KEGG   Vigna radiata (mung bean): 106757189
Entry
106757189         CDS       T04126                                 
Name
(RefSeq) ABC transporter C family member 10
  KO
K05666  ATP-binding cassette, subfamily C (CFTR/MRP), member 2
Organism
vra  Vigna radiata (mung bean)
Pathway
vra02010  ABC transporters
Brite
KEGG Orthology (KO) [BR:vra00001]
 09130 Environmental Information Processing
  09131 Membrane transport
   02010 ABC transporters
    106757189
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   02000 Transporters [BR:vra02000]
    106757189
Transporters [BR:vra02000]
 ABC transporters, eukaryotic type
  ABCC (CFTR/MRP) subfamily
   ABCC1, 2, 3, 4, 5, 6, 10, 11, 12, 13 subgroups
    106757189
SSDB
Motif
Pfam: ABC_tran ABC_membrane SMC_N AAA_29 AAA_21 AAA_22 AAA_16 DUF87 MMR_HSR1 MeaB AAA_23 ATP-synt_ab RsgA_GTPase NB-ARC GTP_EFTU DO-GTPase2 AAA_30
Other DBs
NCBI-GeneID: 106757189
NCBI-ProteinID: XP_014495328
UniProt: A0A1S3TNH7
Position
1:complement(30353620..30359948)
AA seq 1476 aa
MEDFWSMACGETDCLGNGGKPPFCYDFKFLKDPSTCTIRFLIICFDVLLLIMLAFILIQK
SLFKPLRGQFQVERYSKLQLVSAINNGFLGLLYVCLGIWILEEELRKRHTLFPLKLWLAE
LFQGFRWLFVGLSVSLQVKQLPRPWLWLFSLVTFFVSFIFCVLSMSYAISSRKLTFKEAF
DFLSFPGSVLLLLCTYKVHKRDGEIDEGLYDPLNDHCSEVDPDNYVTPFAKAGFLSKMSF
WWLNPLMKRGQEKTLQDEDIPKLRESDRTESCYLSFLELLNREKGKEPFSQSSLLWTIVW
CHKREILMTGFFALLKVLTLSTGPVLLNAFILVSEGNGSFKYEGYVLVIVLFIIKIIESL
SQRQWYFRSRLVGMKVRSLLTAAIYKKLLRLSSAARLTHSGGEIMNYVTVDAYRIGEFPY
WFHQSWTTSLQICIAIVILFDAIGIATISSLLVIVLTVLCNAPLAKLQHNLQSQLMVAQD
ERLKASSEALTNMKVLKLYAWETHFRKAIERLRNLELKILRSVQLKKAYNIFLFWSSPIL
VSAASFGTCYFLNIPLHANNLFTFVATIRLVQEPITAIPDVIGVVIQAKVAFYRIIQFLN
APELQSVNFRNKSFDGSKGSITIKSADFSWEGNESKSTLRNINLEIRQGQKFAICGEVGS
GKSTLLATILGEVPRIKGTIEVYGKFAYVSQTAWIXTGTXRENILFGSDLDAHRYQETLH
RSSLLKDLELFPHGDLTQIGERGVNLSGGQKQRIQLARALYQNADVYLLDDPFSAVDAQT
ATNLFNEYIMDGLKEKTVLLVTHQVDFLPAFDSVLMMSNGEILESAPYHHLLSTSQEFQD
LVNAHKKTAGSNNPMNVSSSKRPSISAKEITQAFKENQSKDTYGNQLIKEEEREIGDTGL
KPYLQYLNQTKGYVYFFVTSLCHLLFVICQILQNSWMAANVDNNKVSTLQLIVVYFMIGV
LSTVFLLIRTVLLVSLGIQSSKYIFLQLMNSLFRAPMSFYDSTPLGRILSRVSSDLSIMD
IDIPFIIAYTVGGTTNFYTNLIVLAIITWQILFIAVPMVYIAIRLQKYYFSTAKEVMRMN
GTTKSFVANHLAETNAGVVTIRAFEEDDRFFEKSLDLIDINASPFFHSFASNEWLIQRLE
IVSAVLLSSTALCMVTLPPGTFSSGFIGMALSYGLTLNAQLVFSIQSQCNLANYIISVER
LNQYMHIASEAPEVIEGNRPPSNWPVAGKVELKDLQVRYRPDGPLILHGITCTFKAGHKI
GIVGRTGSGKSTLISALFRLVEPAGGKIVVDGIDISSIGLHDLRSRFGVIPQDPTLFHGT
VRYNLDPLSQYSDQEIWEVLGKCQLREVVQEKFEGLNSPVVEDGSNWSMGQRQLFCLGRA
