mRNA_C-linearis_contig10.461.1 (mRNA) Chordaria linearis ClinC8C monoicous

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

Overview


Name	mRNA_C-linearis_contig10.461.1
Unique Name	mRNA_C-linearis_contig10.461.1
Type	mRNA
Organism	Chordaria linearis ClinC8C monoicous (Chordaria linearis ClinC8C monoicous)

Homology

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: D7G019_ECTSI (Similar to importin 11 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G019_ECTSI)

HSP 1 Score: 1648 bits (4267), Expect = 0.000e+0
Identity = 894/1164 (76.80%), Postives = 964/1164 (82.82%), Query Frame = 3

Query:   84 MELPAALSTDDPSHAQTIFLAIEASTQSPLEGVRKPAELLLKACEELPGYTSVLSSIATTHAAPTDARATAVILLKNMVRVRWKSRGERGAVVDEAEKAALRELLSGGVAMEEPEARVASQLAVLMGKVARADWPRQXXXXXXXXXXXXVSGSPDRTRMALCGANEVLRELSTKRIGLDKAAFVKTSADLLPVLCQAWDAQWASIEGLLVAVAAGIVPS-GDSEAGVKAAEAISLGTVCVKIIRRLLQFGIPGLEHPTVEPLFSGLLQRMQAAATALSRHQEAAAKARQGASGALVEGGGKGYLQGEGPVLSELQELAERMACTAVDAQKDHPIGFRSRYLSAYLSFFCEQLSAIARARSASMSNTTAAEAAGVPRAAGGRGGLWRDAPETFGGVVDPQSIGPFCIQCMSFVANVVSCSSYREDVLQKAIATXXXXXXXXXXXXXATGIRPAAVGRGRIITGKGDAVITPGIALEISSAMGDFFTKARVLALLGLLLEGYLPLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLEASSNNVGGVLAEAVAKMLSQGVPEQIETCRQSTISPQVLACDALYLCTGLGAYTVKKHFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVASRSPLILLRRLMWLLGCWAEQIPASLRPALVQATANVMKAKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATSSQTPLRCKCLQVMTHVVDALGSDKGPDLDRIALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGVSDGSDSSREPDLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKEGLEQLSSEEPEESNAPSPPSLLQARLQETLRADVAVTADLGLLVRGSMDALRATLGEQGWQAAVETVEPVVLRELQGMV 3572
            MELP ALS D+P HAQTI+ AIEASTQSP+  VRKPAE LLKACEELPGYTSVL++IATTHAAPTDARATAVILLKNMVRVRW+SRG RGAVV + EKAALRE+L+G   MEEPE RV SQLAVLMGK+AR DWP Q            +SGSP R RM+LCG NEVL+ELS KRIG DKA+F+KTSADLLPVLCQAWD+QWA IEGLL  VAAG VP  G S+    A EA+ LGTVC+KIIRRLLQFGIPGL+HP++E LFSGLL RMQ+   AL +HQ   AKAR     AL    G G   GE   L ELQELAERMACTAVDAQKDHPIGFR RYLSAYLSFFCEQLSA+AR R+   S       AGV   AGG  GLWR+APETFGGVVDPQSIGPFCIQCMSFVANVV CSSYRE+VLQKAIA               T  RP A   GRIITGKGDA+IT  IA EISS M DFFTK RV ALLGLLLEGYLPLT  E+ DW  QPE+Y+LLQDS+EARESVRVSAQQVYMALLEAS NNVGGVLA AVA MLSQGV EQIETCRQ+TISPQVLACDALYLC GLGAYTVK+HFDF  WF AFLGPALEALV+TMQ  A   PA+  S  P++LLRRLMWLLGCWAEQIPASLRPALVQATANVMKA EAD+VIRLSAL ALRSLL+LWDLD +QCLAP LGWLV ALY MF+DV EM+NRQE   VLTVMSE+L RSGRLLVPHCQ AVAGLP VW ATSSQTPLRC CLQVMTHVVDALG DKGPDLDRIALAMVDV+TKVGSDEAIYLMETGL LWLALLRH+ DY EG+HNLFPRIP+MLDTDLDNLKQ+MLILEAHVV+GGTVFLQAHGPL+CTCFCRVVGQVKPKGAAFVSRAL +VLRKFPVEAS ML DGGV++QVAEACLVGV+DGSDSSREPDLVIVQH+TVLC RVLL AP  LRG LQHLADS+P  R+ G     G ASD   +P++NPDWLLAEL+GQMT LFDSAGYS AGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKE L Q    EP+ ++A S P+LL +RL E L+ADVAVT DL  LVR SMDALRATLG+QGWQ AVETVEPVVLRELQ MV
Sbjct:    1 MELPDALSPDNPGHAQTIYQAIEASTQSPVPEVRKPAEQLLKACEELPGYTSVLAAIATTHAAPTDARATAVILLKNMVRVRWRSRGGRGAVVGDGEKAALREVLAGA-GMEEPEERVVSQLAVLMGKIARVDWPGQWPQLFPNLVASLLSGSPRRQRMSLCGTNEVLKELSMKRIGFDKASFIKTSADLLPVLCQAWDSQWAIIEGLLPLVAAGNVPDPGGSDGATAAVEAVPLGTVCIKIIRRLLQFGIPGLDHPSIELLFSGLLHRMQSVVAALEQHQ---AKARA----ALSPNVGGGKEDGEAAFLGELQELAERMACTAVDAQKDHPIGFR-RYLSAYLSFFCEQLSAMARVRATCPSKGVGGTGAGVGAVAGG--GLWREAPETFGGVVDPQSIGPFCIQCMSFVANVVCCSSYREEVLQKAIAAATVAPGGVAP---VTARRPGA---GRIITGKGDAIITADIAREISSVMTDFFTKERVEALLGLLLEGYLPLTPVELGDWEDQPEDYFLLQDSMEARESVRVSAQQVYMALLEASGNNVGGVLAAAVANMLSQGVQEQIETCRQTTISPQVLACDALYLCAGLGAYTVKQHFDFQAWFQAFLGPALEALVATMQARALQAPAVSDSCGPMVLLRRLMWLLGCWAEQIPASLRPALVQATANVMKATEADMVIRLSALSALRSLLSLWDLDPEQCLAPALGWLVPALYAMFKDVREMDNRQE---VLTVMSEMLERSGRLLVPHCQAAVAGLPDVWSATSSQTPLRCSCLQVMTHVVDALGRDKGPDLDRIALAMVDVSTKVGSDEAIYLMETGLGLWLALLRHATDYSEGLHNLFPRIPEMLDTDLDNLKQSMLILEAHVVIGGTVFLQAHGPLVCTCFCRVVGQVKPKGAAFVSRALNSVLRKFPVEASRMLDDGGVIRQVAEACLVGVNDGSDSSREPDLVIVQHITVLC-RVLLGAPATLRGALQHLADSHP-ARSGGPNSTNGGASDA--NPTANPDWLLAELVGQMTALFDSAGYSEAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKESLAQPPVGEPDSASA-SEPNLLHSRLLEALQADVAVTTDLKGLVRASMDALRATLGDQGWQVAVETVEPVVLRELQRMV 1139

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A6H5L766_9PHAE (Importin N-terminal domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L766_9PHAE)

HSP 1 Score: 546 bits (1408), Expect = 3.370e-178
Identity = 315/428 (73.60%), Postives = 346/428 (80.84%), Query Frame = 3

Query:   84 MELPAALSTDDPSHAQTIFLAIEASTQSPLEGVRKPAELLLKACEELPGYTSVLSSIATTHAAPTDARATAVILLKNMVRVRWKSRGERGAVVDEAEKAALRELLSGGVAMEEPEARVASQLAVLMGKVARADWPRQXXXXXXXXXXXXVSGSPDRTRMALCGANEVLRELSTKRIGLDKAAFVKTSADLLPVLCQAWDAQWASIEGLLVAVAAGIVP-SGDSEAGVKAAEAISLGTVCVKIIRRLLQFGIPGLEHPTVEPLFSGLLQRMQAAATALSRHQEAAAKARQGASGALVEGGGKGYLQGEGPVLSELQELAERMACTAVDAQKDHPIGFRSRYLSAYLSFFCEQLSAIARARSASMSNTTAAEAAGVPRAAGGRGGLWRDAPETFGGVVDPQSIGPFCIQCMSFVANVVSCSSYREDVLQK 1364
            MELP ALS D+P H QTI+ AIEASTQSP+  VRKPAE LLKACEELPGYTSVL++IATTHAAPTDARATAVILLKNMVRVRW+SRG RGAVV + EKAALRE+L+G   MEEPE RV SQLAVLMGK+AR DWP Q XXXXXXX    VSG P R RM+LCG NEVL+ELS KRIG DKA+F+KTS DLLPVLCQAWD+QWA IEGLL +VAAG VP  G S+    A EA+SLGTVC+KIIRRLLQFGIPGL+HP++E LFSGLL RMQ+   AL +HQ   AKAR   +  L  GGGK   + E   L ELQELAERMACTAVDAQKDHPIGFR RYLSAYLSFFCEQLSA+ R+R    S     + AGV   AGG  GLWR+APETFGGVVDPQSIGPFCIQCMSFVANVVSCSSYRE+VLQK
Sbjct:    1 MELPDALSPDNPGHTQTIYQAIEASTQSPVPEVRKPAEQLLKACEELPGYTSVLAAIATTHAAPTDARATAVILLKNMVRVRWRSRGGRGAVVGDREKAALREVLAGA-GMEEPEERVVSQLAVLMGKIARVDWPGQWXXXXXXXVASLVSGIPRRQRMSLCGTNEVLKELSMKRIGFDKASFIKTSVDLLPVLCQAWDSQWAIIEGLLPSVAAGNVPVPGGSDGATAAVEAVSLGTVCIKIIRRLLQFGIPGLDHPSIELLFSGLLHRMQSVVAALEQHQ---AKARAALNPNL--GGGKE--EREAVFLGELQELAERMACTAVDAQKDHPIGFR-RYLSAYLSFFCEQLSAMVRSRVTCPSKGVGGKGAGVGAVAGG--GLWREAPETFGGVVDPQSIGPFCIQCMSFVANVVSCSSYREEVLQK 417

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A6H5L8L7_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L8L7_9PHAE)

HSP 1 Score: 315 bits (808), Expect = 1.000e-95
Identity = 158/187 (84.49%), Postives = 168/187 (89.84%), Query Frame = 3

Query: 2106 AKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATSSQTPLRCKCLQVMTHVVDALGSDKGPDLDRIALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQ 2666
            A EAD+VIRLSAL ALRSLL+LWDLD +QCLAP LGWLV ALY MF+DV EM+NRQE   VLTVMSE+L RSGRLLVPHCQ AVAGLP VW ATSSQTPLRC CLQVMTHVVDALG DKGPDLDRIALAMVDV+TKVGSDEAIYLMETGL LWLALLRH+ DY EG+HNLFPRIP+MLDTDLDNLKQ
Sbjct:    2 ATEADMVIRLSALSALRSLLSLWDLDPEQCLAPALGWLVPALYAMFKDVREMDNRQE---VLTVMSEMLERSGRLLVPHCQAAVAGLPDVWSATSSQTPLRCSCLQVMTHVVDALGRDKGPDLDRIALAMVDVSTKVGSDEAIYLMETGLGLWLALLRHATDYSEGLHNLFPRIPEMLDTDLDNLKQ 185

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A835Z4X2_9STRA (Armadillo-type protein (Fragment) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z4X2_9STRA)

HSP 1 Score: 291 bits (744), Expect = 2.100e-79
Identity = 213/681 (31.28%), Postives = 326/681 (47.87%), Query Frame = 3

