mRNA_A-nodosum_M_contig991.1.2 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig991.1.2
Unique NamemRNA_A-nodosum_M_contig991.1.2
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_contig991.1.2 vs. uniprot
Match: D8LFV2_ECTSI (Prolyl endopeptidase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LFV2_ECTSI)

HSP 1 Score: 1198 bits (3099), Expect = 0.000e+0
Identity = 578/793 (72.89%), Postives = 661/793 (83.35%), Query Frame = 2 
Query:  131 MLRSFRGGGGVRSGSSASLPLIWALMGGLAASALALKV----RARGKSGAATQAPRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRSKELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNT-------------------------------MADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRALVKP 2404
            MLR+ RGGGG+R+   AS P++WAL+GG  A +LA  V      RG SGAA+  PRA+KR H V FG+V  ENRGKNPMDPPL+R+D+Y WMRDDKRESKEVLGHI KENAY+ E M HL+ LRE LY+EFL HMKETD   PYRHGPFFYY+R+ KGKPYRIHCRS+E  GEEQVVLD NVEAEG+ + D+A V PSPGEH LAAYA D TGYETYD+ FR+VATG++L+DVI KTSGD+CWGAD TTVFYTTQDEEHRPHKLW+H LGTPQA+DVL+YTE+DQL W+GIGKTDS RFL + V SKTT EIRF+DLQGV+GAE HR LS ++++DR +GVRY  EHWG DFY+VTN DGCKNSKLV+ PIS+PGSENWTDV+PYDP VCL+ + CFENHIVLSGRE GLSQLWIRDMRTG  H+++HPE+AY  Y+T N VF++  LRFGYQSMVSP +V +YDM+++ RTLLKEKEVP YDRS YEC+R++  ARDGVEVP+S+VYRKD YP G+AG  APCMLYGYGSYGASMEPSFDFTRLS+LDRGMVY +AHIRGGGEMGRPWYEDSGK+LTKRNTFQDFVDCAEHLV E VT P+ LAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMN+                               MAD SIPLTI EWEEWGNPNESK+ DYMLSYSPYDNVR+QPYPA+LVTGGL+DPRVAYWEPCKWV+KLRDM T+DNP+YLKI+MS+GHFSASDRYK+MKE+AFEYAFV+  LGC +LV P
Sbjct:    1 MLRANRGGGGMRNSGPAS-PMVWALVGGSLAVSLAFNVVNAKARRGASGAAS-GPRAIKRPHPVPFGKVGEENRGKNPMDPPLERMDDYFWMRDDKRESKEVLGHIKKENAYTAEKMAHLEGLREDLYKEFLGHMKETDAEVPYRHGPFFYYSRSVKGKPYRIHCRSREQGGEEQVVLDENVEAEGADYCDIAAVIPSPGEHDLAAYAADMTGYETYDVRFRDVATGKDLDDVITKTSGDVCWGADATTVFYTTQDEEHRPHKLWLHTLGTPQAEDVLLYTEDDQLMWMGIGKTDSNRFLTMRVGSKTTSEIRFMDLQGVQGAEAHRGLSLKVLADRMDGVRYGAEHWGEDFYMVTNKDGCKNSKLVKAPISAPGSENWTDVMPYDPDVCLKGVLCFENHIVLSGREKGLSQLWIRDMRTGESHQVKHPEQAYACYSTCNRVFDTSTLRFGYQSMVSPRAVFDYDMDSKARTLLKEKEVPGYDRSMYECERTVANARDGVEVPMSIVYRKDAYPDGLAGAKAPCMLYGYGSYGASMEPSFDFTRLSFLDRGMVYAIAHIRGGGEMGRPWYEDSGKYLTKRNTFQDFVDCAEHLVAEGVTSPKGLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNSRAAAGAGSWRGSLARDRVLMTEKKLDLEYIQMADPSIPLTITEWEEWGNPNESKYHDYMLSYSPYDNVRRQPYPAMLVTGGLNDPRVAYWEPCKWVSKLRDMATTDNPLYLKIDMSAGHFSASDRYKHMKEQAFEYAFVLDVLGCTSLVAP 791
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BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A836CLF5_9STRA (Prolyl endopeptidase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CLF5_9STRA)

HSP 1 Score: 855 bits (2208), Expect = 1.160e-297
Identity = 436/884 (49.32%), Postives = 556/884 (62.90%), Query Frame = 2 
Query:  188 PLIWALMGGLAASALALKVRARGKSGAATQAPRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRSKELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGE--------------------------------------------NLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVE--------------VSSKTTGEIRFIDLQGV------------------------------------RGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKN------------------SKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPW-------------------YEDSGKFLTKRNTFQDFVDCAEHLVNER-----------------VTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRAL 2395
            PL++ L   +   A AL +RARG+      APRA KR+  V+FGR+ G NRG NPMDPP +RVD Y W+RDD RE   V+GH+  EN ++Q ++ H KDLRE LY+EFLSH+KETD + PY+HGPF YYTR EKGK YRI+CR       E V+LDVN  AEG ++ DV  V PSP +H +AAYAVD +GYETY+I F++ A+GE                                             +++V+  TSGD  WGAD + V+YTT DEEHRP++LW H LG PQA+D ++Y E D+LFW+GI K+DS RF+ +               V+ KTT E+  +DLQG+                                      A+GHR    +++ +R+  VRY  EH G+  YI+TN DGCKN                  SKLVR P+ + G++NW +V PYDP   L  + CFE H++L+GR+GGL Q+WI D  TG+   +E PE A  +Y + N  F++  LRF Y S+VSPSS  +YDMN+  RTLLK++EVP YD+++Y C+R    A DG  VP+SMVY KD+Y  G A  SAP MLYGYGSYG S+EP FD+TRLSYLDRG+V+ +AHIRGGGEMGR W                   YED GK  TK NTF DFV CAEHL+ +                  +T P+R+A+CGRSAGGLL+G VVNMRPDLF AAVADVPFVD++N+M D +IPLT+ EWEEWGNPNE+K+ DYM SYSPYDN++ Q YPA+LVTGGL DPRVAYWEP K+VAKLR++ T +NP+ LKI+MS+GHFSASDRYK ++ERAFE+AFV+  LG  AL
Sbjct:   11 PLVFLLAASVLGVAGALSLRARGRQ--VMTAPRAAKRAATVKFGRIPGRNRGPNPMDPPKERVDNYFWIRDDNREHPAVIGHLDAENRFTQSSVAHTKDLREALYKEFLSHLKETDDSVPYQHGPFLYYTRTEKGKSYRIYCRKAHKDAPEHVLLDVNQVAEGHSYCDVGGVGPSP-DHTIAAYAVDHSGYETYEIRFKDAASGEXXXXXXXXXXXXXXXEARARVPSADGNATYSGSFMGSGFEHTCEGMDEVLKDTSGDFTWGADNSVVYYTTMDEEHRPYRLWRHTLGEPQARDAMLYEEVDKLFWMGISKSDSERFVFMSASVRARRGRIARDSVAGKTTNEVHLVDLQGMCPPMXXXXXXXXXXXXXQDVAXXXXXXXXXXXXXXXXXADGHRTARLELVQERRHNVRYRAEHHGNHLYIITNADGCKNRLVVLLCCIXXXXXXXXXSKLVRCPLDAMGAKNWREVQPYDPARKLDALLCFEKHLLLTGRQGGLKQMWILDPETGSTKPIEQPEAACHAYPSGNYQFKTSTLRFSYGSLVSPSSTYDYDMNSGARTLLKQQEVPGYDKTKYACERLAAVASDGTHVPISMVYSKDVYANGPASCSAPLMLYGYGSYGHSIEPDFDYTRLSYLDRGVVFAMAHIRGGGEMGRSWGXXXXXXXXXXXXXXXXXXYEDEGKLKTKLNTFTDFVACAEHLIAQASSTSTSSESILLSGVSGITAPDRMALCGRSAGGLLVGAVVNMRPDLFRAAVADVPFVDVINSMCDETIPLTVTEWEEWGNPNEAKYHDYMCSYSPYDNIKAQDYPAMLVTGGLWDPRVAYWEPAKFVAKLRELKTDNNPVLLKIDMSAGHFSASDRYKYLQERAFEFAFVLDQLGATAL 891
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BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A0G4FNG3_9ALVE (Prolyl endopeptidase n=1 Tax=Chromera velia CCMP2878 TaxID=1169474 RepID=A0A0G4FNG3_9ALVE)

HSP 1 Score: 791 bits (2042), Expect = 1.780e-273
Identity = 401/824 (48.67%), Postives = 529/824 (64.20%), Query Frame = 2 
Query:  176 SASLPLIWALMGGLAASALALKVRARGKSG-AATQAPRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHG-PFFYYTRNEKGKPYRIHCRSKE-------LRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYT------------------------------------------------------------------TQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQM--ISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHS-----APCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVN-ERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRALV 2398
            + +L L+ A +G +AA+   +  RAR ++  AA Q P+A K    V FG V GE+RG NPMDPP+ R D + WMRDD R+  +++ HI KEN +++  M  LK + E +Y+EFLSHM ET++  PY  G  ++YYTR E+GK Y  HCR +        + GEE ++LDVN  + G  + DV  V PSP +H L   + D +GYETY+I FR   T E   + +      + WG D +TVFY                                                                   T DEEHRPHK+WMH LGTPQ+ D+L++TE+D+ FW+G+ K++SGRFLL+   SK   E  F+DL+ V+GA+ H+  + Q+  +  R   +RY  EHWG  FY+VTN DG KN K+++TPISSPG  +W ++ PY+  V  +R+  F+N I +SGREGG SQ+W+ D  +G + R+   EEA+ ++ ++N +FE+++LRFGY S+ +PSS+L+Y+M      LL ++ VPNY   +YE +R +  + DG  +P+S+VY K +YP G    S      P MLYGYGSYG S++PSFDF R+  L+RGMVY +AHIRGGGEMGRPWYED GKFLTK+NTF DFV  AE L   +  T PERL + GRSAGGLLIG  +N+RPDLF AAVADVPFVD+M TM D SIPLT+ EWEEWGNPNE KFF YML YSPYDN+R + YPALLVT GL+DPRVAYWEPCKWVAKLR+     + + LK++MSSGHFSASDRYKNM+ERAFEYAFV+  LGC+ L+
Sbjct:    5 TTTLGLLSASVGAVAAAGTLMAARARAEAAFAALQGPKAEKIIRRVYFGNVEGEDRGPNPMDPPVVRTDPFFWMRDDTRKDPKIIAHIEKENRHTEAQMAPLKGVEEQIYQEFLSHMLETESKLPYPRGLGYYYYTRTEQGKSYPFHCRKERPGVETAPIEGEE-MILDVNRLSVGKNYTDVGVVEPSP-DHSLVGISADFSGYETYEIFFRVAGTEEPRGETLKDVDSTIVWGTDNSTVFYLMSFPLLCSLWGEISFFLRASVVFSYWGGEKVWSVKFHFLMCFLQVESHLCLLLLTVCTFFLLCLLQTFDEEHRPHKVWMHTLGTPQSDDILLFTEDDKRFWVGVDKSNSGRFLLIGTGSKVQDEYWFVDLKDVKGADAHKKAAQQVKCMQKRLPDLRYDVEHWGDSFYMVTNKDGAKNGKIMKTPISSPGVSSWKELFPYNSAVQYKRLLPFKNKIAVSGREGGFSQVWVLDPASGKIGRVPMEEEAHMAWISSNYLFETELLRFGYSSLTTPSSLLDYNMTKGTSELLWQQNVPNYVPEEYEAQRIVAPSHDGTLIPMSIVYSKKVYPEGPEKASREKEPVPTMLYGYGSYGVSVDPSFDFKRIPLLNRGMVYAIAHIRGGGEMGRPWYEDEGKFLTKKNTFLDFVAAAERLTGPDGFTSPERLGITGRSAGGLLIGATLNLRPDLFGAAVADVPFVDVMTTMCDPSIPLTVGEWEEWGNPNEQKFFYYMLEYSPYDNIRHEKYPALLVTAGLNDPRVAYWEPCKWVAKLRETKNDSHQVLLKVDMSSGHFSASDRYKNMRERAFEYAFVVDRLGCKDLL 826
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BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: L1JAW4_GUITC (Prolyl endopeptidase n=2 Tax=Guillardia theta TaxID=55529 RepID=L1JAW4_GUITC)

HSP 1 Score: 784 bits (2025), Expect = 5.040e-273
Identity = 382/701 (54.49%), Postives = 490/701 (69.90%), Query Frame = 2 
Query:  308 VRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCR----SKELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRALV 2398
            V FG+V GENRG  PMDP L R D+ +W+RDD R + +VL H+++ENAY +     L+ L   +Y EF+SH+KETD   PY  G + YYTR  KG  Y IHCR    +KE    E+VVLDVN+ ++G  + DV  V PSP +H+L  + VD TGYET++I  +++ATG  +   + +++G + WG+  +  FYTT D EHRP+K+W HVLG  Q++DV ++TE+D+LFW+ I KT SGRFL+VE  S TT EI  +DLQ  +       LS  ++  R +  RY+ EHWG  FYI+TN+D C NSKLV+T ISSP  ++W +V+PY+    L  + CF +H+V++GR  GL    I DMRTG +H L   EE Y  Y   N  F+S + RFGY S+V+P S  EYDM TR++T+LKE+EVP YDRS Y   R M +ARDG +V VS+V+ KD   A     S P MLYGYGSYG  ++PSFD   +S+LDRGM+Y +AHIRGGGEMGR WYE+ GKFLTK NTF DF DCAEHL+   +T   RLA+ GRSAGGLL+G V+N+RPDLF   VA VPFVD+M TM+D SIPLTI EWEEWGNPNE +FFDYMLSYSP DN+R   YPALLVT GL+DPRV YWEP KWVA+LR+ N S  P+ L+ +MSSGHF+ASDRY+ M ER+ E+AFV+  L CR L+
