mRNA_D-dichotoma_M_contig100.96.1 (mRNA) Dictyota dichotoma ODC1387m male

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

Overview


Name	mRNA_D-dichotoma_M_contig100.96.1
Unique Name	mRNA_D-dichotoma_M_contig100.96.1
Type	mRNA
Organism	Dictyota dichotoma ODC1387m male (Dictyota dichotoma ODC1387m male)

Homology

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: D7G3Q7_ECTSI (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G3Q7_ECTSI)

HSP 1 Score: 336 bits (861), Expect = 7.970e-104
Identity = 187/285 (65.61%), Postives = 223/285 (78.25%), Query Frame = 1

Query:   40 GLGNVAPALSRPQVSMVA--KMENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQILXXXXXXXXXXXXXXXXXXXXXXR----LSETRANAKWSNRPQ 876
            G+ + APA S P++SM A   +ENVAAVVLAGGVGKRMEAG PKQFLEL G+ VLEHSL LF   KGVSQ+I+VLD+QYR     L +++ R+VFADPG ERQ SV+NALQKV+ G+S+VCIHD+ARPLV K  ++KVIADA+E+GAAVLGV MK TVKES DG+FV RTIDRSRLWDIQTPQVVKPD+LR+GF K   E W VTDD SIVEQLGLPVKLT G+YTN+KLTTP+DL+VAS+IL               XXXXXXX     +S+ RAN +W+N+P+
Sbjct:   36 GVRDAAPA-SAPRLSMAAGPTVENVAAVVLAGGVGKRMEAGMPKQFLELQGETVLEHSLKLFLRLKGVSQLILVLDEQYRPMLQDLQKREGRLVFADPGLERQHSVYNALQKVEDGSSLVCIHDAARPLVTKAAVKKVIADADEYGAAVLGVPMKATVKESADGQFVQRTIDRSRLWDIQTPQVVKPDLLRRGFDKVMSERWEVTDDVSIVEQLGLPVKLTEGDYTNLKLTTPEDLVVASRILEARRLYEAEHGTGDDXXXXXXXEGRESISQIRANERWTNQPR 319

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A835YTP8_9STRA (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YTP8_9STRA)

HSP 1 Score: 319 bits (817), Expect = 1.080e-98
Identity = 158/243 (65.02%), Postives = 200/243 (82.30%), Query Frame = 1

Query:   49 NVAPALSRPQVSMVA-----KMENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            ++ P+  RP     A     ++++VAA++LAGGVG RM+A  PKQFLEL GKPVL+HSL+LFRS  G+S++I+V+D+QYR ++ ++ E++ R+VFADPG ERQ+SVFN LQ V  GASVVCIHD+ARPLV K  I +V+ DA EHGAAVLGV MK TVKESEDG+FVLRTIDRSRLW+IQTPQV+KP +LR+GF++ ++E   VTDD SI+EQLGLPVKLTMGEYTN+KLTTPDD++VA QIL
Sbjct:   27 SIVPSSRRPLPHAAAGVGESRVQDVAAIILAGGVGSRMKANMPKQFLELRGKPVLQHSLELFRSLDGISRIILVIDQQYRDQFKTMQEEEPRLVFADPGIERQNSVFNGLQAVHEGASVVCIHDAARPLVTKECIYQVLRDAEEHGAAVLGVPMKATVKESEDGQFVLRTIDRSRLWEIQTPQVIKPALLREGFERVEQEKLEVTDDVSIIEQLGLPVKLTMGEYTNLKLTTPDDMVVAEQIL 269

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A7S2V2L3_9STRA (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V2L3_9STRA)

HSP 1 Score: 313 bits (801), Expect = 4.850e-96
Identity = 160/250 (64.00%), Postives = 197/250 (78.80%), Query Frame = 1

Query:   16 YRSIPNQVGLG-NVAPALSRPQVSMVAKMENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            YR + +  G+   ++  + RP++     +E V+ V+LAGGVG RM+A +PKQFLEL G+PVL+H++DLFRS +GV Q+I+VLD+QYR  Y S+ +++ R+ FADPGKERQDSV N L  V  GAS+VC+HD+ARPLV    I +VIADA EHGAAVLGV MK TVKES DGEFVLRTI RSRLW+IQTPQV+KPD+LR+GFKK  EE   VTDD SI+E LGLPVK+TMGEYTNIKLTTPDD+ VA QIL
Sbjct:   41 YRYVGSSSGVVLTMSTDIERPKL-----VEKVSVVLLAGGVGSRMKADRPKQFLELLGRPVLDHTIDLFRSLRGVDQIILVLDEQYRPNYQSVSDEEPRLKFADPGKERQDSVCNGLSLVGEGASLVCVHDAARPLVTPENIHQVIADAEEHGAAVLGVPMKATVKESADGEFVLRTIPRSRLWEIQTPQVIKPDLLREGFKKVAEESLEVTDDVSIIEALGLPVKITMGEYTNIKLTTPDDMDVAEQIL 285

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A7S2DHR1_9STRA (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2DHR1_9STRA)

HSP 1 Score: 304 bits (779), Expect = 6.710e-93
Identity = 148/222 (66.67%), Postives = 182/222 (81.98%), Query Frame = 1

