KEGG T06012: 103916107

Pygoscelis adeliae (Adelie penguin): 103916107

Entry

103916107         CDS       T06012

Symbol

ALPK2

Name

(RefSeq) alpha-protein kinase 2

K08868

alpha-kinase

Organism

padl Pygoscelis adeliae (Adelie penguin)

Brite

KEGG Orthology (KO) [BR:padl00001]
09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:padl01001]
    103916107 (ALPK2)
Protein kinases [BR:padl01001]
Serine/threonine kinases: Other
  Alpha family [OT]
   103916107 (ALPK2)

SSDB

Motif

Pfam:

Alpha_kinase I-set Ig_3 V-set

Other DBs

NCBI-GeneID:

103916107

NCBI-ProteinID:

XP_009321327

Position

Unknown

AA seq 1799 aa
MEDKMDVKNTFKTQENTSCLRDFSENGDDLINFNSMVSVTTGKAEKYCSGQVHSCPSKVI
TYNTDNCCLNTEDSVSGQSLADVQACKKTLNMNTLFSEQADTPIVNHNYFVKDDSENSAT
ILEIYAEEIPSVSDDFSGDNLEDFDCSDVLTVHENEIWKKKLQFLLESDDEDDLKLSKDC
DGCAYFLSEMPCLFQVSDNTTPMDTTIGFCGHHSKFNGVNVRRDPSMYSRSTLQTEMTLT
VGHHRDKSTSLKDKEKYNVPVASADIEDDHPRTEEENNGSGHSAADFSTDKSKNKDNVRA
KADSSTNGIGASLTNQASETMTENIMDKDLLGESSLLLEEGGRNLPEENARHAVCTLTEN
LRRNLLKLLNPKELCRYVSNIGQSFQTAAEVRESSALFPSQEGVISTQIPEETESLQMQA
GLCHTEEADKECHWERKRTWGLSEQNQMPNENISPRNQGANLKIFTQNCERLCMEPGTEK
EGIFMTCESAGTIHPASEMLCTEKTLQVKNANLQTYSQHHAPDKRESCHQQVFCEQGINI
ISNGNKSKNDVSPFPLWDTDSVPDKQDCLCAVLSSAKLCDEPREGEQRYSFDSHDSNDTD
ILCSLSCDESLFEANPKSVLESGEAECKGDADISAVHGKLWKLLHEDYSDYQIPFENRGI
TSLEIRLTDSKVRELNFVQETCSDHPLPINLIEEQEPITQPASRQRTEKEDCNVSNNLLE
TDEACNSASIGNICLAQVVETDGICLDSSTGNKTETPSICVSANSIILNRGECLERKPNQ
TLTDSNGFIQMTVAREGKLTINNGSQTCDAVSPQRLKNAQSSNLAYDKENPAYMSDKSHG
TTGQLLHTEHNISLINESVTGKGCHFRDCYPARKELAYFPEEKDIFPGENTNQFTHEHSS
INTIHKSYEENLQEKGNHSDLNAQNDTNSDSYHLSKNNDCRDFQVFSNAQKYGYLMQLPN
LIKIPETITRKNLPQNIDQLTEIEKQEVSLPFSEDPFLRDFYVEVPRCEPCKTEEQREIC
IGEQRAETSCGSGVSPVSESQTAVSPHNTSEQHVFFVDSTFKSDKELKTESSKNHTYASE
SVTSVSTPLPRKTQNEYHSIANEDYRDTSNQLDIQQLTVKETLPFFTPVSRSEGLLTSIS
TMGCPSTGSQVKTESTQTAVKLDENWSALETFCKVLQDQFHRVPEENKEEAVLCENKQEI
QRAVEYNPDEAETLHTGSKAQRRIMNISTEQSWSDLISSSKLTEVDNSIKCTEYDKDEEV
MTSENIVGGLVNLSPVNSGSDHYFQEQPPYSRTQPFSIALTAYDPFPVNAETLRNQEGLK
SCQTSPTVAEPEPIKCKQDTAKSGHLATGAKKKLPPATLSKKPRLEERGNVSKDPSCVKK
SVKSEAGMIHKEDRKEQRKLILKKDTKAPKLLKKIQAEFLPDCSGNIKLCCQFGDLHGDS
TITWTKDSKLLARLQRSAQDDSPVSLAIAKASNKDQGMYYCCLNNMYGKVTAEFNLTSEV
LEHLSSFQNWEGVEEIEFMQLMFREDFISDSYFGGNLHGIIATEELHFGEGMHRKAFRSK
VMQGLVPVFSPGHPCVLKVHNAISYGTKSKDDLVQKNYKLALQECCVQNTAREYAKIYAA
EAEPLEGFGEVPEIIPIFLVHRPANNIPYATVEEELVGEFVKYSVRDGKEVNFLRRDSEA
GQKCCTFQHWVYEKTNGSLLVTDLQGVGMKLTDVGIATLAKGYKGFKGNCSISFIEQFRA
LHQCNKYCEMLGLKSLRTTHQKQRKATSMKSKNLPNSSTIKKTVPKKAGDPRDFISSEH

