KEGG   Rattus norvegicus (rat): 498875
Entry
498875            CDS       T01003                                 
Symbol
Alpk2
Name
(RefSeq) alpha-protein kinase 2
  KO
K08868  alpha-kinase
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:rno01001]
    498875 (Alpk2)
Protein kinases [BR:rno01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   498875 (Alpk2)
SSDB
Motif
Pfam: Alpha_kinase I-set Ig_3 Ig_2 ig C1-set V-set C2-set_2
Other DBs
NCBI-GeneID: 498875
NCBI-ProteinID: XP_038953341
RGD: 1564431
Position
18:complement(61045717..61161703)
AA seq 2123 aa
MADPGCPQRHTLRFLSTLLSQKVPEKSDVVLRCMIAGQPKPEVTWYKNGQAIDSGNTVSS
YEFFENQYIHLLHLPGCAQSDAAVYQVSARSCVGMICCSASLEVQCLQDPQVSPDPGGGG
DVAGERETEIREEDSTRRTDEKWNPCKTEESMAAGAYMPTHSSPDKFDPSCSPQMVVSHD
SAVSDSENPQYVKEARQRTEPFNSDNMQASSFNSNIEKQDVSQLRTAHATVSGLTGDGLG
HEEPNESVTPSHQTPKAQKYISFSLPLPEATLYPYPSDSNSINMQPGPQVPSEDSDSDYE
LCPEITLTYTEEFSDDDLEYLECSDVMTDYSNAVWQRNLQGTDRVFLLESDDEEMEFNEC
GPGGCEHFFSEMGCGPQVSGGMWSMNVATGFCSYRSQPQEVGDRSSGTSRHSPLPLHSEM
TLTLGPHQDGIATMTEPGRAPLPTASEAVENDCSGIRGETRDKPEAGEEFSSDNLQTMDK
AETEASAKPLSGGSDKSEAKQGLKSLAGERTEEKYPGSRKTALRPTRARWPGMKANVKKQ
LLKDGPPKGTLDPLPKEPTKQPLTRSYGQEPAHTETGAPGWNSHFREVCIPLPAEQDSKT
PRPPADPLSKEGDSSFEGGGALLSTLSEASQIPDQTAGRLQETIGENSYLDQMPAFSVPA
EEESTFTGVQTHFVSNLTEIDRGNSSLAQYLGLESCPQSPQQESRQNREGDRPGALWAES
AQELRPLEDNDEEVSQAPASVALPQGDGTHFRESEALSDAFSQPTAPSLPLENVDSGSRG
REAACVMGCFEAGDQETCYATMDLPVGAPVDKYLPEEICPMDLELTEGQREVCDLCSPDK
ILAVLQAQGSESPQATYKHSEDGKSAEGALFHSTLAWDTSPEAREDATGGTAADTGNSPS
IFSSTLLYNVGGFGEIQAPCSENISFVNSNEGGYGSSNLSVPIAIDTLASYGSIRECSEE
QSTEPAANVDCHQVTRETEGILTDATEVHKIKCRTVSVPHINDFVDGADQVSCEAQDEEN
SPSLPDDPLSSFTGEATRETLVPAPSDAGTHGHFLLPEGQGLYLRPLQIDTQPGYESQTV
EGAHSGGLEEDFQEKGNGTKQCIRPQSTSHQGSLSANDFQESLPSIPAMQQEVNVEPFEH
SPADSGEETECSSDQRTSVSVLAEKTMGEGSPLVSSVPALPDILLGEKDGIGLGSWSVGS
KVKIITLEAPVFEIWPPELVTHSGYKEAEVGLTAPGRSWALSDILRAGTRPEPGALGVTT
WVPSPKADAIMALGNNRDICEDAAPDRQAYCNSQTSQCLGQPRLLESSVDPVEEKELNVT
DSPSETSRTGEVEMAETTDEEQGGRQHKLPHPTVANQSVNFPRILESSVDPIDDRGGKPE
PSDSNIEASESTTGNMCQRVDIQTAHLRVPHPQDNGEIIPNENTTNQTHVDRERADAKAS
QHNAAKDAIWQGQCPGEERQGIPSVCTVSPTQDGGDRSLGEAGQRGKDETEVTSPMSPLS
NCPAGMTYTSVTAETSNSTGHIYGGSEPRTHQRVIPVKREKGTIENKCGKHVPSSNDLMD
TLCTSSPKGNVTRSPTSPRAEELKSEELQIAETKPLNSSDPRTMTLAFISGEHESEKDPE
SLLLKDLCQKGSTLESGKKSREEQQRPVVANISKAPGAQSAIAGSEEGKKQEASGSGHLA
AGIKKKILSRVAALRLRLEEKERVKNSTLRKAPKFERSLSRTDEKRDPRRAPCKAEGKAP
