Solea senegalensis (Senegalese sole): 122785553
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Entry
122785553 CDS
T07721
Symbol
aatka
Name
(RefSeq) serine/threonine-protein kinase LMTK1 isoform X1
KO
K17480
lemur tyrosine kinase 1 [EC:
2.7.10.1
]
Organism
ssen
Solea senegalensis (Senegalese sole)
Brite
KEGG Orthology (KO) [BR:
ssen00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
ssen01001
]
122785553 (aatka)
01009 Protein phosphatases and associated proteins [BR:
ssen01009
]
122785553 (aatka)
Enzymes [BR:
ssen01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
122785553 (aatka)
Protein kinases [BR:
ssen01001
]
Receptor tyrosine kinases (RTK)
LMR family [OT]
122785553 (aatka)
Protein phosphatases and associated proteins [BR:
ssen01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
122785553 (aatka)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
Motif
Other DBs
NCBI-GeneID:
122785553
NCBI-ProteinID:
XP_043907343
LinkDB
All DBs
Position
LG19:10613961..10643613
Genome browser
AA seq
1641 aa
AA seq
DB search
MLFALHVIVMSSAFFNPSFAFSSHFDTDGAPLSELSWPSSLAVVAVSFSGLFTFVFLMLA
CLCCKKGDVGFKEFENTEGEEYRAELASPSSQNGPEVYILPLTEVSLPVSKQPARSIQLL
KSSDLGRHSLLYLKEIGHGWFGKVLLGEVNAGLSITQVVVKELKASASVQDQMQFLEEVQ
PYRTLQHPALLQCLAQCSEVTPYLLVMEFCPLGDLKTYLRSCRIADSESPDPLILQRMAC
DVASGLLHLHKHNFTHSDLALRNCLLTSEMSVKIGDYGLSHSRYKEDYYVTQDQIWVALR
WIAPELIDEVHGNLLVVDQTKSSNIWSLGVTMWELFELGNQPYRHYSDRQVLTYVVKEQQ
LKLPKPHLQFQLAERWYEVMQFCWLQPELRPSSEEVHLLVTYLCAKGSSEAEEDFEQRWD
ALRPNLQGSTSHTATSTALVLTPTTAPADNSGTDPSQAVELASSASSSFPLLEHFSDSFH
SDTGDDLLTVTETSHGLNFEYKWEQARAEQPYCSSSTSGPLGQGNPHYQDIYYSSKGSTS
GGCKTDSLTSGISLSYYEPEHPGVVPVLSAHSPSVSSEYYIRIEEPVECNINLDDSVVDY
SPGLEASNSRLSSESRTASSMAQPRAYWSTADNTKYAAYDSDSSPTVQLTIDPLLRQASR
TSPMNCFSPNQDGTIYCEQTSAYKTCHQSCLSEHDSSPESRSNLVYSVGCLENTCSLSQA
VSSPSLGFCDPYLEASTGRSTVSDSCHNMMGPLRKTLPIVNHISIDVGTDDGLLVGHLRG
EDIEDDLFSEGDATNWTSNRSANNNSLTFESRQTAGSGPDTYLDLHYRIDHSNTTELRSL
TKATTETFNGSISPGNVEGERGDSGYDAGSELMELSSYIHLSHKEREEAATQVEMNSTAE
NLIKFESHTSSSINSRSTDGGKVEGKYGKQSLLHGERLYSEPKMIPETSFIKSPSSFKDP
QIGQTGALSGKHRGNIWDGVSSGISVCLGDKRLSCPERSESSRALERNVGARESGMSLIE
IGDYSEDDDDDMTDITSGIFADFNLDYAEVEEEELSPLKNPGGTSDSIDTFNLSSSMASA
CDQAFSPDPFNTPILPKSLDSGYDTENNESPEFIFKELGDTRGGEGSPRLGGEPEIILQV
GLGQGVCTSTNTSELHLKSLIDKNPYRDSAYFSDYDVENEKSPQEEGSTFFVGSPHHVFT
AEKLDSFRGDNSMSRPLNNGEHLTNLKNKNGSVVVNLSEGDHSSTTSLPTPGLSMLSPFP
PQMGGCLTKESAPAEDDLGLETEHSGEEPPSELSSSITSEPSSAVQEASANREEGSRRAE
DCSSFQSLNSDSTLTDCIDEVHEENDNGVLSTEEEELPEFNHMEEDRRDSVGIREDDFED
IDAEECDSQDSLCEESNGPVDLSSSSSLLELCGEDVRAPLEEAEDEDDSDDSESDEELRT
YNIQDEDSEESEEDFTTVPVVVSDCSRARHLRSLLKMPTLLTQSFCDELERKKKVVSFFD
DVTVFLFDQESPTGELADFTFATGTESSEQESSEANTSDHRPQPDADLEGEVCESLRVSE
