mRNA_A-nodosum_M_contig1017.1.1 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig1017.1.1
Unique NamemRNA_A-nodosum_M_contig1017.1.1
TypemRNA
OrganismAscophyllum nodosum dioecious (Ascophyllum nodosum dioecious (Feamainn bhuX, rockweed, Norwegian kelp, knotted kelp, knotted wrack or egg wrack))
Homology
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: D7G0P1_ECTSI (Metacapase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0P1_ECTSI)

HSP 1 Score: 453 bits (1165), Expect = 1.060e-149
Identity = 224/298 (75.17%), Postives = 253/298 (84.90%), Query Frame = 1 
Query:   58 TGGAAPENSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDGSGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMK 951
            TG  APE++E YA+KV++AI+ADVRMFSGC DSQTSADV+DVSKFGLP++DG+GGACTNA+LLTL++   +SWL +LKGMQ  LK KRF+QVPQLS SR IDVND F L N  G G+ K LLIGINYIGQQGEL GCHNDV +M++YI THGY MDP  C V+MDD  H  PDH+GV++GFRWL A A AGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDY+ +GQITDD ILKELVMVLPEGVTLTVVMDCCHSGSILDLPY +KADEGTIS+VEAGE SS +  NP FD  K
Sbjct:   40 TGTRAPEDAEAYAKKVAEAIKADVRMFSGCMDSQTSADVKDVSKFGLPDADGAGGACTNAMLLTLSDEHSDSWLGLLKGMQSVLKTKRFSQVPQLSTSREIDVNDKFSLRNTAGGGSTKCLLIGINYIGQQGELAGCHNDVDMMKKYITTHGYSMDPADCKVLMDDNVHGMPDHKGVIEGFRWLTADAKAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYKSSGQITDDEILKELVMVLPEGVTLTVVMDCCHSGSILDLPYALKADEGTISAVEAGEVSSTISANPGFDFAK 337
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: D8LJ59_ECTSI (Metacaspase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LJ59_ECTSI)

HSP 1 Score: 355 bits (910), Expect = 8.130e-112
Identity = 173/295 (58.64%), Postives = 225/295 (76.27%), Query Frame = 1 
Query:   85 EEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDGSGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAAR 969
            EE+  +++  I+ADVRMFSGC+D QTSADV DV+KFGLP++ G+GGACTNA+L  + +++ +SW+S+LKGM+ TLK K+F Q+PQL+ S+ +D++ PF LS  + SG  K+LLIGINY G +GEL+GCHNDV  MREYI THGY  D  +  ++ DDG+H  P  + +L   +WLV GA AGDSLFMHYSGHGGSVKD +GDE DN DET++PVDY ++GQI DD ILKELVM LPEGV L+VVMDCCHSGSILDLPY+  A +G +  VEAG  S ++    NF++ K +  A+
Sbjct:   58 EEFDAEIAGGIRADVRMFSGCEDVQTSADVHDVAKFGLPDATGAGGACTNAVLANVKDSKPDSWMSLLKGMRSTLKEKKFKQIPQLATSKKMDIHSPFDLSGGDESGNHKALLIGINYTGGKGELKGCHNDVKQMREYITTHGYPADGANLKIVSDDGEHEEPSKENILKAIKWLVHGAKAGDSLFMHYSGHGGSVKDNTGDEEDNKDETMIPVDYMKSGQIKDDEILKELVMPLPEGVVLSVVMDCCHSGSILDLPYSFDAKDGALELVEAG-GSGVMQKKKNFNVKKKMHKAQ 351
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: A0A836C803_9STRA (Metacapase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C803_9STRA)

HSP 1 Score: 354 bits (908), Expect = 3.240e-111
Identity = 181/326 (55.52%), Postives = 231/326 (70.86%), Query Frame = 1 
Query:   64 GAAPENSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDGSGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAARDIYAMVKSGDMDIMKIGKIAKVAL 1041
            GA      EYA+K   A+ A+VRM SGCQD+QTSADVQDVS FGLP+S+G+GGACTNALLL+ A    N+W S+L+ MQ  LK K++TQ+PQLS SR +D++ PF +  P+     K+LLIGINY+GQQGEL+GCHNDV  M+EYI   GY   PD+ +V+MDDGKH  P    +   F WLV GA  GDSLFMHYSGHGGS+ D   +EAD  DET+VP+DY+  GQI DD + K LV  LP GV +T+VMDCCHSGSI DLPY I      +++VEAGE  SL+  N NF + K+++ A D+Y M ++G+ D+M +G+ A  AL
Sbjct:   50 GAGTRGDPEYAKKAEAAVCANVRMISGCQDAQTSADVQDVSSFGLPDSEGAGGACTNALLLSAAQGS-NTWTSLLQKMQAVLKTKKYTQIPQLSTSRDLDLSAPFDIMLPDSKN-HKALLIGINYVGQQGELKGCHNDVEAMKEYIIEQGYTDSPDTMMVLMDDGKHKDPTAANLAKAFAWLVDGAQEGDSLFMHYSGHGGSMPDDESEEADAKDETMVPLDYQTVGQIRDDDLYKMLVAPLPVGVEMTIVMDCCHSGSIFDLPYNIAMTGDLVAAVEAGEQPSLVA-NENFSVSKVLKVAMDLYKMQQAGNTDMMAMGQTAAKAL 372
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: A0A7S0YNU0_9CRYP (Hypothetical protein n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0YNU0_9CRYP)

HSP 1 Score: 332 bits (850), Expect = 1.990e-102
Identity = 164/310 (52.90%), Postives = 218/310 (70.32%), Query Frame = 1 
Query:   79 NSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDG---SGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYI-ATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAARDIYAMVKSG 996
            N +E+A + + A+ ADVRMFSGC+D QTSADV DVS FGLP + G   +GGACTN+++L+L      +W  +L+ M+  L+ K FTQ+PQLS+SR + +N  F + NP G+G  K+L IGINY+GQQGELRGCHNDV +M+ YI    G+  DP +  V+MDDG+H +P H  +L GF+WLV GA +GDSLFMHYSGHGGS+ D +GDE+D  DET+ PVDY   GQI DDVI ++LV +LP+G  LTVVMDCCHSGSILDLPY  +A +  + +  +G     +  NP FD  K ++ A  ++ M + G
Sbjct:   68 NPQEFASRAAQAVAADVRMFSGCKDEQTSADVYDVSSFGLPANTGPGGAGGACTNSIVLSLHKQPECTWTQLLQNMRQVLREKNFTQIPQLSSSRSLSLNSQFTVKNPAGNGRTKALYIGINYVGQQGELRGCHNDVEMMKTYIEGKQGF--DPSNAKVLMDDGRHESPSHLNILQGFQWLVNGAQSGDSLFMHYSGHGGSMPDDNGDESDGRDETMCPVDYASAGQIRDDVIYEQLVAMLPDGCQLTVVMDCCHSGSILDLPYNFEASDNNLQAASSGAMPQSMP-NPGFDFSKALKVAVKLFKMYQGG 374
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: A0A7S1H0Z8_HEMAN (Hypothetical protein n=3 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A7S1H0Z8_HEMAN)

HSP 1 Score: 317 bits (812), Expect = 3.030e-97
Identity = 160/310 (51.61%), Postives = 213/310 (68.71%), Query Frame = 1 
Query:   79 NSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDG---SGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIAT-HGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAARDIYAMVKSG 996
            N EE+A + + A+ ADVRMFSGC+D QTSADV DVS FGLP   G   +GGACTN+++L+L      +W  +L+ M+  L  K F+Q+PQLS+SR + +N  F + NP G+G  K+L IGINY+GQQGELRGCHNDV +MR+YI    G+  DP +  V+MD+G    P    +L GF+WL   A +GDSLFMHYSGHGGS++D +GDE+D MDET+ PVDY R GQI DD+I ++LV + PEG  LTVVMDCCHSGSILDLPY  +A +  +++  +G     L  N +FD  K ++    ++ M + G
Sbjct:   39 NPEEFASRAAQAVAADVRMFSGCKDEQTSADVYDVSSFGLPADSGPGGAGGACTNSMVLSLHKQPECNWTQLLQNMRGVLSEKGFSQIPQLSSSRSMALNSQFSVMNPSGNGRSKALYIGINYVGQQGELRGCHNDVEMMRQYIEEKQGF--DPSNAKVLMDNGSDEEPTAANILQGFQWLTEDAESGDSLFMHYSGHGGSMRDDNGDESDGMDETMCPVDYARAGQIRDDIIYEQLVSMCPEGCQLTVVMDCCHSGSILDLPYNFEASDSNLAAAASGSMPQSLP-NGSFDFNKALKVGMKLFKMYQGG 345
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: L1I610_GUITC (Uncharacterized protein n=2 Tax=Guillardia theta TaxID=55529 RepID=L1I610_GUITC)

HSP 1 Score: 306 bits (784), Expect = 1.210e-92
Identity = 157/295 (53.22%), Postives = 210/295 (71.19%), Query Frame = 1 
Query:   79 NSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDG---SGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKM 954
            N+ ++ +K + A+ A+V MFSGC+D QTSADV D S FGLP   G   +GGACTN+++L L+ N   +W+ +L  M+  LK K FTQVPQLS+S+ I ++  F L+    S + K+LLIGINY+GQ+GELRGCHNDV+ M++YI  +GY  DP S  V+MDDG +  P    +LD  +WLV  A +GD LFMHYSGHGGS+KD +GDEAD MDET+VPVDY  TGQI DD+I +ELV  LP+GV LTV+MDCCHSG+ILDLP++  A++    +  +G +   L +N NF+  K+
Sbjct:   83 NATDFKQKAAQALPAEVHMFSGCRDEQTSADVYDTSSFGLPADSGPGGAGGACTNSIMLALSENPNPTWIDLLNRMRTILKEKGFTQVPQLSSSKEISLDGNFQLA--AASSSTKALLIGINYVGQKGELRGCHNDVLQMKDYILKNGY--DPASMRVLMDDGSNMNPTRANILDSIKWLVKDAKSGDCLFMHYSGHGGSMKDDNGDEADGMDETMVPVDYTSTGQIRDDIIFQELVAPLPQGVKLTVIMDCCHSGTILDLPFSFTANDQNTQNYTSGMT---LPMNGNFNWKKI 370
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: A0A7S0EWY7_9CRYP (Hypothetical protein n=1 Tax=Hanusia phi TaxID=3032 RepID=A0A7S0EWY7_9CRYP)

