Homology
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A6H5KT38_9PHAE (C2 domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KT38_9PHAE)
HSP 1 Score: 967 bits (2499), Expect = 0.000e+0
Identity = 659/1233 (53.45%), Postives = 772/1233 (62.61%), Query Frame = 3
Query: 591 IEGLADVLIADTEVLPVEKSQDDLEPAERPPFDLDAAVFLADFAFEAYRDPGKVAWEVPGPNNVLFLDGKLVSMAFPGLLTVSLLAVEGLPEAVEPNGGDDGNRKREINPSVAMVLADKDMRSETMKSTKRPLPGSRCWGELFSVHVHDPETSVLEVGLWDSGEDGSNPLSMSGVFKGE--QELVGNARVPLSKILKKMSRSRDDVWTGWIELDPVQPPQEKRXXXXXHSSGESDHFNDAAATXXXXXXXXXXXXXXXXXXDRDGDARDGSGPARLHLDLRFVPMERYLGDKLPTAPRASEEEVWGLG----TIRARWQSLVGQGGDEGAVEGDDAASAXXXXXXXXXRVVAARSPGDEDVAVYARPGLPSNASRTFLYDEDGNDEGXXXXXXVSSLNRNPMNNGESDRKQAQTKGGETSSSTKVKGGXXXXXWPWSKETDEADNGKEAGSPKGXXXXXXXXXXXXXXXXXXXXXXDKKEVAEVVLREDGLPDWSVLTNRIGGLAQQGGSFELLCFIDNHDTDTQA--GVWR--DEAEKRLVVSFRGTAQFEDVLTDVNFLLEDLDSLSTSSSAREKSMLPAVDDVMAAVLNTTSTWKKERVQPLPKSIAQQKVYMLESMSKLLDTSRDLLKDLQATTXXXXXXXXXXXXXXXTPPAAYRRSDGTKGDDDHDDAETAEATG-----RP-QAILSGVKKVLRAARGAEPASASE--------------------------------IVDLDVDGNASGEADQTRVAANAAAAAEAATNLIDLLDDSNVGNSSGGEGDGGVRAGVRNLWRRVKGKNAASGEXXXXXXXXXXXXIKIQDAKKVPDLIATPTKAGGGTAG--GLVETLAWVQQVAEEKMEEIVTLQSVLGDETLKQMQLLSDITEGKVNATESGEMLALFLREQLEKVEATKELVDRVEDFRDSIGAVGIEWDGNAGGLVGLEALQKRVQDRGRKAIDEKIAAFQAVLDSVTALQQQXXXXQWADGIGISDGASKS------DGYRDVDKESASPPSPKVHAGFKKAYNSVKETLAAVVGSAIDGKPEEWHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEETDPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNYFAALDSFYDRDDTNNA 4121
IEGLA ++ TEV PVE+ + EP ER PFDLDAAVFLADFAFE YRDPGKVAWEVPGP++V F +G VS FPGLLTVSLLA EGLP +EP GGD G R+REINPSV+MVLAD+DMRS T+ S KRPLPG RCWGELFS+HVHDPETSVLEVGLWD GE+G+ PLSM+GVF+G+ +ELVG ARVPL K+LK MS+ RDD WTGW+E+DP+ XXXXX ARLH+DLRF PMERY G LPTAPRAS+++V G+G ++RARWQ+LVGQ DD A XXXXXXXXX A E V VYA PGL +N RTFLY E G + G + + N GG+ SST+ G XX G +G XXXXXXXXXXXXXXXXXXXX VVLREDG+PDWSVLTNR+ GLA+Q SFE +CFIDNHDTDTQA G+ R EA RL+ G A+ D ++ + EDLD S +++LPAVDDVMAAV TT+ WKKERVQP+P ++AQQKV+MLESM+KLLDTSR LLKDL+ TTXXXXXXXXXXXXXXX E+ G RP ILS V +LR AEPASA E N +S GEGDG R V LW+R G +G GL +TLAWVQQVAE+KM+E+ + Q+ +G+E +QMQLLS EGKVNATES E+LA F REQLEKVEATKELVDRVE+FR+S+G VG+EWDG+AGGLVGL+ LQ+RVQ++GRKAID+KI +FQA+L +VTALQQ XXXX G +G + + DG ++ +A+ P++HAGF++AY SV TL+AV+GSA++GKPE+WHVY+TGHSLGGALATLA LDH RRYP A VTMYNFGSPRVGN+AFA+LYDS+VGDSFR+VNNLD VARMPRATM GISLDY H GRTVMVAEDPEE PWIQGES GECPLEETDP+ LLT+G DF+S EIDFMKAL+SGKGIDHH E+NYFAALDSFYD DD A
Sbjct: 2 IEGLAAAVLPGTEV-PVERLRVPREPPERRPFDLDAAVFLADFAFEVYRDPGKVAWEVPGPSSVRFKEGAFVSKVFPGLLTVSLLAAEGLPIVLEPVGGDAGKREREINPSVSMVLADEDMRSGTLTSVKRPLPGGRCWGELFSMHVHDPETSVLEVGLWDKGEEGAIPLSMTGVFRGDGGKELVGTARVPLCKVLKGMSKGRDDAWTGWVEIDPIXXXXXXXXXXXXXXXXXXXXXXXXGRPM---------------------------AAARLHVDLRFAPMERYQGGDLPTAPRASDKDVGGVGNFAGSMRARWQNLVGQ---------DDTAXXXXXXXXXXXXXXA----DGEGVEVYA-PGLSAN--RTFLYKE-GEEGGSVMAGRMDAANSGG--------------GGDNLSSTRPSKGSSAXXXXXXXXXPAEGEGGRFWKWRGEAXXXXXXXXXXXXXXXXXXXXXXXX-KPVVLREDGMPDWSVLTNRVDGLAEQARSFEFMCFIDNHDTDTQASGGLARRGQEAYGRLLPR-HGAARGRDYGRQLSAVTEDLDH----SGVIRRAVLPAVDDVMAAVRETTAGWKKERVQPIPVTLAQQKVHMLESMNKLLDTSRALLKDLKDTTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVESGGSAVGARPADEILSAVTGLLRLGGPAEPASADEGGVXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXNTTANSDGEGDGVGRRVVSKLWKRXX----------------------XXXXXXXXXXXXXXXXXXXGLSGERGLADTLAWVQQVAEQKMDEMASSQTFIGEEMRRQMQLLS---EGKVNATESREILAGFFREQLEKVEATKELVDRVEEFRESLGKVGVEWDGDAGGLVGLDGLQERVQEQGRKAIDDKIVSFQAMLSNVTALQQXXXXXXXXSWRGSENGGNVTTPVADGDGNDGGEEAAAAKDPPRIHAGFRRAYVSVNGTLSAVLGSAMEGKPEDWHVYITGHSLGGALATLATLDHCRRYPEAKVTMYNFGSPRVGNKAFAELYDSFVGDSFRVVNNLDIVARMPRATMGGISLDYQHCGRTVMVAEDPEEPPWIQGESGGECPLEETDPVMLLTQGKTDFFSAEIDFMKALLSGKGIDHHMEYNYFAALDSFYDPDDVKEA 1144
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
D8LR59_ECTSI (Triacylglycerol lipase, putative (Partial) (Fragment) n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LR59_ECTSI)
HSP 1 Score: 641 bits (1653), Expect = 2.860e-205
Identity = 462/930 (49.68%), Postives = 544/930 (58.49%), Query Frame = 3
Query: 663 EPAERPPFDLDAAVFLADFAFEAYRDPGKVAWEVPGPNNVLFLDGKLVSMAFPGLLTVSLLAVEGLPEAVEPNGGDDGNRKREINPSVAMVLADKDMRSETMKSTKRPLPGSRCWGELFSVHVHDPETSVLEVGLWDSGEDGSNPLSMSGVFKGE--QELVGNARVPLSKILKKMSRSRDDVWTGWIELDPVQPPQEKRXXXXXHSSGESDHFNDAAATXXXXXXXXXXXXXXXXXXDRDGDARDGSGPARLHLDLRFVPMERYLGDKLPTAPRASEEEVWGLGTI----RARWQSLVGQGGDEGAVEGDDAASAXXXXXXXXXRVVAARSPGDEDVAVYARPGLPSNASRTFLYDED--------GNDEGXXXXXXVSSLNRNPMNNGESDRKQAQTKGGETSSSTKVKGGXXXXXWPWSKETDEADNGKEAGSPKGXXXXXXXXXXXXXXXXXXXXXXDKKEVAEVVLREDGLPDWSVLTNRIGGLAQQGGSFELLCFIDNHDTDTQAGVWRDEAEKRLVVSFRGTAQFEDVLTDVNFLLEDLDSLSTSSSAREKSMLPAVDDVMAAVLNTTSTWKKERVQPLPKSIAQQKVYMLESMSKLLDTSRDLLKDLQATTXXXXXXXXXXXXXXXTPPAAYRRSDGTKGDDDHDDAETA-EATGRPQA--ILSGVKKVLRAARGAEPASASEIVDLDVDGNASGEADQTRVAANAAAAAEAATNLIDLLDDSNVGNSSG---------------------------------GEGDGGVRAGVRNLWRRVKGKNAASGEXXXXXXXXXXXXIKIQDAKKVPDLIATPTKAGGGTAG--GLVETLAWVQQVAEEKMEEIVTLQSVLGDETLKQMQLLSDITEGKVNATESGEMLALFLREQLEKVEATKELVDRVEDFRDSIGAVGIEWDGNA 3296
EP ER PFDLDAAVFLADFAFEAYR+PGKVAWEVPGP++V F +G VS FPGLLTVSLLA EGLP +EP GGD G R+REINPSV+MVLAD+DMRS T+ S KRPLPG RCWGELFS+HVHDPETSVLEVGLWD GE+G+ PLS++GVF+G+ ++LVG ARVPL K+LK MS+ RDD WTGW+E+DP+ P ++ ++ ++D R G + ARLHLD+RF PMERY GD LPTAPRASEE+V G+GT+ RARWQ+LVGQ DD A XXXXXXXXX A E V VYA PGL +N RTFLY ED G +GXXXXXX N + S+ G +S T+ +GG W W G EAG K XXXXXXXX K++ VVLREDG+PDWSVLTNR+ GLA+Q GSFE +CFIDNHDTDTQ GVWRDEA+KRLVVSFRGTAQ ED EDLD S ++++LPAVDDVMAAV TT+ WKKERVQP+P ++AQQKV+MLESM+KLLDTSR+LLKDLQ TTXXXXXXXXXXXXXXX E+ A G A ILS V +LR AEPASA DV G + GE D R V LW+R KG+ + G +G GL +TL W QQVAE+KM+E+ + Q+ +G+ET +QMQLLS EGKVNATES E+LA F REQLEKVEATKELV RVE+FR+S+G VG+EWDG+A
