mRNA_Ecto-sp13_S_contig1945.6249.1 (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_contig1945.6249.1
Unique Name	mRNA_Ecto-sp13_S_contig1945.6249.1
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_contig1945.6249.1 vs. uniprot
Match: D7FKC7_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FKC7_ECTSI)

HSP 1 Score: 1806 bits (4677), Expect = 0.000e+0
Identity = 1096/1371 (79.94%), Postives = 1111/1371 (81.04%), Query Frame = 1

Query:    1 KVADVIKNSSTARTPARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQQAAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLDVEYNVVVNPGGDYRIGKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDGRSPDIGLLLEWARQFQASNGMSDKKVVRKVLASAGLEPPVATVPEPTGYDALAAAVPTSRTATSKIFASALAKKPSNHRWGNQEMLARPDASVDGDAASTLGPSGRRLRKAGARGGPGARERFLSDVIDEEDLSIVSPLLGRDEGGDGXXXXXXXXGAGGGADGDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGNEGGAGIPDXXXXXXXXXXXXXXXXXXXXXXAGGEXXAGGAEGQAR----------------GGDRR------------------------IGGDELLXXXXXXXXXXXXXXXXXXXXXXXXXXXGAARAGEDADGAIGEASXXXXXXXXXXXXXXXXXXXXXXXXXXXXSAFGGFAVGVDPAKPAELTDHAPVPQPLEVSVDRLSRASSAGCSSALSDPTVSGEEVGQECGNGSDGTEFFGSNGNDVVGDSGAIDSTRDAEGATTAASTAAPSIGIPPSISLEQQPQEQHGAWPTSFGSALNRGGDGVGEKAGSLTVEEIMSELRTVEVSSLTRDNAYDRLLALCSAANTARLPPPPDSCETIXXXXXXXXXXXPTAATNAVMDNARLVAEAGDXXXXXXXXXXXXXXXXXXXXXXXXXXXSTATMGLRASVPACRRRVSTAKHLVGHVVVVGFPARPSHLECFLRPLKGWTGGAGMGGGREVGGGGVPVVLVADDVSRLESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRTAKAVLVMKDSKSTRFNYGGSGDPLRDAEALVSFIKMEDGLLSEDQHVVVELESSANVRFLHARAEANSLSAIAGLGGAGAGGAADEAHYLWPKFAAGMTYNSSFVDSMFGQAFYRPSRIALLKRLLLLARGEQQEQPGMASRSPSQXXXXXXXXXXXXXXXXXXXXXEGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLAAPPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL 3993
            +VADVIKNSSTARTPARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQ AAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLD EYNVVVNPGGDYRI KGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDG SPD GLLLEWARQFQASNGMSDKKVVRKVLASAGLEPPVAT P   GYDALAAAVPTSRTATSKIFASALAKKPSNH+WG QEMLARP  SV GDAA+TL P GRRLRKAGARGGPGARERFLSDVIDEEDLS+VSPLLGRDEGGD         G G GA   XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX    G G  D                       GGE   GG EG                   G +R                         IGG+E  XXXXXXXXXXXXXXXXXXXXXXXXXXXGAARAGEDAD A GEAS                  XXXXXXXXXX   GGFAVGVDPAKPAELT++APVPQPLEVSVD LSRASSAGCSSALSDP V GEEVG+E GNG DGTE FG+NGN VVGDS AIDSTRDAEGATTAAS AAP I IP S SLEQQ QEQ GAWPTS GSA N GGDGVGE+AG LTVEEIMSEL+ VEVSSLTRD+AYDRLLALCSAANTARLP  P+S ETI   XXXX    PTAATNA+MDNA                                                                       PSHLECFLRPLKGWTGGAGMGGGREVGGGGVPVVLVADDVSRLESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRTAKAVLVMKDSKSTRFNYGGSGDPLRDAEALVSFIKMEDGLLSEDQHVVVELESSANVRFLHARAEA SLSAI  LGGAGAGGAADEAHYLWPKFAAGMTYNSSFVDSMFGQAFYRPSRIALL RLLLLARGEQQEQPGMASRSP Q                     EGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLAAPPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL
Sbjct:  372 RVADVIKNSSTARTPARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQ-AAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLDGEYNVVVNPGGDYRISKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDGHSPDTGLLLEWARQFQASNGMSDKKVVRKVLASAGLEPPVATTPGSRGYDALAAAVPTSRTATSKIFASALAKKPSNHQWGKQEMLARPGGSVAGDAAATLDPFGRRLRKAGARGGPGARERFLSDVIDEEDLSLVSPLLGRDEGGDRGGAGRAGRGEGDGAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXRGDGKAD-----------------------GGEVVVGGDEGTPXXXXXXXXXXXXXXXXXGAERXXXXXXXXXXXXXXXXXXXXXXXXTIGGEEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGAARAGEDADRA-GEASEAKGGAGRDEGETGGGSEXXXXXXXXXXXXXGGFAVGVDPAKPAELTEYAPVPQPLEVSVDCLSRASSAGCSSALSDPAVPGEEVGEERGNGRDGTEVFGNNGNHVVGDSSAIDSTRDAEGATTAASRAAPCIEIPSSTSLEQQRQEQQGAWPTSSGSASNPGGDGVGEQAGLLTVEEIMSELKAVEVSSLTRDDAYDRLLALCSAANTARLPTRPESGETITTPXXXXAAAVPTAATNAMMDNA-----------------------------------------------------------------------PSHLECFLRPLKGWTGGAGMGGGREVGGGGVPVVLVADDVSRLESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRTAKAVLVMKDSKSTRFNYGGSGDPLRDAEALVSFIKMEDGLLSEDQHVVVELESSANVRFLHARAEAKSLSAIVALGGAGAGGAADEAHYLWPKFAAGMTYNSSFVDSMFGQAFYRPSRIALLNRLLLLARGEQQEQPGMASRSPPQGPNQGETRSPSETGASPGL--EGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLAAPPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL 1644

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A6H5LKR1_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5LKR1_9PHAE)

HSP 1 Score: 1642 bits (4253), Expect = 0.000e+0
Identity = 1050/1314 (79.91%), Postives = 1064/1314 (80.97%), Query Frame = 1

Query:    1 KVADVIKNSSTARTPARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQQAAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLDVEYNVVVNPGGDYRIGKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDGRSPDIGLLLEWARQFQASNGMSDKKVVRKVLASAGLEPPVATVPEPTGYDALAAAVPTSRTATSKIFASALAKKPSNHRWGNQEMLARPDASVDGDAASTLGPSGRRLRKAGARGGPGARERFLSDVIDEEDLSIVSPLLGRDEGGDGXXXXXXXXGAGGGADGDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGNEGGAGIPDXXXXXXXXXXXXXXXXXXXXXXAGGEXXAGGAEGQARGGDRRIGGDELLXXXXXXXXXXXXXXXXXXXXXXXXXXX-----------------GAARAGEDADGAIGEASXXXXXXXXXXXXXXXXXXXXXXXXXXXXSA----------------------------------FGGFAVGVDPAKPAELTDHAPVPQPLEVSVDRLSRASSAGCSSALSDPTVSGEEVGQECGNGSDGTEFFGSNGNDVVGDSGAIDSTRDAEGATTAASTAAPSIGIPPSISLEQQPQEQHGAWPTSFGSALNRGGDGVGEKAGSLTVEEIMSELRTVEVSSLTRDNAYDRLLALCSAANTARLPPPPDSCETIXXXXXXXXXXXPTAATNAVMDNARLVAEAGDXXXXXXXXXXXXXXXXXXXXXXXXXXXSTATMGLRASVPACRRRVSTAKHLVGHVVVVGFPARPSHLECFLRPLKGWTGGAGMGGGREVGGGGVPVVLVADDVSRLESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRTAKAVLVMKDSKST-----------RFNYGGSGDPLR-----DAEALVSFIKM-----------EDGLLSEDQ-------------------------------------HVVVELESSANVRFLHARAEANSLSAIAGLGGAGAGGAADEAHYLWPKFAAGMTYNSSFVDSMFGQAFYRPSR 3597
            +VADVIKNSSTARTPARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQ AAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKR GQAGLD EYNVVVNPGGDYRIGKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDGRSPDIGLLLEWARQFQASNGMSDKKVV+KVLASAGLEPPVATVPE  GYDALAAAVPTSRTATSKIFASALAKKPSNHRW  QEML RP  SV GDAASTLGPSGRRLRKAGARGGPGARERFLSDVIDEEDLSIVSPLLGRDEGGD         G GGGADGDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX   GGAGI  XXXXXXXXXXXXXXXXXXXXXX   E  AGGAEG+ RG +R I GDE+L              XXXXXXXXXXX                   GAARA ED DGA GEASXXXXXXXXXX    XXX        XXX                                    FGG+AVGVDPAKPAELTDHAPVP PLE SVD LSRASSAGCSSALS P V GEEVGQE GNGSDGTE FG+NGNDVVGDS AID TRDAEGA  AAS A PSIGIPPS SLEQQPQEQ G WPTS GSA NRGGDGVGEKAGSLTVEEIMSELRTVEVSSLTRD AYD L+ALCSAANTARLPP P+S ETI           PTAATNAVMDNARLVAEAGD XXXXXXXXXXXXXXXXXX        STATMGLRASV ACRRRVSTAKHLVGHVVVVGFPARPSHLECFLRPLKGWTG AGMGGGREVGGG VPVVLVADDVS LESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRTAKAVLVMKDSK              F++     P       +AE LV  I +            D  LS                                        HVVVELESSANVRFLHARAEANSLSAIAGLGGAG+GGAADEAHYLWPKFAAGMTYNSSFVDSMFGQAFYRPSR
Sbjct:  384 RVADVIKNSSTARTPARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQ-AAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRLGQAGLDGEYNVVVNPGGDYRIGKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDGRSPDIGLLLEWARQFQASNGMSDKKVVKKVLASAGLEPPVATVPESAGYDALAAAVPTSRTATSKIFASALAKKPSNHRWDKQEMLGRPGGSVTGDAASTLGPSGRRLRKAGARGGPGARERFLSDVIDEEDLSIVSPLLGRDEGGDEGGTGRAGRGEGGGADGDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGGAGIAXXXXXXXXXXXXXXXXXXXXXXXXXXEGEAGGAEGKFRGDERGISGDEVLAGGTDGDEGTFSGEXXXXXXXXXXXRRXKRGIDXXXXXXXXXXXGAARADEDIDGA-GEASXXXXXXXXXXLGIGXXXGEARGASKXXXXXXXXXXAKGGAGGXEGXXXXXXXXXXXXXXXXXXXFGGYAVGVDPAKPAELTDHAPVPLPLEFSVDCLSRASSAGCSSALSGPAVPGEEVGQEWGNGSDGTEVFGNNGNDVVGDSRAIDPTRDAEGAKIAASRAVPSIGIPPSTSLEQQPQEQQGVWPTSSGSASNRGGDGVGEKAGSLTVEEIMSELRTVEVSSLTRDGAYDHLVALCSAANTARLPPRPESSETIITPTTPTAAAVPTAATNAVMDNARLVAEAGDGXXXXXXXXXXXXXXXXXX--------STATMGLRASVTACRRRVSTAKHLVGHVVVVGFPARPSHLECFLRPLKGWTGRAGMGGGREVGGGCVPVVLVADDVSGLESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRTAKAVLVMKDSKERCAYCKDLDLVELFSFASLAGPCSVNNSYNAERLVCAIAIPIFAILLISLVHDFFLSRALPPRRTVLVNWAWVRRRWAQRLFVAVSRLWYHYLPIRVHVVVELESSANVRFLHARAEANSLSAIAGLGGAGSGGAADEAHYLWPKFAAGMTYNSSFVDSMFGQAFYRPSR 1687

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A7R9UDC3_9STRA (Hypothetical protein (Fragment) n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9UDC3_9STRA)

HSP 1 Score: 230 bits (586), Expect = 1.780e-57
Identity = 141/370 (38.11%), Postives = 206/370 (55.68%), Query Frame = 1

Query:   73 VRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQQAAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLDVEYNVVVNPGGDYRIGKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKERFSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQK----KLPDGRSPDIGLLLEW 1170
            V +RH+V+ G++   N+   L+E+FH DH       V+VV++SP  P   I A++ +P YR +VTYL+GSPL+   L +A V  A+ VMVL +K    +H EDMG+ L+A+SV    +  RR G GPR+  EL+ P A  HL+  AG++HVV +  +KLS+LA SCLCPG + ++ NL+ S + +P  VL   SW  EYY+G  K  Y VEFSP    V F +A   IF+ FE++L+ V     G  GL  E  VV+NPG  Y I + D  F+LA++  DA++IW+Y+                ++    PEE+  LA+    T        E  +D+ +  + L   Q     K+   R+   GL+ EW
Sbjct:  391 VTDRHLVLMGAITFDNVTTALREIFHPDH--RESAKVQVVILSPNEPTTPILAVIRNPAYRSKVTYLKGSPLNALDLARADVRTAAGVMVLVNKHSQETHVEDMGVVLRALSVANFCQEQRRNGSGPRVFTELIQPQATRHLR-TAGLRHVVCTDALKLSLLAHSCLCPGLSTLLVNLMRSHSVMPPAVLLDASWYVEYYMGTMKQLYVVEFSPHLHHVRFDEAAALIFQEFEIVLLGV-FNTSGVEGL--EGRVVLNPGHKYSIRRDDYAFVLADTARDAQLIWEYVK------------ATYEDIEDDPEEQTELALLLAHTTADGEYDRE--IDNALMGQKLRAQQVIRSCKMRRKRTGHQGLIEEW 740

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A6H5L2Y8_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L2Y8_9PHAE)

HSP 1 Score: 176 bits (445), Expect = 2.710e-47
Identity = 83/83 (100.00%), Postives = 83/83 (100.00%), Query Frame = 1

Query: 3745 EGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLAAPPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL 3993
            EGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLAAPPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL
Sbjct:   54 EGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLAAPPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL 136

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A7S1GD92_9STRA (Hypothetical protein (Fragment) n=1 Tax=Bicosoecida sp. CB-2014 TaxID=1486930 RepID=A0A7S1GD92_9STRA)

HSP 1 Score: 134 bits (336), Expect = 1.360e-29
Identity = 74/186 (39.78%), Postives = 119/186 (63.98%), Query Frame = 1

Query:   82 RHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQQAAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEV 639
            RHVV+ GSV+ TNL + L E+FH DHG+     ++VVV+SP  P   + +L++  RYR R+ YL+GSPL+D+ + +  V  A+AV +LA+   P+  AED  L+L+ I+V   V  D        +LV+L+ P + L++  + G+  VV   +++LS++AQSCLCPG++ ++ NL+ S +  P E+
Sbjct:  213 RHVVVTGSVSFTNLNSFLSELFHTDHGDQTAT-LKVVVLSPHEPSEGLLSLMQSVRYRQRLVYLRGSPLNDEDMERCHVATAAAVFLLANNLAPNEEAEDASLTLKTIAVKKFVPDD------VTVLVQLMRPASKLNVN-SVGVNLVVCQDELRLSLMAQSCLCPGFSTMIVNLVRSHSKPPVEL 390

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A7S1CL09_9STRA (Hypothetical protein (Fragment) n=1 Tax=Bicosoecida sp. CB-2014 TaxID=1486930 RepID=A0A7S1CL09_9STRA)

HSP 1 Score: 130 bits (326), Expect = 4.310e-27
Identity = 103/305 (33.77%), Postives = 151/305 (49.51%), Query Frame = 1

Query:   85 HVVMCGS-VNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLV--ELVDPNAALHLQQAAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGS--WLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRH-------------GQAGL-DVEYNVVVNPGGDYRIGKGDRGFLLAESQADARVI--WDYM 936
            H+V+CG+ +     +  L E +H DHG   ++   VV + P  P   + +LL  P +  +V Y+ GSPL    L KAR  DASAV VL  +   S H  DM     AI ++  ++        P + V  +LV+P   +H   A    H+V   ++K+ +LA+SCLCPG++ ++ANL+ S +      L      W+ EY  G  +  YS+E S AF G LF  A    F  F L L AVET+R              G+  L +V   +++NP  DY I  GDRGF +A+    A  +  W+ M
Sbjct:  299 HIVVCGNDITFAAARGFLMEFYHNDHGEQKMK---VVFLCPNNPNSELGSLLLDPMFDDKVQYITGSPLVSMHLNKARPHDASAVFVLTSQF--SEH--DMTTDATAILIVKAIK-----STVPWVTVYCQLVNPLNKMHSSWAEW-DHLVCIEELKMGILAKSCLCPGFSTLIANLITSSSDYDVATLDHVDKMWVEEYLSGYGQEVYSLEMSSAFVGKLFCVAANVCFCEFGLCLFAVETRRDARPRKTATPRAEDGEEELGEVPTRILINPK-DYTIRSGDRGFFIADDHEKAATVTTWNGM 589

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A7S0VY48_9CRYP (Hypothetical protein n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0VY48_9CRYP)

HSP 1 Score: 126 bits (317), Expect = 1.880e-25
Identity = 92/312 (29.49%), Postives = 149/312 (47.76%), Query Frame = 1