HSP 1 Score: 305 bits (782), Expect = 1.970e-92
Identity = 157/295 (53.22%), Postives = 208/295 (70.51%), Query Frame = 1 
Query:   79 NSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDG---SGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKM 954
            N  E+ +K + A+ ++V MFSGC+D QTSADV D S FGLP   G   +GGACTN+++L L  N   +W+ +L  M+  LK K FTQVPQLS+S+ + ++  F L+    S + K+LLIGINY+GQQGELRGCHNDV+ M++YIA +GY  DP S  V+MDDG +  P+   +LD  +WLV  A +GD LFMHYSGHGGS+KD +GDEAD MDET+VPVDY   GQI DD+I +ELV  LP+GV L V+MDCCHSG+ILDLP++ KA++    +   G +   L +N NF+  K+
Sbjct:   83 NPTEFKQKAAQALPSEVHMFSGCRDEQTSADVYDTSSFGLPADSGPGGAGGACTNSIMLALTENPNPTWIELLNRMRTILKEKGFTQVPQLSSSKEVAMDSTFQLA--AASSSTKALLIGINYVGQQGELRGCHNDVLQMKDYIAKNGY--DPASMRVLMDDGSNMVPNRANILDSIKWLVKDAKSGDCLFMHYSGHGGSMKDDNGDEADGMDETMVPVDYASAGQIRDDLIFQELVAPLPQGVKLIVIMDCCHSGTILDLPFSFKANDQNTQNYTNGMT---LPMNGNFNWQKI 370
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: D8LTK1_ECTSI (Metacapase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LTK1_ECTSI)

HSP 1 Score: 328 bits (840), Expect = 1.360e-91
Identity = 160/297 (53.87%), Postives = 219/297 (73.74%), Query Frame = 1 
Query:   85 EEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDG-SGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQG-ELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAAR 969
            +++  +++D I+ADVRMFSGCQD QTSADV DV+KFG+P SDG +GGACTNALL+ + ++E +SW+S+LKGM+ TL  K+F Q+PQ++ S+ +D++ PF L+  EG G  ++LLIGINY+G +  EL+GCHNDV  M++YI  HGY  + +   ++MDDG+H  P    +++   W V GA  GDSLFMHYSGHGGSV+D   +E D  DET++PVDYR +G I DD +L ELV+ LPEGV L+VVMDCCHSGSILDLPYT  ADEG +  V+ G  S+++     F++ KM +A +
Sbjct:   37 DDFDTEIADGIKADVRMFSGCQDQQTSADVHDVTKFGVPKSDGGAGGACTNALLVNVKDDEPDSWMSLLKGMRTTLSTKKFKQIPQMATSKKLDIHSPFSLAGGEG-GKHRALLIGINYVGDKSAELKGCHNDVAQMKDYIVEHGYSGEGEDLKIVMDDGEHTAPTRANIIEAIEWFVEGAAPGDSLFMHYSGHGGSVEDNDNNEKDKRDETMIPVDYRVSGHIKDDELLAELVLPLPEGVVLSVVMDCCHSGSILDLPYTFDADEGALQLVDDG-GSAVVHKKAKFNMSKMKKAQK 331
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: A0A7S4NNH9_9EUKA (Hypothetical protein n=1 Tax=Paramoeba aestuarina TaxID=180227 RepID=A0A7S4NNH9_9EUKA)

HSP 1 Score: 301 bits (770), Expect = 9.560e-91
Identity = 150/301 (49.83%), Postives = 212/301 (70.43%), Query Frame = 1 
Query:   91 YAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNSDG---SGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAARDIYAM 984
            + ++   A+ +DVRMFSGC+D+QTSADV +++ FGLP + G   +GGACTN+++L L NN   SW+ +L  M+  LK K ++Q+P+LSASR +D+N+ F L+NP G G KK+LLIGINYIGQ+GEL GC NDV  M++Y+   G+    D   ++ D+   A P ++ +++G  WL  GA AGDSLFMHYSGHGG + D  GDE D  DET+VPVDY+++GQ+ DD I K L+  LP  V LTVVMDCCHSGSILDLP+ +  D+ ++ + E G + S+L  NP F+I  +++ A+ +Y +
Sbjct:   42 FVQQCKKAVPSDVRMFSGCKDNQTSADVSNIASFGLPPASGPSGAGGACTNSMMLALENNPDVSWVQLLDDMRKILKQKGYSQIPELSASRDLDLNEKFTLNNPVGGGKKKALLIGINYIGQKGELSGCINDVARMKKYVEGQGF----DDIQILTDETS-AKPTYKNIMNGLLWLADGAAAGDSLFMHYSGHGGRLADQDGDEKDGYDETMVPVDYQKSGQMRDDDIFKALIAPLPADVHLTVVMDCCHSGSILDLPFMLIGDDASMEAFEGGAAMSMLA-NPGFNIQFVLKIAKQLYQL 336
[Close]
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Match: A0A7S4R0W6_9DINO (Hypothetical protein n=1 Tax=Alexandrium monilatum TaxID=311494 RepID=A0A7S4R0W6_9DINO)

HSP 1 Score: 305 bits (780), Expect = 1.680e-90
Identity = 156/305 (51.15%), Postives = 205/305 (67.21%), Query Frame = 1 
Query:   64 GAAPENSEEYAEKVSDAIQADVRMFSGCQDSQTSADVQDVSKFGLPNS---DGSGGACTNALLLTLANNEVNSWLSVLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGINYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQGVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDYRRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGTISSVEAGESSSLLGLNPNFDIMKMIRAAR 969
            G  P +  E A K  + +   V MFSGC+DSQTSADV + + FGLP+     G+GGACTN+++  L+  +  +W+S+L+ M+  L  + +TQ+PQLS+SRP+D+N PF +SNPE SG  ++LL+GINY+G   ELRGCHNDV  M  Y+  HGY        V+MDDG+H  P  + + +  RWLV GA+AGDSLF HYSGHG SV+D  GDEAD  DE L PVDY   G + DD + K LV  LPEGVTLT V+DCCHSG+ILDLPY  KAD+G+++SV  G  + +   NPNFD  K+    +
Sbjct:  181 GKGPSDRAERAAKAREVMPGTVIMFSGCKDSQTSADVSNTASFGLPSDAGPGGAGGACTNSMIKALSERDDYTWVSLLQAMRQILDGE-YTQIPQLSSSRPMDLNAPFTISNPEPSGNYRALLVGINYVGTSSELRGCHNDVETMSRYLEDHGYSQ--SGMKVLMDDGEHENPSREAMAEAMRWLVDGASAGDSLFFHYSGHGASVRDDDGDEADGKDECLCPVDYDSAGLMRDDEVFKLLVGPLPEGVTLTCVLDCCHSGTILDLPYMFKADDGSLASVADGTFNEMQE-NPNFDFGKIFEVIK 481
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig1017.1.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G0P1_ECTSI1.060e-14975.17Metacapase n=1 Tax=Ectocarpus siliculosus TaxID=28... [more]
D8LJ59_ECTSI8.130e-11258.64Metacaspase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8... [more]
A0A836C803_9STRA3.240e-11155.52Metacapase n=1 Tax=Tribonema minus TaxID=303371 Re... [more]
A0A7S0YNU0_9CRYP1.990e-10252.90Hypothetical protein n=1 Tax=Hemiselmis tepida Tax... [more]
A0A7S1H0Z8_HEMAN3.030e-9751.61Hypothetical protein n=3 Tax=Hemiselmis andersenii... [more]
L1I610_GUITC1.210e-9253.22Uncharacterized protein n=2 Tax=Guillardia theta T... [more]
A0A7S0EWY7_9CRYP1.970e-9253.22Hypothetical protein n=1 Tax=Hanusia phi TaxID=303... [more]
D8LTK1_ECTSI1.360e-9153.87Metacapase n=1 Tax=Ectocarpus siliculosus TaxID=28... [more]
A0A7S4NNH9_9EUKA9.560e-9149.83Hypothetical protein n=1 Tax=Paramoeba aestuarina ... [more]
A0A7S4R0W6_9DINO1.680e-9051.15Hypothetical protein n=1 Tax=Alexandrium monilatum... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig1017contigA-nodosum_M_contig1017:68743..94831 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ascophyllum nodosum dioecious OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D8LJ59
Preferred nameMCA5
PFAMsPeptidase_C14
Model size2538
Max annot lvl2759|Eukaryota
Hectar predicted targeting categoryother localisation
Exons10
Evalue1.72e-114
EggNOG OGsKOG1546@1|root,KOG1546@2759|Eukaryota
Ec32 ortholog descriptionMetacaspase
Ec32 orthologEc-14_001720.1
Descriptioncysteine-type peptidase activity
Cds size915
COG categoryK
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig1017.1.1prot_A-nodosum_M_contig1017.1.1Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig1017 79100..93340 +


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

Feature NameUnique NameSpeciesTypePosition
1680866376.0326092-UTR-A-nodosum_M_contig1017:68742..688731680866376.0326092-UTR-A-nodosum_M_contig1017:68742..68873Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1017 68743..68873 +
1680866376.0428634-UTR-A-nodosum_M_contig1017:79098..790991680866376.0428634-UTR-A-nodosum_M_contig1017:79098..79099Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1017 79099..79099 +
1680866376.1513708-UTR-A-nodosum_M_contig1017:93340..948311680866376.1513708-UTR-A-nodosum_M_contig1017:93340..94831Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig1017 93341..94831 +


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

Feature NameUnique NameSpeciesTypePosition
1680866376.0522187-CDS-A-nodosum_M_contig1017:79099..792191680866376.0522187-CDS-A-nodosum_M_contig1017:79099..79219Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 79100..79219 +
1680866376.0616028-CDS-A-nodosum_M_contig1017:79899..799771680866376.0616028-CDS-A-nodosum_M_contig1017:79899..79977Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 79900..79977 +
1680866376.0716093-CDS-A-nodosum_M_contig1017:89870..899361680866376.0716093-CDS-A-nodosum_M_contig1017:89870..89936Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 89871..89936 +
1680866376.0821524-CDS-A-nodosum_M_contig1017:90263..903771680866376.0821524-CDS-A-nodosum_M_contig1017:90263..90377Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 90264..90377 +
1680866376.0981233-CDS-A-nodosum_M_contig1017:91116..912081680866376.0981233-CDS-A-nodosum_M_contig1017:91116..91208Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 91117..91208 +
1680866376.1097744-CDS-A-nodosum_M_contig1017:91791..918441680866376.1097744-CDS-A-nodosum_M_contig1017:91791..91844Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 91792..91844 +
1680866376.1209774-CDS-A-nodosum_M_contig1017:92089..922081680866376.1209774-CDS-A-nodosum_M_contig1017:92089..92208Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 92090..92208 +
1680866376.1324863-CDS-A-nodosum_M_contig1017:92645..928221680866376.1324863-CDS-A-nodosum_M_contig1017:92645..92822Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 92646..92822 +
1680866376.1418433-CDS-A-nodosum_M_contig1017:93244..933401680866376.1418433-CDS-A-nodosum_M_contig1017:93244..93340Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig1017 93245..93340 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig1017.1.1

