mRNA_M-pyrifera_M_contig8873.20601.1 (mRNA) Macrocystis pyrifera P11B4 male

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

Overview


Name	mRNA_M-pyrifera_M_contig8873.20601.1
Unique Name	mRNA_M-pyrifera_M_contig8873.20601.1
Type	mRNA
Organism	Macrocystis pyrifera P11B4 male (Macrocystis pyrifera P11B4 male (Giant kelp))

Homology

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A6H5KMW9_9PHAE (Vacuolar protein sorting-associated protein 35 n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KMW9_9PHAE)

HSP 1 Score: 656 bits (1693), Expect = 5.560e-229
Identity = 331/348 (95.11%), Postives = 342/348 (98.28%), Query Frame = 1

Query:    1 MEDPAAQQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQ-GPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSKLELSEIILMQVS 1041
            MEDPAAQQRALAE NKRVMQEAFLMKRATDASDTK+AFTHAGNMLKELKTTQLSPRNYYELYMK+LDELRHLEDFFTSQNRQA+QPMVGLYEQAQACTMVLPRLYLLNTVGACYILS+EAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEG+GGSVDDSVEFVLENF+EANKLWVRMHGQ GPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKY+  ILPP+LEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPD LP+DVDAFRLLNDCVTRL+SER KLELSEIILMQV+
Sbjct:    1 MEDPAAQQRALAEGNKRVMQEAFLMKRATDASDTKSAFTHAGNMLKELKTTQLSPRNYYELYMKVLDELRHLEDFFTSQNRQARQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSQEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGDGGSVDDSVEFVLENFVEANKLWVRMHGQKGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYKTDILPPVLEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDALPKDVDAFRLLNDCVTRLVSERPKLELSEIILMQVA 348

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A7S2XXV8_9STRA (Hypothetical protein (Fragment) n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2XXV8_9STRA)

HSP 1 Score: 397 bits (1021), Expect = 2.860e-133
Identity = 206/347 (59.37%), Postives = 255/347 (73.49%), Query Frame = 1

Query:   19 QQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGE------GGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSKLELSEIILMQVS 1041
            Q R + EA ++V + AF MKRA D  D + A +HA  ML+EL+T+ L+P NYYELY+K+ DELR+LED+F    RQ + PM  LYEQ Q C  VLPRLYLL TVG CYI SKEAPA+ +L DLLEMTKGVQHPM GLFLR+Y +H TRDKLPD GS Y         G  V D+ EFVL+NF EAN+LWVR+  QG SKD+KRRERER+ LR+LVGTNLVRLSQLEG+D   Y +VILP ILEQV GC+D++AQ+YLMDC+IQVFPDEFHL +L  FLD + +LKEKV VR +LESLMER+ N+ E  P+  P   + + L    VT L++ R ++ +SE IL+Q +
Sbjct:   12 QPRFMQEATRKVKERAFYMKRAMDTDDLQGALSHASEMLRELRTSLLTPSNYYELYIKVSDELRYLEDYFEGLRRQGR-PMERLYEQVQGCGNVLPRLYLLITVGGCYIKSKEAPAKTVLADLLEMTKGVQHPMWGLFLRHYLAHQTRDKLPDVGSEYADPEDPACGGSGVADAYEFVLQNFQEANRLWVRLQHQGASKDRKRRERERQALRILVGTNLVRLSQLEGIDQDTYAQVILPRILEQVSGCRDSLAQTYLMDCIIQVFPDEFHLTTLRPFLDTLTQLKEKVNVRTILESLMERLINFAENSPEDKPPGTEVYELFVVSVTSLLTNRPQMTMSEKILLQAA 357

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A7S3H9X6_9STRA (Hypothetical protein (Fragment) n=1 Tax=Spumella elongata TaxID=89044 RepID=A0A7S3H9X6_9STRA)

HSP 1 Score: 395 bits (1014), Expect = 3.890e-129
Identity = 199/341 (58.36%), Postives = 257/341 (75.37%), Query Frame = 1

Query:   19 QQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDT--LPRDVDAFRLLNDCVTRLISERSKLELSEIILMQ 1035
            Q R L +A K V ++AF MKRA D    K A  HA  ML+EL+T  L+P+NYYELYM+ILDELR LE++ +S  R  +  MV +YEQ Q CT V+PRLYLL  VG  YI SKEAPA+DILKDL+E+ KGVQHPMRGLFLRNY + V++ KLPD GSPYEG GGS+ D+  F+L+NFIE N+LWVR+   G +KDKK+RE+ER DLR+LVGTNLVRLSQLEG+D + Y+  +LP ILE+V+ CKDTIAQSYLMDC+IQVFPD+FHL +LE  L  V  LKEKV VR +LE+LM+R+  +   +  T  +  ++++F+L NDC+T LI +R+ + L+E + +Q
Sbjct:    9 QSRFLEDALKEVQKQAFYMKRAMDGDSLKLALDHATEMLRELRTNLLTPKNYYELYMRILDELRELEEYLSSLQRSGRS-MVEIYEQVQCCTNVVPRLYLLCCVGGVYITSKEAPAKDILKDLIEVIKGVQHPMRGLFLRNYLTLVSKGKLPDVGSPYEGVGGSIQDAYSFLLQNFIETNRLWVRLQTAGVNKDKKKREKERMDLRILVGTNLVRLSQLEGLDVSDYKSNVLPKILEEVLSCKDTIAQSYLMDCIIQVFPDDFHLNTLELLLQTVSSLKEKVNVRAILEALMDRLAAHAANNAATGAVGAEINSFKLFNDCITTLIEDRASMSLTETLRLQ 348

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: W7TDU3_9STRA (Vacuolar protein sorting-associated protein 35 n=4 Tax=Monodopsidaceae TaxID=425072 RepID=W7TDU3_9STRA)

HSP 1 Score: 398 bits (1023), Expect = 1.360e-128
Identity = 201/345 (58.26%), Postives = 263/345 (76.23%), Query Frame = 1

