mRNA_A-nodosum_M_contig1211.3.5 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig1211.3.5
Unique NamemRNA_A-nodosum_M_contig1211.3.5
TypemRNA
OrganismAscophyllum nodosum dioecious (Ascophyllum nodosum dioecious (Feamainn bhuX, rockweed, Norwegian kelp, knotted kelp, knotted wrack or egg wrack))
Homology
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: A0A6H5L3M0_9PHAE (PKD domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L3M0_9PHAE)

HSP 1 Score: 780 bits (2015), Expect = 7.330e-266
Identity = 378/631 (59.90%), Postives = 452/631 (71.63%), Query Frame = 2 
Query:  326 PLPVRGRAAARSHTIKEDSYYLGQTSVRAQGLETHGSSPVEYGDGDTS--LSFTCTNEYP-AITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYWASK-GKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHCADVGYSIG 2206
            P    G+A A     +  S ++G  S R Q            G   TS  ++F CTN YP A T+TKW H +AEP++ T LTASS +GDP  DVF W F D   TVLEGR + +TF +VG   V L QI V+TGN + + +HVMVKYVRRE RQL  +DREAF +AME +YRLPT++G A+YG++Y+GI +FVQMHLDGAGVK+CDHWHDDAGIMTHHVG+TL FEQ LQV+DPSVSIPYW YTIESA G   YGES +F   WFG+ASPDNSLHTVD GR+AYLP         Y+HN YGLLR+PWN+D TPFVTR N TNG+ KT MVSCE Y S FD++TL   N+ LNGGTHGPVHI +GG+WNDPEE       ++    L+TKFLWRKGYLR P +C  E DG GD STCRA CPAE+YE+ GMTPYDVL+D  +L+W ++    +I YD   DRF V GHE+DE FQ+  W  +L SLCDPGHVGE++TS+APYDP+FWVIHP AER+LSWRR L  E  D +  DETWGY H G   G++G +CDWS V    LDMPSCV+  CGGH   D LPFEIK+KGE  +MTNLEW +FIYPD +DLPY+YNE+ WDHCA  G  IG
Sbjct:   47 PANAAGKAVAALAAAESTSVHVG-ASARTQXXXXXX----XXGQQATSDAITFQCTNGYPPATTSTKWDH-IAEPHRSTTLTASSTVGDPDADVFQWSFGD--GTVLEGRTVEYTFTSVGLHDVALRQIDVSTGNVYRMSSHVMVKYVRREIRQLKDEDREAFFDAMETLYRLPTSEGNAVYGDEYKGINFFVQMHLDGAGVKDCDHWHDDAGIMTHHVGYTLQFEQALQVVDPSVSIPYWEYTIESAQGLTEYGESTIFAADWFGEASPDNSLHTVDKGRWAYLP-----GATDYVHNPYGLLRSPWNVDGTPFVTRFNLTNGEDKTSMVSCETYQSCFDATTLATMNNCLNGGTHGPVHIKVGGEWNDPEEDMATKLGYTSAIPLLTKFLWRKGYLRTPESCTAEEDGVGDSSTCRAGCPAEVYENLGMTPYDVLMDIFSLHWIARLSGGIIVYDEAHDRFVVAGHEEDEAFQSVIWKTVLHSLCDPGHVGELYTSSAPYDPLFWVIHPTAERFLSWRRKLATERPDVWALDETWGYSH-GHVVGETGVVCDWSGVGDDFLDMPSCVRGICGGHGVDDMLPFEIKVKGETVKMTNLEWYQFIYPDNDDLPYMYNEFAWDHCAANGDYIG 663
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: D7FSP4_ECTSI (PKD domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FSP4_ECTSI)

HSP 1 Score: 777 bits (2007), Expect = 2.930e-264
Identity = 359/591 (60.74%), Postives = 444/591 (75.13%), Query Frame = 2 
Query:  452 GDGDTSLSFTCTNEYPAITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSAD-----FSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYW-ASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHCADVGYSIG 2206
            GD    LSF  +NEY   T + WTH LAEP+++T  TASS +G P  DVF W F D   TVLEGRE+ H FKT+GRQRV+LSQIVV+TGNTH     VMVKYVRRE R LT KDREAF +AME +YRLPT +GR +YGE+Y+GI +FVQMHL+GAGV +CDHWHDDAGIMTHHVG+TLLFEQ LQV+DP+V+IPYW YTIE+A G + Y  SE+F   WFG+ASPDN LHTVD GR+A+LPV E A  + Y+HN YGLLR+PWN D TP+VTRHN TN +    +VSC+ Y S FD   L   N+ LNGGTHGPVHI +GG+WNDP+E  +Q+       ++    L++K+LWRKGYLR+P +C+ E +G GD STCR+SCPAELYES+GM PYDVL+D +AL+W A     ++ +D++ + F V GHE D +F    W K+L SLCDPGHVGE+++S+APYDP+FWVIHP AER++ W+R L RE  D + F E WGY H G   G++G +CDWS VR GTLDMP+CVK  CGGH A D LPF++KI GEVR+MTN EWL+FIYPD E+LPY+Y+ + WDHCA  GY IG
Sbjct:  102 GDATEGLSFVSSNEYLPTTGSPWTH-LAEPFRDTTFTASSTLGRPDEDVFKWSFED--GTVLEGREVKHNFKTLGRQRVSLSQIVVSTGNTHETVGSVMVKYVRREIRSLTDKDREAFFDAMETLYRLPTVEGRELYGEEYKGINFFVQMHLNGAGVSDCDHWHDDAGIMTHHVGYTLLFEQALQVVDPAVTIPYWEYTIEAAAGLEDYDSSEVFASDWFGEASPDNELHTVDKGRWAFLPVMEDA--WHYVHNPYGLLRSPWNTDPTPYVTRHNVTNNKDVQGVVSCDDYQSCFDKDNLADMNNCLNGGTHGPVHIKVGGEWNDPQEGIIQALGTLFGRYTNKVPLMSKYLWRKGYLRMPTSCSVESEGTGDASTCRSSCPAELYESKGMKPYDVLMDVYALHWIAESAGGIVVWDNNTEHFTVAGHEHDAEFMEGLWTKVLTSLCDPGHVGELYSSSAPYDPLFWVIHPTAERFMGWKRKLARERPDVHPFSEDWGYTH-GNVVGETGMVCDWSGVRQGTLDMPTCVKGICGGHSAGDLLPFKVKIGGEVRKMTNAEWLDFIYPDNEELPYMYDSFGWDHCAASGYLIG 686
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: D7G0J9_ECTSI (PKD domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0J9_ECTSI)

HSP 1 Score: 769 bits (1987), Expect = 1.430e-261
Identity = 352/588 (59.86%), Postives = 444/588 (75.51%), Query Frame = 2 
Query:  446 EYGDGDTSLSFTCTNEYPAITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYW-ASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHCADVGYSIG 2206
            EY   D  L    +N YP + N+ W + LAEP+++T LTA S +GDP  DVF W F D   TVLEGRE+ + FK VG Q V+L+Q +V+TG    +E  VMVKYVRRE RQL  +DREAFL+AME +YRLPT +G A+YG+DY+GI +FVQMHLDGAGV +CDHWHDDAGIMTHHVG+T+LFEQ LQV+DPSV+IPYW YTIE + G   YGES++F P WFGDASP+N++HTVDNGR+AYLPV + A  + Y+HN YGLLRTPWN D TP+VTRHN TN Q  T +V+C +Y + FD +TL    + LNGGTHGPVHI +GG+WN+PEE    S  ++    L+ KFLWRKGYLR+P +C E+  G GD STCRASCP+E+YE+ GMTPYDVL D  +++W A K   V+ +D ++++FY+ GHEDD +F+  FW ++L SLCDPGHVGE++TS+APYDP+FWVIHP AER++ WRR LG E  D +  DETW Y H G   G++GT+CDW DVR G+LDMP+C K  CGGH A D LPF++K+KGE  +MTNL+W +FIYPD +DLPY+YNEY WDHCA  G  +G
Sbjct:   88 EYATAD-DLWLDTSNAYPRLANSAWAN-LAEPFRDTTLTAGSSVGDPDRDVFKWSFED--GTVLEGREVTYMFKGVGAQTVSLAQTMVSTGRIVQIEDSVMVKYVRREVRQLKAEDREAFLDAMEKLYRLPTEEGVALYGDDYKGISFFVQMHLDGAGVSDCDHWHDDAGIMTHHVGYTMLFEQALQVVDPSVTIPYWEYTIEYSQGLTDYGESQIFAPDWFGDASPNNAMHTVDNGRWAYLPVMQDA--WDYVHNPYGLLRTPWNTDPTPYVTRHNMTNAQDITGVVTCGMYQNCFDETTLAGLFNCLNGGTHGPVHIKMGGEWNNPEEELTNSLGYADEVPLMAKFLWRKGYLRMPTSCTEDEHGTGDDSTCRASCPSEIYENLGMTPYDVLYDALSIHWVAGKSGGVVVWDEEKEKFYIAGHEDDVEFEKFFWLRILNSLCDPGHVGELYTSSAPYDPLFWVIHPTAERFMGWRRKLGVEQPDMWPLDETWDYSH-GWVVGETGTVCDWDDVREGSLDMPTCRKGICGGHGADDLLPFKVKVKGETMQMTNLQWYQFIYPDNDDLPYMYNEYQWDHCASSGNYMG 668
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: A0A6H5LKB4_9PHAE (TYR protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5LKB4_9PHAE)

HSP 1 Score: 716 bits (1847), Expect = 7.950e-241
Identity = 332/605 (54.88%), Postives = 435/605 (71.90%), Query Frame = 2 
Query:  398 TSVRAQGLETHGSSP-VEYGDGDTS-LSFTCTNEYPAITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYWASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHCADVGYSIG 2206
            T     G E   +SP  +  D +TS LS T TN YP I+ + W H LAEP++ ++L A S++G+P +DVF W   ++     +GREI +TF   GR+ + L+Q V +TG  H L  H+MVKYVRRE R L   DR AF +A+E +YRLPT++G   +G DY+GI+YFVQ+HLDGAGVK+CDHWHDDAGIMTHHVGFTL FEQ +Q++DPSV+IPYW Y+IE+    DSYG+S +F   WFG+ SP+N  HT+  GR+A+L V   A  +  +HN YGLLR+PWN+D TPFVTRHN T+  + TDMVSC +YSS F SS+L + N+ LNG THGPVHI+ GG+W+  EE F+Q   + +   L+TKFLWRKGYL +P  C       G+  +C+ SCP+ELYES+GMTPYDVL+D HAL W S     + Y S +D+F V G+EDDE FQ A++ KML S C+PG VGEMFTSAAPYDP+FWV+HP A+R L+WRR+LGR+G +G++FDETWGY H     G++GT+C+W DV PG+ DMP+C+   CGGH   D LPF +K+KGE  ++TN EW++ IYP  EDLPY+Y+E+ WDHC++ GYS G
Sbjct:   66 TGAALSGGEEDDTSPHAQIRDEETSVLSLTSTNGYPDISWSPWAH-LAEPHRASVLRAESQVGNPDDDVFLWTLPNENGASFQGREIEYTFTEPGRKDIVLTQTVTSTGERHTLHTHIMVKYVRREIRTLHNSDRVAFFDALETLYRLPTSEGVQQFGSDYKGIDYFVQLHLDGAGVKDCDHWHDDAGIMTHHVGFTLQFEQAMQLVDPSVTIPYWEYSIEATDDLDSYGDSIVFDHDWFGEFSPNNDFHTMTKGRWAFLRVQRDA--WDSVHNPYGLLRSPWNVDDTPFVTRHNTTSSMTATDMVSCSVYSSCFASSSLSIMNACLNGETHGPVHILTGGEWHAAEEDFIQKVGYYESVPLVTKFLWRKGYLSIPDKCE-----VGE--SCQTSCPSELYESKGMTPYDVLMDVHALMWTSHTASSLVYSSRKDKFEVKGYEDDEPFQRAYFKKMLNSFCNPGAVGEMFTSAAPYDPVFWVVHPTADRLLAWRRMLGRQGVEGWDFDETWGYTHTS-VVGETGTVCNWDDVVPGSGDMPTCITGICGGHNEDDLLPFTVKVKGENVQLTNAEWMDLIYPTNEDLPYMYDEFKWDHCSEDGYSFG 659
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: D7G0J8_ECTSI (Putative scytonemin-related tyrosinase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0J8_ECTSI)

HSP 1 Score: 710 bits (1832), Expect = 8.470e-238
Identity = 329/577 (57.02%), Postives = 420/577 (72.79%), Query Frame = 2 
Query:  455 DGDTS-LSFTCTNEYPAITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYWASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHC 2182
            D +TS LS T TN YP I  + W H LAEP++ T+L A S++G+P +DVF W   ++     EGREI + F   GR+ + L+Q V +TG  + L  ++MVKYVRRE R L   DR AF + +E +YRLPT+QG   +G DY+GI+YFVQMHLDGAGVK+CDHWHDDAGIMTHHVG+TL FEQ +Q+++PSVSIPYW YTIE+  G  SYGES +F   WFG+ SP N LHTV  GR+A+LP+   A  +  +HN YGLLR+PWNL+ TPFVTRHN T+  S T MVSC +Y S FDS+TL   NS LNG THGPVHI+ GG+W+  EE F+Q   + +   L+TKFLWRKGYL +P TC++        + C+ SCPA+LYES+GMTPYDVL+D HAL W +     + Y+S +D+F V GHEDDE FQ AF+ KML S C+PG+VGEM+TSAAPYDP+FWVIHP A+R L+WRR+LGR+G +G++FDETWGY H     G++GT+C+W DV PG+ DMP+CVK  CGGH   D LPF +KI GEV ++TN  W++ IYP  EDLPY+Y+E+ W HC
Sbjct:   86 DEETSVLSLTATNGYPDIVWSPWVH-LAEPHRATVLRAESQVGNPNDDVFLWTIPNENGASFEGREIEYIFTDPGRKDIVLTQTVTSTGERYSLHTYIMVKYVRREIRALNNADRVAFFDTLETLYRLPTSQGVEEFGTDYKGIDYFVQMHLDGAGVKDCDHWHDDAGIMTHHVGYTLQFEQAMQLVNPSVSIPYWEYTIEATEGLPSYGESTVFNDDWFGEFSPRNELHTVTKGRWAFLPIQPDA--WDSVHNPYGLLRSPWNLNPTPFVTRHNATSSMSATAMVSCSVYLSCFDSTTLADMNSCLNGETHGPVHILAGGEWHAAEEDFIQKVGYYESVPLVTKFLWRKGYLSIPDTCDQG-------TPCQTSCPAKLYESKGMTPYDVLLDVHALMWTAHTSASLVYNSKKDKFEVKGHEDDESFQQAFFKKMLNSFCNPGNVGEMYTSAAPYDPLFWVIHPTADRLLAWRRMLGRQGAEGWDFDETWGYAHSS-VVGETGTVCNWDDVVPGSGDMPTCVKGICGGHNEDDLLPFSVKINGEVMKLTNAGWMDLIYPTNEDLPYMYDEFKWTHC 651
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: D7G0K0_ECTSI (Tyrosinase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0K0_ECTSI)

HSP 1 Score: 630 bits (1625), Expect = 1.410e-210
Identity = 298/515 (57.86%), Postives = 365/515 (70.87%), Query Frame = 2 
