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|
Homology
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: D8LFX7_ECTSI (Phosducin domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LFX7_ECTSI) HSP 1 Score: 454 bits (1169), Expect = 1.000e-158 Identity = 241/258 (93.41%), Postives = 251/258 (97.29%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGIVDTEMEENPARAKGRGANSIKMRRG-KAAGRRDPD 906
MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKG DPDE+RLEEAIGKARE EVER+NARTIEDDMA+ASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAA+FGEL+EISKADWVREVTDASK VCVVAHLYEDGIVECRVMEAALRSIASKFREVKFV+IRSQQAVENWPEANLPTLFIYRDG LAKQL+RIDALGGKQMKADDLEWYLASQGIV+TEM+ENPARAKGRGANSIKMRRG K+AGRR D
Sbjct: 1 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGFDPDEQRLEEAIGKAREAEVERLNARTIEDDMAEASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAAKFGELFEISKADWVREVTDASKSVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVKIRSQQAVENWPEANLPTLFIYRDGELAKQLIRIDALGGKQMKADDLEWYLASQGIVETEMDENPARAKGRGANSIKMRRGVKSAGRRGSD 258
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A835YNU3_9STRA (Thioredoxin-like protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YNU3_9STRA) HSP 1 Score: 278 bits (710), Expect = 6.970e-89 Identity = 146/238 (61.34%), Postives = 185/238 (77.73%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDG----MLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASK--DVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGIVDTEMEENP 831
M +RG +TTEW+DILI+KGI+ +D+VLR KG+DPDE RL+EA+ +ARE +R + T+ D +A+ SL+ELD LED+ ADD +L++ R R+ E+KAKAA ARFG + EISK DWV EVT+AS D+ VVAHLY+D +VECRVMEAALRS+A++F EVKFV IRS QAVENWP+ANLPTLF+YR GALA+QL+ ALGGK+M ADDLEWYLA QGIV+TE+E +P
Sbjct: 1 MGDRGHTSVPLTDKTTEWDDILIRKGILTRDEVLRNKGVDPDELRLQEAVAEAREELAQRNASMTLTDKLAEKSLDELDALEDDFADDDGEEEILQRLRQARIVELKAKAARARFGSVIEISKGDWVAEVTEASANGDLWVVAHLYQDSVVECRVMEAALRSVAARFPEVKFVRIRSTQAVENWPDANLPTLFVYRGGALARQLITAAALGGKRMTADDLEWYLAQQGIVETELEGDP 238
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A4D9CPR5_9STRA (Phosducin domain-containing protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CPR5_9STRA) HSP 1 Score: 202 bits (514), Expect = 2.420e-59 Identity = 119/265 (44.91%), Postives = 160/265 (60.38%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGID----PDEKRLEEAIGKARETEVERINARTIEDDMA--------DASLEELDELEDE-----LADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASK----------DVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGIVDTEMEENPARAKGR 849
M +RG+ Y GETTEWEDIL+KKGIV + V KG+D PD + + T + +D A DASLE L E+E L DD + K+RA R+ E K + A RFG + EI K DWVREVT+ SK + VV HLY+D + +CRV+E LR++A+KF+ VKF++IRS A+ENWP+ NLPTLF+YRDG L Q++ + +GGK+ +A DLEW+LA G+V+TEMEE+P +GR
Sbjct: 1 MGDRGATSYAYSGETTEWEDILMKKGIVNRAQVFGAKGLDERDFPDPAASPPPLPSS-STSHSKTQPALFSEDAAEGKEHVYQDASLEALTLAEEEDDGGALDDDAAMSKFRAARMKEWKERLATERFGSVEEIGKEDWVREVTEGSKAGGKGSGGEGGLWVVVHLYQDRVEDCRVLEEVLRAVAAKFKAVKFLKIRSTSAIENWPDRNLPTLFVYRDGELRTQMLGLKKVGGKKAQARDLEWWLAQAGVVETEMEEDPREEEGR 264
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A8K1CU07_PYTOL (Uncharacterized protein n=1 Tax=Pythium oligandrum TaxID=41045 RepID=A0A8K1CU07_PYTOL) HSP 1 Score: 182 bits (461), Expect = 1.780e-52 Identity = 104/223 (46.64%), Postives = 139/223 (62.33%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGI 804
M +RG+V Y GETTEWEDILIKKGI+ + +++E +V D +A+L+ELDE+ED+ DD LE+ R +R+AEMKA AA +FG++ I+K +W REVTD S D V+AHL++ + E RVME ALR +A R+VKFV I+ + +ENWP N PTLF+Y GAL QL+ I LGG MKA+DLE +LAS G+
Sbjct: 1 MGDRGNVYYAPTGETTEWEDILIKKGIL------------APKTKVQEEXXXXXXVQV---------DPRENATLDELDEMEDDFDDDKELERIRERRIAEMKAMAARNKFGDVQPITKDEWTREVTDGSSDHWVIAHLWDTAVQESRVMEEALRVVAKNHRDVKFVSIQGKACIENWPARNCPTLFMYHKGALQNQLLGIRKLGGVDMKAEDLEEHLASCGV 202
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: W4GCF5_9STRA (Phosducin domain-containing protein n=3 Tax=Aphanomyces TaxID=100860 RepID=W4GCF5_9STRA) HSP 1 Score: 181 bits (459), Expect = 3.550e-52 Identity = 103/222 (46.40%), Postives = 138/222 (62.16%), Query Frame = 1
Query: 145 RGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGIVD 810
RGS Y GETTEWEDILIKKGI+ K + TE E + D DA+L+ELDE+EDE +D L++ R +R+AEMKA+ A FG++ ISK +W REVT+ASK VVA+L+E+ + C++M+ LR IA + R+VKFV I+SQ VENWP NLPTLFIY+DG LA Q++ + L G + +D+E YLA QG+ +
Sbjct: 3 RGSKLYVGTGETTEWEDILIKKGII---------------------APKTKVTEEEDYESEDDVDPREDATLDELDEMEDEYDEDQALQRIRDKRIAEMKAQMARNVFGDIQPISKDEWTREVTEASKGSWVVAYLWENSVEACKLMDQILRVIAGRHRDVKFVSIQSQVCVENWPLRNLPTLFIYKDGNLATQMLTLSKLKGLNTRVEDVEEYLAEQGVFN 203
