mRNA_S-latissima_F_contig1030.279.1 (mRNA) Saccharina latissima SLPER63f female

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

Overview
NamemRNA_S-latissima_F_contig1030.279.1
Unique NamemRNA_S-latissima_F_contig1030.279.1
TypemRNA
OrganismSaccharina latissima SLPER63f female (Saccharina latissima SLPER63f female)
Homology
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A6H5K6A8_9PHAE (Lactamase_B domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5K6A8_9PHAE)

HSP 1 Score: 402 bits (1033), Expect = 1.220e-136
Identity = 205/333 (61.56%), Postives = 237/333 (71.17%), Query Frame = 2 
Query:  188 VGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAAS--PRT-----ATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEWTPTV 1165
            +GC C RC+ AR NP  KD +V CL++ DE EGKVFL+DATPDL  QLW IQH +RKG  S RPLELGGILLTHAHIGHYTGLLQLGKE AD R VPVFCTP MASFLR N+PW QLT+RGNI+I+EL    T                             V+LT S+S LPV VPHRAELSDTVAYV+S++  + D +  A S  P+      A    G +   K+++CPDTDGWS W RSI  WC EVDVALLDATF+G+ ELK RDMSEVSHP+A +TM +LAGCKAEVVL+HLNHTNPL   DSPERAQA AAG+KVG+FGMEW PT+
Sbjct:    2 IGCGCHRCEYARRNPDFKDGLVVCLALADETEGKVFLIDATPDLREQLWYIQHPKRKG-DSGRPLELGGILLTHAHIGHYTGLLQLGKEEADMRGVPVFCTPSMASFLRSNQPWRQLTDRGNIAIQELDMDATDNSKDA---------------------VPVQLTRSLSVLPVPVPHRAELSDTVAYVVSVASRAVDASDTAVSHAPKLDLGPPAEVSSGENDTMKLLYCPDTDGWSDWKRSISSWCNEVDVALLDATFHGKGELKGRDMSEVSHPIATETMAQLAGCKAEVVLIHLNHTNPLLTADSPERAQAVAAGYKVGSFGMEWAPTL 312
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A835Z5U1_9STRA (Pyrroloquinoline quinone biosynthesis protein PqqB n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z5U1_9STRA)

HSP 1 Score: 280 bits (715), Expect = 4.100e-88
Identity = 150/342 (43.86%), Postives = 195/342 (57.02%), Query Frame = 2 
Query:  143 KVVLLGCAQDAGVPQVGCACQRCDSARS-NPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHT--ERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWS-GWTRSIRDWCEEVDVALLDATFYGRAELK-DRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEW 1153
            + ++LGCAQDAG+P +GC+C RC  AR+   A KD MV CL +VD+ + K FLVDATPD+G+QLW +Q       G  +V    LGGILLTHAH+GHY+GLLQLGKE   A  VPVFCT  MA+FL +N PW+ L E  +I I EL T G++                             RL   +   P+ VPHR E+SDTVA + S    S                       K+++CPDT+GW  GW + IR WC+EV+VA++D TFY   EL   R ++++ HPL  DT+  L+GC A+VV  HLNHTNP+    S +R     AG  V  FGM+W
Sbjct:   12 RAIVLGCAQDAGIPSIGCSCSRCSHARALGSAYKDGMVACLGLVDDGDRKAFLVDATPDIGSQLWELQQAIPANDGPGNV----LGGILLTHAHMGHYSGLLQLGKEALGAAQVPVFCTASMAAFLHENLPWSLLVEGNSIVITEL-TPGSAY----------------------------RLCTGLCVTPISVPHRDEISDTVAMLFSCGDQS-----------------------KLLYCPDTNGWGEGWGKGIRAWCDEVEVAVVDGTFYSADELPAGRSIADIPHPLIPDTVARLSGCSAQVVFTHLNHTNPVATAASEQRRSVTDAGMSVAEFGMQW 297
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: D7FQF9_ECTSI (Coenzyme PQQ synthesis protein B n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FQF9_ECTSI)

HSP 1 Score: 271 bits (692), Expect = 2.180e-86
Identity = 136/240 (56.67%), Postives = 163/240 (67.92%), Query Frame = 2 
Query:  467 RNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRT-------ATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEWTPTV 1165
            R VPVFCTP MASFLR N+PW QLT+RGNI+I+EL    T                             V+LT S+S LPV VPHRAELSDT+AYV+S++  + D +G A S  +       A    G +   K+++CPDTDGWS W R+I  WC EVDVALLDATF+G+ ELK RDMSEVSHP+A +TM +LAGCKAEVVL+HLNHTNPL   DSPERAQA AAG+KVG+FGMEW PT+
Sbjct:    2 RGVPVFCTPSMASFLRSNQPWRQLTDRGNITIQELDIDATDNSKDA---------------------VPVQLTRSLSVLPVPVPHRAELSDTIAYVVSVASRAVDASGTAVSHTSKLDLGPPAEVSSGENDTMKLLYCPDTDGWSDWKRNISSWCNEVDVALLDATFHGKGELKGRDMSEVSHPIATETMAQLAGCKAEVVLIHLNHTNPLLTADSPERAQAVAAGYKVGSFGMEWAPTL 220
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A524ARI4_9CHLR (Pyrroloquinoline quinone biosynthesis protein PqqB n=1 Tax=Anaerolineales bacterium TaxID=2073117 RepID=A0A524ARI4_9CHLR)

HSP 1 Score: 239 bits (609), Expect = 3.840e-73
Identity = 135/340 (39.71%), Postives = 177/340 (52.06%), Query Frame = 2 
Query:  134 MPAKVVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEW 1153
            M  +  LLG AQD GVP  GC C  C  AR +PA +   V CL +VD    + +L+DATPD   QL ++ +             L GI+LTHAH+GHYTGL+ LG+E    R++PV+ T ++ASFL D+ PW+QL   GNI +R L T GT                              +L+P +   PVLVPHR ELSDT+A V+                           A+++ +CPD D W  W  ++RD+   +DVALLDATF+   EL  RD+SE+ HP A DT + LA    +V L+HLNHTNPL +   PER    A    VG FG  W
Sbjct:    1 MSVEANLLGIAQDGGVPHAGCDCANCSRARVDPAFRQ-FVACLGLVDRANRQSWLIDATPDFREQLHALHNL-------APDCPLAGIVLTHAHMGHYTGLIHLGREAMCTRDLPVYATLRLASFLHDSAPWSQLVALGNIELR-LLTPGTD----------------------------TQLSPDLHLTPVLVPHRDELSDTLALVVH------------------------GPARRLFYCPDIDAWDKWEHNLRDFVAGMDVALLDATFFSHDELPGRDLSEIPHPSAIDTAERLAKVDCDVRLIHLNHTNPL-LAPGPERDWLAAQEISVGAFGARW 278
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A2E9PTP6_9CHLR (Pyrroloquinoline quinone biosynthesis protein PqqB n=1 Tax=Anaerolineaceae bacterium TaxID=2024896 RepID=A0A2E9PTP6_9CHLR)

HSP 1 Score: 234 bits (597), Expect = 2.660e-71
Identity = 134/336 (39.88%), Postives = 169/336 (50.30%), Query Frame = 2 
Query:  146 VVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEW 1153
             +LLG AQDAGVPQ GC C  C  AR +PA +     CL +VD   G+ +LVDATPD   Q    QH   + A       L GILLTHAHIGHY GLL +G E  +A  +PV+ + +MA FLR N PW+QL E  NI +R L TSG                                L+P++S +PV VPHR E SDT A+V                           + +++ +CPD D W  W   ++D+   +DV  +DATFY   EL  RDM  + HPL  DT + L G   +V LVHLNHT+PLF    PER      G +VG  G  W
Sbjct:    8 AILLGTAQDAGVPQAGCDCSNCSRARRDPAQRR-FTACLGLVDREAGQSWLVDATPDFREQ----QHILHQFAADCA---LAGILLTHAHIGHYPGLLHIGHEAMNAHRLPVYASERMAEFLRGNAPWSQLVEYENIELRSL-TSGVESV----------------------------LSPNLSVVPVSVPHRQEFSDTFAFVAC------------------------GAQRRLFYCPDIDDWELWEHDLQDFAIGMDVVFVDATFYNANELPQRDMDRIGHPLVMDTAERLMGLDCQVRLVHLNHTSPLFT-PGPERELLREYGIEVGRRGEHW 281
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A7V3GUU5_9CHLR (Pyrroloquinoline quinone biosynthesis protein PqqB n=1 Tax=Anaerolineae bacterium TaxID=2052143 RepID=A0A7V3GUU5_9CHLR)