Query:  644 REIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYWASKGKR-VIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHCA 2185
            R + H FK VGR  V+L QIVV+TG  +++ + VMVKYVRRE RQLT KDREAF +AME +YRLPT +G A+YGEDY+GIE+FVQMHLDGA VKECDHWHDDAGI+THHVGFTLLFEQ LQV+DPSVSIPYW YTIE+ALG  +YGES++F PGWFGDASPDNSLHTV +GR+A+L + ++A  + Y+HN YGLLR PWN D TPFVTR+++ NG   TDMV+CE + S F+SS++   N+ LN G HGPVH  +GG+WN+PEE F     +S    ++ K LWR+GYLR+P TC +  DG G+ STC  SCPAELYES GMTPYDVLVDT A YW ++     + YD DEDRF V GHEDDEDFQ  FW ++L SLCDPG                W +                        D+TWGY  DG   G++  +CDWS VR   L MP+CV+  C GH A + LPFEIK++GE   MTNLEW +FIYPD ++LPY+YNE+ W+HCA
Sbjct:    3 RRVKHKFKAVGRHEVSLMQIVVSTGEVYHMSSSVMVKYVRREIRQLTDKDREAFFDAMETLYRLPTGEGVALYGEDYKGIEFFVQMHLDGAAVKECDHWHDDAGIVTHHVGFTLLFEQALQVVDPSVSIPYWEYTIEAALGLANYGESQVFHPGWFGDASPDNSLHTVTDGRWAFLSIMKEA--WDYVHNPYGLLRAPWNTDGTPFVTRYDKINGVDSTDMVTCEEFQSCFESSSIAAMNNCLNAGIHGPVHNTMGGEWNNPEEEFTFRLGYSASVAILAKALWRQGYLRVPNTCLQGKDGPGNASTCITSCPAELYESLGMTPYDVLVDTSAAYWVAEAAGDAVMYDHDEDRFVVTGHEDDEDFQNEFWMRVLHSLCDPG----------------WSL------------------------DDTWGYL-DGNMFGETRVVCDWSGVRDDPLAMPTCVEGNCAGHKANEALPFEIKLQGETVTMTNLEWYQFIYPDNDNLPYMYNEFAWNHCA 474
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: A0A6H5KFJ6_9PHAE (TYR protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KFJ6_9PHAE)

HSP 1 Score: 586 bits (1511), Expect = 5.130e-193
Identity = 282/503 (56.06%), Postives = 353/503 (70.18%), Query Frame = 2 
Query:  488 NEYPAITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESAL---GYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFE---------------------------KAAEYG----YIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYW-ASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGRE 1891
            N YP + N+ W   LAEP++ET LTA S +GDP  DVF W F D   TVLEGRE+ + FK VG Q V L+Q +V+TG    +E  VMVKYVRRE RQL  +DREAFL+AME +YRLPT +G A+YG+DY+       MHLDGAGV +CDHWHDDAGIMTHHVG+T+LFEQ LQV+DP+V+IPYW YTIE      G   YGES++F P WFGDASP+N++HTVDNGR+AYLPV +                           + A+ G    Y+HN YGLLRTPWN D TP+VTRHN TN Q  T +V+C +Y + FD +TL    + LNGGTHGPVHI +GG+WN+PEE    S  ++    L+ KFLWRKGYLR+P +C  E  G GD STCRASCP+E+YE+ GMTPYDVL D  +++W A K   V+ +D ++++FYV GHEDD +F+  FW ++L SLCDPGHVGE++TS+APYDP+FWVIHP AER++ WRR L  E
Sbjct:   18 NAYPRLANSAWAK-LAEPFRETTLTAGSSVGDPDKDVFKWSFED--GTVLEGREVTYIFKGVGAQTVFLAQTIVSTGRIVQIEDTVMVKYVRREVRQLRAEDREAFLDAMETLYRLPTEEGVALYGDDYK-------MHLDGAGVSDCDHWHDDAGIMTHHVGYTMLFEQALQVVDPAVTIPYWEYTIECGCHSQGLTDYGESQIFDPDWFGDASPNNAMHTVDNGRWAYLPVMQASPAIAVLHCTLTGLIIYIHPTVDTIYRVAQDGDAWDYVHNPYGLLRTPWNTDPTPYVTRHNMTNAQDITSVVTCGMYQNCFDETTLAGLFNCLNGGTHGPVHIKMGGEWNNPEEELTNSLGYADEVPLMAKFLWRKGYLRIPTSCTVEEHGTGDDSTCRASCPSEIYENLGMTPYDVLYDALSIHWVAGKSGGVVVWDEEKEKFYVAGHEDDLEFEKFFWLRILNSLCDPGHVGELYTSSAPYDPLFWVIHPTAERFMGWRRKLSVE 510
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: A0A6V1TYR0_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1TYR0_HETAK)

HSP 1 Score: 456 bits (1172), Expect = 3.310e-141
Identity = 249/590 (42.20%), Postives = 344/590 (58.31%), Query Frame = 2 
Query:  437 SPVEYGDGDTSLSFTCTNEYPAITNTK--WTHYLAEPYKETILTAS---SKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEEL--FLQS-ADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHALYWASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHC 2182
            S ++Y D +TSL F  +NEY  +T  K  W H +AEP++ T L A+     I +  +  FTW   D +   L+   I  TF TVG + V L+    ++G+    E+ V+VKYVRRE R LT +DR+  L+A+E IYR+    G  +YGE+YR I  F + HL+GAG   CD WHDDAGI+THH+GFT+ FE+ +Q+IDP +S+PYW YTI++ L  D+  ES +F   WF      +  H V+ GRFAYL + +       + N YGLLRTPW  D  P++TR  E N  +    VSC ++ S+F+   +   N+ LNGG HGPVHI +GG+WN  +E+  F+ +   F    VL+ K LWR G+ R P TC E         TC    P E+ E  G+T Y+ +     L + S     + Y SD+  +++ G ED  + + A W K+L++L +PG VGEM+TS+AP DP FW++HP AER LS RR++     D    DETWGY H      D+G +CDWS+V    L  P CV+ TC GH A D L F   I    ++ TN E  ++I P   DLPY+Y+ YNWDHC
Sbjct:   66 SSIDYTD-ETSLKFASSNEYTRVTPIKAVWEH-IAEPFRVTTLEATFDGEVIPNHHHLDFTWEV-DGEVQKLKANAIDLTFTTVGLKSVKLTIADSSSGSVGNYESEVVVKYVRREIRSLTDEDRKRTLDAIETIYRVDQQTGEELYGENYRSIVSFSKEHLNGAGRLGCDSWHDDAGIVTHHLGFTIEFEEVMQLIDPMISLPYWEYTIDTDLYGDNIWESPIFQDEWFSPLDTVDENHVVNQGRFAYLEIPKITDGSFDVLNPYGLLRTPWVTDPNPYLTRGKEINKGALFGSVSCNMFKSTFNQGDIATINNRLNGGAHGPVHIQIGGEWNVNDEMLSFMDAYGGFEYKLVLVFKILWRTGFARCPTTCAEG-------ETCECYAPVEVLEEAGLTAYEAMKQIDVLKYLSTDGDYV-YTSDDGEYHIYGLEDSPEEEEAVWLKILQALANPGWVGEMYTSSAPTDPTFWILHPTAERLLSARRLVK----DTMSLDETWGYTHQDNNPSDNGWVCDWSNVEGWGL--PDCVQGTCSGHNADDVLEFNF-INFPGKQFTNQELYDYIDPTNVDLPYMYDSYNWDHC 637
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: A0A7S2CGQ1_9STRA (Hypothetical protein n=2 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2CGQ1_9STRA)

HSP 1 Score: 444 bits (1142), Expect = 6.760e-137
Identity = 234/583 (40.14%), Postives = 331/583 (56.78%), Query Frame = 2 
Query:  470 LSFTCTNEY-PAITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGES-ELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQS-KTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEE-LFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVD-THALYWASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHCADVGYSI 2203
            L F+ +NEY  ++   KW H + EPY+ T LTA     D     + W   D   TV   +   +TF+ VG   V +S   +         + V  KYVRRE R +T  DRE FL+ +  +Y L T  G+A YGE Y+ I YFV+ HL GA   +CDHWHD+AGIMTHH+ FTL  EQ LQ +DP++S+PYW YT +S L  D   ES E+F+  WFG ASP ++ H V  GR+AY P+   A++Y  I N+YGLLR+PWN + T + TR+++  G     +  +C  +S      ++   N  LNG THGPVHI++GGQW      + ++    +   +L+ K LWR GY++ P +C++        S C+ SCPA   ++   TPY +L + T  L+W     R I +D D+  +++ G     + +   W  +L +LCDPGH GEM+TSAAPYDP FWV+H  AER L +RR+      D    DETWG+ H    A D G +CDWS V  G   +P+C    C GH ATDTLPF     G     +N+++ +F+ P+ + + YVY+ + W+HC   G S+
Sbjct:   80 LKFSVSNEYGQSVKGYKWDH-IVEPYRLTTLTAILN-DDDQEGTYIWVVGD---TVSSTKVAYYTFQDVGFNLVNVSWTSLDGETKLSASSQVACKYVRREMRAMTVSDRERFLDTLRLLYDLKTKDGQASYGEKYKDIHYFVKKHLHGAAALDCDHWHDNAGIMTHHLAFTLELEQTLQAVDPAISVPYWEYTKDSILHADGDWESSEVFLDEWFGVASPTSNDHVVTEGRWAYAPIMSDASDYSNITNSYGLLRSPWNTNPTAYFTRYDKVLGNEFYNNFPTCTQFSECIKRPSIAQINECLNGETHGPVHIMIGGQWGSVSSAVAMKEYGLAPQHLLLAKNLWRHGYVKCPDSCDDSS------SECKCSCPASQLDT---TPYKILTEKTGLLHWIDDSSRAIYFDEDDGEYHIQGFT--AEMEAGAWQDILDALCDPGHAGEMYTSAAPYDPTFWVLHTAAERLLQYRRMQA----DVSPLDETWGFAHMNA-ASDVGVVCDWSSVENGGDSLPTCTAKLCEGHGATDTLPFS-DFLGHGETYSNMQFYDFMEPNNDQILYVYDNFEWEHCESQGVSM 640
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BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Match: A0A7S4DBJ4_HETAK (Hypothetical protein n=2 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S4DBJ4_HETAK)

HSP 1 Score: 440 bits (1132), Expect = 2.240e-135
Identity = 253/592 (42.74%), Postives = 346/592 (58.45%), Query Frame = 2 
Query:  437 SPVEYGDGDTSLSFTCTNEYPAIT--NTKWTHYLAEPYKETILTASSK---IGDPTNDVFTWRFWDDKNTVLEGREIAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDREAFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDDAGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFVPGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLDSTPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVHIILGGQWNDPEELFLQSAD---FSQLAVLITKFLWRKGYLRLPVTCNEEVDGAGDVSTCRASCPAELYESRGMTPYDVLVDTHAL-YWASKGKRVIRYDSDEDRFYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGTLDMPSCVKMTCGGHYATDTLPFEI-KIKGEVREMTNLEWLEFIYPDTEDLPYVYNEYNWDHC 2182
            S ++Y DG    S + +NEY   T  N+ W H +AEP++ T L A+     I +  +  FTW   D ++  L+   I  TF + G + V L+    ++G     E+ V+VKYVRRE R LT +DR+  L+A+E I+R+    G  +YGE+YR I+ F + HL+GAG  ECD WHDDAG++THH+GF+L FE+ +Q+IDP +S+PYW YT+++ L  DS  ES +F   WF   + DN  H VD GRFAYL V  K  +   + N YGLLRTPW+ D TP++TR     G +    V C  Y S+F+   +   N  LNG THG +HI +GGQWN  EE      D   FS    LI K LWR G+ R P TC+     AG+  TC  + P E+ E  G+T Y+ L+    L Y  + G+ +  Y +D  R+++ G E   +    F  K+L+++ +PG+VGEM++S+AP DP FWV+HP  ER L  RR+L  +G     FDETWGY HD   A D+G +CDWS V      +P CV+ TC GH A D L F+     G  R  TN E  +FI P   DLPY+Y+ YNWDHC
Sbjct:   88 SSIDYTDG---FSLSSSNEYTRRTPINSVWEH-IAEPFRVTTLEATYNGEVIPNHHHLDFTWEV-DGESQDLKANAIDVTFTSTGPKTVKLTIADSSSGTVGTYESEVVVKYVRREIRSLTDEDRKRTLDAIETIFRVDQETGEHLYGENYRSIQSFSEEHLNGAGRVECDSWHDDAGMVTHHLGFSLEFEEVMQMIDPLLSLPYWEYTLDTDLYGDSIWESPIFSEEWFSPFASDNPHHIVDKGRFAYLEV-PKVTDGFDVVNPYGLLRTPWSADPTPYLTRGKYVFGATPLSSVECSAYESAFNVDDVATMNMLLNGKTHGALHIQIGGQWNLDEETLAFIDDYGGFSNTLALIFKVLWRTGFARCPATCS-----AGE--TCECTAPLEVLEQAGLTAYEALMQAGVLKYLNTNGENL--YLADSGRYHIRGKEGTPEEDQVF-LKILQAMANPGYVGEMYSSSAPTDPTFWVLHPTIERLLGARRLL--KGVK--PFDETWGYVHDYTVASDNGWVCDWSAVEG--YGLPECVQGTCPGHNADDVLEFKFANFPG--RTFTNQELYDFIEPTNIDLPYMYDSYNWDHC 655
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig1211.3.5 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5L3M0_9PHAE7.330e-26659.90PKD domain-containing protein n=1 Tax=Ectocarpus s... [more]
D7FSP4_ECTSI2.930e-26460.74PKD domain-containing protein n=2 Tax=Ectocarpus T... [more]
D7G0J9_ECTSI1.430e-26159.86PKD domain-containing protein n=1 Tax=Ectocarpus s... [more]
A0A6H5LKB4_9PHAE7.950e-24154.88TYR protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0... [more]
