mRNA_C-australica_Contig_1013.3.3 (mRNA) Chrysoparadoxa australica CS_1217

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

Overview


Name	mRNA_C-australica_Contig_1013.3.3
Unique Name	mRNA_C-australica_Contig_1013.3.3
Type	mRNA
Organism	Chrysoparadoxa australica CS_1217 (Chrysoparadoxa australica CS_1217)

Homology

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: D7FP67_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FP67_ECTSI)

HSP 1 Score: 457 bits (1176), Expect = 3.290e-142
Identity = 261/628 (41.56%), Postives = 359/628 (57.17%), Query Frame = 3

Query:  975 ERGQSPPVLDQTLTIESKENNKYWVDGVTCKISDTEPFQAYGCRGGLLCDEPGLGKTITVLALVLRTRGCLP--------VMSARKGTGLSDAELLALAEKEWEHWGIPERRTALGRLIRSLEQLDEARVFSQHLTAEFCASWGMTDYLSVIPKPISLLDAKRMVLREKGGGDLL----TLAEFRDVINLVLGNAIAYHS-------------------------NPNHANPDE-------EVAQLARDMREHFNAELNAFFQHSCVPGVP--VSSASPLIPSSCTLIVVPPPLLNHWINQVTLHSHESFRGNCYFDHKSSKPLPSADVLARHSLVITTYQRLTNSRETWEDCPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENISSQEWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQ 2720
            E+G  P V   + T     + + W++ V   +  + P      RGG+LCDEPGLGKTITVLAL+LRTRG LP        V S+ +  G+S       AE++W +WG  ER+ A+ +++R+L+  D A +FS+ L  E     GM DY++V+ +PI L    R     +G  D +    T  +F   +  V  NAIAYHS                         +   A P         +VA+ A ++       L   F    +      +     L  SS TLIVVPPP+L HW NQ+TLH+     G+ +FD +S   LP  D L    +V+TTYQRLTN +  W D PL +I W RM+ DEGH++G S  T+  DVA  RI AERRWV +GTPTP+T+++A+L +L  LL  + E   S EW R VR PF++ K +G E LRR+LS +MIRHTK  +  IP P+R+   + M++ E +AYDT+V F  +N+L+T+++G+TSGWQDSLLNP N K+A E + N+RL CCG G +IP +K   + ET   LR+LH  S +D++RID F+ RA MGE+SSCQGCG  LQLL +TPC HLIC +        C+VC +  D DD Q
Sbjct:   51 EKGARPDVSLPSPTA----SGRLWINVVDGMVWPSAPAPCSEVRGGMLCDEPGLGKTITVLALLLRTRGLLPGAVPLPLGVSSSTRSGGVS-------AEEQWRNWGSLERQGAMMKVVRALQISDRAGMFSRVLDEETLEELGMPDYVAVVGEPIDLQTIARRAC-SRGPRDSVPSYDTFRDFASDVRKVFSNAIAYHSGGAXXXXXXXXXXXXXXXXXXXGDTSVRQAQPPAGRDRAMPKVAEAAEELSREAEDLLKGVFVARRIDRAESLLERLCALKASSATLIVVPPPMLPHWRNQLTLHAEHGRLGSVFFDERSDTRLPPVDELKDFGVVVTTYQRLTNEQPGWSDSPLSRIHWLRMVLDEGHAMGTSAMTSCGDVA-RRIEAERRWVMTGTPTPTTSADAALRNLSNLLNLLREKEYSPEWRRNVRGPFIANKPEGRERLRRLLSEVMIRHTKADLLSIPPPVRESALLNMSQQETLAYDTIVSFVRSNLLLTSMEGKTSGWQDSLLNPANTKYAMEALTNIRLSCCGGGTLIPMVKGIHQVETLHMLRDLHDASAVDLRRIDNFITRATMGEVSSCQGCGEPLQLLHITPCTHLICVDXXXXXNNTCRVCGSRYDIDDFQ 665

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A835Z414_9STRA (SNF2 family N-terminal domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z414_9STRA)

HSP 1 Score: 458 bits (1178), Expect = 1.220e-131
Identity = 363/1171 (31.00%), Postives = 498/1171 (42.53%), Query Frame = 3

Query:  714 MMKEVYASLPPRERPLPRNMALQEGS-----VLCSLPPLV---MTCACSYLRAMDVEFLSRTCKSLWQVCEG-----------AAPGLKLRLFPHQLRGLA-----------------------WMRERERGQSPPVLDQTLTIESKENNKYWVDGVTCKIS----------------DTEPFQAYGCRGGLLCDEPGLGKTITVLALVLRTRGCLPVMSARKGTGLSDAELLALAEKEWEHWGIPERRTALGRLIRSLEQLDE---ARVFSQHLTAEFCASWGMTDYLSVIP---KPISLLD---------------------AKRMVLREKGGGDLLTLAEFRDVINLVLGNAIAYH-SNPNHANPDEEVAQLARDMREHFNAELNAFFQHSCVPGVPVSSASPLIPSSCTLIVVPPPL------------------------------------------------------------LNHWINQVTLHSHESFRGNCYFDHKSSKPLPSADVLARHSLVITTYQRLTNSRETWEDCPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGS----------------RIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENISSQ--EWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFV---GEIPTPIRKVTR--------------------------------------------IPMTKSEAIAYDTVVVFCHTNILITN-LKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINS-EQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELM 3587
            +M E+YASL P+ RP      L   S         +P L    +     YL A   E L+  CK L +  E            AA G +  L+PHQ++ L                        WM  RER  S          ++  +  Y V GVT   +                + +P       GGLLCDEPGLGKTIT+LALVLR++G LP   +      + AE L  AE  W HW   +R   + R++R L+Q      A  F+Q LT    A WGM DY  V P   + ++ LD                     A    L ++   DL+TL +F   ++ V  NAI YH   P    P  E+   A  ++  F+  +    +         +  + L PS  TLIVVPPP+                                                            L HWI Q+T +S  ++ G  +FD    +PLPSA  +A  ++V+TT  RL+  RE  +  PL    + RM+ DEGH+LGG   TN+ +VA +                   AER W+ SGTPTP TT E +L H   LL F+     S   +W   +   F   +  G   L R+L+ +M+RH K  +     +  P RK                                               + ++ +E++AYD +  F  TNIL+T+ L+ RTS W DSLLNPK    A E + N+RL CCG G +      K  +ET A L   H  S  DV R   ++ R    +++ C GCG  LQ+LV+TPC HL+C  CVR SM EC  C   ID D+LQ LQPGF L W                               PL                     +  A+A V +    T                                     D L  +HSK + +I  L +  A   + + E     R  R L  + + RP+KA++FSQFR VL++VGD+ YRY+G     GWL RG + +AEFFG  R  EL+KF+   +CF++LL  DGS GLDLSFVTHI+L++E+W+++LE QV+ARAHR+GATGPV V QL M+ TIEE +
Sbjct:  128 IMHELYASL-PQYRPPCAAAPLAPASPYKTYAATRVPDLFGVPLRHLAEYLDARSFEVLAGACKHLHRSLEAHPLGLTLPAAHAAGGRRFELYPHQVKALRRGEGGAGXXXXXXXXXXXXXXXRWMTARERCSSEQQQRLHRRHQAALHLYYRVRGVTGGTAAVLWVHKRSLVMGVGGEFDPPDIPVVCGGLLCDEPGLGKTITILALVLRSKGRLPTPPSCGALPHTRAEQLTRAEDCWRHWDATDRAMRMSRVLRDLQQCSAEVGADWFAQPLTPLALAEWGMGDYELVAPHAPQDLASLDWEISXXXXXRCAHELRFFVCTAFSTDLCQRSPKDLVTLQQFSASVHAVFDNAITYHLRTPQARAPRPEIGTAAAQLKLAFDDAMAVLVEQLAPTDRRAARLAALTPSPATLIVVPPPMVPXXXXXXXXXXXXXXXXXXMRAARXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXGVLEHWITQITTYSIPTYLGAAFFDKHIRQPLPSAQQMANFNIVVTTTSRLSAERENGDASPLFATHFQRMVIDEGHALGGQSWTNYGEVARAIESPTLSXXXXXXXXXXXXAERLWIVSGTPTPDTTLERALSHTRSLLAFLRATQWSDAADWREHIARQFGDARSVGFRRLARILAALMMRHEKRDLRGGAALFEPPRKXXXXXXXXXXXXXXXXXXLVILLTYGKKXXXXXXXXXXXXXXXXXXMLELSPAESMAYDCIAAFVKTNILLTSELQSRTSAWDDSLLNPKQRHSANEAVTNVRLACCGGGELHAFATSKNVKETLAMLELKHRASPPDVARAAEYLRRTNAQQVTGCDGCGRLLQILVLTPCVHLLCFACVRGSMYECCRCNKGIDPDELQLLQPGFNLEWHF-----------------------------PL---------------------SARAKAPVGQHEHHTTW----------------------------------QDDLH-MHSKAREVIRQLDAARATAQQVQHELAASVREQRRLSAARDTRPVKAIIFSQFRKVLDMVGDKMYRYYGRCPEAGWLERGSEQVAEFFGARRNDELTKFKTSADCFVLLLNMDGSTGLDLSFVTHIYLLEEIWNKALERQVIARAHRLGATGPVKVIQLAMRGTIEETL 1212

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: B8CDY7_THAPS (Bromo domain-containing protein n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8CDY7_THAPS)

HSP 1 Score: 422 bits (1085), Expect = 1.800e-121
Identity = 358/1187 (30.16%), Postives = 520/1187 (43.81%), Query Frame = 3

