KEGG   Lactuca sativa (garden lettuce): 111920216
Entry
111920216         CDS       T05352                                 
Name
(RefSeq) phosphatidylinositol 4-kinase alpha 1
  KO
K00888  phosphatidylinositol 4-kinase A [EC:2.7.1.67]
Organism
lsv  Lactuca sativa (garden lettuce)
Pathway
lsv00562  Inositol phosphate metabolism
lsv01100  Metabolic pathways
lsv04070  Phosphatidylinositol signaling system
Brite
KEGG Orthology (KO) [BR:lsv00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00562 Inositol phosphate metabolism
    111920216
 09130 Environmental Information Processing
  09132 Signal transduction
   04070 Phosphatidylinositol signaling system
    111920216
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lsv04131]
    111920216
Enzymes [BR:lsv01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.1  Phosphotransferases with an alcohol group as acceptor
    2.7.1.67  1-phosphatidylinositol 4-kinase
     111920216
Membrane trafficking [BR:lsv04131]
 Endocytosis
  Others
   EFR3-PI4KIII alpha complex and associated proteins
    111920216
 Endosome - Golgi transport
   Others
    111920216
SSDB
Motif
Pfam: PI4K_N PI3_PI4_kinase PI3Ka PI4KB-PIK1_PIK ABC1 Phage_TAC_15
Other DBs
NCBI-GeneID: 111920216
NCBI-ProteinID: XP_023771570
Position
5:complement(266281833..266290851)
AA seq 1938 aa
MEALTELCDLISHNPNQYSAKITWICKRCPAPESLLSGSPRISRFQLNALLATARFISKC
PNYDDSSPRNTVLEFIRSIPSSFTQSFWPKSFPNASIASFYNEFLGYVVKATELYQDFST
EVAGFMGGIVFSALNDNGRSSDSVISRAFLSALSESFPQIMPADANKLVTSLLDSVVTSP
ASSSSTNGDSKGVSSFNEESMEQLEKQEIAFQLIERILDKVQIDTQLLERVRLISKDQLR
LMTAFLKIRKHDWTEQGAALKAKINTKLSVYKAAAKLKVRSHVSCELDGKSSKKLLHGAL
AFVVEAAEACLYSVWRRLRTCEDLFISLLDGISKIAFSRGGHLLRVLLIRFKQLVLITCA
QADTAASSPGVMFDSVLKTSCEIIEYGWTKDRAPVDTFIMGLATSIREHNDYEEKDAKDK
KVVPTIQLNVIRLLAELNVQVNKPEVVDTILPLFIENLEEGDASTPGSLRLRILDAVSRM
ASLGFEKSYREVVVLMMRSYLSKLTSIGSAESDKLSEEANTERLETLPAGFELIARGLTD
GQLRVDYRQRLLSLCSDVGLAAESKSGSSGADFLGPLLPAVAEICSDFDPTADVEPSVLK
LFRNLWFYIALFGLAPPVIPTRPNSTTLNTTGNTTAVALQAVSGPYMWSPQWSSSVQRIS
QGTPPLVVSSVKWLEDELELNALHNPGSRRGSGNEKAAANQRAALSAALGGRVEVYAMST
ISGVKATYLLAVAILEIIRFSSNGGLLNCGPTSMASRSAFSCAFEYLKSPNLAPAVFQCL
MAIVHRAFETSLSWLEDQVFETGYAMDVKETTLAVHACFLIKSMSQRDEHIRDVSVKLLS
LLRDRFPQILWNSSCLDFLLFSVHNDPPAAIVSDPTWIASVRSLYQKIVREWIIISLSHA
PCTSQGLLQEKLCKANTWQRAQPTTDVVSLLSEIRIGTGKSDCWNGTKTANIPAVMAAAA
ASSGGNLNLTEAFNIEVLGTAIVSATVKCNHSGEIAGMTRLYENMEKADDDFEPTPTPSA
