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Homology
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A6H5KV36_9PHAE (Aminotran_1_2 domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KV36_9PHAE) HSP 1 Score: 471 bits (1211), Expect = 9.150e-157 Identity = 233/283 (82.33%), Postives = 257/283 (90.81%), Query Frame = 1
Query: 280 MGLVDLSSAGQYVWNSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
MG++D+ SA QY+WN P +Y+EWWL LVRE+PGHVVVETALIAFIVYIL FKKTLNPK SKPNLSSREI EIID+WKPEPLV PL E E AE++PVV+EF G YLRVEG KP+LNMANFDFLGMGQR+ELK+AAVQALDKYGCGSCGPRGFYGTIDVH KIE+E+AAFMGTEEAISYSDSATTISS IPAFAKKGDLTVVDQGVEENVQ GINLSRSTVRTF+HNDM DLERVL++IA +D ++ RNVLDQRRFIVV+GLYRNYGD+CPLPRLLELKAK
Sbjct: 88 MGVLDVESARQYLWNLPQMYREWWLNLVREDPGHVVVETALIAFIVYILFFKKTLNPKDLSKPNLSSREIDEIIDDWKPEPLVPPLTEEETSEAESMPVVQEFSGPYLRVEGIEKPLLNMANFDFLGMGQREELKQAAVQALDKYGCGSCGPRGFYGTIDVHTKIEDEVAAFMGTEEAISYSDSATTISSTIPAFAKKGDLTVVDQGVEENVQTGINLSRSTVRTFKHNDMADLERVLKEIAAEDKKVNRNVLDQRRFIVVEGLYRNYGDLCPLPRLLELKAK 370
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: D8LHG3_ECTSI (Serine palmitoyltransferase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LHG3_ECTSI) HSP 1 Score: 356 bits (913), Expect = 7.170e-115 Identity = 184/263 (69.96%), Postives = 202/263 (76.81%), Query Frame = 1
Query: 334 LYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELK 1122
+Y+EWWL LVRE+PGHVVVETALIAFIVYIL FKKTLNPK SKPNLSSREI EIID+WKPEPLV PL E E AE++PVV+EF G YLRVEG KP+LNMANFDFLGMGQR+ELK+AAVQALDKYGCGSCGPRGFYGTIDVH K GVEENVQ GINLSRSTVRTF+HNDMDDLERVL++IA +D ++KRNVLDQRRFIVV+GLYRNYGD+CPLPRLLELK
Sbjct: 1 MYREWWLNLVREDPGHVVVETALIAFIVYILFFKKTLNPKDLSKPNLSSREIDEIIDDWKPEPLVPPLTEEETSEAESMPVVQEFSGPYLRVEGIEKPLLNMANFDFLGMGQREELKQAAVQALDKYGCGSCGPRGFYGTIDVHTK------------------------------------------GVEENVQTGINLSRSTVRTFKHNDMDDLERVLKEIAAEDKKVKRNVLDQRRFIVVEGLYRNYGDLCPLPRLLELK 221
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A835Z5A0_9STRA (Pyridoxal phosphate-dependent transferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z5A0_9STRA) HSP 1 Score: 312 bits (800), Expect = 5.490e-96 Identity = 160/291 (54.98%), Postives = 208/291 (71.48%), Query Frame = 1
Query: 313 YVWNSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSK--PNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQD-----------------IAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
YV ++P LY WWL LV+E+PGHV+VE+ L+ F++Y+L FKKTLN + P+ +L+ RE+ E+I +W+PEPLV + L PVVE +G L + G + ++NM FDFLG GQ +E++ AAV A++KYGCGSCGPRGFYGTID H+K+E++ AAFM TE AISYSDSA T+SS I AFAK+GDL + D GV E VQ G++LSRSTVR F+HNDMDDL RVLQ+ + ++DV R VLDQRRFIVV+GLYRN+GD+ P+P+LLELK K
Sbjct: 25 YVQHAPQLYARWWLNLVQEDPGHVIVESVLVLFVLYVLFFKKTLNTRAPALGITHLTPREVDELIKDWQPEPLVPAVPPTSTLPT---PVVERVEGGELVMAGTGQRLVNMVAFDFLGFGQGREVRAAAVAAMEKYGCGSCGPRGFYGTIDAHLKLEDQAAAFMRTEAAISYSDSAATVSSCIAAFAKRGDLILADMGVHEAVQTGLDLSRSTVRFFKHNDMDDLLRVLQEPXXXXXXXXXXXXXXREVEQEDVSTGRRVLDQRRFIVVEGLYRNFGDLAPMPKLLELKEK 312
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A4D9CT10_9STRA (Aminotran_1_2 domain-containing protein n=3 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9CT10_9STRA) HSP 1 Score: 308 bits (789), Expect = 2.780e-94 Identity = 160/284 (56.34%), Postives = 212/284 (74.65%), Query Frame = 1
Query: 292 DLSSAGQYVW--NSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVR---PLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
+LS G W +P+ YK+WWL LV PGHVVVETALI FI++++ +KT++P LS +EI ++++EW+PEPLV P + E +A VVEE DG + V G K ++NMA+FDFLG+ R E+KEAA AL+KYGCGSCGPRGFYG+IDVH+ E+ +AAF+G EEAISYSD+A+++SS +PAFAKKGDL + D+GV E +Q INLSR+ VR F HNDM+DLERVL+++AE+D RL RN +QRRFIVV+GLY+N+GD+CPLP L+ LK +