Query:  795 LCSLPP-LVMTCACSYLRAMDVEFLSRTCKSLWQVCEGAAPGLKLRLFPHQLRGLAWMRERERG---QSPPV-------LDQTLTIESK------------ENNKYWVDGVTCKIS---------------------------DTEPFQAYGCRGGLLCDEPGLGKTITVLALVLRTRGC-------LPVMSARKGTGLSDAELLALAEKEWEHWGIPERRTALGRLIRSLEQLDEARVFSQHLTA------EFCASWGMTDYLSVIPKPISLLDAKRMVLREKGGGDLLTLAEFRDVINLVLGNAIAYHSNPNHANPDEEVAQLARDMREHFNAELNAF-FQHSCVPGVPVSSASP----------------------LIPSSCTLIVVPPPLLNHWINQVTLH-------------------------SHESFRGNCYFDHK--------------SSKPLPSADVLARHSLVITTYQRLT-----NSRETWE-------------------------------DCPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENISSQE------WARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVE------KYIDLKDEEKRMLQQEDAAPADSEASAE-----PLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEF-FGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVNHGEKGLLNMQMPRQSKEAKDETGVRAKGATKDRA----KLHYLMTELRTVSVELPSAPEPSRKFTGKGKGKAK 3806
            L  LP  +V T   SYL+A  +  L  T + ++Q      PGL+L+LF HQ+R L WM  RER    +S  +        D T ++ S+            + ++    G T  +                            +T P      RGGLLCD+PGLGKTITV++L+LR+ G        LP  S  K T LSD  +       W   G   R      ++  +++L ++   S +  +      ++C      DYL +I KPIS+ + KR V R  G      +    + I L   NA+ Y  NP     D +V + A  +  +F   L  F  +H       +S  +                       L+ SS TL+VVP PLL+HW  Q T+H                          ++  R    FD +               SK LP +DVL+R  +V+T+Y RLT      S + W+                                 PL K+ W R+I DEGH +G    +N    A S + A+RRWV +GTPT   +S+  L  L  L  F+     ++E      W   +   +   K      L  +LS +MIRHTK  + EIP PI   + I +++SE   Y+T+     TN++ T+++GRTSGWQDSLLNP+  +FA E + NLR+ CCG   ++P++      ET   LR+ H   +  V+ ++ F+ RA  G +SSC GCG  +QLL V PC  L+C EC+      C+VC    D DD Q+LQPG  +++  +      +  D K   +R L  E  +P              L +   G P    +     GE+  +  +  ++G     L               + C     +  + P             SK +Y I  L  L    S+   E   +     +  +S  RPLKA+VFSQFR +    GD+  R FG           G  +A+F F   R  EL KFR DP CF+MLL K GSHGLDLSF THIF +D ++D+SLE QVVARA+RMGATGPV V QL  KD+IEE+M+E+N G                +D   + +  +  D+A    K+H L+  +  +   + +  E  RK +    G+A+
Sbjct:  375 LLDLPDEIVATSIASYLQARSLHALRSTNRRMYQNLCKVVPGLRLKLFYHQIRSLEWMERRERKVVTESDAIGYYAGGNNDNTTSLASEYFLHEGEAVLGGDYHRAITGGSTVLLCPRPVTGGNHSQGGAMRFDSQNGVIIPVETSPVSRKSARGGLLCDDPGLGKTITVISLILRSYGLSTKADESLPPSS--KSTVLSDEVIFY---NYWVTSGFLTRHVRTPAIMTLIKRLLDSDTDSHYFISPIETILQYCP-----DYLDIIEKPISIQEIKRKVCRSDGKD----IRGVEEDIRLCFRNAMDY--NPK----DHDVHKAASRLLNNFERLLIEFKHEHVKTAAKSISRMTKQSVGSGLVDALKARQRIELQEHLLFSSSTLLVVPNPLLSHWEEQFTMHVDFDYCKRRDESSTSDPLIYFHTSQKNQVARDKISFDLEPFLLQENPFMFIDDGSKALPPSDVLSRFRIVLTSYNRLTAEYYLTSFQQWKWKLGSVEQEVKASKKGSVGERYWGEEGFVPKASPLLKVHWLRLIVDEGHVMG-KDVSNAIQFA-SWVSADRRWVMTGTPTQQISSQNGLRQLFHLSNFLKHEFFARELGQEKTWTHLISRGWKDEKVASFFRLSHLLSFLMIRHTKADLVEIPPPIFSTSYISLSQSETTTYNTLAAVIRTNLITTSMEGRTSGWQDSLLNPRQSRFASEALTNLRVACCGGCQILPSISNVHWNETLTLLRQRHKVDDTKVRVVNDFIDRAQSGMLSSCMGCGIGIQLLFVVPCGDLLCAECISRETTLCRVCGETFDVDDFQRLQPGLMMQFNADLQNREKEERDRKQNIRRALLDETTSPRGGRRQLNVNDINDLEENENGVPEDRFVRSHKRGESC-IYSSRYKDGKC---LLCREEHFDCNFMNTKRQCQLCFKEYESCPEYA----------SKAKYTIDKLLQLRNESSRNVSELAVRMFSKSSTHSSSHRPLKAIVFSQFRPIYEYFGDRLIREFG-----------GACVADFSFTKTRNEELKKFRLDPQCFIMLLSKQGSHGLDLSFCTHIFFLDTIYDKSLEQQVVARAYRMGATGPVYVEQLTAKDSIEEVMNEMNVG----------------RDSQSLSSSESETDKAEKYAKMHTLLKRVSLIKPRIGAEREHKRKASAVQDGRAR 1498

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A7S2KSK3_9STRA (Hypothetical protein n=1 Tax=Skeletonema marinoi TaxID=267567 RepID=A0A7S2KSK3_9STRA)

HSP 1 Score: 415 bits (1066), Expect = 1.380e-120
Identity = 349/1154 (30.24%), Postives = 511/1154 (44.28%), Query Frame = 3

Query:  837 YLRAMDVEFLSRTCKSLWQVCEGAAPGLKLRLFPHQLRGLAWMRERER----------GQSPPVLDQTL----TIESKENNKYWVDGVTCKISDTEP------------FQAYG--------------------------CRGGLLCDEPGLGKTITVLALVLRTRGCLPVMSARKGTGLSDAELLALAEKEWEHWGIPERRTALGRLIRSLEQLD-EARVFSQHLTAEFCASWGMTDYLSVIPKPISLLDAKRMVLREKGGGDLLTLAEFRDVINLVLGNAIAYHSNPNHANPDEEVAQLARDMREHFNAELNAFFQHSCVPGVPVSSA----------------------SPLIPSSCTLIVVPPPLLNHWINQVTLHSHESF-------------------------------RGNCYFDHKSSKPLPSADVLARHSLVITTYQRLTNS----------RET------WED------CPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENISSQE------WARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEE-KRMLQQEDAAPADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQS--------KYEGERNRQKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEF-FGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVNHGEKGLLNMQMPRQSKEAKDETGVRAKGATKDRAKLHYLMTELRTVSVELPSAPEPSRKFTGKGKGKAKANFCPSDGEEPEQPSKRVRF 3866
            YL+A  +  L  T + +++  +   PGLKL+LF HQ+R L WM  RER            +  ++   L    ++   + ++    G T K+    P            F A                             RGGLLCDEPGLGKT+TVL+L+LR+ G    + A + +   D E +  +  E E+  I  RR A+ +L+  L   D E+  F   +    C      DY  VI K   +      +   KG  D      F   I  V  NA+ Y  NP+    D +V + A+ M  +    L  F        +   S                        PL+ SS TL+VVP PLLNHW  Q+  H +  +                               +G   F    +K LP A  L+R S+V+T Y R T            R T      W D       PL K+ W R+I DEGH++G +          S I A+RRW  +GTPT    S+  L +L  L  F+  N  S+E      W   + + +          L+ +LS +M+RHTK+ + E+P PI   T I +++SE   Y+T+V    TNI+ T+++G+TSGWQDSLLNP+N K+A E + NLR+ CCG   ++P++      ET   LR++H  ++  +  ++ F+ R   GE+S CQ CG  LQ L V PC HL+C EC+      C VC+TP DADD Q+LQPG + ++      + KD E KR L +  ++P ++   AE  L+        E  E       T   R+   +     E                                    +++    SK +Y++  L  L ++          ++ G+R   K + R       RPLKA+VFSQFR +    G++  R FG           G  +A++ FG  R  ELSKF +DP CF+MLL K GS GLDLSFVTH+F +D ++D++LE QVVARA+RMGA+GPV V QL    +IEE++ ++N            RQS  +           T+  AK+H+L+   R+  V  P     +R+       K  A  C  D ++  +  + VRF
Sbjct:  160 YLKARSLHSLRLTNRRMYKFLQSVVPGLKLKLFHHQIRSLEWMEIRERRCITEEDLLCSNNSSIVGTMLHDGESVCGGDYHRSVTGGATVKLCTRRPNSLSNGVAKSYRFDALSGSSINTTQFTSAHSKHLPSHLRSTKAARGGLLCDEPGLGKTVTVLSLILRSLGLS--VDATEDSSTIDDEAIFHSYWESEYLTIHVRRPAILKLVTRLLNSDSESGYFIPPIGTFDCQ-----DYFDVIEKGKEICLQDIRINANKG--DCKDFRAFEADIYRVFENAMTY--NPS----DNDVHRAAQRMVNNAKVILATFKSEQVNTAMKALSRIRLSESYALINMLEAKKRAELHDPLVASSSTLLVVPNPLLNHWEEQIIRHINFQYSAKRSIYYHTKKRNFELSNPAVSFDLEQTLNQGPFVFIDDGTKALPPASTLSRFSIVLTAYNRFTAEWKQGSLENELRATRKGVTYWGDDLSEEASPLLKVHWLRLIVDEGHTMGKNPNNTIQFC--SWITAQRRWGMTGTPTNQIASQTGLRNLFFLQNFVKHNFFSRELGKEKLWNSLINNGWKDDHLASFYRLKHLLSFLMVRHTKDDLVELPPPIYLTTSINLSQSEKKTYNTLVSSVRTNIITTSMEGKTSGWQDSLLNPRNSKYANEALINLRISCCGSYQILPSITNIHWSETLEMLRDIHKVNDTSINLVNNFIYRCTNGELSGCQQCGIQLQTLFVIPCGHLVCPECIDSETTSCPVCETPFDADDFQRLQPGIDFQFCPNLEEEKKDRESKRSLSRAFSSPNNN---AEVNLE--------EEEEREVDESHT---RSRRHKKGEECEYSREYSDGKCKICREEHFDCNFDNAEQRCYTCFKYAEEVPEYASKAKYVVDKLIELRSSFQGSVSPAAVRFFGKRGDPKSMNR-------RPLKAIVFSQFRPIYEYFGNRLIRKFG-----------GTCVADYAFGGTRSQELSKFIHDPQCFVMLLSKQGSLGLDLSFVTHLFFLDTIYDKALESQVVARAYRMGASGPVYVEQLTAAASIEEVIQQMNEA----------RQSHNSDQ---------TEKHAKMHFLLK--RSQLVRQPQVQMNARR-------KRNAQDCVDDDDKNSRQPRTVRF 1236

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A6H5JNK1_9PHAE (SNF2-rel_dom domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JNK1_9PHAE)

HSP 1 Score: 367 bits (943), Expect = 2.900e-108
Identity = 231/532 (43.42%), Postives = 307/532 (57.71%), Query Frame = 3