Query:   19 QQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGE-GGSVDDSVEFVLENFIEANKLWVRMHGQ---GPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSKLELSEIILMQVS 1041
            Q + L EA ++V ++AF MK A D  D K   THA +ML+EL+T  L+P++YYELYMK+LDELR++ED+FT   +Q + P+V LYE+ Q+C  VLPRLYLL TV   YI S EAPARDILKDL+EM+KGVQHPMRGLFLRNY S V+RDKLPD G+PYEGE GGSV D+ EF+L+NF EAN+LW RM  Q     +KDKKRRE+ER++LR+LVGTNLVRLSQL+GV+ A Y++ ILP +LEQVV CKDT+AQSYLM+C++QVF DEFH+A+L+ FL    +LKEKV VR +LE +M+R+  + E +P  +P  +  F + N CV++L+ ER    + E++ +Q S
Sbjct:    7 QTKFLEEAMRKVKEQAFYMKHAMDNEDLKGTLTHASDMLRELRTGLLTPKSYYELYMKVLDELRYVEDYFTGLQKQGK-PVVELYEKVQSCGNVLPRLYLLITVAGVYIKSLEAPARDILKDLVEMSKGVQHPMRGLFLRNYLSQVSRDKLPDVGTPYEGEEGGSVQDAYEFILQNFSEANRLWCRMQQQPTNAHNKDKKRREKERQELRILVGTNLVRLSQLQGVEAATYKEHILPRLLEQVVQCKDTLAQSYLMECIVQVFGDEFHIATLDLFLAACTQLKEKVNVRAILEGVMDRLATFAEANPAAIPPHLRTFDMFNTCVSKLLEERPGYSVVEVLRLQAS 350

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A835Z7F2_9STRA (Vacuolar protein sorting-associated protein 35 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z7F2_9STRA)

HSP 1 Score: 382 bits (981), Expect = 1.660e-120
Identity = 208/406 (51.23%), Postives = 257/406 (63.30%), Query Frame = 1

Query:    4 EDPAAQQRAL-AEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGS-----------------------------------------------------------VDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSKLELSEIILMQVS 1041
            E  AA+QRAL A+  KRV + A  M+RA D  D   A   A ++++ELK   L+P+ Y+ELY+++  +LR+LE+FF   N +   PMV LYE  QAC  VLPRLYLL TVG+CYI S EAPA  +L DLLEM KGVQ PMRGLFLR Y S VT+DKLPD G+PYEGEGGS                                                           V D +EFVLENF E+N+LWVRMH Q   KDK+RRERER+DLR+LVGTNL RLS+LEGVD   Y+  +LP +L+QVV C+DTIAQSYLMDC++Q FPDEFH+ +L  FL+ + +LKEKVRVR +LESLM+R+  Y E     LP D   F  LNDCV RLI ER  ++L+EI+L+Q S
Sbjct:   14 EAEAARQRALLADCGKRVQEHAGYMRRAIDGGDVSAAVDRAADLVRELKVATLAPKTYFELYLQVAAQLRYLEEFFLVLNAKGT-PMVQLYEHVQACAQVLPRLYLLCTVGSCYIRSGEAPAHAVLSDLLEMAKGVQQPMRGLFLRFYLSQVTKDKLPDTGTPYEGEGGSASATAAPAQLTARASCASVRSAATVELEQFKGAPANRVNAQLIARPARIRLRNGLSARSVSDCLEFVLENFAESNRLWVRMHAQAAVKDKRRRERERRDLRVLVGTNLERLSELEGVDAEMYKTAVLPRVLDQVVTCRDTIAQSYLMDCIVQGFPDEFHIHALPVFLESLLKLKEKVRVRLILESLMQRLSKYAETDGSALPGDASTFTQLNDCVARLIQERPSMDLAEIVLLQGS 418

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: L8H265_ACACA (Vacuolar protein sorting-associated protein 35 n=1 Tax=Acanthamoeba castellanii str. Neff TaxID=1257118 RepID=L8H265_ACACA)

HSP 1 Score: 367 bits (943), Expect = 2.060e-117
Identity = 180/341 (52.79%), Postives = 244/341 (71.55%), Query Frame = 1

Query:   19 QQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSKLELSEIILMQVS 1041
            Q++ L EA   + +EAF MKR  D      A  HA  M+ EL+T+ LSP+NYYELYM+  D+LRHLE F  S+ RQ+ + +  LYE  Q    +LPRLYLL TVG+ YI +KEAPA+D+L+DL+EM +GVQHP RGLFLR Y S +T+DKLPD GS YEG GG V+DS+ F+L+NF E NKLWVRM  QGP +DK RRE+ER++LRLLVG NL RLSQL+GVD A Y++ +LP I EQVV C+D IAQ YLM+ LIQ+FPD FHL +LE FLD   +L+  V V+ ++ S+++R+ N+  + P   PR++D F++ +  +T +I +R K+   +++ + VS
Sbjct:   40 QKKVLEEAKATLNREAFFMKRCLDNKKLMEALKHASTMICELRTSLLSPKNYYELYMQAFDQLRHLEAFL-SEERQSGKKLSELYEIVQYAGNILPRLYLLVTVGSIYIRTKEAPAKDVLRDLVEMCRGVQHPTRGLFLRTYLSEMTKDKLPDVGSDYEGAGGDVNDSISFILQNFTEMNKLWVRMQHQGPVRDKARREQERRELRLLVGKNLARLSQLDGVDVAIYKEAVLPRITEQVVNCRDQIAQQYLMEILIQIFPDHFHLQTLEPFLDTCAKLQPTVDVKSIVVSMLDRLANFAAQEPTNFPREIDVFKIFSSAITNIIEQRPKMTAEDMLALYVS 379

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A8J2SYB7_9STRA (Vacuolar protein sorting-associated protein 35 n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SYB7_9STRA)

HSP 1 Score: 367 bits (941), Expect = 2.300e-117
Identity = 183/342 (53.51%), Postives = 246/342 (71.93%), Query Frame = 1