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A2D4BYU9_PYTIN (Phosducin-like protein n=1 Tax=Pythium insidiosum TaxID=114742 RepID=A0A2D4BYU9_PYTIN) HSP 1 Score: 181 bits (458), Expect = 5.170e-52 Identity = 102/223 (45.74%), Postives = 139/223 (62.33%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGI 804
M +RG+V Y GETTEWEDILIKKGI+ P K EE +V D A+L+ELDE+ED+ DD L + R +R+AEMKA+AA +FG++ I+K DW REVTDASK+ V+A+L++ + ECR+M+ LR +A + R+VKFV I++ +ENWP N PTLF+Y +G L QL+ I LGG +MK +DLE +LA G+
Sbjct: 1 MGDRGNVYYAPTGETTEWEDILIKKGILA-----------PKTKVQEEEXXXXXXQQV---------DPREMATLDELDEMEDDYDDDMELLRIRERRIAEMKAQAARNKFGDVLPITKEDWTREVTDASKETWVIAYLWDSALQECRLMDEVLREVAKRHRDVKFVSIQALACIENWPSRNCPTLFMYHEGELKNQLLGIRKLGGLEMKVEDLEEHLAGAGV 203
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A7S2W962_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2W962_9STRA) HSP 1 Score: 178 bits (451), Expect = 6.200e-50 Identity = 100/241 (41.49%), Postives = 155/241 (64.32%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDE-------KRLEEAIGKARETEVERINARTIEDDMADASLEELDEL--EDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGIVDTEMEENP 831
M +RG+ Y+ G+TTE++DIL++KGI+ K+ L KG+ D+ +LE+ +E E T +D A+ASL ELD +++ D+ L +YR +R+AEMKAK A RFG++ +I K+DW REV +ASK+ V+ HLY+D + C +M+ L+ +A +FR VK + I++ AVEN+P+ NLP LFIY +G L QL+ + +L G + + DLEWYLA +G+++++ME P
Sbjct: 6 MGDRGNKAYEFSGQTTEFDDILMRKGIITKEQALLAKGMGVDQVADILVRDKLEDMGFFDQEPPPEP----TKQDRAAEASLAELDXXXXDEDFDDESFLAEYREKRLAEMKAKQATLRFGQVQDIQKSDWTREVNEASKEAWVLCHLYDDQLEACGLMDNLLKDVARRFRGVKCLRIKATSAVENFPDRNLPALFIYHEGTLQHQLITLASLHGLRARPQDLEWYLAERGVLESDMEGAP 242
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: W2GHT6_PHYPR (Phosducin domain-containing protein n=14 Tax=Phytophthora TaxID=4783 RepID=W2GHT6_PHYPR) HSP 1 Score: 173 bits (439), Expect = 3.540e-49 Identity = 99/223 (44.39%), Postives = 137/223 (61.43%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGI 804
M +RG+V Y GETTEWEDIL+KKGI L K PDE+ E+ + D +A+L+ELDE+ED+ DD L + R +R+ EM A+AA +FG++ I+K +W +EVT+ S D V+A+L++D + EC+VM+ LR +A K R+VKFV I++Q +ENWP N PTLF+Y GAL QL+ I L G MK +DLE YLA +
Sbjct: 1 MGDRGNVYYAPTGETTEWEDILVKKGI------LAPKTKVPDEE--------------EQXXXXQV-DPRENATLDELDEMEDDYDDDAELARIRERRIQEMMAQAARNKFGDVQPIAKDEWTKEVTEGSNDHWVIAYLWDDALEECKVMDHVLREVAKKHRDVKFVSIQAQACIENWPARNCPTLFMYHKGALKNQLLGIRKLNGLDMKVEDLEEYLAKADV 202
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A6G0XK09_9STRA (Phosducin domain-containing protein n=2 Tax=Aphanomyces TaxID=100860 RepID=A0A6G0XK09_9STRA) HSP 1 Score: 170 bits (431), Expect = 5.030e-48 Identity = 96/220 (43.64%), Postives = 135/220 (61.36%), Query Frame = 1
Query: 145 RGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGI 804
RG+ Y GETTEWEDILIKKGI+ K + TE E + D +A+LEELDE ED+ +D L++ R +R+AEMK++AA FG++ ISK +W EVT+AS+ V+A+L+E C++M+ LR IA++ R+VKFV I+SQ VENWP NLPTLF+Y+DG LA Q++ ++ L G + +D+E YLA G+
Sbjct: 3 RGNKTYVGTGETTEWEDILIKKGII---------------------APKTKVTEEEEYESEEEVDPRENATLEELDEFEDDYDEDQALQRIREKRIAEMKSQAARNVFGDIQPISKDEWTHEVTEASQKSWVIAYLWESSHEGCKLMDQILRVIAARHRDVKFVSIQSQVCVENWPLRNLPTLFMYKDGNLANQMLTLNKLNGLNTRVEDVEEYLAELGV 201
BLAST of mRNA_P-littoralis_Contig173.36.2 vs. uniprot
Match: A0A0P1A7I8_PLAHL (Conserved phosducin-like protein n=1 Tax=Plasmopara halstedii TaxID=4781 RepID=A0A0P1A7I8_PLAHL) HSP 1 Score: 170 bits (431), Expect = 5.350e-48 Identity = 96/223 (43.05%), Postives = 139/223 (62.33%), Query Frame = 1
Query: 136 MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAIGKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVAEMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVMEAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVRIDALGGKQMKADDLEWYLASQGI 804
M +RG+V Y GETTEWEDIL+KKGI+ P K +EE +E E E ++ R +A+L+ELDE+ED+ DD LE+ R +R+ EMK +A+ +FGE+ I+K +W VT+ SKD V+A+L+++ + E ++M+ LR +A + R+VKFV I++Q +ENWP N PTLF+Y G+L QL+ I L G MK +DLE YLA +
Sbjct: 1 MGDRGNVYYAPTGETTEWEDILVKKGILA-----------PKTKVIEE-----KEEEEEFVDPRE------NATLDELDEMEDDYDDDAELERIRERRIQEMKEQASRNKFGEVEPIAKNEWTTVVTEGSKDHWVIAYLWDEALEESKIMDHVLREVAKRHRDVKFVSIQAQACIENWPSRNCPTLFMYHKGSLQNQLLGIHKLNGLDMKVEDLEEYLAQADV 201
The following BLAST results are available for this feature:
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Stop | 1 |
| Start | 1 |
| Seed ortholog | 2880.D8LFX7 |
| Preferred name | PDCL3 |
| PFAMs | Phosducin |
| Model size | 1089 |
| Max annot lvl | 2759|Eukaryota |
| Hectar predicted targeting category | other localisation |