Sbjct: 14 EPPERRPFDLDAAVFLADFAFEAYREPGKVAWEVPGPSSVRFKEGAFVSKVFPGLLTVSLLAAEGLPVVLEPVGGDAGKREREINPSVSMVLADEDMRSGTLTSVKRPLPGGRCWGELFSMHVHDPETSVLEVGLWDKGEEGAIPLSVTGVFRGDGGKQLVGTARVPLCKVLKGMSKGRDDAWTGWVEIDPIALPDDEDEEDVIKTNADAD---------------------------RVGGSDRPLAAARLHLDIRFAPMERYQGDDLPTAPRASEEDVGGVGTLAGSMRARWQNLVGQ---------DDTAXXXXXXXXXXXXXXVAAD--GEGVEVYA-PGLSAN--RTFLYKEDEEGGGVIAGRMDGXXXXXXXXXXXXNLSSARRSEGSSXXXXSGRSSGPTEGEGGGF---WKW---------GGEAGGDKAKRGXXXXXXXXEGKAKV------KRKRKPVVLREDGMPDWSVLTNRVDGLAEQAGSFEFMCFIDNHDTDTQVGVWRDEAKKRLVVSFRGTAQLED---------EDLDH----SGVTQRAVLPAVDDVMAAVRETTAGWKKERVQPIPVTLAQQKVHMLESMNKLLDTSRELLKDLQDTTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVESGGSAVGARPADEILSAVTGLLRLGGPAEPASA------DVGGVLTXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXDGEDDSIGRRVVGKLWKRWKGEGQGA---------------------XXXXXXXXXXXXXXGLSGERGLADTLTWAQQVAEQKMDEMASSQTFIGEETRRQMQLLS---EGKVNATESREILAGFFREQLEKVEATKELVYRVEEFRESLGEVGVEWDGHA 841
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
D8LR60_ECTSI (Lipase domain protein, partial n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LR60_ECTSI)
HSP 1 Score: 283 bits (723), Expect = 9.330e-84
Identity = 132/159 (83.02%), Postives = 144/159 (90.57%), Query Frame = 3
Query: 3597 IDGKPEEWHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEETDPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNY 4073
++GKPE+WHVY+TGHSLGGALATLA LDH RRYP A VTMYNFGSPRVGN+AFA+LYDS+VGDSFR+VNNLD VARMPRATM GISLDY HSGRTVMVAEDPEE PWIQGES GECPLEETDP+ LLT+GN DF+S EIDFMKAL SGKGIDHH E N+
Sbjct: 1 MEGKPEDWHVYITGHSLGGALATLATLDHRRRYPEAKVTMYNFGSPRVGNKAFAELYDSFVGDSFRVVNNLDVVARMPRATMGGISLDYQHSGRTVMVAEDPEEPPWIQGESGGECPLEETDPVMLLTQGNTDFFSAEIDFMKALFSGKGIDHHMEHNW 159
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A7S0YX09_9CRYP (Hypothetical protein n=1 Tax=Hemiselmis tepida TaxID=464990 RepID=A0A7S0YX09_9CRYP)
HSP 1 Score: 147 bits (371), Expect = 2.070e-36
Identity = 84/195 (43.08%), Postives = 121/195 (62.05%), Query Frame = 3
Query: 3522 PKVHAGFKKAYNSVKETLAAVVGSAIDGKPEEWHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPR----ATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEET--DPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNYFAALD 4088
P H GF AY+SV+E++ V+G+ I E + V++TGHSLGGALATL A+D R P+ +VTMYNFGSP+VG+ AF Y+S V +SFR+VN+ D AR+PR ++ G+ Y H GRTV+ + + +A W++GES GE PL++ D LL E+ M+ ++ G+G H E Y AA++
Sbjct: 4 PHAHFGFASAYDSVRESIFRVLGAIIPPDEEGFEVFLTGHSLGGALATLCAVDVRTRMPHVSVTMYNFGSPKVGDEAFVLRYNSLVKNSFRVVNDADVFARLPRNKGIGSVPGLPY-YYHVGRTVLTSTERPKA-WVEGESAGEDPLKDRWGDISELL--------DAEVSLMQTVLDGRGWKSHVENGYHAAME 188
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A7S0TMB5_HEMAN (Hypothetical protein (Fragment) n=2 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A7S0TMB5_HEMAN)
HSP 1 Score: 143 bits (360), Expect = 6.200e-35
Identity = 83/193 (43.01%), Postives = 118/193 (61.14%), Query Frame = 3
Query: 3522 PKVHAGFKKAYNSVKETLAAVVGSAIDGKPEEWHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPR----ATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEETDPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNYFAALD 4088
P H GF AY SV+E++ V+ S I +++ V++TGHSLGGALATL A+D R P+ VTMYNFGSP+VG+ +F Y+ V +SFR+VN+ D AR+PR ++ G+ Y H GRTV+ + + A WI+GES GE PL+ D A L+ + E+ M+ L+ G+G H E Y AA++
Sbjct: 8 PHAHFGFASAYYSVRESIFRVLTSLIPPHEDDYEVFLTGHSLGGALATLCAVDVRVRMPHVGVTMYNFGSPKVGDESFVLRYNEIVPNSFRVVNDADVFARLPRNRGLGSVPGLPYFY-HVGRTVLTSTEKPSA-WIEGESAGEDPLK--DRWADLS----ELLDAEVSLMQKLLDGRGWKEHVENGYHAAME 192
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A0G4EHV0_VITBC (C2 domain-containing protein n=4 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4EHV0_VITBC)
HSP 1 Score: 154 bits (390), Expect = 4.620e-34
Identity = 85/211 (40.28%), Postives = 119/211 (56.40%), Query Frame = 3
Query: 3522 PKVHAGFKKAYNSVKETLAAVVGSAIDGKPEEWHVYVTGHSLGGALATLAALDHMR---------RYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEETDPIALLTKGNA--------------DFWSGEIDFMKALVSGKGIDHHTEFNYFAAL 4085
P+VHAGF +AY S++ L ++ A G+ EW V VTGHSLGGALATL A D R P V +YN+G+PRVGN AF + +++ +GD+FR+VN+ D +AR+PR I LDY H GRTV+V E + WI+GE+EG PL+E +P G +F E+ + + +G+ + HH E Y AA+
Sbjct: 836 PRVHAGFHQAYLSIRSRLHELIHEATGGQAGEWEVLVTGHSLGGALATLCAYDMATHGPVSRGEARGPPGKVLLYNYGAPRVGNGAFVEKFNAKIGDAFRVVNSRDVIARLPRGATAWI-LDYEHVGRTVLVDEAGQTNLWIEGETEGPNPLQEANPWGKDENGTLVFLGRSVELPRLTEEFIDREVAMLNTITNGEALSHHFEDQYHAAM 1045
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A7S0LWE7_9CRYP (Hypothetical protein n=1 Tax=Cryptomonas curvata TaxID=233186 RepID=A0A7S0LWE7_9CRYP)
HSP 1 Score: 138 bits (348), Expect = 5.680e-34
Identity = 80/156 (51.28%), Postives = 99/156 (63.46%), Query Frame = 3
Query: 3624 VYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEE--TDPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNYFAAL 4085
V VTGHSLG ALATL A D +P A VTMYN+GSPRVGNRAFA+L+D+ V D+FRIVN+ D VAR+PR + L+Y H GRTV+V+ + W++GESEG PL+E T+ LL E+ M+ LV G I H E YF AL