HSP 1 Score: 228 bits (580), Expect = 8.030e-69
Identity = 133/342 (38.89%), Postives = 184/342 (53.80%), Query Frame = 2 
Query:  134 MPAKVVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEV--DVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEW 1153
            M    +LLG AQD G+PQ GC C  C +AR+NPA +  +V+ L +VDE  G+ +L+DATPD  AQ  ++        T+  PL   G+LLTHAH+GHY GLL LG E  +AR +P++ TP+MA+FLR + PW+ L   G++++ E+                                  V L+P +   PV VPHR E SDTVA+++              SP           ++ + +CPD D W  +   +R W + V  D+ALLDATF+   EL  RD++++ HPLA+DT   LA    EV  +HLNHTNPL+    PERA  EA G +VG  G  W
Sbjct:    1 MSVSAILLGVAQDGGLPQPGCHCPNCAAARANPALRQRVVS-LGLVDEAAGRAWLIDATPDFPAQYDAL--------TARAPL--AGVLLTHAHMGHYPGLLWLGPEAMNARGLPLYATPRMAAFLRAHAPWSGLAAGGHVTLVEIAPG-----------------------------QEVALSPRLRVTPVAVPHRDEYSDTVAWLVR-------------SP-----------SRTLFYCPDIDHWRAFQPDLRAWLQRVGVDIALLDATFFSPDELPGRDLTQIPHPLARDTASLLADGDIEVAFIHLNHTNPLWR-PGPERAWIEAQGLRVGAQGDVW 277
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A1Q3T670_9SPHI (Pyrroloquinoline quinone biosynthesis protein PqqB n=2 Tax=Bacteroidetes TaxID=976 RepID=A0A1Q3T670_9SPHI)

HSP 1 Score: 226 bits (575), Expect = 1.820e-67
Identity = 127/338 (37.57%), Postives = 175/338 (51.78%), Query Frame = 2 
Query:  146 VVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGC----KAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGM 1147
            + +LG  QDAG PQ GC  + C +A    A++  +VTCL++VD    + +L +ATPD+  Q  S+Q      A  +      GI  THAHIGHY GLLQLG+E   AR+VPV+  P+M SFLR N PW+QL E  NI +  L+                               +S+ L+PS+   P++VPHR E S+TV ++I   G                        KK++F PD D W  W R+I +   +VD+A LD TFY   EL  RDM EV HP  +++M+  AG     ++++V +H NHTNPL    S E+ +  A GFKV   GM
Sbjct:   42 IAVLGIMQDAGYPQAGCD-KECCNAYWKGAEEKKLVTCLALVDRKANQYWLFEATPDITTQFHSVQQYLSSQAGHIP----AGIFTTHAHIGHYAGLLQLGREAMGARSVPVWTMPRMDSFLRYNAPWSQLVELKNIQLNALKED-----------------------------SSITLSPSLKVKPLVVPHRDEFSETVGFIIESVG------------------------KKILFIPDIDKWEKWDRNINEEVSKVDIAFLDGTFYKNGELPGRDMKEVPHPFVEESMQLFAGLPDTVRSKIVFIHFNHTNPLRKKGSSEKEEVSAKGFKVAEEGM 321
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A2E5HWR5_9CHLR (Pyrroloquinoline quinone biosynthesis protein PqqB n=2 Tax=Chloroflexi bacterium TaxID=2026724 RepID=A0A2E5HWR5_9CHLR)

HSP 1 Score: 223 bits (568), Expect = 7.970e-67
Identity = 132/343 (38.48%), Postives = 170/343 (49.56%), Query Frame = 2 
Query:  143 KVVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCM----VTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMF-CPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEWT 1156
            K++LLG AQD GVP VGC C  C  AR+     DC     VT + +VD   GK +LVD TPD G Q+  +              +L G+L+THAHIGHY GL QLG E  +A  +PV+ +  M+ FL  N PW QL E+ NI +  +++ GT+                             +L+P++S  PVLVPHR + +DT A++I                         H  K  MF CPD D W  W   +  +  + +VALLD TFY   EL DRDMS VSHPL  DT+K L     +V  VHLNHTNPL   D   R   +  G KVG  G  W+
Sbjct:   11 KIILLGTAQDGGVPHVGCLCNNCQIART-----DCTLQQYVTSIGIVDFTAGKSWLVDCTPDFGHQMDVLFQF-------APDCDLSGLLITHAHIGHYLGLAQLGAEVMNANLMPVYVSESMSEFLSCNAPWRQLVEQRNIDVVIIESDGTT-----------------------------KLSPAISIKPVLVPHRKDFTDTFAFII-------------------------HGIKHSMFYCPDIDNWDDWEYDLSVFINKFNVALLDGTFYEDGELPDRDMSAVSHPLVSDTLKRLGDTNCDVRFVHLNHTNPLLRKDYAYRMYKKY-GVKVGNIGDSWS 286
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A2V7XRA8_9BACT (Pyrroloquinoline quinone biosynthesis protein PqqB n=1 Tax=Acidobacteria bacterium TaxID=1978231 RepID=A0A2V7XRA8_9BACT)

HSP 1 Score: 223 bits (569), Expect = 1.230e-66
Identity = 132/337 (39.17%), Postives = 172/337 (51.04%), Query Frame = 2 
Query:  137 PAKVVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGM 1147
            P + V+LG  QD GVP +GC    C  AR +P+ +   V CL ++D+  G+ FL+DATPD+ +QL S+ +T R  A   RP++  GILLTHAHIGHYTGL+  G+E   A  VPV+ T  MA+FLR N PW+QL   G I +RE++    +                              LTPS++F PV VPHR ELSDTV YV+               P  A           +++ PD D W  W R +      V  ALLD TF+   EL  R + EV HPL  +T   L    + VV +HLNHTNPL + D   R      GF V T G+
Sbjct:   34 PVRAVVLGVTQDGGVPHIGCQQALCVRARRDPSRRQ-RVACLGLIDDRAGQRFLIDATPDMASQLESL-NTGRALADPRRPVD--GILLTHAHIGHYTGLMYFGREALGAHAVPVYTTTHMAAFLRANGPWSQLVALGQIELREIEPGRETV-----------------------------LTPSLAFTPVRVPHRDELSDTVGYVVR-------------GPTGA-----------LLYVPDIDKWEKWDRRVEGEVARVGTALLDGTFFSADELPGRSIDEVPHPLVSETAARLGELSSRVVFIHLNHTNPL-LWDDRLRRDLRGRGFTVATDGL 312
[Close]
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Match: A0A098SAZ3_9BACT (Pyrroloquinoline quinone biosynthesis protein PqqB n=2 Tax=Phaeodactylibacter xiamenensis TaxID=1524460 RepID=A0A098SAZ3_9BACT)

HSP 1 Score: 223 bits (567), Expect = 2.050e-66
Identity = 131/340 (38.53%), Postives = 173/340 (50.88%), Query Frame = 2 
Query:  146 VVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENEGKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTGLLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSGTSXXXXXXXXXXXXXXXXXXXXXXXGGFASVRLTPSVSFLPVLVPHRAELSDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSGWTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELA----GCKAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEW 1153
              +LG AQDAG PQ  C    C  A  NPA +  MV+CL++ D   GK +L+DATPD   QL  I+ +          LELGGILLTHAHIGHYTGL+ LG+E   A+ VPV+  P+M SFLR+N PW+QL + GNI +R LQ                                +V L+P+++  P  VPHR E S+TV +  S+ G +                       ++MF PD D W  W   I    E  D+A LDATFY  AEL  RDMSE+ HP  Q+++K  A      +  +  +H NH+NPL    S  + + E AGF +   GM +
Sbjct:   35 ATVLGIAQDAGYPQANCQKACCRPAWDNPAKRR-MVSCLAISDRQAGKAWLLDATPDFPEQLQFIRDS--------LGLELGGILLTHAHIGHYTGLMYLGREVMGAQGVPVYVMPRMDSFLRENGPWSQLADLGNIELRTLQAG-----------------------------QAVALSPNLTITPFPVPHRDEFSETVGF--SVQGPNH----------------------QLMFLPDIDKWGRWEVPIDSMIEVHDLAFLDATFYSGAELPGRDMSEIPHPFVQESLKRFAPLPDSIRRRIYFIHFNHSNPLLQAGSAAQREVEQAGFGISREGMRF 312
The following BLAST results are available for this feature:
BLAST of mRNA_S-latissima_F_contig1030.279.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Saccharina latissima female vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5K6A8_9PHAE1.220e-13661.56Lactamase_B domain-containing protein n=1 Tax=Ecto... [more]
A0A835Z5U1_9STRA4.100e-8843.86Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
D7FQF9_ECTSI2.180e-8656.67Coenzyme PQQ synthesis protein B n=1 Tax=Ectocarpu... [more]
A0A524ARI4_9CHLR3.840e-7339.71Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
A0A2E9PTP6_9CHLR2.660e-7139.88Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
A0A7V3GUU5_9CHLR8.030e-6938.89Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
A0A1Q3T670_9SPHI1.820e-6737.57Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
A0A2E5HWR5_9CHLR7.970e-6738.48Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
A0A2V7XRA8_9BACT1.230e-6639.17Pyrroloquinoline quinone biosynthesis protein PqqB... [more]
A0A098SAZ3_9BACT2.050e-6638.53Pyrroloquinoline quinone biosynthesis protein PqqB... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
S-latissima_F_contig1030contigS-latissima_F_contig1030:10015..29514 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 of Saccharina latissima female vs UniRef902022-09-19
OGS1.0 of Saccharina latissima SLPER63f female2021-02-24
Properties
Property NameValue
Taxonomic scopeBacteria
Seed ortholog score204.1
Seed ortholog evalue1e-49
Seed eggNOG ortholog1122176.KB903531_gene2817
KEGG rclassRC00296
KEGG koko:K06136,ko:K06167
KEGG ReactionR10205
KEGG Pathwayko00440,map00440
Hectar predicted targeting categoryother localisation
EggNOG free text desc.Beta-lactamase superfamily domain
EggNOG OGs1IWBX@117747,4NGB4@976,COG1235@1,COG1235@2
EC3.1.4.55
COG Functional cat.S
Best tax levelSphingobacteriia
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko01000
Exons9
Model size1206
Cds size1035
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_S-latissima_F_contig1030.279.1prot_S-latissima_F_contig1030.279.1Saccharina latissima SLPER63f femalepolypeptideS-latissima_F_contig1030 10053..14848 -