Query:   97 MENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            +ENVA ++LAGGVG RM+A +PKQFLEL GKPVL H+L+LF S  G+++V++V+D +Y  +++ L   + +++FA PGKERQDSVFN LQK++  A VVCIHD+ARPL+    I KV+ D  EHGAAVLGV MK TVKESEDGEFVLRTIDRSRLW+IQTPQV+KP IL  GFK+  EEGW VTDD SIVEQLG+PVKLT+GEYTN+KLTTPDD+ VA QI+
Sbjct:   66 VENVAVILLAGGVGSRMKANQPKQFLELLGKPVLMHTLELFLSLDGIARVVLVIDAKYESQFEPLQALNPKLIFAPPGKERQDSVFNGLQKINDDAPVVCIHDAARPLITPEAIYKVLRDGIEHGAAVLGVPMKATVKESEDGEFVLRTIDRSRLWEIQTPQVIKPSILMDGFKRVNEEGWEVTDDVSIVEQLGVPVKLTLGEYTNLKLTTPDDMQVAEQIM 287

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A7S1UCG6_9STRA (Hypothetical protein n=2 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1UCG6_9STRA)

HSP 1 Score: 296 bits (758), Expect = 5.000e-90
Identity = 152/243 (62.55%), Postives = 185/243 (76.13%), Query Frame = 1

Query:   34 QVGLGNVAPALSRPQVSMVAKMENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            ++G G  A AL     +     ++VA V+LAGGVG RM+A +PKQFL L GKPVLEH+++LFR  +GVSQ+++VLD+QYR E+      D R VFADPGKERQDSV N L KV  GAS+V +HD+ARPLV    I  V+ D  EHGAAVLGV MK TVKESEDGEFVLRTI RSRLW+IQTPQV++P +LR+GF+K KE G  VTDD SIVEQ+G PVK+T+GEYTNIKLTTP+D+ +A  IL
Sbjct:   26 RLGSGRRASALRMSAKAPAGAPKDVAVVLLAGGVGSRMKADRPKQFLTLAGKPVLEHTIELFRGIEGVSQIVLVLDEQYRGEWKKFAAADERFVFADPGKERQDSVENGLSKVVDGASLVAVHDAARPLVTPAEIYNVLMDGVEHGAAVLGVPMKATVKESEDGEFVLRTIPRSRLWEIQTPQVIRPALLREGFRKVKELGLEVTDDVSIVEQIGEPVKITVGEYTNIKLTTPEDMQIAESIL 268

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A6S9KIB4_HETAK (Hypothetical protein n=2 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6S9KIB4_HETAK)

HSP 1 Score: 291 bits (744), Expect = 1.090e-87
Identity = 147/232 (63.36%), Postives = 180/232 (77.59%), Query Frame = 1

Query:   67 SRPQVSMVAKMENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            +R Q    A   +VA ++LAGG G RM+A +PKQFL L GKPVL+H+L+LF     VSQ+++VL +QYR EY    ++D+RVVFADPGKERQDSV N L  V  GA++V +HD+ARPLV    I +V+ADA  HGAAVLGV MK TVKES DGEFVLRTI R+RLW+IQTPQV+KPD+LR+GF+K + EG  VTDD SI+E LGLPVK+TMGEYTN+KLTTPDD+ VA  IL
Sbjct:   59 TRMQAEGPASGADVAVILLAGGTGSRMKADRPKQFLGLRGKPVLDHTLELFLGLPYVSQLVLVLAEQYRGEYQPYADRDARVVFADPGKERQDSVSNGLGAVGAGAALVAVHDAARPLVTPGNIAQVVADARAHGAAVLGVPMKATVKESADGEFVLRTIPRARLWEIQTPQVIKPDLLREGFRKVEAEGLEVTDDVSIIEALGLPVKITMGEYTNLKLTTPDDMDVAESIL 290

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: W7TNV7_9STRA (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7TNV7_9STRA)

HSP 1 Score: 285 bits (730), Expect = 1.680e-85
Identity = 143/222 (64.41%), Postives = 175/222 (78.83%), Query Frame = 1

Query:   97 MENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            +E V+ V+LAGGVGKRM+A +PKQF+EL GKPVL HSL++F +  GV+++++VLDK YR E+  L E+D R+VFADPGKERQDSVFN   +    ASVVCIHDSARPLV +  +   + D + HGAAVLGV MK TVKES DGEFVLRT++RSRLW+IQTPQV+KPDIL + F    E+G  VTDD S+VEQ+G PVKLTMGEYTNIKLTTP+D+ VA   L
Sbjct:   81 VEGVSVVLLAGGVGKRMKADRPKQFIELLGKPVLLHSLEIFSTLPGVNRIVIVLDKSYRQEFSFLQEEDPRIVFADPGKERQDSVFNGFSQTLPDASVVCIHDSARPLVSQSAVLASLRDGSVHGAAVLGVPMKATVKESADGEFVLRTMNRSRLWEIQTPQVIKPDILSEAFALVTEKGLEVTDDVSMVEQVGRPVKLTMGEYTNIKLTTPEDIGVAEGFL 302

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A0G4G666_VITBC (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Vitrella brassicaformis (strain CCMP3155) TaxID=1169540 RepID=A0A0G4G666_VITBC)

HSP 1 Score: 282 bits (721), Expect = 2.140e-84
Identity = 142/249 (57.03%), Postives = 186/249 (74.70%), Query Frame = 1

Query:   43 LGNVAPALSRPQVSMVAK---------MENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            +   AP+  R Q  ++A          ++NV  ++LAGGVGKRM A +PKQFLEL GKPVLEHS++LF +  GV  +++VLD+ YR   D+   +D R+VFA PG+ERQDSV+N LQ +  G SVVCIHDSARPLV +  + + I DAN HGAAV+GV MK TVKESEDG+FVLRTI+RSRLW+IQTPQV++P +L++GF   +E+  AVTDD S+VE LG PVKLTMGEY N+K+TTP+D+++A Q +
Sbjct:   35 ISRAAPSARRRQPPLLAASLSPSVDGHVDNVGVILLAGGVGKRMNADRPKQFLELMGKPVLEHSVELFLTLPGVKHIVLVLDEAYR---DTFRGRDERIVFAPPGEERQDSVWNGLQAMPEGVSVVCIHDSARPLVTQGTVLQCIRDANTHGAAVVGVPMKATVKESEDGQFVLRTIERSRLWEIQTPQVIQPALLKEGFALVREKSLAVTDDVSLVELLGKPVKLTMGEYENLKITTPEDMVIAEQFM 280

