KEGG   Arabidopsis thaliana (thale cress): AT4G17140
Entry
AT4G17140         CDS       T00041                                 
Name
(RefSeq) pleckstrin homology (PH) domain-containing protein
  KO
K19525  vacuolar protein sorting-associated protein 13A/C
Organism
ath  Arabidopsis thaliana (thale cress)
Brite
KEGG Orthology (KO) [BR:ath00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ath04131]
    AT4G17140
Membrane trafficking [BR:ath04131]
 Endosome - Golgi transport
  Rab GTPases and associated proteins
   Rab associated proteins
    AT4G17140
SSDB
Motif
Pfam: VPS13_ext_chorein VPS13_mid_rpt Chorein_N Vps62 VPS13_VAB VPS13_C PH VPS13_DH-like ATG2-VPS13_C
Other DBs
NCBI-GeneID: 827424
NCBI-ProteinID: NP_001154245
TAIR: AT4G17140
UniProt: F4JNE3
Position
4:complement(9613330..9636873)
AA seq 4218 aa
MLEDQVAYLLQRYLGNYVRGLNKEALKISVWQGDVELKNMQLKPEALNALKLPVRVKAGF
LGSVKLKVPWTRLGQEPVVVYLDRIFVLAEPATDVEGLSEDSIQEAKRNLIREMETKLVE
RARRLQTEMNKSWMGSVINTIVGNLKLSISNIHIRYEDLESNPGHPFSAGVTLEKLSAVT
IDESGKETFITGGTLDSIQKSVELDRLAFYLDSDMSPWHIDKPWEVLTPFEWDQIFRYGT
KDGKPADCLTRKHFYILQPVSGNAKYSKSQANESSNAVQPLQKAYVNLDDVTLCLSKGGY
RDVMKLADNFAAFNQRLKYAHYRPSVPVKIDAKSWWKYAYRVVSEQIKIASGRMSWEHVL
KYTSLRKRYITQYASLLKSDISRIVVDDDEEIEALDRELDTDVILQWRMLAHKFVERSVQ
AENYSKKQQAKSSWWPFGGKSEVSGGEGESIQFTDEDWERLNKVIGYKEGDEQSIINNAK
PDALHTFLEVQMKRSASKLYDGEKECLAELSCEGLNCSVKLFPETKIADIKLGRYRLSSP
SGLLAESAPASHSVLAVFCYKPFDAKVDWSLVAKASPCYMTYLKDSIDGIVNFFESSTAV
SQTIALETAAAVQSTIDEVRRTAQEGMNRALKDHSRFLLDLDIAAPKITIPTEFRPDNHR
STKLLLDLGNLVIRSQDDYKHELTEEMDMYLQFDLVLSDVSALLVDGDYSWKQLSSKRAS
SSGRESSVTFLPVIDKCGVLLKLQQIRRPNPAYPSTRLAVRLPSLGFHFSPARYHRLMQV
AQIFQTKDDESSQILRPWEEADFEGWLSILSWKGREASWQRRYLCLVGPFIYVLESPGSK
SYKKYTSLRGKHIYKVPVELAGGVEHVLSIRNASRISEKGLRSHSDDYSRKTWHSRLQGA
VYRASGSAPIAGLSDTSSDSEESETEQKDGFDLSNLESVYVTGVLDELKICFSYGHQDDA
SFMAVLLARESKLFEFRALGGKVEVSMRGSDMFIGTVLKSLEIEDLVSHSGLNESCYLAR
SFIQSSEMLPSFEDAESRSPERLDPTSSEGEEKFYEAPEILVDSIDYTSLRTPSFSRIDG
LLPVDNKNITKPSNETTESLDSFVKAQIVIYHQTSPQYKNIDNQVMVTLATLSFFCRRPT
ILAILEFVNAINVEDPSCESFEDNSPVAGEHTSPRRDGFEDSRDAAVKGLLGKGKSRIIF
NLELNMARAQIFLMNENGTKFATLSQDNLLTDIKVFPNSFSIKASLGNLRISDDSLPDNH
MYFWICDMRDPGGTSFVELVFTSFSIIDEDYEGFDYCLSGQFSEVRIVYLNRFIQEVAEY
FMGLVPSDSKGVVKMKDQITDSEKWFTTSEIEGSPALKLDLSLKKPIIVMPRHTDSPDYL
KLDIVHITVDNTFQWFAGDKNELNAVHVETMKIMVMDINLNVGSGAEIGESIIQDVKGVS