| GOs | GO:0001932,GO:0001936,GO:0001938,GO:0003674,GO:0003779,GO:0005102,GO:0005126,GO:0005172,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005737,GO:0005829,GO:0006139,GO:0006355,GO:0006357,GO:0006457,GO:0006725,GO:0006807,GO:0007329,GO:0008092,GO:0008150,GO:0008152,GO:0008284,GO:0008616,GO:0009058,GO:0009116,GO:0009119,GO:0009163,GO:0009371,GO:0009373,GO:0009889,GO:0009891,GO:0009892,GO:0009893,GO:0009894,GO:0009895,GO:0009987,GO:0010033,GO:0010468,GO:0010556,GO:0010557,GO:0010604,GO:0010605,GO:0010628,GO:0010941,GO:0018130,GO:0019219,GO:0019220,GO:0019222,GO:0019236,GO:0019438,GO:0022603,GO:0030162,GO:0031323,GO:0031324,GO:0031325,GO:0031326,GO:0031328,GO:0031329,GO:0031330,GO:0031399,GO:0031683,GO:0032268,GO:0032269,GO:0034404,GO:0034641,GO:0034654,GO:0042127,GO:0042176,GO:0042177,GO:0042221,GO:0042325,GO:0042455,GO:0042981,GO:0043067,GO:0043184,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043281,GO:0044183,GO:0044237,GO:0044238,GO:0044249,GO:0044271,GO:0044281,GO:0044283,GO:0044424,GO:0044444,GO:0044464,GO:0044877,GO:0045765,GO:0045766,GO:0045861,GO:0045893,GO:0045935,GO:0045944,GO:0046019,GO:0046116,GO:0046483,GO:0048518,GO:0048519,GO:0048522,GO:0048523,GO:0050678,GO:0050679,GO:0050730,GO:0050789,GO:0050790,GO:0050793,GO:0050794,GO:0050896,GO:0051094,GO:0051171,GO:0051172,GO:0051173,GO:0051174,GO:0051239,GO:0051240,GO:0051246,GO:0051248,GO:0051252,GO:0051254,GO:0051336,GO:0051716,GO:0052547,GO:0052548,GO:0055086,GO:0060255,GO:0065007,GO:0065009,GO:0070851,GO:0070887,GO:0071310,GO:0071444,GO:0071704,GO:0080090,GO:1901135,GO:1901137,GO:1901342,GO:1901360,GO:1901362,GO:1901522,GO:1901564,GO:1901566,GO:1901576,GO:1901657,GO:1901659,GO:1902680,GO:1903050,GO:1903051,GO:1903362,GO:1903363,GO:1903506,GO:1903508,GO:1904018,GO:2000026,GO:2000058,GO:2000059,GO:2000112,GO:2000116,GO:2001141 |
| Exons | 7 |
| Evalue | 1e-160 |
| EggNOG OGs | KOG3170@1|root,KOG3170@2759|Eukaryota |
| Ec32 ortholog description | Phosducin, thioredoxin-like domain |
| Ec32 ortholog | Ec-05_005120.1 |
| Description | queuosine biosynthetic process |
| Cds size | 819 |
| COG category | S |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789833.4875715-UTR-P-littoralis_Contig173:115294..115429 | 1680789833.4875715-UTR-P-littoralis_Contig173:115294..115429 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig173 115295..115429 - |
| 1680789833.5808554-UTR-P-littoralis_Contig173:135601..135736 | 1680789833.5808554-UTR-P-littoralis_Contig173:135601..135736 | Pylaiella littoralis U1_48 | UTR | P-littoralis_Contig173 135602..135736 - |
The following CDS feature(s) are a part of this mRNA:
| Feature Name | Unique Name | Species | Type | Position |
|---|
| 1680789833.5028384-CDS-P-littoralis_Contig173:115429..115624 | 1680789833.5028384-CDS-P-littoralis_Contig173:115429..115624 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 115430..115624 - |
| 1680789833.5111492-CDS-P-littoralis_Contig173:118076..118137 | 1680789833.5111492-CDS-P-littoralis_Contig173:118076..118137 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 118077..118137 - |
| 1680789833.5218053-CDS-P-littoralis_Contig173:118356..118466 | 1680789833.5218053-CDS-P-littoralis_Contig173:118356..118466 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 118357..118466 - |
| 1680789833.5335813-CDS-P-littoralis_Contig173:119078..119247 | 1680789833.5335813-CDS-P-littoralis_Contig173:119078..119247 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 119079..119247 - |
| 1680789833.546722-CDS-P-littoralis_Contig173:130195..130329 | 1680789833.546722-CDS-P-littoralis_Contig173:130195..130329 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 130196..130329 - |
| 1680789833.5566137-CDS-P-littoralis_Contig173:131028..131121 | 1680789833.5566137-CDS-P-littoralis_Contig173:131028..131121 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 131029..131121 - |
| 1680789833.5686934-CDS-P-littoralis_Contig173:135544..135601 | 1680789833.5686934-CDS-P-littoralis_Contig173:135544..135601 | Pylaiella littoralis U1_48 | CDS | P-littoralis_Contig173 135545..135601 - |
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_P-littoralis_Contig173.36.2 >prot_P-littoralis_Contig173.36.2 ID=prot_P-littoralis_Contig173.36.2|Name=mRNA_P-littoralis_Contig173.36.2|organism=Pylaiella littoralis U1_48|type=polypeptide|length=273bp
MAERGSVQYQSKGETTEWEDILIKKGIVEKDDVLRGKGIDPDEKRLEEAI
GKARETEVERINARTIEDDMADASLEELDELEDELADDGMLEKYRAQRVA
EMKAKAAAARFGELYEISKADWVREVTDASKDVCVVAHLYEDGIVECRVM
EAALRSIASKFREVKFVEIRSQQAVENWPEANLPTLFIYRDGALAKQLVR
IDALGGKQMKADDLEWYLASQGIVDTEMEENPARAKGRGANSIKMRRGKA