Query: 2022 SGTPTPSTTSEASLGHLHRLLQFIGENISSQEWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAP--ADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATP---MMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIE-ELMHEVN 3599
            +GTPTP+T+++A+L +L  LL  + E   S EW R VR PF++ K +G E LRR+LS +MIRHTK  +  IP P+R+   + M++ E +AYDT+V F  +N+L+T+++G+TSGWQDSLLNP N K+A E + N+RL CCG G +IP +K   + ET   LR+LH  S +D++RID F+ RA MGE+SSCQ                 I           C+VC +  D DD Q+LQPGFEL+W+         E+KR+ QQ  AA   A   A+       +  SP+P  +             A V +   P   G       XXXXXX                  + +  + +   +HSK  Y I  LK          G R++ K   R     + RPLKA+VFSQF  VLN+VGD+  R  G    +GW RRG K +AEF+G  R  EL +FR DP CF++LLGK G+HGLDLSFVTH+FLMD++WDRSLE QVVARA+RMGA G V V QL+MKDT+E EL   VN
Sbjct:    2 TGTPTPTTSADAALRNLSNLLNLLREKEYSPEWRRNVRGPFIANKPEGRERLRRLLSEVMIRHTKADLLSIPPPVRESALLNMSQQETLAYDTIVSFVRSNLLLTSMEGKTSGWQDSLLNPANTKYAMEALTNIRLSCCGGGTLIPMVKGIHQVETLDMLRDLHDASAVDLRRIDNFITRATMGEVSSCQ-----------------IXXXXXXXXNNTCRVCGSRYDVDDFQRLQPGFELKWMYNIR-----EQKRLHQQRRAAARLARRGAAGNNQANSTPASPSPPDV-------------ATVHQALSPHPEGGGASRGTXXXXXXXXXXXXXXXXXXXXXXGGLEVEADGEELEMHSKAFYAIEQLK----------GIRDKAKSSNRR--RGDYRPLKAIVFSQFLPVLNIVGDKFLRELGGFPEEGWQRRGEKCVAEFWGKNRAKELERFRTDPECFVLLLGKRGAHGLDLSFVTHMFLMDQIWDRSLETQVVARANRMGAKGSVSVVQLIMKDTMEQELRSYVN 486

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A1Z5KLC0_FISSO (Peptidyl-prolyl cis-trans isomerase A n=1 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5KLC0_FISSO)

HSP 1 Score: 381 bits (978), Expect = 5.170e-107
Identity = 349/1135 (30.75%), Postives = 496/1135 (43.70%), Query Frame = 3

Query:  837 YLRAMDVEFLSRTCKSLWQVCEGAAPGLKLRLFPHQLRGLAWMRERE-RGQSPPVLDQT--LTIESKENNKYWV-------------DGVTCKISDTEPFQAYG---------CRGGLLCDEPGLGKTITVLALVLRTRGCLPVMSARKGTGLSDAELLALAEKEWEHWGIPERRTALGRLIRSLEQLDEARVFSQHLTAEFCASWGMTDYLSV--------IPKPISLLDAKRMV--LREKGGGDLLTLAEFRDVINLVLGNAIAYHSNPNHANPDEEVAQLARDMREHFNAELNAFFQHSCVPGVPVSSASPLIPSSCTLIVVPPPLLNHWINQVTLHSHESFRGNC------------------------------YFDHKSSKPLPSADVLARHSLVITTYQRLTNSRETWED------------------------------CPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENI------SSQEWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQ-LLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQG---------------------CAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVNHGEKGLLNMQMPRQSKEAKDETGVRAKGATKDRAKLHYLMT--ELRTVSVELPSAPEPSRKFTGKGKGKAKANFCPSDGEEPEQPSKRVRF 3866
            +L A +++ L ++C  L+ + +   PGLKLRLF HQ R LAWMRERE R Q+   L  +    + + E + Y                G   +IS     +  G          RGGLLCD+PGLGKTITVL+L+L+T G LP      G  + +++ +  A  E ++     RR+AL + I     +      +  L  +        +Y S         +    SL  A R++  LREK         EF++     + +A  Y S+   + P+  VA L  D R         FF+              L+PS  TL+VVP  L++HW  Q+ LH +  F  +                               + D   +KPLP  + LAR  +VITT QR +N    W++                              C L KI W RM+ DEGHS+   H+ +    A S IHAERRW  +GTPT   T +  L  +  LL+F+  +         Q W + +   +          LR +L  +M RHTK  + E+P P+ +   IPM++ E   Y+T+V    +NIL+T++ G+TSG QDSLL+  N + A E ++N+R +C G   ++P L  K   ET   L ELH+   +D+  I  FM  A    +S C  C   L  LL+ + C HL C EC       C  C    D DD Q+LQPGF + W      +LKD E+          +++E     LL  ++         G  +G    +A   +         G             A+                      CA  S      P      D+     SK  YLI  + +L +N                   +  QRPLK +VFSQFR  LN+VGD+ YR FG +            +AE++G  R  ELSKF +   C  +LL KDGS GLDLSFVTHIFL++E+WD++LEDQVVARA RMGA G V V  L+ + ++EE+M +V   E+     + P++   A+D          K+R KLH L+    L T    L +  E       K   K+KAN    D   P    KR RF
Sbjct:  241 FLGARELQVLRQSCSQLYGILQTVVPGLKLRLFQHQKRSLAWMRERECRSQTESDLCSSSHTRLFAVEGDDYRAASGGVASLLELRSTGEQVRISQLTGQECDGSLAKMNRLVARGGLLCDDPGLGKTITVLSLILQTAGMLPETPTLVGKSV-ESDKIFNAYWEEQYCAHDNRRSALLKFINQF--IKSETTHASFLPTKKLQKLAELNYESFQHFHDDFELILQASLEHADRVIPRLREKA-------LEFKEHN---VEHARKYFSSVT-SKPNSAVAALVSDARR------IKFFKS-------------LLPSKATLLVVPAVLMDHWEEQIRLHVNFQFLTSLSPMIFNFGENMKLELNEAKRLLQTSHSALVFLDRGGTKPLPPREFLARFQIVITTIQRFSNE---WKNGSFEQQDARRSEGNEIPWYLEGLQASEKNVCSLLKIHWHRMVIDEGHSMAKGHENSSIQFA-SWIHAERRWAMTGTPTKHNTMQ--LNQVKALLRFLRHDFFVSKGDGDQFWKKEIMDRWKGKDPVSFYRLRSLLILLMRRHTKLDIEELPFPLFRKEIIPMSEIEVNTYNTLVSAVQSNILLTSMVGKTSGKQDSLLHRSNARHAREALENVRRVCIGWSRVVPVLTDKNWRETIE-LAELHN---LDLVPIREFMHAAESEGLSFCSVCHLGLTTLLLPSCCGHLTCTECFDSQSTTCIACGDEYDVDDFQRLQPGFTMTW----QSNLKDPERI---------SETETPHHQLLPRAI-------QPGARAGNGMNIANPILPRRTNKFGDGHICEYRDKETLSFARNHRCLLCWEEHNACNLMNEDCRCAACSRTATDCP-----KDE-----SKSHYLINKIAALHSN-------------------SKNQRPLKVIVFSQFRKALNVVGDRLYRRFGSAC-----------VAEYWGRYRKEELSKFIHHSECVCLLLTKDGSEGLDLSFVTHIFLLEEIWDKALEDQVVARAWRMGAHGRVEVETLVAQHSVEEIMMDVKADEQ-----EGPKEELSAQD----------KERKKLHSLLLALHLNTDYQRLGNGSE-------KANSKSKANALSLD--IPASYKKRKRF 1248

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A1Z5KNI5_FISSO (Peptidyl-prolyl cis-trans isomerase A n=1 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5KNI5_FISSO)

HSP 1 Score: 375 bits (962), Expect = 8.100e-105
Identity = 329/1076 (30.58%), Postives = 470/1076 (43.68%), Query Frame = 3

Query:  837 YLRAMDVEFLSRTCKSLWQVCEGAAPGLKLRLFPHQLRGLAWMRERE-RGQSPPVLDQTLTIESKENNKY-----------------------WVDGVTCKISDTEPFQAYGCRGGLLCDEPGLGKTITVLALVLRTRGCLPVMSARKGTGLSDAELLALAEKEWEHWGIPERRTALGRLIRSLEQLD-------EARVFSQHLTAEFCASWGMTDYLSVIPKPISLLDAKRMV--LREKGGGDLLTLAEFRDVINLVLGNAIAYHSNPNHANPDEEVAQLARDMREHFNAELNAFFQHSCVPGVPVSSASPLIPSSCTLIVVPPPLLNHWINQVTLHSHESFRGN------------------------------CYFDHKSSKPLPSADVLARHSLVITTYQRLTNSRETWED------------------------------CPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENI------SSQEWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQ-LLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTV-----------HSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVNHGEKGLLNMQMPRQSKEAKDETGVRAKGATKDRAKLHYLMTELR 3731
            +L A +++ L ++C  L  + +   PGLKLRLF HQ R LAWMR RE R Q+   L     + + E + Y                        + G  C  S  +  +    RGGLLCD+PGLGKTITVL+L+L+T G LP      G  + +++ +  A  E ++     RR+AL + I    + +        A+   +     + +     D    I +  SL+DA  MV  LREK         EF++     +  A  Y S+   + P+  VA L  + R                    +     L+PS  TL+VVP  L++HW  Q+ LH    F  +                               + D   +KPLP  + LAR  +VITT QR +N    W++                              C L KI W RM+TDEGHS+   H+ +    A S IHAERRW  +GTPT   T +  L  +  LL+F+            Q W R +   +          LR +L  +M RHTK  + E+P P  +   IPM++ E   Y+T+V    +NI++T++ G+TSG QDSLL+  N + A E ++N+R +C G   ++P L  K   ET   L ELH+   +D+  +  FM  A    +S C  C   L  LL+ + C  LIC EC       C  C    D DD Q+LQPGF + W      +LKD E           +  E     LL  +          G  +G    +   A+         G             A+               L+  D+                SK  YLI  + +L +N                   +  +RPLK +VFSQFR  LN+VGD+ YR FG +            +AE++G  R  ELSKF +  +C  +LL KDGS GLDLSFVTHIFL++E+WD++LEDQVVARA RMGA G V V  L+ + ++EE+M + +  +KGL            K+E   +     K+R KLH L+  LR
Sbjct:  240 FLGARELQVLRQSCSHLNGILQTVVPGLKLRLFQHQKRSLAWMRARESRNQTESDLCNNARLFAVEGDDYRAASGGVATLLELRSTGKQVRISQLTGQECDESLAKMNRTVA-RGGLLCDDPGLGKTITVLSLILQTAGMLPETPIFVGKSV-ESDKIFNAYWEEQYCAHDNRRSALLKFINQFIKSEITHGSFLPAKKLQKLAEHNYESFQQFHDDFETILRA-SLVDADGMVQRLREKS-------LEFKEHN---VEQARKYFSSVT-SKPNSAVAALVANARR-------------------IKFLKSLLPSKATLLVVPAVLMDHWEEQIRLHVDFQFLTSRLPMIFNFGENMKLEVNEAKRLLQTSHSALVFLDRGGTKPLPPCEFLARFQIVITTIQRFSNE---WKNGSFEQQDTRRSEGNEIPWYLEGLQASEKNVCSLLKIHWHRMVTDEGHSMAKGHENSSIQFA-SWIHAERRWAMTGTPTKHNTMQ--LNQVKALLRFLRHEFFLSKGDGDQFWKREIMDRWKQKDSVAFYRLRSLLMLLMRRHTKLDIDELPFPSFRKEIIPMSEIEVNTYNTLVSAVQSNIMLTSMAGKTSGKQDSLLHRNNARHAREALENVRRVCIGWSRVVPVLTDKNWRETIE-LAELHN---LDLVPVREFMHAAESEGLSFCSVCHLGLTTLLLPSCCGRLICTECFDNQSTTCIACGDEYDVDDFQRLQPGFAMTW----RSNLKDPEHT---------SQPEMPHHQLLPRAA-------QPGARAGNGMNIVIPALPRRTNKFGDGHICEYRDKESMCFARNHRCLLCWEEHNACNLMNEDRRCDACGRAATDCPEDESKSHYLINKIAALHSN-------------------SKNERPLKVIVFSQFRKALNVVGDRLYRRFGSAC-----------VAEYWGRYRKEELSKFIHRNDCVCLLLTKDGSEGLDLSFVTHIFLLEEIWDKALEDQVVARAWRMGARGRVEVETLVAQHSVEEIMMDADDEQKGL------------KEELSAQ----DKERKKLHSLLLALR 1206

