KEGG   Salmo salar (Atlantic salmon): 106563017
Entry
106563017         CDS       T04363                                 
Name
(RefSeq) microtubule-associated serine/threonine-protein kinase 1-like
  KO
K08789  microtubule-associated serine/threonine kinase [EC:2.7.11.1]
Organism
sasa  Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:sasa00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:sasa01001]
    106563017
Enzymes [BR:sasa01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     106563017
Protein kinases [BR:sasa01001]
 Serine/threonine kinases: AGC group
  MAST family [OT]
   106563017
SSDB
Motif
Pfam: DUF1908 Pkinase PK_Tyr_Ser-Thr PDZ_6 PDZ PDZ_2 ABC1 Kinase-like APH zf-C2H2_assoc3 Haspin_kinase
Other DBs
NCBI-GeneID: 106563017
NCBI-ProteinID: XP_013983671
UniProt: A0A1S3KY72
Position
ssa11:complement(58885606..59036440)
AA seq 2511 aa
MPFRKSTNPEVIHGLGLALKFKRPLCEDGKNLRRGSLGSALTGKYLLPYVSPHQAWQTPS
ENSNLVRMRSTTLGKSAPSLTSSLKELSLPRRGSFLTPRSLSPTPTSPCSPLSPLHAFHF
WSCRTSNRKSLIGSGQSSALPRPHSPLSSHTGTSPQDSPRNFSPSASAHFSFARRTDGRR
WSLASLPSSGYGTNTPSSTVSSSCSSQEKLHQLPFQPTPDELHFLSKHFCTESIAGDDRR
RGTAPMRPRSRSLSPGRSPSCCDHEIIMMNHVYKERFPKATAQMEERIQEIIRTSSPESV
LPLADGVLGFAHHQIIELVRDCLEKSRLGHITSRYFCELTDKLERLFQESTSRSESQEVN
FIKELVKKILIVIARPARLLECLEFDPEEFYHLLEAAEGHAKEGQGIKTDIPRYIISQLG
LTRDPLEEIAQMTSYDSGIAETPETDDSSQSLSAALRSRRKPCEMDFEMTKLISNGAYGA
VYLVRHKETKQRFAMKKINKQNLMLRNQIQQAFVERDILTFAENPFVVSMYCSFQTRRHL
CMVMEYVEGGDCANLLKNMGPLPVDMARMYFAETVLALEYLHNYGIVHRDLKPDNLLVTS
MGHIKLTDFGLSKVGLMNMTTNLYEGHIEKDAREFSDKQVCGTPEYIAPEVILRQGYGKP
VDWWAMGIILYEFLVGCVPFFGDTPEELFGQVISDEINWPEGEDAPPADSQELITLLLRQ
NPLERMGTGGAYEVKHHQFFHTLDWDSLLRQKAEFIPQLESEDDTSYFDTRSDRYHHLET
EEEEDMNDEDFNVELRQFSSCSHRFSKVYSSLDLSRGQLEEKGETEEKKSESSLTVDSLS
WTPEFTEMHSLSRSSDTESTSMGLRPPGLLPKFAISAEAEDGDEESLVLGDPSKVAFSIG
EDEVDATTPGSTHSGATLSGSFSDHLDPLPSRGEGVDSPDSSSKTPMDLGGQHGGLQPDG
HGDKHGGVAKVSKSVSASALSLMIPGDIFGVSPLASPISPYSLSSDPSSRDSSPSRDSSL
CVICPRQPIIIHSSGKKFGFTLRAIPVYACDRDVYTVYHTVLNVEDPGPAQKAGLKAGDL
ITHVNGEPVHGLVHTEVVELLLKSGSKVAISTTPFENTSIKTGPARRNSCRSKMIRRTKK
PKKEKTQERRRSVFRRFAMQPSPLLQTSRSFSSLNRSLSSGESLPGSPTHSLSPRSPTAA
FRPTPDFNQSGGNSSQSSSPSSSAPNSPAGSGHIRPSTLHGLGPKLTGQRLRQGRRKSAG
SIPLSPLARTPSPTPQPSSPQRSPSPLLSHGSMGISKTTQAFPVKMHSPPTIVRHMVRPK
SAEPPRSPLLQRVQSEEKLSPSYTGDKKHLCSRKHSLEVTQEEALGEEVRPGDMDHHTLQ