SGLSRLISGAFPQPPQPKKESFGSILLNKFVRLLQKFVSGAEKGGEVDKASFRETCSQAA
ALLLSTLDADSKTNVESFSQLLRLLCWCPAYISTIDAMETGIFIWTWLVSAAPQLGPVVL
AELVDAWLWSIDTKRGLFASDTRFSGPAAKLRPHLQPSEPESPPEKDPVEQILAHKLWIG
FFIDRFEVVRHDSLVQLLLLGRMLQGTTKLPWKFSHHPAAAGTFFTVMLLGLKFCACQYE
GSLQKVRLGIQLLEDGIYRAALGWFAYEPEWFEHDHGNFAHSEAQSVNSFVHYLQNDPKA
LGGEYGGSLLDMKDQCHPVWGPMENYAACRDKRKQLLLMLCQHEADRLEVWAQPVNYKEN
TCYRPKITSEKWVEYARTAFAVDPRIAFSLGARFPTNTCLKAEITQLVQTHILEIRSIPE
ALPYFVTPKAVDDNSPLLQQLPYWAACSITMALEFFTPAYKGHPRVMAYILRVLESYPPS
KVTFFMPQLIQALRYDDEKLVEGYLLRAAQRSDVFAHILIWQLQGETCAPEGKEVITAKT
QEFLSLLPIVRDHIIDGFSPEAREVFHREFDFFEKVTSISGALYPLPKEERRAGIKRELE
KIQLPGDDCYLPTAPSKLVRGIQVNSGIPLQSAAKVPIMITFDVADRDGDPKDIKPQACI
FKVGDDCRQDVLALQVISLLKDIFEGVGLALYLYPYGVLPTDPERGIIEVVPNSRSRSQM
GETTDGGLYEIFQQDYGPVGSPGFETARENFIVSSAGYAVASLLLQPKDRHNGNILIDSV
GRLVHIDFGFIFEISPGGNMRFESAHFKLSHEMTQLLDPSGAMKSDTWHLFESLCVKGYL
TARRYMNGIINTVLMMVESGLPCFSRGDPIGNLRKRFRPEMTEREAANHMIHICEDAYNK
WTTAGYDLIQYLQQGIEK
NT seq 5817 nt   +upstreamnt  +downstreamnt
atggaggcattaacggagctttgcgacttgatctcgcataatcctaatcaatattccgcc
aaaattacctggatttgcaaacgatgccctgcaccggagtcgctcctctccggttctcct
cggatttcacggttccaactcaatgctcttcttgcaaccgccagattcatctccaaatgc
cctaattacgacgattcaagccctcggaatacggttctggagttcattcgctcgatccca
tcgtcgtttacccaatcattttggcctaagtcctttccaaacgcatccattgcttcattt
tacaacgaattcttagggtacgtcgttaaagcaactgaactgtatcaggattttagtaca
gaagttgcaggcttcatgggaggtattgtcttctctgctctcaatgacaatggcaggagt
tccgattcagtaatttctagggctttcttatccgcgttgtcagagagttttcctcagatt
atgcccgcagatgccaacaaactggttacatctttacttgattccgttgtgacttcacct
gcttctagttcgtcaactaatggagatagtaagggagtttcatctttcaacgaagagtct
atggagcaattagagaaacaagagattgccttccaattgattgagcgcattcttgataaa
gttcagattgatacccagcttttagaacgtgtacgccttatctcaaaggatcaactccga
ttgatgactgcttttctaaagataaggaagcatgattggacagaacagggtgcagcactg
aaagctaagattaatacaaagctttctgtttacaaagctgcagcaaagttaaaagttaga
agccatgtctcatgtgagttagatggaaagtcatcaaagaaactgctgcatggagctctt
gctttcgttgtagaagctgcagaagcttgtctgtattcagtgtggcgtaggttaaggaca
tgtgaagatcttttcatctcattgcttgatggcatctccaaaattgctttttcacgtgga
ggtcatctactaagggttctgctaattcgattcaaacaactcgtgctaattacatgtgcc
caggctgacactgcggcaagtagtcctggagttatgtttgatagtgttttaaaaaccagc
tgtgagataatcgaatatggatggactaaagatcgggctcctgtggatacatttatcatg
ggattagctacaagcattcgtgaacacaatgattatgaggaaaaggatgctaaagataag
aaggttgttcctactatacagctcaatgtcatccgcttgcttgcagagctaaatgtacaa
gttaataaacctgaagtggttgacacaatattgccattattcattgaaaatctagaggag