Sbjct: 28 ELSRDGVKEWLLGAPARYKKWWLHLVEHAPGHVVVETALILFIIWLIFLRKTVDPSKEDS-FLSEKEIDQLVEEWQPEPLVPGPDPAWDEEDAQAL---VVEEVDGTRVVVNG--KKLINMASFDFLGLAGRGEVKEAARAALNKYGCGSCGPRGFYGSIDVHVMAEQAMAAFLGAEEAISYSDAASSVSSTLPAFAKKGDLLIADEGVYEPIQTAINLSRAQVRYFRHNDMEDLERVLREVAEEDRRLDRNEREQRRFIVVEGLYKNFGDLCPLPALIALKRQ 305
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A7S2WP68_9STRA (Hypothetical protein (Fragment) n=1 Tax=labyrinthulid quahog parasite QPX TaxID=96639 RepID=A0A7S2WP68_9STRA) HSP 1 Score: 283 bits (724), Expect = 1.200e-84 Identity = 143/266 (53.76%), Postives = 191/266 (71.80%), Query Frame = 1
Query: 331 SLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
S+Y +WW+ L + P H++VET LI I+YIL+ + T PK L S + E+IDE++PEPL P+ + ++ E+ V+E Y +V G +P+LNM FDFLG+GQR E+K+AA +ALDKYGCGSCGPRGFYG+IDVH+ +E+ +A + GTEEAI YSD+A+T+SS+IPAF+ + DL VVD G + + G+NLSRS V F+HNDM DLE +L+ I E+D RL R QRRFI+V+GLYRNYGDI PLP L+ELK K
Sbjct: 31 SMYLDWWITLWHDNPVHLLVETTLIVLILYILIKRPT--PKKTKVETLPSSVVQELIDEFEPEPLCPPMDKGAEMILEDRIVLEGKAKKYTKVRGVEEPVLNMVTFDFLGIGQRDEIKQAATKALDKYGCGSCGPRGFYGSIDVHVYLEQHLAKYFGTEEAIVYSDAASTLSSSIPAFSNRADLLVVDDGCNDPIMTGVNLSRSRVLFFKHNDMKDLESILEKIDEEDKRLNRK--PQRRFIIVEGLYRNYGDIAPLPELMELKEK 292
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A1V9YDK3_9STRA (Serine palmitoyltransferase n=1 Tax=Achlya hypogyna TaxID=1202772 RepID=A0A1V9YDK3_9STRA) HSP 1 Score: 265 bits (677), Expect = 6.390e-78 Identity = 134/278 (48.20%), Postives = 189/278 (67.99%), Query Frame = 1
Query: 298 SSAGQYVWNSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAE-KLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
S+ V ++PS Y + A+ P HV++ET LI FI YI +FKKT PK L++ EI ++DEW PEP+V P+ E E K + N+ +VE+ G ++++ G + P+LN+ DFLG R E+K+ A AL KYGCGSCGPRGFYGTID H +E++IA F+GT ++I++SD T SS +PAFAK+GDL VVD GV +++ G+NL+R T F+HNDM DLERVL+ + + D++ R QRR++V +GL+RNYGDI PLP+++EL K
Sbjct: 25 SAVAAAVVHAPSTYVAYIKAVYERSPEHVIIETFLIVFIFYITLFKKTKVPKV----RLTAAEIESLVDEWHPEPIVPPVSETELKGASYNLGIVEDTPGTHMKLRGIAAPVLNLGTMDFLGFANRPEIKKTARDALTKYGCGSCGPRGFYGTIDTHELLEKDIAKFIGTTDSITFSDIEATASSVLPAFAKRGDLIVVDDGVNDSILTGVNLARCTTLYFKHNDMGDLERVLKSVRDADLKAGRRSDCQRRYLVTEGLFRNYGDIVPLPQVVELTRK 298
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A484E098_BRELC (Aminotran_1_2 domain-containing protein n=1 Tax=Bremia lactucae TaxID=4779 RepID=A0A484E098_BRELC) HSP 1 Score: 263 bits (672), Expect = 5.070e-77 Identity = 134/269 (49.81%), Postives = 189/269 (70.26%), Query Frame = 1
Query: 322 NSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
N+PS Y E+ ++ P HV++ET LI F+VYI F K PK S S REI E+ +EW PEP++ ++ I +VE G +++++GF+KP++N+A FDFLGMG R ELKE AV+AL KYGCGSCGPRGFYGTIDVH +E++IA MGT ++I++SD+ T SS +PAFAK+GDL V+D G +++ +G NL+R TV ++HND++DLERVL+ + E+D R KR QRR++V + L+RN+GD+ LP+L+EL K
Sbjct: 30 NAPSSYYEYVRSIYERSPEHVIIETFLIVFVVYI-TFVKRDKPKS-SAAKFSEREIDELCEEWAPEPIIPSYAIVGADDSKPIGIVEGTPGTHIKLQGFAKPLVNLATFDFLGMGSRPELKEVAVKALTKYGCGSCGPRGFYGTIDVHEILEKDIAQMMGTTDSITFSDTEATSSSVLPAFAKRGDLIVMDDGCNDSILVGANLARCTVLYYKHNDVEDLERVLKSVREEDKRKKRGSDCQRRYVVTEALFRNHGDMVYLPQLVELCNK 296
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: H3GT37_PHYRM (Aminotran_1_2 domain-containing protein n=21 Tax=Peronosporaceae TaxID=4777 RepID=H3GT37_PHYRM) HSP 1 Score: 263 bits (671), Expect = 7.280e-77 Identity = 128/269 (47.58%), Postives = 191/269 (71.00%), Query Frame = 1
Query: 322 NSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
N+PS Y E+ ++ P HV++ET LI F++YI F K PKG + LS REI ++ +EW PEP++ P + +++ I +VE+ G +L+++G++ P+LN+A FDFLG+G R ELKE AV+ L KYGCGSCGPRGFYGTID H +E++IA MGT ++I++SD+ T SS +PAFAK+GDL V+D+G +++ +G L+R TV ++HND++DLERVLQ + ++D R R QRR++V + L+RN+GD+ LP+++EL K
Sbjct: 30 NAPSSYYEYIRSIYERSPEHVIIETFLIVFVIYI-TFVKRDKPKGTAS-KLSEREIDDLCEEWTPEPIIPPEAVVDVNKSKPIGIVEDTPGTHLKLQGYANPLLNLATFDFLGLGSRPELKEVAVKTLTKYGCGSCGPRGFYGTIDTHEILEKDIAHMMGTTDSITFSDTEATSSSVLPAFAKRGDLIVMDEGCNDSILVGATLARCTVLYYKHNDVEDLERVLQRVRDEDKRKNRGSDCQRRYVVTEALFRNHGDMIELPKVVELCNK 296
