KEGG   Acinonyx jubatus (cheetah): 106978902
Entry
106978902         CDS       T04657                                 
Name
(RefSeq) alpha-protein kinase 2 isoform X3
  KO
K08868  alpha-kinase
Organism
aju  Acinonyx jubatus (cheetah)
Brite
KEGG Orthology (KO) [BR:aju00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:aju01001]
    106978902
Protein kinases [BR:aju01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   106978902
SSDB
Motif
Pfam: Alpha_kinase I-set Ig_3 Ig_2 ig C2-set_2
Other DBs
NCBI-GeneID: 106978902
NCBI-ProteinID: XP_014932146
UniProt: A0A6I9ZV14
Position
D3:complement(75221189..75369531)
AA seq 2123 aa
MTDSGGPQRRTLCFLSTLLSQKVPEKSDAVLRCMISGQPKPEVTWYKNGRAIDECGIVSS
YEFFQNQYIHLLHLYRCTPDDTAVYQISAKNCSGMICCSASIEVKCSAENPQLSPNPKGG
GDTGWKHATESSMQEEANQLDEKEHPRRGEESVPSGSPRSADSPSSKFGCSSSLRLLANN
DTGASGSENPLDVKGARRTEEARDPDNTEEVADGWLSSKSSNIPDKQHVYCHRAVHSKGS
RPVDGALNSDGPLEDVLKSGHPNPRVQKYISFSLPLAVAATSDGPGDRATIQQQGSPQVS
SEDSDSDYELCPEITLTCTEEFSDDDLEYLECSDVMTDYSNAVWQRDLQGTGQVFLLESN
DEEMEFGSCGPGGREHFLSEMGCGPRVSDDMGPMDATSGFCGNHSQPQEVGVRSSQASTH
SPSSLQTGMILTLGPHRDVTSTVTDQARCKLPTASEAAENDYPGIRRETRDSHQAGEEFT
SDNLLNMDKAVTETAMKRLSGELENSGVDQWLEIAAEKKVGDEVSLSKRGSEIPAGVRRP
EAKGQPKKLSPNLKESTTEATLNLLYPKEPVKRPLAQSDKRDGPHAKAEAVDWNSQFRAG
ECAVPAQAEQEAKTLRIPLGPPPQGGNSNFEGEGVLVGTLFETSGVPDGSAHPQVQIQEP
VRGRDTLSRMPAFSEPAGEPSAPPGTTTNSLPNLEFPNKEYASLAQYLELESCTRCPQHG
GNQDRKDRALGRSWEDLGHELSIPDASNENRSPRELSALLPQEGSADPGEPKPLSVASPE
PTDTITTLETAGGGPRGREAACVLELLEARGQRTWPTMDSPAGASPDKYSPHEICSTDLA
SAKSQSEVSDLCSPDDKTPGILFQTRGSEPRQPPCKSAKERDSAMPPLFTSVFTWNLSQK
ASEGGTGKNLAAVENFTSTLVSTVRAGQERPGPSNSGGLEGKQPLRSENSSFVQLAEGSN
EGPSNGGPDTTDTSARNGSGVMFPCETPTTFTAHLEGLQVARESGGTWLPVTMAPKVHPA
KYLPVSIAENSLADGPKRSSPQAPDENILHLTSHAQLGHILSDSKTESLKEPFGMAPRGP
GVPIHVPRLPEVEGFCSRSFCSRPLQTGNQSGDKSLTVDRADNRSLEEDFQEKESERTQR
IQHESLPPQSFPSEGGFQERWPMTAVAQGAIHPVPLDHLSANSREESGQSSDLGPTVCKV
AHATVEDDGQALSHTPPLSDIFLEGSRESGPGLWKAGRKLKIITLEAPISEDWLPRPQTG
SECKELEAGPVIPDRVWALSDVLKAHSPQAESGPALANNRETHVSEKRASCAYWSSLSSQ
YLSQPRLLESSVDPVDEKELPVTDLSSETSKTGEKENMSNVSENREENQIKDHAAFLKQF
LTCPKVVESSVGPTDEAGVMVCTRAGTPGPSESTPAIIREESKLNDGNMGQRLEVQPAIL
QVPRPDEGRETIPSGCGISQIQEGRKRSLREAEQSKNNKAEPVFSTSPPSNCLAVMTHAS
VGVDSQNSTGQVHDVPENDLVEPRNRQYARSDSKEREAVESECGKPSPSSSGLAPLPCAS
SPKGNTANFSLSHTIREAQREEPHTGETKHVSTSGSPAVTSASGSGECASEKAPKILQHP
CQQGSNLGCGRRTREENLGHMAARTLRFPKAPPAGSGSEEVKKPETSGGGHLAEGVKKKI
LSRVAALRLRLEEKENVLKSPSFLKKIPKLETPASCTEEEKDAKKPPCKREGKAPILLKK