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

Feature NameUnique NameSpeciesTypePosition
1622815395.718991-UTR-S-latissima_F_contig1030:10014..100521622815395.718991-UTR-S-latissima_F_contig1030:10014..10052Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 10015..10052 -
1693924859.0838394-UTR-S-latissima_F_contig1030:10014..100521693924859.0838394-UTR-S-latissima_F_contig1030:10014..10052Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 10015..10052 -
1622815395.9249227-UTR-S-latissima_F_contig1030:14848..148511622815395.9249227-UTR-S-latissima_F_contig1030:14848..14851Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 14849..14851 -
1693924859.2007895-UTR-S-latissima_F_contig1030:14848..148511693924859.2007895-UTR-S-latissima_F_contig1030:14848..14851Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 14849..14851 -
1622815395.9374573-UTR-S-latissima_F_contig1030:20131..201781622815395.9374573-UTR-S-latissima_F_contig1030:20131..20178Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 20132..20178 -
1693924859.2090487-UTR-S-latissima_F_contig1030:20131..201781693924859.2090487-UTR-S-latissima_F_contig1030:20131..20178Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 20132..20178 -
1622815395.9487195-UTR-S-latissima_F_contig1030:29431..295141622815395.9487195-UTR-S-latissima_F_contig1030:29431..29514Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 29432..29514 -
1693924859.2266417-UTR-S-latissima_F_contig1030:29431..295141693924859.2266417-UTR-S-latissima_F_contig1030:29431..29514Saccharina latissima SLPER63f femaleUTRS-latissima_F_contig1030 29432..29514 -


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

Feature NameUnique NameSpeciesTypePosition
1622815395.7343657-CDS-S-latissima_F_contig1030:10052..100911622815395.7343657-CDS-S-latissima_F_contig1030:10052..10091Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 10053..10091 -
1693924859.105056-CDS-S-latissima_F_contig1030:10052..100911693924859.105056-CDS-S-latissima_F_contig1030:10052..10091Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 10053..10091 -
1622815395.749054-CDS-S-latissima_F_contig1030:10594..107381622815395.749054-CDS-S-latissima_F_contig1030:10594..10738Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 10595..10738 -
1693924859.1220102-CDS-S-latissima_F_contig1030:10594..107381693924859.1220102-CDS-S-latissima_F_contig1030:10594..10738Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 10595..10738 -
1622815395.7601144-CDS-S-latissima_F_contig1030:11311..118181622815395.7601144-CDS-S-latissima_F_contig1030:11311..11818Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 11312..11818 -
1693924859.1357324-CDS-S-latissima_F_contig1030:11311..118181693924859.1357324-CDS-S-latissima_F_contig1030:11311..11818Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 11312..11818 -
1622815395.7701755-CDS-S-latissima_F_contig1030:12340..124441622815395.7701755-CDS-S-latissima_F_contig1030:12340..12444Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 12341..12444 -
1693924859.144022-CDS-S-latissima_F_contig1030:12340..124441693924859.144022-CDS-S-latissima_F_contig1030:12340..12444Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 12341..12444 -
1622815395.7836494-CDS-S-latissima_F_contig1030:13451..135361622815395.7836494-CDS-S-latissima_F_contig1030:13451..13536Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 13452..13536 -
1693924859.1565773-CDS-S-latissima_F_contig1030:13451..135361693924859.1565773-CDS-S-latissima_F_contig1030:13451..13536Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 13452..13536 -
1622815395.7977479-CDS-S-latissima_F_contig1030:14085..141871622815395.7977479-CDS-S-latissima_F_contig1030:14085..14187Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 14086..14187 -
1693924859.1683128-CDS-S-latissima_F_contig1030:14085..141871693924859.1683128-CDS-S-latissima_F_contig1030:14085..14187Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 14086..14187 -
1622815395.8147125-CDS-S-latissima_F_contig1030:14794..148481622815395.8147125-CDS-S-latissima_F_contig1030:14794..14848Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 14795..14848 -
1693924859.1924736-CDS-S-latissima_F_contig1030:14794..148481693924859.1924736-CDS-S-latissima_F_contig1030:14794..14848Saccharina latissima SLPER63f femaleCDSS-latissima_F_contig1030 14795..14848 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_S-latissima_F_contig1030.279.1

