mRNA_Ecto-sp13_S_contig885.20341.1 (mRNA) Ectocarpus species13 EcNAP12_S_4_19m

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview


Name	mRNA_Ecto-sp13_S_contig885.20341.1
Unique Name	mRNA_Ecto-sp13_S_contig885.20341.1
Type	mRNA
Organism	Ectocarpus species13 EcNAP12_S_4_19m (Ectocarpus species13 EcNAP12_S_4_19m)

Homology

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BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: A0A6H5JK37_9PHAE (Protein kinase domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JK37_9PHAE)

HSP 1 Score: 2563 bits (6642), Expect = 0.000e+0
Identity = 1436/1619 (88.70%), Postives = 1479/1619 (91.35%), Query Frame = 1

Query:    4 FLVDWGLGSPMYPAVAQAAAQTAARGFGDSGGVFARGDKVEWVWHDSACDAQKAYAATEVLLDTYGVDLIVGPACCSSAAAASALAARRGVPIVSWACSAAHLSDKLLHPTFLRVVGASDEFSLAVGSLYKRQGSGGAVVTSILFAEGPSRGLAYASLAQQMRRVLEGQGDHVGVYAGFDGGESCNAGAGDAKEVRKAVEAVRAGRDSVVIVLGECADYRQVMTFAAMRGLKSEQAWLLLSASGDPTCHASAAACGRDDGRDALALSSMSGALSIDWALMPTSRTSAEAYVDPAVVLGRESPASDFFPPPAGDASPVVPVSGPSQPRGKPPSRAAYGAGXXXXXIS-PDGGACSAPWSPCCDSSGHRSDGRGGGAAVGVVQEGGDXXXXXXETNRWGGGGGRVCPGAAGDYRASPDDSVPRGLLTATALMFDAVELGMRVLAAAGRRGGRVGDGGWAGLAAGVWFEGLSGKIEMDDLGNRKGMDVSFRLMEGVTAYGVSYVSGKEAARYDSASETVQLLRHMRWSASLSGVTACPGAWPDGSGR-PPSRIHSTLGKDDHCPCESTVSSHGGASCVSVGIGCGNNRDDGANGLLAPLDCLSKSPFTCLLLTLALASLLAVALTLAVAAARDKITTRVRRPGLPPPSSPPCVVEPPVSRQQQTAIIGDSPVTALATAGAVAAGEIADTSRLAPTGLSTGEARSVEGEENWMSSPXXXXXXXXRSESSTRGVAGSGAPRSAASAESLHPNFAGDPIRTAEAGGAEPEGSLAALTAVXXXXXXXXXXXXX-AVKDPERWLGSGGSXXXXXXXXXXXXXXXXXXXXSIGRGIAARTGAVGSRAWLESSSPAPAQAPSSERAPPTMADGGGRAGWEGRKTGTSRPEEAGGGGDRGGWDVPHHWVGGAAISPAAVRKTSSLALQRAKQLQMVQEELENISFRAREALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPVLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRRGSTPPTGVGWAGGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGETGLNESTSMKSGAVPGQRGCDKDPVVQTDAEAAAAAAYGSIPAKREARASVEEMPQGAVAQVHASEQ---DGHLAFVEAAGSVEDQHHPVGRVGHTGASDLLARPWTKRRGKGFIPVKGSTGVEFLKTSNSARLAALVGQKQQXXXXXXXXXQLEEEHGVSIFADEHRTNEPRFQADQTGRFRGGSQSLEEGFWGPTSKDRGKAEATRAVDDNQESXXXXSKFVSSRRRLGPETPSLDTNSWPSSSPSSSSQKKQPHQPDGSEKSGRDQRAPGSLSRARSPPYAATPYDTIASKPSGSGGAYEERNGAIADGTVKQQVLALEDIAEEPPEWVPRPGESAAALLFD*ATRATPTGSSNRNEGR 4842
            FLVDWGLGSP+YPAVAQA AQTAARGFG SGGVFARGDKVEWVWHDSACDAQKAYAATE+LLDTYGVDLIVGPACCSSAAAASALAARRGVP+VSWACSAAHLSDKLLHPTFLRVVGASDEFSLAVGSLYKRQGSG AVVTSILFAEGPSRGLAYASLAQQMRRVLEGQGD VGVYAGFDGGESC AGAGDAK VRKAVEAVRAGRD+VVIVLGECADYRQVMTFAAMRGLKSE+AWLLLSA+ DPTCHASAAACGRDDGRDALALSSMSGALSIDWALMPTSRTSAEAYVDPAV LGRESPASDFFPPPAGDASPVVP SGPS PRG PPS AA G  XXXXX   P GGACSAPWSPCCD+SG+RSDGRGGGAAVGVV+E  D XXXXXETNRWGGGGGRVCPGAAGDYR+SPDD VPRGLLTATALMFDAVELGMRVLAAAGRRGG VGDGGWAGLAAGV FEGLSGK+EMDDLGNRKGMDVSFRLMEGVTAYG+S+VSGKEAARYDSASETVQLLR M+W ASLS VTACPGA PDG GR PPSR  STLGKDDH PC+STVS++GGA CVSVGIGCGNNR+DGA GLLA LDCLSKSPFTC LLTLALA+LL VALTLA AA RDKITTRVRRPGLP PS PP VVEPPVSRQQQTA+IGDSPVTA ATAG VAAG IADTSRL PTGLSTGEARSVEGE+N MS  XXXXXXXXRSES TRGVAGSGAP SAASAESL PNFAGDPIRTAEAGGA P GS+AALTA XXXXXXXXXXXXX AVK+PERWLGSGGS  XXXXXXXXXXXXXX     IG GIAART AVGSRAWLESSSPAPAQAPSSE APPTMAD GG AGWE R T TSRPE AGGGGDRGGWDVPHHWVGGAAISPAAVRKT+SLALQRA QLQMVQEELENIS RAREALEEVEVDASLV +GEIIGSGTFAQVRQGRLFDT GVVGTGAAKVAVKIPR+AR STLK FWFEVLIMK FNHPNIVRLLRATWRGPRLMMILE+VSRGNLAKVLEETPVLSWPR KFRMCLDIANGMAYLHRFKHF+ELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRD QVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRRGSTPP G+GW GGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGE  +NEST MKSGAVPGQ GCDKDPVVQTDAE   AAAYGSI AKREARASVEEMPQGAVAQ HASEQ   DGHLA VEAAGSVE+QHHP G+VGHTG+S+LLARPWT+RRGKGFIPVKGSTGVEFLKTSNSA  AALVGQKQQ         QLEE HGVSIFADEHRTNEPRFQADQT RF GG  SLEEGF GPTSK   KAEATRAV DNQE     SKF SSRRRLGPET SLD NSWPSSSPS+S QKKQP QPDGS++SGRDQRAPGSLSRARSPP+AATP  T+A+ PSGSGGAYE+R GAIADG VKQQVLALE IAEEPPEWV RPGE AAALL + ATRATPTGSSNRNEGR
Sbjct:   13 FLVDWGLGSPLYPAVAQAVAQTAARGFGGSGGVFARGDKVEWVWHDSACDAQKAYAATEILLDTYGVDLIVGPACCSSAAAASALAARRGVPVVSWACSAAHLSDKLLHPTFLRVVGASDEFSLAVGSLYKRQGSGEAVVTSILFAEGPSRGLAYASLAQQMRRVLEGQGDPVGVYAGFDGGESCKAGAGDAKGVRKAVEAVRAGRDNVVIVLGECADYRQVMTFAAMRGLKSERAWLLLSAARDPTCHASAAACGRDDGRDALALSSMSGALSIDWALMPTSRTSAEAYVDPAVALGRESPASDFFPPPAGDASPVVPGSGPSGPRGTPPSPAACGXXXXXXXXXXPAGGACSAPWSPCCDTSGYRSDGRGGGAAVGVVEE--DVXXXXXETNRWGGGGGRVCPGAAGDYRSSPDDGVPRGLLTATALMFDAVELGMRVLAAAGRRGGMVGDGGWAGLAAGVGFEGLSGKLEMDDLGNRKGMDVSFRLMEGVTAYGISFVSGKEAARYDSASETVQLLRQMQWPASLSAVTACPGALPDGGGRRPPSRTQSTLGKDDHYPCDSTVSTYGGAGCVSVGIGCGNNRNDGAYGLLAALDCLSKSPFTCPLLTLALAALLGVALTLAAAAPRDKITTRVRRPGLPSPSLPPSVVEPPVSRQQQTAVIGDSPVTARATAGTVAAGVIADTSRLTPTGLSTGEARSVEGEDNRMSPXXXXXXXXXRSESLTRGVAGSGAPGSAASAESLRPNFAGDPIRTAEAGGAVPGGSVAALTAXXXXXXXXXXXXXXXAVKNPERWLGSGGSGVXXXXXXXXXXXXXX-----IGSGIAARTRAVGSRAWLESSSPAPAQAPSSESAPPTMADRGGIAGWESRNTRTSRPEAAGGGGDRGGWDVPHHWVGGAAISPAAVRKTASLALQRAAQLQMVQEELENISVRAREALEEVEVDASLVSMGEIIGSGTFAQVRQGRLFDTKGVVGTGAAKVAVKIPRDARPSTLKHFWFEVLIMKGFNHPNIVRLLRATWRGPRLMMILEFVSRGNLAKVLEETPVLSWPRHKFRMCLDIANGMAYLHRFKHFNELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDIQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRRGSTPPAGMGWVGGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGEPEVNESTGMKSGAVPGQHGCDKDPVVQTDAEVTTAAAYGSILAKREARASVEEMPQGAVAQGHASEQCSQDGHLASVEAAGSVEEQHHPAGQVGHTGSSNLLARPWTRRRGKGFIPVKGSTGVEFLKTSNSAIHAALVGQKQQP--------QLEEAHGVSIFADEHRTNEPRFQADQTARFGGGFHSLEEGFGGPTSKYIPKAEATRAVGDNQEPSSLSSKFASSRRRLGPETSSLDANSWPSSSPSTSVQKKQPQQPDGSKESGRDQRAPGSLSRARSPPFAATPDVTMANTPSGSGGAYEQRIGAIADGAVKQQVLALEGIAEEPPEWVTRPGECAAALLSNYATRATPTGSSNRNEGR 1616

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BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: D8LN78_ECTSI (Tyrosine kinase specific for activated (GTP-bound) p21cdc42Hs n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LN78_ECTSI)

HSP 1 Score: 2467 bits (6394), Expect = 0.000e+0
Identity = 1355/1609 (84.21%), Postives = 1391/1609 (86.45%), Query Frame = 1

