KEGG   Arabidopsis thaliana (thale cress): AT1G44120
Entry
AT1G44120         CDS       T00041                                 
Name
(RefSeq) CELLULOSE SYNTHASE INTERACTIVE 2
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: Arm HEAT_2 C2 V-ATPase_H_C UNC45-central Cnd1 DUF5578 FAA_hydrolase_N Amphi-Trp
Other DBs
NCBI-GeneID: 841015
NCBI-ProteinID: NP_175078
TAIR: AT1G44120
UniProt: Q9C6Y4
Position
1:16780059..16787623
AA seq 2114 aa
MTSEMDDPEKAAVTITRLIEQLHAKKSSAQEKELSTARLLGLAKGKKECRKIISQNVNAM
PAFISLLRSGTLLAKLNSASVLTVLCKDKNVRSKILIGGCIPPLLSLLKSDSVDAKRVVA
EAIYEVSLCGMDGDNVGTKIFVTEGVVPSLWDQLKTGKKQDKTVEGHLVGALRNLCGDKD
GFWALTLEDGGVDIILKLLQSSNPVSQSNAASLLARLIRIFTSSISKVEESGAVQVLVQL
LGEENSVFVRASVVNALEAITSKSEEAITVARDLDGIHLLISAVVASSKESVEEETERVL
QSYGTQALANLCGGMSGLIVYLGGLSLSPRLTEPIADILGALAYALRKFQLSCGDTREAF
DPTLTEGILVKLLKPRDTQLIHERILEAMESLFGNVDLSKLLNNVDAKRVLVCLTILATD
GPRERMITCLSNLCKHGDVWDAIGKREGIQILIPYLGLSSEQHQELSVEFLAILTDNVEE
SRWAVTSAGGIPPLLQILETGVSQKAKDDAVRVILNLCCHSEEIRLCVEKAGAIPALLGL
LKNGGPKSQESSANTLLKLIKTADPSVIEQVQALFLGDAPKSKTHLIRVLGHVLASASLE
EFVTKGSAANNGLRSLVQRLASSNEKMKENAASVLADLFSSRKDLCGGLGFDEDDNPCTK
LLSGNTHAVATQLAHALGSLSNPTKKKTATKKLSGPEVEVIKPLIKSAKTNPIESTENPM
STLANLLSDPNVAAEALNDDVVSALTRVLREGTLQGKRNASHALHQLLKHFQVSDVFKGN
EQCRFAVSELIDLLNATDLNNSAFIDVLEVLSLLAKAKYGANLSHNPFSAFGEVPSNLDS
LVRGLAEGHPLVQDKAIEILSRFCKTQFILLGRLLVTQSKSISSLANRTINSSSPEIKVG
GAILLVCAAKNDITLWAEAVEQSGYLKTLVNTLLDMSKQNSKSASYGIEIQRPRSFITSN
LCLRMDDSEMVDPVTILGSTASMWLLSIICSSHPSNRLVVMEGNGLEIIAENLQRNKSNT
QENSSDSEEKWIAMSFLAVMSQEPKVVSSPATENILQTLAPFMQSEQMIDGYFTAQVLAA
LVRHKNDKTISEIMNSDIVETTINLVGCEESDTRSLCALAEELSLVQNPYEATLEVLFEN
ERVRSGSFTKKCIPLLVNLLKPYADKVGGIPVAIRLLRRIADNDDLSKLLIAEAGALDAL
AKYLSLSPQDSTEITVSELLESLFRSPEITRHKTAISSMKQLIGILHLASRSTRYNAARV
LCELFSSEHIRDSELAWKALSPLIEMLNTTLESERVAALTALVKLTMGINPRPDILTSLE
GNPLDNIYKILSLDSSSLESKTSAARICRFLFTNEGLRTSTSAACCIVSLISLIRTGKST
AIEAGMFALDRLLDIKRFVEVAEEHDCVNLFYGYVASENYLISEAAISCLTKMAKDNTPR
KMDLIKMGIIEKCISQLSKSPPSSLCSVIADLFRVLTNVGVIARSQDAIKMVQPLLLILL
RQDLDFQGQLGGLQAIANILEKPMVLESLKIASSTIIMPLIPLLESESIAVKNATTILLT
SLLEMQRFQEEITTKNLIAPLVKLVGIRVRNLQEIALMGLERSSVTWPKEVADTGGIQEL
SKVIIDEDPQLPVYLWESAAFILCNILRINPEHYYFTVTIPVLSKMLFSTAESTVILAID
ALIIRENQDSSSVQEMAESSALDALLDLLRSHHCEELSARLLELILRNPKVRETKICQFV
LTPLSEYILDPDTISESAKILIAMALGDISQHEGLAKATDSPVACRALISLLEDEPSEEM
QMVVMRALENFAMHSRTSRKAMAEAGGVYWVQEMLRSSNPQVSTQAALIIKSLFSNHTLQ
