KEGG   Lingula anatina: 106177880
Entry
106177880         CDS       T04921                                 
Name
(RefSeq) mitogen-activated protein kinase kinase kinase 1-like
  KO
K04416  mitogen-activated protein kinase kinase kinase 1 [EC:2.7.11.25]
Organism
lak  Lingula anatina
Pathway
lak04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:lak00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    106177880
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:lak01001]
    106177880
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:lak04121]
    106177880
Enzymes [BR:lak01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.25  mitogen-activated protein kinase kinase kinase
     106177880
Protein kinases [BR:lak01001]
 Serine/threonine kinases: STE group
  STE11 family
   106177880
Ubiquitin system [BR:lak04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    106177880
SSDB
Motif
Pfam: Pkinase PK_Tyr_Ser-Thr CEP104-like_TOG Pkinase_fungal zf-RING_2 Kinase-like ABC1 zf-ANAPC11
Other DBs
NCBI-GeneID: 106177880
NCBI-ProteinID: XP_013416244
UniProt: A0A1S3K1H5
Position
Unknown
AA seq 1676 aa
MATPGPEGADVGDPSSTDSVVTSAENGHAQSKENLQGPYWKVRLKPVKHTKIKVEGDSCG
NVVSTGSSKEDTLDMEGSQRPRRYSDGDRAGARDQTHTEGDGEHQEHMERPAFDGKRFQR
DDRLEEQKIRERLKAMPMWKKELVDRKKTGPLVAKASVMASNNSAFTPTAATNSTKDAPA
NSKGSSIPLPAQSESAFTRQVVNSKQGSPGVPRKRVSPSNSFKSSGGRRTPSPHSVIEGL
SQEGMRKRVERVRKARLYLLQQTGPNSFLIGGDSPEHKFRVIIGTQLYEECLPAFDGKRF
QRDDRLEEQKIRERLKAMPMWKKELVDRKKTGPLVAKASVMASNNSAFTPTAATNSTKDA
PANSKGSSIPLPAQSESAFTRQVVNSKQGSPGVPRKRVSPSNSFKSSGGRRTPSPHSVIE
GLSQEGMRKRVERVRKARLYLLQQTGPNSFLIGGDSPEHKFRVIIGTQTCSCGKGPHCLH
LLFVMLRVFQVGENDPCLWRRELKNYEVETLFRAYLDRRNQRMKQTTPKNEQKKGQEAGG
DSTSPDTSSTDSESSTKDIEETCPICLLEMCEGESIVECEKGCHNKLHHHCISIWFNLCQ
KQKEPLMCPLCRAKWKVSPEEGVTVPSGSPAVSLPHPPPPAQPHEEVVLPHADPLPQEHR
DMAAPWIEILGEDLISCLFSKNWTVRETGLRRVSQEAVAVFLPASGEGRTGARVSSDRHE
AKTQMLSTCFSILALMCGDPVYRVFVAALKTLRTVLAYVPCRDDTQRKELQDLLVPVLNT
ILIKCADGNRRTSLLSISTIVELGKGQSGELAIGREIFNSGQGGIGGVSFILTCMLEEYT
LEEVQWQWLLGRLCALDRLMEEFPLEFTVEAGRGEHISDHPRLHAVLNFVFKALKHSHQR
IAKLARRTFIFAVRPTAHIPGIFSEVKEMLNHLDSSLHIRMLRHLAHIFTEPALLVPYHN
ITYQNGPAVDFEIPGDMGEGSDTPRSLSPDMPLPSSQGSSPMPQTPTEDGDINDGIGEDN
RRLDNMTPNNNELGSDLQNNNVPNDNDVEEQTHQDEFLGENGLEASVQPDEAAAGSKSAI
AQDNHVDGDTRKLEETTDKSNVNGELPGNAENHVSGTKTAKDANRNLKQANPVLLTPPNT
PLQQSLDKEEVSLSAKKVPQSESTSSPLAGAQPKDWGDITTKQLECDCIEPPQPHGIHMH
HKSQGNRDQEEIQPSLPSCGENAHHKAQGYGNCDDRQDEAQAAPLNCNCLIKPCPCEDKF
RLPQEPCSPKKTYLCSACRRYSILSTEDSTELTLSPAGLDEKPVSFKTEVASSPRVSPDA
SQDDGASSDPCYCKEEVEIEEAQALAAAMEASTKQEDLPIIPQLGSREKDEITIHIQDEG
GGENDEPQPKAYLDGIHWQRGPLIGTGAYSTCYQARDVKTGTIMAVKQISFCRNTAVEQA
QVVEAIEDEIRMMAKLNHVNVVRILGATRQGCHFNMFVEWMPGGAVACLLATYGPFSEVV
ITSYTQQVLRGLAYLHDNQILHRDMKGANILVDSTGKRVRIADFGASARLATRSTGAGEF
