KEGG   Drepanopeziza brunnea: MBM_09674
Entry
MBM_09674         CDS       T03105                                 
Name
(RefSeq) DNA replication factor Dna2
  KO
K10742  DNA replication ATP-dependent helicase/nuclease Dna2 [EC:5.6.2.3 3.1.-.-]
Organism
mbe  Drepanopeziza brunnea
Pathway
mbe03030  DNA replication
Brite
KEGG Orthology (KO) [BR:mbe00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    MBM_09674
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:mbe03032]
    MBM_09674
Enzymes [BR:mbe01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     MBM_09674
DNA replication proteins [BR:mbe03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    MBM_09674
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     MBM_09674
SSDB
Motif
Pfam: Dna2 AAA_12 AAA_11 AAA_19 AAA_30 Viral_helicase1 Cas_Cas4 Dna2_Rift UvrD-helicase nSTAND3 PIF1 Csa1 Helicase_RecD SRP54 SLFN-g3_helicase AAA_16 ResIII AAA_7 DUF87 AAA_22 CbiA cobW bpMoxR YqeC MeaB AAA_24 NTPase_1 AAA MobB
Other DBs
NCBI-GeneID: 18765609
NCBI-ProteinID: XP_007297563
UniProt: K1W5M0
Position
Unknown
AA seq 1710 aa
MPIQKSFSDQNHSSKARQQRPPHHQWNRNRTFQGTSATNLEAKPLQKKPPIPVSTATKNK
LSAFQFGAQSTIKKATNSVVSLLSDEDKENEGAKSRTPPVAGTKNCIPKISQEQPPLPTR
KSVPTTPAGRLALPELLGMKDVRRPPQSVSPDERIEWDHKGKGHGSAFGGTRGAKKRARS
SSPTGSSPARAFSSRPQVDPGSDLWGRYSLNGSNAQAPQGPAVPALANIMHTSSPQHIKE
GTTPRAGGGFRRANSCGNQFPKRRRTGICENDDIFTESATIGPSKLSVLIERVTEGLSQV
PKQMAANLHSREPSEESRDQQLSEADEEPPKQRRHLQVNQSHLIDGDKDSAPMESEEIVL
PPLPENEDTDYDEFDDDELDASLLEIVGAHDLGSRLPPDPSPPPERPVASRAPPQAQHTP
RLLKQESIYAQTPVSAIQTLKLPKPCKVSPLKAEKDELNDSDDEIFIAAASQFDAPAHIA
SRISRVENRSAGKARQMRRVPSKAESEDEFGDGGLDDSDFEKAELNATQAIQQTGNSLLP
CTQKKAAIQRYLVTNVLESEYENAKGRKQKEKVLILQVEHSKMTKVVNLRGIWIDTPVEQ
KAFVHVIGLFDSAGRCIIDDNVNLLILHPDHLISSTVVADSFGCTRRAVLQDRIKATSDS
SAPLVYGTMLHEIFQSAMLENRWDIEWLGELVEKTALRHLEALYTIKIEVPQAVEYLRSK
MAELQCWAELFVSSQPKSQAKVQAGNGETVTMCVSKLLDVEEHVWSPMYGLKGNIDATVQ
VTMHDGKRQQTLTVPFEVKTGKSPSAAHRAQTALYNLLLSDRYDVEIAYGILYYMETSET
IRIPAIRHELRHMIMQRNELACFVREKHTTLPTMLKKQNMCNRCYAKVPCFIYHKLADDG
NGETSGLKGKFDEVVQHLGPKHKEFFLKWDDLLTKEEKETLKFRRELWTMLSSEREKLGR
CFSNVIIEPGSAYEEQNNPKINRYRYSLVKPDPPPGFSFLDSQIAVGEPIVISDEKGHFA
LANGYVTHVRKKRVTVAVDRRLHNARIRQPGFDEADNQVFASIMQVAPEGAVDEDAEGKI
VEAPTRYRLDKDEFSNGMATVRNNLIQTMADGPFGSRKIRGLVVDLNAPRFKMEPTAFVV
KDHENLNADQRNAILKVMSAEDYALVLGMPGTGKTTTIAHIIKTLVSQGKTVLLTSYTHT
AVDNILLKLKDDNIPILRLGTIAKIAMEVQEFATLAVTTKTSFEEIRSAWHDTPVVATTC
LGINHAIFSERTFDYCIVDEASQITLPVCLGPIRLAKTFILVGDHYQLPPLVANEEARVG
GLDISLFKHLSDSHPSSVVNLEHQYRMCEDVMSLSNKLIYDGLLKCGSQEVANSTIKIPT
MDNLQNHHYSPSTLPLAPKSICPGSMRGRCWIRDLIDPSTKVSFVNTDPLLPLSREQAKG
NRIVNPTEAVVCTQLVESLLSVGVPAASIGIMTHYRSQLSLLKDSMRLHPDIEMHTADRF
QGRDKEVIVLSLVRSNEAKSIGELLKDWRRINVAFTRAKTKLLVIGSKETLMGKGPNEHG
EEEMVSRFVKLMDEKRWVYDLPKGALEEHLFEVGKTQTQTQGGGLGSEKVLDSQWAAVTK
NENEEKRKETKRLAAAAAEIEIDRKPSSHGKPRREDTGKENPPLPGHRPLGKAPGLMGTT
