Salmo salar (Atlantic salmon): 106606667
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Entry
106606667 CDS
T04363
Name
(RefSeq) serine/threonine-protein kinase LMTK2-like
KO
K08898
lemur tyrosine kinase 2 [EC:
2.7.10.1
]
Organism
sasa
Salmo salar (Atlantic salmon)
Brite
KEGG Orthology (KO) [BR:
sasa00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
sasa01001
]
106606667
01009 Protein phosphatases and associated proteins [BR:
sasa01009
]
106606667
Enzymes [BR:
sasa01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
106606667
Protein kinases [BR:
sasa01001
]
Receptor tyrosine kinases (RTK)
LMR family [OT]
106606667
Protein phosphatases and associated proteins [BR:
sasa01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
106606667
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Pkinase
Kinase-like
Astro_capsid_p
Motif
Other DBs
NCBI-GeneID:
106606667
NCBI-ProteinID:
XP_014058481
UniProt:
A0A1S3S251
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Position
ssa06:17340793..17369440
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AA seq
1461 aa
AA seq
DB search
ETAGGQPSVSLHLSVVVSLTALLALVALLVNCVTCCKEREVNFKEFEDNFEDEIDFTPPA
EDTPSMQSPAEVYTLAVPPVALPGPPHLETPPRISVGSTGSQVVRHSLSYIQEIGNGWFG
KVLLSEIYTDPGGAKVVVKELKANASAMEQNDFLQHGDPYRVLVHPNILQCLGQCVEAIP
FLLVFEYCELGDLRSYLSQQDWMFRNTELLQLQKMACEIAAGVTHLHKHNFLHSDLALRN
CYLTADLTVKVGDYGIGPYRYKEDYIITEDDESAPLRWMAPELVGERHGGVITLDQTKPG
NVWALGVTLWELFENAAQPYPHLSDREVLNHVIREQQIKLLKPQLELPYSDRWYEVLQFC
WLTPDKRATAEEIHRLLTYLRMQGQKDVEDDFQQRWDSLKPNPVTRQTTVSHSSYPILEQ
FADDALRAEVDEVLTVTETSRGLSFEYVWEAAKHDHYESNSGHGRSSMDTTLNYHSMFFP
VPSEDIQAHFPDPAAPRTGGSDSRNTHSAIPGILPVFDAHKPANGNEYYIQLEEQGESTV
EAKENRGPEVDTVSDGQKFVTLQDVRLDESSTDADFFHHSIDSKDSYLQDSHIWSSSEHD
SPYHTNIFSEGDSRQDSHSWNRGFMELPELNGNGFQRVESVEGQAQGTEKCFQNSFLGER
HSEVILQDSLEEAEGEGTPDVMRLLNTEKLADNFMFLKEKSLMKEGSGLSGKSSGSQQLD
FLQPGLTHIPEHSFRMNSWDDDETIDGVNIAEIPIKPVESNMSPAEEELFDFMSPSFVDF
LQPLADPKTLVPSNTLVTEDICSNQLPIRGLLQQSSNMRMDSAFDSTSERAEVPVISSAN
IHQSPTLLSESATTDPLCMDAKNPSLEDRLGAPEDDCVESIGFKEPTDDLLSHDSPPVYV
SEIAVDNGLTSEGFTSDDLLSDLVEDDTEAEMDTVLSEHEHDNEHDRSSLLVSGPSMDQI
SQDSLLEDSVSTTLPTVENSAETPDSLDNSHRLEGSVEELNTPAAPHKLQPPYKTADSGY
ETENLESPEWNSQPIIKDHFSEENGLSLAEEEEEEPAAATMLVPPDIIVSEVESVMDAQD
GEDQQAEPIAPGEESFMGGNYRDSAYFSDNESEPEKKSEEANSPTVDISGSVSGGPSVLP
EVTEEEHVESSAESQSPIAPEALVDIGVEKTKPQPLEGTSLPVLILTTEEDWEKTSPVSI
DGSVDETGTLEFFPDFRTHSHSESSGTSTEDLEKPPLPAVATSAKPFPENIPVHAKLTRT
