mRNA_M-pyrifera_M_contig843.19668.1 (mRNA) Macrocystis pyrifera P11B4 male

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

Overview
NamemRNA_M-pyrifera_M_contig843.19668.1
Unique NamemRNA_M-pyrifera_M_contig843.19668.1
TypemRNA
OrganismMacrocystis pyrifera P11B4 male (Macrocystis pyrifera P11B4 male (Giant kelp))
Homology
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BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A6H5KFL3_9PHAE (Hydrolase_4 domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KFL3_9PHAE)

HSP 1 Score: 424 bits (1091), Expect = 1.000e-146
Identity = 201/295 (68.14%), Postives = 245/295 (83.05%), Query Frame = 1 
Query:    1 RRGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAI--GMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLNHQEHFQTVVAAVDKHW 879
            RRG +VWYR+W+P+SKA+AML I HGLHSH GRW+K+AH+YTEKGY+V+ANDHIGHGLT Q   GG    GMV+DH++MTDDFTEFV KMV +E+DK+LPV ILGHSMGSLVATVSA +   H  +GPR KKL    CPIVPGP SASPFGLR LYP+ + + ++RRLSGL+ARMDP GPAAP+DQG LS DP V LEA VDPLMVKG+VRNKTAFEV+KL+Q AK+SA KV+VP LL+HG +DD+AYP G+E+MK LLT+ ++   +VY+GVLHEVL H+  F+TVVAA+D+HW
Sbjct:   46 RRGGSVWYRRWAPQSKAIAMLFIAHGLHSHSGRWSKLAHYYTEKGYVVFANDHIGHGLTVQAVEGGGTNSGMVEDHSRMTDDFTEFVVKMVGQEEDKTLPVMILGHSMGSLVATVSATKLTEHAVVGPRVKKLALSGCPIVPGPGSASPFGLRCLYPINRASGLVRRLSGLLARMDPGGPAAPLDQGSLSSDPEVKLEAAVDPLMVKGSVRNKTAFEVLKLVQVAKQSACKVSVPVLLIHGGDDDMAYPSGAEEMKSLLTASSSVALEVYDGVLHEVLKHKSEFKTVVAALDRHW 340
[Close]
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A836C8A9_9STRA (Putative lysophospholipase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836C8A9_9STRA)

HSP 1 Score: 206 bits (525), Expect = 2.220e-61
Identity = 118/276 (42.75%), Postives = 160/276 (57.97%), Query Frame = 1 
Query:    7 GSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVS-AEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLN 831
            G  + +R W+P  +    + IVHGLH H GR+++VA +   KGY VYANDH GHGL+A    G  +G V D+  M+D   EFV+ M+D +  +  PV++L HSMG++V  V+ A+       +  R K +    C + PGP SASP GL   + LTK+  +L  L    A  DP GP APID   LS DP VA   K D    +G ++NKTA EVVKL    +E    +T+P LL+HG +D I YP GSE+M  LL S +    +V  G+ HE+LN
Sbjct:   27 GDAIGFRTWTPAGEVRGTVFIVHGLHEHSGRYSRVAEYLNGKGYAVYANDHAGHGLSA----GDNMGFVSDYRHMSDAVAEFVKTMLDGQPLER-PVYMLCHSMGAMVGAVALAKLKAEDAALYGRIKGVAFTGCALSPGPGSASPLGLTCCFCLTKSKGLLHCLVACFATADPHGPNAPIDDACLSHDPEVAARLKKDFYHFRGRIKNKTAHEVVKLSDKTREVLPTLTLPCLLMHGGDDTICYPDGSEEMLSLLGS-SKKTLKVVPGLFHEILN 296
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BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A4D9DAP3_9STRA (Hydrolase_4 domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9DAP3_9STRA)

HSP 1 Score: 154 bits (389), Expect = 9.660e-41
Identity = 92/276 (33.33%), Postives = 152/276 (55.07%), Query Frame = 1 
Query:    7 GSNVWYRKWSPKS--KAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRH-PTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEV 825
            G  ++ R W PK      + + + HG++ H GR+  +AH  T KG+ V+ +DH GHGL+     GG  G V+D   +  D  + +     ++  + +P FI+GHSMG++VA  +A E     P++      +    C +VPGP++ASPFG+R L+ LTK+      + GLMAR+DP GP AP+ +  L++D       + DPL  +G + N+T  ++++  +  KE     T+P L +HGA D + YP+GS  + +   S T    +++  + HE+
Sbjct:   35 GGRLFTRTWIPKDCVTPASCIFLAHGVNEHIGRYCDLAHSLTAKGHKVFGHDHWGHGLS-----GGHRGDVEDLNYLIGDLKQLIAAQ--RDNHRGVPFFIIGHSMGTIVAFHAALELSSEAPSL---LHGVIFSGCALVPGPAAASPFGVRFLFCLTKSEWASSAIGGLMARLDPRGPLAPVVESELTRDTKELEALQRDPLHNRGPLLNRTGNQLLQKCREMKERLPHFTLPFLAMHGAADTVTYPEGSRFLFEHAGS-TVKTLKIFPALYHEI 299
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BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A7Y8ICM8_9DELT (Lysophospholipase n=1 Tax=Syntrophaceae bacterium TaxID=2052184 RepID=A0A7Y8ICM8_9DELT)

HSP 1 Score: 136 bits (342), Expect = 1.130e-34
Identity = 93/297 (31.31%), Postives = 159/297 (53.54%), Query Frame = 1 
Query:    4 RGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDK--EKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAK-SCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLNHQEHFQTVVAAVDKHWEA 885
            RG+N++++ W P+ +  A+L++VHGL  H GR+  V +H+   GY VY  DHIGHG +    +G  +     + K  DD+T+ ++   D    +    P+F++GHSMG L++T+          +  + +  GA  S P V  PS+ +P     +  L+K  + L   SG++ R+D  G         +S+DP+V      DPL+ KG +  + A E++K +Q     ASK+T+P ++V G  D +  P G++ +   ++S    + + Y+G  HEV N  EH +TV+  V++  E+
Sbjct:   12 RGANIYFQGWLPEGEPRAVLLLVHGLAEHSGRYGNVVNHFVPLGYAVYGIDHIGHGKS----DGIRV-----YVKRFDDYTQTLQVYFDMICRRHPDRPIFLVGHSMGGLISTLYL--------LDHQAELTGAVLSGPAVKVPSTITP----AILLLSKMLSALIPKSGVL-RLDANG---------VSRDPAVVQAYVSDPLVHKGKITARLAAEMLKTMQHVSAQASKITLPIMIVQGGADRLVDPAGAQMLYDTVSSADK-EIRTYDGFYHEVFNEPEH-ETVLRDVERWLES 275
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BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A2S5Q1N7_9GAMM (Alpha/beta hydrolase n=2 Tax=Methylococcaceae TaxID=403 RepID=A0A2S5Q1N7_9GAMM)

HSP 1 Score: 127 bits (320), Expect = 1.740e-31
Identity = 90/284 (31.69%), Postives = 140/284 (49.30%), Query Frame = 1 
Query:    4 RGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLNHQEHFQTV 855
            R +N++Y+ W P++ A A+L++VHGL  H GR+ ++A H+   GY VY  DHIGHG +      G    ++     TD  T F + + + +  K  P+F+LGHSMG LVAT        H  I  + K  GA    ++  PS      L++   +     ML +L  ++A   P      +D   LS+DP        DPL+  G    + A E++K +Q A     K+T+P +++ G+ED I  P G+  +     S      + Y+G+ HEV N  E  Q +
Sbjct:   12 RNANIYYQAWRPEADAKAVLLLVHGLGEHCGRYGRLASHFANLGYAVYGFDHIGHGKSE-----GRREYIERFDDYTDTLTAFYQLVNNAQTGK--PIFLLGHSMGGLVAT--------HYLIDHQDKFHGA----VISSPS------LKVSANIPPAIIMLGKLLSIIA---PKQGLMALDTRTLSRDPETVSACANDPLVFHGKTPARLAAELLKAMQRATSELDKITLPFIVLQGSEDKIVDPAGAHLLYGQARSKDKT-FKFYKGLYHEVFNEPERGQVL 266
[Close]
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A1J5IJ22_9DELT (Alpha/beta hydrolase n=2 Tax=Deltaproteobacteria TaxID=28221 RepID=A0A1J5IJ22_9DELT)

