KEGG   Vitis vinifera (wine grape): 100855076
Entry
100855076         CDS       T01084                                 
Name
(RefSeq) probable leucine-rich repeat receptor-like protein kinase At1g35710 isoform X1
Organism
vvi  Vitis vinifera (wine grape)
SSDB
Motif
Pfam: LRR_1 LRR_14 LRR_4 LRR_8 Pkinase PK_Tyr_Ser-Thr LRR_Zer-1 LRRNT_2 ABC1 Epiregulin_C MpPF26
Other DBs
NCBI-GeneID: 100855076
NCBI-ProteinID: XP_059597262
Position
12:complement(join(21211759..21211980,21212090..21212385,21214046..21214402,21214510..21218425))
AA seq 1596 aa
MAFEYSSSYSLLSRLFITPYYFIFLLVLLYSISSFHVTSISASTPTTSLSKVEKDQERLA
LLTWKASLDNQTQSFLSSWSGRNSCYHWFGLTCHKSGSVSNLELDNCGLRGTLHNLNFSS
LPNLLTLNLYNNSLYGTIPINIGNLSKRITNLNFAFNHFTGVISPQLGFLTSLSVLALSS
NNFRGPIPPSIGNLRNLTTLYVFENELSGSIPQEIGLLRSLNDLQLSTNNLIGPIPHSIG
NLRNLTTLHFFENKLSGSIPQEIGLLRSLNDLQLSTSNLIGPIPPSIGNLRNLTTLYLFE
NKLSGSIPQEIGLLRSLNDLQLSTNNLTGPIPHSIGNLRNLTTLHLFKNKLSGFIPQEIG
LLRSLNDLQLSTNNLIGPIPHSIGNLRNLTTLYLHTNKLSGSIPQEIGLLTSLNDLELAT
NSLTGSIPPSIGNLRNLTTLYLFENELSGFIPQEIGLLRSLNDLELSTNNLTGPIPPSIG
NLRNLTTLHLFKNKLSGSIPQEIGLLKSLNDLQLSTNNLTGPIPPSIGNLRNLTTLYLHT
NKLSDSIPQEIGLLTSLNDLELATNSLTGPIPPSIGNLRNLTTLYLFENELSGFIPQEIG
LLRSLNDLQLSFNNLIGPIPPSIGNLRNLTTLYLHTNKLSGSIPQEIGLLTSLIDLELET
NSLTGSIPPSIGNLRNLTTLYLFENKLSGSIPQEIGLLTSLYDLDLAANSLSGPIPPSIG
NLSSLTFLFLDHNKLSGAIPLEMNNITHLKSLQLVENNFIGQLPQEICLGSVLENFTASG
NHFTGPIPKGLKNCTSLFRVRLERNQLTGDIAESFGVYPTLNYIDLSSNNFYGELSEKWG
QCHMLTNLNISNNNISGAIPPQLGKATQLRQLDLSANHLSGKILKELGMLPLLFKLLLGN
NSLSGSIPLELGNLSNLEILDLASNNISGSIPKQLGNFWKLRSFNLSENRFVDSIPDEIG
KLHHLESLDLSQNMLIGEIPPLLGELQYLETLNLSHNGLSGTIPHTFDDLISLTVVDISY
NQLEGPLPNIKAFAPFEAFKNNKGLCGNNVTHLKPCSASRKKANKFSVLIVILLLVSSLL
FLLAFVIGIFFLFQKLRKRKNKSPEADVEDLFAIWGHDGELLYEHIIQGTDNFSSKQCIG
TGGYGTVYKAELPTGRVVAVKKLHSSEDGDMADLKAFKSEIHALTQIRHRNIVKLYGFSS
FAENSFLVYEFMEKGSLQNILCNDEEAERLDWIVRLNVIKGVAKALSYMHHDCSPPVIHR
DISSNNVLLDSEYEAHVSDFGTARLLKSDSSNWTSFAGTFGYTAPELAYTMKVDNKTDVY
SFGVVTLEVIMGRHPGELISSLLSSASSSSASPSTVGHFLLNDVIDQRPSPPVNQVAEEV
VVAVKLAFACLCVNPQSRPTMQQVARALSKQWPPLPKPFSVITLGYNSGVNNTGDLETRH
GDMGLIAWDVLLPSGAIIPRYFKHHDPQWFYLHISIQIVGFLPGLATVVAGRTLYNGLES
YRIPKFKIHRPLGSLVFFLGILQAGQDIQTAQVLELVTSLGRETCSHLGSSEYCDWTLSG
RSRLGVEDRIWVSCDSKRPWGWGEPTCNLYNFLIDC
NT seq 4791 nt   +upstreamnt  +downstreamnt
atggcctttgaatattcttcatcctactccttactctctcgactctttatcactccttac
tacttcatatttctccttgtccttctatactcaatatcatcattccatgtcacttctata
tctgcctctacacctaccacttctctttcaaaagttgaaaaagatcaagaaagactcgct
cttctaacatggaaagccagtcttgataatcaaacccaatctttcctctcttcttggtct
