Magallana angulata (Portugese oyster): 128183513
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Entry
128183513 CDS
T09348
Name
(RefSeq) serine/threonine-protein kinase LATS1-like isoform X1
KO
K08791
serine/threonine-protein kinase LATS1/2 [EC:
2.7.11.1
]
Organism
canu
Magallana angulata (Portugese oyster)
Brite
KEGG Orthology (KO) [BR:
canu00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
canu01001
]
128183513
Enzymes [BR:
canu01000
]
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
128183513
Protein kinases [BR:
canu01001
]
Serine/threonine kinases: AGC group
NDR family
128183513
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
ABC1
Haspin_kinase
APH
Kinase-like
Pkinase_C
Pox_ser-thr_kin
Seadorna_VP7
Motif
Other DBs
NCBI-GeneID:
128183513
NCBI-ProteinID:
XP_052708502
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All DBs
Position
5:60739070..60769841
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AA seq
1206 aa
AA seq
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MISRKEDPTSGRRPLVISGPNRQMLHDLRDSLSHIRGSHSDQSDPSLPNRAELSQSTPNL
LESKSSFSRDGYNRKALAQIRSKLRPFQTDRNDDGMSNSTGASSQGSEEGESRGASLEDT
SQELSNRLSKLNDLKGKNGVKSTMVNPYSKPVKRKPSFESKYGKAPSEPDQRSDNASPLT
SAAGRVPPVYEVSPRTPSSTPSVTVNGDQTPPPVPPRAPIITSSETVVVETSVPGNLSST
ARLQAPPMMVQPTGGQVLKTNPTTPQQYIAFSTVQVAQSTPPPQSQNPPTSSSSGSGPVT
PQRGMSPVGRQPVIIQNAKSHPVHYNSSANSAGQNTGITIKCPPPYSQSQTTRAATVKIS
GNNLNSVQIKLPKPQGSQPQPMHTWGAKQQQIVMHAVESVAVSKPMLQMATGPGQSPQNP
QTTSGSYISSYQAQINPTNNGIPSASQLQASNNIQIQITRQSPQMLTPEQYAHLQTQGTK
RGLQTRISGVPQYPNLQYGGLYYRPASDTPTSTPRSDSPNSSRATNQSPMSIHSTTSTPS
TNSDIPDKPPPPYPGRSVQVVQPILQPVPQYNQAPSQFQHLHQLQHQITAMSTHVHQGFT
PLQGPHTVAPPVYHSDSPQPPIPPRVPLVQVSENSEASPPPVPTSKPNVGVGPPPIPPPP
NKQTPNVTVNGNGANKEDETDETLSTVSDASSTQEKTRCTSPMPERKNEFKDCDRLRPEG
RLKNYSPQAFKFYMEQHVENVLKACKERVTRRFQLEREMNKVGLSEDAQQQMRRMLNQKE
SNYIRLRRAKMRRDMFEKIQTLGVGAFGEVSLVRKRDVGHLYAMKTLRKSDVLKRNQVAH
VKAERDILAEADNEWVVKLYYSFQDRDNLYFVMDYVPGGDLMGLLIKFGIFKEDLAQCYI
AELVLAIESVHKMGFIHRDIKPDNILIDKDGHIKLTDFGLCTGFRWTHNSKYYQKDGLHP
RQDSMDVSCAMEVECRCNEILKPLERRRQRERHRCLAHSLVGTPNYIAPEVLLREGYTSC
CDWWSVGVILYEMLVGQPPFYANTPAETQWKVIHWDETLKIPAEANLSEAAKDLIIKLCC
SADKRLGRNGATEIKRHPYFKDINFEGLRKSQPPWKPKIKHAMDTSYFDEIDGKFDDDSD
EEMQKPDHPINGKHPEHAFLEFTFRRFFDDGGHPYPSMKEDPCPPVVDLNQDPPTSKDSS
SAPVYV
NT seq
3621 nt
NT seq
+upstream
nt +downstream
nt
atgatttcccgaaaagaggaccccacgtcgggtcgcagacctttggtcataagcggcccg
aatcggcagatgctacacgacctgagggacagcctcagtcatattcgtggttctcattcc
gaccaatcggatccttcacttcctaatcgggctgagttatcgcagagcacgccgaatctt
cttgaaagcaagtccagtttttctcgtgatggatacaacaggaaagctctggctcagatt
cggagtaaattacggccgttccagacggatcggaatgacgatggaatgtcaaacagtaca
ggagcttcctcccagggtagtgaggagggggaatcccgaggggccagcctggaggataca
tcacaggagttgtctaatcgcctgtcaaagctgaatgacctgaaagggaaaaatggggtc
aaaagtacaatggttaacccatattcgaaaccagtcaaaagaaaacccagttttgagtcc
aagtatggcaaggcgccctcagagccggaccagcggtcagacaatgcctcacccctcact
tcggctgctgggagggtaccccctgtgtatgaggtcagcccaaggacgcccagctctact
cccagtgtaactgttaacggtgatcagacccctccccctgtcccccctcgggccccaatc
atcacttcctcagagacagtagtcgtggaaaccagcgtgcctggtaacctttcttccacg