HSP 1 Score: 127 bits (319), Expect = 2.490e-31
Identity = 84/280 (30.00%), Postives = 146/280 (52.14%), Query Frame = 1 
Query:    4 RGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLNHQEH 843
            R   ++Y+ W P+++  A+L++VHGL  HGGR+  + +++   GY VYA DH+GHG +      GA   V+     TD  + F E +   +K K  PVF++GHSMG L+  +   +         R  +L      ++ GP+  +P  +    P+T  A  +  LS LM R+        ++   +S+DP+V    + DPL+ +G +  +   E++K ++     AS++++P L++ G  D + +P G++ +   ++S T     +YEG  HEV N  EH
Sbjct:   12 RDHRIYYQYWLPETEPKAVLLVVHGLAEHGGRYMNLVNYFLPLGYAVYAADHLGHGRSE-----GARVYVERFADYTDTLSSFREMIRGWQKGK--PVFLIGHSMGGLIGALYLLD---------RQNELAGA---VLSGPAVKAPDDIS---PITIFAGQV--LSALMPRLG----LIQLEAEGVSRDPAVVKAYETDPLVYRGKITARLGAEMIKAMRQVGAEASRISLPLLILQGGADRLVHPSGAQMLHDGVSS-TDRKIILYEGFYHEVFNEPEH 262
[Close]
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A554V3J8_9ACTN (Lysophospholipase n=2 Tax=Skermania sp. ID1734 TaxID=2597516 RepID=A0A554V3J8_9ACTN)

HSP 1 Score: 125 bits (313), Expect = 2.800e-30
Identity = 83/289 (28.72%), Postives = 152/289 (52.60%), Query Frame = 1 
Query:    7 GSNVWYRKWSPKSKAVA--MLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAAD--CQVYEGVLHEVLNHQEHFQTVVA 861
            G +++++ W P  +     +++I HG+H HGGR+  VA     KG+ VYA DH GHG +      GA G ++   ++  D  + +  M+ +++  ++PVF+LGHS G L+A       + + T  PR       S P V          + ++ P+ K      R++G++A + P  P  P+D  ++S+DP++    + +PLMV   +R ++ +E V   ++ +   S +T+P L++ G ED +  P G+   + ++   ++AD     Y+G+ HE+ N  E  +TV+A
Sbjct:   31 GKSIFWQAWLPDDEQTVRGVVVISHGMHEHGGRYEAVAETLVGKGFAVYAVDHAGHGRSD-----GARGDMNHLDEVVADLDQLI--MLARQRHPNIPVFLLGHSAGGLIA-------LSYVTARPRELAGLILSAPAV---------DISVVSPVQK------RIAGVIASVAPKLPLVPLDSSLVSRDPAIVEYHRTNPLMVHNKMRARSVYEGVTAAESVQAKLSSLTLPLLVMTGTEDKLVSPNGA---RMVVERASSADKTYHEYDGLYHEIFNEPER-ETVLA 286
[Close]
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A1J5EDT4_9DELT (Alpha/beta hydrolase n=3 Tax=Deltaproteobacteria TaxID=28221 RepID=A0A1J5EDT4_9DELT)

HSP 1 Score: 123 bits (308), Expect = 1.150e-29
Identity = 86/284 (30.28%), Postives = 137/284 (48.24%), Query Frame = 1 
Query:    4 RGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLNHQEHFQTV 855
            R ++++Y+ W P   A A+LI+VHGL  H GR+  + +H+   GY+VY  DHIGHG + +GP    +   +D T     F + V     KE     P+F++GHSMG L+A +   E   H  +      L A S  +    SSA+ F                 L  + + + P      +D   +S+DP+V      DPL+ +G    +   E++K +Q     ASK+T+P L++ G  D +  P G++ +   + S      +VY G+ HE +N  EH Q +
Sbjct:   12 RDASIYYQTWLPDDDAKAVLIVVHGLAEHSGRYMNLVNHFVPLGYVVYGIDHIGHGKS-EGPR-VYVERFEDFTNTLGIFHQMV-----KEWQPGKPIFLVGHSMGGLIAVIYILE--HHYELTGAI--LSAPSVQVPDNISSATIF-----------------LGKIFSTLMPKLGIVTLDAEGVSRDPAVVDAYVNDPLVYRGKTTARLGAELLKAMQRVSAEASKITLPILIIQGGADRLVDPSGAQILHDRVGSKDKT-IKVYNGLYHEAINEPEHDQVL 266
[Close]
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: UPI000832E9FF (alpha/beta hydrolase n=1 Tax=Nocardia miyunensis TaxID=282684 RepID=UPI000832E9FF)

HSP 1 Score: 122 bits (306), Expect = 2.020e-29
Identity = 84/281 (29.89%), Postives = 135/281 (48.04%), Query Frame = 1 
Query:    4 RGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQV--YEGVLHEVLNHQE 840
            RG  V++R W P  +  A++ +VHG+  H GR+  V     + G+ VYA DHIGHG +A     G+   +D      D+    ++  +  E+   LP F+LGHSMGSL+    A    R P        L      I     SA P  +      +  +A+ R L+  ++R  P      +D  ++S+DP V      DPL+  G +  +T  E+++  +       ++TVPTL++HGA+D +A P  ++ +++      A D  V  Y G+ HE+ N  E
Sbjct:   12 RGGRVFWRAWIPSDRVRAVIALVHGVAEHSGRYDHVGKRLADSGFAVYALDHIGHGRSA-----GSKANIDSIDGAADNVAALLD--IASERHPDLPRFVLGHSMGSLITLYLA---TRAP--------LDVAGVAI-----SAPPLDI------SAGSALQRALAPALSRWAPNLGVLQLDSSMISRDPEVVRGYDADPLVFSGKLPARTGAEILRATETVTARLDRLTVPTLVLHGADDALAAPSSADTVEQ---RAGAKDLTVIRYPGLYHEIFNEPE 260
[Close]
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Match: A0A0M9E445_9DELT (Lysophospholipase n=1 Tax=Candidatus Magnetomorum sp. HK-1 TaxID=1509431 RepID=A0A0M9E445_9DELT)

HSP 1 Score: 122 bits (305), Expect = 2.580e-29
Identity = 79/281 (28.11%), Postives = 138/281 (49.11%), Query Frame = 1 
Query:   13 NVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYANDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVFILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGLRLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVDPLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGSEDMKKLLTSCTAADCQVYEGVLHEVLNHQEHFQTV 855
            N++Y+ W P+ K  A+L+++HGL  H GR+  V +++  +GY VY+ DHIGHG +      G+  ++      TD   ++ +++  ++ +   P+ I GHSMG L+ T    +            +L A    ++ GP            PL     +   L   ++ M P      ID   +S+D +V      DPL+  G +  +   E++K +Q   +  SK+++P  +VHG  D +A P GS+ +   ++S      ++Y+G+ HEVLN  EH Q +
Sbjct:   15 NIYYQFWLPEEKPKAILLVIHGLVEHSGRYMNVVNYFVPRGYAVYSLDHIGHGKSE-----GSRTLIQQFKDFTDTIKQYFDQV--RKWNPDTPIIIFGHSMGGLITTNYLLDYQ---------SELAAA---VISGP------------PLKVPNVISSFLGNALSTMVPWLGLLRIDPKDISRDKNVVQAYIDDPLVYNGKISARLLSEIIKGMQRISQEVSKISLPICIVHGGSDVLAEPSGSQMLFDKVSS-QKKSIKIYDGLYHEVLNEPEHEQVL 263
The following BLAST results are available for this feature:
BLAST of mRNA_M-pyrifera_M_contig843.19668.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Macrocystis pyrifera male vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KFL3_9PHAE1.000e-14668.14Hydrolase_4 domain-containing protein n=2 Tax=Ecto... [more]
A0A836C8A9_9STRA2.220e-6142.75Putative lysophospholipase n=1 Tax=Tribonema minus... [more]
A0A4D9DAP3_9STRA9.660e-4133.33Hydrolase_4 domain-containing protein n=2 Tax=Mono... [more]
A0A7Y8ICM8_9DELT1.130e-3431.31Lysophospholipase n=1 Tax=Syntrophaceae bacterium ... [more]
A0A2S5Q1N7_9GAMM1.740e-3131.69Alpha/beta hydrolase n=2 Tax=Methylococcaceae TaxI... [more]
A0A1J5IJ22_9DELT2.490e-3130.00Alpha/beta hydrolase n=2 Tax=Deltaproteobacteria T... [more]
A0A554V3J8_9ACTN2.800e-3028.72Lysophospholipase n=2 Tax=Skermania sp. ID1734 Tax... [more]
A0A1J5EDT4_9DELT1.150e-2930.28Alpha/beta hydrolase n=3 Tax=Deltaproteobacteria T... [more]
UPI000832E9FF2.020e-2929.89alpha/beta hydrolase n=1 Tax=Nocardia miyunensis T... [more]
A0A0M9E445_9DELT2.580e-2928.11Lysophospholipase n=1 Tax=Candidatus Magnetomorum ... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
M-pyrifera_M_contig843contigM-pyrifera_M_contig843:3115..22490 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 of Macrocystis pyrifera male vs UniRef902022-09-19
OGS1.0 of Macrocystis pyrifera P11B4 male2021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score424.1
Seed ortholog evalue5.4e-116
Seed eggNOG ortholog2880.D7G0W7
KEGG rclassRC00020,RC00041
KEGG koko:K01054
KEGG ReactionR01351
KEGG Pathwayko00561,ko01100,ko04714,ko04723,ko04923,map00561,map01100,map04714,map04723,map04923
KEGG ModuleM00098
Hectar predicted targeting categoryother localisation
EggNOG free text desc.acylglycerol lipase activity
EggNOG OGsCOG2267@1,KOG1455@2759
Ec32 ortholog descriptionPutative lysophospholipase, monoglyceride lipase
Ec32 orthologEc-23_002030.1
EC3.1.1.23
COG Functional cat.I
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko00002,ko01000,ko01002
Exons10
Model size891
Cds size891
Stop1
Start0
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_M-pyrifera_M_contig843.19668.1prot_M-pyrifera_M_contig843.19668.1Macrocystis pyrifera P11B4 malepolypeptideM-pyrifera_M_contig843 3115..22490 +