Sbjct:    7 VLFGKVEGENRGPCPMDPALKRKDDLYWLRDDTRSNPKVLAHLNRENAYFEHKFRPLRRLHTKIYREFVSHVKETDEEVPYPWGNYIYYTRTVKGLSYPIHCRRLTDTKEKASAEEVVLDVNLLSKGKKYCDVHSVEPSP-DHQLIGFTVDHTGYETFEIKIKDMATGRLIPLGVDESAGQMVWGSSNSEFFYTTMDSEHRPYKVWKHVLGEDQSKDVCLFTEDDELFWIDIDKTCSGRFLIVESCSPTTSEIHVLDLQDSKAT-----LS--VVQPRVKDHRYSVEHWGEHFYIITNMDKCINSKLVKTKISSPSRDHWVEVLPYEKSTKLDYLVCFADHVVINGRSNGLKMCKIMDMRTGAVHDLHFDEECYDMYPKKNKQFDSKLFRFGYSSLVTPHSTFEYDMTTRKKTMLKEQEVPGYDRSMYRTARIMAQARDGEQVAVSLVFHKDCAWAKSRSPS-PMMLYGYGSYGICIDPSFDSKTISFLDRGMIYAIAHIRGGGEMGRQWYEEQGKFLTKMNTFTDFCDCAEHLIKLGMTTSSRLAISGRSAGGLLMGAVMNLRPDLFRVVVAGVPFVDIMATMSDPSIPLTITEWEEWGNPNERRFFDYMLSYSPVDNIRDAHYPALLVTAGLNDPRVPYWEPAKWVARLREKNKSKKPMLLRTDMSSGHFAASDRYRLMAERSIEFAFVVDQLECRELL 698
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BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A0G4I444_9ALVE (Uncharacterized protein n=1 Tax=Chromera velia CCMP2878 TaxID=1169474 RepID=A0A0G4I444_9ALVE)

HSP 1 Score: 795 bits (2052), Expect = 4.330e-270
Identity = 393/731 (53.76%), Postives = 504/731 (68.95%), Query Frame = 2 
Query:  257 KSGAATQAPRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGP-FFYYTRNEKGKPYRIHCRSKE-------LRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSP--QMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGV------AGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVN-ERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRALV 2398
            +SGAA +   A K+   V FG+V GE+RG NPMDPP+ R D + WMRDD R+ K+V+ +I KEN  +  +M  LK + E++Y+E +SHM ET++  P   G   FYYTR E+GK Y  +CR K        + GEE ++LDVNV A+G  + DV  V PSP +H L A + D TGYETY+I FR   T E   +V+ +    + WGAD + VFY T DEEHRP K+WMHV+GTPQ++DVL+YTEED+ FW+GI K++SGRFL +   S    E   +DL+  + AEGHR  +   + I  R   +RYT EHWG  F+IVTN D  KN K+V+TPI+     NW D+ PYD  +  + +  F+N I +SGREGG SQ+WI D +T  + ++   EEA+ ++ + N +FE+D+LRFGY S+ +PSS+ +YDM      L+ ++ VPNY    Y   R    + DG ++PVS+VY K  YP G       +    P MLYGYGSYG S++PSFD+ R+  L+RG+VY +AHIRGGGEMGRPWYED GKFLTK+NTF DFV  AE L   E VT PERL + GRSAGGLL+G  +N+RPDLF  A+ADVPFVD+MN+M D SIPLT+ EWEEWGNPNE KFF YML YSPYDNVR   YPA+LVT GL+DPRVAYWEPCKWVAKLR+  T DNP+ LK+++SSGHFSASDRYKNM+ERAFEYAFV+  L C  L+
Sbjct:   30 RSGAACRNSSATKKVQNVLFGKVEGEDRGPNPMDPPVVRSDPFFWMRDDTRKDKKVMSYIEKENKKTDAHMAPLKGVEESIYKEMISHMLETESKLPCPRGQGLFYYTRTEQGKSYPFYCRKKRPGVETAPIEGEE-MLLDVNVLAKGRDYTDVRVVEPSP-DHSLIAVSADFTGYETYEIFFRAAGTEEEKGEVLKEVDSTVVWGADTSVVFYLTFDEEHRPWKVWMHVMGTPQSEDVLLYTEEDKRFWVGIEKSNSGRFLFIGSGSAVQDEYWVVDLKDAKEAEGHRKAAQGVKCIQTRLPDLRYTVEHWGDSFFIVTNKDDSKNGKIVQTPIAKTEVTNWKDLFPYDKDIQYKELLPFKNTIAVSGREGGFSQVWILDPKTKKIQKIPMKEEAHMAWISANFLFETDVLRFGYSSLTTPSSLFDYDMKKSTAQLMWQQTVPNYKSEDYAADRLTAPSHDGTQIPVSLVYSKKAYPNGPFKASKESSSPLPTMLYGYGSYGVSIDPSFDYHRIPLLNRGIVYAIAHIRGGGEMGRPWYEDEGKFLTKKNTFLDFVAAAERLTGPEGVTSPERLGITGRSAGGLLVGASLNLRPDLFGVAIADVPFVDVMNSMCDPSIPLTVGEWEEWGNPNEKKFFYYMLEYSPYDNVRHDSYPAMLVTAGLNDPRVAYWEPCKWVAKLRETKTDDNPLLLKVDLSSGHFSASDRYKNMRERAFEYAFVVDRLKCCDLL 758
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BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A7S3XWL6_HETAK (Prolyl endopeptidase n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S3XWL6_HETAK)

HSP 1 Score: 770 bits (1988), Expect = 6.130e-268
Identity = 368/657 (56.01%), Postives = 461/657 (70.17%), Query Frame = 2 
Query:  473 HLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRSKELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWI---RDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTS------------DNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRALV 2398
            HLK L++ LY+E+L H KETD   PY+HG +FY++R E+GK Y I+CRS E  G EQV+LDVN  AEG  + DV D SP P  H + AY+VD +GYETY++ F+++ATGE L+D I  TSG + WG D   V+YTT D+ HRP+KLW H LGTP A+D L++TEED+ FW GIGKTDSGRFL++    K T E  FIDL+      G R L P  ++ R+ GVRY+ EHWG DF+IVTN D C   KLV+TP+ +PG+ENW DV PYDP   +  + CF NH+VLSGR  GL + W+   RD+  G    +E PE  Y+   +NN VF++D  RFGY S+ +P+SV +YD+N      LKE+EVPNY+R  Y  +R+M  ARDG  V +S+VYRKD YP G      P  LY YGSYG S++P+F FTRLSYLDRG+V+ +AHIRGGGEMG+ WYE  GK+LTK+NTF DF D AEHL+ E  T  ++LA+CGRSAGGLLIG  VN+RPDLF  AVADVPFVD+MNTM D SIPLT+ EWEEWGNPNE K++ YM  YSPYDNV  + YP +L+TGGL+DPRVAYWEP KW A+LR   T              NP+ +KI+M SGHFSASDRY  ++E AFE A V+  LG   L+
Sbjct:    4 HLKGLQDQLYQEYLGHFKETDAKVPYKHGDYFYFSRTEQGKSYPIYCRSTEFGGPEQVILDVNQLAEGQKYCDVGDWSPDPKTHGILAYSVDFSGYETYEVLFKDLATGELLQDRIPNTSGSVEWGKDRGEVYYTTLDDAHRPYKLWRHRLGTPVAEDELLFTEEDEKFWSGIGKTDSGRFLVLSSGGKETSESHFIDLES-----GDRVLQP--VAPRRHGVRYSVEHWGEDFFIVTNADDCTEYKLVKTPVVAPGAENWKDVFPYDPKTKVSYVSCFANHLVLSGRADGLKRFWVLNPRDLAQGK-REIEMPEPIYSLSGSNNYVFDTDKFRFGYSSLTTPTSVFDYDLNQGTMECLKEEEVPNYERGLYTSERTMATARDGTRVMLSLVYRKDAYPQGKENGPMPVFLYSYGSYGHSIDPTFSFTRLSYLDRGVVFCIAHIRGGGEMGQYWYEKEGKYLTKKNTFNDFADSAEHLIQEGWTTSDKLAICGRSAGGLLIGATVNLRPDLFKIAVADVPFVDVMNTMCDPSIPLTVTEWEEWGNPNEEKYYQYMSEYSPYDNVGAKSYPFMLITGGLNDPRVAYWEPLKWAARLRARGTPAAAAADGGDGRRKNPVLVKIDMDSGHFSASDRYHYLRETAFEMAVVLDQLGAADLL 652
[Close]
BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A0G4FNZ3_VITBC (Prolyl endopeptidase n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4FNZ3_VITBC)

HSP 1 Score: 736 bits (1901), Expect = 4.670e-253
Identity = 357/721 (49.51%), Postives = 489/721 (67.82%), Query Frame = 2 
Query:  260 SGAATQAPRAVKRSHVVRFGRVSGENRGK--NPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRSKELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKT-TGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSA---PCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRALVKP 2404
            +GA    P+A K    V FG++ GE RG   + +       D Y W+RD +R+   +L H+  EN Y+ + ++ LK L++ ++ EFL+HMKETD   PY HG ++YY+R  KG  Y I+CR K L G+E ++LDVN  AEG    DVA++ PSP  H + AY+VD  GYETYDI+F+   TGE L+DV+  T     WGADE+T++Y T DE HRP+K W H+LGTPQ++DV ++TE+D  F++G GKT + RF++VE SS   T E  +IDL+GV GAEGH++    +  +R  G+++  E WG  ++IVTN D   NSK++  P+ +   E+W D  PYDP   ++ I  F++HI +SGR+GG  Q+WI        ++++ PEE ++   + N  F++D++R  Y SM +P   L+++M T+++ LLKE+ VP+Y+R+ Y  +R    A DG ++P+S+VY   IYP G+  H     P +LYGYGSYG S++P FD+ RLSYLDRG+VYV+AHIRGG + GR WYE+ GKFLTK+NTF DFV CAE+LV+E  T  E + + GRSAGGLLIG  +N+RPDLF   +  VPFVD++NTM+D SIPLT  EWEEWGNPN  ++  YM  YSPYDNVR   YPA+ VT GL D RVAYWEP KWVAKLRD  T DNPI LK++ ++GHFSASDRY++M+ERA E AFV+  L    L+ P
Sbjct:   42 AGAKPTPPKANKLPQKVVFGKIEGEARGAAGDVLMHTATAEDPYFWLRDSERKDPAMLAHLEAENDYADQMLKPLKALKDQVFGEFLAHMKETDERVPYPHGGWYYYSRTVKGLAYDIYCRKKTLDGDEVILLDVNKLAEGKKFCDVAELHPSPS-HTIMAYSVDFQGYETYDIYFKNPTTGELLDDVLHDTYDSFVWGADESTIYYWTFDEAHRPYKFWRHILGTPQSEDVNLFTEDDNTFYVGSGKTQNSRFIVVESSSTAPTSEAHYIDLKGVSGAEGHKSAPLVLFQERTRGIQFDLEQWGDQWWIVTNKDKAMNSKIMTCPLGNTTFEHWKDWQPYDPKTRIKAITPFKDHIAVSGRKGGYQQMWIIKPAEDTWYQIDWPEELHSITISTNEEFDTDVVRVTYSSMTTPRQTLDFNMTTQDQKLLKEQPVPHYNRTDYASERIYATAVDGTQIPMSLVYNSKIYPDGI--HKVGRLPILLYGYGSYGISLDPDFDYRRLSYLDRGVVYVMAHIRGGEDEGREWYEEQGKFLTKKNTFSDFVSCAEYLVSEGYTNTESICINGRSAGGLLIGASLNLRPDLFKCVITAVPFVDVLNTMSDPSIPLTTGEWEEWGNPNIKEYHYYMKEYSPYDNVRATRYPAMFVTAGLWDSRVAYWEPAKWVAKLRDFKTDDNPIILKVDTAAGHFSASDRYRHMRERALETAFVLDQLSSTELLVP 759
[Close]
BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A1V9ZL47_9STRA (Prolyl endopeptidase n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9ZL47_9STRA)

HSP 1 Score: 717 bits (1851), Expect = 4.920e-246
Identity = 359/707 (50.78%), Postives = 471/707 (66.62%), Query Frame = 2 
Query:  281 PRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRSK--ELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTGNM---HRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGC 2386
            P   K+ H+V FG V GE RG  PMDP L   D Y+++RDD R++KEV+ H+ KEN Y++    HLK+ RE +Y E LSH++ETD A+PY HG + YYTR EKG  Y  HCR    +   +E+++LD N  A+G +H DV  VS SP +H+  AY+VD  GYETY    + + TGE L D I   SG L WG D +TV+Y+T D+ HR  K+W H +G+   +D L+YTE+DQLF   +GKT SGR+LL++ SS  T E+ FIDLQ    A+G       ++  R +GV Y+ +H G  F+I TN DG  N KL+ TP+++P + +WTDV PYD  V +  I CFE+  VL GR+ G +QLWI            R+   +  YT     N  + +   R  Y S  +P +  +YD+ +R+ TLLKE+ VPNYDRS Y C+R    A DG  VP+S+VYRKD    G      P  LYGYGSY   ++P+F  T L  LDRG++YV+AHIRGGGEMGR WYED+ K+LTK  TF DFV CAEHLV  ++T P  L   GRSAGGLL+G V+NMRPDLF AA+A VPFVD+MN+M D++IPLT  EWEEWGNPNE+K+F YMLSYSPY+NV+ Q YP +LVT GL DPRVAYWEP KWVA+LR+  T DN I LK++++SGHFSASDRY  ++E+AF+ ++++  + C
Sbjct:   40 PVLAKKPHMVPFGNVPGEVRGDAPMDPILYIEDPYYYVRDDTRKNKEVIAHLEKENEYAEHMTSHLKNARENIYRELLSHVQETDVAYPYPHGDYLYYTRTEKGSSYTYHCRKSRHDANAKEELILDENELAKGQSHCDVGAVSISP-DHKFLAYSVDFNGYETYQGFVKNLVTGEILSDRIENVSGGLVWGTDASTVYYSTMDDAHRQDKIWRHTVGS-SVKDELIYTEDDQLFSAYMGKTRSGRYLLLQSSSSETSEVSFIDLQAP--AKG-----VTLVEKRVKGVTYSVDHQGDAFFIETNKDGATNFKLMTTPVATPSAAHWTDVFPYDAAVKVDGIDCFESFSVLHGRQDGFTQLWIVTKDAAGAFTKERMAFSDPIYTISGAPNKEYATQTYRLTYSSPTTPFTTYDYDVGSRQMTLLKERPVPNYDRSLYACERIEATAEDGTRVPMSLVYRKDKRTPGTP---QPLHLYGYGSYEICIDPTFSATTLPLLDRGVIYVIAHIRGGGEMGRTWYEDA-KYLTKAKTFSDFVSCAEHLVATKMTQPSLLTCEGRSAGGLLMGAVLNMRPDLFQAAIAGVPFVDVMNSMCDATIPLTTGEWEEWGNPNEAKYFSYMLSYSPYENVKAQKYPNILVTSGLFDPRVAYWEPTKWVARLRERKTDDNAILLKMDLTSGHFSASDRYHYLREKAFDLSYLLDQVKC 733
