KEGG   Candida albicans: CAALFM_C600320CA
Entry
CAALFM_C600320CA  CDS       T00189                                 
Symbol
DNA2, CaO19.1192
Name
(RefSeq) bifunctional ATP-dependent DNA helicase/ssDNA endodeoxyribonuclease
  KO
K10742  DNA replication ATP-dependent helicase/nuclease Dna2 [EC:5.6.2.3 3.1.-.-]
Organism
cal  Candida albicans
Pathway
cal03030  DNA replication
Brite
KEGG Orthology (KO) [BR:cal00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    CAALFM_C600320CA (DNA2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:cal03032]
    CAALFM_C600320CA (DNA2)
Enzymes [BR:cal01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     CAALFM_C600320CA (DNA2)
DNA replication proteins [BR:cal03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    CAALFM_C600320CA (DNA2)
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     CAALFM_C600320CA (DNA2)
SSDB
Motif
Pfam: Dna2 AAA_12 AAA_11 AAA_19 AAA_30 Cas_Cas4 PDDEXK_1 Dna2_Rift Helicase_RecD SRP54 UvrD-helicase DO-GTPase1 AAA_18 AAA_16 nSTAND3 ResIII AAA_22 bpMoxR Viral_helicase1 AAA_5 AAA_14 AAA_7 AAA_29 AAA MobB HTH_11 AAA_25 AAA_33 NTPase_1
Other DBs
NCBI-GeneID: 3646072
NCBI-ProteinID: XP_712310
UniProt: A0A1D8PPB3
Position
6:complement(49594..53874)
AA seq 1426 aa
MSGINEDASSTTKRFKDSNEAIKPVKRLKKTTYFPVNNLTNPQTNQSNIQKSPIRPIDIN
SITTKVNPVQEINRNNTDNLTKVQKQSELNFLQENSDDSFDGIRWKESPEIKGSHKQMEI
KNSFGGLPSSPLKNINPESENVDDRTSDVLNRYGSDFENVSKRRTPLMSKTRSDITSSSS
NHKKQTNEISQLQRAKSGDVLKVKSISGSITDSFQNTLNNWINKFETDPQDDQNPNSLPD
TVEMNKTIPKISTPPNPNTSIQSEDPFSDDDDLIQLLHSKTLPECPQSQPVSNDNTSIKP
PMENASDDGESSDDPFTDDDSELMEVLKTQTPSVTSAFTKSFQRGIQNFEKLNIENKYEE
QDIEKVSDLIYDRVTTQRFRIVNIIEQYYGPKSEKQLILEVVNSSRDKSKLVVRGEYCEL
ELEKGDVIHVIITDSARPTLVDDMHNLLIWNPDIMLSATTISQQLNCSRKTVILSRYKFP
GTSTIPIIVGEIVHFIFQECICTERWDMEFMSQVLDQLLSQYMLAIFGIGKELKDVRDEV
VKHFDYLETWFKTYYKQPLSKKNLIDETSEKEQIMFAVEEALDIEEEIGSPIFGIKGKID
ATITAKFENKKLKGQYMIPMEIKTGKEYIYHHAQASLYSLLFKDRYDKNIDSYLLVYTKE
KVTKKCNIRISELRSLVNLRNRVSNYIKDNLKLPPLVKNSNCDRCEIRSACMTLNHLTEN
GTKEESGIEEELYEAITRDIFENDSYRKYFQHWDELISKEEDVMGRAVKELWTIPAEDQE
FQGKCFSGMTITNSNETESNNFLFSSTHHDKSQDQQFVYTFAKAENPSRFNLAKSQVTIN
DKVIISDEEGHFALTTGYVKQITKDFVVVSTRRKIITSDYKLKNYNKANNQVFQSVIRST
QQNIRTTTKKRFRIDKDRMFYGLGLARYNVLSLFLPNGASQLRKLVVDLEKPTFTASSWE
IPDAETFNPDQIAALKKVFSADDYSLIVGMPGTGKTTVIAQLIKVLVAQRKSVLLTSYTN
SAVDNILLKLKDLDIEFLRIGYPQRVHKDIKDYIPEFKDSITTYEQYVNTYMRPKVVATT
CLSITDVCFNLRYSFDYCIVDEASQITLPVSLGPLRFAKKFVMVGDHDQLQPLVTHPDKR
