KEGG   Saccharomyces cerevisiae (budding yeast): YHR164C
Entry
YHR164C           CDS       T00005                                 
Symbol
DNA2, WEB2
Name
(RefSeq) bifunctional ATP-dependent DNA helicase/ssDNA endodeoxyribonuclease DNA2
  KO
K10742  DNA replication ATP-dependent helicase/nuclease Dna2 [EC:5.6.2.3 3.1.-.-]
Organism
sce  Saccharomyces cerevisiae (budding yeast)
Pathway
sce03030  DNA replication
Brite
KEGG Orthology (KO) [BR:sce00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    YHR164C (DNA2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:sce03032]
    YHR164C (DNA2)
Enzymes [BR:sce01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     YHR164C (DNA2)
DNA replication proteins [BR:sce03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    YHR164C (DNA2)
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     YHR164C (DNA2)
SSDB
Motif
Pfam: Dna2 AAA_12 AAA_11 AAA_19 AAA_30 Dna2_Rift Viral_helicase1 PDDEXK_1 ResIII UvrD-helicase Helicase_RecD PIF1 nSTAND3 SRP54 Cas_Cas4 AAA_16 AAA_18 MeaB bpMoxR NTPase_1 CbiA MobB AAA_7 AAA_22 PhoH YqeC AAA AAA_29
Other DBs
NCBI-GeneID: 856569
NCBI-ProteinID: NP_012034
SGD: S000001207
UniProt: P38859
Structure
Position
VIII:complement(424610..429178)
AA seq 1522 aa
MPGTPQKNKRSASISVSPAKKTEEKEIIQNDSKAILSKQTKRKKKYAFAPINNLNGKNTK
VSNASVLKSIAVSQVRNTSRTKDINKAVSKSVKQLPNSQVKPKREMSNLSRHHDFTQDED
GPMEEVIWKYSPLQRDMSDKTTSAAEYSDDYEDVQNPSSTPIVPNRLKTVLSFTNIQVPN
ADVNQLIQENGNEQVRPKPAEISTRESLRNIDDILDDIEGDLTIKPTITKFSDLPSSPIK
APNVEKKAEVNAEEVDKMDSTGDSNDGDDSLIDILTQKYVEKRKSESQITIQGNTNQKSG
AQESCGKNDNTKSRGEIEDHENVDNQAKTGNAFYENEEDSNCQRIKKNEKIEYNSSDEFS
DDSLIELLNETQTQVEPNTIEQDLDKVEKMVSDDLRIATDSTLSAYALRAKSGAPRDGVV
RLVIVSLRSVELPKIGTQKILECIDGKGEQSSVVVRHPWVYLEFEVGDVIHIIEGKNIEN
KRLLSDDKNPKTQLANDNLLVLNPDVLFSATSVGSSVGCLRRSILQMQFQDPRGEPSLVM
TLGNIVHELLQDSIKYKLSHNKISMEIIIQKLDSLLETYSFSIIICNEEIQYVKELVMKE
HAENILYFVNKFVSKSNYGCYTSISGTRRTQPISISNVIDIEENIWSPIYGLKGFLDATV
EANVENNKKHIVPLEVKTGKSRSVSYEVQGLIYTLLLNDRYEIPIEFFLLYFTRDKNMTK
FPSVLHSIKHILMSRNRMSMNFKHQLQEVFGQAQSRFELPPLLRDSSCDSCFIKESCMVL
NKLLEDGTPEESGLVEGEFEILTNHLSQNLANYKEFFTKYNDLITKEESSITCVNKELFL
LDGSTRESRSGRCLSGLVVSEVVEHEKTEGAYIYCFSRRRNDNNSQSMLSSQIAANDFVI
ISDEEGHFCLCQGRVQFINPAKIGISVKRKLLNNRLLDKEKGVTTIQSVVESELEQSSLI
ATQNLVTYRIDKNDIQQSLSLARFNLLSLFLPAVSPGVDIVDERSKLCRKTKRSDGGNEI
LRSLLVDNRAPKFRDANDDPVIPYKLSKDTTLNLNQKEAIDKVMRAEDYALILGMPGTGK
TTVIAEIIKILVSEGKRVLLTSYTHSAVDNILIKLRNTNISIMRLGMKHKVHPDTQKYVP
NYASVKSYNDYLSKINSTSVVATTCLGINDILFTLNEKDFDYVILDEASQISMPVALGPL
RYGNRFIMVGDHYQLPPLVKNDAARLGGLEESLFKTFCEKHPESVAELTLQYRMCGDIVT
LSNFLIYDNKLKCGNNEVFAQSLELPMPEALSRYRNESANSKQWLEDILEPTRKVVFLNY
DNCPDIIEQSEKDNITNHGEAELTLQCVEGMLLSGVPCEDIGVMTLYRAQLRLLKKIFNK