[Close]
BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A067CT86_SAPPC (Prolyl endopeptidase n=1 Tax=Saprolegnia parasitica (strain CBS 223.65) TaxID=695850 RepID=A0A067CT86_SAPPC)

HSP 1 Score: 715 bits (1846), Expect = 2.700e-245
Identity = 358/706 (50.71%), Postives = 471/706 (66.71%), Query Frame = 2 
Query:  281 PRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRS--KELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWI--RDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGC 2386
            P   K+ H+V FG V GENRG+NPMDP L   D Y+++RDD R++KEV+ H+ +ENAY++    HLK+ RE LY E LSH++ETD A+PY HG + YYTR EKG  Y  HCR    +    E+++LD N  A+G +H DV  VS S  +H+  AY+VD  GYETY    + + TG+ L D I   SG L WG+D TT++Y+T D+ HR  K+W H +G    +D L+YTE DQLF   +GKT SGR+LL++ SS  T E+ FIDLQ              ++  R +GV Y+ +H GS F+I TN DG  N KL+ T +S+P + +WTDV PYDP V +  I CFE+  VL GR+ G +Q WI  RD       R+   +  YT     N  +++   R  Y S  +P +  +YD+ T++  LLKE+ VPNYDRS Y C+R    A DG  +P+S+VYRKD    G      P  LYGYGSY   ++P+F  T L  LDRG++YV+AHIRGGGEMGR WYED+ K+LTK  TF DFV+CAEHLV   +T P  L   GRSAGGLL+G V+NMRPDLF AA+A VPFVD+MNTM+D++IPLT  EWEEWGNPNE+K+F YMLSYSPY+NV+ Q YP +LVT GL DPRVAYWEP KWVA+LR+  T  N + LK++++SGHFSASDRY  ++E+AF+ ++++  + C
Sbjct:   40 PVLAKKPHMVPFGNVPGENRGENPMDPILYIEDPYYYVRDDTRKNKEVIAHLEQENAYTEHMTSHLKNARENLYHELLSHVQETDAAYPYPHGDYLYYTRTEKGSSYTYHCRKARNDPNAVEELILDENELAKGQSHCDVGAVSVST-DHQFLAYSVDFNGYETYQGFVKNLRTGQILADRIENVSGGLVWGSDATTLYYSTMDDAHRQDKIWRHTVGA-NGKDELLYTENDQLFSAYMGKTRSGRYLLLQSSSSETSEVSFIDLQAPE-------KGVTLVEKRVKGVDYSVDHQGSTFFIETNKDGAVNFKLMMTDVSTPSAAHWTDVFPYDPSVKVDGIDCFESFAVLHGRQDGFTQRWILTRDGDRFTKTRMVFSDPIYTISGAPNKEYKTSTYRLTYSSPTTPFTTYDYDVATQKMVLLKERPVPNYDRSLYACERIEASAEDGTMIPMSLVYRKDKRTPGTP---QPVHLYGYGSYEICIDPTFTATTLPLLDRGVIYVIAHIRGGGEMGRTWYEDA-KYLTKAKTFSDFVNCAEHLVKTEMTRPALLTCEGRSAGGLLMGAVLNMRPDLFQAAIAGVPFVDVMNTMSDATIPLTTGEWEEWGNPNEAKYFQYMLSYSPYENVKAQAYPNMLVTSGLFDPRVAYWEPTKWVARLRERKTDSNHVLLKMDLTSGHFSASDRYHYLREKAFDLSYLLDQVKC 732
[Close]
BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Match: A0A2R5GHV9_9STRA (Prolyl endopeptidase n=1 Tax=Hondaea fermentalgiana TaxID=2315210 RepID=A0A2R5GHV9_9STRA)

HSP 1 Score: 715 bits (1845), Expect = 1.060e-244
Identity = 353/741 (47.64%), Postives = 497/741 (67.07%), Query Frame = 2 
Query:  209 GGLAASALALKVRARGKS---GAATQAPRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLGHIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTRNEKGKPYRIHCRSKELR----GEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRLAAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTTQDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEVSSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYIVTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLSGREGGLSQLWIRDMRTG--NMHRLEHPEEAYTSYATN-NMVFESDMLRFGYQSMVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPVSMVYRKDI-YPAGVAGHS-APCMLYGYGSYGASMEPSFDFTRLSYLDRGMVYVVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERLAVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAEWEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPCKWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKALGCRAL 2395
            G ++A  L    R RG++    AA+  P A KR   V  G+V G+NRG NPMDPP + +D+Y WMRDD R++ EV+ H+ +ENAY +    HLK L + LY++ LSH+KET+ + PY +G ++YY+R  KGK YRI+CR+K         E+++LD+N EA+G  H D+  +SPSP +H++ AY++D TG+ETY+  F +  TG  + + + + +G L WG D  +VFY   DE HRP+KL+ H +GT  ++D L++ E ++ +W+G GK+ SGRF++ E  +    EIR +DL+  +  +        ++  R +G+RY+ +H G  FYIVTN DG KN KL+  P+  P  ENWTDVIPYDP V +     F NH+++ GREGG + +W+ D      ++ ++E   +A +S     N VF+++ +R  Y+SMV+P +  + DM T++  L+  KEVPNYD   Y C+R   +  DGV +P+SMVYRKD+ + A     +  P  L GYGSYG   EP F  + ++ +D G+  VVAHIRGGGEMGRPWYED GK+L K+NTF DF+ CAEHL+ E+ T PE+L + GRSAGGLL+G V+NM P LF   +A VPFVD++ TM+D+SIPLT  E+ EWGN NE K+F+YMLSYSP +NV  Q YP++LVT GL DPRVAYWEP KWVA LRD  T DN + LK+++SSGHFSASDRYK ++E+AFE+A++++ LG   L
Sbjct:   41 GAVSALGLLAASRMRGRALSDKAASVPPVAEKRPTKVLVGKVEGQNRGANPMDPPKELMDDYFWMRDDDRKAPEVIAHLRRENAYCEYQTRHLKPLSKALYKDLLSHVKETEDSVPYPYGDYWYYSRTIKGKSYRIYCRAKSEEEVGSANEEILLDMNKEAKGKKHCDLGGLSPSP-DHQILAYSLDETGFETYNAKFFDTRTGRAIPEKLPELTGRLVWGKDNESVFYAVHDEAHRPYKLYWHRMGTDFSEDKLLHEESNEEYWMGFGKSLSGRFIMCESGTAEATEIRILDLETAQFGD-----EMTLVHARTDGLRYSLDHCGDKFYIVTNADGAKNQKLMSAPVEDPRRENWTDVIPYDPDVNIEDTTAFANHLIVEGREGGFTAIWLLDQSGAEPSLKKIEGFPDAISSVGLGVNRVFDTNTVRVMYESMVTPPTTYDIDMQTQDMRLVHRKEVPNYDPELYHCERLEARGHDGVMIPMSMVYRKDVGFEAPRESRTPGPVYLSGYGSYGICNEPDFTPSFITLMDYGICCVVAHIRGGGEMGRPWYEDHGKYLQKKNTFYDFISCAEHLIAEKYTEPEQLGITGRSAGGLLMGAVLNMAPHLFKCCIAGVPFVDVVATMSDTSIPLTTGEFTEWGNVNEEKYFEYMLSYSPINNVTAQDYPSILVTAGLFDPRVAYWEPAKWVAHLRDKKTDDNLLLLKVDLSSGHFSASDRYKYIREKAFEFAYLVEQLGVSRL 775
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig991.1.2 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LFV2_ECTSI0.000e+072.89Prolyl endopeptidase n=1 Tax=Ectocarpus siliculosu... [more]
A0A836CLF5_9STRA1.160e-29749.32Prolyl endopeptidase n=1 Tax=Tribonema minus TaxID... [more]
A0A0G4FNG3_9ALVE1.780e-27348.67Prolyl endopeptidase n=1 Tax=Chromera velia CCMP28... [more]
L1JAW4_GUITC5.040e-27354.49Prolyl endopeptidase n=2 Tax=Guillardia theta TaxI... [more]
A0A0G4I444_9ALVE4.330e-27053.76Uncharacterized protein n=1 Tax=Chromera velia CCM... [more]
A0A7S3XWL6_HETAK6.130e-26856.01Prolyl endopeptidase n=1 Tax=Heterosigma akashiwo ... [more]
A0A0G4FNZ3_VITBC4.670e-25349.51Prolyl endopeptidase n=2 Tax=Vitrella brassicaform... [more]
A0A1V9ZL47_9STRA4.920e-24650.78Prolyl endopeptidase n=1 Tax=Achlya hypogyna TaxID... [more]
A0A067CT86_SAPPC2.700e-24550.71Prolyl endopeptidase n=1 Tax=Saprolegnia parasitic... [more]
A0A2R5GHV9_9STRA1.060e-24447.64Prolyl endopeptidase n=1 Tax=Hondaea fermentalgian... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig991contigA-nodosum_M_contig991:37334..73605 +
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.D8LFV2
Preferred nameOPB
PFAMsPeptidase_S9,Peptidase_S9_N
Model size2787
Max annot lvl2759|Eukaryota
KEGG koko:K01354
KEGG Pathwayko05142,ko05143,map05142,map05143
Hectar predicted targeting categorysignal peptide
Exons21
Evalue0.0
EggNOG OGsCOG1505@1|root,KOG2237@2759|Eukaryota
Ec32 ortholog descriptionPeptidase S9A, N-terminal domain
Ec32 orthologEc-05_005410.1
EC3.4.21.83
Descriptionserine-type exopeptidase activity
Cds size2307
COG categoryE
BRITEko00000,ko00001,ko01000,ko01002
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680870529.7308989-UTR-A-nodosum_M_contig991:37333..374631680870529.7308989-UTR-A-nodosum_M_contig991:37333..37463Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig991 37334..37463 +
1680870530.3542805-UTR-A-nodosum_M_contig991:73255..736051680870530.3542805-UTR-A-nodosum_M_contig991:73255..73605Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig991 73256..73605 +


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

Feature NameUnique NameSpeciesTypePosition
1680870529.8167322-CDS-A-nodosum_M_contig991:37463..375381680870529.8167322-CDS-A-nodosum_M_contig991:37463..37538Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 37464..37538 +
1680870529.8313758-CDS-A-nodosum_M_contig991:47228..473691680870529.8313758-CDS-A-nodosum_M_contig991:47228..47369Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 47229..47369 +
1680870529.844454-CDS-A-nodosum_M_contig991:48282..483541680870529.844454-CDS-A-nodosum_M_contig991:48282..48354Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 48283..48354 +
1680870529.8606472-CDS-A-nodosum_M_contig991:48919..490061680870529.8606472-CDS-A-nodosum_M_contig991:48919..49006Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 48920..49006 +
1680870529.9304624-CDS-A-nodosum_M_contig991:49588..498461680870529.9304624-CDS-A-nodosum_M_contig991:49588..49846Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 49589..49846 +
1680870529.9441843-CDS-A-nodosum_M_contig991:52741..528611680870529.9441843-CDS-A-nodosum_M_contig991:52741..52861Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 52742..52861 +
1680870529.9583-CDS-A-nodosum_M_contig991:53240..533001680870529.9583-CDS-A-nodosum_M_contig991:53240..53300Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 53241..53300 +
1680870529.9699411-CDS-A-nodosum_M_contig991:53841..539091680870529.9699411-CDS-A-nodosum_M_contig991:53841..53909Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 53842..53909 +
1680870529.980723-CDS-A-nodosum_M_contig991:54609..546701680870529.980723-CDS-A-nodosum_M_contig991:54609..54670Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 54610..54670 +
