KEGG T01019: 579837

Strongylocentrotus purpuratus (purple sea urchin): 579837

Entry

579837 CDS T01019

Definition

vascular endothelial growth factor receptor 1-like

Orthology

K05096

FMS-like tyrosine kinase 1 [EC:2.7.10.1]

Organism

spu Strongylocentrotus purpuratus (purple sea urchin)

Pathway

spu04144

Endocytosis

Class

Cellular Processes; Transport and catabolism; Endocytosis [PATH:spu04144]

SSDB

Motif

Pfam:

Pkinase_Tyr I-set Ig_2 Pkinase Ig_3 V-set ig C2-set_2 V-set_CD47

Other DBs

NCBI-GI:

390364009

NCBI-GeneID:

579837

Position

AA seq 1804 aa
MISKWIVVFTCTVLILSIVYSATGLPLNKVGPPRLETESSTLLISQNNTLQLSCHGGFRL
DWIYPYEIERTRISIEQEHCSACSPKRHRSVLTIASADVGDTGKYQCLYKKYDTKINNET
SAKVYVYISSPEHLFVPPEWTQNNIYRGQPFVLPCRTTSPNLNVTLVQRGTGRDITDHRY
HRYDPKKGFHISANHHELDGHVCCKAQNGEHIDRSCFNLNFQEQAPVLEPRVSISTTEVL
EGWEGFSVSCEVSAPADSLLDDLSWDYPAEMIAERQDSNYKIVTDGSTESVRGSSLAMQK
YVSTLNVVRAHSYDNGTYVCIATNFWDSYFAEASINVIGVTHLKRIGPPRIRSNTTERFL
RENSTLEIRCTGGVALEWIYPEAVRSRVSLGSQACPTCDSNAHFTSTLTVRSARPQDSGQ
FQCIYSRYVDHINNATAAEINIFVAADNAQLHSKGPPIIYVNNSHIIQNEYQNLELRCTG
SSTIDWSWPQDATERVEQRSIECPTCPVALQSTSTLKVSNASYKDTGFYRCFYSRFSDRL
TPETSAEVYAYITSDVDAMKLFTINGWYYWAKIITGSSYTIPCTVTDPRINVTLEYGNEI
LSEEGSVITYDPRVGFKVPGDYKHTQYNDNLICKARKGNLTQIKKILLNFEPKAPVPAPQ
IQGPIEQVKGYTFNVTCNVESPLGIQIRWKWDYPGLHNPNANPNNYRTEKSSRELQAEVG
DSTRAFRRFKGTLTVFQASPIDNGTYTCTVINNNGNGSTTHAVSILDQGYIHMEPLKGEL
MQLVSGEEHAKDRDRIMVHLKYFPNADFTWFKDGIEVDALDQYLFKSRIKQDVAQVKLLN
INAQHAGNYTLIGDNGDVQESVTIRVVVHDVEEGLTIEGQEETTIVEEKGNLTLHCKSSS
HIFDNIKWLVVRSHGSTNESRLLRPREERVTITSYSDGDFNVTQLHIQDMGRSDDGIYIC
LAHSVLDSRDTKEVEAAVQVQAIRVPEMIMGLETEEINKSLKDFTLECEASGFPTPKITW
FKDGSKLEIKDSTVVLPNDHAVSTLRRTRINMVDSGLYCCVASNAGGQVNSSAVIIILEE
PYMRVKEDVKLVAMGGTANITCHDGGNPKPTIVWYHQPKDQASEMRILPAQMYNSTEGVL
VLHDVQKDQQGTYLCNATNRLGSSTRTVSIKLDMPRPILGPGDVKRNTALGVVFVLLLVV
VALIIVIFKIKKLRPKYIAGGDDMLLPISFGQYNDLLDICEHLPYDSKWEFPRERLKIGP
VIGRGAFGRVMRSSAFGIDKVDTCTTVAVKMLKEDASDSERKALLTKLKMLIHIGPHLNX
GNLLGACTKKDLFVISEFCPFGNLSDYLKTKRKNYVAEPDLLAIACMGPVDRSSRGSSRG
GGDGFMGARGGSTLEVGDDDVFEYMEKEQPLTLKDLICYSYQVARGMEFLTSKKCIHRDL
AARNVLLAENNIVKICDFGLARDIYSDPDYVTQTGGRLPIKWMAPESIFDKVFTIYSDVW
SFGVFMWECFALGGSPYPGVVVDEEFYNRLKSGYRMYTPDYAPIEIYHVMLDCWHTEPKE
RPHFSELVHKLGDQLAANVKQEYLDLDCAYDEQVASRPISFYNEDEEEDASTSHDGQVTL
GEDALQVEADISLPSTSGYQPNHPSTSSTFQLEDERPVCASLEGRTVSSIHASLTDISSS
EPCDEEDDTGGESTKSSTTSARLPLHRPNSLSALDSLQQTMTNPVFHHHHHHHHSSNHHH
HHNHGNNSTSKSEESVSSDSSSGFRSGGYGSDVNDEPPPEYSKVMQVALHKETSLFWPRG
TNGQ