VTINRSLRDLLHQIPSIEVSIEIDELRAALSNREYQILTECAQSNISELPHAVPPLSGDV
VTSSRNLHETLTSEDTNAAQTEKTDTWISMKVSVVINLVELCLYAGTARDTPLAAVQISG
GWLLYKSNTHDEGFLTATLKGFSVIDNREGTEKEFRLAVGRPADLDFGDSHSVTDKNQGL
TQSHVTTGSDIGPFPSMLTLDAQFGQLSTFVSVSIQRPQLLVALDFLLAVVEFFVPTIGS
VLSSEEDKNLNMVDAIVMDKSIYKQQTAEAFLSPLGPLIAEDEKFDNFVYDGNGGTLYLK
DRNGGILSSPSIEPIIYVGSGKRLQFRNVVFKNGQVLDSCISLGACSSYSVSREDGVELE
VYHKAPQQDSERKEDPVSQSPSTTTERSTEMIIEFQAIGPELTFYNTSKDVVKTPLLSNK
LLHAQLDAYGRVVIKNDEIKMSAHTLGLTMESNGVKILEPFDTFVKYSSVSGKTNIRLSV
SNIFMNFSFSILRLFIAVEEDILSFLRMTSRKMTVVCSEFDKIGTIRNPCTDQIYAFWRP
HPPPGFASLGDYLTPLDKPPTKGVLVVNTNLMRVKRPLSFKLIWSPLASGGLGGSSMDDK
DERDSSCSIWFPEAPKGYVALSCVVSSGSTPPSLASTFCILASSVSPCSLRDCVAISSTD
ISQSSLAFWRVDNSVGSFLPADPSTLNLLGRPYELRHILFGSTAVLPKESSYVDDRTTPD
DIIQPTRPQPLNSVNSGHRFEAVATFELIWWNRGSGSQKKVSIWRPIVSEGMAYFGDIAV
SGYEPPNSCVVLHDTSDQEILKAAVDFQLVGRVKKHRGVESISFWMPQAPPGFVSLGCVA
CKGSPKPYDFTKLRCARSDMVAGDHFADESLWDTSDVWQRVEPFSIWSIGNELKTFIVRS
GLKKPPRRFALKLADQGLPGGTDNMVIHAEIGTFSAALFDDYGGLMVPLVNVSLNNISFG
LLGKTDYTNSTINFSLAARSYNDKYEAWEPLIEPADGFLRYQFNPRSFGAVSQLRLTSTK
DLNVNISVSNANTIIQAYSSWNSLSNVHGYHKERGALPLVDNGKSVIEVHQKKNYFIIPQ
NKLGQDIYIRATEIKGFKDIVKMPSGDVRPVKVPVLTNMLDSHLRGELCRNPRIMVTVIV
MDAQLPRTCGLSSHQYTGVIRLSPNQTSPVESELRQQSARTCGSVSNMLSSELEVVDWNE
IFFFRIDSLDDFVLELIVTDVGKGAPVGSFSAPLKQIAQYMKDNVYQHNYANDLVWLDLS
TTETMSINQGDQRKNCGKIRCAVLLPAKSKVDQSKSFREKKSGFLQVSPSIEGPWTTVRL
NYAAPAACWRLGNDVVASEVSMQDGNRYVNVRSLVSVENNTDFLLDLCLQSKVNSIPDIP
IGLLKPGDTLPVPLSGLTQSASYVLKLKCVFPDGSDEYSWSSVVSRPGGAEVSCESEPEI
CISALTESEHLLFCTQINSTSSGDNQKLWFCLKTQATEIAKDIRSDPIQDWTLVVKSPFS
IANCLPFGAEYSVLEAQASGHFICRCRGVFISGETVKVYSVDIRNPLYFSLLPQRGWLPM
HEAVLISHPNGVPAKTIGLRSSATGRIAQVILEQNYDEQQIVLSKIIRVYAPFWFSIARC
PSLTLRLLDLSGKKQTRKVGLPFRSKKNDEVVLDEVTEEEIYEGHTIASTLNFKLLGLSV
SISQFGNQQHGPVKDLSALGDMDGSLDVDAYDPDGNCMRLFLSTKPCAYQSVPTKVTSIL
SSTFSLLLHEPKVLHAYDSRVSFVFQPSGRDELQRHKNKRMVKNVVEGVHWKYVAYDICS
VKPVRLLGAVRLRETEWSFPVQVTREDTIVLVLKSKNGARRYVKAEIRGFEEGSRFIVVF
RLGPSNGPMRVENRSTVKSISVRQSGFGEDSWVLLEPLTTENFAWEDPYGQKFLDAKVES
DHRSGVFKVDMEKGAVDSELCRELEVNFDVQEIGDIKIARFTDDDSTSQSSNEIISLTSI
GNHGYSTPQTPTEHKTTTLEVIIEMGLVGISLVDHMPKELSYFYLERVFVSYSTGYDEGR
TSRFKIILGRLQIDNQLPLTLMPVLLAPDNTGDSRQPVLKMTITMCNEETDGIQVYPYVY
VRVTDNTWRLNIHEPIIWASADFYNKLQMDRLPKSSSVAQVDPEIHINLIDVSEVRLKVS
LETAPAQRPHGILGVWSPILSAVGNAFKIQVHLRRVMHRDRFIRKSSILPAIGNRIWRDL
IHNPLHLIFSVDVLGMTSSTLASLSKGFAELSTDGQFMQLRAKQVWSRRITGVGDAIVQG