AGRRDPDDSDDEGEDNDAAGDY* back to topmRNA from alignment at P-littoralis_Contig173:115295..135736- Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_P-littoralis_Contig173.36.2 ID=mRNA_P-littoralis_Contig173.36.2|Name=mRNA_P-littoralis_Contig173.36.2|organism=Pylaiella littoralis U1_48|type=mRNA|length=20442bp|location=Sequence derived from alignment at P-littoralis_Contig173:115295..135736- (Pylaiella littoralis U1_48)
GATCGCCAGTGAAACCGTCCCCCCCTTCCGGTTTTGCAACAGTTGGGATG
TTTATTTTTGGCACTGTCGTGAGCTGGAGCAGGAGGCAGCATTCTGCCTT
GTCCACTGACGATCAAGAAGACTACCAACACTACCATGGCCGAACGGGGA
TCAGTTCAGTACCAGTCCAAGGGAGAGACTACAGAATGGGAGGTGGGTGG
GTCAGGGGGTGGGTGTCGTGGCTTGGCTACTTCTCGCCGTGCGCGGACAT
ATCAGACGTCTTTCGGCCTGATTCAACGTTTGGCGCTAGGGTCTCTCTTT
AGGACACTTTTTATATCCATACGAGTACCTGAATGTTCTTGATCTCTCAC
GTGCGAGTTGCGCCCGCTGTGGCGGGGAGTCTGTCTCTCCAGAGGACAGC
TGCTCCCAAAGAAGTGTTCAAATAGTCTCGAGGTTGAAGCCCTGTCGCTT
GGTGACTGTTCACAGCTTTCGCCCGTCGTCATCTGCCGCCTTTCTCCCTC
CTCCCCCTTCTTTGCTAGGGAGCCAGCCTCGAAGTGGAAAATTGTCAAGT
GTTTTTCAGTCCTCGTCCACTACGAGTACATCCCCCAAAAGTCCCACTCG
ATTATATAATACGGAGTATGTGCAGATACACTCCGCTGAACTATACCAGG
TACCTGGTATTGCCTACGGTCATGTAAAGGGTCGGTTTGGCAGGGCAAAA
CCGTATCAAGCGAAACCACACCCCCTGTATTTTCAGTCTAACTAAGTTAC
CCGAGATTTGGTGAGAATGTGGAATGCCTTATTGCCGTCATACAGCAGTA
CGCGACTCGTACTTCTTCTCCGGTCCCTCGCTGCATAGTCAAGGTCTGCT
GTAAGCATGACCCAAAGCGAGTTGGGGGGGTCTTTCTGGCGGGTGTAAGG
CCGGACTCACCCTCAAGAGTGATACCTTCTTGCTGCTGTGCTGTGGTCGA
ACGCCACGGGCGTGGCGGTAGAGTTGGGTTTGGTGTGCCAGGTGCAAATG
TGCGGATTCGCGGGCCTTTTGGTTACAGCGGCAGTACAGCAATGTACATC
ACAAGCATTTGTGCGCGGAGGCAGGCGACACCACAGGTGAAAAGACGGTA
CGATCTAGGATGCACAGAGGGATCGTGCCGTCCAGTAACCAGTTTCGCAG
CCAAGGACGGAGGTAGACGAGCAGCGACGAACGGGGAAGAGCTTGGTCGA
TCTCACTCCGAGCGTGAACTTTTTTTTCAGAAGACTGATACCTCGAGTGC
ACAGCGGAGTTTTTTAGGGAACTGATTGGAAAGGAACAACAAGAAAGAGC
TGTTATGTGAGAGAGCGGCGGTGATGGAGGTGACCTAAGGCAACGCCGGC
AGTGAAGAAGCGTTACGAGAGCATGGTGCTGGTGATGTGGCCTTGGGCAA
CACCAACAGCGACGTGGACCCAGACAAGGAGGACACGTTTAGGGCGACAT
CATCACCAGCGTCGCAAGGACGGCATGGAGATACCATCCTCGACAACATC
TGATGATACGTGTGTGTTTTTGTGTTTTTTTCTTTTTCTGTCTTCTCCGA
TTGCCGGGGCTACTTGTACCTTGCAGGCAGCACTCCAGACAGCAACTAAC
TGCTGTAGTCTGCAGCTATCTACCGACTGTTGTAAGTGGGGCGGGAGGAG
ACTGAACACGATGTTGTAGTCAAATGAACGACGCTGGAAGTACGTTTGCT
GTTGGTACTGCGGTGACTTCTGTAGTTCAGTGATGCACACCGCGTAGGAC
GGTGTATTTTCTTCGGATTTTCTTGGGTATTCCCTCGTAGTTTCTTTCTG
TTTTTGGATCTTCCTAGGGCTCAGCACTTTTTTTGACCACGGACTAGATT
TTGGCGATGAGCTAATGTGAGAATCAACAAACAACAACAACAACAACAAC
TTCGAAGTATATCATATACCAGCCAAACTCATCCGAGAGTCGGGTATCGT
AGGGCACGAAAAATCCTGCTGTAACAAAAGTTAGCCGCCCCGCACTCCAC
CAACACCTCACAATTGATGACACTGCTGCTGCTGTATCATACTGCTGTGC
CGCTTGTTAACCAAAACCCGAAACACAAAAACACAACCGAAAATCGCGAA
TAAAGACTACGGTATAAACCGAACGGCAAACACACGCGACCGGCATGGTA
TCATATCTATACTTGGAAGTATATGCCCATCGTCAAGTGCAGCTTTTCGA
GGGTACGGTACGGTACGGTACGAGTCGGGACCGGGTTCTTCACCGCTCCC
CCCCCCCTTCCCCCCGAAACCTGGACTTATGAGTTCTGTGAGATAATCCA
AGCTGCTTGTTGTGAGACGTTGCCTGACGTGGTGGGAGGCAAATGCCAAG
AGAGCTGACGAGTGGTACGACAGGATCGACGAGGATGCGCGGCGGTTCAC
GGACGAGTGGCTCAAGAAAGAGGGAGACTTATCAGAGACACGTCGACTGA
AAAGGGAGAGGGACGCGGCTAAGGGGCAGGCCTTGGCCAAACGAGGGAGA
ACGGATAGCGGGGATAAACGAGAGGAGGAGTACGCGGGGGCACAAGGGCA
GCGGAGTAGTGGGGTTGGAGTTGCACAGCACAAGAAGAAGCAGCCCAAAG
CCAAGCTACGGGGTGGCCGGAGTGGAAAACCTGTAGGGCGGAATGGTGGT
GTAGCTGCTGCCAAAGATGTGGGGCAGAAACAACTAGGTACGGTGGTGCC
AGTAGCAGGAGGCATGAGTGCGACTGAGGAGAGCAAGCGTGAACAGGCAG
ACCTCGTGGCAAGACATGTTTGCGATTGATTGCATGCCTTTTATTTTATT
TTATCACCTCCCCCCCCCCCCGACTTCCGGTACTTCCGGTCTTCCCTCTG
CACTCTCCATGTATGTATTTTGTTCCTCTTTGTCTCTTATTTTCTTTTCC
CTTTTCGTTCCCCTGCTTCCTCTTTGTTTGGCGGCCTGTTTGTCGTGTTT
GTGCTCGAGTGCACTCCCTCAGTCTTTGTGCCCTCCCTGTATCTTCTTTT
TTATTTTGTCTTTCGTCTGTTGATCATGTAGTTTCTGGACCATGCGCCCT
GGTTTGCCTTTGCCTTGGTCTGTCATGGCCCTGGGTCCTGGTTCGATGTA
CGAAGTACTTCGAAGTATATGGTTATGGTTGAAGTTTGTCTTGGTTTTTT
CTTTTTTTTTTGTTTGTACTTTCTCCAATTTTTGTTTTTTCTTTCGAACC
TGTTATTTTTTTTCTGTATTTTGTTTGGTACTTTGGCCACCACAGATGGT
ACCCCAACGGTACCCTATCTGATTTGACTGTGGGTGATCATAGTCCATTT
ATTTTCTTTTTCTTTTTTCCTCCTAGCACGATATGTGCCTGGTTTGTGAC
CACGGGCTAGACTGCGGCGGTAGTGAGCTAATGTGAGAATCAACAACAAC
ATGTTGCTCTTTCTACAGCAGCAGGAGTGGTCTTCTGAAAAAAGTCAAGC
GTTTTGATTGCGACTAGCAAGCAATCGACGAGCCACGACTAATTATGTAT
GATCCTCATCACCCGTCCAATAAGTAACGGTCGCAAACAAACGCACATTT
TTTATCTTGTTGCAGCAGCACCGGTCTTTTTTCTGAAAAGCAAGCACAAT
GAGTATGGTGAGCCAAGCAGCGACGTTCCAGCCTCCTCTAAATTACATGT
CGAATGAGTAACGGTCGTCGACAAAGTTCCGCCGCATAATTTCAACGGCG
AGTCCGCGACATTCTTCTTGGTAAATGGCTGGTCTATATCATAGCCCTAA
CATACGGGCGATAACTAGCTGCGAATGCCTTGTAAGGACAGGATCGACGG
CCGAACCAGCCTTCGTGCCATCCAGGCAGTAAAGTGTAGCACACCCTACC
AAACATGCCCTTGGAACAAGACATCAACATCTCTCTCGGCGTAGAGAAAG
GCGCAACAGGAAACCGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAG
AGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGGCAGGATGTGCCTGACAA
TGGCACCGTTTAGAAAATAGATATCGTGCCATATTCACGATACGAACAGT
ATGTAGACGTCCTGTCAGGAGAGTGCACCTGGTGTCTCAAAAGTTGTGTT
TCATACCCTCGTGTAAGAGCAGTTACCTTTGTGAAGGACACCGCCCCCTC
CCAATCCACCCGGATCGTACACCAATAATCAGCCAATGTGTACATCCGCC
ACGCGAATGTGTTTCCAAACACATGGCTCTGCACGACTGCCTGTGCTGTT
GCTGTACTCTTACTTCGTAGATGGGGTTCCCTGGAAGCCAGAACCTTTTT
CATTTCTACACTAGGTATGTTGCTGTTGCTCGCTCAGTGCGTTATTTATC
ATAGTACTGCACGGGAGTTTGGAGATGCTGCTGGTGTAAGTGGACAGAGG
GCGGAACGGTGTTCAATGCCTTGATATCTAACAACAAAGAACAACAGCAA
AAACAACAACAATAACAACAACACCCGTTCGTGAATGTCTACCTCACCGC
TACACAACATACGCCATCATACGCTTTCAAGATAAATTGCATTTTTTTGT
TTGTTTTGATGTCGGATGACAACACAAAATTATTTCGACGACGCACTATT
GAATGCAACTTTCAGGACATTTTGATCAAGAAGGGAATCGTGGAGAAGGA
TGACGTTCTACGAGGCAAGGGCATCGACCCCGACGAGAAGCGCCTGGAGG
AGGCCATCGTGAGTTCGCCCCCCCCCCCACTACTCCATACGCCCGCGCCC
CCCCCGCGCCCCCCAACCCCCACCCCACTTGATTCTAAACCGTAATACGA
TGCTTCGAAGTATGATATCTCCTGTGAGCAAGACGAATGTCAGGGCCGAC
AAGGATCGCGTTGGAAGGAGAACGTCTCAGTTCTACTCTAGAGAGAGAGA
GAGAGAGAGAGAGAGAGAGAGAGGTTCATTGTTGAGAAGGCTGCCGTTTT
GGTATCGGTACCCACCCCTCCGTATTCGTGGACAATAGTGAACATGTCGT
CATCGAGGCTTGAAAGTCGTTCCAGGGTCGTGGCTCGCCTCACCTGTACT
ATGATATGTACGAAGTCTGTTTTTCTCCATACTATACATATACGTGATAC
CGAAAGGTGCACTTTCGTGAACTTTGCAATACCTTCTGTCACGGTGCAGA
AGCCCTGGGATAGTGTTGTATACGTACGCGTAAACCGTCTGCGATGTCAC
ACGCCTCCGTAACTTTGTGCTGTGTTACGCACGGATGTTGCCGGTGACTT
GACTCGTTCAACCCACGGAACGGGACGAAATAAAAACCTAACCAAACCAA
ACCAAACCGAACCGAACCGAACCGAACCGAACCGAACCGAACCGAACCGA
ACCGAACCGAACCGAACCAAACCAAACCAAACCAAACCGAACCAAACCAA
CGTGCAGGGTAAGGCCAGGGAGACGGAGGTGGAACGAATAAACGCCAGGA
CGATCGAGGACGACATGGCCGACGCCAGCCTGGAGGAGCTGGACGAGCTG
GAAGATGAGCTGGCGGACGACGGCATGCTAGAGAAGTACAGGTGCAGCCC
CTCAACACACCAGATACACAACAGACTAAAATATGCTACAACAGTAGTAA
CGTCGTGAGAGCTCCCTCGCGAGGCTTGTTTGCGAAGTTGGCACCCGTAC
TACTGTAGCGTTGATTCCAGATAAAGCTGTTTGTGACGTACCCATCCTTA
ACACACCAGAAAAAAAAGGCTGAAATTATGTAATTATGTGTTTTTACGTG
GAATTTTTTTCTGATGGGTGTTGATGCTGTCGGTTAAGGCTACTGGGTGC
AGCAGTAGACGCGGGACGCCCTGTCGAAAGCTGGTCTACGACACAGCAGT
GCAGCGGTGTAGTAGCAAGCAACGGAGGCAGGCTCGAATTCTAGTATCTG
GCGCTGTGATACGGCTGTGGTACCTCCGCGACTACTGTGGTGTGAGATAA
AAAGAGGCGAATCACACCTTTTTTCAAGCTGTGTTCCGTACGTGTGCACG
TACGCAAGACACGCGAACCAACCAGCGCCTCGGCAAAAAAGAGAAGCGCT
TCTTTGAAGGGGGCGGGGCGTACAGTCATATGCTGCTGTGTTCGATGAAT
TGCCCGTCACGTTCGATGCATGACATGGTATGATATGATGCGAGTGTGGT
ATATACCCAACCGAAGAATGATGACGCGTTGGGTTGGCGCATGCTCGGTC
GGACAAATGCCGCACGAAAACGAAAGACAACCCCCCGTGGTGTACCGCGC
CATCAGGGGGGCGCAACAACAACAACCACAGCTGTCTTGTGTGTGCCAGG
CAAACGAGCGAATTACTGCAGTAGTCTGAGGCGAGGCAACACACGGTACC
ACATGCAAATGGAAGACGGAAACTGCCATCCCATCCTCACCCAGCAGGGC
GTGACACGCACCGTGATTGTTTTTCCATCTTCCGGAAGAAGTGCTGGACG
ATTCGGGTCGAAACGCTTTCGGCACAAACCAAACCAAATATCGGTATATT
TTATCAAATCAAGCAACAGCAACAACTACAACCGTTCGCCTTTCCCGTAT
TTGTTCTCTTGGGGAAAAAAAAATGAATTTGTTTGGTGGCTGGATAAATT
CCCGGTCTGTGTGCATACAACAAACCAAACACAGCAGTACTTCGTAAAAG
CCATCGTTCATCAGGGCGCAACCACAACTACCGTAGAGACCGATGTCGTA
CCGGGGTCGTTTTTTGTTCTGAAAACACACACCCCAAGGAAAAATTGTCT
CGGGGGGTGTGGATCCCTGTTCATTGCACCAACCAACATACCTACCACCT
GTCCATAGGAAGCTTCTAGTAACGTCGAACGTTCCTCACGTTCTCCACTA
GAACAGTCTCGGGCATGTCCCGGGCCTGTGTACTGTCGGAGTAATCCTTA
CACACGCCCAGTCTTGTCTTGTCACTACTTGTCAAGCCACAACCCACCCG
GGGAACCTTCAGTGAGTGTTCCTGGGCGTGTTGTGGCACGTATGTCGGAG
TAACATGATGGGGTGCGAGGCGTCCCCTCGCACGCCCACCTTTGTCACTT
CGGACTGGTCCTCTGTCCTTTCGTCTCGTCCCGAGACCGTGTCACTCAAC
GGGTCGTTGTAGCTCAGTGGCTAGAGCACTCTGCTGTCCGCAGAGAGACG
GGGGCTCACTACCCTCCATCGGCTTTATACGAACATACTCTTATTGGCGT
CGTACGGCTTGCTCAACCGAGCTTGCGTGTCTGTGTTCTCGTATTTTGCC
TCAAGCCACTTCGCTCTGTTGAGTTCTTGAGTTCCTGTCCGGAAACTCCA
AACTATCTGAAGTACCTATTTTCTTTCCACCCCCACGACATCGTCAACAC
CATGGCTGACGATGGCCATGTCTCCAAAGAGGCTATAGTTCACGGCGGAG
CCGCCGGCGAACCAGTCCGGGAAGCTCCCTCCGACACCGAGGCTGACCGT
CTTGAACAGGAGCACGAACGCCGTCATGATGCAACGGCACGTCAACAACC
GCCGGGCGTCGTCTATCGCCCCAGCGGTTGTGGTCCCGCAACCGCGGATT
TAGATGACAGGATCATCATGGACAGCCGTCCCCGTGGCGCTTCGACCGAC
GATGAAGTCATGTCACGTACAACCGCCGCGATACACACTGCGCTCATGAA
CATCCTCGAGGGCAAGAAGGATGGCGAGGACATCCCTCCGGGAGCAACAG
CGATCATCAATGCGCTGGCAAGTCAGAGTAGACTAATAGTGTGTCCTCAT
TACTCTCCGTAGACGGAGTGTCCACTCCCATGTCTGCAGTGTCACCGCCT
TTGCGTACCGTCACCCTCACCCAGTCTGATGTCAAAAGACTTCCTCGCTT
GTGCGGTAGTGTTGAGGTGGGCAACGGAGGTGATGTCGATGTCCTGTCCG
TACTACAACAGCAGTACCGTGTGGTTGCTGGTTTTCGTGTTCAGACTGTC
CGTCCGGGTGATGAATCGTACGCTGACTCTGTCGCTTTTGAGTTTTTCAG
TCTGATTCTTGATGGCCCTGCAGCCACCATGTATCAGCAACTCATGTCCG
GCTGCATCAACTGGCAAGCCACTGTCGTAGACACCGCTTCTTACTCACAG
AATGCCGGTTCGTTTACCCCTCCTCCAATTGGAAGGAGTTGTCAAACGCT
GTGCTTGATCTCATGATGCCGAGCAACAGTGTTGAGGAATGTGCTCTCCG
CCTCGCGTCTTTCAAAATGGAGAAAAACGCATCAGTTCAAAATTATGCTC
TTCGTTTTAGGTCACTCACGTCACGCTTTGAAGCGTCTGTCGAGCGGGCT
AGTCCAGGCACCACGCCCTGGACAGCCATGTCTCTTGTCTTGTGGCAAAA
TGGTTTAGCTCCGGCAATCCAATGCTTACAACTGTCTGAACAGCCGGTCT
