mRNA_A-nodosum_M_contig112.29.1 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig112.29.1
Unique NamemRNA_A-nodosum_M_contig112.29.1
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_contig112.29.1 vs. uniprot
Match: A0A6H5KG92_9PHAE (Rieske domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KG92_9PHAE)

HSP 1 Score: 520 bits (1339), Expect = 6.860e-174
Identity = 266/511 (52.05%), Postives = 330/511 (64.58%), Query Frame = 1 
Query:  307 AVTAREEKEWSEGKFDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPALPEMPPGKKLLK------GAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRYGAKPWPAEVVDD-VVSERGLTVAFRSPR-GPWRDTSSFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIVPQ-----------DSSAKGSIF-----------KIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTS--VLARNGVTLRAMFPAVAMTFVSLAAIKRLETLHKAFYTQPYHHQDND 1743
            AV++RE K  +E  FDW+KQWYPVLS K +D G+A  VQLLGKDLVVWRN EGRWS FDDRCPHRAAPL+EGRVEKDG+L+CAYHAWRFD DGKCLSIPQS+ GG+DE  P+ACAK+YPTQVAQD++WVWG+NGPDA L+S ++ PAL      KK +K      G + QRDL Y W+ F ENVMDPAHV VSHHGL+G R  AKP   E      +++ G  V   SP+ G  +  ++F PPALVEI  +  +     LV YN+PTRPGWSRM + Q  I P+           D     S+            K+ P ++  W QHI  H FV QD+  L+HQE+ +A+SG     + + +YTPT SD G+  LRKWI KF   GP W  G D ++  +    DV+ ++YE+HTK+CTACLGALKRV+Q +TAAK S V SL WAVLRAA   STS L S      N V  +AM P V +   SL   K L +L + FY   Y HQ++D
Sbjct:   56 AVSSRESKA-NEESFDWHKQWYPVLSEKDSDPGKAHAVQLLGKDLVVWRNTEGRWSAFDDRCPHRAAPLSEGRVEKDGSLLCAYHAWRFDTDGKCLSIPQSDRGGKDETNPRACAKLYPTQVAQDMVWVWGKNGPDAVLDSVLTKPALVSALEDKKGIKSGRVVPGVVTQRDLAYSWETFWENVMDPAHVVVSHHGLMGKRSMAKPLDLEATPQPAMTKEGFVVDNNSPQFGAKQGVATFVPPALVEIATELEDGKTISLVQYNIPTRPGWSRMFNRQLTITPEVVGENKGDDNKDKKRAPSLLQLVARISPVKLKLAPNEQRAWIQHIFSHMFVHQDMPLLYHQEKIMASSGHTGAKWSDGIYTPTTSDKGIHTLRKWIKKFGSGGPPWPKGYDTSLPSRHDNPDVMWDIYEQHTKHCTACLGALKRVEQCITAAKVSTVASLTWAVLRAASAISTSILASPGTPPSNFVAAKAMLPGVLLMLASLKTTKMLGSLRRMFYVYKYVHQEHD 565
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: A0A6H5JY02_9PHAE (Rieske domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5JY02_9PHAE)

HSP 1 Score: 516 bits (1328), Expect = 5.460e-172
Identity = 270/500 (54.00%), Postives = 325/500 (65.00%), Query Frame = 1 
Query:  349 FDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPAL-PEMPPGKKLLKGAI-----AQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKP--------WPAEVVDDVVSERGLTVAFRSPRGPWRDTSSFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRML---SYQANIVPQDSSAKGSI----------FKIQPRDR-----PDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLT---SVLARNGVTLRAMFPAVAMTFVSLAAIKRLETLHKAFYTQPYHHQDN 1740
            FDWNKQWYPVLSLK TD GRA PVQLLGK+LVVWRN EGRWSCFDDRCPHRAAPLTEGR+E DG+L+CAYHAWRFDADGKCLSIPQS+ GG+DEAQPKACAKV     AQ ++WVWGENGPDA LESA++   L P++   + +  G +      Q DL YGWD FMENV+DP+HV VSHHG+ G+RY G  P        WP      V ++ G    FR        T +F PP LV   A++       L++Y +PTRPGW R+L   +Y     P    AK              ++Q         P W QH++G  F+ QDLVFLHHQE+ LA++G DS NYG+AV+ P A+D  V+ LR+WI K    GPAW   CDRT+ P+E  R+ L NVYE HTK+CT+C GALK VK++LT AKT+ VIS  WAVLR AR   T+      S    N VT RAM PAVA+TF S+ AIK LE L   FYT  +HHQD+
Sbjct:   94 FDWNKQWYPVLSLKDTDPGRAHPVQLLGKELVVWRNKEGRWSCFDDRCPHRAAPLTEGRIEDDGSLLCAYHAWRFDADGKCLSIPQSDRGGKDEAQPKACAKV-----AQGMVWVWGENGPDAGLESALTPAQLIPDLDDKEGIESGRVMLARVGQNDLAYGWDTFMENVVDPSHVTVSHHGVAGDRYTGPSPIDLKPSARWP------VPTKDGFEFEFRDDSVSSDSTVTFQPPCLVINEAKDSAGK-LLLILYGIPTRPGWVRLLGRSAYVHTFAPNSKKAKEQAKEDKRNGVKKSRLQATANVVTKLPSWLQHVTGSLFLHQDLVFLHHQEKILASAGYDSSNYGQAVFVPAAADRAVLALRQWITKHGSGGPAWDKNCDRTLPPRERNREDLFNVYENHTKSCTSCQGALKNVKKMLTTAKTAAVISFTWAVLRGARAVGTAAAAGSPSARVINTVTARAMLPAVALTFASVGAIKILEKLRGMFYTYSFHHQDS 581
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: A0A6H5KEF5_9PHAE (Rieske domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KEF5_9PHAE)

HSP 1 Score: 488 bits (1255), Expect = 2.790e-161
Identity = 254/500 (50.80%), Postives = 318/500 (63.60%), Query Frame = 1 
Query:  349 FDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPAL-PEMPPGKKLLKGAIAQR-----DLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKPWPAEVVDD--VVSERGLTVAFRSPRGPWRDTSSFTPPALVEIGAQNLEDS-PYQLVMYNVPTRPGWSRMLSYQANI---VPQDSSAKGSIFKIQPRDR---------------PDWFQHISGHKFVAQDLVFLHHQERTLAASGID---SRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSST-----SNLTSVLARNGVTLRAMFPAVAMTFVSLAAIKRLETLHKAFYTQPYHHQDN 1740
            FDWNKQWYP+L+  H D GRA PVQLLGK+LVVWRN EGRWSCFDDRCPHRAAPLTEGR+E DG+L+CAYHAWRFDADGKCLSIPQS+ GG+DEA PKACAKVYPTQVAQ IIWVW ENGPDA LESA++ P L PE+   + L  G +  +     DL YGWD  +EN +DPAHV  +HHG+ G+RY   +P   E  ++  V +  G    F        +  +F PP LV +  +N ++S   +L++Y +PT+PGWSR++  QA +    P+   AK    K +   +               P W  H +   F+ QD+VFLHHQE+TLA+ G D   S +YG AVYTP  +D  V+ +RKWIA     GPAW   CD T+  +E  R+VL + YE HTK C+ CL ALK V +LL A+KT+ V+   W +LR AR  ST     S    V+  N VT RAM PAVA+   SL A+K LE     +YT  +HHQDN
Sbjct:   68 FDWNKQWYPLLAADHVDPGRAHPVQLLGKNLVVWRNKEGRWSCFDDRCPHRAAPLTEGRIEDDGSLLCAYHAWRFDADGKCLSIPQSDRGGKDEANPKACAKVYPTQVAQGIIWVWAENGPDAGLESALTPPHLIPELDDEEGLASGRVVPQGVQHTDLAYGWDTMIENFVDPAHVPSAHHGVAGDRYKDVRPIDLEPDEEWPVTATSGFRFKFDDEVAGTHNKITFVPPCLVLV--ENADNSGTLKLMLYGIPTKPGWSRLVGRQAYVHKYAPKSKEAKALHKKNKRLGKKTSGLLVAARITSKFPQWLIHATSGLFLYQDMVFLHHQEKTLASVGYDGTRSSSYGRAVYTPAPADRAVMAVRKWIATHGSGGPAWDKDCDPTLPEREQNREVLFDYYEGHTKTCSTCLRALKNVNRLLAASKTATVVFFTWGLLRGARAVSTPAAVGSRSAGVI--NAVTARAMLPAVALMLASLGAVKALEKFRSLYYTYSFHHQDN 563
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: D8LGA1_ECTSI (Rieske (2Fe-2S) region n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LGA1_ECTSI)

HSP 1 Score: 467 bits (1202), Expect = 1.340e-154
Identity = 247/494 (50.00%), Postives = 309/494 (62.55%), Query Frame = 1 
Query:  364 QWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSP-ALPEMPPGKKLLKGAIAQR-----DLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKPWPAEVVDDVVSERGLTVAFRSPRGPWRDTSSFTPPALVEIGAQNLEDS-PYQLVMYNVPTRPGWSRMLSYQANI---VPQDSSAKGSIFKIQPR----------------DRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRN---YGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSST-----SNLTSVLARNGVTLRAMFPAVAMTFVSLAAIKRLETLHKAFYTQPYHHQDN 1740
            QWYPVL +KH D GRA PVQLLGK+LVVWRN EGRWSCFDDRCPHRAAPLTEGR+E DG+L+CAYHAWRFDADGKCLSIPQS+ GG+DEAQPKACAKVYPTQVAQDIIWVW ENGPDA LESA++ P  LPE+   + L  G +  +     DL YGWD  +EN++DP+HV  +HHG+ G+RY   +P   E                 P   W        P    +  +N +D+   ++ +Y VPT+PGW R++  QA +    P+   AK ++ K   R                  P W  H S   F+ QD+V LHHQ++TLA+ G D  +   YG+AVYTP  +D  V+ +RKWIA     GPAW   CD T+  +E KR+VL + YE HTK C+ CL ALK + +LL A+KT+  +S  W +LR AR  ST     S   SV+  N VT RA+ PAVA+T  SL A+K LE L   +YT  +HHQDN
Sbjct:   10 QWYPVLGVKHVDPGRAHPVQLLGKNLVVWRNKEGRWSCFDDRCPHRAAPLTEGRIEDDGSLLCAYHAWRFDADGKCLSIPQSDRGGKDEAQPKACAKVYPTQVAQDIIWVWAENGPDAGLESALTPPHLLPELDDEEGLASGRVVPQGVQHTDLAYGWDTMIENLVDPSHVPCAHHGVAGDRYKDVRPIDLE-----------------PDKEW--------PVTATVLVENADDAGELKMTLYGVPTKPGWCRLVGRQAYVHKYAPKSKEAK-ALRKENKRLGKKPSELMVAASIMSKIPQWLMHASAGIFLYQDMVLLHHQDKTLASVGHDGNSTSSYGKAVYTPAPADRAVMAVRKWIATHGSGGPAWDKDCDPTLPEREHKREVLFDYYEGHTKTCSTCLRALKNINKLLAASKTATAVSCTWGLLRGARAVSTPTAVGSRSASVV--NAVTARAILPAVALTLASLGAVKVLEKLRGLYYTYSFHHQDN 475
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: A0A261KWR2_9CYAN ((2Fe-2S)-binding protein n=3 Tax=Oscillatoriales TaxID=1150 RepID=A0A261KWR2_9CYAN)

HSP 1 Score: 367 bits (941), Expect = 2.580e-115
Identity = 203/482 (42.12%), Postives = 274/482 (56.85%), Query Frame = 1 
Query:  349 FDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQS---ESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSP-ALPEMP-PGKKLLKGAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRYGA-KPWPAEVVDDVVSERGLT---VAFRSPRGPWRDTSSFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIVP-QDSSAKGSIFKIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLRAM-FPAVAMTF-VSLAAI-----KRLETLHKAFYTQPYHHQDND 1743
            F W KQWYPV  + HTD  R  P QLLGK+LV+WRNN G+WSCF+D CPHR  PL+EGRVE DGTLMCAYHAWRF+++GKC+SIPQS   E+  ++    K+CA VYPTQ  Q ++WVW E+G  A +ES +  P  +PE+  P  +++K   + RDLPYGWD+FMENV DPAHV VSHHG +G+RY   K +    V  + ++ G +     F+ P G  +    F PP  + I ++   D  + LV+Y VPTRPGW R +  Q  +   Q    KG  F   P   PDW  H+    FV QDLVFLH+QE+ +A        Y + VYTP   D  VI  RKW+ K  G G  W A C+  + P E+ +  L +V+E HTK+C  C  ALK + +L         + L   ++  AR  +    T  +     ++  +  P +   F V  AA+      +L+ L + FY   + H DND
Sbjct:   20 FHWTKQWYPVAVIDHTDTSRPYPFQLLGKNLVLWRNNTGKWSCFEDVCPHRLVPLSEGRVESDGTLMCAYHAWRFNSEGKCVSIPQSKDKETEAKNCTNSKSCAVVYPTQERQGLLWVWLESGEKAQVESKLREPRVVPELENPSDRVVKLFWSTRDLPYGWDLFMENVSDPAHVPVSHHGFMGSRYTEDKYYDMIPVKKISTQEGFSFEITPFKIP-GIKQAIHDFQPPCHMRIVSELENDGKFILVLYAVPTRPGWCRHIGCQVLVKDEQGKRPKGLAFFGLPM--PDWLGHVLASLFVHQDLVFLHYQEKIIANR--QEGKYLDLVYTPNPQDKMVITFRKWLEKRAGGGIPWAAECNPELPPPEYDKRKLFDVWETHTKDCRVCQDALKNINRLKILTYVVAGLCLCLGIIIDARAIAIQAATGAIIETATSVSGLAVPPLGFWFAVGGAALFAFGGYKLQQLSRLFYVYEFEHADND 496
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: A0A563VJP5_9CYAN (Ring-hydroxylating dioxygenase, large terminal subunit n=1 Tax=Hyella patelloides LEGE 07179 TaxID=945734 RepID=A0A563VJP5_9CYAN)

