Coregonus clupeaformis (lake whitefish): 121540153
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Entry
121540153 CDS
T08357
Symbol
kdr
Name
(RefSeq) vascular endothelial growth factor receptor 2 isoform X1
KO
K05098
kinase insert domain protein receptor [EC:
2.7.10.1
]
Organism
cclu
Coregonus clupeaformis (lake whitefish)
Pathway
cclu04010
MAPK signaling pathway
cclu04020
Calcium signaling pathway
cclu04370
VEGF signaling pathway
cclu04510
Focal adhesion
Brite
KEGG Orthology (KO) [BR:
cclu00001
]
09130 Environmental Information Processing
09132 Signal transduction
04010 MAPK signaling pathway
121540153 (kdr)
04370 VEGF signaling pathway
121540153 (kdr)
04020 Calcium signaling pathway
121540153 (kdr)
09140 Cellular Processes
09144 Cellular community - eukaryotes
04510 Focal adhesion
121540153 (kdr)
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
cclu01001
]
121540153 (kdr)
09183 Protein families: signaling and cellular processes
04090 CD molecules [BR:
cclu04090
]
121540153 (kdr)
Enzymes [BR:
cclu01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.10 Protein-tyrosine kinases
2.7.10.1 receptor protein-tyrosine kinase
121540153 (kdr)
Protein kinases [BR:
cclu01001
]
Receptor tyrosine kinases (RTK)
VEGFR family [OT]
121540153 (kdr)
CD molecules [BR:
cclu04090
]
Proteins
121540153 (kdr)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PK_Tyr_Ser-Thr
Ig_3
I-set
Pkinase
Ig_2
VEGFR-1-like_Ig-like
VEGFR-2_TMD
ig
VEGFR1-3_N_Ig-like
V-set
Ig_VEGFR-1-like_5th
Haspin_kinase
Chromo_MORC2_6th
Motif
Other DBs
NCBI-GeneID:
121540153
NCBI-ProteinID:
XP_041704722
LinkDB
All DBs
Position
26:7184198..7208606
Genome browser
AA seq
1360 aa
AA seq
DB search
MAKAFSVMTLHFVGILLGVSRVIALELRFMPDPPTLSIQDKVLRINTSDTLEITCSGRQN
LEWTTSYNRSRAGSRLSTVDCSGSGFFCITLHISSATVNETGKYQCSYKDLAVEDSKTSV
AVYVHVQDYKVPFVPSDKDYEVVFISEGVQVVIPCRGSVEDLNVTLHTKFPKKELYPNGK
DIFWDSMKGFSVPSHLISYAGVVFCQTHIRNETYKSPLYIVAVVGYKIHDLTLTPAHERL
SVGERLVLNCTAYTELNVAIDFTWTHPISLAPVNGSVRTYTTSHKKKLWNSLELSNTLIV
ENVTGNYTGKYTCTASSGQMVKTASASLVVFEKPFIDFDDHKWVNVLGVNARAQTIKIPV
KFDAYPEPTVRWYKNGQPIYKDDYRFKPARDSLMILGLAEKDAGNYTVVLINKITKEEQR
RSVQLLVNVPPHIIEKEVAVDTDVHMYGSSPTLRCTARGIPTPTRIQWQWMSREDCPILF
QSGVVNSGVKLEDCTKWRDISNTTGQNPIDRISTDTDHLHKTVSSLKIQKAKVHALYKCL
TSNKAGQDSRIIVFHVTRGLELSVSPSHQPIEQDQVVLRCKADRLIYGNLAWFRVGNVFD
PEQVPAVQPCRALSLSQQPLSQAVLSGLHGTNVTLELPLANVSRGDQGVYACQVENIKTG
ERTCLLRHLTLRALEAARILNNLTDQRVNVSATTMLICEVTGTPTPTVMWTKHNQTVVEG