VKQELSRSLFSLLAKEHPDSVSHLTYQYRMNSDIMNVCNTLIYNNKLKCGSEQVAQNSLK
IPHPEVLNSFIGEDVSPDSQWIHKIFDEKNNVLFLDYDAVPAVEENVGEMVINTKEALLI
QQIVNALVHGGVKEDEIGVMSFYRAQLSVLKKNLNNLKDLEILTADQYQGRDKECIIISL
VRSNERKFAGDLMKEYRRLNVATTRAKTKLIILGSRFTLSTNELTKTFIDYLENEKWYYP
LPKSAHKIYKIPEVNGPSPTRSQKSQDSPILNRNPILKNVVQDITR
NT seq 4281 nt   +upstreamnt  +downstreamnt
atgctgggaataaacgaagacgcgtcactgacaacaaagcggtttaaggattcgaacgaa
gccatcaaacctgtcaagagacttaaaaaaaccacgtatttcccagttaataacctcact
aatccccaaactaatcaatcaaatattcaaaagtccccgattcgaccaattgatataaat
tcaataaccacaaaggtcaaccctgttcaggaaattaacagaaacaatactgacaattta
acaaaggtacagaagcaactggaactaaactttctccaggagaattctgatgatagtttt
gatggaattcgctggaaggaaagccctgaaatcaaagggagccataagcagatggaaata
aaaaactcttttggtgggttaccttcatcgccattaaaaaacattaacccagaatctgag
aatgtggatgatcgtacatcagacgttttgaacagatatggatctgattttgaaaatgtt
tctaaaagacgaactccattaatgtcaaagacgcgttcagatatcacatcttcaagcagc
aatcacaaaaaacaaaccaacgaaatatcccaacttcaacgagcaaaatctggggatgta
ctcaaagtcaaatcaatttcagggtctattaccgactcctttcaaaacactttgaataat
tggataaataaatttgaaactgatccacaagacgaccaaaatccaaacctgttaccagac
actgttgaaatgaataaaactattccaaaaatcagtaccccacctaacccaaacacgtca
attcaatctgaggatccattctctgacgacgatgatttaattcaattgttgcactcaaaa
accttaccagagtgcccacaatcacagcctgtctccaacgataacacatcaataaaacca
cctatggaaaatgcatcagatgatggcgaatcaagtgacgatccgtttacagatgacgac
tctgaattaatggaagtattgaaaacgcagacacccagtgttacatctgcatttaccaaa
tctttccagcgaggtattcaaaactttgaaaaactaaatattgaaaacaaatatgaggaa
caggatattgaaaaagtgctggacttgatttatgatagagtaacaacccagagatttcga
attgtgaatatcatcgaacagtattatggtcccaagagcgaaaaacaattaattttagaa
gttgtaaattcgctgagagataaatcaaagttggttgttcgtggtgagtactgcgagttg
gagttagaaaaaggggacgtgattcacgttataatcaccgatagtgctcgtccaacatta
gttgatgacatgcataacctattaatttggaacccagacattatgctatcagcaacgaca
atttcccagcagctcaactgctcgagaaaaacagtgatattgtctcgatacaagtttcct
ggaacactgacgatacccatcattgttggggaaatagttcattttatttttcaagaatgt
atttgtactgaaaggtgggatatggaattcatgagccaagtattagatcagttattgctg
caatacatgttggcaatattcgggatagggaaggagttgaaagacgttagggacgaagtt
gttaaacattttgattatttggagacatggtttaagacatactacaaacaaccactcagc
aagaaaaatttaattgacgagacatctgaaaaagaacagatcatgtttgctgtggaagaa
gctttggatattgaagaagaaatcggatcaccaatatttggcatcaaagggaaaattgat
gcaactataacagcgaaatttgaaaacaaaaagttgaaaggtcaatatatgataccgatg
gaaatcaaaaccggtaaggagtatatttaccatcatgcacaagcgtcattgtactcattg
ttgtttaaggatagatatgataagaacatagattcatatttgcttgtgtatacaaaggaa
aaggttacgaaaaagtgcaatatcagaatttccgagttgcgttcattggtgaatttgaga
