KEGG   Coturnix japonica (Japanese quail): 107318963
Entry
107318963         CDS       T04297                                 
Symbol
LRRK1
Name
(RefSeq) leucine-rich repeat serine/threonine-protein kinase 1 isoform X1
  KO
K08843  leucine-rich repeat kinase 1 [EC:2.7.11.1]
Organism
cjo  Coturnix japonica (Japanese quail)
Brite
KEGG Orthology (KO) [BR:cjo00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:cjo01001]
    107318963 (LRRK1)
Enzymes [BR:cjo01000]
 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
     107318963 (LRRK1)
Protein kinases [BR:cjo01001]
 Serine/threonine kinases: TKL group
  LRRK family
   107318963 (LRRK1)
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr LRR_8 COR LRR_4 Roc Ank_2 Ank Ank_3 Ank_4 Ras Arf Gtr1_RagA TniB
Other DBs
NCBI-GeneID: 107318963
NCBI-ProteinID: XP_015728902
Position
10:15838719..15900148
AA seq 1998 aa
MYWCVGTEESAVSRESNMEPQNGTVGMGGKQSTVGEVSINQTPVTESIQAAYKAGDAAKA
QELIKLSCEEAALQVEKCQLLGIAAAYGDLQAVRYLLKEALVVLPTEPNDDNAAVVATYF
GHRDVVKELLDSLRGPNTCQQLLNWMLAIACQQGHLDIVKLLIRAYSADPESCAVRRNEF
PVLIRLPLYAAIKAGNEDVAVFLLRNGAFFCSYILMDSPESSKHLLRKYFIETSPLPGSA
PAKTALCVNWSNLKLPWVDLDWLIDISCQITELDLSANCLVSLPSVIPWGLMNLRKLSLA
DNQLAELPSVQSSDEIICTRLLEVDVSSNKLSTLPSGFLHLKNLKKLNAAKNYMEKLFDE
ENTTNWIGLRKLQEFDVSDNRLVEVPTAFLYCFKSLNILNVSRNQLKVFPDPWACPLKCC
KASRNSLESLPDTFTVFWKNHLREVDFSENSLKEVPPGLFQLEALVSLKLLGNHLTVLPS
QDKWNCKQLKSLDLSKNQLGKNDEGYRTKRIPFFTTRSRVRGGPEAGPFVEFPAFLSDSL
EVLYLNDNQLESVPQSVCLLKGLTELYLGNNPGIRELPPELGQLANLWQLDIEELSISNV
PAEIRKEGPKTVLAYLRAQLRKAEKCKLMKMIVIGPPRQGKSTLVEILQTGKVPQMMHSD
ATIRTTKWELPKPVGHKAKVDSVEFNVWDIGGPASMSTVNQCFFTDKALYIVVWNLALGE
EAVANLQFWLLNIEAKAPNSAVLVVGTHLDLIETKFRVERIATLRAYVLALCRSPSGSRA
TGFPDITFKHLHELSCKTLEGLDGLRQLIFHVTCNMKDVGSSICSQKLAGRLIPRSYLSL
QEAVLAEQHKRNQNDDVQYLTDRQIELIIEQTPGNDIKDYEDLQTAINFLIETGTLLHFP
DTSHGLRNLYFLDPVWLSECLQRIFNIKSSKSVAKNGVIRAEDLRMLLVGTGFTEQTEEQ
YFQFLAKFEIALPVANNSYLLPHLLPTKPALDIHGFCHQTTNTIQRVFKMSFVPVGFWQR
FIARMLISLAEMDLQLFENKKNTKTRNKKVTIYSFTGTQRNRCSTFRVKRTHTVYWQEGL
FVTFDGGYLSVESSDVNWKKKKSGGIKIICQSEARDFSAMAFITDHVNSLIDQWFPALTA
TESDGTLLMEQYVPCHICAASRLEDECGEKAEDAQYFNMEDCVLTAIELDYITCPNHPDI
PVSLQELVPELFMTDFPARLFLENSKLECSENENNVLGQGGSGTVIYRARYQGKPVAVKR
FQIKKCSGSPTSAADTMLKHLRAMDAMKNFSEFRQEASMLHSLQHPCIVSLIGISIHPLC
FALELAPLGSLTTVLSENSKGSSFVPLGHMLTHKIAYQIVTGLAYLHKKNIIFCDLKSDN