TEALAQGVAFGVSGVVTKPVESARENGILGFAHGVGRAFLGFIVQPVSGALDFFSLTVDG
IGASCSRCLEVLSNRTALERIRNPRAVHADGILREYDEKEAIGQMLLHLAEASRHFGCTE
IFREPSKFALSDCYEEHFLVPYKRIVMVTNKRVVLLQCSDLDKMDKKPSKIMWDVPWEEL
MALELAKAGSQRPSHLILHLKSFRKSESFAQVIKCSVPEDLNGLEPQAVRICSVVRKMWK
AYQSNMKNLVLKVPSSQRHVYFAWNEADGRDSKTYKNKAIIKSRELSSSSSVSDDKKLVK
HSINFSKIWSSERESKGRCSLCKKQDSEDGGVCTIWRPSCPAGFVSVGDVAHVGSHPPNV
AAVYNNTNGVFALPVGYDLVWRNCLDDYISPVSIWHPRAPEGFVSPGCVAVAGFIEPELN
TVYCMPTSLAEQTEFEEQKVWSAPDSYPWACQIYQVRSDALHFMALRQTKEDSDWKAIRV
RDDYRSIESESGKNLRLE
NT seq 12657 nt   +upstreamnt  +downstreamnt
atgttggaagatcaggtagcttacttgttacaaaggtacttggggaactatgtgagggga
ttgaataaggaagctcttaagatcagtgtttggcaaggagatgtagagctgaaaaatatg
caactaaaaccagaagcacttaatgctttgaaattacctgtgagggttaaagctggattt
cttggatcagtcaaactcaaggtaccatggaccagacttggacaggaacctgtagtggtt
tatctcgaccgaatttttgtattagccgaacctgcaactgatgttgaaggacttagtgag
gattctatccaggaagcaaaaagaaatctaatacgggaaatggaaactaaattagttgaa
agagctcgtcgactacagacagaaatgaacaaatcatggatgggatcagtgatcaacact
atcgttggaaacttgaagctgtcaatttcaaatattcacataagatatgaggatctagag
agcaatcccggccacccgttctcagctggtgttactctagagaaactctcagctgtaacc
attgatgagagtggaaaggaaacttttattactggcgggactctggactccatccaaaag
tctgttgaacttgatcggcttgcattctatcttgattctgacatgtctccgtggcatatt
gacaaaccatgggaggttttaactccttttgagtgggatcagatttttagatatggaaca
aaggatggtaagccagctgactgcctcacgagaaagcatttctatattctgcaacctgtc
tcagggaatgcgaagtactctaagtcccaagcaaatgaatcttcaaatgctgttcaacct
ttgcagaaggcatatgtaaacttagacgatgtgacactttgtttatcaaagggaggatac
agggatgtcatgaaacttgctgataattttgctgcatttaatcagcgtttgaaatatgca
cattaccgtccatctgttccagttaaaatcgacgcaaaatcttggtggaaatatgcttac
agagttgtttcagaacaaattaagatagcaagcgggagaatgtcatgggagcacgtttta
aagtacactagtctacgcaagagatacatcacacagtatgcttcgttgctgaaatctgat
atcagtaggatagttgttgatgatgatgaagaaattgaggcccttgatcgggaacttgat
accgatgtcattttgcaatggaggatgttggcgcacaagtttgttgagaggtcggtacag
gcagaaaattactcgaagaagcaacaggctaaaagttcatggtggccgtttggagggaag
agtgaagtgtctggaggtgaaggagaatctattcaattcacagatgaagattgggaacgg
ttaaataaagtcatagggtacaaagaaggtgatgagcaatcaattatcaacaatgcaaaa
cctgatgctctccatactttcttggaggtacagatgaagcgtagtgcttcaaaactttat
gatggggagaaggaatgccttgctgagttatcatgtgaaggtcttaattgctccgttaag
cttttcccagaaacgaagatagctgacattaaattagggagatatcgcttgtcatcacca
agtggtctgcttgctgagagtgcacctgcctctcactctgtacttgctgtcttctgctat