Query:    1 GFLVDWGLGSPMYPAVAQAAAQTAARGFGDSGGVFARGDKVEWVWHDSACDAQKAYAATEVLLDTYGVDLIVGPACCSSAAAASALAARRGVPIVSWACSAAHLSDKLLHPTFLRVVGASDEFSLAVGSLYKRQGSGGAVVTSILFAEGPSRGLAYASLAQQMRRVLEGQGDHVGVYAGFDGGESCNAGAGDAKEVRKAVEAVRAGRDSVVIVLGECADYRQVMTFAAMRGLKSEQAWLLLSASGDPTCHASAAACGRDDGRDALALSSMSGALSIDWALMPTSRTSAEAYVDPAVVLGRESPASDFFPPPAGDASPVVPVSGPSQPRGKPPSRAAYGAGXXXXXISPDGGACSAPWSPCCDSSGHRSDGRGGGAAVGVVQEGGDXXXXXXETNRWGGGGGRVCPGAAGDYRASPDDSVPRGLLTATALMFDAVELGMRVLAAAGRRGGRVGDGGWAGLAAGVWFEGLSGKIEMDDLGNRKGMDVSFRLMEGVTAYGVSYVSGKEAARYDSASETVQLLRHMRWSASLSGVTACPGAWPDGSG-RPPSRIHSTLGKDDHCPCESTVSSHGGASCVSVGIGCGNNRDDGANGLLAPLDCLSKSPFTCLLLTLALASLLAVALTLAVAAARDKITTRVRRPGLPPPSSPPCVVEPPVSRQQQTAIIGDSPVTALATAGAVAAGEIADTSRLAPTGLSTGEARSVEGEENWMSSPXXXXXXXXRSESSTRGVAGSGAPRSAASAESLHPNFAGDPIRTAEAGGAEPEGSLAALTAVXXXXXXXXXXXXXAVKDPERWLGSGGSXXXXXXXXXXXXXXXXXXXXSIGRGIAARTGAVGSRAWLESSSPAPAQAPSSERAPPTMADGGGRAGWEGRKTGTSRPEEAGGGGDRGGWDVPHHWVGGAAISPAAVRKTSSLALQRAKQLQMVQEELENISFRAREALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPVLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRRGSTPPTGVGWAGGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGETGLNESTSMKSGAVPGQRGCDKDPVVQTDAEAAAAAAYGSIPAKREARASVEEMPQGAVAQVHASEQDGHLAFVEAAGSVEDQHHPVGRVGHTGASDLLARPWTKRRGKGFIPVKGSTGVEFLKTSNSARLAALVGQKQQXXXXXXXXXQLEEEHGVSIFADEHRTNEPRFQADQTGRFRGGSQSLEEGFWGPTSKDRGKAEATRAVDDNQESXXXXSKFVSSRRRLGPETPSLDTNSWPSSSPSSSSQKKQPHQPDGSEKSGRDQRAPGSLSRARSPPYAATPYDTIASKPSGSGGAYEERNGAIADGTVKQQVLALEDIAEEPPEWVPRPGESAAALLFD*ATRATPTGSS 4824
            GFLVDWGLGSP+YPAVAQAA Q AARGFG SGGVFARGD+VEWVWHDSACDAQKAY ATEVLLDTYGVDLIVGPACCSSAAAASALAARRGVP+VSWACSAAHLSDKLLHPTFLRVVGASDEFSLAVGSLYKRQGSG AVVTSILFAEGP RGLAY SLAQQMRRVLEGQG  VGVYAGFDGGESC AGAGDAK VRKAVEAVRAGRDSVVIVLGECADYRQVMTFAAMRGLKSE+AWLLLSA+ DPTCHASAAACGRDDGRDALALSSMSGALSIDWALMPTSRTS EA +DPAV LGRE  ASDFFPPPAGDASPVVP SGPS PRG PPSRAA GAG      SPDGGACSAPWSPCCD+SGHRSDGRGGGAAVG V+EGGDXXXXXXETNRWGGGGGRVCPGAAGDYRASPDD VPRGLLTATALMFDAVELGMRVLAAAGRR GRVGDGGWAGLAAGV FEGLSGK+EMDDLGNR GMDVSFRLMEGVTA G SYVSGKEAARYDSASETVQLLRHM+W ASLSGVTACPGA PDG G RPPSR  STL KDDH PC+STVSS GGA CVSVGIGCGNNR+DGANGLLA LDCLSKSPFTCLLLTLALA+LLAVALTLA AAARDKITTRVRRPGLPPPSSPP VVEPPVSRQ+QTA+IGDSPVTALATAG VAAG IADTSRL PTGLSTGE RSVEGE+N MS  XXXXXXXX     TR VAGSG P SAASA S HPNFAGDPIRTAEA                                                                                           PSSE   PTMADGGGRA  EG++TGTSRP+EAGGGGDRGGWDVPHHWVGGAAISPAAVRKT+SLALQ A QLQMVQEELE ISFRAREALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPR+ARRSTLK FWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPVLSWPR KFRMCLDIANGMAYLHRF HF+ELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRRGSTPP GVGW GGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEI+EFLETIARDEIFERQ SEGE  LNEST MKSGAVPGQ GCDKDPVVQT AE A AAA+GSIPAKREARASVEEMPQGAVAQVHASEQDGHLA VEAAGSVE+QHHP  +VGHTG SDL ARPWT+RRGKGFIP+KGSTG+EFLKT+NSARLAALVG+KQQ         QLEEEHGVSIFADEHRTNE R QADQTGRF GGSQSLEEGF GPTSKD  KAE TRAVDDNQ  XXXX KFVSSRRRLGPETPS D NSWPSSSPSSS+QKKQP QPDGSEKSGRDQRAPGSLSRARSPPYA TPY T+ S PSGSGG YEERNG IA   VK QVLALE IAEEPPEW PR GESAAA+ F+ AT+ATPTGSS
Sbjct:   34 GFLVDWGLGSPLYPAVAQAAVQAAARGFGGSGGVFARGDRVEWVWHDSACDAQKAYDATEVLLDTYGVDLIVGPACCSSAAAASALAARRGVPVVSWACSAAHLSDKLLHPTFLRVVGASDEFSLAVGSLYKRQGSGEAVVTSILFAEGPLRGLAYTSLAQQMRRVLEGQGGSVGVYAGFDGGESCKAGAGDAKGVRKAVEAVRAGRDSVVIVLGECADYRQVMTFAAMRGLKSERAWLLLSAARDPTCHASAAACGRDDGRDALALSSMSGALSIDWALMPTSRTSVEACMDPAVALGREGLASDFFPPPAGDASPVVPFSGPSGPRGTPPSRAACGAGG-----SPDGGACSAPWSPCCDTSGHRSDGRGGGAAVGAVEEGGDXXXXXXETNRWGGGGGRVCPGAAGDYRASPDDGVPRGLLTATALMFDAVELGMRVLAAAGRRVGRVGDGGWAGLAAGVGFEGLSGKVEMDDLGNRMGMDVSFRLMEGVTADGASYVSGKEAARYDSASETVQLLRHMQWPASLSGVTACPGALPDGGGLRPPSRAQSTLDKDDHYPCDSTVSSCGGAGCVSVGIGCGNNRNDGANGLLAALDCLSKSPFTCLLLTLALAALLAVALTLAAAAARDKITTRVRRPGLPPPSSPPSVVEPPVSRQKQTAVIGDSPVTALATAGTVAAGVIADTSRLTPTGLSTGETRSVEGEDNRMSPXXXXXXXXXXXXXXTRRVAGSGTPGSAASAGSFHPNFAGDPIRTAEA-------------------------------------------------------------------------------------------PSSESETPTMADGGGRAALEGQRTGTSRPDEAGGGGDRGGWDVPHHWVGGAAISPAAVRKTASLALQSAPQLQMVQEELEKISFRAREALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPRDARRSTLKHFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPVLSWPRHKFRMCLDIANGMAYLHRFTHFNELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRRGSTPPAGVGWVGGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEIVEFLETIARDEIFERQPSEGEPELNESTGMKSGAVPGQHGCDKDPVVQTGAEVATAAAFGSIPAKREARASVEEMPQGAVAQVHASEQDGHLASVEAAGSVEEQHHPADQVGHTGVSDLSARPWTRRRGKGFIPIKGSTGMEFLKTNNSARLAALVGKKQQQQP------QLEEEHGVSIFADEHRTNESRSQADQTGRFGGGSQSLEEGFRGPTSKDLAKAETTRAVDDNQXXXXXXXKFVSSRRRLGPETPSPDANSWPSSSPSSSAQKKQPQQPDGSEKSGRDQRAPGSLSRARSPPYAGTPYYTMTSTPSGSGGVYEERNGGIAADAVKPQVLALEGIAEEPPEWGPRHGESAAAVRFEYATQATPTGSS 1540

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BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: A0A6V1QL76_HETAK (Hypothetical protein n=2 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1QL76_HETAK)

HSP 1 Score: 296 bits (759), Expect = 1.590e-85
Identity = 157/341 (46.04%), Postives = 220/341 (64.52%), Query Frame = 1

Query: 2752 KQLQMVQEELENISFRAREALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVL--EETPVLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEAVRR-----GSTPPTGVGWAGGGLTHMAITNQIVNEGLRPTLPS-EVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQ 3750
            +Q +++  E+EN+    +  L+E+ +D   + +GE+IG+G FA+VR  R            + VAVK   E  + ++++F +EVL+MKD  HPNI+ L+ A+W G +LMM++EY+  G++A  L       L+W   K  M  D+A GM YLH  ++F+E +N+   CIIHRDLKPQNLLVT  Y +KI+DFG A  +  +   T VGTLLYIAPE+VRGD YDE+CD+YSFA+V+LA LQLK ++V VFAE   +      G   P          T M IT +IVNE LRP LP  ++F +L+ILIEQ W+P P +RPTF+EILE+LETI +DE+ E +
Sbjct:   46 QQRRLLDAEMENLPAETKSVLKEIAIDPREMELGEVIGTGAFAEVRACRY---------RGSTVAVKALHELSQESIRRFRYEVLLMKDLRHPNIILLIGASWVGNKLMMVVEYMECGSMADALTPNRPEPLNWKDHKLGMVCDVARGMTYLHHARYFNEAANAYETCIIHRDLKPQNLLVTRSYGIKITDFGEARSKNQNATMTAVGTLLYIAPEVVRGDRYDEKCDVYSFAIVMLAALQLKPNIVDVFAETIKQEHLASGGEAKPAT-------YTPMYITTRIVNEHLRPILPDRQIFPSLKILIEQAWSPAPALRPTFDEILEYLETIVKDEVMENK 370

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BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: A0A835ZFS3_9STRA (Kinase-like domain-containing protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZFS3_9STRA)

HSP 1 Score: 216 bits (550), Expect = 1.070e-59
Identity = 119/223 (53.36%), Postives = 151/223 (67.71%), Query Frame = 1

Query: 2827 VDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPVLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVF 3495
            +DA+ + VG +IG G++A+VR+G    T          VAVK  + A    L++F  E+L+MKD  HPNIV LL A+W   RLMM++E   RGNLA VL+    L+W R+KF M  DIA GMAYLH  +++ E + +   CIIHRDLKPQN+LVT    +KI+DFG A    ND   TQVGTLLYIAPEIVRGD YDE+CD+YSFAVVLL MLQL++ V  +F
Sbjct:    1 MDAARLEVGAVIGVGSYAEVRRGAYRGT---------PVAVKTLKAADARALQRFRAEILLMKDLRHPNIVMLLGASWSTGRLMMVVELFERGNLADVLDAAQ-LTW-RQKFSMLEDIARGMAYLHSARYYDEATQTYQTCIIHRDLKPQNMLVTATLGIKITDFGEARVVDNDYTMTQVGTLLYIAPEIVRGDKYDEKCDVYSFAVVLLGMLQLREHVFDLF 212