QTDGIKSEEDGSYEWKEELSFEPRPSSPDVIPEPQSSPTSTSNSPEDPKPAAVALNRFMV
SRFSITHVSDSHISSATGEDE
NT seq
4926 nt
NT seq
+upstream
nt +downstream
nt
atgctctttgccctacatgtgattgtcatgtcttctgcgtttttcaaccccagttttgcc
ttcagctctcactttgatacagatggggctccgctgagtgagctgtcatggccttcatcc
ctggctgtggttgccgtctccttctctggcctcttcacctttgtcttcctcatgctggcc
tgtctctgctgcaagaagggagacgtcggcttcaaggagtttgaaaacacagagggagaa
gagtaccgtgcagaactggcctcgccctcctcccagaacggccccgaggtctacatcctt
cccctcactgaggtctcgctccccgtctccaagcagcctgccagatccatccagctgcta
aaatcatcagaccttggccgccatagtcttctctacctaaaggaaattggacatggttgg
tttggaaaagtcttgctgggcgaggtcaacgcaggtctcagtattacccaggttgtggtg
aaggagctgaaggccagtgccagtgtccaggaccagatgcagttcttggaggaggtccag
ccgtaccggacactccagcaccctgccctcctgcagtgtctggcacagtgctcggaggtt
actccttatcttctggtcatggagttttgccctttgggtgatctgaagacttacctccgc
agttgcaggatagctgattctgagagtccagacccgttgatcctccagcgaatggcttgt
gacgttgcctcggggcttctgcacctccacaaacacaactttacacacagtgacctggct
ttgcgaaactgcctgctaacctcagaaatgtccgttaagatcggagactatggcctttct
cacagccgatacaaggaagactactatgtcacacaagaccagatttgggtggccctacgc
tggattgcaccggagctcatcgacgaagtccacggaaacctgctggttgttgaccaaacc
aagagcagcaacatatggtcactgggggtgactatgtgggagctttttgagttgggaaac
caaccgtacagacactactctgatagacaggtgctgacatatgttgtaaaggaacagcag
ctcaaactacccaaacctcacctccaattccaactggctgagcgctggtatgaggtgatg
caattctgctggctgcagccagagcttagacccagcagtgaagaagttcaccttctggtc
acatacctgtgtgccaaaggctccagtgaagctgaagaggactttgaacaacgctgggat
gccttgagacccaacctgcagggtagtacctcccacacagctacatccacagccctagtc
ctgacccctacaactgcaccagcagacaactctggtacagacccaagtcaggcagtggag
ctggcctcctctgcgtcatcctccttccccctcctggaacacttttctgacagcttccac
tcagacacaggggacgacctattgactgtcacagagaccagccacggtctcaactttgag
tacaagtgggagcaggctcgagctgagcagccgtactgctcgtcctccaccagtgggcca
ctggggcaggggaacccacattaccaggatatttactactcaagcaaaggaagcacctca
gggggctgcaagactgacagcctgacctcaggtatctctctgtcctattatgaacctgaa
cacccgggtgtagtcccagtgctgagtgcccacagcccctcggtcagcagcgagtactat
atccgcatagaggaaccggtagaatgtaacattaacttggatgacagtgttgtggactac
agcccgggactggaggcgagcaacagcaggttgtcctccgagagtcggactgcttcgtcc
atggcacagccccgtgcttactggtcgactgccgacaacaccaaatatgctgcctacgac
tccgattcaagtccaactgttcaactaaccatagatccgctgttgagacaggcttccaga
accagccccatgaactgcttctcaccaaatcaggacggcacaatatactgtgaacaaacc
tcagcatacaagacatgccaccagtcctgtctgtctgaacacgactcgtcaccagagtcc
cggtcaaacctcgtctattcggtagggtgtttggaaaacacgtgcagtttgtcacaagca
gtgagcagccccagtttaggcttctgtgatccctacctggaagcaagcacggggcgtagc
acagtcagtgacagttgtcataatatgatggggcccctcagaaagacactacctattgtt
aaccacattagtattgacgtaggaacggacgatggcctgctggtgggccacctgagaggt
gaagacattgaggacgaccttttctctgagggagatgccactaactggacgtcaaaccgc