YASEITPKLKEPDMEGRHLGRRDGSDEDGQEDGGEADEEDDNSDDSDDDMRAYRLHSSSE
DSEDDTVHPVPVIVSDDSRARNLKSLLKPTSLNVTPSAKPSTPSGGSDADSTSRAVSFFD
DVTVFLFDQETPTKELGDHSSGSNSQVAEFSSPVPTASYLNRFTNSTESSTDEEGKSSRY
GQRPSALKEELKGLHETYLTM
NT seq
4388 nt
NT seq
+upstream
nt +downstream
nt
aggagactgcaggtggccagccgtctgtctctctacacctctctgtggttgtgtcactga
ctgccctgctggccctggtggccctgctggtgaactgtgtgacttgctgcaaggagcggg
aggtcaatttcaaggagtttgaggacaattttgaggatgagattgacttcacccctccag
ctgaagacactccctccatgcagtcccctgctgaggtgtacaccctggcagtgccccctg
tggccctgcctggacccccccacctggagacacccccccgcatctcagtgggttccactg
gctctcaggtggtccgtcacagtctcagctacatccaggagattgggaacggctggtttg
gcaaggtcctcctcagtgagatctacacagacccgggtggggccaaggtggtggtcaagg
agctgaaggctaacgcaagtgccatggagcagaatgacttcctgcagcacggagaccctt
acagagttctggtgcaccctaacattctgcagtgtctgggccagtgtgtggaggctatcc
ccttcctgctggtctttgagtactgcgagctgggggacctccggagctacctgtctcagc
aggattggatgttccgaaatactgagctgctgcagctgcagaagatggcctgtgaaatcg
ctgctggcgtcacccacctccacaaacacaacttcctgcacagtgacttagccctgagga
actgctatctgactgccgacctgacggttaaagtgggagactatggcatcggcccctaca
gatacaaggaggattacatcatcacggaggacgacgagtcggcgcccctgcgctggatgg
ccccggaactggtgggggagcgccatgggggcgtgatcaccctggaccagaccaagcctg
gcaatgtgtgggccttgggggtgactctgtgggagctgtttgagaacgcagcccagccct
accctcacctctctgaccgcgaggtcctgaaccacgtcatcagggaacagcagatcaaac
tgttgaaaccacagctggagctgccctactccgacagatggtatgaggtgctacagttct
gctggctgactccagacaagcgggccacagccgaggagatccaccggcttctcacctacc
tgcgtatgcagggccagaaggatgtggaggacgacttccagcagcgctgggactccctca
agcccaaccctgtcacgcgccagaccaccgtcagccactcctcctaccccattctggagc
agttcgcagacgacgccctgcgggccgaggtggacgaggtgctcactgtcactgagacca
gccgtggcctgagcttcgagtacgtgtgggaagcggccaagcacgaccattacgagagca
atagtggccatggacgctcgtccatggacaccacgctcaactaccacagcatgttcttcc
ccgtgcccagcgaggacattcaggcccactttccagaccccgcagcccccaggacggggg
gctccgacagcaggaacacccattcggcaatccctgggatccttcccgtgtttgacgctc
acaaaccagccaatggaaacgagtactacatccagttggaggagcagggggagagcaccg
tggaggcgaaggagaacaggggtccggaggtagacacagtttcagacgggcagaaatttg
tcaccctccaagacgtccgcttggacgagtccagcaccgatgcagacttcttccaccaca
gcatagactccaaggactcgtacctccaggacagccacatctggtcgtccagtgagcatg
acagcccctaccacaccaacatcttcagcgagggagactccagacaggactcccattcct
ggaacaggggcttcatggagcttccagaactcaacggaaatggtttccagagagtggagt
ctgtagaggggcaggcccagggaacagaaaagtgctttcagaattcttttttaggggagc
gccattcagaggtcatcctccaggactctttagaggaggcagagggggagggaacaccgg
atgtgatgaggctactgaacactgagaaactagcggacaacttcatgttcctcaaagaga