VLLKKIQAEPAPEHSGNIMLTCQFSEIHEDSTVCWTKDSKSIAQLKKSAGDSSSVSLAIA
QAGQKDQGLYYCCVKNSYGKVTAEFNLTAEVLKQLSSHTEYRGCEEIEFSQLIFKEDVFN
DSYFGDHLRGQIFTEELHFGEGVHRKAFRSTVMQGLMPVFQPGHACVLKVHNAVAHGTRN
NDELVQRNYKLAAQECYVQNTARYYAKIYAAEAQPLEGFGEVPEIIPIFLIRRPENNIPY
ATVEEELIGEFVKYSIRDGKEINFLRRDSEAGQKCCTFQHWVYQKTSGCLLVTDMQGVGM
KLTDVGIATLAKGYKGFKGNCSMTFIDQFRALHQCNKYCKMLGLKSLQNNSQKPKKILGK
GRAPSNSSPVKAPESGTPTEKKT
NT seq 6372 nt   +upstreamnt  +downstreamnt
atggcagatccaggctgcccccagaggcacacactacgttttttatcaacgttactttcc
cagaaggttccggagaagtctgacgtcgtgcttcgatgcatgatagccggtcagcccaag
ccagaggtgacttggtataagaatggtcaagccatagattcgggaaacaccgtttccagt
tacgagttctttgagaaccagtatattcatttgctacatctcccaggctgtgcccagagc
gacgctgcggtttatcaggtctcagcgagaagctgcgtggggatgatctgctgttcagcc
tccctggaggtccagtgtctgcaggacccacaggtctctcctgatccaggaggtggcggg
gacgtggctggggagcgtgaaacagagatacgtgaagaagacagcacacgccgcacagac
gagaagtggaacccttgtaaaacagaagaaagtatggccgcaggggcttacatgccaact
cattcctccccagacaaattcgacccctcgtgctcaccccagatggtggtcagtcatgac
tctgctgtttccgattctgagaatccccaatacgttaaagaggcaagacaaaggacagag
cctttcaattcagataacatgcaagcaagttcctttaattcaaatattgagaagcaagat
gtatcccagctcaggacggcccatgccactgtgtcagggttaactggtgatggcctagga
catgaagaacctaatgagagtgtcacccctagtcaccaaacccccaaagcacagaaatat
atcagcttcagtcttccactgcccgaggcaaccctgtatccttaccccagcgacagcaac
tccatcaacatgcagccgggaccccaggttcccagcgaagactctgacagtgactacgaa
ctttgcccagagataaccctaacgtacacggaagagttttcggatgatgacctggagtat
ctggaatgttccgatgttatgacggattactctaatgcggtttggcaaaggaacctgcag
gggactgaccgagtttttttattagaaagcgatgacgaagagatggaattcaatgagtgt
ggtcccggtgggtgtgagcatttcttcagtgaaatgggttgtgggcctcaggtgtcgggt
ggcatgtggtctatgaatgtcgccactggcttctgtagctatcgctcacaaccccaggaa
gtgggggacaggagcagcggaacctccaggcatagcccattacccctgcattcagaaatg
actcttaccctgggacctcaccaggacggaatagctacgatgacagaaccggggagggct
ccactccccactgcttccgaggctgttgaaaatgattgttcaggaattcggggagaaacc
agagacaagcctgaagcaggagaggaattctccagtgacaatctacagaccatggataag
gcagagacagaggcatcggcgaagcccttgtctgggggctcagataagtcagaggcgaag
cagggtttgaaaagcctggctggggaacgcacggaagaaaaatacccaggcagcaggaag
acagccctgagacccaccagggcgaggtggcccggaatgaaggcaaatgtcaagaagcag
ctgctgaaagacggtcccccaaaaggcactcttgatccccttcccaaggaaccaacaaag
cagcccttaaccaggagctatggacaagaacctgcacacacagagacgggagctcctggc
tggaattcccacttccgagaagtgtgtattcctcttcctgcagagcaagactccaaaacc
cctcgaccaccagcagacccactttcaaaggaaggggatagcagcttcgagggaggagga
gcactgcttagtacgttatctgaagcaagccagattccagaccagaccgccggccgtctt
