mRNA_A-nodosum_M_contig89.30.1 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig89.30.1
Unique NamemRNA_A-nodosum_M_contig89.30.1
TypemRNA
OrganismAscophyllum nodosum dioecious (Ascophyllum nodosum dioecious (Feamainn bhuX, rockweed, Norwegian kelp, knotted kelp, knotted wrack or egg wrack))
Homology
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: D8LBH2_ECTSI (Asparaginase, c-terminal n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LBH2_ECTSI)

HSP 1 Score: 343 bits (881), Expect = 7.850e-116
Identity = 171/249 (68.67%), Postives = 201/249 (80.72%), Query Frame = 1 
Query:  226 MDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGA---DVSRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPTFPLAMWRKGEPSRVVDETDLP 963
            M+G +MSYGA + V GVV AF AAR+VMERSPH VLAGEGAT FA+ NG+E AE LTD+ +Q FE W+ Q   E  + +  RGESHDT+G+ICLD DGNL AGTSTSGWKFKH GRVGD+PVVGSGLYCD+ VGAAVATGDGE+ILRTCLSF VVE MR GDSP LACKKGI R  E V R   G    +V+RMHD +TVAVMAM+  G++GAASTLGP ++HRGRP+FPLA+WRKG+P RVV+ET++P
Sbjct:    1 MEGTSMSYGAVLAVRGVVKAFSAARVVMERSPHSVLAGEGATTFAVRNGIEAAETLTDDAKQQFEDWRRQHLEEEGSDH--RGESHDTVGVICLDHDGNLCAGTSTSGWKFKHPGRVGDAPVVGSGLYCDSSVGAAVATGDGEEILRTCLSFAVVEFMRGGDSPQLACKKGIARLEETVKRSAAGRSVEEVNRMHDRLTVAVMAMNPKGDIGAASTLGPRNVHRGRPSFPLAIWRKGDPVRVVEETEIP 247
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A7S4KZ67_GUITH (Hypothetical protein n=1 Tax=Guillardia theta TaxID=55529 RepID=A0A7S4KZ67_GUITH)

HSP 1 Score: 298 bits (762), Expect = 3.170e-96
Identity = 161/287 (56.10%), Postives = 189/287 (65.85%), Query Frame = 1 
Query:   10 HEKVQPSAIATWMFGEIAVDAAKVLLEDGATALDALEAEGITAVELDDQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAASTLG 870
            H KV P A+ATW FGEIAV  A   L +G +A+DA E   + AVELD QDQYFVG+GGLPN DGVMELDAA+M G+    G  + V G+ T    AR +ME   H VLAGEGA  FAL NG +    LTDE R+ FE WK +Q     N   D+  SHDTIG+IC D+ G L   TSTSGWKFK  GRVGDSP+VGSG Y D   GAAVATGDGE+I+R CLSFLVVE MR GDSP  AC+  I R R I          +R H  +TV ++AM+  G+VGA+STLG
Sbjct:   32 HGKVTPCAVATWKFGEIAVREAARWLAEGHSAVDAAE-RAVNAVELDTQDQYFVGVGGLPNRDGVMELDAAIMRGRGYRLGCVLAVQGISTPVSVARKLMEHGQHTVLAGEGAKTFALENGFKEENILTDESRREFELWKREQ-----NFTVDKEASHDTIGIICRDETGELVVATSTSGWKFKLPGRVGDSPLVGSGFYVDQACGAAVATGDGEEIMRGCLSFLVVERMRMGDSPTRACEHAIARLRAIQSSGASFQGENRQHKKLTVGIVAMNTNGDVGASSTLG 312
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: W7U6H4_9STRA (N-(Beta-n-acetylglucosaminyl)-l-asparaginase n=2 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7U6H4_9STRA)

HSP 1 Score: 299 bits (765), Expect = 1.220e-95
Identity = 167/341 (48.97%), Postives = 211/341 (61.88%), Query Frame = 1 
Query:   40 TWMFGEIAVD-AAKVLLEDGAT-------------------ALDALEAEGITAVELDDQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGES---------------HDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPTFPLAMWRKGEPSRVVDETD 957
            TW+FG +AV+ AA+VLL    +                   ALDA+EA GI  VELD+QDQY+VG GG PN +G MELDAA+M G   +YG    + GV  A   AR VME S H +L G GA+ FA + G E  E L+   R+ +  WK  +  EGP  +  + ES               HDT+G++ LD  GNLAAGTSTSGW FKH GRVGDSP+VGSGLY D+ VG AVATGDGE+I+R CLSFLVVE MR G  P LAC+ GI+R + ++   G   +   MH+++TVAVMA+ + G VGAASTLG  + HRGRP FP  +W++G     V+E D
Sbjct:   88 TWLFGRLAVEKAAEVLLSSSTSPTAPPSIDHPSETNLATSIALDAVEA-GINVVELDNQDQYYVGYGGFPNAEGEMELDAAIMCGSRKTYGGVAALQGVSRAISVARRVMEESVHSLLVGRGASTFARSQGFEWDEVLSPAAREEWLIWKGNEGKEGPQVDGRKEESAGVPAPPREGDAVAPHDTVGLLVLDAHGNLAAGTSTSGWCFKHPGRVGDSPIVGSGLYADSAVGGAVATGDGEEIMRVCLSFLVVEKMREGLGPALACQAGIQRLKVLIREGGGEGERQGMHESLTVAVMALDKEGRVGAASTLGEHNRHRGRPGFPFVVWKEGLGKAWVEEAD 427
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A4D9D6T5_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9D6T5_9STRA)

HSP 1 Score: 272 bits (696), Expect = 3.690e-87
Identity = 142/282 (50.35%), Postives = 177/282 (62.77%), Query Frame = 1 
Query:  157 DQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGES---------------HDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPTFPLAMWRKGEPSRVVDETD 957
            +QY+VG GG PN +G MELDAA+M G   +YG    + GV  A   AR VME S H  L G GA+ FA + G E  E L+   R+ +  WK  +  E P  +    ES               HDT+G++ LD  GNLAAGTSTSGW+FKH GRVGDSP+VGSGLY D+ VG AVATGDGE+I+R CLSFLVVE MR G  P LAC+ GI R + ++   G   +   MH+N+TVAVMA+ + G VGAASTLG  + HRGRP FP  +W++G     V+E D
Sbjct:    4 EQYYVGYGGFPNAEGEMELDAAIMCGSRKTYGGVAALQGVSRAISVARRVMEESVHSFLVGRGASTFARSQGFEWDEVLSPAAREEWLIWKGNEGKEAPQVDGREEESARVPAPPREGDAAAPHDTVGLLVLDAHGNLAAGTSTSGWRFKHPGRVGDSPIVGSGLYADSAVGGAVATGDGEEIMRVCLSFLVVEKMREGLGPALACQAGIRRLKALISEGGGEGERQGMHENLTVAVMALDKEGRVGAASTLGEHNRHRGRPGFPFVVWKEGLGKAWVEEAD 285
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A836CML1_9STRA (Asparaginase, c-terminal n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CML1_9STRA)

HSP 1 Score: 258 bits (660), Expect = 3.960e-82
Identity = 139/257 (54.09%), Postives = 170/257 (66.15%), Query Frame = 1 
Query:  226 MDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNE----GPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREI-------VDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPTFPLAMWRKGEPSRVVDETDLP 963