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: A0A7S4UD44_GUITH (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=2 Tax=Guillardia theta TaxID=55529 RepID=A0A7S4UD44_GUITH)

HSP 1 Score: 280 bits (715), Expect = 3.330e-83
Identity = 132/222 (59.46%), Postives = 179/222 (80.63%), Query Frame = 1

Query:   97 MENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            +++V+ ++LAGGVG RM+A +PKQFLEL+GKP+L HSL+LF   +GV+++++V+  +YR     + +KD+R+ FA+PGKERQDSVFN LQ+  +  S++CIHD+ARPLV ++ I   + DA EHGAAVL V MK TVKESEDG+FVLRTI+RSRLW+I TPQ+++P +LR+GFKK KE   AVTDD SI+EQL  PVK+T+GEYTNIK+TTP+D+ +A  IL
Sbjct:   89 IDDVSVILLAGGVGSRMKADRPKQFLELEGKPILRHSLELFMKIQGVTRIVIVIAPEYRDSLADVTKKDARICFAEPGKERQDSVFNGLQETALDTSLICIHDAARPLVTEQEILSCMNDALEHGAAVLAVPMKATVKESEDGKFVLRTIERSRLWEIHTPQIIRPALLREGFKKVKELNLAVTDDVSIIEQLPAPVKITVGEYTNIKITTPEDMPMARSIL 310

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BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Match: F0Y453_AURAN (2-C-methyl-D-erythritol 4-phosphate cytidylyltransferase n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0Y453_AURAN)

HSP 1 Score: 276 bits (705), Expect = 1.650e-82
Identity = 140/220 (63.64%), Postives = 173/220 (78.64%), Query Frame = 1

Query:  103 NVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKGVSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGASVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFVLRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLPVKLTMGEYTNIKLTTPDDLIVASQIL 762
            +VA V+LAGGVG RM+A +PKQ   L GKPVL HSLDLF   +GVS +++V+++QYR E+      D RV FADPG ERQDSV + L      A++VCIHD+ARPLV    I KVI DA +HGAAVLGV +K TVKES+DGEFVLRT+DRSRLW++ TPQV+KP +LR+GF K  +EG  VTDD SI+EQLGLPVKLT+GEYTN+K+TTPDD++VA+QIL
Sbjct:   41 DVAVVLLAGGVGSRMKADRPKQ--RLAGKPVLYHSLDLFLGLEGVSSLVLVINEQYRGEFAPYA-ADGRVTFADPGAERQDSVRSGLDACPADAALVCIHDAARPLVTPEEIFKVIGDARDHGAAVLGVPVKATVKESDDGEFVLRTVDRSRLWEVHTPQVIKPALLREGFDKVAKEGLEVTDDVSIIEQLGLPVKLTLGEYTNLKVTTPDDMVVATQIL 257

The following BLAST results are available for this feature:

BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot

BLAST of mRNA_D-dichotoma_M_contig100.96.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G3Q7_ECTSI	7.970e-104	65.61	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
A0A835YTP8_9STRA	1.080e-98	65.02	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
A0A7S2V2L3_9STRA	4.850e-96	64.00	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
A0A7S2DHR1_9STRA	6.710e-93	66.67	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
A0A7S1UCG6_9STRA	5.000e-90	62.55	Hypothetical protein n=2 Tax=Phaeomonas parva TaxI...	[more]
A0A6S9KIB4_HETAK	1.090e-87	63.36	Hypothetical protein n=2 Tax=Heterosigma akashiwo ...	[more]
W7TNV7_9STRA	1.680e-85	64.41	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
A0A0G4G666_VITBC	2.140e-84	57.03	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
A0A7S4UD44_GUITH	3.330e-83	59.46	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]
F0Y453_AURAN	1.650e-82	63.64	2-C-methyl-D-erythritol 4-phosphate cytidylyltrans...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
D-dichotoma_M_contig100	contig	D-dichotoma_M_contig100:435557..458364 +