Query:   19 QQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSK-LELSEIILMQVS 1041
            Q R LAEA++RV ++ F  K+A  A D   A  H+ +ML+EL+T+ L+PRNYYELYMK+ DELRHL+ FF         P   +YE+AQAC  VLPRLYLL T GA Y+ + +APARDIL DL+EM KGVQHPMRGLFLR+Y +   +D LPD GS +EG+GG V  +V+F+L NF E N+LWVRM  QGP+  KKRRE ERK L++LVGTNLVRLSQLEGVD ++Y   +LPP+LEQVV C+D IAQ YL+DC+I VFPDEFHLA+L++FL    +L++KV VR +LE++M R+ N   +    +     AF   + C +RL+ E+ + L+++++I ++ +
Sbjct:   15 QPRYLAEASRRVQEQGFYAKKACGARDLPGALRHSSDMLRELRTSLLTPRNYYELYMKVCDELRHLDQFFQQLVADGT-PAADIYERAQACGDVLPRLYLLITAGAVYVKTMQAPARDILHDLVEMAKGVQHPMRGLFLRHYLAQACKDALPDTGSKFEGDGGDVSHAVDFILRNFGETNRLWVRMQNQGPASQKKRREEERKQLKILVGTNLVRLSQLEGVDESRYASDVLPPLLEQVVNCRDAIAQPYLLDCIINVFPDEFHLATLDSFLTCCTQLRDKVCVRSILEAMMRRLANGARQEDSEVLGPPGAFDAFDACASRLVEEKKEALKVADLIQLRAA 355

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: D8R4P2_SELML (Vacuolar protein sorting-associated protein 35 n=6 Tax=Selaginella moellendorffii TaxID=88036 RepID=D8R4P2_SELML)

HSP 1 Score: 355 bits (912), Expect = 3.810e-113
Identity = 187/334 (55.99%), Postives = 241/334 (72.16%), Query Frame = 1

Query:   19 QQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPR--DVDAFRLLNDCVTRLISERSKLEL 1014
            Q + LA+A   V   AF M RA D ++ ++A  ++  ML EL+T++LSP+ YYELYMK  DELR LE FF  + ++ +     LYE  Q    +LPRLYLL TVG+ YI SKEAPA+D+LKDL+EM++GVQHP+RGLFLR+Y + V+RDKLPD GS YEGEGGSV+D+VEFVL+NF E NKLWVRM  QGP+++K++RE+ER+ LR LVG NL  LSQLEGVD A YR V+LP +LEQVV CKD IAQ YLMDC+IQVFPDEFHL +LE+ L    +L+  V V+ V+  LM+R+ NYV   PD LP    V+AF  L+    ++I  +  + L
Sbjct:   13 QDKWLADAMALVQHNAFFMHRALDNNNLRDALKYSAQMLSELRTSKLSPQKYYELYMKSFDELRKLEFFFKDETKRGR-TNADLYELVQHAGNILPRLYLLITVGSVYINSKEAPAKDVLKDLVEMSRGVQHPIRGLFLRSYLAQVSRDKLPDVGSEYEGEGGSVNDAVEFVLQNFTEMNKLWVRMQHQGPAREKEKREKERRQLRDLVGKNLHVLSQLEGVDLAMYRDVVLPRVLEQVVNCKDEIAQYYLMDCIIQVFPDEFHLQTLESLLGACPQLQTTVDVKTVMAQLMDRLSNYVASTPDVLPEILQVEAFGKLSTATMKVIDAQPDMPL 345

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A7N0UV23_KALFE (Uncharacterized protein n=1 Tax=Kalanchoe fedtschenkoi TaxID=63787 RepID=A0A7N0UV23_KALFE)

HSP 1 Score: 342 bits (877), Expect = 5.080e-113
Identity = 174/319 (54.55%), Postives = 229/319 (71.79%), Query Frame = 1

Query:   52 VMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPR--DVDAFRLLNDCVTRLISERS 1002
            + Q AF M RA D+++ K+A  ++  ML EL+T++LSP  YYELYM+  DELR LE FF  + R+    +V LYE  Q    +LPRLYLL T+G+ YI SKEAPA+D+LKDL+EM +GVQHP+RGLFLR+Y S V+RDKLPD GS YEG+  +V D+VEFVL+NF E NKLWVRM  QGP++DK++RE+ER +LR LVG NL  LSQ+EGVD   Y+  +LP +LEQ+V CKD IAQ YLMDCLIQVFPDE+HL +LE  L    +L+  V ++ VL  LM+R+ NY     + LP   +VDAF  L + + ++I  ++
Sbjct:   20 IQQNAFYMHRALDSNNLKDALKYSTQMLAELRTSRLSPHKYYELYMRAFDELRKLEIFFREETRRGCS-IVDLYELVQHAGNILPRLYLLCTIGSVYIKSKEAPAKDVLKDLVEMCRGVQHPLRGLFLRSYLSQVSRDKLPDIGSDYEGDEDTVMDAVEFVLQNFTEMNKLWVRMQHQGPARDKEKREKERSELRDLVGKNLHVLSQIEGVDLDLYKDTVLPRVLEQIVNCKDDIAQHYLMDCLIQVFPDEYHLQTLETLLGACPQLQSSVDIKTVLSQLMDRLSNYAASSTEVLPEFLEVDAFSKLTNAIGKVIEAQA 337

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BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Match: A0A2R6W5B9_MARPO (Vacuolar protein sorting-associated protein 35 n=1 Tax=Marchantia polymorpha TaxID=3197 RepID=A0A2R6W5B9_MARPO)

HSP 1 Score: 355 bits (910), Expect = 8.310e-113
Identity = 183/349 (52.44%), Postives = 248/349 (71.06%), Query Frame = 1