CCTCTTTCCGCGAGGCTGTCGACCGTGCTCGTCGTCACGAGGCAGCTAGC
CTCGTCGGTGCTGTCTCCGCCATGTCATTTACACATGTGCATAATCGTGC
TGCTGCTCATCAACAACAGTCCCACCACCTCCGCGGGCTCGGGTTCTTCG
AATAAGCCCGCCCACGACAGCAGCAGCGATGATGAGTGATGTTGCCCAGC
TGCTGTAGCGCCTGTAGTAGTTGGGTTGTCTCCTGTGTCCCCCAGGAAAG
GCGTGAAGAGAAAAAAATCTCTCTCCACGTCGGTAGCAGTCGGTACCACT
GGTCTAGTAGTACCCCGTGTAGGTGTCCGTCATGGCCACTTTGTCGTACC
TCGAGTTCGTGCCAGTTCTTGTGGTACCAAAAAGAGAAAACTTTTAGGAA
AGCGTGTTGGTGAAATCCGTACCTCTTCCTCAAAAGTCGTCGATGGTGTT
AATTCATCTCCCGTACGCAAGTCATGCAAACGGGTGTCTTCTGTCAATGA
TGTAGCCTCACCTCCAAAACGCAAGTCATGCTTACGGAGGTTGCCTGCCG
GTGATGTCAACTCACCTTCCGCTCGAAAGTCAAACAAGCGAGTGTCTGTT
GCAGGTAGCGATACTCATGAGTTATCTCCTGTGTCAGAGTCTTGCCGTAG
CGGTAGTGACTCTTCTGTGTTGGATGATAATCAAAATGATGATGTGTGGT
ACAGTTCTTCGCTGGCGCACAAACCCCATACTGTCTCTCTCTTGTTTTCG
TCTCGCCGTGTCCGCGTTGCCGGTTCGGTTGATGACTGTCGTGTCGATGA
TGTTACTATCGATACCGCTACCGATGTGTCTGTGGTGTCCCTTGAATGGT
TGCAATCCCATCCCACATTAAAAAATGTTCCACTTAAATCTGTCCCCCGA
GCTGCTGTTGCCTTAAGTGCAGCGAATGGCTCACCGATCAATGTCTTAGG
ATTTGTCGATTTTTCTCTGACTCTCGGTGGAACCACTTGTCCTGTCACAG
CACTAGTTGTGCCGTCTCTCGGCCCTGATTCTATACTATTAGATAACCAA
GTCATGTCCGACTTTGGAGCCATTTTAGACTGGGAAAATCAAACTCTCAC
TCTATCGTCTACTGGTGTGTCCATACCAGCTGTCCATCGTAAAAATACTG
CCGTCCCCCCTCGCACTAATACTTGTCCCCCAGCCCCTGCTGACACCCCC
ATGTCAGTGGCTGCTGTTCATAGTGATGCTGAAGCCATCGATGTCACCCT
GTGCGAAAGTGTTGCATTAGAACCGATGCACGAAGCGCTTGCAGTAGCGT
TTACCGATTGTCTACCGCCGCAAGATTATACTGTCATCGTCGAACCCCGG
ATTGTTTCCGAAGAAGAAATTTCTCTCGACCCAAAACTTGCAGCGTTCAA
TAATGTCCTTGTCGCCCGTACTTTAAGCACTTGGAAATCCTCCGACGGTT
CAGTGGCGGTTCAAATTGCAAACCCGTCCACAGATGGAGTCTCCTTGCCT
GCGGGTTTATGTCTTGGTCAGTTGTTTACAGTGTCAGTTGTTGCTCCTGA
TCAACTCCATGTCAACGCTGTTGCTAATACCCCAAAATCTGCAGCAGAAA
TTAGTCGTGCACGATCTGAACTTGAGCGTCCTTTATCTCAGGCGTTTGCA
GATACTACACTCACGCCTGCCCAACAATCATCGGTTTTAGATTTATGTGC
AAAATTCCGTCCGGTTTTTTCACTGTCAATGTCGGAATTAGGTCGTTGCA
ATATTGCAGAGGCATCTTTCCCTATCCCACCCGATACTCGTCCAGTAGAC
CGTCCCCCATATCGCCCTAATCCGCGAACGTCTGCTGTAATTGATAAGTG
TGTTGCTGACATGCTCGAGTGGGATATCATAGAAAAAAGACCGAGTCCCT
GGGGTTCACCGTGCACTATAGTTGCTAAAAAGAACGGCAGTCCGCGTTTT
TGTGTAGACTATCGTCACAGCCTCAATCGCCACATTGTCCGCAAGAGCTG
GCCCATGCCCAACCTTGAATCCTGTCTGGACGCTGTCGGGGAAGCGTTGT
ACATCTCCGTCTGCGACATCCTCAGCGCGTTCTGGCAAATTCCCGTGGCG
GAGGAGCACGTCGATCGCACCGCATTCGTCACACCAAATGGCAAGTACTG
TTTTAAGCGTATGCCGTTTGGAGTTTGTAACGCACCGTGGCTTTTTCAGC
AAGTTATGTCAATCGCTCTGGGTCATCTCAGCCCAGACTCTGGTGTCCTG
TCGTACATGGATGATTTGATTTGTATCAGCCCCACGTTCGACGCGCATCT
CAAGTCACTCGAGCAAATGTTTTCTGCTCTTCAGGCAGCTGGTTTGACTC
TCAAACCATCCAAAGTTCAGTTTGGCCAGAAAGAGATCGAATACCTCGGT
CATGTCATTTCAGCAAAAGGTATAACAGTCAGTACCGATCGCATCAAAGC
CATTCAAGAGTTGCCAACGCCAACATGCATAAAAGACCTCCGATCTGTTT
TAGGCATGTTCAATTTTGTCAGGCGTTTTGTCAAAGACTATGCGGATATT
ACGTCTCCGTTAGTCGAGCTCACTCGTAAAGATTTCGTCAGTAAACGAAA
ATTCAAATCTGCGTGGGGCCCTGCACAAGATGCAGCCTTCGCTAATGTCA
AGAGTGTTCTGGCCTCTGCGCCCGTCCTTCACTTTCCTGATTTTTCGAGA
GAGTTCGTGGTCCACACCGATGCCTCTGAATTAGGCGTAGGTGCTTTCCT
TGCTCAACCTTCAAAGGGTAGTACTGACGGTAAAGAACTTGATATTATCG
CGTACTACAGCAAGCGTTTTTCAAAAAGTCAACGTCACTACAGTGCAACC
ATGAAGGAATGCCTGGCTGTAGTTTGGTCATTCGTACACTGGCGCCCGTA
CCTATGGGGCCGCCATTTTACATGTCACACAGACCACCAAGCGCTCACTC
ATCTGTATCACATGCAAGATACGTCAAACATGCTGACACGATGGGCGATC
GCGCTCCAGAATTTCGATTTCACTGTCAAACACGTACCGGGTAAACTCAA
TGTCGTCCCCGATACGCTGTCTCGTATGTTTAGCGAAATAAACGGGGAAA
CCATTCCGTCTGAGCCAAAGTTAGCGGCCATCTGTCGAAATGTGCCTGAT
CAGCCATTTAATCCACCTGGTCCCCGTGAATATGAAGTGTCCGCTTACAA
TCTAGACGAGATAGCACCTGTCGAAAGCGACCGTGAATTGTTCACAAGCG
CTGTGTCTGTCTTTCCTGTTGTTGATTCTGTCAAGCTCCTTGACCAGCAA
AAAGAAGAGTTCGGTGCATACTTCAGCTATCTCAACGAGCCTCAAACAAC
AACTGTCCCGTCCCAACAGTCGAAGTCGAGTATGAGTAAATTCTTCATTC
ACGAAGGTTTGCTTTGTCGTTCATACCGCCCCGGCCATTTACGCAGGCGC
GGCGACTTCCGCGATCAATTAGTAGTGCCCGCATCATTGCGTAAACTAGT
GATTAACGCGTGTCACGATTTACCTTCGTCCGGTGGTCATTTAGCTTTCA
AAGCTACGTTCGATAAAGTCCGTGATAGATACTGGTGGCCCACTATGCAC
ACCGATATTCAGCGTCATGTCAATAGCTGTCTATCCTGTCAGCACCGTAA
AACGTCGCATCGTCCGCCCACGTTACCTACGGGGCATCGTCCTGTCGAAC
GCGCTTTCCAGTGCGTAGCAGTTGATCTAGTCGAGTATAAAACCTTGTCA
GAAGGCAATCGCTTCATTTTGTCCGTGATTGATCATCTCACTAGATTTGT
CATTTTGATTGCCATCCCAAACAAAGAGGCTACTACTGTCGTCCGTCGTC
TTGTCGACCGTGTGTTTTCGGTATTCGGACCGCCTGAAATTTTGCACTCC
GATCAAGGGACTGAGTTTGAAAACCAGTTAGTCAAAGAGTTGCAGTCTGT
CTTTGGGTACAAAAAAACGCGAACGGCCGCATACCGTCCGCAAGGCAATT
CTGTCTTAGAGCGTGTCCACAGCACTGTCCATAACATGCTTGCCATGTAC
AGCAACCTAGCTTGCGATAATTGGGCAGAGTTGTTGTCTTTTGTCCAACT
CGCACATAACACTGCGTATTCGTCCACGCTCGAGGAAACCCCTCACTATT
TGATGTTCGGTCGTCCAGCCGCACTTCCAGTCGATCTCATTCTGGGTGTT
CCATCCACGTCTGCACCGCAATCACGACTTGATTACTCCCGTCGTACTGT
CAATAACTTGCAGCTAGCGTACGAGTTGGCCCGTCGCAATCTTAAAGAGC
GTGCGGATAAGCAAGCGGTCGCAAATGAGAAACTGTCTTTTCCCAGTTTT
GTCCCCGGCGAGAAAGTTTTAATCCATCGCCCGTATCACGAAACTGATGG
TCCCAACCCCAAGCTAATCAGCCCATGGCATGGACCGTATTTTGTCAGAG