QGQLLGTIAFMAPEVLRGESYGRSCDVWSVGCCMVEMCTGQPPWGSKAVSNHLALIFKIA
TSTEPPPIPENLSPGVRDLMLRCLEQKSEDRPSAKELLQHPLFIHYHNFKSSVPRM
NT seq 5031 nt   +upstreamnt  +downstreamnt
atggccacccctgggccagagggggccgatgtaggtgatccatcttcaacagacagcgtt
gttaccagcgcagaaaacggccacgcacagagcaaagaaaatctgcaaggtccatactgg
aaagtgaggttaaaaccagtgaaacatacaaagatcaaagtagagggtgatagctgtggt
aacgtggtttcgacaggaagcagtaaggaagatacactggacatggaaggcagccagaga
ccccggcgttattctgacggagatcgtgctggtgctcgtgatcaaacgcacacagaagga
gacggggagcaccaggagcatatggagaggccagcatttgatggtaaacgcttccagaga
gatgaccggctggaagaacaaaagattcgtgagcgcctcaaggccatgcccatgtggaag
aaggagttggtggacaggaagaaaactggaccactggttgccaaagcaagtgtcatggcg
tccaacaattcagcctttactccaacggcagcaacaaatagtacgaaagatgctcctgct
aattccaaaggcagcagcatccccctgcctgcccagtctgagtctgccttcaccaggcaa
gtggtcaacagcaaacaaggctcacctggcgtccccaggaaacgggtgtcacctagtaat
tcgtttaagtccagtggagggagacgtaccccctccccccatagtgtgatagagggtctg
agtcaagagggtatgcgtaagagggtagagagggtgagaaaagccaggttgtaccttctg
cagcagacgggtccaaactcattcctcattggtggagactctccagaacataaattcagg
gttattattgggacacagttatatgaggaatgtctgccagcatttgatggtaaacgcttc
cagagagatgaccggctggaagaacaaaagattcgtgagcgcctcaaggccatgcccatg
tggaaaaaggagttggtggacaggaagaaaactggaccactggttgccaaagcaagtgtc
atggcgtccaacaattcagcctttactccaacggcagcaacaaatagtacgaaagatgct
cctgctaattccaaaggcagcagcatccccctgcctgcccagtctgagtctgccttcacc
agacaagtggtcaacagcaaacaaggctcacctggcgtccccaggaaacgggtgtcacct
agtaattcgtttaagtccagtggagggagacgtaccccctccccccatagtgtgatagag
ggtctgagtcaagagggtatgcgtaagagggtagagagggtgagaaaagccaggttgtac
cttctgcagcagacgggtccaaactcattcctcattggtggagactctccagaacataaa
ttcagggttattattgggacacagacttgcagttgtggcaagggcccacattgccttcat
ttgctgtttgtaatgctgagagtattccaagtgggtgagaatgacccctgtctctggagg
cgggaactgaagaattatgaggtggagacactgttcagggcctatcttgacagaagaaat
cagcgcatgaagcagacaactcctaaaaatgaacaaaagaagggacaggaagctggtgga
gactctacttcccctgatacatcctccactgacagtgaatcaagcaccaaggacattgaa
gaaacctgtccaatctgtctgctggagatgtgtgagggggagagtattgtggagtgtgag
aagggatgccacaacaaattacatcaccactgcatttctatctggtttaacttgtgtcaa
aaacaaaaggaacccctgatgtgtccactgtgtagagccaaatggaaagtctccccagag
gagggtgtcacagtgccatctggtagccctgccgtcagcctgccccacccacccccacct
gctcaaccccatgaagaggttgtattaccccatgcagatcctttgcctcaggaacacagg
gacatggcagctccttggatagagattttgggtgaggacctcatctcttgcctcttctca
aagaactggactgtgcgggagacgggtctgagaagggtttctcaggaagcggtggccgtc
ttcctgccagcgtctggggagggccgcactggggccagggtgtcctcagacagacacgag
gccaaaacacagatgctgtctacctgcttcagcatcctggcactgatgtgtggagaccct
gtgtatagagtgtttgtggctgcattgaaaactttgagaacagtgttggcatatgtaccc
tgccgagatgacactcagaggaaggagctgcaggatttgttggtccctgtgctgaataca
atactgattaaatgtgcagatgggaacagacgcacaagcttgctgtccatctctaccata
gtagaactgggcaaagggcaatctggggagcttgccattggaagagagatattcaattca
ggtcagggtggtattggaggtgtgtcgttcattctgacatgtatgttggaggagtacact
ctggaggaggtacagtggcagtggttgttggggcgcctgtgtgccttggaccgtctcatg