>prot_S-latissima_F_contig1030.279.1 ID=prot_S-latissima_F_contig1030.279.1|Name=mRNA_S-latissima_F_contig1030.279.1|organism=Saccharina latissima SLPER63f female|type=polypeptide|length=345bp
MPAKVVLLGCAQDAGVPQVGCACQRCDSARSNPADKDCMVTCLSVVDENE
GKVFLVDATPDLGAQLWSIQHTERKGATSVRPLELGGILLTHAHIGHYTG
LLQLGKEGADARNVPVFCTPKMASFLRDNEPWAQLTERGNISIRELQTSG
TSSGSSGDSGGDSGGDSSGGGSSGGGGFASVRLTPSVSFLPVLVPHRAEL
SDTVAYVISMSGNSEDDAGGAASPRTATPRIGGHSAKKVMFCPDTDGWSG
WTRSIRDWCEEVDVALLDATFYGRAELKDRDMSEVSHPLAQDTMKELAGC
KAEVVLVHLNHTNPLFVVDSPERAQAEAAGFKVGTFGMEWTPTV*
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mRNA from alignment at S-latissima_F_contig1030:10015..29514-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_S-latissima_F_contig1030.279.1 ID=mRNA_S-latissima_F_contig1030.279.1|Name=mRNA_S-latissima_F_contig1030.279.1|organism=Saccharina latissima SLPER63f female|type=mRNA|length=19500bp|location=Sequence derived from alignment at S-latissima_F_contig1030:10015..29514- (Saccharina latissima SLPER63f female)
GATTACTCGTCTGATGTCACGGCGGGATATTGAGCCTAACCTTCAGCAGT
GAACAGTCAATGGTATCGGGCGCTGGCATTGAGGTGAGCTCTCAGGTCGA
AACGATGTTGCAACGATCCGGTGTGTGACGAGGCCCACTACTTCGCCGCC
ATTCGATAAGATAATATGTGATGTTTTCATTTGATGAAAGATGAAAGTAT
AAAAATAGTCCAGTCTGGCCAGCTGAGCACTCGTCGTACCGATCGTGACT
GATGTGGGGAGGATCATGATGATGATCATGCGTCTTCTCGCTTATCCTCT
TGCCATTACCCGGGTACTCGCGAGTAATACCCGGCTTGCTTTTACCCTTC
ACGGGTACGTACGAGTAACACTTCATACTCGCCGAGTATTTGGGCCACGG
GAACCCGGGTACTCGGGTACACACGTGGACATTTAGCTCAAGCCACAGGG
TGTCGGTGCCGGACCCTGTGTGAGGTCGTATTTGGTGGGACCCTGTACAG
GGTATCACCAGTAGTATGTAGGTGCCTTGATTCACAGACCCTGTACAGGG
TTCGACCCATGGACCCTGTACAGGGTTTGTCAAACAAACGGACCCTGTAT
AGGGTTGGACCCTTGGACCCTGTACAGGGTTTGACCCATGGACCCTGTAC
AGGGCTGATTCAAGGACCCTGTACAGGGTTTGACCACAGACCTGTACAGG
GTTGGTCCTTTTGCACCTGTGCAGGGCTGGCACATGCACCTGTACACATG
CAGATATACATACGAAATAGTAAACCGTTTGTTATTATTGACCGTGCGAA
GCCCCCTCCCCACCCCCCAACTACATCCTTACAACCTAATGATATCAGAC
TGATGCAGAGAACGAAAACTGAGTCGTCACGAAGTTGGAGAAAAGCAAGC
AAGAAGTGCGTCAACCCCTTTGACGAGGCACGAAAACACAGCTAATAAAA
GCAAAAATAACACAACACTGACGTGTGTTTCAACATTTGACCGTTTTTTC
TACCGAACAGTCTCGATAACCCCAGCATGGGACTACGGCCATGCATATGG
AGTGAGTAATCCCACGAAGTTGATACGAGGAGAGACTCTCGAGCTCCAGC
TGAGCAAACTGCAGTTCTTCGTGGAAGCGCTTTTGAAACAGATTGGACTC
ACGCCTTACGAATGGTACGATAATCGACGCAGAGGACTAACCGCCATATT
TCAACAGAGACAAATTACAGATGCTGTATCGCAAATAACACGTGCACCAG
TATACGCGGCAACAAGTCAACAGTGCATTCGCTCCCTCTCGCAAACACGC
ATAATCCTTCTGTGCCGTTTGACATCCAGCCCTGCTTGTACAGGAAACCG
TCGCCGACGTCCTTGGGCCCGAATACTGTTGCGAGATACGTAGAATAGGG
GAAGGAAGGAGAGCACGAAATCCGAACGTCGATATGCAAGTATGAGCAGC
GCAACAATAAGCCAACTAAGTCAAATTGGTAGTCGCTGCGTGCTACTTTT
ATGCTGCACATATCATACGTAAGTACTGTAGTAATACTTCGTTATTGCCG
GCGCCGGGCATGCGGCAGCCCCGCCGGGCCTCTGCTTTGTATACCCGTAC
ACGTGTAAAGGGAGGGACAAAAGTCAGACCACCAAAACGTACGTACAGCA
GTAGTACTTGCAATACCTGGTACACACGTACACGTATGTGGTGGTAGGTA
CGGAAGTCTGTGTGTTGTAGACTCGTACACACCTACTTGGCGGAGGCTGC
CGCGCCTATACTTTATGCCAAATCTATTGTTCGGCAGGGTGATCTCTTCT
GTAATGCCAGCTGTTGTGCTCAACTTTACAACCTACCGCTATTACACGTC
AACGTTCAAACATCAAGGTCGTTGGGGATTTTGAATTTTGTACTGGCACA
GCAGTGCGACTTACGTAAAAATACCAGTACGTCGTATGTTTGACTCTGGT
ATCGAGCCGTTATGTACTTTCGGTGCATCCTATTTGTGGTCGCGTCAAAC
GTCTTCGTCGCGGAAAATGACTGCAGAGTGGCGAGTTGAAAGCTGATACC
CGAAACAACAGGACGTACCTGGTAAAACGATAGGGACTCGAGCAAGGGAA
TGCCCCTGGTCTCCGTTGGGTGAGGGTACGGCATCATCAAGGTGTGCGCG
ACCACAAACACAATCGCTTGCTACTTCTGCTGCTGTAGAATAGACGGCGC
GTAAAAGCTACAAGGCGGTAAGCTCCGAATACCATGGGTGCTCTACCACG
TTGGCAACTGGCAAACCACTCACCATGGTAGAAGTGCGATAGACCTGGTG
CTGTCCGCTCATCGTCGCCGTGCAAGTCCGATCACTAGCTTTGCCGCCGC
GGGTCGATACAACACGTCTGCCCACAAGCATCATCCCTTCGACAAATAGT
CGTGTGTGTCCAAACCCACACAGCCAGCCTTCTCCAGTGCGCATGGTTTG
GTAGCCAAGACCCCCCATACCAGCTCTCCCACAGATTCGCGCTTGACTAC
TCCTCGGTGATCGGAGCTCCTACCAACGAGAGCGCCGTTGGTTGGTGCCT
ACGGCATTCGTTCGAAGCAGCGCTAAATCGAAATGCGAACCAACGGCACA
ACGCTCAAAAAAAACAGGGGTTTCGACAATTTTTATCAGCCTCAGTCGGG
GCGAAAAGCCAAATTTCAAATTTTCAGAATATTTTCAGAAAATATTTTTT
CAGAATTTTCTCGTTGGAGCTTTTTTCGGGCTACACCCTACACCCTGGTA
CAGGGTCTAAGGCTAATAACCCTGTACAGGGTATGAACTCCTTGTGGCAA
AAGACACTGAGAGCTAGTAGTCCAAAAAGGTTCCTGTGCACAAGACCTGG
CAAGGGCCTTGAGCTGCATAGCTATTAGGGTCTGTATGATGACCTTACAG
GGTATGCACCCTGTCAAGGTACGACATTTAGACCCTCACAGGTCGGTCTA
TTGCAAGGTCCATAATATATAGATGACCCTGCCAAGGCCTTAACGTGCAC
AGGGTATTTACTGTGACGCTGTTCAGGGTGTTGGCCATGTCAAGGTCTGC
ATGATTGACCCTGTACAGGGTTGTTGACCCTGTCAAGGTAAGCCCTCCAG
ACCCTAACAGGGTGGGGTGTCTGTGTACCTACTGTAGTGCAAGGTTTCGA
TGCTAAATTCCCTGACAAGGTCCCAACCTCGTCAGGGTCTTAGTGTTGAC
CCTGTACAGGGTGTGGACCCTGTCAAGGTCTGTCTGATGACCTGTACAGG
GTCTTGCACCCTGCCAAGGTGAGCCCTCCAGACCAGGACAGGGTGAGGTG
TCTGTGTACCTATTGCAAGGTTCTGTTATCGACCCTGTACAGGGGTAGAC
CTGTCAAGGTCTGAATGATGACCTGTACAGGGTATTGCACCCTGCCAAGG
TGAGCCCTCCAGACCCTAACAGGGTGGGATGTCTGTGCACCTATTGCAAG
GTTCGTTATCGACCCTGCACAGGGTGTAGACCCTGTCAAGGTCTGCATGA
TTGACCCTGTACAGGGTACGAACCTGTCAAGGTAAGCCCTTCAGACCCTT
ACAGGGTGGGGTGTCATCCTACCATGTAGTGCAGGGTTCGCTTGCACAAG
ACCCTGTCAAGGTCCAACCTTGGAAAGGGTTGACTTGGTGACCCTGTACA
GGGTGTAGGCCCTGTAAAGGTCTGCGTGATTGACCCTGTACGGGGTATCG
ACCCTGTCAAGGTAAGCCGTCCAAACCCTGTAAGGGTGTAGACCCTGTAA
AGGTCTGCGTGATTGACCCTGTACAGGGTATCGACCCTGTCAAGTTAAGG
CCTCCAGACCCTGTACAGGGTGTAGATCCTGTGCAAGGTCTCGCCCCAAC
ACCTTGCCAAGGTCTTCACCCTGTGCAGGGTCTGTTGAGCGTACCCTGCA
CAGGGTGTTGACCTTGGCAGGGTGTCACAGCATACCCTGTGCAGGGTTCG
ACACCCTGTACAGGGTCGTCACAGGGTCATCACAGGGTGCCGACCCTGAC
AGGGTGTCCACAGCGTATAGCCGAATTTCCACGTGTGTACCGGTACGCGG
GTACTCATTGGTTTACCTTGGAAATCCCGGTTATGGTATGGTAACTTGTC
ATCCCCCAAACAGCAAAGCACGTCGTCCCCTGGGTAGCATTCGGTATTTA