            M G+ ++YGA + + GVV A  AARLVMERSPH +L G GA  FA+ANG+  AEALT+     +  W+ Q        G   + +    HDTIGMICLD +G+LAAGTSTSGW FKH GRVGDSPV+G+GLYCD   GAAVATGDGE+ILRT  +F  VE MRAG +P  AC K + R  +            G  AD SRMH  +TVAV+AMS  GEVGAAS+LGP+++HRGRP FP A+WR G    +V+E   P
Sbjct:    1 MCGEHLTYGAVMALPGVVRAVSAARLVMERSPHAILCGGGARDFAVANGMALAEALTEGAAAAYSEWRRQSDTSTDTAGATVSVEIDAPHDTIGMICLDVNGHLAAGTSTSGWPFKHPGRVGDSPVIGAGLYCDNDAGAAVATGDGEEILRTSAAFYAVELMRAGHTPQAACTKAVARIVQASAACSTSAAARGPRAD-SRMHSKLTVAVLAMSPKGEVGAASSLGPSNVHRGRPVFPYALWRGGSQGELVEEQKPP 256
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: L1INR1_GUITC (Uncharacterized protein n=1 Tax=Guillardia theta (strain CCMP2712) TaxID=905079 RepID=L1INR1_GUITC)

HSP 1 Score: 235 bits (599), Expect = 4.230e-73
Identity = 125/236 (52.97%), Postives = 152/236 (64.41%), Query Frame = 1 
Query:  226 MDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADV---SRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPTFPLAMWRK 924
            M G+    G  + V G+ T    AR +ME   H VLAGEGA  FAL NG +    LTDE R+ FE WK +Q     N   D+  SHDTIG+IC D+ G L   TSTSGWKFK  GRVGDSP+VGSG Y D   GAAVATGDGE+I+R CLSFLVVE MR GDSP  AC+  I R R   + L  GA     +R H  +TV ++AM+  G+VGA+STLGP +IHRG+P FP  +W++
Sbjct:    1 MRGRGYRLGCVLAVQGISTPVSVARKLMEHGQHTVLAGEGAKTFALENGFKEENILTDESRREFELWKREQ-----NFTVDKEASHDTIGIICRDETGELVVATSTSGWKFKLPGRVGDSPLVGSGFYVDQACGAAVATGDGEEIMRGCLSFLVVERMRMGDSPTRACEHAIARLRSKKEFLS-GASFQGENRQHKKLTVGIVAMNTNGDVGASSTLGPANIHRGKPAFPCIVWKQ 230
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A2D6CUP6_9BACT (Uncharacterized protein n=1 Tax=Candidatus Poribacteria bacterium TaxID=2026781 RepID=A0A2D6CUP6_9BACT)

HSP 1 Score: 229 bits (583), Expect = 5.070e-70
Identity = 143/300 (47.67%), Postives = 179/300 (59.67%), Query Frame = 1 
Query:   31 AIATWMFGEIAVDAAKVLLEDGATALDALEAEGITAVELDDQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPTFPLAMWRKGE 930
            A+ATW FG+ AV A+   L DG +A+DA+EA GI   ELD   ++ VG GGLPNEDGV+++DAAVMDG T+  GA   + GV      AR VM  S H  L GEGA +FA  +G    E LTDE R+ ++ W+       PN N   G+ HDTIG++ LD DGNLAAG STSG  FK  GRVGDSP++GSGLY D + GAA ATG GE+IL+ C+SF VVE MRAG  P  AC+    R   ++ R  E A+          AV+A+   G  G  +T         R  F  A+WR GE
Sbjct:   16 AVATWKFGQAAVAASGAALSDGGSAMDAVEA-GIRVAELD-ASEHSVGYGGLPNEDGVVQMDAAVMDGATLDVGAVASLEGVRAPISVARRVMTDSRHVFLVGEGAGRFARKHGFGVEETLTDEARRKWQEWRGS-----PNRN---GDGHDTIGLLSLDADGNLAAGCSTSGVGFKEVGRVGDSPLIGSGLYADNEGGAAAATGLGEEILKFCMSFQVVEFMRAGLPPTEACRAAASR---MLARRPETAEHM-------AAVVALDPQGRAGGYAT---------RDGFSYAVWRDGE 286
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A496SGX4_9BACT (Glycosylasparaginase n=4 Tax=Candidatus Latescibacteria bacterium TaxID=2053570 RepID=A0A496SGX4_9BACT)

HSP 1 Score: 226 bits (577), Expect = 2.560e-69
Identity = 134/278 (48.20%), Postives = 173/278 (62.23%), Query Frame = 1 
Query:   25 PSAIATWMFGEIAVDAAKVLLEDGATALDALEAEGITAVELDDQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAA 858
            P+A+ATW FG+ AV+ A   L +G TALDA+EA GI  VE D +    VGLGGLPN +GV+ELDAA+M+GKT+  GA   +  V+     AR VME + H +L GEGA KFAL +G    +  T+E R+ +  WK               ++HDTIG++ LD +GN+AAG STSG  +K  GRVGDSP+VG+GLY D  VG A ATG GEDI+R C  FLVVE+MR G SP  AC   +E  R I +R G+          V+V ++A+ R G  GAA
Sbjct:    4 PAAVATWRFGKKAVEGAMKALREGGTALDAVEA-GIKVVEADPEVDS-VGLGGLPNSEGVVELDAAIMEGKTLRVGAVAALRDVLHPISVARKVMEETQHVLLVGEGALKFALEHGFRKQDLTTEESRRKWREWK---------------DAHDTIGLVVLDGEGNMAAGCSTSGSAYKLPGRVGDSPIVGAGLYVDDDVGGAAATGRGEDIMRYCSCFLVVEHMRRGLSPQEAC---LEVVRRIYEREGK----------VSVNLVALDREGRYGAA 251
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A7C3RZR1_9BACT (Glycosylasparaginase n=1 Tax=Armatimonadetes bacterium TaxID=2033014 RepID=A0A7C3RZR1_9BACT)

HSP 1 Score: 219 bits (559), Expect = 4.200e-66
Identity = 133/277 (48.01%), Postives = 166/277 (59.93%), Query Frame = 1 
Query:   34 IATWMFGEIAVDAAKVLLEDGATALDALEAEGITAVELDDQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAAST 864
            +ATW FGE AV  A+ +L  G  ALDA+E  GI+ VELD   ++ VGLGG PN  GV+ELDA +M G     GA   + GV  A  AARLVMER+PHC+L GEGA +FALA G+ P   LT E R+++  W     +E         + HDTIGM+ +D +G++ A TSTSG  +K  GRVGDSP+VGSG Y D  VG A ATG GE ILR C+SF VVE MR G  P  AC+        +V  + E    +  H     AV+A+ R G  G AST
Sbjct:   41 VATWRFGERAVAVAREVLAAGGCALDAVE-RGISVVELDPS-EHSVGLGGRPNSQGVVELDAGIMWGPGRRVGAVAGLRGVADAISAARLVMERTPHCMLVGEGARRFALAQGLRPRRLLTPEARRMWREWLESHADE---------DGHDTIGMVAVDVNGDVCAATSTSGIGYKLPGRVGDSPLVGSGFYADNAVGGAAATGLGERILRYCMSFRVVEAMRQGLHPQAACES-------VVRFMLEDDPTNADHQ---CAVLALDRQGRFGGAST 296
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BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Match: A0A7C4Z6P4_9BACT (Glycosylasparaginase n=1 Tax=Armatimonadetes bacterium TaxID=2033014 RepID=A0A7C4Z6P4_9BACT)

HSP 1 Score: 216 bits (549), Expect = 1.290e-64
Identity = 135/287 (47.04%), Postives = 172/287 (59.93%), Query Frame = 1 
Query:   28 SAIATWMFGEIAVDAAKVLLEDGATALDALEAEGITAVELDDQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAARLVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEGPNTNAD-------RGE-SHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGSGLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERAREIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAAST 864