ggtgatgcttcaacacctggatcgctgcgcctcaggattcttgatgcggtttctcgcatg
gcaagtttgggttttgagaagtcgtatcgtgaagttgttgtgctaatgatgagaagttac
ttaagcaaacttactagcataggatctgctgaaagcgataagttgtcggaagaagctaat
accgaacgtcttgagactcttcccgcaggatttgaattaatagctagaggccttacagac
ggtcaactacgggttgactatcgtcagcgccttttatcattatgctcagatgtcggcttg
gctgcggagtccaaaagtggaagcagcggagctgattttctagggccattacttcctgcg
gtggctgaaatatgttccgattttgatcctacagcagacgttgaaccttccgttttgaag
ttattccgcaacctatggttctacatcgctcttttcggtctagcacctccagtaatacca
acgaggccaaattctacaacattgaacactacagggaacacgactgcagtcgctcttcaa
gctgtaagtggaccttacatgtggagtcctcagtggtcttcttccgttcaacgtatttct
caagggaccccacccctggtggttagctctgtgaaatggcttgaagacgagttagaactt
aatgctcttcacaaccctggtagtcgtcgaggaagtggaaacgaaaaagctgctgcaaat
caaagagcagcactttctgctgctttaggtgggcgcgttgaggtttatgcaatgagcacg
atttcaggagtgaaggcgacttatcttcttgcagttgcgattttggaaataatacggttt
agcagcaatggtggactccttaattgtggtcctacttctatggcttccaggagtgccttc
agctgcgcttttgagtatctcaaaagtcctaatctcgcacctgctgttttccaatgctta
atggccattgtccaccgtgcatttgaaacatcactctcatggctggaggatcaagtattt
gagacaggatatgctatggatgttaaggagacgactcttgctgtccatgcatgttttctc
ataaagagtatgtctcagagagatgaacacatccgagatgtctcagttaaactcttgtct
ctactgagggatagatttccacagatattgtggaattcatcttgtctggactttctccta
ttctctgtccataatgatccgcctgcagctattgttagtgatcctacctggatagcttcc
gttcgctcattgtaccaaaaaattgttcgcgaatggattatcatttccctatcacacgct
ccatgcacaagccagggtcttcttcaggagaaactttgtaaagcaaacacatggcaaaga
gcacagccaacaacagatgttgtttctctattgtccgagatacgaatcggtacaggcaaa
agcgattgctggaatggcacaaaaactgcaaatatcccggcagtgatggctgcagcagct
gcctcatcaggaggaaatctcaatctaacagaggcgttcaatatcgaagttcttggcact
gctattgttagcgccacagtgaaatgtaatcattctggagagattgctggcatgacaagg
ctgtatgagaatatggagaaagcagatgatgactttgaacctacaccaactcctagcgct
agtggtctttcacggttgatatccggagcttttcctcaaccaccacagcccaaaaaagag
tccttcggttcgatactacttaataaatttgtccgtcttcttcaaaaatttgtttccggt
gcagaaaaaggcggggaagtggacaaagcttcattccgggaaacatgttcccaggcggct
gcactgcttctctcgactctggatgcggattcgaaaacaaatgtggagagcttctcgcaa
cttctccggcttctttgctggtgtccggcgtacatttctacaatcgatgctatggagact
ggtatattcatatggacgtggttagtttctgctgctcctcaattgggccctgtggtactc
gcggagcttgttgatgcatggttatggtcaatcgataccaagcgaggtctgtttgcatct
gacacgaggttctctggaccagctgccaagttaagacctcaccttcaacctagtgagccc
gaatcaccgcctgagaaggatccagttgaacagattctagcacataagctatggatcggg
tttttcattgaccgttttgaggtagtacgacatgatagtctggtacaactcttgcttctt
ggcaggatgttacaggggaccaccaaacttccatggaaattttcacaccatccagctgct