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A2R5GIH0_9STRA (Serine palmitoyltransferase 1 n=1 Tax=Hondaea fermentalgiana TaxID=2315210 RepID=A0A2R5GIH0_9STRA) HSP 1 Score: 261 bits (667), Expect = 4.280e-76 Identity = 134/264 (50.76%), Postives = 184/264 (69.70%), Query Frame = 1
Query: 337 YKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAK 1128
Y +WW+ L RE P H++VET LI I+YIL+ + + K L + E+++E++PEPL PL E ++ E+ ++E Y +V G K +LN+ DFLG GQRKE+ +AA AL+KYGCGSCGPRGFYG+IDVH+ +E+++A F GT++ I YSD+ +T +SAIPAF+ + DL VVD+ V + + G+NLSRS V F+HNDM+DL RVLQ + E+D RLKR QRRFIVV+GLYRNYGD+CPL ++ LK K
Sbjct: 37 YLKWWINLWRENPVHLLVETTLILLILYILLQRPS--KKRSKMETLPAAVAQELLNEYEPEPLCPPLTEGARMVLEDSVLLETKPSKYTKVSGVDKEVLNLTTMDFLGFGQRKEIHKAAEDALNKYGCGSCGPRGFYGSIDVHVFLEKDLANFFGTDDCIVYSDADSTATSAIPAFSNRSDLLVVDEAVNDAIITGVNLSRSRVLFFKHNDMEDLARVLQKVEEEDRRLKRK--PQRRFIVVEGLYRNYGDVCPLDEVVGLKNK 296
BLAST of mRNA_H-paniculata_contig296.8045.1 vs. uniprot
Match: A0A3R7FXY7_9STRA (Aminotran_1_2 domain-containing protein n=3 Tax=Phytophthora kernoviae TaxID=325452 RepID=A0A3R7FXY7_9STRA) HSP 1 Score: 259 bits (662), Expect = 1.590e-75 Identity = 126/276 (45.65%), Postives = 195/276 (70.65%), Query Frame = 1
Query: 322 NSPSLYKEWWLALVREEPGHVVVETALIAFIVYILVFKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVVEEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSCGPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGDLTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKRNVLDQRRFIVVDGLYRNYGDICPLPRLLELKAKCVLSLLL 1149
N+PS Y E+ ++ P HV++ET LI F++YI + K+ PKGP+ LS REI E+ D+W+PEP++ P + + +++ I +VE +L+++G +KP+LN+A FDFLG+G R ELKE A++ L KYGCGSCGPRGFYGTID H +E++IA MGT ++I++SD+ T SS +PAFAK+GDL ++D+G +++ +G NL+R TV ++HND++ LER+L+ + ++D + R QRR++V + L+RN+GD+ LP+++ L K V L L
Sbjct: 30 NAPSSYYEYIHSIYLRSPEHVIIETFLIVFVIYITLVKRD-KPKGPAA-KLSEREIDELCDDWQPEPMIPPNVVVDVNKSKPIGIVEATPDTHLKLQGLAKPVLNLATFDFLGLGARPELKEVAIKTLTKYGCGSCGPRGFYGTIDTHEILEKDIAQMMGTPDSITFSDTEATSSSVLPAFAKRGDLIIMDEGCNDSILVGANLARCTVLYYKHNDLEGLERLLKRVRDEDKKANRGSDCQRRYVVTEALFRNHGDMIDLPKVVALCDKYVFRLFL 303
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 |
|---|
| Taxonomic scope | Eukaryota |
| Seed ortholog score | 273.5 |
| Seed ortholog evalue | 1.2e-70 |
| Seed eggNOG ortholog | 4787.PITG_10028T0 |
| KEGG rclass | RC00004,RC02725,RC02849 |
| KEGG ko | ko:K00654 |
| KEGG Reaction | R01281 |
| KEGG Pathway | ko00600,ko01100,ko04071,ko04138,map00600,map01100,map04071,map04138 |
| KEGG Module | M00094,M00099 |
| Hectar predicted targeting category | other localisation |
| GOs | GO:0002178,GO:0003674,GO:0003824,GO:0004758,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005783,GO:0005789,GO:0006629,GO:0006643,GO:0006665,GO:0006807,GO:0008150,GO:0008152,GO:0008610,GO:0009058,GO:0009987,GO:0012505,GO:0016020,GO:0016408,GO:0016409,GO:0016454,GO:0016740,GO:0016746,GO:0016747,GO:0017059,GO:0030148,GO:0031211,GO:0031984,GO:0032991,GO:0042175,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0044237,GO:0044238,GO:0044249,GO:0044255,GO:0044422,GO:0044424,GO:0044425,GO:0044432,GO:0044444,GO:0044446,GO:0044464,GO:0046467,GO:0071704,GO:0098796,GO:0098827,GO:1901564,GO:1901566,GO:1901576,GO:1902494,GO:1905961,GO:1990234 |
| EggNOG free text desc. | Aminotransferase class I and II |
| EggNOG OGs | 3Q74D@4776,COG0156@1,KOG1358@2759 |
| EC | 2.3.1.50 |
| COG Functional cat. | O |
| Best tax level | Peronosporales |
| Best eggNOG OG | NA|NA|NA |
| BRITE | ko00000,ko00001,ko00002,ko01000,ko01007 |
| Exons | 8 |
| Model size | 1795 |
| Cds size | 933 |
| Stop | 1 |
