Pempheris klunzingeri: 139206973
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Entry
139206973 CDS
T11454
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
pklu Pempheris klunzingeri
Pathway
pklu04010
MAPK signaling pathway
pklu04020
Calcium signaling pathway
pklu04510
Focal adhesion
pklu04518
Integrin signaling
Brite
KEGG Orthology (KO) [BR:
pklu00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
139206973 (kdrl)
04020 Calcium signaling pathway
139206973 (kdrl)
09133 Signaling molecules and interaction
04518 Integrin signaling
139206973 (kdrl)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
139206973 (kdrl)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
pklu01001
]
139206973 (kdrl)
Enzymes [BR:
pklu01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
139206973 (kdrl)
Protein kinases [BR:
pklu01001
]
Receptor tyrosine kinases (RTK)
VEGFR family [OT]
139206973 (kdrl)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Ig_3
Ig_VEGFR-1-like_5th
VEGFR1-3_N_Ig-like
Pkinase
I-set
ig
Ig_2
VEGFR-2_TMD
V-set
VEGFR-1-like_Ig-like
Ig_PDGFR_d4
C1-set
Haspin_kinase
Motif
Other DBs
NCBI-GeneID:
139206973
NCBI-ProteinID:
XP_070692695
LinkDB
All DBs
Position
9:complement(16426594..16469213)
Genome browser
AA seq
1311 aa
AA seq
DB search
MVSSDGFTSVVVILCFSSLTNAGHLERDPSPKILPSDSPLGLHKDDSLNLMCRGHGLLQW
TLGDLHRSMSSEGVKVEKCDTGRHSHSHCSKLTVTHLSASDTGVYSCKYSKNGLDHVTST
YVYVKDPERPFVEAHSQSPYILGIYRHETTLIVPCRTSSSETIVTLTGSPSLSEKIVKEM
VWDPKVGFKIPYGPYTVYDMLTCNTMVNGRVLKSKYIPVRKSHVLENVKITPERARVLVG
DTLILNCTGETTYNTRISFTWDFPRKKEKQHYTKKTIEEPAKVFVMSKALVLPNITMEDK
GMYHCRAEIEPTIHKNVSSKVLVFEHPFLNVSYRHERPGTVSVKEGAKKLVFETKVNALP
PAVMLAWYKDGIPITKNFTRYKMAGFNLIITDVQQKDAGVFTISLGNQMGLYRNLSYTLV
VEVKPTISEAELATVDVQPYMFGKQHQLTCTAYALPLPTITWFWQPCYSYPTFKDCISTD
PVLVNVDDRANNSQNWIKSINVKPELVKGKNKMVSTLVIGEASMSGKYTCEAKNEDSNTK
MTILFYVDDHPEEITIEPQAAIEGDDITLTCRAARYLYTDLLWLDSRNQTITSSASSLQL
SRYSISLSLNLHNVSQNSTAGYKCQAYKLRNRVEIKTTALIVEARKRPWLSQNLTNQDVN
SSSTLKLPCFALGVPRPYIMWYKNGVPVKEGPGITLGEDGVLTIERLKKDDEGLYECIAR
NVEGMAKTSAFVTVLGDEGKPNIEVIILVCTGAAATFLWLMLILFIRKLRKQPAHYKMGP
SIIIDPDECPLEEQNDLLQYDSSKWEFPRDRLRLGKTLGHGAFGKVVEASAFGIDKLSTC
KTVAVKMLKGGATSNERKALMSELKILIHIGHHLNVVNLLGACTKPGGPLMMIVEFCKYG
NLSNYLRSKRDDFIVYKSQDGKVVSSGSGCELSELMKRRLESVASTGSSASSGFIEDKSY
CDSEEEEEESEDLYKRVLTLEDLICYSFQVAKGMEFLASRKCIHRDLAARNILLSENNVV
KICDFGLARDIYKDPDYVRKGDARLPLKWMAPEAIFDKIYTTQSDVWSFGVLMWEIFSLG
ASPYPGVQIDEEFCCRLKEGTRMRAPEYSSSEIYQTMLDCWQGDPQDRPTFTELVERLGD
LLQASVQQEGKDYIPINTALLSKVGDQSPTVPSEETPTRPVSHRDSGSTWNIKIRPASVK
TFDEVTMETGINENQEGGQSDSGMGLSSDNMNTLKRLESLAGRPLSIMALAMKAVSKSKE
SVLSDTEKDKFPPTVPSLDFSLDDSALDADLECHSPPPDYNYVVRYSTPPV
NT seq
3936 nt
NT seq
+upstream
nt +downstream
nt
atggtctcatccgacggcttcacatcagtcgttgtcatcttgtgcttttcgtctctcaca
aatgcaggacatttggagagagatccctcgcctaagattctgccctctgacagtcccctc
ggtcttcataaggatgattcattaaaccttatgtgcagaggtcatggcctgctgcagtgg
acacttggtgatctccatcgatcgatgtcctcagagggggtgaaggtggagaagtgtgat
actggacgtcactcccactcacactgcagcaaactgacagtcacacacctgagtgccagt
gacacaggtgtttacagctgtaaatactccaaaaacggtttagaccacgtcacctcgacc
tatgtttatgtcaaagatcctgagcgaccatttgtggaggcccattctcagtcaccttac
atcctgggcatctacaggcatgagaccaccctcattgtcccctgccggacatcctcttct
gaaactatcgtaacactgacagggtcaccatctttatcagagaagattgttaaggaaatg
gtgtgggatcctaaggtgggattcaagattccctacggtccctacactgtgtatgatatg
ctcacctgtaacaccatggttaatggtcgggtgttgaagtcaaagtacatccctgtgaga