SGVILSRLNQTLTIQRVKKEDGGLYTCTACNSRGCDTSQTYLITEGAEEKTNVELIVPIG
SVVIAMFFWLLIVFVIRSRKRPNNGDMKTGYLSIILESEDMPMDEHCERLTYDANKWEFP
RDRLKLGDQLGRGAFGQVVEAAAFGIEKATTCTTVAVKMLKEGATSSEYRALLSELKILI
HIGHHLNVVNLLGACTKPGSPLMVIVEYCKHGNLSSYLKSKRGEYSPFKRRRPRSGQWER
MEEDVTEGDLGLGTSTHLDICTGTAVCSRLGEESSVSHIEEEDGSCEWEEHLTMEDLISY
SFQVAKGMEFLSSRKCIHRDLAARNILLSENNVVKICDFGLARDVYKDPDYVRKGDARLP
LKWMAPETIFDRVYTTQSDVWSFGILLWEIFSLGASPYPGVGIDEAFCRRLKEGTRMRAP
DYATTEIYQTMLDCWLDKPTDRPNFTELVEHLGNLLQASAHQDGKDYIPLTAVEVEGGSL
SPEPRNPFTRIIREETHVPQIHCDNTTPITLGLSQQSDRCSRPLSVKTFDDIPVEHSSVM
DGQTDSGMGLSPEEMKSLDHQRHRTSNFSHIQRCKSKESLASESSNQTSGYQSGYHSDDT
DAPIYANEEMIMKRSIQKKPLPPKTADKFSVEVRYSAPPV
NT seq
4083 nt
NT seq
+upstream
nt +downstream
nt
atggcaaaggcattctccgtcatgactttacatttcgtgggcattcttctgggagtcagc
agggtgattgcattagaactcaggttcatgcctgaccccccaacactgagcatccaggac
aaagtcctcaggatcaacacctcagacacactggagattacctgcagtggccgtcagaac
ctggaatggaccacatcctataatcgcagccgtgctggcagtcgtctctccacagtagac
tgcagtgggtcaggattcttctgcatcacattacacatttcctcggccaccgtcaatgag
actggaaagtatcagtgctcctacaaagacctggcggtggaggatagcaaaacctctgtg
gccgtttatgtccatgtccaagactataaagtgccatttgtgccctctgacaaggactat
gaggttgtgttcatcagtgagggagtgcaggtggtcatcccatgccgagggtctgtggaa
gatctcaatgtcacgctacataccaagtttcccaagaaagaactctatccgaacgggaag
gacattttttgggatagcatgaagggtttctcagtccccagtcacctgatcagctacgct
ggagtggtcttctgtcagacacacatacgcaatgagacctacaagtcacctctctacatt
gttgctgttgttggatataagatccatgacctcaccctgaccccggcacatgagaggctg
tctgtgggggagagattggtgctaaactgcactgcctacacagagctcaacgtggccatc
gacttcacttggacacaccctatcagcctggccccagtgaatggctctgtgcggacctac
accacgtcacacaagaagaagctgtggaactctctggaactgtccaacacactcatagtg
gagaacgtgaccggcaactacacaggaaagtacacctgcacagcctccagtggacagatg
gtcaaaactgcatctgcatctcttgtggtctttgaaaagccttttattgatttcgatgac
cacaagtgggttaatgttctgggggtgaacgccagagcccagaccattaagatcccagtc
aagttcgacgcctacccagaacctacagtcagatggtataagaatggccagcctatctat
aaggatgactatagatttaaacctgccagggactctctcatgatccttggcctagctgaa
aaggatgctgggaattacaccgtggtcttgatcaataagataacaaaagaagagcagaga
cgctccgtccagctcttggtcaatgtccctccccatatcattgagaaggaggttgctgtg
gacactgatgttcacatgtacggcagcagccccaccctcaggtgcactgcccgtggaatc
cccacccccacacgcatccaatggcagtggatgtccagagaggactgcccaatcctcttt
cagtcaggagtggtgaactctggggtcaagctggaggactgtaccaaatggagggacatc
agcaataccacagggcagaatcctatcgaccgaattagcactgacacagatcacctacac
aagactgtgagttctctgaagatccagaaagccaaggtccacgccctctacaaatgcctg
acttctaacaaagcgggacaagattcacgcatcatcgtcttccatgtgacacgtggtttg
gagctgagtgtgtctccgtcccatcagcccattgagcaggaccaggtggttttgaggtgt
