Entry NOTFU00779 (XP_015804282)

E Nothobranchius furzeri


General Information

Description
vascular endothelial growth factor receptor kdr-like isoform X2; Derived by automated computational analysis using gene prediction method: Gnomon.
Organism
NOTFU - Nothobranchius furzeri (Taxon-ID: 105023)
Locus
sgr01join(complement(38583978..38584035), complement(38575002..38575086), complement(38573912..38574117), complement(38570843..38570970), complement(38569686..38569845), complement(38569465..38569601), complement(38569219..38569390), complement(38569000..38569117), complement(38567539..38567708), complement(38566273..38566429), complement(38562503..38562617), complement(38558692..38558803), complement(38557363..38557647), complement(38557045..38557191), complement(38555920..38556048), complement(38555351..38555457), complement(38554961..38555090), complement(38554446..38554550), complement(38552635..38552748), complement(38552456..38552544), complement(38552186..38552339), complement(38551583..38551680), complement(38550790..38550912), complement(38550441..38550552), complement(38545721..38545820), complement(38543907..38544012), complement(38542000..38542124), complement(38540975..38541053), complement(38539331..38539431), complement(38536713..38536896))
Number of exons
30
Alternative splicing
NOTFU00780

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MTSFICFMMI VSCCSTFTAG HRQRYPKIVP SVDQLVLHKD DLLNLTCRGQ GILNWTLGNA    60
QRSISSEGVK VEQCDPKHYS HCTKLTIKNL TASDTGSYFC SRAGSDHSAS VYVFVKDPEQ   120
PFVKPCDTTP YVLGIFRNET SLVVPCRTSS PDAVVTLMGA PALSQEIVRG MVWDPKVGFT   180
IPYGSYTSYM LLTCSTNVNG HHFLSKYIPK RQTLVLKNVK ITPEHTKVLV GHTLVLNCSG   240
ETTHNGRITF TWDFPGSKDN RHYMSKSVPT PAKVLVMSST LMLPNVTMEN KGEYHCKGEI   300
GLKPHMVASA KVTVYEHPFL HISNKRDTVT VVEGRKRLVL EPRVNALPQP DIIAWYKDGD   360
LITKNSTCYK MSDYRLIITR VEEKDDGVFT LSLGNRLKGL HRNVSYTLVV HVKPTILEAE   420
LATKDVQPYL LGKQYRLTCS AYARPLPKIT WFWQPCNSDK ALSNCSTNTE TIQVGPNDRE   480
NYSQNWIKTI NVKYELVKGK NKTVSTLLIG EARVSGIFSC MAENALVGTS TMEIPFYVDD   540
DPEEVNIQPQ TAIEGNNITL TCRATRYLYT GLRWVDSRNQ TITSSVSQLQ ISNHSISLAL   600
YLHNVSQSSS AGYTCQADKL HKEVKSKTAS LIVNERKQPH FSQNLTNQDV NSSSTLVMAC   660
YASGVPQPYI MWFKNGVKVE ESPGVSLQED GTLIIERVKK DDEGVYECVA QNMEGFAKTS   720
AVVTVLGDDG KPNIEVIILV CTGAAATFLW LMLILFIRKL RRQPSHYKMG PSIIIDPDEY   780
PLEEQNDLLQ YDSSKWEFPR DRLRLGKILG HGAFGKVMEA SAFGIDKLST CKTVAVKMLK   840
GGATSNERKA LMSELKILIH IGNHLNVVNL LGACTKPGGP LMMIVEFCKY GNLSNYLRSK   900
RDDFLVYKSP DGKVVSAGSG CELSELMKRR LESVASTGSS ASSGFIEDKS YCDSEEEEEE   960
SEDLYKRVLT LEDLICYSFQ VAKGMEFLAS RKCIHRDLAA RNILLSENNV VKICDFGLAR  1020
DIYKDPDYVR KGDARLPLKW MAPEAIFDKV YTTQSDVWSF GVLMWEIFSL GASPYPGVQI  1080
DEEFCCRLKE GTRMRAPDYA PTEIYQAMLD CWQGEPQQRP TFTELVERLG DLLMASVQQE  1140
GKHYIPINTA LLVKMGDQTA AVETRETRSR PVSRRDSGGN WNIKIRPASV KTFDEVTMEE  1200
GTDENLEGQS DSGMGLSSEN MKTLMRFESL AGRPLSIMAL AMKAVSKSKE SVLNDAEKDK  1260
FPPTVPPLDF SLDDSALDDS LECHSPPPDY NYVVRYSTPP V                      1301