Query: 1290 FCIQCMSFVANVVSCSSYREDVLQKAIATXXXXXXXXXXXXXATGIRPAAVGRGRIITGKGDAVITPGIALEISSAMGDFFTKARVLALLGLLLEGYLPLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLEASSNNVGGVLAEAVAKMLSQGVPEQIET-CRQSTISPQVLACDALYLCTGLGAYTVKKHFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVASRSPLILLRRLMWLLGCWAEQIPASLRPALVQATANVMK--AKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATSSQTPLRCKCLQVMTHVVDALGSDKGPD--LDRIALAMVDVATKVGSDEA-IYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGV--SDGSDSSREPDLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGVIKNL-DQIVNICVDVLTEE 3305
            F IQ + F++NVV CSSYR D LQ A+A                G    + G        GD+ I    A  I  A+  F+T AR+  L    +   LPL+  +++ W+  PE + L QDS++  ES+RV+ + +++ ++E+  +  G  +   V  ML+   P+Q+E     S I+  V   DALYL  GL   ++        W    LGP    +++             A+ +P +LLRR +W +GC A  + A +   +    A V+   A + D  ++L+AL  L  ++  W  D  + L P LG L+  L+ +   + E+E RQ+    L  + E++S +   L+P     +  +P VW A   QTPLR  CL +M  +V A+G+  G    L  + + M+ +A  V + +A  Y++  G+ELWL   R    Y   +H LF  +  +L+ D++ +K  ML+LEA+ ++G    L A+   +         QVKP GA FV+RALE +L   P E + +L        V E  LV V  S   +SS EPD+VIVQH+TVL + VLLAAPD+   +L+  +                                + +L   M  LFD+ G       RRR W +ALL  LP      ++ L DQ+VNICV  L +E
Sbjct:  157 FAIQSVVFLSNVVGCSSYRADTLQSAVAK---------------GKMAGSAG--------GDSPINAETATAIRQALDAFWTPARISQLCEWTIRHLLPLSPSDLQYWSDDPEAFVLEQDSLDVTESLRVAGEHLFLGMVESPDH--GRQVVGIVEDMLTASAPQQLEAFATTSGITDTVFLVDALYLAVGLATMSLSGDM-LRIWVQEVLGPGTRRMLA-------------ATTAPPLLLRRALWAVGCVANHLTAPIAADVASLVAAVLGGGAAQGDAAVQLAALSTLHGIVEQWVYDPSEALVPALGPLLDGLFSVLGRMRELEPRQQVLDALVAVIEIVSTA---LLPFANKLLEVMPLVWSAAEEQTPLRITCLTLMAQIVLAVGTTPGAAQALAPVVVPMIALACHVDARDADAYMITGGMELWLQYTRRCPAYTAELHALFLLLAGVLERDMECVKTGMLLLEAYALLGQQAMLSAYAEHVVRSLQTCAAQVKPDGAQFVTRALEAILNVAPREGAALLLP------VLERLLVSVLASARGESSCEPDIVIVQHVTVL-AHVLLAAPDVCAELLRRCSVG------------------------------VVDLAHVMVHLFDAVGGGTPH--RRRSWCLALLACLPQLRPEQVQELMDQVVNICVSALNDE 756

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A7R9TMU8_9VIRI (Hypothetical protein n=1 Tax=Prasinoderma coloniale TaxID=156133 RepID=A0A7R9TMU8_9VIRI)

HSP 1 Score: 254 bits (649), Expect = 8.580e-66
Identity = 314/1148 (27.35%), Postives = 493/1148 (42.94%), Query Frame = 3

Query:  153 ASTQSPLEGVRKPAELLLKACEELPGYTSVLSSIATTHAAPTDA-RATAVILLKNMVRVRWKSR-GERGAV-VDEAEKAALRELLSGGVAMEEPEARVASQLAVLMGKVARADWPRQXXXXXXXXXXXXVSGS--PDR--TRMALCGANEVLRELSTKRIGLDKAAFVKTSADLLPVLCQAWDAQWA-SIEGLLVAVAAGIVPSGDSEAGVKAAEAISLGTVCVKIIRRLLQFGIPGLEHPTVE--PLFSGLLQRMQAAATALSRHQEAAAKARQGASGALVEGGGKGYLQGEGPVLSELQELAERMACTAVDAQKDHPIGFRSRYLSAYLSFFCEQLSAIARARSASMSNTTAAEAAGVPRAAGGRGGLWRDAPETFGGVVDPQSIGPFCIQCMSFVANVVSCSSYREDVLQKAIATXXXXXXXXXXXXXATGIRPAAVGRGRIITGKGDAVITPGIALEISSAMG-DFFTKARVLALLGLLLEGYLPLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLE----ASSNNVGGVLAEAVAKM-LSQGVPEQIETCRQSTISPQVLACDALYLCTGLGAYTVKKHFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVAS-RSPLILLRRLMWLLGCWAEQIPASLRPALVQATANVMKAKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATSSQTPLRCKCLQVMTHVVDALGSDKGPDLDRIALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDT-DLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGVSDGSDSSREPDLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGV-IKNLDQIVNICVDVLTEEREDGGKRLKEG------LEQLSSEEPEESNAPSPPSLLQARLQETLRADVAVTADLGLLVRGSMDALRATLGEQGWQA 3521
            A+ QS    VR PAE  L+A    PGY   L  +     A  DA R  AV+ LKN +   W+ R G  GAV V  AEKA++R  L    A++EP  +VA QLAV++ +VAR D+PR+               S  PD    +      + VL+EL++KR+  D+  F + +A L   +   W A  + + EG+  A+ A     G + A      A+    + +K +RRL+  G  G +  T++  PL   L+     A   +   ++AA+      +GA V            P+   +++ A +   T VD Q  HP  F               L  +     A  +   AA   G PR                             I CM+ + NV+    YR+ +   A                          RG  +T  G  V       E+   +G D   +  VL     L+ GYLPLTA+++E+W   PE +   QD + +++ +R  A+ ++  +LE    A +  V  +L EAV +M  +    E     R    S   LA +A+Y   GLG Y++  + DF   F   L P L               AI A+ R+P+   RR  WL+G W   + A +R     A   +++    D  +RL+ALGAL +L   W  + ++   P L  ++ A + +     E++ +     ++ V+ E +  S           VA LP  W A+ SQ  LR + + V+  +V +LG   GP L  +   +V   T     EA+ L+E GL+LWLA+LR++      +  LFP IP+++ +   ++L+    +LEA+V++GG  FLQ HG  + T    +VG+VK  G   V  +++ +L  FP +A  +L +G + K VA      +++ ++S R      V     + +RVL A       +L     +    R   A      AS GG             L+    G++  A  S   V +R+L ++AL  LL SA+  V + NL+ I+ +    L E   DGG     G       ++    + E+ +A    +    RL+    AD A  ADL   +R ++ A  AT G    QA
Sbjct:   17 AAAQSADAAVRAPAEGALQAAAAQPGYCEALLRVVAARRAGGDAERWMAVLCLKNAIGRHWRVRAGANGAVSVTAAEKASVRSALLA--ALDEPSPQVAVQLAVVVARVARLDFPREWPGFFQALMGRLQQPSAVPDGLLVQRVYLTLHHVLKELASKRLAADQRVFAEVAAQLFEGVWAQWCADTSVAFEGVPAALDA--AARGSAGADQPLLLALERWLLALKCLRRLVLHGF-GPDARTLDDVPLVRRLVPACMEALGRMRSWRDAAS------AGAAV------------PLAPAIEKCALKALKTVVDLQHTHPWSF---------------LGCLGTTFDACAAEVLAAPEGGRPR------------------------FDRLLIHCMTLLQNVLKNRGYRKALADSAAPNELTQ-------------------RGERLTALGKEV-----RAELQVRVGADAMARLCVL-----LVRGYLPLTAEDLEEWEADPEAFAHEQDVVGSKDRLRPCAESLFATVLETAREACAPGVVAMLNEAVVEMGAAAPAAESTGAARARAAS---LALEAVYNAVGLGEYSLYDYVDFKSLFPNVLVPEL---------------AIDAAWRAPV--RRRAAWLIGRWVSALDAPMRQVAYGALTPLLRVD--DFAVRLAALGALHALCDDWSFE-EEGFVPYLAPVLDACFALCPQSTELDTQTRVFALVGVLVERMPNSAAAAADR---VVAQLPGAWAASESQPLLRIQVVSVVQRMVASLGLQGGP-LQAMIAPVVAYCTNPDEREALSLLEDGLQLWLAVLRNAPTMSPELMALFPNIPRIIASMGFEHLQPCARLLEAYVLLGGAEFLQTHGGSVVTFLGAIVGEVKEAGLLMVLPSMDMMLMLFPADAPALL-EGVLAKLVAL-----LAERTESMRA-----VAEACCVLARVLFANARAFERLLSPTGPAAALLRPTVA---ASVASTGG-------------LMRTFVGVWLEACDSLRSVHQRKLCSLALCVLLTSADPAVAVANLEPIIVVATGALAEL--DGGAASGSGGVLGQQWQRGCDGDDEDEDAGEGGA---QRLRAAHAADQAAQADLRAALRDALRAAEATHGAAFAQA 1014

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A7S2WRP2_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2WRP2_9STRA)

HSP 1 Score: 234 bits (598), Expect = 3.040e-63
Identity = 161/525 (30.67%), Postives = 273/525 (52.00%), Query Frame = 3

Query: 2013 RRLMWLLGCWAEQIPASLRPALVQATANVM----KAKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATSSQTPLRCKCLQVMTHVVDALGSDKGPDLDRIALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGVSDGSDSSREPDLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLA---ELIGQMTGLFDSAG-YSAAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKEGLEQLSSEEPEESNAPSPPSLLQARLQETLRADVAVTADLGLLVRGSMDALRATLGEQGWQAAVETVEPVVLRELQ 3563
            RR++WL+G W  ++   +RP L  +   ++       E +  + L+    L  L+  W   A    A   G  V+ LY +   ++  E+R +   ++ ++ E +  +G  ++PH +  +  LP +W++T+ Q  LR   L + T VV +LGS +   L    L M+ +AT     +  YL+E GLELWL++++ +  Y E +HNLFP + +ML+ D++ +KQAM + EA++ +GG  FL+ H   +   F   VG+VKPK   FV++A+ET+LR+FP + + ML +GG+L ++ E CL      +++S    + +  HL VL +RV+  AP+ ++  L     S PP             SDG      + D +L    +L+    G FD+ G  S+AG W R+L  +AL+ L+P A+ G+   LDQ+++ C+DVL+E    GG      L   S    +    P  P       +  +++D  +T +L   +   M    A +G + +Q A+  V+P +L +LQ
Sbjct:    1 RRIIWLIGPWLHELNEEVRPQLYTSLVALLFDSRLCSEQEKAVVLTLQSTLHGLVDNWSF-APAAFASVTGDAVNGLYRVCFILSNFESRLQILSLIHLILERVGSAG--ILPHVESIMQPLPQIWESTADQNLLRKSVLNITTLVVSSLGS-QASHLFGFVLPMLSLATDPTRPDTEYLLEDGLELWLSVMQQTPSYTEPLHNLFPHVQRMLERDMEFVKQAMALTEAYIAMGGAQFLETHVQAVVQAFSLTVGEVKPKAVVFVTQAIETLLRRFPADGAAMLREGGILGKLLEPCL-----STEASAANGMTL--HLAVL-ARVMFTAPEQMQAFL-----SAPPI------------SDG------SADQVLGRVLQLVDLWLGNFDTLGAISSAGSWHRKLVTLALVSLMP-ASPGMFSRLDQVLDKCIDVLSEIETSGGDAAFTLLG--SPVRAKAPGVPDAPDFYTQCQRGMVQSDPVLTTNLRGFLEQKMAEAEAAVGSENFQQAMAAVDPALLAQLQ 487

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BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A7S4RPQ8_9STRA (Hypothetical protein n=8 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4RPQ8_9STRA)

HSP 1 Score: 244 bits (623), Expect = 4.010e-62
Identity = 275/1033 (26.62%), Postives = 473/1033 (45.79%), Query Frame = 3