aagccctttgatgctaaagttgactggagtcttgttgcaaaagcttctccatgttatatg
acttatctaaaggattccattgatggaattgtcaacttcttcgaaagcagtactgctgtg
agccagacaatagctttggagactgcagctgctgtacagtcaactattgatgaagtcaga
cgcactgctcaagaaggaatgaatagagcattgaaagatcattcaaggtttctgctcgac
ttagatattgcagcacccaaaatcacaattccaacagaatttcgtcctgataatcatcgt
tctacaaagcttcttctagacctgggtaatttggtcatccgttcccaggacgactataag
catgaactgacagaggaaatggatatgtatctgcagtttgatttagttttgagtgatgtg
tccgctttacttgttgatggtgattattcctggaaacaattatcctcaaaaagagcttct
agttctggtagggaaagcagtgtaactttcttgccagttattgataagtgtggggtactc
ttaaaacttcaacagattcgtcgaccaaacccagcgtacccatcaaccagacttgctgtg
cggctaccctcattaggctttcacttctcaccggctcggtaccataggttgatgcaagtt
gcacagatatttcaaactaaggatgatgagagctctcagattctacgtccatgggaagaa
gctgattttgaggggtggttgtctattcttagctggaagggaagagaagcttcgtggcag
cggcggtatttatgcttagttggtccatttatctacgtgctcgaaagtcctggctcaaaa
tcttataagaagtataccagcttacgcgggaagcatatatacaaagttcccgtagagctt
gctggaggagtagaacatgtcttgtccattcgtaatgcttcacggatcagtgagaagggt
ctacgatctcattctgatgattactccagaaaaacatggcatagccgtttgcagggcgct
gtctatcgggcctcgggttctgctcccatagccggtctttctgatacttcatctgacagt
gaggagtcagaaacagaacagaaagatggtttcgatttgtctaacttggagagtgtatat
gtaaccggtgtgcttgatgaactcaaaatatgtttcagttatggtcatcaggatgatgct
tctttcatggcggtgcttctcgccagagagagtaaattgttcgagtttagggccttaggt
gggaaggttgaagtttcgatgagagggagtgatatgtttattgggactgtactgaaatct
ctggaaatagaagatttggtgagccattctggtttaaacgagtcttgttatttggcaaga
tcttttattcagtcttcagaaatgcttccatcctttgaagatgctgagagcaggagccct
gaacggcttgatcctacttctagtgaaggggaggaaaagttctatgaagcaccagaaatc
ttggttgattccattgactatacatctctcaggacccctagttttagtcgcattgatgga
ttgctccctgttgacaacaagaatatcactaagccaagcaatgagacaactgagtcactg
gatagtttcgtgaaggctcaaatagtcatataccatcagacgtcacctcaatataaaaac
attgataaccaggtgatggtaactttagctactttatcatttttctgtcgaaggccaaca
attcttgctattttggagtttgtaaatgctatcaatgttgaggatccaagctgtgaatct
tttgaggacaactctcctgtagctggagagcatacttctccaagaagagatggatttgaa
gattctagggatgcagctgtcaagggtttgttagggaaggggaaatctagaatcattttc
aacttggaattgaacatggctcgggcgcagatattcctaatgaatgagaatggaactaag
tttgctacattgtcacaagacaatctgctgacagatattaaggtctttccgaactcgttc
agtattaaggcaagtcttggaaatttacgaatcagtgatgacagcctcccagacaaccat
atgtacttttggatctgtgatatgcgagaccctggaggaacttcttttgttgagttggtt
ttcacatcattcagtatcattgatgaagattatgaaggtttcgactactgcctatctggg