CGCAATTGTCACCTGTCACCTTTCGTGTTAGTAAAGCTGGTGACCCAGCA
GAAACCACTGTCCACCTTGGTCGTATGAAAAAATACATTGACCCTGTCTC
GTCACCTGTCCCTGATCTGGACGCGCTCGACGATATGTTCTTAGGAACAA
CACTCCCTGTCCCCGATCTTGATGGTTCAGTGCACAAGGTTATGATTGGA
CCGTTTCAAGTGGAGTGTATTGACGGTCATAAACGGGGGGTAGGAGCCGG
TTCCCTGGAGAATTTCCAGTACCACCTCAAGCTCAAGGGCTATCCACCTC
AGCGTGGTGTGTGGCGGCATTACCGCGTCATTCCTCAATGTCACGAGATG
GTCAACTCCTATCGTGCCGCAATTTTGTCAAATAATGCGGCAGCGTTCGA
TCCCCCTCGGCGTAAATCTCGTCCAGATACCGCCGTTGTCACTTAGCGTT
TGAAAAAATTTCTTGTTTTCTTTTGGGCTCGTCTTGTGTACACATTCATG
CCTGCCGTCCGCAGCGCTTTTGTCTGCGTCAGTCTTAGCAACCACTGATG
CCTGCCCAACGCTACACGTGCTGTCAATTTGTCTCAGTCTTAAATATTTT
TGTCTGGAATTTTTATCCACATGGCTCGTCTGTCCAGTGCGAGGTACCGC
GCACTAGTTGAGTTCGTCCTTGCATTTTATTTTTTTTTATCTTGCAAGCT
GTCTGTCGTCGTGTTTTTCAACACCACGAACACGTGTGTCCCTGTCTTGT
CAGTGTATTGTCTTAATTTTTTTTTCTCGGTTGAAGTGTATCTTGGCCCA
CCCCTGTCGCCTCTTCTGTCCTCTCCGCATCCCGTATTGTACATACGCAA
GGTCTTAGCACGGCCTATTCGATGGATGTTAATTCGCCTTCACGGCGAAA
GGGGGGTGGCATTCCGTAAGGCTCCGGTCCTGTCGCCAAGAATGAACGTG
TATTTTTTTTTCTCAGTTTTGTATCTCGATGTTTTTCTCGTGTCCCGAGA
TGTCTTCAGGCCTCGCGATTTTGTCTCAAAAGTATTTTGTCATTTTCGTC
GACATTGCACGTCACGTCACACGACAGTGCTACTTTTGTTTTGTCTTTTA
TTTTCTTTAATTTTTATCGCGTTCGGCCGAGTCTTTGGTCATGCGCCTGT
CGGCGCACGACCTGTCAACTGATTTTAATAAAACATCGGGGTGTATGTCT
CTAACACGTTCTTGTCTTCGTTTTTAGTGGGCACACATACGAGTTTTACA
CTTGTTCCGTTGGTGTCCACGATCAACCGATTGATTGTCGTCGCGTTATT
TCTTCTACGGAGTTTTACTGTATTTTTTTCTCCGGAAGACGCGGTCAAAA
GTATTATACCGAATGCGTTTTGTCTACGATCCAGCTTCACCGCCGATCAC
ATGTAGACTTGACCACTTTCGACGTTGGTCATACTTCATACACGTCACAC
GTAGTTCTTTTGTCTCCGTCGAGTGTTCACAGTACGTGTTCACATCGACG
CACTGAATTTGTCAGCCATGTCGTCCATATTTTACCGTGCACAGCGTCCT
GTCCCGACGCTCAGGTAATGTCAGTGCCGTTGATAGCATCCACTGTCTGG
CCACGATGCTATCTAATAGTTGCCTTTGTCATGTCACGGCACATGTCGTC
ACCAGGATCAACCGGCATGAACGTGTCACCGTTCATGATTTACGCGCGTT
GTCACAGCGAACAAAACAATAGATTCAGCCCTGCAGGCCGCCTTTACACA
CCAAAGTCATGTCGTGTGTTTCGAGCGAAAATCTAATGTTGTCAATGTCT
TGTCACTCTCATTTTTTTTGTCGATCCTGGCATAATATAGTTGGTACATT
ACCACTATTTCGTCTCAGTCCTGTCGGTATCCATGCATATTAATTTTGCA
TGTCAGTTGATGTCCTATGCTACACCCGGGGTGTGTGAGTGAACACTCGG
ATGTATGTCTGTAGTAATGTTGGATTTGTCGGTCGCATGTACCAAGGTCC
CTTGCTTTCGAGTTCTGGTGGAGTGAGCGCTCTAACACCACCAAAACTGG
GGGGTGATGTGGATCGCTGTTCATTGCACCAACCAACATACCTACCACCT
GTCCATAGGAAGCTTCTAGTAACGTCGAACGTTCCTCACGTTCTCCACTA
GAACAGTCTCGGGCATGTCCCGGGCCTGTGTACTGTCGGAGTAATCCTTA
CACACGCCCAGTCTTGTCTTGTCACTACTTGTCAAGCCACAACCCACCCG
GGGAACCTTCAGTGAGTGTTCCTGGGCGTGTTGTGGCACGTATGTCGGAG
TAACATGATGGGGTGCGAGGCGTCCCCTCGCACGCCCACCTTTGTCACTT
CGGACTGGTCCTCTGTCCTTTCGTCTCGTCCCGAGACCGTGTCACTCAAC
GGGTCGTTGTAGCTCAGTGGCTAGAGCACTCTGCTGTCCGCAGAGAGACG
GGGGCTCACTACCCTCCATCGGCTTTATACGAACACACTCTTAGGGGGGG
GATTTATTTTTATTTTTCTGTGATATTATCCAAGGGGGTAACAAAAAAAC
ACCTCCACGCGCAGCATATACACTACAGCAGTCGGCAGTAACGGCATCTC
CAACTCTCTTTAAACCCGCGATCGATCGAAACGATCTGCACCATCCTCGT
AAGCACCGGTTTATCCGAACGAAAACAGCCCGCCGGCCTCAAAAAGAGCG
GGCGCTTTTTCATTCAACCCCGGGGGCTACGCATCGAAAGACAATTACCA
CGGGGGCAATTGGTGTCTCGGTAAATTATGTTACCCCCGGGGGTAAATCA
AAGGTTCCATGCTTTTCGGCCGAAATTAGGTGGGGGGGGGGGGCGAAAAC
ATGGCAAATCAAAGGTTCCATGCTTTTCGCCCGAACTCGAGGTGGGATGG
ACGAAAACACTGCTGCAGGGGGGGACGACACCGGTCTCTACGGTTTATGT
ACATGTGGTGTCTCCTGGCAAACAAACGAACTCCTGCTGTAGTGAGGAAA
AATAAAAATATACGGGGCATGGTGTGTCTGTGTGTGTCTTTTCATCCCAT
ATGCAGGTACATGCTAATGCACAGCAGTCTGGTACGCCTTTCGGTATATA
TATATATATATATGTACACGGGCGCATCAGTCAGGGGATCACACACGAGA
GGAAAGGGCCAACGGGCCAACACAAGAGGATTTTCTCTTCTCCTTTTTTT
TTCCTTTTCTTTTCCTTTTTTTTTTTCCTTTTTTTCCTCCACATTCCTTA
TGCAAGTGCATTCTTTGCCTTTCCTTGCCATACCATTCCTTTTTTTTTTT
CATTAATCTCGAAGAGGGTTTTTCGGCCGTTTCTTTTTTGCCCACCACGG
CCATTTCGATTTTTTTTTTTCCGAGTTGAATGTTATTATTCTACGCGCGA
AATAATAACCGCTTTTGCTTTCTCGCTGCTGGATATGTGTATGATACGGT
GTGACAAAAAAGAAATTATTACGACAAAAAAAACAACTTACCGAAAGACT
AGGTATATGTGTCACGACCCAGTTGTCCGAACGAAGGTTCCATTATTTTT
TTGACGAACCAAACCACCGGGGCTACCGGGGTGTATCACAAATCGGAAAC
TGGAACAAGAATTCGCACGATTTATCATGAAAATTTCAGGGCGCAGCGAG
TGGCCGAGATGAAGGCGAAGGCGGCGGCGGCAAGATTCGGGGAGCTGTAC
GAGATCTCCAAGGCGGACTGGGTGAGGGAGGTGACGGACGCCAGCAAGGA
CGTGTGCGTGGTGGCGCATCTCTACGAGGACGGCATCGTCGAGTGCCGCG
TCATGGAGGTATGCTATCATAAAGTTTGTACTGCTGCACATATAGGCATG
ATAGTACAGCCGTACATGCAAAAATATACTCCGGAGTATATCTGATATGG
GCATGATGGTGTGGGTTGGATTTGACCAAAAATGAAGAAACGCAAAAACA
AATCCGTGGTTTTTACACACACTAGTGCATATCGTCTCCGGCCCGTGTAT
CATGTGCCGTGTTTCGTCAACCGTTGCACGCCATGGCATGCGCTGCTGTA
CAGACAGTACATCTTTTCACCGCCGTGCCTAAACGGATCAAGTTAAGGGG
AGGTTTAGATGTAGTTGCCGTTTGCAGACAAAAGTAAACCGTTGTTTATT
TTACTGTGTAGAAATGCTCACGAGACATTATTATTTTTAGGGGTCCCGGG
ATAGATCATAGAGTGAAAAACCGGGGTCACACAACGGTGATCACTCCTTC
GAATTGCTCATGATTCACGCGGACCGACCGGCCGACTAACCTCGCCGCAT
AGAACCGATCGGTGTGTTCGCTTCATTGCTCACCCAGGCCGCCCTTCGAT
CGGTTCGCTCGCGAACCTCGCCGTACCGAACCGAGATCGATGTTTAATGT