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

Feature NameUnique NameSpeciesTypePosition
1622816750.7107651-CDS-M-pyrifera_M_contig843:3114..31751622816750.7107651-CDS-M-pyrifera_M_contig843:3114..3175Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 3115..3175 +
1692278156.426275-CDS-M-pyrifera_M_contig843:3114..31751692278156.426275-CDS-M-pyrifera_M_contig843:3114..3175Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 3115..3175 +
1622816750.722404-CDS-M-pyrifera_M_contig843:3801..39131622816750.722404-CDS-M-pyrifera_M_contig843:3801..3913Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 3802..3913 +
1692278156.4485834-CDS-M-pyrifera_M_contig843:3801..39131692278156.4485834-CDS-M-pyrifera_M_contig843:3801..3913Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 3802..3913 +
1622816750.7339535-CDS-M-pyrifera_M_contig843:5739..58301622816750.7339535-CDS-M-pyrifera_M_contig843:5739..5830Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 5740..5830 +
1692278156.461425-CDS-M-pyrifera_M_contig843:5739..58301692278156.461425-CDS-M-pyrifera_M_contig843:5739..5830Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 5740..5830 +
1622816750.7457433-CDS-M-pyrifera_M_contig843:9142..92711622816750.7457433-CDS-M-pyrifera_M_contig843:9142..9271Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 9143..9271 +
1692278156.480376-CDS-M-pyrifera_M_contig843:9142..92711692278156.480376-CDS-M-pyrifera_M_contig843:9142..9271Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 9143..9271 +
1622816750.7573082-CDS-M-pyrifera_M_contig843:9643..96531622816750.7573082-CDS-M-pyrifera_M_contig843:9643..9653Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 9644..9653 +
1692278156.5035958-CDS-M-pyrifera_M_contig843:9643..96531692278156.5035958-CDS-M-pyrifera_M_contig843:9643..9653Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 9644..9653 +
1622816750.7693892-CDS-M-pyrifera_M_contig843:10789..108591622816750.7693892-CDS-M-pyrifera_M_contig843:10789..10859Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 10790..10859 +
1692278156.513837-CDS-M-pyrifera_M_contig843:10789..108591692278156.513837-CDS-M-pyrifera_M_contig843:10789..10859Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 10790..10859 +
1622816750.7808716-CDS-M-pyrifera_M_contig843:13914..139941622816750.7808716-CDS-M-pyrifera_M_contig843:13914..13994Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 13915..13994 +
1692278156.5243003-CDS-M-pyrifera_M_contig843:13914..139941692278156.5243003-CDS-M-pyrifera_M_contig843:13914..13994Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 13915..13994 +
1622816750.7917552-CDS-M-pyrifera_M_contig843:14721..148551622816750.7917552-CDS-M-pyrifera_M_contig843:14721..14855Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 14722..14855 +
1692278156.5344377-CDS-M-pyrifera_M_contig843:14721..148551692278156.5344377-CDS-M-pyrifera_M_contig843:14721..14855Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 14722..14855 +
1622816750.8043933-CDS-M-pyrifera_M_contig843:20191..203021622816750.8043933-CDS-M-pyrifera_M_contig843:20191..20302Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 20192..20302 +
1692278156.5439029-CDS-M-pyrifera_M_contig843:20191..203021692278156.5439029-CDS-M-pyrifera_M_contig843:20191..20302Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 20192..20302 +
1622816750.8186324-CDS-M-pyrifera_M_contig843:22397..224901622816750.8186324-CDS-M-pyrifera_M_contig843:22397..22490Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 22398..22490 +
1692278156.557923-CDS-M-pyrifera_M_contig843:22397..224901692278156.557923-CDS-M-pyrifera_M_contig843:22397..22490Macrocystis pyrifera P11B4 maleCDSM-pyrifera_M_contig843 22398..22490 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_M-pyrifera_M_contig843.19668.1

>prot_M-pyrifera_M_contig843.19668.1 ID=prot_M-pyrifera_M_contig843.19668.1|Name=mRNA_M-pyrifera_M_contig843.19668.1|organism=Macrocystis pyrifera P11B4 male|type=polypeptide|length=297bp
RRGSNVWYRKWSPKSKAVAMLIIVHGLHSHGGRWAKVAHHYTEKGYLVYA
NDHIGHGLTAQGPNGGAIGMVDDHTKMTDDFTEFVEKMVDKEKDKSLPVF
ILGHSMGSLVATVSAEECVRHPTIGPRFKKLGAKSCPIVPGPSSASPFGL
RLLYPLTKNAAMLRRLSGLMARMDPTGPAAPIDQGVLSKDPSVALEAKVD
PLMVKGNVRNKTAFEVVKLIQAAKESASKVTVPTLLVHGAEDDIAYPKGS
EDMKKLLTSCTAADCQVYEGVLHEVLNHQEHFQTVVAAVDKHWEAS*
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mRNA from alignment at M-pyrifera_M_contig843:3115..22490+