D7G0J8_ECTSI8.470e-23857.02Putative scytonemin-related tyrosinase n=1 Tax=Ect... [more]
D7G0K0_ECTSI1.410e-21057.86Tyrosinase n=1 Tax=Ectocarpus siliculosus TaxID=28... [more]
A0A6H5KFJ6_9PHAE5.130e-19356.06TYR protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 Ta... [more]
A0A6V1TYR0_HETAK3.310e-14142.20Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
A0A7S2CGQ1_9STRA6.760e-13740.14Hypothetical protein n=2 Tax=Dictyocha speculum Ta... [more]
A0A7S4DBJ4_HETAK2.240e-13542.74Hypothetical protein n=2 Tax=Heterosigma akashiwo ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig1211contigA-nodosum_M_contig1211:91954..135737 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ascophyllum nodosum dioecious OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7FSP4
PFAMsTyrosinase
Model size4126
Max annot lvl2759|Eukaryota
Hectar predicted targeting categorysignal peptide
Exons17
Evalue3.25e-275
EggNOG OGs2D2AI@1|root,2SM4K@2759|Eukaryota
DescriptionCommon central domain of tyrosinase
Cds size2028
COG categoryS
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680866639.657272-UTR-A-nodosum_M_contig1211:91953..920111680866639.657272-UTR-A-nodosum_M_contig1211:91953..92011Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1211 91954..92011 +
1680866639.6720967-UTR-A-nodosum_M_contig1211:98539..986801680866639.6720967-UTR-A-nodosum_M_contig1211:98539..98680Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1211 98540..98680 +
1680866640.133484-UTR-A-nodosum_M_contig1211:133838..1357371680866640.133484-UTR-A-nodosum_M_contig1211:133838..135737Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1211 133839..135737 +


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

Feature NameUnique NameSpeciesTypePosition
1680866639.683481-CDS-A-nodosum_M_contig1211:98680..988911680866639.683481-CDS-A-nodosum_M_contig1211:98680..98891Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 98681..98891 +
1680866639.6917028-CDS-A-nodosum_M_contig1211:108060..1082951680866639.6917028-CDS-A-nodosum_M_contig1211:108060..108295Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 108061..108295 +
1680866639.7126126-CDS-A-nodosum_M_contig1211:108649..1087581680866639.7126126-CDS-A-nodosum_M_contig1211:108649..108758Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 108650..108758 +
1680866639.7233644-CDS-A-nodosum_M_contig1211:109030..1091531680866639.7233644-CDS-A-nodosum_M_contig1211:109030..109153Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 109031..109153 +
1680866639.7337255-CDS-A-nodosum_M_contig1211:119929..1200051680866639.7337255-CDS-A-nodosum_M_contig1211:119929..120005Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 119930..120005 +
1680866639.7459257-CDS-A-nodosum_M_contig1211:120416..1205181680866639.7459257-CDS-A-nodosum_M_contig1211:120416..120518Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 120417..120518 +
1680866639.7545817-CDS-A-nodosum_M_contig1211:120754..1208821680866639.7545817-CDS-A-nodosum_M_contig1211:120754..120882Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 120755..120882 +
1680866639.7646132-CDS-A-nodosum_M_contig1211:121986..1220941680866639.7646132-CDS-A-nodosum_M_contig1211:121986..122094Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 121987..122094 +
1680866639.9717748-CDS-A-nodosum_M_contig1211:122344..1224461680866639.9717748-CDS-A-nodosum_M_contig1211:122344..122446Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 122345..122446 +
1680866640.0519183-CDS-A-nodosum_M_contig1211:122787..1228481680866640.0519183-CDS-A-nodosum_M_contig1211:122787..122848Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 122788..122848 +
1680866640.0662832-CDS-A-nodosum_M_contig1211:123164..1233851680866640.0662832-CDS-A-nodosum_M_contig1211:123164..123385Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 123165..123385 +
1680866640.0763907-CDS-A-nodosum_M_contig1211:123506..1236131680866640.0763907-CDS-A-nodosum_M_contig1211:123506..123613Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 123507..123613 +
1680866640.0857239-CDS-A-nodosum_M_contig1211:132245..1323651680866640.0857239-CDS-A-nodosum_M_contig1211:132245..132365Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 132246..132365 +
1680866640.0955524-CDS-A-nodosum_M_contig1211:132564..1327361680866640.0955524-CDS-A-nodosum_M_contig1211:132564..132736Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 132565..132736 +
1680866640.106807-CDS-A-nodosum_M_contig1211:133258..1333681680866640.106807-CDS-A-nodosum_M_contig1211:133258..133368Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 133259..133368 +
1680866640.1168158-CDS-A-nodosum_M_contig1211:133795..1338381680866640.1168158-CDS-A-nodosum_M_contig1211:133795..133838Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1211 133796..133838 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig1211.3.5prot_A-nodosum_M_contig1211.3.5Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig1211 98681..133838 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig1211.3.5

>prot_A-nodosum_M_contig1211.3.5 ID=prot_A-nodosum_M_contig1211.3.5|Name=mRNA_A-nodosum_M_contig1211.3.5|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=676bp
MRAHRLLLLLLLALVRSGSLSFASSGPRAFQSGDQKYGEKGSPLPVRGRA
AARSHTIKEDSYYLGQTSVRAQGLETHGSSPVEYGDGDTSLSFTCTNEYP
AITNTKWTHYLAEPYKETILTASSKIGDPTNDVFTWRFWDDKNTVLEGRE
IAHTFKTVGRQRVTLSQIVVATGNTHYLEAHVMVKYVRREFRQLTGKDRE
AFLNAMEAIYRLPTAQGRAIYGEDYRGIEYFVQMHLDGAGVKECDHWHDD
AGIMTHHVGFTLLFEQGLQVIDPSVSIPYWSYTIESALGYDSYGESELFV
PGWFGDASPDNSLHTVDNGRFAYLPVFEKAAEYGYIHNAYGLLRTPWNLD
STPFVTRHNETNGQSKTDMVSCEIYSSSFDSSTLKVFNSYLNGGTHGPVH
IILGGQWNDPEELFLQSADFSQLAVLITKFLWRKGYLRLPVTCNEEVDGA
GDVSTCRASCPAELYESRGMTPYDVLVDTHALYWASKGKRVIRYDSDEDR
FYVMGHEDDEDFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPE
AERYLSWRRILGREGFDGYEFDETWGYRHDGGPAGDSGTMCDWSDVRPGT
LDMPSCVKMTCGGHYATDTLPFEIKIKGEVREMTNLEWLEFIYPDTEDLP
YVYNEYNWDHCADVGYSIGPTTTAR*
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mRNA from alignment at A-nodosum_M_contig1211:91954..135737+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig1211.3.5 ID=mRNA_A-nodosum_M_contig1211.3.5|Name=mRNA_A-nodosum_M_contig1211.3.5|organism=Ascophyllum nodosum dioecious|type=mRNA|length=43784bp|location=Sequence derived from alignment at A-nodosum_M_contig1211:91954..135737+ (Ascophyllum nodosum dioecious)
GTTTGCCGGGATCGAACTCACGTCCCAACGTGTCAGAAGGTTACGAGGTG
CCGACTGAGCAAGTCAAAAATCCTCGTTTTCTGGACAGACAAGTGGGATT
CAGAATCGAAATAATGGTAAAATAAATACATTTTTgTTGATCGATAGAAG
TAATGGTAAAGATATACCAAGTAAAGCAATATATAATTTGAAGGCAGGTA
GTGAGGTTTAGCAGAAAAGGAAAAGGAAGGATCATATCCACCCAAGATAA
GAGCTTTTTATCTATTAAAATCGAGCTAGTTAGTGGAGTAATCGGGTTTT
CATCAAATCCGCGGCCCTTCGTTCAATCATTCTTCGATGCACATGTGCCC
CGGCATTGTAAGTCCGTGTCCTCTTTTTGTTGTATATTTTTTGTTTCTAT
TTTGTTTGTTTGGAGTCGTCGCTTTTCCGTCAGTTGAGTAAACATTGCCG
TTTCATTTTCTGTGGAACTTGTGTTGTATGTTTTCCTTCCGGATGGTCTT
TTTTCTAGTTTTGTGACCAAAGGCTGGATTTCCTATATCAGCTTAATAAT
AAGTAAAAAGTTCAATCAATCAAGTTGGGTTCATCATCGACTTGTCTGAC
GATCACCAAGGAATACCAGTAATAATGGTTTAGAGCTTAGGGATGGGGAG
TTTTGTTTTCTGATTTCAGCTGTTTGTTGTGGGTATTTTCTAGTGTCGCG
TAGACTAAAGCTCATTGAATAGAATAAATTGAAAGGCTTAAATTCAATTT
TTTCAAGATTTACGCCTTTCTGAAAATACTACTAACATGCTACGAAGGAT
GGGGTGGTAGTAGTATTACAACCGCCTTCCAGATGACTTCATATTTTCAA
AAGGGGGGACGGGAACAAAATATCCCCGACTAAGGTCTGAAAAAAATATG
ACAGCTTGCTCGGGGTTTGGAGTCAACGTCTTGAAAAAAAAAAAACGAAT
GGTTAGTGCCGGTTTAACCAGGTTTTAGATAAATCCCTATGAAAAATTTA
GAGAACGCAAAAAAGGCGGAGATGGTCGGAAACATCCCTGGGCTTGAAAA
AACGCCCGATTGAGCTGAAAATTTCCCAGAGGCTCGTCTCGGTAAAATTA
TTGATGGTAAAATACGCGGTATTTTCCGCGGTAATTGGTAATTGTAAGTT
GCCGTGTGAAATAGGAAATTACCATTCCCATCTCAACCGTTACCAACAAA
TGCATTATTCCCGTTTCCATTCAAATCGAATTATATCATCGTTCCCATCC
AAAAGTTACCTCGCaAATATTACAActtCCGTGATATTTCGATACAATGG
TAACCGTTACCACGAAAATATAAAAATATCAGTACCAATTACCGTTACTA
TTTAAGCCGGTCGACCCCGGTAGCTCAGTCGGCACCTCGTAACCTTCTGA
CACGTTGGGACGTGAGTTCGATCCCggcaAACGGGATTTTTCTCACTaAA
AACTAAAAAACCAAATAAAAATGCTCAACGTGGAGAACGATTAATTCGTT
AGTACACAAAATTCGACTTCACGGTCGACGAGGAGTTGAATGGTTGAATC
CTTCTCGCGACAAAATCAAGCACGCACCGCAGAAGGGGAAGGTGGATTAA
AAATCCTGTGTGACCTTTCTCCTGTGTGACCCCGGCTGGTACGTCCAACG
AACTTGATGTCCAGAATGGATGGGAAGAAAACACACACACACACACATTA
CACACGTCCATTACAGAACTTTTGGTACAGTACTACGCAATGCATGTTTT
GGGGCAGTAGATTATAGTTTAGAGTTGCGCATGAACAAAAGTCTCTGGGT
CAACAACCGTCGAGTGTTTTTTTTTTCTTTTTTTTTTTCTGTTATTTTTT
TTTCCTTATTTTTTCGGTAGCTCATTTGGTTCGCTAACCTTCCGACGCGT
TGGACGTGAGTTTGAATCGGCAACGCGGGATTTTTTTCCACACTAAATAA
ATTCAAGGGGGCGCTGACACCCACATCGGCCAGACAATGTTCAACATGAT
GGAAATCAGGAGATCTTCACCGGAGGGGGACTCACAGCAGAACATCCGCA
CACCAGACCAAACCTACGACAGCAGTGGTGACATCTTGAAGGAACGGGTG
GGCGGGGACGACCTTTCGCAGGAGGCTCAACCAGGTCGGGAGGTTCTGCT
CTCGAAGTTGGAAAGAAAGAGCTCGGAATGGCTAGGGTACCCGTTGAGCG
TATTTGCGCGCTTCTGGATCCGCGGCGCAAAGACTGCTCCGCAGAGCATC
TCGTCAACGGCAACGTACATTCGAAAATCTTCCATCGATGACGTGAAGAA
CGTCGCCAAGACCTTGAAGCCGGCCTCAGCCGCTGGGGATGGTGGCAATG
GGGGGCCGGCGGGGACGGAGGGGCCGGTGGCGGCTGGCGGCGGCGACGGA
TCCATCCCCCGAACCCAAAGAAGCAGAAGGTTTCATTGAACTTAGAGAAG
AGGCAACTCAAGCTCCTTGCTAAGTCGAAGGCATCTAACAAACGCCAGCA
GCTCTCCATCGCCGTAATGGTGAGGCGGTCCGTAATTATTGAAAAAGAGA