Query:   46 ARAVSLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQQAA-GIKHVVSSA---QVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQG-SWLAEYYVGAKKTFYSVEFSPAFT--GVLFGDAVVHIFEYFELILVAVETKRHGQAGLDVEYNVVVNPGGDYRIGKGDRG----FLLAESQADARVIWDYMAEDG 948
            AR V +P S R +HV++CGS++    +  L+E FH DH     R V +V +   PP   +  LL  P Y  R  +L+GSP ++  L++A         VL++K       ED    L+ ++   HV+ +   G     +++L+ P   +H   +  G    + +    ++KL +LA+SCL PG+  +++NL  S +A   E+     SW+ EY  G++   Y V  SP F      F D  + IF+  +  + A+E        +D    VV+NP  +Y+I  G +G    F+LA  Q     I  Y   +G
Sbjct:  355 ARMVYVPDSARSQHVIVCGSISFETARDFLEEFFHPDHSQ---RDVTIVFLDTSPPSFDMQFLLRSPEYSARTMFLEGSPFNEQDLMRAEAAKCQLFFVLSNKFTYDVEREDFATILRCLAFKEHVKHNSPAG-DINTIMQLIRPENKVHFTSSIHGTSEKIQTICMDEIKLHLLAKSCLIPGFCTLISNLTRSASA---EIPNNAESWIKEYAAGSEYEIYRVPLSPHFRKGDRKFKDCAMEIFDKLQCTMFAIEI-----TDMDGNTQVVLNPA-NYQIPAGAKGSVKAFILATDQKQVEKISLYKLVEG 653

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A5B8MSS4_9CHLO (Calcium-activated potassium channel protein n=1 Tax=Chloropicon primus TaxID=1764295 RepID=A0A5B8MSS4_9CHLO)

HSP 1 Score: 122 bits (307), Expect = 2.820e-24
Identity = 84/300 (28.00%), Postives = 147/300 (49.00%), Query Frame = 1

Query:   58 SLPSSVRERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGPRLLVELVDPNAALHL---QQAAGIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVET-KRHGQAGLDVEYNVVVNPGGDYRIGKGDRGFLLAESQADARVIWDYMAED 945
            S  SS    HVV+CGSV    +   L+E  H DHGN +++   VV++SP+ P   +  +L   +Y+  + Y++GS L +  L +  +  + A  VL+++       ED    ++A++V       +      +++++++ P   LH     Q + I  +V   ++K+S+L Q+CLCPG++ ++ NL++S  ++P E      W  EY  G    FY    S +F G  F + V  I+  FE +  AVE   R G+        + V P  D  +G   + +++A     A +I  Y  +D
Sbjct:  293 SYSSSDAHPHVVVCGSVTYRGIVDFLKEFLHEDHGNADMK---VVILSPEHPSDEMLGILRSTKYKANLIYIEGSCLQNKDLKRCDLSKSKACFVLSNQYCADPDEEDSSNIIRALAVKRFARATQGD---MQVILQIIRPENKLHFIASMQQSEIDQIVCINEIKMSMLGQNCLCPGFSTLIGNLIQSSDSVPPEDASSEPWQFEYCHGCGYEFYRTPLSTSFEGRTFTEIVDIIYTKFECVTFAVEVLDREGKR------KIAVAPL-DLIVGSKAKAYVIAPDSEVAAMISTYYDKD 579

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BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A7S0W847_9CRYP (Hypothetical protein (Fragment) n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0W847_9CRYP)

HSP 1 Score: 120 bits (301), Expect = 1.460e-23
Identity = 86/300 (28.67%), Postives = 151/300 (50.33%), Query Frame = 1

Query:   76 RERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGP-RLLVELVDPNAALHLQQAA----GIK-HVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLDVEYNVVVNPGGDYRIGKGDRG---FLLAESQADARVIWDYMAEDG 948
            + RH ++CG + A+N    +QE FH DHG  +     +V++ P  P   ++ L+ H R   +VTYL+GSPL ++ L +A+      V++LA+     S AED G  L+A+++  ++ L  + GC    +++EL  P +  H Q +A    G K +++   +++L+++A+SCLCPG+  +++NL+ S +A  A+      W+ EY  G     Y  + SP F  + F +    +++     +  +E K            VV+NP     + K       F+LA+ Q  A  I  +    G
Sbjct:  354 KTRHAIVCGHLTASNAAEFIQEFFHEDHGMSD---GHLVILCPDTPNKDMEILV-HSRSH-QVTYLEGSPLIEEDLERAQASRCEKVILLANILCADSQAEDSGTILRALAIRKYLSL--KPGCSNIPIILELRRPGSKHHFQSSAFGGQGDKANIICIDEIRLNLIAKSCLCPGFCTMISNLVMSSSATLADDSNVPPWVQEYAEGCGLEIYRTQLSPKFKNMAFIEIAKIVYKRLNCTMFGIEVKDAKGTS-----KVVINPARFEILAKDLEDTWVFVLADDQETANQISTWKLHKG 641

[Close]

BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Match: A0A7S0Y3V1_HEMAN (Hypothetical protein (Fragment) n=2 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A7S0Y3V1_HEMAN)

HSP 1 Score: 120 bits (300), Expect = 1.810e-23
Identity = 78/265 (29.43%), Postives = 142/265 (53.58%), Query Frame = 1

Query:   76 RERHVVMCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEHPRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLSLQAISVMTHVELDRRQGCGP-RLLVELVDPNAALHLQQAA-----GIKHVVSSAQVKLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTFYSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKR-HGQAGLDVEYNVVVNP 849
            ++RH ++CG + A+N    +QE FH DHG  +     +V++ P  P   ++ L+ H R   +VTYL+GSPL ++ L +A+      +++LA+     S AED G  L+A++V  ++ L  ++GC    +++EL  P +  H Q +A        +++   +++L+++A+SCLCPG+  +++NL+ S +A  +E      W+ EY  G     Y  + SP F  + F      ++E     + A+E K   G++       +V+NP
Sbjct:  366 KQRHAIVCGHLTASNAAEFIQEFFHEDHGMSD---GHLVILCPDTPDNNMEILV-HSRSH-QVTYLEGSPLIEEDLERAQASRCEKIILLANVLSADSQAEDSGTILRALAVRKYLSL--KEGCADIPIVLELRRPGSKHHFQSSAFGGSGDNANIICIDEIRLNLIAKSCLCPGFCTMISNLVMSSSATVSEDSNVQPWVREYAHGCGLEIYRSQLSPKFRRMQFIQIAQVVYEQIGCTVFALEVKDPRGKS------KIVINP 617

The following BLAST results are available for this feature:

BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot

BLAST of mRNA_Ecto-sp13_S_contig1945.6249.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FKC7_ECTSI	0.000e+0	79.94	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A6H5LKR1_9PHAE	0.000e+0	79.91	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A7R9UDC3_9STRA	1.780e-57	38.11	Hypothetical protein (Fragment) n=1 Tax=Pinguiococ...	[more]
A0A6H5L2Y8_9PHAE	2.710e-47	100.00	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A7S1GD92_9STRA	1.360e-29	39.78	Hypothetical protein (Fragment) n=1 Tax=Bicosoecid...	[more]
A0A7S1CL09_9STRA	4.310e-27	33.77	Hypothetical protein (Fragment) n=1 Tax=Bicosoecid...	[more]
A0A7S0VY48_9CRYP	1.880e-25	29.49	Hypothetical protein n=1 Tax=Hemiselmis tepida Tax...	[more]
A0A5B8MSS4_9CHLO	2.820e-24	28.00	Calcium-activated potassium channel protein n=1 Ta...	[more]
A0A7S0W847_9CRYP	1.460e-23	28.67	Hypothetical protein (Fragment) n=1 Tax=Hemiselmis...	[more]
A0A7S0Y3V1_HEMAN	1.810e-23	29.43	Hypothetical protein (Fragment) n=2 Tax=Hemiselmis...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
Ecto-sp13_S_contig1945	contig	Ecto-sp13_S_contig1945:127..12818 +

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	1763.8
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7FKC7
Model size	4766
KEGG ko	ko:K04936
KEGG TC	1.A.1.3.1,1.A.1.3.2,1.A.1.3.3
KEGG Pathway	ko04022,ko04270,ko04911,ko04924,ko04970,ko04972,map04022,map04270,map04911,map04924,map04970,map04972
Hectar predicted targeting category	other localisation
Exons	20
EggNOG free text desc.	large conductance calcium-activated potassium channel activity
EggNOG OGs	KOG1420@1,KOG1420@2759
Ec32 ortholog description	Potassium channel, calcium-activated, BK, alpha subunit
Ec32 ortholog	Ec-05_005710.1
Cds size	3903
COG Functional cat.	P
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko04040

