KEGG   Lingula anatina: 106158445
Entry
106158445         CDS       T04921                                 
Name
(RefSeq) death-associated protein kinase 1 isoform X1
  KO
K08803  death-associated protein kinase [EC:2.7.11.1]
Organism
lak  Lingula anatina
Pathway
lak04140  Autophagy - animal
Brite
KEGG Orthology (KO) [BR:lak00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    106158445
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:lak01001]
    106158445
Enzymes [BR:lak01000]
 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
     106158445
Protein kinases [BR:lak01001]
 Serine/threonine kinases: CAMK group
  DAPK family
   106158445
SSDB
Motif
Pfam: Ank_2 Pkinase Ank Ank_4 Ank_5 PK_Tyr_Ser-Thr Ank_3 Death COR Kdo ABC1 RIO1 Pkinase_fungal Molybdop_Fe4S4 TCAD9
Other DBs
NCBI-GeneID: 106158445
NCBI-ProteinID: XP_013389887
UniProt: A0A1S3HV20
Position
Unknown
AA seq 1416 aa
MIEFSNEPFENFYEVGDEIGSGQFAVVKKCKHIKSQVEYAAKFIRKRRTAASRRGAKLDD
IHKEVELLSEINHETIIKLYDVYESRTEVVLVLELVSGGELFDFIAEKEKLSEEEASAFI
KQILHGVRHMHDKNIVHLDLKPENVMLTSKQSQKIKLIDFGLSRKLLPDAEIREMMGTPE
FVAPEVINFEPLHLNSDMWSIGVITYILLSGASPFLGDDKQETFRNVTAVDYRFDDDLFA
STSDLAKDFIKKLFVKDPRKRLSVHESLRHPWIQPIEKKQREARKKSHINIDNLKAFTAR
KRWKQSLRVVSLCNRLSRSMLLRRSGDVVNSTKSIPSVGGEEEDNFVLTALFCATEDGNF
AGIKRLLSMTSLDINISNRHGETALHRAASGGHVEVVKLLQSNGMNLNVTDQHGDNAVYW
AARQGHVEVVKYLKEQGVSVDQQNKSGESALHVAARYGHSHVVQYLCEAGANVDLQDELG
ETALHSAAWHGFSIICTYLCNAGCQLDVQNKDGEVPIHNAAGRGYLECVKVLLNTGARLD
LYDKRGSSALHWACRRHHTAIAMQLVQAGCPLDVVDETGESAIHAAAHEGLFSVVQAMCA
YGCDVNIISKNSLTALHSAAKGGYLEIVRCLLLAGADPDVPNKDGVIAEILALAQGHSEI
ADLLIRMKPVFLEHMIPWDYSDTSQFYFEKFRLDRRVNFINQLVPTRHPLKRIKLKVFGS
SGVGKTTLISSLKCGYITGFFRRRITSTSAMLAKSHWHQNHHRSHVNGLQRHRSLPSQLS
YEVRHDHYTKGIDVQLANISVAGDLSIWEFSGYEPYYMLYDNFIGDINCVHTVLFSLADP
PDIRRAQVAYWLNFIRARIQPLEPIGHCGKQANLAKIVLIATHADRAMCFKNSRGEFVNA
EALSLLNEMRQRFWLDFDISESMFVLDANSAMSNDMKAFRHYLADLKMSTIQHLPTTLGF
TDAMVAQLPSWRRSSSSFPVLSWQQFVEYARAKVNPLASEEHLKTLIQQLQLMGEVIYLE
TDSEQDLVILSPKWLCHDVIGGLLSHDRIVHTRPTGCYTVDDFQMMFPEADALDLLQVLQ
AVEMCVQCENDGDIEYEFPCLNFVETLRGLWESDSTLTSYGGVRLQSEVPMQLKHIFPKV
QVQLRRSIQSENQDPDNDLYQWYHGSKFCCGLMEGMITLEDFDAIDIKVRGPSDSGSTLY
YFLDDLVSLVEQVFIDACPGLFIERQLLSSAQLQRHSLPVHAYSNTVLLKQQLLGELEVT
YNGTKERFFDVLCLHSEEVEASLTLGIDLHVSALSLHTRRHLSSLLDIHDHMGRDWCLLA
VNMGMTDALPRLDSSQDESESKTDKVLQKWSKEAGSTIGQLILKLQELGRQDAVDVLLYT
