KEGG   Arabidopsis thaliana (thale cress): AT4G28650
Entry
AT4G28650         CDS       T00041                                 
Name
(RefSeq) Leucine-rich repeat transmembrane protein kinase family protein
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: LRR_1 Pkinase PK_Tyr_Ser-Thr LRR_8 LRR_4 LRRNT_2 DUF2474 Haspin_kinase
Other DBs
NCBI-GeneID: 828983
NCBI-ProteinID: NP_194594
TAIR: AT4G28650
UniProt: Q9M0G7 A0A178V5Y0
Position
4:complement(14143958..14147537)
AA seq 1013 aa
MKMKIIVLFLYYCYIGSTSSVLASIDNVNELSVLLSVKSTLVDPLNFLKDWKLSDTSDHC
NWTGVRCNSNGNVEKLDLAGMNLTGKISDSISQLSSLVSFNISCNGFESLLPKSIPPLKS
IDISQNSFSGSLFLFSNESLGLVHLNASGNNLSGNLTEDLGNLVSLEVLDLRGNFFQGSL
PSSFKNLQKLRFLGLSGNNLTGELPSVLGQLPSLETAILGYNEFKGPIPPEFGNINSLKY
LDLAIGKLSGEIPSELGKLKSLETLLLYENNFTGTIPREIGSITTLKVLDFSDNALTGEI
PMEITKLKNLQLLNLMRNKLSGSIPPAISSLAQLQVLELWNNTLSGELPSDLGKNSPLQW
LDVSSNSFSGEIPSTLCNKGNLTKLILFNNTFTGQIPATLSTCQSLVRVRMQNNLLNGSI
PIGFGKLEKLQRLELAGNRLSGGIPGDISDSVSLSFIDFSRNQIRSSLPSTILSIHNLQA
FLVADNFISGEVPDQFQDCPSLSNLDLSSNTLTGTIPSSIASCEKLVSLNLRNNNLTGEI
PRQITTMSALAVLDLSNNSLTGVLPESIGTSPALELLNVSYNKLTGPVPINGFLKTINPD
DLRGNSGLCGGVLPPCSKFQRATSSHSSLHGKRIVAGWLIGIASVLALGILTIVTRTLYK
KWYSNGFCGDETASKGEWPWRLMAFHRLGFTASDILACIKESNMIGMGATGIVYKAEMSR
SSTVLAVKKLWRSAADIEDGTTGDFVGEVNLLGKLRHRNIVRLLGFLYNDKNMMIVYEFM
LNGNLGDAIHGKNAAGRLLVDWVSRYNIALGVAHGLAYLHHDCHPPVIHRDIKSNNILLD
ANLDARIADFGLARMMARKKETVSMVAGSYGYIAPEYGYTLKVDEKIDIYSYGVVLLELL
TGRRPLEPEFGESVDIVEWVRRKIRDNISLEEALDPNVGNCRYVQEEMLLVLQIALLCTT
KLPKDRPSMRDVISMLGEAKPRRKSNSNEENTSRSLAEKHSSVFSTSPVNGLL
NT seq 3042 nt   +upstreamnt  +downstreamnt
atgaagatgaagataatagttctcttcctttactactgttacattggttctacttcctct
gttttagcttccatcgacaatgtcaacgagctctctgttttgctgtcggtgaaatcaact
cttgtggatcctctcaactttctcaaagactggaagctttcagacaccagcgatcactgt
aattggaccggtgttcggtgcaactcaaatggcaatgttgagaagctcgacctggcgggg
atgaatctcacaggcaaaatctcagattcgatcagccagctgagtagccttgtctcgttt
aacatatcatgcaacggattcgagtcgctgctcccgaaatcaatccctccgttgaaatct
attgacatcagccagaattcattctcagggagtctttttctatttagcaatgaatcactt
gggcttgttcacctcaatgcttcagggaacaatctctccggaaatctcacggaggatctc
gggaacttagtctctttagaagttcttgatctccgagggaatttctttcaagggtcactt
ccaagttcattcaagaatctacagaagctgagatttctcggattatccggaaacaatctc
accggcgagttaccaagcgttctcggccagctcccttcacttgaaaccgccattcttggt
tacaacgaattcaaaggtccgattccaccggaatttggaaacataaacagcctcaagtac
cttgatttggccatcggaaagctcagtggtgagattccgtcagagcttgggaagctcaag
tcactcgagacgcttctcctgtacgagaataacttcaccggaacaattccaagagagata
ggaagcattaccacgctaaaggttcttgatttctccgataatgcgttaaccggcgagatt