tcggcaaacaataatagtctgacgtttgagagcagacagacagcgggcagtgggccggac
acctatcttgaccttcactatagaattgatcattctaacacaacagaattaaggtcttta
accaaagccaccaccgaaaccttcaacggctccatttcgcctggcaacgtggagggagaa
agaggagacagtggttatgatgctggtagtgagctcatggaattaagctcatacattcac
ttatctcacaaagaaagagaggaagctgctactcaagtggagatgaactcaactgcagaa
aatctaataaaatttgagtctcataccagctcaagtattaattccaggagcacagacggt
ggaaaagtggagggaaaatatggaaagcaatcattgcttcatggagagagactgtactct
gagcctaagatgataccagagacaagctttataaaatccccatcttctttcaaggatcct
cagataggtcaaacaggagccttgtcaggcaagcacagagggaacatctgggacggggtt
tcatcgggaatatctgtttgtctcggagacaaaaggttaagctgtccagagaggtcagag
agtagcagagcactggagaggaacgtgggggcaagagaatccggcatgagtctgattgag
atcggtgactacagtgaggatgatgatgatgacatgaccgatattacatcaggtatcttt
gctgacttcaatttagattacgctgaagtagaggaggaagagttgagtccactgaagaat
ccagggggaacatctgactctatagatacctttaacctgtcctcatcgatggccagcgct
tgtgatcaggccttcagccctgatccctttaatacccccatcttgcccaaatccttggac
agtggctatgacacggagaacaatgaatctccagaatttatcttcaaggagcttggggat
actcggggtggagaggggagccctaggctgggtggagaacctgaaattattctgcaggtg
ggtttaggccagggtgtctgcacttccaccaacacctcagagctacatttaaaaagtctg
attgataagaacccctacagggactcggcctatttctctgactatgatgttgaaaatgag
aagagccctcaagaggaaggcagtacgttctttgtaggttcaccgcaccatgtcttcact
gctgagaaactggactcctttcgaggtgataattcaatgagcagaccattaaataatggg
gaacatttaacaaatctgaaaaacaaaaatggttccgttgtggtcaatctctcagaaggt
gaccacagttcaaccacttccctccccactcctggtttgtccatgctatcaccatttccc
ccgcagatgggtggctgtctgaccaaagagtcggcccctgcagaggatgacctgggactg
gagacggagcactcaggagaggaacctccttcagaactcagttcctccatcacgtctgaa
ccatcttctgctgtccaggaagcctcagctaaccgcgaggaaggcagcaggagagcagaa
gattgctcctctttccagtctttgaactctgactccaccttgacggactgcatagacgag
gttcacgaagaaaatgacaacggtgttttatccacagaggaggaggagctgcctgaattc
aatcatatggaggaggacagaagggacagtgtgggaataagggaagatgactttgaggat
atcgacgcagaggaatgcgactcgcaggacagtttatgtgaagaatctaacggccccgtt
gacctttcgtcttcctcatcattgctggagctgtgtggagaagatgtgagagctccactg
gaggaggcggaggatgaggatgactccgacgacagcgagtctgatgaagagctgaggacc
tacaacatccaagatgaagacagcgaggagagtgaggaggattttaccacagtgccagtg
gtggtaagtgactgcagcagggccagacacctccgcagtcttctcaagatgcccaccctg
ctcacccagtccttctgcgatgagttggagaggaagaaaaaagtggtgtccttctttgac
gatgttacggtgttcctttttgaccaggagagtcccacaggagagctggctgacttcacc
ttcgccacaggaacagagtccagtgagcaggaatcttcagaggcaaacacctccgaccac
cggccgcaacctgacgctgaccttgaaggtgaagtctgtgaatcgttacgcgtttctgaa
caaacagatggaatcaagtcagaagaggacggaagttatgaatggaaagaagaactttcg
tttgagccccgtccatcttcacctgacgtcatccccgagccccagtcctcacccacatcc
acctccaacagtcccgaggatcccaaacctgctgctgtagcacttaaccggttcatggtc
tcacgattctctatcacacatgtctcggactcccacataagctctgcaacaggggaagat
gaataa
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