>prot_A-nodosum_M_contig1017.1.1 ID=prot_A-nodosum_M_contig1017.1.1|Name=mRNA_A-nodosum_M_contig1017.1.1|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=305bp
MFSGCQDSQTSADVQDVSKFGLPNSDGSGGACTNALLLTLANNEVNSWLS
VLKGMQHTLKAKRFTQVPQLSASRPIDVNDPFYLSNPEGSGAKKSLLIGI
NYIGQQGELRGCHNDVMVMREYIATHGYRMDPDSCLVMMDDGKHATPDHQ
GVLDGFRWLVAGATAGDSLFMHYSGHGGSVKDTSGDEADNMDETLVPVDY
RRTGQITDDVILKELVMVLPEGVTLTVVMDCCHSGSILDLPYTIKADEGT
ISSVEAGESSSLLGLNPNFDIMKMIRAARDIYAMVKSGDMDIMKIGKIAK
VALS*
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mRNA from alignment at A-nodosum_M_contig1017:68743..94831+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig1017.1.1 ID=mRNA_A-nodosum_M_contig1017.1.1|Name=mRNA_A-nodosum_M_contig1017.1.1|organism=Ascophyllum nodosum dioecious|type=mRNA|length=26089bp|location=Sequence derived from alignment at A-nodosum_M_contig1017:68743..94831+ (Ascophyllum nodosum dioecious)
GCAAAAAGGGCCGCGAAGAAAGCGTTGTCGGATGCCTGCAAGAGCGACGA
TACGAAAACAGGCGGGGCGGCGCCAGAGAACTCCGAGGAATATGCCGAGA
AGGTGTCTGATGCTATCCAGGCAGACGTCCGGTACGTGCTTGACCTCGAT
TTCGACATGTGCTTATGCGTATGTAACGCGACGCTGCTTATACTCCGCAG
CTCTAGTCACGGTTGGGGCTAGATGGTTTGTTTGTTGTTGGTCAGTTTAG
CGGTCACTCTGTCGGGTCTCTTAAAGTTGTTGTACGTATTCCTTGCAAGA
TGGAATGCTACGTAACTAACAACTCTCTTCAGTCGGGGAACGACCGCCAA
CATTCCTTCAACAACGCGCATGACAGAACTAGAACTGTCCCGCTAATTCT
TCATGCTGAGCTGACTCCAAGCCGAAGAGAGAGTAAATCAAACCACCTTT
TCGTGGGAGAATTCCCCCTGGATGAGTGCCCCCTGAAAGGTGCATACAAT
CAGTTCTTTCACCAGCTGGAGCAGTAGAGCGAGCTATTACGAGCGGTAAC
GGCGAGGGCATTGAGCAATATCTGGAGTTTTCTCACATTCAGCGTATTGG
TTGCCAAGCTGATATACCAGTATGGAAGAAACAAAACAAAACACAACAGC
ATTCAGATTTTTCTTTAAACAATTCTTTAAACAACGTACAATAAAGTGGA
CAAAAAGAACAGATGATCAGAGAAGAACCGCGTGACACATCATCTTTCCT
GGGCGCTACGCAGGTCTTGGTCCCTCTTGTGCCCGTACAGGAGTACTTCG
GCTCAACCAGGCGCAATCGGTGTCGCTTCGGAGGTTCTACTCTTCACGAT
AACTTCTCAATTTTACGACAGTATTCATTCCATCTTGTAAACGTACCATA
GAAAATTTCGTCCGACCAACAGCCAGCAGTCCCTCGCGCTACAGACGGCT
TTTGACAACGATGCCCAGCATCACTCCTGAAGTACACCTTAACTGAGGGG
GACGATCTCATGGGATGATATCAACGAAGATTTCAAGAATGGACTGTGCG
TCAGGATACGTTTTTGCTGCTGGTATTATTACTCATGACGTTGAATCTTC
CTCTGCATGTACAGGTTACTCTAGTGCTGATGATACTGGTGGTGCTGTTG
CTGAGGCCACTGTTGGTGTGTCGCCCCACATGTTACTCCTCCTGGTTCTG
CTGCAGTCGCTGCTGTCTACTGCTTTCACGTCTACTGCTCCCACTACGGA
TGCTGCTACTGCGTGTTTCTCCGCGCGATGCCGCGCTTTTCCGGGCACAC
CACCAAGCGCAGCGATGCGTTCGGCGTGTCAAACCCCTTGGCCTCCTGAA
TACTGTACCTCCGTAATGGGCCCGCTTTTGTTGTTGTTGATTCACACATT
CAGCGTATTGTCCTTGCAACTGAAGAAACTACGGTGACACAACAAGTCAG
CCATAGACCTATCAAATGCCAATCCCGCTTGTGGTCACAAAGAGGTACGA
AGGTCAACGGGTCACATCATGGTGACAACCCGCTACTCAGACCAACAGGG
ATCCAAATCGCGACAAAAAGTTGGTGCGGCTCTACAAGCAATGGCACCGA
CCAATATCAAAACGGTTCATCAAACCTCCTTACTCCATATCGAGAGCAAC
CTCGATCGACTCGGAATGTTGTCGCCTACCCACGACCAGCGTTCTCAGCA
AAAAACCGGAAAATTACGCTCCAACCAGTTTTGATCAACAAGTCCAAGTT
TCTCAAGGCCACATTTTGTACAGAAATAAGGAAAATTGAAATACCGAGGT
CCATGGTGGTGGAGGCCTTTGAACTGGTGAAGCCGGCGCGCGAGCCAGCC
TCCAGCCGTCCAAAGCCCTGTGCATTCTTGAAAAACCCCACGAATCTTGC
CCGTTCGCCGCTCCTTGTGGTCCTCGTAGGAAGAAAAATGACCGTGGTCA
GACATCAGCTTTTCCTCGAAACCTCCCGGTTCAAGCCTGTGATTCTCGCG
CACGGGGTTCAGCCTCCCCTGGCTCGTCAACGATCGAGCTGCCCTCCGCC
TTCGCCGAATCTGGTGCGTACCCACCCGATAGTAGAGTACTACCAGGCTC
TCCGCGACAGTGCTCCTGCCTCTCGCGTGCCGCCACCTCCCGAAGGGCCC
CAAATTGGGGCTCGGGAAGAGGCGCGCACCTGGGAACACCATCATCCTCA
GCCAACCATACCGCCGCCGCGTCTCAACCGACAGGCTGAATCGCGAAGGC
AGCCAATTGGCTGCATCTCTTGAGGGTGAGCCCGGCCCTACACCCGCCGG
AAAGACCCTCCCACACTCATTCCCCGAAACCAGCAGGTTTCGGAGGGAGC
GGGCACGATTGAGCAATGTCGGTACGCAGCTGGCGTTTTATTCACACCGC
CTGTTACTCGGAACGAAGCCAGCGTCCGTTGCAAACCTCTTACCTGGTAT
GTATTTAAAGAAAAATCTGAACGCATCTAGACCCTCTGAGCATCCCCCAG
TCAGGGTGGAAAATGTCAAAACGTTTATGTGGGATCATAGGCTGCAAATA
TTGGTCAACAGTAATATACCAGGGAGAAACCCACCGTTATGCATATTGCA
GTACCTAATTAAATAGGTCAAATATAATATACAAAAGTAATATTGTCGTA
CAAAGGTTTATGGTCTAGAACACAAGAAACGTTACAATATTGTAATAGGT
GAAGAGAAATACATTTACGTTTTACGACTGTATCATATTTTCTTTCTCTG
GGTCTTTTTTTATTTTATTTTATTTTTCTGTACCTTATTTTGCCTTGGAG
AGTAAGACAGAGAAGGTACTGGATAGAGAGGTCTTGACGGTTTTTAATGT
GAAGACATTTTCTGGGTCTTGTGACCACGGAAATTCGTTTCCACGGAAAT
TCGTTTCTTTGCCTTGAAGAGGAAGACAGAGAAGGTACTGGATAGAGGTC
AGAACGGTTTTTAATGTGAAGACAACAACAAGTCAACAAGTCCGTAGGGA
CTTCCCACTAGACTACGTGTATAGCTCTAAAATTGTTGTTCCAGAGGCTG
CAAATACAAAACCTCTTACATGACATGTTAATGATTAATAGAGCTAGCTC
TACAGCTACAGTATCATACGATTAAAGTCTAACAGTACAGTACAGACAGT
ACGGTAGTAGTAATATACTCTAGTAGATTGCAGTTTACAGCGCAATTCCC
CCAAAATTGCGAATTTGCTGGGAATCCAGGTACACTTTGTGATGACTCAA
CAGACGACTGTCACTGTTCTCTCTGGTGTCCCTTCATACTCTATAAAGTC
ATTAAGAGAAGCTTCGAAGTTGTGGTGCTCGCTCGATATATACGATGGTT
GGTAAACTTCGAATGCGAGGCGAATAGCGTGGGTGCGCCTGGCGTACCGT
ACAAGGAATCCGGTCCTCGTCATAGACCACGTTCGACGAAGTGCAGTAAG
CCCGCTATCGCTCGCGGAGGAATCTCGTTAGCTGTTGATCGGGGTGGTTT
TGATGCACGCTCTGGTAATCGACTTTCTATTGGTTCCAATGAGATCATTT
GCGAATGATGCCTTACCAACTTTAATAGTGTAGTCGATAATCGTATCTGA
ACAGGATCACACATCAGATTTTTCTTTTCCTTTAAACAGTAGTTATTAAT
ATTACTTGGAGAAAAATCTGAACTCATCTACAGTAAACTGTCTGCATGTG
CCATTTTGTGCCATTTATTGTACTACTGTTCGTAGTTTAATGTCTTACCG
ATGTTTTCTGTAGTTTTGTATTTTTATTTTTCCCTATAATAGCAGTTGTT
GTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGATTCACACATTCAGCGTAT
TGTCCTCGCATCTGAAGAAACTACGGTGACACAACAAGTCAGCCATAGAC
CTATCAAATGCCAATCCCGCTTGTGGTCACAAAGAGGTACGAGGGTCAAC
GGGTCACATCATGGTGACAACCCGCTACTCAGACCAACAGGGATCCAAAT
CGCGACAAAAAGTTACGCGGCTCTACAAGCAATGGCACCGACCAATATCA
AAACGGTTCATCAAACCTCCATACTCCATATTGAGAGCAACCTCGATCGA
CTCGGAATGTTGTCGCCTACCCACGACCAACGTTCTCAGCAAAAAACCGG
AAAGATTACGGAAAAATTACGCTCCAACCAGTTTTGATCAACAAGTCCAA
GATTCTCAAGGCCACACATTGTACAGAAATAAGAACAAATGAAATACCGA
GGTCCATGGTGGTGGAGGCCTTGAGCTGGCGAAGCCGGCGCGCGAGCCAG
CATCCAGCCGTCCAAAGCCCTGTGCATCCTTGAAAAAGCCCCACGAATCT
TGCCCGTTCGCCGCTCCTTGTGGCCCTCGTAGGAAGAAAAATGACGACCG
TGGTCAGACATCAGCTTTTCCCTCAGAAACCTCCCGGTTCAAGCCTGTGA
TTCTCGCGCACAGGGGTTCAGCCTCCCTGGCTCGTCGACGATCGAGCTGC