TTCTCCAGGATACCCTTTTCAAAATGAAAAATGCTCACATGGCTCACATC
TCACCTATGGTGTTACCCGGCTTGCTAGTATTACCCGTCACGGGTACGGG
TAACACGTCACACTCGCCGAGTATTTGGGCCCCGAGCACGCGGGTACCGA
CTGTTCGACGGGTACCCGGGTGTTAGACGGGTACCCGGCTGCTAAACGGG
TAACCGGGTACCCTGATCGTAAATACTCGAGAGTACCCGGGGGGTGGTTT
TCCAAAGTTGGCGGGTACTGTAAGACGTGCACACGTCGGATAACACCTCT
ACAGTAGTTCTCACATGACGAAGCTTATTTATTAGATTGGGCGGGTGATT
GGTTAAAATGTTACCAGTACATATTTTATAGCCCAACGGACTATTAATAA
TGGGTTGCACGTATAATAGTGGTCGTGAGTTCGAACCTCACGACCACCAT
GAAAACGTGAGTTCGAATCTCAAGACCACCATGAAAACACTTTTTAAAGA
AGAGCGATTTTTCTCATGCCGGAGAACTCGAGCGTCTGGAGCGGGCGCAA
CAGCGGGCGAGAGAGACGACGCTCCGGCGGAGACAGCGCCTTCGACACCG
CCTCTGTCCCTTGCAACCCCTCTGGGCTTGCCCAGAGCTCTGCTGCCTGA
CATGCCACCGAACGTGCCGCTTTTGGTACGTACGGCGCCATGCGAAGACC
AAAGTCCCCGCTGTTCTGAAGGGGGGGAAAGTATTATATGGGTTAGAGTG
GGTGGGTGATTCGTCTCCCTGGTTAAACTTTTACCAGTAGCCCAACGGAC
TAATGCCTCAACATTTTCCTGAAACCTGTCTGTGGTCACAAAACAAGGCT
GTAACAAAAAATGCATCTCGATGGGAGGAAACACAAACAAGCCGTACCAT
GTACGAAATAGTGCGCACGGTAGTACCAGTACGGCGTAAGGGGACGGTAT
TGAACAACGAGCTGTGGTATATTATCCCTTTAGCACTTGCAACTTACAAC
CAAGAACTATCCATGGTATTATATACATCATATATAAATGTACGTACAAG
ATTTCCCTTCGGACGGGTGTACGTAGCGAATGGTGGTGGTGTTTTGAGGA
TGTGTGACGTGATGTTGATGCTGTATCTATCATTATTATCATGCCTGCAG
TTGAAAATATTATGTCAAAATCCTACTTGACAAAAAACAATATTATTAAC
CACAGGTATTATTAGTTGGGTGCGATAGGATTAGGGTAAGGACACAGAGT
ATCCCTAGCCAAGCCAGCCTACCGTATAACACGGAAGAAAGCACACCCCC
CTTAGATAACACACACCCCCACATAAGCACACCGGGTGATATATTTTTTG
CTTCGTTTTTCTACCGTCACTTTATCACCGGGGGCACGTTAGATAACACA
CCCTCTATGTGTGTACGCCTGAAAACAGTGTCAAACTCCACAATGATCAC
ACCACCTGGTGGATGGATATCATTCACAATTCACAATCAACGCGCACCGG
TATGGACACCAACATGGAGGCAACTGCTGCGCCCCCTCACAGTGGGCCGA
ACGAGTCTGCGGCTTCGACCCCACCTGTAGCTGCTGCTGCCGCGCCTCGG
GCGACGATCATGTCGTTTTTCTCTGGGACCAGCGCGCTCACCGGTACTGG
CACTAACGTTATCACGTCTCCTACGTCCGCCGTGTGCCAAGCCCCGGCTA
CTGGTACCGGTACCGGTACCGGCGAAGCACCTGCATCACTTTAGTTGCGG
TGCGACCCTCGGGGTTTCATCAATGAGTACCTGCATGGTACCGGTAACCG
TTTTGGGGTATCGTAGCAAGGCGGGGAGTTTTGCTGTTATCCCCGGGTTT
CAAGCGTTTGCCTTACCATCACCGGCAATACGTGAGAATAGAAAAACAAA
CTGGTTTTAGACCACGAAGCTTGTCATGCGTTAGCACACCCCTTGCTAAC
ATACCCCCTGCATTCTGGCCGGGGTCTGTTCACACTCACTCCATAGCAAT
CATTGATATACCGTTATCACACCTTCTCATTACCACACCCCCTAAATCTG
GTCGGGGTCTGTTAACTCTCCTTATCAACCAATAATGCCGGTAGCACACC
CCGTCGTTGTCACACCCTCTCGTTACCAAACTCCCTAGCTGCAAGGCCCT
CGTGCATGGTGTTTATCACCGGAGATGCGTTAGATAGCACACCCCTCCAC
AACAGCACACCCGGTGATAATATTTTTAAATGCCAAAATGTTATCACCGG
GGTCTGCTTTCTTCCGTGTTATACGGTATTGAACGGGTACTCGTTGGTAG
TCACGTGTGCTGTTTGATTAGAGATCGAAGAAGAGCAGCTTTATTCCTTT
TCTCACGATGGAAGACTGAAAGAGCAGAAGGCTTGGTTCTGTCATGAACC
TGGGAACCCCTGGTTCCCATCTAAGATACGCCTTTCAAGTACTACCAATA
CGATTATTATACCTGGGAGTGGCCACACCAGAAATTAAATTAACTCATTG
AAGCTGTCGTCCATATGCAAGTCCGCCTCAGAGGCGGTTCTTAGCAGGAT
GCAGCTCACCCTCCATGCGACTCGCCCAATACCTCACGGCGCTTCGCGCT
TGGTGCAAGCAATGTCTGCCTGGTTGGTGAAAACCCAACGTGGTCCGTCC
CGGCATTGTAGGGATGCGAGGGTCTATGGTCATATGACTACGGCCGTGCA
CGACATGAGTACACCCCCCCCCCCGTCTCTATCAGGAGTAAGAACGGTGC
TTCGTCTCGAAAGGGATGCGTGGTCAGTGGTCAAATGGCGGAGGCAAGCA
ACAAATGAGTACCCCCCCCCCCCCCCTCCCCTTTTTCAGCCAAACGGGTG
TATAGGGAAAACAGGCCCGCGGCAGGTGCCCGCGCGTGCCCCAGCCTGCC
TCTAATTCGAATGTGACGCGCTGGCAAGTCGCCAACAGCCGATGCCGAGC
ACCCACACCTTTTTCCTTTTTTATTTCCGGTACGCAACTGGGGCTAAAGG
GATCGTGGCGGAGAAGGATGCACAAAGATCCCCCCTTGTGGCTACAATGT
AGGGGGTATGCCCCCCCCCGCAATTCTACTATATTTGACGTATTACCCCT
TTTTGACTAGGTTTTACCCCCATTTGACCGGAAGCATACCCCTTTTTGAC
CACTCTCGACAAATTCAAAGTTCCACCGTGAATCTGTTTTGGACAGACCC
GCGCACGGCGAAACATCGGTCTGTTCTCGGGTCTCTCCAGAATAGTTAGA
TTTACGGTGGAACTCCGAAGATGTCGTGAGTGATCAAAAAGGGGTACGTT
TTGGGTCAAATGGGGGGAAACCCTAATATAAAAGGGGTGCTACATAATTA
TGCGTAGTAGAATTGCGGGGGCATACCACCCCCCAAACTGTAGTCAAAAG
TGGAGATCCTTGTACCCTCCTCCGCCACGGTGCCGTTAGCCTCAATAACG
CGCCGGAAAATAAAAAGGGAAAAGTGTGCGTGCTGGGCGTGGGCTGCGGG
CGTGTTGCCAGCGCATCATAATATAATTTGAAGCAGGCTGGGGCACGCGC
GGGCACCTGCCGTGGGCGTGTTTCCCACCCCCTCCCGTTTGGCCGCAAAA
GGGGGGGCATGCCCCCCTTTGACTTTTACCTTTTATGAGTCTTTGAAATT
AATGCTTCTTGCCGTCCCCAAAAAAACTGAGCCTCACCGATGACAACAAT
GGGAACGCAAAGTTTGAAAGTTTTCTTTCAAAAACATTGCTTTCAAGAAA
CGGCTGAAGATATTATCGTACCCCATCGCTGTGGGGGAAAAAAGGGGGAA
ATGTTTGTTTTTTCTTGTTTTTTTTCACGCGGCTGCACGCGGCGCAATTT
GTTTTTCCTCGTTGTAAATTGTCAACACGCTATAAAAAATCAGCTCATGC
GAAGATAGACCTTCGATCTCGACTATTAATAGTGTAGTTTATCATCGTCC
CTAGACTATACATACCCTGTTTAGGACATGTCCCTGGACTATACCCTGTT
TCTTCTACTGTTCGAGTCGTGTAGGTAATGGATACTACCAGGCTACCAGG
TACGTACTCGTCCTTAGTACAGTATAGGCTACCAGGTACGTACTTGTCCT
TAGTACATCAGTACGCAGTGCACTGCTACGTACTACGAGTACAGCAGGAC
TACTGACTATTAATACTACAACTCTGCTGCTGTTATCATGGCGGAGCATA
GACTGTAAGGATAAAAAACGTCACGTACGACTACTTGTACACAAGACTTC
GTACTGCTGTACTTGCATATTATTATGCTTGCCATCCGTCAATGTGTAGC
ATGATGAGCTTTAACGTTGATCACTCATAAGCACGCTGAAAGAACTAAAC
CACAGAAACAAAAAGAGCTCTCTGGACTAAACCCACTCCCTTCTGCACAC
ACTTCCGGCTTGAGCTTTGTCTACTCTATTCGCTGTCTCAACTCCACCCT
TCTCTCCACGTATTATCATTTTCTACTCTAAATCTTAAGTCGCATCCAAG
CTCCACCCCCACGCCATCGGTGTGCCCCCCCCCCCCCCCCCCCCCCCCCC
CCCCCCCCCCCCCCCCCCCCCCCCCCCCTGCTCCTCGTTGTGTCCTGGCG
GTCCCTAAGCTGGAGCTAAAATCGCGACACCTTCCTTGAAATGACGACCT
GTGTGGTCACCGAGATAATGTTTTGGAGTAGGCGTTCCTTCACCACCCCC
TTCCTCGCCATGGATCCACCATCCCTCCCCCCTCACGACGCTAGCTGCTA
ACTGGTCGATGAAGTTGCTGCCTTCTACCCCGAGGCGCCCAAAGCTTTCC
ACCGCTAAAGTGGCAAGCGTATGGCTCCGTTCGTCGAAGGACACGCATGC
CCCGGACGAGCGTAGTGTTGACGCTTGCGCGCCTCGGAGGTAGAGGCAGC
TGATCCATCGTGATCAGCACTGCCTCCTCGCAGGTGTACCTGCGCTTGCG
GGTCTGCATGGGTGGCTTGAATGTTATTATGTATATATGTACATACATAC
AATACCTGGCGTTACGTCGACAGCTGTGTCGGTATGTCTCTTTCGTAGTA
TTACCTGCCGGTACCTGGTACCAGGTCAGGTATACTGTCCAAGTACTAAC
GGACAACACCTAAAAACGCCTCCACAAATGCTGGCGCCCCTTGCTCCCTG