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1681462986.8222773-UTR-Ecto-sp13_S_contig1945:126..219	1681462986.8222773-UTR-Ecto-sp13_S_contig1945:126..219	Ectocarpus species13 EcNAP12_S_4_19m	UTR	Ecto-sp13_S_contig1945 127..219 +
1681462987.019754-UTR-Ecto-sp13_S_contig1945:12048..12818	1681462987.019754-UTR-Ecto-sp13_S_contig1945:12048..12818	Ectocarpus species13 EcNAP12_S_4_19m	UTR	Ecto-sp13_S_contig1945 12049..12818 +

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_Ecto-sp13_S_contig1945.6249.1	prot_Ecto-sp13_S_contig1945.6249.1	Ectocarpus species13 EcNAP12_S_4_19m	polypeptide	Ecto-sp13_S_contig1945 220..12048 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at Ecto-sp13_S_contig1945:127..12818+
coding sequence from alignment at Ecto-sp13_S_contig1945:127..12818+

protein sequence of mRNA_Ecto-sp13_S_contig1945.6249.1

>prot_Ecto-sp13_S_contig1945.6249.1 ID=prot_Ecto-sp13_S_contig1945.6249.1|Name=mRNA_Ecto-sp13_S_contig1945.6249.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=polypeptide|length=1301bp
MCGSVNATNLKARLQEMFHLDHGNHNIRWVRVVVMSPKPPGPRIDALLEH
PRYRGRVTYLQGSPLHDDSLLKARVDDASAVMVLADKAPPSSHAEDMGLS
LQAISVMTHVELDRRQGCGPRLLVELVDPNAALHLQQAAGIKHVVSSAQV
KLSVLAQSCLCPGWAAVVANLLESRAALPAEVLQQGSWLAEYYVGAKKTF
YSVEFSPAFTGVLFGDAVVHIFEYFELILVAVETKRHGQAGLDVEYNVVV
NPGGDYRIGKGDRGFLLAESQADARVIWDYMAEDGMGGAIDEGTGRLKER
FSSPEEEEALAMETLGTAGVAGMGPETFVDSMVFSRTLLHCQKKLPDGRS
PDIGLLLEWARQFQASNGMSDKKVVRKVLASAGLEPPVATVPEPTGYDAL
AAAVPTSRTATSKIFASALAKKPSNHRWGNQEMLARPDASVDGDAASTLG
PSGRRLRKAGARGGPGARERFLSDVIDEEDLSIVSPLLGRDEGGDGGGAG
RAGRGAGGGADGDEGGVGGDEGRTGGGDAGEEGAREGGGDGDEGQAGGVD
GNEGGAGIPDGGEVVVGGDEGPPGGGDAYEEGAGGEGGAGGAEGQARGGD
RRIGGDELLAGGDEGRARGDKRGTGGDESRPGGDEGGAARAGEDADGAIG
EASEAQGGAGGDEDGTGGGSEDGAGGAGDEGSAFGGFAVGVDPAKPAELT
DHAPVPQPLEVSVDRLSRASSAGCSSALSDPTVSGEEVGQECGNGSDGTE
FFGSNGNDVVGDSGAIDSTRDAEGATTAASTAAPSIGIPPSISLEQQPQE
QHGAWPTSFGSALNRGGDGVGEKAGSLTVEEIMSELRTVEVSSLTRDNAY
DRLLALCSAANTARLPPPPDSCETITTPTTPAAAAVPTAATNAVMDNARL
VAEAGDGGGTPTAAAAAAAAAAAAAAASAAAAASTATMGLRASVPACRRR
VSTAKHLVGHVVVVGFPARPSHLECFLRPLKGWTGGAGMGGGREVGGGGV
PVVLVADDVSRLESALEVVDRHGYVNTSEVYLFEGSPVSRTDLENAGVRT
AKAVLVMKDSKSTRFNYGGSGDPLRDAEALVSFIKMEDGLLSEDQHVVVE
LESSANVRFLHARAEANSLSAIAGLGGAGAGGAADEAHYLWPKFAAGMTY
NSSFVDSMFGQAFYRPSRIALLKRLLLLARGEQQEQPGMASRSPSQGPSR
GETRSPSPSEPGASPGAEGDGLGRECCLRQMAVPPSLLGHSFGEMFQHLA
APPLRCVAFALLRARGTRNAPEPYVYTGPRADTVLHPGDRVFILGRPPVL
*

