KEGG   Arabidopsis thaliana (thale cress): AT1G77460
Entry
AT1G77460         CDS       T00041                                 
Name
(RefSeq) CELLULOSE SYNTHASE INTERACTIVE 3
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: Arm HEAT_2 C2 V-ATPase_H_N V-ATPase_H_C HEAT_EZ ELMO_ARM Glyc_hyd_38C_2
Other DBs
NCBI-GeneID: 844082
NCBI-ProteinID: NP_001319395
TAIR: AT1G77460
UniProt: F4I718
Position
1:29103608..29111956
AA seq 2136 aa
MLKAFLPGTQEEETLSSLQSGKVDAKMEMDDPEKAMATVAQLIEQLHAKTSSPQDKELTT
ARLLGIAKGKREARRLIGSYGQAMPLFISMLRNGTTLAKVNVASILCVLCKDKDLRLKVL
LGGCIPPLLSVLKSGTMETRKAAAEAIYEVSSAGISNDHIGMKIFITEGVVPTLWDQLSL
KGNQDKVVEGYVTGALRNLCGVDDGYWRLTLEGSGVDIVVSLLSSDNPNSQANAASLLAR
LVLSFCDSIQKILNSGVVKSLIQLLEQKNDINVRASAADALEALSANSDEAKKCVKDAGG
VHALIEAIVAPSKECMQGKHGQSLQEHATGALANVFGGMRHLIIYLGQVSQSPRLTEPIG
DVIGALAYALMIFKQPESSENIFDPSVIESILVKLLKPRDTKLIQERILEAMASLYGNSS
LSCYLDDAEAKRVLIALITMASADVRERLIICLSGLCHDKVGIWEAIGKREGIQLFISFL
GLSSEQHQEYAVEMLKILTAQVDDSKWAVTAAGGIPPLVQLLETGSQKAKEDAACILWNL
CCHSEEIRDCVERAGGIPAFLWLLKTGGPNSQETSAKTLVKLVHTADPATINQLLALLLG
DDPTSKIQVIEVLGHVLSKASQEDLVHRGCAANKGLRSLVESLTSSREETKEHTASVLAD
LFSSRQDICGHLATDDIINPWIKLLTNNTQNVAKQVARALDALSRPVKNNNNKKKSYIAE
GDIKSLIKLAKNSSIESAENAVSALANLLSDPDIAAEALAEDVVSAFTRILADGSPEGKR
NASRALHQLLKNFPVCDVLKGSAQCRFAILSLVDSLKSIDVDSADAFNILEVVALLAKTK
SGVNFSYPPWIALAEVPSSLETLVQCLAEGHTLVQDKAIEVLSRLCSDQQFLLSELIVSR
PKSMLVLADRIVNASSLEVRVGSTALLLCAAKEKKQLITETLDQSGFLKLLLHALVDMIK
HNSTSFSLETEVQTPKGFLEKNVFQDTGSFYFPDPAKILGGTVALWLLCILTSVDAKSKV
IVMEAGGLEVLVGKLARYTSSAQAEFEDTEGIWISALLLAIMFQDDNVSFSSTTMRIIPT
LAVLLGSDELIDRYFAAHAMASLVCTRNRGINLTIANSGAVSGIINLLGYVESEILNLVA
LANEFSLVKEPDQVILQHLFEIEDVRLGSTARKSIPLLVDLLRPIPDRPGAPQFAVQILI
RIADGSDTNKLLMAEAGAVEALTKYLSLSPQDSTEYAISELLRVLFSNHELRQNEMALSS
LNQLIAVLRLGSRSARYSAAGALNELFDAENIRNSEIACQAVQPLMDILGSVSESEQEVA
LSALIKLSSGNTSNTALLIDVEGSLLENVIKILSSATASEELKINAARLCSVVFSNKNIR
TSASASGCMKPLITLMQSERSAAVEAAVFAIKILLDDEQHLELAAAHNIQELLVGLVSGK
NYVIIEASLSALIKLGKDRVPRKLDMVEAGIIERCLELLPGASSSLCSAVVELFRILTNS
GVIARRPDVAKTVEPLFAVLLRSDLTLWGQHSALQALVNILEKQQTLEAFSFTPSEAIVP
LISFLESSSQAIQQLGAELLSHFLTMEDFQQDITTQSAVVPLVRLAGIGILSLQETAIKA
LEKISASWPKAVLDAEGIFELSKVILQEDPQPPLDLWESAAFVLSNILQYDAECFFRVEL
PVLVKLLFSTIESTVLLALKALMLHEKNDASSTVQMAELGAIDALLDLLRSHQCEEESGS
LLEVIFNNPRVRELKLCKYAIAPLSQYLLDPHTRSEPGRLLAALALGDLSQHEGLSRSSG
SVSACRALISVLEEQPTEEMKVVAICALQNFVMNSRTNRRAVAEAGGVLLIQELLLSCNP
EVSGQAALMVKFLFSNHTLQEYVSNELIRSLTAALERGLWSTATINIEVLRTLNVIFSNF