| Start | 1 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following UTR feature(s) are a part of this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_H-paniculata_contig296.8045.1 >prot_H-paniculata_contig296.8045.1 ID=prot_H-paniculata_contig296.8045.1|Name=mRNA_H-paniculata_contig296.8045.1|organism=Halopteris paniculata Hal_grac_a_UBK monoicous|type=polypeptide|length=311bp
MGLVDLSSAGQYVWNSPSLYKEWWLALVREEPGHVVVETALIAFIVYILV
FKKTLNPKGPSKPNLSSREIAEIIDEWKPEPLVRPLLEAEKLRAENIPVV
EEFDGAYLRVEGFSKPMLNMANFDFLGMGQRKELKEAAVQALDKYGCGSC
GPRGFYGTIDVHMKIEEEIAAFMGTEEAISYSDSATTISSAIPAFAKKGD
LTVVDQGVEENVQMGINLSRSTVRTFEHNDMDDLERVLQDIAEDDVRLKR
NVLDQRRFIVVDGLYRNYGDICPLPRLLELKAKCVLSLLLLLCVQWVLNF
IVVILFVSTV* back to topmRNA from alignment at H-paniculata_contig296:26128..40774+ Legend: UTRpolypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_H-paniculata_contig296.8045.1 ID=mRNA_H-paniculata_contig296.8045.1|Name=mRNA_H-paniculata_contig296.8045.1|organism=Halopteris paniculata Hal_grac_a_UBK monoicous|type=mRNA|length=14647bp|location=Sequence derived from alignment at H-paniculata_contig296:26128..40774+ (Halopteris paniculata Hal_grac_a_UBK monoicous)
CGCCAGTGCATCCCCGCGGTAACAGTCAGTACCTGTGTTGCGGACAGGCA
GAGGTAGCTGGAGAGGTCTACTGAGCTCTTGCTGTGGGTTCATACTGCTT
TTCCTGTAACGGACTGTGAAGGTATCGTCTGTCTCCATTTTGAAGATCAT
CCAGGTTCGTCTCTCCTTTCATTTTTTCAAAAATGGTTCAGTGTTCAGCA
TCAATGACATCTCCTCTGGCACGATGATGATAACAGACTCCATTTGGTAC
ACACGTCAAGTAGTCTCGCTTGATTCTGGCATTCCCCCACACGCTTCAAA
GGGTTCTCCCGAACGAAAGCAACATGTGCTTGATATAAGGCCATTGTTGG
GGTCGTAGAGGCGGATTGGGTTGTAGGCTTAGTCCGTATTTACTGACTGT
GCTCTCTTGTCAATACACCACCGCAGAGTTGCGCAGGCATGGAGTAGGAA
CCGTCCTCGGCTAGTCTGTGCGAGCGGCGGTCTTGGACGATATCGCACCA
ATATATTTGAAGTTTGCTACATATTTCGTGTATGTCAAGGCCAGCCTCGC
ATTTTGCTGCACAGAGGATGCCGTACAGTCCCGCCTTCCTCGCCCTGGTT
GAGGCCGTTCGGTTGAGTATTCGTTCATTGCAAGTTGCCGTTCTTCAGTA
ACAATTACACTGCAGTGCACTGTTGTAGTCTACGAAAGTACTTCACTCGA
CTTGTCTTGAGGAATTACTATTGTATTGAGTTCATTACTTTTTGTGCTGT
CCACCGCCATCGAGTATCTGTCTGCGAATGTCAAGTGGTGCTGTTGATGT
TGTTACTGCTCCTGTTGTGATTTACAGCATATCTAATCATGTTTGCATAC
ACGGGTTGTTGCAGTTTACGCAGCACAGACAGTTGGAAAGTTGACGAGGC
TATTCTCGTATCAAATCACCCCCCTCCCTTTCTCCTACTAGTAGTTGATG
GTTTTCCCTTACAAATTGTTCTTCGCTTTGTTGTGTACAGTCAGGTACAG
TACAGCCTTCTGCGGAATGAATTCAGGGCGATGTTTGTTCCAAAATTTTG
AGATCGTGCTGTATGGTACTTACTTTCAACGCTGCATCCATTCCCCAACT
GCTACACTGTACTGTACTCTGCACTGACTGTAGTCGCTGAAAACCGCTCT
GCCAACCAAGCGGAATGCTTATTTAGCGTCGTGTCTTGCTTCGTAGTCTG
TGTTTGAGACGGATGAACACTTGGGTTTGATATTAATAGCGAAGCTTTCC
ATTTGTCGTTCGTCGGCACGCCGCAGCTGCATTCCGATGGCAGTTACAAA
ATACGCCAATTATGTATGTATTTACGCACATGACTCCGAAATTTCGCACA
TCCCTTGCATTCTTGAAATATAGGTGACATTTACTGTTAGTCTAACTGTG
GCTCTGTTGAAAAAAACAAAGGCTGATCACGGCCACGAATATTTCGGTGT
AGGATAGCAATGTACTGTTAGGGGTGCGCCTAAGTCCTGATTTATCCTGA
ATAAGGCGGAAGTTACGTCCTAAAATTTCGCATCGACCACGTATTTTTGC
CGGCTTTTTGGAGGGTTTGGGGGCAAATAAGAAAAAAAATATAGTTGTCG
TCACCCCCAAAAAACACACACACACACGCAACCATCGAGAGACCCCATGT
CACCTGATAATTTTAAAGGGTGGTTTGGGGTAGGATGCGCGAAGAAGCGC
TGCTGCTGCTGCTGCTCGTGTTGTGTTGACCACGTTGTCCCCTTTTATCA
TGTACTGGTGCAGCTCACAGCTACATGGTAAAAAGGCCGAGCAAAGCTAA
GTTTCGAGTTCTTTGGGAACCTGAGAATGCTGGTTACAAGAACGAGCTCC
AACCATTGCTATATGCCGCGCGGAATGTGCCCCTACGACCACCCAACGTA
ACCCTAACGACCAGATGTATGAAGAATATTTACGTTTGAAAAGGATGCTC
TCTCCCACACTCTAAATTCGACTACTTTTGGGTGTATTTTTGGTATTGAT
TGACCACCTTAAAATTCGAGTAGTTTGGGTACTTGTTTGTGTTGGTAGGC
TATGTTGTCAATAAATACACTCAGCAAGGTCATCGATTGGGATGCGGTTT
TTTGCGTCGTGTGCGCGAAAACCACAGCTATGGGTTTATTTTACGAATTT
ATCAAGTCATGAAGCATCTTCACAGAGAAGCTAGCAAAAAAAAACACTAT
TTTATTGGGTCGTTTGGAATTCTTATAGCGCGGATTAAATGTCCCATAAG
ACCAAGCTCTAGATAAGGCACATACCTCAGTGTGTGTCGAGTCTCACGAG
TCAACTTCTAACCTGTATCGAGTATTTCAGCTTACAAGTGCGTGGAAACC
CTACACTGAACACAAATACTTTGTGGAATCTAGGTGGCATTATCTACCAG
GGGATAAACACCTTTTTTTTTCTTTATTCGGCGCTTTATCGATGTGATCG
CCTTCGCCAGAATTTGGCTGTAAGTCGGGGTTAGGCACACCCCTAACTGT