1680870529.9939256-CDS-A-nodosum_M_contig991:55607..556911680870529.9939256-CDS-A-nodosum_M_contig991:55607..55691Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 55608..55691 +
1680870530.0044813-CDS-A-nodosum_M_contig991:57633..577101680870530.0044813-CDS-A-nodosum_M_contig991:57633..57710Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 57634..57710 +
1680870530.0178528-CDS-A-nodosum_M_contig991:58549..586511680870530.0178528-CDS-A-nodosum_M_contig991:58549..58651Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 58550..58651 +
1680870530.029485-CDS-A-nodosum_M_contig991:65508..656971680870530.029485-CDS-A-nodosum_M_contig991:65508..65697Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 65509..65697 +
1680870530.0425427-CDS-A-nodosum_M_contig991:67468..675651680870530.0425427-CDS-A-nodosum_M_contig991:67468..67565Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 67469..67565 +
1680870530.0531886-CDS-A-nodosum_M_contig991:68302..684301680870530.0531886-CDS-A-nodosum_M_contig991:68302..68430Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 68303..68430 +
1680870530.065299-CDS-A-nodosum_M_contig991:69024..691461680870530.065299-CDS-A-nodosum_M_contig991:69024..69146Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 69025..69146 +
1680870530.0764682-CDS-A-nodosum_M_contig991:70359..705321680870530.0764682-CDS-A-nodosum_M_contig991:70359..70532Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 70360..70532 +
1680870530.0872676-CDS-A-nodosum_M_contig991:71430..714721680870530.0872676-CDS-A-nodosum_M_contig991:71430..71472Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 71431..71472 +
1680870530.102716-CDS-A-nodosum_M_contig991:72284..724071680870530.102716-CDS-A-nodosum_M_contig991:72284..72407Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 72285..72407 +
1680870530.1151958-CDS-A-nodosum_M_contig991:72573..726551680870530.1151958-CDS-A-nodosum_M_contig991:72573..72655Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 72574..72655 +
1680870530.2665184-CDS-A-nodosum_M_contig991:73109..732551680870530.2665184-CDS-A-nodosum_M_contig991:73109..73255Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig991 73110..73255 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig991.1.2prot_A-nodosum_M_contig991.1.2Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig991 37464..73255 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig991.1.2

>prot_A-nodosum_M_contig991.1.2 ID=prot_A-nodosum_M_contig991.1.2|Name=mRNA_A-nodosum_M_contig991.1.2|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=769bp
MLRSFRGGGGVRSGSSASLPLIWALMGGLAASALALKVRARGKSGAATQA
PRAVKRSHVVRFGRVSGENRGKNPMDPPLDRVDEYHWMRDDKRESKEVLG
HIHKENAYSQENMEHLKDLRETLYEEFLSHMKETDTAFPYRHGPFFYYTR
NEKGKPYRIHCRSKELRGEEQVVLDVNVEAEGSAHYDVADVSPSPGEHRL
AAYAVDTTGYETYDIHFREVATGENLEDVILKTSGDLCWGADETTVFYTT
QDEEHRPHKLWMHVLGTPQAQDVLVYTEEDQLFWLGIGKTDSGRFLLVEV
SSKTTGEIRFIDLQGVRGAEGHRNLSPQMISDRKEGVRYTTEHWGSDFYI
VTNIDGCKNSKLVRTPISSPGSENWTDVIPYDPLVCLRRIQCFENHIVLS
GREGGLSQLWIRDMRTGNMHRLEHPEEAYTSYATNNMVFESDMLRFGYQS
MVSPSSVLEYDMNTRERTLLKEKEVPNYDRSQYECKRSMVKARDGVEVPV
SMVYRKDIYPAGVAGHSAPCMLYGYGSYGASMEPSFDFTRLSYLDRGMVY
VVAHIRGGGEMGRPWYEDSGKFLTKRNTFQDFVDCAEHLVNERVTCPERL
AVCGRSAGGLLIGNVVNMRPDLFAAAVADVPFVDLMNTMADSSIPLTIAE
WEEWGNPNESKFFDYMLSYSPYDNVRQQPYPALLVTGGLHDPRVAYWEPC
KWVAKLRDMNTSDNPIYLKIEMSSGHFSASDRYKNMKERAFEYAFVMKAL
GCRALVKPPGGVETTAVA*
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mRNA from alignment at A-nodosum_M_contig991:37334..73605+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig991.1.2 ID=mRNA_A-nodosum_M_contig991.1.2|Name=mRNA_A-nodosum_M_contig991.1.2|organism=Ascophyllum nodosum dioecious|type=mRNA|length=36272bp|location=Sequence derived from alignment at A-nodosum_M_contig991:37334..73605+ (Ascophyllum nodosum dioecious)
GCTTAAAAGAAAATTCGTACCGGTACTAGGGTGGTATGACCGTACAGTCG
CTCACCTTTGCCACAACTCCGACGAATAAACGCGATCCTCTTCACGACGC
AAACGAAACGGTAACATCTGAACATAAAGGATGCTTCGCTCGTTCAGGGG
AGGAGGAGGCGTGCGCTCCGGCTCGAGCGCGTCATTGCCTCTCATATGGG
CTCTGGTGAGGGCAGCTTTGCTTTCAAAATACAAACAATAATGCAGCAAA
AAGCAGTACAGACTAGCGGTACCTGTAGTACGTGGCTGTGATCACGCAGA
CGACTAAATCACTCAGAACAATTCTGAGCTGTTCTGCGAGTACGGACTAA
CTGTACTCTTGAGTTGAGAGAAATATCTGAACGTATCTACTGTACATAAA
CCTGCTGATCATGGTTCAGCGGGTACTCATGCCTGGCAGGAAGTTAGTTG
TAGGGCCTGCAAGCAGTCTTTGCTTGCCTGTTGCTACTACAGTATCAATA
TGGTCACCCCGGTAGCTCAGTTGGTAACATTGTAACCTTCTGACATGTTG
GGACGTGAGTTCGAATCCCGGTAACTGGGATTTTTCCTCACTAAAAAATA
AAAAATAAAAATAAAATGCCCAACAAGTGGAAAACGATTAAATCGATACC
TGGTAGTACACAAAATTCGACTTCACGGTCGACGAGGGGACTTTAGAAAT
GTTGAGCTGCGGGCCCTGGAAGCACCGAACTGTGATGCTGCAACAATGAA
TCTGCTGCTCTCCTCCATAATACGTATGGCTAGTCCTTTGAGCACAGTAT
TAGCCAACAGGGTATAGAGGCCTAGGGTCAGCGGTCGCGTTGGGGTCACA
GCTAGCGCCATCAGTACGAGTACCAGTTTTGTACTAGATATCACCATATA
TCTCCGCCAATAATTTCACGAGAAGGTTACTAATATTTCCATCTACTGAC
ACCAGGAGATCAGGATTTCCAGTTTTGACCCTCCCTGGGAACAAGCATGT
CCCCTTACGTGCCTCACTACGCCCACGTACAGAGCCAAACTGCTGTAAAC
TGTTTTGTCAGCCCGAGACTAGCGAACTGGCCACATCCGTACGGTACCTG
CCGGGGCTTAGTGGAAGTATGTCGCACGTTTTTCCGGATTGTTTTTCATG
ATTTTTCTGCCATGTGACCACGGGCTGAATTTCCGACATCAGCGTATTAT
GTGTGTGTGTGTGTTTTCTTCCCATCCATTCTGGACATCAAGTTCGTTGG
ACGTACCAGCCGGGGTCACACAGGAGGAAGGTCACACATAATTTTTAATC
CACCTTCCTTCTGCGGTGCGTGCCTTGATTTTTGTCGCGAGAAGGATTCA
GCCATTCCTTTCCCTCGTCGACCGTGAAGTCGAATTTTGTGTACTAACGA
ATTAATCGTTCTCCACCCGTTGGGCATTTTTATTTTGGTTTTTTAGTTTT
TAGTGAGAAAAATCCGGTTTGCCGGGATCGAACTCACGTCTCAACGTGTC
AGAAGGTTACGAGGTGCCGACTGAGCTACCGGGGTCGACCGGCTTTATGT
GACAATTTAATCAAGATCAACTATTAATCAGGCTCAGCGCACTAACCCCC
AGACCTTACTTACAGTTGTTGTTGTTGTATTCTTCACATTAACCGATCGG
GCCTCAACCATACCCAGTAATATACGTGGTTGCCAGTCGTGAGACAGGTT
AGTTTTACCCTACTGATGAGACGATATCACGACAGTAATCCAACTTAGTA
CGAGAGGAACCGTTGGTTCGGATAATTGGTTTATGGGGTTGCCTGAACAG
GCAGTGCTCCGAAGCTACCATCCGTAGGATTATGACTGAACGCCTCTAAG
TCAGAATCCAGGCTGAAATGTGATGTTGCACTTGCTCCCGATGTGCATGC
GAATAGCGATAGCCGAAAGGCAAACATCATAACTAATGGTAAAATTCCGT
TAACGAACGAGACCCCCGCCTGCTAAATAGTGGGGCTTACGTTTCTACGT
AGGCAGCTCGCTTCTTAGAGGGACTTTCGGTGACTAACCGAAGGAAGTTG
GGGGCAATAACGCTTGTGTAGCTTGTCGGTCTCCGACATATACGTCTGGA
TTTTGGAACTGGATTATTGGAACGGGTTGGAACTGGAATAGTGGGAACAA
TAGGGTACGTTGTTCTCCCGACTGGAGTGTCTACCGATGTATCGAGAGAT
ATTGTATGACGCCCAGACAAAGGGATGACGACAACAACCTTTCAGTTGGT
AACCGAAACCATCTGAAGTTGGGAATTGAGCCCGAATCCTGGCTGCAGTC
ACACGAACTGGGATTCTAACTCACACAATGCCCAGCACGTGGAGAGCGAC
TAATTTGTCGTGGGTACACAAAATTCGACCTCAACGTCGACGAGGGTTAG
GGAGGGCCGGACCCTTCTCGCGATAAAAAATCTAAGGCATGTACCGCAGT
GGGAAGGATGTGTGGCCTTTCTACTGTTGTGACCCCGGCTGGAGCGTCTT
TAACGATGTATCGAGAGATACGTCCCTACGCAAACAGCATATGGGATGAC
AACAACAACAACATATGCTATATATTAAACTGAATTCCACATTATCTACT
GTACATCTAGACCAAGAGAACTCCTTCCTTGATCTTCTGTAGCCCTGCAT
AATGGTTAGTATAATGTAAGGTTTCTCCCGATTTTCCCTTTGGATCGGTT
TTCACCCGTTGTTAATGTATATCAAACTcCAGGGTGAGGTTTATAAGTCT
CCGTAAAATAAATTTTGGTGTCTCTCTGTGACCCCACTACTGTAATCCGG
AAGTGCAAATATAATGTTCACCTGTACTAATATAATCTTACTGTTCTTCT
TTGTCTCTTTTTACTACTACATAATGATTAATGTACTTGTATAGTTcCCT
CTCTGACCCTAATATAATTTCCCCTATGTCGCCTCCCATCAATTTATATC
AATAACAAAGAACCTCACCTGTATAGTAATATTAATTTAATTTTACTTTA
ATTTCTCTAAGATCATGTAAGACCATATTACTACACTATAGTCCAGAACT
CTTAGATTAAAAGGATGTGGTTTTGGTGTCCCTGCATGGAGATTAATGTA
AGTGTACAGTATAACGGAGGGCTTCTCCCCGATATTATACTGTCGACCCG
ATGTAATTACATTGGGGAACCCTTTTGATACCATGAAGAGGTTTTGTCTC
TACAGCCAATGTTCCCACCTAAACCTTTAGACACTCTTCCACTTGAGGTG
GATGCTCAGAAGGTTTAGATGCGTTCAGATTTTTCTTAAACAACAACAAC
AATCCGGTACGTGGTCACAAAGAGGTACCAAGGTCAACGGGTCACATCAT
GGTGACAACCCGCTACTCAGACCAACAGGGATCCAAATCGCGACAAAAAG
TTATACGACTTTACAAGCGATGGCACCGACCAATAACAAAACGGTTCATC
AAACCTCCTTTACTCCATATCGAGAGCAGCCTCGATCGACTCGGATTGTT
GTCGCCTACCCACGACCAGCGTTCTCAGCAACAAATCGGACAAATACGTT
CCAACCAGTTTTGATCAACAAGAAGTCCAAGTTTCTCAAGGCCACACATC
GTACAAAAATAAGGAAAATTGATATATTTAATATTTATCAAAACCATACA
GTAATAGATTTACAGATGAATTCCATGCGCGGAACAACAATACGCTGGTC
AACACTTTTAGCAGAGTATCGATCAACCGGGTACGGTTGCCAATCCATCT
CGTGGTCAGCTGAACAGGGAAAACGTTTTTTCCCCTGTCCCCCGTTCGTG
CCTGAGAAATTGGTCTCACGAGACGGGTTCTCCTGCTCATTGTCCTCCCC
CAGGCTGTATCTGTTAATGTTAATGGTGCTTACTCACGGGATTCCTCCCG
ATTTCCGCGGCGGCGTCCATTATTTATCCAACCGCCATATGTAGGCCATC
GGGTCACTCCCGCGTTTATCGGCTTACGCAATTGCGTACCGATGGCGTTG
ACTGCCAAAAGTCCGCCGGCACAGGACCAAGTAGTCTTCAAGGCAGTTCC
AGTAATGGGTGTTGTTTTGGTCACACATATAGCAAGGGTAAGGATCAACC
GGGTAAGGTTTCCAATCCTGCTCATGGTCAGCTGAACAGGGAAAAACAAT
ATTTCCCTGTCCGCGTTTGCGCCCCGAGAATTTGGTCTCGCGAGACGGGT
TCGGCAGTCCCACCTTCGCAGGTCGTCACCATGAGCCAATTTTTGTGCGC
CTTTCTTTTCCCACACCCAGTAGTGTAGTGGACACGTGTGATCCAGAGAG
TATCGGAGACGTAACTTGAGAAACGTCGACTTCTCCAAAATGATATGAGT
GGGCTCAAGAAACATTGACTTGTTCAAAATTTATTCGAGCGTGATTTGTG
CGCTTTGTTGCTGAGAAGAGCACAGCCAGCCCTGCGCAGGCTACAACAAT
CCGGTGAATCGGGATTATTTGCGCTCGATATGGAGTGAAGAGATTTGATC
AACCATTCTTGAGATTTGGCCGGTGCTATTCCTTTGTGAAGTGTCGCAAA
ACTTTTGTCTTCGCGTAACACCCTCCGTTAGCCCAGGAAACTTTTTGATA
CGCACTTTAGTTAATTCAGACTCTCGAAAAACTTGCAGTGCAGCACTACT
CCAGACAGGAGACGCTGTGTTTTGTACCAAGGCATCGTCTTGACGCGGTT
AAGTTTTCGATGTTTTTCGGGTGGGTGGACCTCTGGCAAGGATGTTGTCG
CGATTTTCATTCCTGTTGTTTGACCAGCCGGCTTTCACCATGATGTAACC
CGTCCACGTTTGCGCCTCCTCGTGTCCACGTGTGGTACTGTATTGAATAT