IQAEMFPDHSGNVKLSCQFAEIHEDSTVWWTKDSKSVAQVQRRADDTSAVSLAVVQAGQK
DQGIYRCCIKNSYGKATAEFNLTAEVLKQLASQQDIKGCEEIEFSQLIFREDFLRDSYFG
DHLRGQIATEELHFGEGVHRKAFRSKVMQGLMPVFQPGHACVLKVHNAVAYGTRNNDELI
QRNYKLAAQECYVQNTARYYAKIYAAEAQPLEGFGEVPEIIPIFLIHRPENNIPYATVEE
ELIGEFVKYSIRDGKEINFLRRESEAGQKCCTFQHWVYQRTSGCLLVTDMQGVGMKLTDV
GIATLAKGYKGFKGNCSMTFIDQFKALHQCNKYCKMLGLTSLQNNSQKQKKPAVTKSRIQ
PNSTTVKKMASGSPAGKKTSHPL
NT seq 6372 nt   +upstreamnt  +downstreamnt
atgacagactcaggagggccccagaggcgcaccctttgttttctatctacgttgctttcc
cagaaagttcctgagaagtcagatgccgtgcttcgctgcatgatatctggtcagcccaag
ccagaggtaacttggtataagaatggtcgagccatagatgagtgtggcattgtttccagt
tatgaattcttccagaatcagtatattcacctgttacatctctatcgctgtaccccagat
gacaccgctgtttatcaaatctctgctaaaaactgttctggaatgatctgctgttctgct
tccattgaagtcaagtgctcagcagagaacccacagctctcccctaaccccaaaggtggc
ggggacacgggttggaaacatgcaacagagtcaagcatgcaggaagaagcaaaccagctt
gatgagaaagaacatcctcgtaggggcgaagaaagtgtcccctcaggtagtcccaggtca
gctgactccccgtcctccaaattcggctgttcaagctcgctccggttattggccaataat
gacactggtgcctccggttctgaaaatcccttggatgttaaaggagcaaggcgaactgaa
gaggctcgtgatccggataacacggaggaagttgcggatgggtggctttcttctaaatca
agtaatattcccgataagcaacatgtgtattgccacagggcagtgcattccaaaggatca
aggccagtggatggggccttaaacagtgatggccctcttgaggacgtcttaaagtctggt
catccgaatcccagagtgcagaaatacattagcttcagcctaccgctggcggtggcagcc
acatccgatggcccaggtgacagggccacgattcagcagcaaggcagcccacaggtgtcc
agcgaagactctgacagcgactatgaactttgcccagagataaccctaacctgcaccgag
gagttttcagatgatgacctagagtatctggaatgttccgacgttatgacggattactct
aatgcagtttggcaaagggacctgcaggggactgggcaggtttttttattagaaagcaac
gacgaagagatggaattcggttcgtgtggcccgggtgggcgtgagcatttcctcagtgaa
atgggttgtgggcctcgggtgtcagatgacatggggcctatggatgccaccagtggcttc
tgcggtaatcactcacaaccccaagaagtaggggtgaggagcagccaagcctccacccac
agtccctcatccctgcaaacggggatgattctgaccttggggcctcaccgggatgtaacg
tctacagtgacagaccaggcgagatgtaaactacccactgcttctgaggctgctgaaaat
gattatccaggaattcgaagagaaaccagagacagccaccaagcaggagaggaattcacc
agtgacaatctgctaaacatggataaagcggtgacagagacagcgatgaagcgtctgtct
ggtgagttagaaaactcaggggtggaccagtggttggagattgcagccgagaaaaaagta
ggggacgaggtttcattgagcaagaggggctccgagatacctgccggggtgaggcggcca
gaagccaaaggacaacccaagaagctgagccccaacttgaaagaaagcacaacagaggcc
acccttaatctcctctatcccaaagagcctgttaagcgcccattagcccagagtgataaa
agagacggtcctcatgccaaagcagaagctgttgattggaattcccagttccgtgcagga
gaatgtgccgttccagcccaagcagagcaagaagcaaagaccctgcgaattcccctgggc
ccacccccgcaaggagggaactcaaacttcgagggagaaggggtgttggtcggtacccta