AGCACTGTGTATCGTTTGGGTTATCATCCGGCAGTTTCGTTTTTCATACG
TGGATAGTCCGGGGCACATGGAATACACGAGCTCATTCTGAGACTCCGGT
GAATACTTTCTAATTTCTTGGCGAATTAGCCAATTGTTCGTACTTGTCCG
GGAGGTGGAACCTTGATGAAATATGTCGAGTATTCCGTTAACCCCTTTCT
TGTGCGCGAAACCATATCAGCTAGCCTCCTGTCCGTGCCGTAGATGCTGA
CTTTTCTCCAACTGCTGTAGCTATACGTTTAGCGGTTGCTCTCTATCTGC
GTATCTTAGATTAAGATGGTTGACCCGGTTTTAGGGTGAATATTCCAGGC
AGGTTGTTTCGGCGGAGCACATGGGTCAACTAATAGTTGATTCTAGTTAC
AAAGTGTTGCACCCAACTTGAAGCCAGATCGATTTTGGGCCGTTTTTTTT
TTGGGGGGGGGGGATTTTTGGTGTAAAATCAGTTCTATTACTGTCTGTAC
GTGAAATAACACCCCGGACGATGATACTTTCGGATCTCAATTCTCTTAAT
AAAAAAAACAAAACGTGAATTGTCGAATAAGCCCCCGCCTATATAGGCAA
ATGCATCTCGGCGATATATTTTACCCACCGGATAAATGTAAATACAAATA
CTTGGAGCTTTCGCGACAAAAATTATAGAAGGTATTCGATTGAAGGTTCA
TTCAGCGTGAGCACGTTTATTCGGTGTACCTTGCGACCAACTAAGATTGC
TCCTCTTGAACAATAAATAGTGAAACGAATAAGTGAAGAGGGTGTCGATT
AACCCTTTATTCTACACATTGGTCGGCACATGGTGGAATTTGGGCCAATT
GACAAATATCGTCGCAAATGCTCGAAATCTTCGTATTCGTCTGTAGTATA
TATATACATATATATATACTTTTTTTTTACCTTAATATTATCTTGGGTGC
AGTCGAAATCGTTGTGACGTCATCGGCCTTGTTTTTACGCTCATGTTTCA
GGTGAAAATCTGGTAGAAATTTAGCAAAGAGCGACTCGCAAAGGGATTTG
TGTTTTTCAGTCACGTACATAAACCGTCAGGGACGAAAACTCCGTAACCA
AGAAAACAAGAAAGCAAGCAAGCATCATGGGACTGGTGGATTTGTCGTCG
GCCGGACAGTACGTCTGGAACTCTCCAAGCTTGTATAAGGAGTGGTGGTT
GGCGCTGGTGCGGGAGGAACCCGGCCATGTGGTGGTCGAGACGGCGCTGA
TCGCCTTCATCGTTTACATTTTGGTATTCAAGAAGACACTAAATCCAAAG
GTGATGGGTGGGAAGGGGGCCCGGGGGGGCGTGTTGGACCATGACTATTG
TAGATGGCGTGTTTTTTTCAAGCGGAGTGTAGGTGAGTGTTGGTGAGAAA
AAATACAGGACAGATCTCACAGCTGCGCTGATTGCCTTCGCCGTGTAGCG
TGTCTCGATCCTCAGGAAGAGGATTACATAGCTCTGACGAAGGTTTGATT
TTAAAGTAATTAACGCGCAAACGAAACCGCCATCCCTTCATGCTCAAAAG
TAGAAATATCTGTGGGGGTGGGGTAGTACTCAAAAGTCGAACACTCCTCC
TCGAAGGTATGCAGGAATTCCATGCTATCGATTTGTGGGTTTCGGAAGGC
ACCAGGTATCCTCGAGCTGGTATAGTTCCAGAACCCGCGACATCCTTCAT
CGACGAAGGAAGGACCTTCGTCCGAGCTGTGGAGGATTATAAGGGCATGG
CTGAATACAATACAGCAGGTGGCGGTTTTGGGGCAGCATGAGAATTTTGG
CAGTGTTGGAAAAAGACAGCGGAAAGTCTCAAAGCCGCGCTGATTGACTT
CGTTGTTGCTTTACGTCTTGATTCTTCTGAAAGTAGTGGCGCTAAAATTG
AAAATGGGGAAGAGAGGTTTTGGAGTATGATAAAATATCATTTGGGTTAG
GTATCTCGGTCGGGAATCATGAACGAGTATGCTGAAACGATTGACCTTGA
ATGGTCTTTCTTGGAGAGTTTGGGATTTACGAGAACCTATTTATTTTTCA
GCAGGTGCTTATCGTTCCGAATTTTTGTTGTCGTCCTACAGCAGGTCGCT
GTTCAAGCATGGGACTCCTCTCAGAGCGTCGATAGAAATTGTAGCTTGCA
CCACACGGGTTTGTTTGAAGTCGCGGTTAGTGTCGGCGCCAAGGCTTCTT
TATTTCCCTACATGTGAATGTTTTTGGAGAGAACTCGAACACTATCGTTC
AGTTTGACGTCTGATTGATGGGTCATAATTGAGAGTTCATCTTCAAGTAG
TTGATCGCATCCGGTCTACATTACATTCACAATTTAGTTTGTTATTGTTT
ACGTGTTTGTGTTGGAGGTTTGCCTGCAGATGTTTTGAGTTCCGTTGTCC
AGATATATTTTTCCCCTTGATGAAATACGATAAACAATTAGAGGTGCGCA
CAAGTGTTGCTAGTATAGTATCGCAATGAAATTGTTCATCGTTACAGCCC
GGGCAAAATACGCAGCTTAAGATCACCTTATGGTGTACCACCTGCAGACG
GCCTTGAGATCGTAAACAGACAGTACACTTGTTACACATGGAATATGTGT
CACGAGCCGAAAGTTTAGCAATATAGCCATGTACACTCACTCCTGAGCAC
ACGAAAACACGGTTTGTGACACTTCGTATTTCCCATTCATGTGACACACG
TGATCGATACATTGATCTGACGAACCCGGTAGGTCAGGCGTCGATGAGCA
GAGGGCTCATGGAAATCTTATGGGTCGTCTCGCGGGAATCCAATAAATTT
CTCAGTAGACACAAAAAACAGAAAGTATATATATATATTTTTTCGTGATT
GATTTTGCGAAATTGCAGCACGTCGGGACCACAGATGTATGTGTAATAAT
AATATCCATGTATTAATGAGTGATCTCTGGTGCAGTTGTTCGAGTTACGG
TTACGGTTACGGTTATGGTTACAAAACACCGTTGGTACCTGTAGTCTCCC
ATCCAGTGCAATTGCATATTTTAGTCTCCATAATTCCTCCGAGCTTGTAA
CTTTCCGCGCTTGCATCACCCATGACAGGTGTGTCCGAGGGCGTCTGTGT
ATAAATGCCGAGCGTTTCCCGCCCGCAGCACTGCCCTCACACAATGCTTC
TCAAAGTTTGCAAAGTTGTTGCTCTGCCGTATGTCAATAGTTTCATACGA
GATGCACGGACTCGCTGCGCTTGCCGTGGCTCGAAACTAGAATAGCGATT
GCGCTTACATGGGAGGAGTGTAGGCGAGCGCAGCGAGTCCGTATGCGTGG
GTATGTTTTCAGGTACTGCAGCATCGTCGACGTAGTCACCGTCACTGGCG
TAGCCATGACCTGTCCACTAGTATATACATAACAAGAAATGCCGCAAGAC
ACGTCTGGCTCGTAATGGCAGCGTCGTGAACTTTTTCGAGCTTGGCCGTG
TTCGTACCGTACTAAAGTACATGCGGCGTTGGATGTGTGGAAGTGCTGGC
CTTCCATGCCATTCTGCTTGCTTTTTCAACATTAAAAAAATAATTCAATT
AATAGCCCACCAACAAAGCATCAAAACGTAAAACATACTGACTACAAGTA
