KEGG   Myotis davidii (David's myotis): 102752563
Entry
102752563         CDS       T02992                                 
Symbol
ALPK2
Name
(RefSeq) alpha kinase 2
  KO
K08868  alpha-kinase
Organism
myd  Myotis davidii (David's myotis)
Brite
KEGG Orthology (KO) [BR:myd00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:myd01001]
    102752563 (ALPK2)
Protein kinases [BR:myd01001]
 Serine/threonine kinases: Other
  Alpha family [OT]
   102752563 (ALPK2)
SSDB
Motif
Pfam: Alpha_kinase I-set Ig_3 ig Ig_2 V-set V-set_2
Other DBs
NCBI-GeneID: 102752563
NCBI-ProteinID: XP_015419988
Position
Un
AA seq 1977 aa
MICCSASIEVECASKNTQLTPNPQDDGDTGWKRETQTHEQKSTSRIEEDVYRHGTVQSKL
SKLTDGALTHDEDLHSSHQNPKTQKYISASLSLSEAATSIYPGDRATVDEQVSPQVSSTD
SDSDYELCPEITLTYTEEFSDDDLEYLECSDVMTDYSNAVWQRHLEGTECIFLLESDDEE
VEFSKYCLGEHEPFFSEMGCGPPVSDNTGQMLASAGFCGDHSGSQGVRVRRLRASTPSPR
APHTGMTLTLGSHEDGTSTVTEQGRYKRPTTSAENDYPGIQGETRDSHQAGAELAGDNLL
TMDKAVTPGEVQRLSGELEKPGMHQSLETVPKDKGGEKDLQSKRSSEKPAQARRPGLKGK
PKKRSPSLKDSAAEGALNHLPPQESAEHPRTQSDKKERSHATGEAPDLKSQVHAERALLP
QAEQDAKRLQPPPGAPPREGSPNSEGEGVQVNDFCETSWAPDQSDHPQVQTQEPVRERLS
LSPMPAFSEPAGEESAFTGTTTGVFPNLGGADEENASLTQYLEIESCTQGPQREENQDRE
DNTPGHSWEDPGHELNLPEANHATMSPCELSVHLRQEGSDGPREPEALSVASPAPADVAP
TLEAVCRGPGGREAECLMERLEAGDQGTGDTMGAPARAPVHKYSPQEICSMDLELAEGQS
QIPDLCVPDDQTLDVVLQTQGSEPLHSTDKSNKGEDSVVFPAPGDALAWDISQKASEEST
GEHLAKVEHSTSTPASTMQERPSPSISGGLEERQPVSPEKSLVWCKEGDESSSTSALDTA
DTPASHSSIVTFPQEKPTTLTATPECLQVTRENGNTPAGTIATKVHSAKYLPVSIAENSH
VDSPEESSAQVPEGNIFQLPSSVQQGHVLNGSTTESPKELGMAPSGPGVHVCAPPPPEGD
SCSTSPLQIGNQAGDKSQTVDRADHRSLGEHFQEKGSETQRIQPESLTYQGSLSEDNFQE
SRPMTSAAQGETDLLPMDPSLANSMEERSQSSGLGTSVSVVAKAAVEDDSQAVSSAPPLS
QSPLEGSKESGSAHWEAGNKPKTMTVEAPVSEVWPPSQLTASECEESEAGAKTPVGVWAV
AASLTEGAAGPELDPSEPVASAASPQAEAGSALAKDGEIYEGRKPARRAQWSYLSSRYLS
QPRFLGSSVDPVDEGVTDGPSEASKTGQQENVSNVSQSQEENQPGVDPPAFFKQFLPHPE
ILESSVDPIDEMSVVEWARVETQEPSDSTLGVVREESQSDAGSLGQRVEVQPIISPGPCP
QQSGETIPSENSTNRSQDAGERGEAEHSQHDKAKGEVQPAILQVPCLDEGGVTVPGGCSG
SQAHEGREKSLGEAEQSKKDAAGAISPTLPLSSAPAVLAQASVGVDTDNTAGQIHAIPEN
HLVEPRNHQHAFSDSKEKGERESECGKHLPSPSGLTQLPFTSSPEGNITDFSISHKIEEP
EIEVPQSGETKPTRASSSPAVTLALVSGERVSETAPNTLQDPWHLGPTPGRGRKSGEGRP
RGMAAPTGRSPVPAWEEVKKKQEITGSARLAEGVKRKILSKVAALRLRLEERENTRKNGS
