KEGG   Arabidopsis thaliana (thale cress): AT4G08850
Entry
AT4G08850         CDS       T00041                                 
Name
(RefSeq) Leucine-rich repeat receptor-like protein kinase family protein
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: LRR_1 LRR_8 Pkinase PK_Tyr_Ser-Thr LRR_4 LRR_14 LRRNT_2 LRR_At5g56370 LRR_Zer-1 Insulin_TMD TMEM154 Pkinase_fungal APH ABC1 LRR_NXF1-5
Other DBs
NCBI-GeneID: 826456
NCBI-ProteinID: NP_849538
TAIR: AT4G08850
UniProt: Q8VZG8
Position
4:complement(5636479..5640952)
AA seq 1045 aa
MNKTNPERKISLTSFKERMACKEKPRDLQVLLIISIVLSCSFAVSATVEEANALLKWKST
FTNQTSSSKLSSWVNPNTSSFCTSWYGVACSLGSIIRLNLTNTGIEGTFEDFPFSSLPNL
TFVDLSMNRFSGTISPLWGRFSKLEYFDLSINQLVGEIPPELGDLSNLDTLHLVENKLNG
SIPSEIGRLTKVTEIAIYDNLLTGPIPSSFGNLTKLVNLYLFINSLSGSIPSEIGNLPNL
RELCLDRNNLTGKIPSSFGNLKNVTLLNMFENQLSGEIPPEIGNMTALDTLSLHTNKLTG
PIPSTLGNIKTLAVLHLYLNQLNGSIPPELGEMESMIDLEISENKLTGPVPDSFGKLTAL
EWLFLRDNQLSGPIPPGIANSTELTVLQLDTNNFTGFLPDTICRGGKLENLTLDDNHFEG
PVPKSLRDCKSLIRVRFKGNSFSGDISEAFGVYPTLNFIDLSNNNFHGQLSANWEQSQKL
VAFILSNNSITGAIPPEIWNMTQLSQLDLSSNRITGELPESISNINRISKLQLNGNRLSG
KIPSGIRLLTNLEYLDLSSNRFSSEIPPTLNNLPRLYYMNLSRNDLDQTIPEGLTKLSQL
QMLDLSYNQLDGEISSQFRSLQNLERLDLSHNNLSGQIPPSFKDMLALTHVDVSHNNLQG
PIPDNAAFRNAPPDAFEGNKDLCGSVNTTQGLKPCSITSSKKSHKDRNLIIYILVPIIGA
IIILSVCAGIFICFRKRTKQIEEHTDSESGGETLSIFSFDGKVRYQEIIKATGEFDPKYL
IGTGGHGKVYKAKLPNAIMAVKKLNETTDSSISNPSTKQEFLNEIRALTEIRHRNVVKLF
GFCSHRRNTFLVYEYMERGSLRKVLENDDEAKKLDWGKRINVVKGVAHALSYMHHDRSPA
IVHRDISSGNILLGEDYEAKISDFGTAKLLKPDSSNWSAVAGTYGYVAPELAYAMKVTEK
CDVYSFGVLTLEVIKGEHPGDLVSTLSSSPPDATLSLKSISDHRLPEPTPEIKEEVLEIL
KVALLCLHSDPQARPTMLSISTAFS
NT seq 3138 nt   +upstreamnt  +downstreamnt
atgaacaaaacaaacccagaaagaaaaatatcactaacctcattcaaagagagaatggct
tgtaaagaaaagcctcgtgatcttcaagttcttttgatcatatctatagttttgagttgt
tcttttgctgtttctgcaacggtggaagaagctaatgctcttttgaaatggaagtcaact
ttcacaaaccagacaagttcatcaaagctatcttcttgggtcaatccaaacacaagcagc
ttttgtaccagttggtatggtgttgcctgctcactcgggagcattatacggttgaatctt
actaataccggtatcgaaggtactttcgaagattttccattctcgtctctccccaatctc
acttttgttgatctcagtatgaaccgtttctctggaaccatctctcctttatggggacgg
ttctcgaaactcgaatacttcgatttgtcgattaaccagttagttggtgaaatcccacct
gaacttggtgatttgagtaatttagatactctccatctagttgaaaacaagttaaacgga
tcgattccttctgagatcggtcggttaactaaggttacggagatagctatatacgacaat
cttttaaccggaccaataccttcttcttttggaaaccttaccaaactagttaacctctac
ctctttatcaattctctttctggttcaattccttctgaaataggaaacttacccaacctt
agagagctatgtctagataggaacaaccttaccggtaaaatcccttctagtttcgggaat
ttgaagaatgtaactcttctcaatatgtttgaaaatcagctctctggtgaaatccctcct
gagattggtaatatgaccgctttagatacacttagtctccacacaaataagcttaccggt