HSP 1 Score: 355 bits (910), Expect = 1.060e-110
Identity = 191/482 (39.63%), Postives = 262/482 (54.36%), Query Frame = 1 
Query:  337 SEGKFDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQS---ESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSP-ALPEMP-PGKKLLKGAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKPWPAEVVDDVVSERGLTVAFRSPRGPWRDT-SSFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIVPQDSSAKGSIFKIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLRAMFPAVAMTFVSLAAI------KRLETLHKAFYTQPYHHQDND 1743
            +E  F W KQWYPV   +  D  R   +QLLGKDLV+W++N G+W CF+D CPHR APL+EGR+E DGTL+CAYHAWRFD DG C+SIPQS   E+  R+ A  K+CA VYPTQ  Q +IWVW E+G +A +ES +  P  +PE+    KK++K     RDLPYGWD FMENV DPAHV VSHHG++G+RY  AK +    + ++ ++ G                + F PP  + I     +     LV+Y +PTRPGW R +  Q  ++  D+              P W  HI    F+ QDLVFLHHQE+ +A  G     + E VYTP   D  VI  R+W+AK  G G  W A C+  +   E +++ L +V+  HT++C  C  ALK + +L   +    +  L  A+    R  +   +T       V++    P +      + AI        L+ L + FY   + H DND
Sbjct:   22 AESTFQWTKQWYPVAVAEFLDSSRPHSIQLLGKDLVLWQDNSGQWHCFEDSCPHRLAPLSEGRIESDGTLLCAYHAWRFDGDGNCVSIPQSQDKETESRNCANEKSCAVVYPTQELQGLIWVWAESGAEAQVESQLRPPRTVPELDNQDKKIIKAFWNVRDLPYGWDFFMENVADPAHVSVSHHGIMGSRYEDAKYYDMPRLREISTQEGFAFGVTPTASNIEQAFNDFQPPCHMRIATNYKDGGKLILVLYAIPTRPGWCRHIGRQI-LIKSDAGKTPPGLGFFALPMPKWLGHILASLFLHQDLVFLHHQEKIVAKRG--QGKWLEKVYTPNPQDKAVIAFRQWLAKRAGGGVPWDADCNHQLLNTELEKEKLFDVWTTHTQHCQVCQDALKNINRLTVLSYLGAIACLFLALFLDGRYVAMQAVTE---PANVSIWHTLPPLGFGLAIIGAIILATAGYLLKKLSRLFYVYKFSHADND 497
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: K9QN36_NOSS7 (Rieske (2Fe-2S) domain-containing protein n=1 Tax=Nostoc sp. (strain ATCC 29411 / PCC 7524) TaxID=28072 RepID=K9QN36_NOSS7)

HSP 1 Score: 348 bits (893), Expect = 3.270e-108
Identity = 197/482 (40.87%), Postives = 265/482 (54.98%), Query Frame = 1 
Query:  349 FDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSE---SGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPAL-PEMPPGK-KLLKGAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKPWPAEVVDDVVSERGLTVAFRSPRGPWRDT-SSFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIV-PQDSSAKGSIFKIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYG---EAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLRAMFPAVAMTF-----VSLAAIK-RLETLHKAFYTQPYHHQDND 1743
            F W KQWYPV  ++  D  R   +QLLG+D+V+WR+  G+W CF+D CPHR APL+EGRVE DGTL+CAYHAWRFDA GKC+SIPQS+   +       PK+CA VYPTQ  Q ++WVW E+G  A +ES + +P L  E+     K+ K     RDLPYGWD FMENV DPAHV VSHHG++G+RY  AK +    V  + +E G   A +   G        F PP  + I     +     L +Y  PTRPGW R +  Q  +   Q    +G  F   P   P W  H+    F+ QD+VFLH+QE+T+A      R  G   +AV+TP   D  VI LR+W+ K  G G  W  G    +   E  +  L +V+  HT++CT C  ALK +K+L  +A    V+ L  A++  ARV +        A  G ++ A+FP +         + LA I  +L+ L + FY   + H  ND
Sbjct:   27 FSWTKQWYPVAVVEFLDPARPHGMQLLGQDIVLWRDGTGKWRCFEDFCPHRLAPLSEGRVESDGTLLCAYHAWRFDAQGKCVSIPQSQDEQTAAHHCENPKSCAVVYPTQECQGLLWVWAESGEQAQIESQLRTPRLIAELEDSSGKVEKSPWNFRDLPYGWDYFMENVADPAHVPVSHHGIVGDRYKDAKYYDMIPVRKMSTEEGFAFALQPTTGNIEQAVHDFQPPCYMRIATTTKDGGQLILALYATPTRPGWCRHIGCQVFVKNSQGKKPQGLSFFGLPL--PTWLIHVLASLFLHQDMVFLHYQEKTIA-----QRRKGKWLDAVFTPNPQDKMVITLRQWLEKRAGGGIPWAEGYSHDLPTAETDKQKLFDVWTTHTQHCTVCQKALKNIKRLSVSAYVVAVVCLFLAIMLDARVVAMQ------AALGKSMFAIFPPIGFWLTLGSGILLAIIGYQLKRLSRLFYVYEFEHARND 495
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: A0A2W1JL98_9CYAN (3-ketosteroid-9-alpha-monooxygenase, oxygenase component n=1 Tax=Acaryochloris thomasi RCC1774 TaxID=1764569 RepID=A0A2W1JL98_9CYAN)

HSP 1 Score: 346 bits (887), Expect = 1.550e-107
Identity = 193/493 (39.15%), Postives = 265/493 (53.75%), Query Frame = 1 
Query:  295 AESQAVTAREEKEWSEGKFDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSESGGRDE---AQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPAL-PEMPPGKKLLKGAIAQ-RDLPYGWDVFMENVMDPAHVEVSHHGLLGNRYGAKPWPAEVVDDVVSERGLTVAFRSPRGPWRDT-----SSFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIVPQDSSAKGSIFKIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLRAMFPAVAMTFVSLAAIKRLETLHKAFYTQPYHHQDND 1743
            AE+++V    E E  +  F W KQWYP+   +  D  +   VQLLGKDLV+WR+ + +W CF+D CPHR  PL+EGRVE DGTL+CAYHAWRFD  G C+SIPQS+    +E   A PKACA  YPTQ  Q ++W+W E+G +A LES M  P + PE+      +K      RDLPYGWD F+ENV+DPAHV VSHHG++G R  A+      V +V ++ GL+       GP  D        F PP LV IG+Q  +   + L +Y  PTRPGW R +  Q  +V  ++    S         P W  H     F+ QDLVFLH+QE+ +A     S  + + VYTP   D  +I  RKW+    G G  W   CD  + P E  + VL +V+  HTK+C  C  ALK ++++   A  + +I     +L  AR    ++   V+   G      + A+A + +       L+   + FY   + H  ND
Sbjct:    4 AEARSVEVSSENE--QEVFQWTKQWYPLAVTELLDPKKPHAVQLLGKDLVLWRDGDKQWHCFEDACPHRLVPLSEGRVEDDGTLLCAYHAWRFDGAGNCVSIPQSKDAATEEKHKANPKACAIAYPTQERQGLLWIWAESGAEAYLESQMREPRIIPELEDDSGRVKKLFWYVRDLPYGWDSFIENVIDPAHVTVSHHGIMGKREDARYVEMSRVKEVSAQEGLSFKV----GPTPDVIAQTVQDFQPPCLVHIGSQYKDGGKFILALYASPTRPGWCRQVGCQV-LVKNEAGQLPSGLGFYGLPMPQWLGHALTSLFMHQDLVFLHYQEKIIARR---SEEWLDQVYTPNPQDKAIIAFRKWLQYKAGGGIPWA--CDPELPPAERDKQVLFDVWSTHTKDCQVCRQALKNIQRVTVVAYVAAIICFGVGILVDARAIRATSQLWVMPSVG-----FWVAIASSILLAGGGYLLQKFSRLFYVYEFEHAHND 479
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: A0A367RYG9_9NOSO ((2Fe-2S)-binding protein n=1 Tax=Nostoc minutum NIES-26 TaxID=1844469 RepID=A0A367RYG9_9NOSO)

HSP 1 Score: 346 bits (887), Expect = 2.940e-107
Identity = 189/479 (39.46%), Postives = 268/479 (55.95%), Query Frame = 1 
Query:  349 FDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQS---ESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPAL-PEMPP-GKKLLKGAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKPWPAEVVDDVVSERGLTVAFRSPRGPWRDTS--SFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIVPQDSSAKGSIFKIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLRAMFPAV----AMTFVSLAAIKR--LETLHKAFYTQPYHHQDND 1743
            F W KQWYPV  +   D  R   +QLLGKDLV+WR++  +WSCF+D CPHR  PL+EGRVE DGTL+CAYHAWRFD+ G C+SIPQS   ++  +  +  K+CA  YPTQ  Q ++WVW E+G  A LES + +P + PE+     K++      RDLPYGWD FMENV DPAHV VSHHGL+GNRY  A  +    +  + ++ G +    +P  P  + +   F PP  + I + +++     L +Y  PTRPGW R +  Q  +V  ++        I     P W  H+    F+ QD+VFLH+Q+ TLA     +R + + VYTP   D  VI  R+W+ K  G    W +GC+  +S +E ++  L +V+  HT+NC  C  ALK +K+L  +A    VI L  AV+  AR  +     +V+ +    L  +FP      A+   +L A+     + L + FY   + H  ND
Sbjct:   26 FQWTKQWYPVAVVNFLDPSRPHAIQLLGKDLVLWRDSFSKWSCFEDSCPHRLVPLSEGRVESDGTLLCAYHAWRFDSQGNCVSIPQSKDRQTSSQHCSNSKSCAVTYPTQERQGLLWVWAESGSQAQLESQLRTPRIIPELEDISDKIVHLFWNIRDLPYGWDFFMENVADPAHVPVSHHGLVGNRYQDANYYDMLCIKQMSTQEGFSFEI-TPTAPTIEQAVHDFQPPCHMRIVSTSVDGGKLILALYASPTRPGWCRHIGCQV-LVKNEAGKMPKGLGIFGLPMPTWLGHVLSSLFLHQDMVFLHYQQTTLAKH--HNRRWLDTVYTPNPQDKMVITFRQWLEKKAGGSIPWASGCNPNLSLEELEKQKLFDVWTTHTQNCQVCQDALKNIKRLYISAYGLAVIFLCLAVIVDARAIAVKAALAVVKQMSTPLLTVFPPTGFWWALGGAALFAVVGYLFQKLSRLFYVYEFEHSHND 500
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BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Match: B7JYI1_RIPO1 (Rieske (2Fe-2S) domain protein n=1 Tax=Rippkaea orientalis (strain PCC 8801) TaxID=41431 RepID=B7JYI1_RIPO1)

HSP 1 Score: 344 bits (883), Expect = 1.050e-106
Identity = 190/482 (39.42%), Postives = 266/482 (55.19%), Query Frame = 1 
Query:  340 EGKFDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRNNEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQSESGGRDEAQ---PKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPAL-PEMPP-GKKLLKGAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRY-GAKPWPAEVVDDVVSERGLTVAFRSPRGPWRDTS--SFTPPALVEIGAQNLEDSPYQLVMYNVPTRPGWSRMLSYQANIVPQDSSA-KGSIFKIQPRDRPDWFQHISGHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWIAKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVKQLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLR-----AMFPAVAMTFVSLAAIKRLETLHKAFYTQPYHHQDND 1743
            E  F W KQWYP+  ++  D  R  PVQLLGK+LV+WR+   +W CF+DRCPHR  PL+EGRVE DGTL+CAYHAWRFD  GKC+SIPQS+    +      P++CA  YPTQ  Q ++WVW E+G  A  ES    P L PE+     K++K     RD+P+GWD FMENV DPAHV VSHHG++G+RY  AK +      ++ ++ G   +   P  P  + +   F PP L++I +   + + + L +Y  PTRPGW R +  Q  +   +    KG  F   P   P W  HI    F+ QDLVFLH+QE+ +A  G  ++N+  AVYTP   D  VI LRKW+ K  G G  W  G +  + P +  +  L +V+  HT++C  C  ALK + +    A     + L++AV+  AR+ + +  +  L   G  L      A + A+    +       L+ L + FY   + H  ND
Sbjct:   21 EATFQWTKQWYPIAVIEFLDPSRPHPVQLLGKELVLWRDRNNQWRCFEDRCPHRLVPLSEGRVEADGTLLCAYHAWRFDETGKCVSIPQSKDKDTENQHLNNPRSCAIAYPTQEQQGLLWVWPESGDQAEQESQSRKPRLIPELEEKSDKVVKLFWYVRDMPFGWDYFMENVCDPAHVPVSHHGMMGSRYKDAKYYNMIREREISTQNGFAFSLE-PVAPTIEKAVHDFQPPCLMKISSSFKDGAKFILALYVSPTRPGWCRHIGCQILVKSNEGKTPKGLAFFALPM--PTWLGHILASSFLHQDLVFLHYQEKIIARQG--TQNWLSAVYTPNPQDKMVITLRKWLEKRAGGGIPWAEGTNPELPPPQRDKQQLFDVWSTHTQHCRVCQDALKNINRTRLFAYIGAGVCLLFAVILDARMVAMTLGSQSLKEVGSWLMIPPSGAFWGAIVGAIILALGGYYLKKLSRLFYVYEFGHSQND 497
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig112.29.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KG92_9PHAE6.860e-17452.05Rieske domain-containing protein n=2 Tax=Ectocarpu... [more]
A0A6H5JY02_9PHAE5.460e-17254.00Rieske domain-containing protein n=2 Tax=Ectocarpu... [more]
A0A6H5KEF5_9PHAE2.790e-16150.80Rieske domain-containing protein n=2 Tax=Ectocarpu... [more]
D8LGA1_ECTSI1.340e-15450.00Rieske (2Fe-2S) region n=1 Tax=Ectocarpus siliculo... [more]
A0A261KWR2_9CYAN2.580e-11542.12(2Fe-2S)-binding protein n=3 Tax=Oscillatoriales T... [more]
A0A563VJP5_9CYAN1.060e-11039.63Ring-hydroxylating dioxygenase, large terminal sub... [more]
K9QN36_NOSS73.270e-10840.87Rieske (2Fe-2S) domain-containing protein n=1 Tax=... [more]
A0A2W1JL98_9CYAN1.550e-10739.153-ketosteroid-9-alpha-monooxygenase, oxygenase com... [more]
A0A367RYG9_9NOSO2.940e-10739.46(2Fe-2S)-binding protein n=1 Tax=Nostoc minutum NI... [more]
B7JYI1_RIPO11.050e-10639.42Rieske (2Fe-2S) domain protein n=1 Tax=Rippkaea or... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig112contigA-nodosum_M_contig112:152912..189770 +
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.D7FVR5
PFAMsPaO,Rieske
Model size2294
Max annot lvl2759|Eukaryota
KEGG rclassRC03394
KEGG koko:K13071
KEGG ReactionR08921
KEGG Pathwayko00860,ko01110,map00860,map01110
Hectar predicted targeting categorychloroplast
Exons16
Evalue2.62e-169
EggNOG OGsCOG4638@1|root,2QQ8U@2759|Eukaryota
EC1.14.15.17
Descriptionpheophorbide a oxygenase activity
Cds size1590
COG categoryP
BRITEko00000,ko00001,ko01000
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig112.29.1prot_A-nodosum_M_contig112.29.1Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig112 153068..189222 +


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

Feature NameUnique NameSpeciesTypePosition
1680866518.954858-UTR-A-nodosum_M_contig112:152911..1530671680866518.954858-UTR-A-nodosum_M_contig112:152911..153067Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig112 152912..153067 +
1680866519.1330817-UTR-A-nodosum_M_contig112:189222..1897701680866519.1330817-UTR-A-nodosum_M_contig112:189222..189770Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig112 189223..189770 +