Analyses

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


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
OGS1.0 of Dictyota dichotoma ODC1387m male	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	327.8
Seed ortholog evalue	7.3e-87
Seed eggNOG ortholog	2880.D7G3Q7
Preferred name	CMS
KEGG rclass	RC00002
KEGG ko	ko:K00991
KEGG Reaction	R05633
KEGG Pathway	ko00900,ko01100,ko01110,ko01130,map00900,map01100,map01110,map01130
KEGG Module	M00096
GOs	GO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0006081,GO:0006082,GO:0006090,GO:0006629,GO:0006644,GO:0006720,GO:0006793,GO:0006796,GO:0008150,GO:0008152,GO:0008299,GO:0008610,GO:0008654,GO:0009058,GO:0009240,GO:0009507,GO:0009532,GO:0009536,GO:0009570,GO:0009987,GO:0016740,GO:0016772,GO:0016779,GO:0019288,GO:0019637,GO:0019682,GO:0019752,GO:0032787,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043436,GO:0044237,GO:0044238,GO:0044249,GO:0044255,GO:0044281,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044446,GO:0044464,GO:0046490,GO:0050518,GO:0070567,GO:0071704,GO:0090407,GO:1901135,GO:1901576
EggNOG free text desc.	D-ribitol-5-phosphate cytidylyltransferase activity
EggNOG OGs	2QUUE@2759,COG1211@1
EC	2.7.7.60
COG Functional cat.	I
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko00002,ko01000
Hectar predicted targeting category	other localisation
Ec32 ortholog description	4-diphosphocytidyl-2C-methyl-D-erythritol synthase, chloroplast precursor
Ec32 ortholog	Ec-12_008050.1
Exons	11
Model size	2723
Cds size	1227
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622927478.8973515-UTR-D-dichotoma_M_contig100:435556..435592	1622927478.8973515-UTR-D-dichotoma_M_contig100:435556..435592	Dictyota dichotoma ODC1387m male	UTR	D-dichotoma_M_contig100 435557..435592 +
1690797990.9456136-UTR-D-dichotoma_M_contig100:435556..435592	1690797990.9456136-UTR-D-dichotoma_M_contig100:435556..435592	Dictyota dichotoma ODC1387m male	UTR	D-dichotoma_M_contig100 435557..435592 +
1622927478.9079244-UTR-D-dichotoma_M_contig100:437027..437075	1622927478.9079244-UTR-D-dichotoma_M_contig100:437027..437075	Dictyota dichotoma ODC1387m male	UTR	D-dichotoma_M_contig100 437028..437075 +
1690797990.9597301-UTR-D-dichotoma_M_contig100:437027..437075	1690797990.9597301-UTR-D-dichotoma_M_contig100:437027..437075	Dictyota dichotoma ODC1387m male	UTR	D-dichotoma_M_contig100 437028..437075 +
1622927479.0535393-UTR-D-dichotoma_M_contig100:456952..458364	1622927479.0535393-UTR-D-dichotoma_M_contig100:456952..458364	Dictyota dichotoma ODC1387m male	UTR	D-dichotoma_M_contig100 456953..458364 +
1690797991.0961626-UTR-D-dichotoma_M_contig100:456952..458364	1690797991.0961626-UTR-D-dichotoma_M_contig100:456952..458364	Dictyota dichotoma ODC1387m male	UTR	D-dichotoma_M_contig100 456953..458364 +

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_D-dichotoma_M_contig100.96.1	prot_D-dichotoma_M_contig100.96.1	Dictyota dichotoma ODC1387m male	polypeptide	D-dichotoma_M_contig100 437076..456952 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at D-dichotoma_M_contig100:435557..458364+
coding sequence from alignment at D-dichotoma_M_contig100:435557..458364+

protein sequence of mRNA_D-dichotoma_M_contig100.96.1

>prot_D-dichotoma_M_contig100.96.1 ID=prot_D-dichotoma_M_contig100.96.1|Name=mRNA_D-dichotoma_M_contig100.96.1|organism=Dictyota dichotoma ODC1387m male|type=polypeptide|length=409bp
MVAKMENVAAVVLAGGVGKRMEAGKPKQFLELDGKPVLEHSLDLFRSFKG
VSQVIVVLDKQYRHEYDSLCEKDSRVVFADPGKERQDSVFNALQKVDVGA
SVVCIHDSARPLVRKRFIRKVIADANEHGAAVLGVLMKVTVKESEDGEFV
LRTIDRSRLWDIQTPQVVKPDILRKGFKKAKEEGWAVTDDGSIVEQLGLP
VKLTMGEYTNIKLTTPDDLIVASQILEERRKKIGTKDDDDDDDDEEEERL
SETRANAKWSNRPQVETPPSTGDQYESLSERRAKEEWSKKASSAPEPVSA
KKEDEGYESISIKRANEAFSSSASAGGETKQPAEPMRKTMRGRPPPENVS
RNRVQAAKPEDMGKAWADLREKKDGMWKERGVAPPGSVSPPRGAQNSTEA
SGDMFPKE*