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BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: A0A4D9DAM1_9STRA (Protein kinase domain-containing protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9DAM1_9STRA)

HSP 1 Score: 213 bits (543), Expect = 1.190e-52
Identity = 140/392 (35.71%), Postives = 200/392 (51.02%), Query Frame = 1

Query: 2788 ISFRAREALEEVEVDASLVGV---GEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETP-VLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEA--VRRGST-----------------------------PPTGVGWAGG--------------------GLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGETGLNESTSMKS 3798
            ++ +  E L  VEVD   V +   G  IG G+F+ V +G   ++          VA+K+ R       ++F  E+++ KD  HPN+V    A+WR  RL+M+++Y  RG LA VL  +   L W   K  M L IA GMA+LH+ +++   ++S   C++HRDLKPQN+LVT  Y V+I+DFG A    ++   TQVGT L++APE+VRG+ Y E+CD+YSFAVVLLAML+L+ DV+ VFAE    V R  T                             PP GV  A                      G+   A+T  IV +  RP +    +Q L+ LIE+CW P    RP F  ++E L+   R EI +  +  G +  + ST   S
Sbjct:  567 LTEKQAELLRSVEVDMKDVVMKRRGGGIGQGSFSIVYKGYYQNS---------HVAIKVLRRVDERNFRRFLEEIMLHKDLRHPNVVMFRGASWRDGRLLMLIDYAGRGTLADVLRRSRGTLRWKPVKLNMALGIAKGMAFLHQTRYYDMWTSSYQRCVVHRDLKPQNILVTDSYHVQITDFGEARTVDHENTMTQVGTQLFVAPEVVRGERYSEKCDVYSFAVVLLAMLELRPDVLDVFAESLPEVERSETGITKERLKEPEGVEVTDACKTCPLNKANQPPPGVSLAQAQAAASTPEHECPLAQHKEFKGVVAHAVTRAIVYDDFRPPIKGCPYQGLKQLIEKCWIPDVNDRPGFAAVVEALDGRVRREISDYVRPNGGSTSSHSTGSTS 949

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BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: W7U3S3_9STRA (Protein kinase n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7U3S3_9STRA)

HSP 1 Score: 199 bits (506), Expect = 1.700e-52
Identity = 119/317 (37.54%), Postives = 166/317 (52.37%), Query Frame = 1

Query: 3004 LIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETP-VLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEA--VRRGST-----------------------------PPTGVGWAGG--------------------GLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGETGLNESTSMKS 3798
            ++ KD  HPN+V    A+WR  RL+M+++Y  RG LA VL  +   L W   K  M L IA GMA+LH+ +++   ++S   C++HRDLKPQN+LVT  Y V+I+DFG A    ++   TQVGT L++APE+VRG+ Y E+CD+YSFAVVLLAML+L+ DV+ VFAE    V R  T                             PP GV  A                      G+   A+T  IV +  RP +    +Q L+ LIE+CW P    RP F  ++E L+   R E+ +  +  G +  + ST   S
Sbjct:    1 MLHKDLRHPNVVMFRGASWRDGRLLMLIDYAGRGTLADVLRRSKGTLRWKPVKLNMALGIAKGMAFLHQTRYYDMWTSSYQRCVVHRDLKPQNILVTDSYHVQITDFGEARTVDHENTMTQVGTQLFVAPEVVRGERYSEKCDVYSFAVVLLAMLELRPDVLDVFAESLPEVERSETGITKERLKEPEGVEVTDACKTCPLNKANQPPPGVSLAQAQAAASTPEHECPLAQHKEFKGVVAHAVTRAIVYDDFRPPIKGCPYQGLKTLIEKCWIPDVNDRPGFAAVVEALDGRVRREVSDYVRPNGGSTSSHSTGSTS 317

[Close]

BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: K8YUM3_NANGC (Deah (Asp-glu-ala-his) box polypeptide 36 n=1 Tax=Nannochloropsis gaditana (strain CCMP526) TaxID=1093141 RepID=K8YUM3_NANGC)

HSP 1 Score: 194 bits (492), Expect = 1.090e-45
Identity = 105/242 (43.39%), Postives = 151/242 (62.40%), Query Frame = 1

Query: 2788 ISFRAREALEEVEVDASLVGV---GEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETP-VLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAE 3501
            ++ +  E L  VEVD   V +   G  IG G+F+ V +G   ++          VA+K+ R       ++F  E+++ KD  HPN+V    A+WR  RL+M+++Y  RG LA VL  +   L W   K  M L IA GMA+LH+ +++   ++S   C++HRDLKPQN+LVT  Y V+I+DFG A    ++   TQVGT L++APE+VRG+ Y E+CD+YSFAVVLLAML+L+ DV+ VFAE
Sbjct:  565 LTEKQAELLRSVEVDMKDVVMKRRGGGIGQGSFSIVYKGYYQNS---------HVAIKVLRRVDERNFRRFLEEIMLHKDLRHPNVVMFRGASWRDGRLLMLIDYAGRGTLADVLRRSKGTLRWKPVKLNMALGIAKGMAFLHQTRYYDMWTSSYQRCVVHRDLKPQNILVTDSYHVQITDFGEARTVDHENTMTQVGTQLFVAPEVVRGERYSEKCDVYSFAVVLLAMLELRPDVLDVFAE 797

[Close]

BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: A0A7S2VW95_9STRA (Hypothetical protein n=1 Tax=Triparma pacifica TaxID=91992 RepID=A0A7S2VW95_9STRA)

HSP 1 Score: 167 bits (422), Expect = 1.130e-37
Identity = 104/312 (33.33%), Postives = 162/312 (51.92%), Query Frame = 1

Query: 2806 EALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPV-LSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEA--VRRGSTPPTGVGWAGGGLTHMAITNQIVNEGLRP-----TLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLE 3717
            +AL+++ ++A  +   E +G G+F +V +            G+A VAVK       S+L +F  E+L+M D  HPNIV ++ A W    + +++EY +RG    VL++     +W    F+  LD +  + YLH   +F   S    + I+HRD+KP N L+T  + VKI DFG +     D   TQVGT L++APE+V G+ YD +CDIYS A+ +L+     + ++T F   A     G     G   A   +    I+++++N   RP     T   ++ QT+  L+  CW   P  RPT  EI E+LE
Sbjct:  949 DALQKILINAQDLVTEERVGKGSFGEVFKASY--------RGSA-VAVKTMTTVEMSSLDRFREEILLMADLRHPNIVSMIGACWEQDLMALVMEYCARGTATDVLKQNGEDFTWDDPLFKWVLDTSRALGYLHSVVYFDTKSQKSVNGIVHRDMKPDNCLITETFSVKIGDFGESKAILEDETMTQVGTPLFVAPEVVMGEQYDSKCDIYSLAMTILSFALKGEQLLTNFLHMAWVASFGENSDQGAKAAALSVNAGRISHKMINNQWRPSFKFITEELQMPQTIASLLLLCWDQDPTKRPTAREITEYLE 1251

[Close]

BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: A0A7S2VVS9_9STRA (Hypothetical protein n=1 Tax=Triparma pacifica TaxID=91992 RepID=A0A7S2VVS9_9STRA)

HSP 1 Score: 166 bits (421), Expect = 1.290e-37
Identity = 103/312 (33.01%), Postives = 160/312 (51.28%), Query Frame = 1

Query: 2806 EALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPV-LSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDVVTVFAEEA--VRRGSTPPTGVGWAGGGLTHMAITNQIVNEGLRP-----TLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLE 3717
            +AL ++ ++A  +   E IG G+F +V +              + VAVK  +    S+L +F  E+L+M D  HPNIV ++ A W    + +++EY +RG    VL++     +W    F+  LD +  + YLH   +F   S    + I+HRD+KP N L+T  + VKI DFG +     D   TQVGT L++APE+V G+ YD +CDIYS A+ +L+     + ++T F   A     G     G   A   +    I+++++N   RP     T   ++ QT+  L+  CW   P  RPT  EI E+LE
Sbjct:  820 DALRKLLINAKDLVTEEQIGKGSFGEVFKASY---------RGSTVAVKTMKTVEMSSLDRFREEILLMADLRHPNIVSMIGACWEQDLMALVMEYCARGTATDVLKQNGEDFTWDDPLFKWVLDTSRALGYLHSVVYFDTKSQKSVNGIVHRDMKPDNCLITETFSVKIGDFGESKAILEDETMTQVGTPLFVAPEVVMGEQYDSKCDIYSLAMTILSFALKGEQLLTNFLHMAWVASFGENSDQGAKAAALSVNAGRISHKMINNQWRPSFKFITEELQMPQTIASLLLLCWDQDPTKRPTAREITEYLE 1122

[Close]

BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Match: G4Z123_PHYSP (Protein kinase domain-containing protein n=5 Tax=Peronosporaceae TaxID=4777 RepID=G4Z123_PHYSP)

HSP 1 Score: 151 bits (382), Expect = 1.500e-35
Identity = 104/330 (31.52%), Postives = 162/330 (49.09%), Query Frame = 1

Query: 2794 FRAREALEEVEVDASLVGVGEIIGSGTFAQVRQGRLFDTMGVVGTGAAKVAVK--IPREARRSTLKQFWFEVLIMKDFNHPNIVRLLRATWRG-PRLMMILEYVSRGNLAKVLEETP-VLSWPRRKFRMCLDIANGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAATGRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKD----DVVTVFAEEAVRRGSTPPTGVGWAGGGLTHMAITNQIVNEGLRPTLPSEVFQTLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSE 3759
              + + L   E++ + + + +IIG+G F +V +G    T          V VK  +  +     L+ F  E+ +M +  HPNIV+ + A+W     +  + E++ RG+L  VL      ++W +   RM +D + GMAYLH          SM   IIHRDLK  N+LV+  +  K+SDFG +  +  D   +  GT L++ PE++RG+ Y E+ D+YSF + +LA L  +     D+    A      GST           L HM     +  E LRP+L      ++R L ++C +    +RPTFEEI++FLE   R E   R   E
Sbjct:   85 LESNKGLRMAEINFNDLKLQKIIGAGAFGEVIKGTYCGT---------PVVVKRMLRNKITEDNLRMFGDEIQLMMNLRHPNIVQFIGASWNSYSNICFVTEFLERGDLFAVLRNPENKMTWAKPILRMTIDTSRGMAYLH----------SMKPPIIHRDLKSMNILVSSTWGAKVSDFGLSREKSVDETMSVTGTPLWLPPEMIRGERYTEKADVYSFGIAVLAELDTRKIPYHDIKAKGARNKKVSGST-----------LMHM-----VAYENLRPSLSKNCMDSVRDLYKRCTSDDQSVRPTFEEIVQFLENDVRKETLVRANEE 379

The following BLAST results are available for this feature:

BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot

BLAST of mRNA_Ecto-sp13_S_contig885.20341.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5JK37_9PHAE	0.000e+0	88.70	Protein kinase domain-containing protein n=1 Tax=E...	[more]
D8LN78_ECTSI	0.000e+0	84.21	Tyrosine kinase specific for activated (GTP-bound)...	[more]
A0A6V1QL76_HETAK	1.590e-85	46.04	Hypothetical protein n=2 Tax=Heterosigma akashiwo ...	[more]
A0A835ZFS3_9STRA	1.070e-59	53.36	Kinase-like domain-containing protein (Fragment) n...	[more]
A0A4D9DAM1_9STRA	1.190e-52	35.71	Protein kinase domain-containing protein n=1 Tax=N...	[more]
W7U3S3_9STRA	1.700e-52	37.54	Protein kinase n=1 Tax=Nannochloropsis gaditana Ta...	[more]
K8YUM3_NANGC	1.090e-45	43.39	Deah (Asp-glu-ala-his) box polypeptide 36 n=1 Tax=...	[more]
A0A7S2VW95_9STRA	1.130e-37	33.33	Hypothetical protein n=1 Tax=Triparma pacifica Tax...	[more]
A0A7S2VVS9_9STRA	1.290e-37	33.01	Hypothetical protein n=1 Tax=Triparma pacifica Tax...	[more]
G4Z123_PHYSP	1.500e-35	31.52	Protein kinase domain-containing protein n=5 Tax=P...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
Ecto-sp13_S_contig885	contig	Ecto-sp13_S_contig885:3913..19839 -

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
Ectocarpus species13 EcNAP12_S_4_19m OGS1.0	2022-07-08

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Stop	1
Start	1
Seed ortholog score	2459.9
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D8LN78
Model size	5448
KEGG ko	ko:K17535
Hectar predicted targeting category	other localisation
Exons	19
EggNOG free text desc.	protein kinase activity
EggNOG OGs	COG0515@1,KOG0192@2759
Ec32 ortholog description	Tyrosine kinase specific for activated (GTP-bound) p21cdc42Hs
Ec32 ortholog	Ec-05_003830.1
EC	2.7.11.1
Cds size	4761
COG Functional cat.	KLT
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko01000,ko01001

Relationships

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type	Position
mRNA_Ecto-sp13_S_contig885.20341.1	prot_Ecto-sp13_S_contig885.20341.1	Ectocarpus species13 EcNAP12_S_4_19m	polypeptide	Ecto-sp13_S_contig885 4567..19806 -

The following UTR feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type	Position
1681464156.93754-UTR-Ecto-sp13_S_contig885:3912..4566	1681464156.93754-UTR-Ecto-sp13_S_contig885:3912..4566	Ectocarpus species13 EcNAP12_S_4_19m	UTR	Ecto-sp13_S_contig885 3913..4566 -
1681464157.1935918-UTR-Ecto-sp13_S_contig885:19806..19839	1681464157.1935918-UTR-Ecto-sp13_S_contig885:19806..19839	Ectocarpus species13 EcNAP12_S_4_19m	UTR	Ecto-sp13_S_contig885 19807..19839 -

The following CDS feature(s) are a part of this mRNA:

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at Ecto-sp13_S_contig885:3913..19839-
coding sequence from alignment at Ecto-sp13_S_contig885:3913..19839-

protein sequence of mRNA_Ecto-sp13_S_contig885.20341.1

>prot_Ecto-sp13_S_contig885.20341.1 ID=prot_Ecto-sp13_S_contig885.20341.1|Name=mRNA_Ecto-sp13_S_contig885.20341.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=polypeptide|length=1587bp
MYPAVAQAAAQTAARGFGDSGGVFARGDKVEWVWHDSACDAQKAYAATEV
LLDTYGVDLIVGPACCSSAAAASALAARRGVPIVSWACSAAHLSDKLLHP
TFLRVVGASDEFSLAVGSLYKRQGSGGAVVTSILFAEGPSRGLAYASLAQ
QMRRVLEGQGDHVGVYAGFDGGESCNAGAGDAKEVRKAVEAVRAGRDSVV
IVLGECADYRQVMTFAAMRGLKSEQAWLLLSASGDPTCHASAAACGRDDG
RDALALSSMSGALSIDWALMPTSRTSAEAYVDPAVVLGRESPASDFFPPP
AGDASPVVPVSGPSQPRGKPPSRAAYGAGGGGGGISPDGGACSAPWSPCC
DSSGHRSDGRGGGAAVGVVQEGGDGDGDGDETNRWGGGGGRVCPGAAGDY
RASPDDSVPRGLLTATALMFDAVELGMRVLAAAGRRGGRVGDGGWAGLAA
GVWFEGLSGKIEMDDLGNRKGMDVSFRLMEGVTAYGVSYVSGKEAARYDS
ASETVQLLRHMRWSASLSGVTACPGAWPDGSGRPPSRIHSTLGKDDHCPC
ESTVSSHGGASCVSVGIGCGNNRDDGANGLLAPLDCLSKSPFTCLLLTLA
LASLLAVALTLAVAAARDKITTRVRRPGLPPPSSPPCVVEPPVSRQQQTA
IIGDSPVTALATAGAVAAGEIADTSRLAPTGLSTGEARSVEGEENWMSSP
PPPPPPPPRSESSTRGVAGSGAPRSAASAESLHPNFAGDPIRTAEAGGAE
PEGSLAALTAVAIAAAAAAAAAEAAVKDPERWLGSGGSGSGGSGVGGGSD
GDGGSGESSIGRGIAARTGAVGSRAWLESSSPAPAQAPSSERAPPTMADG
GGRAGWEGRKTGTSRPEEAGGGGDRGGWDVPHHWVGGAAISPAAVRKTSS
LALQRAKQLQMVQEELENISFRAREALEEVEVDASLVGVGEIIGSGTFAQ
VRQGRLFDTMGVVGTGAAKVAVKIPREARRSTLKQFWFEVLIMKDFNHPN
IVRLLRATWRGPRLMMILEYVSRGNLAKVLEETPVLSWPRRKFRMCLDIA
NGMAYLHRFKHFSELSNSMHDCIIHRDLKPQNLLVTHDYRVKISDFGAAT
GRGNDPRDTQVGTLLYIAPEIVRGDCYDERCDIYSFAVVLLAMLQLKDDV
VTVFAEEAVRRGSTPPTGVGWAGGGLTHMAITNQIVNEGLRPTLPSEVFQ
TLRILIEQCWAPIPVMRPTFEEILEFLETIARDEIFERQQSEGETGLNES
TSMKSGAVPGQRGCDKDPVVQTDAEAAAAAAYGSIPAKREARASVEEMPQ
GAVAQVHASEQDGHLAFVEAAGSVEDQHHPVGRVGHTGASDLLARPWTKR
RGKGFIPVKGSTGVEFLKTSNSARLAALVGQKQQQQQQPQQQPQLEEEHG
VSIFADEHRTNEPRFQADQTGRFRGGSQSLEEGFWGPTSKDRGKAEATRA
VDDNQESSSSSSKFVSSRRRLGPETPSLDTNSWPSSSPSSSSQKKQPHQP
DGSEKSGRDQRAPGSLSRARSPPYAATPYDTIASKPSGSGGAYEERNGAI
ADGTVKQQVLALEDIAEEPPEWVPRPGESAAALLFD*