Query:  582 VLRELSTKRIGLDKAAFVKTSADLLPVLC-QAWDAQWASIEGLLVAVAAGIVPSGDSEAGVKAAEAISLGTVCVKIIRRLLQFGIPGL--------EHPTVEPLFSGLLQRMQAAATALSRHQEAAAKARQGASGALVEGGGKGYLQGEGPVLSELQELAERMACTAVDAQKDHPIGFRSRYLSAYLSFFCEQLSAIARARSASMS-NTTAAEAAGVPRAAGGRGGLWRDAPETFGGVVDPQSIGPFCIQC-MSFVANVVSCSSYREDV-LQKAIATXXXXXXXXXXXXXATGIRPAAVGRGRIITGKGDAVITPGIALE--ISSAMGDFFTKARVLALLGLLLEGYLPLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLEASSNNVGGVLAEAVAKML----SQGVPEQIETCRQSTISPQ--VLACDALYLCTGLGAYTVKK--HFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVASRSPLILLRRLMWLLGCWAEQIPASLRPALVQATANVMKAKEA---DVVIRLSALGALRSLLAL-WDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLL-VPHCQVAVAGLPAVWD-ATSSQTPLRCKCLQVMTHVVDALGSDKGPDLDRIALAMVDVATKVG-SDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGVSDGSDSSREPDLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGVIKN------LDQIVNICVDVLTEEREDGGKRLKE-GLEQLSSEEPEESNAPSPPSLLQARLQETLRADVAVTADLGLLVRGSMDALRATLGEQGWQAAVETVEPVVLRELQGMV 3572
            +L EL +KR+ +DK    K S + + +L  + W    + I   + A +  + PS   +   +    I    +  KI+  L    +P L            V+ +++ +L+    A  AL R  E     R G++   V  G    +  +  +  +L  L + +    V+ Q  HP+   SR++  +L  F   L    RA S+ ++ N   +E A  P A          APE F             + C M F+AN+VSCS Y  D    +AIA                    ++ G  R+IT +GD +I   +A++  + +   DFFT+ R+  L  + ++ ++ L+A+ +++W   PE + + +      + +   AQ +Y++L+E+ +     ++A  V  ML    SQ    +IE    +  +    VL  +++Y   GL    + +   F+   WF   L P L +++       R    ++      +L  RL+WL+ C A  I +  + AL Q   +++  + +   DV +RL A+ AL S+L + +DL  +      L  ++S+LY +  D  E+  R ++   ++++   +  SGR +       AV  LPA+W+ AT     LR   L +++ V  A+G  +   L  I L M++ +      D  + L+E  L LWL LLR +  Y     +LF R+  +L+ DL++LK  MLI E ++++GG  FL AH   L      VVGQ KP+GAA+ +   E +LR FPVE  T+L  GG+++ +  +C +   +  +S+ EP+ VIV +LT + +R LL  P +L        ++ P T T          S+ G + S  P     ELI     +F     ++ G   ++LW + +L LLP   S  + +      +DQ++ IC+ VL  +         + G +       EE    +     +A L    + D+  TAD+    +  M  L +TLG   +Q  + TVEPV+L++L+ +V
Sbjct:  244 ILSELCSKRLLVDKKYIAKISHESVGILVGEGWMMAMSYIGAYITASSTEVQPSSSPQ---RTLCVIKYALLLSKILSHLFHSALPTLLTEDGSTPSSAIVDQVYTAILE----AVPALLRFLEE----RIGSNDKDV--GRNAPVHDKEAIAGDLDTLLDVLGSLVVEVQHAHPLPC-SRFVGPFLDMFYSNLM---RAVSSQIAVNGQVSEVA--PTAL--------TAPECF-------------LMCAMRFLANIVSCSHYMPDEEANEAIAAMRSETI-------------SSSGDRRVITSRGDTIIDR-VAIQTIVQTVWFDFFTEDRLRQLADVSIKHFMILSAERLDEWEADPESFVITESQRNVDDDLAACAQNLYLSLVESKAGKP--IIAPLVVTMLGDIGSQLNAAKIEAGEVTADAGNRNVLLWNSIYTAAGLSVNVLIECEGFEIDTWFEKTLVPCLASILQ-----GRNKVNVLP-----VLRHRLVWLICCIAHCI-SDTKTAL-QVLISIINNEPSSLNDVAVRLGAVEALTSILNVHYDLIDE--FYHLLEIIISSLYRLVNDCTEINTRAQSLSCISLLLFHVVASGRKVDYATANAAVQPLPALWEVATDQNILLRRDVLSILSGVGLAVGRTQVGHLYPIVLPMINSSLDPSCQDRDVCLVEDVLALWLNLLRLATSYELHWESLFSRVKDILEQDLEHLKILMLITEGYILLGGASFLNAHYSTLQNILILVVGQTKPRGAAYTALVFEALLRTFPVEGGTLLLQGGIMRTMLSSCALNYQN--NSACEPERVIVLYLTAI-ARSLLGNPALLD-------ETLPITST----------SNEGVTLSYGP----RELIHMYIVMFKGIESNSNGALHKKLWLLLMLSLLPPTPSPTVYSTHLLQMMDQLLEICLSVLAHQPASSNPEPYDVGFDS------EEETIETGKDAYRAMLDVEAKKDITNTADVQSAFQLKMAGLASTLGNDVYQLILSTVEPVILQQLERIV 1176

[Close]

BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A6H5L7G0_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L7G0_9PHAE)

HSP 1 Score: 214 bits (546), Expect = 8.000e-61
Identity = 117/143 (81.82%), Postives = 124/143 (86.71%), Query Frame = 3

Query: 3144 MTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKEGLEQLSSEEPEESNAPSPPSLLQARLQETLRADVAVTADLGLLVRGSMDALRATLGEQGWQAAVETVEPVVLRELQGMV 3572
            MT LFDSAGYS AGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKE L Q    EP+ ++A S P+LLQ+RL E L+ADVAVT DL  LVR SMDALRATLG+QGWQ AVETVEPVVLRELQ MV
Sbjct:    1 MTALFDSAGYSEAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKESLAQPPVGEPDSASA-SEPNLLQSRLLEALQADVAVTTDLKGLVRASMDALRATLGDQGWQVAVETVEPVVLRELQRMV 142

[Close]

BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A2D4CE50_PYTIN (Importin N-terminal domain-containing protein n=2 Tax=Pythium insidiosum TaxID=114742 RepID=A0A2D4CE50_PYTIN)

HSP 1 Score: 227 bits (578), Expect = 6.220e-57
Identity = 189/703 (26.88%), Postives = 321/703 (45.66%), Query Frame = 3

Query: 1299 QCMSFVANVVSCSSYREDVLQKAIATXXXXXXXXXXXXXATGIRPAAVGRGRIITGKGDAVITPGIALEISSAMGDFFTKARVLALLGLLLEGYLPLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLEASSNNVGGVLA-------EAVAKMLSQGVPEQIETCRQSTISPQVLACDALYLCTGLGAYTVKKHFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVASRSPLILLRRLMWLLGCWAEQIPASLRPALVQATANVMKAKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATS-SQTPLRCKCLQVMTHVVDALGSDKGPD-----LDRIALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKF--PVEASTMLADG--GVLKQVAEACLVGVSDGSDSSREPDLVIVQHLTVLCSRVLLAAP-------DILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKE 3335
            + + F+ANV SC  Y+ + L                               ++IT  GD  ++  + LE ++A+  FF  AR+ AL+  ++  ++ L   +++DW   PE +  L +S+ A ES+RV A+ +++ LLE + ++   VL        EA+A++    V + ++          VL  DA+ L  GLG Y + + FDF  WF + L P L A        ARG P         +L  R++WL+ CW  Q+   +R  L  A   V  A+ +D  ++   L  L ++L+ W  DAD  L P L   +  L   F      +++ +   VL  +  L++  G  +    Q   A LPA+W     +++ +R + LQ++  ++ A+ +          L  ++L ++ +AT V + + ++LME+GLELWL  +  +  Y + +H LFP   Q+LD DL++++  +L+LE +V +GG  F Q +   +   +  VVG VK + A  ++R LE VL      VEA+  L      VL++V  AC+       D +RE   VI  +L V+    ++A+        D+L+G L  L +                             WL             +   ++  + +R+LWA  L  +L      V++ L QI+  CV+V  EE E   +R +E
Sbjct:  342 EALQFLANVWSCRLYKRESLSTDETRVLT----------------------KVITASGDVALSDAMVLEANAALASFFDGARIAALVERVVLQFMRLQPSDLDDWRDDPEAFVTLSESLTAAESLRVCAENLFLTLLEHARDDTIPVLTRLTATATEALARLRKDSVDDSVDA--------TVLDVDAVLLALGLGCYDLHECFDFEPWFLSHLVPLLVA-------DARGLP---------VLRARVVWLVSCWLAQLSGDVRVPLYDALLCV-SAQSSDAALQRRVLQTLEAMLSDWGFDADAFL-PFLPRAIERLVAFFPQARASDSKLK---VLACLEALVTACGPRVATAAQQLCAPLPAMWQTGGEAESLVRAQILQLLAALLRAVKTSSHSSSELCALHEMSLQVIALATDVRNPDELFLMESGLELWLETVASATQYSDALHALFPNAVQLLDRDLEHVQLVLLLLERYVRLGGAAFWQTYHADVQRLWLGVVGNVKLEAARQLARTLELVLALGGDSVEATQALVASCAPVLQRVVAACVA--FQRRDDARESHGVITAYLGVVARLWVVASGQPRVVVVDVLQGDLATLLEVL-------------------------ELWLHQAF---------TVAPASLRLPQRKLWAAGLCGVLDVPEPPVLEKLGQILEACVEVADEEAEQASERARE 957

[Close]

BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Match: A0A8K1C546_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1C546_PYTOL)

HSP 1 Score: 217 bits (552), Expect = 9.840e-54
Identity = 215/875 (24.57%), Postives = 386/875 (44.11%), Query Frame = 3