            +A+ATW FG+ AV      L+ G +ALDA+E  GI  VELD  +   VG GGLPN  G +ELDAAVM G    +GA   + G+  A   ARLVMER+ HC+L GEGA +FA+A G +P   LT + R+ ++ W  +Q     +            GE SHDTIGM+ +D+DGN+ AGTSTSG  FK  GRVGDSP++GSGLY D K+G AVATG GE ILR C+SF VV+ +  G  P  AC        E V R     D + + +    AV+A+   G VGAAST
Sbjct:   18 AAVATWHFGQAAVREGLAQLKSGRSALDAVEC-GIRVVELDPSEST-VGFGGLPNAQGAVELDAAVMWGPGRRFGAVAALRGIAEAVSVARLVMERTNHCMLVGEGARQFAIAQGFKPRRMLTAKSRERWKEWLRRQQEALASKQGSVEHQKPLEGEPSHDTIGMVAVDRDGNVCAGTSTSGIAFKMPGRVGDSPLIGSGLYADNKIGGAVATGLGERILRYCMSFRVVDLIGEGLHPQDAC--------EAVVRFMVEDDSTNLDEQE--AVLALDLKGRVGAAST 292
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig89.30.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LBH2_ECTSI7.850e-11668.67Asparaginase, c-terminal n=2 Tax=Ectocarpus TaxID=... [more]
A0A7S4KZ67_GUITH3.170e-9656.10Hypothetical protein n=1 Tax=Guillardia theta TaxI... [more]
W7U6H4_9STRA1.220e-9548.97N-(Beta-n-acetylglucosaminyl)-l-asparaginase n=2 T... [more]
A0A4D9D6T5_9STRA3.690e-8750.35Uncharacterized protein n=1 Tax=Nannochloropsis sa... [more]
A0A836CML1_9STRA3.960e-8254.09Asparaginase, c-terminal n=1 Tax=Tribonema minus T... [more]
L1INR1_GUITC4.230e-7352.97Uncharacterized protein n=1 Tax=Guillardia theta (... [more]
A0A2D6CUP6_9BACT5.070e-7047.67Uncharacterized protein n=1 Tax=Candidatus Poribac... [more]
A0A496SGX4_9BACT2.560e-6948.20Glycosylasparaginase n=4 Tax=Candidatus Latescibac... [more]
A0A7C3RZR1_9BACT4.200e-6648.01Glycosylasparaginase n=1 Tax=Armatimonadetes bacte... [more]
A0A7C4Z6P4_9BACT1.290e-6447.04Glycosylasparaginase n=1 Tax=Armatimonadetes bacte... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig89contigA-nodosum_M_contig89:239088..263849 +
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
Start0
Seed ortholog2880.D8LBH2
PFAMsAsparaginase_2
Model size984
Max annot lvl2759|Eukaryota
KEGG koko:K01444
KEGG Pathwayko00511,ko04142,map00511,map04142
Hectar predicted targeting categoryother localisation
Exons5
Evalue1.29e-116
EggNOG OGsCOG1446@1|root,KOG1593@2759|Eukaryota
Ec32 ortholog descriptionAsparaginase, c-terminal
Ec32 orthologEc-27_003980.1
EC3.5.1.26
DescriptionN4-(beta-N-acetylglucosaminyl)-L-asparaginase activity
Cds size984
COG categoryE
BRITEko00000,ko00001,ko01000
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680870311.5190725-CDS-A-nodosum_M_contig89:239087..2392111680870311.5190725-CDS-A-nodosum_M_contig89:239087..239211Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig89 239088..239211 +
1680870311.5359352-CDS-A-nodosum_M_contig89:259857..2599881680870311.5359352-CDS-A-nodosum_M_contig89:259857..259988Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig89 259858..259988 +
1680870311.5481374-CDS-A-nodosum_M_contig89:260167..2601811680870311.5481374-CDS-A-nodosum_M_contig89:260167..260181Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig89 260168..260181 +
1680870311.5583751-CDS-A-nodosum_M_contig89:260413..2606801680870311.5583751-CDS-A-nodosum_M_contig89:260413..260680Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig89 260414..260680 +
1680870311.5683885-CDS-A-nodosum_M_contig89:263401..2638491680870311.5683885-CDS-A-nodosum_M_contig89:263401..263849Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig89 263402..263849 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig89.30.1prot_A-nodosum_M_contig89.30.1Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig89 239088..263849 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig89.30.1

>prot_A-nodosum_M_contig89.30.1 ID=prot_A-nodosum_M_contig89.30.1|Name=mRNA_A-nodosum_M_contig89.30.1|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=328bp
DVRHEKVQPSAIATWMFGEIAVDAAKVLLEDGATALDALEAEGITAVELD
DQDQYFVGLGGLPNEDGVMELDAAVMDGKTMSYGACILVWGVVTAFKAAR
LVMERSPHCVLAGEGATKFALANGVEPAEALTDEGRQIFEAWKLQQTNEG
PNTNADRGESHDTIGMICLDQDGNLAAGTSTSGWKFKHSGRVGDSPVVGS
GLYCDAKVGAAVATGDGEDILRTCLSFLVVENMRAGDSPVLACKKGIERA
REIVDRLGEGADVSRMHDNVTVAVMAMSRTGEVGAASTLGPTSIHRGRPT
FPLAMWRKGEPSRVVDETDLPLQSPEK*
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mRNA from alignment at A-nodosum_M_contig89:239088..263849+

Legend: CDSpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig89.30.1 ID=mRNA_A-nodosum_M_contig89.30.1|Name=mRNA_A-nodosum_M_contig89.30.1|organism=Ascophyllum nodosum dioecious|type=mRNA|length=24762bp|location=Sequence derived from alignment at A-nodosum_M_contig89:239088..263849+ (Ascophyllum nodosum dioecious)
GACGTGAGGCATGAAAAGGTACAACCTTCGGCTATCGCGACGTGGATGTT
TGGTGAGATAGCGGTGGACGCAGCGAAGGTCTTACTCGAAGACGGAGCGA
CAGCTCTTGATGCCTTGGAAGCAGGTCTGTGTGTGTAAGACTTGATAATA
GAACACATGCCAGTACAAATAGAGACCTAGTCAGGTAGTACTCTTTAGTC
TTTAAATCTACGACATCTACGACACTATTATCATGTTCCGACAGAATTGA
AAAGTACAAAACCAGAGCGCAGGGTCGCCCAGGTAGCTCAGAGGTACCTC
GTAACCCTCTGATACGTTGGGACGTGAGTTCGATCCCGGCAAACGGGATT
TTTCTCACTAAAAAACTAAAAAACAAATAAAAATGCCCAACGGGTGGAGA
ACGATTAATTCGTTAGTACACAAAAATTCGACGTCACGGTCGACGAGGGA
AAGGAATGGCTGAATCCTTCTCGCGAGAAAAATTAAGGCACGCACCGCAG
AAAGAAGGTGGATGAGAAATTCTGTGTGACCTTCCTCCTGTGTGACCCCG
GTTGGTACGTCCAACGAACTTGATGTCCAGAATGAAAGGGAAGAAAACAC
ACACAAACACACCGACTACAAGGTTTTTGTTTACGCAGCCTATTGTACTG
TTGTTCTACTACTGTACTATTGTCGTATAAAGAAGAAAAATCTGAACGTA
TTTGAACATTTAAACCTATGATAGATGACTGTAAGGACAAAAACTCTTTA
TGGTATATAATTGGGTTCCCCAATTGTCCTGTATGACACATGTGTCCAAT
