KEGG   Vitis vinifera (wine grape): 100259712
Entry
100259712         CDS       T01084                                 
Name
(RefSeq) serine/threonine-protein kinase RUNKEL
  KO
K17545  serine/threonine-protein kinase ULK4 [EC:2.7.11.1]
Organism
vvi  Vitis vinifera (wine grape)
Brite
KEGG Orthology (KO) [BR:vvi00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:vvi01001]
    100259712
Enzymes [BR:vvi01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     100259712
Protein kinases [BR:vvi01001]
 Serine/threonine kinases: Other
  ULK family [OT]
   100259712
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr ABC1 Kinase-like APH RIO1
Other DBs
NCBI-GeneID: 100259712
NCBI-ProteinID: XP_002276882
UniProt: F6HDI2
Position
5:complement(join(3920298..3921413,3921943..3922812,3923030..3924682,3924831..3924890,3924989..3925067,3925164..3925225,3926080..3926155,3926355..3926407,3927438..3927527,3927628..3927675))
AA seq 1368 aa
MNQYHIYEAIGRGKYSTVYKGRKKKSIEYFAIKSVDKSQKNKLLQEVRILHSLDHSNVLN
FFSWYETSAHLWLVLEYCVGGDLMTLLQQDSQLPEDSVHDLARDLVRALQFLHSKGIIYC
DLKPSNILLDENGCTKLCDFGLARKLSDISKTPSSMLPQAKRGTPCYMAPELFQDGGVHS
YASDFWALGCVLYECYAGRPPFVGREFTQLVKSILSDPTPTLPGTPSRPFVNLINSLLVK
DPAERIQWPELCGHAFWRTKFTSVPLPPQPAFDNLIDLYSKLCLSERNGDKPLQNKTPPK
YRDRDSKGTPKQDENSILGLKGYETPVKGITGGRRAQTKASGRVADEKQKDPSSATGGVN
LLRLSRIAKSNLQRENEKENYRRPLPNNSENDSEVKIENTDMELDFNENTEDEPHDEPDG
SDTSNFTPEDKLSSQTQHQGKVEEMEDNTNQLDTAHVVSIPVSDDSRTFDHESDHVEVAA
TPPSVSPQVRIQRVKEGSGSAVDFDSSKSSGNISHVLWHPSDLSVRPVMPSRKADKLPET
LPSLPFDALAASDFIKMSKEQLDSLNNRIITIFNGNTTIAEKQNVIKYLEMLSNNADAAN
ILTNGPIMMVIVKMLRQSKASALRVQLASLIGLLIRHSTFIDDDLASSGILGSLTDGLRD
RQEKVRRFSMAALGELLFYISTQNEHAKDNNPPESPSKDSRSSSGWQVSNALISLVSSIL
RKGEDDVTQQYALRTIENICSQGGNWAARFTSQDVINNLCYIFRAAGKQESMRLTAGSCL
VRLVRFHPPSIQSVIDKLSFRDTVTALVKGSPREQQISLNLLNMAMLGSHMFTNIGRHLL
PLVEDKNLVPSLVSLIEQGSEVLRGKTLVFVALLCKNGKRWLPHFFCNARFLSAVDRLVK
EKDSYVQQCLDAFLHVVSSTIPGLLETITGDIQQMMGGRRHGQIAGLTNRAAPKIKVHLF
PVVLHLLGSSSFKHRVVNHQVLQQLANLIKLAESPFQGRDDFQITLLRVLESITEEPSVI
LESANVFIGEILPSLAVLYRGNKDGDARFLCLKILFDAMVIYLNEPSEVEQRSEDLKSIS
NTHFLPLYPTLIEDEDPIPMYAQKLLVMFIEFNYIRIPDILHMETVSQCFEFLLGDLSSA
NVNSVKLCLALASAPEMETKLLSQLKVVRKIGNLLEFVNAKDMEDFLEPTLGLCRAFLLR
SVGSRKGFIYSKEPTLICDGPTEVRGAVDQQQYIRDIMDFGSNVSVFLELSGSDEANVAD
IASECVVLLLKAAPREATTGFLTNLSKVSALLESWRRAVSHLLVLRMLHALGYSCRQYLS
HAMILSISIPEISRLETIVSELKNSSIPGVADAALLVAKELQRLPRCN
NT seq 4107 nt   +upstreamnt  +downstreamnt
atgaatcaatatcatatctacgaggccattggcaggggcaaatactcgactgtgtacaaa
gggaggaagaagaagagtattgagtacttcgcgattaagagtgtggataaatcgcagaag
aacaaacttctacaagaagttaggattcttcactctctagatcactcgaatgtactaaat
tttttttcttggtatgaaacttctgctcacttgtggttagttttggaatattgtgtcgga
ggagatcttatgaccttattacagcaggatagtcagcttcctgaagattcagtacatgat
cttgcccgtgaccttgtcagagctttgcagtttttacattctaagggaatcatatactgt
gacttaaaaccatcaaatatcctattggatgagaatgggtgcacaaagctatgtgatttt
ggattagcaagaaaattgagtgatatatcaaaaacaccttcttccatgttgccacaagca
aaacgtggaacaccatgttatatggctccagagctgtttcaggatggaggcgtgcattct
tatgcttccgatttctgggcccttggttgtgtactatatgagtgctatgctggaagaccc
ccctttgtgggaagagaatttactcagttagtaaaatccatcctctcagatcccactcca
accctgcctggtacgccgagccgtccctttgttaatctaatcaattctctcctggtaaaa
gatccagctgaaagaatacagtggcctgaactttgtgggcatgctttctggagaacaaaa
ttcacatcagtgcctctacctcctcagcctgcttttgataatttgatagacctttattct
aaactgtgtctatccgaacggaatggtgacaagcctctccaaaataagacccctcctaaa
tatcgtgacagagattcaaaagggactcccaaacaagatgagaattctattttgggatta
