KEGG   Arabidopsis thaliana (thale cress): AT4G02510
Entry
AT4G02510         CDS       T00041                                 
Symbol
TOC159
Name
(RefSeq) translocon at the outer envelope membrane of chloroplasts 159
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: TOC159_MAD AIG1 MMR_HSR1 Dynamin_N RsgA_GTPase Septin FeoB_N
Other DBs
NCBI-GeneID: 827934
NCBI-ProteinID: NP_001319848
TAIR: AT4G02510
UniProt: O81283
Position
4:1104429..1111784
AA seq 1503 aa
MDSKSVTPEPTNPFYASSGQSGKTYASVVAAAAAAAADKEDGGAVSSAKELDSSSEAVSG
NSDKVGADDLSDSEKEKPNLVGDGKVSDEVDGSLKEDSTTPEATPKPEVVSGETIGVDDV
SSLSPKPEAVSDGVGVVEENKKVKEDVEDIKDDGESKIENGSVDVDVKQASTDGESESKV
KDVEEEDVGTKKDDEGESELGGKVDVDDKSDNVIEEEGVELTDKGDVIVNSSPVESVHVD
VAKPGVVVVGDAEGSEELKINADAETLEVANKFDQIGDDDSGEFEPVSDKAIEEVEEKFT
SESDSIADSSKLESVDTSAVEPEVVAAESGSEPKDVEKANGLEKGMTYAEVIKAASAVAD
NGTKEEESVLGGIVDDAEEGVKLNNKGDFVVDSSAIEAVNVDVAKPGVVVVGDVEVSEVL
ETDGNIPDVHNKFDPIGQGEGGEVELESDKATEEGGGKLVSEGDSMVDSSVVDSVDADIN
VAEPGVVVVGAAKEAVIKEDDKDDEVDKTISNIEEPDDLTAAYDGNFELAVKEISEAAKV
EPDEPKVGVEVEELPVSESLKVGSVDAEEDSIPAAESQFEVRKVVEGDSAEEDENKLPVE
DIVSSREFSFGGKEVDQEPSGEGVTRVDGSESEEETEEMIFGSSEAAKQFLAELEKASSG
IEAHSDEANISNNMSDRIDGQIVTDSDEDVDTEDEGEEKMFDTAALAALLKAATGGGSSE
GGNFTITSQDGTKLFSMDRPAGLSSSLRPLKPAAAPRANRSNIFSNSNVTMADETEINLS
EEEKQKLEKLQSLRVKFLRLLQRLGHSAEDSIAAQVLYRLALLAGRQAGQLFSLDAAKKK
AVESEAEGNEELIFSLNILVLGKAGVGKSATINSILGNQIASIDAFGLSTTSVREISGTV
NGVKITFIDTPGLKSAAMDQSTNAKMLSSVKKVMKKCPPDIVLYVDRLDTQTRDLNNLPL
LRTITASLGTSIWKNAIVTLTHAASAPPDGPSGTPLSYDVFVAQCSHIVQQSIGQAVGDL
RLMNPSLMNPVSLVENHPLCRKNREGVKVLPNGQTWRSQLLLLCYSLKVLSETNSLLRPQ
EPLDHRKVFGFRVRSPPLPYLLSWLLQSRAHPKLPGDQGGDSVDSDIEIDDVSDSEQEDG
EDDEYDQLPPFKPLRKTQLAKLSNEQRKAYFEEYDYRVKLLQKKQWREELKRMKEMKKNG
KKLGESEFGYPGEEDDPENGAPAAVPVPLPDMVLPPSFDSDNSAYRYRYLEPTSQLLTRP
VLDTHGWDHDCGYDGVNAEHSLALASRFPATATVQVTKDKKEFNIHLDSSVSAKHGENGS
TMAGFDIQNVGKQLAYVVRGETKFKNLRKNKTTVGGSVTFLGENIATGVKLEDQIALGKR
LVLVGSTGTMRSQGDSAYGANLEVRLREADFPIGQDQSSFGLSLVKWRGDLALGANLQSQ
VSVGRNSKIALRAGLNNKMSGQITVRTSSSDQLQIALTAILPIAMSIYKSIRPEATNDKY
SMY
NT seq 4512 nt   +upstreamnt  +downstreamnt
atggactcaaagtcggttactccagaaccaaccaaccccttctacgcttcttcggggcaa
tcaggaaaaacctatgcttctgttgtcgccgccgctgctgctgcagccgccgataaggag
gatggtggtgctgtgagtagtgccaaggagttggattcctcatcggaggctgtgtctggt
aattcggataaggttggagctgatgatttatctgactccgagaaggagaagccgaatttg
