KEGG   Camelina sativa (false flax): 104739477
Entry
104739477         CDS       T05044                                 
Name
(RefSeq) DNA replication ATP-dependent helicase/nuclease DNA2-like isoform X1
  KO
K10742  DNA replication ATP-dependent helicase/nuclease Dna2 [EC:5.6.2.3 3.1.-.-]
Organism
csat  Camelina sativa (false flax)
Pathway
csat03030  DNA replication
Brite
KEGG Orthology (KO) [BR:csat00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    104739477
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:csat03032]
    104739477
Enzymes [BR:csat01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     104739477
DNA replication proteins [BR:csat03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    104739477
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     104739477
SSDB
Motif
Pfam: Dna2 AAA_11 AAA_12 AAA_30 AAA_19 UvrD-helicase PDDEXK_1 Cas_Cas4 ResIII nSTAND3 Dna2_Rift AAA_18 Helicase_RecD SLFN-g3_helicase
Other DBs
NCBI-GeneID: 104739477
NCBI-ProteinID: XP_019091565
Position
14:complement(3816992..3828401)
AA seq 1277 aa
MPPRKKPKSSASKLNKQSSANSSQPSNFGIQQLFLRHIQNSQSTTSTADPVDQQNVNGLA
SDTAVLTPQNPLGTLIEIPDDPKDMDQQQLTEASPGISKNLRRFSPGMLIKPSQDEAGGE
ITWKFSPVNERLRAAAKQIPKMIDLTENLLGIKSSTIRPCSLDKTQCPTSGITSKVEQWL
SSPSKKVSKRPTFAANRVMERVKPSTDGELEIVNTSSSGNSPFQTPPSLSCPHNKLPSTV
TCSAACGLTGGGQHKKALLELLDQVEDVISADDKTANDMETVIPQVRVEDDSMCAVVDYA
VDEGPTLPKKHSSISPDSYFLVLEVSEKRGLAGSSRVQCPYKVLRLLDEHTGVECALYLW
DEWFYSTVSPGDSINVIGEFDGDGKCDVDHQNNFLILHPDTLIAGTRVAASFGCPRRTVL
DERLKSNEHAAAALDGTLLHQVFQAGLTQESPSEDGLQEYASIVIKKNIESLYACGVHER
DVKATLFGAIPKMLGWIRHFRYSKDAGIPTVDFGSTIGGKKVKISEVINIEEMSWAPKYG
LKGMIDASVRVIVESDMNTVNEKIMPLEFKSGKAPGGQSSTEHSAQVILYTLLMSERYLK
HIDNGLLYYLKSEQTHGISVQRSDLVGLIIRRNELANDILVASTTQQLPPMLRNPNMCGY
CRHLDVCTIYHKADGGNAESSGLGDVFDTHVSHLSNLHFKFLQHWDRLIDLEAREMQLLR
KDIAHPHGSKGSHSANYLSSMVLDMTNGFPHHNTHKETRFIYRFVRQNSSNSRERVPSED
TIMTGTPATDDLDCKLRTGDRVILRTEVSHLTVANGIIADISRNHVSVSLSKRLRLPWSE
PSSEASNLSHEVWRIYKDEFMTSFSVMRFNLMQLFIQNGQSIRKMIVDLEPPRFDNGSIL
SQDPAISYIWSEKSLNNDQRQAILKILTAKDYALILGMPGTGKTSTMVHAVKALLIRGSS
ILLASYTNSAVDNLLIKLKAQGIEFLRIGRDEAVHEEVRESCFSAMDMCSVEDIKKKLDQ
VKVVASTCLGINSPLLVNRRFDVCIVDEAGQIALPVSIGPLLFASTFVLVGDHYQLPPLV
QSTEARENGMGISLFRRLSEAHPHAISVLQNQYRMCRGIMELSNALIYGDRLCCGSAEVA
NATLMLPTSSSTSSWLKKVLEPTRTVLFVNTDMLRAFEAKDQNAINNPVEASIIAEGRDK
DCILVSFVRSREKPRSSASSLLGDWHRINVALTRAKKKLIMVGSQRTLSRVPLLMLLLNK
VKEQSGILTLLPGDLKP
NT seq 3834 nt   +upstreamnt  +downstreamnt
atgccaccaagaaagaagccaaagtcttcagcttcgaaattaaacaaacagtcttcagcc
aattcgtcacaaccttccaactttggcatccagcagctgttccttcgacatattcagaac
tcccaatcaactacctcaactgctgaccctgttgatcaacagaatgtgaatggtcttgcc
tctgacaccgcagttttaacgcctcaaaaccctttaggcacattgattgagatacctgat
gaccccaaagatatggaccagcagcaactcactgaggcatctcccgggatctccaaaaac
cttaggcggttctctcctggaatgctgataaagccaagtcaagatgaggctggcggagag
ataacttggaaattctctcctgtaaatgaaagacttcgggcggcggcgaagcaaattcct
aagatgatagacttgacagaaaatttactagggattaaatcttctaccattcgtccttgc
tctctcgacaagacacaatgtcctacatcaggtataacttccaaggtcgagcaatggtta
tcttcaccctcaaaaaaagtttccaaaagaccaacttttgcagcaaatagggtcatggaa
agggtaaaaccttccacagatggggagttagaaattgttaacacttctagtagtggaaac
agtcctttccagaccccaccgtcactttcatgccctcacaacaagcttcctagtactgta
acatgcagtgcagcttgtggattaacggggggtggacaacataaaaaggccttgctcgaa
ctgttagatcaagtggaggatgtcatctcagctgacgacaaaactgctaatgatatggag