mRNA from alignment at Ecto-sp13_S_contig885:3913..19839-

Legend: UTRpolypeptideCDS

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_Ecto-sp13_S_contig885.20341.1 ID=mRNA_Ecto-sp13_S_contig885.20341.1|Name=mRNA_Ecto-sp13_S_contig885.20341.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=mRNA|length=15927bp|location=Sequence derived from alignment at Ecto-sp13_S_contig885:3913..19839- (Ectocarpus species13 EcNAP12_S_4_19m)
GGATTTCTTGTGGACTGGGGGCTGGGATCTCCGATGTACCCCGCGGTGGC
GCAAGCGGCCGCACAGACGGCAGCCAGAGGTTTCGGGGACTCGGGCGGCG
TTTTCGCAAGGGGGGACAAGGTGGAGTGGGTGTGGCACGACTCCGCGTGC
GATGCCCAGAAGGTGAGCGGCCTCTGAACGCGCCCTTTTTCAAGCAAAAA
GTACCTTAGCCTAGTTTCGGGGGAAGCCCTCTCTCCCCGTGGACCACCGA
CTGGCCGTATCATAGCACTAACTCGTTTAATGTTGACTCGGAAGGAGGTC
GGAGAGGGAGAGGATATTAAAAGGATTCGACCCCCCTCCTCGTGGGTCCT
GTAGCCCCCTTTTCGTTGGGCCTACTCGGTGGCCGAAGCTACCTTGCGGA
AAGTGTGTGGGCCGTTTTGGGCCGTTTTCAACACGGCTGTTTTTTCCATA
AATGTCTGTCGAAAGTTTGGAAGAAAAATATGTTGCCAACCAAGATTGCC
ATACGAAAAAGGATGAGAGATCAATATTTTCCGGGGACCTCCCCGTACCT
ACCCTACCCAGGCGTACGCTGCGACGGAAGTCCTGTTGGACACGTACGGC
GTGGACCTGATAGTCGGCCCGGCGTGCTGCTCCTCGGCGGCGGCAGCGAG
CGCGTTGGCGGCCAGGAGGGGGGTGCCGATTGTGTCGTGGGCGTGTTCTG
CGGCCCATTTGTCGGACAAGGTAAACGGATGCGGACACCAGACGCACACA
TACATGCACGTTGACAAGCCCCACGAGGGCTTGAGAGGAATTTTCTGCTG
GATTGACGCTGTGTGCGGAATGGTTCGGGTGAAAATGCGTGCCTCCCGGT
GTGCTCTCAACAGACGAGGTTTTGTGTATTAAAAGCACCCGCAGATGCTT
GACGTAACACATCGTCGACTGCGGCGGAACTACCATATGGCCATCGGCAC
CACGAAACCGCCGCGATCCATTATCACCGCCGCCGCCGCCGCTACCACCA
GTCTTTTACAGTTTTGAGGATTACCCCGGTAGAAGCGCCGGCCAAAGTCG
TTCACAAGAGCAACTGCAACGCCATCATCGCTTACATCAATAACCCCAAG
TAGGCAAGTCAAGTCTTACCCGTGGCCGACGCGCCTCCCCCGTATGCCTT
GTAACCCGACATGACCCTTTCTTGATGGGGCAACGTTCGTGAAAACACCA
CACCGATGCAGTTGCTGCACCCGACATTTCTGCGCGTGGTGGGTGCGAGC
GACGAGTTCTCCTTGGCGGTGGGCTCGCTCTACAAGCGGCAAGGCTCGGG
GGGAGCGGTGGTAACAAGCATCCTGTTTGCCGAAGGGCCGTCCAGGGGGC
TCGCCTATGCATCGCTGGCACAGCAGGTGCGGAAAACCTGCGCCCGAATC
GTGCCCCCCCCGTCCCCCCACACACATACGCGCGCGGGCTTCAACTGCCA
ACAGACCCCCGATCCACGCCCACATGGCACATGTTCCACATGGATCTTTG
TCTCATCGACAGTGAACGTCGATTGCACGTGCCGCGGTGGCTGGCGGTCC
TTGGGCATGCGCGGCATTGTACCGACGAGCCCCCTGCGTGTCCCTGAGAA
GCGAGCGTGAGAAAATACCTTGCCACCGCGAGAGAACGATGTGCCGAAGC
ACGAAAATCATCAAACTGATTCGTACACAAATGCAAACACCCCCCGCTTC
CTTTTTTTCAATCCACTGCCTTTTCACTTTGTTTCGTGTCGGAGTGTAAC
GACACGACACAAAGTAGAAACCAATCTTGCGTGCCCTTTCGTCGCCACAA
AGATGAGGCGGGTGCTTGAGGGGCAAGGGGATCACGTGGGCGTGTACGCC
GGGTTCGACGGTGGCGAATCTTGCAATGCGGGCGCGGGGGATGCCAAGGA
AGTTCGCAAAGCGGTGGAGGCGGTGCGAGCGGGGAGAGACAGCGTGGTGA
TCGTTCTGGGCGAGTGTGCCGACTACCGCCAGGTGAACCATGCAGGGGCG
TGGGCGGGCGGGTTGGGGGACGGGGATTGGCCCTGTTGAGAACGGGGCGT
AAGCAGCGACCACGCCACACTATGTGTGGACGATTGTGTTTGGTTCACGA
AAAAAGAATAAAACAAATAGAGCTCGTGGGGGACCTTCTGCCTGTGTGAT
CCCGACTGATGCATTAGAAATACACACCGAGATATGTGTCGACTGGCGCC
AGAATAGATGGGACGAACTGGCACGTACTTTCATCGCGTATGGTTACTCC
ATCCACACCTCCGTGCGCCCTTTCTGTTTGCCCCGCCATCGTCGTTGACA
GACTCGGTCAAGGAGCCCGCCGTAGAGTGCGGGTTGACACCCCCGAACTT
CTTCCGTAGCCTTAGTGGGGACAAGTACCTAAGTACGGCTTGCCGACCCC
GAGTGGTACTCATTCCGCAGCCGCAAAGGGGTGGTTCTACACTAACTTGG
AATACAACGTCCCTCTGATGCCATTGCCCATACCGTCAACATTACCAACG
ACAACACCCACGAAAAGGTTATGACGTTCGCGGCGATGCGTGGCCTCAAG
TCGGAGCAAGCGTGGCTTCTCCTGTCCGCATCGGGTGATCCGACATGCCA
TGCCAGCGCGGCCGCTTGCGGGAGGTGTGTAGTTTGGTGACTCACACCAG
CAGGGTAGACACGGCCCTCAGCGTGCGCGTGCCCTCGCGTTCACACGCTG
CATTCAGTAGGTTGGATAAGTTACCACGCCCCCTGGACCAATTTTGAAAG
TTCGACTGCTCCACGATGGTGAGAAGGCCACAGTCAAATGATAAAGGTTT
TAGGAAAGATGTCGACAAGATTGACAGAGTTCCAACGCAGGCATTTTGAC
GCAGTCACTGCTGCTTTCGCTGTGTAGTGTCTTCTATATCCTGGTATAAC
TGCAGTTGTTCAACTCGTCGCCATAGACCCCTTGATGCTCTTTCGCCTCG
GTTGGTGTGATTGCCTTTCATAACGGAGGCTCCGACTAAACAGAACCGTC
TTTTTTACGAAGCTCTCTACGGTGATGGGCATTTCGTTTCCTAAGAAGAG
GCTAGAACGGGGACCGCGAAGACCACGGTCGCCTTGTCTTAATCGCTCTC
GAAGGCAAAAAAATCGACATCTCGTTGGCGCTGCTTCTTTTGTCATTTCC
CGTACCATCTCAACCCTCGTGATACCACAACCTGTCTATTCTTCCCGCTC
CGTTGTCCGGCATCCTCCTCACCACCCGGTGTCTTCTACACGACGAAACA
CCCCCGCGGGCAGAGACGACGGACGAGACGCTCTGGCCCTCTCCTCGATG
TCCGGCGCCCTGTCGATAGACTGGGCGCTGATGCCGACGTCCCGCACGAG
CGCGGAAGCGTACGTAGACCCCGCCGTCGTTCTCGGACGCGAGAGCCCTG
CGTCAGATTTTTTCCCGCCGCCGGCGGGAGATGCATCTCCGGTGGTCCCC
GTCTCTGGTCCCTCACAGCCACGGGGGAAACCGCCCTCACGTGCTGCTTA
CGGGGCCGGCGGCGGCGGCGGCGGCATCAGCCCCGATGGCGGGGCTTGTT
CCGCTCCGTGGTCACCCTGCTGTGATTCCTCTGGCCACCGCTCTGACGGA
CGTGGTGGCGGAGCAGCGGTAGGAGTGGTCCAAGAGGGCGGCGACGGCGA
CGGCGACGGCGACGAGACGAATCGTTGGGGCGGGGGCGGCGGCAGGGTTT
GCCCGGGAGCAGCCGGAGACTACCGTGCTAGTCCCGACGATAGCGTCCCT
CGGGGGCTCCTCACGGCGACCGCGCTGATGTTTGACGCCGTCGAGCTGGG
CATGCGCGTCCTCGCCGCGGCGGGCAGAAGAGGTGGGAGGGTTGGAGACG
GCGGATGGGCGGGGCTGGCAGCCGGCGTTTGGTTCGAGGGTCTATCTGGC
AAGGTGCGTTTTGTTTGTGTTCGAGGGGTACACCTGTCGTGTGACGTCGG
GCGTCGCGTCGTACATGGGTGGTTGATTGCGGGTTGCCGCGACGCAGAAG
TTTCGCAACGTCTAGACTGTGCATAGTGAAGGCTGCAGTACCCCCACTTA
TGCAACGCTCTCTGGGTGTAAGATGACGGCCCGGCTGGACAACTTCGTTC
CACGCACGAACACTCGCCCCCGCGCCAGGTTCGTTGTACCAGTTGGTACT
AGTTGAGGCCCTCTTTCGGAACGCGGCTCAAATCGTCACAAGCCCTTCAG
GAGGGAAAAATCAAACCACTCGAACCACCGCCCTATTCCAGCCTTAGAAA
GCCACGGTGTAGAAGAGAAGAAATAACCGGAGAAGAAATTAAATCTCAAG
CGAAACCCACCTTCTTGATCAACCATGCGCGAAATTAGTAGACGGCTGCG
TGTATGCTGGTGACGTTTTCCCGCGAAAGGTGCGTTTGGTTTTTTCGAAG
GACCTTCGAGTGTCTCTCATCTTTTTCCCATGTCTCACCGCAACTTGTCG
AGCTCGCCGTCGTGTGTACATCGCGGAAGCAGCACATCACGAGACCTGAA
GTGTTGATATCTTGTCGATTGTAGCCGCGGGTTTGATTGGTATTCGCTGC
GCACCCACCCTTTCAGCCACCAGCTCGGGGTTGCTTATGGCCACCCCACA
CGTCCGCTGCATGCACCTCCCCTTAAGCCACGACAGCGCGTAGCGGCATC
CCGTTGCCGGCTCCCTTACTCTCTTCGACACACATTCTCTGCTTCCGCTG
CTGGTCCCTTGGCGTGAAACAGATCGAGATGGACGATCTCGGTAACCGCA
AGGGGATGGACGTTTCGTTCCGGCTGATGGAGGGTGTCACCGCGTACGGC
GTCTCTTACGTTTCGGGGAAGGAGGCGGCGAGGTACGACTCCGCTTCTGA
GACGGTACAGGTGAGGGTCCTTTGGCTTGGTTGTAGATGGGATGGGGGTG
CGCCGTTGGAGCGTTTTTTTTTGTGGAACACCTTGGCCGTCTCAAGGGTT
GTCATGAAAGAGTGGGGTTGGTTCGAGCGGCCAAGTTGAAAGCGTGTGCT
