KEGG   Arabidopsis thaliana (thale cress): AT5G49680
Entry
AT5G49680         CDS       T00041                                 
Name
(RefSeq) SABRE-like protein
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: FMP27-BLTP2_C Fmp27_GFWDK BLTP2_RBG-6 DUF2405
Other DBs
NCBI-GeneID: 835031
NCBI-ProteinID: NP_001078738
TAIR: AT5G49680
UniProt: Q6IMT0 A0A178UE23
Position
5:20176080..20188567
AA seq 2587 aa
MAAFLVMFIFTIALFVALLWVFFKSLPWILRHSAGITLSFQFDGWNCLKDVALQFKKGSI
ESIVIGEFKANLSQSLVELCATAFIQDPKVIFSICDLKIVTRPSHSSKGPRKPKTRKSSS
GGKGKLMLFANIGRFFSVSMTNMVVQTPKATAEIKELELDLSKDRGSGNFFMKLYLLPIF
VQIGEPHVTSTHSPEMDSDICLARQTPSKTAEGSSSSSFHCEKISLSCEFGPNRKSSPSI
KNVEVDLANAVLNLNEKLLLKNKSSTSAASKGEVIDSSSGNTTSEKPPKQPMNVLVAKHA
SKFPEKVLFDLTKLEIRFVHQEHDFSIANSIKGFQLRSAKSQSGEDGKEDTCLDFAMELQ
EMHLFRESEVSVLEMTKFGVFTKVYCPIQESLPVRAEVEIKLGGIMSNIIMTRFEPLLRL
HFSRKKKMVLKEERPTIAKSETTGFKAVVWKCATSAPDVTVVLYNPGGSPIYQCGLDSFQ
ATANNMSNRGTVVQMELNELTLCMVDEHKGCLKESLFGLESDPGSLINIRKVRSEWGKKE
VLPEGDGSKGKQTLVVDVSEIGLLFSFRSVEALTVNAISSQAYIKSLTGSSSKNKQEKGA
HRSKPPSGRGTQLLKLNVERFSLNFAGDSSLENTVIDDPKRVNYGSQGGRIIISVSADGS
PRTASVFSTLSEEHEKLKYIISFEILKFGFTLNKEIQSTQVELETAKAIYQEFLEEPHQV
SRVTLCDIQNAKFVRRIGGGKEVSICSLFSASNIAVRWEPDVHISMVELGLRLKSLVLTQ
KLKQHGNRNPEEASTVTGDKQKEEPTTTPNSLDKKKKKESIFAVDVEMLSITAEAGDGVE
AEVQIQSIFSENVGIGVLLEGFMLGFCGCRIVKSSRVQISRIPSMPSTSSSVTPATGGTP
WDWIVQGVDIHICMPFRLQLRAIDDAVEEMLRALKLVTNAKTKLIFPIKKESSTPKKPGS
KKVGRIRFGIRKLIFDIEEEPLQGWLDEHYHLMRKEAYELAIRSKFLDELMSSGNQVPKT
GGDESDGEKKISFEGEEIDPQDPAIIQMMNEKLYKQSFSSYYKSCQSLRLSDGSGACKEG
FQAGFKMSTSRTSLLSVSVTDLDLSLTAIGGGEAGMIEIVKKLDPVAEEKDIPFSRLYGS
NLRLNTGTLAVQIRNYTFPLLSTAFGKCEGCLVLAQQATAFQPQIIHDVYIGRWRKVQML
RSASGTTPAMKTYLDLPIKFQKGEISFGIGYEPVLADISYAFTVALRRANLSLKGPGLLQ
PPKKEKSLPWWDEMRNYVHGNVTLSFSETKWIVLGSPDPYEKLDKLHMTSGSVEIQQYDG
RVHFSAEDIKIFFSSFEGLARHYPNSPVCPSSYPFLEVPRFSLEVRMDWECESGSPLNHY
LFALPIEGKARDKIYDPFRSTSLSLRWDFTLRPENPSVSAVDQTKKVGSECKPEKSSFSP
PTINIGAHDLAWLIRFWNMNYLPPYKLRTFSRWPRFGVPRIPRSGNLSLDRVMTEYNLRL
DVTPICIKHMTLDSNNPAKGLTFDMTKLKYEICFSRGNQDFTFECKRETLDPVYQGIDLH
LPKAFLRRDQHCSKPAQMSRTSSLSGSTDRVTSDNGTSTSDGTEKHPDDGFLFSSDYFTI
RRQAPKADPERLMVWKEEGKIYREKVDARSTKEKQSEPEENSHSDPSDDDGYNVVIADNC
QRIFVYGLKLLWNIENRDAVLSFAGGMSKAFQPPKPSPSRQYAQRKLLEGNQKHSESEVS
QDEPTKQPSTGSGNLASQSKEPAEVLSPSSEPIKTENFASFPLGATKTGDSNDPEEEGTR