Query: 1008 VLSELQELAERMACTAVDAQKDHPIGFRSRYLSAYLSFFCEQLSAIARARSASMSNTTAAEAAGVPRAAGGRGGLWRDAPETFGGVVDPQSIGPFCIQCMSFVANVVSCSSYREDVLQKAIATXXXXXXXXXXXXXATGIRPAAVGRGRIITGKGDAVITPGIALEISSAMGDFFT-----KARVLALLGLLLEGYLPLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLEASSNNVGGVLAEAVAKMLSQGVPE--QIETCRQSTISPQVLACDALYLCTGLGAYTVKKHFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVASRSPLILLRRLMWLLGCWAEQIPASLRPALVQATANVMK--AKEADVVIRLSALGALRSLLALWDLDADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLLVPHCQVAVAGLPAVWDATSSQTPLRC-KCLQVMTHVV-DALGSDKG---------PDLDRIALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQMLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKGAAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGVSDGSDSSREPDLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSASDGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLPSANSGVIKNLDQIVNICVDVLTEEREDGGKRLKEGLEQLSSEEPEESNAPSPPSLLQARLQETLRADVAVTA---DLGLLVRGSMDALRATLGEQGWQAAVETVEPVVLRELQ 3563
            V++ L ++A RMA   V  QK +PI FR+ YLS +++ F   L  +   +S++  +        VP+                             I+ + F ANV+SC  Y+ + L   +                TG   + V +  +IT  GD  +T  + LE  SA+  FF+     ++R+  LL L++  Y+ L   ++++W++  E + +L +++ A+ES+R  A+ +++ +L+        VL +  A   S  + E  Q        +  +VL  DA+ L  GLG Y +   F+F  WF + L P L       Q+++ G+   V      +L  R++WL+ CW  Q+ A++R  L  A  N       EAD  ++L  + +L S++  W  D    L P L   V  LY  F    E E++ +   VL  +  ++   G  ++   ++  + LPA+W +      L   K LQ++  ++ +A   D             L  ++L +V  AT V + + ++LME+GLELW+  L  S  Y E +H LF    ++++ D +++K  M +LE +V +G   F Q++   +      VVG VK + +  ++R +E ++  +   ++ ++    ++ Q+  AC        +S REP+ VIV +L V+          +LR  L+ +                            N       ++  +   F + G  +  + RR++WA+ +   L      V++ L QI+  C DVL EE E      +E  +  S ++  ES             Q +  +D  V+A   DL  +V+  + A+   LG   +   ++T++  VL + Q
Sbjct:  291 VVAVLDKVAFRMASLIVGIQKAYPIEFRA-YLSPFMNLFWNVL--VQPMQSSATDHR-------VPKR--------------------------LQIESLQFFANVLSCRLYKRESLSSEL----------------TGDSSSVVTK--VITATGDVSLTDSMVLEAQSAVDSFFSASMGEESRLEMLLRLVVLHYMKLQPSDLDEWSNDSEAFVILSENLTAQESIRACAENLFLTVLQNFPQQTIPVLTQLTAAA-SSWLAEITQRSDGPSPDVQQRVLESDAVLLAIGLGCYDLHDCFEFEPWFLSNLVPLL-----VNQSASIGSINDVP-----VLKYRVVWLVSCWLAQLTANIRAPLYDALLNASAFFKPEADAALKLRIVQSLESMVNDWGFDRSVFL-PFLPRAVECLYAFFPQTDESESKMK---VLGCLDAIVQACGGDIISFSELISSPLPAMWTSGGEAENLVLGKILQLLAKLLSNAKECDASVAAQHAVALETLKEMSLQVVRFATDVSNPDEVFLMESGLELWVETLEISTVYTENLHVLFQNAIRLMERDYEHIKLVMTLLERYVRLGTEQFWQSYHASVENLLQNVVGNVKAEASIQIARTVELIVAAY--SSAQLVGCRELVTQLVAAC--AAYQRKESGREPENVIVAYLVVIAQ--------LLRRHLELVVVQI----------------------FGNDLATFVAVLDLLVNKFFTVGSVSMSLARRKVWAVGMCAALDVIEQPVLEKLGQIMECCADVLDEEVE----AAQEANKPSSDDDESESGGAYRAYKSHRTKQSSEMSDTVVSATNIDLKAMVQTKLSAIATKLGPDLFGQLLQTIDSSVLTKFQ 1058

The following BLAST results are available for this feature:

BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot

BLAST of mRNA_C-linearis_contig10.461.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25

ZOOM

x 1

POSITION

0


Match Name	E-value	Identity	Description
D7G019_ECTSI	0.000e+0	76.80	Similar to importin 11 n=1 Tax=Ectocarpus siliculo...	[more]
A0A6H5L766_9PHAE	3.370e-178	73.60	Importin N-terminal domain-containing protein n=1 ...	[more]
A0A6H5L8L7_9PHAE	1.000e-95	84.49	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A835Z4X2_9STRA	2.100e-79	31.28	Armadillo-type protein (Fragment) n=1 Tax=Tribonem...	[more]
A0A7R9TMU8_9VIRI	8.580e-66	27.35	Hypothetical protein n=1 Tax=Prasinoderma colonial...	[more]
A0A7S2WRP2_9STRA	3.040e-63	30.67	Hypothetical protein n=1 Tax=Rhizochromulina marin...	[more]
A0A7S4RPQ8_9STRA	4.010e-62	26.62	Hypothetical protein n=8 Tax=Ditylum brightwellii ...	[more]
A0A6H5L7G0_9PHAE	8.000e-61	81.82	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A2D4CE50_PYTIN	6.220e-57	26.88	Importin N-terminal domain-containing protein n=2 ...	[more]
A0A8K1C546_PYTOL	9.840e-54	24.57	Uncharacterized protein n=1 Tax=Pythium oligandrum...	[more]

Pages

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_C-linearis_contig10.461.1	prot_C-linearis_contig10.461.1	Chordaria linearis ClinC8C monoicous	polypeptide	C-linearis_contig10 902045..916323 -

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


Feature Name	Unique Name	Species	Type	Position
1622927329.858185-UTR-C-linearis_contig10:901183..902044	1622927329.858185-UTR-C-linearis_contig10:901183..902044	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig10 901184..902044 -
1690879629.6666315-UTR-C-linearis_contig10:901183..902044	1690879629.6666315-UTR-C-linearis_contig10:901183..902044	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig10 901184..902044 -
1622927330.1593032-UTR-C-linearis_contig10:916323..916406	1622927330.1593032-UTR-C-linearis_contig10:916323..916406	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig10 916324..916406 -
1690879629.895873-UTR-C-linearis_contig10:916323..916406	1690879629.895873-UTR-C-linearis_contig10:916323..916406	Chordaria linearis ClinC8C monoicous	UTR	C-linearis_contig10 916324..916406 -

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at C-linearis_contig10:901184..916406-
coding sequence from alignment at C-linearis_contig10:901184..916406-

protein sequence of mRNA_C-linearis_contig10.461.1

>prot_C-linearis_contig10.461.1 ID=prot_C-linearis_contig10.461.1|Name=mRNA_C-linearis_contig10.461.1|organism=Chordaria linearis ClinC8C monoicous|type=polypeptide|length=1169bp
MELPAALSTDDPSHAQTIFLAIEASTQSPLEGVRKPAELLLKACEELPGY
TSVLSSIATTHAAPTDARATAVILLKNMVRVRWKSRGERGAVVDEAEKAA
LRELLSGGVAMEEPEARVASQLAVLMGKVARADWPRQWPNLFPNLVASLV
SGSPDRTRMALCGANEVLRELSTKRIGLDKAAFVKTSADLLPVLCQAWDA
QWASIEGLLVAVAAGIVPSGDSEAGVKAAEAISLGTVCVKIIRRLLQFGI
PGLEHPTVEPLFSGLLQRMQAAATALSRHQEAAAKARQGASGALVEGGGK
GYLQGEGPVLSELQELAERMACTAVDAQKDHPIGFRSRYLSAYLSFFCEQ
LSAIARARSASMSNTTAAEAAGVPRAAGGRGGLWRDAPETFGGVVDPQSI
GPFCIQCMSFVANVVSCSSYREDVLQKAIATATASPSPGGGAAAATGIRP
AAVGRGRIITGKGDAVITPGIALEISSAMGDFFTKARVLALLGLLLEGYL
PLTADEVEDWTHQPEEYYLLQDSIEARESVRVSAQQVYMALLEASSNNVG
GVLAEAVAKMLSQGVPEQIETCRQSTISPQVLACDALYLCTGLGAYTVKK
HFDFSEWFGAFLGPALEALVSTMQTSARGNPAIVASRSPLILLRRLMWLL
GCWAEQIPASLRPALVQATANVMKAKEADVVIRLSALGALRSLLALWDLD
ADQCLAPPLGWLVSALYGMFEDVAEMENRQEASLVLTVMSELLSRSGRLL
VPHCQVAVAGLPAVWDATSSQTPLRCKCLQVMTHVVDALGSDKGPDLDRI
ALAMVDVATKVGSDEAIYLMETGLELWLALLRHSKDYVEGIHNLFPRIPQ
MLDTDLDNLKQAMLILEAHVVVGGTVFLQAHGPLLCTCFCRVVGQVKPKG
AAFVSRALETVLRKFPVEASTMLADGGVLKQVAEACLVGVSDGSDSSREP
DLVIVQHLTVLCSRVLLAAPDILRGVLQHLADSYPPTRTPGAGGNTGSAS
DGGGSPSSNPDWLLAELIGQMTGLFDSAGYSAAGVWRRRLWAMALLKLLP
SANSGVIKNLDQIVNICVDVLTEEREDGGKRLKEGLEQLSSEEPEESNAP
SPPSLLQARLQETLRADVAVTADLGLLVRGSMDALRATLGEQGWQAAVET
VEPVVLRELQGMVQGMVG*