Query:    1 MEDPAAQQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKTTQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMVLPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFSHVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKDKKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKDTIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMERIGNYVEEHPDTLPR--DVDAFRLLNDCVTRLISERSKLELSEIILMQVS 1041
            M     Q++ LA+A   V   AF M RA DA++ ++A   +  ML EL+T++LSP+ YYELYM+  DELR LE FF  ++++ +     LYE  Q    +LPRLYLL TVG+ YI SKEAPA+D+LKDL+EM++GVQHP+RGLFLR+Y S ++RDKLPD GS YEGEGG+V D+VEFVL+NF E NKLWVRM  QGP+++K++RE+ER +LR LVG NL  LSQLEGVD   Y++V+LP +LEQVV CKD +AQ YLMDC+IQVFPD+FHL +LE  L    +L+  V ++ V+  LMER+ NY    P+ LP    V+AF  L++ V ++I  + ++ L   + + V+
Sbjct:    8 MSSTEEQEKWLADAMALVQHHAFFMHRALDANNLRDALKFSAQMLSELRTSKLSPQKYYELYMRTFDELRMLEVFFKEESKRGR-TNADLYELVQHAGNILPRLYLLCTVGSVYIKSKEAPAKDVLKDLVEMSRGVQHPIRGLFLRSYLSQISRDKLPDVGSEYEGEGGNVMDAVEFVLQNFTEMNKLWVRMQHQGPAREKEKREKERSELRDLVGKNLHVLSQLEGVDLEMYKEVVLPRVLEQVVNCKDDLAQYYLMDCIIQVFPDDFHLQTLETLLGACPQLQPNVDIKTVMSQLMERLSNYAASSPEVLPEFLQVEAFTKLSNSVVKVIEAQPEMSLVGAVSLHVA 355

The following BLAST results are available for this feature:

BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot

BLAST of mRNA_M-pyrifera_M_contig8873.20601.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Macrocystis pyrifera male vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5KMW9_9PHAE	5.560e-229	95.11	Vacuolar protein sorting-associated protein 35 n=2...	[more]
A0A7S2XXV8_9STRA	2.860e-133	59.37	Hypothetical protein (Fragment) n=1 Tax=Fibrocapsa...	[more]
A0A7S3H9X6_9STRA	3.890e-129	58.36	Hypothetical protein (Fragment) n=1 Tax=Spumella e...	[more]
W7TDU3_9STRA	1.360e-128	58.26	Vacuolar protein sorting-associated protein 35 n=4...	[more]
A0A835Z7F2_9STRA	1.660e-120	51.23	Vacuolar protein sorting-associated protein 35 n=1...	[more]
L8H265_ACACA	2.060e-117	52.79	Vacuolar protein sorting-associated protein 35 n=1...	[more]
A0A8J2SYB7_9STRA	2.300e-117	53.51	Vacuolar protein sorting-associated protein 35 n=1...	[more]
D8R4P2_SELML	3.810e-113	55.99	Vacuolar protein sorting-associated protein 35 n=6...	[more]
A0A7N0UV23_KALFE	5.080e-113	54.55	Uncharacterized protein n=1 Tax=Kalanchoe fedtsche...	[more]
A0A2R6W5B9_MARPO	8.310e-113	52.44	Vacuolar protein sorting-associated protein 35 n=1...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
M-pyrifera_M_contig8873	contig	M-pyrifera_M_contig8873:2570..10751 +

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 of Macrocystis pyrifera male vs UniRef90	2022-09-19
OGS1.0 of Macrocystis pyrifera P11B4 male	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	656.4
Seed ortholog evalue	7.6e-186
Seed eggNOG ortholog	2880.D8LQA0
KEGG ko	ko:K18468
KEGG Pathway	ko04144,map04144
Hectar predicted targeting category	other localisation
EggNOG free text desc.	negative regulation of late endosome to lysosome transport
EggNOG OGs	KOG1107@1,KOG1107@2759
COG Functional cat.	U
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko04131
Exons	8
Model size	1047
Cds size	1047
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_M-pyrifera_M_contig8873.20601.1	prot_M-pyrifera_M_contig8873.20601.1	Macrocystis pyrifera P11B4 male	polypeptide	M-pyrifera_M_contig8873 2570..10751 +

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at M-pyrifera_M_contig8873:2570..10751+
coding sequence from alignment at M-pyrifera_M_contig8873:2570..10751+

protein sequence of mRNA_M-pyrifera_M_contig8873.20601.1

>prot_M-pyrifera_M_contig8873.20601.1 ID=prot_M-pyrifera_M_contig8873.20601.1|Name=mRNA_M-pyrifera_M_contig8873.20601.1|organism=Macrocystis pyrifera P11B4 male|type=polypeptide|length=349bp
MEDPAAQQRALAEANKRVMQEAFLMKRATDASDTKNAFTHAGNMLKELKT
TQLSPRNYYELYMKILDELRHLEDFFTSQNRQAQQPMVGLYEQAQACTMV
LPRLYLLNTVGACYILSKEAPARDILKDLLEMTKGVQHPMRGLFLRNYFS
HVTRDKLPDAGSPYEGEGGSVDDSVEFVLENFIEANKLWVRMHGQGPSKD
KKRRERERKDLRLLVGTNLVRLSQLEGVDGAKYRKVILPPILEQVVGCKD
TIAQSYLMDCLIQVFPDEFHLASLEAFLDGVCRLKEKVRVRPVLESLMER
IGNYVEEHPDTLPRDVDAFRLLNDCVTRLISERSKLELSEIILMQVSA*