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A448ZGK3_9STRA (RING-type domain-containing protein n=1 Tax=Pseudo-nitzschia multistriata TaxID=183589 RepID=A0A448ZGK3_9STRA)

HSP 1 Score: 347 bits (889), Expect = 5.330e-95
Identity = 310/1037 (29.89%), Postives = 453/1037 (43.68%), Query Frame = 3

Query: 1080 EPFQAYGCRGGLLCDEPGLGKTITVLALVLRTRG-----------CLPVMSARK-------------------------GTGLSDAELLALAEKEWEHWGIPE-RRTALGRLIRS-LEQLDEARVFSQHLTAEFCASWGMTDYLSVIPKPISLLDAKRMVLREKGGGDLLTLAEFRDVINL----VLGNAIAYHSNPNHANPDEEVAQLARDMREHFNA--------ELNAFFQHSCVPGVPVSSA----------SPLIPSSCTLIVVPPPLLNHWINQVTLHSHESF-----------RGN-----------------------CYFDHKSSKPLPSADVLARHSLVITTYQRLTNSRE--TWED-------------------------------CPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFI----------GENISSQEWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKR--IDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVR---EGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINSEQ-------RPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVNHGEKGLLNMQMPRQSKEAK-DETGVRAKGATKDRAKLHYLMTELRTVS 3740
            +P      RGGLLCD+PGLGKTITV++L+L+T G           C P + + +                         GT         + E+ W    IPE R  AL +L  + L    E  +F  H   +   +    D  + +P+P+SL + +R + R     D L  A   DV +     ++ ++ A  S    +   E   +L    R    A           +F + S  P   V+            + L+PSS TL+VVP  L++HW+ Q  L+   S+            G+                        + D  S+K +P    +A   +VITT  R ++  +  ++ED                               CPL K+ W RMI DEGHS+G     +    A S I+AERRW  +GTPTP T++++ L ++  L+Q++          G+ + +Q   R     FLS        LR +LS +MIRH K  + E+P PI K+  + M   E   Y+T+V    +N++IT++KG+TSG QDSLL+    K A E + NLRL+C G   + PTL  ++  E   + ++  +C+   ++R  I  F+ RA  G  S C  C   L  L+V PC HL+C ECV      C VC    D D  Q+LQPGF+  W+     ++++E K          A  E  A PL  G           G+         RA  R   +G                     + C     +  +       N    T  SK  ++I  L +L     K E ER+     GR  +  E+       RP K +VFSQFR VLN+ GD+  R FG              IAE++G  R  EL KF  D  C  MLLGKDGS GLDLSFVTHI  ++++WD+SLE+QVVARA RMGA G V V  L+ +++IEE M  +   +    +    R +   K   T    K +   +AK+HYL+  L+ ++
Sbjct:  544 DPLSRKVARGGLLCDDPGLGKTITVISLILQTMGLTTEKETGPNDCKPKIDSAQQQDTQTISIDDQSAXXXXXDTKTSPGTTALSPSDERIFEEYWNEQIIPEFRGRALTKLFSTFLRSSSEVNLFFDHYWRK---ALQQVDTKNTLPRPLSLKEIRRRIGRSVYDADSLQ-AFVSDVESCFEAAIVSSSEASVSTETSSTIREAALRLLTVFRSRIVAFKTSQVEVATKSFSRASSRPDSIVAVLVQKTNSEKLKNALLPSSATLLVVPAVLVDHWMEQFKLNVDISYCTGKIPLVFNYTGSNSSALKIEEILLKCRDKKTHFPFIFVDRTSTKKIPPPSFIALFKIVITTNNRFSSEWKNGSFEDEMRRNHSKSTRNSGTSRFADFRDELATSEEACPLLKVNWLRMIVDEGHSMGRGRDNSSISFA-SWINAERRWAMTGTPTPQTSTQSGLTNVFNLMQYLQHEFFTRRHDGDTVWNQLIVRSWNRGFLS----SFFRLRSLLSLLMIRHVKSDITELPLPIFKINTLSMGFEEVSTYNTLVCAIQSNLVITSMKGKTSGAQDSLLHKSQTKHAREAISNLRLVCAGGTQVRPTLSDEYHTE---FHQDFENCNSDPIQRTKIREFISRATTGRQSKCDCCSVMLSTLLVFPCGHLVCTECVDSDTTSCIVCDKEFDVDAFQRLQPGFKYDWL----HNVEEEAKERANCRIEPTAQDEGGALPLPGG----------HGVLIPSNQRQRRARTRKFGDGHTCQYDPKRSDGKCVLCFAEHEPCYLVGERRCSVCYRSAENCP--TSESKITHIIEKLLNLY--HRKVEAERSAA-HSGRNRVWGEKFPLTGGRRPPKVIVFSQFRKVLNITGDRLLRRFGSGC-----------IAEYWGKYRKKELQKFVRDEKCLCMLLGKDGSEGLDLSFVTHIVFLEQVWDKSLENQVVARAWRMGARGSVEVETLVAENSIEETMFLLEGNQDHDPDGDSSRATGVLKFRSTAKDQKNSEYQQAKVHYLLNSLKLIA 1538

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BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: B7FQ34_PHATC (Predicted protein n=1 Tax=Phaeodactylum tricornutum (strain CCAP 1055/1) TaxID=556484 RepID=B7FQ34_PHATC)

HSP 1 Score: 342 bits (878), Expect = 2.100e-94
Identity = 293/1037 (28.25%), Postives = 431/1037 (41.56%), Query Frame = 3

Query:  837 YLRAMDVEFLSRTCKSLWQVCEGAAPGLKLRLFPHQLRGLAWMRERERG--------------QSP--------------------PVLDQTLTIESKENNKYWVDGVTCKISDTEPFQAYGCRGGLLCDEPGLGKTITVLALVLRTRGCLPVMSARKGTGLSDAELLALAEK----EWEHWGIPE-RRTALGRLIRSLEQLDEARVFSQHLTAEFCASWGMTDY-LSVIPKPISLLDAKRMVLREKGGGDLLTLAEFRDVINLVLGNAIAYHSNPNHANPDEEVAQLARDMREHF-------NAELNAFFQHSCVPGVPVSSASPLIPSSCTLIVVPPPLLNHWINQVTL--------------------HSHESFRGNC-------------YFDHKSSKPLPSADVLARHSLVITTYQRLTNSRETWED------------------------------CPLGKIMWFRMITDEGHSLGGSHQTNFSDVAGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENISSQE------WARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAH-LICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSPAPELMEGLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEV 3596
            +L+   ++ L  +C  L        PGLKLRL+ HQ+  L WMR RE                 SP                    P+ D ++ I+ K        G      D         RGGLLCD+PGLGKT+TVL+L+++T G     +    T +S  +L+ + E      W     PE RR  L R + +  +        Q    +        D   S+  +     D    +  +   G      E  D    V  NA     +   AN +E      +  R+ F       N+ + A    S      +     L+ SS TL+VVP  LL+HW  Q+ L                    H   +    C             + D   +K LP+ + LA   +VITT QR +   + W +                              CPL KI W RMI DEGHS+  +  +       S I AERRW  +GTPT  + ++  +  ++ +L+F+G    +        W   V   +  G       LR +L  +M RHTK  + E+  P      IPM+  E   Y+T+V    +NIL+T++ G+TSG QDSLL+    + A   + NLR +C G   ++PTL+ +F  ET   L+E H   +  ++ +  ++ RA   E+S C  C   L  L++ PC    +C EC+ E    C +C    D D+ Q+LQPGF L+W+ E  I+ +  + +          D    A+P+++  +     EL  G+       + R          +                          A   +     ++     SK  YL+  L  L      ++  RN          N ++RPLK +VFSQFR  LN+ G++  R FG +            IAE++G  R  EL KF  D +CF MLLG+DGS GLDLSFVTHIF ++E+ D+SL DQ +ARA RMGA G V V  L    T+EE M E+
Sbjct:  268 FLKPRSLDALRCSCSYLHNTLRAVVPGLKLRLYSHQVSSLIWMRNRETNLLSEKDCLSTTPLPDSPDRDLHRMVTGGYTTLLRSRCPLSDLSIRIDQK-------TGFEIVPKDLTTLPRTVARGGLLCDDPGLGKTVTVLSLIMQTAGLSTKANDTVDTSVSK-QLMPMEEAIFRTYWSEQMTPEFRRPLLHRFLNAFIRQSPGGFIGQADQVKRNIDLDKYDLNFSLFER-----DMTEAIFPQTWEGK----HEDNDSDTHVYRNAARQLKSEFLANVEEFKQTQLQSARKSFSSVSAKPNSRVAALLDRS----EQMKFVDSLVSSSATLLVVPAVLLDHWQAQIDLNLDLSYCTDKIPLIFEFGRKHKGLTMEAVCAICKDNGSHFPMVFIDRGGTKKLPAPEFLAMFQIVITTTQRFS---QEWRNGSFQAELKSSGCKEVSKLYLDSAFDRSESACPLLKIHWLRMIVDEGHSMAKNQNSTIQFA--SWISAERRWAMTGTPTKQSATQ--IQQIYAMLRFLGHGFFTPRLDGNAVWTSNVARCWKEGSFAAFFRLRSLLGLLMKRHTKRDIAELELPCCSAEVIPMSFVEVTTYNTLVCGVQSNILLTSMSGKTSGLQDSLLHRSQVQHARAALSNLRRVCVGYSRVLPTLETRFYIETMVLLKE-HGRDDRQIQNVKEYLHRAEAQELSECDCCQIKLSTLLLFPCCGGFLCPECMDEKSNICVLCDQDFDVDEFQRLQPGFSLKWL-ETMIESEQRKPKPSISNANVQVDPPGGADPIVRAEI-----ELPNGVLVRPNMELRRTRRLGDGHECQYDRYTVHGKCILCLSEHSFCNLFNDNAQCAICFRAAEECSEEESKSFYLVKKLSEL------HQQLRN----------NEQRRPLKIIVFSQFRQALNMAGNRLLRKFGTAC-----------IAEYWGSFRTTELRKFTYDRDCFCMLLGRDGSEGLDLSFVTHIFFLEEIMDQSLRDQAIARAWRMGAKGRVRVVTLTAAKTVEETMQEI 1242