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_M-pyrifera_M_contig843.19668.1 ID=mRNA_M-pyrifera_M_contig843.19668.1|Name=mRNA_M-pyrifera_M_contig843.19668.1|organism=Macrocystis pyrifera P11B4 male|type=mRNA|length=19376bp|location=Sequence derived from alignment at M-pyrifera_M_contig843:3115..22490+ (Macrocystis pyrifera P11B4 male)
AGGCGCGGGAGCAACGTTTGGTACCGGAAATGGTCTCCCAAGTCCAAGGC
TGTCGCCATGCGTAAGTGCAACTCACGCTGGACGCGGTAATATATCGCAC
AGAACCGTCACTGCACGACGGGGACTAGCAAGGCTAGTCGCCGCTGTGGC
AGCAGGACTGTGTTGCGCCGCAGGTGTTGCGTAATCGGTACCTCTGAACC
CTACCGCTTCGCTTGACGCCGCTTCAATGGCTTCCACAAAATATATCGGG
CGGTGCACTTTTTTTGCCTAGAGCGTCAAGGACCTCACGAATGGCGTATT
CTTGTGTATGTTTCAATGTCCGCAGTTTCTTCGGTAGTATTCACGAACGG
TATCGTTAGTGGGGAGCTCGCGTGGCTGCCTAGTTCCGCCGAAAACGTTG
CGGTCGATGATGCTGCAGCCGCCGGTGAAAAGACTTATCCTAGAGCCGTG
GCGCTTGCTGCAAATGGGGTTTCGGTGGTGTCACTTTATTCTGCGTTTCC
GCTCGCTCTCACACGCACAAAGTAGGACGCCGCCCCTTCCCCCTCAAGAA
CGATGATGCCCACTCTGTACGTAGACTACATCCAGTCGAGCATTCGGTAT
TCACCGCTTCTCAAGAACTACCCTCCCCTCCCCTCACCCCACCCCACCCC
ACCCCACCCCACCCCACTTTCCTTGTGCGCGCGGCAGTGATAATCGTCCA
CGGGTTGCATTCCCATGGAGGGCGATGGGCGAAAGTGGCCCACCACTACA
CAGAGAAAGGATATCTCGTCTACGCCAACGATCACATCGGGCACGGCTTG
TGAGTGAACCCCTGAGGCATTCACATAGCCTTAACATAGTACCTGCACAA
CCTATTTGTAGTATTGATTCTCCGGTAATAGAAAAAAAAATGTTTATTTT
TTGCCTTCAAACCCAAATGGATCTTTCTGGTCGACGAATAACAGTCAGTG
CCAGATATTTATGGACCTTTTTAGAAAGAGAGAGAGATATTTTTTAAGTC
GATACATGCGTAGCCGAAATAAAATCATGCTAATAGTACATATCTCCGTT
GGAATCCATGTATCGCGACTAATCAAAGTGAAAAAAAATGTCGTTCTTAT
ATCACAAATGCGAGTGTGCAGCCTATAACACGATGGCTGATGCTATGGGT
GTGTCGTAGAGCTCCTTGTACGCAATGGTCCCTCATTAGTGCCGGTATGG
TATGCGCCAGCCAGCAGTACCGGTACTATATGTAGCGGCAACCAACCGGC
ACTAATCCCTGCGCACACTGCCACACTCGTTTATCCCATATGTGCCTAGC
GATTCTGCAGGCACTATAGCGGTTAAGCGGCACTATCGAAGGACCACTAC
TGTGTTGGAGTGCGACGTTAAGAGCGCCACCCCCTATCACCTATTCATAG
CAGCCCGCGTTGCATCGTGTGACCGATGCTGAAATTGTGGTATTGTTTTC
GTCAGCTTTCCGCTTCTCAAATTCCGAAAGCGTTTAAGGTTGACGGAAAT
TGTATCGTTTTTCGTCATTTTTTCACTCCCAATTTCCGAAAGAGTCGTAA
GGTTGATGAAAACTGCACCTGTTTTCGTCATTTTTTTTCTCGTAAGTTCC
GAAAGGATCGATCAAGGTTGATGAGAATGGTCATTTTTTCCCCGTCATGT
TTCCCCTGTCAAGTTCCGAAAGGGTCAAGGTTGATGCACTGGCGTTTCTG
AAAGGGTTAAGATTGATGACTTGGTCATTTTTTTCCCGTCATTTTTCCCC
CCTCTAAAGTTTCACAAAGGTGTGAAGGTTGGTGGACTGGCCATCGGTGG
GCACATGCGTATATAGCTGCATGTAGTGCATTTAGTTTCGGTGCTTAACT
ACTGATGATGATGATGACGATGATGAGGATGATGGTGATGATGACGATGA
TGACGATGAGGATGGTCGTGGTGGTGGTTATGATGAGGATGATGATGGTG
ACGAGGATGATGATAATGATAAGGATGATGATGATGTTAGTGACGATGAT
CATGGTGATGATGACGAAGATGAGGGTGACGATGATGGTGATGTTGATGA
TGATGATTACGGCGACGATGATGATGATGAACATGATGACGAACATGATG
ATGAACATGATGGTGATGGTGCTGATGGCAATGAGGTTCTCACGTTACCC
GATTTCCCTTAAACCTATCACGCGGGTGCATACATGCAGCAGTAATCATA
ACCCACGACGGGCCCAAAAACCACGCATCCCGCTATATTTTTACAAAAAC
CCCATTGGGTTCCTACTACAATGGTCCCCCGTTCTAGTAGCCTGCGGTCA
CAAAAACAGGCTAAAAAGCGTCCCGTTGGAATGCAAAACAAAACGATGCG
TTGTGCCGCAGCAGTATCAGCTACTAGGAAAGGTGATGGCAGTGCTTCTC
CGCGCTCTCCCGTGTGAAGCTGGTTCGTATGCTTGCCTGCACACGACACG
ATGCGTTATTATCGTACACCAACCACAACCGCTCGTGTCCCAGCAATTGG
TTGTGCGGGCGATGCAAAGCTGCAGCGGTACATACACCCACGACCGGTCA
ACGATTTTCGTTTGCCGTTCTCGTTGGTGCTTGTTTACCCCTTCTTGTCT
TGCCGGCGATGGGGTACGAGGACAGAACCGCGCAGGGGCCCAACGGAGGA
GCGATTGGCATGGTGGACGACCACACCAAGATGACCGACGATTTTACGGA
GTTCGTCGAGAAGATGGTGGGGTCCTTTCGTGTCCCAGCATTTTGTTTTG
CGTTGTGTTCCCGGTTTCCTCTCTTTTTTGGCTCGCCAGGTCTGAACCGA
ACCAAACGCGTAGATTTTTGTATGCTTGAACGTTCAACGAGCAGATCAAC
GGTGCAACAAAGAGCCTACCGTTGATTAAAGATGTCAGGAGGCGTGTCTG
CCGTGGGAAAACGGGCACCGCCAAGGGTGAAGGGCCGAGTGTTTCACACT
AAAGCCTAGGAGTATGGCGTCCGTCAAGGAACATTAGTACGTAAAGCCGT
GAGGCGGCACGAATTCAGTCGCCAACCAGTTATTAGTCGGAAGAATAGTT
AGTTGTTACCCTGAGGTGGCGACTATCCGACCTGTTGGGTTTCCATACTT
GAAGGAAGGGTTGTTGAATGCGGGAAACATTTTTTTTTATTTTGAACAGG
GCCCTCTTGGACGGAGGGGGCTAGTTTAGCTCGCTTCGCTAGGTCGGCAA
GTGGACTGGCCATCAGCTGGCTTCGCCAGCCGACGTGCTGACTACAGGAA
GGTAGTTGAACAACAGCGCCTACCGATTAGTCACAAGTCGTGAAGTGCTG
CTGACTCACAGCTCTGCATATTCAGGAAAAGTTTAAGTTTGTCTCCCGAA
ACATTCGTCGTCGATGCGCGCGTGCACAGGATTGTTACCACGACCATATA
CCACTGCTGTACCAATACTGTGTGCAATATACGCAAGGCACGTTAACCAT
TACTTCGAAGTGTGTACATGATATTCCGGCTATATAGTTATGGGAATATA
CCAAACTAAAGCATGCGAATTTTGCTAAAGTCGACGTTTTTTTTTAGAAT
TAGTTTTTCGGTTGCCGGATTTTGTTTCAGACAACGTTCATGTGTAGGGG
TCGGCCATGGGTAGGGGTTGAGGTTACACAAGACCCCCTCCTTGCAAGAT
GTGGTAAAAAAAAAAACCTTGTGGAGACGCTGAACAATGTAGCAAAGCAA
CATGATGTTGACAACGTGCCAATTTGGCACGCAAAATGGTGTGCTATAAT
GTTCAACATATCCAAAGGTTTGTTTACATGCACTCTTTGCAGGGGGGGGG
GGGTCCCGATCACCTGTGTAGGGCCGTGTAGGCGGCTTTGCGAGCTTAGC
TTACCACTTATTCGAGAAAATAGTTGACACACCCTGTCCACGAGACGAAC
ATACCTAGCCCTAAACCCTGAACCAATCAGACCGAGCGAACCATTGGTGA
GCGTTGTTCCCTTCGTCTCGTACGCAGTGTACCTCAACCATTTTCTCGAA
AAAGTGGTAAAAGCTGCTGCTTTGCTGTAGCCTATTACAGATTAATCGGA
CTGCGTTGGCGGAGCATACTCAAAACGCCTAGCCATCAACGGCGACTGCG
AGAGTCAACGTGCCATTTTGCTCCTCACCGAACGTCTACCGACCGACATC
AATTGCTGTCAACCATTCCTTCTTATTTATAGAATCTCTTTGCGAAAACT
CTATTTTCCGAGCCGTTTCTAACATCTGACACCAACGCAACTCCGGTGAG
GTCAATGGTTCCACACACCAAGCAGATGGCGATCTACAGTAGACTATATA
CCTGATATCATTTATCTGCCACTTTGAACGGTTGCTCAGGATCTGGACAG
GCAGTACAGATCCAACCCAGGAAAAATATGCGAATCATAGATGATGCAGA
TCATACGGCTCCCTCCCGGCAACAAGAGTTCAACGATTTCCGTTACGTAT
CAGGAATAAATCTGCAAAATATATTTTGCCGTGAAGGATCTAGGTGATGA
AGTGGGATCTGATCTATGCGATCTGTGTGATCTATCTGATCTATGTGATC
TATGTGATCTATCTGATCTATCTGATCTATCTGATCTATGCGATATATGT