mRNA from alignment at C-linearis_contig10:901184..916406-

Legend: UTRpolypeptideCDS

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

>mRNA_C-linearis_contig10.461.1 ID=mRNA_C-linearis_contig10.461.1|Name=mRNA_C-linearis_contig10.461.1|organism=Chordaria linearis ClinC8C monoicous|type=mRNA|length=15223bp|location=Sequence derived from alignment at C-linearis_contig10:901184..916406- (Chordaria linearis ClinC8C monoicous)
CTTTCACACGCCCAGGGGACAGAAGGGATAGCGGTTGTGGTGTTGCTGCG
TGTCAGTGAGGGAAGAGAATCCTGCGGTGCGAGATGGAGCTTCCCGCAGC
GCTCAGCACCGACGACCCCAGTCACGCCCAAACAATCTTCCTGGTGAATT
TTGCTGCCTCCGTGATTCCGACCGTTCTTCTCTGTCCGCATGTCATTCCT
TGAGGCTGTTGCGTATCTGCGTGTCGCTGGTTCTGTGCTGCTACTGCTTG
GCGGTGTTCAAGCGTGGCGAGAGTAGCAGTCTCGGCGTTCGTCGGCGGCA
GCGGTGGCCGGGCCTCTCGCTGCTGCAAGATGATGATGCACGCCGGCGAC
CACTTGTTTCCTCTGTTGTTCCCGTAGCGGTCTCGCTACAGCTGCTACAT
TCTCTGTACCACCGTGTTTGTTGCAGTCATACTTTCTACCTCCCTCTGCC
ACAACCACCACATAGAGCACAGCATTATGGCCTCTTCGAACCAATATGGC
AGCCGTTCAAGCATCGCAGCTTGCTGGCGAGCCAGATGGATCAATCGAAC
ACCACCCGACTTTCCTACCCCTCTCTCCCCCATCAGGCCATCGAGGCGTC
GACCCAGAGTCCCCTTGAAGGAGTCCGCAAGCCGGCCGAGCTGCTGCTCA
AGGCCTGCGAAGAGCTGCCCGGGTACACTTCCGTTCTGTCTTCCATCGCC
ACCACCCACGCCGCTCCGACAGACGCGAGAGCCACCGCCGTCATCCTTCT
CAAGAATATGGTCAGGTAATATCCATACCCACAGCAGCAGTCTACTCTGC
TGATGGTACACGTAGCCTTTGTTGGGGTGTTCGATCATACTTTCCCTCAC
ATTCGATCACTTGTCCGACTGCATTTAATGCATTTAACAGTGTCTATCTT
TCGATAAATGGTGGTTGTGTGCATGGTTGACCGAATCTGCGGTTGTCGGA
TGTCCAACGAAAAAACGATATTGGTGACATGTGCGGGCAGGGTGCGGTGG
AAGTCTCGTGGCGAGAGGGGCGCCGTGGTGGACGAGGCGGAGAAGGCCGC
CCTGCGGGAGCTTTTGTCCGGGGGGGTTGCCATGGAGGAGCCGGAGGCGA
GGGTTGCTTCTCAGGTTTGCACCTACTACGCTTTTGAAGCTGCCGATGAT
GTGTGCCACCTTTTCCTTGTCAGCTGTTGCTGTGACAACAGTAGACCCGC
TTTCGCCCGTGTTTCCGCTGCCGCCTGAGACGGTGTGCTCCTCTCACTGC
GCTGTCCCACGTTCTACCTCCCTCGATGCTTACCATGTTTTTCTATATAC
CTCCCTCTCTTATCTCTGCCTGTCTCTCTTATTTTCTCTGTGTCTCCCTC
AACCAACAGCTGGCCGTCCTGATGGGTAAGGTCGCCAGGGCGGACTGGCC
GCGTCAATGGCCAAACCTCTTCCCAAACCTGGTGGCCTCGCTCGTGTCTG
GCAGTCCCGATCGAACAAGAATGGCCCTCTGCGGCGCGAACGAGGTCAGG
TTGCCCTAGCCCCTACCCTAGCTTGAACTGTTGCAGCAGCAGCCGCAGCG
GCTACCTCTCCAGCGTACCCCAGGTGCCGTCGAACAGCGTGCAGGTACAC
GTGGTTGTGACGAGGCGAGCCCGTGCTGGTTGAGATGAGAAGATCTGCCG
AGCAAGTACCCTGGCCCTCAGACCTAGCCAGACGGTACTTCAGTGCCTTG
TGGCGCCATTTCAGCTTCTTCTCGTCACCTTTTCGGCGCAACATCCACCA
ACGCCTGGGCAGCATCGAGCCCTTTCCTTCTTGAGCTGAGTCTTAACCCT
CAGGTGGTTAAGGTTGTTAAGGTGGTTACTGTAGAGAGCTACCAACCAAC
AAGACCGGTCCGTCACGTGGACGACGTCCGACCCTCCCCGCCTTATTTTT
TTGCCGTAACCTCAGCCCTCCATCTCATCCCTGTTTCTCAACCCCACCTC
GTTTACCCTGCCCTTTTCCGGAAGGTGCTGAGAGAGCTGTCGACGAAGAG
GATCGGCTTGGACAAGGCTGCCTTCGTCAAGACCTCCGCCGACCTGCTGC
CGGTGCTGTGCCAGGCGTGGGACGCTCAGTGGGCCTCGATAGAGGGCCTC
TTGGTGGCGGTGGCGGCGGGGATTGTCCCTTCCGGCGACTCTGAGGCGGG
GGTGAAGGCTGCGGAGGCCATTTCTTTGGGTACTGTTTGCGTCAAGGTGG
GTTGACTTGGCGGTGGTGTGCCCTTGGCACGCGGGTGGTTCGCGCATTTG
GTTGAAGTATCCTCCGGCGTGCGTTTCACTTGCACCGTGGGCAATGGCCG
ACGGTAGCCGGGAGAGGTGGCCGTTATACTAGTGTACGGCGGCTCCAGTT
CGAAGTCCCAAGCGTACCACATGACCGCATCAGGTATTGTCTCAAGTGTA
CTGACCACGGCAACCCACAAGGTGACACCTCCAAGCCTCCACCCCTTGCT
CTATCCACACCCGTACCAACCCGCCTGTTCTTGGAACAACCGCTCAAAAC
ATTCAAACACTGGCAGATCATTAGACGGCTGCTTCAGTTCGGAATCCCGG
GCCTGGAGCACCCCACCGTAGAACCCCTCTTCTCGGGGCTGCTGCAGCGG
ATGCAGGCGGCGGCGACCGCTCTGTCGCGGCACCAGGAAGCAGCCGCCAA
GGCGAGGCAGGGGGCTTCGGGAGCGTTAGTAGAAGGGGGGGGTAAGGGGT
ACCTGCAGGGGGAGGGGCCGGTGTTGAGCGAGCTGCAGGAGCTGGCAGAA
CGGATGGCGTGCACGGCGGTGGACGCCCAAAAGGACCACCCCATCGGGTT
TCGAAGGTAAATTTACTTAACTCATGGTGTTTGTTAGGAGTAAAATAGCT
CGTTTGCTTTTCGACGACTGGAGATTCAGTGGGGTTGAATACACGCGCAG
AGACTAAAAAGCTGAGAACCCGGCGTTACTGCTGTATCTACATTAAAAAG
TTCCTGAGTTAATAGCCCATCGGTGGTTGGAGTTTTGTTCGTAGTTAACG
GATTGCGCTCGTGCGGCTACGACTGCTCTGTCTAGTCTTAGTCTGTATGT
ATGACACAGCTGCGGTCCACTTTGTTTGTGATGCCAGAGGCTGGTTGACG
TTGCATGGGGTACACGTGGGTGAGGACCAGCGACCCCAACGACCCCCGCG
TAGTAGACTAGTGTTCAGGGAACTTAATCCCTCCGCTACCCTCTCAGACG
CGAGCAACGAAATGTCTCTTCTCTGCAACAAACCTTTAATCTTTCCGCGT
GACCATCGCTGACGCAACACGATCAACAAGCAGGTACCTGTCGGCGTACC
TGTCGTTCTTCTGCGAGCAGCTGTCCGCAATAGCGCGGGCGCGGTCTGCC
TCAATGTCAAACACCACGGCGGCGGAGGCAGCGGGGGTCCCGCGAGCGGC
GGGAGGACGGGGGGGGTTGTGGCGCGATGCGCCCGAGACGTTCGGAGGCG
TGGTGGATCCGCAGTCGATTGGACCGTTCTGCATCCAGTGCATGTCGTTC
GTTGCCAACGTCGTGAGCTGTTCCAGCTATCGGGAGGATGTCCTCCAAAA
GGTATGCATGTGCCATATTGGTATGCAGCTTCGCTGTCGGCGGGGTTTTC
AGTGTCGGCGGTGCGCTGTTGTTCCGGAACGATAAGGGCTGTCGTGGATG
TAAGTGATTTTTGTTGGGACACGGCCGTGTCGTTCTCTTCTCTGTTTTGA
AGGAACCCCCGTCGTGAGAACAGAGTAGTGCTCCCTGCATGTTTGCGGTA
TACATGTGCTCCAAGGTGATGTCAGCAAGCGATGCATTAGACTGCGCCGC
CCGTTTTTCCATCGGGTTACGACGCATGTTTTAAAGCTCGGAGGTCACTC
CTAAATTTATCTGTTCGCACGGTAGATATCGAGAAGACATCGACAAGTAT
CTCTCTTTATCTCGCTTTATCTTGTACGTTCGGGTGACGTCATGGATGAC
GTCACCCGAGAAACCCGTGCCGCATACAGCCCGTAGCACGCAGCACACCA
CCCTTGCCGTGGCGCGGCACCGCAGCTAACTTCGCCCCGTTAATCCTCGA
GGACATTTGCTTTGACGACTTCAATCCACGCCAATTTTGTCAGCCAATTT
TGACCTTTACTGCGACTCACCACCACGTTCATGCAGCCTTGGAACGGGGT
TCATTTTGTCCCGCGCGAGCAGGCCATTGCGACTGCTACAGCATCGCCAT
CGCCAGGGGGGGGCGCTGCTGCTGCCACCGGCATCCGCCCGGCGGCGGTG
GGAAGAGGGAGAATTATCACCGGCAAGGGGGACGCCGTCATCACGCCAGG
TATGCGGAGTGGAATGGTTGTTGTTGTTGTTGTTGCTGCTGCTGCTGCTG
CTGCTGCTGCTGGCTTTGTTGTTGGGGTAGAAGTTGCTGTTGGGGGGGCC
GTGGTCGCAAGACAGGGCGCAGTTCGACGCCGCTGACGGAAAATGTTGAC
AGAGTATGTCATCGCACATTCGTGCCCTACACAGTACGATAGTACACTGA
GCCCCGAAGGAGATTTTGCTGCTCGCCAGCCAGGCAGCCAGACGCCTGCG
GTAGATGAGGCCTTTCGGAACCCGTGCTGTCGGCATCGACGTTGTTGCCA
GCCTGCGCTGCGTAAGCTTCGTCTTCCCCGAGCGTTGGTTTGTTGACGTG
CTTCGACGTTATTTCGTACAATACCACCCTAACCCTCGAAACAAACGTGA
CCCTGTTGAATGGTGCCGTCCTCTTCTGTCAAGGCATCGCGCTTGAGATA
TCGTCGGCTATGGGGGACTTCTTCACCAAGGCGAGGCGAGTCGAAAACCT