mRNA from alignment at Ecto-sp13_S_contig1945:127..12818+

Legend: UTRpolypeptideCDS

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

>mRNA_Ecto-sp13_S_contig1945.6249.1 ID=mRNA_Ecto-sp13_S_contig1945.6249.1|Name=mRNA_Ecto-sp13_S_contig1945.6249.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=mRNA|length=12692bp|location=Sequence derived from alignment at Ecto-sp13_S_contig1945:127..12818+ (Ectocarpus species13 EcNAP12_S_4_19m)
AAGGTGGCCGACGTGATCAAGAACTCGAGCACTGCGCGCACCCCGGCCCG
TGCCGTGTCCCTGCCTTCCTCCGTGCGCGAGAGGCATGTGGTGATGTGCG
GGTCCGTCAACGCCACGAATCTGAAGGCCAGGCTCCAGGAGATGTTTCAC
CTGGACCACGGGAACCACAACATCCGCTGGGTTAGGGTGAGCGAACCCGC
AGGACTTGAGACGGGTGTGTGTGAGTCGGGAGTGTCCATATCTACCGACA
GCCTTCTTGTCCAACAAGGCGAGAATGTCGGAACTTCGTCGCCCTGGGAG
TGGGCCAGAACGGGGTTCGTCGCTTTCGTGACGGCGAAATATGATTCACC
CCTTCTGTCACCCAAGGAAGTAAAACGGTACTGAACTAGTCCAGACACGA
GTGGAATGTAACCCTCTCTCGAACACCCCCCAAGCGCCACCGGGGCTCTC
TCTAGCCATGTTATGTGGTTTGCCAGGATCGTGCGAAGTGTCATTGGGAC
CACGCAACCCCCGAATCAACACAGAGGGCATCGATACGAACGCGTTTGTA
CACTCCTAACGGCAGGACGCTATGCGTTACGATTTTAAAGAAATATCTCA
TCCACAACTGATGCGTGCACTGGCTTGGCTGCGGAGTGAGTCAGCCCTTC
TGGTGTCGACTTCTGGAAAGGCTCGAAACCACATTGAGAACGTGACGAGT
CATACATGATCGCTGTGTTGTCGCGTCTCTCTTAACAATGTCATGATGGC
CGACAACGCAGGTGGTGGTGATGTCTCCGAAGCCACCAGGCCCTCGCATA
GATGCCCTCCTGGAGCACCCCCGCTACCGCGGCCGGGTCACCTACCTTCA
GGTAGGCGTTGCTGGCAAACTTGAAGCGCCCGTTGTTGATCAGGCTTTTT
AGTGTTTGCCGTGTGCTTGGGGTTACGGTGGACGGTGGTGGTGGTGCTTA
CGGTTTAATGGTAAAGGTGGCGGTGCAAGCCGTCATCCTTGGCCAGTAAT
GCAGCAGCGTTCTCACCCGTCGATAACCCAGCATTCATTGATCCCGGAAC
ACCCTTGGACGTGCCTCTTGCCACGACGGAGCCTTGAACGCGAGCTGGAT
GGTGTTTTTTGTTTACGCCCGCACACTTACCTGCACCGTTTTCTTGTGTC
GTTTCGTTCATTTATCGTTTGTTTTGTTTTCCTTTCAGGGCTCTCCCCTG
CACGACGATAGCCTGCTGAAAGCCCGCGTGGACGACGCCTCCGCCGTCAT
GGTTCTTGCAGACAAGTGAGAGGGTTCCCCCCAAAACCTGCCCCAACACG
GCTAGATACTGTGTCTACCCATACCTCTTCGTGTATCGTCTTGACGTATC
TGGGTCCTAGAAACCATGTTTCTCAGCGGTCCGCCTCTTGATTATGTTTC
CAGGCTGGGTCGCCGCCTCATCTCCTTGTCATGTCGGAACCAATGCTTGC
GGCTGCTTGCCGGAGGAACGGAGGAAAATTATGGCAAGCAGTGCTTGTGC
TGCAAGAAAACTCGTTCGATTTGTTTTACCCATGTTGGCGAACCTCCTTG
CGTCTCATCCGCATCCCTCGCCCGCCTTCTCCCTCATTCCATTTCGCGCC
TCTGTTGTGCCGGTAGAGCCCCCCCAAGCTCGCACGCGGAGGACATGGGA
TTATCCCTGCAAGCGATTTCGGTCATGACTCACGTCGAGGTGGGGGAGCA
TTAGCAACATTTTACTGGCGGCGTGTTTTTCCACGTTCGAGATGCGATAC
CTGCATTCGGTGTTGTCGCCTGTTGTGCTTGATTAAAGCAAAAATTCTAC
TATAATATCGGGTTCCAGCAGGAATCGGGTTACATCAATAGAGTGTTCTA
CCGAATGTATCACGAGGACTACATAATGTCGCAATATTTTCGCTCATGAA
GGACTTTATAACAGGTAGCGCTCGCCGATCCTTAGCACTCTTCTGGACCG
CAGCGAGATTGTCATTCATGGTGCTGTCGGCGTTGCCTACTCATGACGGC
GAAGCGCTCCCTCCCACGCAACGTTCGAACACCTGCAGCTTGACCGCAGG
CAAGGGTGCGGCCCGAGGCTGCTGGTGGAGTTGGTCGACCCTAACGCCGC
GCTACACCTGCAGGTGCGTGGCGTNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTGTTTA
CCGCGCTTCCATAGACGGCGCTGCTTTCTCGACGTAGGGTCGGTTGCTCT
TGGAGTGGTAAGGCGTGTTGAAATGCTGCTGCACCGGCAGCAGCTCCTCA
AAGCCAGCAGACGAAATACGAAGGCCTCGGGTTCCTGATCCGCCATCCGC
CTGCCCATGTTTGCGCAGCCTCAATGACAGGTGTTTTGGGGAATTCATAC
GTAAATGCGATTATTTCGGCGCGCTTCCATCGTTGTTTCTCTTTGCTTCC
GCCGATCATTACGTGTACGCGCGGTTTCGTAAGAGCAGGCTGCCGGTATC
AAGCACGTGGTGAGCAGCGCGCAGGTGAAGCTCAGCGTGCTGGCGCAGTC
GTGTCTGTGCCCTGGGTGGGCCGCGGTTGTGGCCAATCTGCTGGAGTCTA
GGGCCGCTCTCCCGGCGGAGGTAAAGAGCAATGCTGTGTTGTTCTTGTGT
CCATAATGGTTGAGGCGAAGCAGTAAAGGCTAAATCGCAGTCGTGAAAGG
GTTCGGGCGAGGTCAATTCTCTCTTCGGGGATGGCGACCTTGTCGTTGCT
TGGTTGCTCGCTTCGTGAAGAACCGTTGGATCCCCTTAGCTGTTTGTTGC
GCGTGACGTTTCAAGGAATTTCTGCTGCCGGTGTCATGCGAGCCACATGG
TGTGTGCGCGAAGTGCGCTATCATGCGGGCATCGCCTGTTGTCGTGATTT
CCTTTTCATACGAACCTGACCGTGCATGAAACTTGTGCGACACGGATCGT
TGAAACGTCGTGGGTCGAGGAATATTCTCATTCAAAGGCCTTTCGGCAAA
AGCGTCGTGGTCGACGCCGTCACACACATAAAATGTAAATGTTCGCTGCT
CTGCAGTCGGGGTATACTGCACACGACGTCATGTTTATGAAGTCGTTTCA
AGGTGTTATACTCTTATGCAAGACTGCGATCACAACGCTTGCCACGGATG
CCTGTTTGGCTAGATAAAACATCGCCATGTTCCACCTCACTCGGCCATGC
GCCACCGCACGGTAACTAGCACCTAACGATTTGTCTCACAACGGCAAAAC
CACTCCCCGAACTTGTGTGTGTTGTCTTCGGTGAAAGGTTCTCCAGCAAG
GGTCCTGGCTGGCCGAGTACTACGTCGGGGCGAAGAAGACCTTCTACAGC
GTCGAGTTCTCGCCGGCCTTCACTGGGGTTCTGTTCGGGGATGCCGTCGT
GCACATCTTCGAGTACTTTGAGGTATTCATCTCTCCACGGTGTTAGGCAT
TGAATGGGGGGGACTGGGCGTTGGGAGCTATTGCCAACGAACTTACTTTT
TCTCAATCAGCATCAGGTGAACAATGTCTTCGAAAACGGTTTGTCGCGTT
CATATTCGAAAGTCCGGCGACTTTGCATCCGAATGTCCAGCATTGTTTGT
AGGAGGTGAAAGGACATGCATGATTTTCATCGTTCAGCAGTATCGATCAA
GCGTTGCTCGAAAACTACCGACGTTAGGCTAATGAAGCGTTGCCGTTGTG
CCTTCCCTTCTGTCGCCCCCCGCAAACTCTGGCCTTCGCCTATCAGCTGA
TTCTGGTGGCGGTGGAGACGAAGCGCCATGGACAGGCCGGGCTGGACGTC
GAGTACAACGTAGTCGTCAACCCCGGCGGGGACTACCGCATCGGCAAGGG
TGACCGGGGCTTCCTGCTCGCCGAATCGCAGGTAAGGGCATTTGCGGGGG
TCGGCGCAGATGACACCCGAGGACCAAGGAATTCTCTCGATACGGCCATC
