Antennarius striatus (striated frogfish): 137602528
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Entry
137602528 CDS
T10427
Symbol
kdrl
Name
(RefSeq) vascular endothelial growth factor receptor kdr-like isoform X1
KO
K05096
FMS-like tyrosine kinase 1 [EC:
2.7.10.1
]
Organism
astr Antennarius striatus (striated frogfish)
Pathway
astr04010
MAPK signaling pathway
astr04020
Calcium signaling pathway
astr04510
Focal adhesion
astr04518
Integrin signaling
Brite
KEGG Orthology (KO) [BR:
astr00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
137602528 (kdrl)
04020 Calcium signaling pathway
137602528 (kdrl)
09133 Signaling molecules and interaction
04518 Integrin signaling
137602528 (kdrl)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
137602528 (kdrl)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
astr01001
]
137602528 (kdrl)
Enzymes [BR:
astr01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
137602528 (kdrl)
Protein kinases [BR:
astr01001
]
Receptor tyrosine kinases (RTK)
VEGFR family [OT]
137602528 (kdrl)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Ig_VEGFR-1-like_5th
Ig_3
I-set
VEGFR1-3_N_Ig-like
Pkinase
Ig_2
ig
VEGFR-2_TMD
V-set
VEGFR-1-like_Ig-like
Ig_PDGFR_d4
C1-set
Haspin_kinase
Motif
Other DBs
NCBI-GeneID:
137602528
NCBI-ProteinID:
XP_068181454
LinkDB
All DBs
Position
10
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AA seq
1309 aa
AA seq
DB search
MVPSDYFKLVVFISCCSLLTTAHSEKDHGPKIQPFDKELILHKNESLTLTCRGHGLLHWT
LGDPRRSVSSDEVKVEPCDSTHHSHCSKLTVTHLNANDTGRYSCKYSKDGSDHITSSYVY
VPDPEQPFVEPHHTKPSVLGIYRHETSLVVPCRTSNPDAVVTLTGDPPLSEKVKSEMVWG
PKVGFTVPYGPYVMYNMFICNTVVNGINFKSLYMPKRLTLVLNNVRITPHPARVLVGETL
ILNCTGETTFNGRINFTWDFPKKGENRHYTTKTKVSPAESFVMSKALIVPNITMEHKGMY
HCKAEIELTKHKNAYAKVTVYGHPFLNVSYRHDRPSTVTVKEGRQRILFEPKVNALPPVD
VIAWYKDGIPIKNNSICCKMSGMKLIISSVQWKHAGVYTVSLGNQAKGLYRNLSYTLVVN
VKPTILEAEFASVDVQPYMFGKQHQLTCAVHGLPLPTITWLWQPCHSDPRLKDCVSYTEP
ILASVDDRGNYSHNWITSINKKSEAVKGKNKTVSTLVIGEANVSGKYTCVAQNVEGSSMM
TLPFYVNDHHEEITVEPLEAIEGDDITLTCRAVRYLYTDLLWLDALNQTVTTNVAGLVHS
NYSISLSLRLHNVSQNNTAGYKCQAYKLHKKDKLRKAVVIVDAKKQPWLSQNLTNQNVNS
SSSLMLACFALGVPRPDITWYKNGFPVKEGPGITLGEDGILTIERVKKDDEGLYKCVARN
TEGVAQTSAVVTVLGDEGKQNIEVIILVCTGAAATFLWLMLILFIRKLRKQPAHYKMGPS
IIIDPDECPLKDQNDLLQYDSSKWEFPRDRLQLGKTLGHGAFGKVVEASAFGINKVSTCK
TVAVKMLKGGATSNERKALMSELKILIHIGHHLNVVNLLGACTKPGGPLMIIVEICKYGN
LSNYLRGKRDDFIVYKSQDGKVVSSGLGVDLSELMKRRLESVASTGSSDSSGFIEDKSYC
DSEEGEEECEDLYKRVLTLEDLISYSFQVAKGMEFLASRKCIHRDLAARNILLSDNNVVK
ICDFGLARDIYKDPDYVRKGDARLPLKWMAPEAIFDKIYTTQSDVWSFGILMWEIFSLGA
SPYPGIQIDEEFCCRLKEGIRMRAPEYSSSEIYQTMLDCWQGEPQKRPTFTELVERMGDL
LQASVQQKGKHYIPVNTALLARGDPSGSEPSEETPTGPLSQRDSGSTWDNKVRPSSVTTF
DEVTTDNGTSEDLEGGQSDSGMGLSSDNMETLKRLESLAGRPLSIMALALKAVSKSKESM
LSDSEKEKFVPPVPSLDFSLDDSSLDAGLECHSPPPDYNYVVRYSTPPV
NT seq
3930 nt
NT seq
+upstream
nt +downstream
nt
atggtcccatccgactacttcaaactggtcgttttcatctcatgttgttcattgcttaca
actgctcattcggagaaggaccacgggcctaagattcagccgtttgataaagaactgatt
ctccataagaacgagtcattaaccctcacatgcagaggacacggcctgctgcattggacc
cttggcgatccgcgtcgttcggtctcatcggacgaggtgaaggtggaaccatgtgactcc
acacatcactcacactgcagcaaactgaccgtcacacacctgaatgccaacgacacagga
aggtacagctgtaaatactccaaagatggttcagaccacatcacctcatcctacgtctac
gttccagatcctgagcaaccgtttgtggagcctcatcatacaaaacctagtgtcctgggt
atctacagacatgagaccagcctagtggtgccctgccggacatcgaatcctgatgctgtc
gtaacactgacgggggacccacctttatcagagaaggtcaagagtgaaatggtttggggt
ccgaaggtgggattcaccgttccctacggcccctacgttatgtataacatgttcatctgc