aaggcagacaggctgatctatggaaatctggcctggttccgtgtgggcaatgtgtttgac
ccagaacaggtcccagccgtgcagccctgtcgggccctgtccctgtcccagcagcccctg
tcccaggctgtcctctctgggctgcacggcaccaacgtcaccctggagctgcccctggcc
aacgtgtctcggggggaccagggggtgtacgcctgccaggtggagaacatcaagactggg
gagaggacctgtctcctccgacacctcaccctcagagctcttgaggccgcgaggatcctg
aacaatttgacagaccagagagtgaacgtcagtgcgacgaccatgctaatatgtgaggtg
accggtacacccaccccgaccgtgatgtggaccaaacacaaccaaacagtggtggagggc
tcaggtgtgattctgagccgattgaaccaaaccctgacaatccagcgtgtgaagaaggag
gacggtggtctgtatacctgtactgcctgtaacagccggggctgcgacacatctcagacc
taccttatcactgaaggagcagaggagaagactaatgtagagctgattgttcctattggc
tctgtggtcatcgccatgttcttctggctactcatcgtcttcgtcatccgcagcaggaaa
agaccaaataatggggacatgaagacagggtacctgtccatcatccttgaatctgaggac
atgcccatggacgagcactgtgagaggctcacatacgatgccaacaagtgggagttccct
cgtgacaggctgaagctaggtgaccaattgggacgaggagcttttggacaggtagtagag
gcagctgcctttggcatagagaaagccactacctgcactacagtggcagtcaagatgctg
aaagagggagccacctccagtgagtaccgtgcactgttgtcagagctgaagatcctcatc
cacatcggccatcatctcaatgtagtcaacctgctgggggcctgcaccaaaccagggagt
ccattgatggtgattgtggagtactgtaaacatggcaacctctccagctacttaaagagc
aagcgtggagaatacagccccttcaagaggaggcggccgcggtcaggtcagtgggagcgg
atggaggaggacgtgactgaaggggatctgggtttggggaccagcacccacctggacatt
tgcactgggacagcagtctgctccagactgggagaggagagctctgttagccacatagag
gaggaggatgggagttgtgagtgggaggagcacttgaccatggaggacctgatcagctac
agcttccaggtggccaagggcatggagttcctatcctctcgcaagtgcatccatcgggac
ctggcagctaggaacatcttgctctcagaaaacaatgttgtgaagatctgtgactttggt
ctggccagagacgtctacaaggaccccgactatgtccgcaagggagacgcgcggctccct
ctgaaatggatggctcctgagaccatctttgaccgggtctataccacacagagcgacgtg
tggtcctttggcattctactctgggagatcttctcactgggggcatctccataccctggt
gttggcattgatgaggcattctgcaggaggttgaaggaagggaccaggatgagagcacca
gactatgccaccactgagatatatcaaaccatgttggactgctggctagacaaacccaca
gacagaccaaatttcaccgagctcgtagaacatctgggaaacctgctacaggccagcgct
catcaggatgggaaggactacatccctctgacagcagtggaggtggaggggggctcactc
agccctgaacccaggaaccccttcaccaggatcatcagagaggaaacccacgtcccccag
atacactgcgacaacaccacccccatcaccctcgggctctcccagcagagtgacaggtgc
agtcgaccactcagtgtgaagacttttgatgacatccctgtggagcatagcagcgtcatg
gatggtcagacggacagcggtatgggcctatcaccagaggagatgaagagtctggaccat
cagcgtcaccgcacgtccaacttcagtcacatccagcgatgtaagagtaaggagtctctg
gcctctgagtcgtccaatcagacgagtgggtaccagtcaggctaccactcagacgacact
gacgcacccatttatgctaatgaggagatgatcatgaagaggagcatccagaagaagcca
ctgccgcccaaaacagcagacaagttcagtgttgaggtgcgctacagtgcaccccctgtt
tag
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