KEGG   Eutrema salsugineum (saltwater cress): EUTSA_v10006535mg
Entry
EUTSA_v10006535mg CDS       T02985                                 
Name
(RefSeq) hypothetical protein
  KO
K03070  preprotein translocase subunit SecA [EC:7.4.2.8]
Organism
eus  Eutrema salsugineum (saltwater cress)
Pathway
eus03060  Protein export
Brite
KEGG Orthology (KO) [BR:eus00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03060 Protein export
    EUTSA_v10006535mg
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:eus02044]
    EUTSA_v10006535mg
Enzymes [BR:eus01000]
 7. Translocases
  7.4  Catalysing the translocation of amino acids and peptides
   7.4.2  Linked to the hydrolysis of a nucleoside triphosphate
    7.4.2.8  protein-secreting ATPase
     EUTSA_v10006535mg
Secretion system [BR:eus02044]
 Sec (secretion) system
  Prokaryotic Sec-SRP core components
   EUTSA_v10006535mg
SSDB
Motif
Pfam: SecA_DEAD P-loop_SecA SecA_SW SecA_PP_bind WD40 zf-RING_UBOX NBCH_WD40 PQQ_3 zf-RING_5 zf-RING_2 PQQ_2 zf-C3HC4 DEAD Helicase_C zf-C3HC4_2 ResIII zf-C3HC4_4
Other DBs
NCBI-GeneID: 18992781
NCBI-ProteinID: XP_006416281
UniProt: V4KTM1
Position
Unknown
AA seq 1804 aa
MEPPECPVCLQSYDGECTVPRVLSCGHTACEECLKNLPKKFPNTIRCPACTVLVKFPPQG
PSALPKNIDLLRLFPSVSRITLEPGKNLKKPIEFVTRSWSDDFYTTWKDRILLHDAVSVE
NVESEGSDFGSSRRLCGWLKDDSRVSLLRVASFLNDDCDSLLKYSYVQRMMSCLWEMREE
ERDELDTIISVKQRGISKVFGLWGDLKNGVLYLVGEKLTGYSCEEFDYLDEDETSCFAVI
GMQICEALLNLHKEGVITGCLSVSCVKFDEFGNAYVDLIELLEIGRIVYGIISDESSSCS
KPVGALEMGMILNRLVKEGIFMSSEVLFELLKEQNMLKLNASSKYLVSYSSDVWPVCFLL
LKLLLGKRFSEELIENVNGVDAKECEEQIEDLLVLYTGFTEKLSSILESKLGGKFKSIIE
IIRQSCCLDSQARPVLTDLWKCYRELVMNRRLIYMIGLHKTKSQKRKEFCVVLGELCHLV
VVGSRELEEEVPGMENSGGAEEGKFDIDFVERLSEGKIKSKDLRGHQDSVTSLAVGGGFL
FSSSIDKNIHIWSLKEFSHVHTFKGHQERVMALIYIEGAESVCVSGDSGGGIFVWSTSFP
LEEQPLRKWYEPKDWRYTGIHALAYSEDGYVYSGSGDNTIKAWSLQDGSLVCTMTGHKSV
VSTLVVLNGVLYSGSWDGTVRLWSLSDHSFLTVLGEETQGIVRSILSLAVDGQTLVAAYQ
NGDIQIWRDDTLMKSMKIQSGAILSIAVNGKWLFTGGWDKTVSVEEFSGDEISLDCTHVG
SIPGSSVITSLLYWEGKLFAGFADKTIKGNLGRLKRNLQDVTSMNYWVVRDYYRLVESVN
SLEPHIQSLSDEQLKAKTAEFRERLARGESLADMQAEAFAVVREAAKRTIGMRHFDVQII
GGGVLHDGSIAEMKTGEGKTLVSTLAAYLNALTGEGVHVVTVNDYLAQRDAEWMGRVHRF
LGLSVGLIQRGMKAEERKFNYSCDITYTNNSELGFDYLRDNLTSNSEQLVMRWPKPFHFA
IVDEVDSVLIDEGRNPLLISGEANENAARYPVAAKVAELLVKDIHYKVELKENSVELTEE
GISLAEMALDTGDLWDENDPWARFVMNALKAKEFYKRDVQYIVRNGKALIINELTGRVEE
KRRWSEGVHQAVEAKEGLEIQADSIVVAQITYQSLFKLYPKLSGMTGTAKTEEKEFLKMF
QIPVIEVPTNLSNIRIDLPIQAFATARGKWEYVRREVEDMFGQGRPVLVGTTSVENSEYL
SALLKEWGIPHNVLNARPKYAAREADFIAQAGRKYAITISTNMAGRGTDIILGGNPKMLA
REIIEDSILSYLTSEVLADDVDDSELSQKVLSKIKVGPSSLALLARASLMAKYVGKSESK
SWTRKKAKSVVTESLEKSQTMDPMELQNLVNEQSEMYPLGPAIALAYLSVLQDCEAHCLH
EGSEVKRLGGLHVIGTSLHESRRIDNQLRGRAGRQGDPGSTRFMVSLQDEMFQKFNFDTE
WAVRLISKITNDEDLPIEGDTIVKQLLALQINAEKYFFGIRKSLVEFDEVLEVQRKHVYD
LRQLLLTGDNESCSQHIFQYMQAVVDEIVVGNSDPQKHPRYWSLAKLLKEFMAISGNLLD
ESFSGITEGTMLQSLENLHETSSIDMEDFYLPHLPKPPNAFRGIRRKNSSLRRWLDICSD
DLTGSGRYRTSINLLRKFLGDYLIASYLNVVQESGFDDGYVKEIERAVLLKTLDCFWRDH