ATCGAAGCGAAGTTTATGCGGAGTAAACGCTTGCAGATTTTTTTCTCGCT
GTGCCTTAGTATCGCTTCACCCTATTGTATGGCCATTCAGGGTTGTTGTG
GACAATTAATTATTCTCCCTGTGGCCTTTCTTTTTTGTCCCTGCTTTTCT
TGACCCTGCTGCTGTGTCTTGACTTCATCGTGTATACTGTACTTTGGCAC
ATCTCATGTTTGGTGCGGAGGGTGTCAGCGCCGCTTGCGCTGTTGCTCGA
AGGCTTACCCTGGCTCTGACTCAAACGATACGGCAGGGTGTTGGCGTTGC
TGGGTCTGCTGCTGGAAGGCTACCTGCCGCTGACTGCGGACGAGGTTGAA
GATTGGACCCACCAGCCCGAGGAGTACTACCTTCTGCAGGACAGCATCGA
GGCTAGAGAAAGCGTTAGGGTGAGCCTATCATCGTATGGGCCAAGAGTAG
TGTGTTGGGATAGGGTACTGCAACATGCCTTCTGCAGGACAGCATCGAGG
TTAGAGAAAGCGTGAGGGTGAGACTATTGTCATATGGAGTAGTGTTGGGA
TGGGGTAGGGTAGGTACTGCTAATGCCTTCTGCAGGACAGCATCGAGGTT
AGAGAAAGCGTGAGGGTGAGACTATTGTCATATGGAGTAGTGTTGGGATG
GGGTAGGGTAGGTACTGCTAGTGCCTTCTGCAGGACAGCATCGAGGTTAG
AGAAAGCGTGAGGGTGAGACTATTGTCATATGGAGTAGTGTTGGGATGGG
GTAGGGTAGGTACTGCTAGTGCCTTCTGCAGGACAGCATCGAGGTTAGAG
AAAGCGTTAGGGTCAGACGGGGGGGGGCAGCAGTTGGAACAGGATAGAGC
TGCCGTTTGAGAGTGGGGTGTTGTGTGAGAGGAGAGGGGTCGAGAGAAGC
AGCATTGAGCGAGGCAGAAGTTGAGACCCAGGAAAAGGCTTTAGAAGGTT
ACGCGGGGTAGACTACTTGTGATGGGGTGAAACAAGCGGGGAATAGAAAT
ATTGAGAGCCTAACCCTAACCCTAACCCTACGTTTGTTCGTTGCTGCTTT
GGCTGTCTCCGAATCAGACAAGGGGTTAGGGTTAGGGTTTGGACTCACCT
GCCTTTCTGCCTGCCTGCCTCAAAGGCAGCTGCTGCTTTTTTTTTCGTGG
GTGGTGGGGTCTCGTCTCGTCTCGTCCATTATTCTGTCTTTTTTCATTCT
AATGTGCAATAATTTTGTTGTTCTGTGTTGTCCAGGTGAGCGCGCAGCAG
GTGTACATGGCCCTGCTTGAGGCCAGCAGCAACAACGTTGGCGGCGTGCT
GGCAGAAGCCGTGGCCAAGATGCTGTCGCAGGGCGTCCCAGAGCAGATCG
AGACATGCCGGCAATCGACCATCAGGTCAGTCTTGGTGGTGCTGCTTTGT
TGTGCTAGTATCGGTTTTCGTATTGATGTGAGCGTTTTTTTGGCAATGGT
GTTGGCGATACGCCACCCATCGCATGTGCACCCCACCGTTCTCGGACATG
TTCTGCACCCCACCTTTTCCAATCAGAATATCAGGTAGAGCTGAAGTCCT
TTGCACTTCATGAACTCTGTACACCATACACCCTCGTCGTCGTCGTCATC
GACATCGTCGTCGTCGTCGATCACCCCCCAGCCCCCAAGTGCTGGCGTGC
GACGCGCTGTACCTGTGTACCGGGCTCGGCGCCTACACGGTGAAAAAACA
CTTTGACTTCTCGGAATGGTTTGGGGCCTTCTTAGGGCCGGCACTGGAGG
CGCTGGTGTCGACCATGCAGACGAGCGCTAGGGGGGTGAGTCGAAAGCGT
GTCGTTCGTTGTGGCGTTTTTGGCGACACTTGCCCGGCATTATCACGGCG
CCATACGGTACCCACATTTGTTGGAGTGTTTAGCTCGGAAGCGTTGGCGT
TTGCTCATATCGTGTTGTCACTGGCTCCCTCGCGAGCTCCCTTCAATCTT
GATTTATTTGGTGATTCCTTTGATTCCTTTGATTCCTTTGGTGGTTCCTT
TGAATTATTTGGCGATTTCTTTGGTGGTTTCTTTGATCCCTTTGAATTCT
TTGATTCCTTTGTTCCTTTGGTGATTCCTTTGAATTCTTTGGTGATTTCT
TTGGTGATTTCTTTGGTGGTTTCTTTGATCCCTTTGAATTCTTTGATTCC
TTTGTTCCTTTGGTGATTCCTTTGAATTCTTTGGTGATTTCTTTGGTGGT
TTCTTTGATTCCTTTGAATTCTTTGAATTCTTTGATTCCTTTGCTCCTTT
GCTCCTTTGCTCCTTTGATTCCTTTGATGATTCCTTTGGTGATTCCTTTG
GTGATTCCTTTGATTCCTTTGGTGATTTCTTTGGTGATTTCTTTGGTGAT
TCCTTTGATTTATTTGATTTCTTAGGTGAACGTGTCCTATCAGTCCGCTG
CAAGTGCAAGAGAGGTAGATGTTAATGTTGCTTCGTTGTGGGGTATGTTT
GGCATCTGGCCTGTTTCGCTGTGTTTCACGCTCACCGGACGGTCTTTCTG
ACATCTACCACCCCCGCGCCGAGGTGTGGCAGCCCAACAGCACCAACCAC
CCCCGACGAGCGGCAGTCGGTATTTGGACAGCGGCAAAGCTCGCGGGCTC
GTCCCCACGGAAGCTTTTGCCGTTCTGGTTCTGGTTCTGGTTCTCGTCCA
CCAAAGACCTTTTGCGCTGCACCAAAAGCAACACAGCAACACAGCAACAC
ACACACGGCCTACCCCACCCTCACGTACCCTGGCGCCACAAACATACGTT
TTGTTTAATCTGAAACCCCTACTGTTTGCCCTGCCTCTTGCCCTTTGTCC
CCTCCCCCCGAAGAATCCGGCCATCGTGGCGTCCCGATCTCCTCTCATTC
TGCTGAGACGGCTGATGTGGTTGCTGGGCTGCTGGGCAGAGCAGATCCCG
GCATCGCTGCGACCGGCACTCGTGCAAGCGACTGCAAATGTTATGAAGGT
CAGTCATATCAACATGGATTGAGTTGCTTTGGGCGTGCAGCCCGAGGTGG
AGCCAGGCGGCCGCGGTTTGTCGTGATGTGGACGTTGCTGGTTGACCTTC
GCTGCGGCTGACACGAATCACGCGGGTGTGAGTTTGCTTTCCCTGTGACC
AACAGCAACACCACCACCAAACACCACCACCAAACACCACAGTTTGCTTT
CCCTGTGACCAACAGCAACACCACCACCAAACACCACCACCAAACACCAC
AGTATCAGTCTGAACAAACACGCAACAACAACAACACATCAACAAGTGAA
TCGCTTCCGGACGGCCGCATTCCTTTCGGACCGACCGACCGCACGGCTGT
TGCTGCTGTTGGTGTTGCTGTGATGAGCAGGCAAAGGAGGCAGACGTGGT
GATTCGCCTTTCGGCTCTGGGTGCTCTCCGAAGCCTCCTGGCCCTGTGGG
ACCTGGATGCCGACCAGTGCCTCGCCCCGCCGTTAGGGTGGCTGGTGTCG
GCGCTGTATGGGATGTTTGAAGACGTAGCGGAGATGGAGAACCGGCAGGA
GGCGAGTCTTGTTGTTGACAGCTTGTACAAGTCGTAGCTGCAGTAGTTGT
AGCAGCAGCAGCAGCAGCAGCAGCAGTTGTTGTGTCGTGGTTGCTGTTGG
TGGAGGTGCTGTTGACGGTGGCTGTTGTTCGGGGTGTACCCATACCACAG
CTGTGTTTTACCCTGTATGAGAGCGGTTCTTGCCTTGTAGAGCCTGCCGT
ATTTTATTCCGCTTCCTCCCTTGTGGGGTCCGACGGTGCCAATGGAAGCA
AGAAACCCGGTTCCGCGGCTAAGGTGGCACGTATCCGTATGTGCATCCGT
ATAAACACACGCATCTTCTTCTTGTCGCCACCCGAACCCACCTAACACTA
ACACCAACACCATCACGCGACCGCTCCACGGTCGCCGAACAGGTGTTGAC
GGTGATGTCGGAGCTGCTGTCGAGGTCAGGGCGGCTGCTGGTGCCGCACT
GTCAGGTCGCCGTGGCTGGCTTACCGGCTGTGTGGGACGCCACGTCGTCG
CAGACCCCGCTTAGATGCAAATGCCTCCAGGTGAGGCGCGGGCTTCTCGC
CGTACGTCGGGTCTTTGCCCTGTATACCACCTTTGGGCGGGTTTGAAGTG
CACGCCGGGGCCAGATAGTTTTTAACTCTGGTGGAAGTTTCAAGACTTGA
AACCTTCGTTTCCTCTCGTTGTCGAAGGTGATGACGCACGTGGTTGATGC
GCTGGGGAGTGATAAGGGGCCGGACTTGGATCGAATAGCCCTGGCTATGG
TGGACGTCGCCACCAAGGTCGGCAGCGATGAAGCGGTGAGCAAGGATGCG
GGTTAGGGTTAGGGTTAGGGTCGGGATATCAAGGGTGAACTGATGATGTT
GTGGACGCCGCCACCAACACCATCGGGACAAAGCGCCGCGTGGATTGTGT
TGTAGCGAATGAGGCGTTTCGATGCCGTCGCTCAAGCACCATCGGGACAA
AGCGCCGCGTGGATTGTGTTGTAGCGAATGAGGCGTTTCGATGCCGCCGC
TTAAGGCCATAAAGGCTGTTTGTTCGACGCGTGTATGCATATCTGCACGA
TGTCATTTCCTCCCCACCCGACGTACAGTAGTAGTGTTGAAAGATGTGAA
GAATACTCAACTGATGAAAGCAGATGAATGAGACATGCCGATGAATGTAA
TCTACTGAAGGTCAACACTTCTCACCAGTGGTGACGCGAATCAACGGTCA
AATCAACGGTAAGATCAACGGTTAGTTAAAAGATCAACGAGAAACGAAAA
GCCAGCACCAACAAATGATGACAAATGATTCGACGACGAAATTGCAACCA
GATTTACCTGATGGAGACGGGCCTCGAGCTGTGGCTGGCGCTTCTTCGCC
ACTCTAAGGACTACGTGGAAGGGATACACAACCTCTTTCCGCGGATACCA
CAGATGCTCGACACCGACCTGGATAACCTCAAGCAGGTGGGTACAAGCGA
GCAGCGAGGCTAAGAATCGGCAACGTCGGGGTCACGTGCTAAATGTCGTT
CTGTTTTGTTTTTTCAAGGTTTCGCTGTGTGGCATGGCTTTGCTTTAGGC
TGTGGTCGATCGCGGTGGTATCTTGTGGAGGGTCGTGCGCGCACGGTTGG
CCCGTCGTGGCAGTAGAGTTTTTTTTCGATTTGATAGATACAGAGTGAGT
CTCTCCGGGTTTCCCTGTTAATTTTTTTTTGTTTTTTCGTCTTGTTGCTG