SVEETPSEPPAITRVRPAEQGCLKRPVGRKMGRQESMEELDKEKLKAKGVMKKQDWSERR
ESLQKQDALQESDTSGAEGGRSQGRSQGSETVSLEGKAASFTLKDVLYKKLNTRAYEGTP
EPLGGNSADPSLCSIHPDWSPQKPEWQLSRQSKEGGKPDRLDFKAPNMEFARKRQSFEER
EDGMCRLSPGIHESLHFGSIRSKSLQLDSALALDHIKSTMSSVHTSPEVLNPKMFSGRGE
GSAVEKLQLISSNEGSLRKTSSEYKLEGRLVSSLKPLEGTLDIGLLSGPRVSKTDTCLSK
MADSDGGSIGMPTWLQSPVERQVLIPLLKPSDKQKSPPTSILSPGAVVALSSPVPAKEAS
ISNTGFKCSSSGETPHDRPSHSEPSMASSKAEVSDFGGKQESRSSMIAHDHRTSRHSAHF
SHCGKTPSIREVSNEDQEEEVEPPQETSAPAQENNIDISKTSKTVVAAKPGNPRKTAASV
PAPKVEVHATAPHVAVPVKQSSDCQSGPSYLQNIEKQGPAENTGSITTFVQFILEQTPYL
SKTQMLYSSPSTGATLQTSIPAPISSLGDKNRTSGQASQKQHGTEKTQNPDKVQSNRPVP
NIVNEPASVSAVEELKTANAGRDKMTEVRETSAKVDVKSVLSKEMLYNATGKTEATQRCD
QRKYACTISSQVANSSVAKQTREDPTSPKMKGSNAKTGEREQLSLTNRPAEKAWIKGALE
TEIPITKTQTVDVNINETSPVRTVKQSPPSPASTKQTIFNPKTKPRSDSPIPSQTFGKTE
EERRRYEAKTPATAPVVNVSLDSKPQESSQKTLVSMVKEIPDSKQKDPLLKTSVQSHVKE
SSVSKLKESLSQIPALTPVVRQNSDPKKKPKELEPHTFAPTPAQVIKDNLDSKQKSAPQK
TSISTSINSKQKEITTSPVVRQIVDSKHKSPPHKTLAPNATTVMKEPAHIFAATRQAQKE
PPTWASAPSQSAPVPVVPVPAVRREAHPPNGGTLSSRASGSTGQEAVVQTSREDQGKPRE
EAPRLDSYRGLGGVDATGPAATTPSNSTPQAKPSTSEPRVTNSDKQVTSSRKEQADKKKG
ESAQEVASAQKNTKRETSRVAAVVKEATGSDKDLARHKQSKDLPRGPANRK
NT seq 7536 nt   +upstreamnt  +downstreamnt
atgcccttccggaagtccactaaccccgaggtcatccacggcttgggactcgccctcaag
ttcaagagaccgctctgtgaggacggcaagaacctccgtagggggagcctagggagcgct
ctcacaggaaagtacctgctgccctatgtgtccccccaccaggcatggcagaccccctct
gagaactccaacctggtgcggatgcgctccaccaccttggggaagtcagccccctctctc
acctctagtctgaaagagctgagtcttccaagaagaggaagtttcctcactccccgaagc
ttgagcccgacacccacaagtccttgcagccctctcagcccgttgcacgcatttcatttt
tggagctgccggacgagcaacagaaaaagcctgataggaagtggtcagtcttcggcgctt
ccgcgacctcactcccccctctcatcgcatacaggaacgagtcctcaagacagccccaga
aacttctctcctagtgcctcagcccacttctcctttgcacgaaggactgatggacgacgc
tggtctttggcatctctgccctcctctggctatggcaccaatacacccagctccactgtc
tcttcgtcctgttcatcacaggagaagcttcaccagctgccctttcagcccacgccggac
gagctgcacttcctctccaagcacttctgcaccgagagcatcgccggggacgaccgacgg
agggggaccgcgcccatgcgaccccgctcgcgcagtctcagccctggaagatccccatcc
tgttgtgatcatgagattattatgatgaatcatgtctacaaggaacgctttcctaaggcc
acagcccagatggaggagaggatccaggagatcatccggaccagctccccggagagcgtg
ttgccgctggcggacggtgtgctgggtttcgcccaccaccagatcatcgagctggtccgc
gactgcctggagaagagccgcctgggccacatcacatcacgctacttttgtgagctcacc
gacaagctggaaaggctcttccaggagtctacgtcccggtcggagagccaggaggtgaac