gaggaattccccctagagttcacagtggaggctggcagaggagagcacatctcggaccac
ccgagactccatgctgttctgaacttcgtcttcaaagccttgaaacacagtcaccagagg
atagccaagcttgccaggaggacgttcatatttgcagtcagacccacggcccacattcca
ggaattttctctgaagtcaaggaaatgttgaaccacttagactccagcttgcacattcgg
atgctgcggcatctagctcatattttcacagaacctgcattgctagtgccttaccataat
atcacatatcagaatggcccagcggttgattttgagatccctggggatatgggagaaggc
tctgataccccaaggtctctctcccctgatatgcctctcccatcaagtcagggttccagt
ccaatgccccagactcccaccgaggatggagacattaatgatggcattggtgaggataac
agaagacttgataacatgactcccaataataatgagttgggttctgatttacagaataac
aatgtgccaaatgacaatgatgttgaggagcaaactcaccaagatgaattcttaggggaa
aacggacttgaggcttcagtacaaccagatgaagcagctgcaggttcaaagagtgcaatt
gcacaagacaatcatgttgatggtgatacaaggaagttggaagaaaccacagacaaaagt
aatgtgaatggagaattgcctggtaatgcagagaaccatgtttctggtacaaaaactgcc
aaagatgccaacaggaatcttaagcaagcaaatccagtcttattgactccacccaacact
ccattgcagcaatcactggacaaggaggaggtatctctttctgcaaagaaggttccacaa
tcagagtctacctcgtcacctttggctggggctcagccaaaagattggggagatattaca
acaaagcaactggaatgtgactgtatagagcccccacagccacatgggatccacatgcat
cataaatcacagggtaatagggaccaagaggagatacagccttcactgccatcttgtggt
gaaaatgcacatcacaaagcacagggatatggaaactgtgatgacagacaggacgaggca
caggcagcaccactgaactgtaactgtcttataaaaccttgtccctgtgaggataaattt
cggttgccacaggagccatgttcacccaagaaaacttacttgtgttctgcttgcagaagg
tattccattttatcaacagaggactccactgagttgacactgtctccagcaggactggat
gagaagccggtgtctttcaagactgaagtggcatcctcgcccagggtgtcgccggacgca
agccaggatgatggtgcctcgtctgatccctgttactgtaaggaggaggtggagatcgag
gaggcccaggccctggcagctgccatggaggcttccactaaacaggaagatttacctatc
attccacagctgggcagcagggagaaagacgagattaccatccatattcaggatgaggga
ggtggagaaaatgatgagccacagcccaaggcctacttggatggcatacactggcagcgc
ggccctctgattggcactggggcctacagtacctgctatcaggccagggacgtcaagact
gggaccatcatggcagtaaaacagatctcgttctgtagaaacacagctgtagagcaagct
caggtggttgaggcaatagaagatgagattcgaatgatggccaagctgaaccatgttaat
gtagtcagaatacttggggccaccagacagggttgccattttaacatgtttgtggagtgg
atgccaggtggcgctgtggcctgtctcctggccacttatggaccattcagtgaagtagtg
atcaccagttacactcagcaagtgctcagggggctggcatacctgcatgataaccagata
ttacacagggacatgaaaggagccaacatcctggtagacagtacagggaagcgtgtgagg
atagcagactttggtgctagtgccaggctggctacaaggtccacaggagcaggagagttc
cagggacagctactgggcaccattgctttcatggctccagaggtgttacgtggtgaaagc
tatggccggagctgtgatgtctggagtgtgggctgctgcatggtagaaatgtgcactggc
cagccaccctggggatccaaggctgtgtctaaccatctggctctcatatttaagattgca
acatcgacagaacccccacccattccagaaaacctttcgcccggagtgcgagatctcatg
ctacgctgtcttgaacaaaaatcagaggacagaccatcggccaaagaacttctgcaacat
ccccttttcatccactatcacaacttcaaaagttctgttccaaggatgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (97)   
   KEGG ORTHOLOGY (1)   
   RefGene (93)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (115)   

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