KEGG   Pogona vitticeps (central bearded dragon): 110083010
Entry
110083010         CDS       T05000                                 
Symbol
MYLK
Name
(RefSeq) myosin light chain kinase, smooth muscle
  KO
K00907  myosin-light-chain kinase [EC:2.7.11.18]
Organism
pvt  Pogona vitticeps (central bearded dragon)
Pathway
pvt04020  Calcium signaling pathway
pvt04270  Vascular smooth muscle contraction
pvt04371  Apelin signaling pathway
pvt04510  Focal adhesion
pvt04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:pvt00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04371 Apelin signaling pathway
    110083010 (MYLK)
   04020 Calcium signaling pathway
    110083010 (MYLK)
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04510 Focal adhesion
    110083010 (MYLK)
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    110083010 (MYLK)
 09150 Organismal Systems
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    110083010 (MYLK)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:pvt01001]
    110083010 (MYLK)
Enzymes [BR:pvt01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.18  myosin-light-chain kinase
     110083010 (MYLK)
Protein kinases [BR:pvt01001]
 Serine/threonine kinases: CAMK group
  MLCK family
   110083010 (MYLK)
SSDB
Motif
Pfam: I-set Ig_3 Ig_2 ig Pkinase V-set PK_Tyr_Ser-Thr C2-set_2 23ISL fn3 Izumo-Ig Kinase-like Kdo DUF5898 Pur_ac_phosph_N
Other DBs
NCBI-GeneID: 110083010
NCBI-ProteinID: XP_020656743
UniProt: A0A6J0U9Q3
Position
Unknown
AA seq 1972 aa
MKEMLNTLNMGDVKLVSTRISKATLTLDHSSLRPPIPTEPPAFTLPPRNIRVPLGGTARF
EGKVRGNPEPQITWYRHGHLLMEGERCKADCSIRGLFTLIIKGVEEEDGGPYTCEARNAG
GLRQVTVELTVEGTVLKKYNLSSSAKSSGGRLTVPPVEQRPSIWGECPPKFATKPNRVIV
REGQTGKFSCKVTGRPQPQVTWFKGEVQVQKSDRFNMFEKAGIQFLEIQNAQLADVGIYT
CTVMNSAGKASVSAELMVQGSAKRDVNTHSVCSLTKSSACTKPTITTKAVETSEFRKATS
NGIAKELKSTSTELLLEPKERPVGKKEIPLASPKETKQNALEKVKEPTTEPPKEKGRGYR
VLQTSSSTITLQSVKVQTGPKVDLKSSFPGKEEDVKKTKYPSVSGWQATSSTRLGGLRTK
EREDHAKLKKSMTDVSREPQGIPPQFECRPQSQEAMEGEEVTFRCKVSGKPKASVEWFKE
GAQLEAGGGIQIYEEDGIHCLCLKKIQLENSGSYRCTASNTRGQASTRWILTVKRPKVKD
VAPHFSSVLKSCSVSEGQDFVLQCSVEGSPMPQITWLLNDRPIQYAHSVFEDGIAKLTVQ
DALPEDDGLYTCLAENNAGRASCSAQVTVKEKRSRHKLESTHPVLAKKTFPPVFLKGLTD
LKVMDGSQVIMTVEVSANPPPEVIWLHNGKEIQETEDFHFEKKGNEYSLYIQEVFPEDTG
KYTCEAWNDLGEIQTEATLTVQEPQDGIQPWFISKPKSVIAVAGQNVLISCAIAGDPFPA
VHWFKDGQEVTPGAGCEFLQNEDIFTLIIRNVQPRHAGQYEIQLRNQVGECSCQVSLMLR
ESSVSRGEIHSDGRQAERRDAGDHDALTFGSSGGFRRNTSEDLQVEEEQEDVRGVLKRRV