agagcctgatgaaggagggctctggtttatcagggaaaagtagtgggagtcaacaactgg
acttcctccaacctggtctgacccacatccctgagcacagtttcagaatgaactcttggg
atgatgatgagaccatagatggcgtaaacatagcagagatccccataaaacctgtggaga
gcaacatgtccccagcagaggaggaactttttgactttatgagtcccagttttgtggatt
tcctgcaacctctagcagaccctaaaacactggtgccttcaaatacactggtaacagagg
acatctgtagcaaccagctgccaattagaggactgctgcagcagtcctctaatatgagga
tggactctgcttttgactctacctctgagagggctgaggtcccagttattagttcagcaa
atatccaccagtctcccacactcctctctgaaagtgccactacagaccccctgtgcatgg
atgccaaaaaccccagccttgaagaccgcctcggagccccagaggatgactgtgttgaat
ccataggattcaaagagccaacagatgacctgctaagccatgactctcccccagtctatg
tcagtgagattgctgttgacaatggcctgaccagtgaaggctttaccagtgatgatctgc
taagcgacctggttgaagatgatacagaggcagaaatggacaccgtcctctctgagcatg
aacatgacaacgaacacgacaggtcctctctgctggtctctggtccttccatggaccaga
tcagccaggacagcctactggaggacagtgtttccaccactctgcccactgtggagaact
cagctgagacgccagactccctggacaacagccacaggctggaggggtctgtcgaagagc
taaacaccccggcagcccctcacaagctccagcccccgtacaaaacagccgacagcggat
acgagacggagaacctggagtctccagagtggaactctcagcccattatcaaagaccact
tctcagaagaaaacggtctgagtttggccgaggaagaggaggaggagccagcagctgcta
ccatgctggttcctcccgatattatcgtctcggaggtggagagtgtgatggatgctcagg
acggtgaggaccagcaggcagagcccatcgcccctggcgaggaatctttcatgggaggca
actacagagactctgcttacttctccgacaacgagtccgagcccgagaagaagtctgaag
aagccaactcgccaactgtggacatcagtggcagtgtttctggaggtccatctgttcttc
ctgaagtcacagaggaggagcatgtagagtcttctgctgagtcacagtctcccattgctc
cagaagctctggttgatatcggagtggagaagaccaagcctcagcccctggaagggacca
gtctccctgtgctgatcctcaccacagaggaggactgggagaagacttcacctgtatcca
tcgacggcagtgtggacgaaaccggaacactggagttcttccctgacttcaggactcaca
gtcactccgagtccagcggaacttccaccgaggacctggaaaagcctccattgcctgctg
ttgctacctcagcaaaaccttttcctgagaacataccggtccacgctaagctaaccagga
cctacgccagcgagatcacccccaagttgaaggagcccgacatggaggggaggcacctgg
gcaggcgtgatggctctgatgaggatgggcaggaggacggaggggaggcggacgaagagg
acgataacagcgatgactcagatgatgacatgcgggcgtaccggctacacagctccagcg
aggacagcgaggacgacacggtgcatccggttcccgttatagtctcggatgacagtagag
cgcggaacctcaagagcctactgaagcccacgtcgctgaatgtcacccccagcgccaaac
cctccacgccatcagggggcagcgatgcagacagtaccagtagagctgtgtcgttcttcg
acgatgtcaccgttttccttttcgaccaggagacccccaccaaggagctgggagaccatt
catcaggttccaacagccaggtggccgagttcagcagccctgtgcccacggccagctacc
tgaataggttcaccaactccacagagagctccacagatgaagaaggtaagtcatcacgat
acggccaacgtccatcagcattaaaggaagaacttaaagggctccatgaaacctacctga
caatgtaa
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