KEGG   Vigna radiata (mung bean): 106761839
Entry
106761839         CDS       T04126                                 
Name
(RefSeq) protein translocase subunit SECA2, chloroplastic isoform X2
  KO
K03070  preprotein translocase subunit SecA [EC:7.4.2.8]
Organism
vra  Vigna radiata (mung bean)
Pathway
vra03060  Protein export
Brite
KEGG Orthology (KO) [BR:vra00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   03060 Protein export
    106761839
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02044 Secretion system [BR:vra02044]
    106761839
Enzymes [BR:vra01000]
 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
     106761839
Secretion system [BR:vra02044]
 Sec (secretion) system
  Prokaryotic Sec-SRP core components
   106761839
SSDB
Motif
Pfam: SecA_DEAD P-loop_SecA SecA_SW SecA_PP_bind WD40 zf-RING_UBOX zf-RING_5 NBCH_WD40 zf-RING_2 PQQ_3 zf-C3HC4 zf-C3HC4_2 zf-RING_4 zf-C3HC4_4 DEAD zf-RING_11 Baculo_IE-1 WD40_like TRAF3_RING
Other DBs
NCBI-GeneID: 106761839
NCBI-ProteinID: XP_014500892
UniProt: A0A1S3U4E7
Position
5:complement(12815436..12856288)
AA seq 1809 aa
MELPECPVCLQSFDDRDAIPRVLSCGHSVCEACLAELPQRYPNTIRCPACTQLVKYPSQQ
GPSSLPKNIDLLRLSLQHSSSSSNHSHKHNQRSTVNSCSDHSSFWSPEFYDAWKNWILPL
DAVLTDDHCLGRFSSSKGRVCFGVNRCVSLAPIVCFSPGNDSKFRFSYVAWVIKCLEGMS
EAAREELTWILEATVRQRRVCGVFGLWSEGAEGPLYMVCERQSGNLLDKFGELGNGFVGG
NEDGLELDTSGIFNFLMIGKGICEAVLSLHLEGLVAGCLGLSCFSFDELGGICVDLNEVL
GMGRRLHAVSGKHEKEAMSKDCLENEIFVSPEVLYELVHMRRSARDSGHLRYPIGYGSDV
WSLARVLLWLLIGNVLPRNTLEMNEESDGDSTASYVCWVEKVGSVLEDKLGSEYLSLGRT
LCKCLDVNPVNRPDVIDVRKCIQDKLVKPQFEFLGNLEVTISKDSTGRCLVLGELSLLPK
EWSDEPRKHELREREIGGHPNFVQDGQDKSVEDSAAGLSGGLTELKDLRGHLDCVSGLAV
GGGYLFSSSFDKTVRVWSLQDLSHLHTFRGHENKVMALAYVDEEEPLCISGDSGGGIFIW
GVAAPLRQDPLRKWNENKDWRFSGIHSLAVSKNHSIYTGSGDRTIKAWSLKDETLICTMT
GHRSVVSTLAVCDEVLYSGSWDGTVRLWSLNDHCPLTVLGEDTPADMRSIMAITVDRHLL
VAAHENGSIKVWRNDVFMNSKTLHNGSIFAMSMQGKCLYTGGWDKNVNIQELSGDEFELD
VKPYGSIPHSSVVTAILYSQGKLYVGYADKSIKENLGRVQKRFTDFTSLNYWVVGDYYRL
VNSVNAFEPQIKALSDEQLAAKTSEFRRRLARGATLADIQAEAFAVVREAAWRKLRMRHF
DVQIIGGAVLHDGSIAEMKTGEGKTLVSTLAAYLNALTSEGVHVVTVNDYLAQRDAEWMG
RVHRFLGLSVGLIQRGMNAEERRINYRCDITYTNNSELGFDYLRDNLAGNRDQLVMRWPK
PFHFGIVDEVDSVLIDEGRNPLLISGEASKDAARFPVAAKVAELLKQGTHYKVELKDNSV
ELTEEGIALAEMALETNDLWDENDPWARFVINAIKAKEFYRRDVQYIVRDGKALIINELT
GRVEEKRRWSEGIHQAVEAKEGLKIQADSVVVAQITYQSLFKLYPKLSGMTGTAKTEEKE
FLKMFRMPVIEVPTNLPNIRKDLPIQAFATARGKWEQVRREVEYMFGQGRPVLVGTTSVE
NSELLSGMLWEWNIPHNVLNARPKYAAKEAEVVAQAGRKHAITLSTNMAGRGTDIILGGN
PKMLAREIIEDSLLSFLTREDPNVELAGEAISQMVLPKITVGSSSMALLAKTSLMAKYVS
KSEGKSWTYQKAKSFILEAIEMNLSYSLEELEKLANEESETYPLGPTVALTYLSVLKDCE
EHCLKEGSEVKRLGGLHVIGTSLHESRRIDNQLRGRAGRQGDPGSTRFMVSLQDEMFQKF
NFDTEWAVRLISKITNDEDLPIEGDAIVKQLLALQINAEKFFFGIRKNLVEFDEVLEVQR
KHVYDLRQLILTGDDESCSQHILQYMQAVVDEIVFNNIDPVKHPRSWGLSKLLKEFVTVG
GKLLHESFEGISDHTLLNSLGLLNDASSVDIVNFSLPNLPAPPNAFRGIRRKSSSLRRWL
AICTDDLIGNGKYQTTSNLLRKYLGDFLIASYLHVVEESGYDETHAKEIERAVLLQTLDC
FWRDHLVNMNRLSSAVNIRSFGHRNPLEEYKIDGCRFFISMLSATRRLTVEALLRYWTSP