LVNMNKLSSAVNVRSFAHRNPLEEYKIDGCRFFISMLSATRRLTIESILQYWSSPMESQE
LFVS
NT seq 5415 nt   +upstreamnt  +downstreamnt
atggagccaccggagtgtccggtgtgtctacagtcttacgacggcgagtgcacagttcct
cgcgtgctttcctgcggacacacggcgtgtgaggagtgcctgaagaaccttcccaagaag
tttccgaacacaatccgatgtccggcgtgcaccgttctcgtcaagtttccacctcaagga
ccatcagctctacccaaaaacatcgatcttctcagattattcccttcggtttcgcggatt
acgctggaacctggcaagaatttgaaaaagcccattgaattcgtcactcgatcatggtct
gacgacttctacaccacttggaaggatcggatcctactccacgacgccgtttccgtggag
aacgtggagagtgaaggtagtgattttggttcatctcgtcgtttatgtggatggttgaaa
gatgattcgagggtgagtcttttacgggttgcttcgttcctgaatgatgattgtgattct
cttctcaagtatagttatgttcagaggatgatgagttgtctatgggagatgagagaggag
gagagagatgagcttgatacgatcatctctgttaaacaaagaggtatctctaaagttttt
ggcttgtggggtgatttgaagaatggggttctgtatttagttggtgagaagcttactgga
tattcgtgtgaggaattcgattatctagatgaagatgagacgtcatgtttcgcagtaatc
ggtatgcaaatatgtgaggcgcttctcaatttgcataaggaaggggtaatcacaggctgt
ttgagtgtttcttgtgtgaagtttgacgagtttgggaatgcttatgttgatttgattgaa
ttgctggaaattggaaggatcgtgtatggaatcatctctgacgaaagcagttcttgcagc
aaaccagttggtgctttggaaatgggaatgattttgaatagattagtaaaagagggtatt
tttatgagctccgaggtgttgtttgaattgttgaaggaacaaaacatgttgaaattaaat
gccagctcaaagtatttggtttcatatagctctgacgtctggccagtttgttttcttctc
ctcaagcttcttcttgggaaacggttttctgaggagctgattgaaaatgtaaatggtgtg
gatgcaaaagaatgtgaagagcaaattgaggatctcttggtgttgtacacaggttttacg
gagaaactaagttctattctggaatctaaacttggtgggaagtttaaatcgataattgaa
attatccgccaaagttgctgtcttgattctcaggcacgtccagttttaactgatctgtgg
aaatgctacagggagctggtcatgaatcgtaggttaatttatatgattggattgcataag
acgaaatctcagaaaaggaaagagttttgtgtggttctaggtgaattatgccaccttgta
gtagtgggatccagagaactagaagaagaagtgcctggaatggaaaatagcggtggagca
gaggagggcaagtttgacatagattttgttgaaagactctcagaaggtaaaataaaatct
aaagacctgcggggacaccaagacagtgtcacaagtttagcggttggaggtgggtttctg
tttagctcctcgattgataaaaatatccatatatggtctctgaaggagttctcccatgtg
catacatttaaaggtcatcaggagagagtaatggctttgatatacatcgagggagcagaa
tcagtatgtgtcagtggcgacagtggaggaggtatatttgtatggagcactagcttccct
ctggaagaacagccactaagaaagtggtacgagccaaaagactggcgatatactggcatt
catgcgttggcatattcagaagatggatatgtgtatagtggcagtggagataacaccatc
aaagcttggtcattacaagatggaagcctggtttgcactatgactggtcataaatctgta
gtctcaacgcttgttgtgctgaatggagtactatacagcggaagttgggatggaaccgta
cgattgtggagtctaagcgaccacagttttttgacggtgttgggagaagagactcaaggt
attgtaagatctattctgtctctagctgtagacggccaaaccttggtggcagcttatcaa
aacggagatatacagatatggagggatgatacattgatgaagtcaatgaaaatacagagt
ggtgcgattctcagcattgccgtgaacggtaaatggctatttactggaggttgggacaaa
actgtcagtgtagaggaattttcaggagatgagatatctctagactgtactcacgttgga
tcgatcccgggttcttcggttatcacatctttgttatactgggaaggcaagctctttgca
gggtttgcggataaaaccatcaaggggaatttgggtcgcttaaagaggaatttacaagat
gttacgagcatgaattattgggttgtgcgggactattatcgtcttgtggaatctgtcaat
tccctcgaaccacatattcaaagcctttccgatgaacagctgaaagcaaaaactgcagaa
tttcgggaaaggttagcgcgaggggagtccctagcagatatgcaagctgaggcgtttgct
gttgttcgtgaagctgcaaagagaacaattggaatgcgtcattttgacgtgcagataatt