ACAACGTGTTTGCAACAACGTGTGTGCACAAAGCAGAGCGTCGTGGTTCC
TGGAGGCGGCAAGAAGAGCACGGGCGCAAAAAAGTGAGCTTGTCATCCAC
CGACCGTTTCTTCTGTTGTTTTTCGTCTGCCCTCCTCGTCTTTCTGTTGC
TGTGTGGGCATGCCGAGGTCCAATTTTGAACTGCAGTACAGCAGTATGTC
CTCCTTCTTTGTTGTTTGTTCCTGTGGTCCCCTTGAAAGTGTAAGCTGAT
GAAGTTCAATGATGTATGGTACGTATTACGATGATGATGTTCTCACACGA
TTTATTATAGCTCATTTCCCTGAAATCCTGCCTGTAGTAACAAAACAGGC
TGTAACAAAAAAAAAGTATTTCGATGGGAGAAAACACAAGCAAGTACGGA
ATAGTGCGCACGGCAGTACCGATACGTGAGGGAACGTTGCTGAACGAGCT
CTGGTATACCACCCCGTATCATTTGCAACCAAGTACGCATAGGTACACCC
GAAAAAATAAATTAAACATAAATTAAAAATAAAACATGAAGGTTATAAAA
AGAAACACAACGAAATGAAAAGAAATGAAAAAGAAAAGAAAAAATAAATA
AATGAGAAGAACCGAAACAAACATGCGCTCAGGGCTCCTGCCGAGCCCCG
AAAGAACAAGGTCAAGGTTGTTGTTTGCTGGTACGAGCAGTCCCACGTAC
ATATGATACCTAGTTCATCGAACATAAGCAAGGGCTCCGCGTGTGGGTGC
CGGCATTCGCCGGCATCCATGCTTCGGATAGGAAAATACACCTGTCACTT
ACAGTAGTAGTAGTGTGTACTGTCAAAACCTCATTTACGAGTCTTCCTCA
GATACACATCTCAGCAGTCTTGGTTCTCTCCGACTTTTGTATGGTATTCC
CTTTCGTTGTCTTAGTTCTCACTATATTTATACTTCGAATTAGGTTATTT
CCGAGATCCCTTTTCAATCAGTCTCACTTATCACGCATGGCGCCCGCTCA
TCGTGTGATTCGGTATATGATCACGTACTCGTACAGGATCAAGCCAACGC
CAAGTGTTGCAGGAAGAAGGCAATGCGGACTACAGTAGTACGTAGTGTTG
ATGTTCAGTTCTCTAAACCTCATTTCTCAGTCTTATTCCTCAGACATCCA
TCAGTCGTATTTATCTCGGGCTCGTTTATTATTCTATATCCCTGCTGTAA
GGGTTCATTACCCTGGGCTGGGCAATCGATCGATTTTTTACACCCCGATA
GCGCAGCAGGTAACACCTTAATATTCGACGTCGTCGAGGACACGGCTTCG
AATCTCACTTCGAACGTTTCTTTTATAGAAGCGCTTGCTGTGCGTCCTTG
AAAACATATCCTCTCCCTGGGGCCCCTGATATTGACACGAAGCGAGTAGG
TACACGTACGACCATATACGGTGGTACCGTTACGTCCCAAATACCCCGCC
TTTCAGAGGGGGGGCGAGCGTTACAAGGATTACCCTGGGCTGGGTAATCG
ATCGATATTTTACCGCGATAGCTCAGTAGGCAACACCTTCACATCCCCTT
TTCATCAGTGTCAGCTCTCACAAGCTAAACTCCTGAGATGCCTTTTTTGT
CAGTCAGTCCAAGGTCAGTCTAATGTATTGCAGTTCGTATCCTTCAAGAT
GCACAGCTAAGCCGAACATCTGAGCTCCTGTTCGCCCGCAACCAATAGTT
TGTCTGACCAAGTACCTGAACCTCTCCTCTCTCATACCAGGTATCATACC
GGTATAATTTTATGTGCGTCGCATGTCATACGAACGAGCAGAGTAATACC
GATTACCTGGTCATGGTTCAAATGAACCGACGATCTACAAACAAATAAAC
CGAGTTTTGTTTTTGAATGTACTACAGCTGCTGTACTATGATGTCAAGCC
ACACAGGGTATAAAATATAGATACCGCGAAGTGTGGCGCGAACCTCGGGC
TCGCCTCTTTCCTCGGGAAGGCGCGCGTAGACGTCCCGGCAAGGAGGGGG
GCGAGAGCAGCTCATGAAATCGATAACTCTAGAGTGTACTTTTCATAACA
TTTCATATATATGAACGAGCAGTACGAATATTACCTGGAACCAGATCGAT
TGAAAACAACCCGATATCTTAAACAACACCAAGTTGGTTTGTTTTTTGGG
CAATAACCAAAAACGGGTATACCCGGTCGGTTTTCACTCAAAAACGGGTA
CACCCTGGAATCAAGTAAAAAACACGCCCAGCGAGCCACGCGATTGGCCA
AAAACAATTTGTACCCATTTTTGAGAGAAACTGTCCCGGGTACAACTGTA
AATATGTATTATGCTTGGCTTTCAACCGTTTTTGGTTATTTATTTTGCTT
AAACCACTCGCCTACAGTGTGCCTCGCTCTCCACTGCGTCTGCGGCCGCT
CTTTCGTTGTTTCATTTTCTTCCAAGCCTTTTCACAATTCACTTAAACTC
TATTCAACCATTTTACGCACTGGGTACGTAAGTCTTCAAAGTGATATACG
ACTGATGTATTTTTACTGTAATACGAATGCTGCTGTAGTATAGGGTGTAT
TTCAGGTACAGCTTGAGACCAAATAAAACACACATGCTTGCCGCCAGAAC
TCTCTGCCCCTAAACACACGTGACCCCTGACCCTGCTCCCGATCCCACCC
GAACCTGAGCCCTCCAAACATAATCTGGACACGTCTAAGTGTATAGTTAG
GCGCCGACAAGTGTGCCTGGTTGTAACTACCCCTCAGAAACGGGCACGAT
GTGATTTTGGCCAATCTATCCCGTGATAGCTCGTGGGATGTGGTGTTTTG
ACTCGATTTCATGATGTACCCGTTTTTGACTCCTACCGGCGCGGGTGTAC
CCGTTTTTGGTTATTGCCCTTGTTTTTTACTATTATGTCAAGCTGGTGGG
ACACAGGCTAAATATAAAGCGAAGTACCAGTATGACATGTACGGATACGG
GTGGGTGCGTTCACGAACCTCGGGCTCCCGCCTTTCAAGGAGATACGCGT
AGACGACCCGCGAGACCAATAAATCGTCCCTCTTGCCGTAATACGGAGGA
CAAACTTGTTTCTTGTGATTTTGAAAATTCCAAATGATTTTGCCGAACAC
CAGGTAAATAACGTAGATAACCAGCAGCAGCAGCAGCAGCAGCAGCAGCA
GCAGCAGCAGCACGACACCAATATCTCCATCAGCGAAAAGTGGAACCTTT
CTGTCTCGAAAATAACCCCAATGTCTCACGATCTCCGCAAGACCCGCCCA
ATTCGGAGTCGACGCGCTTGACGACGGCGCGCGGCCCGAGAGCGCGCGTG
AGGGAAAACGTAGGGCGGAGGCTGCGGAACGCGACCCTCGAGAAGAGTGG
GCCAGAAACCGAAGGCGAGGCCCCGAGACCGGGGACGAACGGATTTAGGT
CTGAGGCCAAGACTGCAGTGCGAGGAACTTTGGAGAAATCAGCTTGCGAG
CGCTCGAACATTATTTTATATATATACAAGGGCTCCGCATGGGTGCCGGC
ATTCGCCGGCACCCATGCTTCGGAGAGGACATATACCTGGTACATCAGTT
ATTTGGTGCCATCCATATTATTTACGACAATGTGATGGCGCTCGCTCGTG
TTTCGATATCTGACGCCTACGTGCAGAATCAAGGCAATGCCAAGGGTTGC
AGGAAGAAGGGACTGCTGCGTGCTGAAATGTTCAGTTCGCAACCTCATTT
CTCAGCCTCAACAGTCAGTCTCAGAAATGTAATCAGTCGCGTTCGGTGTT
CCCTGGATAGTCTCAGTCCTCAGGATAGTTTGTGAGATTTACGACAACAA
CAATCTGATGGCGCTCGCTCGTGTTTTGACATCTGACACATACTACGTGC
AGAATCAAGGCAATGCCAGGTGTTATTGCAGGAAGAAGGAAACGCTACTG
TAATTGCTGATACTCAGTTCGCAACTTCATTTCTCAGTCTCTGTCAGAAA
TGCACCAGTCGAGGTCCCGGTGGCGGGCTCAGTTTTCAGTTTTGGCACGT
GCGGCAAAAACACTTCGTGCCGAGCAGCGGTTCCGCGTGGATATGCAAAG
TCAAGCTAGCAACGGGGGGAGGAACTCAATTCTTCTTGACTCTAGGTGTT
TTGAGCAGACTCGTATCTACAGCACTGCTGTACACTACAACAGTAGTACT
GCTGTACAGCAGTACGTACTACACAGCAGCACTCAGCAATACTATACACA
CCAGCTGCTCGCTACGTCGTACATACAGCACTCGTACCTGGTACTACTCG
TACGTGTACTGCTGTTTGTTCTTGTACGACGTATTACAGCCAGGCACAGC
AGCAGTAATATCTCTACACTGAAAAATGAGCTACTATTGTACTGAACCCC
ACCGAAAAAAAATCAGCCGAGTTTTCATTCCTCCGTGGATCTTTTGATTT
TTTAATTGAGGCGAGATATTTTGAGACTCGCACCACAAATATCTCTCTCA
GCAGAAACAGCACCACGCATATCATCCTCAGCGGCCAGTAGAGCCGAGGT
ATCTCCGCAAGATCCGCGCACTTCGAGGTCGCTGCGCTCGGCGGCGGCGC
TTGAATCGAGAGTGCGCGCGGGCGGAAAGTCACGGGCGGAGGCTGAGGGG
CGCGACCCTCGAGAAGAGCGGGCGAGAAAGCGAACGCGAGGCCGTCGAAA
CGGGTCCCGAGTGCGAGTCCGGCCTGAAGCCAAGTAAAAGCCCAACAGGC
CCAAGAGCACCACAGCGAACCTCAATCAACGTATATATATATCTATACAT
GAGTGTCGTTGCTTGTATATGAAAACGTCGCATGTAAAGCAGTGGTACCT
GAAGTTGAAATGCATATACTGTACAAGGTCCCCCTTCGGGATGTAGTTGG
CTTGAAATCCCGGGGGTGTCGCAAGTTGAAAGGGGGGAACACAGAACAAA
GGCGTTCTTCCTGTGCATACGAGCCAATGTGGAATGTACTGTTGTGCCGC
TGCTGTTATAGACTGTATGTTGGGCGGATGCTTTTGAAATCTAAAGAACG
TGTTCGGGAATGAGCTGCTGCTGCCTGGATGAAATGCTGCTGCTATTGCT
GCTGGGATGCCGAGACTGCTGTATGCGATGTGGCTCGAGGTGGCAGCTGA
ACCGAATGAGTCATACGAGTATTATACACGTTTCGTGTTTTACCCCGCGG