LLRRSRILVLDEATASIDNATDLILQKTIRTEFADCTVITVAHRIPTVMDCTMVLSISDG
KLVEYDEPRKLMAKEGSLFKQLVKEYWSHFQSAESH
NT seq 4431 nt   +upstreamnt  +downstreamnt
atggaggatttttggagcatggcttgtggagaaactgattgtctcgggaatggaggaaaa
ccacccttctgttacgatttcaagtttttgaaagatccttctacgtgcaccattcgattc
ttgatcatctgctttgatgttttgctactgatcatgctagcattcattttgatacagaag
tctttgttcaaaccacttcgtggtcagtttcaggtggaaagatattcaaagttgcagcta
gtttcagccataaacaatggttttctggggctgttgtatgtgtgcttaggcatttggatt
ttagaggaggaattaagaaagagacacactctcttccctctaaagttgtggttggcagag
ctttttcaaggattcagatggctttttgtaggcctaagtgtaagtcttcaggtgaaacaa
cttccaagaccatggttgtggttgttttctcttgttacgttttttgtttcatttatcttc
tgtgttctatccatgtcttacgcaattagtagcagaaaattgaccttcaaggaagctttc
gactttctgtcttttccaggatcagttttgcttctcttgtgtacttataaagtacataaa
cgtgacggagaaattgatgaaggcctttacgaccctttgaatgatcactgtagtgaggtt
gatccagataattatgtgactccatttgccaaagctggattcctcagtaagatgtcattt
tggtggttgaatccattgatgaaaaggggtcaagagaaaacacttcaggatgaggatata
cccaagttgcgagaatcagatcgaacagaaagttgctacttgtcctttttagaacttttg
aacagagaaaaaggaaaagaaccattctcacaatcatctttgctgtggaccatagtttgg
tgccacaagagagagattttgatgactggattctttgctctgctcaaggtactcaccttg
tccactggtcctgtacttctgaatgcttttatattagtttctgagggtaatggaagtttc
aaatatgagggttatgtattggtcatagtacttttcatcataaagatcatcgagtccctg
tctcaaagacagtggtatttccgcagtaggcttgttggaatgaaagttagatcactgctt
actgcagccatttataaaaaattattgaggttatctagtgcagctagattgacacactct
ggtggtgagataatgaattatgtgactgtggatgcttacagaattggagaatttccgtat
tggtttcaccagtcatggacaacaagcctccaaatatgtattgctatagttatacttttt
gatgctattggaatagccacaatatcctcattgctggtgattgtcctcactgtgctttgc
aacgctccactagcaaagttgcagcataaccttcagagccaactcatggtggcacaagat
gagcgattgaaggcgagttctgaggctcttacaaatatgaaagtgctgaagctctatgca
tgggaaactcatttcagaaaggctatagaaagacttaggaatttggaactgaaaatttta
cgttcagtgcagctgaaaaaggcgtacaacatctttcttttttggtcctcaccgattttg
gtctctgctgcttcttttgggacatgttacttcttgaatattcctctgcatgcaaataat
cttttcacatttgtggccaccatacgccttgtgcaggagccaattacagccatcccagat
gttattggagtggtcattcaagcaaaagtggcattttaccggattattcagttccttaat
gcacctgaattgcaaagtgtaaatttcaggaataaaagttttgatggcagtaaaggatca
attacaatcaaatctgctgacttttcatgggaaggtaatgaatcaaagtcaacactgagg
aacataaacttggagatcagacaagggcaaaagtttgctatttgtggagaagttggctca
ggcaaatcaaccctcttggctacaattcttggagaggttccaaggattaaaggaactatt
gaagtttatggaaagtttgcatatgtttctcaaacagcatggatacanacnggnacnnta
cgggaaaatattttgtttggatcagatttggatgctcatagatatcaagaaacacttcat
agatcatcactactaaaggatttggagctgtttccccatggagacctcacacaaataggt
gagagaggtgttaacttgagtggaggccagaagcagcgaattcaacttgcgcgtgctctt