NVYDGLEILTADQFQGRDKKCIIISMVRRNSQLNGGALLKELRRVNVAMTRAKSKLIIIG
SKSTIGSVPEIKSFVNLLEERNWVYTMCKDALYKYKFPDRSNAIDEARKGCGKRTGAKPI
TSKSKFVSDKPIIKEILQEYES
NT seq 4569 nt   +upstreamnt  +downstreamnt
atgcccggaacgccacagaagaacaagaggtctgcgagtatatctgtttcacctgcgaag
aagacagaggaaaaagaaataatacaaaatgattcaaaggcgatattatctaagcaaact
aagaggaaaaaaaagtatgcttttgctcctataaataacttaaatgggaagaacaccaag
gtatccaatgcaagtgtcctaaagtcaatagccgtttcacaagtacgaaatacatcaaga
acaaaagatataaacaaagcagttagcaagagcgtaaagcaattaccaaattcacaagtt
aaaccgaaacgggaaatgtctaatttgagtaggcatcacgatttcactcaagacgaggac
ggccccatggaagaagtaatatggaaatattcacctttacaacgagatatgtccgacaaa
acaacaagcgctgccgaatactctgatgactacgaagatgtccaaaatccctcttctaca
cctatagtccctaatcgactgaaaactgttcttagtttcacaaatatccaagtacccaac
gctgacgtaaatcaactcattcaagaaaatggaaatgagcaagtgcgtcctaaaccagca
gaaatatctaccagggagtctctccgtaatatagatgatattctcgatgatatagagggc
gatttaactataaaaccgacgataacgaaattcagcgatttgccatcttcacccatcaag
gcacccaacgttgaaaaaaaagcagaggtgaatgcagaagaagtagataaaatggattca
acaggagatagcaacgatggcgatgactctttgatagatattttaactcaaaagtatgtt
gagaaacgcaagagtgagagtcagataacaattcaaggcaacaccaatcaaaaaagtgga
gcccaggaaagttgtgggaagaatgataacacaaaatcgagaggagaaattgaagatcat
gaaaatgtagacaatcaagccaaaacaggcaatgcattttatgagaatgaagaagacagt
aattgccaaagaattaaaaaaaatgaaaaaatagaatacaattcttcagacgaattttca
gacgattcactaattgaactattgaacgaaactcaaacacaagtggaacctaacactatt
gaacaagatttagacaaagtggagaaaatggtctctgacgatttgagaattgctactgat
tccactttatccgcatatgctctcagagctaagtctggtgctccaagagacggcgtagta
cgattagtaatagtaagcttacgtagtgttgaattgccaaaaattggaacgcaaaaaata
ctagagtgtatagacggcaaaggcgaacaaagttctgttgtcgttcgacatccttgggta
tatttggaatttgaggttggggatgtaatacatattatagaagggaaaaatattgaaaac
aaacggcttctttctgacgacaaaaaccctaaaactcaactggctaacgacaacctgttg
gtgctaaaccctgatgtattattttcggcaacatcagtcggaagttcagtaggttgttta
agacgttcaattctgcaaatgcaatttcaagatccccgcggagaaccaagccttgtcatg
actttaggcaatatcgtacacgagttattgcaagactcaatcaaatacaagctctcgcat
aataaaatttctatggaaatcataatacaaaagctggattctttgttagaaacttattct
ttttcaattatcatttgtaatgaagaaatccagtacgttaaagaattagttatgaaagaa
catgctgaaaacattttgtacttcgtcaataaatttgtttcgaaaagtaactatggttgc
tacacatcaatttccggaacaagaagaacacagccaatttctatatccaatgtgattgat
attgaagaaaacatttggtctccaatatatggtcttaaagggttcctagatgcaactgtt
gaagctaatgttgaaaacaataaaaaacacatcgttcctttagaagtgaaaactggaaaa
tccagaagcgtttcatacgaggttcaaggccttatttatacacttctgttaaatgatcgc
tatgagataccgatagagttttttcttctttattttacgagggataaaaatatgacaaag
ttcccttctgttctgcactccattaaacatattctcatgtcccgaaatagaatgagtatg
aattttaagcatcaactccaagaggttttcggacaggctcaatcaaggtttgaattacca
cccttactgcgcgattcatcttgtgattcatgtttcatcaaagaatcatgcatggtgttg
