KEGG   Arabidopsis thaliana (thale cress): AT3G14840
Entry
AT3G14840         CDS       T00041                                 
Name
(RefSeq) Leucine-rich repeat transmembrane protein kinase
Organism
ath  Arabidopsis thaliana (thale cress)
SSDB
Motif
Pfam: PK_Tyr_Ser-Thr Pkinase Malectin LRR_1 LRR_8 LRR_4 Pkinase_fungal Haspin_kinase
Other DBs
NCBI-GeneID: 820713
NCBI-ProteinID: NP_188102
TAIR: AT3G14840
UniProt: C0LGN2
Position
3:4988008..4994109
AA seq 1020 aa
MSLNRQLLFTYYFIVSLILFSDFVSSATLPKEEVDALQSVATALKKSNWNFSVDPCDETL
SEGGWRNPNAAKGFEDAVTCNCSSVICHVTNIVLKAQDLQGSLPTDLSGLPFLQELDLTR
NYLNGSIPPEWGASSLLNISLLGNRISGSIPKELGNLTTLSGLVLEYNQLSGKIPPELGN
LPNLKRLLLSSNNLSGEIPSTFAKLTTLTDLRISDNQFTGAIPDFIQNWKGLEKLVIQAS
GLVGPIPSAIGLLGTLTDLRITDLSGPESPFPPLRNMTSMKYLILRNCNLTGDLPAYLGQ
NRKLKNLDLSFNKLSGPIPATYSGLSDVDFIYFTSNMLNGQVPSWMVDQGDTIDITYNNF
SKDKTEECQQKSVNTFSSTSPLVANNSSNVSCLSKYTCPKTFYGLHINCGGNEITSNETK
YDADTWDTPGYYDSKNGWVSSNTGNFLDDDRTNNGKSKWSNSSELKITNSSIDFRLYTQA
RLSAISLTYQALCLGKGNYTVNLHFAEIMFNEKNMYSNLGRRYFDIYVQGKREVKDFNIV
DEAKGVGKAVVKKFPVMVTNGKLEIRLQWAGKGTQAIPVRGVYGPLISAVSVDPDFIPPK
EPGTGTGGGSSVGTVVGSVIASTVFLVLLIGGILWWRGCLRPKSQMEKDFKNLDFQISSF
SLRQIKVATDNFDPANKIGEGGFGPVHKGIMTDGTVIAVKQLSAKSKQGNREFLNEIAMI
SALQHPHLVKLYGCCVEGDQLLLVYEYLENNSLARALFGPQETQIPLNWPMRQKICVGIA
RGLAYLHEESRLKIVHRDIKATNVLLDKELNPKISDFGLAKLDEEENTHISTRVAGTYGY
MAPEYAMRGHLTDKADVYSFGVVALEIVHGKSNTSSRSKADTFYLLDWVHVLREQNTLLE
VVDPRLGTDYNKQEALMMIQIGMLCTSPAPGDRPSMSTVVSMLEGHSTVNVEKLLEASVN
NEKDEESVRAMKRHYATIGEEEITNTTTTDGPFTSSSTSTANANDLYPVKLDSAYWNTRT
NT seq 3063 nt   +upstreamnt  +downstreamnt
atgtcgttaaatcgacaacttctattcacttactacttcatcgtctctcttatcctcttc
tccgatttcgtatcctctgcaacattaccaaaagaagaagtggatgctttacaaagcgtc
gcgacggcgttgaagaagagtaattggaatttcagtgtggatccatgtgacgaaaccttg
tctgaaggcggatggaggaatcctaacgccgctaagggattcgaagacgccgttacttgt
aactgctcctccgtcatctgccacgtcaccaacatagttctcaaggcacaagaccttcaa
ggatctcttcctacagatctttcaggacttcctttcttgcaagagcttgatctgactaga
aactatctcaacggttccattcctcccgaatggggagcctcatcacttctaaacatctca
ctacttggaaaccggataagtggttcaatcccaaaagaacttggaaaccttacaaccctt
tctggtcttgtcttggaatacaaccaactctcagggaagatacctccagagctcgggaat
ctaccaaaccttaaaagactgttacttagctcgaataacttgagcggggaaatcccaagt
acattcgccaaacttactacgttgactgatttacgtattagtgacaaccagttcactggt
gctataccagatttcatccagaactggaaaggactagagaaactggttattcaagcaagt
ggtttagttggaccgattcctagtgccattggtcttctgggaaccttgacagacttgaga
atcactgacttgagtggacctgaatctccatttccgccactaagaaacatgacatcgatg
aagtatttgattcttaggaactgtaaccttacaggagacttacctgcgtatcttggacag