Sbjct: 2 VLVTGHSLGAALATLCAADIAPLFPGARVTMYNYGSPRVGNRAFARLFDTLVPDAFRIVNDADLVARVPRTRL----LNYRHVGRTVLVSAQQGKRIWVEGESEGSDPLKERWTELSELL--------EAELSLMQGLVGGGSIADHMEDAYFRAL 145
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
L1J5S5_GUITC (Lipase n=1 Tax=Guillardia theta (strain CCMP2712) TaxID=905079 RepID=L1J5S5_GUITC)
HSP 1 Score: 140 bits (353), Expect = 8.570e-30
Identity = 76/193 (39.38%), Postives = 116/193 (60.10%), Query Frame = 3
Query: 3522 PKVHAGFKKAYNSVKETLAAVVGSAIDGKPE---EWHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMVAEDPEEAPWIQGESEGECPLEE--TDPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNYFAAL 4085
P VH GF + Y+SV+ + V+ ++ + EW ++VTGHSLGGAL+TL A D +P + V MYNFGSPRVGN F Q+++ V ++FR+VN+ D VAR+PR+ + ++Y H GRT +V+ + W++GES G PL+E T+ L+ EI ++ +V+G ++ H E YF +L
Sbjct: 720 PAVHVGFLRGYSSVRRRILQVLQVLLESEGAGGGEWKIFVTGHSLGGALSTLCAADVAALFPQSAVVMYNFGSPRVGNLKFVQMFNQLVPEAFRVVNDADVVARVPRSRL----MNYHHVGRTALVSSSS--SVWVEGESAGSDPLKERWTELSQLV--------DAEISLLQGIVNGNSLEDHMEDAYFLSL 898
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A7S1H6Z8_HEMAN (Hypothetical protein n=1 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A7S1H6Z8_HEMAN)
HSP 1 Score: 126 bits (316), Expect = 1.930e-29
Identity = 68/159 (42.77%), Postives = 95/159 (59.75%), Query Frame = 3
Query: 3618 WHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMVAEDP---EEAPWIQGESEGECPLEETDPIALLTKGNADFWSGEIDFMKALVSGKGIDHHTEFNYFAAL 4085
W +YVTGHSLGGAL+T+ A D +YP V YN+GSPRVGN F Q ++ V ++FR+VN+ D VAR+PR+ RG DY H GRT +V+ + W++GESEG TDP+ ++ E+ F++ LV G+ + H E Y+ AL
Sbjct: 2 WTIYVTGHSLGGALSTICAADMAEKYPGCKVVNYNYGSPRVGNAPFVQGFNQAVPEAFRVVNDADVVARVPRS--RGF--DYYHVGRTALVSRSGGGGRGSLWVEGESEG------TDPLRDRWSNLSELLDAEVAFLQGLVKGESLGDHMEDAYYEAL 150
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Match:
A0A4D9CRQ9_9STRA (Lipase_3 domain-containing protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CRQ9_9STRA)
HSP 1 Score: 134 bits (336), Expect = 1.460e-27
Identity = 84/221 (38.01%), Postives = 121/221 (54.75%), Query Frame = 3
Query: 3525 KVHAGFKKAYNSVKETLAAVVGSAIDG-----KPEEWHVYVTGHSLGGALATLAALDHMRRYPNANVTMYNFGSPRVGNRAFAQLYDSYVGDSFRIVNNLDAVARMPRATMRGISLDYSHSGRTVMV------------------AEDPEEAPWIQGESEGEC-------PLEETDPIALLTKGNAD----FWSGEIDFMKALVSGKGIDHHTEFNYFAAL 4085
+VHAGFK+AY SV+ L A++ +A G + E+W + +TGHSLGGALA+L A D RY +++MYNFG+PR+GN AFA+ Y+ GDS+R+VN DA AR PR + +Y H+G TV++ AE P+E E+ G PLEE+ P ++ G+ + F E + AL+SG + H E+ YF +L
Sbjct: 997 RVHAGFKEAYLSVRPRLLALLDAATQGALEGGRVEDWEILLTGHSLGGALASLCAHDLSSRYAGLSLSMYNFGTPRIGNSAFARAYEESNGDSYRLVNENDAFARFPR-NLHPTLFNYEHAGTTVLLNQATFAVQEATSRKEKERAEVPQEGDRRGSEAPGGIMSGDKIGPLEESAPS--VSAGSLELEPLFLEAEWQLLNALLSGAALTSHLEYRYFESL 1214
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig101.9.2 vs. uniprot
Analysis Date: 2022-09-19 (
Diamond blastx: OGS1.0 vs UniRef90 )
Total hits: 25
0 1 Expect = 0.00e+0 / Id = 53.45 Expect = 2.86e-205 / Id = 49.68 Expect = 9.33e-84 / Id = 83.02 Expect = 2.07e-36 / Id = 43.08 Expect = 6.20e-35 / Id = 43.01 Expect = 4.62e-34 / Id = 40.28 Expect = 5.68e-34 / Id = 51.28 Expect = 8.57e-30 / Id = 39.38 Expect = 1.93e-29 / Id = 42.77 Expect = 1.46e-27 / Id = 38.01 Sequence A0A6H5KT38_9PHAE D8LR59_ECTSI D8LR60_ECTSI A0A7S0YX09_9CRYP A0A7S0TMB5_HEMAN A0A0G4EHV0_VITBC A0A7S0LWE7_9CRYP L1J5S5_GUITC A0A7S1H6Z8_HEMAN A0A4D9CRQ9_9STRA Pages
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Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig101.9.2
>prot_P-littoralis_Contig101.9.2 ID=prot_P-littoralis_Contig101.9.2|Name=mRNA_P-littoralis_Contig101.9.2|organism=Pylaiella littoralis U1_48|type=polypeptide|length=1345bp
MGIMPSSCERVDGACCTLIRSRDLRANFSRSSTKTRTSTTPEAAAPNKEV back to top mRNA from alignment at P-littoralis_Contig101:30165..56521-
Legend: UTR polypeptide CDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig101.9.2 ID=mRNA_P-littoralis_Contig101.9.2|Name=mRNA_P-littoralis_Contig101.9.2|organism=Pylaiella littoralis U1_48|type=mRNA|length=26357bp|location=Sequence derived from alignment at P-littoralis_Contig101:30165..56521- (Pylaiella littoralis U1_48)ACGAGGAGCGAGGAGCATTTGTACATGAACAAGAGCAGGGGAGCGAGCAT
CACCCCCGCGAGACAGCCGAGACACAGAGGGGAGGTTAG ATGGGGATCAT
GCCATCCTCGTGCGAAAGGGTCGACGGTGCCTGCTGCACGCTAATCAGGA
GCCGCGATCTTCGCGCGAACTTCTCAAGATCATCCACCAAAACGAGAACA
TCAACAACGCCAGAGGCAGCAGCTCCCAACAAAGAAGTCTCCGTCCTCCG
CCCGTCCCTGCTGGTGGTGCTCCTGCCGCTGCTCGTTGTGTTCCTGGCCC
CAAACTATGGCTCTGGCTTCGTCGTCCCTTCCACCACTGGCCCCTTTCCC
CTGTTATCTACGCAATGGCGGGGTAGCAAGCCCTATTACAACGGCGGGAG
CAGCAGCAGCAGCAGCAGCACGGCAAACAGGGTTTTGATGCGTGGGCTAC
TTGGCAGGCCTTCGAATGAAGTCCAACAGCAGCAGCGCCCTTTGATGATG
CTGCCAACAGCAGCAACGGCGTGGGCAGGAAGTCGGACCAAGGCCCTCCG
TGCTTCAGAGACGAGGAGGAGCGCGATGCAAGACGACAAGATTGAAGGGT
TAGCGGACGTTTTGATCGCCGACACCGAG GTAGGTGGGCCGATTTCGAGA
AAGGAGGGTTCAACGCATGTGTACAGCAGCAGTATATCTTTCTCTTTCAA
CGGGGACTAAAACCTCCATTCACTTCCTCTATTCACCTTCATCTACAGCA
GTAGTATTGAGTACAAGGCATCTGATCTGTATCGGGCGCGCGTCAACGAA
AATTATTATTTTACGAAGTAGCTTCAAGTGTGTGTAATGTGTTTGTGTGT
TTTGTCATCCCGTCTACAGGCTACGAGTAGGTCACGGAAGAACAGATAAT
AGTTGGATTCAACATCATTTTCTCACGTTTTTTTTTCGAATTTGAATTGA
CTTCGAAGTACCATGTGGTATGCCTGGTATATGATACTTCGAGGCTGCAA
CGGTACATGGTCTGCTGAGTATAGAAACACTGGTAGACGTATTTCACTCT
TTGTGTTCGTTGCAATATCTGCTCCAGATCCTTGTTTGGAGAGAGGCGAA
CACATTGATGTTTTTTTAAGTTAAAAAAGAAAAAAGTACGTCGTATAATA