CTTGAACTCTGTGTATTCAAAGAAAAATCTGAACGCATCGAGACCTTCTG
AGCATCCCCCAGTCAGGGGGGAAAATTTTAAAACGTTTAGGTATCATAGG
CTGCAAATAGTTGTAGAGCGATGCGAACAAACCGTACAAGTAGACGTTTC
GTGATGCCCACACGGATACACTGCTTCGCTGCGCTGCTCTACGTATACCC
GTGCCAGTGTTTCTCTGTAGCCTGGTGAAAGACGGTTTATCGTGACAAGC
GGTGGTCCTCCTATTAGGGCCTGTATTAACGATGTTCGGAAAATCACAAT
CGGAAAATCAAAAATCAAAAATAAACGTTTGATTTCTTAAAAAACACTGC
GAGCCATGTTAACGGAAAATACTCGAACGGACTGTCCGGAGCTGTTTACG
CCGCCAGTATGAAAACCTCTTGTGGCGTTGGAAATATCCTGAAAACTCCA
GGAACACCTCACAGTACTACTACCACTGCTGTACTGATGACCTCACCGTA
ATGGACAGTTCACAACGTGTATGGACTTCGACCTTTTATATAGTTTACCT
TTCGTGCTTTCGACGTGCGGGTGGGCAGTACCCTACCTCGCTTCTAATGT
TGGTGGTGGTGACTGTGGTGCTGTTGTTATTTAAAAAAAAATCTGAAGGC
GCCTAGACCTTCTGAGCATCCCCCGGTAAAAAATGTCAATTTTGTTTGTC
GCATATAACGGCGTGCAAAGAATCAGGCCCGTGGTCACATCGCAAAATAA
TACTTGCCAGAAGGGAAGTAGGCAATAAATGCTGTTTGTACAAACACTTC
GTTGTAGCTGCGAAAAAATAAAAGGGTAGGTACAGAAATGCGATATTGTG
TGAGGTACCCCTGAACAAAGACACAGAGAGAGGGAGAGAAAGATAGGCAA
CATCAGCAGCAGAACTACTGGTACATAGTACACATACGAAGTCTATATCT
GTGCTGAGGTAGTAGGGAATAAATACCGTTTGTACAAACACTTCGTTGTA
GCTGCGAAAAAATAAAAGGGCAGGTAGATAAATGGCGATATCGTTGTGAG
GTACCCTAGAACAAAGACACAGAGAGAGAGAGGGAGAGAAAGAGAGGCAA
CAGCAGCAGTAGAACTATTACTGGTACATATTACACATACGAAGTCTATC
TGTGCTGAGGTAGCACCCGTCGCCTTTGGGTTGTATCGGCGTCTACAAAG
TCCAGCACCACTCGTTGCTCCTGTCCCCACGACCAGCTGGTAGAATTAAC
GGTTGCCCTCGCCGTGGGACCGTTGGCGTGGGCCATGCCAGCAGAAGTTG
TGTGTATTGTGTGGCGGTGCAGTCTGTCTACGTGCTGCTGTTGTAACTCT
GCTGTGCTCTGGCCTCTGGCGTGTAGCATTCGGAAAGCCTTCGATCAGGT
GAACACCTCCAATGTTTATTTTCCGAAAAATAAACATTAAAGTCCCTGGG
GACTTCTTTGGTTTGGCAGCGATTTCCAAAAAATAAACTGGCGTAGTCAG
GAGGTTTTGAACCTCGACCAATCAGAACCCAATTTTGATTTTGATTTTTT
CCGATTTTGATTTTCCGAACATCGTTAATACAGGCCCTTAATAATATTAG
ATACCAGTACCAGGTAATAGTTCTTCCTAAGTATTTTCTTAGTCGAGATT
CTGACCCCTGATCTAATAATCCTTCGTATACTGTATACAGAGTACCAAGA
GAGATAACCCCTCCCCTTTCTTTTCAGGCGTCAAAATTAAAGTAGTGCCA
GTAAAAATAGTGACAGTCCTCAAATGTATCTTCGTAATATAGTACTCAAA
TTTATACAACTGTACCGTAAAACTTAAAAATAAACGATAGGTCAGCTATC
GCTATACGCTCGCTAAAGGATAGGTCTGTAACTATCGTCAGCTTAGCACA
GGTGTTGGTGTAATGTGTGGTTGGTGTTTGTCTTGTTGAACTGCCGTCGT
TCTCAATAATGTACGGGAAAGTGCCATGCCTGATTGTAAAGAAAACAAAC
AGGCTGACGCAGGCAGGCGTCTTTTTTCGAAGGCATTTTCTGTGCGGAGC
GTTGTTGTGTAATTGTTCATCGGCAGAGCGTGAGGTCTATCTACACATGT
ACAACGGGAATGTTCAGCAGAACCCTTCATGCGCAGCATCCTGTCACAAC
GAATCTTAACACCTCTCCCCGGTTCTCGCCTACGATTTTTTATCGCGATG
CAAATTCAGTACCTACTAGCACACCTTTCTACAGCAGTATTAATAGGCTC
TATGCGCAGAACCCTGGGTTCGAAATTGTAGGCGAATTTTTTAGACTCCG
GGACAGGTTTTTGGGAGTTTAATTACGCGGGCGAAGCCTGCGAAGCCCGC
GTGTATTGAAACCTGGGTTCTGAGGGTTGCTGGTTGGTTGTCTTTTATTT
TGTGTTGACGTGACTGATGGTGAACAGCAGTGCTGTGTTTTGCAGGTGAT
CAGCGGTGATATTGATGGCATCATCCACAGGCAATCACTCCTGCTGCGCG
GGGTTCGGGTGTTGGTTCTTTTCGTTCTTTTCGTTTTCACAAAAGAGCGG
TGTTCTGTACACATATTACTTCATACACTTTCTTACGTAGACAAAAAAAA
TACTCTTGTGATACATTTTTGTGAGTAGTACTCTGATCTACTAGATTTGA
TCATGCTGAGTAAGACTACGAAGAAGTCGAATGTCTTTGCTGCCCGATCA
CGCCAGCCCTGAGTGCCATGTAGGTCGCTATCGTTTCACTAGCCATCCCA
ATTGCGACAGAGGAGAATTTTCCAACCTCTCTTTGAGAATGCACAGAAAG
TCTAGGGTCGAACAATACATGAGAAAACTTGTACCCCTTGCCAGGCCTAA
ATGGCGGAACCCTTCTATAATATACACAACGGTGGAGCATTCCCAAACGC
GTAGACTACAGTAGATCCTGTACGAGAGCAGTGAAGCAGCTCAACATGAG
CGTACCGCTACCGCACTTTAGACAGTATTGTACCTACAGATACTCGAAGG
GGCGTCGCAATACGCAGGCGGACGCAGTATCATCTCAGTCGAAATCGAGC
TGTTTTCCTTATTGTATGCTCTGTACTAATTTTTTCCTCGTGTATTCGAG
CTTTCCTGCACTCTAGTATTACATCGAGCGAATAAAGTTTGAAGGCTGTC
GAAAACAAACTGTACTATAATAGCGAATAACGTAGTTTGATGGCTGTCGA
AAACAAACTGCCGTGTTCCCCGAGGTCCAGGCCGCTTGCCTGGCGTCTTG
TTGACTGTTTTCGAGCCGACTGGGCGCCCCATCGGAGGAGCCATGCAGGG
TTTTTACTGGAAGCTTACCCGAGCGGCCAGATATTTGGTGCTATGGAGGC
TGAAGGGTGGCTGAAAGGAGGGGCGGCGTAAATTGATGACTATGTCAAAA
ACAGCCAAGTGAGCCAAGTGATTGGTCCGTGTTATATGCAACAACGGCTT
CTGATTTGCCCGTGTTATGTCGATTCTGTACCGGAGCGTACAACACTCGC
CACTGTAGGCGAATTTTTTAGACTCCGGGACAGGTTTTTGGGAGTTTAAT
TACGCGGGCGAAGCCTGCGAAGCCCGCGTGTATTGAAACCTGGGTTCTGA
GGGTTGCTGGTTGGTTGTCTTTTATTTTGTGTTGACGTGACTGATGGTGA
ACAGCAGTGCTGTGTTTTGCAGGTGATCAGCGGTGATATTGATGGCATCA
TCCACAGGCAATCACTCCTGCTGCGCGGGGTTTCGGTGTTGGTTCTTTTC
GTTCTTTTCGTTTTCACAAAAGAGCGGTGTTCTGTACACATATTACTTCA
TACACTTTCTTACGTAGAAAAAAATACTCTTGTGATACATTTTTGTGAGT
AGTACTCTGATCTACTAGATTTGATCATGCTGAGTAAGACTACGAAGAAG
TCGAATGTCTTTGCTGCCCGATCACGCCAGCCCTGAGTGCCATGTAGGTC
GCTATCGTTTCACTAGCCATCCCAATTGCGACAGAGGAGAATTTTCCAAC
TCTCTTTGAGAATGCACAGAAAGTCTAGGGTCGAACAATACATGAGAAAA
CTTGTACCCCTTGCCAGGCCTAAATGGCGGAACCCTTCTATAATATACAC
AACGGTGGAGCATTCCCAAACGCGTAGACTACAGTAGATCCTGTACGAGA
GCAGTGAAGCAGCTCAACATGAGCGTACCGCTACCGCACTTTAGACAGTA
TTGTACCTACAGATACTCGAAGGGGCGTCGCAATACGCAGGCGGACGCAG
TATCATCTCAGTCGAAATCGAGCTGTTTTCCTTATTGTATGCTCTGTACT
AATTTTTTCCTCGTGTATTCGAGCTTTCCTGCACTCTAGTATTACATCGA
GCGAATAAAGTTTGAAGGCTGTCGAAAACAAACTGTACTATAATAGCGAA
TAACGTAGTTTGATGGCTGTCGAAAACAAACTGCCGTGTTCCCCGAGGTC
CAGGCCGCTTGCCTGGCGTCTTGTTGACTGTTTTCGAGCCGACTGGGCGC
CCCATCGGAGGAGCCATGCAGGGTTTTTACTGGAAGCTTACCCGAGCGGC
CAGATATTTGGTGCTATGGAGGCTGAAGGGTGGCTGAAAGGAGGGGCGGC
GTAAATTGATGACTATGTCAAAAACAGCCAAGTGAGCCAAGTGATTGGTC
CGTGTTATATGCAACAACGGCTTCTGATTTGCCCGTGTTATGTCGATTCT
GTACCGGAGCGTACAACACTCGCCACTGTAGTACGTGAGGAGAGCGTGAA
GGTCTATCTACACATGGACAACGGGAATGTTCAGCAGAACCCTCTATGCG
TGGAATCCTGTGTCACTAACGGATTTTCCATCTCTCCCCGGCTCTCGCCA
ACGATATTTGATCCCGATGCAAATTCAGTACTCTTACGAGCACACCTTTG
TATAGCAGTAGACTTTATGTGCAGAAAAGCCTGTGTTCGAAATTGTTTAA
GAGAGATAGGTGGTCTGTACAACGGGAATGTCCTACTTACACACCTTTAT
ACAGCAGCAGTATTAATAGGCTCTATGCGCAGAACCTTGTGTTCGAAATT
GTTCAAGAGAGATAGATGGTCTGTACAACGGGAATTTCCTACTTTTACAC