TGGCCGAACGGGTCGACTGAGTGAACGCTGCTGGTTGGTCGATTGCTGCC
AGGCTGGAAGCTTAACTGTCAGGCATGAGAATCAGCAAAGGTGGTTTTTG
ATTCGACCGGGCTACATGGCGGAAAATGGGTTTTGGTCCCCATTGATTAC
TCAGGTGCAACTGTGTTGGCCGCGTAGCGGCGGAACAAAAATCCCGATAA
CCTTCGTGAATCATGCGCCCTCACCCCCTCCTTCCTTCTCCCAACGCGTC
ACACGATGTTCGCGTGCATCTACTATTGTATCCTGTGTTCACCACGCTGG
CGGGGTGGCGACCTCCTTCGTCTGGTGACTTTGGGAACAACTCGAAATCT
TTGACGGCTGACAACCGCCAATAATCCTTGCTACTTAACGACGGCTGCAC
GGACAACGATGATGTTTGTCCATGACATCAACACCAACGGCATCAATGCT
GCCATGAACAACAACTACAACGAACGGCGGATCACGACACACCAGCTTCT
ACGACACATGCGATGGTCCGCCTCGCTGTCGGGCGTGACTGCTTGTCCCG
GGGCATGGCCCGACGGCAGCGGGCGACCACCGTCGCGTATACACTCTACA
CTAGGTAAGGATGATCATTGTCCTTGTGAAAGCACCGTCAGCAGCCATGG
CGGCGCCAGCTGTGTGAGCGTCGGTATCGGCTGTGGAAATAACCGGGACG
ATGGCGCAAACGGTCTCCTAGCTCCGCTCGACTGCTTATCCAAGTCTCCA
TTTACGTGCCTGCTGCTGACGCTGGCGCTAGCATCCTTGCTCGCCGTGGC
GCTCACGCTGGCGGTAGCAGCGGCCCGCGATAAAATCACCACAAGAGTGC
GGCGCCCCGGGTTACCCCCCCCCTCCTCGCCCCCCTGCGTGGTAGAACCT
CCCGTTTCGCGGCAGCAGCAGACAGCGATTATCGGCGATTCTCCAGTGAC
GGCGCTTGCGACTGCGGGTGCGGTGGCAGCGGGGGAGATCGCTGACACGA
GCAGGCTAGCACCAACCGGGTTAAGCACTGGGGAAGCGAGAAGCGTAGAA
GGAGAGGAAAACTGGATGTCGTCGCCGCCGCCACCGCCGCCGCCGCCCCC
GCGTAGTGAGAGCTCAACCCGAGGAGTAGCTGGCTCTGGTGCTCCGCGCA
GTGCGGCTTCGGCGGAGAGTCTTCATCCGAATTTCGCAGGCGATCCTATC
AGGACGGCGGAGGCGGGAGGCGCAGAGCCGGAAGGGTCGTTGGCGGCACT
GACGGCAGTGGCAATAGCAGCAGCCGCTGCTGCCGCCGCCGCGGAGGCCG
CGGTGAAAGACCCGGAGCGGTGGTTGGGCAGCGGCGGCAGCGGCAGCGGC
GGCAGCGGCGTAGGCGGCGGCAGCGACGGCGACGGCGGTAGTGGGGAGAG
CAGCATTGGTAGAGGCATCGCAGCTAGAACTGGGGCGGTTGGGTCCCGTG
CATGGCTGGAGTCCTCTTCTCCTGCTCCGGCCCAGGCACCAAGCTCTGAG
AGAGCACCGCCAACTATGGCGGATGGAGGAGGGAGAGCTGGATGGGAAGG
CCGAAAAACAGGGACATCCAGGCCAGAAGAGGCGGGGGGAGGAGGGGATC
GCGGGGGTTGGGATGTCCCTCATCATTGGGTGGGCGGGGCTGCGATTTCT
CCCGCCGCGGTCCGGAAGACCTCGTCGCTCGCCTTGCAGCGCGCAAAGCA
GCTTCAGATGGTGCAGGAAGAGCTCGAGAACATCAGCTTTCGTGCGAGGG
AGGCTCTGGAGGAGGTAGGTTTCGTACAAGAAGCGTGCATTAGAGCTTAG
AAACTTGTGTGCACGCGGGTTTCGTGTTTGACTATGTTTGTCGTGAAGGC
ACGTCCTCGCGCTGTGTGTGTGTTACCGCGCTCGTTTTGTTCTGATTGTG
GAGACGGAAAACAAAATAGTTGTGGATCAAGTTCAAGCCTCTGATCAAGC
CTCTGATATAGTCGACGCCGGACCATACGTTTGAGTTTATCTTTTGGTTC
ACACTCAACGAGGTTGTTCCCTTCTATAACCGGGATCAATATCTAGGCGC
ATCGGGGATGAATCAATACGAAGCGGGCCATGAAATGATCACACCAAGAA
TTCGAGACATCAACAATGAAAAATATTGTCTTCTTGGTCTCATATGAAAG
CGTGAATAAGCCAATTTGCGCGCGCGCGTTTTGCCACTCCACCTTCAAAC
AGGTGGAGGTGGATGCCAGCCTCGTGGGCGTGGGAGAGATAATCGGCTCC
GGGACTTTCGCGCAAGTTCGACAAGGGCGCCTATTCGACACGATGGGAGT
TGTCGGAACAGGTGCAGCAGGCGTTCGCGCCCACCCCTGGGGTTTCCAAT
CCCTCTCCCCGGAAGCCGGGGCTATCTCCACAAAGTTGAATTTGGTTATC
ATTTTCTTTTCCTGCCAGATGTGCATGTTCCAATTCACTTCCTGGGGAAC
ATCAACATTTCAGCAACCTTTTATGGGCTCCTCTCAAACGAATGAACCAA
TGCGTTTCGTTTCGAACATGGGTGTGACACAATCGAACTCTGGGAAATTG
GTGTACTGCTTGAAAATCAGCCGAAATTAAGTCTCCTGTGTTTTTTTTGG
AATGGAGGACTGGAGAGGTTGTAGTTGACGAGCCACATCGAAGCCGCCGA
ATCGGACGAAGCACAGATTCGTCGCATCAGCCACCCACCCGCCTATGGGG
AACATGGTGTTGACGTGTTTCCCTGGCAACCTCTTGAATTCTTTGCTTGT
TTGGAAGGTGCGGCCAAGGTCGCGGTGAAAATCCCGCGGGAGGCTCGACG
TTCGACCCTCAAGCAATTCTGGTTCGAGGTTCTCATCATGAAGGTAATTT
AGGTGGCAACGTTTATTGTGGTCTTCAAACCAGATATGTGCACTGCATAC
TTCAACTGTTGCAAGCAAACATGCCCCTGCAACAGGTCGAGGTGATGTTT
TTTGATTTGCACTTGCTCTCGTCATTGATCCCAGTTGTGATGGACGGAGT
TTCCTTGTCTCTTTCGACCACTTGTGGTGTGCATCGAAAATTGTATCAAG
GAGAGTGGTCGTCAAAGCTTAGGACGTTCGTTTGCGTGGATTTCGTTTTC
TGCAGTTCTTGAACCTAACTCAGCGAGTCGAGGAGTCTGTACCATGCACC
AAGAGTTATCGATATACTTCTATCTGTCGCTGTTCGCCGCCCCCGCGCGC
GAAATGGGTTGCTTTCCCATGATGCCAGCACAGGCGGTCCGGCACTGTTC
TGGGTATGAGTGTAGAATCGTGTTCTACGGCTCTGAATACTCACCTCTTC
GGTGTTTAGAAAAGCATGGTAAAATGCCGGGGGTTGTGCGAGAGCACTGT
TTGTTCCCCGCGGCTTGGTGGAGCTGTGATCGAAGCAAGCAATTGCTGTC
GTTTGCGAACAGGGATGCGCTGCGTTACAAGGTGGTCAATGGTAGTCTCT
TTGCGGAGTGCGGTCGCCGGTAACGCTGCTTACACAGGGTACTAGATCAA
GGGGCACAATAACAGTACCACTATTAACATCAAGAAAAAGGACCCCAACC
TCCTGTTGGGATTGCTACAACCACCGCTCGACGCCACACACACCCTCTCC
CCGCCGTGTTGTTGCTCGCCTCTTCGAAGGATTTCAACCACCCGAACATC
GTGCGTTTGCTGAGAGCGACGTGGCGCGGCCCGAGGCTGATGATGATCGT
GAGTGTTCGGAGACCTGCTTTCAGATCTCGTATGCCGCGTTTTTCCCTGT
GTTTCGCAGTCCTCTGTTCTTCGTTTCACTTCGTTTTTAACCTGTCGAAC
ACCTGGCACGTGACGTTTTTCAAAGCATCCGTGTCGTGAACCCTGTTTGA
CACCGTCGTATCGTGCTACGCGCGTGCACGTGTGTGTCAAGGCGCACAAA
TGCACGTGTTAAACTACTCTTTGAAACGTATCAGAGGTCGCCACCACCCC
GCCAAGGCGCCGCGAACCCAGCCCGTTGTGTTGACCTTTTTTTGTTTTTT
TCCCTTGTTTTCGTCGTTTCTCTTCCCTTTTCTGCTTTTTTGGAAGGGGG
CGTGTATCGAACGATAACTTGGCGAAAAAGCCGCCCGAAAAAGCCATCCC
GACAACGCACACTCCGCGAAAATCGTGAGCCCCGAGCAAAAAATCTTATG
CACAGATTTTCAAGAAGTGCCTCCACGGCGTTCCAACAACCCTATGCAAA
GGGTGTGGAAGACCGTGGACGTGTGCAAGTGCGAATTCGTTCAAAATAGT
TTATCTCTCGTTTTCTTCCTTTGCCCAGCTGGAGTGCATTTGTCTCTCGT
TTTCTTCCTTTGCCCAGCTGGAGTACGTCTCAAGGGGAAACTTGGCCAAG
GTCCTGGAAGAAACCCCGGTGTTGTCGTGGCCGCGGCGTAAGTTTCGCAT
GTGCCTCGACATCGCCAATGGCATGGCGTACCTGCATCGCTTCAAGTAAG
TTTGTTGTAAATGGTAACTCTTGTCAGGTTCAGTTTGTTGCTGTGATAGC
GACAACGCTCGTCACACGTTAAGGCAGGCAGGCGGTGTCAACTCCTTACA
GCCAAACCGATCTATTTCGGGTACACAATACGTTTTTCAAACGTGCAGCA
TGACTGGCCACCGGATTCTGTCGACAAAATCCTCCTGAAGTCAGAGCCAA
GCCCAGAGACGCTTCTTCGAACACACGCTTGGCCAGCAGAAGCGTTGCGC
TGCACGGGGTCGATCTGGTTCGCATTTTCTGGCTTGATTTGCCGATAACC
GTTCATTGGATGTTGGCTCGACTCCACTCCGGAGTGTGTGAAACCTGCTG
TTGTTGTGCTTCAAAATACCCGCCCCCTGTTCCTTATGAAAAGTGTTCAC
CGTCTGTTGTCCGTCGGTTGTCGTCTCTCGTCGGTTTCACTCTGTTCATT
CGGAGAGGACAACCTTCTCGTCCTTTTCTCTCTCCACCGCCCCCCCACCC
CCGTGTAGGATATTCCATATTTGAGAGGAGCAATGTTGAGACCACCGAAA
GGTAGTTTCCCTTTTGAGTCTGATCTCCGGGGGAGCTGTGTGACGTTCCC
GTCTCCCCGTTGCTGGCACAGATGAGAAGGGGTGGCCTCGCTTCAACCCA
TGAGCAATCTCTCTGCTGCTGCTGCTTTCGTTGTGGTCGCGCTGGCTGAG
CTGCCCCTCCATCTGCTTTTGTACTTGCGCAGGCATTTCAGCGAGCTGTC
CAACTCGATGCACGACTGCATCATCCACCGGGACCTGAAGCCGCAGAACC
TGCTGGTGACTCACGACTACCGGGTGAAAATCTCGGACTTTGGTGCAGCC
ACCGGAAGGGGAAATGATCCGCGCGACACTCAGGTTGGAAATTGATTTTT
CTGTGAAACACCACTCCTTGCGGCTGGTGTGCCTGTTGTTGTTGCTGATG
GCAAACGTGGAGACGACAATCAGAGTGCCCATCGATGGCTTTACCGCCAT
GAATCACCGCGATAATAGTGTTGGCGTACGAGCGTATACCACCACAGTAG
