Branchiostoma floridae (Florida lancelet): 118403878
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Entry
118403878 CDS
T01074
Name
(RefSeq) serine/threonine-protein kinase greatwall-like isoform X1
KO
K16309
serine/threonine-protein kinase greatwall [EC:
2.7.11.36
]
Organism
bfo
Branchiostoma floridae (Florida lancelet)
Brite
KEGG Orthology (KO) [BR:
bfo00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
bfo01001
]
118403878
Enzymes [BR:
bfo01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.36 MASTL-subfamily protein kinase
118403878
Protein kinases [BR:
bfo01001
]
Serine/threonine kinases: AGC group
MAST family [OT]
118403878
BRITE hierarchy
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Ortholog
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Gene cluster
GFIT
Motif
Pfam:
Pkinase
PK_Tyr_Ser-Thr
ABC1
Kinase-like
Haspin_kinase
Pkinase_fungal
APH
RIO1
Motif
Other DBs
NCBI-GeneID:
118403878
NCBI-ProteinID:
XP_035658622
UniProt:
A0A9J7HG09
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Position
16:complement(6552585..6568144)
Genome browser
AA seq
1099 aa
AA seq
DB search
MSEDKENVVPVTPGVFNSQETKVEVPKAPNIDDFEILKPISRGAFGKVFLSRKKNNQKLY
AMKVVRKADMVQKNMVHQTIAERDALALVKSPFIVHLYYSLQSKQNIYLVMEYLIGGDVK
SLLHIYGYFDEDMAIMYTAEVILALKYLHGHGIIHRDIKPDNMLITNNGHIKLTDFGLSK
FNLNREINMADVMGTPSQVKTSNDYNRTPGQLLSLTMALSFSAQKSGTPVAKHKQLRQCM
KDSPMSSVHSSPLSLNQSASSRGTNQSASGSSFYGSVCSVLKSLVTRGAPLKPRLLDSSF
VEPSPVKCLTPTLREASSCPDSSTSEINFFGKGPPSKNSVSSMFFGKDGSRSSTGSGAKL
SGKSIPWCNSDRGDAPTQESGLDQNFLVVQSKTRASSSRKVGERIGSAGSDNVFTTSDVS
AAKLRTPSPAVHPDKDIMHLETPRRDTPARNISPKAILNLSSLASSWPNCCSPQWEESFM
NHAANANNTKQDICTASLPDSGCVVDTDEEILSPEKDSVAPFQNHFRKMESCEVNARQPH
PGVTGQKSKVVGHDDSDSIIETEEEFFSPEKESGNVVCGSDRKKEAFAHIKRHSYSGVNG
TSDGSKVIGHDPGAKCMGDIVGSGGVKRAFEMVELSPEWENGEQKTDKLCKTQDTFPLRS
TGLTLALDRISVQSMLDSAADKNDKRENCRKYQEESNTKTSSSENTSASEDYSRNQVREK
NGPFESTRKQATGNEDEMDPILMLSNPPSPIDSHPQPFPLDAPPPRDNVTSPLKSADTTL
EHDMSLLSVEDDDSRPNSRNMNYSIESLDHTKEDSRPSSRSLNHSADNLDVIWEDCSADP
VASNPPPRRQSTGMIKETPKREVMFRDSCEIYARSDHSNYSSGADSSVCSVDGRVDRVGM
TTTPFGTPMNGGRKDSKGTPQNMGWIQKTPHQTPARTPFRTPKSVRRGPAPPEEDGRVLG
TPDYLAPELLLGKKHGAGVDWWSLGVCLFEFLTGVPPFNDQTPDLVFQNILHRDIPWPEG
EEALSDQARDAINSLLSMEDYNRPGPTELQSHPLFKGLDWANLHDMAAPFVPCPDDDTDT
SYFEARNNAQHLQMSDIDL
NT seq
3300 nt
NT seq
+upstream
nt +downstream
nt
atgtctgaagacaaggagaatgttgttcctgtcacacctggagtcttcaactcgcaggag
accaaagtggaggttccgaaagccccaaatatcgacgactttgagatcttgaagccgatc
agccggggcgcgtttggaaaggtctttctttcacgaaagaagaacaaccagaagttgtac
gccatgaaggtggtgagaaaggctgacatggtgcagaagaacatggttcatcagaccatc
gcagagagagacgctctggctctggtcaaaagtcccttcatcgttcacctctactactct
ctgcagtccaaacaaaacatctatctggtgatggaatacctgataggaggggatgtgaag
tccctgttacacatctacgggtactttgatgaagacatggccatcatgtacacagcagaa
gttatcctggccctgaagtatctacatggtcatggcatcattcacagggacatcaaacct
gacaacatgctcatcaccaacaatgggcacatcaagctgactgactttggactttccaag
