Entry MICMU15921 (ENSMICG00000016251)

E Microcebus murinus


General Information

Description
fms-related tyrosine kinase 1 (vascular endothelial growth factor/vascular permeability factor receptor) [Source:HGNC Symbol;Acc:3763]
Organism
MICMU - Microcebus murinus (Taxon-ID: 30608)
Locus
GeneScaffold_4028join(complement(547899..547962), complement(503688..503784), complement(503285..503511), complement(481176..481300), complement(477429..477591), complement(477192..477328), complement(474196..474370), complement(473175..473292), complement(470887..471056), complement(470416..470468), complement(470408..470411), complement(470309..470405), complement(451101..451215), complement(443418..443526), complement(437261..437569), complement(432271..432417), complement(411935..412066), complement(399540..399646), complement(395056..395067), complement(394936..395053), complement(390327..390431), complement(386956..386964), complement(386808..386861), complement(384436..384524), complement(380711..380866), complement(380109..380132), complement(380096..380104), complement(380083..380094), complement(380079..380081), complement(380074..380076), complement(380066..380071), complement(380061..380063), complement(379267..379389), complement(377556..377667), complement(375834..375933), complement(369673..369778), complement(369295..369399), complement(369258..369292), complement(367263..367347), complement(365105..365199), complement(363758..363959))
Number of exons
41

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MVSCWDTGVL LCALLGSLLF TXGEAAHSWS LPETVSKESK RLSITKSACG RNSKQFCSTL    60
TLNMAQANHT GFYSCKYLAR PTSKKKKTES TIYIFINDTG RPFVEMYNEI PEIIFMTEGR   120
LLVIPCRVTS PNITVTLKKF PFDTLIPDGK RITWDSRKGF IISNATYKEI GLLTCETTVN   180
GHLYKTNYLT YRQTNIITDV QISTPSPVKL LRGHTLTLNC TATTPLNTRV QMTWSYPGKX   240
KAFITVQHRK QQVLETVAGK RSYRLSMKVK AFPSPEVVWL KDGLPATKKS ARYLVHGYSL   300
IIKDVTAEDA GDYTILLGIK QSNVSKNLTA TLIVNVKPQI YEKALSSFPD PTLLGINQGL   360
TCTVYGIPQP TIKWFWHPCN RNHSKARYDF CSNNEEPFIL GPDSNIGNRI ESITQRMAII   420
EGKNKTASTL VVADSRLSGI YSCMASNKVG TVERNISFYI TDVPNGFHVN LEKMPTEGED   480
LKLSCTVNKF LYRDITWILL RTVNNRTMHH SISKQKMAVT KEYSITLNVI IKNVSLEDSG   540
TYACRARNVY TGEEILQKKE VTIRDQEAPY LLRNLSDHTV AISSSTTLDC HANGVPEPQI   600
TWFKNNHKIQ QEPGIILGPG SSTLFIERVT EEDEGVYHCK ATNQKGSVES SAYLTVQGTS   660
DKSNLELITL TCTCVAATLF WLLLTLFIRK MKRSSSEKAD YLSIIMDPDE VPLDEQCERL   720
PYDASKWEFA RERLKLGKSL GRGAFGKVVQ ASAFGIKKSP TCRTVAVKML KEGHXXXHLN   780
VVNLLGACTK QGXDAALHTE PKKEKMEPGL EQGKKPRLDS VTSSESFASS GFQEDKSLSD   840
VEEEESDDLH EHHDLIYSSV RMLSECIHRD LAARNILLSE NNVVKICDFG LARDIYKNPD   900
YVRKGDTRLP LKWMAPESIF DKIYSTKSDV WSYGVLLWEI FSLGGSPYPG VQMDEDFCSR   960
LKDGMRMRAP ECATPEIYQI MLDCWHKDPK ERPRFAELVE KLGDLLQANV QQDGKDYIPL  1020
NAILTGNSGF TYSAPAFSED FSRKGMSPKY NSGSSDDVRY VNAFKFMSLE RIKTFEELLP  1080
NATSMLDDYQ GDSGTLLASP LLKRFTWTES KPKASLRIDL RVTSKSKESG LSDITTPSVC  1140
HSSCGHVNKG KRRFTYDNSE LEKKISCCSP PPDYNSVVLY STPPV                  1185