ACCTTTATACAGCAGCAGTATTAATAGACTATGCGCAGAACCCTGTGTTC
GAAATTGTTCATGGTGAGAGCGTGATAGTCTATCTACACATGTACAGCGG
GAATGTTCAGCAGAACCCTCTATGCGCAGAATCCTCCTGCGTTACTAAGG
TGTTTTCCATCTTTCCCCGGTTCGCGCCTACGATTTTTTATCGCGATGCA
AACTAGTACTCGTACAAATACTAGCACAGCTCTATGATGTCCTATTTACA
CACCTTTATACAGCAGCAGTATTAATAGGCTCTATGCGCAGAACCCCGTG
TTCGAAATTGTTCATGGTGAGAGCGTGATAGTCTATCTACACGTGTACAG
CGGGAATGTTCAGCAGAACCCTCTATGCGTAGAATCCTCCTGTGTTACTA
AGGTGTTTTCCATCTTTCCCCGGTTCTCGCCTACGATTTTTTATCGCGAT
GCAAATTCAGTACTCCTACAAATACTAGTAATAGCACACTTTTCTACAGC
AAATGCGCAGAACCCTGGGTTCGAAATTGTTCATGAGAGCGTGAAGGTCT
ATCTACACATGCACAACGGGAATGTTGAGCAGAACCCTCCATGCGTAGAA
TCCTGTGTCACTAACGGATTTTCCATCTCTCCCCGGCTCTCGCCAACGAT
GTTTGATCCCGATGCAAATTCAGTACTCTTACGAGCACACCTTTGTACAG
CAGTAGACTATGTGCAGAAAAGCCTGTGTTCGAAATTGTTCAAGAGAGCG
TAAAGGTCTCTACAACGGGAATGTCCTACTTAGGCCCTGTCTTAAGGTTG
CGGTAAACACGATTGTTCCCCGATCCCCGTTTTTTTGTTTTTGTACCTCA
AAACCCAGACTGTTACATACATCAGAAAAAAAGGCGGTCGAATATCTCCG
TCAATGGAATGGCGCTATTTGTGTTATTTACAACTTGTGTCAAAGGCAAA
ACATTAGCTGACAACCATGGCGAAATATGAGGTTTGCCCACGAGACGAGA
TAGCGGACCCACCAGGTATGGCTGTGCTCCTCATTGACATATATGGCTTT
GATGAAGGTTTGGTGTCTTTTCGTACACTGTGTGGTGTGCAATCGTCGCT
GGTGAGATTTGCTCGAATCAAGCGATCGATTGGGGTCCGCTACAGTGGCA
GGCATGGTTAGAGACTCTGTGTTTAAGCTCTGCGTCCTCCTGAGCTGAGT
GCTCAAGTTAGACGACCAAACTCTTCTACATCTTAGAGTCAAGGGCATTG
CGAACGATTCGTATTTGTGCAGTGGCCGAAACGTTTTGTGGTGCGCTGGG
GACGGCGGTCGCGGTGTTTGCTCATCGGATGTGCACCGTTTGGTGCAAAA
GCCTGTCTCAGCCGCCGAAATGCAGTTCACTCACGCCACACGAAGCCCCG
AGCTAGCCAAATTGCAGGCAGAGTCGTATGTGGGAGTAAGGTAGACATTG
CCGAAGGAGTTAGCGCACGGGACAGTGTTGCGATGGAGAAATCGTTTCTT
CAACTGGTATTTGAAGTCTTGGTGCGATGCAACAGCAAACCGAGTTCAAC
TCCCCGACTGCCGCCCACCGCACTCGTTGTACACTCTTGCGAGCGAACCA
CAGCCATCGGTAATAGAAAGGTGTGCTGTTCGTGCTTCTTCCGATGGTCT
ATGGTGATGGCCTGTTCAAGCCTACACCGTCGAGATGACACCCTAGATTT
GGTACAATGTCCCAAAACTAGAGAAGATTATACTTGTATTTACCACTATA
TAATACAAGAAATCACGCTGCTGGTACTTATCTCTATTTATAAGTCATCA
GCTGTACAAACATATCAGTTATGTAGCTATTAGTGTGAAATCTAAACACG
TACCTGGTACTAAAAACAAAGCGTGTAAAAACCAGGTACAGTACTGTAGT
GTAATTGCACATAACGTTCCATTGTATACAATGCTTAGAAAAAATCTGAA
CGCATCTAAACCTTCCAATTATGAGTCAAAAGGTTTACGTGGGACACACA
TGTTGTTTTGTCTTGTTTTTTGTCACAATGTACTGTATTGTACTACTGTA
CTCTGTAAAGCTGACTTGGCGACAGTGTAGAGTAGTTTTTCCAGCTGGTA
CCTGAAACACCAACTGTGTGAACTGTGTGCTATGTTTAGTCTATGAAACA
ACAGTTTCGCTGTACACGTCGTAGAATATCTCTGTGGACTCGTTGTAAAG
TGTAAATATTTTCTCTTTGCCAATTACCAACAGCATAACTGTATGTTTCT
CCCCGGCATTATATTGTTGGCCCAATGTTACTACCATCGGGGAACCCGTT
TGAATGCCATGAAGAGGTTTTGTATTTGCAGCCTATGATCCCTCCTAAAC
GTTTTGACATTTTTTCCCCTTGACTGGGGGATGCTCAGAAGGTCTAGGCG
CGTTCAGCTATTTCTTTCAAAAAATAGTACCATATGTATAGCATGGTTGC
ACCTGCAAGAGGGACACTTTATTTTTATCTGCTTTGCACCATTACACGTG
CGTCCGTGTCCATGCAATGTGCGAATATCAACAGAATACATGTACAGTGA
ACATGCACTCAAGGTAAGATGGATGCACTCACATCCGACAGCGGGAAAAA
TTAACCCAAATCATGCACCTAAATCACTGTGTTGCTGTTCCACTGTACAG
GAAAGGCTCAGAAGCGTATGATTTGTACTTACTGCTGTATTCTATCAGCA
GTACAAGCATAGCTACATGTAACACGTAGTATGAAATCGAAACACGTACT
GAATATAAAGCATGGTAAAAAATGTATTTGTACATAACGTTATATTGTAC
AGTACCAGGTATACAATAACTTCATGTTGTAATATAGGATTATCTTATAT
TATTACATTGGTACTGTACTGTATTATCACTTTACGTACTTGTGGCTCGC
CCAACAGAAAAGAAAGTTCGCCAAACTCTTCTTCTACCATCTGCTGCAAA
CTGGAGCCTCCGCCGCCCTCCTCGCCTAGACCGCCCAGAAGCTGTGGCTT
GGTGCCGTCTTCTGTCCAAGTGCAGTTGCCGGTGTCTGTGCATCGGCTGA
CTTGTGCGACACTATGCTCGTTCTCTTCTTTGCTCAGGGCGCCAAAGCTT
ACTTCGCCTGGGTATTTTTTTTCGTGCCCTCTTCGAAACTCTTTCCTCAT
CTCCCGACATTACGCAAACATTCGTCGTTGGTGCTATGGAGTGGCTCCGT
GGGTGGATGTATCAGAGATACTGTGGAGGCTGACAGAGGCCTTGGTAGCA
GAGCTGAGCGTGTGCGTTGCTTTGGGCTGAAGTTTGTACCAAATATATTC
TGTCCAGAAATTTCACCAATCGAGGCACTTGGCTAAAACGAAATTGCACC
CGGAATATCCTCATATAAAAAAAATGAATTCCGCCCTTAAGCAGGAAATT
AGTGTTTTTTGCGAACCGGAACACCCAAAAAAACATGCAATTCTTAGATA
AAATTCATACTGTGTTTACCGCAGCCTTAACGTCGAGATAGAATCTGTTC
ATAGAATCTGTTTGTTGACAGATTCCGTCGACAGATCCTGTTTTGGGTCC
TAACGACCATTTAGGAAATACGGTGTCATTAGATAGTCACGCCTCCGAGT
CATTTCGCAACATCTACAAACTGGCGAGGGCGGCAGAGGGCGGACAGCGT
AACGAGGTTCGATCTCTGGAACCTCGACCTTGCGCCCTCCTCCGAGCTCC
GCTACCTAGGGCGCTCGGCAAGCCGACAGTCAAGTCTCCCCATAAACCGC
GACTGTCAACAGACTGCAACAAAAACCACTTACTGTACCAAAGTAGGACA
TACCCGGAGCACCAGATATTTTTTGCGTTTCACAAGCTTCTCAAACGATA
TATGAAAGCCCAACAGCTCGTGCAGTGCATGGTACCTCGCGCGTTGTTTG
GGGCGTCTGGAATACATCAAAGTCGGTGTACTCGTCGGGCTCGCAACTGC
TGTTGTCCAGACCCAGCGTTAGCGGCGCGTACTTAAAGAAGTACACAAGA
AAATCAACTACTCGGGGTATCAGTTATACTTTTTCTAGTACGTAGTAGCT
GTTTGTCttTTTTTTTATCGGTTTCATTTGTACTGTTTcCAGCGTGTAGC
AGCTGATGTCTTTTCTTTTTTTGGTCTCAGTTGTACTGTTTCCAGTACGT
AGCCAGTGTGTGTGTTTTTTTCTTGCCATCGATTCATTTCGCACGACAGA
ATTTATGTAGAACGCATGTTTTGGGGTCCGCCCGACAGATTCAGCTCACC
GACAGAAAAAAATAATTGCCAAAACAATTATTAGAATCTGTCCATTTCGA
CAGATTCTGTCGTGTTCAAACTTGCCAACTAGTAGCGTCGTGCTTATTTG
GCCAATCACAGAGCTTTATTTTCGACAGATTCTGTCGACAGATTTTATGA
ACAGATTCTGTCAAGACGTTAAGACAGGGCCTTAGGGCCGTGTTAAACGA
GTCCAAATTCGCTTCCAATTTTCCAATATGCCCTAAATCGTGAACATGTA
GGTAGGCGTTCCGCCATGTTTAAAAAAAAAACTCCGAAGCGATTGGGACC
CAAAAACTTGGCGCCAATCTCTTCTAAGTTTCTGCCACTCTTTCCAAGTT
CGCCGGCAACGAAGCGTAAGGACTCCGTAGACGGTACCACGAGGTCCTCA
CTATCGGGTATCGGCTAGGGCCATGGCTGACCGTAGAAAGCGCGGTGCTC
CTGTTGGTTTGATGTCCTCTCCTCGACCGAGGCAGCGCTTCCGACCCTGC
AATCGTTCATTGGACACAACTGCTGTATATGGTTTGTAGTTGTAGTTCTG
CTCGTGAGTGCTGCTCTACGTCGTGTCCTTGTGACCAACTCCCTTTTACC
ATTACAATCGTTCATTGGACACAACTACTGTATATGGTACGTAGCTGTAG
TTCTGCTCGTGAGTGCTGCTCTACGTAGTCCTTGTGACCGACTCCCTTTT
ACCATTACAATCGTTCATTGGACACAACTGCTGTATATGGTACGTAGTTG
TGGGTCGTGATCTGTACTTACGTAGTGTCCTTGCGACCAACTCTCTTTGG