aacagagtatctaattatataaaagacaatttgaagctacctcctttggtaaagaattcc
aactgtgatagatgcgaaattagaagtgcttgtatgaccttaaaccacttgacagaaaat
ggcaccaaagaagaatctggtattgaggaagagttgtacgaagctataactagagatatt
tttgaaaacgattcataccgtaagtacttccaacactgggatgaacttatttctaaagaa
gaagacgttatgggtagagcagtcaaagagttatggacaatcccagcagaggaccaagag
tttcaaggcaaatgcttttctggtatgacgatcacaaattcgaatgagacggaatcgaac
aatttcttattctcatcaacacatcatgacaaatcccaggatcagcaattcgtgtacacg
tttgccaaggcagaaaacccttcccggttcaatttagcaaaatcacaggttactatcaac
gataaagttattataagtgacgaagaaggccattttgctttaacaacaggatacgtcaag
cagataactaaagattttgtagtggtttccactagacggaaaatcatcacatctgattac
aaattgaaaaactataataaggcaaacaaccaagtattccaaagtgtcatccgatctact
caacagaatataagaactacgaccaagaaaagattccgtattgataaggataggatgttt
tatggtttggggttagctagatataacgtcctaagtttattcttacctaatggagcttca
cagttgaggaaattagtggttgatcttgaaaagcctacttttaccgcatcttcttgggag
attcctgatgcggaaacgttcaaccctgatcaaattgcggcgttgaaaaaagtatttagt
gctgatgattattctttgatagtggggatgcccggtacaggtaaaaccactgtgattgct
caactcataaaagtgcttgtggcacagaggaaatcggtattgcttacttcctacacaaat
tctgccgttgataatatattacttaaactcaaagacttggatattgaatttttaagaatt
ggctacccccaaagagttcataaagacattaaagactacattcctgaattcaaagactca
atcactacatatgaacaatatgtcaatacctatatgcgcccaaaggttgttgcaaccact
tgcttaagcatcacagacgtttgtttcaatttgagatattcttttgattattgcatcgtc
gatgaagcttcgcaaatcaccttaccagtgagtttgggtcctttaaggtttgctaaaaaa
tttgtcatggtgggtgatcacgatcagttgcaacctttagttacccatcccgacaaaaga
gttaaacaagaattatctcgatcacttttcagtttgttggctaaagagcatccagattct
gtgagtcacttgacatatcaatacagaatgaatagtgatattatgaatgtttgcaatact
ttgatttacaacaataaattaaaatgcgggtcagaacaagttgcccaaaactctttaaag
ataccccacccagaagttttaaatagctttattggtgaagatgtttcgccggacctgcaa
tggatccacaaaatatttgatgagaaaaacaacgtgctatttttggactatgatgcggta
cctgctgttgaagaaaatgtgggtgaaatggtaattaatactaaggaagcgcttttaatt
caacaaatcgtcaacgcattggttcacggcggagttaaagaagacgagattggggttatg
tcgttttaccgtgctcagttatcagtattgaaaaagaatcttaacaacttgaaggatttg
gaaatactcacagctgatcaataccaaggaagagacaaagaatgtattatcatatcttta
gttcggtcaaatgaacggaagtttgctggtgatttaatgaaggagtatcgtagattaaac
gttgctacaacgagagctaaaactaagctaataatccttgggtcaagattcacattatcc
accaacgagctaacaaagacgtttattgactatttggaaaacgaaaagtggtattatcct
cttccaaaatcggcacacaagatttacaagattccagaagtgaatgggccatcaccaact
agatcacaaaaaagccaagattcgccaatattgaatagaaaccctatacttaagaatgtg
gttcaagacattactagataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (29)   
   Pfam (29)   
All databases (42)   

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