GATCTATCTGATCGATTTGATCTATCTGATCTATGTGATGTATCTGATCT
ATCTCCTCTACCTGATCTATCCGATCTATCTGATATATTTGATCTATCTG
ATCTATCAGATCTATCCGATGTGTGGACCACTCCAACGGTCCTGACAGTA
CAGTATACAGTACCAGTACAGTACTCGAGCATGACGTACTTCGAGGCACT
GGAGTGTACTGCGAGGTACTGGGGCGTATGCATTATGCTGGACATGACCG
ACAGCTCTCTTTTATTACACTACCGTATCACACTACGACTCTATTATCAC
ACTATTACCACACTAGGGTGGTAGCAGAACACACCCCCTCGGGCGGATTT
CATTCATTCCTTTGTTTCGAAAACGAGGAAAGTGTAAGCGCCGAGCGATG
CGTCTGTGGAAAAAGACCTCGGCTAGATATTTCCAAAGTCACCACTCGTC
GGGTGTACCTTCTTCCATGGATTGGAGAAAACCGGCTCTGAAAATCATCC
CAGGAGGTGTGTTGTCTTAAGTGTTACACGGCACACGAGACTAAAAAAAA
AACTCTACCGTGCAATAGAGCGCGTATATAGCCCGCCGGGGTTATTTCCC
CCCCCCATTTTTTCTATTTTTTTTATCCTCTGGCGAATGGATAAATGTGT
GGCTTAACCCCTTTGAGACCCCCTCGATAGCGACGAAACCAATGATTGAT
AAATTTTGTGCTGTCAACCGCCTACGAGCAGCGTGAGCGCCCAGCAGTAG
TGCAGTACGTTTTGGCCTTAAGATGCAATATTTTCACAATGGTTGAGCTC
CTCAAGTGATAATCTACCGGTTAGTATCATATTTCTACTAATAATATAGA
AACAACTATAAACTCGTCTGGCGCGGTCGGTCGCTAGCTGGGCCCTTCGG
TAGACTTTTCGCTAGCCATCAACCCTTTTAGCACTGCAGTTCCTTTTTCG
GGACAAACTACTTGAAATTTGACTGGTTTGTCCCCAAAGCGGGACTGCGG
TTCCAAAGGGGTTAACCATGATTCGCGAGTACTGGAACTTTTCGCGGGAA
TAACTTCCAGCTTTCAACTTTTCGGCAATACCTTTCACAAGACTGTCACG
TTTTTTGGCGGTTTGCCACAAGCGCAGCAAGCAGCCAGTAGAAGGTGTTT
TCCTTATGGCTCATTATGAATCAAGCTTCTTTGAGGTTTGCGTTAGCTCG
CACTTTTTCCCACGTGAAATCCTCACTAAATATCTGTTTTAAGACTCGCG
CATAGGAATCTTGGTCGGGCTACACAAAACTTTTTTTTTGGCGAAGCCGT
GTTTCGGGGTGAGATACGTTGAGCTCCTCGATGCAAGGGCCTCATGAAAA
AAAAGGCTCCATCCCCTACCCTGGCGTTTCTCGAATACCCTCGTCCCTTT
GGCCGCACGGCGGATAACGCGTCCTCAGGTTGACAAGGAGAAGGACAAGA
GCCTGCCTGTGTTCATCCTGGGGCATTCCATGGGGTCGCTCGTGGCCACG
GTCTCGGCTGAGGAATGCGTGCGACACCCTACCATCGGCCCTCGGTTCAA
GAAGCTGGTGCTTTCAGGCAAGCCACCGAGACTTGCGTCGCGGGCACCAG
TCAGCTCGGTCGCGGAGTCGACTACGGAGCTCCCAAGGACGAACACTGTT
CGGGAATGAATGCGAGACGGCGAAAAATAAATTTAGTTTTGAGGCAATCA
ATCCGGAAGCGTTGTTGTTTGATTGTCTGTTTTTCTTTTCTCTTTGTGTC
ATACTTTTGGTTTTTGTACATGGTTTTTGTGGTTCTCAGAACGAAACAAA
AGAAATAACAAACGTCGTTCGTTCCCTAGGTTTTAGCGTCAGAAAAGCTA
CCGCAAAGACCCTTGAGTTTGCACAGGATAGGGTTCGATCGTTTTTTCAG
CGCTCTCTCATTTTCTCAACAACGGCAAGGGTGCTAAAAGTCGGACATGC
ATCACATTTTCGGAAGGCTCTCTCGGCCAGATCTTATTTCCGAAAACACC
TTAAGGTTCGGTATTGGCAAACTTTCCCGTTCCGGAAAAAAAATCGAGCG
CTCAAAAACTTTCGCACTCCTGCTGTGCGGACTCAACGCTCGTTACGGCA
TGCTGCTGACGCGCGCTACCACACGGGTTGCAATACTGACTGTAGGGGTA
ACACTTTCTTGCCTTTTTTTTCTGACGGACGGGCTTCTCAGTTGAAGAAC
CGCCCAGTATCGTTGAAATGTATTCGTGTTATACTAAATTATTTGTTCTA
CGAACTGTAAGACACGCATGCATACGCGCATCGCGACGACCCTCTTGTGA
TGCCGCAAGCTCTTCCTGGTATCAGAGACAAGGTATAAGGGCGCAATTTT
TACTCCTCGTGTTTTTAAGGTCGCTACACCTGGGGCCCAGAAGGTTTAAC
TACAGTAGAGACCAAACAGTACATAAATAAAGGTTCTATTCTTACACCAA
GTGATTTGTACCCGAAACGGGAGTGCTGTCTTGAGGAACAAAAAACGTTC
GAACCCCGAGCTAGCGACCAAAACAATGGTTGATAACTTTGGTGTTATCA
ACCATTGAACCGTCTAGGAGCAGCGTCAGCGCCCAGCAGCAGTAGTACGG
GTAGTTCATGCTGCGCCCGTGCCGTACGACCCCTTGCATCCAACCATTGT
AGCACTCGGACACCAACCATTGTATCATCACCCAATCAGGCAGTGGCCGT
TGCTGTAATAATACAGTAGTCACTTTTTTATTTTCAATTTCCTCCTCTGA
ACTCACCCCAGAAGGTCAAGTTAAAACCCGTTTCGATCCGCACCTGCGTT
TCGGAGAACACACTATCACAGGGGGTCATCGTAACACATATTAATGCATA
GTAATAACATAGTAATACATGTTAATCAGAACCCACTATGCACCCAACAA
ACAGGCGTATCCCTATGCTTGCCTACCATATTGGATTCCGATTGCTACTG
TAGGTTCTCCAGTGAAACTCATTTTGCAGGAGGTAAACCTGTTGACGTCT
GGCGGCAGTGGCCCCTATAAGGGTCGTGATACCCTCCGCTTTAAAAACCG
CTTCTTTCTCTGTCCCTGCCCCCAGGTTGTCCGATTGTTCCCGGGCCTTC
CTCCGCCAGCCCGTTCGGACTCCGGCTCCTGTACCCGCTGACGAAGTGAG
TGCTTCGGGTCGGCCTCGTTGCGCAGTTGATCGCCAGCTTTCGTGCATGC
TACGAGTAGCGGTTGACGGTTGTTTTCTTAACAAGCGCTTGGTATTTCCG
CGTAGTTGCAGAGCACGGCCCTGATGATGGTGGTGATGATGATGATGATG
ATGATGACGATGATGATGATGATGATGATGACGACGAGGATGATGGTGAT
GATGACGATGATGATCATGGTGATGATGATGATGATGATGATAATGTTCT
CACATTAGGTAATTTCCCTGTTTTGACAAATCTAGCCCGTGGTCTCAAAA
CAGGCTATACAGAAAAAAAACATTAAAAAAAAAAGAAAGCCAAGTACTAA
AAAAATTGACGCAGTACCAGTACGCAAGGAAACAGCGCTAACCAGCTGTG
TATACCATCCCGTGTCGCTTGCAACCTAACAATAACATAAACATATCCAG
GGTATGTATACGCCCGAAAAAGAAAAAGAGATTTACGAAGAAAGGCATAA
ACACTGCTACAACTAGGTATTGCTGGTCGACGCCCATGTGATAAGGGTGT
TGCTCTATTGCTGCGGCGGCGTTACGAGCACCACGGCCTCGCGGTAAGCG
TCAAGGATCTCTCGCATGAAACACAGCGTGACAAGACTTGGGGTTTCTTG
TTAGCCCGTTCTGTGACCATGGGCTAGGTTCCAGGGCAATTAGTTTCTTT
TCACGCGAAAAACATCATCCTCATCATCATCCACCATCATCATCCTCATC
AAAACAAAATCAAAACAAAATCAACAACACGAAACCGACGGCACAGGTGT
GCGGACGGCCCAGGTGTGTGTGCGCGCGCTCTCGCCGCCGCCGCGAACCC
CCAGCCACTCTTATTACGGGGGACCATAGTTAATAGGACCTATGGTATAC
TTTTAAAAACTCTGTGTTTACCTATTTTTACTAACAATATTTGGTCCTAT
TTACTATGGTCCTCCGTAGTAGCTCACAGCTCTAAATTAGACCCGTGCTG
CGGTGAAGGGATCCCCCAGTAAGATGGTGTCCCGATATAAAGCCATCAAA
ATCGCTTGGCGTGACTGAGGAATGGCGCTCATAAGCTAGAATGAATAAGG
CGGTTTCCCCCCTGTAAGGCGGTCATATTTGCCTCGGCACACCACCGCCT
TGATGGGGGACATCGACTGTATACCTAAACTGGTATGTTTTGAGGCTCCT
CGCTTTGAGGAGGTCTTGAACCTTCACCCAGAACCTCAACACCCAACGAA
TAATAAAAACGCACAAGCTGCCGAGCAATCCCAGGGCCGAGGCATGCGCC
GAGTGATCAGGCGTGCCTTGCTACAGTACGTACTGTTTTGCTAAACACCA
GAGGAGTGCCTTATTGAGTGGTCAGTCCGTGTAGTTGAGGAGCATCCGTA
GCCCATCCGTCACAAAATTGTCTGGCCGAAAAGTGCTACAGCGGTAGGTG
GTCCCTCTATCGTGCCGCTTGCCCGCTGTGCCGTACGTAGTGCCTGTGGA
ACCGCCCTGGCACAGCAGATGGGATTCGCCAGTGTGGTAGTGTGCGGAGG
GATTAGTGCCGGTTGGTTGCCGCTACATTAGTGCCGGTGTTGTTGGCTGA
CGCATACCTTACCGGCAATATAGAGGCAACCGGCACTACTGTGCCCCTAT
CATAGGAAGCGTCTTGGAGCGTTTGTTTGCGCGATTTTCATGCGTCGAAG
TGCTTGTCCTGTATCGAAACAGAGTATGTGTATACATCGGCCAACGAAAT
CGGCGAAACTCGGAACCGACGGCCCAGGTGCACACTGCCTTCCGCCCTCA
CTATGAAGTCGGCAAACCGCTGTCATGATAGCTTACACGTCTACCCCTAT