TGAATGAGTGGCTGCCATTTGATACGTAAGGGCTGACTACACAGCTGCAG
TTGCCACGCCGAACGTTCTTTATTTCCAATGTATCAAACAAATGCATGAC
GTGTGTGTAGTCAACGCATCTAGACCTTCTTGTACGATGATATCGGTCCG
CCGTCGGATAACTGATGCGAATCGGATGTACTTTCTGACTACAGCACGTT
TGCAGTACATTATAATACAGTAGTAAGGAACATAAATACAGGAGTACAAA
GTGTCGTACGTGAGTTATGTAGTGTGTGTTTGTTTGTGTGTTGTCATCCC
ATTTATTCTGGACGCCAGGTTTGTGGACGTACCAGCCGGGGTCACACAGG
AGGAAGATCACACAGGATTTCTCGTCCACCTTCCTTCTGCGGTGCTTGCC
TTAATTTTTCTCGCGGGAAGGATTCAGCCGTTCCTTTCCCTCGTCGACCG
TGAAGTCGAATTGCGTGTACTTAAGAATTAATCGTTCTCCACGTGTTGGG
CATTATCATTACTATTTATTTATTTTAAAAGGAAAAATCTCGGTACTTCT
TGCTAAAATCTAACGCATCTAGACCTTCTGAGCATCCCCCAGTCAGGGGG
GGGGGAAATGTCGAATCTCACTTGCGGCCGATGGACCTCAACGTGCTAGG
TTACCAATTCCACCTACTGCAACGCTATTATTGCCATCCTGCCTGTGGTC
ACGAAGGATTTTCCCATCTCTCCTTAGAGCTGTGAAGTTTATCGCGATGC
AAGTTCAGCACACTCTTACAACTCGTCAACTAATGATTGAATTTCTATTA
CTCACGTTCTAACGCTTTCCGCTACGGAAGCCAGAATACACAGTTTCTGA
TTTTCACAAAAAGGATCGAACTCACGACTTCCGCACTAGTAAGTGTACGT
GGGTACGTACTAGACCATCGGGCGACGAGGGTTCTACATCTAGACCTTCT
GAGCATCCCCCGGTCAGGGGGGGGGGAATGTCAAAACATTTAGGTGGGAT
CATAGGCTGCAAACACAAAACCTCTTCATGGCATTTAAACGGGCTTCCCC
TATGGTGGTAACATCGGGTCAACAGTATAATGTCGGGGAAGCCCACCGTT
ATACTACTGCACCCTCACATTAATCGCTATGCAGGGACACCAGACAAAAC
AAAGATTTAAAACAAGACACGATGAATCTCATCCGCCGCCGTCGGATAAA
AGGAGACGTACCAATCCCACGTTTCTTTAAAAGTCCAGCCCGGGCATAGA
TCTCCGCATTTCCACCGCCGCGATTGCTGGTGAAGAAGATGATGTACCGC
ATCTGTTATACTGTACATTACAAGGATGTGTAATGTCGGAGAGGGTGGCA
TCGACGGACCTTTTGTTTTGAGTTTCAAGAAGCCTTTGGCAAAAAAGAGT
TTCAGAATTGTAGAGTATGCACGGTAGTCTATACGATCGTTGAAAATGTT
CATTCGACCAAGACGTTGCCCCAGCCCTATTTATATTATATTAGTAGGAC
CATATAGAAGTACAGTACCGGTACGGAGTAATATTTTTTTTTTTTTTTTG
AGTAGGCGTGGATGGCGAAAGATTTCGGCAAGCTCTTTCATTAGAGTAGA
TTATGCGCATAGTCTAATAAGTGAGTCGGAAGAGGTTCTTCAAACTTGTG
CTTGTAGAAAACAATCCTACGGTTGTTGCTGGGTTTCTTGAAAAAATGAC
AAAACAAGAACGATTTGTAGAAAGAGTGAATGAAAAACATTCTTCGAAAT
ACACCTTGTTGGGGGAGTTAATGACTTGTTGTATGCGTTCTGGTGCAACA
ATGCGTTAAGATTTTTCGTCAAACTAAATAATTCGAGCATGTATATATTT
ATGTATTTATAGTCATGCATGTAGCAAGAGTATGGATCGACCGAGTAAGG
TTGCCATATCCTGCTCGTGGTCACCTGAACAGGGAAAATGAAAATTATTT
CCCTGTCCCCGTTCGCGCCTGAGAGTTTGGTCTCGCGAGACGGTTACAGG
CGATTGACTGTTCATTTACCTGGTATTATCCATTTATTTACCTGGTACAT
AGACTAGTGTCGTACCTTGAGTGTGCTGCTTGTGCGCCTCTTGTGTACAG
TATTGAGGAGAACACGATTTCTTTGTTGACCCCACTCATAGTAGCACGCG
CGTACATACTACTAATAATCTTGCCGGCAGATTGCTGCAGCAGCTTTTCG
CGTCTGACTCCCCCGGGGAAGGAATGCGGTTTGGGAAGCAGGGTGATAAC
TGCTGTAGTATGTAGTGAAGGAGCTCTCCTGTATTTTTGTGCACCCGCGC
GCGACATCCATTATTCTCTACAAAAAACAGCGATTCCTAGCGTGGTAGAG
TGCTGTGTAGTAAATAGTACTGAATAGTGGTGGTCATCGTAGTTTATAAT
ATACCAGTATAGTGTAACTACTGGAGTACTTATTGAATAGTGTCGTCTCG
TCAAGGGGTGTGCTTCCAGAAACACAGAAACGATTTATTATTACTATGTA
CTGTGTGCTAGTAGTACCAGTACAAATAGTTGGTGTGAGGCAACAAATAT
TGACTGTACATTAAATACTGTATTAATACGGTAGCTCAGAGGTACTATGT
AACCTCTGACACGTTGGGACGTGGGTTCGATCCCGGCAAACGGGATTTTT
CTCACTGAAAAACTAAAAAATGAAATAAAAATGCCCAACGGGTGGAGAAC
GATTAAATCGTTAGTACACAAAATTCGACTTCACGGTCGACGAGGGAAAG
GAATGGCTGAATCCTTCTCGCGAGAAAAATTAAGGCAAGCACCGCAGAAA
GAAGGCGGATGGAAAATCCTGTGTTACCTTCTTCCTGTGTGACCCCGGCT
GGTACGTCCACTGAAGTCCAGAATGAACGGGAAGAAAACACAACACACAC
ACACACACACACACTGTGTCTGTCATACGCTCCCGCTTCTCCTCTTGATG
TTGTGGTGGCTTCTAATCCTTTTCGTCAACCATTTACCAGGATTAAAACT
CGTAGACACTACGGTACAATGGAGAATACGTCGTATGCTTTTTCCTTCCG
GGTGATGTTTTTCTACCTTGTGGCAACGGGCTGGTTTTTTTTTAAATCAG
CTTATATATGTGTGTATAGCAATAGCGTAGATCAACCGGGTAAGGTTGCC
AATCCTCCTTGTGGTCAGCTTTTTTTTTTTTTTTTAATTACTATTTTCCT
GTTCGTGTTCGCGCCTGAAAATTTGGTCTCGCGAGATGGGTTCGGCAGTC
CCGTCCCGCGTCAGCCTGCTCATCTCCATACTCAGGCTAAATACGGTGCT
TACTTGCGGGATTCCTCCCGAGTTTATCGGGACACGCAATTGCGTACCGA
TGGCGTTCACTGCCGAGAGTCCGCCGGCGCAGGGCCAGTAAACCTCAAGG
TAGTTCCGAACGAGTGCGGCCTTGGCAGGTCACCATGGACCAATCAATAC
GCGCCTCTCTTTTCCCACACCCACTTCTCGTGCCCTCTACCTCCGAAACC
TGGTTTCGGGGTATGACTGTGGGAGGGTCTTTCCGGCGGGTGTAGGGCCG
GGCTCATCCTCAAGAGATGCAGTCAACTGGCTGCCTTCGCGATTCAGCCT
GTCGATTGAGACGCGGCGGCGGTTTGGTTGGCTGAGGATGATGGTGTTCC
CAGGTGCGCACCTCTTCCGAGCCCCAATTTGGTGCCCTTCGGGAGGGTGG
CGGCACGCGAGAGGCAGGGAGCACTGTCGCGGAGAGCCCGGTAGTTCTCT
ATCGGGTGGGTACGCACCAGATTCGGCGAAGGTGGAGGGCAGCTCGATCG
TCGACGAGCCAGGGGAGGCTGAACCCCTGTGCGCGAGAATCACAGGCTTG
AACCGGGAGGTTTCTGAGGGAAAAGCTGATGTCTGACCACGGTCGTCATT
TTTCTTCCTACGAGGGCCACAAGGAGCGGCGAACGGGCAAGATTCGTGGG
ACTTTTTCAAGGATGCACAGGGCTTTGGACGGCTGGATGCTGGCTCGCGC
GCCGGCTTCACGAGCTCAAGGCCTCCACCACCATGGACCTCGGTATTTCA
TTTTTTCTTATTTCTGTACAATGTGTGGCCTTGAGAATCTTGGACTTGTT
GATCAAAACTGGTTGGAGCGTAATTTTTCCGTTTTTTTGCTGAGAACGCT
GGTCGTGGGTAGGCGACAACATTCCGAGTCGATCGAGGTTGCTCTCGATA
TGGAGTAAGGAGGTTTGATGAACCGTTTTGATATTGGTCGGTGCCATTGC
TTGTAGAACCGCATAACTTTTTGTCGCGATTTGGATCCCTGTTGGTCTGA
GTAGCGGGTTGTCACCATGATGTGACCCGTTGACCTTCGTACCTCTTTGT
GACCACAAGCGGGATTGGCATTTGATAGGTCTATGGCTAACTTGTTGTGT
CACCGTAGTTTCTTCAGTTGCAAGGACAATACGCTGAATGTGTGAATCAA
CAACTACAACAACAACAACTATTGGTGTGAAGTGGACATGTTGAAAGTAC
CGGCGATGTGAGAATTCATAAAAAAATAAAAAAATAAAATGTAGTACAGT
AGTACCATGGGCTACTATGCTGTGTTGTATTGTCGTGGGGGGGGGGGCAT
GCAGATATCTCACAACGAGCGACTGATGTACGTTTGTCATAAGACAACTA
CTCGTCATAGTCCAACAATTTATCATAGACCTGGTATACACGGATGTGCA
CGTGCGCGCATCGGGTTGAACCCTACTTATTTTTGCCGCAGCAATCATTT
TATACTAATAGCAAGTACTCTCTTGTGCTGTTGTATTATAACGCTGTATT
TATGATACTGTAGCACACACTCGCTGCTACCGTATCAGGTGTGCGGTTTT
TCTTTACAACACTGCTGTACCGTGCCGTAGCATAATTGGTAGAGAAGTGT
GTGGTGATACATTTCTAATGGGCTCCAACCGCACAACAGCACACACACCT
GTAGCGGCGACTCCAGACCATCCCGTCTTTTCGTTCCGTATTGATGCTGT
ATTGCATTGTATTGTCTCCTCCCCCCTTTCCCTTGCCTTTGACAGATGGG
GGGTCTCGCTGCGTCCGCTTTGGCCTTGAAAGTTCGAGCGAGGGGCAAGA
GTGGCGCGGCCACGCAGGCGCCGCGCGCCGTGAAGCGATCGCACGTCGTG
CGCTTTGGGCGTGTGTCCGGAGAGAACCGCGGCAAGGTGAAAACGCGACC
GTTTTGCTTTTTTTTGCTTTTTTTTTGTCTTTTCCCTTTTTTTTTGGTAC
AACTCAGTGGGTGTTTCCTTAGGTCAAATAAAGGTATTGCACTCATAACT
GTTCTCTACTGTAATAAGGTACACGGTATAAGGTAGTACGGTATACGGTG
CTGTAGCTCTTTTGGAGTGACGTTTTCGCTTCTGGTTGTACCGCTGGTGT
TGATGCCGTCGAGGATTCCCTGTGTACCTACGCTGTCTGTGTTAGGTAAA
GGGGAACTGTCGACCTCATCGGAAAAAAAATGTTGGGAGTTTGTATGTGC
CCTACAATACAGTACACAGTACAGTGACATTATCTGACTTATTTTCGATG
GGGCGTAGTATGGACAGAGGGCAGCAATCGGCTTCTTTCGGTTTTCATTG
TTGGTTTTCGATCTCGTATAATAGCGTTTTTCTATGCGCGACAAATTGCT
CGTAACGCTCAAGCAAGCCTTATTTGTACGAGAGGCAGGCGCGGGGGCGG
GGGGGGGGGGGGAGGGAGGAGGGCATTCAGGAGCGATCACAATCTCGCCG
CAACATTTTCCTTTTTTCTTTGCATAATGTACGTACAGTCAAGTAATATG
GAACTATTTAAGTACCTCTGGGCAAATCTTCGTTGACGCCGTTGTGACAC
GAAATATACTATTAATAGAGTTAACTAGATGAATGCGCGCGCTGGCAAGC
ACGCCATGCGCGCTCGTCTCCCAAATCTTCACCCCCTAAGCCCCTAAAAG
CATCCCCCTCTCGCCCGCCACCCCGCGTTTTCTCGATGCCGCTCTTCGTC
TGTGGGTTTCACCCGACGGTGGCGTTTCCCTCGGCCGCTCACCCCCCCAA
CCCCCTACGTTTTCCCCCTTCGAACTAATACCACCTATTAATACCGCAGA
ACCCCATGGACCCTCCGCTCGATCGAGTAGACGAGTACCACTGGATGAGG
GACGACAAGAGAGAGTCCAAGGTGCGTGGTGTGTGGTAGCAGCTTGTGCG
AACGCGTGCACACTGCATGGCATTTCCGCGGTCGTTTTGTTGGTGGGGGG
GGAGGGGGAACATTATTTTTCGCTGCGCGCGTTCACAAGGCGCCATGCCC
GTAGGTTTTGTTTCCCCGGCAGACGTGGCTCTAATTTTGCCACTGCTGTA
CTGTACTGTACTGCCAATGCTGGTACGGCTGGCTCTTGGGCGTGCCCCGG
GTGCCAGCCAATGGGTAGGCGCCGGCACCCGATGGCAAGTTGGTGCACGT
GTCTACGGCGGCACCACCATGCTGAGGTTTTTTAGCATCGTGTCGGGGGG
GGAATGGTGGTCACCGTCAAGTCCCACGATCGACGAGGACAAATCGGATA
ACCGATGGGCCTTTGGTTCAAGTACTAGTTAATATGTACTCGGGAGTATT
ATTTAATGCAGTACCTCAAGGACAAGAGTATACCGTTAAAGTGTCTTAAC
AGAACATTCCGAGATATTTTCTAGGGCCCTTGTGTTCGTTCGACGAGGCG
CGTTCGGTGCCCGTGCACGCATTGTGATCGTTTCAGGAGGTGTTGGGGCA
CATCCACAAGGAGAACGCCTACTCGCAGGAGAATATGGAACACCTCAAGG
ACCTCAGGGAAACCCTGTACGAGGTACGGAGAGCCTCGTTCGCGTCATTC
CGTCCATTGATTTAGAGGATAGAATTCCCGTCCGACGAAAAAAAAGAGAA
GAAAGCGGTGTATGGGAGGAGAGTGGGGGGCGGTCGAGCCCCATCGCCGG
GGGGAAAAAATATTACGTCCGATTCGGGTAGCCCGCCTACGTTATTGCCA
CACGCAATGGCTTGGTAGTTTTGTAGATTCGTGTAGCGTTTCGGAGAAAT
CACCTAGGTCCCCACCTAGAACCTCGTGCACATAAAGGTGGGGAATGATG
GTGCCGTCAATAAGGTGCGGTACGGGTACTCTTGTCTCTCTCTCCCCCCC
CCCCCCCCCCTCGCCCCTAGAAACAAAACAAAAAATCCCTGTTCTTAAGT
GAACTCCCTGTTCTTGATTGAAACCTCGTTCACTGCAAGCAAGAGACTCT
GCCTTCGCAAAACACGTTTGAGCTGAATGAGTGGAACGATCCGCTTTCCA
TCTTTATTCCAACCACAAGGCCTCGGTGGCTACCTTTCCGTTTTCTCTTC
CCTCCCACCCCTCCCCCCCGGTCCCCGATGCCCCCTCTCCCCTATTCCGC
TTTAGGAGTTCCTCAGCCACATGAAAGAGACGGACACGGCGTTCCCCTAC
CGCCATGGACCCTTCTTTTATTACACGCGGAACGAGAAGGGCAAGCCGTA
CAGGATTCACTGCAGGAGTAAAGAGCTTAGGGGAGAAGAACAGGTGGTGT
TGGACGTGAACGTGGAGGCGGAGGGTTCGGCGCACTACGATGTCGCCGAT
GTCAGCCCGTCGCCGGGGGAGCACAGGCTGGCGGCGTACGCGGTGGATAC
GACAGGATACGAGGTGGGATGTAAAGGGATACCATATGGTATATGGCGGC
GGAACTCGGGGGGAATCCCGTTAGTAAGCACCAGATTCAGCCCGAGTATG
GAGATGAACAGGCTGACGCGGGACGGGGCTGCCGAACCCGTCTTGCGAGG
CCAAATTCTCAGGCGCGAACGGGGACAGGGAAATATTTATTTTCCCTGTC
CAGCTGATCACAAGCATGATTGGCAACCTTACCCGGTTGATCCATACTCT
TGCCATATGTGTGACCATACATACATACATAAATACATGGCGAGATACGA
GGTGGAATATGACAAGTATGGTGTAGGATATAAGGTGAAATATGACGGGA
AAAGAGTAGGAATACAAGGAGGGATACCAGATAGGATATGACAGGAGAAG
TGTAGGCGGGTCTGTCAGTGAGTGGGTACAACTTACCTGTACGGATGCCC
TGTCGTGTTTTCTTTTGATCAAATGTAAGTTTTTTTAGAGAAAGCATGAG
AGAATGTGTACACTACTACGTTCGAGGTTGTTCGAAGTGTATGATAAATG
GATAAAAAGTTGTTTTCATTGTCGTGTGCGTTAATACCGGTGTGTTTAGT
TGCCGACGGTCGAGACGAACTGCGGTATCGATTTTTTTTTTTTGTAAAAC
TTTTTTTTATGTTCGAAGAGCCTACCCATATAAAAGTCTATGCTTTGTGG
ATGGGCGTAGAACCAAACCGCGACGTTGTGTGTCGAGACCTTCGCCTACT
ACGCAGAAAGAGAGCATCGGAGCGAGAAGCGCTCGATTGCGTTTCGTTGA
ATGGACCCATTTAGTTACGTTTCGTTTGATGAACTCATTTAGTTACGTTT
CGTTGGATGGACCCATTTAGTTACGTCTTGTTGGATCGACCCATTCGTTA