TGCGGATGTACTTGGCAGAAGACCCTCATCTCGGAGGAGAACGACTTCTC
GCTCCTCCAGTTCTGGCTGCGTAGGAGCAAGCCCAGTACCTGCGCCGAGA
CGGGTGAAGTCGAAGCAGGCCTGCCGTATTTGGCGCTCATTGCTCGGCTA
TACAACGGATTGAGTTTACCAGTTGCCAAGCGGAAAGTAACTCTTCAGCC
CTTTCCTTCCTTATCGGCAGCCTGCGCAGCTCGATCTCACCCGGCAAGGT
GGAGTGACTGATGTTCCTTCGACTCAACCGGCTCTTCATCCCGGTGGTCA
AGGCTCTCCACGACGCCATCGAAGCCAATAAGCAGCAGCAGCTCCGGTGC
AAAGAGAAGTTGCGCAGCAAGTGAGAGGGCAATGGCGAACACGGCTCTTA
TCTTGAATCTGAATCTTTGATTTTATGGTGTACATAAATAATCGGATGTG
TCGAAACTCGTTTTGCAGAAGTTGTTGTGGACTTGTGTCCATGTGACGAC
GATATACCGTACGAAACCGTAGTTTTAGGGAAAGGAGATTCTTTAACGTC
TTTGATCTGGCAATGAAGCAGCTGACATCGGGGGGCGTACCTCTTCTTGT
TATCGTTGCCTGTTGGCTGCGAATGTCTGCCTGTGATCTGGACATCATGC
ATTTTGTTGTGTTCTCCGGAGTATTTCATCATATTTAAGTTCGAGGTCTG
GTGATTTTCGTGTTCTGTGAACTTACTGGCATCGCAACACCACACGCACG
CGAGAGTAACCCCAAAAAATATAAAATACCGTAAAATATACCATGCATTA
CCGTGGTGGCTCAATACCGCGGTAAAATGTACCAGAGTGGCCGATTACCA
TCAAAAAATACCGTGCATTACCGTGGTTGAGTACCACGGTAGTGACAAAA
CCAGAGTGGGCGATTACCACCCAATAAACACCGAGCATTACCGTGAGGCT
GAGTACCACGGTAGCATGTACCAGAGTGGTCGATTACCACCCAAAAAATA
CCGTGCATTACCGTGGTGTCTGAATACCGTGGTAAATGTTACCAACCTCA
AAAATCGTTACCGAGAAGAGCCCTGAAAATTTCAGGGCTACCGCGGTAAT
TACCGTGCTAACGTTACCGTGAAAAAACACAATTACCGTACCGTGGCGTT
CGTTACCGTGATAAACCACATTTACCAACACCGTGGCGGCCTTTACCGTA
ATAAAGCACATTTACCATTACCGTACAGAAAATTGCCGTGCAAAAAGCCA
AGTTACCGTGATTACTCGTTACCGTGTGGTACATTACCATAAAAATAATT
AAATCCCAATTGCCGTACGGAAACACTACTGTGCACGTTACCGTAAAAAT
ATACCTGGTAGTATTTCATATGTGGGAACCCCGGTAGACAAATGTGTAAG
GGCGCGTTGTACGAAGGTTACAACGCCAGGGTTCGAGCCCAACCTACACA
CTTTCTGATTTTATTTTATTTCTTTTTCTCGCAAGAAGAGGGAAGCGGTG
TTTTTGCGATGTAAACCTTTGGTGCTTTCCCGTGTTTCGTCTGCTCTGTT
GATCGCATGTTGACATATTTGGGCTAAGACCTGGATGTAGGTCGCCTGAT
AAGGCTGCGAGGCCCTGCCTGCAATAATACAATAATACGGGAGAGACTAG
CATTTACACATTGGTTTTTCGCGACCACTTCGGCTACAACGGACGATGTG
CTCGATGAATGTGAACCAGAACGTGAGTGTGGTGACACACCACACACATA
CACATGTATGAAGAAGTACTACATGTAGATATTGTGCATTACCGTGGTTT
CTGGTTGCCGTACAAAAATTACCGTGGTTTCTGGTTACCGTATAGAAATT
ACCGTGGTTTCTGGTTACCGTACAGAAATTACCGTGGTGGCCAGTTACCG
TGCAAAAATTACTGTGCATTACCGTGGTCTCTGGTTACCGTACAAACATT
ACCATGGTGGCCAGTTACCGCCAGAAAATTATTGCGTATTACCGCGTTGG
CTGGTTACCGCGGTAAACGTTACCACGATGAAAAATCGTTACCGATGGAA
GCCCTGGAAAATTTCAGGGTGGGCTAATTTTGGGGCGGGGATTACGAATC
CGCGATCAGATTATTTTCCCTCGTTTTTTGTGGTGAGCTACAGACATATC
GCCCAACAGCAGCTTTTGTCACTTCAGAGAAGTAAGTTTCCCAAAACAAA
TTACGTATCATCCCCCACCACGCCCCAGGTTTCGACCTTCTCTTCACAGA
ATAAAGCCAATCGCACTTCTGCACTAATACGCAAGACCTCGGCACACCTC
ACATAAAGCAGCCCCTGCCCTACACCAGTAGGTTGGCAACCAAAGCGGGC
TCTTCCTGGCGTTCAAGCTCCTCCCACAAGTCTCGAGCAACAGCCTGATC
GCTCTCCTGCCACATGGTCCCAGTAGCTCTCAACACCCTGCATTATTTTG
CCCGCGGCTTGAACTTGATCTCCTGAGGCTTATCTACGCCTACGGGCTCT
ACCCCGGTGTCCATGTTAATCGTTTCCCTCACTTCGCCGTTCATCATTGC
AGGAACAAGAGCCGGGTATGTTCTGTTGATGTGGCACTCCTCGTACCTAG
AGATCTGGCACGAGGAGCGCCAACCGGGTCTTAACGCGGTACTTTCTAAT
AACCTTCCGGACGACAACCTCCTCTTCCCCTGATACCGGTTCCTCTGCGT
CAACCTCGTGGAGTCCGTCCGTTGTGATCGTCGCGTCGCATTTCGGAGTG
TTCGCTCCCACGAAGTGATACACCTCTCGCGTTCCCTCTATACCCGCCAG
CTCCGAGCCGGGCCGCGGTAGATCTCGTTCTTGCCGATGAGTCTCACGTG
TACCTTCCGGATGCGGTACGGAGACCACTTCGCGAAGTACTTCTGCATAC
CCTCTTCGACCTCGCCTCCCCTCTCGAGGAAGAAGCTTTGCAAAAAGCTC
ACGACCCCGTTCACCCCTACGATACGCGTACTAAACCTCTCCCGCCTCCT
CAGCATGGCGTTCTTTGCCACGCCGCCGATACCATCGTGGCAACCTTTGA
AGTGAGACGTAGCCGCGAAGCGGTGGTCGACGAAGAAGCCGATTTGCCGC
ACGCTGTCCGTCAGGAAGCGAAAAATTGGCCTTCCCTTGTACTGCTTCCC
GTATCTATCGGTGAAAATGTGTATCCGAGGCGTCCGGCCGTTGTTTCGGG
CGGCGGCGGCGGCAGTGGCTTCGCTCCCGTCACCGCGCAGCAGGTAGTAG
TCCGCGATCCTGGTAAGGCCGTAGTCTAGAGGTGAAAATCGCAATCGTGC
TATAGAGCCTAATATAATACTGTATAATATAATACAATATAATACATGTC
CTCCGAAGCGAAGATCCAAGTCTCTGTCACGTTCGGTGTTCTCGACAAAC
GTCGCCATCTTGTTCGAAGGCCGCCGGTTCTTATGCTTACTGTCGACAAG
CGTCGTGATTAACTCCAATAACCCTCTACCGGTCTTTGGTCGCCAGCTGG
GCATGATGACGTGGGTTGTGGGGCCAATGACCACTTAGCGTTTGCAATTC
CCAGGCTTTGACACCGCTGCCGTTGGCCCACCACCAGCGGAGCTCATGAT
CGAGCCTCTCTCCGACTAAGTTTTTGTCTGAACGACTTTCTGATTGGCCC
TACCCTAAATCGACCAAGCGCAATTGATTGCCGAGGCCGGCAAAAAAAAA
AAGTTGGGGAATGCGGCGAATAAAAAAGTTCGAGATGACCTGAACCGTTT
TTCTGAGTGTTTCAGAGCGCAAGAAAAAAACGTACTTTGTTTTGTTTTGT
TTTTCAGATGTGGAGGGCCGATTTCCCTTTACCTTAACAACCTACTCGTA
GCTGTGAGGCAGAAAAGTTTTTCTAATTAATGTACTACTACTCTTGGACA
AACTCGGAAAATGCGGTGAAACGTGGCAGCTTGTTGTGCATGTTCGTGCA
CCTACTACCAGTTGTGTGTCCCCGGTGGTAATATATTAAATACTGTAAAA
AGTAGGCTGGGGTGGACTGAACTTTCCTGTCGGAAGATCTTTTGTGCACA
CGCCTCCTACGTACGTATGCATTTTAATAAAGCGGGCAATAAGAGTGGAA
TCAATCCATAGACGTAGACTAATCTGATACCATCCTCATCAGAACAACGA
ACCAACCAAACAAAGACAAACGAGATTATGCGTGCTCACCGACTGCTGCT
GCTGCTGCTGCTGGCCCTCGTCCGTTCTGGTTCGCTGAGCTTCGCTTCTT
CTGGCCCTCGGGCGTTTCAAAGTGGAGATCAGAAGTATGGAGAGAAGGGA
TCGCCACTCCCAGTGCGAGGGAGAGCGGCAGCACGTAGTCATACCATCAA
GGAAGACTCGTATTATCTTGGGCAGACGTCAGTACGAGGTGCGTACGCGG
GTACTCGGTAAGAGCGCAAGTATTTTTCGAGCAGACCACATGGACAGGTA
AAGCTCCGCGGAGCCGTCTACTCGAACTTGGGGTATAATCCATAGAATGC
TACACAAAAACGTCAGTATACGCTTGAAGATTACAAAACACTAGTAGTAG
TACCAAAAATACAGCTTTATCGCCACAAGAAAGTCTTGGTTTCGTTGGGG
ACTGGTTGTTTAACGTTTTAGTGCATCTCTCCTGGGCTTTATTCATGACG
CACTGCTATAGTAACGCACTGCCAGCTAGAGGATTAGTTAGTACAGTGCA
TGGTGACGCGCGCTTGTGCAGAGATGAACGGATGCAAGTTCTACTTCATT
TAATTTCAATAGGATGTTTTCATTCAATTTGTTTTAAAACTCGGAGGAAA
ATGCAGTCTTAAATCAAATGATCCAGAAATACTACCACACTGCGGTAGTA
TCAGTTCTGCTAGTTGTATTTACCATACATAACAGTATCACTGGAAAGAG
TGTCACGCCTTTTGCGATCACTCTTAAGATTCTTTGCTTTGTACAGACAG
TAGTATATATCTGTCGCTTCTGGTACTAATACTACAACGGAGCAGAGAGA
GTAATCTCCACGCACCTATTACTTTACGTGTTACGCTCCACACCCACTGC
GGCAGGAGGCAGATTTTGCTAGGCAAGCGCACGAAGTTAATCTGTTGGCA
GTACCGAGGCTCCGGAAAGAGGGGGATGGGTATACTCTCTTCTCCGTTGT
AGTGTTAGTACCAGAAGCGACAGATAGATACTACTGTCTGTACAAAGCAA
AAAATTTTAAGAGTGATCGCAAAAGGTGTGACACTCTTTCCAGTGATACC
GTTATCATACGTATGGTCAATACATTCTTTATTTACCGTGCCGTTATTTA
CCGTGCCATTATTTACCGTGTCGTTCGTCTGCCATTCTGATCGAGACTTG
GACCAGTGCTGCTGCTGTTGTATGTAGTAGGCACCTCCTGCTCTTCGATT
AATAGCTAAAATAAACGAATCTTCTCAAGCGATATGCTGAGTTGTGCTAC
GTAAAAGGCAGTCACCGACGTCAGTCAGCACGGACCCGAACAAATAAATA
ATAAAGCTGCACTCGTCACTTATAATATAGTAGTAGCTGAGAGGTGAATA
CTACTGAATCATTCCGTTAGAACTTGAACTTTGCGAATAATACCTCAATA
TGAAATAAACCGTGACTGATATCATGCACGGTGCGGTGGGGATGTATACC
TCATACCAACGTTTTTAAAGAAAAATCTGGAAGCATCCAATAAAACGTTT
TGAGCATCCAGTCAGTCAGGGGGAGGGGAAAGTCAAAATATGATCGTTTT
ACGAAAGCTCACCTTATTGGAAGACGCTTGCTTCCGAGTTAAGTATTACT
AGTCTACTTAGTCTGGGCGCCATCCGCGGTAAAGAGCCATTTTCCAGAAA
GGCAGTAAAATATATATATATGTATATATCGTTTTTTTGGTTCGTCGGGA
GACCCCCAAAAACGTCGTTTAAAAACATTATATGAGGAAAAAATTGTTCT
CCTTCCCGGTGATTTCGCTTCGGAATTTTGTTTTCGCCGCATCCCCGAAC
TTTTTTTTCGTATACAACCTCGGAAATCGATTCCGCTTGGCCGATATAGG
GGGGGTAGAGCCACTCAGAAAGTTGGTCAGACAAAATTTGACCCCATCTT
CAGGCTCAGGCTCAAACATGAGCGACGCTGATAGTGGGCTGGCGGCTGAG
GTTTCAAAGCATGGCAAGTGCTCACGCGATGTGTATCTGGGAGATCATAA
GTATGTCATTCGGCACAGCTGGCGGCCGCACACGCTAGGGGGCGGGGTAC
AGTTGACCACCACGCTTCTTGATAGCAAGGGCCGGTCCGCGAACACCAAG
ACGGTCTATACAGATAAAACCTATCTAGCTTTGAGCTCCAAAGGCGAAGA
GATGGCTTAAGTTGTCCTCAAGAACAAACGAGATTGGTGGAACAGACAGG
AGGTGCGGCAGCCTAGAGGGCGCAGCAGCAGCAGCAAAAAGAGGAGGACC
GCAGACAGCGACATATTCTGCCCCATCATCACGGCTCTACGCGGTGGGAG
GATTACCCGCTCTACGCGTTTGGCCGAGCTCGGGGAGGTCACGGTAATGA
AAGACACGGGAAGGTGGAGGGATGTTGGGTCAGAGGAGCCGGTTTCAGGC
GAAGAGGAGGTGACCGTCAGAAAAGTAACTAGAAAGTACCGCGTAAAGAC
TAGAATGGCGTCGTGTTTTTGCTCCTCGTGCCAGATCTCAAAGTACGAAG
AGTGCCACGTCTACAGAACGTGCAATGGACACCAGGGTAGCGCCCGCAGG
CGGCGTGGATCAGCCCCAGGAGATCACGTTTCTCCCCCCCCGAAAGGCGG
AATGCACGGTGTCGAGAGTTACTGCGACCCAGTGGCGAGAGAGCGATCAG
GCTTCTGCTCGTGACTTGTGGGAGAACATTGCACGGGAGGAAGAGCCATC
ATTAGTTGCCAACGAAGGGCAGTTCGATGATTCACTTTAGGTGTGCTGCT
CTTGCATACATGTACGGGGGGTAGTTTGCCTTTCTTCTGTAAATATAGGT
CAAAATGTAGGGTGAGGGGGGAGCGTTAGAGAAGATGATGTGTAAAATAT
TTTTTAAACTCGAACTTTTTTCCAGCGACAAATGCTGCTGTTGGCCATAG
GTCCGTAGCTCAACATAGAAAGCGAGGGGAAAAAACGATCGCAGATTCGT
GATCCCCGCCCGAAAATTAGCCCACCCTGAAATTTTCAGCTCGATCAAAC
GATTTTTCAAACCCGGGGAGTTTTTCGGGACATCCCCGCTTTCTGCGTTT
TCTCAATTTCCCTAAGGGGTTTACCTGAAACCAGTTGAAACCCGACAATA
CTCTTTGAAAAAAAAAAAAAAGTCGCAACATGTGAAGTACACATTCTACA
GAGGCTGTCATAATTTTTTCAGACCTTAGCTGGGAATATTTGGTCCTCAT
CCCCCCCCCCTCCAAAAACGCGGCGCTTTACCGCGGAACGCGCCTCTAGT
GGGTTTGTCGCCCGAGTGGAGTACTTTTATAGTGATGATAATGATACGTA
TGTATGTATGTATGTATGTATGTATGTATGTATTTATTAAATTGCACATA
ACCACGCAATCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCATTG
ATCCTCCCGAGGGGGGATCAATGATACTTATTACGAAAACCTCTGAATGT
ATGTATGTGTGTATGTATGTATTTTGTAGTTATGGTAATGATATAGATGA
TAGTGGATAAATTGCAGTTTCGCTATTTAATACTGTACCTGGTAGCATTA
ATATATATTAGTCTAGTGGGGTTTCGTGAATGAGTTCAATTCTTGGCAGA
ATGATCTATTTTATTCTGGCTTCCGTACGTGAGAGAGCGTGACTGCTGAA
CTTGCATCTCGCGATAAAAAAATGCAGGCGAGAACCGGGGCGAGATGGGA
AGATTCTTAGTGACCACACTAGGCAGGATGGCAACGTTGCAGTAGGTGGG
ATTGGTAACCTAGCACATTGAGGTCCATCGGCCGTAAGTGTGTGTGTCTG
TGTGTATTTATTAAATTGCACATAACCGCGCAATCCGGCCCTGTCATCCT
AGTCATTCTATACCACTCGCATTGATCCTCCCAAGGGGGGACCAATGGTA
CTTGTTACTTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACATAACC
GCGCAATCCGGCCCTCTCATCCTAGTCATTCTATGCCACTCGCATTGATC
CTCCCAATGGGGGATCAATGCTACTTGTTACGAAAACCTCTGATTAGACG
CGACAAAGGGGACACACTCTCTCTACTTGTACAAATCTTACTTGAGCCCT
GAGCACCTTGTGCTCCCCCCCCTGCTTCCTTATTGCTCCCTAGGTTATCC
GGGTTGGCAGCTACTGAACCGACTCTTTCTTTTTCTACATTTTTTTCGCT
TTCCACCCATGTTTTCCCGCACGGCGTCTACAGCTGTTTTGCGGTTTCTT
GCGCTTTTTCGCCTCCCGTCCGCCCTCCCCAATCCTATTCTCGATCCCGC
TATCGTCGTCCCCGTTCCCATCTCCGCTACAGTCCTCGCTTCCGTCCCCG
TTCCCGTCCCCGTTCCCATCCGGTGTTCGTCTACGGGTCCCCACCCCCGT
CCCCGTCCCCGTCCCCGTCCCCGCCCCGTCCCCGTTCCCGTCCTGCGCTC
CTTCGTTCACTTCCACCCCCGTTCCCGCTCCCGCTCCGTCCCTGTCCCCA
TGACCGTCCACGTCCCCGTTACCGTCTCCGTTCCCACCCCCGACTCCCAT