mRNA from alignment at M-pyrifera_M_contig8873:2570..10751+

Legend: polypeptideCDS

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

>mRNA_M-pyrifera_M_contig8873.20601.1 ID=mRNA_M-pyrifera_M_contig8873.20601.1|Name=mRNA_M-pyrifera_M_contig8873.20601.1|organism=Macrocystis pyrifera P11B4 male|type=mRNA|length=8182bp|location=Sequence derived from alignment at M-pyrifera_M_contig8873:2570..10751+ (Macrocystis pyrifera P11B4 male)
ATGGAAGACCCAGCCGCACAACAGCGAGCCCTGGCGGAGGCAAACAAGCG
GGTGATGCAAGAAGCTTTCCTCATGAAAAGGGCCACGGTGAGACTCCAAA
GAAGCCCATGAGCACCTCTAGAAGCATCCTCTCCAGATGAGGAGGAATAC
AGCGCGGATAATATGGAAGTGTTTTTGCTGTGCTGGCAACTTCCGGCCAA
TGCTTCAGAACAGCAGATCTTTTTCGTCGTATATACTCCGTCCCTGTCAG
CTCGTGGCACCATATTTTTGCCACACTATTAATAATACATACTGTGCGGT
AGGTAAAGTAAAGCAAAGTAAATGCTCGTACGACTCGCGGAGAGTTTCAG
GTTTGGTCGGGAGTGATACACGAGCACGCGTTCGGAAAAGGCACGGCTGG
GAAACAGATGTGTCTTGTGTGCGCACCAGGTAGGGAACATGCAGACAAAC
TTACATCTCACGACCAGCTTTTTATTCCTCTGCGGGAAAAGTCGAGACGA
GACAGTCGAAAGTTCGCGGGCATTTTCGTCTGAAGACCTCAACCGTGCCC
GCCCGAGACCGTAACCGTGTCCGCGCGCGAGAGCGGGGATTGCTGCCGAT
GCAGTTCCATGTAATACGTGAATATCTGGTACTCGTACCTGTCAACGTAT
AATTTGTGGGTACGAGATACCAGTACGAGTACCTATCAAACGGCAAGAGT
ATTGGTACAGCAGCGTCGAGGGCACGTTTCGTCTCTCTGTGGTTAATAAT
AGCTATGATACGTATATAAGCGTTCTGGTGCGCTGGTGTAAACACCAGAA
ACCAGTCATAGTCTCAGTCTACAACAGCAGTATATTAAACGTGCAAGGTG
CAAAGACAGTAGTCGCGTGGCGTGGCGCTTGATCCTGGACAAACGATGTG
CGTCATACTCGTACGTCAGAACTCTGGGAACGTTCCACGAATCGCCATGT
GTACGCTCACAGAGTGAAAGTTCGCGACGCTATTTTGATGTTGTAGGGCA
GCAGTAGAGCACTTGATATGCCGGGGAGCTGGTACTCGTATGATTGCACG
GGTTCTACGATGAAGGTATGCGCTCTCGTGTGCGTGCTCTGCGAATATAC
ACCGATGGCAAAAAGAAGGGAGAGGCAGCGTAGGGCAATGGTTACTTACT
GACTTGTGGCAGCTGTGAAGGGTATATAAAGGCATGTGTCACTCTGCCCT
CGCCCCGTTTCGACTAATATTTTTATCCCACTGCGAATCATCGCATGGCG
CTGACATGGTATGCAACCACCAGGACGCTAGCGATACGAAGAATGCCTTC
ACTCACGCCGGGAACATGCTCAAGGAGCTCAAGACCACCCAGCTGTCCCC
CCGGAACTACTACGAGCTCTACATGAAGGTGCCCCCCTAGCGCGCTTGAA
TCGCCCTCGCTTGAGATCGTCCTTGCTGAGATCGTGGGTGGCCCGGAACA
ACAGGTGGTGCCTACACCAGTATTAGGCGATGCCTACAGCAGTAGGAATA
GACGGTGCCTATAGCAGTAATAGGCGCTGCACCGGTAAGAGTGCAAGTGC
TGAGCGATGCGTCTAGGGGAAGGTTTCGACGAGATGTTTCCAATGCCATA
TTTTTCTTTGTGGATGCCCGCCTCGCTTTGGGGGAAACCGGCTCGGAAAT
TCGTCCCAGGGGGTGTGTTATCTTAACCCTTTTAGGACCGCAGTCACGTT
TTGGGGGATAAAACACTCGAAATTAGACTGGTTTGTCCCCAAAACATGGC
TGCGGTCCTAAAATAGTTAATAAAGGTGTAACACGTGTGTTATCTCATCA
CCCGTTTGTTATACGGTACACCAGTAGTAAATAATGCCTACAAACAGTAG
CAGACGGTTGTTTCAGGAGTAGTGCATGATGCGTAGAGCAGTAGAGAACG
GTGGTCACAGCAGACGTTGCTTGCATTGGTATCAGTAGTAGGCGTTGTTT
ACATAAGTATCAGTAGTAGACGGTGCCTACAACAGGAGTAGACGTTGCAT
CCGGCAATAGTTTGCTGTGTCTCCAGCAGTAGCAGACGGTCCGACAGCAG
TGCGCGACATGTGTGTAGTATGAAGCAGGAGACCTATTCCAGGTTTGACT
TCTTATTTGAGAATGGGCGCCTTATACACTGTTTTACGTTCAGTATCACG
ACTGCCGAATTTCTTACTTTCCTTAGTACAGCGGTAGCAAGTACTTGGAG
TGTTTCGGCTACGTCTGGCGTGGTTGTGTGCGAAGACGAAGAGGGAGCTC
GCCCCCTCTGAAAATTACACAGGGGCGTGGTCGAGGGTGGGTATTGTATC
GGGAGACGAATTTCACGTGGGGCAGATTTGGATATCGTGTAAGCTGCGGG
TCGCATGGAGCGTGTGGAGCAGATTCGGATGTCGTTTGGGTCGTCGGTCT
CACGGAGGGAGTATGGCACGTGTCGTGGCAGTCATAGCGGCGGTGTGTTT