TACCTACGCCTTGTAATTTATAAAGGTAAAAACAGAACAGGTAAAAACGC
CCCTAGACGTGTGACAGTTGAATAATGTCCTTTCAAGGATGTACACGGAC
ACATGGAAGTCAGCTTGCAACGAACGCCGCGCGAGCCAGACGTGATCTTT
TGCGGCGTTCCATTCGGTACGCCCTGTACAATGTATATATAGCATGTCCG
CTGATGCATTCAACGATATGACCCCGTTGTCAATGCCCGCGGCCGCGGCT
GCTGCTGCTGGTTGACTGCTTGGTTCAAAACGGAAATGCACAGGGCCCAT
CGAAACCGAATTTGTCCAGCCGAGAGATCGCAGAGATCATCGATGAGTGG
AAGCCGGAGCCATTGGTAAGGCCCCTCTTGGAAGCGGAGAAACTTCGCGC
CGAGAACATACCGGTGAGTATTAAATAGAAACACATCGATACTTGGGTAA
ATATTATTATCTTCCGCCGTTGTTCTTGTGTTATGAGATGTTGATTGCGG
GACGTGAGTCATTGTCTAATGTGACGGTTCCATCCCCAATCCCCGGGTTT
ATGTAAGGTAGCCTCAGTTGAGCTGGGAGCAGGAAGCATGGACCGTGTGA
CCATCCCACCAACTGACAGACTTATATCGACCCCGGGCTTTTCCTGACGT
ACAGCAATATACATCTAATACAAGAGACCAGATCATTGCTAAGGACTACT
TCTACCACCCCAGCCGTACCGAACTGAGAGTATTGTGCAACATAGTCAGT
AATAGGAAACAATAACCTATGTGTGTGAGAAACTCCGCAATACGAGCAGC
AGATATCATTATTCTTGAATATGGAGAAAAAAAAAAAAAAACTTGGGGGG
GGTGAGGAATTCGCACGTCCAACGACTAGATAGTCGTGTCTAGTCATTTC
TCAGACGTGTAATCATTATAAGTATAGAACCGCCCCTTGAACACCAAAAT
CTGGACTCCCGACAGTGGTGTGTCATGCTGGAGAATGGGATCGACTGTAA
CGTATAGACGCACGGTCTAAATAGTGTATAAGGTTAATAGGACCGGAGAA
ACAAAAAAAGGAGCTTCGTTTTTCTATTCAAAGGGTTACTGGGATCGTAA
TTAGTCGTTTTTTGATGCGTAGGAATCCCTCAAACTGAACCCAACCATGA
GGGTGCTGTTTTTTTGTTTTTGTTTCTTTCAATGCCATTTTTTTTATTAA
AAGGTTATATTTGTCTCTCTGAAAGTAAAGGGCACAGTTCTGTCGTTGAT
CGCGATCGAAATCTTGCTCACCCTAAACCCTATAATCTTCCGAGGAAGAA
ACGAAGCATAATGTTGTGTTTTGCGTCTTTTTCCATTTTTTTTTTCTTAA
TTCTTGTTTATTTTTCCCCCTAAAGGTTGTGGAAGAGTTCGATGGAGCCT
ACCTGCGAGTAGAGGGTTTTAGCAAGCCGATGCTCAATATGGCCAACTTC
GACTTCTTGGGCATGGGGCAGAGGAAAGAGCTTAAGGAGGCGGCTGTGCA
GGCATTGGACAAGGTGTGCTACAGCACGCGCTGCAAAAAGTCGAGACTAT
CTTCCGCTAATTTGACGACCGACAAGAAGGCAGATGCAATCGAATTGAAG
CTCTCTGATTGCCGTAGGCTACTTGGCGATGTTGGGGAACACAAAAATAC
GAATCTGATGATGATGAATGTGTCGAGCGGTGGAATCATTGTGTGCACAA
AATCATGATCCACCACCTGTCTGTGCTGTGTATTTACTGCCTGAACACTG
GCGGTTCCCGTACGATCGTATTAATGATGCGAGGCCTTTTGGTTCAAAGG
GTGACATTTAATCTCTTGAACTAGTGAGCGCGCCCACTGCTTCAAGAGAT
AAAATGTCACCGTTTGAACACTTTTTTGTTCTTCTTGGCATTTTTTGTAG
ATAGGGTAATATACTGTTAAAAGCTTAACGATAGTTTAGCGCTGATTACT
TGTAATCTGTTTTCACTTTGAAAAATATCTTGTGTGTGTTCGTGTGAAAA
TATGTCTGTATGTATGGATTATGTCCATATGTGTGTTTTACGGCAAATAT
GCAAGTTGTCGATTTTTTTTTTTTTTTGTCAAGCTTGTTTTTTTTCCAAC
GGGAAATTAATAAATATAAAAATAAAAATAAAAACATGGCCATCATGATA
TTTTGGCTTAAAATATGTACATATATATATATATATATATGTATATCCGT
TGATACATTCTATATTACCATTATTATTATTTATTTTTTTCAAAGACGCC
CGAAATTTTTACAACTGTGTTTGCTCATCCAAACCACTTGAAACATATTG
GTCTGTTTCCGAAGCCATTATTCCTATGAACTACCAATATGGATGTTTAG
GCTCTGTGAGATCTGTTTTTGGGGTTTCCTTTTTTTTGTAAAATTTTAGA
GAACAGGTTACGTTAGACCTGGAGGTGCAACCGATCGGAGATCTATTTTT
CGGCACCCCGACCTGCTTTTGAGCACTCCTTTGGAACCCTCGAAAACGAT
GGATTTTCAACACGAATCAGACGTGAATCTTGAACGATGTTTCGAAAATT
TCCGCGTCCCGAAGTTTTAAATTAGATCTTTTAAGAAGATATTGGCGCTA
ACTCCCCACCCCGGCTGATGAGGATGACTGGCCGGAGGCATGACAAACAC
GCTTTGTGTCGTCCCTCTTCAAAATCGAACGAAAATACAGTGGGCAATGA
GTTTTTTTGGAGGGGGAAACATGGAAACATAGTACATGGATTTTTAGTGT
CGATAGAATGATGTAAAAGAAGAAGAAAAAAAAATGCCAGAGTATCTAAA
CAATAGATGGCATAGCGGAAATACGTATGAAAAGGAGAACTGACGACGAA
GAAGCGTCTAATGTTGATAGATTTGACCACATACTCGTGTGTCCCAACTG
TAGCACCATATTCCTTGGAGTGACCCGCAACAGGGTTACACCGTTTTCTT
CGGGGGTGTTCTCAGTAACGACTTTGTTGTTACAACACCGCGTTAAATAC
CAGTATTCGGTATTCGGTATTCGGTGTTCGGTACTGTTACCGTAAGAAAA
TCGATTTCCTGTTTGCCGTTACCGTTCACGGTATAGCAAAACAAGATCAC
CACTGGTTCAGACCCGTATTCCGTCTACCGTTCTGTGAAACTCCGTTACC
GTACCCATGAGTGTATCGAAGCGGAAAAGTCGCTATAATCGCGGGTCTGA
AACAAGTGGATTCGCCTAATAAGTGACCGCGGGTCTGATTGCATTGTGTT
CGAATACGGCAGCACTATGTCCTCTGGCCGCAAGTATGTACATACATATG
ACTATCGCGGCTTGTGAGTGGTATTGTACACCCATTTTAATGATCGCCGC
CAGGCATCAACACAAGCGTGAGCGCCGCAGCTGCTATCGATGGCAGCTCG
AACGCTGTTGGCTCTGCAGCCACTTCTGCCTCGCGAATTGGAGGTGATGG
TGTAGACTCTACAGCCATCACTGCCGCCTCACGTGACGTAGTTCAGCATG
TTGTTGACTGTAATGCACTTTTCCCCGGTTCGTGTTTTTTGAACTGCTTT
AAAACACTTTCTTGGCGTTCAATTCTTCAAGCTCTTTCTTCTTTTTATTG
CGATGATGATGCATATTTATCATGCATTACATACCGACCATGCCCGCAAA