Coding Sequence

Download: Fasta
ATGACCTCGT TCATCTGCTT CATGATGATC GTCTCCTGCT GCTCTACATT CACAGCTGGA    60
CATAGGCAGA GATATCCTAA GATTGTTCCT TCTGTTGATC AGCTGGTTCT TCACAAGGAC   120
GATTTGTTGA ACCTCACTTG CAGAGGTCAA GGTATCTTAA ACTGGACACT TGGAAATGCC   180
CAACGCTCAA TCTCATCAGA GGGTGTGAAG GTAGAGCAGT GTGATCCCAA ACATTACTCT   240
CACTGTACCA AACTTACAAT CAAGAACCTG ACTGCCAGTG ACACAGGAAG TTACTTCTGC   300
TCAAGAGCTG GTTCAGACCA CAGCGCATCG GTCTATGTCT TCGTCAAAGA TCCTGAGCAA   360
CCGTTTGTCA AGCCCTGTGA CACAACGCCG TACGTTCTGG GCATCTTCAG GAACGAGACC   420
AGCCTCGTGG TGCCATGCCG AACATCCTCA CCTGATGCTG TTGTGACACT GATGGGGGCC   480
CCAGCTCTGT CACAGGAGAT TGTTAGAGGA ATGGTGTGGG ATCCTAAGGT GGGCTTCACA   540
ATCCCTTATG GTTCCTACAC CAGCTACATG TTGCTCACCT GCAGCACCAA CGTCAATGGG   600
CACCATTTCC TGTCAAAGTA CATCCCTAAA AGACAGACTT TGGTTCTGAA AAATGTGAAG   660
ATCACCCCAG AACACACCAA GGTGTTAGTT GGACACACTC TTGTCCTCAA CTGTAGTGGA   720
GAGACCACCC ATAATGGTAG AATAACCTTC ACCTGGGATT TTCCAGGATC GAAAGACAAT   780
CGACACTACA TGAGCAAGTC TGTGCCCACA CCTGCTAAGG TTCTTGTGAT GAGCAGCACC   840
TTGATGTTGC CAAACGTTAC CATGGAGAAT AAGGGAGAGT ACCACTGCAA AGGTGAAATC   900
GGACTCAAAC CCCACATGGT TGCATCAGCA AAAGTCACTG TCTACGAGCA TCCATTCCTC   960
CACATTTCCA ACAAACGTGA CACAGTGACT GTGGTAGAAG GCAGGAAGAG GCTTGTGTTG  1020
GAGCCCAGGG TCAACGCTCT GCCGCAGCCA GACATAATAG CATGGTATAA AGATGGCGAC  1080
CTAATTACGA AGAATTCCAC ATGTTATAAG ATGTCTGATT ACAGACTAAT CATCACTAGG  1140
GTGGAGGAGA AAGACGATGG TGTTTTCACT TTGAGCCTGG GCAACAGGCT GAAGGGCCTG  1200
CACAGGAATG TGAGCTACAC TCTGGTAGTT CACGTGAAGC CGACCATCTT GGAAGCGGAG  1260
CTCGCCACCA AGGACGTGCA GCCCTACCTG CTCGGCAAGC AGTATCGACT AACCTGCTCT  1320
GCTTATGCAC GGCCCTTACC GAAAATCACC TGGTTCTGGC AACCGTGTAA CTCAGACAAA  1380
GCACTTAGCA ATTGTTCCAC AAACACAGAG ACGATCCAGG TCGGGCCCAA TGACCGGGAA  1440
AATTATTCCC AAAACTGGAT CAAGACCATA AATGTCAAAT ATGAACTGGT TAAAGGAAAA  1500
AACAAGACGG TGAGCACCCT GTTGATCGGA GAGGCTCGCG TTTCTGGAAT CTTCTCCTGC  1560
ATGGCTGAGA ATGCCCTTGT TGGCACGAGC ACAATGGAGA TTCCTTTCTA TGTTGACGAT  1620
GACCCAGAGG AGGTCAACAT CCAGCCTCAA ACTGCTATAG AGGGCAACAA CATCACCTTG  1680
ACCTGTCGGG CAACGCGTTA CCTCTACACC GGCCTTAGAT GGGTGGACTC CAGGAATCAA  1740
ACCATCACTT CCAGCGTGTC TCAGCTTCAG ATCAGCAACC ACTCCATTTC TCTTGCTTTA  1800
TATCTGCACA ACGTGTCTCA AAGCAGCTCT GCAGGTTACA CATGTCAGGC AGATAAGCTC  1860
CACAAGGAGG TTAAATCCAA GACTGCGTCG CTGATTGTAA ACGAGAGAAA ACAACCACAC  1920
TTCAGTCAGA ATCTGACAAA TCAGGACGTG AACAGCAGCA GCACCCTGGT CATGGCTTGT  1980