TGTTTTGTTTCACGGCGGTGCCCTCCAGGTGCCCGAGCGGACGGACGGCT
TGGCAGATGGCGGCCTTTACGTTTCGGCGTCGCGGGCGGTGGTCGATTTC
GCTTCCCCCTGCTTGTCGTCTAGCATGATTGTGTGCTCCACGTGTATGTT
CGGGCATACGTTCAATGCTGGTATAGTCGCTCATGCATCTACGTGATGCC
ATCGGTGATTACCGTGCGGTCGTTTTTGTTTCGGATTTTTTTTTTCTCTT
CCTGCTGTGATCTCATGATCGCAGGCGGACGCTTGACACTCACCCCCCCC
CCTCCCCCACGCACACGCACGCACGAAAACCCCTTTACAAGATTCTGGAT
GAACTGCGCCATCTCGAAGACTTTTTCACCTCTCAGAATAGGCAGGCGCA
ACAGCCGATGGTGGGTCTCTACGAGCAGGCTCAGGCGTGCACGATGGTGC
TGCCTAGGCTGTACCTGCTGAACACTGTGGGAGCGTGTTACATCCTCTCC
AAGGAGGCGCCGGCGCGGGTAAGCCGGATTGATGATAGATGGGGACAATG
CGGGAGGCAGAAGAGAGAGGGGGGGGCAGAGGGAGAGGAGAGGGGTGGAG
AAAAAAAGGGAGAGAAAAGGGAGAGAAAAGGGAGGAGGGGAGAGAAAGAG
GGAGAGGGGTTGGGAGAGAGAGGGAGAGAGACGGAGGGGAAGAAAGATGG
CCAACCATTCTTCGGTCAGGACCCGATGGTCGGACGACGATGCAGTTAGT
ACGTAAAAAAACTTCTCGACCTGCGGATATTTCACGCATCGGACAGATAT
ATGAGATAGATCAGATAGATAATTCCCACTTCATGATCTAGATACTTCAG
GCCCGCAGGTATACTCCTGATGTGTATGATCTGGCTCATGTTGCTGGTTG
AGAGTCGAATAATCCACATGATCTAGCCATGCTGCCTGGGTTGGATATGT
GCTGAACAGATCCTGCACAAATCTCTAACCGCTAGGTGAGGACCTAGATG
TTCTATCAATAGATGATATATCTGTACATGATCTGTTCGACGTGTGGAAG
ATTCGAACGTCTTTTCTCTCCCAACCTTGGCATGACACCAGCTCGTACAC
GTCCGTTTGACTGTCAAGCGTGCCAATTCCCGCGAAATTCTAGAAGTCTA
TAGGGTGGAATTTTTTTACAGTTGCCATCCGTTGCACGGCAACGGACGTG
GCCTCTTGAGGCGAGTACTACCGCCATGTACGTAGAAGATATTTTTTCTT
GTAAGAAATACGATAAAATTTCAAAACTAATATAGAGTAGTGCTGGATTG
GAAACGGCTCAAGGAGTACAGCGAGTACCCCCTAGCGAAAAACTCGCCGT
ATTTACGCTCGACGGAGACCCCTCAGCCATTGCGGTTTTTCCGCCACGCC
CACGCTGACTTTAGTTTTGTTTTGCACGCCGCTGTTTCTGTGCTGTGCGT
ACCCGGTGAGCGCAGGACATCTTAAAAGATCTTCTGGAGATGACGAAGGG
CGTGCAGCATCCGATGCGAGGCCTTTTCCTCCGGAACTACTTCTCGCACG
TCACTAGGTGCGTCTCGCTTGCACCGCTGCCTCTTTCAACGCGCGGCGGA
CCTGCTATCCTGCTTCTGGTGCTGCTGGTGGTGTTGTGGCTGTCGCTGCT
GATGTTGCTGCTGCTGCTGCTGCTGCTGCTGTTGCTGCTGATGTTGGTGT
TGCTGCTGCTGTTGCTGCTGATGTTCCCCCCGGGCTCTTGATGGGTTTTA
CCGAGCGCTCGTGGCATGGGAGACGGCATGGCCTGCCGGGGGGTCGAAAA
TCGCGACATGGTGTGTCCTACCCTACCCGGTTTGTGTGAAGCCCTCTAAG
GGGCCACCTGGAGGCAAAGACGAGCGCAAAGTCAATCGCGTGCTAGAATT
TATGTTGATAGAAAAAAGTACGAGGTGGCTCGGAGAAGCTCTCGGCACAG
TACGGAGAACAGCGGCCGCTCTTGTCGAAGCAGGTTGCCGCAAGTGCCAT
GCCGCCCTCGCACCAGCGTGTCGTTCAGCGTCAGCTACGTATATACTTCA
GGCACGGGTACTTACGATTTGAAAGCTGAGCCCGCAAGATTGTCCGTGCT
CTTCCCGGCCGTGTCTGCCCGCAGGGATAAACTTCCAGATGCCGGGTCGC
CCTATGAGGGAGAGGGGGGAAGCGTGGATGACAGCGTGGAATTCGTGCTG
GAAAACTTCATTGAAGCCAACAAGCTCTGGGTCCGCATGCACGGGCAGGT
AAGAGAGGCGAGGCAAGGTGGGGGGGGGTACTCATTTGTTACTTTCCTTT
AGTCATTTGACTATTGACCACGCACCCCTCTAGAGACGGAGCACTGTTCC
TACTCCTATGAGAGACACACCCAACGTTAGGGCGCTCATCACGTATTTCC
TATGTATTACATAGAAACTTCTAGGCGAGGGGTGGGAGCAATTTCCTAGC
AGGGCTGTAAGCTTTACTTTTCCCAATCCGCCGGAGGATATAAAAAAAAA
AAAAAAAGTCTCGGACGCGGGCCATCTATGGCTAGTGCAGCTACTGGTGT
AGAGGCATTGATGTTTCTGTGTGGGATCTCGGCTTCTTAGGCACCGCGCC
CTTTGGAGGCCTTACGAGTCAACCATTAAAGACGAAATTGGCGTTGAAGT
TGAAGTTGATGTTGACGTTGAAGTTGAATTGAAGTTAGAGTTGAAGCGGC
AGCTAAGGTTAAAGACTCGCCTCTAGCCATGGTTGGCGGCGGCGAGATTG
GTGTGAGACTGACTTCTGCGGAGTTGGGTACCGCTACGCGTGATCGCTGT
ACTCGTTGCGTGGAGTGGAAGCCTCTCTACAGCAGACCGCATTGTACGGC