FPKKIPKLETSVSGTDENKDPQKPPCKRDGKAPVLLRKIQAEMFPDHSGDVRLSCQFAEI
HEDSTIWWTKDSKSIAQVQRSAGDNSTVSLTIVQASQKDQGLYYCCIKNSYGKVTAEFNL
TTEVLKQLSSHRDITACEEIEFSQLIFREDFLQDSYFGDRLRGQIATEELHFGEGVHRKA
FRSKVMQGLMPVFQPGHACVLKVHNAVAYGTRNNDELVQRNYNLAAQECYVQNTARHYAK
IYAAEAQPLEGFGEVPEIIPIFLIHRPENNIPYATVEEELIGEFVKYSIRDGKEINFLRR
DSEAGQKCCTFQHWVYQKTGGCLLVTDMQGVGMKLTDVGIATLAKGYKGFKGNCSMAFID
QFKALHQCNKYCQMLGLRSLQNNNQKQKKPSATKGKSQSNSTTAKKTASGAPADKKT
NT seq 5934 nt   +upstreamnt  +downstreamnt
atgatctgctgttctgcttccattgaagtcgagtgtgcgtcgaagaacacacaactcacc
cctaacccacaagatgatggggatacgggttggaaacgtgagacacaaacacatgagcag
aaaagcacaagtcgaattgaggaggatgtctaccgtcacgggacagtgcagtccaaatta
tcaaagttaacggatggcgccttaacccatgatgaagacctacactctagccatcaaaat
cccaagacacagaagtacattagcgccagcctatcgctgtcagaggcagccacatccatc
tacccaggtgacagggccactgttgacgagcaggtcagcccacaggtttccagcacagac
tctgacagcgactatgaactttgcccagagataaccctaacctacaccgaggagttttca
gatgatgacctggagtatctggaatgttccgacgttatgacggattactctaatgcagtt
tggcaaaggcacctggaggggactgagtgcatttttttattagaaagcgatgacgaagag
gtggaattcagcaagtattgcctgggggagcatgagcctttcttcagtgaaatgggttgt
gggcctccggtgtcagataacactgggcagatgttggcctccgcaggcttctgtggtgat
cactccggatcccaaggagtgagggtaaggcgtctccgagcctccacccccagcccccga
gccccacacacagggatgactctgactctgggatctcacgaggatgggacgtctacggtg
acagagcaggggagatataagcgacccaccacttctgccgaaaatgattatccaggaatt
caaggcgaaaccagagacagccaccaagcaggagcggaactcgcgggcgacaatctgcta
accatggataaagcagtgacaccgggagaggtgcagcgcttgtctggtgagttagaaaag
ccagggatgcaccagagtttggagacggtgcccaaggacaaaggaggggaaaaggattta
cagagcaagaggagctcagagaaacctgcccaggcacggcgaccaggcctgaagggaaaa
cccaagaagcggagtcccagcctgaaagacagcgcagcagaaggcgccctcaatcacctc
cctccccaggagtctgctgagcacccccgaacccagagcgataaaaaggagcgttcgcat
gccacaggggaagctcccgatctgaagtctcaggtccatgcagaaagggctcttctaccc
caagcagagcaagatgcaaaaaggctgcaaccccccccaggcgctcccccccgggaaggg
agcccgaactcggagggcgaaggggtgcaggttaatgacttctgtgaaacaagctgggct
ccagaccagagtgatcatcctcaggtgcaaactcaggaaccagtcagggagagactctct
ctcagcccgatgccagctttctcagagcctgctggggaggagtctgcatttactgggacc
acaacaggtgttttccccaacttaggaggggctgatgaggaaaatgcatcattgacccaa
tacctggagatagaaagctgtactcaaggcccacagcgtgaagaaaaccaagacagagaa
gacaacacacctggacattcctgggaagacccaggacatgagctgaatctcccagaagcc
aatcatgcaactatgtccccctgtgagctgtcagtgcatctccgtcaggagggcagtgat