mRNA from alignment at D-dichotoma_M_contig100:435557..458364+

Legend: UTRpolypeptideCDS

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

>mRNA_D-dichotoma_M_contig100.96.1 ID=mRNA_D-dichotoma_M_contig100.96.1|Name=mRNA_D-dichotoma_M_contig100.96.1|organism=Dictyota dichotoma ODC1387m male|type=mRNA|length=22808bp|location=Sequence derived from alignment at D-dichotoma_M_contig100:435557..458364+ (Dictyota dichotoma ODC1387m male)
ACGGGCGTTTCCTTGTACAGAAGCATCCCAAACCAGGTGAACGTTTCCTG
GAAGGTGCATGTTTCCGTACTCTGTTTTAGCTCCCAAGTAAAACTCGATT
TATGGTACATTCACTCGTCAGCTACAAGGACTAGGCTGTTCATGTGTTGA
ACGAACCCTGGCCAGATTCGTTTCCCAGAGAAGATTCGGTTCGTGATATC
ATGGAAAAGATTTTTTGAATGCTATGTTGCGTTTTCCAGCATAGAGGGTG
AGGGTGAAATTCCTGAGAATGCGCGTGTCTGGCTCGCAACAGCGGCTGTT
GCGTGACTCGCCCCTAGAGACTGCTGCAGATGGCTGTCGCTAATATATGA
CGCATACCGATGAAAGTGAGCACTAGAGTACGAGTATTGCCGGGGGTTTT
CACCCTGTCGTGATTGACAGCGTTGTTCAAGCGCTTCCGAGTCCCCCCAA
GCGTACAACTTTCTTGTTCGATGTGTCTGTCATCTATCTAGAGGCTGGTT
TCGCAGAGGTCAACAGGATTCAACTACCTCGAATCTTCGTGTCAGCGGGA
TATTAGCTTCGTTCATTCTATGAGCACATATGCGTCCCTTGATCCCTGAA
TTTCTTCCTCACCTAGGGTTTGGTCGTTATTCCTTTCAATATGTGTTGCC
TGCTCTTTCCTCTTGGTGCTGGATTGGTTGTTGGCATTGAGATGCTGTTG
GGTGCGACGGTCGACATCTGTTAACAGGACCACGTCGTTCGTATTCTTCA
TATCTAGTCGCGAGTGCCCAACAGCTCCACGTTGCGATGATCTAGATGGT
AAGGATAGTCCGACCCATCGATTGTTGTTGCCATGCTGGAGACTTGCGCA
CTTGATGTGGCGCGCACGCAAAGGTGAAAGATTACTAAGTTGTAAGACAG
TGCCCGACGCAACCACCTCCGTATTTTTATGCTGATACATCACCTGAACG
TTGGTCGTGCATCATGAGATAACCAACCGAGCAGGAGTTTCTCTGGTCCA
TGAACGACATCTTAACACTGACTCGTGCGATCGCTCTCAACTACGAATCT
CCGCGAGATCGCTCTGAGACGTCAGCTTAAACTAAAATCCTTGAGACGGT
CGGTTGGTCACTTTCAAGGCGTGCCACGGTCACTCTTTCAGACAGTTCAT
TTGTATCCCTAGGCTAAGGATTTCGGGTTCCTGTAGTTGAGGCTGTGAGT
GCAACGACGAGGTACGCATGTTGTTCTTGAGACATTTTGTGTACAGCCTC
TCGATCAACGCAGAAAACAAGGTCCAACTTAATCAGTGCAATGGTGCAAG
GGAAACCGTTGAGCCTGAAGTGCGTGGCCAGTGTAGAACATGTGATCTGT
GATGGCGTCGATGAAGTCAATCCTGCCGCGTGTACCCATGGAGCAGATAG
GGTCCACGCCTCTGTCGGCGTAGGGTGATTTCGTCTGCTCACGAAGGCCC
CTGTCTTCAATTCCCTGTCAGGTCGGCCTTGGCAATGTGGCGCCCGCTCT
GTCACGCCCGCAGGTATCTATGGTAGCTAAGGTGAGAGAAGGGTGCTGCG
ATCCACTCTAGTATACGCGGGGATGACGAGAAGGGAACGAAAGATACTTT
ATGTCATTTTCTATAGAAATGTATCCTTGGGTGCCACAGTTGTGGCTTTC
GTCAGCAAATCAACCTTTGAGAAGTGGAGATTCGATCAGGTTTCGAAAGC
CTCGATTGTGTCGACTGTACAAGGAGGGACCTCTCATCGTTGCGAGCTGA
AATGCGGGGGGTCTTACCGTCCAAGAATGATAATGGGGTTGCGGTTTGAA
AGGGATGGGGTTACCACCTAAAAGTGATGGAGTTACGATGTAAGAGTGAT
GCTCCTAGGCATGACGGTCTTGGCAGTATGGAATCTAATGGATGCATGGA
TGATATTATCTGCCCTCCGATTCCACGCGAACCGCCTCGATCAAGTCGGG
TGAGGTTTGGGTTTGAGTCGTTTCCTTAACCCCCAAATGGAGAGGCTAAC
CGCCCAGAAACGGGTTTTCCTTTCGAGCAGTACAAAGCGTCTTCCGTGTA
TGCCTGACTTCAGCGGAACATCTCAAGTTCCACTGTGTCATCGTTTCGCA
GCTGCACATCATTGTTGCTGAATGGAATTCGAAACGTTGCACTCCTTGCG
TGGCGAGTGACGCCCCGCGTCGTCGTGAGCTCTTGGGCGATGTGTCTTTT
GCATAGTTTTGCCTAGATCCGGTACACCCTTTGACGCTCGTACAGTACCT
GCTGATGCGAGAAATTCTTCACTCAACCCTTTGGTGTGGCTGTCTTACCG