[Close]

BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot
Match: A0A7S2UJZ7_9STRA (Hypothetical protein n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2UJZ7_9STRA)

HSP 1 Score: 304 bits (779), Expect = 3.070e-86
Identity = 216/650 (33.23%), Postives = 321/650 (49.38%), Query Frame = 3

Query: 1995 IHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENI------SSQEWARRVRHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSEAIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLICCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMSSCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQPGFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSP-----APELME-GLTSGEATGVARAAVREGALPTELGXXXXXXXXXXXXXAQGCAGASTQGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNR------QKRLGRTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMIAEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWDRSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVN--HGEKGLLNMQMPRQSKEAKDETGVRAKGATKDRAKLHYLMTELRTVSVELPSA-PEPSRKFTGKGKGKAKANFCPSDGEEPEQPSKR-----VRF 3866
            I A+RRW  +GTPTP T S  SL +++ LL F+  +         + W + + H +          LR +LS +M+RHTK  + E+P P+   T   M+ +E  AY+T+     +NI+ T+++G+TSGWQDSLLNP+  + A +   N+RL C G   ++PTL  K   ET  YL+E H    I +K +D F  R   GEMSSC  CG  L  L V PCA L+C EC+     +C VCQ   D D  Q LQPG +  W         DE K   ++E     + E +    + G+L          ++M+  L   E   +         +                   + C   + +   +    V  D      SK  Y+I  L  L  +  +++  +N        + +G  + + E+R LK ++FSQFR +LNL+GD+  R FGD +           I+E++G  +  EL KF   P+CF+MLL +DGSHGLDLSFVTH+F M+E+WD+SLE QVVAR++RMG  G V + QL+ ++++EELM  +N   GE+  + +       EAK     R K A     K  YL+  LR +  ++    P   ++ T      AK +    + E  E  +K+     VRF
Sbjct:   13 ITAQRRWAMTGTPTPQTLSNNSLRNIYCLLGFLKHDYFTTRFEGDKMWKKYITHYWKDRHLVSFFRLRSLLSLLMVRHTKFDIVELPPPVFTKTHTMMSNAEICAYNTLASAIQSNIITTSMEGKTSGWQDSLLNPRQSQNARQAFSNIRLACSGGTSVVPTLSDKNWTETLQYLQEDHGVDPIRIKVVDNFFRRMTSGEMSSCMCCGVQLSTLFVMPCADLVCTECIDNKTTDCPVCQKAFDVDKFQLLQPGIDYTWKWNL-----DEAKEKREREAMLKREIERTRRASVVGNLAEANHLEREEQIMDHDLILNENRPINIRRKHPAHICEYPSVFIDAKCNLCREEHRECNMMNEKSECSICHRVAED-CPQEESKFYYIIRKLIHL-RSLDQFDTRQNNFRSSTASRVIGEEVHSPERRALKVIIFSQFRPILNLIGDRLIRKFGDDN-----------ISEYWGYAKAKELDKFIYSPDCFIMLLSRDGSHGLDLSFVTHMFFMEEIWDKSLEQQVVARSYRMGTKGHVEIEQLVSRNSVEELMANMNDREGEQSAVKLSENGAPHEAK-----RLKHAV--HTKQSYLLKSLRLIRNDMNGILPHQRKRATAMPMAVAKPSIIEGNHEHDETLTKQSNKKAVRF 637

The following BLAST results are available for this feature:

BLAST of mRNA_C-australica_Contig_1013.3.3 vs. uniprot

BLAST of mRNA_C-australica_Contig_1013.3.3 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
D7FP67_ECTSI	3.290e-142	41.56	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A835Z414_9STRA	1.220e-131	31.00	SNF2 family N-terminal domain-containing protein n...	[more]
B8CDY7_THAPS	1.800e-121	30.16	Bromo domain-containing protein n=1 Tax=Thalassios...	[more]
A0A7S2KSK3_9STRA	1.380e-120	30.24	Hypothetical protein n=1 Tax=Skeletonema marinoi T...	[more]
A0A6H5JNK1_9PHAE	2.900e-108	43.42	SNF2-rel_dom domain-containing protein n=1 Tax=Ect...	[more]
A0A1Z5KLC0_FISSO	5.170e-107	30.75	Peptidyl-prolyl cis-trans isomerase A n=1 Tax=Fist...	[more]
A0A1Z5KNI5_FISSO	8.100e-105	30.58	Peptidyl-prolyl cis-trans isomerase A n=1 Tax=Fist...	[more]
A0A448ZGK3_9STRA	5.330e-95	29.89	RING-type domain-containing protein n=1 Tax=Pseudo...	[more]
B7FQ34_PHATC	2.100e-94	28.25	Predicted protein n=1 Tax=Phaeodactylum tricornutu...	[more]
A0A7S2UJZ7_9STRA	3.070e-86	33.23	Hypothetical protein n=1 Tax=Attheya septentrional...	[more]

Pages

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1682586747.8855937-UTR-C-australica_Contig_1013:5224..5246	1682586747.8855937-UTR-C-australica_Contig_1013:5224..5246	Chrysoparadoxa australica CS_1217	UTR	C-australica_Contig_1013 5225..5246 -
1682586748.2297347-UTR-C-australica_Contig_1013:15440..15472	1682586748.2297347-UTR-C-australica_Contig_1013:15440..15472	Chrysoparadoxa australica CS_1217	UTR	C-australica_Contig_1013 15441..15472 -

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_C-australica_Contig_1013.3.3	prot_C-australica_Contig_1013.3.3	Chrysoparadoxa australica CS_1217	polypeptide	C-australica_Contig_1013 5247..15440 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at C-australica_Contig_1013:5225..15472-
coding sequence from alignment at C-australica_Contig_1013:5225..15472-

protein sequence of mRNA_C-australica_Contig_1013.3.3

>prot_C-australica_Contig_1013.3.3 ID=prot_C-australica_Contig_1013.3.3|Name=mRNA_C-australica_Contig_1013.3.3|organism=Chrysoparadoxa australica CS_1217|type=polypeptide|length=1280bp
MSNHLTLEERYLVRRKHHQKARGSWRRAKEAQIEEQAGDEISDEFVLRVE
TYLAHSRLELCSALTVLEYEKGTVRVGCGEEECKFFGGDWDAFTRLAGPS
NIIELCGIRVTHTQVLQPGSIMHGTKGRVAQEEEGIAELTLEVDVLLIDT
QVGRKLCKSTSHAGMLLTLLQASDASQDDSSQSNQRARTSEEGAESQGGS
TSETAGSNSSSSSNTDSSIISSSRGAFMMKEVYASLPPRERPLPRNMALQ
EGSVLCSLPPLVMTCACSYLRAMDVEFLSRTCKSLWQVCEGAAPGLKLRL
FPHQLRGLAWMRERERGQSPPVLDQTLTIESKENNKYWVDGVTCKISDTE
PFQAYGCRGGLLCDEPGLGKTITVLALVLRTRGCLPVMSARKGTGLSDAE
LLALAEKEWEHWGIPERRTALGRLIRSLEQLDEARVFSQHLTAEFCASWG
MTDYLSVIPKPISLLDAKRMVLREKGGGDLLTLAEFRDVINLVLGNAIAY
HSNPNHANPDEEVAQLARDMREHFNAELNAFFQHSCVPGVPVSSASPLIP
SSCTLIVVPPPLLNHWINQVTLHSHESFRGNCYFDHKSSKPLPSADVLAR
HSLVITTYQRLTNSRETWEDCPLGKIMWFRMITDEGHSLGGSHQTNFSDV
AGSRIHAERRWVTSGTPTPSTTSEASLGHLHRLLQFIGENISSQEWARRV
RHPFLSGKKQGLETLRRVLSRIMIRHTKEFVGEIPTPIRKVTRIPMTKSE
AIAYDTVVVFCHTNILITNLKGRTSGWQDSLLNPKNYKFAFELMKNLRLI
CCGQGVMIPTLKQKFREETAAYLRELHHCSEIDVKRIDAFMGRAIMGEMS
SCQGCGAALQLLVVTPCAHLICCECVRESMEECKVCQTPIDADDLQKLQP
GFELRWVVEKYIDLKDEEKRMLQQEDAAPADSEASAEPLLKGSLGSPAPE
LMEGLTSGEATGVARAAVREGALPTELGPSELSPSELGPSSAQGCAGAST
QGAATPMMLVRNDQLFTVHSKGQYLITALKSLLANQSKYEGERNRQKRLG
RTLINSEQRPLKAVVFSQFRSVLNLVGDQCYRYFGDSSRKGWLRRGGKMI
AEFFGLERIAELSKFRNDPNCFLMLLGKDGSHGLDLSFVTHIFLMDELWD
RSLEDQVVARAHRMGATGPVVVSQLLMKDTIEELMHEVNHGEKGLLNMQM
PRQSKEAKDETGVRAKGATKDRAKLHYLMTELRTVSVELPSAPEPSRKFT
GKGKGKAKANFCPSDGEEPEQPSKRVRFA*