ttcatcaaagagctggtaaagaagatcctcatcgtcatcgccaggccggcgcgcctcctg
gaatgcctggagtttgatccagaggagttctaccatctgttggaggctgccgagggtcac
gccaaagagggccagggcatcaagactgacatcccccgctacatcatcagccagctgggt
ctcacacgggaccccctggaagaaattgctcagatgaccagttatgacagtgggatagct
gaaacaccagagacagatgactcttcccagagtctgagcgcggccctacgatcccgacga
aagccctgcgagatggactttgagatgaccaaactcatcagcaacggagcctacggggct
gtgtatctggtgcgccataaagagaccaagcagcgttttgccatgaagaaaatcaacaaa
cagaacctgatgctgaggaaccagatccagcaggccttcgtggagagagacatcctgacc
ttcgctgagaaccccttcgtggtctccatgtactgctccttccagacgcgacgacacctc
tgcatggtcatggagtatgtggaaggaggtgactgtgccaacctgctgaagaacatgggg
cccctgcctgtggacatggccaggatgtactttgctgagacggtcctggctctggagtac
ctccacaactatggcatcgtccacagggatctcaaaccagacaatctgctggtgacttcc
atgggccacatcaagttgacagactttgggctgtccaaggtgggcctgatgaacatgacc
actaacctgtacgagggacacatagagaaggacgcccgggagttctctgataaacaggtg
tgtgggaccccagagtacattgccccagaggtgatcctgagacagggctatgggaagcct
gtggactggtgggctatgggcatcatcctctatgagttcctggtgggctgcgtacccttc
tttggagacacaccagaagaactgtttgggcaggtcatcagcgatgagatcaactggccg
gaaggagaagatgctccccctgccgactcccaggagctgatcaccctgctactcagacaa
aaccctctggagaggatgggaacaggtggtgcgtatgaggtgaagcaccaccagttcttc
cacactctggactgggacagtctgctgcgacagaaggctgagttcatccctcagctggag
tcagaggacgacaccagctacttcgacactcgatcagataggtaccatcacctggagacg
gaggaggaggaggatatgaatgatgaagacttcaatgtggagctacgacagttctcctcc
tgctctcacaggttctccaaggtgtacagcagcttggacctgtcccgtggccagctggag
gagaagggcgagacggaggagaagaagagtgagagctctctgactgtagactctctgagc
tggacaccggagttcactgaaatgcactccctgtcccgatcctcagacacagagagcact
agcatgggccttcgcccccccggcctgctccccaagtttgctatctcggccgaggcagag
gacggagatgaggagtccctggtcctgggggaccccagcaaggtggccttctccatcgga
gaggacgaggttgacgcaaccacccccgggagcacccacagcggggcaactctctctggt
agtttctcagaccacctggacccgcttccttccaggggtgagggcgtagacagccctgac
tcctcctccaagactcccatggacctgggagggcagcatggcggcctgcagcctgatgga
catggggataagcatggtggtgttgccaaagtttccaagtctgtctcagctagtgccctc
tccctcatgatccctggagatatcttcggggtgtcccctctggccagccccatatccccc
tactccctttcctcggacccatcttctcgtgactcctcccccagccgagactcatccctc
tgcgttatctgccctcggcagccaatcatcatccacagctcggggaagaagtttggcttc
acgctgcgggccatcccggtgtacgcctgcgaccgtgatgtctacactgtctaccacacg
gtcttaaatgtggaggacccgggtccggcccagaaggcggggctgaaagctggtgacctc
atcactcatgtgaatggagagccggtccacggcctggtccacactgaggtggtggaactg
ctgctcaagagtggcagtaaggtggcaatctccaccacaccgtttgagaacacctccatc