aataagctactagaggacgggacaccagaagaaagtggcctggtagaaggtgagtttgaa
attttgacaaaccatttgtcgcaaaatctcgccaactacaaagagttttttacaaaatat
aatgatctaataactaaggaggagtcaagtataacatgtgtaaataaagaacttttctta
ttggatggttccacaagagaatccagaagtggaaggtgcctttctggcttggttgtgtca
gaggtggttgaacatgaaaaaacagagggagcgtatatatattgcttctcaagacgtaga
aatgataataactcgcagtcgatgttatcatctcaaattgctgctaatgactttgttatt
attagtgatgaggagggtcatttttgcttgtgccaaggtcgtgtacaatttataaatccc
gctaaaattggtatctccgtaaaacgaaagttattaaacaataggcttctagataaggaa
aaaggagtcactaccatccaaagtgtggtcgaatcagagctagaacaatccagtctcata
gctacccaaaatttggtcacatatagaatcgacaaaaatgatatccaacagagtttgtct
ttagcgcgatttaatcttttaagcttgtttttaccagctgtttcacctggcgtggatatt
gttgacgaaaggagtaaattatgtcggaagacaaagagatctgatggaggtaatgaaata
ctgcgatcacttttagttgataatagagcacctaagtttagagatgcaaatgatgatccc
gtcattccgtataagctttcaaaggatacaacattgaacttgaatcaaaaagaagcaata
gacaaagtaatgagggccgaagattatgcattgatattgggaatgccagggactggtaag
actactgttatcgcagaaattattaaaattctcgtttccgaggggaaacgcgtgcttttg
acatcatacacacattcagcagtggataatattttaataaaattgaggaacaccaacatt
agcataatgagattgggaatgaaacataaggtccatcctgacacgcaaaaatatgtcccg
aattacgcgtcagtgaaaagttataacgattatttgtccaaaattaacagcacctctgtt
gttgctaccacctgcttaggaattaacgatatactatttacactaaatgaaaaggatttt
gattatgtgattttggacgaggcaagtcaaatttcaatgcctgtcgctttgggacctctg
cggtatggaaataggtttattatggtaggagatcattaccagctaccgccattagttaaa
aatgacgcagctcgattaggtgggttagaagagtcactgttcaagactttctgtgaaaag
catccggaaagcgttgcagaactgactttacagtaccgtatgtgcggcgatattgtaact
ttgtctaatttcctaatttatgataataaattaaaatgcgggaataacgaagtttttgct
caatctttagagttaccaatgcctgaggccttgtcgcgctataggaatgaatcggctaac
tctaagcagtggcttgaggatatactagagcctacaagaaaagtggtatttttaaattac
gataactgcccggatattatcgaacaaagcgaaaaggataacattacgaatcacggggag
gcagaattgactctacaatgtgtggaaggaatgttattgagcggcgtaccatgcgaagat
attggtgtaatgacgttatacagagcacagttaagattactgaagaagatattcaacaaa
aatgtgtatgacgggctagagatcttgactgctgatcagtttcaaggtcgtgacaaaaag
tgcattattatttccatggttagaagaaattctcaattaaatggaggagcgctgctgaaa
gagctaagaagagtcaatgttgccatgacaagggccaaatccaagctgatcattataggt
tcaaaaagtacaatcggctctgttcctgaaataaaatcgttcgtgaacctgttagaagag
cgtaattgggtctatacaatgtgcaaggatgcactctacaaatacaaatttcccgacaga
tcaaacgctattgatgaggcacgcaaaggttgtggaaaaagaacaggtgccaaacccatc
acatcaaagtctaaattcgtaagcgataaacctatcataaaggaaattctacaagagtat
gaaagttga

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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 (44)   
   KEGG ORTHOLOGY (1)   
   KEGG GENES (1)   
   RefGene (39)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
3D Structure (1)   
   PDB (1)   
Protein domain (28)   
   Pfam (28)   
All databases (83)   

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