GGCAGTGATTGAATTGTACGCATGAGTCGTGGGGTGCGGCATGGTGTTTA
GGGACGTACGTGCCAGCCACCATGAGTACTCGGGTAAACGGGTGAACGGG
TTGTCGGTGCCTCGTGAGTCGCAAAGCTAAACCCAGATACCGCACTACAC
CACGTGGGAAGAAAAACCAAATATCGATTAAGCACAAATACCGAGAAATC
AATATACCGTACCATGTTACTGATGCCGAATAGTGTTCACTGACTCGATA
TTTCGGAAATCATATACCATACCGTTTGGTCATTTTCCAAAAACCGTTGC
CAAGCATAGCCCTGGTTTTTTGTCTCTCTTTTCCTGTCCTTGAAATTCAT
GAAGATAGACAGGCTACAGTAGTACGGGGGGGGGGGGGGGGGGGGGGGGG
GAATTTGAGACGATTGGAACCCTTGGCCAATCTACAAGGGGGCGAGGCAA
AAAATACTTGAATACGTTCGCCCTTGAACAGTACAACCATTTGTAATGGT
GCATCGTTCACATTTCGGGATGCGTGAACGCATATGCTATCTAAGAGGTT
TTGTTTTAATTTATTTTTATTTTTATACATCACTGATTTTGTGAATCGGC
GCTCGTCGAATATTTTCCCCTTCATCACCTATCGTAGTCCTGCTCAAAAA
GCGCCCCGTTTTCATAGTTCCCGTCTCCCCCACCCCGTCTCTTCCATTGC
ACTTGACGTGTGTTTGCCGTGCCTGTATTACTCGCATTTTGGTGTATCTG
CTTGTCTGGACGGGGAAATCTGCGCAAATTCGCCTGCCTGACGGATGGGT
TGATCGCATTGGTCCCAGTATGGGTGCGGGTCTTGTGGACCACGGGGATT
TTACGGTACTATCGATGTGCACATGAAGGTGGGTGGGTGGGTGGGTGGGT
GTTCTGACTGCCGGTTTGTGGTTCCTGCTTTGAGACAGAGAGAAAGAGAG
ACGGAGAGAGAAGTTTGGTCGTGTTGTCATGGTTGGCATGTTTTTTAGTC
GTGGTGCACCGACGGACTGACTGACTTGCGCACTGTTTTATTTCTGTGTG
TTTTTACGAAATATCATTCTCAAAACAGCAACTTGGCAAGACGTTCTCGG
AATAAAAACAACCCTACTTGACCTCAACAATATTCCCGTCAGCTGGATGC
TTGTTAATGTTGATGTTTATGTTAAAAACACCAACTATCTCAGGTATTGT
AGCGGTGCGTGGAGCTGCATGACGTCAACCTCCACGTGTCAGCATGCATA
CTTTGACTTTTTATGAACCAGACGTGAGCTTTTTGCATTAGTTGTTCGCT
TTTTTTTTTTTTTTCCAGTCACAGGCTTGATGTTATAAGATGTCGATTGC
GGGACGTGAGTCATTGTCTAAAGTGACTGTTTTTTCCCCAATCCCCGGGG
TCATGTAATGTAGCCTCAATTGGAGTTGACAACAGCAAGCCCCCCAGCGT
GCTGCCCTTCATCTGTCAGACTTGCGTGAACCCAGGGTCGACATTGACAG
TACAGCTATAGCCAGCTAATACAAGAGACCAGATCATTGCCAAGGACTAC
ATCTACCACCCCAGCCGTACCGTACTGGGAGTACTGTATAGCACGGTCAG
TAAGAGGACACAACAACCTCCTGCGTGTGTGAGATAGTCCACGGTTCCAC
TGCAGTTATCAGTACATTTATGTTCAAATTGGCCTTTTCCAGGAAATGAT
TGTAAGTCCGATTTTTTTTTTTTTTTCTTGTCGCAAAAAAGTTTTCCTTA
TCGAACCATCCGGTCTAAAAGCTGGGAGAGTGTATATCCTCGGTTCTTGC
CCTGTTTTGTTTCGCGGTGGGGGGCAGCGTACCGGGTGTCATCGATGTGC
GATTGTGGATGATATTTGTTTGTCAAGTAGCCCCGGTAGAGATTTGGACT
GGCCTCCTTCAAATTTCAGGATGCGGTACTTCTTCGAAACACTTCGCAAC
ATTTTCATCTGATTCGTTTTGAAAATCATTTTTTTTTTTCAAGATCCCAC
AAAGGAGTGCCCGAAAGCGGATCTGGGTGCCCAAAAATATATATATCTTC
GATAGGGTTCTGTCCCGAGGTCTGATATAATGTATTTTCTACTGTATGAA
AACAAAATGTCCCAAAAATAGGTCAGATCTCAAAGGGCTGCGTTTCGTGA
AGGTTACCCCTTTCAGCATCCGAGGCTGGTGTTTCGAAACGACAAAAGGC
GTCTGATGGCATCTGTCGAGCGCCGGAAGTCGTTTTGGGCAGAACCATAC
CGAACTATCTGAATGGGTTGTTTGTGCTGGACTGTCTATTTATAGTGGCT
TTTTTCACCAACGCGTCATATGTGATTTGGTATTTCTTAAAAATCTGAAA
TAAATCCAATTTTAACTCGGAAATCGAAATTCGCATCTGTGACTATGATG
TTCGAAACACGGGGTGATTGGCCAACACTACCCGGGATTTAACCCGATGC
CTGCAACACCGTCAAGTTGTCTGTTGTCAGTTATAGATTGTTGCCGTCTG
TATATGGATGTACTGCTGTCGCGATTGTTCATTTGTTTCTACTCTGCCAA
CACTTCTCGGTCTTCCTGTGTTTCAACTGCTGTAACGGTCGAGACATACG
CATTTCTGGGAACATTTGTGGGAAGGAACATACTTTATTTTTTTATTTTT
TTATTTTCTCTGTCAGATCGAAGAGGAAATCGCCGCGTTCATGGGCACGG
AAGAGGCAATTTCGTACTCGGACAGCGCGACGACTATCTCCAGCGCTATC
CCCGCTTTTGCCAAGAAGGGTGATCTGACCGTCGTAGATCAGGTGTGTAT
ACATCTTATGTCATGATCTGGAGGGTCTAATCTACCACCGCAACGCATGA
CTAGTGGACGGTATGTTGTATAGGGTTTAAGGTGTAATGTTCTGCTACAC
TGTGTGTGTACGTGTGTCAGGTGTGTCAGGTGTGTACAACGTGAGTAAAG
TATTGCGATTTGAAAGACGGGCTGAAAACAACGATGCAGAGTCAGCTTGC
AATGCTGTACGAGCCAGACTGACTGTAAATTTTTATGGTATTTTTTTTTT
TTTTCGTTTTGTCCAAAATGTCAACATTTTGCAGTTTTCGGCATCCCTTG
TTTTATAGAGCACTTTTTTTTTTATGGTAGCAAAACATGTGCGTAGAAAA
TTGACCTTTTTCACTCTTCCTCGTGTGTGTTATTTTTTTTTCACCCATTT
TTTGTTGTTCATCGATCACTTACTTTCCTCATAAAATTCTCTATTTGTCG
CCATTTTCTATCCTTTTATCTGCTACCCTGGTCTTGGTCTTTTGATATTT
ACCGTCGTCTTGGAGGATTTGAGATTTTGGGTATATAGGTAGGTACACAC
TTGATCTGTTAGACAGGACATTATTTTTTTATTCATGATGCAGCGTGGGT
CCTTTTCGTTCTTTTGGCTAAATTTGGTGTGATTTTTATTTCCAAATGCC
AGCCACATCGGAGTCTGCTGATCTCTCTTGAAAGATATAATATGGGTATT
TTGATATTTTCCTGTAATCAGTTGCTCCGTGTATTTGTTTTTGGACGGTT
TTGTGTGGCTCAGGGAGTGGAGGAAAATGTGCAGATGGGCATCAACCTCT