ETRESTEEKLRQQEVEQIDFRDILAKKVNTKSVSEEELKEIPAEQMDFRANLQRQVKPKT
LSEEERKVHAPQQVDFRAVLAKKGASKPPLSEKAPAPKPAAPDFRSVLGAKKKAPTENGG
PGAQTQNANASSEVQKLSTLSKASDVGANSKNPPGSKLDSKSSSTKTPDTSTISEAKNES
SRSKPQNVSTNLEAQNAGSRSKLQNAGSNSETQMASTNSEVPHDNLGKKEQKNDLNCQGG
CLPVVDGQLIEETVKGNKTEPKGTPPSFTEMLQDTRVVEGEKLVLQCQVSSDPAAVVTWT
LDGKVIKSSKFIVLSQEGPLLSLTIDKAFPEDSGQYRCIAENAAGRSECACSVSVEESSR
PTEKKSKKPKSSLPPTLATENEATVKKKPAPKTPPKAALPPQIVQFPEDQKVRAGESVEL
LCKVTGTPPLTCTWMKFRKQIQENEHIKIENAENSSKLTICSTKQEHCGCYTLVVENKQG
SRQAQVNLTVVDKPDPPAGTPCASDIRSSSLTISWYGSSYDGGSAVQSYTVEIWDTVDKK
WTDLTTCRSTSYNVQDLLPDREYKFRVRAANVYGISEPSHESDLVNVGEKQEGPKEEEEE
AEVSDNEEKEPEVEYRTVTINTEQKVTDFYNVEERLGSGKFGQVFRLVEKKTGKVWAGKF
FKAYSAKDKENIRQEISIMNCLHHPKLVQCVDAFEEKANIVMVLEIVSGGELFERIIDED
FELTERECIKYMKQISEGVQYIHKQGIVHLDLKPENIMCVNKTGTRIKLIDFGLARRLEN
AGSLKVLFGTPEFVAPEVINYEPIGYATDMWSIGVICYILVSGLSPFMGDNDNETLANVT
SATWDFDDEAFDEISDDAKDFISNLLKKDMKDRLDCSQCLQHPWLQKDTKHMEAKKLSKD
RMKKYMARRKWQKTGNAVRAIGRLSSMAMISGLSGRKSSSSSPTSPVNSEKTEAEDDTAN
SLLEAVDEERSHVKPYFSKTIQDIEVVEGSAARFDCKIEGYPDPEVIWYKDEQSIKESRH
FQIDYDEDGNCSLTISEVCGDDDAKYTCKAINCLGELGSEYSSSSSTENHFP
NT seq 5919 nt   +upstreamnt  +downstreamnt
atgaaggaaatgttgaacacgctcaacatgggggatgtgaaactcgtatctactaggatc
tccaaagccaccttgactctggaccactcttctctaaggcctcctattccaacagagcca
ccagcatttactttacctccaaggaatatccgagtgccacttggaggcacagccaggttt
gaaggcaaagtcagaggcaacccagaaccacagatcacgtggtacagacatgggcatctt
ctgatggaaggagagcgctgtaaagcagattgcagcattcgaggacttttcactttgata
atcaaaggggtggaagaagaagatggtggcccgtacacatgtgaagccagaaatgctggt
ggtcttcgccaggtgacagtggagttaacagtggaaggaactgtcttgaagaagtacaac
ctgtcttccagtgccaaaagttctggtggtagacttactgttccccctgtggagcagcga
ccaagcatttggggtgaatgtcctcccaagtttgctacgaagcccaatcgagtcattgta
cgagagggtcagactggtaaattttcctgtaaggtaacaggacggcctcagcctcaagtc
acttggttcaagggtgaagttcaggtgcagaagagtgatcgtttcaacatgtttgagaaa
gcaggcatccagttcttggagatccagaacgctcagctggccgacgtcggaatttacact
tgcactgtgatgaatagtgctgggaaggcttctgtgtctgcagagttaatggttcaaggt
tctgccaagagagatgtgaatactcattctgtttgctctttgacaaaatccagtgcctgt
acaaaacccaccatcacaaccaaagctgttgagacctcagagttcagaaaggctaccagc
aatggtattgctaaagaactcaaatccacatccacagaacttttgctagaacccaaagag
aggccagttgggaagaaagagattccattggcttcacccaaagaaaccaaacagaatgca
ttagaaaaggtgaaagaaccaactacagagccacctaaagaaaaaggaagaggttatcgg
gtcttgcaaacctcgtcaagcaccataacattacagtctgttaaagtacaaacgggacca
aaggtggacttgaaatcaagtttccctggaaaggaagaggatgtgaaaaagacaaagtat
ccgtcagtatcaggttggcaggctacgtcttcaaccaggttgggtggtctgaggactaag
gagcgggaagaccatgctaaattaaagaaaagcatgactgatgtaagcagagagcctcaa