TTGCATGCATCTTGTATGGCCTACCCACGTTGTACGTAACTCGTACTTCG
AAGTATATACGCAACTTTCGAAACCTCGCGGGTTATTTGGTTTGTTGTCT
GTAGCTTTCCTAGTATTAACACCGGTTACAATGCGAACGAAATCTTCTGC
AGATGTTTGTTTTCAATCATTTTCCCACGAGCATTTTGTTTCACTTGATA
AGTACCAGGTAGATGATACGGGAAAAATGCTCGAAAAATCCGGCTGAACA
TTTCCCGATCGGCCGGTTTCAGCAATTTTTGGGAAATCTTCGGTGAACAT
TCTCCAAACCCGGCAGTCTTGAAAATGCTGACGAGGCGTGAATTCGAAGT
CGGCCCGCTCTTTACGCCGGCCTTCCCGAGACTCACACGCACACACGCAC
ACACGACCCCCTACGAGCCACGATGCTGATGCTGACTGCTATTGAAGATT
GAGTGACACCCTACCTCCTATCCAACGTCCCACCGATATAGAGCAGTAAG
TAAATGGAAGTGACAGCCAAGAAGGTTTCGCGTTGAGAGTTGGTCTACGG
ACCGAGAACGTGAGTGTGGTGTCGTCTCACCTACAGGAGTACAGCAGCAG
TAGCTTGAACCTCGTGATGAACGGCTGTCTCTCGGGAACACACACACCAC
GTTGATTCATACGATCAAGAAGCCGCTTCTGAACAACGGAGCAGTAGGTA
CTTTTTGCTTCTCTGGCAAGCTCCGACACAATCCAGCGGCGAAGGCAGTA
CCGCAGTGGCTCTTGGGTTGCTCCAAGCCCTCTACGAGCTCATTGCGTTC
GGCTTGCGTGGCGTAAGTGTTCGATTGGTCCGTGCTAGCCGTTGGTAGAG
CCGCAGGCCGTTTATCTCCACCGCGAAAAAAAAGGAGGAGACAGGAAAAG
ATGGGGGAAAACAAGAATTCTTCCCCAAACCACCCGGTCGCCCCGGTGGT
CTTTGTTCCCTAGTTAGCCTACTGGTTGTAAGGCCGTAGGTTCGATTCTC
TCTGAGAGCGTTTCTTGCGACTTTACTGTGGAAAGCGAATTACTCGTGAG
TATCAACAGAAAGAAGGGATTGCTGTACCCGACTCGCATTAAAAGTCAAA
GGCACGTACCGCAGGAGGAAATTGTGGGCAATAAAGTAAGATAAAAAACG
AAAAAGCTCGTGTGTGTGACCTTCCTTCTGTGACCCCGGCTGATGCACCC
ACTTCATACCGAAAGGTTCAGACTAGGGCCCAGAATAAATGGGATGACAA
CACACACACCCGATACGAAATATTTCACGTGTGAAAAACCTCCTCGAAAA
TGCTCCTTGGCATTGTGGAGAAGATTTGCAGTTTCCCGAAGACTCCCGTC
CGCATATGTAAGCGGTGTATTTTTTTTCTGCTACTCGTACTCGTACAGGG
TCGATTGGGATCCCAGAAATCCGGTAAAAAAAATAAAAAAATAAAAAGGC
CGAGGTTGTCCGCAGTTGCGGGGTGATCCACAGAACATGCGTGCAAAGTT
TCAGGGACTACCGGTTCCTCGAAAAACCGCGTGAGAAAACCCACTTCAGT
GTGGTCAAGTGCTGCAAAATCCCCAGGTACTTGAAAAGGAAATAATCGGG
CCTTTTTGGGCACTTTTTTTCGGTGACTATGCAAAACTACGTCAGTTTGG
GGATTCGAGAAAACAAAATTCGTGGAAAACTTTCTTGGGTCCTAATTACA
CCATACATTAACTGTTCGAAAAAGTTACATACTCCGAAAGTGCTCCATTG
AGCATTTAGTGTGAAAACCTGTTTTTTTTAATATCAGGGGGGCGTTATAC
CACGTCATTTTGTGAAAATGACACATTTCCTTCCCCAGTGCCACCGGTAG
AGCCTCAAACGAAAATCCAGCTATGTCTTGGTCTTCTGCTGCTGACGGCG
TTCAGTTTGATACCATATTTGTCGTGATCGGGTGTTGAATATATGTTGCT
GTTTTTGCGCGAACCAGCCTTCATCACGTGTGTGTTTGTGTGTGTTGTCA
TCCCAGCTGTCACGTGTGTCGTGTGTTCGTTTGTGTTGCCATCCCATCTG
TTACTTGAAGCAATAGCATTGTTGAAACATACTCTGTTAGCGATACTCGC
GATGCTTCCGACGCGTCTACCTAGGTTTATTCGGCATGAGCACCGTGTTT
CATCAGCATCTCTCTCTGTCTCTCTTGGCCCTCCCTCCCTCCCTCCCTCC
TCCTCCTCCTCCTCCCTGTCGCTCCTTCTTTTATTTTTCTGTCAGGTGCT
CCCGGTGGAGAAATCGCAGGATGACCTTGAGCCGGCGGAGCGGCCACCCT
TCGACCTCGACGCCGCCGTTTTTCTGGCAGATTTCGCCTTCGAGGCCTAC
AGA GTGAGTATTGGGCGGCGGTAGGGATGAGCACTGGATAGCTGGATAGT
GTCTACCACACAATTTATTTCAGTTGGATGTGCGAGCATTGGACAGGGTC
ATATCATGATCAGTTGGAAGGGTGAGCGTTGAGTAGTCCACAGACAGGCG
CAGTCAATTGGAACGACGAGCATCGAAGAGTCTTCAGCAGCACAGACAGA
GCAGCAGGGAGATTGATGAAGTGTGGGGTATTCTACAGCAGTACAAAGCA
GTGGTTACACGATGAGGTTACCGTCCATTTTACCGCTGTACTTTGACAAG
CATTTCGTGAAAACTTCGCATCACATCTCACCTGCTTCTGAAGGACGAGG
TTTGTGTTTTTGTCATTCCATTCTTCCTTCGCGCGTATGACAAACACCAG
CAATGTACAGAACAAACAGCATTGGATAGTCTACAGCAGCATCCGAGAGT
ACTTACTAAAGTATTTGCCTTTTTTTTTCAACTTTCATGTCTCATGATTC
ATGTTGATTCGTCTTGTGACTGTTCGTTCTCGCGTATCAAAAAACTTGGT
ATGACAGCTGCAGGCTTTTTTTTATGATATGATACCAGATGTGGTAAGTC
CTGTCTGACGACGCCACACGTGTCGGCTCTCCTTGCGCTTCCTCTCTCCC
ATAAGCCTGCGTGGTTATGGGCGTTTGATCGTTTGGGTATTATCGAGCTG
ATGGTGATCCTGATAGTTGGATTCGTTTATTAAAAAGATGAAAACGCGAA
CGATGCTGATGAAAAGCAGGAACATGTTTTCAATTAAAAAACAGATGATA
TACATACCCAAATTTGAATTTGGGGATTTGGGATTTGGGGATTTTTTGAG
AACTTTTTACAAGTACTTTGATCATTCTTGTCAAACTCCCTGAAAATAGC
CGCGCACATGCACACGGAGCATTCGGGAGTGGGGGCGCGGCAGAGGGCTG
GGACGCTAGAAAGGATAAGGGTGGTAAAATACCTTGAGGTATCCTCTCCA
AGGCTTGGGACTTCCTGGCATCGAGTTCCAGTCACAAAAATCTACACTTT
TTTATTTTTCGACAATGATGCTTTCCCCGGAACAGCAGCGAAATACGACC
AAGTTTTCGGGGCGACTGGTTTTTTTCTTCAGCCTTTGGCCCGTGCAGGG
ATGTTGAAATGCGAACACACAAAAAAAAAACGGGGTTATAACTGAAAAAA
CGCTCCCGAAGATTTCAAATAGACCATCGCCTGTGTACTGCGTAACCAAC
CACGCAGACTGTATGGGACAGAGGAAGTATTCGCATACAGCAGTAGGACA
ATTTTTTACCGCAAATGAACTCTCTCTTGAAAAACTCCCGCCGCGCCGGT
GAGGAGGGGGAAAGGATCTTCCAAGAAGAGTTGTCGACTAACATTTCAGT
GGAAGGGTCCTCCCTCGCTCAACACTACACGGGCTAGACTGCGGTAGTAG
TTACGCTAATGTGAGAATCAACAACAACCCGCACACACAGACCCAAGCAA
CAGCCCTCTTGCGATTATGTTCTTTCTTTCTTTTTGGGGGTGTGGGGGAG
GGAAGGAGGGTATCTAACCAACGCACCAACCGATCGCCCACCACACGCAC
ACAGGATCCCGGGAAGGTGGCGTGGGAAGTGCCCGGGCCCAACAACGTGC
TGTTCCTGGACGGAAAGCTCGTGTCCATGGCTTTCCCGGGGCTGCTAACC
GTGTCCCTGCTCGCCGTGGAGGGGCTCCCCGAAGCCGTC GTGAGTTTTTG
GTGTGGTGTCGTCGTTTTTCTGTTTCGTGACCCCCTTTTTTCTTTTTTTT
CTTTTTTTTCTCTCTTTTTTTTTTGTTGCGCTTTCGTCTTGTCTTGCGTT
CTAAGTTTTCAAGCGTTTTTTTTTTTTCAGCTTCTTCCTGTTTTTTTTTT
TCCATAGTTTTGTCATCCTAAATGTGATGATTGTTATCCCGCCCGATTTT
TCTCTCCGCACACCATTTGATATTTGAGTGAATGGGCATCCTCGGCAGCG
ATACTGAACTACCGAGTACTAGAGTATGACGTGTTCGGTGGCGCATTATC
CGCGGGCGCACGTGAGACTACCTCCCGAGCTAGTCAGTAGCTGGCCCTTG
GAACCGGTTTACCACGTGAACATACCGCTGTACAGTCAGTCATCATAAAT
GTAACGGCTACATTTATTTTTCTCATCTATCATACCTCTGGTACGCTTGT
CAGCAAACGCAACACATAATGCAACGTCAACAACAACAACAACAACAACA
ACAACAACAATACATTCGCCCTTCTCGCGGCAGGAGCCGAACGGGGGCGA
CGACGGTAACCGCAAGAGGGAGATCAATCCGTCCGTGGCTATGGTCCTCG
CGGACAAGGACATGAGGAGCGAGACCATG GTGAGAGAGAGAGAAAATAAA
AACGCGCATTGGATCGGGTTCGTAGTAAGTTGCTCGATTGGATTTCTTTA
GTAGTTGTTGCTCGTGGGCCTTTCATCTTGCGTCTCTCTCTCTCTCTCTC
TCTCTCTCTCTCTCGCGATGGAGGTGGAGATGGAGATGAAGACGGACTAC
CGATCCCATCTATCGGGAGAGGGCGTGGGGGGGGGGGTTGATAAGCGATG
CCCATGAAGAAGTCGTCCAAGCGCTTGTAAATTTTTCTCCCGTTCTCATC
CACAGTCTTGAGCGGCACGCAGGCACTTGTTCCTCTCTATCTGTCTCTCT
GTCCCTCTCTCTTTCTATACAGACATATCTATGATATCTCGCACACGGAC
CTCATCTCGTCTCAAGTGTCTTTTTTTTTCTTTTTCTTTTTTTTTCCTTT