mRNA from alignment at C-australica_Contig_1013:5225..15472-

Legend: UTRpolypeptideCDS

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

>mRNA_C-australica_Contig_1013.3.3 ID=mRNA_C-australica_Contig_1013.3.3|Name=mRNA_C-australica_Contig_1013.3.3|organism=Chrysoparadoxa australica CS_1217|type=mRNA|length=10248bp|location=Sequence derived from alignment at C-australica_Contig_1013:5225..15472- (Chrysoparadoxa australica CS_1217)
CTTAAGAGCTGAGGCTCTTGACAGCCTTTTCCATGTCTAATCACCTCACA
CTTGAGGAGCGATACCTGGTGCGAAGGAAGCACCACCAGAAGGCCCGAGG
GAGCTGGAGGAGAGCGAAAGAGGCGCAAATCGAGGAGCAGGCGGGAGATG
AGATCTCCGATGAGTTCGTCCTACGGGTGGAGACCTATCTAGCTCACTCT
CGGTTAGTCCACAGCTTGCCCTGCCTATGGGGCAATGCACCGGGCCTCCT
AAGCAATACGCCTCTTCCAGGTTGGAGCTGTGCTCTGCACTCACAGTGCT
AGAGTATGAAAAGGGGACAGTGAGGGTTGGGTGTGGCGAGGAGGAGTGCA
AGTTTTTCGGTGGTGACTGGGATGCCTTTACCAGGTCCGTGAACAAACAA
GCATGCCCGATCTGGCCTGAAGCCTGACGTAATGCTATTGGCTTATCTTG
GCCCATCCCCACCACTGAAGGCTAGCAGGCCCAAGCAATATAATTGAGCT
CTGCGGTATCCGAGTCACGCATACGCAAGTCCTCCAACCTGGCAGCATCA
GTGAGTATTACCGCCTCTCACTCAACTTATTGAGAGAGCTACCTCTTCCT
AGTCCTTTCTTATCCATGCATGCTTATCTTCTTTCACTCTTTAACAGTGC
ATGGCACGAAAGGCAGGGTAGCTCAGGAAGAGGAGGGTATTGCTGAGCTT
ACCCTAGAAGTTGACGTCCTATTGATAGATACCCAAGTAGGTCGCAAACT
GTGCAAGGTAAGTAAGTACATTGGATGATAATGAATAGGAGGCGTGATGG
GATGCCTTGGGGCTTCTTGCAGCCTCAAAACCGACTTACTCGTTGTGAGG
GAGCTGTGGTGTGAGTGCCGCAGTCTGCTCTGCGGTAGCGGCTGAGGGTC
TCAACTGAGAAGTATCCTCAGTTAAACAAGCCCCTTACCGTTTGTACTTA
TACTCAACCCAATGCAGTCAACTAGCCATGCTGGCATGCTGCTTACACTG
CTGCAGGCCAGTGATGCTTCTCAAGATGACAGCAGTCAAAGCAATCAGAG
AGCCCGCACGTCTGAGGAAGGGGCTGAGAGCCAAGGCGGATCCACCTCTG
AAACTGCTGGCAGTAACAGCAGCAGCAGCAGCAATACTGACAGCAGCATC
ATCAGCAGTAGTCGAGGTGCCTTTATGATGAAGGAAGTCTATGCTAGCTT
GCCCCCCAGGGAGAGGTAAGCCCCTAGCATGAGTTTGAGTTTGGGTTCCT
CCTTTTCTAGGGTGGTTTAACCGACTGATGACTCCATCACTGGGCAGCAA
GGATCACCTCTTCTGTTCTTTCTTCTGCTGTTGCTCTGTTCCGCAGGCCT
CTGCCTCGCAACATGGCGCTTCAGGAGGGCTCCGTGCTCTGCTCCCTGCC
GCCACTGGTCATGACATGGTGACGAGAACTGATTGGGGGCTCCTCTCATC
AACCCTCACTAATAACTGACTCTGAAAGCCATCCAATTGACTTAATGTGG
TGTGCCATGGTTCTAACTGGAGCCAAGCTCAAGGCAGCGAATAACAGCTG
TCAAGTGAGCTCTCCCTCATCTCCCTCACCCGCCTCTTCCATCCACCTCA
TAATAATCAGTGCCTGCAGCTACTTGAGGGCCATGGATGTGGAGTTCCTC
TCGAGGACGTGTAAGAGCTTGTGGCAGGTATGCGAGGGAGCTGCCCCAGG
GCTGAAGCTCCGGCTCTTCCCCCACCAGTTGAGGGGGCTAGGTATGTCAT
GTATATGGTATGGGATGTAATAGTGTTACATGAAGTATCTTGATTCATAT
GACGCTTTCAGAGAGGAGAACAGGCCTGTGCTGGGGGTAAGAGTTGGTTC
AGGGATGAGAGGGTGCAGTCATTCGCCTTTGCACTTTGATTGCTTTGCAT
ACAGTGCATCTGCTTAAGTGTTGCAATGCACTTGCGTTGGGATCTCAGTT
CATTGGAAACTGCGTAGTGATGCTTTAGCAAGCTGAACACGCTTTATGAC
CCGCCCCGTATGATCAGCATGGATGAGAGAGCGCGAGAGGGGCCAATCTC
CACCAGTCTTGGACCAGACTTTAACCATAGAGTCTAAGGAAAACAACAAG
TGAGAACTAAAACACCCAGCCATAACAGCATATTGTTGAGCATATTGTTT
CTCTTCTTTTCTTATGCCAGAGCATCTCTCTTGCATTTGACCCTCAGTGT
TTATCTTGCCCCCAACAGGTACTGGGTTGATGGTGTCACCTGCAAGATAT
CAGACACGGAGCCATTTCAGGCATACGGTTGCCGAGGGGGGCTGCTTTGC
GATGAGCCAGGTTGGATTCAGCTAGATGCGTTTAATAGATGCCACTTGCT
CAGCCTTGGCTTTTCTTCTGCAGTGCGCAAGTGCCAAATGTCTCCCACCT
CCCTCCCTGCCTTTCTGGTTTGGCCACTCTCAGCTGTAGATCAGCCGTTT
TATTGGATGCCTCAAACCCATGACATGCCTCAATTCCTTCTCCTCTAATC
TGCTCTGATCTGCTCTTACTCATCCAGGCTTAGGAAAAACGATAACTGTG
TTGGCTTTAGTGCTGAGAACTAGAGGATGCCTGCCTGTCATGAGCGCCCG
AAAAGGGACTGGGCTGTCAGATGCTGAGCTGGTAACTTTAGCTTTACTTT
GTCCGTGCTTCATTATATATTCATTATACATTTTTGACAACTACTTTTAA
CTTTATTTTGCTTGTGCTTCATGATGTTCATCATGCATTTTTTGACCACT
ACAACTTCCTCATCTCCCAAAAGATGGGGTCACTTGAGAAGAGTCTTTTT
GACAAAACTCTTCGCCAAGTTAGGGACTGGCCCTTCTGGGCAGCTCCTCA
GTTCTCAGTTACTGCTCTGGTAAAGGCTCCTAACCATCTCTCTCCCCTTC
TCTCTCGCTTCACTTCCACAGCTAGCTTTGGCCGAGAAGGAGTGGGAGCA
CTGGGGAATCCCAGAGAGGCGCACTGCCCTGGGAAGACTCATTAGATCTT
TGGAGCAGCTTGATGAGGCACGCGTGTTCTCTCAGGTGATTGGCTGAACA
CAGCAAGACATACGGTGTTGATGCAGGCGCCGCTGCCAATTTCCTTTGAT
TTCCTCTAACTTCCTACAAACTCACTTGCTATGTGAATCCACGTTTAGCC
CCTTGGACACAGTGAGCCCTCTGACTCCGATCCACCAAACGTATTCCTCG
CTCCAGCACCTCACTGCTGAGTTCTGTGCCAGCTGGGGCATGACGGACTA
CCTATCGGTGATCCCAAAGCCTATCAGCCTACTTGATGCAAAGAGAATGG
TGCTGAGGGAGAAGGGTGGAGGTGATCTGCTCACGCTGGCAGAGTTCCGG
GACGTCATAAACCTTGTAAGTATCAATGACGAGCACACCAGCCAGCTCAC
TTACGCGTCACAGAATAGTGTCATTAAATATGTTAGTCACCTTGGCAGGG
CATCCGCCTTTGCCAAGGGGATGCGTAAAGAGCTGTGTGGCGCTGACTTA
TCAAGCTCTTGCGTGCGTGCTGCATGCAGGTGCTGGGGAATGCCATCGCG
TATCACTCCAACCCGAACCATGCCAATCCGGACGAAGAAGTTGCCCAGCT
TGCAAGGGACATGCGTGAGCATTTCAATGCAGAGCTCAATGCCTTCTTCC
AGCACAGCTGTGTCCCCGGAGGTACAGTACCAACTCACCTCTAATATGCA
CTGCACTGTCGACTAGTTATACCCCACTGCACCGCTACCACCAGCACCCA
CACCTTTGGCTTGTGATGACACAAAGCCTGGGGGGCTTTCAGCAATACCG
TGCTCTCCCTGCCAGCTCACCAAGCATGGAACATCACTATAGTGTGAGCA
CTGTAATGAGTGCTGTTGTGAGGATGGATCATACCACGCCATCCATACAT
TACTTGAGAGCTGTCTGGCCGGTTCTTCTTCTTCCCACCTCACCACTTTT
TGATTCTCACTTTGTGCTTTTTCTTTCTCTCTCCCCCATGACAGTTCCAG
TCAGCTCGGCCTCTCCTTTGATACCAAGCAGCTGCACGCTGATAGTGGTG
CCGCCACCGCTGCTGAACCATTGGATCAACCAAGTCACCCTCCACAGCCA
CGAGTCTTTCAGAGGCAACTGCTACTTTGATCATAAGTCCAGCAAGGTAA
GTCAGATCAGACCTGGCAGCATGCAGTGCAAGTCATGCAGGCAAGGGAAA
ACGTTAAGAGATGTTGCTTGACGTAAGGATTAGCAGCATGCAGTGCATGT
CATCAGGGGAGGAATATTTAAGCAGATGTTGTTGACGTGAGGATTAGCAG
AGTGCAGTGCATGGTCATGCAGAGGAGGAAAAAGATTGGTAGAGAAGGCT
GTTCTGACGCGTATCTGTCTGTCTCAGCCTCTCCCCTCAGCGGACGTCCT
TGCGCGCCATTCGCTGGTCATCACAACCTATCAAAGGCTCACCAACTCAA
GGGAGACCTGGGAAGACTGTCCCCTTGGGAAGATCATGTGGTTTCGGTGA
GTCTTGAGTTCAATGCCTCCTATCCCCTTCTTCTTCGACTTGTTTTTATC
AAAGCTGGTGCGGTTACTGAACTAACCAACCAACTGTGTTGTAACCGTCA
TTCTGCGCAGCATGATCACTGATGAGGGCCATTCTCTGGGGGGTTCCCAT
CAAACCAACTTCTCTGACGTAGCTGGTAGTAGAATACATGCTGAGAGGAG
GTGGGTTACGTCAGGTAGGTGCTAGGCATGCAAGGGGGTAAAATTGATAT
TGCTTTTTGTCCTTTTATTATTGCATTATTTTGTTTGTTGCTAGTTCACC
TGGTGACACCTCGCCTTATAGCTCTGCTTCAATCTTGCTATGGCTTCTTC
AGGCACGCCTACACCTTCCACCACCAGCGAGGCGTCCCTGGGCCATCTGC