gggatccctccccagtttgaatgtcgcccacaaagccaagaagcaatggaaggagaagag
gttacattcagatgcaaagtttcaggaaagcccaaggcaagtgtcgaatggttcaaagaa
ggagcccaattagaagctggaggtgggatccagatctacgaagaggatgggatccattgt
ctgtgtctgaaaaagatccagctggaaaacagtgggtcatatcgttgcacagccagcaat
actcgtggccaggcttcaaccagatggatattaactgtaaaaaggcctaaggtgaaggac
gtggctccccatttttccagtgtgttgaaatcatgcagtgtgagtgaaggacaggatttt
gtgctccagtgctcagttgaaggttcaccaatgcctcaaatcacttggcttctcaatgat
cggccaattcagtatgcacattcagtctttgaggatggaattgcaaagttgactgttcaa
gatgctttaccagaagatgatgggctgtatacctgtctagcagagaataatgctggaagg
gcttcctgcagtgctcaagttaccgtcaaagaaaaaagaagcagacataaattggaaagt
acccatcctgtattagccaagaaaacgttccctcctgtcttccttaaaggcttaactgat
ctcaaggtgatggatggcagccaagtgatcatgacagtcgaagtctcagctaacccacct
cctgaggtcatttggctgcacaatgggaaagaaatccaggaaacagaggattttcacttt
gagaagaagggcaatgaatatagcctatatatccaggaggtgttcccagaggatactgga
aagtacacctgtgaggcctggaatgacttaggagaaattcagactgaagcaacactgact
gtgcaagaaccccaggatggcattcagccatggttcattagcaaacccaaatcagtgata
gcagtagctggacagaatgtccttatttcctgtgccattgctggagatcctttccctgct
gttcattggttcaaagatgggcaggaagtgacgccaggagcaggctgtgaattcctgcag
aatgaggacatcttcacactgattataaggaatgtgcaaccccgccatgctggccagtat
gaaatacaactcaggaaccaagttggagaatgcagctgtcaggtgtctttgatgctgaga
gaaagttcagtttccagaggagaaatacacagcgatgggaggcaggcagaacgaagagat
gctggtgatcacgatgcactgacatttggaagctctggtggcttcagaaggaatactagc
gaagatctgcaagttgaagaagaacaggaggacgtccgtggggtgcttaaaaggcgagta
gaaactcgagagagtacagaggagaagcttaggcaacaagaggtggaacagattgacttc
cgtgacattttggccaagaaagtcaacactaaaagtgtttctgaggaggagctgaaggaa
attccagctgaacaaatggacttccgtgctaacctgcagcggcaggtcaagcccaagacc
ttgtcagaagaggaaagaaaagtccatgctccccaacaagtggacttccgggctgtgttg
gctaaaaagggcgcctctaaacctcctttgtcagagaaagcaccagcccctaagccagct
gcccctgatttcagatctgtgcttggtgcaaagaagaaagctccaactgagaatggaggc
cctggtgcccaaactcagaatgccaacgccagctcagaggtgcagaaactcagcaccctc
tccaaagcatcagatgttggagccaattctaagaatccaccagggtccaagttggactcc
aagagctccagcactaaaacacctgatacaagcactatttcagaagccaagaacgagagc
tccagatctaaacctcagaatgtgagcactaacttggaagctcagaatgccggctccaga
tctaaactccagaatgcaggcagtaattctgaaacccagatggccagcaccaactctgaa
gtgccacatgacaacctggggaagaaagagcagaagaatgacctcaattgtcaaggaggt
tgcctcccagtggtggatggacagttaattgaagaaacggtaaagggcaacaaaacggaa
cctaagggaacaccaccatcctttacagaaatgctacaagatacccgagtagtagaaggt
gaaaaattagtcttgcaatgtcaggtttcatcagatcctgctgctgttgtcacctggact
ctggatggaaaagtcatcaaatcatccaagttcattgtcctttcacaagaaggaccactg
ctctcactaaccatcgataaggcatttcctgaagattcaggccagtatagatgcatagct