CCAACGGAAAAAAAAAAACACAAAATCGATATCCTATGAAAAACAGAAAT
CCACGAAGCGACCGCTTCCGGGGAGTCGATGCTGGGGCGAGCTGTTCTCG
GTGCACGTTCACGACCCGGAGACTAGCGTTCTGGAGGTCGGCCTCTGGGA
CAGCGGAGAGGACGGGTCCAACCCCCTGTCAATGTCGGGCGTGTTCAAGG
GGGAGCAAGAGCTGGTCGGCAACGCCAGAGTACCGCTATCAAAG GTGTCG
AAAAGTGTTTTTTATTTTATTTTATTTTATTTCGAGTACTGTACGGATTA
TTTGAATATATCACCTCGTTTTTTTTTTGCGTGATAAATTTGTTTTCCCC
AGGTATTCTGAATCCCTTTCCCTTTGAGGTTCTTTCAGTGCGGCTATCTT
CTCAGACAAGCATCATTTTTTGTAGGACAGGTCTTTAAACTGCGGCAAAT
ATCGACCCCGGCTTCGCGACAAGGTCCTTTTTGCCCGGATCGCCCCACGC
CGTGTTTGGCTCCAACGCTGTTCTCTCGACCATCGCGGCGCGCCTCGTCG
CCACTACGCGGGTGTCCGTACGTTCAAGCGCGCTCGACGTGCCCGCCGCA
TGGTTTGTTCGATTCTACGACGCCATCCGAGAAAGCCCTCAACAACATAA
TCTCGCCCATCAAAACATAACATGCATGCGCATCATGCTATTCACTTCGC
TCATTTTTCAGCAGCAAGCAGGAGCAGTAGTGCAGTGCAGTAGTTGATCC
CGTCAGCATTTGAGCACCGCTCCGAGTGACCTCGAAACGTGGTGTCCACC
ACCTGTGTGCTTTTAACCCTCGCGGTAATTGCTGTGTGGGGATACGTACG
TGCGGTATGGAATGGGTCTGCCTCGTTTCGCACGATGCGCATGCAGCAGT
TACAGCATAGAAGCAGTAACAGTTGTCGTACTCGGACGCGCCTCAGACAG
CAGCCGCAGCAGCAGCAGCAGCAGCAGCAGCAGTCGTGCCCCATTTCACC
TATCGACCTGTCGGACTGGCTCTTTCGAGGCGAAGATTGAGAATTACCGC
CGTGCACCTGGTTCATTTTTCGTGCATGCCTGTCCTTTCACTCCCTCGCG
GTACACAAGAAAGCACCGCTGTTGTATCGGATATGCACACGCCTGTGTAC
GGCTTTGCGCGGGCCTTGGACGATGTGTATGTATGCAGCAGCGGTATCAT
GCAGCAGGTACTTCCTTCTTGCTCGTCCCTGAAAAATATCGAGGGAAAGG
TGTCTGTGGGCCGAGAGGTATGGGCCGGGAGTGATGTGCCGGAGGCACGT
GTATGTGGGGCCAAAATATTTTGGGGAAGGGAGAGCCATATGTCCTGTGT
ATGCTCCTGATCAGCCGCCACGGCTTGCTGCCGTGTACTTGCAAGACCAC
ACAGCCAAACTCCACTGCTGTTGTCGCCGCACACTACAAACACATATATA
CGACACGACGTGTTCTTCATCACAGCAGCCCTGCTGCATCAAGGATGGTC
GCACGCAGCTCACGGTAGCCGCAACTGACGGCTGTAGGAGGTTCAGCAGT
AGGTATATGTTGCGCCGTGTAAAATTCGGCGAACCGCCGGGTACTGCCGC
CGCTGCTGCTGCTGCTGTACTGCTAACTGCTACACTGCTTTGCGTTGCAC
CAGGCACGCAGTCCTGCGTTGGGAGTTGTGTGGCATAGCTCTGAACTCCC
GGTTGGTTGCTCATGTACGCGAGGTACCCACGAGCGAGTGAGTGGACTTG
CTTACACAAGACAGAGCACAGCAGAAGTACGTACATGTTTGAATGAATGA
TGTGTTTCGCGGAAATAACAAGAGCGAGAACTGCCGTGGCCAGTGGGGTC
GGAGCCTAGTCTCCTCTCCGTCTTGTCTCTCCGGAGTCGTAGAAACCGAA
CACAACAACAGGTTCACTTGCTGCTGCCGGTGTAGATCAGTGATTTGAAG
CAATGTGCCGCTGTATCATGATGGTGGTGTCGCAACGAGAAGAAAGGGCA
CGACATCCACCCACCAAGCGTGCTTACAAGTGTGGTAGTAGAGGGCGATA
AAGACTCGCCTCTTCCGATATGCCACACGCGTAAAAACATATCACCGCCC
AAGCTAGCTTTCCCCTCCGCTCGCTGCCATCCCCTCTACATTCTGTGTCA
TTCCCTACATTTGACACTCATGACTCACACATGCCCGCACGCTCACCTTC
CCGCTTCCTCGCAGTTTCCACACACGTGGGAACGACGTACGGCAGTATGC
ATGTGTGCTCTTCCGCCACTGTTGTACTGAAGAACCGGTTGTGAAAGATT
GGTCCTCCCCAGGGCTGTAAGACAGCCCGGAGAAATAATCCAGGAGAGCC
ATGTGCGTGACGAAGCGAGGCCGAGCCCGGTTTCTTGTGGTTACTTGTGA
AGACACAGACTTGCAAACCGCACGTTTTCCGGCACGGCTCGACGCCAAAG
CTGCCCCAACACACAGCACCTCAGCAGCGCAGGCCAATACACAGCAGTAG
AGCAGCACTGCTGTATGCGCTGTTGGTTGATTGCGATCACCAGCAGCAGC
AGCAGCAGCAGCAGCAGCAGCAGAAGCACCTAACAACGATTAAACGGGAG
GAGTGTCCGTGCGTTTTTCCTTCCTTCTTCTTCGTGTTGTCATACAACCC
TGTCCTTTCGTATTCATGTTTTTAATTACTCTTTTCCCACGCGAGAACAC
AAAACATAGAAGGGATTCAGACGAGCCTCAGGGGGCCACCCCCTGGCAAT
CATTGAGTACTTTCGAAGTTTTTTTCCCGATGATGGCTACACTTCAGCGC
ACATTCTGATTAACTTGCTCGTTGCCTCGGATTGGGTTTAATTACTCTTT
ATCGGTGGTGTTTCGTGTGCAGTGTGCATGTGCATGGGAGAGGGAGCGTA
GGGACGTGCAAGTTTAGGTGGGCGTGTTTCAACTGAGAAGACCGAGGGCA
AGGGATCGGCCGACACCGCCGGAGTGCGGCTATCCAAGGCGTCCATTTAG
TGAATTACCACGAAGCTCCATCGTATGGAACAATGCCCCCCCCCCCCCCG
GTTCCTGTGATACGTAGTGAGAAAGGTCGTGAGAGCCCTCTTCGTGTGGC
AGGGTCATTTGGAGAGGCTTTTTATTTTGGTTGTTTTATGTTGTGAGAAC
ATCGTTATCGCAGGTTTTGTTGTTGATGGCGGGGGAGGGGGAGGGGGGCT
AGTCGTCCCCGCATCCATCCAATTGTACAGGATTTTTTTCTCTCATCGTA
TGATAGCATAGCGTTGTGTCATGTAGAATTCCATCTCATTCTCTCTCTCT
TCTTCCTCTCATCCCATCTCTCTCTCTCTCTCCCTCCCTATCTCTCTCCC
CCCCTCTCTCTCTCTCTCTCTCTCCCTCTCTCTCTCTTTCGGTCGCTCGT
TCTCTCTCTCTCGTCAGATCCTGAAAAAGATGAGCCGGAGCCGAGACGAT
GTCTGGACGGGGTGGATCGAGCTTGATCCGGTCCAACCTCCGCAAGAGAA
GCGGAGGCAGCAGCAGCAACACTCGAGCGGAGAGTCCGACCACTTCAACG
ATGCTGCTGCTACTGCTGCTTCTGCTTCTGCTGTTGCCGCTGCCGCTGCT
GGTACCGGTGGAGGTCGCGATCGTGATGGCGATGCACGCGACGGCTCTGG
GCCGGCGCGGCTGCACCTGGACCTCCGATTTGTCCCGATGGAGAG GTGAG
CGGGCTGAGCTGACTGCTGTTTGTTGGTGGTATTGCTGTTCTCGTTCTCA
GAATGTCTTGCTTGCTGACCGACTGGGGTCGCACTGCTGTTGTCGACGTT
GCTGTTTGTGTTGTTCCCGTTCTCACAAGCAGTTTTCTTACTTTGACCTC
AGTAAAGATCTAGCTGTTGGCCACATCAAGGAACGGGGCCCCGCAAATGA
AGAAAATGGAACCAACCCGTACACACACACCCGTAAATCACGAACTTTAT
AGCATACGTTAAGTGTGGAGTGCGAAGACTTCGGACATGACCCTGCGCAG
GAGGAATCTCCCGGGTCGGTTGCCTCCGTACACGTGTGAGTAGACGTCCA
CCTACAAAAATATATACTCCGAGTATACTTCGTATAACTACAACGAAAAC
GACAACGACGACTACAATGACAATGACGAAACAACAGGTATCTTGGAGAT
AAGCTCCCAACGGCCCCACGAGCATCCGAGGAGGAGGTTTGGGGCCTGGG
GACGATACGTGCTCGCTGGCAAAGCCTCGTCGGCCAG GTGTGTGTCTTGT
GTGTGCGTGTGTGCGTGTGACATGTATAGTTTTGGTATGTTTTAATTTTA
TCATGTGGCATGGTTATACCAACACGTCTCTCGATGTGATACGTGCATCT
GATAGGACCGAGGACTCCGTCTCTGCATCCAATCCGTGAGTAGCAGTTGT
AGACGAAGGAGTTGCAGTAGTGGTAGTGGGAGCAGTCGAAGTAGCAGCAG
CGGCAGTACAGCAGTAGCAGCAGTAGCAGTGGCAGCAGTAAAAGGAGCAG
GAGCAGAAGGAGGAAGAGGGTTGGTGGTGGTGGCGGTGGTCACGTCCCGA
AGCGGCACTAGTTCCAGGCAGTCTCAAGATTAGCTCAACTGCTGTCTTAT
CCCCACGCACTCGTAAATCTCTTATGTTCTTGTTTTTATATTTACTCCTT
AATCCACTCTCGTACGTACATCAAATAAGAGAGCTACAGCATTGTCCTTG
TGAATGAAAAGCCTGATCTCGCCTCCGCGGAAACCCAAATCATCTCTGGT
GTGTTCAATTACGCGAGGTGCGGTTACAGTACTGACTTGTTTGAGATGTC
GTTGTGTCGTGTCCTTCGTCTACATTAGATTCGGAGTGCGTTACCCGGTA
CGGTTGCATTTATTTAGAGGCGCGGTAGGGTTAGTCTCAACCGTCCCCTC
TTCGTGTCGCGATGGTGGAATCAGGGTGGCGACGAGGGCGCCGTCGAAGG
CGACGACGCTGCTTCCGCTTCCGCCGCCGCCGTTGCTGCTGCTGCTCGTG
TTGTTGCCGCCCGTTCACCCGGCGACGAAGACGTGGCCGTGTACGCCCGT
CCTGGGCTCCCGTCGAACGCCAGCAGGACATTTCTGTACGACGAGGACGG