GGTGGGTCAAGACCGCGTCTGTGTTTTCCAACGCACGTTTGATGCCGCCG
TGTTGTTGTTTTTTGTTCGTGTCTTATGTTCTTGTTTTTTGTTTTTTGTT
CGTCAATTGTGATAGACGGTTGCATGTGCCACCTTTAGATTTCGCTCGCT
GACCCTCAGTGAACACGTCCCGCTGGCGGAATATTGTTGTATTTTTGGCG
AAGCAAGCATGTCCCCTTTTCGACCCACGTCATTGAAGCGCAAAGTCACA
CTACCCTCCCGCCGCCTCCAAGCTCTGTGCGCACGCACCGTTCCTGGCGC
GCTCTCGCTTGCTTCGCGGCTTCTCGCCCCTGACACATGCTTGCCCTGGC
GCGCCTTATCCCGTGGTTCTGGGGTAAGGCAAATGTTTCTGACTGACCGG
ATTCCTTGAGCCTTTTAATATCGCAGTCCCGTTTGGGGGAGAATTTACTT
AGAATTAGAGTGGTTTGTCCCCAAAAAGGGACCGCACCGCAGTCCTAAAA
AGGTTGCCCCTATATCGATGGAATACCGAATGTAGTGTGTTGCTATACGT
TTCGTGATTTACCTACGTAGGCTGTGGGAATGGGCATCGGATTTTCAGTT
TTAGCTGTATGAATTGGTTGTTTTCTGTGATTTAGCTATAGGTCGTGGGA
TTAATTGCTCTTGGGATTACACCCCTTTTAGGACCGCAGTCCCGTTTTGG
CGACAAACTGCTCAAAAATGGAGTGGTTTGTCCCCAGAATGGGACTTCAT
TCATCGTATTCCATCCAAAATCAGTTGTGACTTGCTTTCAGTACGGAGCT
CCTCAAGGGAGGAGCCTCACAAAAATGTTCCTGTGGCTATAATACCCCTA
CCGAAGAAGGCGTGTTGCATGTGCGTGTTTTGTTGCTTCTGAGTGAACCG
CTCGCTTCCGTCGCGTTTCCTTTCTACCGTTTCGCTGTTTCCCCCTCCCG
ACTCTTTACTAGCTGCTCGTCTACCCTGGCGCGCCTTCTTTGGTCGCTGT
GGCGTGTTTTGCTCTCAATCGAACCGCGGTGTGTTGCGCCCCTGAACGGC
CTTAAACGTACAAACAGGGCCCCTCGAAGGACAAGAAGCGGCGAGAGCGA
GAAAGAAAGGACCTACGCCTCCTGGTGGGGACGAACCTCGTCCGCCTATC
GCAGCTGGAGGGGGTGGATGGCGCTAAATACCGGAAGGTCATCCTTCCGC
CGATCCTCGAGCAGGTGGGTCAGCGCAACGGCTATATATGGGCGTCTTCG
GGCGTAACGGCTATAATTGCATCTTCGAACGTAACGGCGATAAGGACGTC
TTCGAGCGTAACGGTTTTAGGGGCGTCTTCGAGCGTAGCGGCTTTATGGG
AGTAATAGAGCGTAATGACAACGAAAAAGGGGCTTTTCGAGCATGACGAC
TGTATGTAAGGGCGTCTTCCACCACGCCCAGTCGGGACAACGCGTGCACG
GCGTGGGTTTGCAGTTGCCCTTTTAAACTCCACCCAATTATTTGCGGGAC
GAATCACTTGCGATGTAAGTGGGATAAGTTTGGCTGGGGGTAAAGGGCTA
ATAACGGGCTGGGACTGACAGGGCCAGACTGCTTGTGTAGCCTGCCTGCC
TGCGCTGTCTGCCTGCGCTGCCCCGTCCTTTCTAGCCGCGACCTGACTCC
ACGCGCTCATGTTTTTCCCTACCCTTGCGCGCGCAGGTGGTGGGCTGCAA
GGACACCATAGCCCAGAGCTACCTGATGGACTGCTTGATACAGGTGTTTC
CCGACGAGTTTCACCTAGCGTCTCTGGAGGCGTTTTTGGATGGCGTGTGT
CGGCTGAAGGAGAAGGTTAGGGTTCGGCCGGTGCTGGAGAGCTTGATGGA
GCGCATCGGGAACTACGTGGAGGAGCACCCGGACACTCTGCCGAGGGATG
TAAGAACGGTGACGGGAGTGGTGCGGTTATCGTTGTTTTTGTTGGCAGCA
GCAGCAGCAGCATCAGCAGCAACCAACACAAGCACAAGCTAGATGGCATA
CGTGGAAATCAGCATGGAGCTCGGTTTCACGGTTTACGGTACCGCGGTGG
TTGCTGTTGCTTTTTGCTGATGATGGGTGGTGGTTCGTGGCTGTTGCTGT
TGTAGTCATGTGGGTCGATGCTGCTGTTTTTTATCGTTGTGTTGGTTTTG
TGTGTTTATGTTGGTGTTATTGTTGGTGTTCGTGTTATTACGGGGGTCCA
TAGTTAATGGGACCAAATTTTGTTATTAAAAATAGGTAAATATATAGGTT
TTTATGTGTACCATAGGTCCTATTAACTATGGACTCCCGTAATAGTTGTT
GTTCAGTGTTTGTTGTCGGCGCTGTTTGAAGTTGTCCCTTGTGGTCACAG
AGTTATGGTAACTTACCTGTGGTCTGTAGGTGGGAAAGGACCCTTGCTCC
GTGCGAACCAATGCAGGCGGCATATGTCAACGAGACTCGACTCACGAAGA
CGAGGTTGCCGCATTTGTCTAGGACGACGGTTTCGGGAACAAAAGGCGTT
TTGCTGTACCGCTGAACTCTGCACGTTGGCATGACTAAGTTGATACCACG
GCAGCGCGCGGGGCCTCTTGTCTGTACAGCGCAGGACGTTGCATGTGGTA
CCCTAACACAAGTCATTGGGGCATGAACGACCTCGCCGTCAAACCAGTAG
AAAAACAGAGCAACAACGCGGTTGTGGTGGGAGATGGAATTCCGCTTCAA
GTTTTTTTTGTGAGATGAACGTGCGCCCGTGGCATCCCCTATCCCCGTTA
TTTGCTGCCGCCTCCTTTATGTGAACGCAGGTGGATGCCTTCAGGCTGCT
GAACGATTGTGTGACGCGGCTCATATCGGAGAGGTCGAAGCTCGAGCTGT
CCGAAATCATACTCATGCAGGTGAGCGCGTAG