CAGTACCATGGCTGTACTATACATATGGCAGTGCCATGGCTGCGCTGTAG
GGCAGTGGTTTGGCAGTGCTATGCCACTCCCCTATCCCTGACCCCAACCC
GGACCTGATGCTTTATTGTGGTAGGCTTGATATGCGCTTGTTTGATCAAT
TCAACACGAGGTCCAAACCCAATCATTGCGAACGCACGCCCACTACTGTT
TTGCTCTTTGCAGAAGATGCCGGCGAAGGTCGTCCTACTCGGCTGTGCTC
AAGATGCGGGGGTACCCCAAGTGAGTTGCCTTCCTTGTGCTGTGGAACGG
CCAACATCCTTACCGAGAACGAGACGAGTAATAGGTGGTGCGGCCTTGTA
AGGAGGAATTTACATCTACTGTAAGTGGGTAGCCATTTTTGTTTAAATCA
CGTAATTATACCAATATTTTACTGAACACAATACTAAACAAGCATAAGTG
ATACCGGCATACAAGGTAGACTTGTATTGCAACTACTGCTTGGTTACGTA
CGTACGTGCAGAATTGAAAGTAAACATTGTCGGTATGCGTAGTGAGTTCG
TGCTATACTTCGTATATACTTTGTACGCGCAGTAACTCCATGCTCAGACT
GATTTTGGACCGAAATAGTATCTGTGTCATTTGGATGAACCCGCCCTGTT
CACCCTCTGATACACTTGGAGGGGGGTCACAGATCTACCTCATACCTGTA
AAAGCGCCCTTTATTAAGAGGAGTGCGGTCGCGCCTCCTTTGTGCTTTGT
CTACAATGTGTTGCTTTGGAAACATCCCCACGTACTTCGTATAATATGCA
CGTGATTATTTGTGTATGCGCACCTTGCGCCTTCACCTTACAACTTGCCC
CTTGCAACTTGCAAATGCACGTTTTAGGTGGGGTGCGCTTGCCAACGGTG
CGACAGCGCTCGATCTAACCCGGCCGACAAAGACTGCATGGTCACGTGCT
TGAGTGTCGTCGACGAAAACGAGGGGAAGGTAATCGAGGACGATGAGCAC
CCTTTTTGTTTGTTTAATTTTACTTGTTTTTTTCACATTTTACAGCCAAC
CCAATGACCATCAACATTCACGTTAAACGTTGGTAGTATATACGACGGCT
GCTTGCTAAGGTTACATTTGCGGGTCAATTGAGGACACTACAACAGCAGT
AGTAATCCGCACAGGATACTTACCATGCTAACGTGTTCCAGGTACCTACA
TAGTAAAATCAAGGGAACACTACAAAATCCAGGCTGAGATTTTACAGGGA
AGTAAGAAATCCCGACGCGGGTAAGCGAAGTTAATGTAGAACAAACCCTT
TGCCAAGTAAGTAATACAGCCTGCCCAACAGTCGCGGACGCCATCGGCAT
GGGGCATGCGAAAAAATTGTCTCAAACGCGACCGCTGCACCACTCAGCAC
AATTGGTGACGCCTCCAGAGAACCCCTAAGGTTGGACCATGGGTTGAGTT
TTTTTTGTAACACCTTTGTGAGACGAAAACGCCGAACAAGAGACACGGCC
GTCTTCCAATTTTGCTCGAGTCGTGCAGGTGTTCCTCGTGGACGCTACCC
CCGACCTCGGTGCGCAGCTGTGGTCCATACAGCACACGGAACGAAAAGGT
GCGACCTCCGTACGTGCTATGTTATTTGTTTTTCTTTGTTTTGTTTTGTT
TTTATCTTCGTTTGTTTTGTTTAATCGTGTTCTCGCTTGTTTTGGTTTGC
TTTGATTTCTTTTGTTTTCCAGCCGTTACCTGCCAACGTAACATGCTGTC
GAGTTTCGAGGGTGACCGAGTGTGACTAACGTAACAGCGAGCAAACAAGC
CTTAGGGGTGTCGGTGCGGATGGACGAGCGCGACATCGGCCATCGCGAAA
GTAAGACCAAGTAGACGTGTGGCACTGAAACAACGCCGCGGGCGGGACGA
TAATACGATTGCTTCGGCTAGCGGCAGGATCAGATCGATTCACAGCGCAG
CACACAATCCAAAGTGACGAGCAGTTTTCGCGCTGATCACCTACCGGTAG
TAATTCGCTGTTGGTTGCTCGCCCTCGGGTGCCGGCAAGTGGTTTCCTTC
GGATTGCTTGCTGTTGGTGCGCGCTTCAACGTGTGGACGGTGTTACCCAC
CCGCATATATATTTGTTTTCATGTCCAGGATTTTGGGTTGGTTTCGTTGA
TTGTCCTTCCCACGCCCCCCTCCCTCCCCCCCCCTTCGTATTTCCTTCCG
ACAAACCAGAGTGCAAAACCGACGAGCCAGGCGTGTTTTTATTTTCTGCG
CTTCACGACGTATGGTAGGTAGTTGTGCTGCATCGTCACCGCCGTGATGG
TGCCGTGGTCGTTTCTTCTATACCAAACCTACACCACGGACCACGTATTT
TCTTTTGATATTTGTACGTTGCGGTAGTTTGTTGCGATAAATAGTTTACG
ATTCACTGAAGTATGTTCACGGCCGTTAGGATCTCACGTTATTGCAGTGT
CGTCCCGAGTTCGTCATCGCGTTGGTCGTGGCACGGCTATGCTACGTAAT
AGTTCGGTGTGCCGCCAGAAAAAGTGTGAACCTTCTTGTTCTAGAATGCA
GTAGACCCAACAGTGGATCGGACGGCCATCGCGCGCTTCGCCCGCCCTCG
CTTCCCAGATGTCGACGCAGGGCCGTTGGAGCTCGGCGGCATCCTTCTCA
CGCACGCCCACATCGGCCACTACACGGGGTTGCTTCAGCTGGGCAAGGAA
GGGGCAGATGCTAGGAACGTGCCGGTGAGATGAATGGACCCCCCAAACGT
TTTGCAGAAAATCGCGGCGCAAGGGCACTGACCCACAGGCGCTGTGCAGA
CAAACCGTGTGCGGAGACCGGCATTAGTTTGTCACCAGGGTGAACCCCCC
CCAGCTGTCTCTGGAAGTGGCCACACCAGAATTCAAATATATTCACTGGA
AGCTGTCGGCCATATGCAAGTCCGTCTCACAAGCGGTTCTGAGTAGGATG
CAGCTCACCCTTCATGCGACTCGCTCTCTTCACGGCGCTTCGCGCTTGGT
GCAAGCAGTGTCTGCCTGGTTGGTGAAAGCCCAACGTCCTCCGCCCCGGC
ATTGTAGGGATGCGAGGGTCTATGGCAATACGACTACGGCCATGCACGAC
GTAAGTACACCCAGCCCCCCCATACACACCCACCCACCCACCCACCCACC
CACTCAACCACCAAACCACCCACCAACCCCTCGCGCGTGACCGAAAATGG
CCGTTTTCGTCTCCTGAACGCGGGCATCGTGTTCGCGCGACGGCAGGTGT
TCTGCACCCCGAAAATGGCATCTTTCCTGAGGGACAACGAGCCGTGGGCG
CAGCTGACGGAGCGAGGAAACATCTCGATTCGGGAGCTGCAAACATCGGG
CACCAGCAGCGGCAGCAGCGGCGACAGCGGCGGCGACAGCGGCGGCGACA
GCAGCGGCGGCGGCAGCAGCGGCGGAGGCGGCTTTGCGTCCGTTCGGCTC
ACTCCCTCGGTTTCCTTCCTCCCCGTCCTCGTACCGCACCGTGCCGAACT
GTCTGACACTGTGGCGTACGTAATCTCGATGTCGGGAAATTCCGAAGATG
ACGCCGGTGGGGCGGCATCTCCGCGGACCGCTACCCCCAGAATAGGCGGC
CACTCGGCAAAGAAGGTGATGTTCTGCCCCGACACGGACGGCTGGTCCGG
CTGGACGCGTAGCATCCGGGACTGGTGCGAGGAGGTCGACGTTGCGCTAC
TCGACGCCACGTTCTACGGCAGAGCAGAGCTCAAGGATCGAGACATGAGC
GAGGTGAATTTAGGCCTACATTTTTTTTGCGGCCAAAAATCAAACTAAGA
CGATAGGAAAAAAGAGCAGTACACCAGAAAACACTCGGAATTCTACCGAG
TGGATCTTGAAGAGAGTATGAGTGTTTTTGACTGTCCAGCCGAGGAAAAC
GGGTATATTATGGGCCTGGATTTTTTTATTTCAGACGTGTGTGCCCCCTC
TCCCTCTGTGAGCCAGCAGATTGTCGCGCCTCGAGAGCGTATCTATTTTT
TCGGTGCACCAGCGATGATTTCCCTGCGGTGTACCTTGAGCCTTGTGAGA
CCCAGAGATACCGACCGACCAATTAAAACTGAGATTTTTCGTGGTCGTGC
TCTCATTTCATTAACCGACTATTATTGTGAAAGCGCAGATTTTTCCAATT
ATTCACGCAGTTGTCATGCTGCGTCCGTGTTGTATACGTAGCCGCTCGCA
ATCGTACGTAGTCCTTGTGCTAAAGTTATCATCGCCCAACCAAGTTTTTC
AGTCACTTTATTGTCTAAAGCCCCTAAAGGGTTGGTCGCGACCGTCCCTC
ACCCCCCCAACCCTCCCCCCATCCAGGTCTCTCACCCACTCGCGCAGGAC
ACGATGAAAGAGCTGGCCGGCTGCAAGGCCGAGGTGGTTTTGGTTCACCT
CAACCACACAAACCCGCTCTTCGTGGTGGATTCCCCCGAGCGAGCGCAGG
CGGAAGCAGCAGGCTTTAAGGTGAGGAACACTTAGCCAAGGCGGGGTGTG
GCGCCCCTTGCCGCCTTCGTGACTTTCCCCTGCCTTTCAAGAGCGGGGGG
GCGGAAAGGAAGCCAGTTTCTGTGAAAGGTGTCACTCTGTTGCTCACGCA
GAGGAAGCCTACGTGGCCCTTTTAGTACGGCACGCCTGTTTGGCTACTGT
GAGATGTGGCGCCCTCGCAATTTTCCTCTGGCTTACAAGAAGGAACTTTT
GCGGGGAAACCCTGGTCTGCAAACTTGCGCCCTGTTGCTCATGCAGGGGA
GGGCTGTGTACCCCCTTATGGGACTATAATACCATCACCTGTGGGGAGTT
TCAATCGACAGTACTGTTATGTTTTGTTTTGTGCTCACTCGCCTACTCGG
CCGCTTCTCTTGCCACTGCCGACACAATACAAGCAGTGACATGCACTGGC
ACTAGGCTGTACCAGTACCTTTTTTTACGTTTTTCGTGCCTGAAACCCCC
TTTCCTTCATACCTTGTTTATAGGTGGGAACGTTCGGCATGGAGTGGACG
CCTACCGTGTAACAAGAAGCGTAGATTCGCCGCTCTCGGGTCTACTTGTA
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Coding sequence (CDS) from alignment at S-latissima_F_contig1030:10015..29514-