CAACGACGAGGGCGGCGGCGGCGGCGGCGGCGTCAGCAGCTTGAACCGGA
ACCCCATGAACAACGGGGAGAGCGACAGGAAACAGGCCCAGACGAAAGGG
GGCGAGACGTCATCATCAACCAAAGTAAAAGGAGGAGAAGGGGGAGGAGG
ATGGCCTTGGAGCAAGGAAACGGACGAAGCCGACAACGGCAAAGAAGCCG
GCTCGCCAAAGGGAAAAAGTAGCAGCGGCGGCGGCGGCGGCAAGGGCCAA
GGAGTCAAAACCAAGAAGATCAAGAATAAGGACAAGAAGGAGGTGGCGGA
GGTGGTGCTGCGGGAGGACGGCCTGCCAGACTGGAGCGTGCTGACGAACA
GGATCGGCGGGCTTGCCCAGCAAGGGGGATCGTTCGAGCTACTGTGCTTC
ATCGACAACCACGACACGGATACGCAG GTGGGCGGATGTCTGAAGCAGAC
GGTAATGAGATCGTGGTGGTGGCGATGGGGGTACTCGCGATCACGAATGG
CCGTAGCCTTGAGAAAGACCCTCTAGATCCTTGCATCAATATCTCTGTAC
AATGCGAGGACTGAGCACATCTCCTTCACCATCAGGGACGTTTTCACCGA
CCAGACAGACACTGATTGTCATACCAAGCTATGTAGGGGCTCCTCCGCCG
TGAGGCATTATTCTAAGTATTCGGCTCACAGAGAACCCCACCGCATCAAG
AATGGGCTGCACAGCATTCCATCTACTAAAAAACAATGGCGTCATCTTTT
TATGAGGCGGACTGCGTCGGCACACGCTGTCGTGCGTGCTTCTTACTTAC
TTCTTTTCTTTTCGTGCGAACGACAGACGGCTTTCCTCAATGACTTGATT
CACTGCTTCACAGCGTTGCTGCTCCCAGAGACAGCCCGCGGGAAAACACC
ACACCCCACCCTTAAAAAAGCTTTTCTCGTATGTATGTACGCGTGCTTGA
CCATGTATCAAACATACGTTTCACAAAAAAATGACGACGACTCTATCCAC
AACGCCACGACAACGGACGACGAACGATAGGCCGGAGTCTGGCGCGACGA
AGCCGAGAAGCGGCTGGTGGTGTCATTCCGAGGCACGGCGCAATTCGAGG
ACGTTCTGACCGACGTCAACTTCCTCCTG GTACGTACAAGGTTCAGGTTT
TTTTCTTTTCAACATTTGTTTCCAGCACGCACTTTTGATCGTATATACGG
CGGCGTTGCGGCTGAAAGAAACGTAAACTCTTACCTCTGGGGTTTATTTG
TGTCGGCTCCTGCGGCGTCGGAGTCAACTCAATGACACGCAGCGGTGCGT
CCTGTTGAGGGATACGACTCGGTGGAAATCTGTACTATCTACGGTATCGC
CGTTGCGAATGATTCGCATGCCGTAAAATGCGTGCTGCCGGCGGTATAGC
GGTGTATGGTACTCAAGTCTTTCTCGAGATCCCGTAACTTGTACAAAGGC
AGACACGGATTAGGATGGCGCCGTTTATTTGTCACGGACAGGATAGACGG
CCAGACATGCGTGTGTTTGTCGTTCGTTTCATTCCTTTGCTGCTGCCGGA
TGCGCGTGAGCACACGCATGCACGCACGCATGCACGCACGCACGCACGCA
CGCACGCACGCACGCACGCACGCACGCACGCACGCACGTACGCACGCGCA
CGCACTCGCGCGGCTCATTCGTCTTGTGACCTTGACCCGACAAGTCGAAT
TATCGTCGCTCCAAGTTCTACCTCGTTTACAATGTACATGCACATGTACT
TCGAAGTACATCAGTACTCATTTCTTATTTTATTGTTTTTTATTGTTTTA
ATTTGTTCCAGGAAGATCTCGACTCACTATCGACTTCGTCCTCAGCGCGT
GAGAAAAGCATGCTGCCCGCCGTTGACGACGTCATGGCTGCGGTGTTAAA
CACCACCTCCACCTGGAAGAAGGAAAGGGTGCAGCCCCTCCCGAAGAGCA
TCGCGCAGCAGAAAG GTATACTCCGAGTATATTATACGATACCTGGTAAT
TTATACTCCGGAGTATTTTTTTTTTGTTGGTCATCACGTAAGCGGGTGCA
GGCGGACGGAGTAGAAAGGGCAGCGATAGTTGAGGGGTGGTCTGCCGTGA
GGCGTGCCATCGCGCAGCAGAGAGGGGCCGTAGGTGTACACGGCATGACA
GCAGTGTGACATACAAACGGTATGTGCAGCGCAGCACAGCAGTACTTTTT
GTTGTTTGTGGACCTGCTTACTGGAAGGAGCAGCAAGTGGAACGATGCAC
AGCATGTGTCACACACACATACACACATGGAATAGTACAGTGCGTGTTTG
TGTGTGGCTGCAGTGCGTAAAGCGGTGGTGGTACCAAATCTTCTTGTATC
GCACGCGCAGGTCGGTGTTTCTGCGGGTGCCGCTGCTGCTGCTGCTGCTG
CTGCCGCTGCTGCCGCTACGTTAGTGCACGTGCCTGTTTCGCCACGCCGC
TTTTTTATGCCGGCGTTCAAAACGCCTGCTGCAAATGATTTTCTCCTCGC
TTCTCGTGGTGCAGTACTCTTCGTATTTCATACATCAAGAAGAAATGAAC
GGTAAATACGTATATATATATATTCAAGCACTGCTGTAACGCGATCTGTC
GATCTCTGCACTCTTCTTTTTGTACATATCATGAGAACCAATAAGAAGCA
CGGACAGCCAACGCCCTTTCTGTTGTTCTTGTTCTTGTTCTTCTTGTTGT
TCTTCTTGTTCTTGTTGTTCTTGTTCTTCTTGTTCTTCTTGTTGTTCTTC
TTGTTCTTCTTGTTGTTCTTCTTGTTGTTCTTCTTGTTGTTCTTGTTCTT
CTTGTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCTTCT
TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTG
TTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTT
GTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGT
TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTG
TTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTT
GTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGT
TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTG
TTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTT
GTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGT
TGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTG
TTGTTGTTGTTGTTGTCGTCGGTGTTGTTGTTGTTGTTGTTGTCGTCGGT
GTTGTCGGTGTTATCGGTGGTTGAGTCTCTCTCTCTGTCACACTCTCCCT
CACTCTGGGAACCCTCGGTATCGTCCCCCGCCCCGTCCCGTCCCGTCCCG
TCCCCCCTCCGCACACACACACACGCATGACAAAAATGAAAAAGTCTACA
TGCTGGAGTCTATGAGCAAGCTGCTGGACACGAGCAGAGACCTCCTCAAG
GACCTTCAGGCCACAACAACGACAACGACGACAGCAGCAACAGCAACAGC
GACCGAAACCTCGACCCCACCCGCTGCTTACCGTCGAAGCGACGGCACCA
AAGGCGACGACGATCACGACGACGCTGAGACAGCGGAGGCCACCGGGCGG
CCCCAAGCGATCCTCTCCGGCGTGAAGAAGGTGCTGAGGGCGGCGAGGGG
CGCCGAGCCCGCCTCCGCGTCGGAAATTGTCGACCTCGACGTCGACGGTA
ACGCTTCGGGGGAGGCGGATCAGACTCGGGTGGCCGCCAACGCTGCTGCC
GCTGCGGAGGCGGCGACCAACCTGATCGATCTGCTCGACGACAGCAACGT
CGGCAACAGCAGCGGCGGTGAGGGCGATGGCGGTGTCCGAGCGGGTGTTC
GAAACCTGTGGAGGCGTGTGAAGGGCAAGAACGCCGCTTCCGGAGAAGGA
GAAAGAGGAGGTGGTGGTGGTGGTGGTGCCGGTATCAAGATTCAAGATGC
AAAAAAGGTCCCGGATTTGATCGCGACCCCGACCAAAGCCGGGGGAGGTA
CCGCGGGAGGATTGGTGGAAACCCTTGCGTGGGTTCAGCAGGTCGCCGAA
GAGAAG GTTAGCCTTCGTAATAAACATTGGCAACACAACGAGAGAGTGAA
AACATTGTTTGTGAAAAAATTGGGTTGTATGTGTGTGTGTTTGTGTTCGT
GTTTTTTTTTTAAAGCGAGATATTTATCAGGGAGGCTACACACATAGTTA
TAGCCCCGGACCTCGTGGCCGCTGCAGCGCCACCGCTGGTGGTGGAAAAG
CAGAGGAGCTATGATACGCGCTGTCTTGTACTTGGGAGGGTTAGGTGGCA
CTCTTCGCTTGCCTGCCTGCCTGCCTGTCTGCCTGCCTGTCTGTCTGTCT
GTCTTGTCAGTCGAAAACAATACATCTTCTCTCACGTTACGTAACCGGGC
TGCTTACTTTTATTTTTTATGTATTGACTTTTTTTTTTTTATGTGGGTGT
TCTTGGGTTGCGGTGCAGATGGAGGAAATCGTGACCCTACAGAGCGTCCT
AGGCGACGAGACCCTGAAGCAGATGCAGCTGCTGAGCGACATCACCGAGG
GTAAGGTTAACGCGACCGAGAGCGGCGAGATGCTGGCCCTCTTCCTGCGG
GAGCAGCTGGAGAAGGTGGAGGCCACGAAGGAGCTCGTCGACAG GTATAC
TGTACTGTACTCGTACTGTGTACATATTTGACGAGTAGTCGCGGTTTTGC
TTGGTCGTGTGTTTTTGTGGGTAAAAAAATGAAGAGAGGCGTTTGTGTGT
GCGTGTTTGTACTACGTAGTACGCGACGTTCGTGTGTTTTGTTGGTGAAA
AAAAAGGAAAAGAGGCGTGTGTGTGTGGGCGCGTGTGTACTACGTGTACA
ATACGAAGTACACGATGTTCGTGTGTTTTGCGGGAAAAAAAAGGAAAAGA