ATCGGCTGCTGCAGTTCATTGGTGAGAACATATCCTCTCAAGAATGGGCA
AGGTGAGTGGGGCTGGTCCCTGAATGACGCCGGCAGCTTAGTACCCGGGG
ACCAGCAGCTTAGTACCTGGGGACCAGCAGCTTGGTACCCAGGGACCAGC
TGCTTAGTACCCAGCTGAGGTGCTCGCCTAATGCTCATGCACCTGCTTAT
TCCGGCCTGTTGATCTCTGGGTACCATGTAGGCGCGTGAGGCACCCGTTC
CTGTCAGGCAAGAAGCAAGGGCTGGAGACTCTGAGGAGGGTGCTCTCCCG
CATAATGATCAGGCACACCAAGGTAATCAAGTAACTAATTACCCTCGCAA
CCTGTCACAGCTGGCCCACCTTATGCATGCTCCGGTGGGTGTGAGTGTGA
TCAAGTAGCTTATCGCATAGCCAGCTAAGCTAGGATCAGGTCATTCCCGC
TACCTTTTACTCGGTGCGTACTTGTGGAGGATGTCCCTCTCCCCTCAAAG
ACATGTGTATTGTTTTACAATAGGCAGTATCCCTGAGCTTAGCGCGCCGT
ACCATTTCCTTCCATTCTTTGGCTCTACCAGGAGTTTGTCGGAGAAATAC
CCACACCTATTAGAAAGGTTACTCGCATCCCCATGACCAAGTCTGAAGCT
ATAGCATATGGTATTTGCTGATCCTAATGTTCCACAACACCTTACCAGTA
CCTTTATGGCATAGTGCTTGTCCAAACTATTGCTCTTGGTGCCACACATG
CTGAGATCATGCTGAGATCATTGATTGCCTTAACTTAGCTCACCTACTCT
AGCTGACGTTAGACATCAGTAAGCATTATTTGTTTTCTTTGGCCGAACCT
CACTTTGCCTTTGACTCAAATGCCTTGCTGCAGACACTGTGGTCGTCTTC
TGCCACACGAACATTCTCATCACAAACTTGAAGGGGCGCACATCTGGCTG
GCAGGTATGGTCCCAGGGGCAACTCTCAGAGCTGAGAGCTGAGAACTGAC
GAGCAGGAGGGAGATTGATTTGTATTTCTATTTGTATTTGTATTTTCCTC
GCAGGAAGTCATCCCTCCTATCATTCTCATTGCCAACGAATTGCCTTTTC
TCTTCCTGCAGGACTCGCTGCTGAACCCAAAGAATTACAAGTTTGCCTTT
GAGCTCATGAAGAATCTTCGGTGAGAAAAATGGCTCACTTTGGTCACCAA
ACTTCGTTGCTTTGTGGCGCAGATTTGTAACTGACGCTGGCATGCCATAT
GCTTCAGCTTCGTTGCCAAGTCATTACCACTTGCCCTCCAAGAACTGCCC
ACTTGCTGTTGATCCTCTTGATCCAATTCCAATGGCGCTGCTTAGCCCTG
GTAGCAGACGACTTCCTTCCAGCCTTGCTCACTAGCCCATTCTTTCCAGT
ATGTCGATTGTCAATTTTCTCTCGCCTGATTTGACTCCCTTGGTAACCTT
AGGCTGATCTGCTGCGGTCAGGGAGTGATGATTCCGACCCTAAAGCAGAA
GTTCCGTGAAGAAACTGCTGCATACTTGCGGGAGCTCCACCACTGTAGTG
AGGTGACCTGCATTAACCTCTCCTAGCATCAATAAGCTGACTTGCTGCTC
CGAGCGCTTTCAATTGAAACCCTTTTGGTGTGATGCCCGTTTGGTACCAC
AGCTCATTAGAGTATGTTGCGCAGTGGGGGTGTGCCTGATATCTTTCTCT
ACGTGATTCGCACATGGTTGACATTGCTTCCACATCTCTAACTCTCTTCA
TGACCCAATGCCACTTGACATTAGCCACCTGTACTTACTTGCTGGTGCTC
CAACAGATCGATGTGAAGCGCATTGATGCGTTCATGGGGCGAGCCATCAT
GGGTGAGATGTCATCATGCCAGGGCTGTGGTGCAGCACTGCAGCTACTGG
TGGTCACTCCTTGTGCCCACCTCATATGTTGCGAGTGCGTTAGGGAGTCC
ATGGAGGAATGCAAGGTGAAGCAGCATGTGCTGAGGCACAGTTATAGTTG
CCAGCAAAGCATCATGAGCCCTGCACTGCTGGCCTTGTTTCAGCATACTA
TATGGCCCTGCTCACCCGGAGTCGTCCTTTAAAGCGTACTCTAAAGTCGT
CCTTCAAAACTTTCCAACGGTTTTCCACTAGCGTTAACTGAGCACTTCAT
GGCGTTCAACTTGAACTTCAACTTGAACCTGACGCAACCAAATGCGCGTC
GTGCGTGTGTACGGCCTCAGGTGTGCCAGACTCCCATTGATGCGGATGAT
CTCCAGAAGCTTCAGCCAGGCTTTGAGCTGAGGTGGGTGGTGGAGAAATA
CATAGACCTGAAGGTGAGAGCCCCATCTGGTGACCGGTTATGTCAAACTG
AAATGGCCTTGTTCCCGGGGCACAGCAAGCTCAGTTGTAACGTCAAGCGA
CCCGCGTCAACCTGAACGGGGCTGCTTATATGATACCTGTAACAACTGGT
AAGTCAGCTTTCTTACCTACATTTCAATACATTTCAATCTAGGATGAAGA
GAAGCGAATGCTGCAGCAAGAAGATGCTGCTCCTGCGGATAGTGAGGCTT
CGGCAGAGCCCTTGCTGAAGGGATCGCTAGGCTCACCAGCACCGGAGCTC
ATGGAAGGGTTGACCTCGGGCGAAGCAACAGGTGTTGCCAGAGCTGCTGT
ACGCGAGGGAGCCCTGCCCACAGAGCTTGGCCCCTCAGAGCTTAGCCCCT
CAGAGCTTGGCCCCTCTTCTGCTCAGGGATGTGCGGGGGCGTCCACCCAG
GGGGCTGCTACCCCCATGATGCTGGTACGGAACGATCAGCTGTTCACTGT
ACACAGGTTAGTTTCGTGGTATGGAGGTGTTTTGCAATGGTGGTGGAGTG
CCAATGCTCCATATATTTCTAACTATGTAATGGCTGAAGATCTTGTGAGG
TATTTTATCAACGCCATGATTGTTTCTAGCCTCAAGTTGTGTACTCTCTG
TTTCCAGCAAGGGACAGTACCTGATTACAGCCTTGAAGAGCCTACTTGCG
AACCAGTCCAAGTACGAAGGGGAGAGGAACCGTCAAAAAAGGCTTGGGAG
GACATTGATCAACTCAGAACAGCGACCATTAAAGGCCGTTGTGTTCAGCC
AGGTAAGGCTGTTTCTTTGACAGCAAGTGGGATTAGTGATACCTGTCATC
TCGTGCCACTACTAATGGCTACTCTCGTTCTTTGGCTTGCTGATAGCTGA
AGCAGTAACCCGCAGCCTGTGTGCTCTTCATTGTGACGGATTGATTGAAT
GGTGCTTCCCTTTATCTTTACCTCTTGCTTTGCGCCACAACCCACTGCTC
ACTCTTGCGCTGATGCCAGTGATGCCAGTTCCAAGTCTCACTTTGGGCGC
TCTCTCTCTTTCTCTCATGGCCACAGTTCAGGTCCGTGTTAAACTTGGTG
GGTGACCAGTGCTACCGGTACTTTGGGGACTCAAGCAGGAAGGGATGGTT
GAGACGTGGAGGGAAAATGGTACCAGACAACTTTCTATGAACTTTCGAGT
TTTTGAACTTTTGAACTTTTAAACTCTGGTTAGCACTGCTTCGCTGACAC
CATCAAGTGGCTTTGGCTTTAGCTTTCTTTTGTCACCGTGATGCAAGAAG
AGCTTTTGGCAGATGAACCTAACCCACCCGTTTGCTATCTGCTTTCCCTC
TTCTCTCTCTAGATTGCAGAGTTCTTTGGGCTCGAGAGAATAGCAGAGCT
GTCCAAGTTTCGCAATGACCCCAACTGCTTCCTCATGCTGCTCGGTACGA
ATTTTGGGTTCAGGAAGCCGCGCACACCAGCAACCTCGGGAGCTCTTATG
CGGCCTGAGGAAGAGCTTTTCCCTGCCACCCAGTAGTAGGACAAAAGACT
GATCACCAATGACTCATGGGAGAGAGCATGCACCCAGTGCTTGACAGACA
CGTCATGATTATCATCTGGCCTTTGGTTATTCAAGTTTATGACACTCCAA
TTCCCCTGACTTTGCATCACCCATGCACAAAGATGAGCTGGGACTACCTG
CGTTTTGTGTATTTTTATTTACTTTTTTCCCCCTGACCCTAGGCAAGGAT
GGGTCACATGGACTTGACCTGTCATTTGTAACACACATCTTTCTCATGGA
CGAACTCTGGGATCGCTCTCTGGAAGATCAGGTCTGAAACCAAACCAAAC
CAAACCAAACCAAACAAACCAAAATGATGCAACAAGAGGAGCCCTCCTTA
CATTCATCTCCTCTGCCGTTCGCTCCCCAGCGTGGCAACTGCAGCACCTG
AATAAAGGGTTGATCCTAACCTAACCTAACCTGCTTTATTTGCTAAGGTG
GTGGCTCGCGCTCATCGCATGGGAGCCACAGGACCCGTCGTTGTTAGCCA
GCTCCTCATGAAGGTTTGTTGCAGCAAGAGGGTCGGGACCAGTTCTCTGG
TTCACATACCCAACCCACACTATTCACACATATATTCACATGTGCAGATA
CCATCACGTAGCCATGGTGTGGCTCCCTCCCTGCTAGATGCTTCCTAGAT
AGTACGTGATATATGCCTCCCTTCTGCCTGATCTGATGATAGGATACTAT
AGAGGAGTTGATGCATGAGGTAAATCACGGGGAGAAGGGTCTCTTAAACA
TGCAGATGCCAAGGCAAAGCAAAGGTAAGGATGAGCGAGAGTCAGATGCC
TTCTCATATTTATTATTATATTATTAGGTGGGATGTACTAAGGCTGATGG
CTGCCCCCTGCCTCTATTAAGCAGAAGCAAAGGACGAGACTGGGGTGAGG
GCCAAAGGTGCCACCAAGGACAGGGCAAAGCTCCACTACCTAATGACCGA
GCTGCGTACAGTGTCGGTTGAGCTGCCTTCAGCTCCTGAGGTAAGAAACA
ATGCTCTGGATGAGTGGGAGCTATAGGCTAAAGGACAATGCCCTGGATGA
GGGGGAGCGATAGGCGTAGCTTGCAGCTACTGGAACTTTGCGCTTCCCAC
TGCTTGCTCATTGCTTCTTCGTGCTTGTGTGGCCAGACCCAACCCATTTA
CTTACCATTTACTTACCATTTACTTCAACCAATTACCTTATGACTTTACC
TTATAATTCTACCTTGTAAGTTCAGTTTAAATGACCTGATTACCTGCTCA
CTGTATCACCTCACCCCCTCATGAAAGACTAAAAAGACTTTTTGCTCATT
ATAAAGAGCACTCAATCACTGGCTGGTCCATCACAACTTATTGAACCTCT
CCGTTGACTTGCTTTCAGCCATCCAGAAAGTTCACAGGCAAAGGGAAGGG
AAAAGCCAAGGCCAACTTCTGTCCCTCGGATGGGGAGGAGCCGGAGCAGC
CCAGCAAGAGGGTCAGGTTTGCTTAGCAATACCTCCTGGACAGCATGA