AACCCGCGTCCCGCTAATTGTAATCCCGAACATATGGCCCATTTTAACCC
CCTGAGATGACAGGGTTAGTTTATTCTCTTACGGAATTCAACATAGAAAA
CCCAACTCAACGTTAGGTCAATCCTCACAGGCACCCGAATATGAAGAGGG
CCAGCTATACAATTGGTTACGTATTTATCCGAAACTGGGCCTCCGGATTC
GGATTGGCCCGGTCCCCCGAACATGAGCTTCGTATTCGGGTGAACCCACA
GATTCGGGGCTGACTGGAATCTGAAGGCCAGCAGCAGCTAGAAGAAGTGC
CTCGTTATACAAGTGTCTCGCTTCGTTTGTACGGTGCCTCGAAGGGTTGC
ATGGCCTTCAATCCAAGGTCTTCGGTTCGAAATATCAAAAATGGATACGA
AGACGGTTCTGAAATGAACCCTTTAGACGCTGGGGTCGGGTTGGGCCTTG
TTTCCCGAACCCCCGAGGGAAGTAAATGCCAAGCAAGATAAAGAAGTCTT
GTAGATAATGATAGTATTCCATGGAGAGCGTGTAAGAAAAGTCCGTGTGA
TTAATCTGGTAGCGTCTGTCTTACTCAGGTGTATTTGGTCGAATCGGTCG
GGGTAACGGGGACGGGGTTATAATGAACCCAACTCCGGTTCCGCTAGGCA
TCTCAAGGGTTAAAAAGATGGTTCTCTTCATAGCTGGGTGTTATTAAGAT
TGACCTTAAAAGGGTTAATAGGGAAGCAAAAACGGGAACCAAAGGAAGGA
CGGAGCAACTCTGGTTCCAAGTCAGTTTGTGATACGAGGTTGTTGCACTT
TCCGTAGTCCGTCGACTTGTGAAATACACTTGGTGTTAGAATAGTCTTGC
ACCTATATTTTTCTCATTCCCCTTAAAATGCGCCAAGAGCTTGATTTGGC
AACTACCTAATCATCCGGGTAGGATATTTGCGACCAAGATTTGAATGAGC
CGATTGTCCGTAACCCGAACCATGCTCACGAAAGGCGGCTTACTATGGGA
CGGAAATAGCACACGTCCCGGGGAGTCAGAGCCCGTCTACGGGACGAGCT
CCGTAGGTAAGAACCGTATACGTAACATGAGAATGACAGGGAACGGATTG
TTATTTCGATAAGGAGCTTTGATGTGGCATACGCACTTGAGCCGAGACAG
ACCTTCTGAGGACACTGAATGCGAAGTCTCTGCTGACACAGCAATTGAAG
TTGTAGCCAGATGGGTCTTTGATCCTATGTACTTGGATTTAGTATGGAAC
CTGTCGAATCGTCGCTTCTTTCGGTTGGATGAGTAACGCTTGTTTCGTGC
ACTGCAGTCCGAATCGTTACAAAAGATGGCTCTGCAACCCTTTTTCCCTG
ATGCAATAGAGGGTTTCCCAGGGCACCTGATTCTAATTCTGCTACAGAGG
AATTTGTTCCTAGAGAGATTAGCCGGGGATAGGTGCATATAAATAACCAT
ATGGACATCTCCTGCCAATCCCTCCGGGACCAAACTTGCCTGGAACAGAT
CGGAAAACAGAGGAGGCACGGGGAAACCTTCTATTATGTAGCCAATCGAA
TACCCGATTTGGTTCGATTTTTAAAATCTAGTACGGTAGGAACACAACGA
TCACATGTGTCAGAGTTGCGCTCGAATAGAAGGCGAGGTATGATACAGTA
ATCCAACTCTAGTCCGTCCAACTCCTGAGCGAGCTGGCGGGGACAACGTT
CATGCCGCAAGTTTCAAGTAGCTCTCTCGAGAGCCGCCCTGAAGGTGGGG
GTTGGGGCCCCGGGCTTAATCCTTTGATAGGGAACTTTTGAAGCTCGAGT
TTTTTGTTCGAGTTACCAGGGAACTTTTGTGATCTCCACATCGACTTGGA
CTTGGTGGACTCTGGGTACACTGGCTGGAGCGGGACCGGAAGGCGTGCCC
ATGCATGCTCGCCGCCGGAAGATCTTTCCGCTTCGGTTCGTGGGCAGGTG
TAACTGAAACTGGAATTGTGATTCATTCGTTTATCGCGGATAAGAAACGT
ATTTATCCCAGAGGGATCGGGGAGCACACTGATTCTCGCTGGCTGAGGTC
TTCCGGGGAACTTTGCTCCGTTCAAGGGTTCGGACAGTTGAATGGTGCAT
GTATGGGTTCCACGCGGGCCGAACCGGTGGGCGGTAGCAAGCAGAGGTTC
TCTCTTTGTCAGGCCACTTTTTATGGGGGGAACATTTTTTTCCGCAGGCA
CGAGAGCAAAATGACGGAGCGACAATAATTTAAAGTGTGGTCGCAAGTCG
ATGACTGAGAAAAGATGTCGTATAGCAAGTGGACTTGAAATTAGTGTCGC
TCCGTCATTTTAGTTTCAATAGTCGGAGGAACTTTTAGTTCCCATAAAAA
GTGTCCTCAGTCTGGATTTTATAAGGAGACAATGAATCTGAACCTTCGAT
ATTATTAGTTGTTCGTTGCTTGTTGATCCGAGACTGGGCCAAAGTTGTAT
CGGTCCCGATTCTGTGCGGTCTCTCCCTCAAAATCTCCAAATTATTTGGC
ACAGACCGCATAGAATCGGGACCGAGACAAGTTTCAATGTCCAGTCTCGG
TTAGAGCAAGGATCTGTCTACGAGTGTCTCGCCTCATTTTCGGGTGCCTA
GCAGGTAGAAGGCTAGCTGGTAGAAGAGTTCAAGATATCTGGTTCGAATT
TTGAAAATCGGTGCAACTGCGGCTGTCAAATTGAAAATCTAGGGGGAAAA