CTATATCGCTCTGTCCCTCCATATTAGGAGCGTTTGTATCTTAAAATTCA
GTCCAAATCGTACTTATATGTCATTTCAAGGGTGTTGTTTAGTACCTGGT
AGGCTACATACCTTGGGGTACCCGGGTACCAAAGCTGGGGATATTGGTCA
TACTCAGGGTAGCATATGGTATCACACTAGGGTGATGAGATAACACACCC
CCTGGGATGAGAGTCGGAGCCGATTTTTCCGAAACATGCCTTAAGGGTGG
GCGCACCCCAACGAAAATGGGGGATTTGGGGAGATCTCGTCGTGGCCTTT
CCTTAGATGCGTCGCTCGGCGGTTGCGTCCTCCACACTGTCGAGAAAATC
AGACTGGAAAATCGTCTGAGGGCGTGTTGTGTCTTGAAGTTGTTATTCGG
TACCCGAGTGGATACCCGGGTACATCATACCCGGGTGCATCATACCCGGG
TACATCCAGAGTGTGTACCCTTGACTAAACACACGGTTATTAGGCCGCCG
CCACTGTGACTCACCAGCGACTCTTAGCGCACATATATGCCCCATGAGAG
TATGTGTTGACGCGCGCTTACGATAGGGGTAGGTAACACTTTTTGCCTTT
CGAGGCAAGCGTTTCTGACGGGGATCCTCAACCGAGGGACTACGCAGTAA
GGTCTTATCGTTGGAATCCCATTTGCATTTCACTGAGATGAACGATTCGT
AGTTGTACCTGCTGTAGTCTATGGGATTTTTTCATCTTAGGGTTAAGCAT
ACAATTATTATCTAAAGTCAGTTTTTGGGTAACTTGCTAATAGTATAGAG
CTCCTCGAACGAGGAGCCTCAGGAACTTTTAGGCCGTCGCGTGCATATGT
TGTGCCAGTCACAATCGCTGCTTCCCCTGTCGTCCACCCAACCCTACCCA
ACCCTTACCCAACCCAACCCAACCCCACTCAACCTGACTCAACCCAATCC
CACCCAACCCAACCCAATCCAACCCAACCCGACCCTACCCAACTCAACAC
AACACAACACAACACAACACAACACAACCCGACCCTACCCAACCCAACCC
AACCCAACCCAACCTAACCCAACCCAACCCAACCCAACACAACACAACCC
AGCCCAACCCAACATAACACAACACAGGCCAACCCAACCCAACCCAACCA
AACCCAACCCAACCCAACACAACCCAACACAATAAAACTCTCCCACGCAG
AAACGCCGCCATGTTGCGGAGGCTGTCAGGACTGATGGCTAGGATGGACC
CTACAGGCCCCGCGGCACCGATAGACCAAGGTGCACAGATGAATGCTGCA
GAATACTGCTGCACCATTAGATTGATGTACCTGGTACATTCGAACCCGTG
TGGCCCACTGAAATGACGAACAGTGAATATCGTGGTTTACGTTTTGTTTG
CTTGTGGGTTCGCTTATTTTGCTCAGTTTAAGTAGCAACACCGCTGCGTC
GCTTGTGTATTGAGACATCTAACACATCGGATAGAACAACCCATCCCTGC
TTCCTGATCTAGATATGTCAGGGCAGATTTTCCCTGATCTATATGATTTG
TATGATCTGCATGATCCAGCTCATGTTGCCGGGTGGTAGCCGTGTGACTT
GCACGATTTCTGCACGCGTTTCCTGGGTTGGATCTACACTGTACAGATCC
TATACAACATCTCGTAACGTCAACGATCTAGATGATCTATCTGATATATC
TGTAGATGGTCTATCCGTCTGACGTGCGTATGATTTTTTTCCGTTCGCCC
ATTCTGTCTTGTTTGCGCGATAGGCCGCATCGCTCGTGTATGGGAGGGCT
CGAAGATATGTTTATGGATCACGAGACAGAATAATGCGTGTGGCTTATAT
ATTTGTTGGTGTACCCTCCTACTTAATTCTGTCTCGATAGTCCTCTCTGG
TTACCTGTTTTTTAGTTCTGTTTAGTGCATGTACTGTCAACTTCCCCCCC
CCTCTGCGTGCCTTCGATCAGCCAACCCTCTGTCACTTCTGCCTCGGGTG
TTGCAAGGTGTGCTGTCGAAAGACCCCAGTGTGGCGCTCGAGGCTAAGGT
CGATCCTCTCATGGTCAAGGGCAACGTCAGAAACAAGACAGCTTTCGAGG
TGGTGAAGCTGATCCAAGCCGCGAAGGAGAGCGCCAGCAAGGTATAATAC
AGCGTAAGCCGCACGCTTTTTCGCCGTGCAGAGCGTGATTTTCGCAAAAA
AACGACGAAAACAATTGCGCGTTCGTAGAATATATACTTCGAAGTATATA
TACGGCGGGGGAATTTTTTTTGTCTTGTATTTTTTTTTTTCTTGAGCGCG
CGGAGTTGCCAGGAACGTTTTCAGGTGACTCCCCTGCTGATCCGGACCTG
ACCAGGGTTTTTGGTTCAGATTTACTTGCTGATTCACACGGACTATTCTA
AAGCATCAGCCCCCCTCATCGAGGCCACTTGTTGACTGTCACGTTTTTTT
CTGAAGCACCAGCTCCCCTCAGCGAGCGCTCCTTCGGTAATGGTGTGTGT
ACGTTTATCGACAATGCGCCCTAGATCTCCGCCCGCTAGGGCCGTGAGTT
CGCCAGAGCTCACCTCTAGGTATTAGATGGGTGTGGCGAGGTATGTCAAC
TAACGGACTTTAGGGCTTTATCAAATACCAAACATACATCCGAGTGAAAA
AAAACGCGCCAAGTCAGATGCAAAGACGCGAAAAAACTCTGCAAACCTGT
CGCGCGCATCACTTTAATACCTATTAATAGTCAACTAACAAGCTGGTCGG
CGGCTTATTGCCAGCTAACTCACAGCCCTGTCGCTCGCGCTCAGTCACGC
ACTCGTCCAAGACATCGGCCTGTGGGCTTCGAGCACTACACAAGATAAAC
GGGTTATGATTGTTCTGTTGGTCTATTGTCTCTTAAGTTTTGCGGCTAGG
TATTCGTCGGTTTTGGCGAAGTATATACCTGGTATGCCAAGTGACCGACG
TGTTGACGTGTTTACTACCAAAAACAAAAAACAAAATCCGGGCCACAGAA
CGAACGCGCCAGGGAGACACATAAAGCCGCAAAAACGCCGCGAACCGCCG
CACGTAAAACTGTGAATATTACATACCTGGTAGGAAATACCTAGTCAACT
ATGGTAACAGCTGCCGTAAAAGAGCGTCGAGTTCGCGCAGCTAGAGGAGG
AGTGCGATAATTTTTTCCGGGCTCGATTTTTACTGAAGTAAGGAAAGGTT
TTCCAATGCCGAACAGGCGTTTTTGGGAAGATCTGATGGGGAGAAAGCAT
TTTGAAACATTGTGTTCGACCTTAGCACCCTTTTACCATTGTCGAGGGAA
ACGAGCGCTGAAAAACTATTGCACCCTATCCTGTGAGAACCCAACGCTGT
TCGCGGTGGTCGGCAGCTTATTGCCAGTCGACTCACAGCCCTACCGGTAT
TGGTCTCGGTTTTTGGAGGTTAGCGGTGGACGAAAGCCTGCATCGCCGCT
TGCACCATGGGTTATGTACGTCGAAGGATCAACACTCTCTTTGGAAAGTT
CCAAGAATTTTCAACACACGAGGAAGCACGGGTATTTCGTCACGGTGCCT
TTCTGAAAGCCCCTCCCCCCCAGTTGCTGGCGACGGCAGAGGGGGCGTCG
ATTGTCGCATGTCTCTGCTTGACGCAGGCCGAATAAAAAACTGGCGTGTG
AACTGTGGAGGCGTTACACGATAGGGGTACGCAGCACTTTTTGGCCAAAT
ATTTTTTGACAGAGCGCGCTTCTTAACCCAATATCGATGGAAAACCACTA
AAAGTGTTGTACTGCGACATGTTTTTCGTGACATAGGCTTTGGGAAAGTT
CATCGGGTTGCAGCTTTACCTTTCCTCTAAGTTGGTTTTGGGTGAGGTAT
GGAGCTCCTATACTATAATCAAGTGAGTGTCATAACCTCAGAGTAATTAG
GTGCTACCCCTCTAAGGCAAGCGCGCGTCCTGTAGGCGTTTGCGATTGAC
TCCCGGTCCAAACAGCGCCGCGGCCGAAACTTTTCTTCGTGCTTGCGTTG
GTGCTCCGAATGACACCTGCAATGAAACCCCTGGTGCTTTTCTTGGCACC
ATGGCCATGATATCACTCCTCTTCCCGGTCATGCTGGACGCGCAGCAGCG
CCAATACCCTGTGTTCCGAACGGTTTAAAGTTTGTTCATCCCTCATTCCG
TCGAGCCTCATTTGCACTGTTTTGCAGCTATAGACTATACGAGTAGAGGC
CTCTGTGGAAAGCAAAGCACAGCAGTGAGCTGTGAGCGCGGAGCCACTCT
GGGGTTGGGAGCGCACGATAGGTGTGTTTTTCGCGAGTGGTGCTCATGCC
CACCTTGGGTTTAGCGAAAGCCGGATCGCTAGGGCCGTGAGTTTAATGTC
TATTTGTCGCCCGACTAAGTCATTTAGTTGCTACCTAGCTAGTAGGTAGC
TACATAGTAGTACCCGTGTATCGTGGTAAGGGAATGCCGGAACTACCTGA
GCTGGCTAGGAGGGCAGCATCTCTTGTTTAGGAGACTTACTGTGTTGTTG
TACTAGTCCTCTTCATGATGAGAAATGCAAGGGAGCTGTTGAGAGTGATT
CGATAGGGGCTTGATTCGAGGCATCAAGCCCGCTCTGCTCTCCTTCTATT
TATCTACTAGACGGGTGAAGACACTTGTCTGAAGAACTTCGACAGGCGCT
TGTCTACGTTTCTCCTATCGACTATCCTACCCATTGTACTGCAAGGGAAA
CTTCAGAGCCCCGCGAATACTCTTGGAGTGTTACAGGACTTTGATACTAC
GGCTATCCCATGACCATTTTATAGTCCATTACTATTCCATATCTCATAAG
CCCACCCTGGATAGTCGTATATGCAGACCACGACGGGCGATGAATGATAA
CGGAATTCATCCGAAAAGACCGGAAAAAGAAGTCGAAGATGCGGCTATTC
AAAACAACAAAATAAGGCTATAGATTTCGCCACACCTCGTAGTGAGGCCT