APAYRVSPLEEQSQDGLEGAGTQGYNSTNTVSDLSR
NT seq 4251 nt   +upstreamnt  +downstreamnt
atgatagaattttctaatgagcctttcgaaaacttctatgaagttggagatgaaatcgga
agtggccaatttgctgttgtcaagaaatgcaagcacatcaaatcacaagtggagtatgca
gctaaattcattagaaagcgaagaactgcagcaagcagaagaggagcaaaactggatgat
attcacaaggaagtggaacttctcagtgagatcaaccatgaaaccatcataaaactatat
gatgtatacgaaagtaggacagaagtggtattggtcctggaactggtttctggcggtgaa
ttgtttgacttcattgctgaaaaagaaaaactcagtgaagaagaagcctctgcatttatc
aagcagatcctccatggtgtcaggcacatgcatgataaaaatattgtgcacttagatcta
aagccagaaaatgtgatgctcaccagtaaacaaagtcaaaagatcaagctgattgacttt
ggtctgtccagaaagctcctaccagatgcagaaatacgggaaatgatgggaactcctgaa
tttgtagctcctgaagtgatcaactttgaacctcttcatctgaattctgacatgtggagt
ataggtgtcattacatacatactccttagtggtgcttctccgtttcttggtgatgacaaa
caagagacattccgcaatgttacagcagtagattacagatttgatgatgacctctttgcc
tcaaccagtgatcttgccaaggacttcataaaaaaactgtttgttaaggatccaaggaaa
cgcttatccgtccatgaatccctacgtcacccatggatccagccgattgaaaagaaacag
agagaagctcggaaaaagtcacacattaacatagataacctgaaggcctttactgcccgg
aaacgttggaagcaatcattgcgggtagtctctctatgcaatcgcttgtcacgaagcatg
ctactccgcaggagtggggatgtggtcaacagcaccaagagtatccccagtgtgggaggg
gaagaagaagacaattttgtcctgacagctttgttttgtgccactgaagatgggaatttt
gctggaataaaaaggttgctttctatgacttcactagacatcaacatatcaaataggcat
ggggagacagcgttacacagggctgccagcggaggacatgtggaggtagtgaaactgtta
cagagcaatggaatgaacctcaatgtcacagaccagcatggggacaatgctgtgtactgg
gctgctaggcaagggcacgtggaagtggtcaaatatctcaaagaacaaggggtctctgtg
gatcaacaaaataagtctggcgagtcggccttgcatgtagctgcgcgctatggccacagc
catgtggtccaatacctgtgtgaggcaggagccaatgtggatcttcaagatgagcttggt
gagactgctctccatagcgcagcatggcatggtttttccattatctgtacatacttgtgc
aatgcaggatgccaactagacgtgcaaaataaggatggcgaggtgcccatccataatgca
gctgggcgtggttacctggagtgtgtgaaggtactgctgaatactggggccaggctggac
ctgtatgataaacgtggtagcagtgccctccactgggcctgcaggcgccaccacactgcc
atagccatgcagctggtccaggctgggtgccctctagatgtggtagatgagactggagaa
agtgctatccatgcagcagcacatgaaggactgttctctgtggtgcaggcaatgtgtgct
tatggttgtgatgtcaatattattagcaagaattctctcactgctctccactctgcagct
aagggtggctacctggagatagtccgctgtctgttactggctggagctgaccctgatgtg
cccaacaaggatggcgtgattgcagagatccttgccttggcccaggggcactctgaaata
gctgatcttctcatacggatgaaaccagtattcttggagcacatgatcccctgggactac
agtgataccagccagttttattttgaaaaattccgtctggaccgacgggtgaacttcatc
aaccagctagtgccaacacgtcacccattgaagagaatcaaactgaaagtttttggtagc
agtggtgtgggcaagaccaccctgattagttccttgaaatgtggctacatcactgggttc