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

Feature NameUnique NameSpeciesTypePosition
1680866518.9690893-CDS-A-nodosum_M_contig112:153067..1532771680866518.9690893-CDS-A-nodosum_M_contig112:153067..153277Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 153068..153277 +
1680866518.9787717-CDS-A-nodosum_M_contig112:182382..1824391680866518.9787717-CDS-A-nodosum_M_contig112:182382..182439Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 182383..182439 +
1680866518.9884753-CDS-A-nodosum_M_contig112:182659..1827841680866518.9884753-CDS-A-nodosum_M_contig112:182659..182784Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 182660..182784 +
1680866518.997124-CDS-A-nodosum_M_contig112:183034..1831551680866518.997124-CDS-A-nodosum_M_contig112:183034..183155Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 183035..183155 +
1680866519.0069041-CDS-A-nodosum_M_contig112:183360..1835341680866519.0069041-CDS-A-nodosum_M_contig112:183360..183534Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 183361..183534 +
1680866519.018432-CDS-A-nodosum_M_contig112:184061..1840921680866519.018432-CDS-A-nodosum_M_contig112:184061..184092Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 184062..184092 +
1680866519.0264661-CDS-A-nodosum_M_contig112:184338..1844061680866519.0264661-CDS-A-nodosum_M_contig112:184338..184406Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 184339..184406 +
1680866519.034415-CDS-A-nodosum_M_contig112:184898..1849731680866519.034415-CDS-A-nodosum_M_contig112:184898..184973Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 184899..184973 +
1680866519.049027-CDS-A-nodosum_M_contig112:185845..1859441680866519.049027-CDS-A-nodosum_M_contig112:185845..185944Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 185846..185944 +
1680866519.060211-CDS-A-nodosum_M_contig112:186168..1862031680866519.060211-CDS-A-nodosum_M_contig112:186168..186203Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 186169..186203 +
1680866519.0710053-CDS-A-nodosum_M_contig112:186516..1866161680866519.0710053-CDS-A-nodosum_M_contig112:186516..186616Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 186517..186616 +
1680866519.0802536-CDS-A-nodosum_M_contig112:186931..1870231680866519.0802536-CDS-A-nodosum_M_contig112:186931..187023Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 186932..187023 +
1680866519.089837-CDS-A-nodosum_M_contig112:187251..1873631680866519.089837-CDS-A-nodosum_M_contig112:187251..187363Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 187252..187363 +
1680866519.0994322-CDS-A-nodosum_M_contig112:188087..1881861680866519.0994322-CDS-A-nodosum_M_contig112:188087..188186Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 188088..188186 +
1680866519.1096592-CDS-A-nodosum_M_contig112:188391..1885201680866519.1096592-CDS-A-nodosum_M_contig112:188391..188520Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 188392..188520 +
1680866519.124637-CDS-A-nodosum_M_contig112:189159..1892221680866519.124637-CDS-A-nodosum_M_contig112:189159..189222Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig112 189160..189222 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig112.29.1

