KEGG   Homo sapiens (human): 115701
Entry
115701            CDS       T01001                                 
Symbol
ALPK2, HAK
Name
(RefSeq) alpha kinase 2
  KO
K08868  alpha-kinase
Organism
hsa  Homo sapiens (human)
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:hsa01001]
    115701 (ALPK2)
Protein kinases [BR:hsa01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   115701 (ALPK2)
SSDB
Motif
Pfam: Alpha_kinase I-set Ig_3 Ig_2 ig V-set C2-set_2
Other DBs
NCBI-GeneID: 115701
NCBI-ProteinID: NP_443179
OMIM: 619965
HGNC: 20565
Ensembl: ENSG00000198796
UniProt: Q86TB3
Position
18:complement(58481247..58629091)
AA seq 2170 aa
MKDSEGPQRPPLCFLSTLLSQKVPEKSDAVLRCIISGQPKPEVTWYKNGQAIDGSGIISN
YEFFENQYIHVLHLSCCTKNDAAVYQISAKNSFGMICCSASVEVECSSENPQLSPNLEDD
RDRGWKHETGTHEEERANQIDEKEHPYKEEESISPGTPRSADSSPSKSNHSLSLQSLGNL
DISVSSSENPLGVKGTRHTGEAYDPSNTEEIANGLLFLNSSHIYEKQDRCCHKTVHSMAS
KFTDGDLNNDGPHDEGLRSSQQNPKVQKYISFSLPLSEATAHIYPGDSAVANKQPSPQLS
SEDSDSDYELCPEITLTYTEEFSDDDLEYLECSDVMTDYSNAVWQRNLLGTEHVFLLESD
DEEMEFGEHCLGGCEHFLSGMGCGSRVSGDAGPMVATAGFCGHHSQPQEVGVRSSRVSKH
GPSSPQTGMTLILGPHQDGTSSVTEQGRYKLPTAPEAAENDYPGIQGETRDSHQAREEFA
SDNLLNMDESVRETEMKLLSGESENSGMSQCWETAADKRVGGKDLWSKRGSRKSARVRQP
GMKGNPKKPNANLRESTTEGTLHLCSAKESAEPPLTQSDKRETSHTTAAATGRSSHADAR
ECAISTQAEQEAKTLQTSTDSVSKEGNTNCKGEGMQVNTLFETSQVPDWSDPPQVQVQET
VRETISCSQMPAFSEPAGEESPFTGTTTISFSNLGGVHKENASLAQHSEVKPCTCGPQHE
EKQDRDGNIPDNFREDLKYEQSISEANDETMSPGVFSRHLPKDARADFREPVAVSVASPE
PTDTALTLENVCDEPRDREAVCAMECFEAGDQGTCFDTIDSLVGRPVDKYSPQEICSVDT
ELAEGQNKVSDLCSSNDKTLEVFFQTQVSETSVSTCKSSKDGNSVMSPLFTSTFTLNISH
TASEGATGENLAKVENSTYPLASTVHAGQEQPSPSNSGGLDETQLLSSENNPLVQFKEGG
DKSPSPSAADTTATPASYSSIVSFPWEKPTTLTANNECFQATRETEDTSTVTIATEVHPA
KYLAVSIPEDKHAGGTEERFPRASHEKVSQFPSQVQLDHILSGATIKSTKELLCRAPSVP
GVPHHVLQLPEGEGFCSNSPLQVDNLSGDKSQTVDRADFRSYEENFQERGSETKQGVQQQ
SLSQQGSLSAPDFQQSLPTTSAAQEERNLVPTAHSPASSREGAGQRSGWGTRVSVVAETA
GEEDSQALSNVPSLSDILLEESKEYRPGNWEAGNKLKIITLEASASEIWPPRQLTNSESK
ASDGGLIIPDKVWAVPDSLKADAVVPELAPSEIAALAHSPEDAESALADSRESHKGEEPT
ISVHWRSLSSRGFSQPRLLESSVDPVDEKELSVTDSLSAASETGGKENVNNVSQDQEEKQ
LKMDHTAFFKKFLTCPKILESSVDPIDEISVIEYTRAGKPEPSETTPQGAREGGQSNDGN
MGHEAEIQPAILQVPCLQGTILSENRISRSQEGSMKQEAEQIQPEEAKTAIWQVLQPSEG
GERIPSGCSIGQIQESSDGSLGEAEQSKKDKAELISPTSPLSSCLPIMTHASLGVDTHNS
TGQIHDVPENDIVEPRKRQYVFPVSQKRGTIENERGKPLPSSPDLTRFPCTSSPEGNVTD
FLISHKMEEPKIEVLQIGETKPPSSSSSSAKTLAFISGERELEKAPKLLQDPCQKGTLGC
AKKSREREKSLEARAGKSPGTLTAVTGSEEVKRKPEAPGSGHLAEGVKKKILSRVAALRL
KLEEKENIRKNSAFLKKMPKLETSLSHTEEKQDPKKPSCKREGRAPVLLKKIQAEMFPEH