CCTCCGCCTTCGCCGAATCTGGTGCGTACCCACCCGATAGAGAACTACCG
GGCTCTCCGCGACAGTGCTCCCTGCCTCTCGCGTGCCGCCACCCTCCCGA
AGGGCACCAAATTGGGGCTCGGAAGAGGTGCGCACCTGGGAACACCATCA
TCCTCAGCCAACCAAACCGCCGCCGCGTCTCAACCGACAGGCTGGATCGC
GAAGGCAGCCAGTTGACTGCATCTCTTGAGGGCGAGCCCGGCCCTACACC
CGCCGGAAAGACCCTCCCACACTCATACCCCGAAATCAGGTTTCGGAGGG
AGAGGGCACGAGATAGTACCGCTGACCATCTCTCAACCCGATACTCAAAC
CAACAGGATCCAAATCGCGACAAAAGCCTTGCCAGGTCCAACCAACCGAG
GACATAGGTAAATTTTCTGCGTTAAGACGATGTCTTCTAATACGAACTAG
AGCTTATACAACCAATTGCTGTCACTATTCCAGAATCTGAATAACAGGCT
TACAGAGAAGAGTGTTTGATGTCCAGTAAGGTTTCCAGCAATCGAAGGGT
TACATTTAACATGTAATGGTTCGGCAAAAATATGCTCAGAAGGCTTAGAT
GCGTTCAGATTTTTCTTTAACATATTTACTCCATACCGAGAGCATCCCCG
ATCTACTCGGACTGTTGACGCCTACACACGGCCAGCGCTCTCAGCATCAA
AGCGGATAAATCTCGCTCCAAGAAGTTTTGATCAACAAGCCCAAGTGTGT
CAAGGCTATCAACAATACTATCCTGTTAATATCACACTTCATGCAGAAAT
GGGCGAATTTTTTAGACTCCGGGACAGGTTTTTGGGAGTTTAATTACGCG
GGCGAAGCCTGCGAAGCCCGCGTGTATTCAAACCTGGGTTCTGAGGGTTG
CTGGTTGGTTGTCTTTTATTTTGTGTTGACGTGACTGATGGTGAACAGCA
GGGCTGTGTTTTGCAGGTGATCAGCGGTGATATTGATGGCATCATCCACA
GGCAATCACTCCTGCTGCGCGGGGCTCGGGTGTTGGTTCTTTTCATTCTT
TTCGTTTTCACAAAAGAGCGGTGTTCTGTACACATATTACTTCATACACT
TTCTTACCTAGACAAAAAAAATACTCTTGTGATACATTTTTGCGCGTAGT
ACTCTGATCTACTAGATTTGATCATGCTGAGTAAGACTACGAAGAAGTCG
AATGTCTTTGCTGCCCGATCACGCCAGCCCTGAGTGCCATGTAGGTCGCT
ATCGTTTCAATAGCCATCCCAATTGCGACAGAGGAGAATTTTCCAACCTC
TCTTTGAGAATGCACAGAAAGTCTAGGGTCGAACAATACATGAGAAAATT
TGTACCCCTTGCCAGGCCTAAATGGCGGAACCCTTCTATAATATACACAA
CGGTGGAGCATTCCCAAACGCGTAGACTAGAGTAGATCCTGTACGAGAGC
AGTGAAGCAGCTCAACATGAGCGTACCGCTACCGCACTTTAGACAGTATT
GTACCTACAGATACTCGAAGTGGCGTCGCAATACGCAGGCGGACGCAGTA
TCATCACAGTCGAAATCGAGCTGTTTTGCTTATTGTATGCTCTGTACTAA
ATTTTTCCTCGTGTATTCGAGCTTTCCTGTACTCTAGTATTACATCGAGC
GAATAAAGTTTGAAGGCTGTCGAAAACAAACTGTGCCAATATTTAGGGGC
GGCGTAAATTGATGGCTATGTCAAAAACAGCCAAGTGAGCCAAGTGATTG
GTCCGTGCTATATGCAACAACGGCTTCTGATTTGCCCGTGTTATGTCGAT
TCTGTACCGGAGCGTACAACACTCGCAAATGAGGATATCAACTTCATCGT
GGCCTTGAGCTGGTGAAGGTGAAGCCGTTGCGCGAGCCAACATCCAGCGG
TCGAAACGCCCTGTACATCCCTGAAAAACGCCCCAGGAATCTTGCCCGCT
CACCACTCTCTGGTGTGTGTGTGTGTGTATTTATTAAATTGCACACAACC
GCACAATCCGGCCCTGTAATCTACTCATTCTATGCTACTGCATGTAACCC
ACCTGGGGGTTACTTATCGTAAACATATTGTTGGCTAGAAATGCGCGTGC
ACACAGCTACGACTCCTCTCCCCGCTACGATCGTTCTCGGCCGGAACCCC
GCTCCCTCGACATCAACTACAACGCTCTGCCCAAATAAAAATATGGGGAC
GAAAACGCGGGAAATGGTGGACAGGCTTGTTCCCTTCCAACACATGGGTA
AAGCTGGTTTCTCGCCGCTTGGCGCAACGAATAGAGACGGGAATCCGACA
GACAGGGAGCACCATGGCCAACTCTCCTTGTAACCTCCCCCTCCAAACCC
AAAAATCTCGCCCCCCCCATCAAACCGTGTGACGTACTGCAGCATTGGTG
TCGTCATTCCGCCCTCTTCCCCCTTCAACACCCAATCGGTGCGTGTCCCG
ACTACACCCGCACATCTTTTCTTTCTACGTAAGAAAATCTCCGCCAGCCA
TAGGGCCCGGGTTGGAACATCAACCGTAAGTTTCGCACGGGGCGGTAATC
GTGAGGGTAAGGAGAGAGTCAAGGGTAAAGCTAGTCGGGTACAAAGTACC
AGAATAGGGTCTGCACTCGTGTGTGTACGCCGGAACGTCCAACATCGTGA
GCTAAAACTCTCCAAGTCCACACGATTTGCGCTCGATACTGTCGTCATGG
TCGCTGTACCCACCGGTTGCGTAGTAAGTCCTCCTCCTCTATTTTCCCAA
AACATACAGTCAGACGCAAAATCCCCCACATGCCATAGGGCATAGGGTGT
ACCACCAACCGTAAGTCTGGCGCTGGGCGCGAATCGTGAGGGCAAGGGAT
GAGTCAAGGGTAAAGCTAGTCGGATACAAAGTAGCCGAATAGGGTCTGCG
CTCGTGTGTGTGTGTGTGTATTGCTCCCTATTAAATAGCACATAACCGCT
CAATCCGGTCCTGTCATCCGAATCAATCTGTGTTTGTGTTTGTGTGACCT
TTGAGGTTTGGATCTACTGACAACCGCAACTATCCCTTTGACCTCAAGTA
TCTGGTATTATAGTAATTACTACCAGTAAGTAGTGTACGAGGTAGTCTAA
AGACCTAAGCCCCCTGTACTTTTCAGCAACGGTGAAAAAAATCGGCGACC
CCACCCGCTGTACTCCTATAATGAGCATTTTCAACAAGTAATGAAGCAAC
TCTAGCTGTAAAGCTGTTCACAGAGATATCTAGCCCTTTTGGGGGTGTAG
ATATGCCTTGTTTTTCCAACTTCAAATGAAAGGCGTACCTCCGCTCTTAT
TTTTTGCATTATGCCGTCACACCAGACATATAGTTTCTGTTATAGAACGA
TGTCATCAAAGTCATGGCTTCTTTAAGGGGCTCTCGTCGGGAACACGGGA
CAGAAAGAACAGGGAATCGTCACACACGTCAAGACGAGAAGGGAGCGGGA
CGGGAATCATCCCCGCCAATGATGGTTGGAACGGGATAGGTTGATAGGTC
CGGAACCAGAATTGAAAAAAATGAGCTGAACGGGATAGGCTGCACAAATC
AATTTCCGTTCCGTCCTGTCTGTATCGACATTACTGTATCTCACCGTCCC
GTCGCTAGCCGGGTTGTAGCTAAAATCAAGTTGTAATTCCTATGCAAGGT
TTTAACGATATGGGACGGGACAAATATACCTCGTTTTCAACTAGTAACGG
GGGTGGGACGGTTCCGTACCGTATCCCTGTGGGATCATGTTCTGTTTACA
AAACCTTGCTGATCTCCATTTTGTGTGACTTGTAAAAAGACAGAGCGCCG
TCCGTATCGTCGCAAAACATGTTCACTACTGTGTTCCACCATACATTTGA
TCGCGGGGGGAAGTATGTGCATATCTAGTAGTGCCTCCTTCCTCCCAACC
CCTTGTCAATTCAAGTACCAGTACAAGTCAAGAAGCCTGAGAACCCCAGG
AGAACGGTGTTGTCGATGTTATGCCTTTGGGTGCAAATGCGAGGTATTAT
TAATAGTAATAGTTGCAATCCGAGGGGTGGTGATGGTGGGAGGGGAATCG
GATGCGCTCGCGGCTGGCGCTATACCAAAACCTTCCTAGAGAGTGCCCCG
GTTTGTGTAGCGCGCATGCATGCACCCACACCTTTCTGCGCCGTGCCTAA
ATTAAATAGATGTACCATTTTTGGTATTTGTTTGTTTTTTTGCTTTTTTT
TTGCTCTCGTCGGAGCTTTGTGGATATATTGCTCTGATATTTTGCGATCC
AGCAGACCACCTCCGGCGGATTGGCAGCCGCGTATATTACTGGGTATGGT
TGAGATCTAATCGATTAATGTGAAGAAACACACACACACACACACACTTG
ATCCCCCCTTGGGAGGATCAACGCGAGTGGCATAGAATGACTAGGATGAC
AAGGCCGGATTGCGCGGTTATGTGCAATTTAATAAATACACACACACACA
CAACAAGTATCATTGATCCCCCCTTGGGAGGATCAACGCGAGTGGCATAG
AATGACTAGGATGACAAGGCCGGATTGCGCGGTTATGTGCAATTTAATAA
ATACACACACACAAACACACACACACACCATAATTATCCGTTAATGATAT
TAAATTAAAAATAAAAGGCAACACACACACACACACACCCGTCGCGTCTG
ATCAGAGGTTTTCGTAACAAGTATCATTGATCCCCCCTTGGGAGGATCAA
TGCGAGTGGCATAGAATGACTAGGATGACAGGGCCGGATTGCGCGGATAT
GTGCAATTTAATAAATACACACACACAAATAGCTGTAGACGCCGTGTGGG
AAACGGGGGAGACATGGGTCGAAAGCGAAAAAAATGTAGAAAAGAAAGGG
TTGGTACAGTAGCTGCTAACCCGGATAACCTAGGGAGCAATAAGAAGCAG
GGGGGGGGAGCACAAGGTGCTCAGGGCTCAAGTAAGATTTGTACAAGTAG
AGAGAGTGTGTCCCCCTTGTCGCGTCTGATCAGAGGTTTTCGTAACAAGT
ATCATTGATCCCCCCTTGGGAGGATCAATGCAAGTGGCATAGAATGACTA
GGGTGACAGGGCCGGATTGCGCGGTTATGTGCAATTTAATAAATACACAC
ACACACACGCACGCACGGTCCCCTTTGTCGCGCCTGATCAGAGGTTTTCG
TAATCAGTATCATTGATCCCCGCTTGAGAGAATCAATGCGAGTGGCATAG
AATGATTAGGATGACAGGGCCGTATTGCGGGGTTATGTGCAATTTAGTAA
ATCCACACACACACAGTCGCGTCTGATCAGAGGTTTTCGTAACAAGTATC
ATTGATCCCCCCTTGGGAGGATCAATGCGAGTGGCATAGAATGACAAGGA
TGACAGGGCGGTATTGCGCGGTTATGTGCATTTTAATAAACACACACACA
TTAATAAATACACATACACACACGGAGCAACAAGGAAGCAGGGGGGGGAG