CATCAGACATTTGTTTGTCTCATCCTTCCACCCCGACGCTGAAATTTATT
ATCGGCAGGCCATGCTTATCTTGGAGGCGCATGTTGTTGTCGGTGGCACG
GTGTTCCTGCAAGCACACGGCCCTCTGCTTTGCACCTGCTTCTGCAGGGT
GGTCGGGCAGGTGAGATTTTGAAGTGATTCAAGTGAAGTGAAGGTCTTCT
GTTTTTGTTGTCGCACGGTTGTTTTGAATCCTGAGTCCTGTCCGTGTTGC
GAACGCGTTGGCATCTCAAATCGAAGATTGCACGGATGGTGACTGGTAGA
CACCATGATGAACGTTGCAACAAGGTCGCCTCGAGGCACTAAATCGTTTC
GTTGTGGAGTTCGTCTCTGCTTTTGTGGTGGTCCTGTGCTCTTGTCTACC
ATGCCATGCAGTGCTTGCAGCTGTCTGCTCTTGTAGTTAGTTGTTTTTCG
TTGTCTCTACCCGTCGCGCCTTGGTGTTCATCTTGATGCTGTTCATCTTG
CTGTTCTGTTCATCGGAATTTGGTCGCCCATATGGAAGACACACCATGCT
GGCATGGGTCATCGCCCTTGCCGTCCTTGCCATCTTTCCTTTCATCTGGT
CTGCTTGGTATTGATGATGATATCGTTGATGGTTGATTCCACAATTTTCT
GGATGATGGTGCTTTGATGATTGACTCATCTCATCTTCTCTTCCTTGGTG
AACTTGATGATTAATGATCTTGATGATGATGTTGACGATGGTGGTCTTGA
CGATGTGGTCTTGATGATGGTATAGGATACTGGTATATTGTCTGATTACG
GCATCATTGATGTTGGTCTGTGGTGACGGGCACGAGGGTCCTGATGATGA
TGGTAATGGTGATGTTGATTTTATGTGTCACATATGTATGATAGGTGAAG
CCCAAGGGAGCGGCGTTCGTGTCTCGTGCCCTCGAGACCGTCCTCAGAAA
ATTCCCGGTCGAGGCCTCCACCATGCTGGCCGACGGGGGGGTGCTTAAAC
AGGTAGCATGCTGTTTTGTTGGATTCTTCCATCAAGGGTTAGTCTAGGTG
TCGATAGAGTTGGCGAGTTGGCGCCTACACGCTTGCCGTCATCCTGTCCT
GTCCTGTCCTGTCCTGTCCTATTATACCGGAAACCCTCCCTCTCCGTTTT
TGACCATGTTGACCATGTTAATCATGTTGACCATGTTAATCATGTTGACC
ATGTTGACCATGTTGACCATGTTGACCATGTTTACCATGTTGACCATGTT
GACCATTGGGGGTGGGAATGTGAGGTGATGCGGCCGGTACGTTGGCAGAG
CCATGTAGCCAACTTTCCCGATTGTTGCGAACGCAAAACGCTTCGCGTCT
TCTCCAGTTGTTGCGAAGCACCTTGCGCAGATGCGCCGGAGAATTTTGTT
GATTTCAGGCCACCGGTCTCGCGTCTCGCGTCTCGCCATTTCATGTGATG
GCGTTTTCGGGTAGACTGTCTATTGTATTGCACGGAAGATACAGGCGTCA
TCATAATTCCCTACGGTGCTGGTCCTCATGACTCGAATCAGGCGTAGGGT
ATTTCTTGTGCTGCCGGTTTGAGAACGCCTGAATCAACCCTTCTATGATA
CGAAGCATAGACTAGTACACGTCCACATGCACATACACATACACATAGAC
TAGGACACGAGAGCTACGACACATTAAAGTAGACTATTTACAAGTACACA
TAACTTGAAACTTGGGTTTGTAAAGCGAAAGGTAGGTCCAGAGATGAAGA
TATCAAGCGATCAAAAGATGAGGAGATCAAACGATCAAGACCCAAACGTA
CGTGATTGCCTAGGCTAACCGTGCCCATCGCTGGTGCCGAACAGGAGCTG
CCTCGCAAGTCTTTCCTCGAAGCGAAACAATTTTTTAGACCTTGAGCGGG
ACTAAAGAGCGTTTTTTTTGTTCTCTCTTTCCCCCTTAATTCGACCCGTC
TTGCCTTGTCCAGGTGGCGGAGGCGTGCTTGGTGGGCGTGTCCGACGGAA
GCGACAGCTCTAGAGAGCCGGACCTAGTCATCGTGCAGCACCTCACCGTG
CTCTGCAGGTGATGTACCTCAGATAACACTTGACTCTTTTTCATTGAAAT
TGCCTTCGTCGGTGCTGTTGTTGAATTCGAAGCTTTCTCCTCGCGCTTTT
TGCCGTCCTCTTTTCCTTGCGGTTTCATGGCCAGGCCGTGGCTGTTGCCT
GATTTAGTCCACGGTGCGTGACATGGTAAATAAATGGTTCCGGGTATGTC
ATACATAGGTCCCATCACTATTATCGCGTGCAGCAGTTTCGGTATCTTTT
GCGCCCTGCTGCAAAGTTTGGGTTTCTAATCGCCCGTCGGGACCACATGA
ATGTTCAGTTTTGCTTCAAGTCACGCTTTATTGGCGAGGTGACCGTTTCA
ACGGCAGGCTTGATACTGAATGAGACTGGATTGAGTGAAGCATCGTTGAG
CGTGGTGCACATAGATCGCGAAATAGCACTGTCTCTGCCCAGAAGTCTAA
GTGCACCAGTGGTGCCGCAAGGGCCCTCTCCCAGCAACCTGAATTTTCCT
TACGCTGAACATTCCATACTGCCCATGTCGACGTCGATGTCTCCTCGGAG
CAGGGTACTCTTGGCCGCCCCCGACATTTTGCGTGGCGTACTCCAGCACC
TGGCGGACTCGTATCCACCAACACGAACTCCTGGGGCCGGCGGCAACACC
GGCAGCGCCAGCGACGGAGGCGGCAGTCCCAGCTCTAACCCGGACTGGCT
TCTGGCCGAATTGGTGAGGGTATCATACCACCACCAACCGCTAATCCTTG
TACTAATTGCATCATTTTGCCCAATCCTGCGTTGAGAGTTGTCCTGAGCT
GTGTGTGTAACCCTGAGCTAAGCGCAGCAGTGTCGTGGCTTGCTGGACTG
GACCCTGGCCGGATTGGTGAGGCTTTCGCAGCACATCTACTTCGTATACC
CGAAGCCGAAAGTAGACTACCTTCGCCTGCGTCCGCCCATACCCCGAACT
ATCATGGTTCCCTTCCAGGTGCCCCCTTTCAAAAAGCTCCCTGACAATTT
CACCGCTATTCTTGTACTTTTGTGTGGTACTCTTTTTGTGCAAACGCTTT
GTTCAGATCGGCCAGATGACGGGCCTGTTCGACTCTGCCGGCTACAGCGC
GGCCGGGGTGTGGAGGCGAAGGTTGTGGGCGATGGCGCTGTTGAAACTCC
TCCCTTCGGCCAACAGCGGGGTCATCAAGAACCTAGACCAGGTATGCTCT
CTGTTGAGCAGTATATTGCACGGAATATTTGACTCCCTTGAGATTTTCGA
AGGTTGCACTTCATTTGTTTGCGTGCTGGTTTTTGTCCTCCCTCGTGTCG
TCTGTGATGCCCAAGATGACCCTAGACTCTTGCCAATGTCAATGTTGGCT
CTACAGATTGTGAACATTTGGGTGGACGCTCTAGCCCGAACTCCAGTCGT
GGCCGTAACCCTCACCCTGTGAACCTTCACTGTTTGTCTTTTTGATTTTC
TCGCTGCATGTAACGCACACAGATTGTGAACATTTGCGTGGACGTGCTAA
CGGAAGAGAGAGAAGACGGAGGGAAGCGCCTCAAGGAGGGCCTAGAACAA
CTCTCCTCAGGTATGTACCATGTAGCGGTGGATGCTGCTATTTTTTCCCG
TCGCCCGGGTTGCTTTTCTCGTATCCAAACGCGCGACGAACACAGTTGTC
GATTCAAGCGCAGCTGGTCCCAAGCAAGCGCAAAACAAGTGCAACATCTC
GCCGGTAACACGCCGTGCGCTCCCTGTTGCCCCCGTGGAAACCCCTGACG
GGATATCTAAGCACGGGCGTGATGCTCTGGAAGCTCGCATGCTGATATTT
TGCCGCGCCTAGTCTGGACGAGTGAAGGGTGTTTTGTGTTTTGAGTTTGC
ACGCAACCCAAACCAACCCAAACCAACTCCACGAAAGCAGCCACGACGAT
AGTTGGGACGCTCTGACCCAACCCACCAACCCACCAACCCACCACCAACC
CACCACCAAGCCACCACCAAGCCACCGACCGTGACTGCTCCCCACTTGTT
CATCTGGTTCGCCGTCTCGCCGATCCAACATGTTACCGTGACACCGGGAC
AATGCGACCGTGGCATCGGTGTTCGGCAGAGGAACCCGAGGAAAGCAATG
CGCCCTCACCGCCGAGCCTTCTACAGGCTAGGCTGCAGGAGACGCTAAGG
GCCGACGTTGCCGTCACGGCCGACCTCGGGCTGCTGGTCAGAGGAAGCAT
GGACGCCCTGCGGGCCACGCTCGGAGAGCAGGGCTGGCAGGCAGCGGTCG
AGACGGTAGAGCCGGTTGTCCTGCGTGAGCTGCAGGGAATGGTGCAGGGA
ATGGTGGGGTGAAGAATTTTAAGAGCTGGAGTTTTAAGAGTTGCCCAAAG
AGCTATAGACATTGCCCAACGGTACCACCTACGTCAAGAGAGAAGGTTGT
TGTAGGATTCCGGAATGTCACTCTACCGGGGAGACAGGGCATTCCGCGAA
CATGTTGCGGGTGCATGCCTCGTGTGTTTTGTGACGTGCGAGGCTGTCTA
GAACTGTCAGGAGACGTGAGGGTGCAGGGATAGTGTCTGCTGGATAATTG
TCATGGGTGTGAACATGCTTGCCTATTCGGGGATAGGCGGGAGAAATCAT
TGGGTTTGCTCAATGGCATCGAGACGGCGGCGGCAGTGGTCGATGGCCCT
AAAGGGACCTGCTCACCATGAGGGCAGAGGAGCCAGGTGGTCATGTAAGG
GATGACGACCCTTGAGGCCGGAGTTAGACATGCCGTGGTGCGCATTCGAA
CCTTTGAAGAACCAGTATTTTTCCAGCGGGTTTTCGCCGATGTTGCTGTT
GTACAAACAGGAGGCCTGTAGGCGCGCATATGCTGGATGACGGCGGTGCC
GTAGTGAAACGACACGCCGCCTTAAGCAGCTGTTGAAACCATTCTCAGGA
CACCGAGGCGACCGTGAGGTATCAAGGGCTTGGCTGTAGGACTTTTTGAG
AGAGGGGGAAGTGTAGTTGGACCGGCGGATATCTGTCGGGGACAGCGCCC
ACCGTGCTGGCGGCGCTCTCCCGCTTCGTACATCCACGGCTGCACCTTCC
TTTCGCCCTTCGCCCGGGATTCTGGAACAAGAGATGATTCAGGGAGAATC
ACAAAGAATGGTGACATACATATGCGGACATTCTCCAAATACCACAGCAA
GAACCAGCCATTTAAAATCGGAA

