KEGG   Apteryx rowi (Okarito brown kiwi): 112968184
Entry
112968184         CDS       T07573                                 
Symbol
ALPK2
Name
(RefSeq) alpha-protein kinase 2 isoform X1
  KO
K08868  alpha-kinase
Organism
arow  Apteryx rowi (Okarito brown kiwi)
Brite
KEGG Orthology (KO) [BR:arow00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:arow01001]
    112968184 (ALPK2)
Protein kinases [BR:arow01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   112968184 (ALPK2)
SSDB
Motif
Pfam: Alpha_kinase I-set Ig_3
Other DBs
NCBI-GeneID: 112968184
NCBI-ProteinID: XP_025925913
Ensembl: ENSARWG00000003539
Position
Unknown
AA seq 1885 aa
MTVWETSEQNEQNEKCFAQSRSRPYESYSILVSPDSDPSKSSGLLLEKIRKPEVLSPSEK
SHRHMPNMEDNRDVKNVFKTQGNISCLRDVSENGGDLIHFNTTVNVTAGKAEKYCSRQVH
SSPTNAITYHTDNCCLNTEDTVSSQSPEDAHTCEKNELGKPLTMNTPFSEQADIPGVSHH
YFVKEDSANSGTLLEIHPKKSLSISSDFSDDDLEHFQCSDVLTIHENEIWKEKLQFLLES
DDEGDLKLSKDCDGCAYFLREMPCLVQVSDNTAPMDTTIGFCGHHSKFKGVNVRRDPSTS
HSTLQSEMTLTVGHHQDKTTSLKDKEKYKLPVASTAIGNDCPRIEEANNGSGHSAADFST
DKSQDMDDVLAKVDSSISHIGASLTNQASEIMSENNTDKDLPGDSSLQLEEGRRNLSEEK
SRRAVCTLTENLRRNLLKLLNPKELCRYVSNIGQSFQTAAEVGESSALFPSQEGVISTQI
HKETESLQMQAGLCQTEEADKDCHWEWKRTWGLSEQNQVPDENVSPRNQDASLNNFTQNY
ERRCVEPETEKKGIFKTCESGVTTNPASEMLCSEKTLQAKNAALQTYSRHHAPCDKSESH
QQQFFWEQGTNITSNGNKSKNDISACFLWDTDSVPDRQEHLYAVPSPAKLCNEPRERGQR
YSFDSHDSNGTDALCVVSCDEYLFEASGKTVQESGEPGCKGDADLSAVHDKLWKLLHEVD
SDCQIPFENRGITSLEIRPTDVKVTEQSFAQEACPDHPLSINLIEEEEPIIQPTSRQRTE
KEDCSVSNILLKTDEACNSASIGNVSLTQVVETDGICQGSSTGNRKETPCIHLSANSILN
VEECLEQKPNQTLTGENGSIQMTAVQEGKLTVNNAFQTCDGDSPQRLKNAQSSNFEYDKE
NPAYMSDKSIGQLLYTDQNISLINETITTCTDEDTGKHSNVRDCYSSRKKLAYFPEQKDF
FPTNSSGENANQFTHEKHFSAEAIHKSTEENLQGRGNHSDLNTQNDVNSGHYHLSENDCK
DFQVVSNAQKCSYLMQLPNLIKTPETITCKNLPQNIHQVTEIEKQEEAFIPSYEDQFLTD
FLVEVPKYKQSKMREEQKDNEQKAETSCGAGVKHVSESQPAVSPQNTSEHVFFVDHTFES
HEKFKTNSSRNHTYASGSATPLSPPQPGWARNEYPSVANEDYKDTSNRVDIQQLTIRETL
PLMGQSEDSVTSISAMGCSSVGSQVQTESTQTAVKADENLNKLEKFPKALQDQLHKVPQE
NKDETVLQGEEREIQRAEQYNPDEAEIKPSMHALISSEAQEQVMSNSIKQSCLDLISSSK
LSGVEKSVKSTESTQSTDKTEKILASESAVSGLVNLPPTDSGNDQYFQEQPPHSRTQPSS
LALTTDDAFPVKVERLKNQEGSKSYQTAPAVAELEPIRCKQDTAKSGQLATGAKKKLPPT
ALSKKPRLEERGNVSKSPSCVKKPVRSEAGMIHKEDRKEQRKLPSKKDSKAPKLLKKIQA
ELFPDCSGNIKLCCQFGDIHGDSTITWTKDSKLLARLQRSAQDDSPISLAIAKAGNKDQG
MYYCCLKNIYGKVTAEFKLTSEVLEHLSSFQNLEGLEEIEFMQLMFREDFINDSYFGGNL
HGIIATEELHFGEGMHRKAFRSKVMQGLVPVFSPGHPCVLKVHSAIMYATKSKDDLVQKN
YKLALQECYVQNTAREYAKIYAAEAEPLEGFGEVPEIIPIFLVHRPANNIPYATVEEELI
GEFVKYSVKDGKEINFLRRDSEAGQKCCTFQHWVYEKTNGSLLVTDLQGVGMKLTDVGIA
TLTKGYKGFKGNCSVSFIEQFRVLHQCNKYCAMLGLKALLSTHQKQRKPTSTKSKTLPNS
TTVKKTVPSAQESKRTETSFLRSIE
NT seq 5658 nt   +upstreamnt  +downstreamnt
atgacggtgtgggaaacttcagagcagaatgagcagaatgagaaatgttttgcacaaagc
aggagtcgcccctatgagagttactccatcttagtttcaccagattctgacccttcaaaa
agcagtggtttattgcttgagaagatcagaaaaccagaagtattgtccccaagtgagaaa
tcccacagacatatgcctaacatggaagacaacagggatgtaaaaaatgtatttaaaaca