ttcaacctgaatagagaaatcaacatggcagatgtgatgggcactccatcacaggtgaaa
acgagtaacgactacaaccgcacaccaggacaactgttgtctctcacaatggccttgtca
ttcagtgcacaaaaatcaggcactcctgtagcaaaacacaagcagcttcgtcagtgcatg
aaggacagcccaatgagctctgttcactcaagccccctcagtctcaaccaatcagcaagc
tccagaggcaccaaccaatcagctagtggctcttccttttatggaagtgtctgcagtgtg
ctgaaaagtcttgtgaccagaggtgctcctttaaagcccagactgctagattctagtttt
gtagagccctctccagtgaaatgcctcacaccaaccctccgagaggcaagcagttgtccc
gattcgtccacgagtgagataaacttctttgggaaaggcccaccgtccaagaattcggtt
tcctccatgttttttggcaaagacggaagtcgttcctccacaggaagtggcgcaaagctt
tctgggaagtccatcccatggtgcaattcagatcgaggggatgcccctacgcaggagtct
gggttagaccagaatttcctggttgtgcaatcaaaaacaagagctagttcatcaaggaag
gtaggcgaaaggattggctctgcaggttcagacaatgtgtttacaacatcagacgtgagc
gcggccaaactgaggacccctagcccagcggtacaccctgataaagacatcatgcatctg
gaaacccctaggagagacacaccagcaaggaacatttccccgaaggccattctgaacctc
tcctccctggcaagctcctggcccaactgttgcagtccacagtgggaagagagtttcatg
aatcatgctgctaacgcaaacaacacaaaacaagacatctgcactgcatccctcccagac
agcgggtgtgttgtcgacacggacgaagagatcctctctccggaaaaagactcggtggca
ccatttcagaaccactttagaaaaatggaaagctgtgaagtgaatgcaaggcagcctcac
cctggtgtcacaggtcagaagtcaaaggtggtaggtcatgacgacagtgactccatcata
gagactgaggaagagtttttctctccagagaaagagtcagggaatgttgtatgtggcagt
gatagaaaaaaggaagcatttgcgcatatcaagaggcattcctactctggtgtcaacggt
accagtgatgggtcaaaggtgataggtcatgacccgggtgcaaagtgcatgggagacata
gtcgggtcaggtggagtgaagagggcgtttgagatggtagagttgagcccagaatgggaa
aatggtgagcagaagacagacaaactatgcaaaactcaggacacatttcctctgaggtcc
acgggcttgactctagccttagacaggatctctgtgcagtctatgcttgactcagctgct
gacaaaaatgataagagagaaaattgcagaaaataccaggaagagtccaacacgaaaacg
tcttcgtcggaaaatacatccgcttcagaagattattctagaaatcaagttagagagaaa
aatggaccatttgaaagcaccagaaagcaggcaactgggaatgaggatgagatggatcca
atcctgatgcttagcaatccgccaagcccaatcgactcacacccacagccatttccgtta
gatgcccctcccccacgtgataacgtcacgtctcctctaaagtctgccgacacaacctta
gagcacgacatgagtctgttgagcgtcgaggacgacgactcgaggccaaattcccgcaac
atgaactattccatcgaaagtctcgaccacacgaaggaagactcgcgaccgagctcaaga
agcttgaaccattctgccgacaacttagatgtcatctgggaagactgttcggcggatcct
gtcgcgtcaaatccaccgccgcgtcggcagagtacgggaatgatcaaggagacgccgaag
cgagaggtgatgttccgagactcgtgcgagatctacgcacgaagcgaccacagtaactac
tcgtccggggcagactcgtctgtgtgtagtgtggacggacgtgtggatcgcgtaggaatg
acaaccactccttttgggaccccaatgaatggaggccgaaaggattccaaaggaacacct
cagaacatgggctggatacagaaaactccccaccagacccctgcaagaacccccttcagg
acccccaagagcgtgcgtaggggccctgcacccccggaagaggatggtagagtcctgggc
actccagactacctggcaccagagctgctcctggggaagaaacatggagctggggttgac
tggtggtccctgggagtttgtctgttcgagttcctgacaggagttcctccctttaacgac
caaacaccagacctggtattccagaacatcctccacagagacatcccctggcctgaaggt
gaggaggccctgtcagaccaggctagagatgccattaattctctcctgtctatggaggac
tacaacaggcctggaccaactgagctccaatcacacccattgtttaaagggttagactgg
gcaaaccttcacgacatggcggcccccttcgtaccctgtcctgatgatgacacggacacc
tcgtactttgaggcaaggaacaacgcgcagcacttacagatgtccgacattgacctttga
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