CCCGCCCCCGACCCCGTTCACTCCTTCCTGCCCCTCGGATCCGGTTACCC
CCCCGGTACGATACGCTTGTACCGACGCCGGGCCTTGCGAATGGGGCCGT
CGGGTGCTCGCAAGCGCCGCCCCTGTCTGCGGAGATGGTGACGCGTGCGG
AATGAGAGTGCCTGCTGTAAAACAAAAGAGAATCGCCGCCGAAGACGTGC
TACTTATGTCCCTTCCGCCAGATGTTGGGACTCATTGGAGTATGTCTCCG
ACCTGTGCTGTACCCGTCTGATGGCGAGCTCCTTGATGAGGGCATGCACG
TCTGAGCCAACGTCACCACATGTCGACATAGCGAGAGGAAGGAGGGAGTA
GGTAGCGGAGAACGAGCCCCGATACTTGTTTTTCTTCCGCTCGACTGCGT
CCGCGAGGTGTTTTCCTACTTGTCGTGCTGCATTCCCCAGATTGGAGCCG
GCGCAAGGGTTGACGATTGTAATGTCGAGTAGAAGTGCCTTATTCTTGAG
TCGAGGGTGGTTGACGAAGAGTGCCCCCGCCTCCGTTGTGATGTCCATAC
GTAACGGGTTCAGTCTGCCATTTTGTTCGCTAGCTCTCTGTCGGAAGGGC
CATGTATCTTCAACCACAAACTGGACTTTACTCTCACGAAGGGATCGAGC
CAGTGCCAGGTGGAGTACCCGATTGTGGGTGAGAGAGCTCCATCCCGTCT
TTGAGCAAGATATGGCGTGGAGGCGGGTGGTTTCTTGCCGGCAACCATTG
CCATGACACATCACACCAACCAGTTCCGTCGCATCATGCGACCCCAGGCT
CCTGCCTAAGGTTTCCCTCCACAGGGGGCCCTCCATTTTGTCTTCTTGCG
AAAACCCCAGGCATTCTACAAATGCCATGGCGCCCTTCTCCCGCGCTCCC
CTAAACCTTACCATAGCTCTATTCGTCGCCGCACTTTCTTGGGTTTGGAG
ATCTTGCAGGAGCTTCTTCCCACGGTGTGCGTGGAGGGCGCGCGAGAGCT
TTGATTGGACGCGAGGTACAACTCCCACGCACACTCCTCCGACCCCTCGG
TTGATCTGGCTCAGCTCAATCTCCCTATCAGCCTGGGTTGCCATCGGATC
CTCCCATTGTTCTCGCTGTCCAACACCCCCGCCCCCCCCTCTCCCCCCCG
CCCCTCTCTCTCCCCCCCCTCCCCCCCACCCTCCTCCTGCTCCCGCTTCT
ACTAGTAGAGTTCCTATCCCTCTCCCTTGAGGGTCCTCTTCCGCCGCTAG
GGCAGCCCATAAACTGCTCACTGCGTCCTCTATCTGGCTTCTCTTGGCTT
CGGTGGCCACGATCTTCAGCTCTTCAAGGAGCGCTGACGCCATGGTCGCT
CAGGCAGCCGTTCAAGAAGGGACGGAAGGTTACCCCGGGCGGAGGCAGCG
ACGACACGCCCCAGGACCAGGGCGTGGCAGCCGATATATGCCGCGCCTTT
GATGGAGCTGCTGCTGGTCAGTCCAAGGCCGCCTTCTCGGATTGGCAGGT
GGGCCTGCCGTAGGGCATCGTGCCCCAGGTAGGTCTGATTTTGGCACACA
GTGGGATCGTGGGCTACTTCCTCTGGCGTTGGTAGCCCTGCCGCGGCAGC
TCCGTCACCAGCGACGATAGACGCCAGCGCCCACTCCATCAAAGCGTCGT
AATTTGCTGCAGCTTGGCACGTGATGGAGGTCGGGACTGTTCGAAGCAAA
TGTGAGAGGCGAGAAGTGGCAGATAGGCGCAAAATCTGAAAGCTCGCTTG
GGCATCCTCCATCGGGACTAGCGCCCTCACGAGCTCGGCTGGCTCTCCAT
TAACCGCCTCCTGTAAGAAATCGCGCCGAAACTGTTCTGTTCCAACTGGT
ACTCCCACAACCCTCATCCCCTGTCGGACCACCGTGAGCCCTATGGTATC
CATTGCCACTCGCTGCTCTTCCGTCAGTTTTTCTGGCCCAACTCCATCTG
CTAGCAGGGCCTGCAATTTCCTTCGGTTCAGCGGGATGCCTTCTACGCTC
AGGCGTTCCTGCAGCCATTCCGTACTTTCCCTATCGCGGCCATATCGAGA
GAAAGTTCCGGTGGTAGAATGACCGTGATGTCGTCGATGAACGAAACCGC
TCGCGCTCCTGGCACCGGTGGATTAGCCCTGAACTCTTTTAGGGTCTTCA
GTGAGCCTGCGCTGTAGCAAAGTGGGCCTAGATTGCATCCTTGCTGTACT
CCCCGCGCTGACTCAACCACTTCCAAACCTCCACCATCTAGTGCAAACAG
GAGTTTTGGGGGTTCCCGTGCGTACAGGTTTGATGCGTAGGGGACCACTG
AGGGAACAATTTCCGCTAGCGCGGGCAGGAACCTGTGGCGGTATATACTG
TTAAAGGCGTTTACTCCGTCGAATGAGAGAATGGTGCAACCTTCTTCGAA
ACCCAGTGTTGCTGTGAACGCCATTATCCCTACTCCGCCTGAAACTGCTA
CACCGTACTGGCCCCAGGGCTGGAAGTAGTCTGCCAGCTTCCTGCCGTAT
CGGCGGCAGAAAACAGCACCAATGACTCTCCGCAGAACATCACCGCACGC
CACTGGTCTCGCCTTTTTGCCCCAACGCGGAAAGGTTAGCGCTCGTGTGC
AGTGTCCAGAAAACTTGGGGCAAAACACGGCTGGAAAAAACAAGCGTCGC
AAACGCCGCGGGATCCTCGACCAGTTCATCGCACAGCGTAGCCTGCAGAT
GGCTGTAGCGTAGTCCAGACGGACCTGCCGCACTTTGTGGGTTGGCTTTC
TTGATAACAGCTTTTACCGTGGCCTCTTCGAAGAGGTTCTCCATCTCAGG
GATCTGGCCTTGTGCTACCAACGGCTCAGATGTCACATTCGGTTGTTGCT
CCTGCCCACCAACTGCTGTAATGCCTGCACGTCGTTCCGCCTGCGCTTTA
CCTGATGCAATCGCTGCGGGGTCCTCTGTGGGGTGCTTGCCGCGTAGCGT
TGCCAGTGCCCTGCTGTCTTGAGGTGTTGCTGGGGGAGAGACCAGGGCGC
TCGCGGCCTTAGTGATGCCTCCTCGCTGGTGTGCTAGCTTACTCGCTCGT
GTTCGGCGAGCCTCGGGTGTATCTTCCCGTGCTTTCTGCCGACTTCTACC
GGCGAACACCACCAGCCAGTCAATGAGGCCCGTCAGTTCTCCCCTTGCGT
AGTCGTTATATCGTCCCTGCCGGCTACATCGTCCATCCGACGACTGTAGA
AGAGCTGGGGTAATGTGGAGAAGCTTGGTAGCTCTCTCAAGGTTAGTGAC
GAGGGCTTTGTTGTTGGGACCGCCTGCTGGGGCTACCTGTAGAGCATTGT
GGGCTTGACAAAAAATGCATAGGGCATGCCTCAGGCTGCGGGCAAAGGGC
GTTCGGTGCTCCTGCTGAATTGCTTTTGCTGTGGAGAGAGACATCCTGGC
AAGGGTTGTTCCGTCTAGAGCATCTAGCATGGGCCCCACATCTTCTATTC
CCCACGGCAAAAGTATGCTCGGTGAAGACTGTTCACTTTGGTTAAAATTT
TCCGCTGCAGGGGTCGAGGGCGTGTCTGGGTTTCTCGCAGAAGGCTCGCC
ACCCTGTCCATCAGAATGCGGGGGTATGGTGTCTGAGGGTGTTCGATCGC
ACCCACTCGAGTGTCTGCTGAGGTTCGTGTGAAGGTCACCGCATTTGTAA
CAGACACCGTACCGATTCAAGCGGCGTGTCTTTTGCAACGGTCTCCCGAG
TTTTTCTAGAAAGCTGTTCCCCTCCCCGGGGTGAGCCTCGCGTTGGTGGG
CTGCAACACTGGCAGCTGTACCCTGGTAGATCTTTTCACGTGGGCACAGT
GAGCAGGTAAACTGTATTTGATTCCGGGACGGCGAATAGGGTTGGCTTTC
TTCCTGGGATTGTGGCGGGCCAGGTGGTTCTACTCGTGCTGGTTCCCGTT
GGGCACCTGTACAGACCTTCCCGGGGCCCATAGTCGCCGTGAAGTTGACC
GGCATGAGGCGCACACATTCGACAGGTACGTCACTTGAGAGGTATGAGGT
ATGTCCTTCCTGCGTGCGTTCAACCTAGTCGCCTGGCCTCGGCCTGGCCT
AGCCTCGCCGTGTCCTCCTCTAGGCCTGGCCTAGCATCTCAATTTTTCTC
GCGAGAGGGTGTGTGTGTGTGTGTGTGTGTTGTCTTCCCGTTTATTCCGG
ACGTCAGGCTTGTGGACGTACCAGCCGGGGTCACACACTGTACAGGAGGA
AAGTCCCACAGGATTTCTCATCCACCTTCCTTCTGCGATGCTTGCCTTAA
TTTTTCTCGCGAGAAGGATTCAGCCGTTCCTTTCCCTCGTCGGCCGTGAA
GTCGAATTTTGTGTGCTAACGAATTTATCGTTCTCCACTTGATGGGCATA
TTTTTATAATTTTTTTTTGTGAGAGAAAATCCCAGTTCGTGTGACTGCAC
CGGGATTCAAGCTCACGTCCCAACGTCAGAAGGTTTCGAGGTTACCAAGT
GAACCACCGGGGGGACCGGTATGAAACAATAATAATATTTGGGGTTCATA
GTGGGCGTACGATTTCGACGGCGTGTGCAGCGGAGTCAAACTCGCTCGGC
ACAATGACTTCGCCGTATTCTTCCACACACGTTTGAACGCGCCGTAAAGC
CTGTCGTTTGTGTTACACTCTCACATGTATCTACGTGTCTCTATATATCC
TGATTTGTTTAATGTTTTCGAGTCTTATTGCCCGTGAATGACAGCCAAGA
TATTATTTGAGACTTAAACAGCGAAGCCAATACCCCGCGCTTACGCCTAT
GTACTATGTACTACGGTAACCGCCATCTACGCCCGCCCGCGCCCCTGGAA
CTGGCAGCGCAAGGCTTAGAGACTCACGGGTCATCTCCCGTGGAGTATGG
TGATGGCGACACTTCGCTAAGTTTTACCTGCACCAACGAGTACCCAGCCA
TAACGAATACGAAATGGACACATTATTTGGCGGAGCCGTACAAAGAGACC
ATCCTCACAGCCTCGAGCAAGATCGGTGATCCAACGAATGACGTCTTTAC
GTGGAGGTTCTGGGACGATAAAAACACGGTTTTGGAGGGTAGGTGAGCTG
AACCGAACAACGTCATGGGCGGGGACGCGGCTGGGATGTGTTTTAAGGTT
AACATAATGTCGCTCGGCGAGGAAGAAAGACTCGTTTCGTCTACATGGTA
CTTGTTTATGCTCTTGGATGAAACAAAACTTTTCATCATCATGAAGAAAA
CGCAATAGTCCCAAATGAGAGTATATCGGCAAAATAGCTGCAACGTACTT
GGCACTCTTCAATCTTGTTCTCTCTCTTTAACTCCCTTGTAAGCCTTGGA
GCTTTTCGGATTACTCGCGTTACGATCTGCTGCTGTGCTCCCAAACGTTA
ACCTTTCCTGTGAACGCCGATTTGGTTGATGCACATGTACCTTCAGAGAA
ATAGCGCATACGTTCAAGACGGTGGGTCGCCAGCGGGTTACTCTTAGCCA
GATCGTGGTGGCCACGGGCAATACCCACTACCTGGAGGCGCACGTCATGG
TCAAGGTGAGATTCTAGTCGTGGGTCAGGCCACACCTAGACCGAGTAAAA
TCATTCAAACGCAGGACCTTTCGTGTGGTCGTGATGGTCACGATTCCGAG
TATTACTTGAGGCCATCGCATTGTGTGGTTGAACTCAACTATCAAACCGC
TTGTGGCTCTGTACCGCTGAGATTATAGATGTTGAATACGCCCTGGTGCG
TACGTCGTCCACCTACCGGGTCTGAGCAAGTGCTCTGACTCGCACCACTT
GTGCTCCCTTTCGCGCTATCTATGCAGTATGTGCGCCGAGAATTCCGCCA
ACTTACCGGCAAGGACAGAGAGGCATTTCTCAACGCGATGGAAGCAATCT
ACCGTCTTCCAACGGCCCAAGGAAGAGCAATCTACGGGGAAGATTACAGG
GTGAGATATTGCTAGTCTGAGATCATTTTATAAAATTGGTCTGTAGACAG
CGTTCCCGTCCTAGGTATTTATGAGGGGAGGAAACAACGTGGATGGCGTT
AACTTAGCAAAAAACACCATTATTAATTAAAGACTCTCCCGTATACAACT
ACTTAAGGTACCGCAGGAATTAACCTAAGGGTCATTTTTGGGTGTTTGAG
ATTTTGCTTTGGTGTCGTGCATCGTACTGAGAACCATTCCACGGGCCCAT
CATTGTATTCTCACGTGCTACTAGGTACTAGGTAGTAGGCAGTTAGTTGG
TGAGAATGTCGTTAGAATCTAGCGAGATCTCCAGCTACTGTAGTTTCGGC
CTCATCGTTGTTGTTGTGTTCTTCACATTACAGTAACCGATCGGGCCTCA
ACCATACCCAGTAATAATATACATGGTTGCCAATCCGGTAGTACGTGGTG
GTACTGGAAGAGTCCCCACCGGCTCGTCGCATCGATTTTCCGCTAAAGAA
TAGGTTTCTGGCATCAGGGAACCGTGCTCGTCTTGCGTTTTGTTTTTTAT
AGAATTCTCTCGAGATCACCATAGAGCTAGTGTTGTCACGAGCTTCTCGC
GAAACTGTTGTCCTCTACTAATATTTGGGTTTAAATTATTTCCTGTGATT
TGACATTGCTGCGTCGATCCAATTATTTTCCGATATTCAAAGAAAAATCA
GAACACACCTAGACTAGACCTTATTTACTCTTGTTTTCTCGAAGTCATTG
CTTGGTGTCCTTTGTGTCCTTCTCCGTCAATTTATACCTTATCTGAAGAC
ATTTTTTACTTTTATTTTATTTTATTATCACGCAATAATAAGCTGATGTA
AAAAATCCAGCCCGTGATCACATGGTGGAAAAACACCATCCGGAAAGGGA
AAAAACGTACGACGTACTCTGCATACAAAGACAAAATGACAATCGTACAA
AAATACTGGGAAACAAAGAAAGACAACACGACATCCGCCCGGAGGATACA
AGTTCGCGCCACTTGTGGCTGATCAACCAGGGCAAGCGAACCAGCACGAA
CTCGCTTGCTTTGGGCTACCCTCTCCTTGGTTCTTCCCGTCACGTTCGGG
CATACTACCGCATGCCGTAAACCAGCACTGGCTTTCTCTGCGGTGATCGA
TTTCGCCACGAAATGTTCCGCCCGTTGTTCCGCCGTCCTGTGTCATTCCT
CCTCGCCTTGGGCTGCAGTCGTCCACTCACGGGTCGGCGTTGATGCCGAA
GACAAAGAGTAGTTTATACATTAGATATAGAGAGTACATTATATTATCAC
TATAATAATAGATATAGAGCTCTATTATCAACTGTCAAACGATGTCGAAA
CCTTTTGCTGAAAGATCATCTGGACTTTTCTAGTGTTATATTGTTGTTGT
GTAATCTTCTGTCTGGTAGTTGGCAGTGTTGTTGTTGTTGAAAGAAAAAT
CAGAACGCTCGTGGGGTCATAGGCTGCAAATTATAAAACCTCTACATGGT
ATTTAAACGGGTTCCCGATGGTAGTAACATTGGGTCAACAGTTGTTGTTT
CTCACATTCAGCGTACAGTACAGTATTGGTTGCCAACCCGAAAAAAACTA
CCACTCTACACGGTGGCCAATCCCGCTCGTGTTCTGCTGAACAGAGAAAA
AACAAAACAAAAACGAAAAGTCTGGCAGCGCACCTCCTCCCCCCCCCACG
CTGCTCGTTCGGAGAAAACAAAATGAAATCACGCGGCATTATACTAACAA
TAGAACAATACTGTATAACACGAGTCAGCACCTTGCTTCCTGTTGGGATC
CTATATCCACCTGTACAGGAAGGCCCTAATCTCATGGGCGACTCTGACGG
GGTCTCGTAATTTCCCTGTCAGAATACCACCTTTCGGTGAATCCCGAGGC
CACATTAGCATGGCAGCACTACAGGGTCAACACAGGAGGACTAAGTACGC
GATTACGATGGGAATCCCGCAGAATGAGCCCCTGTATTACCAGTTCTACG
TGAGAGCATCTCGTCGCACTCCTATCGGACACTTGACGTACCAGGGTCCT
GTACATAATTAAGTAGCTCTATACTTGTACGGGTATTATTTTTATAAATC
CCGTAGAGTGGTAGGAAGAAAAGCGCCGTGGTTTAGAAAGAGTTGAGGGC
GGAATTCAATTTTGGAGTTATGTTTTCTTCAAAGACCGTGCAAGAAGTGC
GAACCGATCGCTATAATTTGGATTTTATGCGAGAAAAGCGCTCGGTCTAT
CTATTTTCTTTTCCGCCCTTCAGGAGGGCCCACGCATTCAATATTTGTCT
GTCATGATCGATTTTCTGTTATAATATAGAAACTAGAGTAGGTTTTCCCA
GTTCACGAAGCCCGGACCCGGATAAGGGCGACAGTACAGTAATACGTCAG
TTTGCAGTCAACAAGACGACGGCAATGAGTCTCTTTTTCTAACAAGAGGT
GACCCCGCCCCCCAAAAAAACAAATAAAGGCAGATATTGTTCAATTGTCG
GAGAGGAATAAACAGATTAAGGTTACAAACAAAATTGGAAGTCAAATTAG
AAACTTCAACGAATTAACCTTCTACGTCAAGACCTTACGTGATCAAAATG
CTCTCTCTTGTGCGACGGGAGAAGATACAAAAGCACACGCGAGGCGATGA
CGTGCAGCGCACATCGATCAGGTTCAGTTAGTTTTGAACCACATAATAAC
ATGTCTTGTGCAAGATAGAGGTATCTGACGGCAGCGAACCGAAATACCCT
TCGCTACTGGTTCGACGAAGGACTCTATTAATAGGGAATTTCCTCGTCCT
GTCACCTAAATGTGGCTGCATAGCAAGAAGAAGAAAAAACTGTAAAAAAG
CTGTAGGAAGCTGTTCAGCACTACGATACAAGTGTAACGCACCAAAAATC