gtgggtgatgggaaggtttccgacgaggtggatggttctttaaaggaggattctactact
cctgaggctactccgaagcctgaggtggtttctggtgagacaattggtgtagatgatgtt
tcatcgttatctccgaagccggaggctgtttctgatggtgtaggggttgtggaggagaat
aagaaggttaaggaggacgtggaggatattaaagacgatggtgagagtaagattgaaaat
gggagtgttgatgttgatgtgaaacaggcttccacagatggggagagtgagagtaaagtg
aaggatgtggaagaagaagatgttggaacaaaaaaagatgatgagggggagagtgagttg
ggtggaaaagttgatgttgacgataaaagtgataatgttattgaagaagagggtgtggag
ttaactgataaaggagacgtcattgtgaactcgtcccctgtagaatcagtgcatgttgat
gtggcaaaaccaggggtggttgttgtaggagacgcagagggaagtgaggagttgaagatt
aatgctgatgctgaaactcttgaagtggctaataagtttgatcaaattggggatgatgat
agtggtgaatttgaacctgtgtctgacaaggccattgaggaggtagaagaaaaatttact
agcgaatcagactctattgcagactcctctaagttagaatctgtggataccagtgctgta
gagccagaggttgtagctgccgagagtgggagtgaaccaaaggatgtggaaaaagccaac
ggattggagaagggtatgacttatgctgaagtaatcaaggcagctagtgcagtagctgac
aatggaaccaaagaggaggagagtgtgctcggtggcatagtcgatgatgcagaagaaggt
gttaagttaaacaacaaaggagactttgtggtggactcatctgctattgaagctgtgaat
gtagatgtggcaaagccaggggttgttgttgttggagacgtagaggtgagtgaggtgctg
gaaactgatggcaacatccctgatgtgcataataagtttgatccaattggccaaggtgaa
ggtggtgaagttgaacttgaatccgataaagccacagaggagggaggaggaaagttggtt
agtgaaggagactctatggttgactcctctgtggtggactctgttgatgctgatatcaat
gttgcagagccaggggttgtggttgtcggggcggctaaggaggctgtaattaaggaagat
gataaagatgatgaggttgacaagaccatctcaaatattgaggaacctgatgacctgact
gctgcatatgatggaaattttgaattggctgttaaggaaatatcagaggctgccaaagta
gagccagacgaaccaaaagtaggtgtggaagtagaagaattgcctgtttctgaaagttta
aaagtgggttcagttgatgcagaagaggattcaattcctgcagctgagtcacagtttgag
gttcggaaagttgtcgaaggggacagtgctgaagaggatgaaaacaagctcccagtcgaa
gacattgtttcttctcgtgagtttagctttggaggcaaggaagtggaccaggaaccttct
ggcgaaggtgttaccagggttgatgggtctgaaagtgaagaagaaactgaagagatgata
tttgggagttctgaagctgcaaaacagttcttagcagagttggaaaaggcttcttctggt
atagaggcacattctgatgaagcaaacatttctaacaatatgtcagataggattgatggc
cagattgtcaccgattctgacgaggatgtagacacagaggatgaaggtgaggagaaaatg
tttgatactgcagctttggctgcgcttttgaaggcagccactggtggtggaagttcagaa
ggtggcaattttaccataacatctcaggatggcacgaagcttttctctatggatcgacct
gctggtttgagttcatcgttaaggcccttgaagcctgcagcagctccacgtgcaaaccgt
tccaacatcttttccaattctaatgtcacaatggcagatgagactgagattaacttgagc
gaggaagagaaacagaaattagaaaagttgcaaagcctccgtgtgaagtttttgcggctt
ttgcaaaggttgggtcattcggcagaagattcaattgcagcgcaggttctttaccgtctt
gcactacttgctgggagacaagcagggcagttattcagtcttgatgctgcaaagaagaag