cagttttctgaagtgcgcattgtttatctgaatcgctttattcaagaggttgctgaatac
tttatgggactggtgccaagtgattcaaaaggggttgtcaagatgaaggatcaaattacg
gactcagagaagtggtttacgactagcgaaattgaaggatctccggcacttaagttggat
ctatctcttaagaagcccataattgttatgcctcgtcacactgatagccctgattacctg
aagctagatattgtgcatataactgtggacaatacctttcagtggtttgctggagacaaa
aatgagctgaatgcagttcacgtggaaactatgaaaataatggtcatggatatcaacctt
aatgttggttctggagctgaaataggtgaaagcataattcaagatgtgaagggggtttct
gtaaccattaaccgatctctgcgagacttgttacatcagataccgagcattgaggtttct
attgagatagacgaactaagagcagccctctcaaatagggaataccagatcttgacagag
tgtgcacagtctaatatttctgagcttccacatgctgtgccaccattgagtggtgatgtt
gtgacatcttcaagaaacttacatgaaactcttacttctgaggatactaatgctgctcag
acagagaaaactgatacttggatttcaatgaaggtttctgttgtcatcaatctggtggag
ttgtgtttgtatgctgggacagcaagagatacaccgttggctgctgtacagatctctggt
ggctggcttctctacaaatccaatacacacgatgagggtttccttactgcaacattgaag
ggattcagtgttattgacaaccgtgaaggaactgaaaaagagttcagactggctgtagga
agacctgcagatttagattttggagattcacattctgtgactgataaaaatcagggttta
actcagtcacatgtaaccacggggagtgatattggaccctttccttcgatgctcactctt
gatgcgcaatttggtcagttgtcaacttttgtttccgtttctattcaaaggccacagttg
cttgtagctttggattttctactggccgtagtagagttttttgtccctactataggcagt
gtgctatcaagtgaagaagataaaaaccttaatatggtcgacgcaattgtcatggataag
tctatctacaagcaacaaactgctgaagcgtttctttctcctcttggtcctttgatcgct
gaagatgaaaaatttgataactttgtttatgatggtaatggtggaactttatacctgaaa
gatagaaatggaggcatcctctcttcacctagtatagagcctattatatatgtaggaagt
gggaaaaggttgcaattcaggaatgtagtctttaagaatggccaagttttggattcatgt
atctctttgggagcatgcagcagctattctgtttctagagaggatggggttgagttggaa
gtatatcataaagccccacaacaagactctgagaggaaggaagatccggtttctcaatct
cccagcaccacaacagagaggtccacggaaatgatcattgagtttcaggctatcggccca
gaacttaccttctacaacacatcaaaagacgtagttaaaactccattactctccaacaaa
cttttgcatgctcagttggatgcttatggcagggttgtcataaagaatgatgaaattaaa
atgagtgctcatacgttgggtctaaccatggaaagtaatggagtgaaaattctggaacct
ttcgacacctttgttaagtattcaagtgtttctgggaagactaacatacgtctttcagtt
tcaaacatatttatgaacttttcattcagcatcttgagattgttcatagccgttgaagaa
gacattttatcatttctaaggatgacatccagaaaaatgactgtcgtctgctcagagttt
gataaaattgggaccataagaaatccctgtacagatcaaatatatgcattctggagaccc
catccaccccctggttttgcgagtctcggcgactatttgacaccattggacaagccacca
actaaaggggttcttgtggtcaacaccaatttgatgagagttaagaggcctttatcattc
aaactgatatggtcacctttagcttccgggggattaggtggttcttcgatggatgacaaa
gatgaaagagatagttcatgttccatttggttccctgaagcaccaaagggttatgtggca