GAAAAATGCTGGGCCCTTGCATGAGCATAAACAAACGCAGTCTCGTGCCC
GCTCCCTCCAAAACCTGCTGGTTTCGGGGAATGAGTGTGGGAGGGTCTTT
CCGGCGGGTGTAGGGCCGGGCTCACCCTCAAGAGATGCAGCCAACTGGCT
GCCTTCGCGATTCAGCCTGTCGGTTGAGACGCGGCGGCGGTATGGTTGGC
TGAGGATGATGGTGTTCCCAGGTGCGCGCCTCTTCCCGAGCCCCAATTTG
GTGCCCTTCGGGAGGGTGGCGGCACGCGAGAGGCAGGGAGCACTGTCGCG
GAGAGCCTGGTAGTACTCTACTATCGGGTGGGTACGCACCAGATTCGGCG
AAGGCGGAGGGCAGCTCGATCGTTGACGAGCCAGGGGAGGGCTGAACCCC
TGTGCGCGAGAATCACAGGCTTGAACCGGGAGGTTTCTGAGGGAAAAGCT
GATCTCTGACCACGGTCATTTTCTTCCTACGAGGGCCACAAGGAGCGGCG
AACGGGCAAGATTCGTGGGGCTTTTTCAAGAATGCACAGGGCTTTGGACG
GCTGGATGCTGGCTCGCGCGCCGGCTTCGCCAGTTCAAGGCCTCCACCAC
CATGGACCTCGGTATTTCGATTTTCCTTATTTCTGTACAAAATGTGTGGC
CTTGAGAAACTTGGACTACTTGTTGATCAAAACTGGTTGGAGCGTAATTT
TTCCGGTTTTTTGCTGAGAACGCTGGTCGTGGGTAGGCGACAACATTCCG
AGTCGATCGAGGTTGCTCTCGAATGGAGTAAGGAGGTTTGATGAACCGTT
TTGATATTGGTCGGTGCCATTGCTTGTAGAGCCGCATAACTTTTTGTCGC
GATTTGGATCCCTGTTGGTCTGAGTAGCGGGTTGTCACCATGATGTGACC
CGTTGACCTTCGTACCTCTTTGTGACCACAAGCGGGATTGGCGTTTGATA
GGTCTATGGCTGACTTGTTGTGTCACCGTAGTTTCTTCAGTTGCAAGGAC
AATACGCTGAATGTGTGAATCAACAACAACAACCCGTAACATAAGCATAT
CAAGCCCCAACCGCATCCACTTCGTTTATATTTAGCGTTCTGCAACTCAG
CAAGATTCAGAGGCTTAATCGGCGAAGTTTAAAAACGAAAGCACGCTGAC
CTCACGACACGATCTTGAAGCTGTAAGGCTGAACAACGCGAATAATGGCC
TGCTTCCCCATGTCCGAGATGTTGTCTCTGCGACTTGGTGGTACGGATAA
TGCTCCTCCTGTAGTACGAACCCACGAGCTCCCTCTACATCTATAGCTTG
CGTTTTGATCTACGAAGAACCCACTCAAGAAGTATCAAGGGAGGTGTGAT
ATAACAGACAGGACGTTGTGTTGGGGTTCAATGGGAGGTCTAGGTGTCTA
GATATCCGTTCCAAAAAGGTCAGGCATCAATAGGACAACGTGCCAAAATA
ACCCACAATAACTAAGCGATACGCTGCATCGATTTATTAGCCGCGCTTGT
TTTTGCATTCCACATGCGCACAATTTCAATGACGGGGGGTAGGGAAAAGG
TACCCTGAGGGGTTTTGAGGGTTTCTTGGGCTTCATTTAGGCACTAACGT
ACAAATATTGAAAATTAGTACACTGGAGTACGTGATTGTCATCGGTTTGG
AGACAGGAAAGAAATACAGTAGAACAGAAACTGTCCCGAGTATGCCTGTG
ACAAAGCAAAACTATTACTGTGCATACTTTATATAGATTCTTAGTCGCCT
CGACGCATTGTCTGTCTCGGTTCATCAAAACCACTTGTCCCTGGTACGTA
TACTGTTGTCCATCTTCTTCCGCCTGGTACGGGAACTTCACTACATACAG
TACTACCCTGTTGTACATAATATGCAAATCTACTGTCTGCAATATATTCT
AACTCAACACAAGAATTTTCTACACCGGAGGAGTAAGTGATGCTCCCAGG
AGTATGAATCCATAGCCAAAAGGGACGACTTCAGGGTATGTTTGGCAGCA
AAGTCTTCAGATTGTTACGGTGTCAAGACGCCTGTGATGAGGCAAGACCT
AGTACACTTGATTAGGGTCCTCGACTGCCACGAAATACAAACGCGCACAC
ACAGTCAGTCAAAAAGTAGAGTTTGCTTCACTACGAGCAAGTTGTATTAC
GGATAACTTGTACTGGCGCGATCTTGGAGAAACAAACGGTCATTGCTGTA
CTGACAGTACGAAAAACCTGTACCACAGAATTTTGTATTTCCGGGTGTAG
ATTGTGGCAAACCTCAAGGCGAATTTGTCATAGAGATACCTGTGATGAAA
CAAAACTACAAGCGTTCAGTCGTACCCGGTTGCCAATACAGTCGTTTGCC
TCCGTTCATGAAATCGGTTGCCCCTGCACAGTCTACTTATATGTCGATCT
CTCTAAATAGTGTATAACTTGGGGAAAGCAAACGGATTAAGACTGCTTTG
CAATTTAGTACCTCGGTTCTTGGAAGACCCATCGTGTTCAGTTAGGCCTC
AAACCAGGTGATCAGTGAGATGGTGGTAGATGGGGGCGGGCACTTCAGCC
CTGCAGGTATAGATGGTGTACACACGTTTCTTTATCATTATCGTCCTCTA
CAGCACATGACCGTGCTGAGGGTAATCCAATATAACACTTATACACTCCA
ATAACACTGGAGAACACAGAGAACTACCGAATGCGGGTACAGTACATGAC
TTAAGACAAGGGAGTATGAACTCCGTTCCCCTGTGAGTAACACATAGATG
CTGATATCAACCCCTACGCAGATGAAACGGTTATTGAATCGTTTACTCCA
ACATCTCCCTCGAGGAGATCACCGTTTCCTGCTTGTCTCCAATGTTTAAT
TTCCCCTTGGGTTCGTGAAACCCGTTTCACACTCATTTCAAACAGTACAT
CCCCCTAGCTACGAAGAATCCAAACTTCAAACACTACATTCCCCTAGCTA
CGAAGAATCCAAACTTCAAACAATACATCCCCCTAGCTACGAAGGATCTG
AGCATCTCCCTCGGTAACTGCACATGATCTACAGAGACATTGTTAGACCT
AGGAAATCGGTACTCAAACTGCATGTAGATGCTATTCAAAGTCCAGTACA
TTATTACCAGATTATTAAAAAAAAACTTTATTGTCGCCACGGGAATCGAA
CCCGTGACGTACGTTCTGAACTACAATATTTCAGTTGCTCTTTCATGAAT
TATTCCACTGACGTAAGTCACTTGAATTGAATCCAAATGGTCTATGTTTT
GTGCTACTGACGTATGTTGCTACGGTAGGGTCTATAATGACGTGAGTCAA
TTGGACCCAAATGATACACTAGTTCAACGAGGGTTACGCTCATGTGCGAA
AGTACAAAAGTTGAATATTCCCAAAATACTATATTGGGCTGTGTATACTG
TACATTATCTTTAGTGTCAACTGGCTACGACTCTAAACCCAGCTTCAAAG
CTTCAGCGGGCTTTGCAACAGAAAAATATTATTTAGTAGATTGGGTCGGT
GACAGAGCGGGCATGTAATGCTCGGTCCGTTGTCCCAGTCACTCTACAGT
ACCGTACTCGATGAAAAATCTAATAACTGCTTCCATTTTATTCAGATGTG
CAGCACTGAATTACTACTGTGCTACAGTAACAGAAATGGGATTTTTTCTC
TCAACTTCATTGTATTTGAGTTTAATGTCCACGTACTAATTTCAGTATAA
AATATACCGTAGCTACGATCAAAAATCGCAAGCGTTCTACACGACTAGGT
CAGCTCCACCTAGAGCGTTTGCGCTACGACCAAACCGGGCGTTGCTTGTG
AAGCCAGCTTCAAAAGGGTAACAGGCGAGAGAATGCTTGCCCTCCGGTTG
CGTACATCAGCGACCTGATCCGCGTCCAGGACCCCCAGCTTCGCTGGTAA
GTTTTACCTGTGAAAGGAAAAATATGTTCGGAAATCAAACACACAGAAAG
CACAGAGCACGAGGCACAAACAGAAAGCAACACGGAGCTAGCCAGCTCTC
CCCAGAAAAGAAAGTAGAGTACAGCCGCGTCCCAAGGCGGGCCTTCTCTC
CTTGCCCTCCGGGGTCAAACTGCTTGTTCTCTACATTGAATGTCTTGTGC
CTTCGTTTTGACGGGGTAGCAGCTATCGAAGAGATGCCTGCAACCGTTAC
CGTCCTTGTCGCTCGTTCTGCGGATGACGAAATATTTTCTCCTCGGCTTG
GACCCGCGCCTGCGGTCAAGATGCCAGAGGCGGTAGTTTTTCCAGTCTCC
CACATCCCCTCGGTCGGGGGACACTGCTGTTCGGGCGTTTCGAGACCCGT
ACCAGCTGATGATGATTTGAGCTCCTCCAGCTCCTGGCCCATCTTGCCCT
CGTTGTTCTCCAACTTGACATATGCATCTGACGGCGGTTCGGGAGTTTGT
GAGATGGGGCTACAGTACTGTACGGTATCAACCGGCGCGATAGTCATCTG
CTCCTCTGTCTTCTCGCGACATCGTTTTTCCACGTACCGCTTGATCTCGG
CAAGTTCCCAATCCGGAAGTTTTCCCTTGAGCCCGTCAACAAATTCTGTC
GTCTTCTGCCAAGGTGTCCTGTCAGGCATCGAGATTGCCTCCTTTAACGC
GTTCACCTCACACCACAAACTAGCATAGTATTCTTGAGGCATCGGGGGGA
GCGAACGATGATCAGGAAAACAACTTTCTTCGCCTTCCGCGACTCGATCA
AAGCCGTTCTCTCTCCTCCAAATTACTAGCTCTTGGTATGTCAGGAGTTC
GTTCATCTTTTTGAGATTGTGAGCAGCGACTTCCTCAATTACATTCGCCT
GCAGTCTTCGGCGCCTCCGGTCTCGCTGCGATTCGAAAAGAACTCCAAAC
ACTTCATCTTCAGTATATCCTTTTTTTATCATGTCAGCGAGAAATGTCGA
CATTTTGACTTAGCTGTCAGGAGGAGCCTCTCGCCTCCGCTTTCGGGCGT
TGCTTCCACTCCTGTGCCCGGCGTCCACAGCACCGGTCCTGATTTCTCAT
TCTTCGGGTCGCTCCTTCGCCTGGTCTCGTCAATCCCGCCCTCCTTCCGG
CGGGAGACGCTTCGCTTTCCTCGGCGGTACTTTTAATTCTTCTGCTTTAC
GCTCCGCCTTATTCTCCATCCGACGTAAAAAACGACACTCTCTCACAGGG
TCCCAGGCTTGAAGACCGAAGGCCTCCCGTAGACCTTCAGGTATCCTCTT
CCGCCTAGCGTGTTCAGTTAGGCCTCAAACCAGGTGACCAGTGAGATGGT
GGTAGATGGGGGCGGGCACTTCAGCCCTGCAGGTATAGATGGTGTACACA
CATGTCTTTATTATTATCGTCCTCTACAGCACATGACCGTGCTGAGGGTA
ATCCAATATAACACTTATACACTCCAATAACACTGGAGAACACAGAGAAC
TACCGAATACGGGTACAGTACATGACTTAAGACAGGGGAGTATGAATTCC
GTTCCCCTGTGAGTAACGCATAGATACTGATGTCAACTCCTACGCAGATG
AAACGGTTACTGAATCGTTTACTCCAACACATCGCATCTGCAGTACTTTC
GCGGAGGTCACAAAGTCACTCTCATGAGCTGGTGCCAACTGTTTTTTTAG
CGATGTTGCCACTTCCTGCCTGCGTGAGCTTGGATATCGTGCAGGGACCG
ATAGAGCGTAACACGTCAATCGTGGCGCTTGGCAGGGCTCCAAAAGGTGA
CTTCGTCGCGTGAGTGTGGCACGCGCTTCTTTTGCGTAGTGAATGTCAAG
CGACACACCGGATTCTTCATATTTGCTAATTCAAATCTTGACTTGCTCCT
TGTTTTTAATATTTCATAACGTATCGCAGATGACGTTTTTATTTTACTGA
CACAATACCTCGTCGCCCAGCCCCCGCGAAAATGCAAGAAAATCGACTAG
GAGCCCCTTCTTTCGGGGGCGATAATGCGACATTAATATTCGTGTTTTAA
GTAAGTTTATGTAAACTCTGAAATAATTTTCCTGACTTGATTGGAGTTTG
GAGAGCACAGATATTCTTTCTCGAAGCTGTCATCATGGTATTGCTGCTCA
CGTTCCGTTATCTTACTTAGCTTCGTCAACATTTGCAGCCTTTATTGCTG
TACTCAAATATCCCCCTAAGACTGCGTTCAGTTTTGTCGAGAGAACTTGT
CCAAATAGTCTATGACTTGAATCGCGAACTTGAATGGTTGTTATATAATT
CTTTGTTTAGACCTTAAAGTATTATTTTTTTCTTGTATTTAGTTCGGTGT
ATTGGTTGCCAAACCGAGGGAATCCTTTGGAAATGTTAGATTTCTTTATG
CCGAATATTAACTTTTTTCGTGCTTCTTCCTTAGTTTCGCTGTTCGTCTC
TGTGACCTTACAGTTGAACACGCAAGACTGGATCCCTCTAACCTCAGGTC
CTGTTTTCAGTAGGAGCATTCTGGGAAAAAAAGTGCCGGCGAATTTCCGC
TGAAATAGACATTTGTTTACAATCAGACGAACTTGATATTTCATTTCGGC
AAGCGTGTCCAGTCCGTACATTAATATACTCCGCGCACTGAGAGCTGATA
CCTGGTACTACTGTACAGTAGGTTATATATTACTCGCACAGCACAGCGCT
TTACAGGACCCCTCGCCGACATCACTGTTTGGCTACTGCACGTTACGCAT
ACCCTCATGGGATACATCCACAGGGATTAAACCCACATGGGTCAAACCCC
CATAGCAAAACGAGAGGGTGACCACAGGGTCTCAATCCCATACAGTGCCG
CAGCGGGGACGTCACAGGTAGCAAAGTGCCGACACTTGAAGGCGGTGAAG
GGGTTGCAGAATAATGAAAAACAAAGAAAAAGGAAGGAAGGAACAACTAC
CTTGCGCTGCTGAAGCCTTTGGAGTAAGGAGTGTAAGATGATGGAGAGGA
CTTGAGTATCAAAACGGAGTAAGCAAAATTACGCGGGCACGCTCGTACGT
TTTTCTATGTTACGTTATCAACTAAATGGTACCGACGTAAAACATGCACA
GGTACCCTCTGGAGTGATTCAATCATATTGATCACTACTTTTCGAGATGC
ACGGTGAGATATATTATGGAAACATCAACCACCTTTCATCATGGATGCTG
TATTTAAACATGGCAGTCCGGAACGAGATCTTAACTATCAAGACGACATT
TTGTAGAATATAATACCGGAATTTCATATTTTGTAATCGACGGGTGGGTG
TCACGAGACATACCGGTACCATTGGTACCATAACGATACTTTCGTAAGTG
CCACCTTGCCAAAATCATGACTGATCCCGCGGATGTATCATGCCAGCTTC
AATTTGTTGCAGCCACGCCTTGCGACATCTCAGCTGAGCTAGACTAAGGC
TTGAGTTTGGGGTTAGGGTTGGCGTTAGAATAGGGTTGGGTCCCCGAGCG
GCAGAATTTCCTATACATGTGAGCACCATGAAATTAAGATCACGAAGCTT
CGATGGGATCCGCGATGTCATCACACTTCCGTGGAATTGCCGTGACATTA
ATATTGAAGTGCCATCAAAATAGAAATGCCAAGGTAAAACCATGGGAGTC
TCGTGACAACGGTCACAGTGAAACAAACAATGTCAAACCCTGTGTCAAGG
CAGAAAATGAACATCCCGTCGTAATAGTTTGGTCAAATTTTGGCTTGCGG
TGCCGAACACTATTCTGAGATAGATTGTAAGCCAAAATTCCAGGCTTGTT
GCGAACATTGGTGCCAGGTAATCGCCCTTTCAACCGTGAACTCCCGCGTA
CTTGAGGCCTCACCATTCGACAGCTTATCCAGAGTAACGCAACGACGCCG
AAATACTCGTGATGTTTTGAAGATCGTCCCTTCCCGCGTACTGATATTTT
ACCCGGTTGTTGTTTCGTGCCCAAAGGGGATCGAATACTTTGTACAGATG
CACCTCGACGGGGCAGGAGTGAAAGAGTGTGACCATTGGCATGATGACGC
CGGTGAGGATCTTTTTGCACGCACATTTTCCTAACCGAATGGTTGGATCG
CTTGTGACACACGTCTTCAAAGCCTTTTCAAAAGAGCCCGACAGGATGAT
TTCTCTTCCCGTTCCATGGTTGACGATGTCTATAGGGTCTCGACGCTGCA
ATCGAAAGCATGACCCTTTGTGTAGGGTCGTCTTATCGACATGTATGCAT
AATTTTGCCGTGGAAAACATTGATCTCAACGTGTAGTCATCCATGGATCG
GCTGGTTCTGAGGCCGAGGCGTGTCTCTCGTTTGAGCACGCCGCGCCGTA
CGACGTTTCTAATGCATGTATGTTTGTAGGAGTGATCTAGCCACGGGATG
AGGTTTATTGTTTTCTCGCCTTGTTTATTTGCCTGCTTTGAAACCCTGGT
CCGCCAAACACAGGTATAATGACCCACCACGTTGGATTCACTCTATTATT
CGAGCAAGGACTCCAAGTGATCGACCCATCAGTGAGCATCCCATACTGGT
CATACACCATCGAATGTGAGCCCGCAGTTGTCGGGAATTGATAAGGATAA
GCCAGTCACTGAGTCATCAGTTTCGCCTCTCGGTCACCACGATCACACTG
GTAGACATAAGGGCTAGCTACACTTAACAACCCCCGGCCATTGCTTATTC
CTGAATCGTACACTGAATTATATATATATATATATTTATGTGTGATATTC
GGTTAAAGTTGCTCCTTTTGTCGCGCTCTCTGTATGTTTCTCGCGTCATA
GCCGCCTTAGGATACGACTCCTACGGCGAGTCAGAGCTATTTGTTCCAGG
CTGGTTCGGTGACGCATCCCCGGACAACTCGCTGCACACGGTAGACAATG