Coding sequence (CDS) from alignment at M-pyrifera_M_contig8873:2570..10751+

>mRNA_M-pyrifera_M_contig8873.20601.1 ID=mRNA_M-pyrifera_M_contig8873.20601.1|Name=mRNA_M-pyrifera_M_contig8873.20601.1|organism=Macrocystis pyrifera P11B4 male|type=CDS|length=2094bp|location=Sequence derived from alignment at M-pyrifera_M_contig8873:2570..10751+ (Macrocystis pyrifera P11B4 male)
ATGGAAGACCCAGCCGCACAACAGCGAGCCCTGGCGGAGGCAAACAAGCG
GGTGATGCAAGAAGCTTTCCTCATGAAAAGGGCCACGATGGAAGACCCAG
CCGCACAACAGCGAGCCCTGGCGGAGGCAAACAAGCGGGTGATGCAAGAA
GCTTTCCTCATGAAAAGGGCCACGGACGCTAGCGATACGAAGAATGCCTT
CACTCACGCCGGGAACATGCTCAAGGAGCTCAAGACCACCCAGCTGTCCC
CCCGGAACTACTACGAGCTCTACATGAAGGACGCTAGCGATACGAAGAAT
GCCTTCACTCACGCCGGGAACATGCTCAAGGAGCTCAAGACCACCCAGCT
GTCCCCCCGGAACTACTACGAGCTCTACATGAAGATTCTGGATGAACTGC
GCCATCTCGAAGACTTTTTCACCTCTCAGAATAGGCAGGCGCAACAGCCG
ATGGTGGGTCTCTACGAGCAGGCTCAGGCGTGCACGATGGTGCTGCCTAG
GCTGTACCTGCTGAACACTGTGGGAGCGTGTTACATCCTCTCCAAGGAGG
CGCCGGCGCGGATTCTGGATGAACTGCGCCATCTCGAAGACTTTTTCACC
TCTCAGAATAGGCAGGCGCAACAGCCGATGGTGGGTCTCTACGAGCAGGC
TCAGGCGTGCACGATGGTGCTGCCTAGGCTGTACCTGCTGAACACTGTGG
GAGCGTGTTACATCCTCTCCAAGGAGGCGCCGGCGCGGGACATCTTAAAA
GATCTTCTGGAGATGACGAAGGGCGTGCAGCATCCGATGCGAGGCCTTTT
CCTCCGGAACTACTTCTCGCACGTCACTAGGACATCTTAAAAGATCTTCT
GGAGATGACGAAGGGCGTGCAGCATCCGATGCGAGGCCTTTTCCTCCGGA
ACTACTTCTCGCACGTCACTAGGGATAAACTTCCAGATGCCGGGTCGCCC
TATGAGGGAGAGGGGGGAAGCGTGGATGACAGCGTGGAATTCGTGCTGGA
AAACTTCATTGAAGCCAACAAGCTCTGGGTCCGCATGCACGGGCAGGGAT
AAACTTCCAGATGCCGGGTCGCCCTATGAGGGAGAGGGGGGAAGCGTGGA
TGACAGCGTGGAATTCGTGCTGGAAAACTTCATTGAAGCCAACAAGCTCT
GGGTCCGCATGCACGGGCAGGGCCCCTCGAAGGACAAGAAGCGGCGAGAG
CGAGAAAGAAAGGACCTACGCCTCCTGGTGGGGACGAACCTCGTCCGCCT
ATCGCAGCTGGAGGGGGTGGATGGCGCTAAATACCGGAAGGTCATCCTTC
CGCCGATCCTCGAGCAGGGCCCCTCGAAGGACAAGAAGCGGCGAGAGCGA
GAAAGAAAGGACCTACGCCTCCTGGTGGGGACGAACCTCGTCCGCCTATC
GCAGCTGGAGGGGGTGGATGGCGCTAAATACCGGAAGGTCATCCTTCCGC
CGATCCTCGAGCAGGTGGTGGGCTGCAAGGACACCATAGCCCAGAGCTAC
CTGATGGACTGCTTGATACAGGTGTTTCCCGACGAGTTTCACCTAGCGTC
TCTGGAGGCGTTTTTGGATGGCGTGTGTCGGCTGAAGGAGAAGGTTAGGG
TTCGGCCGGTGCTGGAGAGCTTGATGGAGCGCATCGGGAACTACGTGGAG
GAGCACCCGGACACTCTGCCGAGGGATGTGGTGGGCTGCAAGGACACCAT
AGCCCAGAGCTACCTGATGGACTGCTTGATACAGGTGTTTCCCGACGAGT
TTCACCTAGCGTCTCTGGAGGCGTTTTTGGATGGCGTGTGTCGGCTGAAG
GAGAAGGTTAGGGTTCGGCCGGTGCTGGAGAGCTTGATGGAGCGCATCGG
GAACTACGTGGAGGAGCACCCGGACACTCTGCCGAGGGATGTGGATGCCT
TCAGGCTGCTGAACGATTGTGTGACGCGGCTCATATCGGAGAGGTCGAAG
CTCGAGCTGTCCGAAATCATACTCATGCAGGTGAGCGCGTAGGTGGATGC
CTTCAGGCTGCTGAACGATTGTGTGACGCGGCTCATATCGGAGAGGTCGA
AGCTCGAGCTGTCCGAAATCATACTCATGCAGGTGAGCGCGTAG