ILVWSLDVKEHVNIKLSDYGISRQSFHEGALGVEGTPGYQAPEIRPRIVYDEKVDMFSYG
MVLYELLSGQRPVLGQHQLQIAKKLSKGIRPVLGQPEEVQLYRMQALMMECWDTKPEKRP
LAMSVVGQMKDPTFATFMYLLPCGKQSSFFCSQGQEYTVVFWDGKEDTRNYTVVNPEKGV
IEVERMSCPGMKLCCQLKFQNTLWAATEDQKISVYRLQGMCPLKAPQKGLDSPAAVSCFL
VIPVIKKNSYMVLAGLSDGLVAVFSVAQGIPADSCSYLCSHTANRSKFNIPDDDPRQNPY
PVRAMEITNSGTEVWYSNGPGILVIDCTTMEISRRLEPFSPPSAISSIACNSECHGEEVV
WCLDEKSNFLVMYHAATYQLCARYFCGDCSPLRDMFAIQQPATAIPATAPINPRTLEGNS
LMDMSIIYSPEVGTQILNHQDSLTDYCSVSSYSSSPPNRLTRCPSSLPSSPTSSSSAPLS
TDFEESGKFHELKPSPDHDAVPMGDNSQHLQAVKILPVKDLIWIPRRGGDIIVIGLEKES
GMQRGRVIAVLKAGELAPYGTLVDAALVAKDTVVCCFQNENTEWCLAVWRGWSARDFDVF
YQAYEELGRLETCMRKRR
NT seq 5997 nt   +upstreamnt  +downstreamnt
atgtactggtgcgtggggacggaggaatccgctgtttccagagagagcaacatggagcca
cagaacggaactgtgggcatgggtggcaaacagtccacagtcggcgaggtctccataaat
cagacacctgtgacagagagcattcaggctgcttacaaagctggagacgccgctaaagcc
caagagctgattaagttgtcatgtgaggaggctgcactgcaggtggaaaagtgtcagctt
ttaggtattgcagcagcatatggagatctgcaggcagtgaggtatttactgaaggaagca
ttagtggtgttaccaactgaacctaatgatgacaacgcagctgtggtggccacctatttt
ggacatagggatgttgtgaaagaactgctggattccctgcgtggtcccaatacttgccaa
cagctcctgaactggatgctggccatcgcctgccagcagggacatttggacatagtgaaa
ctcctaattcgtgcatacagtgctgaccccgagagctgtgctgtcaggaggaatgagttt
ccagttcttatacgattgcctctgtatgctgctataaaggcagggaatgaagatgtggct
gtgttcttactgcggaatggggctttcttttgttcctacatcctgatggacagtcctgaa
tccagcaagcaccttctgaggaagtacttcattgagaccagcccgctaccaggtagtgct
ccagcaaaaacagctttgtgtgtgaactggtcaaacctcaaactgccctgggtggatctg
gactggctgattgatatctcctgtcagataacagagcttgatctgtctgccaactgcctc
gtctcccttccatctgtgatcccatggggcctgatgaacctgaggaagctcagcctggct
gacaatcagctggcagagttacccagcgtacagtcatccgatgagattatatgtacaagg
ttacttgaggtcgatgtatccagcaacaaactttctactctcccttctggattcctacat
cttaaaaaccttaaaaaactcaacgctgccaaaaactatatggagaagttatttgacgag
gaaaacacaactaattggattggcttaaggaagctgcaggagtttgacgtctctgacaac
aggttggtggaagttccaacggcttttctatactgcttcaagtccctaaacatactgaat
gtttcccgaaatcagctgaaagtgtttccagatccctgggcctgccccttgaagtgttgc
aaagcatccagaaactcactggaatccctacctgatacattcactgtgttctggaaaaat
cacctccgagaagtggatttttcagagaattcacttaaagaagttccaccggggctcttc
cagcttgaagctttggtgtccctgaagttgctgggaaatcacttaactgtgttaccttcg
caagataagtggaattgcaagcagctgaaatcactggatctttcaaaaaaccagcttggg
aagaatgacgagggatatagaacaaagcggattccctttttcaccacgaggagcagggtg
cgtggaggcccagaggcaggtccttttgtggagttcccagcatttctgagtgattctctg