CAGAAACACACCGAGAGCCTGTTCGTGGGCGTGGGACATTTCTGACGTCG
GGAGTGGCTCTAGAGCGAGCGAGAGGTCATATGCACTGTTGAAGTTTTGC
AGTTGGGAGATGGGAACGTTAGAAGAAGGCACTGCAAAGCAGCGCTTGGT
TCTCCCTTCCCACTCCCTCGACATGCTTCCTGAAATCCGGCGGTCTTCCG
TCGTGGGGAACCACCGAAAACGCGAGACGACAGGCTGACGCGAGAGTGAT
CTGGGACTACATGGCGGAGGACGGGATGGGCGGTGCTATCGACGAGGGTA
CCGGCCGCCTTAAGGAGCGCTTCAGCAGCCCCGAGGAAGAGGAGGCCCTT
GCGATGGAAACGCTCGGTACCGCGGGGGTAGCCGGCATGGGCCCCGAGGT
CAGTCGGTCATCTCCTGCCGTAAAGCAGAGAGATGTTTTTTTCAAGTCTG
TGAATCATGTTTGCCTTGATAGATTAGGTTTGTCGGGCCAGTCTCTTGCA
TGGTTAGAGAGGATTGTGCCATAGACTTGGAAACCCGCACTTAGTGCAGC
TCCAGCCTGCGTTTCCACCTTGAGGTTCGTTTCGGGTTGAACATAGAAGT
TCGCGGGTTGATGTGCCTGCCTTCAAAGTTTTTTTTCTTTCGATGCCATC
GGTTTGCCTTTGCGTCTTAGGAAAAAGGCTTTTTTTCGAAATTCCTTGCG
TTAATCGGCTGACATTCACTGTGCTGCGGCTGTTGCTGCTGTTGTCGGTG
CACTATCAGACATTTGTGGACAGTATGGTGTTCAGCCGAACTCTACTGCA
CTGCCAGAAGAAGCTTCCCGATGGACGCTCCCCCGACATCGGACTGCTGC
TGGAGTGGGCCAGGCAGTTCCAGGTTTAAAGTAGATTTTGGTAGGGTTTC
GACGGTTTCGTCCTTGCTTTGGGTTCGCAAGGTGTAGGGGGGCGCACAAG
GCTTTGCTCCCGGTCGCGATGAGTGCCTGCTTACCGCATACGACAGCGCC
GTCAGACAGCCATGCATGTGATGATGTTCAGTCGTCGCGGTAGCACGAGC
GTAGTCATGCGTCGAGCTAAAACTCGTGAAGACCGATGGTGCTTGCAGCC
CCGCTGTCAAACATCGCACCATCTGAACACGCCTTTTGAGGCTGTGGAAT
ATCGGAAATTTCCGGGTCATCTTGTGGTGGGTGGAGGTGCTCAATGTGGT
TGGTGGATCACCTAGTACCTTCCCAGCTTCCCACGATGCACGCCAAAGCT
CGGCATGATTGGAATAGTTTGATCCTGTCGATCTCTTGAAGTGCCCATGC
CGGGCATTGACGTATCAGGGCGATGTTCCTCGGATCGAACCGTGAGCTCC
AACTTCTGAGGAATCTGACGGTTGTTGAGATGGAGTAGGCCAACATCACC
CGCGTAGGCGCTCGCCAAGATGGCGTGCCTTTGATGCCTGGTCCGAAAAA
CAAACTGAACGTGCCCTACCCTGGCGTTCTAGAGGGATGCCACAATATTC
GGTAGCTGAAAGACGATGGCCGAGCATAGCAACGACCCTCCCCTACCTGC
TTTCTCCTCATGCCCCAGGCGTCGAACGGCATGAGCGACAAGAAGGTGGT
GAGGAAAGTGCTCGCGTCCGCGGGGCTCGAGCCGCCCGTCGCCACGGTCC
CGGAGCCGACAGGATACGACGCCCTCGCCGCCGCGGTGCCCACCAGCAGA
ACCGCCACCAGCAAGATCTTCGCCTCCGCTCTCGCCAAGAAGCCGAGCAA
CCATCGATGGGGCAATCAAGAGATGCTGGCTCGCCCCGACGCAAGTGTCG
ACGGCGATGCTGCCTCTACCCTGGGCCCTTCCGGCAGGCGACTTCGGAAG
GCCGGAGCCCGCGGGGGTCCGGGCGCCCGCGAGAGGTTCTTGTCGGACGT
CATCGACGAGGAGGATTTGAGCATCGTCAGCCCCTTGCTTGGTCGAGACG
AAGGAGGAGATGGAGGTGGGGCCGGAAGAGCCGGTAGAGGTGCAGGCGGC
GGAGCTGATGGCGATGAGGGTGGCGTCGGTGGAGATGAAGGCAGAACTGG
TGGAGGTGATGCAGGTGAAGAGGGAGCCCGAGAGGGCGGTGGAGATGGAG
ATGAAGGTCAAGCCGGCGGAGTTGATGGAAACGAAGGTGGAGCCGGCATA
CCCGATGGAGGTGAAGTTGTAGTCGGTGGAGATGAAGGCCCACCTGGTGG
AGGTGATGCGTATGAAGAAGGAGCCGGAGGTGAAGGTGGAGCCGGCGGAG
CTGAAGGACAAGCCCGTGGAGGTGACCGTAGAATCGGTGGAGATGAACTC
TTAGCCGGTGGAGATGAAGGAAGAGCCCGTGGAGATAAACGTGGAACCGG
TGGAGATGAAAGTCGACCGGGCGGAGATGAAGGTGGAGCCGCTAGAGCCG
GTGAAGATGCAGATGGAGCCAGTGGACCCGGTGAAGATGAAGGAAGAGCC
CGTCGAGATAAACTTGGAATCGGTAGAGATGAAGGTGGAGCCGGTGGAGA
TGCAGATGGAGTCGGTGAAGCCAGTGAAGCCCAAGGTGGAGCCGGTGGAG
ATGAAGATGGAACCGGTGGAGGCAGTGAAGATGGAGCCGGTGGCGCCGGC
GACGAAGGGTCTGCGTTTGGCGGTTTCGCTGTCGGCGTGGACCCTGCCAA
GCCCGCCGAGCTCACGGACCACGCGCCCGTTCCTCAACCCCTCGAGGTCT
CTGTTGACCGCCTCAGCAGGGCGTCGTCTGCTGGTTGTTCTTCTGCTCTG
TCCGATCCCACGGTATCCGGCGAGGAAGTGGGACAGGAATGTGGGAACGG
CAGCGATGGCACCGAATTTTTCGGCAGCAATGGAAATGATGTTGTCGGGG
ACAGCGGGGCGATTGACTCTACCCGGGATGCGGAAGGAGCAACAACTGCA
GCTAGCACAGCAGCACCCTCCATTGGAATTCCACCATCTATCAGCCTAGA
GCAGCAGCCGCAAGAACAACATGGGGCTTGGCCTACTTCTTTTGGCAGCG
CATTAAACCGCGGCGGCGATGGTGTTGGGGAAAAGGCTGGCAGCTTGACG
GTTGAGGAGATCATGTCGGAGCTGAGGACCGTGGAGGTGATGCGTGTTCG
GTTAGACGATCTTATCGTGTTTGAATTTTCACTCTCGAAGCGGCCATGCC
AACCGGAGGCTGGAACGATTTCGTTTTAATCTATCAGTGCTTTTGAATAC
AATGCACCTGGTACACTCTGCATGGGACGAAGCTTTTCCTCCCGTCTTAC
GGCCGTGTTCGTCCCTGTTGCTCGTGCTGTTTTTGTTTTCTCTGGATAGG
TGTCAAGCCTCACAAGGGACAATGCGTACGACCGTCTCTTGGCCCTCTGC
TCGGCCGCTAACACGGCCCGGCTGCCCCCGCCCCCGGATTCCTGTGAAAC
GATCACCACTCCCACCACTCCCGCCGCCGCCGCCGTTCCAACTGCCGCAA
CGAACGCGGTGATGGACAACGCGCGCCTGGTTGCCGAGGCAGGGGACGGA
GGTGGCACACCTACCGCCGCCGCCGCCGCTGCCGCCGCCGCTGCCGCCGC
GGCTGCTGCCAGCGCTGCCGCTGCTGCATCCACCGCGACAATGGGGCTGC
GTGCAAGTGTCCCTGCTTGCCGTCGGAGAGTGTCCACGGCGAAGCACCTG
GTTGGGCACGTCGTTGTGGTGGGCTTCCCTGCGAGGTACGGACTAAAGAC
GTCTGAGGGAATCGTTCGGTGTACTCGTTGCCGTTGTGGTCCCTCCTGCT
GTTGCGATCCTTGCTCGGTTGACTTGCTATTGAGAGTCATTCTATTGATA
CACCGAGGCCGCCCGCCCCCCCGCTCCTGGTGCAGTTCTATTGTTGTTGT
CCTTGCTCATTTGTCATGATTGAGAATCGTGTTCGAACCGGACATGACAC
TTTCTGGGACGCCCTTTCGTCCTCGTCCTCCACTTTCCCATTCAAACTTG
GATCACACCCTCCCGCGGTGAAACGCAGGCCATCGCACCTCGAGTGCTTC
CTGCGGCCTCTCAAGGGCTGGACCGGGGGTGCCGGTATGGGAGGAGGCCG
GGAAGTCGGCGGTGGCGGCGTGCCTGTGGTGCTCGTCGCCGACGACGTGT
CCAGGCTGGAATCCGCCCTCGAGGTGGTCGATAGGCATGGCTACGTGAAC
ACCAGCGAGGTGATTTATCTCGCTTGATACCGGCCGGGCGATGGTCGATG
CTAACGCAGTTGTCAGTATCTTCGGATGTGCGAGAGGTGACACTTCTTTC
TACGCTTGATGACGGATGAAGCTGCGGGTGAAGGTGATGGGTTTCGCTGG
TCGCCGAACACGGCGAATGCTAGCCGCCGCTAGCGGCGTAATGCCAATGC