CACAAGGTGCTCAGGGCTCAAGTAAGATTTGTACAAGTAGAGAGAGTGTG
TCCCCTTTGTCGCGTTTGATCAGAGGTTTTCATTGATCCCCTTGGGAGGA
TCAATGCGGTGGCATAGAATGACTAGGATGACAAGGCCGGATTGCGCGGT
TATGTGCAATTTAATAAATACACACACACACATACATACACAACAAGTAT
CATTGATCCCCCTTGGGAGGATCAATGCGAGTGGCATAGAATGACTAGGA
TAGAATGACTAGGATGATCCCCTCGGGAGGATCAAGGCCGAATGATTGCA
GGGCTGATTGGATTGCGGTTATGTGCAATTTAATAAATACACACACACAC
ACACACACACACACATACACTACTAATACGATGTATTTTCTGTGTCTCCA
TGGCAGCATGTTCTCCGGATGCCAGGATAGCCAGACCTCCGCGGACGTGC
AGGACGTGTCGAAGTTTGGTCTCCCCAACTCCGACGGGTCCGGAGGAGCT
TGCACGAACGCCCTCCTCCTAACGCTGGTGCGTCTAACTGCCACACGAAA
CCTCTTTAGGGTGCCTAGCGGTACTATTAAATAGAAAGGTAGCTAGCCCC
TGTTAAGGACACCCCAAGTCTTTCGATCTATAGTAATAATACAGTAGTAC
ACCACTAGGCTGCAGTATGGTCTGCCATATACGACGATAGCTCTCGCATG
CTCGTGTGCTGCCTTAAGTGTCTTGCGCCTCTGGAAAGCGGTACTCGTAC
GTGGAGGGCCTCGGGCTAGAGTACCTGTACACGGCGTCCCGCACGCCTTA
TGTTGCCCGTCGCCGTTGTAGACTTAATTATTTATAGACTAATATAGact
attagggggcattTTGTGGTTGATTGACGAGCCCAAGTCGAGAGAGGTGC
CCAAAGCATTGTGAATAATGTAGTATTAATATAAGTGTCATTTGTGATGC
GATTTGCCAGGGAAAATAGGGTTTAAATGTGGTTAGTTAGCCTTCTTACT
GTTTACACATTTTTATTAGTTGTTGCGTGTTGTCGGTTGAACAGCACGCA
cgacCGACCGACCGACCGACCGACCTCTCCGCCCATGGTGTATCTGACAC
CCAGTACGAGGTACGATGTACAGGGTACGAGTGCAATGCCATGTTTTGTT
AAATGCAATGCCATACGACGTTATGTGACGTGACACCACTCTTCCGGCAC
TCGTCAGGCGAACAACGAGGTCAACTCGTGGCTGAGCGTTCTCAAGGGCA
TGCAGCACACCCTCAAGGCGAAGCGGTTCACTCAGGTGCTGAATAAACAT
TTTTCAAGTGTTGTGAAGATTTATTATGCCTTTCGAAATCTAGGGCGTAT
AGGTCAGGTCAAGACGCGTAGATGCGATTGAATTTTGAGAGCATCATCAG
CCCTCGTCGCCCGAGTGGTCTATTACAGGTAACCTGCACACCTGCTAGTG
CGTAAGTCGTGAGTTCGATTCCTACCAAAGTAGGATTTGTGTTCTTTCTT
TCGTAACGGAAAGCGTGGGAACGTGAGTAAGTAAAATTCAACCATTGGTT
GACGAGTTGTAAGAGTGCTGAACTTGCATCGCGAAAAAGAATTGTAATTG
TGAACCAGGGAGAGATGGGAAGATCCTTAGTGACCACAGGCAGGATGGTA
ATGATGAGGTCCATCGGCTATAAGTGAAATTAAAAGAAGAAAAAAAAAAG
TCTACAACAGTAGTACATGATTTTATGATTTTATCAAACAAGGACCAAGC
AAAAGAGGATGTGTTTGAAACTCTTGTTGGGGGACTGATCGAATACCTAC
ACCGTGCGGACACTGGAGTACAGTAGTATTCCTACTGTAGAATAAATGGT
TTTAAGAATAGGCATATTATACACGTTATTTCTATATATTTAATAGTCTA
TACAGAAGGGCGGGTGTATACGACCGTACAGATGCTAAACCGAAGAGATG
TCACGCACGCGTCGCTCGTCGCCAACCTTGTCCGAGGTGGTATACAGTAC
AGTATATATAATATTTTGTTGATAGTTCTCAGCGGTGAGCATTCATATTA
ACTAACCAATATTAACAGTTTCATGTAAGCACGAGCGCATCTCTGATTCC
TTCCTTGCTTGGTGGTGTTACAATGTATAAGTACTACCTGTATTAACCCT
TTTGGTACTATCGGTCTGACAACGGCTATTTTTTTCTTCTTGACAGTCCT
GTGCTGCTCGCGCTTTTTTACATGGGCCAGCCACCATGATCAGTCATTTT
ACAGTAGACTGTTTACATACCCCAAGTAGTATACGCCTGCTTCGTCTCTA
ACCGTGGGTGTTGAGAGGTTGTTAGTACCAAACTAGTACGACATTTTTCA
GGAAAGTTACAGTAAAGTCAAGTCAAGAACAAAGTTGGTTTGGGGTTTGC
ATTTTGTACCGTGCACAAGTTTGCGGGGTTGATTCATGGTAGATCCTTGC
TGAGCCGTATCTTGGGACTGCTTTTAGTTTGGGAAGGTGGTGTACTCGGG
CTCCTGATCTCGCTGCCCAAACAAGGCTGGAAAATAAACAGGTGGTCGAC
CGCCTGTTAAGCCCTCTCAAGTACCAAAGGGGTTAATATTGTTTTTGTTT
TTTTGGCTGTTTTGGCTGTTTTTTTCTTTCTCTCTTTTCGTTTTGTACTT
GGGCCACTTCTTATGCTGTTAGAAAATGATATCAGAAAACGGCTTTTCTG
ATATGGGACCCAAAATCCGCTTCTTATGTTATCAGAAAAGGCTTTTTCCA
ATACATTATCTGATAACATTTTCTAATAGCCCCATCTTTGGAAAATCAGG
TTTTTCTAACAGGATGCACATATCAGAAAACGTTTATTAGAAAAGGGTTT
GAATTCCCACCGGATGTCAAGTTGCAGCGGTGACGATCTTAGTGGCAGCA
TATCGACGCCGCAAGCAGAGAATAAAAATATCAATCAGTTGGCACTCGTT
CTAGGGTTACTCGACGAGGAAGACCAGTTGTGTCTAGAAATATTATCTGT
ATGTAGCCTTTGCAGCGTGCGTCGTGCAGCAGTTACGTCCTCGGTACAGA
TTATTAGATGCTGTCGTAGGCCGCTTGCACAGCAGTACTGTTTGCATGGC
ACGTTGCGGCCTTCGAGCTGCATTTGTGTGGCTGTGCAAGCCCCAAACGA
TTGAAGACCACCGGCTGTACCGTGCCACGGTTCTAAGTAGGTGCACAAAG
TAATGCGCCTACCCGCAGCAGCAATCCTTCGCTATGTGTTGTGGGCGTGC
CTCGGACGGACGGACGGAAAAATTCAAATAATCCGCCTCCAAACACAGAC
CTCGTGTAGGTTGGAGACAGGCATGGATGACTGTGTCGCAGCGATGATGG
CCACGGTGGCAGCATACATGACGCCGCACGCAGAGAATAAAAAATGTCTT
ATCAGTTGGCACTCGTTCCACGTGGAAGATGCAATCGTGGCTCGAAAACA
CATATGTAGCCTTTGCAGTGTGCATCGTACAGCAGTCACGTTCTCGGCAC
AGATTACATGTTTTTGTTGGAGGCCGCTTGCTGCACAGTACTGCTTTCAT
GGCACGCTACGGCCTTCGAGATGCATTTGTGTCGTTGTGCAAGTCCGAAA
CGATCTTAGACCACGTGCTGTACTACGTCGCGGTTGTAAGTAGGTGCACA
AGCTAGGCAATGAGCCTACATGCAGCAGTCCTCCGCGACGTGTTGTTGGT
GACATTATCTAAAACATACGGCAGACTGTGTATACATTAAACAGACTCTC
CAATAGAATACAACGTGCAGACGCCTCCTAGTAACCGACCGGTGAAAGCT
ACTTTTTGGTTGCTCTTTTTTATTTTGACAAGCTGTAAGATAAGAACGGG
TGCTTGGAAAATACTGTTGGAAAATTGATTATCAGAAAAGACGTTTTCTG
ATATCATTTTTCTAACAGTATAAGAAGTGGCCTTAGAACCTGTCTTAACG
AGGAAATAGAATCTGTTCACTAGAATCTAGCGATAGAATCTGTCGAAAAT
ATAGCTCTGTGATTGGCCAAAGGGCGCTCGACGCTACTAGTAATAGACGG
CAAGTTCTGAACACGGCAGCATCTGTCGGTGGACGGATTCTAACTATAGT
ATTACAGTATAATAGGTGGGGCGATTAATAGAAGGGCATTGGCCCAAAAC
GTGTGTACTTAAATGCAATAGCGACAGAGAGTGTTGTTGGCCATATCTGA
TTAGCCAACACCCATTTTCACCCGTTTTTGGCCAAAAACGACCGTGTGCT
CCCGATTAGTGAAAGAAAAATCTGAATGCACCTAGACCTTCTGAGCATCC
CCCAGTCAGGGGGAAAAAATGTCAAAACGTTTAGGTGGGATCAATAGCTG
AAAATACACAACCCCTTCATGGCATTTAAACGGGTTCCCCGATGGTAATA
ACATTGGGTCAACAGTATAATGTCGGGGAGAAACCCACCGTCATACTGTA
CACTTAATTAATCGGCATGCAGGGACACCAACAAAAGGGAAGACAAAACA
ATACATCATCAAACAATAAAGACAAATCCAATCCAATAATTGAAACGAGC
ACAGCAGAGGACCATGATGAGAATCTTCATAATCCGAGTACACGACCCCG
TTATTCACCTGGAAGTAGACGAAGAGCAGTAGGCGATCACACAAGGAGGT
AAGAGGCAAGCGGAAAGAACTGGGTTCCTCGCTCCATCACTTGTCAGGGC
TACGACACACAGATGCTCCTCATGCATGGACTTAGCTATGGTCCCGCGTT
GGCCAGAAACACAAAGGAAAGAGCATATGTATATCAAAGTGACAAAGTAG
GCCTCAAACCAACTCGTGTAAGCTCCCATACGATTCCCCCTACTTTGCTC
AGCTTCCACCCGTTTTTGGCCAATTTATGTTCCCTTCCGGTGGGCTACTC
GAACAGATCAGCACGGGCCACAACATATTTATTTCCGAACCATTGAAATA
AATTTAGTTATAAAAGCATACGTAGTTAACCATACATAATGATACAACCC
CTCTTGCTGAAGTTAACCATGGACTGATAATGAGTTATTAACTTCATGTG
GCTCTCGAGACCTGAAGATTCGGGAATTTATGGTTCTTTGGGAATAAGGA
TGGGCTGGTCAATGGATCCGCCATTTATTTGCTCATCTACTTTCAGGTGA
ATACCGATGTCTCGTACTTGCTGGATTAATGTCGAAGATATCTACGATGG
TGGTCCTCTCTGCCCCTGCTTCAATCCTTGATCCAAACCCTATGTATTTA
CCACCACCACTAGGTGTCCTATACTTTAACCAAAATATACCACTCTTCAT
CAGTTATAACATCATATAACGTTTTTTTTATGTTCTAGACTATTAAACCC
TTTTGCTGTATGGTTCGATGGCAATATTATCGTATATTAAGATAGGTTAG