ttaagctgtgtggtatcaagtggaagtacaccgccttcattggcctctaccttctgcatc
ctagcttcttctgtttccccttgttctctcagagattgtgtagctatcagctccacagat
atatctcaatcaagtttagctttttggcgcgtggataattctgttggcagtttcttacct
gcggatccctctacgctcaacttattaggaagaccctatgagctacgccacatattattt
ggatccactgcagtcttgccaaaagaatccagctacgtggatgatcgtactactcctgat
gatattattcagcccacacggccacagccactgaattctgttaactctggtcatcgattt
gaagctgttgccacctttgagttgatatggtggaataggggctcaggctcgcagaaaaaa
gtttcaatatggcgaccaatcgtttctgaagggatggcttattttggagatattgctgtt
agtgggtatgaacctccaaactcttgtgtggttcttcatgatactagcgatcaagagatc
ctcaaagccgctgttgatttccaacttgttggacgtgtcaagaaacacaggggagtagaa
agtatatctttctggatgcctcaggctccaccgggttttgtttctttgggttgtgttgca
tgtaaaggctcaccgaaaccatatgatttcaccaaattaagatgcgctcgtagcgatatg
gtagctggtgatcattttgcggatgaaagtttgtgggatacctctgatgtctggcagagg
gtagaaccatttagtatatggagcatagggaatgagttgaagacctttattgtccgtagt
ggtttgaaaaaaccaccaaggagatttgctttaaagctagcagaccagggtttgcctggg
ggaactgataacatggtcattcatgcagaaattgggactttttctgctgcgctatttgat
gactatgggggactgatggttccattggttaacgtatctttgaacaatataagttttgga
ttacttggcaaaaccgactacacaaattcaaccatcaacttctccttagcggccaggtca
tataatgataagtatgaagcatgggagcctctcattgagcctgcagacggattcttaagg
taccagttcaaccctagatcctttggtgcggtttctcagttgcgcttgacatctacaaag
gacttgaacgtgaacatctcagtttcgaatgctaatacaattatccaagcgtattctagt
tggaacagccttagcaatgtccatggataccataaagagagaggagcacttcctctagtt
gacaatggaaaatctgtcattgaggtgcatcagaagaaaaactatttcataattccacaa
aacaaacttgggcaagatatatatattagagccaccgaaatcaaaggatttaaggatatt
gtaaagatgccatctggggacgtcagacctgtaaaagttcccgtcttgaccaatatgttg
gattctcacctcagaggagaactatgcagaaatcctagaatcatggttacagttattgtg
atggatgcacagcttccaagaacttgtggattgtcttcgcatcaatacacaggagtcata
cgcctgtctcccaatcagacctcccctgttgaatcagagcttcgtcagcaaagtgcacgt
acttgtggaagtgtttcaaatatgttgtcctctgagctagaagtggtcgactggaatgaa
atattttttttcagaatcgactccctggatgactttgtcttggaattaatagtgacagac
gtcggaaaaggtgcccctgttgggagtttttcagctcctctaaaacagatagcacaatat
atgaaggacaacgtataccagcacaattatgctaatgaccttgtctggttagacttatct
acaactgaaaccatgagcattaaccaaggggatcaaagaaagaactgcggaaaaataaga
tgtgctgtactgttgccagctaagtcgaaagtggaccaaagcaaatccttcagagaaaaa
aaatctggatttcttcaagtaagtcctagcattgagggtccttggacgacagttaggctg
aattatgctgctcctgctgcttgctggaggttgggaaatgatgtggttgcaagtgaagtt
agtatgcaggatggaaacagatacgtaaatgtcaggtctctagtttcggtggagaacaat