HFMVNVVEPQFNLHSEDINGRFLLAAASGRVLARSFHSVVHVAYDMIEKAAQNENDHNPE
NGTDMTWTRMEVSMMLEHVQAHVAPTDVDPGAGVQWLPKIRRSSPKAKRTGALLERVFMP
CDMYFQYTRHKGVTPDLKVKPLKELTFNSRNITASMTSRQFQVMTDVLSNLLFARLPKAH
NDSLKLSGEEDDEVEEEIDEVVPDGIEEVELAKIELEAKERDRMMLLDDIRKLTQNESNS
GNINLEKESDFWMISGGRPVLVERLRKAYLSVQQSRKTAYTALRTSVKNAAELRLLEKDK
NKRPSSAMRISLQINKVIWSMVLDGKTFAEVEIDNMIYDFNRDYRDIGIAQFTTRYVVLR
NCLPNAKCDTVLSAWNPPPEWGKKVMLQVDARQGAPKDGQAPYELFQVEIYPLKIHLTET
MYTMMWEYIFPGEEQHSQRREEVWKVSTTSGSRRRKGSFAQEAAALLAASDLGQGSKNQS
LKSSTIRGSGRELRRTSSFDRSWEETVAESVATELVLSSMEHQGESSKGKLKDSKTSKAG
GRSVHEEKKGEKSLEDKKSRPQKIMQFQTIKISQVELLITYEGSRFVVNDMKLCMDTFHR
VEFSGTWRRLFSRVKKHIIWGVLKSVTGMQMKKFKDKAHVPKDDIGLRDKDESGRTDQES
GAWVKRPGDNAGDGFVTSIRGIFNTQRRKAKKFVLRTMRGEAEDNFPGEWSDNESDFSPF
ARQLTITKAKKLIRRHSKKFQNQNTTKGSKKTQLSPTLSPPKEEDQYESDSSSGSSAYEE
FLDQNQI
NT seq 7764 nt   +upstreamnt  +downstreamnt
atggcagctttcctcgtcatgtttatcttcacgatcgctctgttcgtcgcactcctttgg
gttttcttcaagtctctcccttggattctccggcatagtgctggaataactctcagtttt
cagtttgatggatggaactgcttgaaggatgttgcattgcaattcaagaagggttctatt
gaatctatagtcattggagaatttaaagccaatctaagtcaatccctggttgaactttgt
gctacggcttttatccaggaccctaaagttatattctctatatgtgacctgaaaatagtt
actagaccctcccactcaagtaaaggtccgcgcaaaccaaaaactcggaaatcgagctct
ggtggcaagggaaagttgatgctatttgctaatattggcagattcttttcagtttccatg
acaaatatggtagtgcagacacctaaagctacagcagaaatcaaggagttggagctcgat
ttatctaaggacagagggtcagggaattttttcatgaagttgtatctattgccgatattt
gtacagattggtgaaccacatgttacttccactcattcacctgagatggacagtgacatt
tgcctcgctaggcagacaccttccaaaaccgcagaggggtcttcttcttcttcttttcat
tgcgaaaagatctccttgtcctgcgaatttggtcctaatagaaaatcaagtccaagtata
aagaacgtcgaagtagacctagctaatgctgttttaaaccttaacgagaagctgctgttg
aaaaacaaatcctcgacaagtgctgcttccaaaggtgaagtgattgattcaagttcaggt
aacaccacttcagagaagcctccaaagcaaccaatgaatgttttggttgcaaagcatgct
tcaaaattccctgagaaggttttatttgatttaacgaagcttgaaatcagatttgtgcat
caagaacatgatttttctatcgccaacagcataaaaggctttcaattgagaagtgccaaa
tctcaatctggtgaagatggcaaggaagacacatgtcttgattttgccatggaactccag
gagatgcatctttttagagaatctgaagtttctgtcttggagatgacaaaatttggagtt
ttcaccaaggtgtattgtccgatacaggaatccttacctgttagagccgaggttgagatt
aagctgggaggtataatgagcaacattataatgacgagatttgagccgctgttgcgtttg
cacttctctagaaagaaaaagatggttctcaaagaggaaagacctaccattgcaaaatca
gaaaccactggttttaaggctgtggtatggaaatgtgccacctcagcccctgatgtgacg