ttccggcgcaggatcaccagcactagtgccatgttggccaagtcacactggcaccaaaac
catcacagaagtcatgtgaatgggttgcagcgtcacagaagtcttcctagtcagttgtcc
tatgaagtccgacatgaccactatacaaaaggcatagatgttcagcttgccaatatctct
gttgctggagacctgagtatctgggagttctctggctatgagccttactacatgctttat
gacaacttcataggcgacatcaactgtgtccacactgtattattcagcctggctgacccc
cctgacatcaggcgagctcaggtggcctactggttaaacttcatcagggctagaatacag
ccattagaaccaataggtcattgtggcaagcaggcaaacttggccaagatagtcctgata
gccacgcatgcagatagagccatgtgcttcaagaattctcgcggggagtttgtcaatgct
gaggctctgtccctgttaaatgaaatgcggcaaaggttttggctggactttgacatctca
gagtccatgtttgtcctggatgccaactctgccatgtccaatgatatgaaggcatttaga
cactatcttgcagatctaaaaatgtccacaatccagcatcttccaaccaccttaggtttt
actgacgcaatggtggctcagctaccatcatggagaaggtcttcctcatcttttcctgtg
ttgtcatggcaacagtttgttgagtatgctagggccaaggtgaaccctctggccagtgaa
gagcatttaaagactctaatacaacagcttcagttgatgggagaggtaatctacttggag
acagattctgagcaagatctggtgatattgtcccccaaatggctgtgtcacgatgtcatt
ggtggtttactgtcacatgaccgtattgtgcacacacgcccaacaggttgctacacagtg
gatgacttccagatgatgtttccggaggcagatgccttggatctgctacaagtcctgcag
gctgtggagatgtgtgtgcagtgtgaaaatgatggggacatagagtatgaattcccatgc
ttgaactttgtggagactttgcgaggactctgggaaagtgattctacgctgacgagttat
ggaggtgtccgtttgcagagtgaggtcccaatgcagctgaagcatatatttcctaaagtt
caggtccagttaagaaggagcatccaaagtgagaaccaagacccagacaatgacttgtac
cagtggtaccatggctcaaaattctgttgcggacttatggagggaatgataaccctagaa
gacttcgatgctatagatattaaagtacgtgggccgtctgattctgggagcacattatac
tatttcctggatgaccttgtgtccctagtggagcaagtgttcatagatgcatgcccaggg
ttgttcattgaaagacagcttctgagttccgcccagctccagaggcattctcttcctgtg
cacgcgtactccaacacagtgctgctgaaacagcaattgctgggcgagctagaagtgaca
tacaatggcaccaaggaaaggttctttgatgttttgtgccttcattcagaggaggttgag
gcatcgttaacactgggcatagacttgcatgtatctgcactgtcactgcacacacggaga
caccttagttcactcctagatattcacgaccacatggggagagactggtgtttgctagca
gtgaacatggggatgacagatgccttgccaagactggattcctctcaggatgaatctgag
agcaagacggacaaagtgttgcagaaatggagcaaagaggctggcagtacgattggacag
ctgattctcaagctacaagaacttggcaggcaggatgctgtggatgtcctactgtatact
gcccctgcatatagagtgtcccccctggaagagcagagtcaagatggcctagaaggtgct
ggaacccaggggtataactctactaacactgtgtcagacctttccaggtag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (270)   
   KEGG ORTHOLOGY (1)   
   RefGene (266)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (15)   
   Pfam (15)   
All databases (300)   

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