GCTGGCCGCTTACCGCCCAAGCTAGCCTTGCACCCTACACGACTACCTTA
CAGGCAAAACCGACACACGACTCACGAATAAGCACAGGTCCTTTTCGAGG
GCGCGGTATTTGTTTTGTGTTTCCTTTCATCGTTTTTTTTTTTTTCGTGA
ATAACGGGGTTGCGTAGGCCCTCCTCAGCCGATACAAGCTAACCGCTTAC
CGCCGGAGGACGTTCCCGTCGACCTTATTCTTGCCGATTAGGGTTTGAAG
CTTTACCCTACCATTGCCTTTTCGTCCAGTTTTTTTGGCCATGGTCGAAC
CACGTCCTCGGGTGCAGCATGAACACGTTGCATGCCAGAACCCTGATGTC
GGATATCGCCTGGCGGTATTGCATGGATATGTTGCTTCAACGGCGTACCT
CGTTGATTTAGTCCCCTCCACTATGCCGTCCGAGACACGTTTGCTTCTTG
AGCCTACACGTTCCTTTTAATTCCAAGACATGTCTTGTAGACATAGCCGG
CGGTATTCTGTACGCCTCCCTCCGGCGTCATCAGACGATGGGAACTCCTG
AAAGACGTTCTGCGGCACGGCACTTTACTGGGAAAGTATGAGTCCATGCC
GCCTTAGCTTTTCCTTCCTGCGCCACCATTTCCCCGACGGCGCAGAAAAA
TTCCCCACCGCATGCGTGCGGTCGTCGCGGTGATGCACCTGACGGACTAT
ACTTTGTTCGTATTTGTTAAAAGGTTGGGACGCTGTTATACATCGCACCG
GAGATCGTCCGAGGAGATTGCTACGACGAGCGCTGCGACATTTACAGCTT
TGCGGTGGTGCTCTTGGCGATGCTACAGCTCAAGGATGACGTCGTAACCG
TCTTTGCCGAAGAGGTTGGTACTGAGATACTCGAACGGCACTTAACAAAC
CCCGGCGACTTGCATCGGTACCACGCCACACTTAGTGGAGTGGGCTACAG
CCACGTGCTATTTTGGAAGCTCTGCAGCATTCGACGGTGTTGGTAGGGAT
TTGATGACACGCGTGGCCTGATTTGCGTTACGAGACGTTCCTTTGTTGGC
CGGTGGAGAGCTAGAGAATTGAACGCTTGGCCTTCCGCATCTCCGTTGTT
TTCTTCTGCTGGAAGATCGCATGAAAAAATGAAGCGAGGACCCGTCCATC
CGTTTGTTCTGTTTTTTCTGTGCGTCTTCTTCCCCTCATCTCGAGTAGGC
CGTCCGAAGAGGGTCGACCCCCCCGACGGGCGTGGGGTGGGCGGGAGGGG
GCCTGACACACATGGCCATCACCAACCAGATCGTGAACGAGGGCCTCAGG
CCGACGCTGCCATCCGAAGTGTTTCAGGTGTGTAGCTGCCGACACCGAAA
ACAACAACCACAACAGACAGCCAATAAAGTTCTTATGCATTTGTGTCGCC
TTCTTTTGTAAGAAATCTCAGCGGCCGGTTGGATTCACCTCCTCGGCAGT
TCTCGCGATCAAAACGCCGGACCAAGCCACCTCTCTGCTCGTTTTGTATG
TCGCGGTCTAACAGCGCCGTGAGCGGCAGATGGTTCTTTGAGCGAAAAAA
ACAAGGATCTGGTATTCCTACATGCTTTTGTGGGTAATTTTTCAGACAGT
GCTGATGCCACAAGTGTCGCTAATTTTAAGCTTGTTGTTTTTCGCCCCTT
TCCACGGGGGGTGACCAGCTCTGCGAGGACAGGCCAATCCGGCTTTGAAA
TGTCACAGGGTCATTTGTCTGTGCCAGATAGAAAGCGCACTTCGAACAAC
ACAGAGTCGAGTCGATAGCCAATTGTGATAATGGATGTGAACGTCGATGA
ACACCGCAGTCCTCCCTTTTGGGCGCTTCTTCACCACGATCTTTTCGGGA
TGCTGGATAAATGCGACGCAAATATCACATCCCTAACGTACTTGCTCTGC
ATCGGCTACCTAGCTATTGCAGCCCAGTTTTGGTGCCGTGCACTGTCCGT
GATGAACACCGGCGAGCAGCACATCCGACCTATCAATAATCATGACTTTT
TTCTTGTCCCCCGCGCCCCTCTACCCACCAAACAACGTAGACGTTGAGGA
TTTTGATCGAACAGTGCTGGGCGCCGATTCCGGTCATGAGACCGACTTTC
GAGGAGATCTTGGAGTTCTTGGAGACCATCGCAAGGGACGAGGTGTGTTT
TGGCAGGGATGTTTACGACTGTCGGAAGTCGAAGGCCTGGTGGAGAGACG
GACACGCAACACATGGGGTACGGTGCAGGGTTTGAGAGTTCCTAGCGTCG
GGGCGGGCCGTTGTATGGCGTGTTCGGGCTATGAACACATCCTACATCAA
TTTGCTGTTCTTGGTGTTCGGACGCACTTCGACCGGTGCGCTTCTCGGTG
TTCTTTCTCGACCGTTGGAGTTCGCGTTGTTTTCGGTTGGCGTCAATAGA
TGGTAGGCGGGTTTCTTCAAGCTTTCTCCATCCCCTAGGTGATGACAAGT
ACAAGGAAAAGCCGTTCAGCACTTTGCACGGCATCTGGGCCGTGCGTAAT
CCCGATGAGCGCCTTGCCCTCCTTGTCCAGATCTTCGAACGCCAGCAGTC
GGAGGGTGAGACAGGACTGAACGAATCGACGAGCATGAAGTCGGGGGCGG
TGCCGGGCCAGCGTGGCTGCGACAAAGATCCTGTCGTTCAGACTGACGCC
GAGGCAGCTGCTGCTGCTGCTTACGGCTCGATTCCAGCGAAACGCGAAGC
TCGAGCTTCGGTGGAGGAGATGCCCCAGGGTGCGGTAGCACAGGTTCATG
CCAGCGAGCAGGTACGGTACACCATGGCCTCGCGCGACACGGAAATGATA
GCAAGCGGTTGAGGTATGACCATGGTTGAAAACAAGCTTAACGCCGCCGC
ATGTAGTACAGAGTTGTTGTGCGACCAGACGCTTTCGGGCATAGTCCCAC
CAGCATGGGATTGGGGGGGGTCGCTGCATGTTGCATATACAGCTACTCTG
CCTTGGTGACGCGATGGGATGGTTCAGAGCTGTGACATTTGCAGTGAGGT
CTTAGTCTACACTTTTATGCCTCGAAAACGTGAAAAATCTTCCTGTCTAC
AGTCGTCCCTTAACGCCCTTCCCCCTCACTTTGTGACACCGGTGGCAATA
GGTCTGAAGCACAACGCTAAGTCTGGTAACGATGCTCCCTCCGCCGCTTT
GCCTCACGGTTCCCATATCATGGTCGCAACAAAATGTTCCCAGGATGGGC
ATCTTGCTTTCGTAGAGGCGGCAGGGTCGGTCGAAGACCAGCACCACCCC
GTGGGCCGGGTGGGGCACACTGGGGCCTCTGATCTGTTGGCACGTCCTTG
GACAAAGAGACGGGGCAAGGGCTTCATCCCGGTCAAGGGGTGAGAATTTG
CTGCCTTCCCCACATAAATTCCATGCTGAATTCTGTCCCGCACACCTCAC
ATTCCGTTCTCACCGTACCATTCGAACAACGCAAGCGTAACGCTATGTTG
GTTTTTCTCTACTTGCCGATAGTGGTGACACCTGGTCAATCTGAAGTACA
TCTGTTTTCCGACAGGTGTTGTCCATGTGTTCCCCGACAAATCTATAACC
GGAAAACGCCCCAAGGCAGGTGGTTTTGCAAGAATCCTCGCCGAACATAC
TTTTTGTGTGCTATATCAACACGCGCTCGCTGTTCATGGGAAGCCCCACG
CACGGTTCCCTGTGACCATCCCTTGACAATTGCAATGAGAGGCTTCCTGG
GTTCTTTCTTCGTTCCTGCTGTTCATTCCGTTGGTCTTGCAACAAGCGGA
CACTGTCTGAGAAGGGTTGGTGATTCGACGAGTATCATGCTGCCAGCCAT
TTGAACCTTTTGTTGCACGTTCTGTTGAACCTGTAGTGATGACCCTGAGG
CAGGTACTGCAGAAGGCTCCTTTGGACGAATACGCCGGTGCGGTTCAGCT
GAGGGGCTACAATATCCCGTGCGCTCAGTATCATGCAGTGTCGAAGGGCA
TGTCCCCACAAAGCAATGTGCACGGGGGCTTTGTTCGGTTTCATTTCTTC
GGTTGTACGGCGAGAGACATGTGGTTCCGCGTTGCCCCACCGCCAACTGC
GGCTGAATTTTGTCGGCTTCTGACTTGGTTCTGTGAAACAGGAGCACGGG
CGTGGAGTTCTTGAAGACCAGTAATAGCGCCAGACTTGCAGCACTGGTCG
GGCAGAAGCAGCAGCAGCAGCAACAGCCGCAGCAGCAACCGCAGCTTGAG
GAAGAGCACGGTGTGAGCATCTTCGCGGACGAGCATCGAACGAATGAACC
ACGATTTCAAGCAGACCAAACAGGACGATTTCGAGGCGGTTCTCAGAGCC
TTGAAGAGGGCTTTTGGGGCCCAACTTCCAAAGATCGAGGCAAAGCGGAG
GCGACACGAGCGGTGGACGATAACCAAGAATCATCATCGTCATCGTCGAA
GTTTGTTTCTTCTCGCCGGCGGCTAGGTCCGGAGACCCCAAGCCTGGACA
CGAACAGCTGGCCGTCCAGCTCACCCTCCTCTTCCTCGCAAAAGAAGCAG
CCCCATCAGCCAGATGGCAGCGAAAAGAGTGGGCGCGATCAGCGAGCTCC
CGGGTCCTTGTCGCGAGCGAGATCACCGCCCTACGCTGCCACTCCTTATG
ACACTATAGCGAGCAAACCCAGTGGCAGTGGCGGAGCTTACGAGGAACGC
AATGGAGCTATCGCCGATGGAACCGTGAAGCAACAAGTACTCGCCTTGGA
GGACATTGCGGAAGAGCCCCCGGAATGGGTCCCCCGGCCTGGGGAATCTG
CGGCCGCCCTCCTGTTCGACTAGGCGACGCGGGCGACACCGACAGGCAGC
AGCAATCGCAACGAGGGGCGGTCCCAAGAAGCACGAAGGACCATAAGCGA
AGAAGCGGAAGAGGACGGAGACGAATGAGAAACGGGAGGAGCAGGGAGGG
TTGCTCCAGCAACCCCAGCCGATGTACAACGACAACGACAATGGCAGCCA
CCGAAGACATCCAGGACAAACCAGCGGCGGGGGTGCCTGCTCTCCTGAAC
AATGCTCCAGTACTGCCGAGTTGCGAGGGACGAGGCAACGGTCGCCTTCC
GGCCTCGGGTCCTCTTCTTCTGCCTCCGCCGGACGCGATGAAAAGCAGCG
ATCAGAGCGGTGACGAAAATTTTGCTGTCGTGCGTGGCTCTTGGTCGGGT
GCCGCCACGGTGAGGCCACTCTTGGGGAGTAGGTGGCCAAGCAGTCTCCG
CCCATTGGGGATTGGGAATAGGGAAGGTGATCATGTATTGCTGGAGGTCG
TAGAGGCGTTGGAGGGCGCTGCGTCGGGTGCGCCATTGTCGTTACGAATC
TCGACATGAAGTGTTAACAGTCCTCAAAGTCCTTAAGCACTGGCGAGGAC
GTGCAGTGGTCAAGCGTGAACGGCGCAACGTGCGACACTGTTCGGCCGGT
TGCAGCGCAAACTACATCTTCGCCGTG