cagggaaatatttcctgcctaagggatgtgtcagagaatggtggtgatctaattcatttt
aacacaacagttaatgtcactgctggaaaagcagagaaatactgcagcagacaggtgcat
tccagccccacaaatgcgatcacttatcacactgacaactgttgccttaacacagaagac
actgtttctagtcagtccccggaagatgcccacacatgtgagaagaatgagctaggtaaa
cctctaaccatgaatactccattcagtgagcaggcagatattcctggagtaagtcaccat
tattttgtaaaagaagattctgcaaattctggcactcttctggagattcatccaaagaaa
agtctaagcataagcagtgacttttctgatgatgatctagagcattttcaatgttcagat
gtgctgacaatccatgaaaatgaaatctggaaagagaaattgcagtttttactggaaagt
gatgacgaaggtgatttaaaactgagcaaggattgtgatgggtgtgcttacttcctcagg
gaaatgccttgtctggttcaagtgtcagataacactgcgcctatggataccaccattggc
ttctgtggtcatcactcaaaattcaaaggagtaaatgtaaggagagatccctctaccagc
cactcaactttgcagtcagagatgactctcactgttggacaccaccaagataaaactacc
agcttgaaagacaaagagaagtataaactgcctgttgcttccacagccattggaaatgac
tgtcccaggattgaagaagcaaataatggaagtggtcactcagctgcagatttctcaact
gacaaatcacaggacatggatgatgtacttgcaaaggtggactcttctattagtcatata
ggtgcttctttgacaaatcaggcttcagagataatgtcagaaaataatacggacaaggac
ttgcccggtgacagctctttgcaattagaggaggggagaagaaatttgtcagaggaaaaa
tcaaggcgtgctgtctgtaccttaacagaaaatctaagaagaaaccttttaaagttgtta
aaccctaaagagctttgcagatatgtaagtaatataggacaatcttttcagactgcagct
gaggttggggaatccagtgctctgtttcccagtcaggaaggtgtcatttcaacacaaatc
cacaaggagacagaaagcttgcaaatgcaggctggtttgtgtcaaacggaagaggcagat
aaagactgtcattgggaatggaaaaggacttggggcctgtctgagcaaaatcaggtgcca
gatgaaaatgtctcacccaggaatcaagatgccagtcttaataactttacccagaattat
gaaagacgatgtgtggagcctgaaacagagaagaaaggtatcttcaagacttgtgagagt
ggagtcaccaccaatccagcttcagaaatgctctgttctgaaaagacattacaagcaaaa
aatgcagctttacaaacctattcccgacaccatgctccgtgtgataagagtgaaagtcat
cagcaacaattcttctgggaacaaggaactaatattactagtaatggcaacaaatcaaag
aatgacatttcagcttgttttttatgggatacggactctgttcctgatagacaggaacat
ttatatgctgttccgtctcctgcaaagctatgcaatgagccaagggaaagagggcaaagg
tatagttttgactcacatgatagcaatggcacagatgctctctgtgttgtatcatgtgat
gaatatctgtttgaagctagtggcaagacagtccaggaatctggagaacctgggtgcaaa
ggagatgctgatttatcggcagtgcatgacaagctgtggaagcttcttcatgaagttgac
tcagactgtcagatcccatttgaaaaccgagggatcacaagtttagaaattaggccaacg
gacgtcaaagtcacagaacagagctttgcacaggaggcttgtcctgatcatcctttatca
ataaatttaatagaagaggaggagcctattatacagccaactagtagacaaagaacagag
aaagaagattgcagtgtttctaatatcctactaaaaacggatgaagcatgtaacagtgca
tccataggaaacgtttctcttacacaagtggtagaaacagatggtatatgtcaaggttct
agcactggaaatagaaaagaaacaccatgcattcatctttcagcaaatagtatattaaat
gtagaggagtgcttggagcaaaaaccaaatcaaacattaactggcgagaatggatcaatt
caaatgactgctgtccaggaaggaaagctgactgttaataatgctttccaaacatgtgat
ggagattcccctcaaagattaaaaaatgctcagagtagtaatttcgaatatgacaaagaa
aacccggcttacatgtcagataagtctattggacaattactttatactgatcagaacata
tccttgataaatgagactataactacgtgtacagatgaagatactggtaaacactctaat
gttagagactgttactcatcaagaaaaaaacttgcttatttccctgaacagaaggacttt
ttccccactaattcctctggtgaaaatgccaatcaatttacacatgaaaaacacttttct
gctgaagctatacataaaagtactgaagagaatttacagggaagaggaaatcactcagac
ttgaatacacagaatgatgtgaattctggccattatcatctttcagaaaatgactgtaaa