actgactttctacttgacctctgcctgcagtctaaagtaaattcaattccagatattcca
attgggttactgaaacctggtgatacgttaccggttcccttatcaggattgacacagtcg
gcatcttatgttctgaaactgaagtgtgtatttcctgatgggtcggatgagtattcttgg
agttctgtggtttcgaggcctgggggggcagaggtttcttgtgaatcagagcctgaaata
tgtatatcggctctaactgaatccgagcacttgctattttgtactcagataaacagtact
tcttccggagataatcaaaagttgtggttctgtttgaagacccaagcaacagaaattgca
aaggatatacgttcggaccctattcaagactggacccttgtggtcaaatcaccgttttct
atagcaaattgtcttccatttggagctgagtactcagtgttagaggcgcaagctagtggt
cattttatttgtcgctgtagaggtgtctttatttctggggaaactgtcaaggtgtatagt
gttgatataagaaaccctttatacttttctttgcttccacaaagaggatggctaccaatg
catgaagctgtccttatatctcaccccaatggtgtccctgcgaagacaattggactaaga
agttctgccactggaaggattgctcaagtaatactggagcaaaactatgatgaacagcag
atagttttgtcgaagatcatcagagtttatgctccgttctggttttcgattgcgaggtgt
ccctcacttacactcagacttttagatctgtcagggaagaagcaaacaagaaaagttggt
cttccctttcgaagtaaaaagaatgatgaagtagtcctagatgaggtaaccgaagaagaa
atatatgaaggtcatacaattgcttctactttgaatttcaaacttctgggcctgtcagtg
tctatatctcagtttggcaatcagcaacatggtcctgtcaaagatctttctgctctgggt
gacatggatggatctttggatgtggatgcgtatgatcccgatggaaattgcatgcggcta
tttttatctacaaaaccttgtgcttaccagtcggttcctacaaaggtaacaagcattttg
tcttctactttttctttgttattacatgaaccaaaagtactccatgcttatgattcaagg
gtctcctttgttttccagccaagtgggagagatgaactccagagacacaaaaacaaaaga
atggttaaaaatgttgttgaaggtgtccactggaagtatgtagcatatgatatttgctca
gtaaaaccagtgagacttctaggagcagtccggttaagagaaacagagtggtcatttccc
gttcaagttacccgagaggacacaattgttcttgtattaaagagtaaaaatggtgcacgg
agatatgtgaaagcagagatacggggatttgaagagggatcacgttttatagttgtattt
cgactaggaccaagcaacggtcctatgagggttgaaaatagatcaactgtcaaaagcatc
agtgttcggcaatctggttttggtgaagattcgtgggttttgttggaacctcttacaaca
gaaaattttgcatgggaagatccttatggtcaaaagttcttggatgctaaggttgaaagt
gatcaccgctctggggtattcaaagtagacatggaaaaaggtgctgtggattctgaattg
tgtagggagttagaagtgaactttgatgttcaagaaattggtgacatcaagattgctaga
ttcaccgatgatgacagtacttcacagagttctaacgaaatcatatctttgacatcgatt
ggaaatcatggatattctactcctcagacacctacagaacacaagaccaccactctggag
gtcataattgaaatgggactagtggggatctctcttgtagatcacatgcctaaagagtta
tcatatttttaccttgaaagagtatttgtatcttactccactgggtatgatgagggaaga
actagcaggttcaaaatcattctgggtcgtttacagattgataaccagctacctctaact
ttaatgccagtactattggcaccagataacactggagatagtcgtcaaccagtgcttaag
atgacaattacaatgtgtaacgaagaaactgatggcattcaagtgtatccatatgtgtat
gtacgggtaacagataatacctggcgactaaacattcacgagcctatcatttgggcttca