GACGATTCGCGTACCTCCCTGTCTTCGAGGTACTGTTAATAGACATGCAT
TACACAGTATACATTTAGTTTTATTTGTCCTCAAACATGGTTGATCAGAA
TCCGTCAAAGGGGAGGAGTCAGCAACACGAACAAAATGACTACAGGACGT
CACGCGAAGAGAAAATCCGTCCAAGTTTCACACGGTCGTGGATCGGGGAA
AACAGGAATCGGGAACTACCTTTCACCGTGTTCAATTGCTGTAGCTGTAA
TATTGTACTGGGCTTGTAGACGTGAACGAGCCACCTAGCTCTAAATTCCT
TGACCAATCAACCGAAAGAGTTTCCGTCAAGGGGTCCAAAGGTAGGTATG
TCTGTCGCTTCTTTCACTCCGAGGAGAGCCCCTCTCACCTTGCAGCGCTC
TCCCCATAGTGTGATGTCTCCTTTACGACTCTCTTATATTGATCGCATCA
GGGGACATTCGAACCCACGACCCAAATTGTTGGGCTTGAAGTGTAAGTCC
GACACCACTGTATACCAACTGGTTTTATAGTTTCAGACTAATAACTGTAC
TGAGTCGTGAGTTCGAGTTCCACCGGCTGCGACAAACATGAGCGAGATTC
GCCATTAAAAGGCCGCACTTTAGAAGAAGCGCTAGCAAGGGAAGAGGGTC
TCTTCCCACCGAGACAATGACAAGGCGGGTCTTCGGACCCTCCAACGAAA
CTTGGGTGGCTGATTTCCGACTTGATTATAACCGTAAAACTGCACGAAAA
AGAACGTGCGTATGAATACGACTGCTGTTCACCCTCCGATCAACGAAAGG
GCGGGGGGGGGGGGTATCCTCAGTTTTGCCCAGAGTTTATCGGGGGGGGG
GGCTCCAGGGGAAATATTTCACCACCCCCCTGGTGAAATGAGTTGAGCTC
GGGGCAAGTTTGTCTGCCATATAGAGTATCATGCAGTACCATCTCCGGTA
GGTGCTGTTTTAGGGACATCCCTGGGGACGGTATCGTCGAATCCCCTCCC
CCCCGATCCGTTGACCAACCTATCATCGATGTGGTGTCGATAGGTGTCAC
ATATAGCTAATGGGTGCCTGAGTATTAACTTATTTCCTTATTCATATATA
CTCGATCAAACGTTCGTCCTCATTTGGCCACAGAAAGCTGCAGAATACGG
GTATATCCACAACGCTTACGGGCTTCTTCGAACTCCGTGGAATCTGGACT
CTACTCCCTTCGTCACGCGCCACAATGAGACCAACGGACAGGTGCTTTCT
ACGTAGTCCAACCATTTTAGTCTTTACAGAAAAGCTCGGGGGCCCAAACT
CGCCTCAGTATGCGAGAATGGAACAAGCCGCGCACCGGGTTCTGTACATC
TTGTGATAACCTTCTACGAGAGTATCCAACAAAAACTCCTAAGTGTCGGA
TAAGCGCGATATAGGATATGGGAGCTCATTGCTGAGCTGGTTTACGGATA
CCCTGTTACCCCTTCAACTTGTGGTCTCTCCATCCTTGCAGAGCAAGACC
GACATGGTATCTTGCGAGATATATTCGTCAAGCTTCGACAGTTCGACGTT
GAAGGTGTTCAACTCTTACCTCAACGGAGGCACTCATGGTCCTGTGAGTA
GAAGAAAATCTGTGTTAACGTGAAATCCCCATATCAAACCACAGGCGCGT
GCGCTGTCTTCCCTGCAGCAGCTTTTGTTCAGTATTATTTTAAATAGTCG
GCCAACAACTCGTGGGTAAATGAGTGTCAGGCACCGATGTATTCGTATTT
CTTCCCGATGACCAAATACCAACGACAGGCAAGAAAGGGTCAACTGAGGC
CATCGAGGAGTCATTTTGTAAGATAGCTCTCTCTTTCTCATATATCTCTC
TCTAAGGGATGGAAAGAGCTCTGTGTCTCAATACTCGCCATGTCTGGCGG
TGATGCTTGTTTTGGGTTATCTTTGTGCGACCAGGTGCACATCATCTTAG
GCGGGCAATGGAACGATCCCGAAGAATTGTTTCTGCAGTCTGCTGGTGAG
GGAGGACATGGATGTAGATGACTTCCTCAATTTCAAGGTTCCAATCTTCG
CGGTGACAACCTCGAACGTGATGCATTCAAGCTCTACTCTCTGTAACGGT
TTAATCAACCCCCCGCCCTGACTACGATCCTCTCAAAAGCTAGAATCAAG
GGTGATTATACGCGATCATACAAAACAGCTCTCGGGCTGCTGACGCACTA
GGGTTACTTGCACTAACTGACCCATTTAAATAATACCATTTGTACCAGGG
TAGCTATGAATATGCTCATAGTGAGGTTAACTTTATCCCCTCTCCGTAAA
TTCACCAAAAGATTTTTCACAGTTGGCGGTCCTAATCACTAAGTTCCTGT
GGCGGAAGGGATACCTGCGACTACCCGTGACTTGTAACGAGGAAGTGGAC
GGAGCTGGCGATGTTTCCACTTGTCGGGCAAGCTGCCCCGCGGAGCTGTA
CGAGTCTCGAGGAATGACGCCGTACGACGTGCTTGTGGACACCCACGCCT
TATACTGGGCGTCGAAAGGAAAAAGAGTGATTGTAAGTGGTTTTAGAAGC
CGAACCTGGTACGGCACGCTTCGCGTGATAAGAACCGAAATACAGGAAGC
GAAATATATCACCTTCATTGTTTTTTGTTCCGTGTCGTACCCGTCGCCCT
TAGAGGTATGACTCAGACGAGGATCGATTCTATGTCATGGGGCACGAGGA
TGACGAGGACTTCCAAACAGCTTTTTGGGCCAAGATGCTGCGATCCCTAT
GCGATCCTGGGTACGTACATAGTATGCTATGGTAGATGTATACTGCTATA
ATACTCATGGATAGGCGCCCGACCAATTGTGGCTCTTGTGCCCTAGAAAT
ATAAGTAGAGGCCCGGCGTCAGGGTTGATGGCCAACCTTGAACCCGAACG
CCACCCAGAATAGGTGTCACCGGTCGAAACGAGAAGAGAGGCAGTAAGGG
ACTGTTCTAAAGGAACATAACAAGCCCTTAACGCAATGATATCTCTCGAC
CAGGTTGGAACAGACGCAAAAAAAAAGCGTTTGCGCTGAAACTGTAGAAC
GTATGGACCGATTCGGCAGCAGGTCCTGGTACCGATTATCATCCTAAATT
TGACGGCTTTCCTAGTCTGTGCTACTTAAGAATCACTAAAGCATCCGTAG
TGACTTGATTGAGTGGGCATTACTTTATAATTTTACCTAAACGGCACCAA
TTATCCAGGGCTAATGGTTACGCCGTACTGATAGATCTTACGAGGAACTC
GCAGAAGAGCTTACATTTTGGTCTGGTGATCCCAAAACCTTTGTACTTTT
ATTCTTTCCTGACTTAGGATATCCCCGCTTTAGCAAGGCTCGGAAACGAT
TCCTAAATTAACATCTCCTGGTTGCGTGCAAGTGGGTTTGTGTTTTTATT
GAATCGTTCGTGTTTATTTATTTAAGCTATATTTGATCCTCCCAACGCAG
AATCAACGGTTGCTGTTCCAAACATCTTTGATGAGACGCGACAAAGTGAA
CACACTCTTTCTGAAGTCCCTCGGTAACCCTGCAACGTCTTGCGCTCTCC
TCTCCAGTTTCTTATTGCCGTTTTGCCGCCCCCGGTGTGTGTGTGTGTTT
GTGTGTGTGTGTGTATTTATTAAATTGCACATAACCACGCAATCCGGCCC
TGTCATCCTAGTCATTCTATGCCACTCGCATTGATCCTCCCAAGCATTGA
TCCTGTGTGTGTGTGTGTGTGTGTGTGTGTATTTATTGAATTGCACATAA
CCGCGTAATCCGGCCTTGTCATCCTAGTCATTCTATGCCACTCGCGTTGA
TCCTCCCAAGGGGATCAATGATACTTGTTACGAAAACCTCTGATCAAACG
CGACAAAGGGGACACACTCTCTCTACTTGTACAAATCTTACTTGAGCCCT
GAGCACCTTGTGCTCCCCCCCCCTGCTTCCTTGTTGCTCCCCAGGTTATC
CGAGTTGGCAGCTACTGAACCAACCCTTTCTTTTCTACATTTTTTCCGCT
TTCCACTCATGTCTCCCCCGTTTCCCGCACGGCGTCTACAGCTATTTTGA
GGTTTCTTGCGCTTTTTTGTCCCCCTTCCGCCCTCCCCAATCCTATTCTC
GTTCCCATTATCTTCGTCCCCGTCCCCATCTCCGCTACAGTCCTCACTTA
CGTCCCCGTTCCCGTCCCCGTTCCCATCCGGTGTTCGTCTACGGATCTCC
ACCCCCGTCCCCGTCCCCGTTCCCGCCCCGTCCCCGCTCCCGTCCCCGCT
CCCGTCCCCGTTCCCGTCCTGCGCTCCTTCGTTCGCTTCCACCCCCGTTG
TGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACA
TAACCACGCAATCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCAT
TGATCCTCCCGAGGGGGGATCAATGATACTTATTACGAAAACCTCTGATC
AGACTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACA
TAACCACGCAATCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCAT
TGATCCTCCCGAGGGGGATCAATGATACTTATTACGAAAACCTCTGATCA
GACGCGACAAAGGAGACACGCTTTTTCTACTTGTACAATTCTTACTAAGC
TAGAGTGTGTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACATAACC
ACGCAATCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCATTGATC
CTCCCGAGGGGGGATCAATGATACTTATTACGAAAACCTCTGATCAGACT
GTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATTT
ATTAAATTGCACATAACCACGCAATCCGGCCCTGTCATCCTAGTCATTCT
ATGCCACTCGCATTGATCCTCCCGAGGGGGGATCAATGATACTTATTACG
AAAACCTCTGATCAGACGCGACAAAGGAGACACGCTCTTTCTACTTGTAC
AATTCTTACTAAGCTCAGAGTTCCTTGTGTGTGTGTGTGTGTGTGTATTT
ATTAAATTGCACATAACCACGCAATCCGGCCCTGTCATCCTAGTCATTCT
ATGCCACTCGCATTGATCCTCCCGAGGGGGGATCAATGATACTTATTACG
AAAACCACTGATCAGACGCGACAAAGGAACGCTCTCTCTCTACTTGTACA
ATTCTTATGCTGATGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTATTTAT
TAAATTGCACATAACCGCGCAATCCGGCCTTGTCATCCTAGTCATTCTAT
GCCACTCGCGTTGATCCTGCCAAGGGGGGATCAATGACTGTGTGTGTGTG
TGTTTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACATAACCACGCA
ATCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCATTGATCCTCCC
GAGGGGGGATCAATGATACTTATTACGAAAGCCTCTGATCAGACGCGACA
AAGGGGACACGCTCTCTCTCTGTGTGTGTGTGTGTGTGTGTGTGTGTATT
TATTAAATTGCACATAACCACGCAATCCGGCCCTGTCATCCTAGTCATTC
TATGCCACTCGCATTGATCCTCCCGAGGGGGGATCAATGATACTTATTAC
GAAAACCTCTGATTAGACGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGT
GTATTTATTAAATTGCACATAACCGCGCAATCCGGCCTTGCCATCCTAGT
CATTCTATGCCACTCGCGTTGATCCTCCCAAGGGGGGATGTGTGTGTGTG
TGTGTGTGTGTGTATTTATTAAATTGCACATAACCACGCAATCCGGCCCT
GTCATCCTAGTCATTCTATGCCACTCGCATTGATCCTCCCGAGGGGGGAT
CAATGATACTTATTACGAAAACCTCTGATCAGACGCGACAAAGGGGACAC
GCTCTCTCTACTTGTACAATTCTTACTTAAGCTCAGAGTTCCTTGTGCTC
CCCCCCCTGCTTCCTTATTAATCTCTACAATATTTGAGTTGGCAGCTACG
GGACCGACACTTCCTTTTCTACATCTCTTCCTCGTTCCACCAAAGTCTCC
CCCGTTTCCCCCTTGGCGTCTACAACTATTTAGCGGTTTCTTGCGCTTCT
TAGCCTCTTTTTCGCCATCCCCGACCCTACCCTCGTTCCCGTTcCCTTCG
TCCCCGTTCCCATCTTCGCTACTGACCTTAGGTCCATCCCCGTTCCCATC
CGGTGTTCGTCGATGGGTCTCTACCTCCGTCCCCATCCCCGCCCTGTCCC
GCTGCCGTCCCCGTTTCCATCCTGCGCTCCTTCATTCACCCCCACCCCAG
TTTCCACTCCCGCTCCGTCCCCGTCCCCATGTGTGTTGTGTGTGTGTGTG
TATTTATTAAATTGCACATAACCGCGCAGTGTGTGTGTGTGTGTATTTAT
TAAATTGCACATAACCGCGCAATCCGGCCTTGTCATCCTAGTCATTCTAT
GCCACTCGCGTTGATCCTCCCAAGGGGGGATCAATGATACTTGTTACGTG
TGTGTGTGTGTGTGTATTTATTAAATTGCACATAACCACGCAATCCGGCC
CTGTCATCCCAGTCATTCTATGCCACTCGCATTGATCCTCCCGAGGGGGG
ATCAATGATACTTATTACGAAAACCTCTGATCAGACGCGACAAAGGGGGT
GTGTGTGTATGTGTGTGTTTGTGTATTTATTAAATTGCACATAACCGCGC
AATCCGGCCTTGACATCCTAGTCATTCTATGCCACTCGCGTTGATCCTCC
CAAGGGGGGATCAATGATACCTGTTACGAAAACCTCTGATCAAACGCGAC
AAAGGGGACACACTCTCTCTACTTGTACAAATCTTACTTTGTGTGTGTGT
GTGTGTATTTATTAAATTGCACATAACGGCGCAATCCGGCCTTGTCATCC
TAGTCATTCTATGCCACTCGCGTTGATCCTCCCAAGGAGGGATCAATTAT
ACTTGTTACGAAAACCTCTGATCAAACGCGACAGAAGGGACACACTCTCT
CTACTTGTACAAAGGTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCAC
ATAACCGCGCAATCCGGCCTTGTCATCCTAGTCATTCTATGCCACTCGCG
TTGATCCTCCCAAGGGGGGATCAATGATACTGTGTGTTGTGTGTGTGTGT
GTGTGTGTGTGTGTGTGTGTGTTTTTATTAAATTGCACATAACCACGCAA
TCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCATTGATCCTCCCG
AGGGGGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACATAACCACGCA
ATCCGGCCCTGTCATCCCAGTCATTCTATGCCACTCGCATTGATCCTCCC
AAGGGGGGATCAATGATACTTGTTACGAAAACCTCTGATCAGACGCGACA
AAAGGTGGGTGTGTATTTATTAAATTGCACATAACCGCGCGATCCGGCCC
TGTTATCCTAGTCATTCTATGCCACTCGCGTTGATCCTCCCAAGGGGAGA
TCAATGATACTTGTTACGAAAACCTCTGATCAGGCGCGACAGAGGGGACA
CTCTCTCTCTACTTGTACAGCTCCTACTTGAGCCCTGAGTATCTTGTGCC
CCCCCCTGCTTCCTTGTTGCTCTCTAGATTATCTGGGTTGGCAGCTACTG
AACCAACCCTTTCTTTTCAACATTTTTTCTCTTTCTACCCGTGTCTCCCC
CGTTTCCCGCACGGCGTCTACAGCTATTTTGCGGTTTCTTGCGCTTTTTC
GCCTCTCTTCCGCCCTCCCCGATCCTATTTCCGTTCCCGTTCCCGTTATC
GTCGTCCCCGTTCCCATCTCCGCTACTGTGTGTGTGTGTTTGTATGTGTG
TGTATTTATTAAATTGCACATAACCGCGCAATCCGGCCCTGTCGTCCTAG
TCATTCTATGCCACTCGCATTGATCCTCCCAAGGGGGGATCAATGTGTGT
GTGTGTTGTGTGTGTGTGTTTTCATTAAATTGCACGTAACCCCGCAATCT
GGCCCTGTTGTCCTAGTTGTTCTATGCCACTCGCATTGATCCTCCCAAGG
GGGGATCAACGATACTTATTACGAAAACCTCTGATCAGATGCGCGCGCGC
GGGTGTGTGTGTGTATGTGTGTGTTTAAACTTCACATAACCGCGCGTTCC
GGCCCTGCCATCCTAGTCATTTTATGCCACTCGTATTAGTCCCCCCTCAA
AGATGTTTGTTTGTGTGTGTATTCATTAAATTACTCATAGCCACACAATG
CGGTCCTGTCATCCTAGCCATTGCATGCTACTTGTATTGGCCTTCCTACA
GGCGAATCAGTTATAACTGTTACGAAATCCCTAGATCAGACGCGACAAAG
GTAACATACTATGTTTACAATTGTTCTTGTTTCGGCCCTCAGTGCCTTGC
ACTTCCCTCTTACTTCCTTGCAATTTTCTAGGTAGCCTCGGTCGGTAACT
TCTGAACCAACGCTCTCCTGTCTACGTTTTCCCCCACAACCACACAAACC