aaaggttatgaaacaccagttaaaggtataacaggtggacgcagagctcaaacaaaggct
tctggaagagtagctgatgagaagcagaaagatccttcaagtgctaccgggggtgtgaat
cttttaaggctctcaagaattgcaaaatcaaacttacagagagagaatgagaaggaaaac
taccgaaggcccttgccaaataactctgaaaatgattctgaggttaaaattgagaacaca
gatatggaacttgattttaatgaaaacactgaagatgagccacatgatgaacctgatggg
tctgatacttcaaactttactcctgaagacaaattgtcaagtcaaactcagcatcagggg
aaagtggaagagatggaagataacacaaaccaactagatactgcacatgttgtcagcata
cctgtctcagatgactcgagaacatttgatcatgaatcagaccatgttgaagtggctgct
accccgcccagtgttagtcctcaggttagaatccagagggttaaagaaggttcaggttct
gctgttgattttgattcttcaaaatcatctggtaacatttcgcacgtgctttggcatcct
tccgatctctcagttagacccgtaatgcccagtagaaaagctgataaattgccagagaca
cttccttctcttccctttgatgcactggcagcatctgatttcatcaagatgtccaaggag
cagcttgattcactcaacaataggattataaccatctttaatggtaacactaccattgca
gagaagcagaatgtgatcaaataccttgaaatgttgagcaataatgctgatgctgcgaat
atcttaaccaatgggccaatcatgatggttattgtcaaaatgctccgacagtccaaggca
tctgctttgcgtgttcagcttgcttcactgattggtttgttaattcggcattctactttc
attgatgatgatttggcaagttctggaattttaggttctcttactgacggtcttagagat
aggcaggaaaaagtaaggaggttttctatggctgcattgggtgagttgctattttatata
tccactcagaatgaacatgctaaagataacaatccaccagaatccccatcaaaggatagc
cggtcctcatctggttggcaggtttcaaatgcgttaatatcattggtgtcatcaatttta
cggaaaggagaggatgatgtaactcaacagtatgcactgagaacaatagaaaacatatgc
agtcagggagggaactgggcagctcgtttcaccagccaggatgtaattaataacctgtgc
tatatatttagggctgcagggaaacaagagagcatgagactcacagcaggatcgtgtcta
gtacgactggttcgttttcatcctcctagtattcaatcagtcatagacaagctttcattc
agggacactgtaactgcccttgtcaaaggcagtccacgtgagcagcaaatcagcttaaac
cttctaaacatggccatgcttggaagccatatgttcacaaacattggccggcaccttctg
cccttggtggaggataagaatctggttcctagtctcgtgtctcttatcgagcagggaagt
gaggttttgagaggaaagacacttgtttttgtagccctcctttgtaagaatggtaagaga
tggctgcctcattttttttgcaatgctaggttcctctcagcagtggacaggctggtaaaa
gagaaggatagctatgtccagcagtgtttagatgcatttttgcatgttgtgtcatctact
attccaggtttgctggagactataactggagatattcagcaaatgatgggaggaaggcgg
catggccaaattgctggccttaccaatcgggctgccccaaaaattaaagttcatttgttt
cctgttgttcttcatcttcttgggagctcatcatttaagcacagggttgtgaatcatcaa
gtgctgcagcaattggcaaatctaatcaaacttgcagagtcaccatttcagggtagggat
gacttccaaataactcttctgcgagtgcttgagtctataacagaggagccctctgtaatt
cttgaaagcgctaatgttttcattggtgaaattctcccaagtttggctgttctgtacagg
gggaacaaagatggagatgccagatttttgtgcctgaaaattctatttgatgcaatggtc
atatacttaaatgaaccatcagaagttgagcaaagatcagaggacttgaagtccatatcc
aatactcacttcctgcccctttaccccactctcattgaggatgaagatcccattcccatg
tatgcgcagaagcttcttgtgatgtttatcgagtttaattacattagaattccagacatt
ctacatatggagacagtctcccagtgctttgaatttttgcttggtgatctttcaagtgca
aatgtaaacagcgttaagctgtgtctggctctggcatctgctcctgaaatggaaaccaag
ttgctctctcaattaaaagtagtcaggaagattggaaaccttcttgagtttgtcaatgca
aaagatatggaagattttcttgaacctactcttggcctgtgtagggcttttcttctacgt
tcagtaggcagtagaaaaggcttcatctattcaaaagaaccaactctcatatgtgatggt
cctactgaagtgagaggtgcagttgatcagcagcaatacataagggatataatggacttt
ggtagcaacgttagtgtttttctggaattaagtggctcagatgaagccaatgttgcagat
atagcttctgaatgtgtggttttgttgctcaaggctgctcccagggaagccactactggt
tttctaactaatctctcaaaggttagtgcacttcttgagtcctggcgaagggctgtctct
cacttactggtgctgcggatgctgcatgctcttgggtactcctgtaggcaatatttgtca
catgcaatgatattatcaatatctatcccagagatttcaagacttgaaaccattgtttct
gagcttaaaaactcaagcatcccaggcgtagctgatgctgctttgcttgtggccaaggag
ttgcagcggcttccccggtgcaattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (6)   
   Pfam (6)   
All databases (45)   

Download RDF
DBGET integrated database retrieval system