Coding sequence (CDS) from alignment at Ecto-sp13_S_contig885:3913..19839-

>mRNA_Ecto-sp13_S_contig885.20341.1 ID=mRNA_Ecto-sp13_S_contig885.20341.1|Name=mRNA_Ecto-sp13_S_contig885.20341.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=CDS|length=4761bp|location=Sequence derived from alignment at Ecto-sp13_S_contig885:3913..19839- (Ectocarpus species13 EcNAP12_S_4_19m)
ATGTACCCCGCGGTGGCGCAAGCGGCCGCACAGACGGCAGCCAGAGGTTT
CGGGGACTCGGGCGGCGTTTTCGCAAGGGGGGACAAGGTGGAGTGGGTGT
GGCACGACTCCGCGTGCGATGCCCAGAAGGCGTACGCTGCGACGGAAGTC
CTGTTGGACACGTACGGCGTGGACCTGATAGTCGGCCCGGCGTGCTGCTC
CTCGGCGGCGGCAGCGAGCGCGTTGGCGGCCAGGAGGGGGGTGCCGATTG
TGTCGTGGGCGTGTTCTGCGGCCCATTTGTCGGACAAGTTGCTGCACCCG
ACATTTCTGCGCGTGGTGGGTGCGAGCGACGAGTTCTCCTTGGCGGTGGG
CTCGCTCTACAAGCGGCAAGGCTCGGGGGGAGCGGTGGTAACAAGCATCC
TGTTTGCCGAAGGGCCGTCCAGGGGGCTCGCCTATGCATCGCTGGCACAG
CAGATGAGGCGGGTGCTTGAGGGGCAAGGGGATCACGTGGGCGTGTACGC
CGGGTTCGACGGTGGCGAATCTTGCAATGCGGGCGCGGGGGATGCCAAGG
AAGTTCGCAAAGCGGTGGAGGCGGTGCGAGCGGGGAGAGACAGCGTGGTG
ATCGTTCTGGGCGAGTGTGCCGACTACCGCCAGGTTATGACGTTCGCGGC
GATGCGTGGCCTCAAGTCGGAGCAAGCGTGGCTTCTCCTGTCCGCATCGG
GTGATCCGACATGCCATGCCAGCGCGGCCGCTTGCGGGAGAGACGACGGA
CGAGACGCTCTGGCCCTCTCCTCGATGTCCGGCGCCCTGTCGATAGACTG
GGCGCTGATGCCGACGTCCCGCACGAGCGCGGAAGCGTACGTAGACCCCG
CCGTCGTTCTCGGACGCGAGAGCCCTGCGTCAGATTTTTTCCCGCCGCCG
GCGGGAGATGCATCTCCGGTGGTCCCCGTCTCTGGTCCCTCACAGCCACG
GGGGAAACCGCCCTCACGTGCTGCTTACGGGGCCGGCGGCGGCGGCGGCG
GCATCAGCCCCGATGGCGGGGCTTGTTCCGCTCCGTGGTCACCCTGCTGT
GATTCCTCTGGCCACCGCTCTGACGGACGTGGTGGCGGAGCAGCGGTAGG
AGTGGTCCAAGAGGGCGGCGACGGCGACGGCGACGGCGACGAGACGAATC
GTTGGGGCGGGGGCGGCGGCAGGGTTTGCCCGGGAGCAGCCGGAGACTAC
CGTGCTAGTCCCGACGATAGCGTCCCTCGGGGGCTCCTCACGGCGACCGC
GCTGATGTTTGACGCCGTCGAGCTGGGCATGCGCGTCCTCGCCGCGGCGG
GCAGAAGAGGTGGGAGGGTTGGAGACGGCGGATGGGCGGGGCTGGCAGCC
GGCGTTTGGTTCGAGGGTCTATCTGGCAAGATCGAGATGGACGATCTCGG
TAACCGCAAGGGGATGGACGTTTCGTTCCGGCTGATGGAGGGTGTCACCG
CGTACGGCGTCTCTTACGTTTCGGGGAAGGAGGCGGCGAGGTACGACTCC
GCTTCTGAGACGGTACAGCTTCTACGACACATGCGATGGTCCGCCTCGCT
GTCGGGCGTGACTGCTTGTCCCGGGGCATGGCCCGACGGCAGCGGGCGAC
CACCGTCGCGTATACACTCTACACTAGGTAAGGATGATCATTGTCCTTGT
GAAAGCACCGTCAGCAGCCATGGCGGCGCCAGCTGTGTGAGCGTCGGTAT
CGGCTGTGGAAATAACCGGGACGATGGCGCAAACGGTCTCCTAGCTCCGC
TCGACTGCTTATCCAAGTCTCCATTTACGTGCCTGCTGCTGACGCTGGCG
CTAGCATCCTTGCTCGCCGTGGCGCTCACGCTGGCGGTAGCAGCGGCCCG
CGATAAAATCACCACAAGAGTGCGGCGCCCCGGGTTACCCCCCCCCTCCT
CGCCCCCCTGCGTGGTAGAACCTCCCGTTTCGCGGCAGCAGCAGACAGCG
ATTATCGGCGATTCTCCAGTGACGGCGCTTGCGACTGCGGGTGCGGTGGC
AGCGGGGGAGATCGCTGACACGAGCAGGCTAGCACCAACCGGGTTAAGCA
CTGGGGAAGCGAGAAGCGTAGAAGGAGAGGAAAACTGGATGTCGTCGCCG
CCGCCACCGCCGCCGCCGCCCCCGCGTAGTGAGAGCTCAACCCGAGGAGT
AGCTGGCTCTGGTGCTCCGCGCAGTGCGGCTTCGGCGGAGAGTCTTCATC
CGAATTTCGCAGGCGATCCTATCAGGACGGCGGAGGCGGGAGGCGCAGAG
CCGGAAGGGTCGTTGGCGGCACTGACGGCAGTGGCAATAGCAGCAGCCGC
TGCTGCCGCCGCCGCGGAGGCCGCGGTGAAAGACCCGGAGCGGTGGTTGG
GCAGCGGCGGCAGCGGCAGCGGCGGCAGCGGCGTAGGCGGCGGCAGCGAC
GGCGACGGCGGTAGTGGGGAGAGCAGCATTGGTAGAGGCATCGCAGCTAG
AACTGGGGCGGTTGGGTCCCGTGCATGGCTGGAGTCCTCTTCTCCTGCTC
CGGCCCAGGCACCAAGCTCTGAGAGAGCACCGCCAACTATGGCGGATGGA
GGAGGGAGAGCTGGATGGGAAGGCCGAAAAACAGGGACATCCAGGCCAGA
AGAGGCGGGGGGAGGAGGGGATCGCGGGGGTTGGGATGTCCCTCATCATT
GGGTGGGCGGGGCTGCGATTTCTCCCGCCGCGGTCCGGAAGACCTCGTCG
CTCGCCTTGCAGCGCGCAAAGCAGCTTCAGATGGTGCAGGAAGAGCTCGA
GAACATCAGCTTTCGTGCGAGGGAGGCTCTGGAGGAGGTGGAGGTGGATG
CCAGCCTCGTGGGCGTGGGAGAGATAATCGGCTCCGGGACTTTCGCGCAA
GTTCGACAAGGGCGCCTATTCGACACGATGGGAGTTGTCGGAACAGGTGC
GGCCAAGGTCGCGGTGAAAATCCCGCGGGAGGCTCGACGTTCGACCCTCA
AGCAATTCTGGTTCGAGGTTCTCATCATGAAGGATTTCAACCACCCGAAC
ATCGTGCGTTTGCTGAGAGCGACGTGGCGCGGCCCGAGGCTGATGATGAT
CCTGGAGTACGTCTCAAGGGGAAACTTGGCCAAGGTCCTGGAAGAAACCC
CGGTGTTGTCGTGGCCGCGGCGTAAGTTTCGCATGTGCCTCGACATCGCC
AATGGCATGGCGTACCTGCATCGCTTCAAGCATTTCAGCGAGCTGTCCAA
CTCGATGCACGACTGCATCATCCACCGGGACCTGAAGCCGCAGAACCTGC
TGGTGACTCACGACTACCGGGTGAAAATCTCGGACTTTGGTGCAGCCACC
GGAAGGGGAAATGATCCGCGCGACACTCAGGTTGGGACGCTGTTATACAT
CGCACCGGAGATCGTCCGAGGAGATTGCTACGACGAGCGCTGCGACATTT
ACAGCTTTGCGGTGGTGCTCTTGGCGATGCTACAGCTCAAGGATGACGTC
GTAACCGTCTTTGCCGAAGAGGCCGTCCGAAGAGGGTCGACCCCCCCGAC
GGGCGTGGGGTGGGCGGGAGGGGGCCTGACACACATGGCCATCACCAACC
AGATCGTGAACGAGGGCCTCAGGCCGACGCTGCCATCCGAAGTGTTTCAG
ACGTTGAGGATTTTGATCGAACAGTGCTGGGCGCCGATTCCGGTCATGAG
ACCGACTTTCGAGGAGATCTTGGAGTTCTTGGAGACCATCGCAAGGGACG
AGATCTTCGAACGCCAGCAGTCGGAGGGTGAGACAGGACTGAACGAATCG
ACGAGCATGAAGTCGGGGGCGGTGCCGGGCCAGCGTGGCTGCGACAAAGA
TCCTGTCGTTCAGACTGACGCCGAGGCAGCTGCTGCTGCTGCTTACGGCT
CGATTCCAGCGAAACGCGAAGCTCGAGCTTCGGTGGAGGAGATGCCCCAG
GGTGCGGTAGCACAGGTTCATGCCAGCGAGCAGGATGGGCATCTTGCTTT
CGTAGAGGCGGCAGGGTCGGTCGAAGACCAGCACCACCCCGTGGGCCGGG
TGGGGCACACTGGGGCCTCTGATCTGTTGGCACGTCCTTGGACAAAGAGA
CGGGGCAAGGGCTTCATCCCGGTCAAGGGGAGCACGGGCGTGGAGTTCTT
GAAGACCAGTAATAGCGCCAGACTTGCAGCACTGGTCGGGCAGAAGCAGC
AGCAGCAGCAACAGCCGCAGCAGCAACCGCAGCTTGAGGAAGAGCACGGT
GTGAGCATCTTCGCGGACGAGCATCGAACGAATGAACCACGATTTCAAGC
AGACCAAACAGGACGATTTCGAGGCGGTTCTCAGAGCCTTGAAGAGGGCT
TTTGGGGCCCAACTTCCAAAGATCGAGGCAAAGCGGAGGCGACACGAGCG
GTGGACGATAACCAAGAATCATCATCGTCATCGTCGAAGTTTGTTTCTTC
TCGCCGGCGGCTAGGTCCGGAGACCCCAAGCCTGGACACGAACAGCTGGC
CGTCCAGCTCACCCTCCTCTTCCTCGCAAAAGAAGCAGCCCCATCAGCCA
GATGGCAGCGAAAAGAGTGGGCGCGATCAGCGAGCTCCCGGGTCCTTGTC
GCGAGCGAGATCACCGCCCTACGCTGCCACTCCTTATGACACTATAGCGA
GCAAACCCAGTGGCAGTGGCGGAGCTTACGAGGAACGCAATGGAGCTATC
GCCGATGGAACCGTGAAGCAACAAGTACTCGCCTTGGAGGACATTGCGGA
AGAGCCCCCGGAATGGGTCCCCCGGCCTGGGGAATCTGCGGCCGCCCTCC
TGTTCGACTAG