caggaaaccattggggagaacagttatctcgaccagatgccggccttttccgtgcccgct
gaggaggagtctacgttcaccggggtccaaacacatttcgtctccaacttgactgagatc
gacaggggaaactcatcattggcccagtacctggggctggagagctgtccccaaagcccc
cagcaggaaagcagacaaaacagagaaggtgacaggcctggcgctctctgggcagaatca
gcacaagaactgagacccctagaagacaatgatgaagaagtgtcccaggctccagcctca
gtggctctccctcagggtgatggtacccacttcagggagtcagaggctctctctgatgct
ttctcccagcctactgctccctccctccccttggaaaatgtggacagtgggtcaaggggc
agagaagctgcgtgtgtgatggggtgttttgaagctggtgatcaagaaacatgttatgct
accatggatctccctgttggagcaccagttgataaatatttgcctgaagaaatttgcccc
atggacttggagctgacagaaggtcaaagagaagtatgtgatttatgttctcctgacaag
atattggctgttctacaagcacaaggttctgagtctccacaggccacgtacaagcacagc
gaggatgggaagtcagccgagggcgctctttttcatagtaccttagcctgggacacatca
ccggaggccagagaagatgctacgggagggacagcagctgatacggggaattctccctcc
atcttctcttctacactactctacaatgtaggagggtttggggagatacaggccccttgt
tctgaaaatatctcctttgtaaacagtaacgaaggaggctatggaagctccaatctcagc
gttccgattgccatagacacgcttgccagctacggttccatcagggagtgctcagaagag
cagtcaacagaaccagctgctaatgttgactgtcatcaggtgaccagagagacagagggc
atactaactgatgccaccgaagtccacaaaatcaaatgccgcaccgtttctgttccccac
atcaacgactttgttgatggtgctgaccaggtctcgtgtgaggcacaagatgaagagaat
tccccatcgctccccgatgacccgttaagtagcttcacaggtgaagcaaccagggagact
cttgtcccagcgcccagtgatgcaggaactcatggccacttcttactgcccgagggacag
ggtttgtacctcaggcctcttcagattgatacccagcctgggtatgagagccagactgtg
gagggagcccacagcggaggccttgaagaggacttccaagaaaagggaaatgggacaaag
caatgcatccggccacagagcacatcccatcagggttctctttctgcaaatgatttccaa
gaaagtttgccctccatacctgccatgcaacaggaggtcaacgtggaacccttcgagcac
tccccagcagattccggggaagaaactgagtgtagctcagaccagaggaccagtgtttct
gtgttggctgagaagaccatgggagaaggcagtcctttggtaagcagtgtcccagctctc
cctgacatcctccttggagagaaagatggcattggactaggaagttggtctgtgggcagc
aaagtgaagatcataactctagaagctcctgtttttgaaatctggcccccagaactagtg
acgcattctgggtacaaggaggcagaagttggtctcacggcacctggaaggagctgggct
ctgtctgacatcctcagagcaggcaccaggcccgagccaggagccttgggagtaacaaca
tgggttcccagccccaaagccgatgccattatggcccttggaaataacagggacatctgc
gaagatgctgcaccagacagacaagcgtactgcaacagtcagacttcccagtgtctgggc
caaccccgactcctggagtcatctgttgaccctgttgaggagaaggagttaaatgtcacg
gactctccatcagagacttccagaactggagaggtggaaatggctgagacaacggatgag
gaacaggggggaaggcagcacaagctgccgcaccccaccgttgctaaccagtctgtgaac
ttccctaggatcctggaatcctctgtggaccccattgatgacaggggtgggaagccagag
ccctctgactccaacatagaagcaagtgaatccaccactggaaacatgtgtcagagggta