RQPNKRTFGQKPFKAPRMMSVLGDVLNELS
NT seq 5133 nt   +upstreamnt  +downstreamnt
atgccgatccagaagtctttctctgaccagaaccattcttccaaggcaagacagcaaagg
ccaccacaccatcaatggaaccgcaatagaaccttccaagggacgtccgcaacaaacctg
gaagcaaagccattacagaagaaaccaccgattccagtatctacagccacgaaaaacaaa
ctcagtgccttccaatttggagcacagtctacaatcaagaaggcaacaaattcggtggta
agtctgctttcagacgaagacaaggagaatgaaggggcaaagagcaggacgccgcctgtt
gcgggaaccaaaaactgcataccgaagatatcgcaagagcagccacccctgccgacgagg
aagtcagtaccaacaacaccagctggcagattagcattaccggagttgcttgggatgaag
gacgtgagacgcccgccgcagagtgtgtcgcccgacgaacggatagaatgggaccacaag
ggcaaggggcatggctccgctttcggaggcacccgaggagccaaaaagcgtgcacgaagt
tcttcgccgactggatcttcacctgcgcgggccttcagttctcgtcctcaggtcgaccct
ggctctgatctatggggtcgatactctctaaatggatccaatgctcaggcccctcagggg
ccagctgtcccagcattggcaaatatcatgcacacctcgtcgccacaacatataaaggaa
ggaaccacaccgcgcgccggaggcggcttcagaagggccaatagctgtggcaaccagttt
cctaaacgaagaagaactgggatctgcgagaacgatgatattttcacagaatcggctact
attggcccctcgaagctatcagtcttgattgagagggtcaccgaaggattgtcacaagta
ccgaagcaaatggctgctaatctacattcccgggaaccgtccgaggaatctcgtgatcaa
caactctcagaagctgacgaggagccgccaaagcaacgacggcacctccaggtaaaccaa
tctcatttgatagatggtgataaagactctgcaccgatggaaagtgaggaaattgtgctt
ccacccctgcccgagaacgaagataccgattacgacgaatttgacgatgacgagctcgat
gctagtctgctcgagattgtcggcgcacatgatttgggctcccgacttcctccagatccc
tctccacccccggagcgtccagttgcctcgcgagcgcctcctcaagctcaacacaccccg
cgtcttttaaaacaagaatctatttatgcccagacacctgtgtcagcaatccaaaccctt
aaacttcccaagccatgcaaagtaagccctctcaaagccgagaaggatgagcttaatgat
tccgacgatgagattttcatcgcagccgcatctcaatttgatgcgccggcccacattgca
agcagaatctcaagagtggaaaataggagcgccggaaaggcacggcagatgagaagggtg
ccatccaaagcagaatctgaggatgaatttggggatggcggactggatgacagcgatttt
gaaaaagcagaattaaatgcgactcaggctattcagcagaccggaaatagtcttttacct
tgcactcaaaaaaaagcagccatccagaggtatcttgtcaccaacgtcttggaatcggaa
tatgaaaacgctaaaggtcgaaagcagaaagagaaggttctgattctccaggttgagcat
tctaaaatgacgaaagtagtcaacttgagaggcatctggatagatacgccagtggaacag
aaagcctttgtacatgttattggactcttcgactctgctggcagatgtattatcgatgac
aacgttaatctgctgattttgcatccggatcatcttatttcttcgactgtggtagcagat
tcttttggatgcacacgtcgtgcggttctgcaagacaggatcaaggcgaccagcgattct
tcggccccgttggtttacggcacaatgctccacgagatatttcaatcagcaatgttggaa
aaccgctgggacatagaatggttgggtgagcttgtcgagaaaacggcgttgcgccatctt
gaggccctctataccatcaaaatcgaagttccacaagccgtagaatacttgagaagcaag
atggccgaattgcagtgctgggctgaattgtttgtctcttcgcagccaaagtctcaggca
aaagtccaagcaggcaatggagaaacagtcaccatgtgtgtcagcaaactcctagatgtc
gaagagcatgtctggtctcccatgtatggcctcaagggcaatatcgatgccaccgtgcaa
gttaccatgcacgatgggaagcggcaacaaaccttaacggtgccattcgaagtcaagact
gggaagagtccaagcgctgctcatcgggctcagacagctctatacaacctacttctgtcc
gatcgatacgacgtcgaaattgcgtatggtatcctgtactacatggaaacctcggaaaca
atcagaatccccgctattcgacacgaacttcgacacatgattatgcaacggaacgaactt
gcttgtttcgtacgggaaaaacacaccacacttcctaccatgctgaagaagcaaaatatg