PKLRASEAATFCIPHLVGALKSGVEDVQGLVLDILYLLRHSWTNMSIDVAKSQAMIAAEA
IPVLQMLMKTCPPRFHDKADSLLHCLPGCLTVNVMRANNLKQSMATTNAFCQLTIGNCPP
RQTKVVSNSTTPEWKEGFTWAFDVPPKGQKLHIICKSKSTFGKTTLGRVTIQIDKVVTEG
EYSGSLSLNHENSKDASSRSLDIEIAWSNRTTDETH
NT seq 6411 nt   +upstreamnt  +downstreamnt
atgttgaaggcctttcttcctggaacgcaggaggaggaaacattatcttctttgcagtct
gggaaagtcgatgcaaaaatggaaatggacgacccagagaaggcaatggctacagttgct
cagctcatagagcaacttcatgcgaaaacatcttcaccgcaagataaagaactcacaaca
gctcgtctactaggtattgcaaaaggcaaaagggaggcaagaaggctcatcggttcgtat
ggccaagcaatgcctttatttatttccatgcttagaaatgggacgactttggccaaagta
aatgtcgcttcaatcctttgtgtattgtgcaaagacaaagacttgcgactaaaagtgctt
ctaggaggatgcatcccgccattactctcggttttgaagtccggaaccatggaaactaga
aaagcagcagcagaagctatatatgaggtttcttctgctggtatttccaatgaccacatt
ggaatgaaaatatttatcacagaaggtgttgttccaactttgtgggatcaacttagcctg
aaaggaaatcaggataaagttgttgaagggtatgttactggcgctttgaggaatctttgt
ggcgttgatgatggttattggagactgacactagagggtagtggtgtagacatagttgtg
tctcttttgtcatctgataaccctaattctcaagcaaatgctgcttctctgctggctcgt
ctagttctgtccttttgtgatagcatccagaaaatattaaattctggagttgtcaagtct
ctgatacagcttttggaacagaaaaatgatatcaatgttcgtgctagtgcagcagatgct
ttggaagctctttcagcaaattccgatgaggctaagaaatgtgtcaaagatgcaggaggt
gttcatgctctcattgaagccattgttgctccatcgaaagagtgtatgcagggaaaacat
ggacaatctctacaagaacatgcaactggagctttagcaaatgtgtttggtgggatgcgc
catttgattatatatcttggacaagtctcacaatcccctcgtctaacggaaccaattggt
gatgtaattggagcccttgcctatgctctaatgattttcaaacaaccagagagttccgag
aatatatttgatccaagcgtgatagagagcattttggtaaagttactaaagcctcgtgac
acaaagttaatccaagaacggatcttagaggctatggcgagcttgtacggaaacagtagt
ctgtcgtgttacctagatgatgcagaagctaagagagttcttatcgctctcataaccatg
gcttctgctgatgtacgagagcgtctgataatttgcttgtctggcttatgccatgacaag
gttggaatttgggaggcgattggaaagagagaaggaatccagttatttatatcatttcta
ggtttgtctagtgagcaacaccaagagtatgctgttgaaatgttgaaaattttgacggct
caggtggatgatagtaaatgggctgtaacagcagccggggggatacctccacttgtccag
ttgctcgagactggatctcagaaggccaaggaagatgctgcctgcattctctggaatttg
tgttgtcacagtgaggaaatccgtgattgtgttgaaagagctggtggtattccagcattc
ttgtggcttctgaagactggtggaccaaattcccaggaaacatctgcaaagacacttgtg
aagcttgtccatacagctgatcctgccacaataaatcagttgttggctttacttctggga
gatgatccgacttcaaagattcaggtaatagaagtgttgggtcatgtgctctcaaaagct
tcacaagaggatcttgttcatagaggatgtgccgctaacaaaggactgaggtccctagtc
gagtccctaacatcttccagagaagaaacaaaggagcatacagcttcagttttagctgat
ctgttcagctcaagacaagatatttgtggtcatcttgcgacggatgacattattaatccc