SGNVKLSCQFAEIHEDSTICWTKDSKSIAQVQRSAGDNSTVSFAIVQASPKDQGLYYCCI
KNSYGKVTAEFNLTAEVLKQLSSRQDTKGCEEIEFSQLIFKEDFLHDSYFGGRLRGQIAT
EELHFGEGVHRKAFRSTVMHGLMPVFKPGHACVLKVHNAIAYGTRNNDELIQRNYKLAAQ
ECYVQNTARYYAKIYAAEAQPLEGFGEVPEIIPIFLIHRPENNIPYATVEEELIGEFVKY
SIRDGKEINFLRRESEAGQKCCTFQHWVYQKTSGCLLVTDMQGVGMKLTDVGIATLAKGY
KGFKGNCSMTFIDQFKALHQCNKYCKMLGLKSLQNNNQKQKQPSIGKSKVQTNSMTIKKA
GPETPGEKKT
NT seq 6513 nt   +upstreamnt  +downstreamnt
atgaaagactccgaagggccccagaggcccccgctgtgttttttatctacattgctttcc
cagaaggttcctgagaagtcagacgctgtgcttcgctgcataatatctggtcagcccaag
ccagaggtaacttggtataagaatggtcaggccatcgatgggagtggcattatttccaac
tatgaattctttgagaatcagtatattcatgtgttacatctctcttgctgtaccaaaaat
gatgctgctgtctatcaaatctcggctaaaaactcttttggaatgatctgttgttctgct
tccgttgaggttgagtgctcatcagagaacccacaattgtctcctaacctggaagatgac
agggacaggggttggaaacatgaaacagggacacatgaagaagaaagggcaaatcagatt
gatgagaaggaacatccttataaggaagaagaaagcatctccccgggcactcccaggtca
gctgactcctccccctccaaatccaaccattcactctccctccagtcattgggcaatctt
gacattagtgtgtccagttctgaaaatcctttgggtgttaaaggaacaaggcacactgga
gaggcttatgatccaagtaacacagaagaaattgcaaatgggttgctttttcttaattca
agtcatatttatgaaaaacaagacagatgttgccacaagacagtgcattccatggcatca
aagttcacggatggtgacctgaacaatgatggtcctcatgatgaaggcttacgctctagt
cagcaaaatcccaaagtacagaaatacattagcttcagcctcccgctatctgaggcaact
gcacacatttacccaggtgacagtgccgtggccaacaaacaacccagcccacagctttcc
agtgaagactctgacagtgactatgaactttgcccagagataaccctaacctacaccgag
gagttttcagatgatgacctggagtatctggaatgttctgatgttatgacggattactct
aatgcagtttggcaaaggaacctgctggggactgagcatgtttttttattagaaagcgat
gacgaagagatggaattcggtgagcattgcctgggtgggtgtgagcatttcctcagtgga
atgggttgtgggtctcgggtgtcgggtgacgctgggcctatggttgccactgctggcttc
tgtggtcatcactcacaaccccaagaagttggggtgaggagcagcagagtctccaagcac
ggtccctcatccccacaaacagggatgactctcattttgggacctcaccaggatggaacg
tcttcagtgacagaacaggggagatataaactccccactgctcccgaggctgctgaaaat
gattatccaggaattcaaggagaaaccagagacagccaccaagcaagagaggaatttgcc
agtgacaatctgctcaacatggatgaatcagtaagagagacagagatgaagctcttgtct
ggtgagtcagaaaactcagggatgagccagtgttgggagacggcagctgacaagagagtg
gggggaaaggacttatggagcaagaggggttcaaggaaatctgccagggtgaggcagccg
ggaatgaagggaaatcccaagaagccgaatgccaacctgagagaaagtacaacagaaggt
acccttcatctctgctctgccaaagaatctgctgagcccccactaacccagagtgataaa
agagagacttctcacaccacagcagcagcgactggtcggagttcccatgctgatgcaaga
gaatgtgctatttcaacccaggcagagcaagaagcaaaaacccttcaaacttcaacagac
tcagtctccaaagaaggcaacacaaattgcaagggagaaggcatgcaagttaatactcta
tttgaaacaagccaggttccagactggagtgatcctcctcaggtacaagttcaggaaaca
gtcagagagacaatctcttgcagccagatgccagctttctcagagcctgctggggaggag