gcccgacttcaggcaccccctatgatggttcagccgacagggggacaggtactgaagacc
aaccccaccaccccccaacagtatattgccttcagtacagttcaggtggcgcagtcgacg
cccccaccccaatcccagaatcccccaacatcctcctcctctggcagcggtccggtcacg
ccccagagaggaatgagcccagtgggtcgacagccagtgattattcagaacgccaagagc
cacccagtgcattacaactctagtgctaacagtgctggacagaacactggtataacaata
aagtgtccgccgccttatagtcaaagtcagactactagagcggccacagtgaaaatatct
ggaaacaatttaaatagtgttcaaataaagttaccgaagccacagggctcccaaccccaa
cctatgcacacatggggagcgaaacaacagcagatcgtgatgcacgcagtagagagtgtg
gccgtttctaaacctatgttacagatggcgaccggtcctggtcagtcgccacagaacccc
cagacaacatcggggagctacatatcgtcctaccaggctcagatcaatcccaccaacaat
gggattccctctgcctctcagctccaggcgtctaacaacatacagatccagatcacacgt
cagtcaccccagatgttgacccccgagcagtatgcacacctccagacccagggaaccaag
cggggccttcagactcgtatcagcggggttcctcagtacccgaacctccagtacggagga
ctgtattataggcccgcctccgacacccccacctccacgccgaggtcagactccccgaat
tcttcacgcgcaacgaatcagtcgcccatgtctattcattctaccacttccaccccctcc
acgaactctgatattccggacaagcccccacctccgtatcccgggcggtcggtgcaggtg
gtgcagcctatacttcagcctgtaccacagtacaaccaggccccctcacagtttcaacac
cttcatcagttacaacatcaaatcactgcaatgtctacacatgtacaccaggggtttact
cccctgcagggtccccatacagtggcaccccctgtgtatcacagtgatagcccccagccc
cccattcctccccgtgtgcctttagtgcaagtgtcagaaaattctgaggcttcccctccc
ccagttcccacctccaaaccaaatgtaggggtgggtccaccgccgataccacccccgccc
aacaaacagacccctaatgtgactgtgaatggaaacggtgccaacaaggaggacgagaca
gacgagactttgtcaacggtgtctgatgcaagtagtactcaagagaaaactcgctgcacc
tcaccgatgccggagaggaagaacgagttcaaagactgtgatagacttcgccccgagggc
aggttaaaaaactactcgccccaggcctttaagttctacatggagcagcatgtagagaat
gttctgaaggcgtgtaaggagagggtgactcgcaggtttcagttggagcgtgaaatgaac
aaagtgggtctctctgaagatgctcagcaacaaatgcgtcgaatgttaaatcaaaaagaa
tcaaactacattaggttacgtcgtgccaaaatgagaagagacatgttcgaaaagatccaa
actcttggagttggagctttcggggaagtttcgttagtgcggaaaagggacgttggtcac
ttatatgctatgaaaaccttacggaaaagtgatgtgctaaaacgaaatcaagtagctcat
gtgaaagcagagcgtgatattttagcggaggcggataacgagtgggtagtgaagttatat
tattcctttcaggatcgtgataacttatactttgtgatggattacgtgccgggcggcgat
ctgatgggacttttaatcaaattcggaattttcaaggaggatttggcgcagtgttacatt
gctgaattagtgctagctattgaaagtgtgcataaaatgggatttattcatcgggacatc
aagccggataacattctgatagacaaagacggacatatcaagctcaccgactttggattg
tgtactggctttcgttggactcacaactccaagtattaccaaaaagatgggctacatcca
cgtcaggactccatggacgttagttgtgcaatggaagtagaatgtcgctgtaacgaaata
ctcaaacccctagaacgacgtcgccagcgcgaacgacacaggtgccttgctcattccctt
gtaggaacacccaactacatcgcacccgaagtgctactgcgggagggttacacctcctgc
tgtgattggtggagtgtaggagtgatattatacgagatgttagttggtcagcctccgttc
tatgcaaacacaccggcagaaacccagtggaaggtgatccactgggatgaaacactaaag
attccagcggaggctaacctttccgaggctgccaaggacctcattatcaagctgtgttgt
agcgcggacaagcgactcggtcgaaacggggccacagaaataaagcggcatccctacttt
aaagacattaatttcgaaggcctgcgcaagtcacagcctccgtggaaaccaaaaataaag
catgccatggacacctcttactttgacgaaatagacggtaaatttgatgatgattctgat
gaagaaatgcagaagcccgatcatccgataaacggaaaacatccggagcatgctttcctg
gagtttacattccgcaggttctttgatgacggaggtcatccgtacccatcaatgaaggaa
gacccatgtccccctgtagtggacttgaaccaggaccccccaaccagtaaagactcctcc
agtgcaccggtgtatgtctga
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