EYVSGEIIKSLTNAMEREFWTTTAINVEIVRTLNTILTTFPKLRSSEAATACIPHLIGAL
KSGEQEARDSAMDTIYTLRQSWTTMPTETARSQAVLAADAIPVLQLMMKSKLKSPAPSSF
HERGNSLLNCLPGSLTVAIKRGDNLKRSNAFCRLIIDNCPTKKTKVVKRSSSPVWKESFT
WDFAAPPRGQFLEIVCKSNNIFRNKNLGKVRIPIDKVLSEGSYSGIFKLNDESKKDNSSD
RSLEIEIVWSNQSF
NT seq 6345 nt   +upstreamnt  +downstreamnt
atgacgtctgagatggatgatccagagaaagcagcggttacaatcacacgtctcatcgaa
cagcttcatgccaagaaatcatcggcgcaagagaaagagcttagcaccgctcggcttctt
ggtttagccaagggtaaaaaggaatgtagaaagatcattagccagaatgtgaacgccatg
cctgcctttatatcacttcttaggagtggaaccctcttggcaaaactcaattccgcttca
gtcctaaccgttctatgcaaagacaaaaacgttcgttctaagatactgataggcggatgt
atcccaccgctgctatcacttttgaagtctgactctgtggatgcaaaaagagttgtagcc
gaggccatatatgaagtttccttgtgtggaatggatggtgataatgtaggtactaaaata
tttgtcacggaaggcgtggtaccgagtttgtgggatcaattaaagacggggaaaaaacag
gacaagacagtggaaggacatttggttggagctttgagaaatctttgcggtgataaagac
gggttttgggcattaacacttgaagatggcggagtagatatcatcttaaagcttctccag
tctagtaacccggtatctcaatcaaacgcagcttctctcttagctcgtcttatcaggatt
tttaccagcagtatctcaaaagttgaagagtcaggtgctgtgcaagttctggttcagctt
ctaggtgaagaaaatagtgttttcgtacgtgccagtgtagtcaacgctctagaagccatc
acatcaaagtcagaagaagctataactgtggcaagagatttagatgggatccaccttctt
attagcgcagtggttgcatcttctaaagagtcagtggaggaggaaactgaacgcgtctta
caaagttatgggacacaagctttagcaaacttatgcggaggaatgtctggtttgatagtg
tatcttggagggctatctttgtctccacgcctcactgagcccatcgctgatattcttgga
gctcttgcttatgctctgagaaaatttcagctaagttgcggtgatactagagaagctttt
gatccaacactaacagaaggaatactagtgaaactactaaagccccgggatactcaattg
atccacgaacgtatcttggaggctatggaaagtctattcggaaatgttgatctatcaaaa
ctactcaacaatgttgacgctaagagggttttagtctgtctaacaatattggccacggac
ggtccacgtgagcggatgattacttgtttgtcaaatttatgcaagcatggtgatgtttgg
gatgctattgggaagagagaagggatacaaatcctcataccgtaccttggtttgtctagc
gaacaacatcaagaactgtctgttgagttcttagcgatcttgaccgataatgtcgaagaa
agtagatgggctgttacttctgcaggtgggattcctccattattgcagatattagagact
ggtgtatctcagaaagcaaaggacgatgcggtccgtgtaattttgaacctatgttgtcac
agcgaagaaatccgcctctgcgttgagaaagcaggagctattcctgcacttttgggtctt
ttaaagaacggtggaccaaaatcacaagagagctcagcaaatacgcttttgaaactgatt
aaaacagctgatccaagtgttatcgagcaagtacaggctttgtttcttggagatgctcct
aaatcaaagactcatttgattagagttctaggccatgttcttgcatcggcttctttggaa
gaatttgtcaccaagggttccgcagcgaataatggattgaggtcgcttgtccagagactt
gcctcatcaaacgagaagatgaaagagaacgcagcttctgtcttggctgatctattcagt