gacatccaaactgctcacctacgggtcccacatccccaggacaatggggaaatcattcca
aacgaaaacacaaccaaccaaactcatgtagacagagagcgagcagatgccaaagccagt
cagcataatgcagcaaaagacgctatttggcaaggccagtgccccggtgaagagagacaa
gggattccaagtgtgtgcaccgtgagcccaacacaagatggtggtgacagaagcctagga
gaagctgggcaaaggggaaaggacgagactgaggtcacttcccccatgtctcccctttct
aactgtcctgcaggaatgacgtacacatctgtcacggctgagaccagtaactccacaggc
cacatttatggcggatctgagcccagaacccatcaacgtgtaattcctgtgaagagggaa
aaaggaaccatcgagaacaagtgtgggaaacatgtgccctcttcaaatgatctcatggac
acactctgcacttcatctcccaaaggaaatgtcacacgctcgccaacgagccctcgcgca
gaggaactgaaatcagaggagcttcaaattgcggaaaccaaacccctaaactcatctgac
ccccgaacaatgaccttggctttcatttcaggagaacatgagtcagagaaagaccctgaa
agcttgttacttaaggacctgtgtcaaaagggctctaccctggagagcgggaaaaagtcc
agagaggaacagcagaggcctgtggtggccaacatcagcaaggcacccggggcccaatca
gcaatagctgggtcagaggagggcaaaaaacaagaggcttcagggagtggacacttggct
gcagggataaagaagaaaattctatccagggtggcagccctgaggctgaggctagaggaa
aaggaacgtgtgaagaactccactctgaggaaggcacctaagtttgaacggtccttgtcc
cgcactgatgagaaaagagaccccagaagggccccttgcaaagctgaagggaaagctcca
gtattgctgaagaagatccaggctgagccggctcccgagcactctggaaatataatgctg
acctgtcagttttcagaaatccatgaagactctaccgtttgctggacaaaagattcgaag
tcgatagcccagctcaagaaaagcgcaggggacagctccagtgtttccttggccatcgcc
caagctggtcagaaggaccagggcctctattactgctgcgtcaagaacagctacggaaaa
gtcactgctgagtttaacctcacagccgaagttctcaaacagctctccagtcacacggaa
tacagaggatgtgaagagattgaattcagccagctcatcttcaaagaagatgttttcaat
gacagctacttcggggaccacctacgcggccagatcttcacggaggagcttcacttcggc
gaaggggtgcaccgcaaagctttccgcagcacagtgatgcagggcctcatgcccgtcttc
cagcccggccacgcatgcgtactcaaggtgcacaacgctgtcgcccatgggaccagaaac
aatgatgaacttgtgcagaggaactacaagctcgctgcccaggaatgctacgttcagaat
actgccagatactatgccaagatctatgccgctgaagcacagcctctggaaggcttcgga
gaggtgccggagatcattcctattttccttatccgtcggcccgagaacaacatcccttac
gccacagtggaagaggagctgattggagaattcgtgaaatattccatccgagacgggaag
gaaatcaacttcctcagacgagattcggaggctggtcagaagtgttgcaccttccagcac
tgggtataccagaaaacaagtggctgtctcctggtcacggacatgcagggtgtgggaatg
aagttaactgacgttggcatagcaacactggctaaagggtacaaaggatttaagggcaac
tgttccatgaccttcattgatcagtttagagcgctgcaccagtgtaacaagtactgtaaa
atgctggggctgaaatcccttcaaaacaacagccagaagcccaagaaaatcctcgggaaa
ggcagagctccttcaaactcctcgccagtgaaggcgcctgagtccgggacgcccacagaa
aagaaaacctag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   RGD (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (18)   

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