gattttcaagttgtttctaatgcacagaaatgcagttacctaatgcaattgcctaattta
attaagactcctgaaaccataacatgtaagaatctaccccaaaacatacaccaagtgaca
gagatagaaaagcaagaagaggcattcattccatcttatgaggatcaatttttaactgat
tttttggtagaggtgcccaaatacaaacaaagtaaaatgagagaagaacagaaagacaat
gaacaaaaggctgaaacttcctgtggcgcaggagttaagcatgtttcagaaagtcagcct
gcagtttcccctcagaatacatcagaacatgtattttttgttgaccacactttcgagtct
catgaaaagttcaaaacaaattcttcaaggaatcacacatacgcatctgggagtgcaaca
ccacttagccctccacagcctggatgggctcgaaatgagtaccccagtgtagcaaatgag
gattataaagataccagtaatcgggtggatatccaacagctgaccataagagaaacatta
ccactcatgggccagtcagaggactctgttaccagtatatcagcaatgggatgttccagc
gtaggaagtcaagtacaaacagaatccacacaaactgcagtcaaagcggatgaaaatttg
aataaattggaaaaatttcccaaagcattgcaggatcagttgcataaggtaccccaagag
aacaaggatgaaacagtcttgcagggggaagaacgagaaattcaaagagctgagcaatat
aatccagatgaagctgaaataaagccttctatgcatgctttaattagctctgaggctcag
gagcaggttatgagtaatagcattaagcagtcctgtcttgacttgatctcgtccagcaag
ctaagtggggttgaaaaatcagttaaatctactgagtctactcagtccactgataaaact
gaaaaaatcttggcatcagagagtgcagtaagtggtttagttaacttgccaccaactgat
tcagggaacgaccagtattttcaagagcaaccacctcacagcagaactcagccctcctcc
ttagcattgaccacagacgatgcattcccagtcaaagtggaaaggctaaagaatcaagaa
gggtcaaagtcttaccagacagcaccagctgttgcggagcttgagcccatcaggtgtaag
caagacacagcaaagagtgggcagttagctactggggctaagaagaaactaccaccaaca
gcactgtcaaagaaaccccgactggaggagagaggaaatgtgagcaagagtcctagctgt
gttaaaaagcctgtgagaagtgaggcaggcatgattcataaagaagatagaaaagagcaa
aggaaactaccttccaaaaaggatagcaaagctcccaagctgctgaaaaagatacaagca
gaattattccctgactgctctggaaatattaagttatgctgtcaatttggtgacattcat
ggtgactccaccattacatggactaaagattccaagttactagctcgactgcagagaagt
gcccaggatgactctcccatctccttggcaatagctaaagctggtaacaaagaccaggga
atgtattattgctgtttgaagaatatttatggaaaggtgactgctgagtttaagctgact
tctgaagtcttggaacatctctcaagttttcagaatttggaaggtctggaagaaattgaa
ttcatgcagctcatgttcagagaagatttcatcaatgatagctattttggtgggaacctg
cacggaataatcgctacggaagagcttcactttggtgaaggcatgcaccggaaagcattc
cgcagtaaagtgatgcaaggcctggtgccagtgttcagtcctggccacccctgcgttctc
aaagtgcacagtgctatcatgtacgcgaccaagagcaaggatgatctagttcaaaagaac
tacaaactagcactgcaggaatgctatgtccaaaatacagcgagagagtatgcgaagata
tatgcagcagaagctgaacctttggaaggcttcggggaagtaccagagatcattcctatt
tttcttgttcatcgccctgcaaataacatcccctatgccacagtggaggaggagctgatt
ggggaatttgtgaaatactctgtcaaggatggcaaggaaatcaatttcctgagaagagac
tcagaggctggccaaaagtgttgcaccttccagcactgggtgtatgagaagaccaatggg
agcttgctcgtcactgacctgcaaggtgttggaatgaagttaactgacgttggcatagca
acattgaccaaaggatacaaaggttttaaaggcaactgctccgtttccttcattgagcag
ttcagagtccttcaccagtgcaataagtactgtgcgatgctggggttgaaagctctccta
tccactcatcagaaacagagaaaaccaacatccacaaaaagcaaaaccctgccaaactca
acgactgtaaagaaaacagtgcccagcgcccaagaaagtaagagaacggagacttcattt
cttcggagcattgagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (13)   
   RefSeq(nuc) (13)   
Protein domain (3)   
   Pfam (3)   
All databases (34)   

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