tcaagaaaagacctttgtggtggtcttggatttgatgaggatgacaatccgtgcacaaag
cttttaagcggaaacactcacgctgttgcaacgcagttagcgcatgccttgggctctcta
tctaatccaacaaagaaaaaaactgcaacaaagaaattatccggtccagaagtcgaagtg
atcaaaccattgataaagtcagcaaaaacaaaccccatcgagtcaacagagaatcccatg
tccactcttgcgaaccttctttcagacccaaatgttgcagctgaagcattaaacgatgac
gttgtttctgctttgaccagagtactgagagagggaacactgcaaggtaaaagaaatgct
tcacatgctcttcatcaattactcaagcattttcaagtcagtgatgtatttaaaggaaat
gagcagtgtcgatttgctgtttctgaactcattgatctcttaaacgcaactgacctgaac
aacagcgctttcatcgacgtcttagaagtactctctttactagccaaagctaaatatggt
gctaacttgtcacataaccctttttctgcattcggtgaagttccttcaaatttagactct
cttgtccgcggtttagctgaaggtcatcctttggtgcaagataaagcaatagagattttg
tctcgtttctgcaagacacaatttatcttgttaggtcgacttttggtgacacaatcaaaa
tcaatttcttcattggctaacagaacaatcaactcatcaagtcctgaaatcaaagttgga
ggagcgatcttgcttgtgtgcgcagcaaagaacgacattacattatgggcggaagcggtt
gaacaatcagggtatttgaaaaccttagtaaacactcttcttgatatgtcaaagcagaac
tctaaatctgcttcatatggaattgaaattcaaagaccaagatcttttattacaagcaat
ttgtgcttaaggatggatgactctgaaatggttgatccagttactatcttgggaagcacc
gcctctatgtggttactctccattatttgctcttctcatccttcgaacagacttgttgtc
atggaaggcaatggacttgaaattattgcagaaaatcttcaaagaaacaagtctaacaca
caggagaattcctctgattccgaggaaaaatggatcgctatgtcatttttagctgttatg
tctcaggaaccaaaggttgtctcatctccagcaacagaaaatattttgcaaacgctagca
cctttcatgcaatctgagcagatgattgatggatattttactgcacaagtgttagcagcg
ttagttcgtcataagaatgataaaacaatttcagaaatcatgaattcagatatcgtagaa
actacgataaacttggtagggtgtgaagaatcagacacaaggagtctttgtgccttagca
gaagagctatctctggtacaaaatccttatgaggccacattagaggtactctttgaaaat
gaaagagtaagaagcggttcatttaccaaaaaatgtattcccttgctcgtgaatctcttg
aagccatatgcagataaagttggaggcattccagtggctattcgacttcttcgtcgtatt
gcagacaatgacgatttaagtaaattacttatcgctgaagctggagctctagatgcttta
gcaaagtacctttctttgagccctcaagattcaacagagattaccgtttctgaactgtta
gaatcactctttcgcagcccggaaatcacacgacataaaacagctataagttccatgaag
cagctcataggaattcttcatcttgcttctagaagtactcgctacaatgctgcaagggtc
ctctgtgaactgtttagctctgagcacatcagagattctgaattagcatggaaagcactt
tctcctcttattgaaatgttgaatacaacgttagagagtgagagagtagctgctctaaca
gctttagtgaagctaactatgggaataaatccaaggccagatattcttactagtcttgaa
ggaaacccattggacaacatctacaaaattttgtctttagatagttcttcgcttgaatca
aagacaagtgctgcaaggatatgccgctttctatttaccaatgaaggtttgagaacaagc
acatctgccgcatgttgcattgtatcccttatatcacttatccgaacaggaaaaagtaca
gctatagaagccggaatgtttgcactagacagactcttggatatcaaaagatttgtagag