Coding sequence (CDS) from alignment at C-australica_Contig_1013:5225..15472-

>mRNA_C-australica_Contig_1013.3.3 ID=mRNA_C-australica_Contig_1013.3.3|Name=mRNA_C-australica_Contig_1013.3.3|organism=Chrysoparadoxa australica CS_1217|type=CDS|length=3840bp|location=Sequence derived from alignment at C-australica_Contig_1013:5225..15472- (Chrysoparadoxa australica CS_1217)
ATGTCTAATCACCTCACACTTGAGGAGCGATACCTGGTGCGAAGGAAGCA
CCACCAGAAGGCCCGAGGGAGCTGGAGGAGAGCGAAAGAGGCGCAAATCG
AGGAGCAGGCGGGAGATGAGATCTCCGATGAGTTCGTCCTACGGGTGGAG
ACCTATCTAGCTCACTCTCGGTTGGAGCTGTGCTCTGCACTCACAGTGCT
AGAGTATGAAAAGGGGACAGTGAGGGTTGGGTGTGGCGAGGAGGAGTGCA
AGTTTTTCGGTGGTGACTGGGATGCCTTTACCAGGCTAGCAGGCCCAAGC
AATATAATTGAGCTCTGCGGTATCCGAGTCACGCATACGCAAGTCCTCCA
ACCTGGCAGCATCATGCATGGCACGAAAGGCAGGGTAGCTCAGGAAGAGG
AGGGTATTGCTGAGCTTACCCTAGAAGTTGACGTCCTATTGATAGATACC
CAAGTAGGTCGCAAACTGTGCAAGTCAACTAGCCATGCTGGCATGCTGCT
TACACTGCTGCAGGCCAGTGATGCTTCTCAAGATGACAGCAGTCAAAGCA
ATCAGAGAGCCCGCACGTCTGAGGAAGGGGCTGAGAGCCAAGGCGGATCC
ACCTCTGAAACTGCTGGCAGTAACAGCAGCAGCAGCAGCAATACTGACAG
CAGCATCATCAGCAGTAGTCGAGGTGCCTTTATGATGAAGGAAGTCTATG
CTAGCTTGCCCCCCAGGGAGAGGCCTCTGCCTCGCAACATGGCGCTTCAG
GAGGGCTCCGTGCTCTGCTCCCTGCCGCCACTGGTCATGACATGTGCCTG
CAGCTACTTGAGGGCCATGGATGTGGAGTTCCTCTCGAGGACGTGTAAGA
GCTTGTGGCAGGTATGCGAGGGAGCTGCCCCAGGGCTGAAGCTCCGGCTC
TTCCCCCACCAGTTGAGGGGGCTAGCATGGATGAGAGAGCGCGAGAGGGG
CCAATCTCCACCAGTCTTGGACCAGACTTTAACCATAGAGTCTAAGGAAA
ACAACAAGTACTGGGTTGATGGTGTCACCTGCAAGATATCAGACACGGAG
CCATTTCAGGCATACGGTTGCCGAGGGGGGCTGCTTTGCGATGAGCCAGG
CTTAGGAAAAACGATAACTGTGTTGGCTTTAGTGCTGAGAACTAGAGGAT
GCCTGCCTGTCATGAGCGCCCGAAAAGGGACTGGGCTGTCAGATGCTGAG
CTGCTAGCTTTGGCCGAGAAGGAGTGGGAGCACTGGGGAATCCCAGAGAG
GCGCACTGCCCTGGGAAGACTCATTAGATCTTTGGAGCAGCTTGATGAGG
CACGCGTGTTCTCTCAGCACCTCACTGCTGAGTTCTGTGCCAGCTGGGGC
ATGACGGACTACCTATCGGTGATCCCAAAGCCTATCAGCCTACTTGATGC
AAAGAGAATGGTGCTGAGGGAGAAGGGTGGAGGTGATCTGCTCACGCTGG
CAGAGTTCCGGGACGTCATAAACCTTGTGCTGGGGAATGCCATCGCGTAT
CACTCCAACCCGAACCATGCCAATCCGGACGAAGAAGTTGCCCAGCTTGC
AAGGGACATGCGTGAGCATTTCAATGCAGAGCTCAATGCCTTCTTCCAGC
ACAGCTGTGTCCCCGGAGTTCCAGTCAGCTCGGCCTCTCCTTTGATACCA
AGCAGCTGCACGCTGATAGTGGTGCCGCCACCGCTGCTGAACCATTGGAT
CAACCAAGTCACCCTCCACAGCCACGAGTCTTTCAGAGGCAACTGCTACT
TTGATCATAAGTCCAGCAAGCCTCTCCCCTCAGCGGACGTCCTTGCGCGC
CATTCGCTGGTCATCACAACCTATCAAAGGCTCACCAACTCAAGGGAGAC
CTGGGAAGACTGTCCCCTTGGGAAGATCATGTGGTTTCGCATGATCACTG
ATGAGGGCCATTCTCTGGGGGGTTCCCATCAAACCAACTTCTCTGACGTA
GCTGGTAGTAGAATACATGCTGAGAGGAGGTGGGTTACGTCAGGCACGCC
TACACCTTCCACCACCAGCGAGGCGTCCCTGGGCCATCTGCATCGGCTGC
TGCAGTTCATTGGTGAGAACATATCCTCTCAAGAATGGGCAAGGCGCGTG
AGGCACCCGTTCCTGTCAGGCAAGAAGCAAGGGCTGGAGACTCTGAGGAG
GGTGCTCTCCCGCATAATGATCAGGCACACCAAGGAGTTTGTCGGAGAAA
TACCCACACCTATTAGAAAGGTTACTCGCATCCCCATGACCAAGTCTGAA
GCTATAGCATATGACACTGTGGTCGTCTTCTGCCACACGAACATTCTCAT
CACAAACTTGAAGGGGCGCACATCTGGCTGGCAGGACTCGCTGCTGAACC
CAAAGAATTACAAGTTTGCCTTTGAGCTCATGAAGAATCTTCGGCTGATC
TGCTGCGGTCAGGGAGTGATGATTCCGACCCTAAAGCAGAAGTTCCGTGA
AGAAACTGCTGCATACTTGCGGGAGCTCCACCACTGTAGTGAGATCGATG
TGAAGCGCATTGATGCGTTCATGGGGCGAGCCATCATGGGTGAGATGTCA
TCATGCCAGGGCTGTGGTGCAGCACTGCAGCTACTGGTGGTCACTCCTTG
TGCCCACCTCATATGTTGCGAGTGCGTTAGGGAGTCCATGGAGGAATGCA
AGGTGTGCCAGACTCCCATTGATGCGGATGATCTCCAGAAGCTTCAGCCA
GGCTTTGAGCTGAGGTGGGTGGTGGAGAAATACATAGACCTGAAGGATGA
AGAGAAGCGAATGCTGCAGCAAGAAGATGCTGCTCCTGCGGATAGTGAGG
CTTCGGCAGAGCCCTTGCTGAAGGGATCGCTAGGCTCACCAGCACCGGAG
CTCATGGAAGGGTTGACCTCGGGCGAAGCAACAGGTGTTGCCAGAGCTGC
TGTACGCGAGGGAGCCCTGCCCACAGAGCTTGGCCCCTCAGAGCTTAGCC
CCTCAGAGCTTGGCCCCTCTTCTGCTCAGGGATGTGCGGGGGCGTCCACC
CAGGGGGCTGCTACCCCCATGATGCTGGTACGGAACGATCAGCTGTTCAC
TGTACACAGCAAGGGACAGTACCTGATTACAGCCTTGAAGAGCCTACTTG
CGAACCAGTCCAAGTACGAAGGGGAGAGGAACCGTCAAAAAAGGCTTGGG
AGGACATTGATCAACTCAGAACAGCGACCATTAAAGGCCGTTGTGTTCAG
CCAGTTCAGGTCCGTGTTAAACTTGGTGGGTGACCAGTGCTACCGGTACT
TTGGGGACTCAAGCAGGAAGGGATGGTTGAGACGTGGAGGGAAAATGATT
GCAGAGTTCTTTGGGCTCGAGAGAATAGCAGAGCTGTCCAAGTTTCGCAA
TGACCCCAACTGCTTCCTCATGCTGCTCGGCAAGGATGGGTCACATGGAC
TTGACCTGTCATTTGTAACACACATCTTTCTCATGGACGAACTCTGGGAT
CGCTCTCTGGAAGATCAGGTGGTGGCTCGCGCTCATCGCATGGGAGCCAC
AGGACCCGTCGTTGTTAGCCAGCTCCTCATGAAGGATACTATAGAGGAGT
TGATGCATGAGGTAAATCACGGGGAGAAGGGTCTCTTAAACATGCAGATG
CCAAGGCAAAGCAAAGAAGCAAAGGACGAGACTGGGGTGAGGGCCAAAGG
TGCCACCAAGGACAGGGCAAAGCTCCACTACCTAATGACCGAGCTGCGTA
CAGTGTCGGTTGAGCTGCCTTCAGCTCCTGAGCCATCCAGAAAGTTCACA
GGCAAAGGGAAGGGAAAAGCCAAGGCCAACTTCTGTCCCTCGGATGGGGA
GGAGCCGGAGCAGCCCAGCAAGAGGGTCAGGTTTGCTTAG