CGTTCCGTTGGATCGGCCCATTGAGTTACGTTTCGTTGCATCGGCCCATT
TAGTTACGTTTCGTTGCATCGACCCATTTAGTTATGTTTCGTTGGTTTGA
CCCATTTAGTTACGTTTCGTTGGGTTGACCCATTTAGTTACGTTTCGTTG
GATCGACCTATTTAGTTACGTTTCGCTGGATCGGCCCGTTTAGTTACGTT
TCGTCGTTCGGTGAGAACCCCATTTCAAGAAATCGTTTGCATTTTGAAGT
TCGCTAGCCAAGGTGGCGCGTGAAATGCTTGACGGATATAAAAGTGTGCG
TGTCTGTGTGGGCATATTGAGTTGCACGCAACCGCGCAATCCGGCCCTGG
CACCCCACACTCATCTTGATGCTCGCAATGGACCTCCCAAGAGAGGAACA
ATGGTACCTGGTAGTTATTACGAAAACCTCTGATCAGACCCTACAAAGGG
GGACATGCTCTCTCTACAATTTTTAATGTAAATCCACAAGCGCCTTGCCT
TTCCCTCGCTGATGTATTATTATTATGTGTGTTTGGGTATGTATCTATTG
ATTGAGTTGTACATAAACCACGCAATCTGGCCCTGTCAGGCTACTAACAG
TCAGTCTAAGCTGTTTGTTTTTGTGCTTTTTTTAGAATAGGGGAAGGGGA
GTGTGTGGGGGGGACATGTCGACCGCACGCTTTGAACGAACCCAACCAAT
CATTGCTTAGACGAAGATAATTTCGTAGCCGAACAGCTACAGCAAACACC
GGTGGTTACCGCTCTATTTGTCGCGGTAGGCACATAGTTCTGGTAGGCTG
GCGGCGTCATCTTTACACCCTACTTGATATTAATAGGTCAAGTTGTAGGG
GGATGAGGTACACACAGTAGACGACGACGACAGCAACACGCCTCCGCTTC
ATGTCGTATGCCCCATCTGTGATAGCAGCTTGGTTTGCGCCCTCCCGTGT
CAATCGACTGATCGGAATCGACAGATTGGTCGGTGTCGATCGAGCCGTCG
TAATCGATGGATTGGTAAAGTTAACGATCGAGCCGTCGTAATCGATGGAT
TGGCTAAGTTAACGGTCGTTTTCGACAGATTCGTCGGTATCGACCCAGCC
GTCGTAATCGATAGATTGGAAATGTCAACGATCGTTTTTGACAGATTCGT
CCGTATCGATCGAGCCGTCGTTATCGATAGATTGGTAAAGTTAACGATCG
TTTTTGACAGATTCATCGGTATCGATCCAGTCGTCGTAATCGATGGGATG
GTAATGTTAAAGATCGTTTTCGACAGATTCGTCGGTATCGATCCAGCCGT
CGTAATCGATGGATTAGTAATGTTAACGATCGTTTTCGACAGATTCGTCG
GTATCGATCCAGCCGTCGTAATCGATGGATTGGTAATGTTAAAGATCGTT
TTCGACAAATTCGTGGTAATGATGGTTTAGTAATGTTAACGATCGTTTTC
GACAGATTCGTCGTAATGATGGTTTAGTAATGTTAACGATCGTTTTCGAC
AGATTCGTCGGTATCGATGGATAGGTGATGTGAACGATCGAACTGACACG
GTCGTTACACTACTCACGGTCGTCGATTTGTATCGATCGACTGGACGGTT
GATCACGCATCGAAAAATTGATGGCGTTATGTTTCGTGCCGTTTGTGTCT
GCAAGACCACAAGTAGATTCGGGGACCGCTGTCGTTGTACATCAGTGTCT
GTATACGGTGCCAAATCGGCTGAAAATGAAGAAACAAACAACAACAATCG
TCCATCGACCGAATCCTGTAGGTCTAGAGCTTTCAAGTATTAATCGTTCA
GTGGAGCAACGTTTGAACAGAGTATTGTCGAAATACAGTATGATAGTCAG
GTAAGGTTACTACGCCAGAACGCGGACTATCATCCGACATAGTCCAACAA
GCATCAAAACCCTTGTAGCTTGTCATCAAAAACGGTCATTCCCGTCTCCA
CCTTTTTGCTGCTTCACTCGTTTTTTGTTTGTTTTTTCAATTTTGTGCAC
GCCACCAGACGTACGACATTCACTTCCGGGAGGTTGCGACGGGAGAGAAC
CTGGAGGACGTGATCCTCAAGACGTCGGGAGATCTCTGTTGGGGGGCCGA
CGAGACCACGGTTTTCTACACGACGCAGGCGTGTGCCATGCTGCTTTTAC
TTCTGCACATGCACTAACTCTCTTCCGTTTTTCACAAAACTGAAGTAAAA
GAGCTATTACAGTATGCAATTGTTCTTGAATGCGTTAAAGGTAGTCTTGG
TGTGGACCGGCGACATCAGGGGCTTTGCAGCCTGTGATTCCACCTAAATG
CTTTGGCATTTTTTTCCCCCTGACTGGGGGATGCTCTCAGAAGGTCAAGA
TGCGTTCAGAATTTTCTTGAGACATACGGTGGCTTTCTCGTGGTTTTAAC
AAACTAATGATAAAACGGCACAGCGGTAGCGGGTAAAGTACGCGGAAGCG
GAGGATCGCTCTATAAAAATCACGAACGATGTGAAACCGTCGTGTGGCGC
CTCGCAGGACGAGGAACACCGACCCCACAAGCTATGGATGCACGTTCTCG
GCACACCTCAGGCACAGGTGCGGGTGCGGTATGGTATGGGTACTGGTGAT
ATTGTTGTTGGTACTGTGTTTGTCTTGTGTACAGTATAGTAAGCTGTGGG
AGATGCAGTATGTTATGGTATGGTATCGAGGTGCGTGTGGAACATGTGGT
ACATAACAGTAAAGCGTTGTGGTTTTTGCTGCAGTGTGGCGTATGGTACA
TACCGTGAGACACGTATGAGAATGTGGAGCGTGGGGAAGGAGGAAAAATT
GTTTTTGTTGTGTTTTGCTTTTTTTTACACCCCAAATCGGTCCGTTAGAA
GGCGTAGTGGTATTTTTTTGTGGGCCCAATCGACCGTACCACCTCTCTCT
TCCGTTCGTGACTTGATGCCCATTTTTTTTCTCTTTTTGTCTTCCCGACC
TGCTGCCTACCTCTTTTTTTGCCTGTCTTGCTCGTTCCGCCCCGCGTTTC
GTGTGTGTTTTTTATCTGACGCCCTGAAAAAAAATAAAACGAATCTTGAC
GAATCATGACTGGGGGGTGGTgGGGGGGGGGGGGATGGGGGATGCTTCGA
GGATATAGGACGTGTTGGTGTACACGGAGGAGGATCAGCTCTTTTGGCTG
GGCATCGGCAAAACGGATAGCGGAAGGTGCCACACCGTGCTTTGTACCAA
TTCAATTTATATTGTGTTCAGTGTTTGCCATCATCGTGGGAAATGCTTGA
AACGAGACTCCATCGCCTTCCCTCTCTCTCTCGTTTTTTTCCGTCCGCGC
CTTTTTTCTTCCTTCATTTTTTTTTTTTTTAAAGCAAAAAAATAAATATA
TAAATAAAAACACCAAAAGAAGAAAAAAAAATAACTCCTCCTTTTTCCCT
CTTCTTCATCCAGCTCTCACCACAAGCTTTCTTCCAGTATTGGATTCGTT
CTATCGCGCCAATTAGTTGTCCGTACCCGCCCGTGGGAGAGAGCCTCGAA
TCGATTTTCGTGAAGGAGGCGTTTTCGGGACGGGGAAACCGGGTGTAGAA
AAGAAGAGATGGCGGCATCACGTGGATAGTAGAAGCAGCAGCAGCAGCAG
TAACAGCATCGCGAGAAACGCATCACCATTGAACACAAAATGTACCTCGC
AAATCACTACGATCAAGCCTACAAAGTGGTTAAGACCGAAGGTTTTCGTC
CGAGATGTTGAAAATCAAGACACATGCCGTAAAAAAAAGCTTTGAACCTT
CGATACGTGCACTAGAGCTGGCATCATCGTCGCGATTGTCAAGCGCAGGT
CCCTCTGGTGTAGTATGTCCCTTGTTTATTTTGGTCGCGCTTCTTTCTTT
CCTTCCCCCCTTCCTTCCTTGGGAAGGTTCTTGCTAGTGGAGGTCAGCAG
CAAGACCACGGGGGAGATTCGCTTTATCGATCTGCAGGTGAAGTTACAGC
CTTTAAAGACACAGTCGAAGCGGTTGTGTATCAACAACGCACACGGTCTA
CGCACGTATGTCCCCGTGTGCTGGTTGAAGGCATTATTGTGTGTGCGTAC
GCGCGCGCCTATTGGAGGCGTGTGTGAGTGGGGGGGAAGAGGGGAGGAAG
AGGCAGTAAGGCGTGGTCACTCCTGGGGGGCTTGAGTCTGTACTGTGTTG
ACGAGACCTTACAACATAGCGATGGTTCTTGTGTGGATGTTTTACCTCGA
CGCCAAAGCTTTGGGGAGGCGGTGTGTATAGAGAACGGGTTTTAATCTTT
TTCTTTCCATGATGTATTCGAATCATCCCTTTTTTTATGTTTTTCTTGTG
GTGCTGGCTTTTTTTTCACTTTTTCGCTTTTGCTGACAACCCCCCCCCCC
CCCCCCCCCCCCGACTCAAAATCATGCCGTGTCTCCTAAAACAAGGGGAA
AGAACCCGGACCCGCCCGCCCCCCCCCCTCAAGAAAAAAATGCAATTCAA
TTTAACGATGAAAAAATATTTACTTCGTACCAGGTACATGTATGGTCACA
CATATAGCAAGAGCATGGATTAACCGGGTAAGGTTGCCAGTCCTTCATAT
ATATATAAACAAAAATACTAGAAAAAAATCTCCTCACACGAAAATTTAAC
AATAAAAACTATATACCAGGGATATATATATATATTTGTACACATATATA
TATAAATATACCCCCTCCCCCCCAAAAAACTTCTCACGCCACGCCACGCC
CCCCCCCCCCCCAAACTATTTGGAAACAAAAAAGTACTGTACAGAAAGGG
AGCCCTATCGCTACTAATAATGGTAATATCTAATGTCGATAGAATACTGC
GGGAATAATGGTAATAATATTATTAATAGTAACAATTGGCAAAACCTCTC
TATTTCACACCTCGAACAAAAAAGGGTGTGCGCGGCGCGGAAGGCCATCG
CAACCTGTCCCCGCAGATGATCTCCGACAGGAAAGAGGGCGTAAGGTACA
CCACAGAGGTGAGGATGGGGAAGCAGCTCGGGCCTGCTCTGCTCTGGTCC
GCTCTGCTCTCTTTTCATTTGTCTGTTTTGTGTGTTGTTCGATTGCGCAT
TGCCGCACATTCCGGCCCTGTTAATATCGTGTAAATCATTCCAAGGTACG
GTACCTCAAAGGCGGATGGATCAACGATTGTGTGTCAGAGCCCGCCGGCA
TTTTAATGTATTTTTTACCCAGTGTATTTATTGATTTATTATTTTTGCTA
TTTTTTAATTATTTTCATGAGTCTCTGTATTTTCTCTCAAAGGTCTCTTT
TTGTTGTTGCTTTCGAATTATTTTATTTTCCGGGGGCATGGGGCGGAAGG
GGACTTCTCTCTTGCCCGTCTCTTCTTTTTGGCCATCGTGTCTCCATAGA
GCCTACATAGTATATGTATATAGAGATAAGACAAAATCGACTATGACAAA
AAGAAAGAAAAATCACGACGAATACTTTTCAGCTGTGTCTTAGATTATTT
AGTTGTTTTTTTCCACCTAGAGCTTTTGCCCTCGGGCGGCGTTTTCGACA
CTAAGACACAATTTAAAGAAACTCCTTACCGATAGAAGTACACAATGGGC
CGGTGGCCCGAGGGCCAGATATAAACCTACTGTTTTTGTTTTTTTTTCTT
TAATCTCACTTATAGCCAATGGACCTCATCATTACCATCCTGCCTGTGGT
CACTAAGGATCTTCCCATCTCTCCCCGATTCACGCCTTACATTTTTTTAT
CGCGATGCAAGTTCAGCACTCTTACAACTCGTCAACCGATGGTTGAATTT
TACTTACTCACGTTCCCACGCTTTCCGTTACGAAAGAAAGAACACAAATC
CTACTTTGGTAAGAATCGAACTCACGACTTCCGCACTAGCAGGTGTGCAG
GTTACCTACTAGACCACTCGGGCGACGAGGGCCTTTTACTATTAATGTCA
TAGTCTACTTTTACTATTAGTGTCATAGTCTACTTTTACTATTAATGTCA
TAGTCTACTTTTACTATTAGTGTCATAGAGCCATTAATAGTTAATAGCCT
ACCAGGTACCGTTTACTCTTGCCCTGTAATGCCCCCAAAGACAGCACATA
CGCTCGTTCTACCCTACCTTACATGGTAGGAGTAATAGGGGATGGAGATC
CATCAACCCCGTTTCCTACAAGCCTTTCTCATGTTAACAGTTGATGCAGC
TATATACCGCCGACCTTCCAAGCAACGTTCTCGTACACAAAATTTGTTGG
GTAGTTTATTTTGGTGAGATGATCGTATTACCGCCCCAAAACGGTTGTAC
TTCGTATTTTGGAAATATTACCAGCAGAGTTTTTGAGGTGATGACTGCGT
ACCAGCAATCTGAAAAAAATATTTCGGTGATACAATGGTCGTGCAACTCC
TAATGCTGTACATGAGTCGACAAGTGTTTGGAAGTCTCTTGAGGCGTGAT
TATCGTATAGCACTGTACTTTTATGTCTCTCTCTTTTATTCTCTAGCAAG
GTCATATTTCAAATCTGCACAGATAACTTAGTGGGGACATTCACAATCCA
TCCCCGATTAGGGGGGAGGCTGCCCCCCTCCCCCCCCCCCCCAGTCACCA
AATGCACAGTTTTGTTTTAAAGCTCACCTCAATATCCTCTTCGACAACCT
TGACCCCGTGATGATGTGTCAAAGGGCAAAACATACGAAGCTCAGCAAAA
GGGGTTTTATTATAGCAAAAGGAGGCGTTACGGTTGTTTCTTTGCCTTCG
TCTCCCGAACGTTTTTTTCTGGAAATCTCGTTTAAAAAATATATTTAACC
CTCTTTTGTTTGGTTTTTCGATCATCAATAATTAGTCTGTTTGAAGCCTT
TAAAATTATAGTGCCCGTGAATCGTTGTTGGCTGGCTGGCTGGCTGGCTG
GCCGACTGACTCGCATGGCAACGGTGATCCGCATGGATGTAATCTTCCAG
CACTGGGGATCGGACTTCTACATTGTCACCAACATCGACGGCTGCAAGAA
CTCCAAGCTCGTACGGACCCCCATTAGGTATGGTGGCTCGGAGCTAACAC
ACAATACAGCCAGCCGCTTGCTACGTACTGGTCTTGCCGTTGCTTGCGTA
ATCAGACGGAGGCTGGGTTGCTGGTGCCCCCCCCCCCTAGAAGTAAAAGT
CCCCGCAGTATAAGTATCCCTAGGACGTATAAGGGGTAACGGACATCATG
ATACAAAATTGTATGTATGGATGTATTGTCATCACATATAGCAAGGGTAT
GTATCAACCGGGTAAGGTTGTTAATCCTGCTCGTGGTCAGCTGAACAGGG
AAAATGGAGATTTCCCTGTCCGCGTTCGTGTGGCGGATGATGTGACGGTT
CGAGGATGATGACGTGGATGGTGTGTAGACCAAGATGCCTGTTGGTACTC
CGTATATTTTTGGTACTTTGAAGTATGGCTCTCTTTCGCAAAAAATATCA
ATTAGCCAAGGGATGATTTGCCTGTTGTTATGTACAGCTGCAGAGTACAA
TTGTGAAACATCAAACGGTCAAGATTTTAATTTTTTAACCCTCGGCTTCA
GGCGTTTTGTATGTTATTAATAGTTCTAAACTCAGGCATGTTTGTACCGG
GGATGAATCATAGTTTACCCGCTTAACCCTCGGCTTCAGGCGTTCTGTAT
GTTATTAATAGTTCTAAACTCAGGCGTGTTCGTACCGGGGATGGATCATA
GTTTACCCGCGCCAGGTGTAAATTGTACCTCAGACATGAGCTCTCTCTCA
CACATTACTGTAATATATATATACTATGTGAAACTTAGTATAGCGTACTC
CCACCGGCGAATCACGATCTCGCAACAACAATTGAATCCCCCCCCCACGT
CCCCCGAAATAAACAGTTCGCCAGGATCGGAAAACTGGACGGACGTTATT
CCGTACGACCCTTTAGTCTGCCTGCGAAGAATCCAATGCTTCGAGAACCA
CATCGTGTTGTCTGGACGGTGAGTCATGCCACACGCGGCCTTCAAGAAGG
ATGGTTGCGTGCGCCCGTTTGTCTGTTTTTTGCGTTTTTTTTTGGGGGGG
GGGTGATAAATAATGCACTGGTCGGCTTTCCCATCCCGGGTGTTTGGTCT
TATCACGATTCGGTTCAATTCGGTTCAATTCGGTTGAGTTGCGATCATGT
GAAGCCCTGTTACTCTTCGTACTCCGACCGAGGCATACCTATATAATATG
TATCTATATAATGTATCATATATAATAATCTATAAGATAGTGTAGCTATC
GCTATACGCTCGCTAAAGGATAGGTTTGTAACTATCGTCAGCTTAACACT
GGTGTTGATATAATGTGTTGTTGGCGTTCCATACGCCGCGTCACGAAACT
AACATAAATTTGTACACTCATCACTCTACACCCCCGTGCAGCCTCTCTGG
TGTACAGCTGTAGTTAGGACTAGAAACAGGACTGCTGTGCCATCACCAAA
CTCTACCCTTCATTTTGTCTTTCTTGACTTGTTCCTATCCCACCCAGCTA
GATGAAGCAACCAACCCGGTTAAGACCTCTTGACTAAAAAGTGTTCAGCT
GAACACAAGCCAGATTGGCAACCAGACCACCGGGAGATGCCAAATCTTGC