gttgcagaagaacatgattgtgtgaacctgttctacggatatgtggcttccgaaaactat
ctgatcagtgaggctgcaatttcttgtcttacgaaaatggctaaagacaatactccccgg
aaaatggatctgattaaaatggggataatcgagaaatgtattagccaactctccaaatcg
ccgccaagttctttgtgttctgtaatcgcagatcttttcagagttttgacgaacgttggt
gttatagctcgaagccaagacgctataaaaatggtacaaccgctccttttgattttgctt
agacaagacttggattttcaaggtcaactcggtggtttacaagctatagcaaacatcttg
gagaagccaatggttcttgaatcattgaaaattgcatcttccacaatcattatgcctttg
ataccactgcttgagtccgagtcaatagcggtcaaaaatgcaaccacaatactactgacc
tctctactcgaaatgcaacgtttccaagaagagataacaaccaaaaatctcattgctcct
ctagtgaaactggtagggatcagagtaagaaacttacaagagatagcattgatgggttta
gagagatcttcagttacatggccaaaagaggtagcagataccggaggaattcaagagctc
tccaaggttatcatcgacgaagatcctcagcttcctgtatatctatgggaatcagcagct
ttcattctctgcaacattctcagaatcaacccagaacactattactttacggtgactata
ccagttctgtcaaaaatgttgttctccacagctgaaagcacagtgatcttagccatcgac
gcattgatcatccgtgagaatcaagactcgtcaagcgttcaagaaatggcagaatccagt
gcactcgacgcattactagatctactaagatcacaccactgcgaagaactctcagcaaga
ttactcgaattaatactacgcaatccaaaggttagagagacaaagatatgtcagtttgta
cttacccctctatcagagtacatactagacccagacacaatatcagaatccgcaaaaatt
ctcatagcaatggctctaggtgacatctctcaacacgaaggactcgctaaagccacggac
tcgcccgtggcatgtcgtgcgttaatcagcttgcttgaagatgaaccgagcgaggaaatg
caaatggttgtgatgcgtgctttggaaaactttgcaatgcatagtagaacaagtcgtaaa
gctatggctgaagctggtggagtatattgggttcaggaaatgcttagatctagtaatcca
caagtttctacacaagcagctctaattatcaaatctctcttctctaatcatacacttcaa
gaatacgtctctggtgaaatcatcaaatctctaacaaatgcgatggagagagagttttgg
acaacgacggcgataaacgtagaaatagtgagaacgctaaacacgattctcacaacgttt
ccaaaactccgttcgtcggaagcagctaccgcttgtatccctcacttaatcggagctttg
aaatccggcgagcaagaagcgagagattcggcgatggacacgatctacacgttgcgacaa
tcgtggacaacaatgccgacggagacggctagatctcaagctgttttagcggcggatgcg
attccggttctgcaattgatgatgaaatcaaaattgaaatctccagctccatcgagcttc
catgagagaggtaacagtctcttgaattgtttgccgggaagtctcacggtggcgattaaa
cgcggtgataatctgaaacgttcaaatgcgttttgcagattaatcatcgacaattgtccc
accaagaaaaccaaggttgtgaaacgaagcagctcaccggtttggaaagaatcatttaca
tgggactttgctgctccacctagaggacagtttcttgaaatagtctgcaaatctaacaac
atctttcgaaacaaaaatcttggtaaagtgaggataccaattgataaagtattgtcagaa
ggaagttacagtggaatattcaagctaaatgatgaaagcaagaaagataattcttctgat
agaagtctagagattgagattgtttggtctaatcagtcattttaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (9)   
   Pfam (9)   
All databases (56)   

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