>mRNA_S-latissima_F_contig1030.279.1 ID=mRNA_S-latissima_F_contig1030.279.1|Name=mRNA_S-latissima_F_contig1030.279.1|organism=Saccharina latissima SLPER63f female|type=CDS|length=2070bp|location=Sequence derived from alignment at S-latissima_F_contig1030:10015..29514- (Saccharina latissima SLPER63f female)
ATGCCGGCGAAGGTCGTCCTACTCGGCTGTGCTCAAGATGCGGGGGTACC
CCAAATGCCGGCGAAGGTCGTCCTACTCGGCTGTGCTCAAGATGCGGGGG
TACCCCAAGTGGGGTGCGCTTGCCAACGGTGCGACAGCGCTCGATCTAAC
CCGGCCGACAAAGACTGCATGGTCACGTGCTTGAGTGTCGTCGACGAAAA
CGAGGGGAAGGTGGGGTGCGCTTGCCAACGGTGCGACAGCGCTCGATCTA
ACCCGGCCGACAAAGACTGCATGGTCACGTGCTTGAGTGTCGTCGACGAA
AACGAGGGGAAGGTGTTCCTCGTGGACGCTACCCCCGACCTCGGTGCGCA
GCTGTGGTCCATACAGCACACGGAACGAAAAGGTGCGACCTCCGTACGTG
TTCCTCGTGGACGCTACCCCCGACCTCGGTGCGCAGCTGTGGTCCATACA
GCACACGGAACGAAAAGGTGCGACCTCCGTACGGCCGTTGGAGCTCGGCG
GCATCCTTCTCACGCACGCCCACATCGGCCACTACACGGGGTTGCTTCAG
CTGGGCAAGGAAGGGGCAGATGCTAGGAACGTGCCGGGCCGTTGGAGCTC
GGCGGCATCCTTCTCACGCACGCCCACATCGGCCACTACACGGGGTTGCT
TCAGCTGGGCAAGGAAGGGGCAGATGCTAGGAACGTGCCGGTGTTCTGCA
CCCCGAAAATGGCATCTTTCCTGAGGGACAACGAGCCGTGGGCGCAGCTG
ACGGAGCGAGGAAACATCTCGATTCGGGAGCTGCAAACATCGGGCACCAG
CAGCGGCAGCAGCGGCGACAGCGGCGGCGACAGCGGCGGCGACAGCAGCG
GCGGCGGCAGCAGCGGCGGAGGCGGCTTTGCGTCCGTTCGGCTCACTCCC
TCGGTTTCCTTCCTCCCCGTCCTCGTACCGCACCGTGCCGAACTGTCTGA
CACTGTGGCGTACGTAATCTCGATGTCGGGAAATTCCGAAGATGACGCCG
GTGGGGCGGCATCTCCGCGGACCGCTACCCCCAGAATAGGCGGCCACTCG
GCAAAGAAGGTGATGTTCTGCCCCGACACGGACGGCTGGTCCGGCTGGAC
GCGTAGCATCCGGGACTGGTGCGAGGAGGTCGACGTTGCGCTACTCGACG
CCACGTTCTACGGCAGAGCAGAGCTCAAGGATCGAGACATGAGCGAGGTG
TTCTGCACCCCGAAAATGGCATCTTTCCTGAGGGACAACGAGCCGTGGGC
GCAGCTGACGGAGCGAGGAAACATCTCGATTCGGGAGCTGCAAACATCGG
GCACCAGCAGCGGCAGCAGCGGCGACAGCGGCGGCGACAGCGGCGGCGAC
AGCAGCGGCGGCGGCAGCAGCGGCGGAGGCGGCTTTGCGTCCGTTCGGCT
CACTCCCTCGGTTTCCTTCCTCCCCGTCCTCGTACCGCACCGTGCCGAAC
TGTCTGACACTGTGGCGTACGTAATCTCGATGTCGGGAAATTCCGAAGAT
GACGCCGGTGGGGCGGCATCTCCGCGGACCGCTACCCCCAGAATAGGCGG
CCACTCGGCAAAGAAGGTGATGTTCTGCCCCGACACGGACGGCTGGTCCG
GCTGGACGCGTAGCATCCGGGACTGGTGCGAGGAGGTCGACGTTGCGCTA
CTCGACGCCACGTTCTACGGCAGAGCAGAGCTCAAGGATCGAGACATGAG
CGAGGTCTCTCACCCACTCGCGCAGGACACGATGAAAGAGCTGGCCGGCT
GCAAGGCCGAGGTGGTTTTGGTTCACCTCAACCACACAAACCCGCTCTTC
GTGGTGGATTCCCCCGAGCGAGCGCAGGCGGAAGCAGCAGGCTTTAAGGT
CTCTCACCCACTCGCGCAGGACACGATGAAAGAGCTGGCCGGCTGCAAGG
CCGAGGTGGTTTTGGTTCACCTCAACCACACAAACCCGCTCTTCGTGGTG
GATTCCCCCGAGCGAGCGCAGGCGGAAGCAGCAGGCTTTAAGGTGGGAAC
GTTCGGCATGGAGTGGACGCCTACCGTGTAAGTGGGAACGTTCGGCATGG
AGTGGACGCCTACCGTGTAA
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