tttgagacaagcggggttccagacggcagtgctcatcctcaggtgcaaattcaggaaccg
gtcagggggagagacactctcagccggatgccagctttctcagagcctgctggggagccg
tctgcacctcctgggaccacaacaaattccctccccaacttagaattccccaacaaagaa
tatgcatcattggcccaatacctggagctggaaagctgcactcgatgcccacagcacgga
ggcaaccaagacagaaaagaccgcgcacttggaaggtcctgggaagacctcggacacgag
ctgagcatcccagacgccagtaatgaaaacaggtccccccgggagctgtcagcgcttctt
ccccaggagggcagcgctgaccctggggagcccaagcctctctccgtcgcttcccctgaa
cccacagataccatcaccaccctggaaactgcgggcggtgggccaaggggcagagaagca
gcgtgtgtgttagagcttctggaagcacgtggccaaagaacatggccgaccatggactct
cctgccggagcctcccctgataaatactcgcctcacgaaatttgctccacggacttggcg
tcggcaaaaagtcaaagcgaagtatctgatttatgttctcctgatgacaagacgccgggc
attctttttcagacgcgaggttctgagcctcgacagccgccatgcaagagcgccaaggag
cgagactccgccatgccccctctttttaccagtgttttcacctggaacctttcacaaaaa
gccagtgaagggggcacagggaaaaacttagcggcggtggagaatttcacctccacgctg
gtctccacagtgcgggctggccaggagaggcccggccccagcaactcaggaggccttgag
ggaaaacagcctctacgttctgagaacagctcttttgtgcagttggcagaaggcagcaac
gagggccccagtaacggtggcccagacaccacagacacatcagccaggaatggctcaggt
gtaatgtttccttgtgagacgccaacgactttcactgctcatctggagggtcttcaagtg
gccagggagagtgggggcacatggctcccagttaccatggcccccaaagttcacccagcc
aaatacctccctgtttccattgccgagaacagtcttgcagatggacccaagcggagctca
cctcaggcaccagatgaaaatattctccacctcacttctcatgctcagttgggtcatatt
ttaagtgattccaaaaccgaatctctaaaggagccctttggcatggctccccgtggacca
ggagtccccatccacgttcctcggctcccagaggtagagggcttctgtagcagaagcttc
tgtagccgccctctccagactggtaaccagtctggggataagagcctgactgtggacagg
gcagacaataggagccttgaagaggatttccaagaaaaagaaagtgaaagaacacagagg
atccagcacgagagcttacccccacagagttttccttccgagggtggtttccaagaaagg
tggcccatgacagctgttgcacaaggggcaatacacccagtgcccttggaccacttgtcg
gcaaactccagggaggagagcgggcagagctcagacctggggcctactgtgtgcaaggtg
gcccacgccaccgtggaagatgatggtcaggctctgagccacactccacctctctctgat
atcttcctggaaggctctagagagagtgggccaggactttggaaagcgggcagaaagctg
aagattataactctggaagctcccatttcagaagactggctcccaagaccccagacgggt
tctgagtgcaaggagttagaagctggtcccgtaattcctgacagggtctgggctctatct
gatgttctcaaggctcacagtcctcaggctgagtctggcccggcccttgctaataacaga
gaaacccatgtcagtgaaaaacgcgccagctgtgcatattggagtagcctttcttcccag
tatttgagccagcccagactcctggagtcatctgtggatcctgtagacgaaaaggaatta
cccgtcacagatttgtcatcagagacttccaaaaccggagagaaggaaaacatgagtaat
gtgagtgaaaaccgagaggaaaaccaaatcaaggatcatgctgccttccttaaacagttt
ctgacctgccctaaagtcgtagaatcctctgtaggccccactgatgaagcaggtgtgatg
gtgtgcaccagggctgggacaccagggccttccgaatccacaccggctatcatcagagag