NT seq 5400 nt +upstreamnt +downstreamnt
atggaagacaagatggatgtaaaaaatacatttaaaacccaggaaaatacttcctgctta
agggatttttcagagaatggtgatgacctaattaattttaacagtatggtcagtgtcacg
actggaaaagcagagaaatactgcagtggacaggtacattcctgcccttcaaaagtaatc
acttataatacagacaactgttgccttaacacggaagactctgtatctggtcagtctctg
gcagatgtccaggcatgtaaaaagactctaaacatgaataccctattcagtgagcaggca
gatactcccatagtaaatcacaattattttgtaaaagatgattctgaaaattctgccact
attctggagatttatgcagaggaaattccaagtgtaagtgatgacttttctggtgataac
ctagaggattttgactgttcagatgtgctgacagtgcatgaaaatgaaatctggaaaaag
aaattacagtttttattagaaagtgatgatgaagatgatttaaaactgagtaaggattgt
gatgggtgtgcttacttcctcagtgaaatgccttgtctgttccaagtgtcagataacact
acgcctatggataccaccattggcttctgtggtcatcactcaaaattcaacggagtaaat
gtaaggagagacccctctatgtacagccggtcaactttgcagacagagatgactctcact
gttggacaccaccgagataaaagtaccagtttgaaagacaaagaaaagtataacgtgcct
gttgcatctgcagacattgaagatgaccatcccagaactgaagaagaaaataatggaagt
ggccactcagctgcagatttctcaactgacaaatcaaagaacaaggataatgtacgtgcc
aaagcggactcctctactaatggcataggtgcttctttgacaaatcaggcttcagagaca
atgacagaaaacattatggacaaggacttgctgggtgaaagctcattgctgctagaggag
gggggaagaaatttgccggaggaaaatgcaaggcatgctgtctgtaccttaacagaaaat
ctaagaagaaaccttttaaagttgttaaaccctaaagagctttgcagatacgtaagtaat
ataggacaatctttccagactgcagcagaggtcagggaatccagtgctctgtttcccagt
caggaaggtgtcatttcaacacaaatccccgaggagacagaaagcttgcaaatgcaggct
ggtttgtgtcatacagaagaggctgataaagagtgtcattgggaaaggaaaaggacttgg
ggcctgtctgagcaaaatcagatgccaaatgaaaacatctcacccaggaatcaaggtgct
aatcttaaaatctttacccagaattgtgagagactatgtatggagcctggaacagagaag
gagggcatcttcatgacttgtgagagtgcaggaaccatccacccagcttcagaaatgctc
tgtactgaaaagacattacaagtaaaaaatgcaaatttacagacctattctcaacaccat
gctcctgataagagagaaagttgtcaccaacaagtcttttgtgaacaaggaattaatatt
attagtaatggcaacaaatcaaagaatgatgtttcaccttttcctttatgggatacggac
tctgttcctgataaacaagactgtttgtgtgctgttctctcttctgcaaagctatgtgat
gagccaagggagggagagcaaaggtatagttttgactcacacgatagcaatgacacagat
attctctgcagtctgtcatgtgatgaatctctgtttgaagctaatcccaagtcagtcctg
gaatctggagaagctgagtgcaaaggagatgctgatatatctgcagtgcatggcaagctg
tggaaacttcttcatgaagattactcagactatcaaatcccatttgaaaaccgggggatc
acaagcttagaaattaggctgacagatagcaaagtcagagaactgaactttgtacaggag
acctgttctgatcatcctttgccaataaatttgatagaagagcaggaacctattacacag
ccagctagtagacaaagaacagagaaagaagactgcaatgtttctaataacctacttgaa
acagatgaagcatgtaacagtgcatccataggaaacatttgtcttgcacaagtggtagaa
acagatggtatatgtctagattctagcactggaaataaaacggaaacaccatccatttgt
gtttcagcaaatagtatcatcttaaatagaggggagtgcttggagcggaagccaaatcaa
acattaactgacagtaatggattcattcaaatgactgttgctcgggaaggaaagcttacc
attaataatggttcacaaacatgtgatgcagtttctcctcaaagactgaaaaatgctcag
agtagtaatttagcatatgacaaagaaaacccagcttacatgtcagataagtcacatggg
acaactggacaattacttcatactgagcacaacatatccttgataaatgagtctgtaact
ggtaaagggtgtcattttagagactgttacccagcaagaaaagaactggcttatttccct
gaagagaaagacattttccctggtgaaaataccaatcagtttacacatgaacactcttct
attaacaccatacacaaaagttatgaagagaatttacaagaaaaaggtaatcactcagac