>prot_A-nodosum_M_contig112.29.1 ID=prot_A-nodosum_M_contig112.29.1|Name=mRNA_A-nodosum_M_contig112.29.1|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=530bp
MNLNAVLLGVAVVQVVLRAACAFLPSSTTLSSNSRDLLTNLGSTTPAESQ
AVTAREEKEWSEGKFDWNKQWYPVLSLKHTDEGRAQPVQLLGKDLVVWRN
NEGRWSCFDDRCPHRAAPLTEGRVEKDGTLMCAYHAWRFDADGKCLSIPQ
SESGGRDEAQPKACAKVYPTQVAQDIIWVWGENGPDAALESAMSSPALPE
MPPGKKLLKGAIAQRDLPYGWDVFMENVMDPAHVEVSHHGLLGNRYGAKP
WPAEVVDDVVSERGLTVAFRSPRGPWRDTSSFTPPALVEIGAQNLEDSPY
QLVMYNVPTRPGWSRMLSYQANIVPQDSSAKGSIFKIQPRDRPDWFQHIS
GHKFVAQDLVFLHHQERTLAASGIDSRNYGEAVYTPTASDTGVINLRKWI
AKFTGDGPAWVAGCDRTVSPKEWKRDVLVNVYEKHTKNCTACLGALKRVK
QLLTAAKTSVVISLVWAVLRAARVSSTSNLTSVLARNGVTLRAMFPAVAM
TFVSLAAIKRLETLHKAFYTQPYHHQDND*
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mRNA from alignment at A-nodosum_M_contig112:152912..189770+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig112.29.1 ID=mRNA_A-nodosum_M_contig112.29.1|Name=mRNA_A-nodosum_M_contig112.29.1|organism=Ascophyllum nodosum dioecious|type=mRNA|length=36859bp|location=Sequence derived from alignment at A-nodosum_M_contig112:152912..189770+ (Ascophyllum nodosum dioecious)
CCTAAACGTTTTGACATTTTTTTTTTTTTTCCCCCTGACTGGGGGTTGCT
CAGAAGGTCTAGGTGCGTTCTGATTTTTCACCGTGCTTCTTCTCCCTAAT
CCCTAACTGCTAGCTGTAAGTTGCTCAAACCTACTGCTCGATCGAGATCG
CGCGAGATGAATTTGAACGCCGTGTTGTTAGGAGTCGCTGTAGTACAGGT
CGTACTTCGGGCGGCTTGCGCGTTCCTTCCCTCTTCAACTACCTTGAGCA
GCAACAGCAGGGATCTCCTTACAAACCTAGGCTCTACAACTCCGGCGGAA
TCCCAGGCCGTGACGGCTCGGGAGGAGAAGGAATGGAGTGAAGGGAAATT
CGACTGGAACAAGCAGGTACTTACTTCATAGCTGTAGTAGCTTTACACTA
AAGTCGAGAATATTCGAGTGTTAGGTTGTTGGATTGGAATGCACGATGCG
CATGATGCCGGATGTTGACTTGTGGTTATACAGTCAGTACTTTCATGTGG
TGGATGTTGACTAGGTGTGATACCAAATGAAATACTGCTGTTGAACTGAA
ATATCAAAACTACTTTACGTACTGTACCAGTACGTCTCTACAATGAACCA
TTTCCCCCTTATATAGAATCGTCTGCTTCAGAGTATTTGTAGCCCTCCGA
GTAACCAATCTCATCTACTCAAGGCTCCCCTTGACCTCAATGATGAACAC
CCTGAGACTTATGCGACATGGCCGGCGATGTCGTCCTATCAAAGTACAGC
AAGAGGAGAATGGCCTCACAATTTAACGGTGCTCCACTTTTTCAATATTT
GGAGACCCAACATAAAATACAAGACAGTTGTAATAATATGCAAAAAAATA
ACTGGAACACAGACCTCCCAAACGGAACAAACGGTGTCTTGTACGTTCTG
GATTATGTTGAAGTTTGTGTTTTCTTTTGCTCTCATTGGAGCTTGGTAGA
TGTTCCTCTGATCTCTTTCTGCCCAGCAGACCACGTACCGGATTGGCAAC
CACGTATAATACTTGGTATGGTTGAGGCCCGATCGGTTAATGCGAAGAAA
ACAACAACAACAACATCATGGTCCTCTCTGTTCTCGTTTCAATGTACTAG
TATATCATTACTACCTATGTTTGATGATGTACTATTTTGTTTTCGCTGGT
TTTTTTTTGGTAAGTATACAGCATAACGGTGGGCTTCTCCCCGATATTAT
ACTGTTGACCCAATGTTACTGCCATAGGGGAACCCGTTTAAATGCCATGA
CGAGGTTTTGTATTTGCAGCCTATGATCCCACCTAAACGTTTTGACATTT
TTACCCCCTGACTGGGGGATGCTCAGAAGCTCTAGGGTGCGTTCTGATTT
TTTCTTCCAAAACTGAGGCTCTGGGGAAATCTGAAGGCATCTCTCTATAA
ACCTCTATGATTCTGAGCACCCGCCCTCGGGGGAAAAATTGGCAATAGGT
TTAGGTGGGAACATTGGCTGTAGGGACAAAAACTCTTCATGGTACTTAAT
GGGTTTAAAGAAAAATCTGAATGGTTCCCCAATATTATTATAGTCGCATA
GGGTCAACACTACAATACAGTATAATACTGAAGAGAAACCCACCGTTACA
GACCATGCAGGAACACCAAATCCAAGATCAAAACAAGGAACACTAATGAT
ATCATGAGTCTAGATGTGTTTGTGTTTTCTTCCCATCCATTCTGGACATC
AAGTTCGTTGGACGTACCAGCCGGGGTCACACAGGAGGAAGGTCACACAG
GATTTTTAATCCACCTTCCTTCTGCGGTGCgtGCCTTGATTTTTGTCGCG
AAGGATTCAGCCATTCTTTCCCTCGTCGACCGTGAAGTCGAATTTTGTGT
ACTAACGAATTAATCGTTCTCCACCCGTTGGGCATTTTTTTTAGTTTTTT
TTTAGTTTTTAGTGAGAAAAATCCCGTTTGCCGGGATCGAACTCACGTCC
CAACGTGTCAGAAGGTTACGAGGCGCCTACTGAGCTACCGGGGTCGACCG
GCTATGAGTCTAGATACACATCATGTTCGAAAAGATACCTGGTATATATT
TATGAAAGCAGAAGTAAGGTATGTATCGTCAACTGTGGTCATCTCTGACC
CTCTAACGGCCTTGCTATAGTCGGTATGTGTTTTTTTAGCAATTTTTTAC
CACGTGTGTGTGTGTTTTCTTCCCATTCATTCTGGACATCAAGTTCGTTG
GACGTACCAGCCGGGGTCAAACAGGAGGAAGGTCACACAGGATTTCGCAT
CCACCTTATTTCTGCGGTGCGTGCCTTAATTTTTCTCGCGAGAAGGATTC
AGCCATTCCTTTCCCTCGTCGACCGTGAAGTCGAATTTTGTATACTAACG
ATGTAATAATCGATTTCAAGGTTGTGTTGAGTCGAGTAGAGTATTTAGAG
TAGAGTATTGAAAGCGGTACTCAAGCTTTGAGTATTTTGAGTCGAGTATG
GAAAGTTGTACTCAAGCTTTGAGTATTTTGAGTCGAGTATGGAAAGTTGT
ACTCAAGCTTTGAGTATTTTGAGTCGAGTATGGAAAGTCATACTCGATAC
TCGACTCATCGTTGAGTATTTTGCCCGATACCGTACTCATACTCGAGTAG
AGTATGGAAAGTTGTACTCAAGCTATGAGTATGTTGAGTCGAGTATGGGA
AGTTGTACTCAAGCTTTGAGTATTTTGAGTCGAGTATGGGAAGTTGTACT
CAAGCTTTGAGTATTTTGAGTCGAGTATGGAAAGTCATACTCGATACTGA
CTCATCGTTGAGTATTTGCCCGATACCGTACTCATACTCGAGTAGAGTAT
GGAAAGCGGTACTCAAGCTTTGAGTATTTTGAGTCGAGTATGGAAAGCGG
TACTCAAGCTATGAGTATTTTGAGTAGAGTATGGAAAGCGGTACTCAAGC
TATGAGTATGTTGAGTCGAGTACATACTCGAGTAGAATACTCGAGTAGTT
GAGTAGTACTTTTCTCACCACAACCTAAAAAACTAAAAATTAAACTACAT
ATCACCCTACTTCAATTCACCCCTGCATTTTCACCCGCCCTCCCCGTTGG
TCATAGCGGTGAAAGGCTGAACGCTGCACCCCTGGTCGGTTGTCAACCGC
CACCGATGGCCTGTTTGCAAGCACTCGCACTAATCACTAATATATAGCAA
AAGAGATATAAAAACCAAAATACTATACTTTCTATGGTAGTAATTTTGAT
ATTGCACGACCGCAAAAGCAGTACGAAACAAAAACAAAACAACTAGCTGC
CCTACGCATGTCCTAGTTGATGTCTATGCCACTGGGAGTGGGAGGCGCGT
TGTTGACCAGCGGGTCAATCGACGCCTCTGCGTCCAGAAGATCCTTGTCC
TGTCCGTCGAACCTCGCGGGGAGGTGATTGCGGATGTCCTCCGATGCGAT
CTGGGATGTCCTTGTACGCCGGAATGGAGCTGTAGTTCGCCTTCAGGAAC
ATCACCATTTCCACCCAGTAATGTCGGGGAGAAGCCCACCGTTATACTGT
ACACTTACATTAATCGCAGGGACACAGAAAAGAAAAGGGAAAAGAAACCA
GAAAAGAAAAGAAAAAGAAAAGAAAGAAAAGAAAAAAAAAGAAAAGATGT
TGTTGTTTTTCACATTCAGCGTATTGGTTGCCAACCGGAAAAACTACTTT
ACACAATGTCTGGGTACAAAATGCCCCGCAGAATGACGTCACGAAAACGA
AGACATGTACTCAAACTTGAGTAGAGTATTGAGTACTTTGAGTCGAGTAT
GGAAAGTCATTCTCAAGCTTTGAGTATTTTGAGTCGAGTATGGAAAGTCA
TACTCGATACTCGACTCATCGTTGAGTATTTGCCCGATACCGCACTCATA
CTCGAGTAGAGTATGGAAAGTTGTACTCAAGCTATGAGTATGTTGAGTCG
AGTATGGGAAGTTGTACTCAAGCTTTGAGTATTTTTGAGTCGAGTATGGG
AAGTTGTACTCAAGCTTTGAGTATTTTTGAGTCGAGTATGGAAAGTCATA
CTCGATACTCGACTCATCGTTGAGTATTTGCCCGATACCGTACTCATACT
CGAGTAGAGTATGGAAAGCGGTACTCAAGCTTTGAGTATTTTGAGTCGAG
TATGGAAAGCGGTACTCAAGCTATGAGTATGTTGAGTAGAGTATGGAAAG
CGGTACTCAAGCTATGAGTGTGTTGAGTCGAGTACATACTCGAGTAGAAT
ACTCGAGTACGCCATGAGTAGTACTCGACTCAACACAAATTTGTAATCGT
TCTCCACCCGTTGGGCATTTTTATTTTGTTTTTTAGTTTTTTAGTGAGAA
AAATCCCGTTTGCCGGGATTGAACTCACGTCCCAACGTGTCAGAGGGTTA
CGAGGTACCTCTGAGCTACCGGGGCGACCGGCGACATATAAACTATGATT
ACTTATTACCACTAGCTTCAGATAAAAGTCCCTATTGGCACTGGTCGACC
CGGTAGCTCAGAGGTACCTCGTAACCCTCTGACACGTTGGGACATGAGTT
CGATCCCGGCAAACGGGATTTTTCTCACTAAAAAACTAAAATAAAAATGC
CCAACGAGTGGAGAACGATTAAATCGTTAGTACACAAAATTCGACTTCAC
GGTCGACGAGGGAAAGGAACGGCTGAATCCTTCTCGCGAGAAAAATTAAG
GCACGCACCTCAGAAAGAAGGTGGATGAGAAATCCTGTGTGACCTTCCTC
CTGTGTGACCCCGGCTGGTACGTCCAACGAACTTGATGTCCAGAATGAAT
GGGAAGAAAACACACACACACACATTGTGGCTGTGATAGGTCCTTTTATC
TGTTGCTAGAAAATAAACAATTCTATATAAAACAACAAAGGGTTAGTGTT
TACAGATAAAGTATTACGGTATAAAGTTACTTCTTTAGATATCTACAGTA
CAGTAGCATGGGCAAGAGTATTATTGATAGTTGTATAGGAGAGGGGCAAA
ATTAAAGCCAAACAATTATTTATGGTTGTGAAATAGGAGTATCGCTAAAC
CATTTTGTGTCGATATTATTGGGAGTGACTTTTGTAACCAATAATTCCAT
CCAAAACAAACATTGTTTCTCTAACTTTAATAAAACTGCTATAATAATAC
TTATTCCTAAAATATTATTACTAACGCTTCTGTAAACTCCAGATCATAAA
TTAAGAAAGTTGTACGTTTAAATTGTTGTTACTCAATAAGTAGACATCAC
GCACTATAAATAAGTTGTTATTGTCGTACTCTTCATATTAACCGATCGGG
CCTTAACTATACCAATATACATGGTTGCCAATTGGGTACTACGTGGTTTG
CAGGAAAATATCAAAAGAAAGGAACAATAACACACAGCACAGAAAAATAT
AAAAGGACATTTGATAGAGAGATTTTGGTATAGTGCCGACCGCGAGCCAT
CCATTAACGCCCCCTGCCACCCCCCCCTGGATCGTAGCATCTACTTTACC
ACACTCCGTACTCTCAGGGTTTCTCTAAAGGCACAGTCGACCGACGTCAC
TTAGGGAGTCATCACACATATATATAAATAGCTGTCACTATTCCGTACTT
TGTACCATGTATCCTTGCGATTCTAGCTCGACGTCTCCACACCTACTTCT
AGTTAGTTAGGTGGTTTTTCTAGTCCCAAATAACTTAGCAAACTCCAAAG
TAACTCTCATATAATACTACATCTTCTACAGTATCTCTAGCTACTGTGCA
TTACATCTCCATATGGTCATCAACTACTCTCACGATGGTAGCCCTTCGGC
CTTTCAGAAAGAAGAACTGGAGACTCGGAGACTGGTTCAACTGGCATCCA
TCCTATGCTCGGATGATTGACATCAACACAAGATCTATCCAGCTGGCATT
AACTGGCATCTTCAAGTTGGAGGGTTAATACCTGGATTTGGGAAGCCTGT
CTTGTCATTGTGTTTTTTGCTTTCGATACTCCTGTATTGCTCTAGGTCTC
GCGTGAACCTGTAGTGTGTGAGGAGCATTCGAATAAGCAGTAAATCTGAC
AGACAGTAAGGAAGGCTCTTCGCCTACCTGCTTCTCACTTCCTTGTACGA
CCCTCCATTGCTCCGTCTACTCAACGTTCAGGTGAATACTCTTGTTGGTC
TTTCTGGATTATGTTGAAGATATCTACCTGGCTGGTCGTCTTCTTCGCCC
CACCTCAAATCCTTTTTACACAATCTGCATCATCTCTGTTAAAATTGTAT
ACACTGCATATTGTATATAATTTATAGCTGCTTCTTTAAATGTCCATCAT
TTTCTACATGTTATAGACCCCCCTTTATCGTAATAATAACAATGAACTTC
AACCCTTAAGAATCATATTGCTGTAGTCCTGTCCTGATCCCTTATTCCAC
GCTTGTTTACCGTGCATCTAGACTCAAGAGAGCTCGTTTGATTTTATTAA
TCCCTGCATAGTGATTAATGTGATTTAGTTTAACGTATGGTTTCTCCCGA
TTTTCCCTTTGACCCTATTTTCACCCCTGTTTTAAGTGTATATCAACCTC
TAAGGCCAGGTGGATAAATAAGTCTTCCACATCAATCTATGATTTACAGA
CACCCCTCTGTGAAATAATAACAATGAACCCTATCAGGTTTTTAAGAAAA
ATCTGAACGCTTATAAACCTTCTGAGCATCCACCTCAAGTGGAAGAGTGT
CTAAAGGTTTAGGTGGGAACATTGGCTGTAGAGACAAAACCTCTTCATGG
TATCAAAAGGGTTCCCCAATGTAACTACATCGGGTTGACAGTATAATATC
GGGGAGAAGCCCTCCGTTATACTGTACACTTACATTAATCTCCATGCAGG
AACACCAAAACCACAATCCTTTTTATCTAAGAGTTCTGGACTAGTAATAT
GGTCTTATATGATCTTAGAGAAATTAAAGTAAAATTAAATTAATATTAGT
ATATAGGTGAGGTTCTTTGTTATTGATATAAATTGATGGGAGCGACATAG
GGGAAATTCAATTAGGGTCAGAGAGGGAACTATACAAGTACATTAATCAT
TATGCAGTAGTAAAAAAGAAAAAAAGAAAAGAAAAAAAAACAAGTACAGT
AAGATTATATTAGTACAGGTGAACATTATATTTACACTTCCGGATTACAG
TAGTGAGGTCATAGAAACACCAAAATTTATTATATGGGAGACTTATAAAC
CTCGCCCTAGAGTTTGATATACATTAACAACGGGTGAAAACAGATCCAAA
GCGAAAATCGGGAGAAACCTTACATTATACTAAACCACAATAACCATTTT
ACAGGGCTACAGAAGATCAAGGAAGGAGTTCTCTTGGTCTAGATGTACAG
TAAATAATGTGGAATTCAGTTTTATAAAAATAGCTGTAAGATATATACAA
TGTATAGCGTGTACAGTTTTAATAGAGATGATGCAGATTGTGTAAAGAGG
TACAATTTCACAGAGGGCTGTCTGCAAATCGTAGCGATGTGGAAGACTTA
TACACCTGGCCCTAGAGGTTGATATACATAAAGATTTTTCTTCAACAAGG
GGTGAAAATAGGGTCAAAGGAAAAATCGGGAGAAACCATACGTTATACGA
AATTACATTAATCACTATAGCAGGGATTCAAAAAATCAAACAAGGAGCTC
TCTTGAGTCTAGATGCACGGTAAACAAACAACGTGGAATAAGGGATCAGG
ACAGGAAAGTTTTGTTCTTCTCTACATGACTCATTACTGTGATCCGGAAC
TCCTATTAACAGTCTAAATGTGTTGTACATCATCATCTCTACTATTAATA
ATATAATTCTATTAATAGTACTTGCTTTTGTTTAAGAAAAATCTGAACGC
ATCTAAACCTTCTGAGCATCCACCTCAAGTGGAAAAGTGTCTAAAGGTTT
AGGTGGGAACATTGGCTGTAGACACAAAACCTCTTCATGGTATCAAAAGG
GTTCCCCAATGTAACTACATCGGGTCGGCAGTATAATATCGGGGAGAAGC
CCTCCGTTATACTGTACACTTACATTAATCTCCATGCAGGGACACCACAG
CCACAATCCTTTTTATCTGAGAGTTCTGGACTACAGTGTAGTAATAGGCT
CTATGGTCTTATATGGTCTTAGAGAAGTTAAAGTAAAATTAAAATAATAT
TAGTATATATGCTAGGTTCTTTGTTATTGATATAAACTAATGGGAGGCGA
CATAGGGGAAATTCAATTAGGGTCAGAGAGGGAACTATACAAGTACATTA
ATCATTATGAAGTAGTAAAAAAGAAAACAAGTACAGTAAGATTATATTAG
TCAGGTGAACATTATATTTGCACTTCCAGATTACAGTAGTGAGGTCGTAG
AGAGACACCAAAATTTATTTTATGGGAGACTTATAAACCTCGCCCTAAAG
TTTGATATACATTAACAACGGGTGAAAACAGATCCAAAGGGAAAATCGGG