Coding Sequence

Download: Fasta
ATGGTCAGCT GCTGGGACAC CGGGGTCCTG CTGTGCGCGC TGCTCGGCTC TCTGCTTTTC    60
ACAXXXGGGG AAGCAGCCCA TTCATGGTCT TTGCCTGAAA CGGTGAGTAA GGAAAGCAAA   120
AGGCTGAGCA TAACTAAATC TGCCTGTGGA AGGAACAGCA AACAATTCTG TAGCACTCTG   180
ACCTTGAACA TGGCTCAGGC AAACCACACT GGCTTCTACA GCTGCAAATA TCTGGCTAGA   240
CCTACTTCAA AGAAGAAGAA AACAGAATCT ACAATCTATA TATTTATTAA TGATACAGGT   300
AGACCTTTTG TAGAGATGTA CAATGAAATA CCTGAAATCA TATTTATGAC TGAAGGAAGG   360
TTGCTTGTCA TCCCCTGCCG GGTCACATCA CCTAACATCA CTGTTACTTT GAAAAAGTTT   420
CCATTTGACA CTCTGATCCC TGATGGAAAA AGAATAACCT GGGACAGCAG AAAGGGCTTT   480
ATAATTTCAA ATGCAACGTA CAAAGAAATA GGGCTTCTGA CCTGTGAAAC AACAGTCAAT   540
GGACACTTGT ACAAGACAAA CTATCTCACA TATCGACAAA CCAATATAAT CACAGATGTT   600
CAAATAAGCA CGCCGAGCCC GGTCAAACTA CTGAGAGGTC ATACTCTTAC CCTCAACTGT   660
ACTGCCACCA CCCCCTTGAA CACCAGAGTA CAAATGACCT GGAGTTACCC TGGTAAAXXX   720
AAGGCATTCA TCACTGTGCA ACATCGAAAA CAGCAGGTGC TTGAAACTGT AGCTGGCAAG   780
CGGTCTTACC GGCTCTCCAT GAAAGTGAAG GCATTTCCCT CGCCAGAAGT TGTATGGTTA   840
AAAGATGGGT TACCTGCCAC TAAGAAATCT GCTCGCTACT TGGTTCATGG CTATTCGTTG   900
ATTATCAAGG ATGTAACTGC AGAGGATGCA GGCGATTATA CAATCTTGCT GGGCATAAAA   960
CAGTCAAATG TGTCTAAAAA CCTCACTGCC ACTCTCATCG TAAATGTGAA ACCCCAGATT  1020
TACGAAAAGG CTCTGTCATC ATTTCCAGAC CCAACTCTCC TGGGGATTAA TCAGGGACTG  1080
ACTTGTACCG TTTACGGTAT CCCTCAACCT ACAATCAAGT GGTTCTGGCA CCCCTGTAAC  1140
CGTAATCATT CCAAAGCAAG GTATGACTTT TGTTCCAATA ATGAAGAGCC CTTTATCCTG  1200
GGTCCTGACA GCAACATAGG AAACAGAATT GAGAGCATCA CTCAGCGCAT GGCAATAATA  1260
GAAGGAAAGA ATAAGACGGC CAGCACCTTG GTTGTAGCTG ACTCTAGACT TTCTGGAATC  1320
TACAGTTGCA TGGCTTCCAA TAAAGTAGGG ACTGTGGAAA GAAACATAAG CTTTTATATC  1380
ACAGATGTGC CAAATGGGTT TCATGTTAAC TTGGAAAAAA TGCCTACAGA AGGAGAGGAC  1440
CTGAAACTGT CTTGCACAGT TAACAAGTTC TTATACAGAG ACATTACTTG GATTTTACTG  1500
CGAACAGTTA ATAACAGAAC GATGCACCAC AGTATTAGCA AGCAAAAGAT GGCTGTCACT  1560
AAAGAGTACT CCATTACTCT TAATGTCATC ATCAAGAATG TTTCCCTGGA AGATTCAGGC  1620
ACCTATGCCT GCAGAGCCAG GAATGTATAC ACAGGGGAAG AAATCCTTCA GAAGAAAGAA  1680
GTGACAATTA GAGATCAGGA AGCGCCATAC CTCCTGCGCA ACCTCAGTGA CCACACGGTG  1740
GCTATCAGCA GCTCCACCAC TCTGGACTGT CATGCTAACG GCGTCCCAGA GCCTCAGATA  1800