NT seq 5415 nt +upstreamnt +downstreamnt
atgatttcaaagtggattgtcgttttcacgtgcaccgttttgatcctgtcgatcgtgtac
tcagcgacgggactacccctcaacaaagttggcccaccccggcttgaaacggaaagctca
acactcctcatatctcaaaataatacactccaactcagctgtcatggaggttttagactg
gactggatttatccatatgagatagaaaggactagaatatcaattgagcaggagcattgc
tcagcgtgtagtcccaaaagacacagaagtgtacttaccatagcaagtgcagatgttggt
gacactggaaaatatcagtgcttatacaagaaatatgatacgaaaattaataatgagaca
tctgcaaaagtttatgtttatattagctcaccagagcacttatttgtgccaccagaatgg
acacaaaacaatatttaccgtgggcagccatttgtcctgccctgtcggacaactagcccc
aacctcaatgtgactttggtgcaacgtggcaccggaagggatatcacggatcatcgttac
catagatacgaccctaagaagggctttcatatctcagctaatcatcatgaattagatggt
catgtttgctgtaaggcccaaaatggagaacacattgacagatcatgtttcaatcttaac
tttcaagagcaagcaccagtgttggagcctcgagtatctatcagcactactgaggttctt
gagggttgggaagggttcagtgtaagctgtgaggtctcggcacctgctgatagtctactg
gacgacctatcttgggattaccctgctgagatgattgcagagcgtcaagatagcaactac
aagatagtgactgatgggagcacggaatcagtaagaggttctagcttggcaatgcagaag
tatgtgagtactcttaatgtggtacgtgctcacagctatgacaatggaacgtatgtctgc
atcgctacaaacttctgggatagctactttgctgaggcatctatcaatgtcataggggta
acacatctgaagagaattggtcctcctaggatcagaagcaacaccacagagagattcctt
cgcgagaattctactctagagatccgctgcactggaggtgtagctctagaatggatctat
cctgaagctgtcaggtcaagggttagtttgggctctcaggcctgtccaacatgtgatagc
aatgcccacttcaccagtacgctgaccgtccgaagtgctagaccacaggatagtggtcag
ttccaatgtatctacagccgatatgtggatcatattaataatgccacagcagcagaaatc
aacatctttgtagcagcagataatgctcagttacatagtaaaggtcctcccatcatctat
gtcaacaactcccatatcatacaaaacgagtaccagaacctggaactccgctgcactggg
tcctcaacaatagactggtcctggcctcaggatgccactgagcgagtagaacaaagatcc
attgaatgtcctacctgtcctgtggccttacaatctaccagcaccctgaaagtatccaat
gccagttacaaagatactggtttctatcgatgcttctactcacgattctcagacagactc
acgccagagacaagcgcagaggtttatgcctatatcacatctgatgttgatgccatgaag
ctgtttaccatcaatggttggtattactgggccaaaatcatcactggctcatcctacacc
atcccatgtaccgtgactgatcctcgtatcaacgtcactttagagtacggcaatgagatc
ttatcagaagagggatctgtgatcacctacgatcctagagtaggcttcaaagtacctggt
gactataagcacacccagtataacgataatctcatctgcaaggccaggaaaggcaacctg
acacagatcaagaaaatccttctcaactttgaaccaaaggcacctgtcccagctccacag
atccaaggtcccattgagcaggtcaaaggttatacattcaatgttacctgcaatgtagaa
tcaccccttggaatccaaatcaggtggaaatgggactatccaggtcttcataaccccaac
gctaatcccaataattatcggactgagaaaagttcccgagaactgcaggcagaggttgga
gattctacgcgtgccttcaggagattcaaggggacgctgactgtctttcaagccagtcca
atagacaatggtacctacacctgtactgtcattaataacaatggcaatggaagcaccaca
catgctgttagcatattagaccaaggctatattcacatggagccactgaaaggtgagttg
atgcagctagtaagcggtgaggaacatgctaaagatcgtgatcggatcatggtacatctg
aagtacttccccaacgctgacttcacctggttcaaagatggcatcgaggtggacgctctt
gatcaatatctcttcaagagtcgtatcaagcaggatgttgctcaggtcaagctgctcaac
atcaatgctcaacatgcagggaattacaccctgatcggagacaatggagatgtccaggag
agtgttaccatcagagtagttgttcatgatgttgaagaaggcttgaccatcgaagggcaa
gaagagaccactatcgttgaagaaaaaggaaatctaacacttcattgtaagagcagctca
catatctttgacaacatcaagtggcttgtcgtaagaagccatggatccaccaatgagagc