AGAAACCTTACATTATACTCAACCACAATAACCATTATGCAGGGCTACAG
AAGATCAAGGAAGGAGTTCTCTTAGGTCTAGATGTACAGTAAATAATGTG
TTGTCCCTGCTTGATGATTAACGTACTTATACAGTTCCCTCTCCGACCCT
ATTTGAATATCCCCTGTGTTGCCTCCCATCAATTTATATCAACAAAGATG
AACCTCATCTATATACTAATATTAGTTAAGTTTATTTAACTTCTCTAAGA
CCATATAAGACCATATTACTACTACTGTAGTCCGGAACTCCTAGACAGAT
AAAAAATATTGTGGTTTTTTGGTGTCCCTGCACGGAGATTAATGTAAGTG
TACGGTATAACGGAGGGCTTCACCCCGATATTATACTGTTGACCCGATGT
GGCTACATTGGGGAACCCGTTTGATACCATGAAGAGGTTTTGTTTCTACA
GCCAATGTTCCCACCTAAGCCTTTAGACATTTTTTCCCCTGAAGGTGGAT
GCTCAGAAGGCTTAGATGCGTTCAGATTTTTCTTAAACGCCATACGCCAT
CGGGTCAGTCCCGAGTTTATCGGGTAACGCAATTGCGTACCGATGGCGTT
CACTGCCGAGAGTCCGCCGGCACAGGGCCAGTAAACCTCACGGTAGTTCC
AAACGGGTGCTGCCTTGGTCACCATGGACCAATTAATATGCGCCTCTCTT
TCCCACACCCACTATTGGTATGCATGTGGATATCCTACATTAATATTAAT
AGTGGAAAGTATATTTACAAGCTCCGGACGCGGGGGCCTGGGCCCCCCCC
GTCCTCCGTGGAGAGTGCGAGGAGGTTGTCGAATGTCGAAGTTACGATTC
CATAAACGTTTGATCTACGTAGGAGTTGACATCAGTATCTATGCGTTTCT
CACAGGGGGACAGAGTTCATACCCCCCTGGATTGGCTTGTACTGTACCCA
CGTTCAGTGTATAAGTGAATAAGTTACTCTTGTGTTACCCGCGGCACGGC
CATGTGCTGTATAGGACGATAATAATAAAGACATGTGTGTACACCATCTA
TACCTGAAGGGCTAAAGTGCCCGCCCCCATCAAAGACCATCTCACCAATC
CCCCGGCTTGAGGCCTATCTCAACACGCTAAGCGTGAGGATTCCTTGAAG
ACCTGCGGAGGTCTTCGGTCTTCAAGCCTGGGACCGTGAGACAGTGTTGT
TTTTATATAGGCGGAGCAAAGCGGAAGAATTGACGTTACCGCAGGAGAGC
GAAGAATTTGGACTACCGCCGAGGAGCGAAGCATCACCAGCCAAAGGAGA
GCTGGATTGACGAGACCGGGCGCAGGAGCGATCCGACGGAGAACGAGCGC
AGAGTTGAAGCGACGCAGGAGGCGAGAGACTCCTCCTGAAAGCTAGGAAC
GTGAGTAAAAAAAATGACTTTCCCGACTGGTGTTGAAACCAGGAAATGTT
CAGACGAAGAGCTGACGACAATACTTGATGAAGCTGGAGAGGCATCCAAG
CATGCACGCAAATTAGGCAGAGTAATGGGAATCGTTGCAGCTCACCGTCT
CAAGCATATGAGAGAATTCCTTATGTACGAGGAGCTAGCAATTCGGAGGT
GGATGAATGGCTTTGATCGAGTTGCGGAAGACGAAGAAAGTTGTTTTCAT
GGTCATCGTTCGCTCCCGCCCACTCCGGAGAAATACGCTGCTAGTTTGTG
GTCTGAGGTGGACGCGTTGAAATATGCAATTTCGATGCCGCGCCAGAAGG
TCAGCAAACTCATCAACGCAATTGAACAAGGTAAATTGAGCGATGAGGAA
TACGTTATTCTCAAACGGCTCGTGGAGAAGCGAGACCGCGAGGCGGCACA
GGTGACTGCTGTTACACGAGATGATACCGTACAGCACTGTAGCCCCATCT
CGCAAACTCCCGAACCGCCGTCAGTTGTATATTTTAATTTGGAGAACGAG
GAGAGGATGGAGCTGGACGAGCTCAAATCATCATCAGCTGGTACGGGTCT
CGAGACGCCCGAACAGCAGTGTCCCCCGTACGAGGGGATATGGGAACAAC
GACGTACCACCGCCAACGGTGTCTTGACCGCGGCCGTGGATTCAAACCAA
GGGGGAAGAATTCCTTCACCGACTGAAAGCGTTGACACGCGAGCCGACAA
AAGCACGAGAATTTCGGGAGACACCACCTTCCTACAGTAGGGCCACAAGA
CATTCAGCGAACAAAACAAGCAGTTCGACCCCGGTGGGAGCAGAAAGAAG
GCACCGCTTTGAAACGCGGCTGTAACTCTACCTTCTTTTTTTGGGGAGAA
GCTGGGAGGCTTCTTGTTTGTTTCCTATCTGTGCTATGTCTATGCTCTGT
GTGTGTTTGTTTTCCGAAACTATTTTTTTCCCACAGGTGATCACTGCTGA
AAGAGACGCAGATCCTGGACGCGGATCAGGTCGCTGATGTACGCAACCGG
AGGGCAAGCATTTTCTCGCCCATCACCCTTTTGAAGCTGGCAAGGACAAG
CAACGCCCGGTTTGGTCGTAACGCAAACGCTCTAGGATAGAGTTAATATG
GTCCGGTGTCTGTAGGCCTTGTGCTCGTAGCTGTTTTATGCTGAAATAAG
TACCTGGCAGTGTCTATGCTGGAATTACTGCGCGGTACATTAAACTCAAG
ACAATGATGTTGAGATTCGAATTTTCTCCTGTACTGCACTGTAACACAGC
AGTATCGGAAGTTCCCATTTTGTTGCTGTAGCACAGTAGTAATTATGTTG
ATGTGAGCCAGATTCAATGCTGCACGTCTGAAGAAAAATGGAAGAAGGTT
ATCAGATTTTTCATCGAGTACGGTACTGTAGTGAGGCTGAAAGAACGCAC
TGAGTGTTGCATGCCCGCTCTGTCACCGACCCAATCTACTAAAAATATAT
TTTTTCATCGTAAAGCTCACTGTAGCTTCCTAGCTTCAAGCTGCGTTTTA
GAGTCGTAGCCAGTTGATAATTAAGATAAGGTACGGTATACATTACCCAA
TATAGTCTAATATTTTGGGAACACTTAATATTTTGTATTTTCCGTCCAAG
CGTACCCCTAACGTTGTCATGATTGCGAATCTGTTTCAGCACGATCGTAA
CCCTACCGTTAAGTTGAAGTAACTTACGTAAGGAATATAAAATATGGATC
CGTTGGGTTCAAGCTGTAGGAACATACGTCAGTGTGATAAATCATGGAAG
AGCAACTGAAATGTTGTAGTTCAGAACGTACGTCTCGGGTTCGATCCCCA
TGACAAGAAAGTTTTTTTAATAAATCTGGTATTAATGTACTGGACTTTGA
ATAACATTTACATGCAGTTTGAGTACCAATATTCCAAATTGAGCAATGTC
TCTGTAGAGCATGTGCAGTTATTGAGGGGGATGTTTTGGATTCTTCGAAA
CGAGGGAAATGTTTAGATCCTTCGTAGCTAGGGGGATGTATTGTTTGAAA
TTTGTGTGAAAAGGGTTCACGCACCCAGGGGGAAATTAAACGTTGAAGAC
AAGCAGGAAACGTTGATCTCATCGAGGGGGATGTCGAATGTCGAAGTTAC
GATTCCATAAACGTTTCATCTACGTGGGAGTTGACATCAGTATCTATGCG
TTACTCACAGGGGGACAGAGTTCATACCCCCCTGGATTGGCTTGTACTGT
ACCCACGTTCAGTGTATAAGTGAATAAGTTACTCTTGTGTTACCCGCGGC
ACGGCCATGTGCTGTATAGGACGATAATAATAAAGACATGTGTGTACACC
ATCTATACCTGCAGGGCTAAAGTGCCCGCCCCCATCAAAGACCATCTCGC
CAATCCCCCGGCTTGAGACCTATCTCAACAAAGGTGTTTGTGTTTGAATT
GAGGAAGAAAAAGGGGACGGAGGAGCGGGGGGGCGGGGGGAAGCAACTGC
CGGAGAGTCAATCCTGGCGACGCCGCTTTGGAGCATGTTTATGCTGACGA
TGCTGGGGTCGTCTCGCAACCCCCCGAGCAGCTGAGGAAGATGATGGGGG
TGGTCGTGGTTGTTTGCGTGTTGTTTGACCTCACCGTATCGGAAGCCAGA
CTGAGCTCACGTGCTCACGCAAGAAGGGGATGCCGGAGTCCATCGCCACA
TTCAACGTAGAGGCGGTGGGCCAAGTGTACAGCCAAACGAACGAGTTCGT
ATACCTCGGGGGGAACGTCAACCACAATGTCGACCTGTCCATCGAGGTCG
ATCGGCGCATACGCAACGGATAGTGCAGCTTCCGGAAGTACACCCTCGAA
CTGTACGACCGACCGAGCGCCCCCCTCGAGCTCAAAATCCGGATGCTAAG
GGCCGAGGTACTCGAGACAATGCTGTACGGCTGCGTCACGTGGAGCCCGC
GCGCGTGCCACTACAACACGCTGCGCCGAGCACACCACCGCTTCCTGACT
CGCTTAATCGGTTGGTGAAAGGACAATCGCGCCGACCACCCGATTCCCTA
TCTGGACACGCTTATCAAGACGGGAAGTGAGAGCATCTAGGCGGCTTTAC
GCAGGAGGCGGATCTTGTTCGCAGGATTTGTGGCGCGCATGGAGGATACG
AGACTGCCGAAGTACGTAATATTAGGATAACTTGGTGAGGGGCGCGGGCT
GCGTGGGGGTAGGAAAATGAGTGGATGGGGTGTTTCCTGGACGAACTCAG
AGCTTTCGACATCAACGCCGACCAGTGGACCACTGCAGCCCAGGACGAGG
AGAAATGGCGCAGGAGGGTGGAACAAGGGTCGGAACGTTTCATGGCGAAA
TTGATCGCTGCAGAGAAAGCCAGGGCTGGACTACGGCATGCAGTTGTAGT
CCCGAACGTGACGGGAAGGACCATAGAGAGGAAAGCCCAAAGCAAGCAAG
CTCGTGCTGGTTCGCTCGCCATAGTTGACTAGCCACAAGCGGCGCGATCT
TGTGTCCTCCAGACGTTTAGTTTGCAGGTGTCATTTCGTCTTTCTCAGGT
GGTGTTATGTTTTGCTTTTTTGTCGTCATTTTGCTTTCACTGAAGCCGCG
GCCCTTTGTTCAATCGCTCTCCGTTCTTCGATATGCATGCGGCCCGACAT
GTTTCTTCCTCTTTTTCCTTTCTTTTGGAGACGTCGCTTTTTCCGAGTAT
TTTTGTACCATTACCGCTTTCTCTTTGTATGGAGAGTACGTCGCACGTTT
TCCCCTTCCGGATGGTGTTTTTCTACCTTGTGACCACGGTCTGGATTTTT
GACATCAGCTTATAATGTAATGATTCAATTCAATCAATCAATCATTCAAG
CAATCAAGAAATCAAGCATTTGTGGAAGCGGGAGAAGTAAGGTGTATGTT
TTTGTGTTTTCTTCCCATTCATTCTGGACATCAAGTTCGTTGGACGTACC
AGCCGGGGTCACACAGGATTTCTCATCCACCTTCTTTCTGCGGTGCATGC
CTTAATTTTTCTCGCGAGAAGAATTCAGCCATTCCTTTCCCTCGTCGACC
GTGAAGTCGAATTTTGTGTAGTAACGATTTAATCGTTCTCCACCCGTTGG
GCATTTGTTTTTTTGTTTTTTTGTTTTTTAGTGAGAAAAATACCGTTTGC
CGGGATCGAACTCACGTCCCAACGTGTCAGAGGGTTACGAGGTACCTCTG
AGCTACCGGGGCGACCGGTTATACTATATACTACTATATACTATACTACA
ATAGACTACATACTATATACTATATACTATACTACAATATTAGTGGTATT
AGTAGATACCTGGGTTTGAGGAGAGTCAACGAAGACGACCGGGCAGATAC
ATGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTCTTCACATTAAAAAGC
CGTTCCGGTCTCTACTCAGTACTTTCTAACATCCGTACTGGTCCAACTGA
CGCGAACGCCTTCCGTGGTCACAGGCTAACTACCCAGAAAGGGTACACAT
ATCAGAAATAAATAAAAGGACCCAGAAAAGTCAACACACACGCGATAGTT
GGAAAATAAAATAAAACCCCCCAGAAAAATAAGGCTCCAGGCAGTCAGAC
GTCGCAGGCGACATGTCAGACAAAGGAGATAGATAGAGCCCATCGCTCCC
ACTCGACACGCGAGGCCAAGCAAAATGAAACAAACAAGAAGAATCAAGGA
TCACCAATCAAGACAATAAAATCGCATGATTCTATCCTTGTACCCCTACT
AGGCCGGGGTGTATTCACCGCTGGGTTTGCACCGCCTCTTCGAGATAATA
GTCCGGAAGAGACCAAACACCAGCTATAGGGACAAAAGACTTTGGGATAC
CGAAACAAAGCCAGGGAAGACAATATGTTTTGACTAAGTTCAGGGTTACC
TTTAGAAGGGGGTGCAACTTACCGGTATGTATTATGCGGAGTGAGAAGTG
AGGAGTTGGCACCCGCAAATGAAAGGTTTATTGCGCAACCCGTCCCCCAG
ATCAGTACAGTATACATTATGATACAGTATACTATAGTGCAGTACGCAGG
CAGTATTGTTTCAGTTCTCTTCTATTATACCAAAAAAAACAAAAAAAAAA
CGTGATCGTGATGATCATAAGCCCCCCCCGCTCTGCCATCACTTCACCTC
TGAAAACAATTTTCTCAAAACACGATATGCCCTCTTGGATTAATCATCTC
AACGATACTGTTGTGATTATTGTATAATTTCCAATGATAATTTCAATCAT
AAAGTTTGGTATCCATCGAAATCTCGGCACAACTCGCAGAGAAAAAACTT
CAAAAACATCGCACAAAAGAAAGCATTATTCGGTACAACAACCGTTTAAA
TGCCATGAAGAGGTTTTGTATTTGCAGCCTATGGTCCCACCTAAACGTTT
TGATATTTTCCCCCTGACCGGGGGATGCTCAGAAGGTCTAGATGCGTTCA
GACTATGCACTCGAAGTTGCTTTAATGGCCACGCGACTCAGTTGCAGTAC
AACCTTACATACAACATACATGCACATGAAGTTACTTTAACTCGCGATCC
TGTTATAAGCGATCGATGTTTCAGTTTTCTCATACGTCACAAAGCGGGCA
ATTCGATGTTCTAACACAGAGTAGTGCATGATACTTTCGAACTCTTCGAA
GGAACGAAGAATTAGTCATAACTACAACCAACTGCGGTTTCACAACCGAA
CTACTACTGTACTGCTTACTGTACCGGAGGAGTAAATTTTTACGTTAGAA
GGAACAGTGCAGCTCTCAATTAAATTTCCGCAGCATTTCGAAAACTCTGC
AATTCAAGAAAGTGGCCATTTGGTTCATGCGTCAGACAACTTCTGGTACT
GAGCTATAGTATTGTTAGCTCTAAGACCACTGTGCTCCGACGATTTTTTC
GCACGTCCTATACAGCAGTATACATAGTGTGCTGTTTAAAGAAAAATCTG
AACGCATCTAAACCTTCTGAGCATCCCCCAGTTCAACAATTATTAGACTC
TAATCCTTTATATAACCTTCTCTAGCTCTAGGTAAAACGTATTGTCAAGT
GGCTAGCGGGACAATGTTTTTTACCTGTACTAGCTAACTAGCTAGACCAA
AATACGCGAAACAAATATACTGTAGTACGATAGCTGATTTGAGGCTCCCC
TACAAATCGCCCATTTTTTTAGTCCTCTGGTCACCTGGAGATAGAGATTA
AATTTGAGATAGTATAGTACTGGACAACCCGAGTGCTTAGACTACATGTC
TGTAAGCCTTTTACATTGCAGTATATATACATATATTTAACTAAATAAAG
ATTAATTATTAAATAACTAGATAAAGTACCTGTTATGTTCAACTACTGTA
ACACCTGGCTGTGTAAATCTAGCTCACCCTTGGCACACCGATGATATCCC
ATGTACTTGTAGCATGAAACTATTTTCTTTCTTTTCGTAACCATTTTAAT
TAGAAAAATATCAAAACTCCCTCTGTGAGAACCATGACCTACCTCCTTTC
ACATTGCTTTTACATTGAAGCAACCTATCTTCTATGAATAGTGATAAAAA
CTCGTAGTTAGTCGACATACTATCAAATTTAAACTACAAAGATTCTTTCA
GATCTGGCTCAAATTATAAATCATTTCGAACTCTAGATCCCCTATAATAA
CGGAAAAGAACTAAACTTCTGGATTTCTTTCCGAATCATAATTATAGTTA
GAAACAAATATAGTTACGAAAGCACAGGTACTTCACCATGTATTATTCTG
ACACAACCCCGCCCTACCATGTGCCATCAAGACTCGAGAGGGAAGGATGG
CCATGGACCTGACGACATTCTGGAGTAATGCCATTTCGGAATAGAAAAGT
ACCCATCATGGTCTTCACGGGGACCTTTGCTTCTGACGATCCTGACAAGA
AATATCTGATGACATTTTGGGAATTTATGGATTTTTTCTTCTGGAATACT
ACTACTGCAAGGATTTACACGTGGTTGCTTCAAGGCCTACCAGTTACTTT
GGCAAACAGATGCTTCTTCTTTTGTTTTTTTCTGATCAACGCCGGACCAT
ACCGGTAGCTGACAAGTTAGGTTTTATGTATTAGAAGCATCTTTGCGTTT
CAGCTTTGACAGGTAGTGAGCGCGTGGCCTAGACCCACCCGCTTGCCTCT
TACTTCCTCGTGTGATTCTCCATTACTCTGCATCTACTTTCAGGTGAATA
CCGGTGTCTCGTACTTTCTGGATTATATTGAAGATATCTACATGGTGGTC
CTCTGTTCTTGTTTCAATCCTTAACCCAAACCCTATGTATCTACCACTAC
TACTAACTGTCGTATACCTTACTCATCATGCTGTCATAGTCTAAATGTTA
CACGTAGTATGAAATAATACAAGCACGTACTGAATAGATAGCATGGTAAA
AAGTCCTTATGGACTTGTAAAACGAAAATGTAACATTTTTGCCAATCTTA
TAATATCATAACGCTCTTAATGTACTACACTATAGCTCATATTGTATTGT
GGTATGGTTCGATTACACGACTATCGTATATTATTACTACGGTACTGTAC
TGTACTTCTGCATTGTACCCTATTACATTATGTACCACAACCCAATGAAG
GTGTCCCTGCATGGCGATTAATATAATTGTACAGTATAACGATGGGTTTC
TTCCCCACATTGTACTGTTGACCTAAGCCCCTACTGGTGTATGGTTCGAT
GGCACTATTATTATTATCGTATATTATGACTATTATTACTACCCTCCCCG
TTTGTCTTCGCTGTTTTTCTGGTGGCCCTGCATGGCGATTAATGCAAGTG
TACATTATAACGGTGGGCTTCTCCCCGACATTATGCTGTTGACCCAATGC
CACTACCATCGGGGAACCCGTTTATATGCCATGAAGAGGTTTTGTCCTTG
CAGCCTATGAAACAAAAAAATTAAATACGTAGCGGGAAACACAAACATGT
ACTGAATAAGATGACATGGTAAGGGCCCTTACAAACGCGTTTTATTTTTC
GAAATCTGAAGTTTCTAGGAAATTTCCTAGATCTGACAAGAACAAAAACA
CTAGGTTTTTTAACGCAATTTGTCAGATATTGAAGTCAAATTTTCCTAGA
TTCAAACGCTCGTCGGCGATGTTGAAAATTATACTATAAATAGAGGTGGA