AGACGTCCCAGGCAAGTTGATCCAGCTTCCCTCCCGTGGACGCCACGCGA
CGGTACAAGTGACCACCGCCTTTTATCACTGCCTGGAAGGATACCGCAGC
CAATCTACGTTCGAAACCATACTTCGGACGGTTTTCCCGCGAACTTTCGC
CCAACTTTCTACAGTAACACCTTTCGGACTCCTGTTCCCGCGATGGTTTT
CACGACTATATCGAACACTTTATGGTGCCGCACAAGAACGAGTTGTCGAG
GAACGCCACGACTCAGCAGCTCATCTTGGTTTCTTCGGGCCCTGGAGAAG
TACTGGGACCGACACGCGACTTAACCTACTGTAGGACATCGACTTCGAGG
CCAACAAACGCTGGAGCTTTTTCTGGTTCTCCACAACAACCTACCTCGGC
CACTTCGGCCCCTATCCTTCTCTGTTTTGGTTTTTGACCCCCTCTTTCAC
AGCGTGTTTCTAACAATAACATTGTCCGTGACGCCTAGGCCTCACTGCGA
GGTGTGGCGAGATCTATAGCCCCATTTCCTTGTTTCGAATAGCCGCTTCT
TCGACCTCTTTTTCCGGTCTTTTCGGATAACTCCGTTGTCATCCATCGAC
TGTCGTGTAGTCTGCATATACGACTATCCAGGGTGGGCTTATGTGATACG
GAGTTGTATTGGACTATAGAATGATCATGGGATAGCCGTAGAATCAAAGC
ACTGTAACATCCCAAGAGTATTCCCGGGGCTCTGGAGTTTTCCCTGCAGT
ACAATGGGTAGGATAGTCGATAGGAGAAAAGTAGACAAGCGCCCGTCGAA
GTTCCTCGGACAAGTGTCTTTCCCCGTCTAGCGGATAAATAGCAGGAGAG
CAGAGTGGGCTTGATGCCTTGAATCAAGCCCCTATCGAATCACTCTCAAT
AACTCTCTTCCATCTCTCATCATGAAGAAGACTATTACAACAACACAAGA
AGTCTCCTAAACAAGAGAAGCTGCCTTCCTAGCCAGTCAGATAGTTCCGG
CATCCCATTCCGTTACCACTATACTCGGGGTACTAATACACTCGCTCATG
AGGTGTCGGGGCTTTCTGGTAGCGGATCGGAAGGAGTACGCCAGCGGATT
GTTTAGCGCCCAAGAGTCGTGCGCCTGGCACGCTGAGGCAGCGTGTCGAA
AAGGAGCCCAATGGGACGGATCGAAAGGTGGCGAGGGAGCATAGGGGCTT
GGCGCGTTGTTCGTACGCCCAGCCTGTAGTCGTAAAATGCTCGACGCGGA
AGAAAAGCGAGCAAAAAGAAACAACGTAGGACGTCATCAGGCTCGATGGC
GAACTCCGGAAGACGGGGCGTGCAGATGGTGCATGAAGGCCGTGCAGACG
ATGTGGTCGGAGGCGATCTTGACTGGACGTCATCAGGCTCGATGGCGGGC
TCCGGAGCGTGGAACGTAGGTGATGATGAAGTCAGTGAAGAATAAGAAGT
CAACGTCGGTCGAAGTCCATGGATTCCTGCTGAAAGCGGTCGTCTTCTGT
CCTGTCGACGACGCCAAGAGTAGTAGTACCCGAGTATTGTGGTAAGGGAT
GGAATGCAGGAACTATCTGAGCTGGCTAGGAAGGCACCTTACCTTGCCTA
GGAGACTTCTTGCGTTGTTGTATTATTAATAGTCCTCTTCATGATGAGAA
ATGCAAGGGAGCTGTTGAGAGTGATTCGATGGGGGCTTGATTCGAGGCAT
CAAGCCCACTCTGCTATTCTTCTATTTATCCGCTAGACATGTAAAGACAC
TTGTCCGAGGAATTTTCCTCGGGCGCTTGTCTGCTTTTCTTCTATCGACT
ATCCTACCCATTGTACTGCAATGGAAACTTCAGAGCCCCGGGAATACTCT
TTGCGTGTTACAGGACTTTGATACTACGGCTGCTCCATGACCATTCTATA
GTCCAACACTATTCCATATCACAGCTACTGTAGATACTAAAGTTTGACGT
GTGTGGTAATCTGCGGAGCTCTGCGTCTTTGTGTTTGACTATTAATAGCC
ATTTTGTGACTCGACGTACCTGGTACTTTTTTTCCTGACTAAACATCCGC
CCTCTCCTCGTAGGCTCCTTTCGAGTGCCCGGTCCTATGATAATACAGAA
CATCTAATAGCCTTTCTTGGCGACCTGACAAATGCCCATCACACGAGTGA
TAAGACAGCACACCCCGTCCCAGAGACGAATTTTCCGCGCCGATTCTCTC
CAAAACATGGAGGGGCACTACTGTGGTAGCACGCACAACGAAAAATGGCG
GCGTTGGGAAGATCTCGTCGACAGCTTTCCATCATAAGACACATCGCCTC
GGTGTTTGCGCCCTCCCCGTTGTCGATAAACTCGGCGTGGAAAATCGCCC
GAGGGGGTATGCTACCTTTTGCGTGTCTTTACGGTAACCGTGAGCTCCAG
CCAGCCCACAGTCCCACGGATTGCCTCATCGCTTCTTGACTGCCTCACAC
GTGTCGACCCGTTAGCCTCGCCCCCCCTTGTCCTCGCCCCCCCCGGCGTT
TTTTTTTCGGCTGCGATGTTGACGCAGGTAACGGTGCCCACTCTTCTCGT
GCACGGGGCCGAGGACGACATCGCCTACCCGAAAGGGTCGGAAGATATGA
AGAAGCTGCTGACCTCTTGTACCGCTGCTGATTGTCAGGTACGGCTCCGT
GTGTGTGTTTTGTTTATACCAGTTCACGCATCGGACAGATTACGATCTAC
AGATAGACCATCTGTAGATCATCTAGATACTAGCCCGCAGTTGTGGCATG
TTGTGCAGGATCTGTATAGATTAATAGTACAGATCTAGTCCAGGAAACCT
GTCCTCTACCGTGCAGATTGTACGGCTCCCACAAGGCAACCTGAGCTACT
GTTGATCGTACAGGTCAGGAACGTGACTGCCCTGAAAAGGTCTAGTCCAT
GAACTGTGGGAATCAATTATCTGCTCGAGGTGTAAAAATAGAGACATCTC
AGCTGTGAGTTCGAACTGTTTGTCGAAATCCGGATTTTGCAAGCTTGGTG
TGACACTACTGTAGTGATAATTCAATCAAGGAATGCTACGGGGTGTGTAG
GATATCGCGAAGAACATAGGTGGTGACTCCCCTCCCCTGGGTGGTATGAT
AGCACCAGAGTCAACAGGGTGATTTACCTTTTGTTGTGAAATAGCATGGT
TGTGAATGACTCCCCCGCCTTCTCGTCCGTAAGAATGTAAAACAGTTGTA
CTCGTATGCATCATTCCAGGACGATGAACAATCTTATCGTCATCAGTGTT
CCTTGAGCTGTCTAACAGTTAGCACTGGCTGGGTCTCTGTGAGTAATCCC
GGCGACTTGTTACAGTAGTTCCGTAGCGTAGAAAGTCCACTAAAGCCAAC
TAACCGACTTCGTATTTTATCAATACATCAGACACATCGAGCCACACCAC
GCGTCAGTTATATAGCCACAAAGACGCTGATACTCCTCAAACTACCGCTC
ACCAACTAACTTCAATACCTATCCAACTAGTAACTAGTCGGCGACTTCTA
TGTATTCAGCCAACTCACAGTCCTGTGAACAGCTCCTACGCTTTTTAAAT
CCTCCGGTGGATGGGTAAAATTAAGCTTGACCTTGCTAGTAGTGCAGCGT
ACAGAAACCTAAAGCTAACTCGAATTCCTAGTAACTTCTCCCCACAACGA
GGGTCCAGTCCTTAAGAGGTTGAGCTATATAAAATGTGTGCCGTGTGTCA
ATTTAACTCGTTGCTCGGGTGGTATCAGCAGCCAGCCCCAGCTGCCGATA
CCTCAAGCGCGTGGGTATGGCGACGCGACCTGATTCCGAGGGGATCAAGT
GCGGTGGGTAGAATAACAGCGGCGCCATCCACCCTAGCCTTCCAAATGGA
GTCAGTGTGAAGAGCTTCCGACGGTGACACAAGCGACACCAACGCACGCA
CGCTGTCCTTTGGTGTTTGTCCCTGTTCCGAATACGGCGCTTGCGTGATC
CCTAGGGCCAGCCGGGGTGGTAGATCTGCCGGCGGAGGTACGATAACTTA
TCCATTGTGGGCCCGCAATAAAGTTGGCTGGACTTCACGGTTAGGTATTT
GTTGGATTGGTTGGATGGCGACGTAAACCAACTAGCCGACGTCACACGTT
GTTCATACTTTACGAATATAAATAAAACACAATTTGAGTCGAGAACGCGC
CAGCCAGACACATCGACCGCAGAAATTCTTAAATACGGCACGCACCTAGC
TGGCGTACTACCTCAAGCCAGCTAGTATCTAGTCGGCGACTTAGTCAATC
CACTCATCAGCCCTGGTGTTCTCACCTCTCTTTTTTGTCAGTTTGCTGTC
GCTTTTGTCGCAAACGCGGCCGCACAAAAGTATTGTACGCTATCTATGGC
GGTGAGTAAGGCATGCCTTGGCTGGACGTGACGGCTAGTCATTTGTTGAA
ATACAAAGCAACTCAACCAACCGACTTTACCCTTTCTCGACATGAGTACA
GTACGAGCAACGAACGCACCAGTCAGGTACGAAGATCAAAACTCCGCAAA
TTACCGCACGCAGCAAACTGCATTACCTCTAGACAACTCACATATAGTCG
GGGACCTACTATAGTCAGCCAACGAACCCTAAATTTTTGACGACAGTTAC
AAATATCTGGCTGTAGGAGTTCTTAGCGACAATCAACTTATTAATTTTTG
GTTGTCGCGCTCTATCTTGGCCCCTCGCCCCTGCTTTTGTTTTGCTGCTC
GTTTTTTCCCACGCTTCGACGGTGGGAACAAAGGTGTATGAAGGCGTTTT
GCACGAGGTTCTGAACCACCAGGAGCATTTCCAGACGGTGGTGGCGGCGG
TCGACAAGCACTGGGAGGCGTCCTAG
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Coding sequence (CDS) from alignment at M-pyrifera_M_contig843:3115..22490+