aacactgtcgtcaacgggataaacttcaagtctctctacatgcccaagagactgactctt
gtcctaaataacgttaggatcaccccacatcctgccagagtgttagtcggagaaactctc
atcctaaactgtaccggagagaccacctttaacggaagaatcaacttcacgtgggatttc
ccaaagaagggagaaaatcgacattacactaccaagacaaaagtcagtcctgccgagagt
tttgtgatgagcaaggctttgatcgtaccaaacattaccatggagcataaagggatgtac
cactgcaaagctgagattgaactcacaaaacacaagaatgcctatgcaaaagtcacggta
tatgggcatcctttcctcaacgtctcgtatcggcacgatcggcccagtacagtaacggtc
aaagaaggcagacaaagaattttgtttgaaccaaaagttaacgctcttccaccagtagac
gtgatagcatggtataaggatgggatccctatcaagaataactccatttgttgcaagatg
tctggcatgaagttgatcatcagttccgtgcagtggaaacatgctggggtctacaccgta
agcctgggcaaccaagcaaagggcttgtacaggaatttgagctacacgctggtagtcaac
gtgaaaccaactatattagaggcagagtttgcatccgtggacgttcagccctacatgttt
ggcaagcagcatcagctaacctgcgctgttcacgggttgcccttgccaaccattacttgg
ctctggcaaccatgtcactcagatccccggctgaaagactgcgtttcctacactgagcca
atccttgccagcgttgatgaccgaggaaattactcccacaactggataacaagcattaat
aaaaagtctgaagcagttaaaggcaaaaacaagactgtgagcaccctcgtgataggagag
gccaatgtgtcggggaagtacacctgtgtggctcagaatgtagagggcagcagcatgatg
accctccctttctatgttaatgatcaccatgaggaaatcaccgtagaacctctggaagcc
atcgagggggatgacatcactctgacctgtcgggcggttcgctacctctatacagaccta
ctgtggttggatgctttgaatcaaacagtcactaccaatgttgccggtcttgtgcacagc
aactattccatctctctgtctctgcgactgcacaatgtgtcccaaaacaacacggcaggg
tacaagtgccaagcatacaagctccataagaaagacaaactcaggaaggcggtagtcatc
gttgacgcgaaaaaacaaccgtggctgagtcaaaacctgactaatcaaaatgtgaacagt
agcagcagcctgatgctggcgtgcttcgctctgggagtccctcgtcctgacatcacctgg
tacaagaatggctttccagtaaaagaaggcccaggtatcaccctgggagaagatggaatt
ctcaccattgagcgggtaaagaaagacgatgaaggtctctacaagtgcgtagccagaaac
actgagggcgtggctcagacaagcgccgttgtgactgtgctgggggatgaagggaagcaa
aacattgaggtaatcatcttggtgtgcacaggagctgcagccacattcctctggctcatg
cttattctcttcatccgcaagctaaggaagcaaccagctcattacaagatgggtccgtcg
atcatcattgaccctgatgagtgtcccctcaaagatcagaatgacctcctgcagtacgac
agcagtaaatgggagtttccccgtgaccgtctgcaactaggcaaaaccctcggccatgga
gcttttggaaaagtggtggaggcttctgcatttgggatcaacaaagtctccacatgcaag
actgtggctgtcaaaatgctcaaaggaggagctacatcgaatgagcggaaagctctgatg
tcagagttaaaaatcctgatccacattggccaccacttgaacgtggtcaacctgctggga
gcgtgcaccaaacctggaggcccgttgatgatcatagttgaaatatgcaaatatggcaac
ttgtccaactatctgagaggcaagagggacgactttatcgtctacaagagccaggacggt
aaggtggtgtcctcggggctgggggtggatctgagcgagctgatgaagcgccgcctggag
agcgtggccagcaccggaagctcagacagctctggcttcatcgaagataagagctactgt
gactcagaggaaggggaagaagagtgtgaagatttatataaacgagttctgacactggaa
gatttgatctcctacagcttccaggttgcaaaaggcatggagttcttggcttcacgcaag
tgcatccatcgtgatttggctgcacgaaacatcctgctttctgacaataatgttgtgaaa
atttgtgattttggacttgccagagacatctacaaagaccccgattatgtgcgcaaagga
gatgctagactaccgctgaagtggatggcacctgaggccatttttgacaagatctacacg
actcagagtgacgtttggtcttttggcattctcatgtgggagatcttctcgctgggtgcc
tccccgtaccccggcatccaaattgatgaagaattttgctgcaggctgaaagaagggatc
aggatgagagcaccagaatactcttcctctgaaatatatcaaaccatgctggactgctgg
cagggcgagccccagaagcgaccgacattcacagagttggtggaaaggatgggagatctg
cttcaggccagcgtgcaacagaaggggaagcactacatacccgtcaacacagcgctgctg
gcgcggggagacccgtctggatcggagccatcggaggagacgcccacgggacccctttcc
cagcgcgactctgggagtacctgggacaacaaggtccgtccttccagtgtgacaaccttt
gatgaagttaccacagacaacgggacaagcgaggacctcgagggtggacagtcagacagt
gggatgggcctctcctctgacaacatggagactctgaagcgtctggaatcattggcggga
cgacctctgagcatcatggctctggcgctgaaggcagtgagtaagagcaaagaatccatg
ctgagtgactcagagaaagaaaaattcgtccctcccgtcccgtcactggacttcagtctg
gacgactcgtccctggatgcaggtctggagtgtcacagcccgccgcctgactacaactat
gtggtgcgctactccacccccccagtgtaa
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