agactgctacgacctcgagaggaacgtgtgaccatcacctcttactccgatggtgatttc
aatgtaacccagcttcacatccaggacatggggcgttctgatgatgggatctatatctgt
ctggctcacagtgtcctagatagtagagataccaaggaggttgaggctgcagtacaagta
caagctatcagagttcctgagatgataatgggattggagacagaagagattaataagagc
ctgaaggatttcactcttgagtgtgaggcatctggtttccctacccctaagatcacatgg
tttaaggatggtagcaaacttgagataaaggacagtactgtggtgctacctaatgatcat
gctgtgtctacactgagaaggacccggattaacatggtagatagtggactctactgctgt
gtggccagcaatgcaggagggcaggtcaacagttcagcagtcatcattatattagaggaa
ccatacatgagagtgaaagaggatgtcaaattggttgccatgggaggcacagcaaacata
acctgtcatgatggaggcaaccccaagcctaccattgtttggtatcaccaacctaaagac
caagccagtgaaatgcgcatcctaccagcacagatgtacaacagcactgagggtgtcttg
gtgctccatgatgtgcagaaagatcagcagggtacttacctgtgcaatgcaaccaacaga
ctgggtagtagcacccgtactgtcagtatcaaactagatatgcctcgccccatattaggg
cctggtgatgtcaagagaaataccgccctcggtgttgtctttgtgcttcttcttgttgtc
gttgctctcatcattgtcatcttcaagatcaaaaagctaagaccgaagtacattgctggt
ggagatgatatgttgctacctatctcatttggacagtacaatgatcttttagacatatgt
gaacatctcccctatgattccaaatgggagttccctagagagaggctcaaaataggtccc
gtgattggtcgaggagcttttggtcgtgtgatgagatcttcagcgtttggcattgacaag
gtcgatacatgtaccacagtggctgtcaagatgttgaaagaggatgcttctgatagtgaa
aggaaagctttgttaacaaagcttaagatgctgatacacattggaccacatctcaacnaa
ggtaacctgcttggagcatgcactaagaaagatctattcgtcatctctgagttctgccca
tttggcaatctgtcagactatctcaagaccaagcgtaagaactacgttgcagagccagac
ctgcttgccattgcttgcatggggccagtagacaggagctcgcgaggtagcagccgtgga
ggaggagatggtttcatgggagctagagggggatccaccttggaggttggagatgatgat
gtctttgagtacatggagaaggagcagccgctgactctcaaggatcttatctgctactca
taccaggttgctaggggcatggagttcttgacttctaagaagtgtattcaccgtgactta
gcagccagaaatgtcctcctagcagagaataatatcgtcaaaatctgtgattttggtcta
gcccgagacatctactcagatcctgactatgtaacacaaacagggggaagacttcctatc
aagtggatggctcctgaatctatctttgacaaggtcttcacaatctacagtgatgtgtgg
tcttttggagtgtttatgtgggaatgctttgctctgggtggctctccataccctggtgtt
gtggttgatgaagagttctacaatcgtctcaagagtggatatagaatgtacactcctgat
tatgcaccaattgaaatttatcacgtcatgttggattgctggcacacagaacccaaggaa
agacctcacttcagtgagttggttcataagcttggagatcaactagcagctaatgtcaag
caggagtaccttgatcttgattgtgcatatgatgagcaggtagcatcaagaccgatatca
ttctacaatgaggacgaagaagaagatgcatccacatcacatgacggtcaggtgaccttg
ggagaggatgcccttcaggtggaagcagatatctcattaccaagtacttcaggttatcag
cccaaccatccaagtacatcatctaccttccagcttgaggatgagagaccagtctgtgcc
agcttagagggaaggacagtatcatccatccatgctagcctcacggacatctcatcatca
gaaccctgtgatgaggaggatgatacgggaggagaatccacaaagtcgtcaacgacatca
gcaaggttaccgttgcacagacctaacagtttgtcggcactggacagccttcagcagaca
atgaccaacccagtcttccatcatcatcatcaccaccatcactcatctaaccatcatcat
catcataaccatggcaataacagcaccagtaagagtgaagaatcagtgtcatcagactca
tctagtgggttcagatcaggtggctatgggtcagacgtcaatgatgaacctcctccagaa
tacagtaaagtcatgcaagtggcactgcacaaagaaacttcactgttttggccaagaggt
accaatggacagtga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (9)   
   Pfam (9)   
All databases (20)   

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