GGCGTGTGTGTACTACGTGAGTTTGTTTTGTTGGCATACAAAAAAAGGAA
AAAAAGCGTGTGTTTTGTGTGTGTACTACAAGTACGAAATATATAATGAT
CGATCACTCGTTTGCCTTCTCTCTGGGTTTTCACACCGTTTATCGTTTCT
GGAAAAACAGGGTGGAGGACTTCAGGGACAGCATCGGGGCGGTCGGGATA
GAGTGGGACGGCAACGCCGGTGGCCTGGTGGGCCTGGAGGCGCTGCAGAA
GCGGGTGCAGGACCGGGGGAGGAAGGCCATCGACGAGAAGATCGCCGCTT
TCCAG GTATCCCATCGCATCGCATTGCACCGCGTCGCGAACGGTAGCTGC
CGTATATTACTATGCTTCATTTATTTAGACTTTACACACGTGTAGGCGCG
TGTAGGCAAATGTCGCACGTATCGTGGCATACGGTACGTCGTTGTGGGAT
GTATGACGTGACAACGATAAGAATACATGTTCACCGAAATATTCCCGGGC
TTGATACCGTGTGGAATGGGACGGGGCGGGATGGGATGAGATGGTAAAGA
AAAAGCCCGTCGCAGGCGATTTGTTTTTAGCTTACAGCAGTATGATAGTA
CCATGACGTGGGATATGAGGTCGTATTTTGATCGCTTGTTGGGCGGTATG
GAGATGAGATGGGATGGAAGAGTAGCATCTGTTGATGGAAATGGGTAGTT
CTGAACGCCGGGTGCTGATGGAATGGAAGAGTGCCTGGAGTCGGGTGCTG
ATGAGATGGGATGGGGTCGGGCACTACCATGTGGGATGGGATGGCGCTTC
TGGACGGTGTATTTGTATGATGGGATGGGAAGCCTGATTTCTTGCCAGCA
CGAGTTATCCCATGATGTGATTGTATCCGATATGGTACCATATCATATCA
TACCATACCTCTGCAGTATCCAAATTAGGTACATGCCAACGCACCAATAC
AAGCGGTATGTATTGTTTTTACGCACGGCAGTTCTCCTACTGCTGCTGTT
TTTTTGTACGTGCCTGGAGTGCATGCGTGCTATATACTTCGTATACCATC
GTCATCATCGTCGTTGTTGCCACCGTCGTTTCGTCACCAAAAAGTCATCC
TTCGATATCCATCCGCGTGTGAAGTAGAAACCGCTCTCCTTCTGTTGCCG
ACTTAAGCGCACGCTTCCCCTCCCCCCCCCCACTTGACGGGGGATGAACA
GCAGTAGTCATCCAGCAGTAGAGAAGGGGTTTGTGGCACGCAGGTATTCT
GGTCTCTCCTTGGTAAAATGACTCAAGTCGAGAACCCTGCTCCCCGTCCC
GCTATTCCGGCGAAGGGTTACGCACGGAGGATGCACTGTTGATGCGGTTG
CGCCTGGGGTTTTGCTCCAATATTGGAATATTTTATTGTTTTTTTCGTCC
GGCACGGTGCCTACGTTTTTGGAAAAATCGCGACGAAAAAACAGTTAAGA
CGAAAAAAGTGTGACCACCGCTGAAAGCGACGAGCAAAAGGCGACGAGGA
GCACCGCAGAAAGGAGGGCGAGGTCGATTTGACGACGATGGCAGTTGTTT
ATCATATACGAAGTACTTCACACACCACTGCTTCGCCTTCGCGGGATTTT
GTCCACGGCGGGGAGGTGCCAATCAACTCCAAGCGTTTGTCAATGCAGGC
GGCTGCCGCCCGTCGTATCGTCCTTGGCTCTCAAAAGCTTTGAAACCGTG
TCCTCCAACGACGTTAGCCGGTGTTGCGTCGGACGGCCTCAGCCCCCCCC
CCCCCCCTACGAGCTCATGGGCCGCTTTGGGAGACGCTCGTCGTGTCGCC
AGAGCTCCCGCCAGCAGAAAGTCGCCTTTGCCGGATAGTCGCTATCACGT
GTGTACAAGCACATTGGGTCTCGGTCTTCTCGGGCGCTTTTGGCACGTAC
GATAGCGGTCGGTAGGTGCCTTTACGATAGCGGTCGGTAGGGGCCTTGGT
GATAGCGGTCGGTAGGTGTCTTTACGATAGCGGTCGGTAGTGGCCGTAAC
GAAAGCGGTCAGTAGGGGCCTCGCATCCGGCGGTAGCCGATGGACCTGCA
GTAAGAGCCAGTGGTATGCTGTCCGCTGCAACCCGTAGGGGTCGTATTGG
AATGTGAAAAAGGGATGGAATATTGTTGTATACTCCAAAGTACCATGTAA
TACCAAGTACTGCTTTGCTAGGTGGTACCGGGGTTGTTTTTTCCGTGTGG
AGTTCGGTGGGATGGTGGAAAAGTTTAAGCAGGGGGGGTTGTGGATGTTG
ATGGTGGATCACCACTCAAGGCCCTGGGATGGCACAGCCGATGGGACGGG
AGACTCGAGACTCTCCAGCAGGTGGTATGATTCCGCGATTGTGGTGGGAT
GGTGGCTTGTGATGGGGCCGGCCGGCCGAATCATTTCGTGCCGTCCCGCT
AAATACCATCCCGTCTCGATGGTAGATACCGTCCAATCCAATCCAATCCA
ATCCAAACACTCTTTTATTTTCTTCACGGCCCTGGAAAATTCAGCGCCCT
TTCACTTATATTGGGAGAATGGGAAGGGGGGGGAACGGGGGATGGGAACA
GGGCAAAGCGTTTAACATGTTTATTTTTTTTTTGTTGGCACGCACCCACA
CATGCAGAAAAGCACACACCACACAAACCACACACCGCACACACCGCACA
CACCACACGCCTCATGTGCTATCTGCATGCTCCTTCTCATGTCTCTCGTG
GGCGCACGTTTCTCCTCCTCTGACGTCAGCAGCTTGCTTTTCTGCTCCTT
CTGCTTTTCCATGTCCGCCCCCCCCCCCACCCGATCATAGGCGGTGCTGG
ATAGCGTGACCGCGCTCCAGCAGCAGCAGCAGCAGCAGCAGTGGGCCGAC
GGCATCGGCATCAGCGACGGGGCCAGCAAGAGTGACGGTTACCGCGATGT
AGACAAAGAATCGGCGTCACCCCCCTCTCCCAAGGTCCACGCGGGCTTCA
AGAAGGCCTACAACAGCGTTAAGGAGACCCTGGCCGCGGTGGTCGGCTCG
GCGATAGATGGGAAGCCGGAG GTGAGTCGAACAGACGCATGGATTTGTTT
GGGGGGGGGAGAAGATGGTCTTCGGGAATTAAGTTTCGATTGAGAAGCGA
CGCTTCGACGAGTTCGTCTGTCTCGCGCTGGAAGGTGGTGCATGTTTTGT
CCCACCCAAATGGTGGTACAATACGGGAAAAGCAAGTTTACGCCTGTGGC
CACGCGTTCGAGAGGGTTGGGGCTTTTGCGTGGAGATAATAATAGCGATG
GACGAAGCAGAAATAAGAGTTATCATAATCCTTCAGTATAGTACAGTCAT
TAAATGTTAAATACCGGCATGAAAGGAGTATCGGTAACAATGATCATAAT
ATTAGTGATAAATATAGTAACTTCGTAACATTGATAGTAATAACGCCCAG
CGAGAATTTGTGGGGAGAATACATATTTTTTTCATTCCTAACTTGACAAG
GAGAAAAACTCTGCAGTTCTGGTGTTATGTTTGTCTCCGGTCACTCCCAC
CGCCAGGATAAGTGAAACAGGTCTCAGCAACACAGCGATGGTACGGAGTG
TTTTTTTTTTCCCTTCTCCCATTGCGCGTCCACTCATCATCAACATCGAT
AGGGGGCATCAATCGTGACGACCGTAGTTTTGTTTTAGGTTGCGCCGTAA
CGCATCATCATCATCATCATTATCATCACCACCACGACCACGACCACGAC
CATATCGTACTTCTTCTTTCATCTTCCCCCGGAATTTGTTATTGTGGTAT
GGTACTGCTGTAGGACAACTGATTTCGTACGGTACAATTTTATCAAACAT
CATACAGGAGGGGAATTTTGTTTGTCATTTCGTATAACACGATACACATG
TGAACATTTTCGTACGACACAGGAGTGGCACGTGTACGTCACCGGGCACT
CCCTAGGGGGCGCCCTCGCGACGCTGGCCGCGCTGGACCACATGCGGCGG
TACCCCAACGCCAACGTCACCATGTACAACTTCGGCAGCCCGAGGGTCGG
GAACAG GCAAGCAGCCGGCGGTGTTCAATCGATTCCCACTGGTGTGTCTA
TCTTGTCTGTAATACGTCTATCTTGTCTGTCTGTCTTGTCTATCTTTGTC
TTATCTGTCTGTCTGCCTCGTCTGTCTTCATCTGTCTTGTCTTGTCTGTC
TTCTCTGTGTTCCTTGTCTGTGTATCCATCTTGTCTATCTTGCACATCTT
GTCTTATCTGTCTGTCTGTTTGCCTGTCCTGTCTCTCGGTCTCTCGGCCT
CTCTTGTCTATATACTTCGTAGTACGATTACGGCACGCGTGGTGCAAGGA
ACGCCTGTATGGTCGGTGAAAACCCGATGTGCTCCGCGCCGCCGTTGTAC
GGATGCAAGGGTCCATGGTCCAAGAGACTCCGACAACAGCCGTACATGAT
CATATGGGCACACGTCCACCTCCAACCCCAACTCCCTGCCCCCTCACCCC
CCCCTTCCTTGTATACGCCATGGCGACTTTCTGCCCCCCCCCCCCCGTCT
CCAGAAAATATCAATACTGGCTGACTTCTGACCCCCACCGAATTTCCAAT
GTTTCGGTTTCTGTCTGACCCAGCGTGAATTACTGTTATCGTCTACAGCT
GTCGTCATTTGCCACTTCTACTCTGCCTCTTGCCTGCTGACGCCAGCTTG
TCATCGACCATTTAAAAAAAAAAACGCCACACGCTTGTCGCCGCAGGGCC
TTTGCGCAGCTGTACGACAGCTACGTCGGCGACAGCTTCCGCATAGTGAA
CAACCTGGACGCCGTCGCCCGCATGCCGAGGGCGACCATGCGCGGCATCT
CGCTCGACTACAGCCACTCGGGACGCACCGTCATG GTGCGTCGTCGGTTG
CGTTACAAAACATTTTTTACACCGTATGATATACAACCGCCCTTTTCACC
CTCTTCACCATGCAACATGGGTATCTGATGCGGTACTTCCACCACTGTAC
TGTAGTATTTTCTTCCCTCCAAACACCCCCCCCCCCCTACCCCCTTCAAA
AATCGCGTGCCTATCCCCCCTGTATACTCGTACCATACCGTATTACTGTA
TTCTTCCTACTACCGCATTTCCCCCCTCCCCCCAAATTATACCTGGTATC
GTTTTTCACCTCTCACCTAAAAAAAATACCGTACCCCCCCCCCCCCCCCC