aatagaaaattaaagaatctagatcttagctttaacaaactgagtggaccaatcccagcc
acatattccggtctttcagatgtagatttcatatactttacaagtaacatgttaaatgga
caagtaccaagttggatggtagaccaaggagacacgattgatattacttacaataacttc
tccaaagataaaaccgaagaatgtcaacaaaaatccgtgaacacgttttcaagcacaagc
cctttagtggcaaataactcctcaaatgtttcgtgtctgagtaaatatacctgtcctaaa
actttctacggccttcatataaactgtggtggtaatgaaataacaagcaatgagactaag
tatgatgctgacacatgggatacaccgggttactatgatagtaaaaacgggtgggtttct
agcaacacgggaaacttcttggatgatgatcggactaacaatggaaaatcaaaatggtcg
aattcatcagagcttaagataacaaattctagcatagattttaggctttacacacaagcg
cgtctctcggctatctccctcacttaccaggcattgtgtcttggaaaaggaaactatacg
gttaatcttcatttcgctgaaattatgttcaatgaaaagaacatgtatagcaatttggga
agacgatacttcgacatatacgttcagggtaaacgtgaagtgaaagatttcaatatcgtt
gatgaagcaaaaggtgtgggaaaagctgttgttaagaaatttcctgtcatggttacaaat
gggaaactggaaataagattgcagtgggctgggaaaggaactcaagctattcctgtgaga
ggtgtctatggtcctctcatatctgctgtatcggtagatccagattttattccaccaaag
gaaccgggcactggaactggtggtggaagttctgttggtacagtggttggtagtgtaatc
gcttctacggtgtttcttgtgcttttaatcggcggtatattatggtggagaggctgctta
agacccaagagtcagatggaaaaagatttcaagaacttagatttccagatcagttcgttc
tccttgaggcaaatcaaagttgccacggataactttgatcctgcaaacaagatcggagaa
ggtggttttggtcctgtacacaagggaataatgactgatggaactgtaatcgcggtgaag
cagctatcggcaaaatcaaaacaagggaatcgagaattcttaaacgagattgctatgatt
tcggctctgcagcatccacatttggttaaactatatggatgttgcgttgaaggtgatcag
ctcctgctagtttacgagtacttggagaacaacagtctcgcgcgagctcttttcggacct
caagagactcagataccactaaattggccaatgaggcagaagatttgtgttggaatagcg
agaggattagcttatctccacgaggaatcaagactcaagatcgtacacagagacatcaaa
gccactaatgtcttgctggataaggaactaaacccaaagatttcagattttgggcttgct
aagcttgatgaagaagaaaacacacacatcagcacacgagtcgctggaacatatggatac
atggctccagaatacgccatgagaggccatttgacagataaagccgacgtctacagtttt
ggcgttgtggccctagaaatcgttcacggaaagagcaacacgagctcacgatctaaagct
gataccttctaccttcttgactgggtgcacgttttaagggaacaaaacactctacttgaa
gtagtagatccaaggctaggaacagattacaacaaacaagaagcattgatgatgattcag
atagggatgctctgtaccagtccagctccaggggatagaccttcgatgtcgacggtggtg
agtatgctcgaaggccattcaacggtgaatgttgagaaacttcttgaagcttcggtcaac
aatgaaaaggacgaagagagtgtgagagcgatgaaaaggcattacgccacgataggtgag
gaggagataacgaacacgacaactaccgatggacctttcacgtcgtcttctacgtcaacc
gccaacgccaacgatctttaccctgttaagctcgactctgcctattggaacactagaact
taa

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Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   RefGene (19)   
   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 (8)   
   Pfam (8)   
All databases (41)   

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