tccccattcactgggaccacaacaatttccttctcaaacttaggaggggtccacaaggaa
aatgcatcattagctcaacactcggaggtcaaaccctgtacctgtggtccacagcatgaa
gaaaaacaagacagagatggcaacatacctgacaatttcagggaagacctaaaatatgag
cagagcatctcagaagccaatgatgagactatgtccccaggtgtgttctcaaggcatctc
cccaaggatgctcgtgctgacttcagggagcctgtggctgtctctgttgcttcccctgaa
cccacagatactgccctcaccctggaaaatgtgtgtgatgagccaagggacagagaagca
gtgtgtgcaatggagtgttttgaggctggtgaccaaggaacgtgttttgataccatagat
tctcttgttgggagaccagttgataaatattcgcctcaagaaatttgctctgtagatacg
gaactggcagaaggtcaaaacaaagtatctgatttatgttcttctaatgacaagacactg
gaagtcttttttcagacacaagtgtctgagacttcagtgtctacgtgcaaaagcagcaag
gacggcaactcagtcatgtcccctctttttaccagtactttcaccttgaacatttcacac
acagctagtgaaggtgccacaggagaaaatctagccaaggtggagaattccacctaccca
ctggcctccacagtacatgctggccaggagcagccaagccccagcaactcaggagggctt
gatgaaacacagctcctttcttctgagaacaatcctttagtgcaatttaaagaaggaggt
gacaagagccccagtcctagtgccgcagacaccacagccacaccagccagttatagttca
attgtgagttttccttgggagaagccaacaacattaactgctaataatgagtgctttcaa
gcgaccagggagactgaggacacatcaactgttaccattgccaccgaagtccacccagcc
aaataccttgctgtgtcaattcctgaggacaagcatgcaggtggcactgaggagaggttc
cctcgtgcatcccatgaaaaggtttcccaatttccttcccaagtgcagttggatcatatt
ttaagtggtgctaccatcaaatctacaaaagagctactttgcagggcacccagtgtgcca
ggagtcccacaccatgtcctgcagctcccagagggagagggtttctgcagtaattcccct
cttcaggttgataacctgtctggagataagagccagactgtggacagagcagactttagg
agctatgaagagaatttccaagaaagaggaagtgaaacaaagcagggggtccagcagcag
agcctgtcccagcagggttctctttctgcacctgatttccaacaaagtttgcctacgaca
tctgctgcacaagaggaaagaaacttggtgcccacggcccactcacccgcaagctctagg
gaaggagcagggcagcgctcaggttgggggacgagggtctccgtggtggctgaaactgct
ggggaagaagacagtcaggctctgagcaacgttccatctctctctgatatccttttggaa
gagtctaaagaatatagacctggaaattgggaggcaggcaacaagctgaagattataact
ctagaggcttccgcttctgaaatctggccaccacgacaactgacaaattctgagagcaag
gcatcagacggtggtctcataattcctgacaaggtctgggctgtacctgatagtctaaag
gcagatgctgttgtgcctgaattggccccctctgaaatagcagcattggctcacagtcca
gaggatgctgagtcagcccttgctgatagcagagaaagccataaaggcgaagagcccacc
atcagtgtacattggagaagtctttcttcccggggtttcagccaacccagactcctggag
tcatccgtggaccctgtagatgaaaaggagttatctgtcacagattcactgtcagcggct
tctgaaactggagggaaggaaaatgttaacaatgtgagtcaagaccaggaggaaaaacaa
ctcaagatggatcacactgccttctttaaaaagtttctgacctgccctaaaatcctagag
tcctctgtagatcccattgatgagataagtgtgatagagtacaccagggctggaaaacca
gagccctctgaaaccacaccacagggcgccagagaagggggtcaatcaaatgacggaaac
atgggccacgaagcggaaatccagccggccattttgcaagttccatgtctccagggaacc
attctgagtgaaaatagaatcagcagaagccaagaaggcagtatgaagcaggaggctgaa
caaattcaacctgaggaggcaaaaactgccatttggcaagtcctgcaacccagcgaaggc