aaaacagggcctgccaggaggaacagctgcaggagcaagatgatccgacgcaccaagaag
cccaagaaggagaagacacaagaaaggcggcggtctgtgttcaggcgatttgccatgcag
ccctcccctctgctgcagaccagccgtagtttctcctctctcaaccgctccctgtcctct
ggggagagtctcccagggtctcctacccacagcctgtccccccgctcccccaccgcagcc
ttccgacccacccccgacttcaaccagtcaggtggcaactcctctcagagtagctccccg
agctccagcgctccaaactcccccgcaggctccggccacattcgccccagcaccctccac
ggcctgggccccaaattgactggccagaggctccgacagggccgtcgcaagtccgccggc
agcattcccctctccccgctggcccgcactccatctccgaccccccagccctcctccccg
cagcgctcaccatctcccttactcagccatgggtccatggggatctccaagaccacccag
gccttcccagtcaagatgcactcgccccccaccattgtccgccacatggtacggcccaag
agtgcggagccgccccgctctccgctcctccagcgggtgcagtcggaggagaagctgtca
ccctcctacacgggtgacaagaaacacctgtgttccaggaagcacagcctggaggtaacc
caggaagaggccctgggagaggaggtgcgtcctggggacatggaccaccacaccctgcag
agtgtggaggagacgcccagcgagcctccggccatcacccgggtccggccggctgagcag
ggctgcctcaagaggcccgttggccgcaagatgggtcggcaggagtctatggaggagctg
gacaaggagaaactgaaagccaagggggtgatgaagaaacaggactggtcagagaggcga
gaatccctgcagaagcaggacgctctacaggagtctgatacatctggtgctgaaggagga
agaagccagggcagaagccaaggctcagagacagtctcactggaaggcaaagctgccagc
ttcaccctaaaagatgtcctgtataagaagctgaacacgcgtgcctatgagggcacccct
gaaccactagggggcaatagcgctgacccatcgctgtgctctatccatcctgactggagc
ccccagaagcctgagtggcagctgtccaggcagagcaaagagggcggtaagccagacagg
cttgatttcaaggccccgaacatggaatttgcccgaaagaggcagtcattcgaggagcga
gaagacggcatgtgtcggctctctcccggcattcatgagagcctccattttggctccatc
cgttccaagagtctgcagctggactcagcgctggctctagaccacatcaaaagtacaatg
agcagcgtccacaccagccctgaggtcctgaaccccaagatgttctctgggaggggggag
ggaagcgccgtggagaaactccagctcatctcctccaatgaaggctccctcaggaagacc
tcctcggaatacaagctggaggggcgtctggtctcctccctcaaacccctggagggcacc
ttggacattggccttctttccgggccaagggtgtctaaaacagacacctgcctctccaag
atggccgacagtgatggcggctcaatagggatgcccacgtggctgcaaagcccagttgag
cggcaggtgttgattcccctgctcaaaccctctgacaagcagaagagcccccccaccagt
atactaagccctggagctgttgtggccctcagcagcccagttcccgccaaagaggctagt
atttccaacactgggtttaaatgcagtagcagtggtgagacgccacacgacagacctagt
cacagtgaaccctctatggcttcctccaaggcagaggtctccgactttggtgggaaacaa
gagagcaggtccagtatgatagctcacgatcataggacatcccgccacagcgcccacttt
tcccactgcgggaagacgccctccatacgggaggtcagcaacgaagaccaggaggaggag
gtggagccacctcaagagacttcagctcccgcacaggaaaacaacattgacatctccaag
acatccaaaacagttgtcgccgcaaagccagggaatcccaggaagactgcagcatccgtc