ACTCCTTCGTTTTTTTATCCCCTTATAAAATCCGGCCTCAATGAGGTGGG
GTGGAGACACACCACAGACAGCGCAACAGGCTTCCGGACACGGTAGACGG
ATCGGACGGAGGTGTAGGTCCTTGGATAGCAGATACTTCTCCAGGCTTGG
TCAGCATCAGAAGTGGGAGCCTGCTGGATCCCTCGTGATAAACACCAATA
TGGGTCTTGACTACGTCAAATATCCTCATCTCCGAAGGTTGAAGATCCGT
AGGCGTTCTACCCGTAAGTAGGGACTTGCAGATACCCGTGAGTAGGCGGG
TTGTATAGTGTGAGGAGTTAGTATATAGGGGATGGTACTCACACTTTGAG
GGCATGAGCCTGTAGGCGTGGGTGAAGCGCCCCTTGACCCTTGACCCTTG
GACGTGTGTGAAGCATGGCAGAGCTCCTTCGAATCGAATTTTTGGGAGAG
CTCGTCTGCGTATGGGCGCTGCATCACCCGAAGCTTCTTTGCACGTGCGA
GTCCTATCTAATCCATCGCGAGCAGCCCCCTGGTGTCGTTGTGTTTTTTC
ACCCTCGTGAGGAAGCATTATGGGCGCCCCAACCTTTCTGTGTCTCTGGA
AATGGATCCTAAACGTGATATTTGTTTACTGCGTTGCTCCAGGTAGTAAG
AAACGAAAAGAAAGCACGCGGCAGGGCCAGCAACTCACGCTCTCGGTTTG
GGAAGAAGTCTTGTTTTCCCTACAGTTTGTCGTTGGTTCTTGTGAAGACG
AACGGTATTTCAGTGATGGTTTGTCCCCAAATCTATTACTTGTCTTGTCT
GGTCAAGATCGTGACCTCCTAGAGCATGCCATGGTGGGTATCGGTGAGAT
ACTGAGGTATTCGCTCTCCCAGTGCTGAAACTGTCCGAGACAGAGACAGA
AAACCTTCGGGGAATCGCAGCGGTTCAACTCGTAAGGCATGGACTCTTCG
ATGATTGGATGCACATCACATCATTAATTCCAAGCGAATAACGTGAATAA
TATGATAGAATGCCTACCTTGGTTCGACTTAAGCGCTGGATTCTCCTCCG
GATTGAGGACGCGTTGAAAGGGTTCGTGATGACATCGGAGTCCGGGCTAT
TATGGTTCAAGCCCGATTCGATGTCGGGCTGCAGAGATTGTTGCTTTTTT
TTAGGGAAATCGCCATTCGGGGGTATACCCCCATATTTTCTCGCCACTAG
GGGGTAGAACTCTAAAGTTTTATGAGTTGTACAGTAGTGTACGATAGTCT
ACAGTACAGTAGCGGGCATAACACTTTAATGGATCTTTGAAGAGATCAAT
ACTAAATCCAAGGTAAAACGTTAAAGAGCCATTAAAGTGCTATTCCCAGT
ACTACTGTAGAGTAGTGAACAGTGGTGTGCACTACAGTAGCGTGTCGTAG
TGTGCACCACAGTAGTGCGTGGTCGTGTACACTACAGCAGTGTGTGGTCG
TGTGCACTACAGTAGTGTGTAGTAGTGTGTCGTAGTGGCAACTATAACAT
ATTTTGAATTTTTTCCGCAATCTGGGGATGCCATGATTGTGGCAAAATGG
TTGGCTCGATGTGAAAATATGTGACTTCATTGGTTCGTGTGTAGCCATCA
GGGGGAATTTGTTGGCGCTAGGGGGTAGCTCTGAGGAATGAATGAAAAAA
GAAGGTAGACCCCCCTGATTTCCTGCCATTAGGGGGTAGCCGGGCAAATT
ATACTAGAATTTGACTATAAACTCCATATACTTCAAAGGTCTACCCCCTG
ATGGCGAGAAAACATGGGGGTATACCCCCCAAATGGCGATTCCCCTTTTT
TGTCATTACAGTCGGACCACCAGATGAAGGCATCCCCTGAATAGTGCGGT
CCCTCAGATTGAGGCCGCCACAAGGGTAAGAGTTATTCCATAATTGTATA
CCGTACTATTAATGGAACGCCTTAATCTGGGGGTTCGACTGTAGTTCACT
TCTTTTGGGGAACGAAAAGTAAACAACGCCAAAGGGTCGAGCAACTCTAA
TTTGAAATCATTCTGCTTTGCGAGACATACTTGCAGCTTTGTTAGTCCGT
TGACTCGTCAACACACTTCGAATTAGACTACTCTCGCGCTGCTTCTGTTT
TGGTTGTTGCTTCTCAGACCGAGAGCTATTCAAGTAATGATGTTGTTAAT
GCACGGAAGAAACCCGTGACCCATGTTCTCATCAATGAAGAATGTCCTAA
ACACTTCCCGTGACAATCTTCCCCTGATGCCGTCACTCGTGGGGGGTATC
GCTTACGACGGTTTCCAAGATGGAAAATGTGGCTGCGGTCGTGCTTGCAG
GCGGAGTGGGCAAGCGCATGGAGGCTGGCAAGTGAGTAGTCTCTCGAGTA
GGACATGATGGTGCAGTTATCTCTCAGGTGGATGCGGGTTGCGTGTCTCA
AGGCTTGGATGGTGACACGATGATGGCCCCAGCATCAGTATGCCAGCATT
TTCTTCAACCCTTTACACGCCCGGGTCGGGTTAGTCCTTTTTAAAATGGT
GTAGAAAACCCGACTCAGCGCTGGACGGGTTAGGGTCGTTCTAAAAGCGC
CACTTTTCCCTTCATTTCCATGGAGAATCGAAGGCGTTCGTCCATGTAAT
CCATTCATGTAATCCGGCGTTCTTGCGACTGCATGGAATAGAATCGACCC
TCAAGGAGGTGCTGTCATTCCACTTCATGTAACGGAGGCCGAAGATCGTG
