KEGG   Olea europaea var. sylvestris (wild olive): 111367458
Entry
111367458         CDS       T05244                                 
Name
(RefSeq) LRR receptor-like serine/threonine-protein kinase EFR isoform X1
Organism
oeu  Olea europaea var. sylvestris (wild olive)
SSDB
Motif
Pfam: LRR_1 Pkinase PK_Tyr_Ser-Thr LRR_8 LRR_4 LRRNT_2 ABC1 APH TCAD9
Other DBs
NCBI-GeneID: 111367458
NCBI-ProteinID: XP_022844109
Position
18:complement(11849939..11859210)
AA seq 1086 aa
MGKNVIFMLTTMLYLFMCAIESLNSSTDEYALLAFKFQITSDPNKILAKNWSQGTSFCNW
IGVTCDGRYQRVTGLNLANMGLGGTIAKEIGELSSLRSLVASNNNFRGTIPDEMGNLSQL
REIEIQDNELIGSIPSSFGFLDNLQKLNVSNNRLSGNIPNRIFNISSLIEIDFAINCLSG
SLPMDICYSLPKLEMLIISTNQISGNIPPSLGTCTNIKLLSMAANLFTGNIPMEIGNLSK
LEFLILAKNNLTGSIPNEIGNLSALAVLNLSYNRLNGTIPYSVGSLSNLKELYMIYNHIH
GHIPQELGHLSNLEVLSSSQNRLEGEIPKSIFNLSMLQSLALGYNKISGNLPSSIGNGLP
RLKGLYLSDNRLSGEIPVYVSNFSMLALLDISANLFSGRVPMNLGDLRDLEKLGLGDNQL
TNDPSILELDFLLSLKNCRHLKILWISNNSFDGMLPKVMGNLSESLEEFHAYSCGIKGTI
PREIGNMSNLILLGMGGNQLKGTILDSLIPMMKLQKLDLYENELLGSIPDNLCSLANLYY
LNLENNMLSQQLPICLGNLTSLRELYLAYNSLNSTIPSTLWNNMEIEILSLSDNLLNGSL
APEIGNLKNMRVLYLSRNQFSGKIPMTIGQLQSLVNLTLSNNQLLGPIPESFANLISLQY
LDLSENNLSGVIPKSLEKLKDIVHFNVSFNELSGEIPNGGPFKNLAADSFMGNSELCGAS
QYKVMLSCKGNTTRSSRTLSVLKYVLPSIALVVCLSIITICLMRRHTRNSNRPTESSSSI
ASNVKRISYYEVLNATNKFGEENLIGSGGIGSVYKGIFSNGMIVAIKVFNLDLEAAKKSF
DNECQILYNIHHRNLVKVISSCSNLDLKALVLEYMPNGDLDKWLSSSNCCLDIAQRLEIM
IDVAFALEYLHHGLPSPIVHCDLKPRNILLDEDMVGHVADFGITKLFTEDQRISLTKSLG
TIGYMAPEYGSTGLISTTTDVYSYGIVLIETFTKKKPTSDIFDGEFTMRRWVFESFPNAI
MQIVDTDLVNIVEENVRAKESFFKSIMGLALECTVELPQERPSMKDVPTRLKKFRNEFYE
SISQEK
NT seq 3261 nt   +upstreamnt  +downstreamnt
atgggaaagaatgtgatctttatgttaacgacaatgctttacttgtttatgtgtgctatt
gaatctctcaatagctccactgatgagtatgctcttctagctttcaaatttcaaataact
tctgatccaaataaaatcttagccaagaactggtctcaaggaacctctttctgtaattgg
attggtgttacttgcgatgggaggtaccaaagagtgacgggcttaaatctagcaaatatg
ggtctaggaggtaccatagctaaagaaataggtgaactctcttctttaagatccttggtt
gctagcaataataattttcgcggtactatccctgatgaaatgggtaatttaagccaactt
cgagaaatagagattcaggacaacgagctaattggttctattccatcaagttttggattt
cttgacaatctacagaagttaaatgtctcaaataacagactcagcgggaatattcctaac
cggattttcaacatctcttctttgatagaaattgattttgcaatcaattgtctctccggc
agtcttccgatggatatctgctatagtcttccaaagttagagatgctaataatttcaacg
aatcaaataagtggcaacattcctccaagtttgggaacatgcacgaatatcaaactactt
tctatggcggccaatctgtttacaggaaacattccaatggaaattggaaatttgtcaaag
cttgaatttctcattctagcaaaaaataatttgacaggcagtattccgaacgaaattgga
aacctatcagcccttgcagtattgaatttgagttacaataggctaaacggtacaattcca
tactcagttggcagtttatcaaatttgaaggaattgtatatgatttacaaccatattcat