CTATCGCTATACGCTCGCTAAAGGATAGATGTGTAACTATCGTCAGCTTA
ACACAGGTGCTGGTGTAATGTGTGGTTGGTGTTTGGCTTATTGTACTGGC
GTCGTCCTCAACACCGTACGGAAAGTGCTACGCCTGATTCTAAAGAGAAC
AAGCAGGCGGACGCAGGCAGTTGTCGTTTCAAAGGCATTTTCTGTGCGGC
GCGTTGTGTAATTTTTATCTGCAGAGCATGAAGGTCTATCTACATGTCAA
CGGGGAATGTTCAGCAGAACCGTTTTATGCCCATCATTGTCACTAAGAAT
CTTCACATCTCCCCGGTTCTCGCCTAATATTTTTTATCAAGATGCAAATT
GAGTGCTCCTACTAGCACCCCTTTTGAACAGCAGCATTATTAGGCTCTAT
CCGCAAAACCCTGTGTCTAAAATTGTTCATGATGAAAGCGTGTGTTTGTG
TTTTCTTCCCATTCATTCTGGACTTCAATGGACGTACCAGCCGGGTCACA
GGAAGAAAGTAACACAGGATTTTCCATCCACCTTCTTTCTGCGGTGCTTG
CCTTAATTTTTTCTCGCGAGAAGGATTCAGCCATTCCTTCCCTCGTCGAC
CGTGAAGTCAATTTTGTGTACTAACGATTTAATCGTTCTCCACCCGTTGG
GCATTTTGATTTTCATTTTTTAGTTTTTCAGTGAGAAAATCCCGTTTGCC
GGGATCGAACTCACGTCCAACGTGTCAGAGGTTACATGGTACCTCTGAGC
TACCGGGGTGACCGAAAATTGTAAAATACTCTAAACAAAAACAACACACA
CAGTAGGTATCAACAGATTCTGCCTGAAGTACAGAATTTGTTGCCACATG
ACTACATAAAATCGTGTACTGTATATACTGTTGTACAGCAATATGTTTTT
TTTGTTTTCTTCCCATCCATTCTGGACATCAAGTTCGTTGGACGTACCAG
CCGGGGTCACACAGGAGGAAGGTCACACAGGATTTTTAATCCACCTTCCT
TCTGCGGTGCGATGTCTTTATGATTTTTGTCGCgaGAAGGATTCAGCCAT
TCCTTTCCCTCGTCGACCGTGAAGTCGAATTTTGTGTACTAACGAATTAA
TCGTTCTCCACCCGTTGGGCATTTTTATTTTTGTTTTTTTGTTTTTAGTG
AGAAAAATCCCGTTTGCCGGGATCGAACTCACGTCCCAACGTGTCAGAAG
GTTACGAGGTGCCAACTGAGCTACCGGGGTCGACCGGCCTATGTACTTGT
TGATTACTGACTGTTGTTTTCATCTAACTTACCCGCTCCTCTCCTTGTTG
AACAGCAAAAGTGGTATCAACAGATTCTGCCTAAAGTACAGAAAGCGACA
TGACTACATAAAATCGTGTACTGTATATACTGTTGTACAGCAGTATGTGT
GTGTGTGCGTGTTTTTTTTCTTCCCATTCATTCTGGACATCAAATTGGTT
GGACGTACCAGCCGGGGTCACACAGGAGGAAGGTCACACAGGATTTTCCA
TCCACCTTCTTTCTGCGGTGCGTGCCTTAATTTTTCCTACGAGAAGGATT
CAGCCATTCCTTCCCTCGTCGACTGTGAAGTCGAATTTTTGTGTTATTAT
TATTATTATTATTATGTATTTCCTTTTATAAGTCCGATCTCTCGAACCCG
TGGTCACATACGCAGGCTTCCCTTTCCCATACCATCGCTACATCAAAAAA
AAAAAAAAACGATTTAATCGTTCTCCACCCGTTGGGCATTTTTGTACTTG
TTGATTACTGTTGTTTTCATCTAACTTCCCTATATTATTCCCCGAAACAT
GAAGCGCTTCTTCCTGTCACAACCAGCGCTCTGAGAAGGTTTGTTGAGAA
AAAGTACCAATTGTTTGATATAATAGGCCCTCTAATCATTCTAGTCCAAG
TGAACCTCTCTTCCCCGGTGGAGCGAGTTTAAAAGTTCAAGACGTACGCA
GTACGTGGACGCCGGAATAGAACCTAGGCCGATTCAGCCATTCCTTTCCC
GTTCTCCACCCGTTGATCATTTTCAGTACTGTGCACACTGACCAATCAGA
AGAATATTGGTTTACACCGAGGGTATACAAAAATGGTACACCCGAGCTCA
AATTGATACACCTGCCGGATTAGAAGCTCACTACGCTCGCAATTACTATC
CTAAATGAAGGTAACAACTTTTACCTCCAAGCCTTAGGCCTCGGAAAACG
CAGCGGGTCAACTCAACCACACTGAGATCAAGATGTGTTTTTCAAAGTGT
TCCAATCGGAGGCATATTTTCTTCAGCGTCTACCCAACCAGAGGCCTGTT
AGCGAAGCGGGTCAACTCAACCCCTTTGAGATGAAGATGTTTTCTATGGC
GTCTACCCATTCAGCGCACACCTACCCAATCAGAGGCCTGTTTATTTTTT
TGCAACAGTGCCGGCAATGGAAAAAACACTAAACATATATACCTGTAGAC
GAAGTTTTTCCCTCACTAAAACAAAAGCAATAAAATAAAGCGAAGCGGGT
CAACTCAACCCCTCTGAGATGAAGATGTTTTCTTCAGCGTCTACCCATTC
AGCGCACACCTACCCAATCAGTGGCCTGTTTATTTTTTTGCAACAATGCC
GGCGATGGAATAAACTTCTCCCCGACATTATACTGTTGACCCAATGTTAT
TACCATCGGGGAACCCGTTCAAATGCCATGAGAGAGGTTTTGTATTTGCA
GCCTTTGATCCCACCTAAAAGTTTTGACATTTTCCCCCCTGACTGGGGGA
TGCTCAGAAGGTCTAGGCGCGTTCTGATTTTTCTTCAAACATTAAAAATG
TTCCACACACAACCCAGCAGCGATATTACAATGAGGCAGCTCGGCAGGAG
TTTGGGTCTGTGCGTAGCCTGACATTTCCCCCCCCTGACTGGGGGATGCT
CAGAAGGTCTAGGCGCGTTCTGATTTTTCTTTAAACGTTAAAAATGTTCC
ACACACAACCGAGCAGCGATATTACAATGAGGCAGCTCGGCAGGAGTTTG
GGTCTGTGCAAAACACCTCCTCGCACTCGAGGACGGGAGGCCTCACGCCG
TAGCCACTTCGTATGCAGCTCGTGCGTACCGCTCAATCGAAACACAAAAT
AAACCTCCTCGCACTCTCAACGGAGGACGGAGGGCCTTACGTCGTGGCCA
CTTGGTATGTAGTATTAATAGTACCGCTCAATTCAAACACAAACACCTCC
TCGCACTCTCCACGGAGGACGGGGGGCCCCCAGGCCCCCGCGTCCGGAGT
CCTTGTAATTATATACTACATTGATTTTGGTTGGTTTTGATTGTGGTATG
TACTACAAAGATTTTGTTTGTCGAGGTGTTTTTGTCTGGTGTCCCTGCAT
GGCGATTAATGTAAGTGTACAGTATAACGGTGGGCTTCTCCCCGACATTA
TACTGTTGACACAATGATACTACCGTCGGGGAACCCGTTTAAATGCCGTG
AAGATGTTTTGTCTTTGCAGCCTATAGTCTTCCCCTGTGTGGGATGCTCA
GAGGGTCTAGATGCATTCAGATTTTTCTTGATACAATTGACAGGAAAATT
TCGCCCATGTGGCGTGGAGATTGATGAAAATTTCCCATTTTTGGGACCAA
CAATTTTTCCATCTGTCTGGGGGATGCCGATACTCCAAAACAAGATGCGT
GTTATTGCGAGTTTTATTGGGCGGTTAACTTTGTACCTGGTAGTACGTGA
CACGGTGACCATCCCCTAATCATCTGACGGAGGACACAAAAACTTTTCGA
TTTAGATCTGATTTGTATAGTCCTTCTGACACCTCGAGGGTGTTGAGTGT
TGAGTGGGGTTGGCCTGGTCGACGGGAAAACCCGACGATGAACACTAACA
CTCCCCGGCTTCGTAGGGGTGGGAGGATAGCTTATTTGTAGTGGTAGTCC
AAAGTATATTTTGTTCGTGACTCGGCTTCCGAGTTGGACCGATGGGCTCT
ACTTTCTTTTTGGGGTTTTCCTGCCCTAATCTCCTTCTTGTTTTTCTGAG
CTTGTTATTTTAGGAACTTGTTGAATATTTTTTCTTGAGTGTTGGGACTT
TCTCTGGGTCTTGACCACGGAAAATTGTTTTTTTTTGCCTTGGAAGAGTA
AGAAAGAGAAGGTATTGGATAGAGGTCAAAACGTTTTTTATAATGTGAAG
ACAACAATAACAACTTTAAACAGGCTCCAGCTGCTCGCACCATCCAAAAA
ATGTTTGCTTTGTAAAGATAAACCACTGGGCATTGTCAGTTTCTGCTCAT
TCTCATTGGTCATATCTGAAGAAGAGAAAATTACATTTTTCCTGTCCTCG
TTCGCGCCAGAGAATGTGGTGTCGCGAGACGGCTTCGGTGGTCCCTTCCA
TCGTCAGCCTGCTCATTCTCCACACTCAAGGCTGAATCTGGTGCTTACTT
GTTTTTTGCATACAGTACTACTTGTGTCGTAGAGCAAACTGCCTCTGCAA
TACTGCCTCTGCAATACTGCCTCTTCAATAGGCCTCTGCATATAAAATCA
CGCGTGCGTGCGTGGGAAATCGTGCAATCCAGTTCGAATCTCGGTGCAGT
CACACGAACTGAGTTTTTCCCTCACAAAAAACAAACAAAAACATGCCCGT
CGAGTGGAGAACGATTAATTTGTGGTGACACAAAATTCGACTTCAAGGTC
GACGACGAAAAGGGACGGCTTAATCCTTCTCGCGATAAAAATTAAGGCAA
GCGCCGCAGAAGGAAGGTGGATGAGAAATCATGTGTGACCCCGGCTGGTG
CATCCACAAGTCTGACGTCCAGAATAAATGGGTGACAACACACACACACA
CACACTCACATTGGAATATGTGTCTACAGCACCCTATGATGCATTTGGTA
CTACTGCTGATGCCGTATTTGCGTTGTACTGTAAGTATTAATAATAAGTT
GTTTTATGTGGCACAGTTCATCTCTGGTATGAGATCATCTCAAGCTATTT
CTCCTGAACGACCCCACCCACAGCACCACTATCCCGTGTAACTCCTGTGA
ACGCTTCACGCCCTCGTGGGATCTCCGGAAGTCCCCGCAAAAACCCGTGG
TCTCGGGGGCGATCCTAGGCTTAAGGGCCGAGGACACCTGCTCGAGCTCC
TACTGCTGCAGACGCTGCGCCACGCAGAACGCCGAATCACTCACACAAGA
AAATACATGTACACAAGAGAGATCTCGAATTCCCCTTCAATGAGGTCTGC
GTTGTTTGTCATGGGCTATGCACGTACACACGTACCGGAGATTTCAGCCT
CCTACACCGAGCCAGTCGCCCGGGTGGTTCAGTTGGTAACCTCGAAACCT
TCTGACGTTGGGACGTGAGTTCGAATCTCGGTGCAGTCACACGAACTGGG
ATTTTTCCTCACAAAAAAATAAAAATGAAAATGCCCAACAAGTGTGTGGG
GCCCCGCTGAGACAGGCCCTTAGTAACTCTGGATGTCAGTTGAAAGAGAA