gagaatgctgcaggacggtcggagtgtgcttgcagtgtttcagtggaagagtcttcaaga
ccaactgaaaagaaaagtaaaaagccaaagagctcacttcctcctacactcgcaacagaa
aatgaggcaacagtaaagaagaaaccagctccaaagactccacccaaagcagctctccca
cctcagattgttcagttcccagaagatcaaaaagtgcgggctggcgagtctgtggaactt
ttgtgcaaagtgacaggaacacctcccttaacatgcacctggatgaaattccgaaaacag
atccaagagaatgagcacatcaaaattgagaatgctgagaacagcagtaagctaactatc
tgctccacaaagcaggaacattgtgggtgttatactttagtcgtagaaaacaagcaaggc
agcaggcaagcccaggttaatctcactgttgtagataaacctgatcctccagcaggaacg
ccttgcgcctcagacatcaggagttcttcccttaccatctcatggtatggctcctcctat
gatggtggaagtgcagtgcagtcctacacagtggaaatctgggacacagtagacaagaaa
tggacagatctcacaacttgtcgcagcacttcttacaatgtacaggacctgttacctgac
agggagtacaaattccgggtgcgagctgctaatgtttatgggataagtgaaccaagtcat
gaatctgatctagtaaacgttggagagaagcaagaaggccctaaagaagaggaagaagaa
gcagaagtgtctgataatgaagagaaagaaccagaagtagaatatcggactgtgaccatc
aatacagaacagaaagttacagacttctacaacgttgaagaaagattaggctcgggcaaa
tttggacaagttttccggcttgttgagaagaaaactggaaaagtgtgggcaggaaaattt
tttaaagcttattcagctaaggataaggaaaacatacggcaagagatcagcattatgaac
tgtctgcaccatccaaagcttgtccaatgtgtagacgcttttgaggagaaagctaacatt
gtcatggtcttggaaattgtttctggcggggagctctttgagagaatcattgatgaggat
tttgagctaacagagagagagtgcattaaatacatgaagcagatctcagaaggtgtacag
tacattcataaacaggggattgttcatttggatttgaagcctgaaaatattatgtgtgtc
aacaagacgggtacaagaatcaagttgattgactttggacttgcacgacgactagaaaat
gcaggttctctgaaggtcctttttgggacaccagagtttgtggctccagaagttataaac
tatgagcctattgggtatgctacagacatgtggagcataggagtcatctgctacatcttg
gtcagtgggctttctcctttcatgggtgacaatgacaatgaaaccttagccaatgttacc
tcagccacctgggattttgatgatgaagcttttgatgagatctcagatgatgccaaggat
ttcatcagcaaccttctaaagaaagacatgaaggaccgcttagattgttctcaatgcctt
caacatccttggttgcaaaaggacaccaaacacatggaagccaaaaaactgtccaaagac
aggatgaaaaagtacatggctagaagaaaatggcagaaaactgggaatgctgttcgcgcc
ataggaagactgtcctcaatggcaatgatttctggcctcagtgggaggaagtcctcttca
agctccccaaccagtcctgttaattcagaaaagacagaagcagaagatgacactgccaac
agtctcctggaagcagttgatgaagaaaggtcccatgtgaagccatatttctctaaaaca
attcaagatatagaagttgtggaaggcagtgcagctagatttgactgcaaaattgaaggt
taccctgacccagaggtgatctggtacaaagacgaacaatctatcaaggagtcccggcac
ttccagatagactatgatgaggacggcaactgctctttgactatttctgaagtttgtggg
gacgatgatgccaaatacacttgcaaggcaatcaactgccttggagaattgggcagtgaa
tattcttcctcctcctccactgagaatcattttccataa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   KEGG ORTHOLOGY (1)   
   RefGene (48)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (80)   

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