ACTTGGTTTA AAAACAACCA CAAAATACAA CAAGAACCTG GAATTATTTT AGGACCAGGA  1860
AGCAGCACGC TATTTATTGA AAGAGTCACA GAAGAGGATG AAGGCGTCTA TCACTGCAAA  1920
GCCACCAACC AGAAGGGCTC TGTGGAAAGT TCAGCATACC TCACTGTTCA AGGAACATCA  1980
GACAAGTCTA ACCTGGAGCT GATCACTCTT ACGTGCACCT GCGTGGCTGC AACTCTCTTC  2040
TGGCTCCTGT TAACTCTCTT TATCCGAAAA ATGAAAAGGT CTTCTTCTGA AAAGGCTGAC  2100
TACCTATCGA TCATAATGGA CCCAGATGAA GTTCCGCTGG ATGAGCAGTG TGAGCGGCTC  2160
CCTTACGATG CCAGCAAGTG GGAGTTTGCC CGGGAGAGAC TTAAACTGGG CAAATCACTT  2220
GGAAGAGGGG CTTTTGGAAA AGTGGTTCAA GCATCTGCGT TTGGCATTAA GAAGTCACCC  2280
ACATGCCGGA CTGTGGCTGT GAAAATGCTG AAAGAGGGGC ACGXXXXXXA CCATCTGAAC  2340
GTGGTTAACC TGCTGGGAGC CTGCACCAAG CAAGGAXXXG ATGCAGCATT GCACACGGAA  2400
CCTAAGAAAG AAAAAATGGA GCCAGGCCTG GAGCAAGGCA AGAAACCGAG ACTAGATAGC  2460
GTCACCAGCA GCGAGAGCTT CGCAAGCTCG GGGTTCCAGG AAGATAAAAG TCTGAGCGAT  2520
GTGGAGGAAG AGGAGTCTGA CGATCTACAT GAGCATCACG ATCTGATTTA CAGTTCAGTG  2580
AGAATGTTGT CTGAATGCAT TCATCGAGAC CTGGCAGCGC GAAACATTCT TTTATCTGAG  2640
AACAATGTGG TGAAGATTTG TGATTTCGGC CTCGCCCGGG ATATTTATAA GAACCCTGAT  2700
TATGTGAGAA AAGGAGATAC TCGACTTCCT CTGAAATGGA TGGCTCCTGA ATCTATCTTT  2760
GACAAAATCT ACAGCACCAA GAGCGACGTG TGGTCTTATG GAGTACTGCT GTGGGAAATC  2820
TTCTCCTTAG GTGGGTCTCC GTACCCCGGG GTGCAAATGG ACGAGGACTT CTGCAGCCGC  2880
CTGAAGGACG GCATGAGGAT GAGGGCCCCG GAGTGCGCCA CTCCTGAAAT CTATCAGATC  2940
ATGCTGGACT GCTGGCACAA AGACCCGAAG GAAAGGCCAA GATTCGCAGA ACTTGTGGAA  3000
AAGCTGGGCG ATTTGCTCCA AGCAAATGTA CAACAGGACG GTAAAGACTA CATCCCACTC  3060
AATGCCATAC TGACAGGAAA CAGTGGGTTT ACATACTCAG CTCCTGCCTT CTCTGAGGAC  3120
TTCTCAAGGA AAGGCATGTC ACCGAAGTAT AATTCAGGAA GCTCTGATGA TGTCAGATAC  3180
GTAAATGCTT TCAAATTCAT GAGCCTGGAG AGAATCAAAA CCTTCGAAGA ACTTTTGCCA  3240
AATGCCACCT CCATGCTGGA TGATTACCAG GGGGACAGCG GCACTCTGCT GGCCTCCCCA  3300
CTGCTGAAAC GCTTCACCTG GACTGAGAGC AAACCCAAGG CCTCACTGAG GATCGACTTG  3360
AGAGTTACTA GTAAAAGCAA GGAGTCAGGG CTGTCTGACA TCACCACGCC CAGTGTCTGC  3420
CACTCCAGCT GTGGACACGT CAACAAAGGC AAGCGCAGAT TTACCTACGA CAACTCAGAG  3480
CTGGAAAAGA AGATTTCGTG CTGCTCTCCG CCCCCAGACT ACAACTCGGT GGTCTTATAC  3540
TCCACCCCAC CTGTCTGA                                                3558