TCGCGGCGTCTTCGAAAACCGGAGTCGTGTCTACTAAATAATCGAATACT
TCGTATTGACTGCTTCGAAGGACCGGTACCTAACAGCTTCTTCCTCCTGA
GTCGCATCGCTGACCCCTCCTTCAAAAAATGAATATGTATAAAAAAAACA
GCAGTAAAAAACAACAGTTTTAAGTACATTTAAGATTTTGTGGTGGTGTA
GTACGAGAGCTGTTCATCAGAGTCAGTCACGGTATATCACCTTCCACCCT
TGCGCGGTCGTCTCGTGTCTTATCCCCCCCCTCATCATTTTCCCTTTTTT
TTGCCGCCTCTATCCTCTATCTCTACAGGTCCCCCAACTTAGCGCTTCTC
GCCCGATCGACGTTAACGATCCCTTCTACCTGAGCAACCCGGAGGTAGGT
TGTCATAAGTCGGGGACGGGGACACACGGTGCAGGAGGCACGAAAAACGT
TACCCAGGAAGATTGTTTCCTCAGGACCTCTGCGGTACATGATTTGATTA
CAAGAAACGCATTTCACTTAAATGCAAGGAAACTTGTGCGATCGTTTTAC
AGAGTAGGGTGGCCGCGTCTTGACCTGACCTGGACCGGCGTTAGCCGACC
CTCCAATCGCCAATGCTCTGCCGCCTCTGGAATCTCTGACCCGTCGACTT
CTGTCCGCTTTGTCGGCGGGCCTTGACATGACGTTACGGTTGATGCGGGG
CGGGGGCGGTGCTGAGCGCAGGGCTCTGGCGCCAAAAAGTCGCTTCTGAT
AGGTATCAACTACATCGGACAGCAGGGAGAACTGAGGGGCTGCCACAATG
ACGTCATGGTGATGAGAGAGTACATTGCTACACACGTGAGAGAAGGTTAT
TGGATCGTGATCTCAAGGGTTAATGATTGAGGAGAGATCAAAGGCAGCTT
TGCTGTTGTGACGGGGAGCGCAAGAATCAGAGGGAGGAGAAAAACTATTT
ATTTTCCCTTGTGTGCTTGAAAAGCGTTTGCATGTGTCTTTTTTGTCGCT
TCCTGTCGCGAAAAGGAGACCGCAGCACCGTTTTTCAGTAGTTTGATTGT
TCACCCGTTTGTCTTGGGTTTCATACTGGCTTGAGAGGGCTAAGTGCTGC
AGGGCGTGTACGTGTAACGGAAGGTCACTCGTTCTCATCCCCTTCTACCG
AGACTTGAGTGTTCGCTTTCTTTGACTGCTGTATCTGGTACATCATACAC
TAGACCTTGCCCCCGCTTCTTTTTGGCAACGCTCTCTCCTCCCCCTCCAG
CTGCTACTGTTTTTTTTTTTTTTGTATCTCACTTATGGCCGATGGGCCTC
AACGTGGTAGGCTACCAATCTCACCTAGGGCAACTTGGTCGTCCTGGCTG
TGGTCACGAACGATCTTCCCATCCCTCCCCGGTTCTCGCCTTATTACTAT
ACTATTACTGTATGCGTTTTTATAGCGATGCAGGTTCAGCATTCTTACAA
CTCGTCAACCAATGGTTGAATTTTACTTACTCGCGTTCTTGCGCTGTCCT
CGTGTCCTCGTGTGATCCTATCCCTCCGTCTACCCCCCACACCTCGAAAC
ATAATGAAACAAAAAAACACAAAGGGCTACAGAATGGACCCCGACAGCTG
CTTGGTCATGATGGACGACGGGAAACACGCCACCCCAGACCACCAGGGCG
TACTCGACGGATTCAGGTGATCCCTTGGAGCCCTTCACTCTCGACTCAAG
TCAGTTTCGTTGCTGCGTCAGTCGGCTTCCCCGGCACGTCATGACTTCCG
TCGTCTCCTGACCCTTCTCCCCCCCCAGGCTCAACTGACCGAAAGATTTC
GCACGCGCTTCGGTTTCACTCGACCAGCGACTCGTTTTTTGTAATTCTCT
TCGCATGAGTGATCACAACCATGCCATAATCATGCCGTCGTAATGTCATA
ACTATGTCACAGTCATGTCATAATAATACCATCGTCATGTCATGACCATG
TGGTAGCCGCGTCATGATCATGTTTTACCTGACCGTGATGCCCAGCAAGG
GGTGGCGGTTGCGGCCGAGTTGCGGTCGAATCAAGGAAAGGCGCACGCCT
GTACCGTTTTCTGTAGTGGCGTGCTGTGACTGTGCTTGCAACGTTTTCTA
ATGCTGTCTAAACTCTTCGCCCCCTACCCCACCTGACTCCCTTCTCTTGT
ATCTTGTCCCTTGAATCTGCATGTATGTGTGTGGTATGCTCCTGGACGAC
GGCGACTCCCTGGGCAACGGCTGGCCGCATCGCGCTCCGGGGGGAAAAGG
TGGCTGGTGGCGGGGGCGACTGCAGGAGACTCGCTCTTCATGCACTACTC
GGGTACGACGGGCTGGAGATCAATGCTATGCTAAGATGGCATCTATTGCT
GTTGCAGTGGTTTTACTCGATTGAAACGCTGAACGTCAATTGAACTGGAG
GGGTGTCACACATATTTTGAGGCGTTCTCCGCCACTCCCACTTTGGATTC
GGTTGTCTTTTCCTTATGTTTGGGGTACTATTTCACCAACATCGTCTGGC
CTGTGCACTTGCTTGTTGTGTTGTGTGTGTTTGCTTGGACCTTCCAGGCC
ACGGTGGGTCTGTCAAAGACACATCGGGCGACGAGGCAGACAACATGGAC
GAGACCTTGGTTCCCGTGGACTACCGGCGTACGGGACAGATCACCGACGA
CGTCATCCTAAAAGAGGTATTACTGCTGCTGCTGCGTTAGCTGAAGGGGT
GTATGTTAGAGGAGAGTCATAATTTATTATATGCTGTAGTTATGGATCAT
GTTAAGGAGAGGGGCGGGCGTGCGGGTGGATAAATGCCGATATATGCCGA
CAGGTTTAACGTGTCGTTCTTCTCCCTTGTCACACAAACTTGACGAAACA
TAGTGAAACGCGGCGGAACTCACCAGGAGCAACAACTTCCGTCTCGGTCA
GGGAAAGACAGGCGCCTTCTCGATCATGAAGCGGGTGTTTTCAGCAAATG
AAATGCATGCCCGTTTGAGCGCGCACGCGTGCGACTCTTCGCTTTTATTT
ACCCCCCACCCCCCTTTTCTATTCTCCCTTCTGTTTGCGTTCCTTTGCTG
CTGTCACTCCCTCCCAATCATTAATGTGTTAAAAATGTGTTGTTTCACAA
CAGTTGGTGATGGTTCTTCCTGAGGGAGTGACGCTGACCGTGGTGATGGA
CTGCTGCCACAGCGGCTCCATCCTCGACCTCCCGTACACAATCAAGGCCG
ACGAGGGCACCATTTCCTCCGTAGAGGCCGGAGAGTCCTCGTCGCTCCTC
GGCTTGAACCCCAACTTCGACATCATGAAGGTAAGACCAGAATGGAAAAT
GGAACACCAAGTTCCAAGTGAACGGATTCGGCCTGGCGTCTTTTACTGCA
GCAGTTGCTAAAACAGAAAGGGGTTACTCGGCATTAGAAGGGTGTCGAGA
GCGAAGCAAGTTGATCCCCTTTATTTGTTCAAACGCCAAATACCGAACGC
GTTTAAGTAATGTTCCGTCGACAGTCACCGTCTCTTCGGGCTTGAAACAA
ACGGGGAAGGTTTAGGAGGGGGAAATAAAGTAATAAGAACTCCTAGGCGT
TTTATGTGATACTCTGTTGTATTATCGGTCGGTGACGTCGATTGTTTTTC
TTTGCCGTGATGCCCCCCCCCTTAAGTCTCTGACCCTCTTTCATTGATTT
TTACGCCCTCGTCGAAACAACGCCCCGCCTCGCGCTACGAAACGTCACGC
AGATGATAAGGGCCGCCAGGGACATTTACGCGATGGTGAAGAGCGGTGAT
ATGGACATCATGAAGATTGGCAAGATCGCGAAGGTCGCTCTCTCTTGATT
GAAATAGCACGTCTCTCATGCTTGAATATTGGGGCAAAGACCGCCAGACA
TCCAAGTTGGTGAAAAATTGGTAGAAACGTTGACGGACTACATCGCTAGT
TGTATGGTCACACATATAGCAAGAGTTGAAACAACGTGATACTACTTTTT
ATCCCCCCCTCCTTCCCTATTCCCCTTCCACGGTGATACGGTGGTAACTT
TCTTTTTTATATGTAGTTTTAATCTCAACACGCCACGTGGTGACCGAGAA
GGTGTCAGCCGCAACGTGTCAAATCTACTCGTTTACGAAAAGCTTGTTAC
GCAACAGCTTCAGTGACAAATCTCCGTAGGGGTAAACACCTCGTCGCGGT
AGTGCCCCGCTGTTTCGCTCGTTTTCCGCCTCCTGGTGTGTTTATCCGAT
CGCCGAACACGTGGTGGATGTCTCGGGGGGTTGATAGGCGGAGAATATGG
AGCGTTTTCACCCTTTGTAGGATTGTTTTTGTTTTTTTTCAATTTTTTCT
GTACGCGATCTCGGCGCCCCTCGTCCTTGTGCGGCCCCCTTGCCTTGGCT
TGCCTTGACTTGCCTTGATCTGCCTTGGTCTGCCTGCGGTGGGGTGGCGC
TCTCTCGTTGGCTGTGCTTTTTTATTTACAAACAATTCGTTTGTTACATT
ACCAGAGTACTTGATGGAGGGGCATAAGAGTAGAGAGGGCTTTTTTCCCC
ACGAGATAAAGCGATCGGCTGTAACCTACGTGCGCCTTGGATGAACGGCA
GCATAGCGGGAGGCGCGGATGGATGCCTTTACTATACAGTTGGAAGTGTC
GCGATATCTTCGAAAGAAATGCTTTCTAGGAGGAGTCGCAGAGTAAACCC
ACTATTAGGACGTCTTCAAGCGAAGTTTTTTTTTAGGGGGGGGGGTATCG
TTTTCGTGTGTGTGTGTATGTTTATTAAATTGCACATAACCGCGCAATCC
GGCCCTGTCATACTATTAATAGTCATTCTATGCCACTCGCATTGATCGTC
CCAGAAGGGGATCAATGATACTTCTTCCGAAGTGTGTGTGTGTGTGTTTT
GTGGTAGTTGTCTGTCCATATTATAGGCCCGCGGTGTGCGCTCTGCAGTC
GCTGATGAAATGGTATCATGTATGATGTACAGTTAGAAACGAAAAAAAAA
AATAGGTCCGTCGAGCCGTATACTTGCAAACCTCGATAATAATTATAGCA
CCAAAATGTGCACTGTACCGGTATAAAACAAGCATCATCTTGTCTTTCTT
CCTACGTTTCTTTTTGTTCGAAAGATCTTGATGTGCATGCCGTTTTTTAA
TGCAGAAGGGTCTCTAGCATGAAGAGGGTGGCGATGTTTTGCTCTCTGAC
GTAATATAAGCACGTGATAGTCGCGAAAGAAAAACAGTCGATGGTGATGA
CGGTTACCAGGAGGCAGGATTCAAACGAAGGCAAGCGATCGCCATCACTT
TGCCCATCCAGACTCATGGTGAACCTTCGTACAACAAAC
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Coding sequence (CDS) from alignment at A-nodosum_M_contig1017:68743..94831+