ACTGTCTGCACTCTACCCCCGTGAAAAGACTACCAAAACGACCTATGCCT
GCAAGACCCATCACCGGCGAATGATGCTAAATGGATCACCGCGGATACCC
TGTTTTGGTGTGGGTCGCCCACGATGTTTTTCGTCGCGAAGTGCTTGACG
ATATTGTATGCATGTCTTTCTTTTGTTTTGGGGTCGCCTTTTTGCTTGGT
GCTTCTCCTCGTGCTGCCGTTGACAGGTTTACCTCTTCGAGGGCTCGCCG
GTAAGTCGGACGGATCTGGAGAACGCCGGCGTGCGCACGGCCAAGGCCGT
CCTCGTCATGAAGGATTCCAAGTAAGCTCACCCGCCAAAATGCACTGGGG
CACGTGAATAAATGGCCACTGCTATGCAAGACCACTGTGGAGCGCAAGGG
GTTAGAGAGGAAAGGCCTTGCTGAAGATGAAGGAAGAGTTAGAACGAGCG
AGAGAATTAACTGTAGCAGATTTCGACCATGTTTGCCTCACGGGAACCCA
TTGCTGTCGTGGGAAATAGATCGCTGCAGCGGAGGGAGAGATGTGCTTAT
TGCAAGGACTTGGTAAGACATGATGCATAGAGACGTCGTCAAGAAGCCTT
CAAGTACACACGTCGAGCGAACTTCGATCCCGCACCCAAAAAGCTGGCAA
TGTTTTCCACAACCTCACCACATATCTGCAATTTGCCCGTTGATGATCCC
GTTCCCCCTTGACAGGAGCACGAGATTCAACTACGGAGGGTCGGGAGACC
CGCTGCGCGATGCAGAGGCTCTTGTATCGTTCATCAAGATGGAGGATGGC
CTTCTGTCCGAAGACCAGGTACAATAAGTGGCGACGTGGTCGGCTTGTTT
TTTTTTAGGTATGGCGGTGTGCGTTTTCTCGAGACGAAACGCATGTGACA
CAAAACCCCCCATCCGACATTTTCCGAGTTTGACGTCATGTAGGACTTGG
GTAATTTATTGCTGTACCTGATGGGGGTGTACCAGCCTGTCGTGGGGCTG
TGGTGTTCAAACTCAGGTCTCAACATGGACGACAAAGAGACACGGTGCTC
GTCGCGTTGGTTTGTTTCATCCAAGCATCTTTGCCGACTTTGCAGCAGGA
CTGCTGTGAACCTTTGGATTGCCCCCACTTGAATTCTTCTCGTTCGCATC
ACTGGCGGGTCCGTGTTGAGTAGCCAACTCTTACAATGCCGAGAGGCTGA
TGCGTGCTATAGCAACACCGATATTCGCCATACCGCTCATCTCTCTTGTT
CACGACTTTTTCTTGTCCCGTGCTCTCCCACCGCGAAGGAGGGTGCTGGT
GAACTGGGCGTGGGTGCGGAGGCCATGGGCTCCACTCCTATTTGTAGCTG
TTTCTCGGCTTTAATATCACTATTTACCCGTACATGTGATTTTTTGTTTT
GACCGGCAAGCCCTTCTCTTCTCTGCCTTCCATTGCCATTCCGCTTAAAA
CCGTCAAATATCGGTTTCATTTTCTTTTTGCAGCATGTGGTTGTGGAGCT
GGAAAGCTCAGCCAACGTCCGCTTCCTACACGCCCGCGCGGAAGCCAACA
GTCTAAGCGCCATCGCCGGCCTGGGCGGCGCCGGGGCGGGCGGCGCGGCC
GACGAGGCTCACTACCTGTGGCCCAAGTTCGCCGCCGGGATGACCTACAA
CTCGTCCTTCGTCGACTCTATGTTCGGACAAGCGTTCTACCGCCCCTCTA
GGTTTGTCTGCCCTGTGCTGTGCTGTATTTTCGCGTCGAGCGCGGGCTGT
GGGCGATTTGTTCCAAGTTGGAGTACACCCTGTTTTCTAGAAACGTGCGA
CTCGCACGTTTCTCAGCTCTTCGCGCGGCTGTATTTTCTATACAACGTGG
TGCGGCGCCTAAGGACAAGCTGAGCGAGTATGCCCCCGTGTACTGTCTTG
TAACACAACAATCACATAGGCGAGCGAGTCATCGGCGATTACTCCTCTTG
TGATGCAGCACCCAAAAGCGCAGACACTCCGCCCATCTCCTTTCCTGTTT
CTCCGCCGTTGTCTTGTTTTTTGTGCATGGTGCAGCACGAGACCTCGCCG
GTGGTCACGTGGACGTGTACCAACAGTTCTTGGTCCACCTCCTATGACGA
TGCCTCACCTGCATTACTCTGATCGCCCTTTGTGCCGCTACTAGGATCGC
ACTTCTGAAACGCCTGCTCCTCTTGGCCCGGGGGGAACAGCAGGAGCAAC
CGGGGATGGCCTCGCGTTCACCGTCACAGGTGAAAACAGTGAGACAAGTC
GTTCTTTCGAGGCAAATAGACTCGATATTGTCGTAGAGTTTACAAATGAC
ATCGGTTTGTGGATCTGACGCAGTCGTTGCGCCTGAATGCCATGTACCAA
CGATTAGTTCCCTCGCTGGTGAGTACCGCAAGCACGTGAGGGGAGCAAAG
CTGTGGTGTCCCGTTTCCCATTTTCCGGCGATTAGGCGGTACTGTACTAA
GATGCTTTTGTGCATCCTTGCTGCACCCGATTGACGATAGCTCGCTGGTT
ACACACGTTGATTCAGAAGGGTACGTCTGCTAAACTCAGAACCCCGATAT
CGGTCACGTCGAACGATACCAAGCCTTGACACGACCGCCCATACTCGCTG
TCTGGGAAAATTAGGTGGCTGCAGAAGATCACCTCATCGCACACTAGGCT
TGTATGGTCGTTGTCAACGCTGTCGTGCTAGGGTTAATGTCGTTGAGCTT
GAGGCTCGACGGCATGCATGGCCTGATCAACGCTCGTCAACTAAATGGTA
CACATCTTTCCATCTTTGTAGACGTGTCGTACCCGTGTCTCACATTCCGT
TCGCGGCTTCGCCTCCCGTGGTTGCAAACCTACGCGGGCTCAAGGGTCCC
AGTCGAGGTGAGACCCGCTCTCCTTCGCCTTCGGAACCCGGGGCATCACC
AGGAGCGGAGGGAGATGGGCTTGGCAGGGAGTGCTGCCTGAGGCAGATGG
CCGTGCCACCGAGCCTCCTCGGCCACTCGTTTGGGGAGATGTTCCAACAC
TTGGCCGCGCCGCCGCTGAGGTGAGCTCACACACCCGAGAAGCTTCGTTG
CTGAGTGGGATGCTTGCTCTCTCTGATGGCTCACGCTCCGCCTGACGATG
AAATGTCACTTGAGGTGATCGTCGTCTTCCATCGAGAGATATACTCAGAT
GGCAGCCGTGCATGTATTTTTTGGAACCACTACCGTAAAGGTTGGGACGA
CGGTTGCTTGCTTCATTCGACGTGCAACTGCAAGTCGCGCTGCAGCAGGT
ATTTATATGTGTCATGACCATTGATAAAAAATCCCCATGTATTTGCGTGA
CTGCCTTTACGACACGAGAAGGGTGCTGGTCGAAATCAGTAAACAGGAGG
AAACCGTTCTCCACATGTTATGTTGTTGTTGCGTTCCCGTTACCACAACG
CCGTCGATCTCTACGTCGATACCCGTCGCGCAGGTGTGTGGCGTTTGCGC
TTCTTCGCGCTCGAGGCACGCGCAACGCTCCCGAGCCATATGTTTACACC
GGCCCCAGGGCCGACACGGTGCTGCACCCGGGAGACAGGGTGTTTATCCT
CGGAAGACCGCCGGTGCTGTGAGCGCCATGGATAGTACAAGAGAGGGGTT
TGTGGTTGCCACCTAAGACATTGCTTTGTGTTTGATTAAGGTTTTGGGAG
TCAGGAGTGCTGGCGATTTCATTTGCGGTGGCCCTGCTAGGGCACAAAGA
GTTGGGAGGGTGGGTAGACGAGTCTAGATTACCAGTGTACTTACGATGCG
TAGAACAGACGGCCACGAACGGAACCGCCGGGGTGCAGGGAATGAAATGA
AGACGGGTTGACCAGAAGGAAAGCAGGGGTGGATCTGGGCGAGTGGGGGC
CACAGCATACGAGAATGGTTCAAGTTTCGTCTCCCAGTGACTGAGCAGCA
GCCGCACGTTGGTTGCCGAGGTCGTTCTGTGGAACAAACCGTTTGAAAGC
GTTCATTTTCGGGAATGCGTTTTTTAGCATGTTCGTGGTTTTGGATTGAC
CGCAGGCCCCACGCCAGGAAAGCGCCGCTGAGAATTTTTCGGGGGTAACG
AAGTAGAAGTTAATGCATTTTCTCGGAGTTGAGACATCACCTCAAACCGT
GCATGATCCTACCTACGGGATCCTGCCTATTTGTAGCAGAGCGGGTTCAT
GCATAAGCTGCATCGTCGCTGCAAAATGCAACATGTATCGATTTTGGCGC
TCGGGCTGTAGCTCCGGCCGTTGTGTCGGCTTGAAGTTTAGGCGAAGAAC
CCAAGAAGTACCATCCTTTGTCAAGCCATAGGCTGCCGCTCGGGCTACTA
GCACCGGACAAGAAGAAGGCCACAGCCAAATCGCAAGAGGCC