ggacgcaattcttgctatcattggtttggattaacttgtcacaagtcaggaagtgtctcc
aatttagaacttgacaattgcggtttgagaggtacactccacaatctcaatttctcatca
ctccctaaccttctcactcttaatctttataacaactccctttatggaaccattccaatc
aacattggtaatctttccaaacgaatcacaaatcttaactttgctttcaatcatttcact
ggtgtaatatctccccaacttggatttctaacatctcttagtgttctagcattgtcttct
aataattttagaggcccaattcctccttccataggtaatttaagaaacttaactactttg
tatgtttttgagaatgagctttctggttccatccctcaagaaattggattgttaagatct
cttaatgatcttcaattgtcaactaacaatcttattggtccaatccctcattccatagga
aacttgaggaacttaaccactttgcatttttttgagaacaagctttctggttccattcct
caagaaattggattgttaagatctcttaatgatcttcaattgtcaactagcaatctcatt
ggtccaattcctccttccataggaaacctgaggaacttaaccactttgtatctttttgag
aacaagctttctggttccattcctcaagaaattggattgttaagatctcttaatgatctt
caattgtcaactaacaatctcacaggtccaatccctcattccataggaaacttgaggaac
ttaaccactttgcatcttttcaagaacaagctttctggtttcattccccaagaaattgga
ttgttaagatctcttaatgatcttcaattgtcaactaacaatctcattggtccaatccct
cattccataggtaacttgaggaacttaaccactttataccttcatactaacaaactatct
ggttctattcctcaagaaattggattgttgacatcacttaatgatcttgagttggcaact
aatagtctcactggttcaatccctccatccataggaaacttgagaaacttaaccactcta
tatctttttgagaacgagctttctggtttcatccctcaagaaattggattgttaagatct
cttaatgatcttgaattgtcaactaacaatctcactggtccaatccctccttccatagga
aacctaaggaacttaaccactttgcatcttttcaagaataagctttctggttccatcccc
caagaaattggattgttaaaatctcttaatgatcttcaattgtcaactaacaatctcact
ggtccaatccctccttccataggtaacttgaggaacttaaccactttataccttcataca
aacaaactatccgattctattcctcaagaaattggattgttgacatcacttaatgatctt
gagttggcaactaatagtctcactggtccgatccctccatccattggaaacttgagaaat
ttaaccactttatatctttttgagaacgagctttctggtttcatccctcaagaaattgga
ttgttaagatctcttaatgatcttcaattgtcatttaacaatctcatcggtccaatccct
ccttcgataggtaacttgaggaacttaacgactttgtaccttcatacaaacaaactatct
ggttctattcctcaagaaattggattgttgacatcacttatagatcttgagttggaaact
aatagtctcactggttcgatccctccatccattggaaacttgagaaatttaaccacttta
tatctttttgagaacaagctttctggttccatccctcaagaaattggattgttgacatca
ctttatgatcttgacttggcagctaatagtctcagtggtccaatccctccatccatagga
aacttgtccagcttaacctttttgttccttgatcacaacaagcttagtggtgcgattcct
cttgaaatgaataatatcactcatttgaaatctttacagttagttgagaataacttcatt
ggccaactaccacaagagatatgccttggtagtgttcttgaaaactttacagcctctgga
aatcatttcactggtcctattccaaaaggcttgaaaaattgcactagcttattcagagtt
aggcttgaaagaaatcaattgacaggggacatagccgaaagttttggtgtgtacccaact
ctaaattatattgatctaagcagcaacaatttttatggtgagctttctgagaaatggggg
cagtgccacatgctcacaaacctgaacatctccaacaacaatatttctggtgctataccg
cctcaacttgggaaagcaactcagctgcgacagcttgatctctccgccaatcatctaagt