Coding sequence (CDS) from alignment at C-linearis_contig10:901184..916406-

>mRNA_C-linearis_contig10.461.1 ID=mRNA_C-linearis_contig10.461.1|Name=mRNA_C-linearis_contig10.461.1|organism=Chordaria linearis ClinC8C monoicous|type=CDS|length=7014bp|location=Sequence derived from alignment at C-linearis_contig10:901184..916406- (Chordaria linearis ClinC8C monoicous)
ATGGAGCTTCCCGCAGCGCTCAGCACCGACGACCCCAGTCACGCCCAAAC
AATCTTCCTGATGGAGCTTCCCGCAGCGCTCAGCACCGACGACCCCAGTC
ACGCCCAAACAATCTTCCTGGCCATCGAGGCGTCGACCCAGAGTCCCCTT
GAAGGAGTCCGCAAGCCGGCCGAGCTGCTGCTCAAGGCCTGCGAAGAGCT
GCCCGGGTACACTTCCGTTCTGTCTTCCATCGCCACCACCCACGCCGCTC
CGACAGACGCGAGAGCCACCGCCGTCATCCTTCTCAAGAATATGGTCAGG
CCATCGAGGCGTCGACCCAGAGTCCCCTTGAAGGAGTCCGCAAGCCGGCC
GAGCTGCTGCTCAAGGCCTGCGAAGAGCTGCCCGGGTACACTTCCGTTCT
GTCTTCCATCGCCACCACCCACGCCGCTCCGACAGACGCGAGAGCCACCG
CCGTCATCCTTCTCAAGAATATGGTCAGGGTGCGGTGGAAGTCTCGTGGC
GAGAGGGGCGCCGTGGTGGACGAGGCGGAGAAGGCCGCCCTGCGGGAGCT
TTTGTCCGGGGGGGTTGCCATGGAGGAGCCGGAGGCGAGGGTTGCTTCTC
AGGGTGCGGTGGAAGTCTCGTGGCGAGAGGGGCGCCGTGGTGGACGAGGC
GGAGAAGGCCGCCCTGCGGGAGCTTTTGTCCGGGGGGGTTGCCATGGAGG
AGCCGGAGGCGAGGGTTGCTTCTCAGCTGGCCGTCCTGATGGGTAAGGTC
GCCAGGGCGGACTGGCCGCGTCAATGGCCAAACCTCTTCCCAAACCTGGT
GGCCTCGCTCGTGTCTGGCAGTCCCGATCGAACAAGAATGGCCCTCTGCG
GCGCGAACGAGCTGGCCGTCCTGATGGGTAAGGTCGCCAGGGCGGACTGG
CCGCGTCAATGGCCAAACCTCTTCCCAAACCTGGTGGCCTCGCTCGTGTC
TGGCAGTCCCGATCGAACAAGAATGGCCCTCTGCGGCGCGAACGAGGTGC
TGAGAGAGCTGTCGACGAAGAGGATCGGCTTGGACAAGGCTGCCTTCGTC
AAGACCTCCGCCGACCTGCTGCCGGTGCTGTGCCAGGCGTGGGACGCTCA
GTGGGCCTCGATAGAGGGCCTCTTGGTGGCGGTGGCGGCGGGGATTGTCC
CTTCCGGCGACTCTGAGGCGGGGGTGAAGGCTGCGGAGGCCATTTCTTTG
GGTACTGTTTGCGTCAAGGTGCTGAGAGAGCTGTCGACGAAGAGGATCGG
CTTGGACAAGGCTGCCTTCGTCAAGACCTCCGCCGACCTGCTGCCGGTGC
TGTGCCAGGCGTGGGACGCTCAGTGGGCCTCGATAGAGGGCCTCTTGGTG
GCGGTGGCGGCGGGGATTGTCCCTTCCGGCGACTCTGAGGCGGGGGTGAA
GGCTGCGGAGGCCATTTCTTTGGGTACTGTTTGCGTCAAGATCATTAGAC
GGCTGCTTCAGTTCGGAATCCCGGGCCTGGAGCACCCCACCGTAGAACCC
CTCTTCTCGGGGCTGCTGCAGCGGATGCAGGCGGCGGCGACCGCTCTGTC
GCGGCACCAGGAAGCAGCCGCCAAGGCGAGGCAGGGGGCTTCGGGAGCGT
TAGTAGAAGGGGGGGGTAAGGGGTACCTGCAGGGGGAGGGGCCGGTGTTG
AGCGAGCTGCAGGAGCTGGCAGAACGGATGGCGTGCACGGCGGTGGACGC
CCAAAAGGACCACCCCATCGGGTTTCGAAGATCATTAGACGGCTGCTTCA
GTTCGGAATCCCGGGCCTGGAGCACCCCACCGTAGAACCCCTCTTCTCGG
GGCTGCTGCAGCGGATGCAGGCGGCGGCGACCGCTCTGTCGCGGCACCAG
GAAGCAGCCGCCAAGGCGAGGCAGGGGGCTTCGGGAGCGTTAGTAGAAGG
GGGGGGTAAGGGGTACCTGCAGGGGGAGGGGCCGGTGTTGAGCGAGCTGC
AGGAGCTGGCAGAACGGATGGCGTGCACGGCGGTGGACGCCCAAAAGGAC
CACCCCATCGGGTTTCGAAGCAGGTACCTGTCGGCGTACCTGTCGTTCTT
CTGCGAGCAGCTGTCCGCAATAGCGCGGGCGCGGTCTGCCTCAATGTCAA
ACACCACGGCGGCGGAGGCAGCGGGGGTCCCGCGAGCGGCGGGAGGACGG
GGGGGGTTGTGGCGCGATGCGCCCGAGACGTTCGGAGGCGTGGTGGATCC
GCAGTCGATTGGACCGTTCTGCATCCAGTGCATGTCGTTCGTTGCCAACG
TCGTGAGCTGTTCCAGCTATCGGGAGGATGTCCTCCAAAAGCAGGTACCT
GTCGGCGTACCTGTCGTTCTTCTGCGAGCAGCTGTCCGCAATAGCGCGGG
CGCGGTCTGCCTCAATGTCAAACACCACGGCGGCGGAGGCAGCGGGGGTC
CCGCGAGCGGCGGGAGGACGGGGGGGGTTGTGGCGCGATGCGCCCGAGAC
GTTCGGAGGCGTGGTGGATCCGCAGTCGATTGGACCGTTCTGCATCCAGT
GCATGTCGTTCGTTGCCAACGTCGTGAGCTGTTCCAGCTATCGGGAGGAT
GTCCTCCAAAAGGCCATTGCGACTGCTACAGCATCGCCATCGCCAGGGGG
GGGCGCTGCTGCTGCCACCGGCATCCGCCCGGCGGCGGTGGGAAGAGGGA
GAATTATCACCGGCAAGGGGGACGCCGTCATCACGCCAGGCCATTGCGAC
TGCTACAGCATCGCCATCGCCAGGGGGGGGCGCTGCTGCTGCCACCGGCA
TCCGCCCGGCGGCGGTGGGAAGAGGGAGAATTATCACCGGCAAGGGGGAC
GCCGTCATCACGCCAGGCATCGCGCTTGAGATATCGTCGGCTATGGGGGA
CTTCTTCACCAAGGCGAGGCATCGCGCTTGAGATATCGTCGGCTATGGGG
GACTTCTTCACCAAGGCGAGGGTGTTGGCGTTGCTGGGTCTGCTGCTGGA
AGGCTACCTGCCGCTGACTGCGGACGAGGTTGAAGATTGGACCCACCAGC
CCGAGGAGTACTACCTTCTGCAGGACAGCATCGAGGCTAGAGAAAGCGTT
AGGGGTGTTGGCGTTGCTGGGTCTGCTGCTGGAAGGCTACCTGCCGCTGA
CTGCGGACGAGGTTGAAGATTGGACCCACCAGCCCGAGGAGTACTACCTT
CTGCAGGACAGCATCGAGGCTAGAGAAAGCGTTAGGGTGAGCGCGCAGCA
GGTGTACATGGCCCTGCTTGAGGCCAGCAGCAACAACGTTGGCGGCGTGC
TGGCAGAAGCCGTGGCCAAGATGCTGTCGCAGGGCGTCCCAGAGCAGATC
GAGACATGCCGGCAATCGACCATCAGGTGAGCGCGCAGCAGGTGTACATG
GCCCTGCTTGAGGCCAGCAGCAACAACGTTGGCGGCGTGCTGGCAGAAGC
CGTGGCCAAGATGCTGTCGCAGGGCGTCCCAGAGCAGATCGAGACATGCC
GGCAATCGACCATCAGCCCCCAAGTGCTGGCGTGCGACGCGCTGTACCTG
TGTACCGGGCTCGGCGCCTACACGGTGAAAAAACACTTTGACTTCTCGGA
ATGGTTTGGGGCCTTCTTAGGGCCGGCACTGGAGGCGCTGGTGTCGACCA
TGCAGACGAGCGCTAGGGGGCCCCCAAGTGCTGGCGTGCGACGCGCTGTA
CCTGTGTACCGGGCTCGGCGCCTACACGGTGAAAAAACACTTTGACTTCT
CGGAATGGTTTGGGGCCTTCTTAGGGCCGGCACTGGAGGCGCTGGTGTCG
ACCATGCAGACGAGCGCTAGGGGGAATCCGGCCATCGTGGCGTCCCGATC
TCCTCTCATTCTGCTGAGACGGCTGATGTGGTTGCTGGGCTGCTGGGCAG
AGCAGATCCCGGCATCGCTGCGACCGGCACTCGTGCAAGCGACTGCAAAT
GTTATGAAGAATCCGGCCATCGTGGCGTCCCGATCTCCTCTCATTCTGCT
GAGACGGCTGATGTGGTTGCTGGGCTGCTGGGCAGAGCAGATCCCGGCAT
CGCTGCGACCGGCACTCGTGCAAGCGACTGCAAATGTTATGAAGGCAAAG
GAGGCAGACGTGGTGATTCGCCTTTCGGCTCTGGGTGCTCTCCGAAGCCT
CCTGGCCCTGTGGGACCTGGATGCCGACCAGTGCCTCGCCCCGCCGTTAG
GGTGGCTGGTGTCGGCGCTGTATGGGATGTTTGAAGACGTAGCGGAGATG
GAGAACCGGCAGGAGGCGAGTCTTGCAAAGGAGGCAGACGTGGTGATTCG
CCTTTCGGCTCTGGGTGCTCTCCGAAGCCTCCTGGCCCTGTGGGACCTGG
ATGCCGACCAGTGCCTCGCCCCGCCGTTAGGGTGGCTGGTGTCGGCGCTG
TATGGGATGTTTGAAGACGTAGCGGAGATGGAGAACCGGCAGGAGGCGAG
TCTTGTGTTGACGGTGATGTCGGAGCTGCTGTCGAGGTCAGGGCGGCTGC
TGGTGCCGCACTGTCAGGTCGCCGTGGCTGGCTTACCGGCTGTGTGGGAC
GCCACGTCGTCGCAGACCCCGCTTAGATGCAAATGCCTCCAGGTGTTGAC
GGTGATGTCGGAGCTGCTGTCGAGGTCAGGGCGGCTGCTGGTGCCGCACT
GTCAGGTCGCCGTGGCTGGCTTACCGGCTGTGTGGGACGCCACGTCGTCG
CAGACCCCGCTTAGATGCAAATGCCTCCAGGTGATGACGCACGTGGTTGA
TGCGCTGGGGAGTGATAAGGGGCCGGACTTGGATCGAATAGCCCTGGCTA
TGGTGGACGTCGCCACCAAGGTCGGCAGCGATGAAGCGGTGATGACGCAC
GTGGTTGATGCGCTGGGGAGTGATAAGGGGCCGGACTTGGATCGAATAGC
CCTGGCTATGGTGGACGTCGCCACCAAGGTCGGCAGCGATGAAGCGATTT
ACCTGATGGAGACGGGCCTCGAGCTGTGGCTGGCGCTTCTTCGCCACTCT
AAGGACTACGTGGAAGGGATACACAACCTCTTTCCGCGGATACCACAGAT
GCTCGACACCGACCTGGATAACCTCAAGCAGATTTACCTGATGGAGACGG
GCCTCGAGCTGTGGCTGGCGCTTCTTCGCCACTCTAAGGACTACGTGGAA
GGGATACACAACCTCTTTCCGCGGATACCACAGATGCTCGACACCGACCT
GGATAACCTCAAGCAGGCCATGCTTATCTTGGAGGCGCATGTTGTTGTCG
GTGGCACGGTGTTCCTGCAAGCACACGGCCCTCTGCTTTGCACCTGCTTC
TGCAGGGTGGTCGGGCAGGCCATGCTTATCTTGGAGGCGCATGTTGTTGT
CGGTGGCACGGTGTTCCTGCAAGCACACGGCCCTCTGCTTTGCACCTGCT
TCTGCAGGGTGGTCGGGCAGGTGAAGCCCAAGGGAGCGGCGTTCGTGTCT
CGTGCCCTCGAGACCGTCCTCAGAAAATTCCCGGTCGAGGCCTCCACCAT
GCTGGCCGACGGGGGGGTGCTTAAACAGGTGAAGCCCAAGGGAGCGGCGT
TCGTGTCTCGTGCCCTCGAGACCGTCCTCAGAAAATTCCCGGTCGAGGCC
TCCACCATGCTGGCCGACGGGGGGGTGCTTAAACAGGTGGCGGAGGCGTG
CTTGGTGGGCGTGTCCGACGGAAGCGACAGCTCTAGAGAGCCGGACCTAG
TCATCGTGCAGCACCTCACCGTGCTCTGCAGGTGGCGGAGGCGTGCTTGG
TGGGCGTGTCCGACGGAAGCGACAGCTCTAGAGAGCCGGACCTAGTCATC
GTGCAGCACCTCACCGTGCTCTGCAGCAGGGTACTCTTGGCCGCCCCCGA
CATTTTGCGTGGCGTACTCCAGCACCTGGCGGACTCGTATCCACCAACAC
GAACTCCTGGGGCCGGCGGCAACACCGGCAGCGCCAGCGACGGAGGCGGC
AGTCCCAGCTCTAACCCGGACTGGCTTCTGGCCGAATTGCAGGGTACTCT
TGGCCGCCCCCGACATTTTGCGTGGCGTACTCCAGCACCTGGCGGACTCG
TATCCACCAACACGAACTCCTGGGGCCGGCGGCAACACCGGCAGCGCCAG
CGACGGAGGCGGCAGTCCCAGCTCTAACCCGGACTGGCTTCTGGCCGAAT
TGATCGGCCAGATGACGGGCCTGTTCGACTCTGCCGGCTACAGCGCGGCC
GGGGTGTGGAGGCGAAGGTTGTGGGCGATGGCGCTGTTGAAACTCCTCCC
TTCGGCCAACAGCGGGGTCATCAAGAACCTAGACCAGATCGGCCAGATGA
CGGGCCTGTTCGACTCTGCCGGCTACAGCGCGGCCGGGGTGTGGAGGCGA
AGGTTGTGGGCGATGGCGCTGTTGAAACTCCTCCCTTCGGCCAACAGCGG
GGTCATCAAGAACCTAGACCAGATTGTGAACATTTGCGTGGACGTGCTAA
CGGAAGAGAGAGAAGACGGAGGGAAGCGCCTCAAGGAGGGCCTAGAACAA
CTCTCCTCAGATTGTGAACATTTGCGTGGACGTGCTAACGGAAGAGAGAG
AAGACGGAGGGAAGCGCCTCAAGGAGGGCCTAGAACAACTCTCCTCAGAG
GAACCCGAGGAAAGCAATGCGCCCTCACCGCCGAGCCTTCTACAGGCTAG
GCTGCAGGAGACGCTAAGGGCCGACGTTGCCGTCACGGCCGACCTCGGGC
TGCTGGTCAGAGGAAGCATGGACGCCCTGCGGGCCACGCTCGGAGAGCAG
GGCTGGCAGGCAGCGGTCGAGACGGTAGAGCCGGTTGTCCTGCGTGAGCT
GCAGGGAATGGTGCAGGGAATGGTGGGGTGAAGGAACCCGAGGAAAGCAA
TGCGCCCTCACCGCCGAGCCTTCTACAGGCTAGGCTGCAGGAGACGCTAA
GGGCCGACGTTGCCGTCACGGCCGACCTCGGGCTGCTGGTCAGAGGAAGC
ATGGACGCCCTGCGGGCCACGCTCGGAGAGCAGGGCTGGCAGGCAGCGGT
CGAGACGGTAGAGCCGGTTGTCCTGCGTGAGCTGCAGGGAATGGTGCAGG
GAATGGTGGGGTGA