aagagtcatgttcttgaaaatgtgaagataaccccggagcgtgccagagttttggttgga
gacactctcatcctcaactgtactggtgagaccacctataacaccagaattagcttcaca
tgggatttcccaaggaagaaagaaaagcaacattacacaaaaaagacgatagaagagcct
gctaaggtttttgtgatgagcaaggctttagtcttgccaaacattaccatggaggataag
ggaatgtaccactgcagagctgagattgaacccacaatacacaagaatgtctcaagtaaa
gtccttgtctttgagcatccattcctcaacgtctcctataggcatgagcggccaggtaca
gtgagtgtcaaagaaggtgcaaagaagcttgtgtttgagaccaaggtcaacgctctgcca
ccagcagtcatgttagcatggtataaagatgggatccctatcacaaagaacttcacccgt
tacaagatggctggtttcaacttgatcatcactgatgtgcagcagaaggatgctggggtc
ttcaccataagcctgggcaaccaaatgggcttgtacaggaatctgagctacactctggta
gtggaagtgaagccaactatttcagaggcggaacttgccactgtggacgtgcagccctac
atgtttggcaagcagcatcaacttacctgcactgcttatgcgttgcccttgccaaccatc
acatggttctggcaaccgtgttactcataccctacatttaaagattgcatttccactgac
ccagtcctggtcaacgttgatgacagggcaaataactcccaaaactggattaagagcata
aatgtcaagcctgaacttgttaaaggaaaaaacaagatggtgagcaccctggtgatagga
gaggcaagcatgtcaggaaagtacacctgtgaggccaaaaatgaagacagcaacaccaaa
atgacgatccttttctacgttgatgatcaccctgaggaaataaccatcgagcctcaggca
gccatcgagggggatgacatcactctgacctgtcgggcagctcgctacctctacactgac
ctactgtggttggattccagaaatcaaacgatcacttccagcgcgtccagtctccagctc
agccgctactctatttctctttctctcaatctgcataatgtgtcccaaaacagcactgca
ggttacaagtgccaagcatacaagctccgcaatagggttgaaatcaagaccactgcactt
attgtggaagcaagaaaacgcccttggctgagtcaaaatctgactaatcaagatgtgaac
agtagcagcaccctgaagctgccttgttttgctttgggagttcctcgcccctacatcatg
tggtacaaaaacggcgttccagtgaaagaaggcccaggtatcacactgggagaggacgga
gttctgaccatcgagaggttaaagaaagatgatgagggtctgtatgagtgcattgccagg
aatgtcgagggtatggcgaaaacaagtgcttttgtcactgtgcttggggatgaagggaag
ccaaacattgaggtaatcattttggtgtgcacaggagctgcagccacgttcctctggctc
atgcttatcctcttcatccgcaagctaaggaagcaaccagcacactataagatgggtcca
tctatcatcattgaccctgacgagtgccccctcgaggagcagaatgatcttcttcagtat
gacagcagcaaatgggagtttccccgtgaccgtctacgactgggcaaaacgcttggtcac
ggagcctttggaaaagtggtagaggcttctgcctttgggattgacaagctctcaacctgc
aagactgttgctgtcaaaatgctgaaaggaggcgctacgtcaaatgagcggaaagctctg
atgtccgagttaaagatcctgatccacattggccatcacctgaatgtggtcaacctactg
ggagcctgtacgaagcctggaggcccgttgatgatgattgtggagttctgcaaatatggc
aacttgtccaactatttgagaagcaagagagatgactttatcgtctacaagagccaggac
ggtaaggtggtgtcatcaggatcgggctgcgagctgagcgagctgatgaagcgccgcctg
gagagcgtggccagcaccggaagctcagccagctctggcttcatagaagataagagctac
tgcgactcagaggaagaggaagaagagtctgaggatttatacaagagagtcctgacgtta
gaagatttaatttgctacagtttccaagttgcaaaaggcatggagttcttggcttcacgc
aagtgcattcatcgtgatttggctgcacgaaacatcctgctttccgagaataatgttgtg
aagatttgtgattttggacttgccagagacatctacaaagatccagactatgtgcgcaaa
ggcgatgctagactgccgctcaagtggatggcacctgaggccatttttgacaagatctac
acgactcagagtgacgtttggtcctttggtgttcttatgtgggagatcttctctctggga
gcatcaccgtacccaggcgtccaaattgatgaagaattttgctgcaggctaaaagagggg
accaggatgagagcgccagagtactcttcatctgaaatatatcagaccatgttggactgc
tggcagggggatccacaggaccgaccaaccttcactgagctggtggaaaggctgggagat
ctgctacaggccagtgtgcaacaggaggggaaggactacatacccatcaacacagccctg
ctgtctaaggtgggagatcagtcccccacagtgccttcagaggagacacccacacgaccc
gtctcccaccgcgactcagggagcacctggaacatcaagatccgtcctgctagtgtgaaa
actttcgatgaggttactatggagaccgggataaatgagaaccaggagggcggtcagtca
gacagtgggatgggcctgtcgtctgacaacatgaacactctgaagcgcctcgaatcgttg
gcaggccgacctctgagcatcatggctctggcgatgaaggccgtgagtaagagtaaagag
tctgtgctgagtgacacagagaaggacaagttcccaccgacagtcccatctctggacttc
agtctggacgactcggccctggacgcagatctggaatgtcacagcccgccacctgactac
aactacgtggtgcgctactccaccccacctgtgtaa
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