gggaagatcctgaaagagttgggtatgttgccattattgttcaaattgttattaggaaac
aacagtctttcaggtagtattcctttggaattgggaaacttatccaatcttgaaattctt
gacttggcatcaaacaacataagcggttcaattcccaaacaactgggaaacttctggaaa
ttaaggtccttcaacttgagcgagaatagatttgtggatagcattcccgatgaaattgga
aagttgcatcatcttgaaagtctcgatcttagtcaaaatatgctaataggagagatacca
ccgctacttggagaattacagtacctggaaacgttgaatctctcccataacgggctctct
ggcaccatcccacacacgtttgatgatctgataagcctgacagttgttgatatatcctac
aatcagttggaaggtcctctccccaacatcaaagccttcgctccatttgaggcattcaaa
aataataaaggtctgtgtggtaataatgtcactcatctcaagccatgcagtgctagtcga
aagaaggccaacaagttttctgttttgatagtaatactcctacttgtgagcagtctattg
ttcttacttgcttttgttattggcattttttttcttttccaaaaattgaggaagagaaaa
aacaagtctccagaagcagatgtcgaagatctatttgcaatatggggccatgatggggaa
ttgttgtatgagcacatcatacaggggaccgacaatttcagttcgaaacagtgtattggc
actggaggatatggtactgtttacaaggctgagttgccaacaggtcgggttgttgctgtg
aaaaagcttcactcatcagaagatggagatatggctgatttgaaagctttcaaaagcgag
attcatgctttaacacagataaggcaccgcaacatcgtcaagctttatggcttcagttca
tttgcagagaactcatttttggtttatgagtttatggaaaaggggagtttgcaaaacatt
ctatgcaatgacgaagaagcagaaagattagattggattgtgaggctaaacgttattaaa
ggcgtggctaaagctttatcgtatatgcaccatgattgctcacctcctgtaattcatcga
gacatatcgagcaacaatgttttgttagattcagaatatgaagctcatgtatctgacttc
ggcacggctaggcttttaaagtcagactcatctaattggacttcatttgcaggaactttt
ggttatacagctccagaacttgcttacacaatgaaggtggataataaaaccgatgtttac
agcttcggtgttgtgacattagaagtaattatgggaaggcatcccggagagcttatctca
tccctgttatcatcagcgtcctcctcatctgcatcaccatcaacggtcggccatttcctg
ctgaatgatgtgatagaccagcgcccctcacctcctgtgaatcaagtggcagaggaagta
gtggttgcagtgaagttggcatttgcatgtttgtgcgttaatccccaatctcggccaact
atgcaacaagttgctcgagcactctcaaaacagtggccaccattgccaaaaccgttttct
gtgattacgttgggatataactctggtgtcaataacactggagatttggagacgcgtcat
ggagacatgggcctaattgcatgggacgtgctccttccatctggggcaatcatccctaga
tacttcaagcatcatgatcctcaatggttttatcttcatatctcgatccagattgtgggt
tttcttccgggtcttgctactgtcgtcgcaggaaggacactctacaatggactggagtct
tatcgcattcccaaattcaagattcacagacccctcggatccttggtgtttttccttggc
attcttcaggccggacaagacatccaaacagcgcaagtactggaactagtaacatcactt
ggtagggagacttgctctcatcttgggagctctgaatattgtgattggactttgagtggc
agaagcaggcttggggtggaagataggatatgggtttcttgtgacagtaagcgtccttgg
ggctggggagagccaacatgtaatctttacaattttttaatagattgttga

  All links  
Gene (35)   
   RefGene (31)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (8)   
   RefSeq(nuc) (6)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (57)   

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