ggacatatcccacaagaattgggacatctatccaatttagaagtgttatcttcgtcccag
aacaggcttgaaggtgaaatacctaaatcaatcttcaatctatccatgctacaatccctt
gctttaggatacaataaaatctctggcaatctcccatcatcaataggcaatgggctccct
cgactcaaaggtctctatctttctgataatagattaagtggagaaattcccgtctatgtc
tcaaatttttcgatgcttgctttattggatatttctgcgaacttattcagtggacgggta
cccatgaatcttggggatctacgggacctagagaagctaggcttaggtgataatcagttg
acaaatgatccttcaattctagaattggattttcttctttcattgaaaaattgtagacac
ttgaagatcctatggattagtaacaattcatttgatggaatgctgccaaaagtcatgggt
aatttgtcagaatctcttgaagaattccatgcctattcttgtggcatcaaaggtacgatc
ccgagggaaataggcaatatgagcaacttgattttgttaggaatgggaggtaatcagttg
aaaggaacgattcttgactctttgattccaatgatgaagttgcagaaattggatctgtat
gaaaatgaactgctggggtcaattcctgacaacctttgcagtttggcaaatctttattac
ctgaatttggaaaataatatgctctctcaacagctaccaatttgtttagggaatcttact
tctttacgagaactttatttagcttacaactcattgaattcaactattccatcaacactg
tggaataacatggaaattgaaattctgagcttatctgataatttgctaaatggttcgcta
gctccagaaattggcaacttgaagaacatgagagtgttatatctatcaagaaatcagttc
tcagggaagattccaatgactattggacaacttcagagcttagtaaatctaacattatca
aacaatcaattacttggtccaatacccgagtcctttgctaatttgatttctttgcaatat
ttggatctatccgaaaataatctatctggtgtaatccccaagtcattggagaaacttaag
gacattgtacattttaatgtttcattcaatgaactcagtggtgaaattccgaatggaggg
ccttttaagaacttagctgcagattcattcatgggcaacagtgaattgtgtggagcatcc
caatacaaggtcatgctaagttgcaaaggtaatacaactagatcatcaagaacactcagt
gttttgaaatatgttctaccatcaattgctttagtagtatgtctgtccattattaccatt
tgtttgatgagacgtcatactagaaattcaaatcgtccaactgagtctagttcctccatt
gcctccaatgtcaagaggatttcatattatgaagttcttaatgctaccaataaatttggt
gaagagaatctgattggaagtggcggtattggttcagtatacaagggaatattttccaat
ggaatgattgttgctattaaggttttcaatttagatttagaagctgcaaaaaagagtttt
gataatgagtgtcaaatattgtacaatatccatcacagaaatcttgtcaaggtaatcagc
agttgctctaatcttgatctcaaagccttggtattggaatatatgccgaatggggacctt
gacaagtggctgtcctctagcaactgttgcctagatatagctcaaagattggaaataatg
attgatgttgcatttgcactcgagtacctacatcatgggcttccctctccaatcgtgcat
tgtgatttgaagcccagaaacatacttttagatgaagatatggttggtcatgttgcagac
tttggcattaccaagctcttcacggaagaccagaggatttcgctgaccaaatcgttgggc
accattggttatatggcaccagagtatggatcaactggattaatatcgactacgacagac
gtttacagctatgggattgtactgatcgaaacatttaccaaaaagaagccaacatctgat
atatttgatggagagttcactatgaggagatgggtgtttgaatcattcccgaatgcaata
atgcagattgtcgatactgatctagtgaatatagttgaagaaaacgttcgagctaaagag
agcttcttcaaatcaattatgggactagcactagagtgcacagttgaattaccccaggag
aggcccagtatgaaagatgttccaaccaggctaaagaagttcagaaatgaattttacgaa
agcatatcccaggaaaaataa

  All links  
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (9)   
   Pfam (9)   
All databases (38)   

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