CACTATCTCTGTTTTAAAAGAAGAAAGCAGTACGTCACACGCACACAACT
CGTAGTCTACTTGGAAGTGATACCGACATGGTATTTTGCCATCAGATTGC
GCTATGGGTGAGCGGAGAGTGCGAAATTGTCGGTAGAACACACTCTCTCT
CTGTACAGCACTGCTGATGTATGCTGCTCATCCTCTCGTCAAGTAAAGTG
CGAGGAAACGGCGGTCGCGTAGAGGCTGGAGACGCAGTATATCTGCAAGT
TTTTTCGAAGGTCTGCTGAGGGATCCGGTACTGACGCCTAAGACAGTCGG
GGCCGCGCTCGTCGAGGTCTTCGCAGTGATCCTCCCAGTCGAGGCGACGA
CTCCTCTCGTTGATGCTCCTCCTGATATCGGAAGCGAGCATGGTGTGTGT
GACGCTTGACGTGACGGATGCCACTACGACCACAGTACCGGTCATGGCTA
CAAGCATACTACTGTGGGCGTTTATCTCGTCGTTGGCTCGCCTTCGCCGA
GTAGAGGAGGCGAGTCCGGGCGATCCGGGGCGCTTCCTGCTGTCGTCCAT
GGTACTGATAGTCACTGGCGAGATCCCTGGCCCAATATTGCACTGCGGTC
GGTGCCACACGCTTGACACCCGTGCCCTGGACGATCTGATGTGTTCGCTG
CCCGATGTTGCCAGGTGTATCTAGGAAATATAATTTTTCCGAGATTTTCG
GCGGCCCTTTATTTTCCGAGATCTAGGAAAAATAAAACGCGTTAGTAAGG
GCGGTTCTTATGGGAACAAAATCTTGTACAAAAATCTTGATCTTACCCAA
GATTTTCCCAACAAGATTTCGTTTCACTTTTTATGGGTAAAAATGTTGCC
TAAAAATCTTCCCAAGATTTTCAGATGGCCGGAAATGTGCCCTCTTGACA
AAATCTTGGCCCAAGATTTTCAAATGGCAGCCTTCACGAAAATCTTAgGG
CGGCGAGACATATCAGTTGTGCCGCTTCTTCCACGGAAAATTGTAAAACA
CTCTTCCACACAGCGTGTATGGCGGTGACTGCGATGCAGCGATAGCCGAA
GCTACTGCTGCTGTGACTCATGTACAGAGCCAAAGTCAGGAGGTTGGTTC
TGGTGATGAGGGGCTGGGCTTGTTATGTTTTGATTTGTCATCAGAAGAAA
CGGACTTTGGTGGCTGGAGGACGAGCAGTAGAGACTTCGCCTCTTCTCTA
CTCGGAAATTGTAAAACACTCTTGGCACGAAAACACACACAGCATGTGTT
GCGGTGACTGCGATGCAGCGATAGCCGAAGCTGCCACCGCGGTGACTCGC
GTACAGAGCCAGAGTCAGGAGGTTGGTTCTGGCGATGAAGGGCTGGGCTT
GTTGTGTTTTGATTTGTCATCAGCAGAAACGGACTTTTGGTGACTGGAGA
ACGAGCAGTAGAGACTTGGCCTATTTTGTCTGACATTTTACGTTCATCGA
GGAAGCGGTCAAGCCCGTGTGTACCCACGACGGCGGTTGTCCTTGAGCAG
CCGAGCCAAAGCATTCACACTTCAAGGGGAGGCATAGACGTTTCGTCGGC
GATTCCGCCTTCCATACGTCGCTCCGAGGAGCTCCTCCTTGTTGGCGAAC
AGCGAAGTGGTATCACCAGATTCTGCAAGAAGTACCAGGTACAGAATTTG
ATCCCACATGACTGCATACCATCGTGTACTGTATATACTGTTGTACAGCA
ATATGCACTACTTGTTGATTACTACTGTTCACCTACTGTTGTTTTCATCT
AACTTCTGGTACAAGTACAGTAGGTCCCTCTATTGTTCACCGAAATAGGA
AGCGCTTCCTCGTGTCACAATCAACGCTTCGAGAAGAGCTTGTTGAGAAA
AAGTACCAGGTGTTTGATATAATAGGCCTTCTAACCATTCTAGTCCAAGT
GAACctCTCTTCCCCGGTGGAGCGAGTTTAAAAGCCGTGGAGTTTTGGAG
TCAGTAAACCACAACATCGGTGCGGCGTCTGCCTGTCGTTCTTCTGCACG
TAGTGTAAAAAAATTATTGGAGTAGCGCATTCTTGCCGGACTGTGCTTGT
GTTAATCTACCAACGATGACCCTAGGGGTAAAACCTCCACATACGTTGGT
GTCTGTGCTTCACTGGTTGTGGTACTGTAGAGCTACAGCTGCTTTGTCTG
CTCTTGCAAATCTCATCCTCTTGTTAAGAAAATACGTTGCCATTTCCAGC
CTTCGGCAATTATTTGAATTTTGTATCGCCCCATAGAAGAGCATATACAA
GTATGCCGAAATTATTCCCAAACATAAGATTTCCCCATCAACAAGATTTT
TTCCCCATAAGGAGCGTTACGAAATCTTCGACGTCACGAAAATCTTGTCG
AAAAATTTAAGATTTTTGGACAAGATTTTGTTCCCATAAGAACCGCCCTA
AGGGCCCTAACAAGTCACTACGAACTTGCTGTAAAACGTTAATGTACTTC
TCTTCACCGACACAATATTGTAACATTCCTTGTCTTCTAGACTATTGGCC
CTTACTGTTGTAAGGTTCCATGGCACTATTATCCTATATTATTGTTGAAC
TATTCATATTTAAAAATGTGCTACAATGTTTTTGTTTTGTTTTGTCTGGT
GTCCCTGCGTGGCGATTAATATAAGTGTACAGCATAACGGTGGGTTTCTC
CCCGATATTATGCTGTTGACCCAATGCTACTATCATCGGGGAACCCGTTT
AAATGCCATGAAAAGGTTTTGTCTTTGCAGCCTATGATCCCACCTAAACG
TTTTGACATTTTTCCCCCTGACTGGGGGATGCTCAGAAAGTCTAGATGCG
TTCAGATTTTTCTTTAAACAAAACTACTGTACTAGTCAGATTTTTCTCTA
GAACGATGCAAAGTGCCGAGCTAGGATCAAAGAGAAAAAGAGAAAACGGA
CTACTATAGGAAGAACAGCAAACGCCCTACCATACATTGAGCAAGGAGCA
CTGAGAAAAAGAGAAAACGGACTTCTATGGGAAAAACAGCAAACGCCCCA
CCACCCTATTTTGAGCAAGCAGCACTGATGAGGATGATCTTTAAGCTGTG
TTGACATGGGGATCTCGATCAGCTCGATCTCCTTATAGCTATGCTCTCAA
TCGGCAAGGGTCTCCGTTTCGTTCATCCGATCTCCACTCAATATATTTAT
GTCCGCTTTCAGCGCCCCGTCCTCTATGTTGACATCGATCGGTAGAGAAC
AGTCCACGCATCCACCATCCAGCGTCCCCGGCATAGGATAGAAGTGTACA
GCCGCTAGATATTTGGTACATTTCCTGTCATCCGCCAGGATCGAACTGCT
CATGTTGGTCGTCGTCTATCTTCACGCCCCGTTGTTGTCTCCAGCCTATC
TGAAATATCACTGCAGCCCTCCTGTACCAAGCCTCGAGCATCGGCGAGCC
AACAGCCGCCTATGGTTATGGGTCGCATCTCTCTGCTCGAGAGACACGGC
TGTTCGGGTGCTTCCACACCCGTAGCAGTTCCTTGAATTGATAGTTCAAG
CGTCGAGAATCGCGGTTGGGATCATCATGGCCGCCTGCTTCGAGAGAATC
TTCACTCTCGACCGGGTTTTCCTCCAACGACTCAGCCTCAGCACTCGGCA
ACGATGACGGGGATGGTGGACTCTCTGGTGATGTCAAAGGTGGCGACGAG
TTTTCGGGAGGTGATGACTGCGAATTCTGTACCGTAACTGCTGACGATCG
CTGCATGCTTTTCGAGCGTCGTCGCTGAACATCCCGAGTTCGCCTTTCTA
AATCCTCTATGTAATTTGGAAGAAGCGGCGGCGGCATCGGTTTCTCCCCG
GTATTAAACTGTTGACCCTATGCGATCAACATTGGGGAACCCTTTTGATA
CCATGAAGAGTTTCGTCCCTACAGCCAATGTTCCCACGTAAACCTTTTGA
CAATTTCCCCCCGAGGGCGGATGCTCAGAAGGTTTAGATGCGTTCGGATT
TATTTTTGATCACTCGATGCAGATTACAGTATGTCAAGCCCCAGCGGTGC
AAAGGCACTGAGGTCAACCGGCGACACTATTCTGTGGGCTACTGACAGTA
GACTCTCGCTACTTTGATTTTGAAGCTAGATACAGCCTAGAGCTATTAAT
ATTAATATTAATAGTACGTTACGGGGTTGAGCCAATCATCCGTGAAGGTG
TCGAGGCGTCAGCCCGCGAATCGAGTGCCCGGTGGCTGTCTGTGGAAGAA
GATATCGGCGATGAAATAAATGTCGGAGCCCTTGTTTTTCGTGGCAACAT
GATGCTGCACTGCACCCGTTGTTCGTTGTTCGGGCGCAACCTGAACGCCA
CTAATATGCCCCCCCCCCCCCCCCCCCAACGAACTTCTCCTATAAAATAC
TATTATAATAGCCAGGAGATCCGTGGGCCAAACACTCGATCTTGGGAATC
TGTGAGGGTATCATAGCACTATGCATGGTATGCATAGTAAAGTACCACAA
TCCCCCCCCACCCCCGTTTTGCATGGGGAAAGGGGACGCAGGGGAGCTCA
GCCTTAACAATTTCCCTGTACCAATACCTGGTATAGTGTATTGTTAGTAC
TGGTACTTTGTTTGTGTTTTGAAAACTCCTTAGTCTAGCACAGCAGTGAT
CTAGAGATGTTGATGTTGTTGTTTGTTATCTCACATTATGAACTGATCCG
CTACGAATCCAGCCGTGGCCACAAGATAGATGGAATCAACCAAATCAAAC
TAGGAACATGTTCGGAGAAAAAAAGAAGGGAAAGCAAACTGACAGGAAAG
TAGCCGGCAAAGGATATCGTCGCCAGGAAGGGACCCGGAACAAAAACAAG
CAAAATAACAAGAAGCAACAAGAAACAAAAACATATTGGGTCAGACAATA
CGCTCAGAATTGTTTTGGGGTCAGATCGTTTGGGTGGGTAACCGGTAACG
GTTAGCTTTGTCTGGGAGGGACAGGCTTTTCCGCCGAACTCTCAGATAAG
GCTGGGGTTACTGTTCAGCAGGGGTAGATTCTGAGCGGGAACATAGCAAA
AAGAGCTCACAGTTGTCCAATGGTTTGGACGACATATAACAAAAGATACG
TCGCGGGTTCATTCCCCGGTGACGAGAATGAAAAAAATGGAAAAAACTTA
GTTGAGGCAAACATTGAGATAAAGTATACTGCATTTCGTGGCGAGGAGGG
TCCCCGGAGATCACTGTCGCTACCGGAAAAAGATGCCAGAGAGCCCAAGA
CACATCTTTTGTAAAGTTGTCGGCCAAACCATTGGACTACTCAGTGGGCA
AATGGATGTGTGCCCAGAGCCACATCTGGGTATGCAGAGCGTAAGCCGCT
CGCAGTAGGAGGAACGTCAGCGCACGGGTCCAGCTCACCCTTGATGCGTA
GACGCGTCATCTATTTATTTTTGGCCCAGGCAACTGAGACCGGTGGCGAC
TATATAAGGGCGCTGAACCCGGAAAGCCCTTTTGTGTGGTGCGTGTGCGG
CGGGAAAAACTGTTTTTTATTTTATTTCGGCCAATCAGCGTGAGGTACAT
AGCTACGTCATGTCTAGTCATGTCTGATTCCGCCGCCAAATAAATCTGAG
GTCCTTACCGGATCTTCTATGCAAATGAAAATTTCAAATGAAAATATCTG
GGCAAAAATCTGAGCAAAACGAAATACTTTCCGAATTCGCTAATAATACG
CATACGACAAGTAAGACATCTTCATCAGCAGGCTACGCAAGAAAGGCAAC
CATAGAAGCAGCGCAAGAGAACCCAGACAGGAAGACATGGGCAAGGACAA
CGAATGCGCCACACAGCAAAATAAAAACGAAGGAGGGGGGAAAGGGGCAG
CGATCAAATCAAATCAATAAAAAAATGAGGTATACAGACACAGGGAGAAG
CATCACGTGACGACAAGCACACTGCTGTCTTGGGCTATGCGACACTTTTC
CATTATTCGCCTTCTATAGAACTCTTTAGTACTGTGAAGAAGGATCGGAC
CGAGTGTGGCACTACAGGGGACTCTCTCTGGTGGCGCATGCTGGCAAGGT
TCTCCTCAAGATCGCGGTCAATCGACTTGCTAACTTCTTCGAGGAAGCTG
GAATTATCTCCAAGGAGCAGAGCAGTTTCCGGCCTCAATGCTCGACAACC
GATATGATGTTCCGTGCGCAGACTGCAGGAACTGGGATGGCCCAGCAACA
CTTCACTAGAGATTTGCTTTACCGACCTGGCAAAAGCATACGACTCTGTC
GATCGTGTGGTGCTCATGGGAAGTACTTGCCCGTTTTGGAGTCCCACCTC
GGATGATCAAGGTCACCCCCATGTTCCACGATGGTATGCGGGATCGCGTT
CAGCTGGAAGAGAGAGACTTCTCGGCGTGGTTCAATGTCTACCAGGCCTT
CGGCAAGGATGCGTGCTGTCGCCGCTATTGTTCAACATCTTCTTTGCGGC
GGTCATCGTAGTGGTTCTGCAGCGGTTCGCGGCGGACCCGGTGATCGTCT
CTGACTTGGTATACCTCGATGATTCGCCGTGGTTCTGCAGCGGTTCGCGG
CGGACCCGGTGATCGTCTCTGACTTTGTTTACCTCGATGATTCGCCGTGG
TTCTGCAGCGGTTCGCGGCGGACCCGGTGATCGTCTCTGACTTTGTGTAC
CTCGATGGTTCGCCGAGGGGCGAAGATGACATACCGTAAGTATCAGAGTC
TTGGCACACCCCCTAGACTGACTTTCCAGGCTCGATTGCTCCACAACCAA
GAGGATGTGAACACCGACCGATACGTCTAAAGAAAGCTCTAGACGAGATC
TTTCGAAAACCGCCCTTTTCGGCATTGGCACCTTCTTGGTTGTGGAGCAA
TCGAGCTTGGAAAGTCAGTCTAGGGGATGTGCCAAGACTCCGATACTTAC
GGTACCCAGGGAGGACGGAACGTTGGAAATGGCTCGACGAGCGGTGTGGG
GGATGCTGTATGTAGGCGATGTGAGGGTGGCCTCGACATCGCCGCGTGGA
CTTGCCGGGATGATGGATGTAATAGTTGTCGCATATCAGGATTTCGGACT
GACATTGCCGGAGAAGATCGAGGCCATGCACCTGTGGTCCGATCCCAGCA
CAGCATCGAACGCGCTGCGAATCGCGGCGGCAGACCAACGGTATAAACAT
ACATATAACCGAGTTTGTGTACCTTGGTGGTGCTATCAACGAGAGCGCGG
ACCTCGACACCGAGATTGAGCGTCGCATCGGCGCCGCTTGGGCGAGTGTC
AGAAGATACTGTATCCATTTATACGATCGACGGAACGTTCGGTTGTCGCT
CAAGATACTGTAATGATAACGATAATGAAATGATACTGTAATGGTAATGA
TAATGTAAGGCTGCTCGAAGCGGAGGTGGTGGAAGCTATACTGTACGGAT
GTGCCAATTGGACTATGCGCACTCAGGATTTTGGCAGCCTGTGTACTGCC
CACCACTTCATCGGCTTTCGGCGCAAGGATCGTATCGGGTACAAACCTCC
ACCGTATGGAGAGGTGCTTGAGAGGATCGGTTCCGAAAGCATCGAAACGA
CAATCCAGAAGCATCAACTTGGGTCTACCGGGGCCCTTGTTCGGCAAGGC
GACTCAAGGCACTCGAAACGCATCATGCTTGGGCGGCTGGCGTTGCAAGG
GCCCAACCAAGGAGGCCGATCGGCGACGTCTTAAGGGGACTGCCTCCAGA
AACACTTCGAGGTCTTCGGGGCGATCCCTTGCATTTGGAGTTGTTGTCAA
GGATGGACAGGATTGGATGACTGCTGCGAAGAGCGTTGGCATGTGGCACC
GGGGGATCGAAAAGGGAGAAGAATCGCTTAAGACCGCCTGGCGTCGCGCG
AACTTCCGTCAATCCTACGTCCGGCGCCAGCGCGAGGGTAGTGGATGAAG
GGCCGCCAGGAAAACATCCGCCAACAGCGACTGCGTGACGATACCGGCTC
GGGACGCAAACAGGATGGAAATGGCGGAAAGAGTCGCTCGCTCGCTTTGT
TCCTTATTAGACGCTGGGGCAAGTCGATGTACAGTACAGTACAGTACAGT
ACAGTAGCTACGTGTGCGCATTTGTTTTGTTTTGTTTTGCTTTTTTGCTG
TCGTTTGTATTTGTTTTGTTTTGTTTTCCTCCTGCGATACAGATGGGTCC
GGTGTAGGTCCTGCTCTTGTTCAAATTTTGGGCAGCTAACCCCTCGCGAT
GCTTCCCATTGTGTCTGTATACCTCTTTCTTTTATTTCATTTGATTGCTG
TCCCTCTTTGCCTCCTGCCTTTTCTTTCGCTGCGTGTCGTATTCGTTGTC
CTTGATCCTTGTGTTCCTATTATATGACAGTTACACCTTTCTTGCGCAGT
CTGCTAAGGAGGATGTTTTTCATGCCCTGCGCGTATTATATGTGGTTGCA
TTTTGTTTGTGCCTTTTTTGTTTCTTGTAGGTTTTACCGTATTTGTATGT
CTCTTTCGTTGTCGATGCTTCTTTTTTTTGTCCGTTTCCTTTCTGTCTGC
TTTCCATGTTTTTTTTTGTCCGACCGTGTTCCCGGTTCGGGTGTTCAGTT
CCGTCTATCTTATGACCACGGCTGGATTCGTAGCGGATCAGTTAATGTGA
GATGAACAACAACAACAGCAGTAGTACCGGCACCAAGCTACTATGTAATA
TATACCGGGAGTACGTTATTTACCTAAGCACATGACCTTTGGTATTGTAT
TAGTTGTAGTACCTAATTGTAATACCCCGGCTGTATTGATAAACAACTGA
AGTACAATCCTACAGATAATTTCAGTTCGTAGTAACTGTACTGTACTATA
TATAGATGGAAAGCTGATTATTCGAGTAGAGGGAAATGATCTCGGCGCAG
GAACGTGCCCAAAGCAGTGCCATCGCAAGTTGCGAATGGTGGCTGGTGCC
TATACCAACACGATGCAACAGCCAGCAGATACCTTGCACTGTACATGGTA
GTATTGATAAATCATCACACAAAAGTTCAACGGACGGCGCAGTCTGTTTC
TCGACCACCCGCGCTTCGCATGGCACAACCTGACTCAAGGATTCGATATA
ATTACATGACACGGCAGTCGGCAGCTTTCCGGATCAGCTTGATTCGGGGA
AGCTTCGGCCATCAGGGCGTTCGGCTTACTAAGCAAGAGCCCGAACGACT
CATCCTCTTGTGGGAGGCCTCTAACCCTCTACACTGTGGGCTTGTAACTA
GCGCCGGATGGGCTTGCATTTCAGCATCTCCCCGGCCTTGCTTCGATCGT
AATCGATTACAAAATCTCTCCCCCCACCCGCCATCCGTCATCACCACTTT
GCAGCTAGTAAATTCAACCATTGGTTGACGAGTTGTAAGAGTGCTGAACA
TGTATCGCGATAAAAAATCGTAAGGCGTGAACCGGGGAGAGATGGGGAGA
TCCTTTGTGACCACAGGCAGGATGGTAGTGATGAGGTCCATCGGCTATGA
GTGAGATTGAAAAAGTAAAAATAAACAAAAAAATAGTACTTCGTAAGAGC
TTTTGTACTGCTGCTGCCGTCTCGATTACACTTGGTTCATCCATACCGAA