ccaataccttctaccttaggaaacatcaaaaccctagccgttcttcatctttacctgaat
caactcaatggttcgattccaccggaactaggcgaaatggaatcaatgattgatttggag
ataagtgagaacaaactcaccggtcctgttcccgattcttttggcaagttaaccgcgttg
gaatggttgttcctacgtgataatcagctctctggtcccatcccaccgggaattgctaac
tctacagagctcaccgtcctgcagctcgacaccaacaacttcaccggtttcttgcctgat
accatctgtagaggtggaaagcttgagaatcttacgctagatgataatcacttcgaaggt
cctgttcctaaaagcttgagagattgcaagagcttgatcagagtaagattcaaagggaat
agtttctccggagatatctctgaggctttcggagtttacccgactctcaacttcatcgat
ctcagcaacaacaactttcatggacaactttcagccaactgggaacaaagtcaaaagctg
gttgcattcatcctctcaaacaacagcatcactggagccatcccacctgagatttggaac
atgacacagctaagtcagctcgatctatcttccaaccgcatcaccggcgagctacctgaa
tcaatcagcaatatcaaccgtatatcaaaactccaactcaacgggaatcggctatcaggc
aaaatcccttcaggaatcagactcttaaccaatcttgagtatcttgatctatcctcaaac
cgattcagttccgaaatacccccaacgctcaacaatttgccaaggctctactacatgaac
ctgagcagaaacgacttggatcaaaccatcccggaggggttaacaaagctatctcagtta
caaatgcttgatctcagctacaatcagctcgacggagagatctcatcacaattcagatct
ttacaaaacctcgaaagactcgacctctcacacaacaatctctcaggtcaaatcccacca
agtttcaaagatatgctagcactaacacacgtcgatgtatcacacaacaacctccaaggt
ccaattccagataacgcagcgtttcgaaacgcacctccagatgcttttgaaggtaacaaa
gacttatgtggtagtgttaacaccacacaaggcttgaagccatgttcaatcacatcctca
aagaaatcacacaaggatcgaaacctaatcatctacatactagttccgatcatcggagca
atcataatcctctccgtctgcgccggaatcttcatctgtttccgtaaacgaacaaaacaa
atcgaggagcatacagattcagaatcaggaggagaaacattatcaatcttcagcttcgac
ggcaaagtccgataccaagagatcatcaaagcaacaggagaattcgatccaaaataccta
atcggaaccggaggacacggcaaagtctacaaagcaaagctaccaaacgcaatcatggcg
gtgaaaaagctaaacgaaacaacagactcatcaatctcaaatccatcaacaaaacaagag
tttctcaacgaaatcagagcactaaccgagatccgtcaccggaacgtcgtgaaactcttc
ggattctgctcgcatcgccgcaacacgtttctggtttacgagtacatggagagaggaagc
ttgaggaaagttttggagaatgatgatgaagcgaagaagttagattggggaaagaggatc
aacgttgtgaaaggtgtggctcatgctttgtcttatatgcatcatgatcggtctccggcg
attgttcaccgtgatattagtagtgggaatattcttctcggcgaggattatgaagcgaag
atctctgattttggtactgcgaagcttcttaaaccggattcttcaaattggtccgccgtt
gctggtacttacggctatgttgctccagaactagcttatgcgatgaaagtgactgagaaa
tgcgatgtgtatagctttggagttctaacacttgaagtgatcaaaggagagcatccagga
gatctagtttcaactctttcatcctcacctcccgatgcaactctgtcactgaaaagcatt
tccgaccaccggctaccggaaccgacaccggagattaaagaggaggtcttagagattttg
aaagttgcacttttgtgtttacattctgatccacaagctcgcccaacaatgctctctatc
tccactgccttttcttaa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   RIKEN BRC-EPD (2)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (15)   
   Pfam (15)   
All databases (60)   

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