttcctcccttagtgcagagtccagtcgcc
agagagaaaggtttagatgtaagtttgttttgtcttctaactaaagtccacccaaaagct
gtaatatctttgaatcatcaatatcgtatgaacagtgatataatgctgcttaccaactct
cttatatataataatgctatgatatgtggaaacgatgatgtagcatctgcaagaattaag
ttgccactctatgaaaagtataaagaaagttatcgagattatatattgcaagccatggat
cctgtacgctctgttgtttttattgatactgactcttctgaaatgtttcgagaatcgaag
tcttcacacggtgttactaatcatggagaagcatttcttgttcgagatattgtccgcgga
tttcttcattgtggcctaaagtcagaaaatattggcgttatttccccttatcggcaacag
ctaaaagttattcgtaaagaactgtcagttttggctgaaaatgtggaagttgataccatt
gataaatatcaaggcaaagataaaccgtgcattattgtctctctggttcgcagtaacgaa
tcaaatgaggttggtgatttattaacagactggaggcgtgtaaatgtggcaattactaga
gcaaaaacaaaacttattctaattggttctgcgactactgttaagcaaagcattattttt
gagaaaatgctgaagattttgcaacaagaaaaatggattttatcagtgtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (81)   
   KEGG ORTHOLOGY (1)   
   RefGene (77)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (19)   
   Pfam (19)   
All databases (110)   

Download RDF
DBGET integrated database retrieval system