TACGCCTCAG GAGTTCCTCA GCCTTACATC ATGTGGTTCA AAAACGGTGT AAAAGTGGAA  2040
GAAAGTCCAG GTGTCAGCCT GCAGGAGGAC GGGACTCTGA TCATTGAGAG AGTGAAGAAA  2100
GATGACGAGG GTGTGTACGA GTGTGTGGCC CAAAACATGG AGGGATTCGC CAAAACGAGT  2160
GCTGTTGTCA CGGTGCTCGG AGATGATGGG AAGCCAAATA TTGAGGTGAT AATTCTGGTG  2220
TGCACTGGAG CTGCGGCCAC TTTCCTCTGG CTCATGCTCA TCTTGTTCAT CCGGAAGCTC  2280
AGGAGGCAAC CATCTCATTA CAAGATGGGT CCGTCTATCA TCATTGATCC TGATGAGTAT  2340
CCCCTGGAGG AGCAGAACGA CCTCCTCCAG TACGACAGCA GCAAATGGGA GTTTCCTCGT  2400
GATCGCCTGC GACTCGGTAA AATTCTGGGC CACGGAGCAT TTGGGAAAGT GATGGAAGCT  2460
TCCGCCTTTG GAATCGACAA ACTCTCCACC TGCAAGACCG TTGCAGTGAA AATGCTGAAA  2520
GGAGGTGCTA CGTCCAATGA GCGTAAAGCT CTGATGTCAG AGTTAAAGAT TCTGATCCAC  2580
ATCGGGAATC ACCTGAATGT GGTCAACCTG CTGGGAGCCT GCACGAAGCC TGGAGGACCC  2640
TTAATGATGA TCGTGGAGTT TTGCAAGTAT GGCAACCTGT CCAACTATCT GAGAAGCAAG  2700
AGAGACGACT TCCTGGTGTA CAAGAGCCCA GACGGTAAGG TGGTGTCGGC CGGGTCGGGC  2760
TGTGAGCTGA GCGAGCTGAT GAAGCGCCGC CTGGAGAGTG TGGCTAGCAC CGGAAGCTCT  2820
GCCAGCTCCG GCTTCATCGA AGATAAGAGC TACTGCGACT CAGAGGAAGA GGAAGAAGAA  2880
TCAGAAGATT TATACAAGCG AGTGCTGACT CTAGAGGATT TAATCTGCTA CAGTTTTCAG  2940
GTTGCAAAGG GCATGGAGTT CTTGGCTTCA CGCAAGTGCA TTCACCGGGA TTTGGCTGCA  3000
CGAAATATCT TACTGTCTGA GAACAACGTG GTGAAGATTT GTGATTTTGG ACTTGCCAGA  3060
GACATTTACA AAGACCCAGA TTACGTGCGC AAAGGAGATG CCCGGCTGCC GCTCAAGTGG  3120
ATGGCTCCTG AGGCTATTTT CGACAAGGTC TACACGACTC AGAGCGACGT CTGGTCCTTC  3180
GGGGTTCTCA TGTGGGAAAT CTTCTCTCTG GGTGCCTCTC CTTATCCTGG TGTGCAGATT  3240
GATGAAGAGT TTTGCTGCAG ACTAAAGGAG GGGACTAGGA TGAGGGCACC AGATTACGCT  3300
CCCACTGAAA TATACCAGGC CATGCTGGAC TGCTGGCAGG GCGAGCCGCA GCAGAGACCC  3360
ACTTTCACAG AGTTGGTGGA GAGACTGGGG GATCTGCTTA TGGCCAGCGT GCAACAGGAG  3420
GGCAAACACT ACATACCCAT AAACACAGCC TTGCTGGTGA AGATGGGAGA CCAGACTGCT  3480
GCGGTGGAGA CAAGGGAGAC ACGCTCACGA CCCGTTTCTC GCCGCGATTC AGGAGGCAAT  3540
TGGAACATCA AGATCCGTCC TGCTAGCGTA AAAACCTTTG ATGAGGTCAC CATGGAGGAG  3600
GGGACAGATG AAAACCTTGA GGGTCAGTCG GACAGCGGGA TGGGCCTTTC CTCTGAAAAC  3660
ATGAAGACAC TGATGCGGTT CGAATCGTTG GCAGGACGAC CTCTGAGCAT CATGGCTCTG  3720
GCGATGAAGG CAGTGAGTAA GAGTAAAGAA TCAGTGCTGA ATGATGCAGA GAAGGACAAG  3780
TTTCCTCCCA CTGTTCCACC TTTAGACTTC AGTCTGGATG ACTCGGCTCT GGACGACAGC  3840
CTGGAGTGTC ACAGCCCTCC ACCTGACTAC AACTACGTGG TGCGCTACTC CACCCCTCCA  3900
GTGTAA                                                             3906