ttgaatgcacaaaatgacactaattctgacagttatcatctttcaaaaaataatgactgt
cgagattttcaagttttttctaatgcacagaaatacggttacctaatgcaattgcctaat
ttaattaagattcctgaaaccataacacgtaagaatttaccccaaaatatagaccaactg
acagaaatagaaaaacaagaagtgtcacttcctttttctgaggatccatttttaagagat
ttttatgtagaagtgcccagatgtgaaccatgtaaaacagaagaacagagagagatttgt
ataggtgaacaaagggctgaaacttcctgtggctcaggagttagtcctgtttcagagagt
cagactgcagtttcccctcataatacatcagaacaacatgtattttttgtcgacagcacc
ttcaagtctgataaagagttaaaaacagagtcttcaaaaaatcacacgtacgcatctgaa
agtgtaacatcagttagtaccccactgcctagaaagactcaaaatgaataccacagcata
gcaaatgaggattatagagataccagtaatcagttagatatccaacaactgactgtaaaa
gaaacattgccattcttcacacctgtaagccggtcagagggccttcttaccagtatatca
acaatggggtgtcctagcacaggaagtcaggtaaaaactgaatccacacaaactgcagtc
aaactagatgaaaattggagtgcgctggaaactttctgcaaggtattgcaggatcagttc
catagggtacctgaagaaaacaaggaggaagcagtcttgtgtgaaaataagcaagagatt
caaagagctgttgagtataacccagatgaagctgaaactttgcacactggctccaaggct
cagagacggattatgaatattagcactgagcagtcctggtctgacttgatctcttccagc
aagctaactgaggttgataattcaattaagtgtactgagtatgataaagatgaagaagtc
atgacatcagagaacatagtaggtggtttagttaatttgtcaccagttaattcagggagc
gaccactattttcaagagcaaccaccctacagcagaactcagccattctccatagcgttg
accgcatatgatccattcccagtcaatgcggaaacgctaagaaatcaagaaggattgaaa
tcctgccagacatcaccaactgttgctgagcctgagcccatcaaatgtaaacaagacaca
gcaaagagtgggcatttagctactggagctaagaagaaattaccaccagcaacactgtca
aaaaaaccccgactggaggagagaggaaatgtcagcaaggatcctagctgtgttaaaaag
tctgtgaagagtgaggcaggcatgattcataaagaagatagaaaagagcaaaggaaacta
attttgaaaaaggataccaaagctcccaagctgctgaagaaaatccaagcagagtttttg
cctgactgttctggaaatattaagctatgctgtcagtttggtgaccttcatggtgactcc
accattacatggactaaagattccaagttactagctcgactgcagagaagtgcccaggat
gactctcctgtctctttggcaatagctaaagccagtaacaaagaccagggaatgtattat
tgctgcttgaataatatgtatggaaaggtgactgctgagtttaatctgacttctgaagtt
ttggaacatctctcaagttttcagaattgggaaggtgtggaagaaattgaattcatgcag
ctcatgttcagagaagatttcatcagtgacagctattttggtgggaacctgcatggaata
atagctacagaagagcttcactttggtgaaggcatgcaccggaaagccttccgaagtaaa
gtgatgcaaggcctcgtgccagtgttcagtcctggccacccctgtgttctcaaagtgcac
aatgcgatctcatatgggaccaagagtaaggatgatctggttcaaaagaactacaaacta
gcactgcaggaatgctgtgtccaaaatactgcaagagagtatgcgaagatatatgcagct
gaagctgaacccttggaaggctttggggaagtaccagagatcattcctatttttcttgtt
catcgccctgctaataacatcccctatgcgacagtggaggaggagctggttggggaattt
gtgaaatactctgtcagggatggcaaggaagtaaatttcctgagaagagactcagaggct
ggccagaagtgttgcactttccagcactgggtgtatgagaagaccaatgggagcttgctt
gtcactgacctgcaaggtgtaggaatgaagttaactgacgttggcatagcaacattggcc
aaaggatacaaaggttttaaaggcaactgctcgatttccttcattgagcagttcagagcc
ctccaccagtgcaataagtactgtgagatgctggggctgaaatctctccgaaccactcat
caaaaacagaggaaagcaacatccatgaaaagcaaaaatctaccaaactcatcgactata
aagaaaacagtgcccaagaaagcaggagaccctagagacttcatttcttcagagcactga

All links

Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (14)   

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