ggtcccagggagcccgaggctctctctgttgcttcccctgcacctgcagatgttgccccc
accctggaagctgtgtgccgtgggccagggggcagagaagcagagtgtttgatggagcgt
cttgaagcaggcgaccaaggaacaggtgacaccatgggtgctcctgccagagccccagtt
cataaatattcacctcaagaaatttgctccatggacttagagctggcagagggtcaaagc
caaatacctgatttatgtgttcctgatgaccagacactggatgttgttcttcaaacacaa
ggttctgagcctctacactccacagataaaagcaacaagggtgaagactcagtcgtgttt
cctgcacctggtgatgccctcgcctgggacatttcacaaaaagccagtgaggaatccaca
ggggaacatctggccaaggtggagcattccacctccacaccggcctccacaatgcaggag
aggccgagccccagcatctcgggagggcttgaggagagacagcctgtatctcctgagaag
tctttggtgtggtgcaaagaaggcgatgagagctccagcaccagtgccttggacaccgca
gacacaccagccagtcacagctcaattgtgacctttcctcaggagaagccaacaacatta
actgctactcctgagtgtcttcaggtgaccagggagaatgggaacacaccagctggtacc
attgccaccaaagtccactcggccaaatacctccctgtatccattgctgagaacagccat
gtagatagccccgaggagagctcagctcaggtaccagaaggaaatatttttcaacttcct
tccagtgtacagcagggtcatgttttaaatggctccaccaccgaatctcccaaagaactt
ggcatggctcccagtggaccaggagtccatgtctgtgctcctccgcctcccgagggagat
tcctgcagcacttcccctcttcagattgggaaccaggctggagataagagccagaccgtg
gacagagcagaccacaggagccttggagagcatttccaagaaaagggaagtgaaacacag
aggattcagccggagagcctgacctaccagggttccctttctgaagataatttccaagaa
agtaggcctatgacatctgctgcacaaggggagacagacctgttgcccatggacccgtca
ttagcaaactccatggaggaaagaagtcagagctcaggcctggggactagtgtgtctgtg
gtggccaaagcagccgtggaagatgacagtcaggctgtgagtagtgctccgcctctctct
cagagccccctggaggggtctaaagagagtggatcagcacattgggaagcaggcaataag
cccaagactatgactgtagaggctcctgtctctgaggtctggccaccaagtcaactgaca
gcttctgagtgcgaggagtcagaagctggtgccaagacacctgtcggggtctgggctgtg
gctgcctcgctaacggaaggtgctgctgggcctgaactggacccctctgaacccgtagca
tcggctgccagtccccaggctgaggcgggctcagcccttgctaaggacggagagatctac
gaaggcagaaaaccagccaggcgtgcacaatggagctacctttcttcccggtacttgagc
caaccccggttcctggggtcgtctgtggaccctgtagatgaaggtgtcacggatgggcca
tcagaggcttccaaaacgggacagcaggaaaatgttagcaacgtgagtcaaagccaagag
gaaaaccaacccggcgtggacccccctgccttctttaaacagtttctgccccaccctgaa
atcctcgagtcctcagtagatcccattgatgagatgagcgtggtggagtgggccagggtg
gaaacccaggagccttctgactccaccctgggggttgtcagagaggagagtcaatcagat
gctggaagcttgggccagagagtggaagtccaacccatcatctctccaggcccatgcccc
cagcaaagtggggaaaccattccgagcgaaaatagcaccaacagaagccaagatgccggt
gagagaggggaggctgaacacagtcagcatgacaaagccaaaggcgaagtccagcctgcc
attttgcaagtcccgtgtcttgatgaaggtggggtgacagttccagggggatgcagcgga