CGAACGCGATAACCACACCCAGAATAAAGAGATTGGGCAAAAAACAGAAT
ACAGCAATACTAAACTGTAGCGGTGAAAAGCTGTGCTATACGTTGTAGTC
CTGCAAAGGGGAGAAGTAAGAGCAGCAGTACTGCTGTACGCTCTTTGTGC
AGGATCAAGATCATCGCGGGCTATGGAACACTAATAAAAAAAGAGTTTAC
CGTTAGAGCAAACTGCCGTTGCGGTTGAGGTAGTAGGTCGTACGACCATA
GTACTTGTGCCCTTGAAAAGAACGTTGCGTTGTGGACGCGGTTTGCAAGT
TGCCCAAGGTTTACCCATCTAGTTAAATATCTCGACTCATGCGACAGCTT
TTAGTGGTGTTGACTCGGGCTATTTGCTACTTTTGATAGTCCGTCGGCCA
CATGCCCTCCCCAATAATCTATCTGTTGATCAAATTTTCTCGCCAGATTC
TCGAGCGCGGAAGTGGTACAGGAAAGTCCACCTTTCCCGTTCCCTTGTTC
AGCTCACCACAAGCAGGATCGATAGGAAAACATACTGTTTCTTGCACGAG
TCTTGTAATACACATCTTTTTATGCCCAATTTCTGAACTGCAAAATTTTT
ATGACCACGAATAACCAGTGCAGTACCTGGTAACAAAGCAGTAGCTCTAC
TACTTACAGATCCGGTCGATCCTGGACCGGCCTTCACTTCACAAGCCAAG
TTGTTTAGTGATTGCTGTATGACTCGAGGGTTTCTCTGTTGACTACTGTT
CTATGCACCACCAAACATTTGTAACGTACGCACAGTGCAGTGGGCAGGAG
AGACGTACGTAATATCAAAAACATGAGTAGATAGTGTAACATGGCAGGAA
CACTTGACGAACAAATATCGCAAATAGAATTCTCTTGTTTTTATAATAGC
ACAGCAGTTCGTCTACGTACACTTGAGGCACAAACGAATGCAGTGGGCAG
GAGAGACGTACGTAATATGAAAACATTGGTAGATAGTATAATATGGCAGG
AACACTTGAACAAATATCGCAAATAGAATTCTCTTGTTTTTATAATAGCA
CAGCAGTTCGTCTACGTACACTGAAGGCACAAACGAATGAACGCTCTCTC
AACAGAACCTTGTTTTCCAATTGCTGGTGCTGTCACCTGCAGCAGGACTA
GCGCCTCCCGCCATACGTCTTTCGTGAGCATCACGCAGGCGCTGTCGTTC
CGTTCGCTCGGCGTACGTAGCCCGTCTTCTAGCCACACGAGCCGACCTAA
AACTTTCAGTTTCCGTGGACCTTGTGCCGGCGTTCAAATCCCACGAGTCG
AGAGGCAGTGGAGTTGACGAAGCGCTCGTGGTGTGGTCATTAGGAGGTGA
ATAACCTTTACACTCTTCAACTCCACCATCACTTCTCCGCCGAACCATAG
ATTAATGTTGGACAAGGTCGCTGTTTCAAGACGTACGCAGTACGTGGACG
CCGGAATAGAACCTAGGCCGATTCAGCCATTCCTTTCCCGTTCTCCACCC
GTTGGTCATTTTCAGTACTGTGCACACTGACCAATCAGAAGAATATTGGT
TTACACCGAGGGTATACAAAAATGGTATTCTGATTGGTCAATGGGCAATT
TTGTTGATACACCCGAGCTCAAATTGATACACCTGCCGGATTAGAAGCTC
ACTACGCTCGCAATAATATATATATATCTATATAATATACATCTATATAA
TATACATCCATATAATAATCCATATAATAATATTACCAATATTGGAGTAT
GTATTTAAAGGAAAATCAGAACGCACCTAGACCTTCTGAGCATCCCCCGG
TTATGGGGGGAAAATGTCAAAACGTTTAGGTGGGATCAAAGGCTGCAAAT
ACAAAGCCTCTTCATGGCATTTAAACAGGTTCCCCGATGCAGATAACATT
GGGTCAACAGTATAATGTCGGGGAGAAACCCACCGTTATACTGCTGTACA
TTTACATTAATCGCCATGTAGGGACACCAGAAAAACATTAAAAACAAAAG
ACAATGTAGTACACCATCACACATGGTAGTAGTAATATACATTACAAAGG
TTGTAAATACAAAGCCACTACATGGTATTTAAACGGGTTCCCCACTGGTA
GTAACCTTGGGTCAACAGTATAATGTCGGGGAGAAGCCCACCGCTATACT
GTGTTGTGTGTGTGTGTGTGTGTTTTCTTCCCATTCATTCTGGACATCAC
GTTCGTTGGACGTACCAGCCGGGGTCACACAGGAGGAAGGTCACACAGGA
TTTCTCATCCACCTTCTTTCTGCGGTGCGTGCCTTAATTTTTCTCGCGAG
AAGGTTTCAGCCATTCCTTTCCCTCGTCGACCGTGAAGTCGAATTTTGTG
TACTAACGATTTAATCGTTCTCCACCCGTTGGGCATTTTTTATTTTCGTT
TTTTAATTTTTCAGTGAGAAAAATCCCGTTTGCCGGGATCGAACTCACGT
CCCAACGTGTCAGAGGTTACATGGTACCTCTGAGCTACCGGGGCGACCGG
CTTTACTGTACACTTATATTAATCACCATGCGCAGCCACCAATCATACCA
CCACATAACCACAGTAATACATAGTTACGAGTATAGTACTACTGTCGATA
ATAGTACCATCGAGACATACAGGAATAGGGGCTTGGGTAAATAGTAAATT
GTACACTAGTATACTGTATAATTTAATTTTCATGCAAGGGTATTGTACAA
ACACAGAATACACGGGAAGCTTGGGTTACAACTAAGTTTCAGATGCGTGT
TTAAAGAAAAATCAAACCAGATGTACCCGGTTATGGGGGAAAAACAAATG
TCAAAACGTGTCAAGTGGGATCAAAGGTTGCAATTTTTTTTAAGAAATCA
GAACGTTACATTACATCTAGGAACGGATGGGTGTCACTAAAAGGGTTTTT
CAGGTGGTATATATGTAGACGTGATCCTAGTACATATCAAAACACGCCTG
GACCTTCTGGGCATACAAACGTGTAGGTGGGATCAGAGGCTGGGCCGACA
GTATAGTAACCTTAATCGTCATGTAAGTACACAAGAAAAACAAAGCCAGA
GGCAATATAGTACCTCATCAAGCATGATGTTATAGAGATGGCCATACAAT
CCAGTAACATTTTACCACACGTCAAGCCATTAGGGAACTTTATACAGTAT
TGTTCACTACATGTTTCACTCTTCGTGTTAGGTTTTTGATAGCAGGGTGA
TTACAACAAGACGAGTCCTACATCAATAAGTGGAGATTACATATGATTTT
GGTTTAAGGTTTGAAGCGAGAAGAGGGAGGTGTTCTAGGGTCGGATGGTA
TACATAATTTATTAGTGTACAGTATAATACAGTACTACATAACCATAGTC
ATCACATGTTTTCAGTACAAATATAAATGATAAGGATTAAGGATTGAAAC
GAGGAGCGAGAGGACCCTGATGTAGATATCTTCAACATAAACCAGAACGT
ACAAGACACCGTTATTCACCTGGAAGTAGACGAAGAGCAGTGGAGGAAGA
TCACAAAAGGAATTGTTTTGACACCGATATGTAGTAAAGAGTAGTTCTTG
TACTGTATCTTGTACTTGGTACAAAGCACACAAGACAGTAAAGTGTGTGT
GTGTGTTTTCTTCCCATTCATTCTGGACATCAAGTTCGTTGGACGTACCA
GCCGGGGTCACACAGGAGGAAGGTCACGCAGGATTTCTCATCCACCTTTT
TCTGCGGTGCGTGCCTTAGTTTTTCTCACAAGAAGGATTCAGCCATTCCT
TTCCCTCGTCGACCGTGAAGTCGAATTTTGTGTACTAACGATTTAATCGT
TCTCCACCCGTTGGGCATTTTATTTTTAGTTTTTAGTTTTTTAGTGAGAA
AAATCCCGTTTGCCGGGATCGAACTCACGTCCCAACGTGTCAGAAGCTTA
CATGGTTACCTCTGAGCTACCGGGGCGACCGGTATTGGGCAACGTCAAGC
GTGATAATACTGTATAGGAAGTATGTTTGATCGTTTTTTATGACTTTTTT
TGTTCAATCAATTGTGAATGCTACCCCACAAAACAGTTCGTAACAACGGT
GTAGTATATAGTTCGGGGGCGCCTTGCGAGGGGGGGCACACGGGAGCCGG
GACGTTTCCGATCTCCGCCGACGGATTGTCGGGACGGAGGGACCGTATTT
GAGATAAGTTCCAAAGGGGAGAGTGTCCGAGTGAGGCGGATGGGCTGCAT
CAGACAGCAGCTCCCTAGGCTCAAGGACGCCCCGTCTCAATTGTCATTTA
GAGCGTTAACCCAATAACAAGCCAAAAAAACAAAAAACTGATTGGGGGCT
GTGTGTAATAGCTGTATAAAAAAACAGTAAACGTACTACTTTTATGTATA
CTAGAAAAACAACTGGATTGAGCGCAATTTACCGTGCGGTACGTACGCAG
GTGGTCTACTCTAATGCGTTACGCGCAAACATGAAAAGACTGTCTGAAGG
CCAAAGGCATCTGTTGTGGGAAATGGACATTAACATCTGGCGGCTGAGTG
AGAATCGGGACACGATTCTCAGCGATCTGATTCTCAACACGCTCCGCAGC
AGTTGCATTTTATACGGGCAGTTGTAATTAAGATCTCAAGAGTATGTGTA
CTGCTGGGGCTGCGCGCTAGAAAACTCCAACGTAAGATTCAAGCAAAACT
TGTGGCGGTACTCTCTACAGCTCTTCTTGCGTTATTTCCTGCGTCTAGCC
TGAAGGCGACAATACGCTGTTTATCGCTCGTCGTGCACTAGAGGGGCGCT
AGGAACACGCGACAGTGGCTGCTCTTGGCAGAGGCGTCGAATCACCTCAG
CCGAGAGATCGAGTCGAGCGTTGGCTTTTGTTCGCTGGGATTCCAAAACC
CTCTTTTGTAGGGCAAACAACGCAATGCTGTACTCGTATTCTCATAGTAT
TCATTGTACTAAAAGTACAAGGGAGCTTTTGTATCAACTTTAGTATACAT
TACTGCCCTACGGTATACTGTACTTACATTGTTATAATATAATAGTACAG
TCCTCTGGTACTGTACAGTGTTAATAGTAATACGAAAGAGGAGTTCCTAT
GCGTGGAGGGGAAAGAGGCTCTCGATGGGCATGCATGCAACTACTGTACT
TGTGCAGTAGATACAGCAGCAGTTAAAACACACACACACACACACATTCG
AGTGGCATAGAATGACTAGGATGACAGGGCCGGATTGCGTGGTTATGTGC
AATTTAAACACACACACACACACACACACACACACACACACACACACACA
CAGCTCAAGTAAGATTTGTACAAGTAGAGAGAGTGTGTCCCCTTTGTCGC
GTTTGATCAGAGGTTTTCGTAACAAGTATCATTGATCCCCCCTTGGGAGG
ATCAACGCGAGTGGCATAGAATGACTAGGATGACAAGGCCGGATTGCGCG
GTTATGTGCAATTTAATAAATACACACACACACACACGCGCATTTCTAGC
CGAGAATGTGTTTACGATAAGTAACCCCCAGGTGGGTTACATACAGTAGC
ATAGAATGAGTAGATTACAAGGCCGGATTGCGCAGTTATGTGCAATTTAA
TAAATACACACACACACACACACACGCAATTTAATAAATACACACACACA
CACACACACACACACACACACACACACACAAGTATCATTGATCCCCCCTT
GGGAGGATCAATGCGAAGGGCATAGAATGACTAGGATGACAAGGCCGGAT
TGCGCGGTTATGTGCAATTTAATAAATACACACACACACACACACACACG
TTTGATCAGAGGTTTTCGTAACAAGTATCATTGATCCCCCCTTGGGAGGA
TCAACGCGAGTGGCATAGAATGACTAGGATGACAAGACCGGATTGCGCGG
TTATGTGCAATTTAATAAATACACACACACACAAGTCGATACCGCACCAT
CTCTCAAGTCAAGATCGAGAGCAGCTTTCCCTGTTGCTCGGTGGCAAACG
CTCGTCTTGTTTTGTCCTCACTGATAGGTCTAATAATAAATGGTACAAAA
GAACCATAAAACAACGGATGTCCTAGGGTACACCTTTTTTTGTCCTCACC
GATAGGTCTACTAGTTGTAATATAATAGCCAAACACGATTTTTTGCCCCT
GATCGAGTACATGCTCAGAAGGGTAGTATACGAGTAGATGCGTTCATATT
TTCTTTTAAAAGTACCCCCAGGACTCATCCCCCTCGCTCTATCCCCAAAC
AAAAAATAAACATATCCCATCGCAGCGAGGGCGGACTGTCCCAGCTGTGG
ATCCGGGATATGCGTACCGGCAACATGCATCGATTGGAACACCCGGAAGA
GGCGTACACGTCCTACGCCACCAATAACATGGTTTTCGAGTCAGACATGC
TGCGCTTCGGGTACCAGTCGATGGTGTCACCATCATCGGTGTTGGAGTAC
GATATGAACACCAGGTGAGAGAGAAAGAGAGGAAAGAGTAGAGTGTGGCT
TTTTTTCTTGCCTTGGTCTGCTCGATTTTTTTTCATGCTTACATTTTTTC
ATTTATTTTATTCATGTGGTTATTTTTTTCATTTATTTTATCCAGGTGGT
TATTTTTTCATTTGGTTCTTTTATCTCCGTATTTGCTTGTTTACAAGTAT
TTATCTATGTTGACTCCTTATTTATTATGTGGTTGGTTCCTTTATTTGTG
TCGTTATTTGTTAAGCTCTATGTATGGCTGTTTTTTTTGTGTGGCTATTG
ATTTATGTGGTTATTGATATACATGTATGTGGTTTTTTATTATGTGATTG
TGGTTATTTATCTAGGTCTACTATGTGGTTACTCATTTCTTTGGTATATT
AATTTAGTATTTGATTTTATACGTCTTTATATATTTATTTTTTCAAATAT
CTATTTTTTTATTGTCCTCCTGAAACAAAACTCCCCGAAAGCTTGGCATC
ATCATGCAGTGTACCAGGTGTAGAGCTACGTGTTTTGCGTTTTCTGCTTG
TATTAAATTGCACCTATGCATACTAACTTCAAAATCCGGCCGTGTCTGGT
CCATGGGGACCTGACCTGCAAAGGCAGCACCCGTTGCTGGGACTACCTTT
CGGACAACTGGCCCTGTGCCGGCGGACTCTCGGCAGTGAACGCCATCGGG
ACGCAATTGCGTGACCCGATAACTTGGGACTGACCCGATGACGTATGGCG
GTATAAATAAATAGACACCGCCGCGGAAATCGGGAGGAATCCCGTGAGTA
AGCACGAGATTCAGCCTGAGTATAATAGAGATGAGCAGGCTGACGCGGGA
CGGGACTGCCCAATCCGTCCCGTGACACCAAATTCTTAGGCGCGAACGGG
GACAGGGAAACATTCATTTTCCCTGTTCAGCTGACCACGAGCAGGATTGG
CAGACTTACCCGGTTGATCCATACTCTTGCCATATGTGATGACCATACGT
GCCGTTCATTCGGTTCTTCTCGCATTAATAGTCATATTATGACTAAAAAA
GTGCAGTCTACAGTATAGTCTAGTTGTTTTTTGTTTGGAAGCGTACGAAG
TGGGGCGGTATGGTGCATCGCGTCGCAGAAAGAGCAGAGCAGAGCAGCGA
GACGATCGAAAATGTTGCAAACTTGCGCGGGCAATACGAGTGAATGCGTA
GGCGTTGCTCCCATCTCGGCGTTTTCGATACTATTAATGTAACTATAATA
CTATTAATAGGAGGGAAACAAACGAGGGTCTGACTCTCCACGAGAAAAAA
ATATATACATGAAAAAAAAAAAAAAAAAAAACATGGAACAAAAAACGATT
TGACTCTCCACGAGAAAAAAAATACATGAAAAATAAATAAATAAATAAAG
AAACATGGAACAAAAAGCGGTTTCGTCCCGCCGTTACGCTCGTTCGAGAT
GTCTTCCATTCGACCGAACGCCTGGTAACAGTTTCTAAACCAGTTCGCTT
AGAATGTGCCTAATAGCTCCCTGTAATGTACACGTGTACAATTGACGACG
ACACCCGCCCGCCCAATGAAACCAACCCGTCGTACTTGTCTCTCGATAGA
TACCCATGGTGTACTGTCAGCACCCCTCCATACTCAAAAGTAGTCTATTA
ATAGGCCTCTCTCTCTTCTCTCTAAATGTACTCGTATCTAGTACACTATG
AACAACATGTAACTAGAGGAGGCTACTACGTGCGCGCGTCGTTGACACAT
TTTTTTACGGTAAAATTTTATGTGAATTACATCAGGGAGCGAACCCTCCT
GAAGGAAAAAGAAGTGCCCAACTACGACCGTTCCCAGTACGAGTGCAAGA
GGTCCATGGTCAAGGCGCGGGATGGGGTCGAGGTGAGAGAAGAGATGAAA
ATAAATATTGAAAACAGGGAGGGAAAGGTGTTGAATGTGTCCGTTCCCGA
TCTAGTTAGCTCTTAAACAGGGAGGAAAAATATTGAATGTGTTGTTTCCC
GATCTATTTAGCTCTTAAACAGGGAGGGAAAAGTGTTTTGAATGTGTTGT
TTCCCGATCTAAATAGCTCTTAACACCTGCCAACTTGGTGAACCTTGCAG
AGAACTTTTTATGGAACGTCTATGACGGCGGAGGGGTAGAACGTAGCGTC