cctgccccaaaggtggaggttcatgcaactgcccctcatgtagctgtaccagtaaagcaa
agttcagattgtcagtcagggcccagttacctgcagaacattgagaaacaaggaccagct
gagaatacaggtagcatcactacatttgtacaatttattttagagcagactccatacctg
tcaaagacgcagatgttatacagcagcccctcgacaggggccacattgcaaacgtccatc
cctgctccaatctctagtcttggagataagaaccgaacaagtggtcaagcttctcaaaaa
cagcatggcacggagaaaacccaaaatccggacaaggttcaaagcaacaggccagttcca
aacattgtcaatgaacctgccagtgtgtctgctgttgaggagctcaaaactgcaaacgca
ggaagagataaaatgaccgaagtcagagagacaagcgctaaagtggatgtaaaatctgtt
ttgtctaaagaaatgttgtacaatgcaactggtaaaacagaagcaacacaaaggtgtgat
caaagaaaatatgcttgtaccattagcagtcaggtagcaaatagtagtgtagcaaagcaa
actagagaagatcccacttcaccaaagatgaagggtagcaatgcaaagactggagagcga
gagcagttatctttaacaaatcgacctgctgaaaaggcttggatcaaaggggctcttgag
acagaaatacccatcactaaaacgcaaactgttgatgtaaatatcaacgagacaagtcct
gtgcggacagtgaaacagtcaccaccaagtcccgcttcaacaaaacaaacgatcttcaat
cccaaaactaagccaagatctgactcacctatcccttcacaaacttttgggaagacagag
gaggagaggaggaggtatgaagcgaaaactcctgccacagccccagtcgtcaacgtaagc
ctggattcaaaaccgcaagagtcatctcagaaaaccctggtgtcaatggtcaaagaaatc
ccagactcaaaacagaaagatcccctactcaaaacctcagtccaaagccatgtcaaagaa
agttcagtctctaaactaaaggaatctttgtcccaaattcctgccctaactccagttgtc
agacaaaactctgacccaaaaaagaaaccgaaagaactagaaccccacacctttgcccca
accccagcccaagtcatcaaagataacctggactcaaaacagaaatcagcccctcagaaa
acctccatctcaacctcaatcaactcaaaacaaaaggaaatcactacttcaccagttgtc
agacaaatcgtagattcaaaacataaatcgccccctcacaaaactcttgccccaaacgca
accactgtcatgaaagagccagcccatatctttgccgcaacccgacaagcccagaaagag
cctccgacctgggccagtgctccctcccagtccgcccctgtaccagtggtgccagtccca
gcagtgagaagagaagcacacccacccaacggtggaactctctcaagcagggccagcggc
agcaccggacaggaggctgtggtccagacctccagggaggaccaggggaagccgagggaa
gaggcccctaggttggactcttataggggcctgggtggggtggatgccacagggccagca
gccaccacccccagcaacagcaccccccaggccaaacccagcacatctgaacccagggtc
actaactctgacaagcaggtaacctccagccgaaaagaacaggctgacaagaagaaaggg
gaatctgctcaagaggttgcatctgcacagaaaaacaccaagagagagacttcaagagtg
gctgctgtggtgaaagaagccacaggttcagacaaagacttggcccgacacaagcaatcg
aaggatttgccacgtggccccgcaaacagaaagtaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (47)   
   KEGG ORTHOLOGY (1)   
   RefGene (43)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (11)   
   RefSeq(nuc) (9)   
   GenBank (1)   
   EMBL (1)   
Protein domain (11)   
   Pfam (11)   
All databases (84)   

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