tggatcaagctgcttacaaacaacactcagaatgtggcaaaacaggtggctagggctttg
gacgcactgtcccgcccagttaagaacaataataataaaaagaagtcttacattgccgaa
ggagatattaagtcactcataaaattggctaagaactcttccattgagtctgcagaaaat
gcggtatctgccctcgcaaatcttctgtctgatccggatatagctgcagaagcactagct
gaagatgttgtttccgctttcacaagaattttggctgatggatctccagagggtaagaga
aatgcgtcacgcgcacttcatcagttacttaagaactttccagtttgtgatgtgctaaag
ggaagtgctcagtgccgttttgctatactttcactcgttgattctctaaaatcaattgat
gtggatagcgcagatgctttcaacatattagaagtagttgcgctcttggcaaagactaag
agtggggtgaatttctcttaccctccatggattgcccttgccgaagtgccatcaagcctg
gagactcttgtgcaatgccttgccgaaggccatactcttgtgcaagataaggcaatagaa
gttttgtccaggctttgctctgatcaacagtttctgctcagtgaacttatagtttcaaga
cccaagtcaatgttggttctggctgatagaatagtgaatgcatccagcttagaagtgaga
gttgggagcacagcgctgctcttatgtgctgcaaaggaaaagaagcagctgatcacggag
acacttgatcagtctggttttttaaagctcttgttacatgccctcgttgatatgataaag
cacaattctacaagcttttctctagagactgaagtccagacacctaaaggttttttggaa
aaaaatgttttccaggatacaggtagtttttattttcctgatccagctaaaatcttgggt
ggtacagtcgcattgtggctgctatgcatactcacttccgttgatgctaagtcaaaggtc
attgttatggaagctggcggacttgaggtgctcgtggggaagcttgctaggtatacttcc
agtgctcaggctgaatttgaggatacagaaggcatttggattagtgctctcctcctggct
atcatgttccaggatgacaatgtgtccttttcttcaacgacaatgcggatcattccaaca
cttgcagttttgctaggatctgatgaactgatagatcggtatttcgctgcccacgcaatg
gctagtcttgtttgtactaggaacagaggaataaatctgacaattgcaaactctggtgct
gtttctgggataataaaccttcttggctatgtggaatcggagatactgaacttggttgct
ttggcaaatgaattttctctcgtgaaagagcctgatcaagttattcttcaacaccttttt
gaaattgaagatgtgaggcttggctccactgcacgtaaatctatcccgctgcttgtagat
ctcttaaggccaattccagataggcctggagcccctcagtttgctgtccaaatcctgatt
cgcattgctgatggaagtgacacaaataaattacttatggctgaagctggagctgttgaa
gctttaacaaagtacctttctctaagtcctcaagattcaactgagtacgccatatctgaa
ttgcttagggtattatttagcaaccacgagcttagacaaaacgaaatggcactaagttcc
ttgaatcagcttatcgcagtactgcggctaggttcacgaagtgcaagatacagcgcagct
ggggctctgaatgaactatttgatgctgaaaacatcagaaattctgaaatcgcctgccag
gctgttcaaccacttatggacatactcggttctgtatcagaaagtgagcaagaggtagct
ctctctgcattgatcaaactaagctcaggaaatacttcgaatacagctcttctgattgat
gtggaaggaagtctgctggaaaacgtgatcaaaatcttatcatctgctactgcttcagag
gagttaaagataaatgctgccagactttgttctgttgttttctcgaataaaaacatcaga
acaagtgcatccgcctccggatgcatgaagccgttaataacacttatgcagtctgaaaga
agtgcagcagttgaagcagcagtttttgctattaagatattattggatgacgagcaacat
ttagaactagcagccgcacataacattcaggagcttcttgttggcttggtttccgggaaa
aattacgttattattgaggctagcttatcagctctcattaagttgggaaaagacagagta