gaagtcctttatctgaatgacaatcagctggagtccgtcccgcagtccgtttgccttctg
aaaggtttaacagaactttatttgggaaataaccctggtatccgagagcttcctccagaa
cttggacagctggctaatctctggcagctggatatcgaggaactaagtatcagcaatgtt
cctgcagagatcagaaaggagggccctaaaacagtgctggcgtacctacgagcacagctg
cgcaaagcagagaagtgtaagctgatgaagatgatcgtcattggtcctccacggcaggga
aagtcaactctggttgagatcctccagacaggaaaagtccctcagatgatgcacagtgac
gccactatacgtacaacaaaatgggagctacccaagccagtgggacacaaggcaaaggtt
gattcagtggagttcaatgtctgggatatcggaggcccggcgagcatgtctacagtcaat
cagtgtttcttcacagacaaagcattgtatatagttgtatggaacttggcactgggggaa
gaagctgtggcaaacttacagttctggttgctgaatattgaggccaaagctccaaattca
gcagtgttagtggtaggaacacaccttgatttaattgaaaccaaattccgtgtcgagagg
atagcaacgctgagggcttatgtcctggctctctgtcgctctccatctggatccagagca
actggtttcccagatatcacattcaagcacctgcatgagctctcatgtaagactttggaa
ggcctcgatggactccgacagctgattttccatgtcacttgcaacatgaaggacgttggc
agctcaatttgctcgcagaaacttgccgggagattgattccaaggagttaccttagtctt
caagaagccgtccttgcagaacagcataaaagaaatcagaatgatgatgtgcagtattta
acagacagacagatagagctgatcattgagcaaacccctggaaacgatatcaaagattat
gaggacttacagactgcaattaatttcctcatagaaacaggtacactactgcatttccca
gacacaagccacggcctgagaaatctctatttccttgaccccgtctggctctctgagtgt
ctgcagaggattttcaacatcaagagctccaagtctgtagctaaaaacggagtcatcaga
gctgaggatctcaggatgctgctagttgggacgggcttcactgaacaaactgaagagcag
tacttccagttcttggccaagtttgaaattgccctgccagtagccaataacagctacctc
ctccctcatctgctacctaccaaaccagcgttagatatccatgggttctgccaccagacc
acaaacaccatccaaagggtcttcaagatgagttttgtcccagttggcttctggcaaaga
ttcattgcacgaatgttaattagcctggcagagatggacctccagctgtttgaaaacaag
aagaacaccaagacaagaaacaaaaaggtgaccatctacagcttcacaggcacccaaaga
aaccgctgcagcacgttccgagtcaaaaggactcacactgtttactggcaggaaggtctg
ttcgttacctttgatggaggctatcttagtgttgagtcttctgatgtcaactggaaaaag
aaaaaaagtgggggaattaaaatcatttgccagtcagaagcgagagacttttcagccatg
gcgttcatcactgaccatgtcaactctttgatagaccagtggtttcctgcactcacagcc
actgagagcgacggtacattgctgatggagcagtatgtgccctgccacatctgtgctgct
tccaggctggaggatgagtgtggcgagaaggcagaggatgcacagtacttcaacatggag
gactgtgtgctgactgccatcgaactggactacatcacatgccctaaccaccccgacatc
cctgtttctctccaagagctggtcccagagctcttcatgacagattttcctgccagattg
ttcttggaaaacagcaaactggaatgtagtgaaaatgaaaacaacgttcttggccagggt
ggaagtgggaccgttatatatcgggcacgataccaaggaaaaccagtggctgtgaagaga
tttcagatcaaaaaatgcagtggttctcccacttcagctgcagataccatgctgaaacac
ctgagggccatggatgccatgaagaacttctctgagttccgccaggaagccagcatgctc