CTCGCAGCACAGTTCGGACATTCGAGCACAACGATATGGACGACCTCGAG
CGAGTTCTTCAGGTATCTGTTGATAGAAGTGCATGCATGATGCCTCGTCT
CCAATTTTCAAGTAGCCCTTCGCCGCCGGGGGCGGGCGGGGGGTCGAGGT
GTTGCGGTTAAGGGTTACCCAACGTCACTCCAGTATACATCAGGGGAGAG
GTCACGTTGCGTCTTTTTTCTTTTCTTTTTTTCCCATGTATAGTTGCCTT
GCCTTCCTTTATTCTGTTTGGATTTCGTTCAGTGTTCCTGCGTTGTACTG
GGCGGAAGTGGGCGTCTTCATGTTTAGCGTGCCGTATTTGTTGCACCGTT
GATGACGTCCTCGAGAGGACGGAGCCTCCGTTTCTATCGTATCAGAGCGG
TTTCCGGTGGTCGACGGGGAATTATCTGCGTGCTTTGTCACGAACAAACC
TGATCATCTTCCTAATTTTTTTGCTGACGATGGTGTGAACGCGAGAAGGA
CATTGCGGAAGATGATGTTCGACTGAAAAGAAACGTGCTGGACCAGCGAC
GGTTCATCGTGGTGGACGGACTCTACCGCAACTACGGCGATATCTGCCCT
CTCCCGCGCCTGTTGGAGCTCAAAGCCAAGTGCGTGTTGTCGTTGTTGTT
GTTGCTATGTGTACAATGGGTACTTAACTTCATTGTCGTTATTTTATTCG
TTTCAACTGTTTGAAAAAATAACGCGGTTATTATAGCACGCTTGAAGAAC
CCGGTGCGGTGTGCACTTCGGATCCTTCGCAAAGCCTTGAGAGTTGGAGA
ACATGGTTGACTTCTTGAGTTTTTGTTTTTAGTTTTTTTCTCATAGGTTT
GGACAAAATCTCTTCCTGCTGAAAAAGACGAATGCCACCCAATAGGGTGC
GGGTTTAACGTGTATGGCAATAGGTCATTCGCGCCGGAAGATGTATTCGT
TACTTGCTCATGCATGTCTTTTTCCCAGCGCAGAATCAACATGATGATGA
ACGACGATATTTACCCTGGGAACGATCTTCTTTCTCTCTCTCTTAAGGCG
GTTCTTTTTGTTTTGCTCTTCTCAAGTCTTTCGTGACACGAAACTGTTTA
ATGTGGGCGTCATCTTAGTTAGTCCTGTCAGGACGTATGTGGAAATGTAG
AGGTAACTTTCATTTTGGTCTCGGTTCACGAGAGGAGGGTTTTTGCTGTT
GAGGTCGCTACCGAAGCTCCGCCGAAAGGCTGTTTGACTTCACCGTGGTT
CCCGTATACCACGTATCAAGAGCGTAAAGCCTATTGCACATATCCAG back to topCoding sequence (CDS) from alignment at H-paniculata_contig296:26128..40774+ >mRNA_H-paniculata_contig296.8045.1 ID=mRNA_H-paniculata_contig296.8045.1|Name=mRNA_H-paniculata_contig296.8045.1|organism=Halopteris paniculata Hal_grac_a_UBK monoicous|type=CDS|length=1866bp|location=Sequence derived from alignment at H-paniculata_contig296:26128..40774+ (Halopteris paniculata Hal_grac_a_UBK monoicous)
ATGGGACTGGTGGATTTGTCGTCGGCCGGACAGTACGTCTGGAACTCTCC
AAGCTTGTATAAGGAGTGGTGGTTGGCGCTGGTGCGGGAGGAACCCGGCC
ATGTGGTGGTCGAGACGGCGCTGATCGCCTTCATCGTTTACATTTTGGTA
TTCAAGAAGACACTAAATCCAAAGATGGGACTGGTGGATTTGTCGTCGGC
CGGACAGTACGTCTGGAACTCTCCAAGCTTGTATAAGGAGTGGTGGTTGG
CGCTGGTGCGGGAGGAACCCGGCCATGTGGTGGTCGAGACGGCGCTGATC
GCCTTCATCGTTTACATTTTGGTATTCAAGAAGACACTAAATCCAAAGGG
CCCATCGAAACCGAATTTGTCCAGCCGAGAGATCGCAGAGATCATCGATG
AGTGGAAGCCGGAGCCATTGGTAAGGCCCCTCTTGGAAGCGGAGAAACTT
CGCGCCGAGAACATACCGGGCCCATCGAAACCGAATTTGTCCAGCCGAGA
GATCGCAGAGATCATCGATGAGTGGAAGCCGGAGCCATTGGTAAGGCCCC
TCTTGGAAGCGGAGAAACTTCGCGCCGAGAACATACCGGTTGTGGAAGAG
TTCGATGGAGCCTACCTGCGAGTAGAGGGTTTTAGCAAGCCGATGCTCAA
TATGGCCAACTTCGACTTCTTGGGCATGGGGCAGAGGAAAGAGCTTAAGG
AGGCGGCTGTGCAGGCATTGGACAAGGTTGTGGAAGAGTTCGATGGAGCC
TACCTGCGAGTAGAGGGTTTTAGCAAGCCGATGCTCAATATGGCCAACTT
CGACTTCTTGGGCATGGGGCAGAGGAAAGAGCTTAAGGAGGCGGCTGTGC
AGGCATTGGACAAGTATGGGTGCGGGTCTTGTGGACCACGGGGATTTTAC
GGTACTATCGATGTGCACATGAAGTATGGGTGCGGGTCTTGTGGACCACG
GGGATTTTACGGTACTATCGATGTGCACATGAAGATCGAAGAGGAAATCG
CCGCGTTCATGGGCACGGAAGAGGCAATTTCGTACTCGGACAGCGCGACG
ACTATCTCCAGCGCTATCCCCGCTTTTGCCAAGAAGGGTGATCTGACCGT
CGTAGATCAGATCGAAGAGGAAATCGCCGCGTTCATGGGCACGGAAGAGG
CAATTTCGTACTCGGACAGCGCGACGACTATCTCCAGCGCTATCCCCGCT
TTTGCCAAGAAGGGTGATCTGACCGTCGTAGATCAGGGAGTGGAGGAAAA
TGTGCAGATGGGCATCAACCTCTCTCGCAGCACAGTTCGGACATTCGAGC
ACAACGATATGGACGACCTCGAGCGAGTTCTTCAGGGAGTGGAGGAAAAT
GTGCAGATGGGCATCAACCTCTCTCGCAGCACAGTTCGGACATTCGAGCA
CAACGATATGGACGACCTCGAGCGAGTTCTTCAGGACATTGCGGAAGATG
ATGTTCGACTGAAAAGAAACGTGCTGGACCAGCGACGGTTCATCGTGGTG
GACGGACTCTACCGCAACTACGGCGATATCTGCCCTCTCCCGCGCCTGTT
GGAGCTCAAAGCCAAGTGCGTGTTGTCGTTGTTGTTGTTGCTATGTGTAC
AATGGGTACTTAACTTCATTGTCGTTATTTTATTCGTTTCAACTGTTTGA
GACATTGCGGAAGATGATGTTCGACTGAAAAGAAACGTGCTGGACCAGCG
ACGGTTCATCGTGGTGGACGGACTCTACCGCAACTACGGCGATATCTGCC
CTCTCCCGCGCCTGTTGGAGCTCAAAGCCAAGTGCGTGTTGTCGTTGTTG
TTGTTGCTATGTGTACAATGGGTACTTAACTTCATTGTCGTTATTTTATT
CGTTTCAACTGTTTGA back to top
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