Coding sequence (CDS) from alignment at Ecto-sp13_S_contig1945:127..12818+

>mRNA_Ecto-sp13_S_contig1945.6249.1 ID=mRNA_Ecto-sp13_S_contig1945.6249.1|Name=mRNA_Ecto-sp13_S_contig1945.6249.1|organism=Ectocarpus species13 EcNAP12_S_4_19m|type=CDS|length=3903bp|location=Sequence derived from alignment at Ecto-sp13_S_contig1945:127..12818+ (Ectocarpus species13 EcNAP12_S_4_19m)
ATGTGCGGGTCCGTCAACGCCACGAATCTGAAGGCCAGGCTCCAGGAGAT
GTTTCACCTGGACCACGGGAACCACAACATCCGCTGGGTTAGGGTGGTGG
TGATGTCTCCGAAGCCACCAGGCCCTCGCATAGATGCCCTCCTGGAGCAC
CCCCGCTACCGCGGCCGGGTCACCTACCTTCAGGGCTCTCCCCTGCACGA
CGATAGCCTGCTGAAAGCCCGCGTGGACGACGCCTCCGCCGTCATGGTTC
TTGCAGACAAAGCCCCCCCAAGCTCGCACGCGGAGGACATGGGATTATCC
CTGCAAGCGATTTCGGTCATGACTCACGTCGAGCTTGACCGCAGGCAAGG
GTGCGGCCCGAGGCTGCTGGTGGAGTTGGTCGACCCTAACGCCGCGCTAC
ACCTGCAGCAGGCTGCCGGTATCAAGCACGTGGTGAGCAGCGCGCAGGTG
AAGCTCAGCGTGCTGGCGCAGTCGTGTCTGTGCCCTGGGTGGGCCGCGGT
TGTGGCCAATCTGCTGGAGTCTAGGGCCGCTCTCCCGGCGGAGGTTCTCC
AGCAAGGGTCCTGGCTGGCCGAGTACTACGTCGGGGCGAAGAAGACCTTC
TACAGCGTCGAGTTCTCGCCGGCCTTCACTGGGGTTCTGTTCGGGGATGC
CGTCGTGCACATCTTCGAGTACTTTGAGCTGATTCTGGTGGCGGTGGAGA
CGAAGCGCCATGGACAGGCCGGGCTGGACGTCGAGTACAACGTAGTCGTC
AACCCCGGCGGGGACTACCGCATCGGCAAGGGTGACCGGGGCTTCCTGCT
CGCCGAATCGCAGGCTGACGCGAGAGTGATCTGGGACTACATGGCGGAGG
ACGGGATGGGCGGTGCTATCGACGAGGGTACCGGCCGCCTTAAGGAGCGC
TTCAGCAGCCCCGAGGAAGAGGAGGCCCTTGCGATGGAAACGCTCGGTAC
CGCGGGGGTAGCCGGCATGGGCCCCGAGACATTTGTGGACAGTATGGTGT
TCAGCCGAACTCTACTGCACTGCCAGAAGAAGCTTCCCGATGGACGCTCC
CCCGACATCGGACTGCTGCTGGAGTGGGCCAGGCAGTTCCAGGCGTCGAA
CGGCATGAGCGACAAGAAGGTGGTGAGGAAAGTGCTCGCGTCCGCGGGGC
TCGAGCCGCCCGTCGCCACGGTCCCGGAGCCGACAGGATACGACGCCCTC
GCCGCCGCGGTGCCCACCAGCAGAACCGCCACCAGCAAGATCTTCGCCTC
CGCTCTCGCCAAGAAGCCGAGCAACCATCGATGGGGCAATCAAGAGATGC
TGGCTCGCCCCGACGCAAGTGTCGACGGCGATGCTGCCTCTACCCTGGGC
CCTTCCGGCAGGCGACTTCGGAAGGCCGGAGCCCGCGGGGGTCCGGGCGC
CCGCGAGAGGTTCTTGTCGGACGTCATCGACGAGGAGGATTTGAGCATCG
TCAGCCCCTTGCTTGGTCGAGACGAAGGAGGAGATGGAGGTGGGGCCGGA
AGAGCCGGTAGAGGTGCAGGCGGCGGAGCTGATGGCGATGAGGGTGGCGT
CGGTGGAGATGAAGGCAGAACTGGTGGAGGTGATGCAGGTGAAGAGGGAG
CCCGAGAGGGCGGTGGAGATGGAGATGAAGGTCAAGCCGGCGGAGTTGAT
GGAAACGAAGGTGGAGCCGGCATACCCGATGGAGGTGAAGTTGTAGTCGG
TGGAGATGAAGGCCCACCTGGTGGAGGTGATGCGTATGAAGAAGGAGCCG
GAGGTGAAGGTGGAGCCGGCGGAGCTGAAGGACAAGCCCGTGGAGGTGAC
CGTAGAATCGGTGGAGATGAACTCTTAGCCGGTGGAGATGAAGGAAGAGC
CCGTGGAGATAAACGTGGAACCGGTGGAGATGAAAGTCGACCGGGCGGAG
ATGAAGGTGGAGCCGCTAGAGCCGGTGAAGATGCAGATGGAGCCATCGGT
GAAGCCAGTGAAGCCCAAGGTGGAGCCGGTGGAGATGAAGATGGAACCGG
TGGAGGCAGTGAAGATGGAGCCGGTGGCGCCGGCGACGAAGGGTCTGCGT
TTGGCGGTTTCGCTGTCGGCGTGGACCCTGCCAAGCCCGCCGAGCTCACG
GACCACGCGCCCGTTCCTCAACCCCTCGAGGTCTCTGTTGACCGCCTCAG
CAGGGCGTCGTCTGCTGGTTGTTCTTCTGCTCTGTCCGATCCCACGGTAT
CCGGCGAGGAAGTGGGACAGGAATGTGGGAACGGCAGCGATGGCACCGAA
TTTTTCGGCAGCAATGGAAATGATGTTGTCGGGGACAGCGGGGCGATTGA
CTCTACCCGGGATGCGGAAGGAGCAACAACTGCAGCTAGCACAGCAGCAC
CCTCCATTGGAATTCCACCATCTATCAGCCTAGAGCAGCAGCCGCAAGAA
CAACATGGGGCTTGGCCTACTTCTTTTGGCAGCGCATTAAACCGCGGCGG
CGATGGTGTTGGGGAAAAGGCTGGCAGCTTGACGGTTGAGGAGATCATGT
CGGAGCTGAGGACCGTGGAGGTGTCAAGCCTCACAAGGGACAATGCGTAC
GACCGTCTCTTGGCCCTCTGCTCGGCCGCTAACACGGCCCGGCTGCCCCC
GCCCCCGGATTCCTGTGAAACGATCACCACTCCCACCACTCCCGCCGCCG
CCGCCGTTCCAACTGCCGCAACGAACGCGGTGATGGACAACGCGCGCCTG
GTTGCCGAGGCAGGGGACGGAGGTGGCACACCTACCGCCGCCGCCGCCGC
TGCCGCCGCCGCTGCCGCCGCGGCTGCTGCCAGCGCTGCCGCTGCTGCAT
CCACCGCGACAATGGGGCTGCGTGCAAGTGTCCCTGCTTGCCGTCGGAGA
GTGTCCACGGCGAAGCACCTGGTTGGGCACGTCGTTGTGGTGGGCTTCCC
TGCGAGGCCATCGCACCTCGAGTGCTTCCTGCGGCCTCTCAAGGGCTGGA
CCGGGGGTGCCGGTATGGGAGGAGGCCGGGAAGTCGGCGGTGGCGGCGTG
CCTGTGGTGCTCGTCGCCGACGACGTGTCCAGGCTGGAATCCGCCCTCGA
GGTGGTCGATAGGCATGGCTACGTGAACACCAGCGAGGTTTACCTCTTCG
AGGGCTCGCCGGTAAGTCGGACGGATCTGGAGAACGCCGGCGTGCGCACG
GCCAAGGCCGTCCTCGTCATGAAGGATTCCAAGAGCACGAGATTCAACTA
CGGAGGGTCGGGAGACCCGCTGCGCGATGCAGAGGCTCTTGTATCGTTCA
TCAAGATGGAGGATGGCCTTCTGTCCGAAGACCAGCATGTGGTTGTGGAG
CTGGAAAGCTCAGCCAACGTCCGCTTCCTACACGCCCGCGCGGAAGCCAA
CAGTCTAAGCGCCATCGCCGGCCTGGGCGGCGCCGGGGCGGGCGGCGCGG
CCGACGAGGCTCACTACCTGTGGCCCAAGTTCGCCGCCGGGATGACCTAC
AACTCGTCCTTCGTCGACTCTATGTTCGGACAAGCGTTCTACCGCCCCTC
TAGGATCGCACTTCTGAAACGCCTGCTCCTCTTGGCCCGGGGGGAACAGC
AGGAGCAACCGGGGATGGCCTCGCGTTCACCGTCACAGGGTCCCAGTCGA
GGTGAGACCCGCTCTCCTTCGCCTTCGGAACCCGGGGCATCACCAGGAGC
GGAGGGAGATGGGCTTGGCAGGGAGTGCTGCCTGAGGCAGATGGCCGTGC
CACCGAGCCTCCTCGGCCACTCGTTTGGGGAGATGTTCCAACACTTGGCC
GCGCCGCCGCTGAGGTGTGTGGCGTTTGCGCTTCTTCGCGCTCGAGGCAC
GCGCAACGCTCCCGAGCCATATGTTTACACCGGCCCCAGGGCCGACACGG
TGCTGCACCCGGGAGACAGGGTGTTTATCCTCGGAAGACCGCCGGTGCTG
TGA