CCTTGCGGTGCGGGAAGCGATGTGACTTGTCCCCTAAGAAATATTAATGA
TGTATTCCCCCCCTTTTTTTTTTTTTTCTTCTCTATTTAGTTCGGAACGA
TTCATGGCCGAAAAAAAAAAATGACAAATCTTGTCATTTTTTTCTTGTTT
ATTTTTTCTTTGGTTTATTCCTTTCGCAGCGTGTTATTTTCGAATGTTTC
TTTATCCGCGGAAGTCCTCTTTTTATGCCCCCCGCCCCCACCCCCCCACC
CCCTCCCCCGATTTTCTGTACAAACAGTATCTTGTTCTCTAGAGCCCTAG
TAATATATGACATTTTATTGTATCAGGAAAGAAAGCTTCGCCTCCTGCTG
TACCTAGATTCCTCACGAGCCGCCCGGGTCTTGGGTACGATGGTTCCCTG
TGTGAGCGTATGTCTTGTGCGTGTATGTCCACGCGTGATCATCCTCTTAC
GGTGCTCGCTGCTCGCCAGGTGCCCGTGTCGATGGTGTACCGCAAGGACA
TCTACCCCGCGGGTGTGGCAGGCCACTCGGCGCCTTGCATGCTCTACGGT
TACGGGAGCTACGGCGCTTCCATGGAACCGAGCTTCGATTTCACGAGGTG
GACCACCATCTATTTATATTTTCTTATTTTTGCAGGGGTTTCCCCCCTAT
TCATCAAGGCTTTTCTATCAATGTAGTTCCCTTAAAGAGTGCGGTAACCT
CGATACTGTGCATATAGTTGTTGGATTTTTTTCGCATTACAGGACAAGGG
CAGAGTATTAACGGGACGGACGTTGCGGTGTAGTGCATTTCAAATATCGT
AAGAGACGGGGAAAGATCGAAGTATTTCAAAACACTGCTATTTTCTGTTT
TGTCTTGTTTTCTGGTTAGTTTTTTTCTTGTAGTTTTTTTTGCTGGCTTT
TGTTTTTTTTCTTGTTAGTTTTTGTCTTGTTTTTTTCTCATTTTTTTTGG
GGGGGGGGGGGGGGAAGAGAGGGGTTATATATATAGACGCCTCTCAAGCA
AAAATGCCAACGAACAACAATTTTTTACGGGCGAGAAACGTGTTTGTTAC
AATATCGATCCTGTTCTGTTGTCCTTCCGCGTATTACATGATACTCTGAG
GAATTATCTTTCTCTTCCTCCCGATCACTACGATTCACCACTATTTATAC
CAATACTTGTCGCCTCATCCTTTTGGCCTGACTCAACGCAGATTGAGCTA
CCTGGACCGCGGCATGGTGTACGTCGTTGCTCACATCAGGGGCGGAGGCG
AGATGGGCCGGCCGTGGTACGAGGACAGCGGCAAATTTCTCACCAAGCGC
AACACCTTCCAAGGTATGCACTGGAGGTAGACAAGGGTAGAAAAAGGGCT
GTTTGTAGACAAGGTACTGTCTGTAGAAAAGGTACTGTTTGTAGACAAGG
TACTGTATGCAGAAAAGGTACTGTTTGTAGACAAGGTACTGTTTGTAGAC
AAGGTACTGTTTGTAGGCAAGGTACTGTATGTAGACAAGGCACTACTGTA
TGTAGACAAAGCACTACGGTATGTAGACAAGGCACTACTGTATGTAGACA
AGGCACTACTGTATGTAGACAAGGCACTATATGTAGACAAGGCACTGTTT
GAAGACAAGGCACTATATGTAGACAAGGCACTGTATGTAGACAAGGCACT
GTATGTAGATAATAAGGCACTGTATGTAGACAAGGTACTGTTTGTCGACA
AGGTACTGTTTGTCGATAAGGTACTGTATGTAGACAAGATACTGTTTGTA
GGAAAGGTACTGTTTGTCGATAAGGTACAGTATGTAGACAAGATATGTGC
GCTCAAAAAATTACTGTTATATGTACTGTTTTATTAATAGTCCAGATTTA
CTACAGTATGCGAGGAAACAAACGAGAACTACAAAAAAACAAAGCGTGTC
AGTTTCCCAGTTCGCTCCGGCTTCGGAGGTTCCTATGGACAAAAGCGTTG
TTTTTTTTCGCACTTCAATATTTTCGTAGGACTGAAAAAAATGAATAAAT
ATTTTACTTGTTTTTCTCATGGTGAAAAAAACAAACTAATAATGTGGTGG
ATGTATCGTTGCGTTGATACTACAATACCCTATGACCCTGACCACGGAAA
CAGTTTTGAAAAGGGATTTTGACCGCCAAGTAGGGCTCGCGAACGAAACG
GAGAAGATGTTTTGTCTTCGCAGCCTATGATCCCACCTACTAAGCGTTTT
GACATTTTTCCCCCATGTGTGTGGGATGCTCAGAAGATCTAGATGCGTTC
GTATTTTTCTTTAAGCAAAACGGATAAGAAACTACTGTACTGTAGTATCA
ACAGCCGAGAGAGCTGATATATCCGCCCAAGATAAACGTGGGCGATGCTG
ACGATCATCCCGTCTCATGGAGCCCCCACCCTTAATTTATACTGTGGTCT
CAACCGCCATCCCTTCTCTCTCCAACCTGCTGCCTCTTTTTTCGATCGTC
GAATCTCGCAATAAAAAACGACTATTAATAACCAAAAAAAAACTACTCGT
CGAAAAAAATAAATATATATATATAGACTTCGTGGATTGCGCGGAGCATC
TCGTGAACGAGAGGGTCACGTGTCCCGAGAGACTGGCGGTATGCGGGCGG
AGCGCGGGGGGCCTGCTGATCGGCAACGTGGTGAACATGCGGCCGGATCT
CTTTGCAGCGGCGGTGGCGGACGTGCCCTTCGTCGACCTCATGAACACGG
TGATTAAATTATTAAGTAGTATCAGATACACACACCCACAAAACACCAGA
AACCCTCCGACGGCTCAGTTTCGAAGAAAAAATGTAACTGTTGTTGTATA
TGTTTGTGGAGGTGAAGTAAAAGGTTTCGATATTTTTGTGAGGGGCCGGG
GAGGCGGGGGGAGGGGGAGGAGTGGAGGCAGGGTTAGGAATTATAGGGCT
AGGGGTGAGGGTGACTACTATCGAATCGAAAATATTGAGACTAAGGACGA
AGCAGTCGTGACCAGCGGTGCGCTCACTCTGTACGGCGGTCGGAAAAAAG
CCGTGAAAAATGCCTAAAACGTTCACGAAACAGCTGTTCGTTTGGGGGGC
TTTGTCGGGAAAACGGAGAGGCGTTCCTTGCAGGGGAGGGAGTGCAGGAT
CTGTAGTAGTTCTTCTTTGGCGGCCTCGGTTCTAGGAAGGTGTCGGTGTC
GATAATCCATCCCCTGAGCTGTTGCTGTTGCTGTTGAGGTGTGAAACGGG
CAATAGTGTTTCACTTAATAAACTGTTGTACAATAGACAACATCCGCTTT
TGTGAATACTCGACATTTTCTGTTTCTTGCGCTCACTTAAGCTTACGCTA
GACTTTGGCGTTATGACACAAGAAGCTTGATTTAATTTTTAGTTTTAGTA
CTGTCATTTTTTTTTTCTCCAATTTTTATCTTTCGCGTGCTGCCACGTGT
ACTCCTTGGTGGGTATCGACTTTTTTTCACAGTATTTTTTTCTTGTTTGT
TCTTCCGTGAGTACTTTTCACTTCGATTCTCCCCCCTTCGTTTTTTTTTT
TTTTCGAAGCCCCGCTGGTGTATTGTACGTACATCTCCTAACTTTTTTTT
ACGCATACCCGTGTTTGACTCTGACTCGTTGTCATTTTTTCTCCCAGATG
GCGGACTCGAGCATTCCCCTCACCATCGCGGAATGGGAGGTAGGTGCTGT
CTGTCTATTGGGTGAGGGTGCACCCTTGATTTCCTGAACTGAAAAATTAT
CGTTCGCTTCTTCGTTTATATATAGTACACAACAGCACAGTTCAGAAGTG
ATCCAAGATTTTTCTTTTAAAAAAAAATGCCCTTTTGTATGTTTAGAAAA
AAATAGCGCGCCCATTTTCACTAGTTCGTGGGGAAGGGAGTTAATTTCTC
GTTCCTGTTTGCTTTTGGGGGGGGAGGTGGAGAGGGGTGTCATTACAAAA
GAATATCCTGCCAACAGGATAATTTTTCCAAACAAGAGAATATCTTGCCT
ACAAAGGACACCATAAAGAAGGCGATAGGGGAGGGAAACACCCATCCCCT
CTGTGTGTATACCTGCGTGCGTGTTTTATGTTTTTTTGCTTTTGAAAAAA
CAAATCGCCGCCGCGTTAACCCGCGTTGTGTAGCCTCACCACCAATCCTA
TCGCAGATTAAGCCATTTTTGTCGCGGGAAAAGCACTGTAAACAGAAACA
GAAATGACCATTATTAAACAGTAAAGAGGGAGCATAACCGACACCCCCGC
CGAGAGGATCCTGGCGTCGAATGCCTTTCTCCCCAAGTTGTCCTCCGACC
TATTGCCAGAGATATTTGTTGTACTCCAAAGAAATGATCCGACGCTCTTG
CTTTTTTTCTGACATCGCGCGCTTGCGCGTAGCGCGCACGGGCTTGTTGG
TTGAACCCCATCATTTTGTCCCTCTCATTCTCTCTTGCCTCCTGATGTAG
TTTTCTACCCCCCCCCCCCAACACACCATATATATAATGTACGCCTTACA
GGAGTGGGGAAACCCCAATGAATCCAAGTTCTTCGACTACATGCTTTCGT
ACTCTCCCTACGACAACGTGCGTCAACAGCCCTATCCCGCGCTGCTCGTA
ACGGGGGGCCTTCACGACCCTCGGGTGAGAGGAACACGTCTATACTAACG
CTACATCGCATTTCTCATGTCGGTGGTTGAGTCGCCAGGGAGTTGATAGG
GAGGGCCTTGGAGTTGGGTTTTCCCGATAAGGGCGTTGTTTTGGAGGGGA
GACATAACATTTCTGTCTTTAAAATAATGTTCGGGGCCAGGTGGCGTACT
GGGAGCCGTGCAAGTGGGTGGCCAAGCTGAGGGACATGAACACTTCGGAC
AATCCCATTTACCTCAAGATCGGTGAGACTTACTAATTCCCCAATAGAGA
AACCGCGGGCGAGATGAGCAGTAGAGGTGGGATTGGTAACCTGGTAGAAT
CTGGTTGTGGCCCTATCGACTGGAAGTGTGAGGTACAAACAGACAGACTT
GATGTTGACGTAACAGACAAAAAAAAACTCCGACTTTTCCCTACGTCTCT
CCCGTGTAGCGGTGCGGACGGCCCATTCAATCTCATTCCACTTTTATGTC
TCCCCCGGTTCTCCCCTGTCTCCGTATTGAACCTATGTTAAGGGCGCGCC
CCTTCCCTCACCCACCCACCCAACAAAACCCAGTCAGCTCGAAAAAGCTC
TTTATTTTCCCCCCTTAAAATATAGTAGTGTTGGTAGGCTATGTGACCCT
GATGTGTTGAAAGAAGGTGTGCCTCTGTCTATAGACATATGCTTTTATAA
CAGCTGGAAACGCAAAACTTGGACAGAAATGTCGTCGGGACACTTCAGCG
CCAGCGACCGTTACAAGAACATGAAGGAGCGGGCGTTCGAGTACGCCTTT
GTGATGAAGGCCCTCGGGTGTAGGGCGCTCGTGAAGCCCCCTGGGGGCGT
GGAGACGACCGCGGTTGCATGAGGCGGTAGCAGGAAGGGGTGTGGTTCCA
CGATGGCCCCGGTTCCCAAACGGTCGAGCTTGTAGGGGTTCAGCCCCGTC
AAGACGTTGAAAGTAAAATGTGGTATGATTCCAGTTATGTGTTGATTGGT
GACGACGTAGGGGTTATTGACGGCAAGGGGATGGCTCCACGATGGCCCCG
GTCCCCGAACAATCGGGCGTTGAAGATCAGCCGCCAGGCATTCGAAGCAA
GATGTTATGCGTTTCGTCGTTTTGTCTTTTGAGTTGCAGTTGCGGCCGTG
ACGTGGAAAGGCGGTGGCCAATGGGGTATAGATGGTTCCGCGATGACCAC
GGTCTTCGCAGCATCGGGCCTT
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Coding sequence (CDS) from alignment at A-nodosum_M_contig991:37334..73605+

>mRNA_A-nodosum_M_contig991.1.2 ID=mRNA_A-nodosum_M_contig991.1.2|Name=mRNA_A-nodosum_M_contig991.1.2|organism=Ascophyllum nodosum dioecious|type=CDS|length=2307bp|location=Sequence derived from alignment at A-nodosum_M_contig991:37334..73605+ (Ascophyllum nodosum dioecious)
ATGCTTCGCTCGTTCAGGGGAGGAGGAGGCGTGCGCTCCGGCTCGAGCGC
GTCATTGCCTCTCATATGGGCTCTGATGGGGGGTCTCGCTGCGTCCGCTT
TGGCCTTGAAAGTTCGAGCGAGGGGCAAGAGTGGCGCGGCCACGCAGGCG
CCGCGCGCCGTGAAGCGATCGCACGTCGTGCGCTTTGGGCGTGTGTCCGG
AGAGAACCGCGGCAAGAACCCCATGGACCCTCCGCTCGATCGAGTAGACG
AGTACCACTGGATGAGGGACGACAAGAGAGAGTCCAAGGAGGTGTTGGGG
CACATCCACAAGGAGAACGCCTACTCGCAGGAGAATATGGAACACCTCAA
GGACCTCAGGGAAACCCTGTACGAGGAGTTCCTCAGCCACATGAAAGAGA
CGGACACGGCGTTCCCCTACCGCCATGGACCCTTCTTTTATTACACGCGG
AACGAGAAGGGCAAGCCGTACAGGATTCACTGCAGGAGTAAAGAGCTTAG
GGGAGAAGAACAGGTGGTGTTGGACGTGAACGTGGAGGCGGAGGGTTCGG
CGCACTACGATGTCGCCGATGTCAGCCCGTCGCCGGGGGAGCACAGGCTG
GCGGCGTACGCGGTGGATACGACAGGATACGAGACGTACGACATTCACTT
CCGGGAGGTTGCGACGGGAGAGAACCTGGAGGACGTGATCCTCAAGACGT
CGGGAGATCTCTGTTGGGGGGCCGACGAGACCACGGTTTTCTACACGACG
CAGGACGAGGAACACCGACCCCACAAGCTATGGATGCACGTTCTCGGCAC
ACCTCAGGCACAGGACGTGTTGGTGTACACGGAGGAGGATCAGCTCTTTT
GGCTGGGCATCGGCAAAACGGATAGCGGAAGGTTCTTGCTAGTGGAGGTC
AGCAGCAAGACCACGGGGGAGATTCGCTTTATCGATCTGCAGGGTGTGCG
CGGCGCGGAAGGCCATCGCAACCTGTCCCCGCAGATGATCTCCGACAGGA
AAGAGGGCGTAAGGTACACCACAGAGCACTGGGGATCGGACTTCTACATT
GTCACCAACATCGACGGCTGCAAGAACTCCAAGCTCGTACGGACCCCCAT
TAGTTCGCCAGGATCGGAAAACTGGACGGACGTTATTCCGTACGACCCTT
TAGTCTGCCTGCGAAGAATCCAATGCTTCGAGAACCACATCGTGTTGTCT
GGACGCGAGGGCGGACTGTCCCAGCTGTGGATCCGGGATATGCGTACCGG
CAACATGCATCGATTGGAACACCCGGAAGAGGCGTACACGTCCTACGCCA
CCAATAACATGGTTTTCGAGTCAGACATGCTGCGCTTCGGGTACCAGTCG
ATGGTGTCACCATCATCGGTGTTGGAGTACGATATGAACACCAGGGAGCG
AACCCTCCTGAAGGAAAAAGAAGTGCCCAACTACGACCGTTCCCAGTACG
AGTGCAAGAGGTCCATGGTCAAGGCGCGGGATGGGGTCGAGGTGCCCGTG
TCGATGGTGTACCGCAAGGACATCTACCCCGCGGGTGTGGCAGGCCACTC
GGCGCCTTGCATGCTCTACGGTTACGGGAGCTACGGCGCTTCCATGGAAC
CGAGCTTCGATTTCACGAGATTGAGCTACCTGGACCGCGGCATGGTGTAC
GTCGTTGCTCACATCAGGGGCGGAGGCGAGATGGGCCGGCCGTGGTACGA
GGACAGCGGCAAATTTCTCACCAAGCGCAACACCTTCCAAGACTTCGTGG
ATTGCGCGGAGCATCTCGTGAACGAGAGGGTCACGTGTCCCGAGAGACTG
GCGGTATGCGGGCGGAGCGCGGGGGGCCTGCTGATCGGCAACGTGGTGAA
CATGCGGCCGGATCTCTTTGCAGCGGCGGTGGCGGACGTGCCCTTCGTCG
ACCTCATGAACACGATGGCGGACTCGAGCATTCCCCTCACCATCGCGGAA
TGGGAGGAGTGGGGAAACCCCAATGAATCCAAGTTCTTCGACTACATGCT
TTCGTACTCTCCCTACGACAACGTGCGTCAACAGCCCTATCCCGCGCTGC
TCGTAACGGGGGGCCTTCACGACCCTCGGGTGGCGTACTGGGAGCCGTGC
AAGTGGGTGGCCAAGCTGAGGGACATGAACACTTCGGACAATCCCATTTA
CCTCAAGATCGAAATGTCGTCGGGACACTTCAGCGCCAGCGACCGTTACA
AGAACATGAAGGAGCGGGCGTTCGAGTACGCCTTTGTGATGAAGGCCCTC
GGGTGTAGGGCGCTCGTGAAGCCCCCTGGGGGCGTGGAGACGACCGCGGT
TGCATGA
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