ccaatggagataacaaagctcaagaacctccagctactgaacctgatgcgcaacaaactc
tcaggctccattcctcccgccatcagcagtctagcacagttacaagtcctcgagctctgg
aacaacacgctctccggcgagttaccaagcgatctcgggaagaattctccattacaatgg
cttgacgtttcttcaaactccttctcaggcgagattccttcaactctatgcaacaaggga
aatctaaccaagctcattctcttcaacaacaccttcaccggtcagattccagcgactctt
tccacttgccaatcactagttcgtgttagaatgcagaacaatctactaaacggatcaatt
cctatcggctttggcaagcttgagaagctacagagactcgaactagccggaaatcgtctc
agcggagggatccctggagacatctccgattcagtttcactttctttcattgatttctca
agaaaccagatccgatcatctctcccttccacaatcctctcaattcacaacctacaggcg
tttttagtcgccgataactttatctccggcgaagttccagaccaattccaggattgtcct
tcactctctaatctcgatctctcatcaaacactctcactggcactatcccttcaagcatt
gcttcatgcgagaagctcgtaagcctcaacctaagaaataataacctcaccggcgaaatc
cctagacagatcacgacaatgtctgcattagcagtgctagatctctccaacaattcctta
accggagtactaccagagagcatcggaacatctccagctctggaactcctaaacgtctca
tacaacaagctcacaggtccagtccctatcaacggctttctcaaaaccataaatccagat
gatctaagaggaaactccggtctctgcggcggcgttctaccaccgtgtagtaaattccaa
agagcaacatcgagtcacagtagcctccacgggaaacgaattgtcgccggatggttgatt
gggatagcatcggttctagctctagggattctcaccattgttacgagaactctgtacaag
aaatggtattctaacggattctgcggcgacgagacggcgagcaaaggtgaatggccttgg
agattaatggcgtttcatagattagggtttacagcttccgatatcttggcatgtatcaaa
gaatcaaacatgatcggaatgggagcaaccggaatcgtgtacaaagcagaaatgtcacga
tcaagcacagttctcgccgtgaagaagctctggagatctgccgcggatattgaagatgga
accaccggagatttcgtaggcgaagttaacctcctcgggaaattgagacacagaaacata
gtgaggctcctagggttcttatacaacgacaaaaacatgatgatcgtatatgaattcatg
ctcaacggaaaccttggtgatgcgattcacggcaaaaacgccgccgggagacttctcgtt
gattgggtttcgcgttacaacatcgcgttaggtgtagctcacggcctcgcttacctccac
catgattgtcatcctccggtgattcacagagacatcaaatccaacaatatcttgctcgac
gcgaatctcgacgccagaatcgccgattttggcctcgccaggatgatggcgaggaagaaa
gaaaccgtttcaatggtcgccggttcttacggttacattgctcccgagtatggatacact
ttgaaggtggatgagaagatagacatatacagctacggcgtcgtactattggagctgtta
accggaagaagaccattggaaccggagtttggagaatcagtagacattgtggagtgggtg
agaaggaagataagagacaacatatcactagaagaagcattagatcctaacgtaggaaac
tgcagatatgtgcaagaagagatgcttttagttctacagattgctcttctctgcactaca
aagctcccgaaagacagaccttcgatgagagatgtgatatcgatgctcggagaggctaaa
ccgaggaggaaaagtaatagtaatgaagagaacactagtcgtagcttggccgagaaacat
tcatcggtttttagtacttcacctgtaaatggccttctttag

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Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   RefGene (27)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (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 (8)   
   Pfam (8)   
All databases (47)   

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