>mRNA_M-pyrifera_M_contig843.19668.1 ID=mRNA_M-pyrifera_M_contig843.19668.1|Name=mRNA_M-pyrifera_M_contig843.19668.1|organism=Macrocystis pyrifera P11B4 male|type=CDS|length=1782bp|location=Sequence derived from alignment at M-pyrifera_M_contig843:3115..22490+ (Macrocystis pyrifera P11B4 male)
AGGCGCGGGAGCAACGTTTGGTACCGGAAATGGTCTCCCAAGTCCAAGGC
TGTCGCCATGCAGGCGCGGGAGCAACGTTTGGTACCGGAAATGGTCTCCC
AAGTCCAAGGCTGTCGCCATGCTGATAATCGTCCACGGGTTGCATTCCCA
TGGAGGGCGATGGGCGAAAGTGGCCCACCACTACACAGAGAAAGGATATC
TCGTCTACGCCAACGATCACATCGGGCACGGCTTTGATAATCGTCCACGG
GTTGCATTCCCATGGAGGGCGATGGGCGAAAGTGGCCCACCACTACACAG
AGAAAGGATATCTCGTCTACGCCAACGATCACATCGGGCACGGCTTAACC
GCGCAGGGGCCCAACGGAGGAGCGATTGGCATGGTGGACGACCACACCAA
GATGACCGACGATTTTACGGAGTTCGTCGAGAAGATGAACCGCGCAGGGG
CCCAACGGAGGAGCGATTGGCATGGTGGACGACCACACCAAGATGACCGA
CGATTTTACGGAGTTCGTCGAGAAGATGGTTGACAAGGAGAAGGACAAGA
GCCTGCCTGTGTTCATCCTGGGGCATTCCATGGGGTCGCTCGTGGCCACG
GTCTCGGCTGAGGAATGCGTGCGACACCCTACCATCGGCCCTCGGTTCAA
GAAGCTGGTTGACAAGGAGAAGGACAAGAGCCTGCCTGTGTTCATCCTGG
GGCATTCCATGGGGTCGCTCGTGGCCACGGTCTCGGCTGAGGAATGCGTG
CGACACCCTACCATCGGCCCTCGGTTCAAGAAGCTGGGTGCTAAAAGGTG
CTAAAAGTTGTCCGATTGTTCCCGGGCCTTCCTCCGCCAGCCCGTTCGGA
CTCCGGCTCCTGTACCCGCTGACGAAGTTGTCCGATTGTTCCCGGGCCTT
CCTCCGCCAGCCCGTTCGGACTCCGGCTCCTGTACCCGCTGACGAAAAAC
GCCGCCATGTTGCGGAGGCTGTCAGGACTGATGGCTAGGATGGACCCTAC
AGGCCCCGCGGCACCGATAGACCAAGAAACGCCGCCATGTTGCGGAGGCT
GTCAGGACTGATGGCTAGGATGGACCCTACAGGCCCCGCGGCACCGATAG
ACCAAGGTGTGCTGTCGAAAGACCCCAGTGTGGCGCTCGAGGCTAAGGTC
GATCCTCTCATGGTCAAGGGCAACGTCAGAAACAAGACAGCTTTCGAGGT
GGTGAAGCTGATCCAAGCCGCGAAGGAGAGCGCCAGCAAGGTGTGCTGTC
GAAAGACCCCAGTGTGGCGCTCGAGGCTAAGGTCGATCCTCTCATGGTCA
AGGGCAACGTCAGAAACAAGACAGCTTTCGAGGTGGTGAAGCTGATCCAA
GCCGCGAAGGAGAGCGCCAGCAAGGTAACGGTGCCCACTCTTCTCGTGCA
CGGGGCCGAGGACGACATCGCCTACCCGAAAGGGTCGGAAGATATGAAGA
AGCTGCTGACCTCTTGTACCGCTGCTGATTGTCAGGTAACGGTGCCCACT
CTTCTCGTGCACGGGGCCGAGGACGACATCGCCTACCCGAAAGGGTCGGA
AGATATGAAGAAGCTGCTGACCTCTTGTACCGCTGCTGATTGTCAGGTGT
ATGAAGGCGTTTTGCACGAGGTTCTGAACCACCAGGAGCATTTCCAGACG
GTGGTGGCGGCGGTCGACAAGCACTGGGAGGCGTCCTAGGTGTATGAAGG
CGTTTTGCACGAGGTTCTGAACCACCAGGAGCATTTCCAGACGGTGGTGG
CGGCGGTCGACAAGCACTGGGAGGCGTCCTAG
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