agccaggcacacgaaggccgcgagaagagcctgggggaggccgagcaaagtaaaaaggac
gcagcaggtgccatttcccccactttacctctttccagtgctcctgcagtcctggcgcag
gcttctgttggagttgacacagacaacaccgcaggtcaaattcatgctatccctgagaac
catttagtggagcccagaaaccatcaacatgcattttctgactcaaaggagaagggagag
agagagagtgagtgtgggaaacacttgccctctcccagtggtcttactcagctgcctttt
acttcatcccctgaaggaaacataacagacttttcaataagccacaaaattgaggaacct
gaaatagaggtgccccaaagtggggaaaccaaacccacaagggcatccagctcgccagca
gtgactttggcgttggtttcgggagaacgtgtgtcagagacagctcctaacacgctgcag
gacccatggcacctgggccccaccccgggccgtgggagaaagtcaggggaggggaggccc
cgtggcatggcagccccgacgggaaggtccccagtacctgcttgggaggaagtcaagaag
aagcaagaaatcacaggaagtgcacgtttagctgagggagtgaagaggaaaattctgtcc
aaggtggctgccctgaggctgagattggaagaaagagaaaacaccagaaagaacgggagc
tttcctaaaaagattcctaaactcgaaacatcggtgtcaggcacggatgagaacaaagac
ccccaaaagccaccttgcaaaagggacgggaaagctccagtattactgagaaagatccaa
gccgagatgtttcctgaccactctggagatgtaagattaagctgccagtttgcagaaatt
catgaagattctaccatctggtggacaaaagattcaaaatcaattgcccaagtgcagaga
agcgcaggagacaactccactgtgtccttgaccatcgtccaagccagtcagaaggaccag
ggcctctattactgctgcatcaagaacagttatggaaaagtgacagctgaatttaacctc
accactgaagttctcaaacaactttccagtcaccgggacattacagcatgcgaagagatt
gaattcagccaacttatcttcagagaagacttcctccaggacagctactttggggaccgc
ctgcgaggtcagatcgccacggaggagctgcacttcggagaaggtgtccaccgaaaagcc
ttccgcagcaaagtcatgcagggcctcatgcccgtcttccagcccggccacgcctgcgtg
ctcaaggtgcacaatgccgttgcctatgggaccagaaacaacgatgagctcgtccagagg
aactacaacctcgctgcccaggaatgctatgtccaaaatactgccagacactatgccaag
atctacgctgcggaagcacagcctctggaaggctttggagaagtgccagagatcattcct
atttttctcatccatcggcctgagaacaacatcccatatgcaacagtggaggaggagctg
attggagaatttgtgaagtattccatcagggatgggaaggaaatcaacttcttgaggaga
gactcagaggcgggtcagaagtgctgcaccttccagcactgggtgtaccagaaaacaggt
ggctgcctcctggtcactgacatgcagggtgtaggaatgaagttaaccgacgttggcata
gcaactttggctaaagggtacaaaggatttaaaggcaattgttccatggccttcatcgat
cagttcaaagcgctgcaccagtgtaacaagtattgtcaaatgctggggctgagatcgctt
cagaacaacaaccagaaacagaagaagccaagcgccacgaagggcaaaagtcagtcgaac
tccaccacagcgaagaagacggcgtccggggcccccgcagacaagaagacctag

  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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (7)   
   Pfam (7)   
All databases (16)   

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