ccacgcaagttggacatggtggaagctggaataattgagcgatgtcttgagctactacct
ggagcctcgagttcgttatgttccgctgttgtagagctgtttcgtattttaacaaatagt
ggagtaatcgcgagaagaccagatgttgcaaaaactgtagagcctctcttcgcggtcttg
ctgcggtcagacttgaccttatgggggcaacatagtgccctgcaagcactcgtaaacata
ttggaaaaacagcaaacccttgaagcttttagttttacacccagtgaagccattgtgccg
ctgatttcttttttagaatcttcatcccaagctatccagcagcttggagcagaactgctg
agccattttcttacaatggaagatttccagcaagacatcacaacacagagtgctgttgtt
cctctggtccggcttgcaggaattggaatactgagcctgcaggaaactgcgataaaggca
ttggagaagatatctgctagctggcctaaggctgttcttgatgctgaaggtatttttgag
ctatccaaggttattcttcaggaagatcctcagccccctcttgatctatgggagtcagct
gcctttgttctttccaacattctgcagtatgatgcagaatgctttttcagagttgaactg
ccagtgttggtaaaattgttgttctcgacaattgaaagcacagtgttactggctcttaaa
gctttgatgcttcatgagaagaacgacgcttcaagtacagtacaaatggctgagcttggt
gcaatcgatgcattgctggacctcctgagatctcatcaatgcgaggaagaatctggaagc
ttacttgaagtaatatttaacaatccaagagtaagagagttgaagttatgcaaatatgca
atagcaccactatctcaatatctgttggaccctcatacaagatcagaacctggtaggctt
cttgctgctctggcactgggggatctatctcagcatgaagggctttctagatccagtggt
tctgtttccgcttgtcgggcactcattagcgtgctagaagaacaaccaacagaagaaatg
aaagtggtggccatctgtgcgttgcagaattttgtgatgaatagtagaacgaatagacga
gctgttgcagaggctggtggcgtattgttaattcaagagctactgctttcttgcaaccca
gaagtttctgggcaggctgcactgatggtcaaatttttgttttccaaccacacactccaa
gaatatgtctcgaatgagcttataagatcactaacagctgcacttgagagaggcttgtgg
tctacagcaactataaatattgaagttttgagaaccttaaatgtgattttctccaatttt
cctaagctccgtgcctcagaagctgctactttctgcatccctcatttggtaggggcgctc
aaatctggtgttgaagacgtccagggattagtattggatattctttacttgctaagacac
tcctggacgaatatgtctatagatgttgcaaagtctcaagccatgattgcagctgaagca
attcccgtcctgcaaatgctgatgaaaacatgccctcctaggtttcacgacaaggcagat
agcttattgcactgcttaccaggttgcttaacagtgaacgtcatgcgtgccaataactta
aagcagtctatggcaaccacaaacgccttttgtcaattaacaataggaaactgccctcca
cggcaaactaaggtcgtgagcaatagcactactcctgaatggaaagaaggctttacttgg
gcatttgatgttccccccaaaggacaaaagcttcacatcatatgcaagagcaaaagcaca
tttggaaagacgactctagggcgagttactatccaaatcgacaaagtcgtgacagaagga
gagtacagtggatctctaagcctgaatcatgaaaatagcaaagatgcttcttccagatca
ctcgacattgagatagcatggtccaataggacaacggatgagactcattga

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (25)   
   RefGene (19)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (1)   
   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 (8)   
   Pfam (8)   
All databases (44)   

Download RDF
DBGET integrated database retrieval system