gctggtacgtttttcacagtcatgctgcttggacttaaattctgcgcatgccagtatgaa
gggagcctacaaaaagttagattgggaattcagctgctggaagatgggatttatcgggcg
gcattaggctggtttgcttatgaacctgaatggtttgaacatgatcatggaaattttgca
cacagcgaggctcaatctgttaactcatttgttcactatctccaaaatgatccaaaagca
ctgggtggggaatatgggggatctttgcttgacatgaaggatcagtgtcaccctgtttgg
ggaccaatggagaactatgcagcttgtagagacaagaggaagcagctactcttaatgtta
tgccagcatgaagctgacaggcttgaagtttgggcacaacctgttaactacaaagagaac
acatgttataggccaaaaattacctcagagaaatgggttgagtatgcaagaactgcattt
gctgttgatcctcggattgctttctctttgggggctagatttccaacaaatacttgtcta
aaggcagagattactcagttggttcagacacatatcttggaaatccgtagcatacctgag
gctttaccgtattttgtaacccctaaggctgtggatgataattctcctcttttgcaacaa
ttaccatactgggctgcctgttctattacaatggctttagagttctttactccagcatac
aaaggtcatccacgtgtcatggcttatattcttagggtactggaatcttaccctccttcc
aaagtaacctttttcatgccccagctcattcaagctttgaggtacgatgatgagaagttg
gttgaaggatacttgcttagagctgctcaaaggagtgacgtgtttgctcatattctaatt
tggcagttacagggggagacgtgtgcaccagaaggtaaagaagttataactgcaaagaca
caagaatttctatctctactgcccattgttagagaccacattattgacggttttagcccc
gaggcacgtgaagtgtttcacagagaatttgatttctttgaaaaagtcacctctatatca
ggtgctctgtatccactcccgaaagaagaaaggagagctggcatcaagagagagttggaa
aaaattcagttacctggagatgattgttatctacctacagctcctagtaagcttgtgagg
ggcattcaggtcaatagtgggatccctttacagtcagcagcaaaagtcccaatcatgatc
acttttgatgtggctgatcgagatggggacccaaaagatataaaaccccaagcttgtatt
tttaaggttggagacgactgtagacaagacgtgcttgctttacaagtaatctcgcttctg
aaagacatatttgaaggggttggactcgctctttatttatatccatacggagtgcttcca
accgacccagaaagaggcataatcgaggttgtgccaaattcacgtagcagaagccaaatg
ggtgagacgacagatggcggtttatatgaaatatttcaacaggattacgggccagttggt
tctccaggttttgaaactgcacgtgagaattttattgtgagtagcgctggttatgctgtt
gccagcttgttgcttcaaccaaaagatagacacaatggaaatattttaatcgacagtgta
ggtaggcttgtccatattgattttggtttcatctttgagatatcacctggagggaacatg
cggtttgaaagtgctcattttaaactgagtcatgagatgactcagttacttgatccatcc
ggtgccatgaaaagtgatacttggcatttatttgaaagtttgtgtgttaagggttacctt
actgcacgtcggtatatgaatgggattataaacacggtgttgatgatggtggaaagcggg
ttgccttgttttagcagaggagatcccattgggaacttgagaaaaagatttcgtccagag
atgactgaaagagaagctgcaaatcacatgatccatatctgcgaggatgcctataacaaa
tggactactgctggctatgatcttatacagtatttgcaacagggtatcgaaaagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (4)   
   KEGG COMPOUND (4)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (6)   
   Pfam (6)   
All databases (28)   

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