MESDELFLS
NT seq 5430 nt   +upstreamnt  +downstreamnt
atggagctgccggagtgcccggtgtgccttcagtccttcgacgaccgcgacgcaattcct
cgggtcttgtcatgtggacactccgtttgcgaagcttgtctcgcggagcttccgcaacgg
tacccgaatactattcggtgccccgcttgcacccaactcgtgaagtatccttctcaacaa
ggcccttcttctcttcccaaaaacatcgacctcctcagactctcgctccaacactcctct
tcttcttctaatcattcccacaaacacaaccaacggtccacggtcaattcttgtagcgat
cactcttcgttctggtcccctgagttctatgatgcatggaagaattggattctgccgctc
gacgctgttttaactgacgaccattgtcttggccggttcagttcgtccaagggtagggtt
tgtttcggagttaaccgatgcgtgagtctcgctccgattgtttgtttctctcctgggaat
gactctaagtttaggtttagttatgttgcatgggtgattaagtgtttggaggggatgagc
gaggctgcgagagaggagttaacatggattcttgaagctaccgtgagacagaggagggtg
tgtggggtttttgggttgtggagtgaaggggcggagggacctctgtatatggtgtgtgag
aggcaaagcggtaatcttttagacaaatttggtgaattgggaaatgggtttgttggtggg
aatgaggatggtttggagttggacactagtgggatttttaattttttaatgattgggaag
ggtatatgtgaagctgtgctttctttgcatttggaaggtttggttgctggctgtttgggg
ctttcttgtttctcttttgatgagctcggtgggatttgtgttgatttgaatgaggtattg
gggatgggaaggcggttgcatgctgtttccggtaaacatgagaaagaagcaatgtctaaa
gattgcttggaaaatgagatttttgtaagtcctgaggttttgtatgagttggtgcacatg
aggagatctgctcgagatagtggccatttgagatatccaattgggtatggctcagatgta
tggtcattggcccgtgtactgctatggcttcttattggaaatgtgctgcctcggaatacc
ttggaaatgaatgaagagagtgatggtgatagcacagctagttatgtgtgttgggtggag
aaagttggttctgttttggaagacaaactaggctctgagtatctgtcactggggaggact
ctttgcaaatgtttggacgtcaatccagtaaaccgtccagatgtgatagatgtaaggaag
tgcattcaggataagttagtcaaacctcaatttgaatttctgggaaacttagaagtcaca
ataagtaaggacagtacaggtcgctgtctggttctaggggagttgtctctgttgcctaag
gaatggtctgacgaaccaagaaagcatgagttgcgggagagagaaattggtggtcatcca
aattttgttcaagatggtcaagacaagtctgtcgaggactctgctgctggtttatctggg
ggattaactgaactaaaagatctgcgaggccatcttgattgtgtcagtggattggctgtt
ggaggcgggtatttattcagctcctcatttgacaaaactgttcgcgtatggtccttgcag
gacctttctcatttacacacatttagaggtcatgagaataaagtcatggctctagcttat
gtagatgaagaagaaccattgtgcataagtggtgacagtggagggggcatatttatttgg
ggagttgctgcccctcttaggcaagatcccttaaggaaatggaatgagaacaaggattgg
cgttttagtggtatacactccttggctgtttccaaaaatcattctatttacactggaagc
ggagatagaacaatcaaagcttggtcattaaaggatgaaactttgatatgcacaatgact
ggtcatagatctgtagtttccacacttgctgtttgtgatgaggttctttatagtggtagc
tgggatggtacagttcggttgtggagtctaaatgaccactgtccattgacagttctgggg
gaagatacgcctgcagatatgaggtctatcatggctattactgtagataggcatttgctt
gttgcagcacatgagaatggatccataaaggtctggaggaatgatgtgttcatgaactcc
aaaacattgcataatgggtccatttttgcaatgagtatgcagggaaaatgtctttataca
ggaggttgggacaaaaatgttaatatacaggaattatctggagacgagtttgaactggat
gtcaaaccatatggatccattccacacagttctgttgttacagctatattatacagccag
ggaaaactgtacgtcggatatgctgacaagtctattaaggaaaatctcggtcgtgttcaa
aagcgtttcactgacttcacgagcttgaactattgggttgttggcgactactatcgtctc
gtgaactccgtcaacgccttcgagcctcagattaaggcgctctccgatgaacagctggcc
gcgaagacctccgagtttcgccgccgcctcgcgcgaggggctacgcttgctgacattcaa
gctgaggcgttcgctgttgttcgtgaagctgcatggagaaaacttagaatgcgtcatttc
gatgttcagattattggtggggcagtgctgcatgatgggtccattgctgagatgaaaacc