cactcgctgcagcacccctgcattgtctccctcattggcatcagcatccacccactctgc
tttgcactggagctggcccctctgggcagcctcaccactgtcttatctgaaaactccaaa
gggtcttcctttgtgccactgggacacatgctgacacacaaaatagcctatcagattgtc
accggccttgcctacctgcacaagaagaacatcatcttttgtgacctgaagtcagacaat
atcttggtgtggtccctggatgtcaaggagcacgtcaatatcaagctgtctgactacggg
atctcccggcagtcgttccatgaaggagcactcggggtggaaggcacaccaggctatcaa
gcccctgagatcagacctcgcatagtctatgatgagaaggttgacatgttctcctatgga
atggtgctgtacgagttgctgtctggtcagcggcctgtgctggggcagcaccaactgcag
atagcaaagaagctgtcaaaaggaatccgtcccgttcttggtcagccagaagaggtgcag
ctgtataggatgcaggcactcatgatggagtgctgggacactaagccagaaaagcgtccg
ctggccatgtctgtggtaggacagatgaaagatcccaccttcgcaacattcatgtacctg
ctgccctgtgggaagcagtcttctttcttctgctcccaaggacaggaatacactgtggtt
ttctgggatgggaaggaagacaccagaaactacacggtggtgaatccagaaaaaggggtc
atagaagtggagaggatgagctgccccggcatgaagctgtgctgccagctgaaatttcag
aacacactctgggctgctacggaggaccagaagatctcagtgtacaggctgcagggcatg
tgtcctctgaaggccccgcagaagggtttggactctcctgctgctgtcagctgcttcctg
gtgattcctgttatcaaaaagaactcgtacatggtgctggccggcctgtcagatggactc
gtagccgtgttctcagtggcccagggcatcccagcagacagctgctcctacctgtgctct
cacacagccaacaggtccaaattcaacattcctgatgatgacccgcggcagaacccgtat
ccagtgagagctatggagatcaccaacagcggcacggaggtgtggtacagcaacggcccc
ggcatcctcgtcatcgactgcaccacgatggagatcagcaggaggctggagcccttcagc
ccaccctctgccatctcatccattgcctgcaactcagagtgccatggggaggaggtggtg
tggtgtctggatgagaaaagcaacttcttggtgatgtaccacgccgccacctaccagctc
tgtgcacgctacttctgcggggactgcagccccctccgagacatgtttgccatccagcag
cctgccacagccatccctgctactgctcctatcaaccccaggacgctggaggggaactcg
ctgatggacatgagcatcatctacagccccgaggttggcacccagatcctcaaccaccag
gactcactcacagactattgctccgtgtcctcctactcctcctcacctcccaacaggtta
acccgctgtccctccagcctgcccagctctcccaccagctcttccagtgctccactctct
acagatttcgaggagtcgggcaagtttcatgaactgaagccttccccagatcacgacgct
gtacctatgggtgacaactcacagcatctccaagccgtcaagattctgcctgtgaaagac
ctcatatggatccccaggagaggaggggatatcatcgtgattggactggagaaggaatcg
ggcatgcagcggggccgagtgatcgccgtgctgaaggccggggagctggctccctatggg
acgctggtggatgctgctctcgtagcaaaggacacggttgtgtgctgctttcagaatgaa
aacaccgagtggtgcctggctgtctggaggggctggagtgccagagactttgacgttttc
taccaggcctacgaagagctgggacggcttgaaacttgcatgaggaagaggaggtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (14)   
   Pfam (14)   
All databases (29)   

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