ggtgaaagaattccaagtggatgtagcataggccaaatacaagaaagcagtgatgggagc
ttaggggaggctgagcaaagcaaaaaggacaaagcagaattgatttcccccacttcacct
ctttctagttgtcttccaataatgactcacgcttctcttggggttgacacgcacaactcc
acaggccaaattcatgacgtccctgaaaatgacatagttgagcccagaaagcgtcagtat
gtgtttcctgtttcacagaaaaggggaactattgagaatgagcgtgggaaacctttgccc
tcttctcctgatcttaccaggttcccttgtacttcatctcctgaaggaaatgtcacagac
tttttgataagccacaaaatggaggaacctaaaatagaggtgcttcaaattggggaaacc
aaacccccaagctcatctagctcctcagcgaagaccttggcatttatttcaggagaacgt
gagttagagaaagcccctaaattactgcaggatccatgtcaaaagggcaccctgggctgt
gcgaaaaagtccagggagagagagaagtccctggaagcccgagcaggcaaatcgccaggg
accctcacagcagtgacggggtcagaggaggtcaagaggaagccagaagccccaggcagt
ggacatttagctgagggagtaaagaagaaaattttgtccagggtggcagcactgaggctg
aaactggaagaaaaggaaaatatcagaaagaactcagcctttcttaaaaagatgcccaaa
ctcgaaacatcattatcacacacagaagagaaacaagacccaaaaaagccatcttgcaaa
agagaaggaagagctccagtattactgaaaaagatccaagctgagatgttccctgaacac
tctggaaatgtaaaattaagctgccaatttgcagaaattcatgaagattctactatctgc
tggacaaaagattcaaagtccatagcccaagtgcagagaagtgcaggggacaactccact
gtttcctttgccatcgtgcaagccagtccgaaggaccagggactctattactgctgcatc
aagaacagctacggaaaagtgactgctgaatttaacctcacagctgaagttctcaaacag
ctgtcaagtcgccaggatactaaaggatgtgaagagattgaattcagccaactcatcttc
aaagaagacttcctccatgacagctactttgggggccgcctgcgtggtcagatcgccacg
gaggagctgcactttggagaaggggttcaccgcaaagccttccgcagcacagtgatgcac
ggcctcatgcctgtcttcaaacctggccatgcctgtgtgcttaaggtgcacaatgccatt
gcctatgggaccagaaataatgatgagctcatccaaaggaactacaaactcgctgcccag
gaatgctatgttcaaaatactgccaggtattatgccaagatctacgctgctgaagcacag
cctctggaaggctttggagaagtacctgagatcattcctatttttcttatccatcggcct
gagaacaatatcccgtatgctacagtggaggaggagctgattggagaatttgtgaagtat
tccatcagggatgggaaagaaataaacttcttgagaagagaatcagaagctggtcagaaa
tgttgcaccttccagcactgggtgtaccagaaaacaagtggctgcctcctggtgacggac
atgcaaggtgtaggaatgaagctaactgacgttggcatagcaacgctggctaaagggtac
aagggatttaaaggcaactgttccatgaccttcattgatcagtttaaagcactacaccag
tgtaacaagtattgcaaaatgctgggactgaaatcccttcaaaacaacaaccagaaacag
aagcagccgagcattgggaaaagcaaagttcaaacaaactctatgacaataaagaaggca
gggcctgagaccccaggcgaaaagaaaacctaa

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Ontology (2)   
   KEGG BRITE (2)   
Disease (1)   
   OMIM (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (41)   
   KEGG ORTHOLOGY (1)   
   RefGene (35)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (17)   
   RefSeq(nuc) (1)   
   GenBank (8)   
   EMBL (8)   
Protein domain (7)   
   Pfam (7)   
All databases (72)   

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