gttgtgctatacaatcctggcggttctcctatataccaatgcggcttagattcatttcag
gccactgcaaataatatgtcaaataggggtacagttgtacagatggagctaaatgaactg
actttatgcatggtagatgaacataagggatgtttgaaagaaagcctttttggtttagag
tcagatccaggttcattaatcaatataagaaaggtcagatcggaatggggcaagaaagaa
gtgttacctgagggcgatggttctaagggtaaacaaactctggtggttgacgtatcagaa
ataggtcttttattttctttcaggagtgttgaagcgcttacagtaaatgcaatatcaagt
caggcttatattaaaagtttaactggttctagtagtaagaacaaacaggaaaaaggggca
catagatcgaagccgccatcgggcagagggactcaactgttgaaactgaatgttgaacgt
ttctctcttaatttcgctggagattcaagcctggaaaatacagtcattgatgatcctaaa
cgtgtcaattatggatcacaggggggaagaattataattagtgtctcagctgacggctca
cctcgaactgccagcgttttctctactttgtccgaagaacatgagaagttgaagtacata
atttcgtttgaaatactcaaattcggatttactctaaacaaggagattcagtctacacag
gtagaacttgaaacagcaaaggcgatctaccaggaatttttggaggaacctcaccaagtt
tccagagtgacactttgtgacatccaaaacgctaagtttgtacgtcgaataggcggtggt
aaggaagtttcaatctgttcgctcttcagtgcctctaatattgccgtcagatgggagcct
gatgtgcacatatcaatggtcgagcttggtctgcgtttgaagtccctagtcttaactcag
aaacttaagcaacatggtaacagaaaccctgaagaggcttccactgtaaccggtgataaa
cagaaggaagaaccaactactaccccgaattcacttgataagaaaaagaagaaggaatct
atatttgctgttgacgtagagatgttaagcataactgcggaggctggggatggggtggag
gctgaggtgcagattcagtcaattttctcagagaatgtgggtattggagtacttctggaa
ggatttatgcttggtttttgtggatgtagaatagtcaaaagtagccgggtacagatatca
cgaatacccagcatgccttccacttcatccagtgtgaccccagcaacaggtgggactcca
tgggattggatagttcaaggagttgatatacatatatgcatgcccttcaggctacagctc
cgtgctattgatgatgctgttgaagaaatgctgagggctttgaagcttgtaaccaacgcc
aaaaccaaactcatttttccaataaaaaaggaaagctcaacacctaaaaaacctgggtcg
aaaaaagttgggcgtataagattcggcattcgcaagttaatatttgatattgaggaagaa
cccctccagggttggcttgatgaacattaccatcttatgaggaaagaagcttatgagtta
gccataaggtcgaaattccttgatgaattaatgtccagtggaaaccaggttcctaaaact
gggggagatgagtcagacggtgagaagaaaatttctttcgagggagaagaaattgaccca
caagatcctgccattatccagatgatgaatgaaaaattatataaacagtcgttcagttca
tattacaagtcttgtcaaagtttaagactttcagatggttcaggtgcctgtaaagaaggt
tttcaggctggttttaagatgagcacttctaggacatctctactttctgtctctgttact
gatttggatctaagtttgacagctattggtggaggtgaagctgggatgatagaaattgtt
aagaagcttgatcctgtagctgaagaaaaagacatacctttttcgcggctttatggaagc
aatcttcggttaaacactggaactctcgctgttcaaatacgaaattacacatttcctctt
ctctcaacagctttcggtaaatgcgaagggtgtcttgtgttggctcagcaggcaacagct
tttcagccacaaataatccatgacgtatacataggaagatggagaaaggtgcagatgctc