TTCAAGGTCTAGTCAGATACTACACTATGCTGTACCCGACCCCCCCCCCC
GGCTTGGCGCACGCTTGGGGCCTCCCCCGGCTTGATTTcCCCCCCCGATA
TGCCGAGTTTTGTGATTCCATAACGTCGGTCCCACATTTTTTTCTCGCAT
TTTTTTTCAAACGTTCAGAAGGTAAAATTCTTGTCTTCACAAGTTGTGAC
CTTGGGATTAGGTTTTGTTTGATCCCGCTGCCAAGCGTCTGTTCTTTGTC
GTTTCTTGTTGTTTCTCACCTTCAGCGTATTTTTGTTGCCAGCCCGGAAA
AACTACGATTGCACGGTGGCCAATCCCGCTTGTGGTCCTGTATGTATGTG
TGTATGGTCATCACGTATAGCAGAGTATGGATCAACCGGGTAAGGTTGCC
AATCCTGCTCGTGGCAGCTGAACAGGGAAAATTAATATTTCCCTGTCCCC
GTTCGCGCCTGAGAAATTGGTCTCGCGAGACGGGTTCGGCCGTCCCGTCC
CGCTTCAGCCTGCTCGTTCTCCAAACTTAGGCTGAATATGGTGCTTGTTC
ACGGGATTCCTCCCGGTTTCCGCGGCGGCGTCCATTTATTTTTTTATACC
GCCGTACGCCATCCCGTCAGTCCCGATTTTACCGGGTCACGCAATAATTA
CGTACCGATGACGTTCACTGCCGAGAATCCGTCGGCACAGGGCCAGTAGT
CCTCAAGATAGTTCGAGTAACGGGTGCTGCCTTTGCACCAGCACGGACCA
ATGAACGTGCGCCTCTCTTTTCCCACACCCACTGTACTATTATTGGTATG
AAGTGGTTATAGCATGTTCAAAGTATCGGAGGCGATTCTTTATCCTAACG
GTATATCCTAACGGTATATCCTAACGGTATATCCTATTAAAAACGGTACA
TATATCCTAATGGCTCTTTTGGCGTTTGTCCCCTCAAGACATTACGAGTG
CGAAGACGACACCGAAAGGTTTAGACAAAAGTTACGGGGTAAAGTCGGCG
ATCGCGGCGACTCTGAAGAAAAAGAAAGCTCTTGCGTACACGCCCTCAGT
TCCATTCCCGTACACCACCCCATCCCAAGTGCTCTGAGGCAACGGACGCT
TTCCAAACTGCCCGTTATGCTCAGCGAGTTCGGTCGGTAGCGTCCCCGTT
TCTACTGTGGAATAGCGATACTCGTGGTCTGATGATACTCTGTCTGATGA
TATGTTAACAACTGGGTGTTGAGCGAGTGGGTTCACGCAGCAGGCTCATG
GTACAATTCTACTCTGATGAGCTGTGAAGGGAAAGTTGCTGTAGAATTCG
TTGGATGGACCTGATACTGGGTCAGAGCCTCTCTGAACCATACAAGCCTA
TGGCTATTTTATCTCACTAGCTAAACCAGTTGTACCGAGTTCGCGCGTAC
GGTGTGGGTACCTGGAGAACAGGTGACCGGGTTGGAGAACGGGCTCCTGT
AGGCAGTGCTTGAGAAGTCCCTCGGACACGGGTCAGGAGACTTGACGAGC
TGTGCCGCTTTATTCTTACTTTATTTTTTCCCTAAACGACCGTGCTTGTC
AACAATTAGCTAAATTGCTGTTGCTGGGTGTGGAAGAGAAGTGATCGAGT
AGGGGTGGGTGCGGCAGCTCACGCCTGTTTGGTAAGGATAACGCCATTTC
GGATTTCTAAGGGGATATATGGCGCTGTTGTCTCCCATTATCTTGCCGTG
GTTCCATGATGCCGATGAAACGTTCTAACGGTTCATAACAGATACTCTGT
CTGATGCGCAAGCGATTGTTTCCAGCGGTGCGGCTAAGGGAAACAGATTT
TCCTTGAGAGAGTCCTAAATATCTTCTTGCTTCTTGCCTTTTGCCTCTTG
CCTCTCAGGGTCGTGAGTCCCCGAGACCTGTCGATAAATGGTATTAATAG
GAGATTCTTCTACACCAAGGCATGTATGTTAGACTGGTTCACAACTGTAA
CGGCCAAGACCCGAACCAATATCGCGCGTACCCTTCTGTTCCCTCGTCCT
GCCGTGTCGCTGTGATGGCAGTGGTATCCGGTATTATCCTTGAAGCACAC
GGACGAGGGGCGAGCGCAGCCTGTCCAGGTAAGAAAAGAGTTCACCGTAC
GAGTTCGAAATAGGACAGGAAGAGTCTTAACACGTGTGCTCAAAAATCCA
TTTTTTTACCGGCGGTTGCGACTTTCTCTGGACTCGAGCGCGCTGCCTTC
TAGGATTTCGTCCAACGAAGGTATTTCTGCTTCTGGTTCGTAGTGAAAAC
AAATGCTCGAAGTGAAGCGGCCTCACTCTGCCATGTGATTTGTTGCAGCT
GCTGGGAAAGGATTTGGTGGTGTGGCGGAACAATGAGGGGCGCTGGTCTT
GCTTCGATGACCGCTGTCCCCACAGGGCGGCGCCTTTGACGGAGGGGAGG
GTGGAAAAAGACGGCACTCTTATGTGAGTCACTTTCCTATTCAGACTCAG
ACCCTGATTGTTCTCGTTGCGTGCTATTGATAGGCGGTCAGGCTGAATTG
CGATGCATGTCGGCGGAAATATGATTGTTCTGCAGTCAGCGTTGGGCGGG
TCCGTTACGTCCCGTACATGTACAGTAATTGTTCAGGTCTACATGAAGTT
AACATACAGCTTTCCGCTGGACTGCCTTGTCCGATGGTGTGTCTTAGTAT
GCTCCGTGTATATCCTTGCTTAGGTGTGCGTACCACGCCTGGCGCTTCGA
CGCGGATGGCAAGTGTCTTAGTATTCCTCAGAGCGAAAGCGGGGGCAGAG
ACGAGGCTCAACCCAAGGCGTGCGCCAAGGTTTATCCCACCCAGGTACTG
CTGTATATGTATATGTATGTGTATGTGTATGTGTATATGTAGGGAATAGA
GTTAGGGGTGGGGGGGAGGGGTGGGGGGGCAATTTGCGGGGCATGAGTAC
ATTAAATTGCGTTATGGAGGTTTTGCATTCAACGGCATCTATCTAGGATA
CTGCGTGATTTTTCCCAAGCCATTGAGCTCTTGATTTTCGATTTTCCAGG
TGGCTCAAGACATCATCTGGGTCTGGGGTGAAAATGGTCCGGATGCGGCA
CTCGAAAGCGCCATGTCCTCGCCTGCTCTCCCTGAGATGCCTCCGGGAAA
GAAATTGCTAAAAGGCGCCATAGCGCAGAGGGACTTGCCCTATGGCTGGG
ATGTCTTCATGGAGAACGTGATGGTGAGCACGCATGCATCGCATCAAGCG
TCTTACGCGGTCCTTTCTTCCCCCCCCCCTTCAGCCTACAGGGGATGGGA
TGGTGATCGTAGGTCGTTGTTCGATTTCTCTTTACGCGCGTCGTTAAGGT
CGGGTAACGCCGATGTTGCCTGATGTAGGCGTCTGCCCTTCAGCGATGTT
TTTCGGCCACACACGCCACTTCCCAACCAGAAGAGGGCTGCATGTTTTCC
AAATAAAAATTGGCACATTACACCAAATGCCGAGCATGCTTAGATGTAAA
GAATCCAAATCGTCCCCTTTGACTGGTAACATCGCAACGATTCGCCCCCT
GAACATTTTGCGACTTGTTTCTGAGCTTCCTGCATTATTATCGGCCGTTC
TACCCTCCACTACGCTCTGCTCTCCTTTGCGGGAACGGTTTCAACCACCA
TACTTGGCGTGTCGCCGCTGATATTGCGTTCCCTGACGCTGGCGGGTGCT
ACCATCGCCCTTTACCGCTGCGACGTCAAACCTCCTTCATCCCTGCGCAG
GACCCGGCGCATGTCGAGGTATCTCATCACGGTACGTTCCTTCTTAACTA
CTTACTACTTCAAACTACACTGGAAAAGATCGATGACCAGGCTTTTGCTT
GGGGACGTGCAATTTCCGTCAGCGATCATCATGAGAGCGGCTCAAACGCC
TCCGAAAGGGACTATTTATACAGCATCGTTGAGAGGGGGGGCTAGAACAG
CGTTCGGACAATGTGCACATGTCCGCTGTGTCCCAATTTTGACAGCAACG
TGTGTCTGCGTGAACGCTTTTTGGCAGGTTTATTGGGAAATCGCTATGGG
GCCAAACCGTGGCCGGCGGAGGTTGTCGACGATGTCGTGAGCGAGGTACG
TTACGTTACGGTACGGTATACAACGACATTTGCCAGTAATTGTTAAAAGG
TTTTTCGTGTATGTCTCCGTTCGCGTTCAAGAGAGGCGCTGCTGGACGAG
GTGTTTTTACAGTATCTTGCGGCGTTTTGTCTCGCGTTCTGTCGATGAGA
CTGGCCATCCAACCTATTAGGTTACCAACCAGACGAACCTCAACGCCGCC
CATAATCGAAAATATTCAATTTTGCTCACCCTCAGGTTCAAGCTGAGGTC
TGGTGTGTGCTGTACAACGGGTCGTGCAGGTTGCCAGTTGAACTACTTGG
GGTATTATATGTTGATCGTGGGGCATTTGACGTAGAGTGTGGTGCGTTTT
TTGCTCCCTCTCCCCTCTTCCCTCTTATGAAATCCCTCCAGAAATTCAGT
ATAAATCCCTCCTTATGTCCCGAAAACATCTTCGGCTCACCCCCGACCGC
CCCATCTACCGATCTACCCCTCTGTGTGTGTCGGCAGAGAGGGTTAACCG
TGGCGTTCCGGTCACCGAGGGGCCCGTGGAGAGATACTAGCTCCTTCACC
CCGCCCGCATTGGTAAGCATAAACGTACCTCTCATATATTCTGTCCTCCC
CGAGGTACTCCTGCTTTCTCATGAGTGTGTGTTGCAGATACGATACTGTA
TTTCAATCGAAACGACCTTCGGTCCCTTATTTCAATCGAAAGGGCGTTCG
GTGCGAACGATCAAATTTGATAATGAGAGTCGGTCAGTACGTGCAGCCTT
AAGCCTTGTAGGTTGAAAAGCCCTGTAGGCGAGAGATGAGGTAGCAATGA
CGTTGACGTTGTCGATAGCGTAAAACCAATTCCAACCGATGACATAAAGC
TCTTGTCGCTTGTTACCGAATGAACCGCCCCGCCCGGGAAAAAAGAGGTG
CACACTAATTGGTCCATGGTGACCTGCAAAGGCAGCAGCCGTTACTAGAA
CTACTCGGCAGTGAACGCCATCTGTACGCACTTGCGCGACCCAATAAACT
CGGGACTGACCCGATGGTGTACGGCGGTATAAATAGATGGACGCCGCCGC
GGAAATCGGGAGGAATCCCGTCAGTAAGCACCAGATTCAACCTGAGTGCG
GGGAATAAGCAGGCTGACGCGGGACAGGACGGCCGAACCCGTCTCGCGAG
ACCAAATTCTCAGGCGTGAACGGGGACAGGGAAATTCACTTTCCCTGTTC
AGCTGACCACGAGCAGGATTGGCCACTTTACCCGGTTGATCTATACTCTG
CTATATGTGATGACCATGCATACGTACATACATACATACATACATACATA
CATACATACATACATGCTCTTACGCTGCAAAGATAACCACCTGAGATAGA
GGAGTGACGGCAAATAATACCTATACATTTGAAATCGTTGCCGCTGTTAG
TGACCGTTCTCGTCTATTTTATCGCGTTGCACAGGTGGAGATAGGGGCTC
AAAACCTCGAGGACTCCCCGTACCAACTGGTTATGTACAATGTTCCCACG
CGACCGGGTTGGAGCCGCATGTTATCGTATCAGGTGCTACGTTTTGTCTC
CCTCTCCATGCGGTGCAGCGTAAGCTCCTACACTACAAGATCGGTGATAT
CCGTTGAGGCATGTGCCGCATTCACCCTTTTGCTATCCACAAGTGTCGCT
CGGCGAAAGAACAAACCAGGGCGTCGTTCGTTTCCGTCCAACAGTAGCTA
TACAGTAGATACAGTATCGGTTAATGTGGAAAACATTCCTCGCGCTACCG
GTTCCAGGCGAACATCGTGCCACAAGATTCGAGCGCCAAGGGGTGAGTGA
GTAGCAACGGAGGCACGCCAAATACCAGACCGTGGTTTAGACCGATAAAA
AGGCTTGTGATTTCCATCCGTTGCATCTACGCTCGTCAATCGCAACCACT
TGGGGGGGCTGGTGTCCTGAAGGGACTGTTCATCATAGCCTTTATCGATC
CTTGCGTTCTTTCTTGGCCGATCGAAGTCCGTCCCGATGAGGTGTGGGAG
ACACAACCACTTACGTGGTACATAGTTTAGTGACTGGGCCGAAATCTGGC
CTCCTATTTGATGTTGTTATGCGCTCTACCTCGCCTTGTCTGTCTACTGC
CTAAGCTCAATTTTCAAGATACAGCCTCGCGACCGGCCCGATTGGTTTCA
GCACATCTCTGGTCATAAGTTCGTCGCCCAGGACCTGGTCTTCCTTCATC
ACCAGGCAAGTCGAAGGCTACAGTAAATGAGACTAAGAGACTTTCGGTTC
ACTAGAACGAGAAAATGATCTGAACTTAATGGAACATAACACAATTTCTC
TCATGGGACACACTCAATGGGTTCTCGCTTGAAGAGCCCACCGTCTGGAG
GCTGGTGTTGCCTTTGCCCCCTTCTCGAGAGATAGATGGTTTTTTCCCAT
CAGGTTCACAGTTGACTCTGCACCTCGTCTTTCCTCTGTCGAGCTTGTGC
TGCTGAAAGCGACGAACACTACCGAGTATTTCTGGAATGTTCGTGATGAT
GTTGGCCTCTCCATCGGCAGGAAAGAACGTTGGCCGCTTCAGGAATCGAT
AGCCGCAACTACGGCGAGGCCGTGTACACACCCACGGCCTCTGACACGGG
GGTGATCAACCTGTGAGTAAGGGGGAGCCCGTACGTCCCATAGCTTGAAT
CTTGCCCCCACCCGATGCGGTTTGTGTGCGAGCGGTCAATTGTCTTACGT
GATAATAATTCTACAGTTTTGACTTCGTCGGGGCCGCTTCGACTGTTAGT
AATACCTTCGTTGCGAGTGGACCATTCAACAAATTGCTGGCTTAAACTCA
CAAAATATGATTTGACGCTTTTGCGCGACGCGCAAATCAGGAGGAAGTGG
ATCGCAAAGTTCACCGGGGATGGTCCTGCTTGGGTTGCCGGCTGCGACCG
GACCGTGTCTCCAAAGGAATGGAAGCGCGACGTCCTCGTTAACGTTTACG
AGGTAGGGCGGCGCCGTGTTTCTATGATCCCGGCAGTATTACGCCTTCGT
GAAGACGGCCGTTGTTGCTGCGATGTGTCATGATGGATATGGTGATGGAC
CTTATTTTTCTAACGGATTCCCAACATTCGATGCTTTTTCTTGCTCCGCT
CTAGCCACATTTTACGTATGGAAGAATCAGGCCCACCAACTGCACTGCCT
CATGCTAATTTTTATTACCAAGTTTTTGTCATTTCAGGGATTGAGACAGG
CTTCCATCATGCGCGTGAAAACAATAATTTTTTGAGAAATAGGAAATGTA
CGACTGGAACGGACGGCGGTCCTCAAACCACTAGTCTCGCATAGTTGATG
CATTGCATCCGCGATGTGCAACCGAGGTTTAGTCCCTGAACGGACTCCGC
GCGATATTTGCCTCGTGTAGCGGGCATGAAGGCAATACTTTATCCAGACG
ATACGTGGCAGCCTTCGCCCCCCTCCCGCCATGCCATCCGATGGTGTCTG
AAACGTCTCGCTATTTTTTACCATGTTTTTCGTGCAAAACAGCCTCACCC
TTGATTCGCCATTGTTCTTCATGTGACCTCGTGCCCCAGATTGCATCTAA
CTTCGCCGTCCCTTCTTCTCGATTCTCTCCGAAGAGTCGAAACTATTTCC
TTTACGCGTGCTCGAAGAGGACGTAGCTTCACCAATTTCACGGGTCCCCC
TTGATTCCACATTTACGCCCGGTCAGAAACACACGAAGAACTGCACGGCA
TGCCTCGGGGCTCTGAAGAGGGTGAAGCAACTACTCACGGCGGCGAAAAC
TTCCGTGGTGATCTCCCTCGTCTGGGTGAGCGGGGAGGGTTTGGAAGTGG
TAAAGCGCCAAGTTATCACGTAGGTATTGTTAAAGTACCAGTGGCCCGTT
TCTGTTCGTTTCCGCCACAGGTTAGCTAGCCTAACGGGAAGGGACTCCTT
ATCGGCTTTCTACTGATAATTACTTGAATAGGGCTAGTCGCCTTAGCCTC
AAGACCTGCTCGTGGTTGCCTCCGTCGCAGGCGGTTCTGAGGGCGGCGCG
TGTTTCTAGTACGTCCAATTTGACCTCCGTTCTAGCCCGAAACGGAGTCA
CGCTTCGGGCCATGTTTCCTGCCGTCGCCATGACTTTCGTAAGCCTGGCT
GCTATAAAGGTGCGGATATGTGGTAGGGACGCCACGGCGAGGTGTTGATG
TCGATGACATAAGCATCAAGCAAACTGCTGTACGGAGTTTCTGGAGATGT
GGAAACGGCGCGCATAAGCTTTGAGGTCGGCCGTCGTGACTATTTAATAG
CCGTGTTGTCTTCAATTTTTAACTGATTACCTTTGTTTCGTCCGACCACT
GCCGACAGTGATATATATATATATATGCATATCAATGGGGCTTAACACGG
TCCATATGCGTGCTTGCCATTGGTTCACCGATCAAACTTGAATCCATGAT
TCGTCATAGTCCACCTGACTTGTCTAATTTCGATATATATATATATGCAT
ATCAATGGGGCTTAACACGGTCCATATGCGTCCTTGCCATTGGTTCACCA
ATCAAACTTGAATCCATGGTTGGTCATAGTCCACCTGACTTGTATAATTT
CTTCCTCTTGAGGTAGCAGAAGCTTAGCCTGATAACTGAAAGGGGTTGCC
CAATCTAGCTCTGTCATTTTCTCATTGTTGGGAAATCACGTGTAATGGCG
TCCAGGCTAGCAGGTGCGTGGTTGTTGGTCCGCTAATCCCAATCCGCCTT
CCATGTTAACGCTTCCTTCCCCAAAACGCTCTTCTGTGCGCTCACCAGAG
GCTAGAAACTCTGCACAAGGCCTTCTACACCCAACCCTACCACCACCAAG
ACAACGACTAAGAGACGGAGGGCTTGGCATTGAGGCCTCTCATAGCTCCA
AGCGATGATAGCCTAACGGTTACTATCTTTCGGTCAGTCAACGGCGTAGG
GACAACGTTGCGATGGGCTTGGTTGGCGTTCCTAGAAATGCATATCCTTC
GACTGCTTATGGATGCGCACATTTGAACGGACTCGATATTTCCTAGTATT
TTTTCTCTCGTTGCTCGTCGGAAAATCCTCACTGGGCCTAACGGCCGTGC
CTGTATCGACCGGTACGTTCGCAAAAGGATGGATGCTCGCGAATGCATCG
CGGCGCCCTTGTGAATCGGTGGGGTGCAGACAAAATAGTTGTTTTTCTCT
TTTATTTCTTTTTGAAACAAGGACCCAGGTGTGAGCTACTGTTGCGGCCG
GGATGCGTACCGGGCCTTGTCTTAGTTGGTTGGTCAGATATCCTGGGTTT
CCACTTGCGTGATGATACGCATGGTAACCCAGTAAATCGGATTCTGTCGA
TCGAGACGATCTCGGTCAAGTGCGAGTGGCTGACAGAAAAAATATGAGTT
ACCGAAAAC
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Coding sequence (CDS) from alignment at A-nodosum_M_contig112:152912..189770+