>mRNA_A-nodosum_M_contig1017.1.1 ID=mRNA_A-nodosum_M_contig1017.1.1|Name=mRNA_A-nodosum_M_contig1017.1.1|organism=Ascophyllum nodosum dioecious|type=CDS|length=915bp|location=Sequence derived from alignment at A-nodosum_M_contig1017:68743..94831+ (Ascophyllum nodosum dioecious)
ATGTTCTCCGGATGCCAGGATAGCCAGACCTCCGCGGACGTGCAGGACGT
GTCGAAGTTTGGTCTCCCCAACTCCGACGGGTCCGGAGGAGCTTGCACGA
ACGCCCTCCTCCTAACGCTGGCGAACAACGAGGTCAACTCGTGGCTGAGC
GTTCTCAAGGGCATGCAGCACACCCTCAAGGCGAAGCGGTTCACTCAGGT
CCCCCAACTTAGCGCTTCTCGCCCGATCGACGTTAACGATCCCTTCTACC
TGAGCAACCCGGAGGGCTCTGGCGCCAAAAAGTCGCTTCTGATAGGTATC
AACTACATCGGACAGCAGGGAGAACTGAGGGGCTGCCACAATGACGTCAT
GGTGATGAGAGAGTACATTGCTACACACGGCTACAGAATGGACCCCGACA
GCTGCTTGGTCATGATGGACGACGGGAAACACGCCACCCCAGACCACCAG
GGCGTACTCGACGGATTCAGGTGGCTGGTGGCGGGGGCGACTGCAGGAGA
CTCGCTCTTCATGCACTACTCGGGCCACGGTGGGTCTGTCAAAGACACAT
CGGGCGACGAGGCAGACAACATGGACGAGACCTTGGTTCCCGTGGACTAC
CGGCGTACGGGACAGATCACCGACGACGTCATCCTAAAAGAGTTGGTGAT
GGTTCTTCCTGAGGGAGTGACGCTGACCGTGGTGATGGACTGCTGCCACA
GCGGCTCCATCCTCGACCTCCCGTACACAATCAAGGCCGACGAGGGCACC
ATTTCCTCCGTAGAGGCCGGAGAGTCCTCGTCGCTCCTCGGCTTGAACCC
CAACTTCGACATCATGAAGATGATAAGGGCCGCCAGGGACATTTACGCGA
TGGTGAAGAGCGGTGATATGGACATCATGAAGATTGGCAAGATCGCGAAG
GTCGCTCTCTCTTGA
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