actgtgataccccaagttcgagttgaagatgatagcatgtgtgctgtcgttgactacgct
gtagatgaagggccaactctaccaaaaaagcattcttcgataagtccagatagctatttc
cttgtattggaggtatccgagaaacgtggtttggcgggctcatctagggttcaatgtcct
tataaggttcttcgcctgctagacgagcacactggagtagaatgcgctttgtatctctgg
gatgaatggttttacagcactgtatcaccaggagattcaatcaatgttattggagagttt
gatggggatggcaagtgtgacgtggaccatcaaaataatttcttgattcttcatcctgac
acccttattgctggaactagggttgcagcaagttttggttgcccaaggcgaaccgtgcta
gatgagaggctcaaatccaatgaacacgcagcagcagccttagatggaaccttgctgcac
caagtttttcaggctggtctcacgcaagagtctccatctgaagatggtttgcaggaatat
gcgagcatagtgattaagaaaaatattgagagcttatatgcatgtggagtacatgaaaga
gatgttaaagcaaccttatttggagcaatcccaaaaatgttgggttggattcgtcatttc
agatattcgaaggacgcagggataccaacagttgattttggttctaccattggaggaaaa
aaagttaagatatcagaggttattaatattgaggagatgtcatgggcccctaaatatggt
ctgaaagggatgattgatgcttcagtcagagtgatagttgaatctgacatgaacacagta
aatgagaagataatgccccttgagtttaagtctggaaaagctcctggtggtcagtcatca
acggaacattctgcacaggtgatcttgtacacgctcctgatgtctgagaggtacctgaag
catattgacaatggccttctatactatcttaagtcagaacagacacatggaatttctgtt
caaagatcagatttggtgggtctcattatccgtcgtaatgaacttgcaaatgatatcctt
gtggcgtcgacaactcaacaactgccgccaatgttacggaatcccaatatgtgcgggtac
tgtcgccatctggatgtttgcacgatttatcataaggcagatggtggaaatgcagagagt
agtggacttggtgatgtatttgacacacatgtttctcatctttcaaatttgcatttcaaa
ttccttcaacactgggacaggctgattgacttggaagctagagagatgcagcttctacgg
aaagacattgcgcatccacatggttcaaagggcagccactcagctaattatctttcttct
atggttcttgacatgacaaacgggtttccgcatcataacactcataaagaaactagattc
atctatcgttttgttcgtcaaaactcatcaaactctagagaacgagtacccagcgaagat
acaattatgactggaacccctgcaactgatgacctggattgcaaacttagaactggagat
cgtgtgattcttcgcacagaagtcagccacctgacagttgcaaatgggattatagcagat
attagtcgcaatcatgtatcagtttctctatccaagcgattacgtcttccttggagcgaa
ccttcttctgaggcatctaatctctctcatgaggtatggagaatttacaaggatgaattc
atgacatcattttcggttatgaggttcaatctcatgcagcttttcatacaaaatggacag
agcatcaggaaaatgattgtggatcttgagcctcctagatttgacaatggatctatactg
agccaggatcctgcaatatcatatatatggtcagaaaagagtttaaataatgatcagcgc
caagccatacttaagatactcactgcaaaggactatgcgttgatattgggaatgcctggg
acgggaaaaacctccacgatggtccatgccgtgaaagctttgttgattagaggttcatct
attctgcttgcatcttacacaaactctgctgttgataatctacttatcaaattaaaagca
cagggaattgaatttctacgtattggtagagacgaggctgtacacgaagaagtacgagaa
agttgcttttcagctatggatatgtgcagtgtcgaggacataaaaaaaaaattggatcag
gtcaaagttgtggcctctacttgtttgggaatcaatagtcccttgcttgtgaataggcgg
tttgacgtatgcattgttgacgaagctggccagattgcactccctgtttcgataggaccc
ttgctgtttgcttctacgtttgtacttgttggtgaccactatcaactaccgccactagtg
cagagtaccgaggctagagagaatgggatgggaataagcttgtttcgcaggttatcagaa
gcccatcctcacgcaatttcagtgttacaaaaccagtaccgaatgtgtcgaggtattatg
gaactatcaaatgccttaatatatggagacagattatgctgtggttctgctgaagtagct
aatgccacacttatgcttcccacttccagttcgacttcatcatggcttaaaaaggttctg
gagccaaccagaacagttttatttgttaatacagatatgctgcgtgcttttgaagctaag
gatcagaatgcgatcaacaatccagttgaagcttccataatagctgagggaagagataaa
gactgcatattggtatcttttgtgagatcccgggagaaaccaaggagctctgcatcctca
ctgctcggagattggcataggatcaatgttgctttgactcgagcaaagaaaaagttgata
atggtgggatcacaaagaacactctcaagagttccgcttttgatgcttctgttgaacaag
gttaaggagcagtcaggtatcttgactcttttgccgggggatctaaaaccataa

  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 (3)   
   RefSeq(pep) (3)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (14)   
   Pfam (14)   
All databases (33)   

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