gagagcaaactgaatgatgggaacatgggccagagactggaagtccaacccgccatcttg
caagtcccacgtcctgacgaaggtagggaaaccattccaagtggatgtggaataagtcaa
atacaagaaggccgtaagagaagcttacgggaggctgaacaaagtaaaaacaacaaagca
gagcctgttttctccacttcacctccttctaactgtcttgcagtgatgactcatgcatct
gttggcgttgatagtcaaaactccacaggtcaagttcacgacgtccccgagaatgattta
gttgagcccagaaaccgccaatatgcacgttctgactcgaaggaaagggaagctgttgag
agtgagtgtgggaaaccttcaccctcttctagtggtctcgctccgttgccctgtgcttca
tctcccaaaggaaacactgcaaacttttcattaagccacacaattcgggaagctcaaaga
gaggagccccacactggggaaaccaagcatgtgagtacctctggctctccggcagtgacc
tcggcatctggttcaggtgaatgtgcctcggagaaagctcctaagatattacagcaccca
tgtcaacagggctccaacctgggctgtgggagaagaaccagggaagagaatctcggtcac
atggcagcccggaccctcagattcccaaaagccccaccagcagggagtggctcagaggag
gtcaagaagccagaaacctcagggggtggacatttagctgagggggtaaagaagaaaatt
ctgtccagggtggccgccctgaggctgagattggaagagaaggaaaatgtcctaaagagc
ccaagctttcttaaaaagattcctaaactcgaaacaccggcatcatgcacagaggaggaa
aaagacgcaaaaaagccaccttgcaaaagagaagggaaagctccgatattactaaaaaag
atccaagccgagatgttccctgaccactctgggaatgtaaaattaagctgccagtttgca
gaaattcatgaagattctacggtctggtggacaaaggattccaagtcagtagcccaagtg
cagagaagggcagacgacacctcggctgtgtccttggccgtcgtccaagccggtcagaag
gaccagggcatctaccgttgctgcatcaagaacagttacggcaaagcgaccgctgagttt
aaccttaccgctgaagttctgaaacaacttgcgagtcagcaggatattaaaggatgtgaa
gagattgaattcagccaactcatcttcagagaagacttcctcagggacagctactttggg
gaccacctgcgaggtcagatcgccacggaggagctgcactttggagaaggggtccaccgg
aaagccttccgcagcaaagtgatgcagggcctcatgcctgtcttccagcccggccacgcc
tgcgtgctcaaggtgcacaacgctgttgcctacgggaccagaaacaacgatgagctcatc
cagaggaactacaaactcgctgcccaggaatgctatgtccaaaatactgccagatactat
gccaagatctatgctgccgaagcacagcctctggaaggctttggagaagtgccagagata
atccctatttttcttatccaccgaccggagaacaacatcccttatgccacagtggaggag
gagctgattggggaatttgtgaagtattcgatccgggacgggaaggaaataaacttcttg
agaagagaatcggaggctggtcagaagtgttgcaccttccagcactgggtttaccagaga
acgagcggctgcctcctggtcacggacatgcagggcgtgggaatgaagttaactgacgtt
ggcatagcaacactggcaaaagggtacaaaggatttaaaggcaactgttccatgaccttc
atcgatcagtttaaagccctacaccagtgtaacaagtactgtaaaatgctgggcctgacg
tcacttcaaaacaacagccagaaacagaagaagccagccgtcacgaaaagcagaattcag
ccaaactccacaaccgtaaagaagatggcttccgggagcccagcgggaaagaaaacctcg
caccccctgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (15)   
   UniProt (1)   
   RefSeq(pep) (14)   
DNA sequence (14)   
   RefSeq(nuc) (14)   
Protein domain (6)   
   Pfam (6)   
All databases (42)   

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