>mRNA_A-nodosum_M_contig112.29.1 ID=mRNA_A-nodosum_M_contig112.29.1|Name=mRNA_A-nodosum_M_contig112.29.1|organism=Ascophyllum nodosum dioecious|type=CDS|length=1590bp|location=Sequence derived from alignment at A-nodosum_M_contig112:152912..189770+ (Ascophyllum nodosum dioecious)
ATGAATTTGAACGCCGTGTTGTTAGGAGTCGCTGTAGTACAGGTCGTACT
TCGGGCGGCTTGCGCGTTCCTTCCCTCTTCAACTACCTTGAGCAGCAACA
GCAGGGATCTCCTTACAAACCTAGGCTCTACAACTCCGGCGGAATCCCAG
GCCGTGACGGCTCGGGAGGAGAAGGAATGGAGTGAAGGGAAATTCGACTG
GAACAAGCAGTGGTATCCGGTATTATCCTTGAAGCACACGGACGAGGGGC
GAGCGCAGCCTGTCCAGCTGCTGGGAAAGGATTTGGTGGTGTGGCGGAAC
AATGAGGGGCGCTGGTCTTGCTTCGATGACCGCTGTCCCCACAGGGCGGC
GCCTTTGACGGAGGGGAGGGTGGAAAAAGACGGCACTCTTATGTGTGCGT
ACCACGCCTGGCGCTTCGACGCGGATGGCAAGTGTCTTAGTATTCCTCAG
AGCGAAAGCGGGGGCAGAGACGAGGCTCAACCCAAGGCGTGCGCCAAGGT
TTATCCCACCCAGGTGGCTCAAGACATCATCTGGGTCTGGGGTGAAAATG
GTCCGGATGCGGCACTCGAAAGCGCCATGTCCTCGCCTGCTCTCCCTGAG
ATGCCTCCGGGAAAGAAATTGCTAAAAGGCGCCATAGCGCAGAGGGACTT
GCCCTATGGCTGGGATGTCTTCATGGAGAACGTGATGGACCCGGCGCATG
TCGAGGTATCTCATCACGGTTTATTGGGAAATCGCTATGGGGCCAAACCG
TGGCCGGCGGAGGTTGTCGACGATGTCGTGAGCGAGAGAGGGTTAACCGT
GGCGTTCCGGTCACCGAGGGGCCCGTGGAGAGATACTAGCTCCTTCACCC
CGCCCGCATTGGTGGAGATAGGGGCTCAAAACCTCGAGGACTCCCCGTAC
CAACTGGTTATGTACAATGTTCCCACGCGACCGGGTTGGAGCCGCATGTT
ATCGTATCAGGCGAACATCGTGCCACAAGATTCGAGCGCCAAGGGCTCAA
TTTTCAAGATACAGCCTCGCGACCGGCCCGATTGGTTTCAGCACATCTCT
GGTCATAAGTTCGTCGCCCAGGACCTGGTCTTCCTTCATCACCAGGAAAG
AACGTTGGCCGCTTCAGGAATCGATAGCCGCAACTACGGCGAGGCCGTGT
ACACACCCACGGCCTCTGACACGGGGGTGATCAACCTGAGGAAGTGGATC
GCAAAGTTCACCGGGGATGGTCCTGCTTGGGTTGCCGGCTGCGACCGGAC
CGTGTCTCCAAAGGAATGGAAGCGCGACGTCCTCGTTAACGTTTACGAGA
AACACACGAAGAACTGCACGGCATGCCTCGGGGCTCTGAAGAGGGTGAAG
CAACTACTCACGGCGGCGAAAACTTCCGTGGTGATCTCCCTCGTCTGGGC
GGTTCTGAGGGCGGCGCGTGTTTCTAGTACGTCCAATTTGACCTCCGTTC
TAGCCCGAAACGGAGTCACGCTTCGGGCCATGTTTCCTGCCGTCGCCATG
ACTTTCGTAAGCCTGGCTGCTATAAAGAGGCTAGAAACTCTGCACAAGGC
CTTCTACACCCAACCCTACCACCACCAAGACAACGACTAA
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