tatcagaatgctgatgtatatctcttggatgatccattcagtgctgttgatgcacagact
gccacaaatttgtttaatgaatacatcatggatggtcttaaagagaaaactgttttactc
gtaactcatcaagttgactttctaccagcgtttgattctgttttgatgatgtcaaatggg
gaaatcctagaatctgctccttatcatcatttgttgtccacaagccaagaattccaagat
cttgttaatgctcacaagaaaactgctggttctaacaatcctatgaatgtttcttcttcc
aagaggccttcaatatctgctaaagagattacacaagctttcaaggagaaccaatcaaaa
gacacatatggaaatcagttaataaaggaagaagagagagagataggagacacggggttg
aagccttacttgcagtatttgaatcagacgaaaggctatgtatacttctttgtgacttct
ctttgtcacctcttgtttgtcatttgccagatattgcaaaactcatggatggctgctaat
gttgacaataacaaagttagcacattgcagctgattgttgtttacttcatgattggggtt
ctttctactgtttttttgctgatcagaactgtacttctagtttccttgggcattcaatca
tcaaaatatatatttttacagttaatgaactcccttttccgtgcaccgatgtccttttat
gactctacaccattgggaagaatacttagtagggtctcatcagatctaagcattatggat
attgatatcccttttattattgcttatactgtgggaggtactacaaacttctataccaac
ctcatagttttagcaattatcacttggcaaatcttgtttatcgctgtaccgatggtttac
attgcaatacgcttgcagaaatactatttttccactgcaaaagaagtgatgcggatgaat
ggcacaacaaagtcctttgtagctaatcatctagctgaaactaatgctggagttgtgaca
ataagagcctttgaagaagacgatcgtttctttgagaagagtcttgatctaattgacatc
aatgctagtcccttcttccatagttttgcctcaaatgagtggctgattcagagattggaa
atagtcagtgcagtgcttctttcctccacagctctatgcatggttacacttccaccaggg
actttcagctctggattcattggcatggctctatcttatggacttacactaaatgctcaa
ctagtattttcaattcagagtcaatgcaatctagcaaattacataatttctgtggagagg
ctaaatcagtatatgcatatagcaagtgaggccccagaagtaatagaaggaaatcgtcct
ccttcaaattggccagttgctggtaaagtagaactaaaagacttgcaggtacgatacagg
cctgatggaccacttatacttcatggaatcacatgcacattcaaagcaggacacaagatt
ggaatcgttggaagaacaggcagtggaaagtccactcttatcagtgcattatttcgtctg
gtggagccagcaggtggaaaaattgtagttgatggcatagacatatcttcaattggcctt
catgatttgaggtcacgttttggagttatacctcaggatcctaccctttttcatggaact
gttagatataatttagaccctttatctcaatactctgatcaggagatatgggaggttctt
gggaaatgtcagttacgagaagttgtccaagagaaatttgagggtctaaactccccagtt
gttgaagatggatcaaactggagcatgggacagaggcaattattttgtctggggcgtgca
cttttaaggagaagtaggatattggtgttggatgaagctactgcatcaattgacaatgca
actgatttgattctacagaaaacaatcaggactgagtttgcagattgcacagtgattaca
gtagcacacaggataccaactgtgatggattgcactatggttctttcaatcagtgatgga
aagttggtggagtatgatgaaccaaggaagttgatggcgaaagaaggatcgctgttcaag
caacttgtgaaggagtactggtctcatttccaatctgcagaatcacattga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (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 (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (17)   
   Pfam (17)   
All databases (32)   

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