ggggagggtaaaaccttggtttccacactagctgcttatctaaatgccctgacctctgag
ggtgttcatgtggtaactgttaacgattatttagctcagcgtgacgctgaatggatggga
cgcgttcatcgtttcttaggtctatctgtcggtcttattcagagaggaatgaatgctgaa
gaacgaagaatcaactacagatgtgatataacatataccaataattcggagcttggattt
gattacctgcgagataatctggctggaaatcgtgaccagcttgtaatgagatggccaaag
ccctttcattttggaattgttgatgaagtggattctgtcttgatagacgagggaagaaat
cctttgttaatcagtggtgaggctagtaaagatgctgcacgattccctgttgctgcaaaa
gtagctgaactgcttaaacagggcactcattacaaagtggagcttaaagataattctgtg
gagttgaccgaggaaggaattgctcttgccgaaatggctttagaaactaatgacctttgg
gatgaaaatgatccctgggcaagatttgtgattaatgctataaaagctaaagaattctat
cgtcgagatgtgcaatacattgttagagatggaaaggctttgattatcaatgagctgaca
ggtagagttgaagagaaaaggagatggtctgaggggattcaccaggctgtggaggcaaag
gaaggtttgaagattcaggcagattctgttgttgtggcacagatcacatatcagtcatta
ttcaagctctatccgaagttgtcaggaatgactgggactgccaaaacagaagagaaagag
ttcttaaaaatgtttaggatgccagtcattgaagtacccacaaatcttcctaatattcga
aaagatttaccaattcaagcttttgctactgctcgtgggaaatgggagcaagtacgccga
gaagttgaatatatgtttggacaaggtcggcctgtcttagttggaacaactagtgtagaa
aattcggaacttttgtctggtatgctttgggaatggaatattcctcacaatgttctgaat
gctagacccaagtatgctgcaaaagaagcagaagttgttgcacaggcaggacggaaacat
gccattaccctctctacaaatatggccggcaggggcacagatataatccttggaggaaat
ccaaaaatgcttgccagagaaattatagaggatagtttactttcatttttgacacgggag
gatccaaacgttgaacttgcaggggaagctatttcacaaatggtgcttccaaagataaca
gttggatcatcatcaatggccttactggctaagacatccttaatggccaaatatgtatcc
aaaagtgagggtaaaagttggacatatcagaaagctaaatcttttatcttggaggctatt
gaaatgaatctttcatatagtttggaagagctggagaagcttgctaatgaagaatctgag
acctaccctcttggtccaactgtagcacttacctatctgtcagttttgaaggattgtgaa
gaacattgtttgaaagaaggttctgaggtaaaaaggcttgggggacttcatgtgattggt
acatctttacatgagtcccggagaatagataaccagctgcgtggcagagcagggagacaa
ggggatccaggatcaacacgatttatggtcagcttgcaggatgagatgtttcaaaagttc
aattttgatactgaatgggcagtaagacttatctcaaagattacaaatgatgaggatctg
ccaattgagggtgatgccattgtaaagcagcttttggcgctgcaaatcaatgcagaaaaa
ttcttctttggcataaggaagaacctcgttgagtttgatgaagtattggaggtgcaacga
aagcatgtttatgatctaaggcaattaatcttaacaggagatgatgaaagctgttcccaa
cacatactccagtacatgcaagcagtggttgacgagatcgtcttcaataatattgatccg
gtgaagcatccacgtagctggggtttgagcaagctcttgaaagagtttgtgactgttggt
ggaaagctgttgcatgaatcttttgaaggaattagtgatcacactttgctaaattcactt
gggctactaaatgatgcaagttcagttgatattgtaaacttttctcttccaaatttgcca
gcgcctccaaatgccttcaggggaatacgcaggaagagctcgtcattaagacgatggctt
gctatttgcacagatgatttaattgggaatgggaagtatcaaaccacttctaatcttctt
cgcaagtatcttggagattttttaattgcttcatatttacatgttgttgaagagtctggt
tatgatgagacacatgcaaaggaaattgagagagctgttcttttgcaaactcttgattgt
ttctggagagatcatcttgtaaacatgaataggctcagctctgcggtgaacattaggagc
tttggccatagaaatcctcttgaagagtataaaattgatggttgtcggttttttatctca
atgctaagtgccactcggaggttaactgtagaagcactgctgcggtattggacatctcca
atggaatctgatgaactatttttatcatga

  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)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (19)   
   Pfam (19)   
All databases (38)   

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