cgttcagcgagtggaacaacacccgcaatgaaaacatatcttgacctgccgataaaattc
cagaaaggagagatctcttttggaattggatatgaaccagtacttgctgatatcagctat
gccttcactgtggctcttcgtagagctaatctcagtctcaagggtcctggtcttcttcag
cctcctaaaaaggagaaaagtttaccatggtgggatgaaatgagaaattacgtccatgga
aatgtaaccttgtccttttctgagacaaagtggattgttcttggtagtccagatccctat
gagaagcttgacaagctccacatgacctctggctctgtggaaattcagcaatatgatggt
cgtgtgcacttctctgctgaggacataaagattttctttagcagttttgaaggtttggct
aggcattatccgaactctccagtttgtccatcaagctaccctttccttgaggttccacgc
ttcagtctggaagtccggatggattgggaatgcgagtctggaagtccactaaatcattat
ctgtttgctttacctattgaaggaaaggctcgtgataaaatctatgatccgttcaggtct
acttctctctcactacgctgggatttcactttaagacctgagaacccatcagtatctgca
gttgatcaaacaaaaaaagttggatccgagtgtaagcctgagaaatcttctttttctcca
cccacaataaacattggtgctcatgatttggcatggttgatcagattctggaacatgaat
taccttcctccttacaaactacgcacgttttcccggtggcctcgctttggagttccaaga
atcccaagatcaggaaatttgtccctagacagagtgatgacggaatataatctccgttta
gatgttacacctatttgtatcaagcatatgacactggattctaataatcctgccaaaggc
ttgacatttgatatgaccaagctaaagtatgaaatctgcttcagccgtggcaaccaggac
tttacttttgaatgcaagcgtgagactcttgatccagtgtaccagggaatagacctccat
ttgcctaaagcctttttgagaagggatcagcattgctcaaagccagctcagatgagtcga
acaagttcactatctggatcaactgatagagttacttctgataatgggacttctaccagt
gatggcactgagaagcatcctgacgatggatttttgttttcttctgattatttcacaatc
aggaggcaggcccctaaggctgaccctgaaagactgatggtatggaaagaagaaggaaaa
atatatcgtgaaaaagtagatgcaagatctacaaaggagaaacagagtgaacctgaggag
aattcacattccgatccgagcgatgatgatggatacaatgtcgtaatagcggacaattgt
cagcgtatttttgtttacggactcaaactattatggaacatagaaaacagagatgctgtt
ttgtcttttgctggtgggatgtccaaggcatttcaaccacccaagccttctccatcacgt
cagtatgctcagagaaagttacttgagggcaaccagaagcattctgaatcagaagtttct
caagatgaaccaactaaacagccttccacaggcagtggaaatctcgcttcccaatctaag
gagcctgcggaagttctttcaccttcatcagaaccaattaaaacagagaactttgcatct
ttccctcttggagccacaaagactggcgattcaaatgatccagaggaagaaggaacccgg
cattttatggtgaacgttgttgagccacaattcaatctccattcagaagacataaatggt
agatttttgctcgctgctgctagtggccgtgttttagcacgatcatttcattcagttgtt
catgttgcgtatgacatgattgagaaggcagctcaaaatgaaaatgatcataatcctgaa
aatggcactgacatgacatggacacgcatggaagtgtccatgatgttggagcatgtacaa
gctcatgtggcaccaacagatgtcgatccaggagctggggtgcaatggctcccaaagatt
agaagaagctccccgaaggcaaagcgtactggcgcactgcttgaaagggtttttatgccg