tgtaatcggtgctatgccaaggttccttgttttatctaccacaaacttgccgatgatggg
aatggggagaccagtggcttgaagggcaaattcgatgaagtcgtacagcacctgggtccg
aagcacaaagagttcttcttgaaatgggacgatctcctcacgaaggaagagaaggagacc
ctcaagttccgccgagagttgtggactatgcttagttcagagcgagagaagctcggcagg
tgcttttccaacgtgatcatcgagccaggctcggcatacgaggagcaaaacaaccccaag
atcaaccggtatagatatagtctggtcaagccagacccgcccccagggttctccttcctc
gattctcaaattgctgttggcgagcctatcgttatatctgacgaaaaggggcattttgcc
ctcgcaaatggatatgttactcatgttcgcaagaaacgtgtgaccgttgctgtcgatcgt
cgattacacaatgctcggattcgtcaacctgggtttgacgaagccgacaatcaagttttt
gccagtatcatgcaagtagcgcctgaaggtgccgtagatgaggatgcggaggggaagatt
gtggaggctcccaccagatacagactcgacaaagatgagtttagcaacggtatggcaacg
gtccgaaacaacctcatccagaccatggcagatggcccattcggatcccgaaagattcga
ggcttggttgtggatctcaatgccccgcggttcaagatggagcctacagcatttgttgtg
aaggatcatgagaatctgaatgctgatcaaaggaatgctatcctgaaggtaatgagtgcc
gaggactacgcattggttcttgggatgccgggtacgggcaaaacaacgaccatcgcccac
atcatcaagactctggtatctcagggaaagacggttctgcttacatcttacactcatact
gcggtcgacaacattctgttgaagctgaaggacgataacattcccatcctacgcctgggt
acgatcgcaaagattgcaatggaggttcaagaatttgcaacattggcagtaactaccaag
acctcattcgaggagatccggagtgcatggcacgacactccagtcgttgcaaccacatgt
ctgggtatcaaccacgccatctttagtgagcgtactttcgactactgtattgtggatgaa
gcttcgcaaatcacgctcccggtctgcttgggacctattcgtctcgcaaaaacattcatc
cttgtcggcgaccactaccagcttccccctctggtagcaaatgaagaggcgcgcgtcgga
ggtctagacatcagtctcttcaagcacctttccgattcccatcccagctctgttgtcaat
ctcgagcaccaatatcgcatgtgcgaagacgtaatgtccctcagcaacaagctcatctac
gacgggctcctcaaatgcggcagtcaggaagtagccaacagcaccatcaaaatccccacc
atggacaacctccagaaccaccactactcgccttcgacactccccctcgcacccaagtcc
atctgtcccggctctatgagagggcgctgctggattcgcgacctcatagatccctccact
aaggtctccttcgtcaacaccgatccgctccttcctctctcccgcgaacaagccaagggg
aatcgaatcgtcaaccccaccgaagcagttgtctgcacccagcttgtcgagtctctgctc
agcgtaggcgtgccagcggccagcatcggcatcatgacccactatcgctcacagctctct
ctgctcaaagatagcatgcgcttgcatcccgatatcgaaatgcacaccgccgaccggttc
cagggccgcgacaaggaagtcattgtcctctccctagtccgcagcaacgaggcgaaatct
atcggcgagctgctgaaggactggaggcgtatcaatgtcgcattcacacgcgcgaagacg
aagttgctcgttatcggcagcaaagaaacgctgatggggaaggggccgaacgagcatggg
gaagaggagatggtcagtcgctttgtgaaattgatggatgagaagcgttgggtctatgat
ttaccgaagggcgcgctggaggagcatctcttcgaggtggggaagacgcagacccaaact
cagggtggtgggctcgggagcgagaaagtgctggacagtcagtgggccgctgtcaccaag
aacgagaacgaagagaagagaaaggagacgaagcgtcttgctgctgctgctgccgagatt
gagattgatcggaagccttcttctcatggaaagccgaggagagaggatacagggaaggaa
aacccgccgctgccgggtcatcggcctcttggaaaagctcccggtctgatggggaccact
agacagcctaacaagaggacgtttgggcagaagccgttcaaggcgcctcggatgatgagc
gtgcttggggatgtactcaatgagctttcttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (57)   
   KEGG ORTHOLOGY (1)   
   RefGene (53)   
   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 (95)   

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