ACACAACTGCTGTATATGGTACGTAGTTGTAGTTCTGCTCGCGAGTGCTG
CTCTACGTAGTTGTTGTTGTTGTTGTTTTCTCACATTAACTGATCCGCTA
CGAATCCAGCCGTGGTCACAAGATAGACGGAACCAAACCAAATCAAACCG
GGAATCGGAGATGAGCATGAAAAGCATACAGAAAAGGACGGACAAGATGT
AGCCAGCAAAGGACATCGTCGCGATAAAATAGAGAACATAAACAAAAACA
CACAGACAGTAGAAACAAACTAGAGCCAACCGCATAAAAACGCAGGGAAG
GTTGCCCTATAAGCGGTGGGATACAACCCAGGCATGAAGACAATGGCAAA
GGGCAACGGGTGCAACACACAGCGAAATAAAAACACAGATGGAGAGAAGG
AGACAACAATCAAGGAAATAAAGGAATGAGTTAACTACCCAAAAATGAAA
GAGAGCAGAACCCTGTCGGGCTCATCTATATCGCAGGAAGAACACAAATT
AAAACAAAACACACAAAGTCGCACACGTTGTTTTTATCTCACATTATTAA
CTGGTCCGCTACGAATCCAGCTGTGGTCACAAGATAGAGGAAGTTACACC
AAAACAAATTGGGAGCGAACACGGTCGGAAAAGAAAAGAAAAGAAAAGAA
AGCAGACAGAAGGAAGCGGGCATGGCAGTAGCCTGCAGAGGACATCTTTG
CTGTGTAAAGAAAAATCAGAACGCGCCTAGACCTTCTGAGCATCCCCCAG
TCAGGGTGAACAAATGTCAAAACGTTTAGGTGGGATCATAGGCTGCAAAT
AGCAAATACAAAAACACACGAGAAAAACGCACGGAAGTCCAAATAACACA
CGTACGTTTGCAATGACCAGATCGACTCCGTATTTACGTATCCAGAAATT
CGGACATTTGGAATAAAAAACTCGGAACGTTTAAAACGGCCCTTTACACA
CCTTTATACAGCAGCAGTATTAATAGGCTCTATGCGCAGAACCCTGTGTT
CGAAATTGTTCATGGTGAGAGCGTGATAGTCTATCTACACATGTACAGCG
GGAATGTTCAGCAGAACCCTCTATGCGTAGAATCCTCCTGTGTTACTAAG
GTATTTTCCATCTTTCCCCGGTTCTCGCCCACGATTTTTTATCGCGATGC
AAATTCAGTACTCCTACAAGTACTATCACACCTTTGTACAGCTGTATTAA
TAGGCTCTATGCGCAGAACCCTGGGTTCGAAATTGTTCGTGAGGAGAGCG
TGAAGGTCTATCTACACATGTACAGCGGGAATGTTGAGCAGAACCCTCTA
TGCGTGGAATCCTGTTTCACTAAGGAATTTTCCATCTCCCCCGGCTCTCG
CCCACGATGTTTAATCCCGATGCAAATTCAGTACTCTACGAGCACACCTT
TGTACAGCAGTAGACTCCATTCGCAGAAAACCCTGGGTTCGAAATTGTTC
AAGAGAGCGTAAAGATCTGTACAAGGGGAATGTCCAGCAGAACCCTTTAT
GCGCAGCATCCTGTTTCACTAAGGATATTCCATCTCTCCCCGGTTCTCCC
CTACTTTTTTTTATCGCCGGGCAAATCCAGCACCGTACAGTGCACCGTTT
TTTATACACTGCGCAATACATCGACGCCGGAATAGAACCTACGCCGTGCT
GAAAGAAATAAATCCTTGACCGAATATAAGATGAAGGAAGTACCGAATAT
TGATTTACGCCGAGAGGATACAAAAAAGTCCCGAAATGGTATTATGATTG
GTCAATGTGCACAGTTTTTGATACACCCGAGCCCAAATTGATGCACCTGG
CAGATTAGAAGCTCATACGCTGGCAATAAATACAAGAGTGTTGCGAAACC
ATATTTACGGCCTGCGGGCCGCCAATATTTTCCCCGAAGTCATAAACATG
ATCGGTATGACATGGGATTTTGCCCAAAAGCCATAATACCTGGTAAGTAG
AAACCCATAATTATGGGTGCGGACCTGGCGTACAAGTACAGCGAGCTGAT
TGGTGAACAACCCCGAAATGGAGACCTCGCTGGTGCCAAGCTGCTGCACC
TACTACCGTAGTCTAGAGCGATATTTTCAAAGAAAACGATCGCTGGTAAG
AGTATCGTCGGTACTTTCAACATGCCCACTTCATACCAATAGTGGGTGTG
GGAAAGAGAGGCGTATATTAATTGGTCCATGGTGAGCTGCCGAGGCAGCA
CTCGTTCGGAACTACCTTGAGGTCTACTGGCCCTGTGCCGGCGGACTCTC
GGCAGTGAACGCCATCGGTACGCAATTGCGTGACCCGATAAACTCGGGAC
TGAACCAATGGCGTATGGCGGTTTAAAATAAAATGGACGCCGCCGCGGAA
CTCGGGAAGAATCCCGTAAGTAAGCACCATCTTCAGCCTGAGTACGGAGA
ATGAGCAGGCTGACGCGGGACGGGACTGCCGAAACCATCTCGCGAGACCA
AATTCTCAGGCACGATCGCGGGCAGGGAAATCTTAATTTTCTCTGTTCAG
CTGACCACGAGCAGGATTGGCAACCTTACCCGGTTAATCCATACTCTTGC
TATATGTGTGACCATGCACACATACATACTATGCCGTCTCCTGCTGAGAG
GCGCAACATCCGGAACGTTTGGGTTAATCGGTATTACGGTGCTCTGTGCG
CCTCAGAGCGCCCGAAGTTGCGTCAGTTTGGAGAGTGGCAAACATGTATG
GTGATGTTAAGAAAAATTTGAACGCAGCTAAACCTCCTGAGTAATCAAAA
AGTTTAGGTGGTATTAGAACATTGACTGTAAGGACAAAAAACTCTGCATG
GTTTTAAAAGGGTTCCCCAATGTAATCACATAGGTTCAACAGTATAATTT
CGGGGAGAAACCCACCGTTACACCGTACACTGACATTGATCACCATCTAG
GGACACCAAAACAAAACAAAACAAAATATCAGGTACCGTACGAGTTTAAA
AGTACAATCTACATGGACTAGAGTTATTGACTACAATGACTACAATGAAA
TAGTCAGAGTTTAGATGTATAATATATACCTATGGACTTATAATTTCAGA
CTACAGTAAATTGGCCATAGGGAAGATAATAATGTAAACGCGTCTAGAGT
TTCTAATTCGATGAAAGGCTTCAAAGCTATAATTTAAGAAATCAGATGTA
TGGAGACTGGGGGATTAGTCTAGGGCTATAGTGATGTGATCAGAGAAAGG
AAATCCATTGCTATTATTACGTACGACGGGGGATCTACACATACTATAGA
TGTGAGGGCTGCAGAATTACAACAGGCTCTTGAGACTGTGTGTGTGTGTG
TGTGTGTTTTCTTCCCATTCATTCTGGACATCAAGTTCGTTGGACGTACC
AGCAGGGGTCACACAGGAGGAAGGTCACACAGGATTTCTCATCCACCTTC
TTTCTGCGGTGCGTGCCTTATTTTTTCTCGCGAGAAGGATTCAGCCATCC
CTTTCCCTCGTCGACCGTGAAGTCGAATTTTGTGTACTAACGATTTAATC
GTTCTCCACCCGTTGGGCATTTTTATTTTTGTTTTTTAATTTTTTAGTGA
GAAAAGACTGATGTATACTTATGAAAATAATTATCAAGTCTATGTAGCAT
TGTTTAAATCTGTTATTTCGATGAAAGACTTCAGAATTACAATCTACATG
GACTAATCGTTGTAGACTACAGTGAAATAGTCAGAGTTTAGGTGTAAAAT
ATATAGCTATGTGGACTAAGAATTACAGACACTAAAGTAAAATGGTCATA
GGGAAGATAAGGTAAACACATTTAGAACTTCAATTTCGATGAAAGGCTTC
AAAATAACAGACCTTTAGAGACTGATATAAATTTAAGAAATCAGGTGTAT
GGGGACTGGGGGATTAGGACTATAGTGATGTGATCATAGAAATGATAAAA
TACATTGTTGTTACTATGTACTACGGAGGGGATCTGCCCATGTAAAGGCT
ACAGAATTACAACGGACTCTTGAGACTGGTATATATTTATGTAAAAAATT
GTCGAGTCCATGTAGCTTTGTTTAAATCTGTTATTTCGATGAAAAACTTC
AGATTTACAATAGGCTCTAAGCCCTTAGGGACTGATATACATTCATGGAA
GTGGGTGTATAGGGACTGGGGGATTAGGACTACCGTGATGTAATCATAGG
AGACATGTGAAAGCAGTTGTGAAGTATATCTAGCATTAAATTACGGGATA
TGTTAGTATAATATACTTCCTCTGTCCCATAAGTCTGGGGCGTTATGGGC
GTGAGATTGTTCGAGTATAACGGGGTTGCCAATAACCATAAACTTGGGTT
CGTTGTAAAGATGAAGCGCAGACAAAGCTGATCCCCCCCCCCCCCAAAAA
TGAACATTTTTTCAATCCAAAAATTCAGTCAAAATATTCCCAATTTTGAC
ACGTTAGAACGGGTGTGGCAAAGCCTCTTCAAGGTTTGCAACCAAACACT
CCGTCAGATGGGCGATAACGACTTTAGTGTGGAGCGTACCGGGGTGAGGG
TGCGGCAGATGGCGGGGATGTTGGAAAGAGTGGTAAAATACGATGCGGTG
GCCTTTCAAAAGGCTTGGGACTTTCTGGCGTCCAGCGACGACGAGGACAA
CTAATTATTATTATTATTATATTTTTTTTTTCATCGAATTATTTTCCCCG
GAAATATGGCCTTTTGGGGGGCGACTGTTTTTTTGCAGCCGTTGGCCCAT
GCAGGGTAATGAGCTTAGAAAAGAAAAGAAAAAAGTTTCAACTAAAAAAA
CGTCAAAGATTGCGAAAAAATCATCGCCGAGGGCATCGGACACGGGCAAG
GGCTCGTATAAACATAACGCCCCAGACTCATGGGGCAGAGGAAGCATTAG
GGGTAAAAACAAAGGGTTTATTATGTAAAAAACAAAGGGTTTAGGATTTG
AAGGGGGAGTGGCGGAGATGACCAGGCCGGTAGAAGTCTTCAACATATTC
CAGAAAAATACCAAAATCCGTGTCCATCTGAAAGTAGACGAAGCAAAAGA
GGGTTGTACAGTATAGTATAGTACAGTATAGAATAGTATAGTATAGTATA
GGGAAGTGGGAAGCAGGTTGGTAGAGAACCTTCCTTAACCATTTGTCAGA