gctgacttctacaataagcttcagatggaccgtctccccaaaagttctagtgtcgcgcaa
gttgatcctgagatacatataaacctcatagatgtttcggaggtaaggctaaaggtctca
ctagaaacagcgccagctcagaggcctcatggaattcttggtgtttggagccccattttg
tccgctgttggaaatgctttcaaaattcaggttcatctaaggagagtaatgcacagagat
cggtttatacggaaaagttcaatacttccagccatcgggaatcgcatatggagagatctg
atccacaatcccttacatttgattttctcagtagatgttttgggtatgactagctcaaca
ttggcctctcttagcaaagggtttgccgagctttcaactgatggtcaattcatgcaacta
cgggctaaacaggtttggtcgaggcggatcaccggtgtaggtgatgcaattgttcaagga
acagaagccctggcacaaggtgttgcctttggggtttcaggagttgttacaaagcctgta
gagagcgcccgagaaaatggtattctagggtttgcccatggggtaggacgggcgttccta
ggatttattgtacaaccagtgagtggtgcattagattttttctcattgactgttgatgga
attggagcaagttgtagcagatgtttggaggttttgagcaacaggaccgccttggaaaga
attagaaatcctcgtgctgttcatgctgatggtatactcagggaatatgatgagaaggaa
gctataggccagatgctccttcatctagcagaagcaagtcggcactttggctgtacagaa
atattcagggaaccctcaaaatttgctttgtctgattgctatgaagagcatttccttgtt
ccatacaaacgcattgtcatggtgaccaacaagagagtcgtgttattacagtgctctgat
ctggataagatggataagaaacccagcaagatcatgtgggatgtgccttgggaggaactt
atggcgttggaattggcaaaggcaggtagccaaaggccctcgcatctcatactgcatctg
aagagttttcggaagtcagagagttttgctcaggttataaaatgcagcgtgccagaagac
ttaaatggactagaacctcaagctgtccgaatctgttcagtagtgcgcaaaatgtggaaa
gcatatcagtctaacatgaaaaatcttgtgctcaaggttccttcaagccagagacatgtg
tattttgcttggaatgaggctgatggaagagactcaaaaacatacaaaaacaaagctatt
attaaatcgagagaactttcttcttcaagctctgtctcagatgataaaaagcttgtcaaa
catagtatcaacttctcaaaaatctggagtagtgagcgagaatccaaaggtcgatgttct
ttgtgtaaaaagcaggattctgaagatggaggagtttgcactatctggagacccagttgt
ccagcgggattcgtgtcagtgggtgatgtagctcacgttggtagccatcccccaaatgtt
gctgctgtctacaataacaccaatggagtgtttgcacttcctgtgggttatgaccttgtg
tggaggaattgcttagatgattacataagtcctgtatcgatctggcatccacgggctcct
gagggattcgtctctcctggatgtgttgcagtggctggtttcatcgagccagagctcaac
acagtgtattgcatgccaacgtctttggccgagcagactgagtttgaagaacagaaggtt
tggtctgcacctgactcgtacccatgggcttgtcaaatttaccaagttcgaagtgatgca
ctccactttatggctctgcgacagaccaaagaggactctgattggaaagcaattagagtt
cgagatgattacaggtccatagaatctgaatcgggaaagaatttgcgtttagaatga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (83)   
   KEGG ORTHOLOGY (1)   
   RefGene (75)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (2)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (102)   

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