ATTCCCATACCCCCTCCTCCCCCACAAGTACCATATGTCCCCCTGACCCC
TGCCACAGTCCCCCCCCCCCCCCCCCCCCCCGTCTACTCCCTTGTCCCCC
TTCCCCCCAAATACCGTGTTACCCAGAAATACGGCTTTCTCCCTTTTCCC
CGATTGCCGTATTCAGTGATTTGATTTGTTCTCCTCGTCTTCTCGTTCGT
CGCTCATGTTCTCTGTTCGATTTTTTTTCTCTTTCGTTTTTCGGCCGTCC
ACTGCAATAGGTCGCTGAGGACCCCGAAGAGGCACCGTGGATACAAGGGG
AG GTGAGCAAAGCTAGCCAGCGGTGCCCCCAGTGCCCCGCCATCATACGG
GCGCGCTTGGAGACGTACAGCATGGTTTGGTACGACGAGAGGCGTGGAAA
AACGAAGCCATCACCATCACACTTTTTGTTTGTTTTTTTGTTCGTGCTGT
GCTTTTTCGTTCGTGGCTTTGCCCCTTGTGATGCTGTTGCTGCTATCGTA
CATATGATACTGCTTCATTTGAGACAGCTGCTGTGATGTTTGATGCCTGA
TGTCTGATGTTCGATGTTTGACGTTGGAAATACCGGCAAACAGCGACGAT
TCATCCTCTGGGGGTGCGCAGTCTTTTTCTCTGCCCCTTTGTTCCGTTTC
GTCCCTGAAACGTCCACACAACCTGCAACAAACCCCTCTCTGGAAACTCC
ATCTTCAAACCACACCTATGAAAGGGGCAAGGTACCCCCAAACAATGACT
CTGCGGAAAATAAATCGCTTTCAATCCGACTCTCATGTTTCACCAATCAA
ACTACAAACCGGCAGAGTCTTGCACTTGATGAAGTGATATTTGCTTAGGT
TATAAATGGCGCATTTATTAAGATTTTTATTATTATCGGCTTCGAGATTT
TTTCAACTTTTTTCGCGAGCGCGGAAGTATTTCAAATTTCAAGTCGTTCT
ATCGTGCAAAGGGGGCTACTCAACATTCAATGAATACTTCGAAGTTTGAA
AATTTATAAAAGATTTAAAATTTAGAAAGTATGAATATTGTTTCTTGTAA
AAGTTTTATCAGGAGCGTATGGGTAACCTTAAGCTTGACAAATTGTCCCT
GCTCTTTCCCACCAAGAAAGAGCGACGAAATAATGAGTGAAATCTTGTGC
CTTTTGATGGAGAGAGGGCATCTATCTGCGTTCTCTTTCGGACCTTCTGG
GATGCCATTAGATCCGGTCCCCTTCAAAGCAATTGAAGAATATTTCGACA
TGAAGATAAGATGTGTGCACACCAGCACACAAAGGCTGTGTGTATATGTG
CGCGAATTAGAATCCTATTTACCGGTTTTCTAGACGCCAGTCTACACCTT
TCGGTAAAAGGTAGGCGCACCACCGGGGATGGTTCCACAAAAAAAAGGAT
AACACATACGAAGTACTTCGTATTACATACAAGTAGATATCGATATCGAA
TAAAATACTTTTTTTTTTTTACTGTGCCAAAAGGATGAATGAGGCAAAAA
AAACGAAATGGCGCTCGCTGTGTAGTCAACCATACAAACATACAGACACG
GACAGTACGCACAACGACACAGGGACGGAACCAGCCAACAAGCGGCGACA
GGACGCGCAGCAGCAAGAAGCTGCTGCAGCAAAAAAAAACTGTACTCCCT
TCCCGCCCCCCACTCCGTCCATTCCCGTCACCCTTTTCTTTGCCGAACTC
GTACCCGGTGTCAACCGTGGTACCAACCAGTCCGAGGGAGAGTGCCCCCT
GGAGGAAACCGATCCCATCGCGCTCTTGACGAAGGGAAACGCCGACTTCT
GGAGCGGGGAGATCGACTTCATGAAGGCGCTCGTCAGCGGAAAGGGCATC
GACCACCACACGGAGTTCAACT GTGAGCTTTTTTCACGTTTTTTTTTTCT
TTTTTGAAGCTATGATATGGCATCATACCACGTCATGTTCACACGTCTCA
GATCACGTCGAAGCACGCCACATATCGCGTCGTGTAAATCACGTCATGTA
TTCGCGCCATCACGTGTATGGATAGTGTCATGTTTCAAAAAATGTCGGCT
GCAATGATTGCTGCTGCCACTTGTACTACTGCTGCCGCACATGCATCTCT
GGAGTGCAAATGTGAGATGATGTGCGATGCGATATCGTATGTACTACTCT
GAACAGCGGGAGGTATTCAGAGTACGGTGGATGCATCAAGTGACCGTCGA
GCAAGACAACACTACACGTGGGGCGCGATTCGTTCGTTTGTCTGGAAATA
AAGACGGGAATTCGATACAACAGACAAACGTCCATGTGAAATAGTGCATG
GTTTGCGGTGATGCCAAAAGGAGATCATGTTTTGGACATGATGTGGTGGC
ATGATAAGTGTGACAACACATTTGGGTAGCCTGTGCAGTCGGTTCAACAG
GTGCGCCGTGCCTGTCCAACAGCGGTGCAAACCGAACACCCACAGACACA
CATGCGCTCGCGACTCATGTTGTTCCCTCGATGGGACGGGGTCTCAGTAA
GAACGAGACAGACGCGATCTACTTCGAGTATATTGCACTTTTCACACTAT
TTTGCTCCGGAAAGTTTTGATTGCCCTGCAGTAGTGACACGATCTGAATT
GCACTTACCATTACTGCTTTACGCTGGAAATTTTATTGCCTTGCTGACGT
TTTATTTTTTATTTTTCGTGCAGAAAATATCATAACTGCCCGATCGAAGA
CACACAAACTTGAATTCTTCAGTAACTTCTGTTACGCGAACGAGAGAGTC
ACTGACGTAGATACTTCCAGTATCTCTTCCTACGGTATCTACATGAGAGG
CGAGCGCGCAACGCTGAAATTGTACAGGGATCTGCGGCACGTTTGTATCT
GCACCTAACCAGGCGGCCAAACATGCATGGATGAATGAGTTTGCGCGGGA
AGGCCCCAGGTTTCCCTGTCACTAACCCGTTTTTTTTTTTGTATTTTTCT
TGCATGTATGGCACAAGTAATTCGTATGATGTATCATAGCAGTATCATAT
ACTTTCGATGTACGGAATAATACAAGTGGTGTTTTCCGCTTCGGTAATTT
GTGTGTTCAAACACCAGTACTTTGTACTAGTCGCCCCCTTTCGAAATCCG
CCGCCCCTGTCACCCCCCCCCATGCCCCCAAATAGATACATGCGCCATTA
TATTTTATATCTTTATTTTTCCTCCTAGCACGATATGTGCCTGGTTTGTG
ACCACGGGCTAGACTGCGGCGGTAGTGAGCTAATGTGAGAATCAACATCT
GTGGAACTCTCGCAAGAAACGGAGAGCACACACACCCCACACAAACACAG
CTCTTCCGGTTTTCGAACAGAAACTGTAATCTCACATGATTGTTCGACGC
TATCAACGATGTAAACTGGACGATAAACACGAGCGTTTGGCGTGTGTGTA
ATATCCCCCCCCCCCAACACGAACGCCTGCTTTTGTCAACTCCGGGTATG
TTGTTGGTGCGTGGTGACCGCTGTCGAAGATTTCGCTGCGCTGGACAGCT
TTTACGACCGCGACGACACCAACAATGCTTGA ATTGAATTGAAAGTTGAA
GTTGAAGCTGAAGTTGCTACGCGGTGAAATTGAAATTGTGGTTTCATTTA
GAGTTGAAATTGAAACCTAAATTGTTCGTGTACCCAATGTCGGCCATTTT
ATTTGTACTGGTGTGTGGCAACAGAGGAGGTGGGTGTAGGTGCTTTCAGA
GTACAACATTGCTTCCAAGCGTAACATTGTGGCGTGTGAAGGACTTCTTC
TGGTCGATACACTGTGTCACTTCACGGAGTAGTACTGCTGTATTGTATTC
TCCTTTATATTCTCGGTTTTCCGTCCAGTTCTCGCATCTTGTGCTGTACA
AAACTTTAAGTACGTGGATGTGACTTCGGTAACGGCTTGGTCGCATGTTA
CGTAGCAGACAACATGTATTTTCGCCAATGTAAGTAACTCTGATGCGCAT
TGATTCTCCTCTTGTTTTCTCTGCCACGATGTCTGCATTTTCTGTGTCGC
TATTTTTCTCAAGTAGTCACATACCATATACTGGTCCACTCTGGAATGAA
ATGATTTACACTTCGAAGTAGTCTCTTGTGCTGGAAGTGAGTCGTTGAAA
CGAAACATCCACAAGCTCCGGCTACTTGTGCAGCAGGATAAGCTCCGTCA
GTCAGATCGCTCTCTCCTGCCATCCGCATGTGGATGACGCGTCGGCTGCA
CAGCTTCTTCTTTGTTGACTATTTCGAGTTAATTTTTCGTATGATACGAA
ACATCGTATCTTTGCAAGGTTTGACAATGGAATGTCGATTTTCGGGGGAG
TGCTGGTTTTCTCAACGCTAGTCGTTTTTGTTGGCACTGCTGTATGGGCA
CCGATGATACATACCTGTAGCAGTAGTATTTCGGTGTATCGCGCGAGTCA
TGTGACAACTGCTGTGCATGTGCATATGTCCTCGAACTACTACCTACCCA
TGGGGCCATTCATTGGTATGATAATCACCTGTCATGGACTAAATAGTTTA
GTAGGAACTTCGAGTGTATCATATACCCCTTGCTGAAGGTCGGGATAACA
GCAGCCTTCTATAGATCTCACACCCGCGTTGTTGGTGGAGGTACATTGAT
TGTTAGCGCCCGTGTGGTGTGTGTTTCATCCCGAGTGTCGGATGGACGCC
TCTCCCGTCCTCGTGGTGCTCGCCCCCCTCCCGCCCCCCCCCCTCTGTGA
CTCTTCTCCCGTCGGACCCCCCTGCGCAGTCCTGGAAATCTCTCGTGTGA
CCCTGTG back to top Coding sequence (CDS) from alignment at P-littoralis_Contig101:30165..56521-
>mRNA_P-littoralis_Contig101.9.2 ID=mRNA_P-littoralis_Contig101.9.2|Name=mRNA_P-littoralis_Contig101.9.2|organism=Pylaiella littoralis U1_48|type=CDS|length=4035bp|location=Sequence derived from alignment at P-littoralis_Contig101:30165..56521- (Pylaiella littoralis U1_48) back to top