GGTACTACACCTCAGATGTTCCCAGGCCACTATAGACCCGCGTTAGATCT
CAGTCCTCTACGGAACGTAAAGGTGTGAATGCGACAATGACCAAGTGGGC
TTCTCATCTTCCTGTATTAAACCCTTATTTGTTCCGGAGTCCCGATGAAC
AAGTCGTCCCGTTGAACCGTTCGCCCAACAGTCCAGATTCCGAACGTCAA
ATCGGATCGATCTTGATCATAGAAGCAGGCGGAGACCATGTAGGGCTAGG
GATGTAGTAGGCTAGAGAAATAGAGGTAATATATGGGAATTATTGGGGGG
GTTATTATTGTCTCTCATTGTTAGTGTATTGGCCCAAGAGGTTGTTGGTT
CTTTTATAGTCTTGTATTAAAGAGTAGAGGTTGTCTAGATATTTTGTGTA
CAGAGTTTATGGGCAAGAATATAAAAGGTTTGGGAATAGAAGGTAGAGTC
CTACTACGAAGAGGTCATTGATTATTTCTAAGGGCTTGGGGGGGAAAGTG
AGTTAGAAGAGTTTAGAACTTATGAATGCCTATATGTTGAGGAAGAACTT
ACTTTTCGAACATTGGCTACAGGGACAAAGGGTTACCAAATAAAAATACG
TTGCTCCATATTTATGGACTTTAAACCGAAAAATATCAGAGAGGGAGAGG
AGGGTGAAGAGGTTTTAACCGAAGGTCAAAGCGGAGGAATGTAATAGACT
ATAGTAACATGGATAGGAGGGAGGGGGGGGGTTCAATTATGTAGAAATCT
ACAGGTATATAGGGTAAAGGTAAATAGTGAAATGTTGCAATGTATGGAGG
CAGAAATAATAATTATACTAAATGCTAAGGATTTCGAATCTCATGTATAA
TGGTAATACGGCCGCTATAATGGTGGGCTGGTTAGCAGTGCCCTATAGCT
ATGTGCTACCACTTACCTATTTTAACAATAAAAAGGACGTACCCCAGCCA
AGATAAGCCCTTTTTGTCTTACAGTAGTAGGTGATTTATATTAGACAGAA
ACCTGTAAAAAAAAAACACACACAAACGTTTGTAGTGAGGCAAGCTATGG
AGGAAGAGGGTAGCGTTTGGGATGACTACGCAGTGGTCGCCGCTACATTG
GGGCAAGCGGCAGCAATCTTCAGGCGAGATACAACTACTCAACCTCGCAG
GAGTATTAGTAGGACCGCTACTAATGCTGCTTGTGTTTTCAGCAACGAAT
GTACTCCTTTTGTCGGACATTTTGATTCTCTGTGCGTGAATTTACAATCG
GCGCTGGGTTGTGTAGAGTGTTTTTACTGCTGTAGCTCTGAATGCCAAGT
GGTTGAACATGTATCGTACGGTAAATTGGAGTAGTAAGCCGGCCCTGAAA
TCACATGGAAGGCGTGGTACGAAACTCATAAATATGACTTTCGCACGGCA
ACATTTTTGGGCTGTTCGTTTGTGATGAGTCTTTTCACATCTCATGAATG
TGACATCTCATTAATATGGGTTTCGCAAACACTTTACTAAAACTGCTGAT
ATTTTTTTAACTATTCACTATTTGATAAGTACGTAGTGGCGATACAGCTG
TAGTATCGTATCTTTCTTTGCATTCATGTGTGAAGTGTCTAATAACCGAT
AACAGTGGGCCCCTCCCCGATGTTGTCACCTCCGAGACTTTCATGAATCG
CGCATGCCCACTGTACAAATAGTGGATGTAGGAAAAGAGAGGCACGCAAA
AATCGGTCCATTGGGATAACCTGAAAAGGCAGCACCCGCTACTGGAAGCA
CCCGCTACTGGAACATGTTCGAGTATATAAATTATACTGAGCGAGCGGAG
AATCTTTATTCGTGATCCTGAATGGGATTTGTTATCTCGTCATTGTCTTC
TGTAGGGCCATACTATCACGTACGATATAGCGCCCCCGTATTTAGCTCTT
TTGATAAAGTACCTTGGTATATCTCCGAGTACTTTCGTCTCCGGACGTCT
GTTGACGTCCTATATCTCTCCTCCAAACTTCGCTGATAGTTATACGCTCT
TTATAGCATCTTCTCAAGACTCTTGACCTTCCCTCTGACGAGGGTGTATT
AACACACTAGTCTCCTCGGTGCCGAGGCTTACCCTAAAAGGCCACAGAAC
TGGAGCAAGGCTATCTCCGAGGGCAATGGCCCCATTCCCCAAGATGCATA
CGCGATGTTAGGTGGAATCAAACTGGAGGGACTACGTCGAATAATGTCTG
AAGCGCTAGACAAAGCTTTCGACAAGCCTACGGAGATGATGAGAAGTGCA
AATTAGCGTTTAGCAGGCCTGGAGCAAGAAGTTCGGCAGCCACTTCTTGC
CACGGAGGCATACGTACCAACTAACACAAGGACTCGCAAGCGTATGGAGG
AAGCTGCAGCAGTTCAAGCAAAGCATGGGGATAGCTGTTTTGCAAAAAGG
GTCCAAGCCGACCCGACTAGTTCGACCAGCTTCGGCATGAAAGATGAACC
TCCCGCTCTCCCCCGCAGATGACGTCTTGGCCGACAAAGGCGCTGCGGCG
CCAAAGCCGGGTCTTTCACCCGTGGAGATGCGCACGCCAACAGCCACCGT
CGACTTACTTTCAGCCGGCACAACCTCTACAGCGACGAGGATCATCTTTT
ACCAGCTGCCTCTTCGGTTCGGCCTGACCGAGGAGTTTAATTCTGAGACA
TCAATCCAATACGCCACGTACAGTGATTTCTGGAAGATGGATGTCTTAGT
AATTCCGAGACACCAATCCAATACGCCACGTACAGTGATTTCTGGAAAGA
TGGATTTCTTAGAAACAAAAACTAGGCAAACTTTGGTGTTCGATCCTGGC
GGCTCTACAAGTCATCTACGCGCCTGGCCGTTTTTGGGAATGTGGCGTGC
GTTACAATGTGGGAAGGTTTCGTTTGGGCGCCGGATGGTACCCGAGGCTG
GAGCGTTGTTTGGCAGATAGATGGCTTGGAACATCATCTTCCGGGAGAGG
TACAAACGAATCGTTTACGCCGTACGTATTGCGGTCGATCTCTGTTTTTC
CGCAGCCAGGCTGGTTCGAGGAACTCGCTATGGAAGCTGCGGAGGTAAAC
GGATGTCAAGGAACGCCATGGAGCGAGGAGCTTGATGGCAAGGAACTCCA
CGGAGTAGCTTGGTGGCGACTTCGATCTGGAGCCGAGGGGATCCGCTGTT
TCTTGTACATCGTTGACACGGAGTCAACCCTTTCGAGCATCTACAAGTGT
GGTATTCTGCTTATTTTAGTGGGATGGTGTTTTGATTAATCTCTTAAACC
GCTGTACTGCAGTACAGTAATACCTCAAATATATATTTTCTTTCCTCGCG
GATTGTGCTTTCATGCGGACAAGGGCGATGGACATGGAAATTGCTTGAAA
ACAAATGAAACGATATTCGAAATAAATTTGCATCTCCGAGCCCGCGCATA
GGTTTGTTTTTGCCGCGAATGTCGTTCAGGGACGGTTGTCAAGAGAACTC
GCGCAGCTAGTTATCCGCGGCGGGCGTTTGAATTGGGGAGATTGTTATCG
CTTAAAACCGCACGACCGCTTGAGTACTTCGGTAGTCGGATTTGAATTGC
TTGATTTAGACTCTGTATCGCGATGTGTCTTGTGAAAAATTACTTCTCTG
GTATTAGAGATTGCAAGAGTACTGTTGTGGGCGCAACAATATTCGTTGTA
CTGAACCGAAAACTCTACAGCACTTTGAGTAGCTCGTTGGAGCCGACTGA
GCCTGTCTGACCGCTGTTGGAAAATTGATTGAAACGACTGTTATTCGCTT
GAGCCAACAGATAGCCGTGGGTGGCCTCCAAAATGCTGCCTGAAAATAAA
ATGACGCTTGACTTACCATTTTTTCCTGTAGCGGACCCATGTATGCTTCT
AGCCGATAGCGTATACAGTATTATTGCTTATACGTCAGTACAGTACTGTT
CTGAATGAAAGGGTCACTTTCGGTTGGTCTTGAAAATACTCCGACGGAAA
TATATCATTATATGTGAACGGTGGGTTCAGTATTATAAAGTTGTTCGGAC
TTTTGAAAACAATAGGGGACCATTGTGGTACTGACTCCTTTTATCCGACC
CGTTTCATCTTGTTCGTAACAGGACTTACACTGTAGGATGAGCTCGGAGT
TTCCTCCTTGAAATGCGTTCATTGCGGAGGGAGACTTTCCTTTCGGGCTT
TGATCGGTCGCGTACTTTCGGTGCGCTTTTGCAGCGCGGGTTCTTCAATT
GCTGTAGCCTAATAATTAGGGTATCCCAAGTCGGTAGAGCAGTATCGTTT
TTCTTCATTGCTGCCATTGAGTTCGACTGAGATTTTGACGTTTCGAACGG
CCCTCTTTTTTCAGTAATACCTGACAGTTCTATCACTGTCTCGTACAATC
TATGGGAGGGTTTTCGAGTAAATAGATCATACTGAGCCAGCGGAGAATCT
TTACTCACGATTCTGGATGGGATTTTTTATTTCGTTACTCTCTTCTGTAG
GGTCATGCTAATAACGTATGATATAGCCCCCCGTATTTGGTCTCCTGACG
AGTACTTTCGTCTCCGGACGTCTTTTGACGTCCTATGTGTCTCTCCTTCA
AGCTTCGCTGATTCAGATAAAAAAAATAAAAAAATGTCAGCACAGTAGTT
CTGCCTCCCATTTAGCACCCACAGTCAGCAGGTGTTGGATGTCCTTTGAA
CGCAGTTTTTCCGACATCCTTCGTTGCTCATTTAATCGTTTCGCGTGTAA
ACATCAACCAACTGTCGGAGAAGGCATCACGGCTGTTGAACTCGATGATC
AAGATCAGTACTTTGTTGGACTGGGCGGATTGCCCAATGAGGACGGGGTG
ATGGAGCTCGACGCTGCGGTCATGGACGGCAAGACGATGTCATACGGCGC
GGTCATGGCCATAAGGCAAGGGGTTCACAATTCGGCACTCCTGGCAGAAG
CGGTGCGAGCTTTCCATCACTAACTAATGTGCTTCCCATACCCCCAGCTT
TGAAATTGCTTCCACGTAATCAATGGATGTCACTCCTTCTGATTTCAGTC
TTCTGAACGTGATAACCAACAAGTCGCCAGTGCATCCTGGTTTGGTGCAG