ggtggaggagtgcttcatgatggatccattgcggagatgaagacaggtgaagggaaaaca
ctagtctctacattagctgcgtatcttaatgcattaactggcgagggtgttcatgtggtt
actgtgaatgattacctggcccagcgtgatgcagaatggatgggtcgtgttcaccgcttc
ttaggcctttcagttggtctcattcagagaggaatgaaagctgaagagagaaaattcaac
tacagctgtgatataacatacaccaataactcggagcttggatttgattatctgcgagat
aaccttacttcaaacagtgaacaacttgtgatgagatggccaaaaccatttcactttgca
atagttgacgaagtggactcagtgctcattgatgaaggcagaaatcctttgctaataagt
ggtgaggctaatgaaaatgccgcacgatatccagttgctgctaaagtggctgaacttctc
gtaaaagatattcattacaaagttgaattgaaagagaactcagtggaactcacggaggaa
ggtatatctcttgctgaaatggctcttgatacgggtgatttatgggacgaaaatgatcca
tgggcaaggtttgttatgaatgctttaaaagctaaagaattttacaagcgtgatgtccaa
tatattgtgagaaatgggaaagcacttataattaatgagttgactggaagagttgaagag
aaaaggagatggtctgaaggagtccaccaggctgtggaggctaaagaaggtctcgaaatt
caggctgattcaattgttgtggcccaaatcacctatcagtcgctctttaaactctatcca
aagctctccgggatgactgggacagcaaaaacagaagaaaaagaatttttgaaaatgttc
cagatacctgttattgaagttccaaccaatttgtcaaatattcgaatcgatctacctata
caagcttttgcgactgctcgaggtaaatgggaatatgttcgtcgagaagttgaagatatg
ttcggacaaggtcgacctgttttagtaggaacaacaagtgtagagaattctgaatatcta
tcagcactgctgaaagaatggggtattcctcacaatgtcctgaatgcacgacccaagtat
gctgctagggaggctgattttatagcccaagcaggaagaaaatatgccatcaccatttct
acaaatatggctgggaggggtactgacattattctgggaggaaatccaaagatgcttgca
agggaaatcatagaggatagcatcctttcatatctaacaagtgaagttttggcagatgat
gttgacgacagtgaattatcacagaaggtgttgtcaaaaataaaagtgggaccatcttca
ttagctttgcttgccagagcttctctaatggcaaaatatgttggcaaaagtgaaagtaaa
agctggacgaggaaaaaggcaaagtccgtggtcaccgaatctttagagaaaagccagaca
atggatcctatggaattgcagaatcttgtcaacgagcagtcagaaatgtaccctttgggc
cctgctattgctctggcttatctgtccgtcttgcaggactgtgaggcccattgtctgcat
gaagggtctgaagtaaagaggcttggaggtcttcatgtgattgggacatctttgcatgag
tctcggaggattgataaccagctgcgtggcagagctggaaggcaaggagatcctggatcc
acgcggtttatggtaagcttgcaagatgagatgttccagaagttcaattttgatactgag
tgggccgtgaggcttatatcaaagattacgaatgatgaagatttaccaattgaaggtgac
acaatagtaaaacagcttctagctctccagattaatgcagagaaatacttctttggtata
agaaaaagcctggtcgagtttgacgaagtgctagaggttcaaaggaagcatgtctatgac
ctaagacaactgcttttgacgggtgataacgaaagttgctcccagcatatattccagtac
atgcaagctgttgtagatgaaattgtcgttggaaattctgatccacagaagcatccaaga
tactggagcttggccaagttattgaaggagtttatggctatttcagggaaccttttggat
gagtcattttctgggatcaccgaaggaaccatgttacagtcccttgaaaacctgcatgag
acaagttcaatagatatggaagacttctaccttccacacctgccaaaacctccaaacgct
ttcaggggaattcgcagaaagaattcttctctaagacgttggctcgatatctgctcggat
gatttgaccgggagtgggaggtaccgaacatctatcaaccttctcaggaagttcctcggt
gattatctgatagcttcgtacttgaatgttgttcaagaatctggctttgatgatggatac
gtgaaagaaatagagagagcggttctcttaaagacgttggattgcttctggagagatcat
ctcgtgaacatgaataaactaagctcagcggtgaatgtcagaagttttgcgcatagaaac
cctcttgaagagtataaaatcgatggatgtcgatttttcatctcaatgctaagtgcgacc
agaaggctaaccatagaatcaatcttgcagtactggtcatccccgatggaatcccaagaa
ctattcgtatcgtaa

  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 (17)   
   Pfam (17)   
All databases (30)   

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