TTCCCCGTCTTCCACATCGCATCTACAACTCGTCGGGGGCTTCTTGCGGT
TCTTCACCCCTTCACCGCCCTCACCGTCCTCGTCCTCGGGCTCTAGTCCT
CCGCATGATGAGACGATCTTGTTTGGCATCCGATGCTGTAGCTGATGGTT
ACCCGTTGGTGTCACCCCCTCTCTCGCATCTTTCGACTCACCTCTTTATC
ACATTTTAGGTTCATCGGTCCTCTCTCTCTTCTCCAACCTTTTCTCTGTT
CTCGCCTCTGTCCCCGTTTCCGCCTCCATTTCTATCCTCGTCCTCTTCCC
GCGCCCATCCTCGTCCTCGTTCCTGTACCCGTCGCTGCTGCCGTCACCAT
TCCGCTCCTCGCGCCTCTAAGGCCCGGTTCTCCCCTCGGTACCGTATCGT
CTGACACGCGTCGGGTGTTGCGCCCAAGGCTGTAGGCTATCTGAAAGCGC
CACCTTTTGTCTACATATATGATGCTGGGTGCGGAATGACAATGATCATT
GTTGTACTCTGCTTGCATCCACATGTAGCGGATTCCCGAGCTCTCTTCCC
CCCTCCCCCGCTTTCCCTTCTCGTTTCCGTTACTGTCTCCGCTTCAGTCC
CCGTTCCCATCCTCGTCTTGTGTTCCTTCCCCCATCTTCGCCCTCATTTT
CGTTCCAGCGCCGTCCACGTCCCCGACCCCAACCACGTTCGCTTCTTCCC
ATACCTCGGACCTAGTGCAGCCCTCGTTACAATAAACTAGCGCAGGTACC
AGGCGTTATAAATGGAGATGTTGGGTGCCCACAAGCTTCGCTCTCTGTCC
GCAGAGATGATGTCGCGTACGGAAGAAAAAGGCCTCCTGCGAAATAAAAG
AAAATCACCGCCGAAAGCGTTCTGCTTCCTTCCCTCCGTCAGATGCTGGG
ATTCGTTGGGGTGTATCTCTAACCCGTGCTCTTCCCGTCTGATGGTAAGC
TCCTTAATGAGAGCATGCACGTCTGGACAAGCCTCGCCAGACGTCGACAT
GGCGATGGGAACGAGGGAGTAGGTAGCGGGTATTGAGTCCTGATATTTTG
TTTTCTTCCGTACGACTACGTCGGTGACGTGTTTTCCAGCATGACACGCT
GCATTCTACAGATTAAAGCTGACGTAAGGGTCAATGGCGGTGATATCGAG
TATAGACGCCTTGTTCTTACGTCGGGGGTTTCTGTAGAACAGTGCCTCTG
CCTCCGATGTAGCATTCATTCGTAGAGGGTTTAATATCATGTTTTGCCCA
CTAGCTCTCTCTTGGAAAGGCAGTGTGTCTTTGACGACAGGTTGGGCTTT
TGCTCTCGCGGAGGGATCGAGCCAAAGCCTGGTAGAGCACTCGGTCGTGG
GTGGGAGAGCTCTGTTCCGTCTTTGTGCAGGATATAGCGTGGGTACGGGT
GGAAACTTGCCGGTAGCCATTGCCATGGCACATCCCATCAACTAGTTCCT
CTGCGTCATGCGATCCCAGGCTCCAGTCTAAGGTCTTCAACCACCAGAAA
CCCTCCATCATATCTTCATGCAAGACCCAAGGCATTTCACAAATACCATA
GCGCCCTTCTTTCGCGCGCCCCTAACCTTACCATTGCTCTCTTCACTGTT
TTGTTTTCCTGATACCAGAGGTCCCACAGCAGCTTCTTCCCACGGTGCGC
GTGTAGGGCGTGCGAGAGCGTCGATTGGACACGGGGCGCAGCCTCCACGC
CCACTCCCCGAACGCTTCGGTTGATCTGGTCCAGCGTATTCTCCCCACCA
GGCTGAGTTGCCAAGGAGTTCTCCCAATGTTCTAGTTCTTCTACGCCCCC
ACTCCACCCGCTCCACCCGCCCCCCCCTTCTCCTCTCCCCTTCACTCCAA
TCCACCCCGCCTCCCTCTTATTTCTGCTCCCGCCTCAACCAGTAGAGTCC
ATACCCCTCTCCTTTGAGGGTGCTCTTCCACCGCCATGGCTGCCCTCGAG
CGCCCATTGCATTCTCTCCGGCTTATCTTGACTTCAGTGGTCACAACCTT
CAGCTCTTCAAGGAGCCCTGACACCATGGGGTGCTCAGGTTCGAGAAGGG
GTGTATGCTTGTGTATGTCTGTGTGTGTGCGCGCGTGCGTGCGTGCACTT
CGTACGGCGGATGCATCGGCTGTCAAAACTCCGAGATGTTTACCGCCGAA
ATTCCGTCCATCACACGAGATTTCCGCCGGTCACTCGTATCACTTGGCAG
ATAACTTTTTTCTCCCCATTTAGCGAGTGAGAGACAGCAGAGATTTAGAT
GCCACCATCAACCTTCTTTGCGTTTGATGGCCATAATTTCGTTTGGGATA
AGTTTGTCGGTGCTATGAGGAACATATTGTTATATTGTGATGTTCAATGG
ACTTTTAAGCTGTGGTCAAGTAGATTGCCTCATTACCTTTGGAGTGGAAC
CTGAACCGACACTTACCACGGGTAAGTTTCTTCTATAATATAATAGAGGC
GTTTGTTCCGGGATGATTTGTGTCTGTACGCGAGACTAAGAACTGCATTA
ACTCTTTTCTCGGCTTCATCGCACAGCACAACTCATCTGTACGGGGTCTC
TTATCAACTTTTGACGGCTTTCGTCTCAAATGCGTCAACTTAAATCGGTC
GAGTACCAAACGCAAGCAGAGCGAGCACCTCAATGTAGATTTCCCGCTGA
AAAGGGAAGTAAGATAGGCCAGCTTCCATTTTTTGGTTTTGGGAGCTGTG
CTCCGAAATACTTTGCTCTATTTGTTCATGCCCATTCTATATATTGCTGC
TTCAATGGAGTACCTCACTAATGACACGTGTTTACCAGCACCTGGAAAAT
ACATACTTGTACTCGCCATTACGTTTGGCGACTGTCGTGCAGGCACGTCG
GCGAGATGTTTACCTCGGCAGCACCGTACGACCCAATTTTCTGGGTGATA
CACCCCGAGGCGGAACGTTACTTGAGTTGGAGGAGAATTCTCGGGAGGGA
AGGCTTTGACGGGTGAGCGGGATCAACTTCCGGGCGCCACAACCTCTTCT
GTAAATAATCAAAAATATGTAACCACCAAATGAATGCCTGCACGACGGTT
ATCGCGGGAAACTTCCGCCCGAAATGTCTTGATCTACGCTGGAATCCGAT
AAAACCGTGCACTTGGCAAACCCTTGAGCATGACCGAAATGACCCCATGC
ATCTTCTCAAGATACGAGTTCGACGAGACATGGGGCTACAGGCACGACGG
AGGCCCCGCGGGGGATTCGGGGACAATGTGCGACTGGTCTGACGTGCGCC
CGGGTACTCTGGACATGCCGTCCTGCGTGAAAATGACCTGCGGTGGTCAT
TATGCCACCGATACCTTGCCTTTCGAAATCAAGGTACGACGCCCTGAGTC
ATTTTCCCCCTTCTGGGACTTGGTAAGATAGTTCAAATCTGGATAGATCC
CCGAGGCATATTTTGCAAGTGGCCCGCTGAGAACGTGGCCCTACTGGACG
CTCCATGCAGCACAAGCATGCCGTTTCTTCTGAGATTGAACGCAGGAGGA
TTAATAGTTCGATGCACGGCGATTCTTCCTTTGCGTAGAACCTAAGGTGC
AAAATAGTTAGAACGAGAATGCATGAATACCATCGTTGTTGGCGCAAATC
AATGTGATTATTCGGCGCCATACCACGAGTACATAATGTGAGGCTAGAAC
TGGCTCAGGTATTTTTGCCTATGATAAAAGTGCATTTTCCTGTCCGTACG
AGCATGGACGATGGTGCAAAGATCGCAGTTACAGAACCCTCTCCCTGAGT
GAGGCGGGAAGTAGCAACTGTAACTTGAAGTTAAACTAACCTCTCAAAGC
GAGAAACCAAGTTGTCTTGCGCTGTCCCTTTTGGGGTCATTAATGCTCTT
GACAGATTAAAGGCGAGGTACGAGAGATGACAAACCTTGAATGGCTAGAG
TTCATCTACCCCGACACCGAAGACCTTCCTTATGTCTACAACGAGTACAA
TTGGGATCATTGCGCGTAAGTGCTAGATTTCGAGAGGCTGCTTTTGTTTA
ACCTGGACGAGGGTCCCATAACGACCGTGTAGCGGTCCCAATACTTTTGA
AATGGTGCTAAGATAAAACACTAGAGCCTATTATTGTAGAGTTGTTTGTC
GCCGTTTGGTCGATGCTTTCGTCTTCCTTGGGGTCTCGAGATACTTTCCT
GACACAAATACGGTTCGTTAGCCTTGGGAGTTCCTGAAATTATGCATGCA
ACTGGTGCTGTAATCAGCGTACTTTCCAACCCGCGTGTGGAGCCGGCGTT
AAATTTTCGCCCGCGGTTTGCGCTGGGCATCGACGGCGGTGCCTTGCTTT
CTCCAAATAGTATCCGATCGACCTTGAAGGATGGGCCACGTCTCTGATTA
CCTGCCGCAACCTGCTTTCCTCCCGTGCATGCCATACTCCAGCGATGTCG
GTTACTCGATTGGACCAACTACTACGGCGAGGTGAACGTGCTATCGACCA
TCAAACCTGGCAAGGTGTGCAACTAACTGCCGCAGTGAAATTCGATCACC
TGCCAAGGAGCCGAATCTCACTAACTTCATTTTTCCTATGAACACCATCC
TTGACCGAGGCGATCAAAACTGACGCCATAGACTTTGGAGGCATGTGATG
TCCGAGAAAGTTCTTAAGCATTTATTTGGGAATGATCCACAGACGGACAA
GATCGTTCCAACATTTATTTGAAGCGGAAATCTTATTCAAGGAAAAGAGG
AAGGAGAGGCGTTTCAGTTTTCCGGTAAAATGTACGGTTCCAAACCGTGA
GCATCGGTAAAAGAGGGAGTCGGTATCTTGAGTATGAAGGCGCGGGAAGG
ACACAGTCTGGGCAAAATGGGGCTGCCTTTGTCGTACGCGCAGTGCCGAA
TCTTTGCAGGACGACTATGCGAGTCCTCGTTTTCTCTATATTGTGAGGAC
AGCTGATTACCTATATGTGATTTGGTTTTTGTTCTGTTTTTTCTGCAATG
TATTCTGCCGAAAACCGTTCAAAAAAGCAACATTCGGCCTTCCCTTTTGT
CGCACCTTCTAAATTGTTTTACTTGCCGCGTGTGGGGTTGAATGTTGTTG
TCGTAGTAGTAATCAGGGTGTCACTGAGTCGCTTAGATGTTAATACGTAT
CGTATGGAGCTAGAACTTTGTCCCCGAATGTGCAGGAGGGGGGGAGAGGA
GAAGAAAGTGGTCTTTGCCCCCAAACAAATGACTAGTGCAACACGACGCA
AATGTGTTTGTTTCTCCGCTTCCCTGGCTTCCAGGGCGATATGGGCATAA
TGTACAGTATAAGATGAACGGGAGCTTCCACGTGCGGGGGGGGGGATCGT
TGTGGGACGGAGCAAAGTCTTGGTGACGGGATATTGCTTAGCTATGTGCC
GCTCGTGTCGAAGGCGCGTGTATGATAATGGGGTGTCGATTCCTGTTGAT
CGCAGATATATACAGCTCCTTAGGCGTTCGCTGGACAATGTTATTTTTGC
GTACTTTGTGTTGTGTGTTACCCGCATTTCCACTTGTTCATCGTAGATGC
CGTTCTTAGATGTATTCGTATGACCTAGTTAGTCCAGTACATTGTGTGTT
GGCGTACGAATTATTTTACCAGTATTATTGCCCTTCGCATCGGTTACTCG
CTTCTCCTTGCCCAATGGTACCTTCAGTAGGCGACAGCACGGCATTCTAC
CCTTCCTTCTTCCCTGCCCGTCCATGGTTTCTGATTGATACACCAACAAG
CCAAATATTCGTCTGTTCAAAACGTTAGCTTGACTTATTTGTGTCCAAGA
CGCATAGATGGACCCCATGCGTCTTCGTGGAGTCAATCCCCTAAAGATCC
ACATGAAGCTTCCGCCGACCGTAGTGAGAACGCGAAGAAACAAGTTCTTT
GGGGTGTAGCATAGTCTTTAGGTGTAAACTAAAAAAGCTCTCGTTTTCCC
CGCAGGCTTTGCCATATGAATGGTAAGGTTACAATTGGGCACCAAACAAA
TCATGCGTTCGAAGGGCAGCAAGCTTTGAAAAGTATATATGGTTGTGGAT
AGCATATCCTGCGTATTGATCATATGCGTTCTGTGGGCCGTGAGGCGACT
TGGAAGTGCCATGAAAAATCTACCCATTTACCAATGTTGATCAGCATCGC
GTCTCACGATAGAGTTGCGCTGTTTGGTTGGCTTCCATTCTAAATCTCGG
GTTCAAACATCAACTATCGTGCCCGCTTTCGACAGTGCAGAGTGAAAGGG
ATCACTCCGCATACATAAACTGCACCGCTTCCAAAGGGTAACATTGTGAT
GAGGTTGAGGCTGCTCTAGCGTATTGTTGGATAAGTAAATTGGGAACAGC
GCTTTATATTCCCCTTTTTATTTCTCTTCTGGGC
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Coding sequence (CDS) from alignment at A-nodosum_M_contig1211:91954..135737+

>mRNA_A-nodosum_M_contig1211.3.5 ID=mRNA_A-nodosum_M_contig1211.3.5|Name=mRNA_A-nodosum_M_contig1211.3.5|organism=Ascophyllum nodosum dioecious|type=CDS|length=2028bp|location=Sequence derived from alignment at A-nodosum_M_contig1211:91954..135737+ (Ascophyllum nodosum dioecious)
ATGCGTGCTCACCGACTGCTGCTGCTGCTGCTGCTGGCCCTCGTCCGTTC
TGGTTCGCTGAGCTTCGCTTCTTCTGGCCCTCGGGCGTTTCAAAGTGGAG
ATCAGAAGTATGGAGAGAAGGGATCGCCACTCCCAGTGCGAGGGAGAGCG
GCAGCACGTAGTCATACCATCAAGGAAGACTCGTATTATCTTGGGCAGAC
GTCAGTACGAGCGCAAGGCTTAGAGACTCACGGGTCATCTCCCGTGGAGT
ATGGTGATGGCGACACTTCGCTAAGTTTTACCTGCACCAACGAGTACCCA
GCCATAACGAATACGAAATGGACACATTATTTGGCGGAGCCGTACAAAGA
GACCATCCTCACAGCCTCGAGCAAGATCGGTGATCCAACGAATGACGTCT
TTACGTGGAGGTTCTGGGACGATAAAAACACGGTTTTGGAGGGTAGAGAA
ATAGCGCATACGTTCAAGACGGTGGGTCGCCAGCGGGTTACTCTTAGCCA
GATCGTGGTGGCCACGGGCAATACCCACTACCTGGAGGCGCACGTCATGG
TCAAGTATGTGCGCCGAGAATTCCGCCAACTTACCGGCAAGGACAGAGAG
GCATTTCTCAACGCGATGGAAGCAATCTACCGTCTTCCAACGGCCCAAGG
AAGAGCAATCTACGGGGAAGATTACAGGGGGATCGAATACTTTGTACAGA
TGCACCTCGACGGGGCAGGAGTGAAAGAGTGTGACCATTGGCATGATGAC
GCCGGTATAATGACCCACCACGTTGGATTCACTCTATTATTCGAGCAAGG
ACTCCAAGTGATCGACCCATCAGTGAGCATCCCATACTGGTCATACACCA
TCGAATCCGCCTTAGGATACGACTCCTACGGCGAGTCAGAGCTATTTGTT
CCAGGCTGGTTCGGTGACGCATCCCCGGACAACTCGCTGCACACGGTAGA
CAATGGACGATTCGCGTACCTCCCTGTCTTCGAGAAAGCTGCAGAATACG
GGTATATCCACAACGCTTACGGGCTTCTTCGAACTCCGTGGAATCTGGAC
TCTACTCCCTTCGTCACGCGCCACAATGAGACCAACGGACAGAGCAAGAC
CGACATGGTATCTTGCGAGATATATTCGTCAAGCTTCGACAGTTCGACGT
TGAAGGTGTTCAACTCTTACCTCAACGGAGGCACTCATGGTCCTGTGCAC
ATCATCTTAGGCGGGCAATGGAACGATCCCGAAGAATTGTTTCTGCAGTC
TGCTGATTTTTCACAGTTGGCGGTCCTAATCACTAAGTTCCTGTGGCGGA
AGGGATACCTGCGACTACCCGTGACTTGTAACGAGGAAGTGGACGGAGCT
GGCGATGTTTCCACTTGTCGGGCAAGCTGCCCCGCGGAGCTGTACGAGTC
TCGAGGAATGACGCCGTACGACGTGCTTGTGGACACCCACGCCTTATACT
GGGCGTCGAAAGGAAAAAGAGTGATTAGGTATGACTCAGACGAGGATCGA
TTCTATGTCATGGGGCACGAGGATGACGAGGACTTCCAAACAGCTTTTTG
GGCCAAGATGCTGCGATCCCTATGCGATCCTGGGCACGTCGGCGAGATGT
TTACCTCGGCAGCACCGTACGACCCAATTTTCTGGGTGATACACCCCGAG
GCGGAACGTTACTTGAGTTGGAGGAGAATTCTCGGGAGGGAAGGCTTTGA
CGGATACGAGTTCGACGAGACATGGGGCTACAGGCACGACGGAGGCCCCG
CGGGGGATTCGGGGACAATGTGCGACTGGTCTGACGTGCGCCCGGGTACT
CTGGACATGCCGTCCTGCGTGAAAATGACCTGCGGTGGTCATTATGCCAC
CGATACCTTGCCTTTCGAAATCAAGATTAAAGGCGAGGTACGAGAGATGA
CAAACCTTGAATGGCTAGAGTTCATCTACCCCGACACCGAAGACCTTCCT
TATGTCTACAACGAGTACAATTGGGATCATTGCGCCGATGTCGGTTACTC
GATTGGACCAACTACTACGGCGAGGTGA
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