TGATTGAATACAAAGGTGTACTGTATCCCCTCGATACTGCGTTGTAAATA
CCAGTAATACCGGTACACAGTAACACGTGTCACTTGCTTGATTTTCGTCC
ATGTAGATGCTGATTCTTTGGGAGTCGTTACGTCTTGACTGAGAGCCTTA
AGTTTGGTCATGGAACGCAGTCTCCATTCCGCGCGTACTCTTTTTTTTGC
CCCACACCTGGCACTGTACATTCTAGGGGAGTCGTCACAGCTTTCAAAGC
CGCCCGGTTGGTCATGGAACGCAGTCCGCACTGCGTCTTGGCCGGCGAGG
GCGCGACAAAGTTTGCCCTTGCTAACGGAGTAGAGCCAGCGGAGGCTCTC
ACGGACGAAGGGCGACAAATATTCGAGGCTTGGAAACTTCAGCAGACCAA
CGAAGGACCCAACACAAACGCAGACCGGGGAGAATCGCATGATACCATCG
GGATGATATGCTTGGATCAAGATGGAAACCTCGCCGCTGGCACGTGAGAC
GGCAGGAGGGACCAACCTTATCAAAATAGTAGAATGGTGACGATTCATTT
TAATATTAATATTAATAGCACATTTGGCTCATGCTTGACCTTCAATGTTG
GTGGTGTGTGTAATCGTTATTACTGTAAATACCAAGTGCTTAGTAATATT
AATAGTAATATCCCCCTCATCAGCAGGAGTGTCAATACCAAATACTCCGA
AGTACCAAGTATGTTGTATGTTTAAAGAAAAATCTGAACGCATTTAGAAC
TTCTTAGCATTTATTCCCGCTCAGGGAGAAAAATGTCAAAACGTTTAGGT
GGGATCATAGGCTGCAAAAACAAGGCCTCTTCATGGCATTTAAACGGGTT
CCCCGATGGTAGTAACATTGGGTCAACAGTATAATGTCGGGGAGAAGCCC
ACCGTTATACAAGGACACCAAAAAAACCTTTAACAAACCAAAACACAGTA
TAATAGTATATAACAGCCAAAACCATCCAAAAACAATGTATGGTAGTAAT
TAATTAGATAGGTTGTACATAATTTATCAATGTACAGTACAATACAGTAG
TACAGTACCATGGTAATAATAGTAAACGATAATAAGTGTCATCGAACAAT
ACCACAATACACTGTGAGCTATAGTGTAGTACATAAGAACGTCACGATAA
TAACAGCCGATTATGCGAACTGAGGATCGATAGAGGATGGGTGAGGTCCG
CAATGGCGACCAGAAAGTGCGGAAATATTTATTTTCCGAAATGTTTTATG
GCCGTCAGGCCGTTTTCTACGAGGATTTTTTTTCAAGAATTACTTGGGTT
GGAGGGGTCAAAAATTTTCTTGAAAATTTCGTCAGGTGCACAATCTGAAG
ATCTCGAATCGTCTCGTACGATCCAAGAGTTTTTTTCAAAAAAATATTGC
TGGTTTTATATGCAGCGTATGTGTACCCTTTTTGGGTAGAGTTAGCCTGT
GACCACGGAAGGCATTCGCGTCAGTTGGACCAATACGGATGTTAGAAGGT
ACTGAATAGAGATCGGAACGGCTTTCTTTAATGTGGAGACAACAACAAAC
TGCGTATTTCGTAGTGCGTGAGGAGGGGATGGGGTGGGGTGGGAAGACGC
TGATGATGGAAGCGTAAATGACGGATGACCGACGATTCTTGTCGCACGCA
TATTTGGAACCCAAAGTAGAGAGAGACCAAGACGGTCTACACCTCATAAT
ACCTTACCGAAATAAAACCCCTCTGGGGCTCGTCTTTTCCCCGACCGTTA
GGCTGGACTCTCAGTAACCCCTTCAGTTTCGCCAATTTATTTTTAGTGGA
AAAAATACAGAGGTGGGAAAAATAGAGGGAGAGAGAGACGTGCAGCAAGC
ATGCTGCTGCTGCGTGTGCGAAAAAATATGTACAACAATAGCAGCAGCAG
CGCAGTTTGGGGTCTAGGCTGTATAGGTGTGCGCCACACAGCATTCATTG
ATGATGCATAGTGGATAGTGTGTGGGAGCGAAGAAGCGACGTGATGAGCA
GACCAAGTTTGTGTAGCTGCTCACAAATTTGATGAGCTGCTGCTACTCTG
CGTTTGAGTTACTACTGCTTGACACGTGGCCATCTGCTTGCTACCAGCGC
GTGGATGTTCTCTCGCAGCTATATTTAATATTATTATTAGACAGCTCCTT
ACGTGTCGGGTTCCGGTAAATGATTTAGGGGATTCTAGAACCGCGAAAAT
GAATCCGGTCGCTACGTAGCCTACCATGAACAAAATGCCCTTTCATACGA
GCACTTTTCATTAAAAAAAATAGAACGGTCGAACAGACTAGTACTTTATA
TTGTTTTTTAAACTTAAGGACTATCAGACACGTTTTAATTTCGGGTTACG
ATGAATTCATCTCAACTTCTGCAACTTCGGTTTATATTAAAATAAATGAT
TATGTGAGACGAAAAGGCAATTAGTATTTAAATTAATGTTATGGAGAGTT
CATTTACGCATTTATGAATCGGGTAGTTACTTAGCGCGTTGGTATCCAAA
CGGGTCACCACGTATTCCATTTATATATATATATTTTTTTTACCGGTGTA
ATCATCGGGGGGCTCATCTTCTGACGGTTGACATTTGGGAGCAGCCACTG
TCGGTCGGTCCGTACATTTTTTTATGTGAAGCGAACGAGGAATAATGTAT
CACGTGAACCTACCATCAATATTGACAGAAGTACAAAAATATTTGTGAAC
TTCCTGGCGGCCATAAAATATTTCCGCACTTTCTGGTCGCCATTGCGGAC
CTCACCCATCCTCTATCAAATAATCGATCCTCAATTCGCATAATCGGCTG
TTTAATATAGGATTGGCAACAATATTACATTTTCGTTTTACAACACGCCC
ATAGGGACTTTATGCTATGTTGTCTACATGTATTCAGCACGTGTTTGTAT
TTCACTCTTACGTGTTAGATTTGTAACAACAGGATGATTAGTACAAGACA
GTTAATAGTAGTGGTGAATACATACGATTTGGGTTAAGTATTGACACGAG
GACAGAGAGGACCATGATGTAGATATCTTCATATTCCAGAAAGTACAAGA
CCCCGTTATTCACCTGAAAGCAGACGAAGAGCAGTGGAACATCACACAAG
GAAGTAAGAGCAAGCCAAGTGAGTATGGTCCCCACGTGCGATGTCAGGTC
TACGGCTACCAGATACTCCTCATGCACAAAAAACAAACTATATTTTTATC
CACCGTCTTGGCAGATCGACATCTGGATGGAAGTTCAAGCACTCCGGTCG
CGTTGGAGACTCTCCTGTCGTAGGAAGCGGCCTGTACTGCGATGCAAAGG
TCGGAGCAGCAGTGGCCACGGGCGACGGCGAGGATATTCTTCGGACCTGT
TTGAGCTTCTTGGTCGTGGAAAATATGCGCGCGGGCGATAGTCCAGTGTT
GGCGTGCAAGAAGGGTATCGAAAGGGCGCGCGAAATCGTGGATCGACTGG
GAGAGGGTGCTGATGTGTCGAGAATGCACGACAACGTTACCGTGGCCGTT
ATGGCCATGAGTCGTACCGGGGAGGTGGGCGCGGCCTCCACATTAGGGCC
GACAAGCATCCATCGTGGTCGCCCTACCTTTCCGCTGGCTATGTGGAGAA
AGGGCGAGCCTTCTCGTGTAGTGGATGAAACAGACCTGCCGCTGCAGAGC
CCAGAAAAATAA
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Coding sequence (CDS) from alignment at A-nodosum_M_contig89:239088..263849+

>mRNA_A-nodosum_M_contig89.30.1 ID=mRNA_A-nodosum_M_contig89.30.1|Name=mRNA_A-nodosum_M_contig89.30.1|organism=Ascophyllum nodosum dioecious|type=CDS|length=984bp|location=Sequence derived from alignment at A-nodosum_M_contig89:239088..263849+ (Ascophyllum nodosum dioecious)
GACGTGAGGCATGAAAAGGTACAACCTTCGGCTATCGCGACGTGGATGTT
TGGTGAGATAGCGGTGGACGCAGCGAAGGTCTTACTCGAAGACGGAGCGA
CAGCTCTTGATGCCTTGGAAGCAGAAGGCATCACGGCTGTTGAACTCGAT
GATCAAGATCAGTACTTTGTTGGACTGGGCGGATTGCCCAATGAGGACGG
GGTGATGGAGCTCGACGCTGCGGTCATGGACGGCAAGACGATGTCATACG
GCGCGTGCATCCTGGTTTGGGGAGTCGTCACAGCTTTCAAAGCCGCCCGG
TTGGTCATGGAACGCAGTCCGCACTGCGTCTTGGCCGGCGAGGGCGCGAC
AAAGTTTGCCCTTGCTAACGGAGTAGAGCCAGCGGAGGCTCTCACGGACG
AAGGGCGACAAATATTCGAGGCTTGGAAACTTCAGCAGACCAACGAAGGA
CCCAACACAAACGCAGACCGGGGAGAATCGCATGATACCATCGGGATGAT
ATGCTTGGATCAAGATGGAAACCTCGCCGCTGGCACATCGACATCTGGAT
GGAAGTTCAAGCACTCCGGTCGCGTTGGAGACTCTCCTGTCGTAGGAAGC
GGCCTGTACTGCGATGCAAAGGTCGGAGCAGCAGTGGCCACGGGCGACGG
CGAGGATATTCTTCGGACCTGTTTGAGCTTCTTGGTCGTGGAAAATATGC
GCGCGGGCGATAGTCCAGTGTTGGCGTGCAAGAAGGGTATCGAAAGGGCG
CGCGAAATCGTGGATCGACTGGGAGAGGGTGCTGATGTGTCGAGAATGCA
CGACAACGTTACCGTGGCCGTTATGGCCATGAGTCGTACCGGGGAGGTGG
GCGCGGCCTCCACATTAGGGCCGACAAGCATCCATCGTGGTCGCCCTACC
TTTCCGCTGGCTATGTGGAGAAAGGGCGAGCCTTCTCGTGTAGTGGATGA
AACAGACCTGCCGCTGCAGAGCCCAGAAAAATAA
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