CTAATGTTTTGCTCACCCAGGCCGCCCTTCGGTCAATCGCGAGCAAGTTT
CGAGAGGTTAAGTTCGTCGAGATCAGGAGCCAGCAGGCGGTGGAGAACTG
GCCAGAGGCGAACCTTCCCACTCTCTTCATGTGCGTCGTGGCGTTGTTGT
TGGATGAAAGGAGGCGTGTTCGTTGTTATTGTTGTTGGTGTTGGTGGTGT
TGTTGGTGATGCTGGTGCTGGTGCTGGTGCTGCTGCTGTTGTTGTTTTTG
TTAATGTTGTTTTTTGTTATTGCTACTTCGGAGCTTTTCGTCTAGCTGAT
TACGAAATCCCAAAACCTGACACTGCCCACCCACCTTCCTTGCGTGTAGC
TACCGCGACGGAGCCCTGGCGAAGCAGCTCGTGAGGATCGACGCACTGGG
GGGGAAGCAGGTGATTCCGCGGGGTGCCCCGGCTTAGCCTCCCTCTGTTG
TTGAGACACGCACGTGGATTCGCGTTTTTATGTGATGAGCTTGTGTTGTC
GTGAGTAATACTGCTGTACTATGTGATAAGATGGGTAATTTGTTTTGAGC
TTGATAGAAATAACCCACGGTGATGAGATTTATCAAGGGCTTGCACGGGG
CCGAAGGCCCCGTGCAAGCGGGATGGGACGGGTTTGCTCGCCGCAGGCGG
GAAAATGTTTAGGTCCCATTGTCGATGGTATGGGATCCCATGGTCAGGCA
TTTGCCATCCCACTTTAACGGGATGGGACGGTCCCACTTGCGTTGTATGT
GGGATGGGAATGGGACGGGAAGCTGGGATGCTTAGCGAGAATGGGCATCA
CATGGGAATCCAGAAAAATCCATTTGGGACGGGACGGGACTATTGTGTCA
TAGGGGGGTGGCGGGACACTGCTGGGTTATGTGGGATTCCAACGTGGGAA
TCCAGTGTGGGACCACACCGGACAGACAACATAGAAAATATATATATTAT
TCATACATTCGCCCCGTGCTGCACTGCTTGCCCCGTGCAAGCCATGGTTT
GAAAACCAACCAGCTCCGAACGAAAAAGCAGATATCGTGTTTGTAGCAGG
TGTGTCAACTGAGTTTCAGATGAGTGCACGAATGCACCTTTGATGGCTCC
CCAACCGAAGTAGACGCCACCGAGGGAGTAGACGACAAACGAAGAGAAGA
ATCAAAAAGAATAACGCAAACCTAGATTGCAAATAGACATGAACGAAGTC
TCGCTCCTACAAAACTGCATCAGGGGTAACACCCGCGCCACCTGCCGCAG
CGTTCTTAGCGTTAGCTGCTGCTTCTTTCTGCGCCTTCCGCTCAGCCTGC
AAGGCATCCCAATCCCTCAACGCCTTCCCTAGCCCGGGGATAAGGTGCTT
GTTAAGCCTAAGAAAAATAGTCTTCTCAACCTTGGCGGGGGAAGTGTTCG
CACGTAGGTCGCTAACGATCAACTTGAGGGCGGAAAAATTCCTTTCCGCT
TGGCAACTGGTTGCATCAACGCCTAGGTGCAACCGCGCTATCAAACCGAC
TGGATGGCTCTGTTGGCTGTGACACAGGCTGGGCAGCGCCGCCGCCGGTA
GGGTCCGCCATAGAGTGTGTGTTCGTGGTACTACCACGAACGTGGTACCG
TGCGTCGCCGCAACAAAAGCGGATGAAGATTCGAAAAAGGAAAAAGGAAA
AAGGAAAAAGGTTCGAAAAAGGTTCGAACGTCGCAATTCGAGATTCTTCA
ATAGAACTATTTCGAAATAAAAATATTTTAGATTTTACAATTGATTCTTT
ATTCTTTGTTGGGTGTGTGTGTGTGTCTCCTGCGGGACATCGTAGAGCAT
CTCGGACGGGAAGTCTTGAGCCCACAGTACACATGGGACGGGAGTAGCTC
CGTTCACAACGGGCTTGGGACGGGACTGGCTGTGCTAGTGGTGGGACGGG
ACGTAGGTGAGACGGGAGCGAAATTATGTAGGTAATGTGGGAGCAAGTGG
GGCAGAAACTCACGGTGGGATGGTGCCGGGGTGGGACGGGCCGCACGTAT
TTCACTGTGGGATGGGACGTCCCGTCCCATCCCGTCCCCTTTTCAACGGG
ACTCCCGTCCCATTGTGTCCCGTGCAAGCCCTTGAAGATTTATTAATATG
CCATTTCATATGTATGAAATGTGTGTCCCTTGTAAAGTAGATGCGCTCTA
GTTATGCGTGTGGAGGGAAACTGGTGGCTGTTGCGTGGGAATAGATTTGT
GGTTGTTCTTTGCGTTTTTGCCGGAAACGGGTCTATTTAGTGTTTCGCGG
AAGATCCTACCCTTGCGGTGTCTTGTTTCGTGCCCGAGTTTTTGACCTTT
CCGTTTATTTTCTTTCGCTGTCGGGCGCTTTTGTGTGCGCAGTGTAGCCC
CCGGACAGGCCGGGCTGTCGCTCAGAGCCGACCTACGCGGCCAAGAACCG
CGGAAGCTCCTTCCTGTTTCAGCTTTTGGCGATATTTTCTTTTTTTTCTT
TTGCGCACGATTGCTGTTTCACGGGGTAGATCGCATGTTTTCCCTCCACC
TTTTGTCTGTCTGCATATCCACCCATCAAGCTATCTATCTACCTTTATCG
ATCCATGTTTCCATCCACCTGTCTTATCAATCTATCCATCCATTCCACCT
ACATACCGATTCTTTCTATCTGTCTTACCTATCCATGTCTACGTACGTAT
CTATCCAATGTCCGTCTACCCATCTACCATAATCCAATATCCATTTATCT
ACTCCGTATCTACCTCAAATTTATCCATCACTGTCTCCCCCGGCTACGAA
CTGTACCTACGCGCGTGTGTTTTCTCGACCGACTCCAAGCCAGCAACAGC
AATAGCTTCCTCCCCGTGCTTTTTCAACTACTGTACGCTCTCCTATGAAT
GACACGTCTCAGATGAAGGCGGATGACCTAGAGTGGTACCTGGCCTCTCA
GGGCATCGTCGACACCGAGATGGAAGAAAACCCCGCGAGAGCCAAGGGGA
GGGGGGCCAACAGCATCAAGATGCGTCGGGGTAAGGCCGCTGGGAGAAGA
GACCCCGACGACAGCGACGACGAAGGCGAAGACAACGACGCTGCTGGAGA
CTACTAAATGCTTCGTTCTTCGAAGTATAATATATATAATGGAAACCGAA
GTACTGCTGCCTGCCTGCCGTAGATTGAAAAAAAAATGTGAAAAATGTTT
TTTCGTTGAGGAAAAGATTACATATTAATATTCATGGGGAGA back to topCoding sequence (CDS) from alignment at P-littoralis_Contig173:115295..135736- >mRNA_P-littoralis_Contig173.36.2 ID=mRNA_P-littoralis_Contig173.36.2|Name=mRNA_P-littoralis_Contig173.36.2|organism=Pylaiella littoralis U1_48|type=CDS|length=819bp|location=Sequence derived from alignment at P-littoralis_Contig173:115295..135736- (Pylaiella littoralis U1_48)
ATGGCCGAACGGGGATCAGTTCAGTACCAGTCCAAGGGAGAGACTACAGA
ATGGGAGGACATTTTGATCAAGAAGGGAATCGTGGAGAAGGATGACGTTC
TACGAGGCAAGGGCATCGACCCCGACGAGAAGCGCCTGGAGGAGGCCATC
GGTAAGGCCAGGGAGACGGAGGTGGAACGAATAAACGCCAGGACGATCGA
GGACGACATGGCCGACGCCAGCCTGGAGGAGCTGGACGAGCTGGAAGATG
AGCTGGCGGACGACGGCATGCTAGAGAAGTACAGGGCGCAGCGAGTGGCC
GAGATGAAGGCGAAGGCGGCGGCGGCAAGATTCGGGGAGCTGTACGAGAT
CTCCAAGGCGGACTGGGTGAGGGAGGTGACGGACGCCAGCAAGGACGTGT
GCGTGGTGGCGCATCTCTACGAGGACGGCATCGTCGAGTGCCGCGTCATG
GAGGCCGCCCTTCGGTCAATCGCGAGCAAGTTTCGAGAGGTTAAGTTCGT
CGAGATCAGGAGCCAGCAGGCGGTGGAGAACTGGCCAGAGGCGAACCTTC
CCACTCTCTTCATCTACCGCGACGGAGCCCTGGCGAAGCAGCTCGTGAGG
ATCGACGCACTGGGGGGGAAGCAGATGAAGGCGGATGACCTAGAGTGGTA
CCTGGCCTCTCAGGGCATCGTCGACACCGAGATGGAAGAAAACCCCGCGA
GAGCCAAGGGGAGGGGGGCCAACAGCATCAAGATGCGTCGGGGTAAGGCC
GCTGGGAGAAGAGACCCCGACGACAGCGACGACGAAGGCGAAGACAACGA
CGCTGCTGGAGACTACTAA back to top
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