tgtgacatgtactttcaatataccaggcacaaaggtgtgactcccgacctgaaggtgaag
ccactgaaagagcttactttcaattctcggaatattacagcatcgatgacatcacgtcag
tttcaagtgatgacagatgttttgtccaatcttttgtttgcaaggttaccaaaggctcat
aacgacagtttaaaactttctggtgaagaagatgatgaagttgaagaggaaattgatgag
gtagttcctgatggcattgaggaagtggaacttgcgaaaattgaacttgaagcgaaagaa
agggataggatgatgcttcttgatgacatcagaaaattgacgcagaacgaaagtaactca
ggaaacataaatctcgaaaaggaaagcgatttctggatgatcagcggtgggaggccagta
ttggtggaacgactgaggaaagcgtatctcagtgtgcaacagtctaggaagacagcatat
acagcactgcggacttctgtgaagaatgctgcggagctaaggctgttggaaaaagataag
aacaaaagaccatcctctgccatgcgcatatccttacaaatcaacaaagtcatctggtct
atggttttagatggaaaaacattcgctgaggttgaaatagacaatatgatatatgatttt
aaccgggactacagagatattgggattgcccaattcacaacgagatatgttgtcctgcgg
aactgtctgcctaatgccaaatgtgatactgttctatcagcttggaatcctcctccggaa
tggggcaagaaagttatgttacaggtagatgcaagacaaggagccccaaaagatggacag
gctccgtatgaacttttccaggttgaaatatatcctctaaaaatccatttgacagaaaca
atgtatacaatgatgtgggagtatatctttccaggagaggagcaacattcacagagaagg
gaggaagtttggaaagtgtcaacaacctcaggatcaaggcgcaggaaaggttcattcgct
caagaagcggcagcattgctcgctgcatctgatctaggccaggggtcaaagaatcaaagc
ctgaagtcaagcacgatccgtggatcagggcgagaactgagaagaacatcctcttttgac
agatcatgggaggagactgtggcagagtctgtagctactgagcttgttctatcttctatg
gagcatcaaggtgaatcctcaaaaggcaagctgaaggattcaaaaacttccaaggctggt
ggccgttcagttcatgaagaaaaaaagggggaaaagtcattagaagacaagaaatctagg
cctcaaaagataatgcaattccaaaccatcaagattagtcaggtggaattgttgatcact
tacgagggctcaagatttgttgtgaacgatatgaagctttgtatggacacatttcatcgt
gttgaattcagcggaacatggaggagactcttctctcgagtaaagaagcacataatatgg
ggagtcctcaagtcggtaaccggaatgcaaatgaagaaattcaaagacaaagcccatgtt
ccaaaagatgatattggtttgagagacaaagacgagtcagggagaacagatcaggagtca
ggggcatgggtgaaacgtcctggtgacaatgcaggtgatggatttgtcacatcgattaga
ggtattttcaatacacaaaggcgaaaggccaagaaattcgtgcttcggacaatgagaggg
gaagcagaagacaacttccctggggaatggagtgacaacgaatcagacttctctcctttc
gcaagacaattgacgattactaaggctaagaaactcatcaggcgtcactccaagaagttc
caaaatcaaaacactacaaaaggttctaagaagacccaactctcgcctacgctctctcca
cccaaggaagaagaccaatacgaatctgactcttccagtggatcgtctgcttacgaagag
ttccttgaccagaatcagatttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (39)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (2)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (49)   

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