gctgtggagtctgaggctgagggcaacgaagaattgatcttctccctaaacatactggtc
cttggaaaagccggggtgggaaaaagtgctactataaattccattttgggaaaccagatt
gcgtccattgatgcttttgggctctcaaccacttcggttagagaaatttctggaacggtg
aatggtgtcaagattacctttattgatactccgggtttgaagtctgctgcgatggatcaa
agtacaaatgcaaaaatgttgtcctctgtaaagaaggtaatgaagaagtgtccccctgat
attgtactatatgtagatcgtcttgacacccagaccagggacttgaacaatttgcccttg
ctaaggacgattactgcttctcttggtacatccatatggaaaaacgctatagtgacattg
acccatgcggcttctgcccctcctgatggcccatctggcaccccattgagctatgatgtg
tttgtagcgcagtgctcacatattgtgcaacagtctataggacaggctgttggagatcta
cgcttgatgaatccaagtctgatgaatccagtttcacttgttgagaatcaccccttgtgt
aggaagaaccgggagggagtgaaggttctcccgaatggccaaacttggagatctcagctg
ttgctattgtgttactccctgaaggttttgtcagaaacaaattctctattgaggcctcaa
gaaccattggaccatcgtaaagtatttggtttccgagttagatccccgcctctcccttac
ttgttgtcttggctgttgcagtcccgtgcacatcctaagctccctggagaccaaggtggt
gatagtgttgactctgatatcgaaattgatgatgtgtctgattctgagcaggaagatggg
gaagatgatgagtatgaccagctgccaccatttaagcctcttcgaaaaacccaacttgca
aagctctcaaatgaacagagaaaggcatatttcgaggagtatgattaccgtgtaaagctc
ctgcagaagaagcaatggagagaggaattaaagaggatgaaagaaatgaagaaaaacggg
aagaagctgggtgaaagtgagtttggttatccgggagaagaagatgatccagaaaacggg
gctccagctgcagtgccagttccattacccgatatggttttgccaccttcatttgatagt
gataactcagcttaccgataccgatatctggaacccacttcacaactcctaaccaggcca
gtgttggatacccatggttgggaccatgactgtggatatgacggcgtcaatgcagaacac
agtcttgctctagctagccggttccctgccacagctactgtccaagtcaccaaggacaag
aaagagttcaacattcatctggactcctctgtgtctgctaagcacggggagaatggatcc
accatggcagggttcgatattcagaatgtaggcaagcagctggcatatgtggtcagagga
gaaaccaaattcaagaatttgaggaagaacaagacaactgttggagggtcagtgacattc
ttgggagagaacatcgccactggggtcaaactcgaggaccaaatagcactggggaaaagg
ttggtgcttgtgggcagcactgggacaatgcgatcacagggagattcggcctatggtgcg
aacctcgaggtcaggcttagggaagctgatttcccaattggacaggaccaatcttctttt
gggctgtctctggtaaagtggagaggcgatttagcccttggagccaatctccaatctcaa
gtctctgttggaaggaactcaaagattgcgcttcgtgcaggacttaacaacaagatgagc
ggacagatcacagtcagaaccagcagctcggatcagttgcaaatcgctctcacagccatt
cttccaattgccatgtccatctacaagagcattcgacccgaagcgacgaacgacaagtac
agcatgtactaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (27)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (2)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (6)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (45)   

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