AAAAAACCCAACCGAGATGCAAATCCCTCGAACTACATCCGATTTACTAT
ACATGAACGGATTCCTTGCACGAACGCCTCGATTCTCCATGCAAATGAGG
GGGAAAAGTGGCGCGTTTAGAACGGTCCTTGAAGTTTCATGGACCCGGTG
CGTCTCTTGGAGACAGACGTTGTGCTTGCCTCTCGATCTACCCTCGTTCT
TGCGGCTGTTGCCTTGAAATACGACTTCGTTATGCATTTGTCTACTTCCG
CTGCCCCAGGCCGAAGCAGTTCCTAGAACTTGATGGGAAGCCTGTATTGG
AGCACAGCCTGGATCTGTTCCGCTCCTTCAAGGGGGTTTCCCAGTGAGTG
AGGATGCGGTAGGCTGTTGTACGTGTAACGCATCCTGCCGTCCAGGACGC
ATATCATGGCGCTCTTCTCCCTTTTAGGAGCACTACGGATGTTTCCTAGC
TCAAGAGGTTACAGAACTACCGTCCGGTTGGTTGTTCATACTTGTTTCGA
CTTGCTTTGGCGTGAGACATCCGGTGCAGGTGATTGGTCCAGGTCTGAGG
TGGTGCTTTTGGCTAGCCGATGTTGAGCGTGACTGTAGTTTTCTACAGCC
TTGAAGTCCATCCACTCCACAGTTTTCCTATCGAGTCTCACCACCGAACG
GGGTATATGACAAAAAGTGGGATGAGGTGTTTGAGGAGTTTGCGAGCTAC
ACGAAGCGTTCTTCGATGCTCGCTGGGGCTTACGTTTGTCTCTCTGCTGC
AGTCTTCGCGATGTGCCACGCTCACGACGCTCACGCCGCAGGGTCTCAAG
GTTGTGCGCCCTCCTTCGTTGCGAACCTTCTTCCACTTCTTATCCTTGAC
CCATCGTCGTGTTACCCGCAGGGTGATCGTGGTCCTGGACAAGCAGTACC
GCCACGAGTACGATTCGCTCTGCGAAAAGGACTCTAGGGTCGTATTCGCT
GATCCTGGGAAGTGAGTACTATCTGGTGGAGCTTGAGCGTTCGCCTTGAA
TCGAAGTTGGATGAAGCTGGCATCCCGACTTGGCGATAGCTCTTAGTGTT
GATTGACGTTGTTTGGTAGTATTGATTCCCGTGTCTGCTTGTCCATTTTC
TGCTTGCGTCGCGGGCTATGTTTTCCATCGGTGTTTTCCGTCGGTTAGGG
AACGGCAGGATTCTGTGTTCAACGCTCTCCAGAAGGTGGACGTTGGGGCG
TCTGTGGTCTGCATCCATGATTCGGCGAGGCCGCTTGTGAGGAAGAGGTT
CATCCGGAAGGTGAGGGGCGTGGTGGGACAAGGTTGCGACGAGCACTTTG
CGCGGGGCACCCACAGTGTCGGACGAGTATCCATCTTATCCTACTGAAAT
TGCTCTAGGCTGGGCACATCAAATAATCTATTATGGTGTTTTATTCGTAT
GGACTTGCAGAACACACCACGGGAGCAACTGTTCAAATACAGTCGAGGGC
CAGAGATAACCAAACTTCCGGTAACCATTGGACTATAGATAACCAAGACC
ATTGGTAGAACAAGAAGGGGAAATGCAGCCATCCCCAGGGTTTGGATGTA
AACCTTTTGAGGGACGTGTGCATGGCATATTTCCTGGACGATGGGCGTAC
AGGTTAACAGCTTTTGCGGGAATTAGACGACGTTCTGGTTATTTGCCGCA
TGCACGGATGAAATGGCCTTTTGCTTGGTAGACTTTAGATAACCAAAATC
TCTAGATAACCAAAGACCAGGCTTTGGATATCTCTGGCCCTCGACTGTAC
TTGGAGCATTTGTTTCGGTGACCACCCCTGTTTCTCGTGACTGTTAGGGG
TCCCACGATTGCACCCGTTTGCCGGTGCTGGCCTTGCGCCTTGGTGTGTC
TTCGGCAGGTGATCGCGGATGCTAATGAGCATGGAGCGGCGGTGCTCGGC
GTGCTCATGAAAGTCACAGTCAAGGTGAAGGAATGGAGTGGCTGACTCCC
ACGCGGAGCTGGTACTGGGAGCTGATCTGAGGATTCGTGTTGCTCCTGAT
TGCCGGCACAGTCGATGTCCTGGGTTAGGACCGCCCGGAGTAGCGCGTGG
TCTTGAGTTTTCATCAAATCATGGTAGCACAAAAAGAGGAAATGCAGCTA
GCCATCCCCTGGTTTTGGATGCACACCATGCAATGTTCACCCGCGCTGTT
GAGCAAGCGGTTTCATGAGCAGGTGCAGGTGAAACTACAGTACTGTACTG
TAGTAGCGTATCAGCTTTTGAGGGCGAAAATGATGGGGAGTGGGAATTGT
GGTTATTTGCCGCGTTCATGAATTGATTGTAACTCTCACTTTCGCCTAAA
TTTGAACATCATATGGCGATCCTAACCCAGGACATCGATTGTACACACTC
TAGTTGTAACTGCTCACAGACCGTTCACAAGATGTACTGAGATGCGGGTG
GATTTTTTGCAAGGACGAGGCGGTTTCACTCACACTGCATTGCTGCCGGG
GTGAAGTACGGAGTAATTGTTAGTATGTCGAGTTATTCGCGTGTCGCGTG
TCGAATGGTGAGTTTCGCCTGCTCACTTGTTCAGGCGAATGTATAAAAGC
TTGTCCTTCGGCTGCGGTGCCCACGTGTCAGTGTGACCCACTGTGTCCCT
GCCGTGCTCATGTAAGCACCCCGCGCACGCATGCAAGTGAGTGTACACAC
AAGACGGGATCTGGAAGAGATCATTGACGTCAGCTGTTCGGGCGTTTTCC
AGTGAGGGGCAGTGTAGGAGAACCCTTCAAAGCTGTTGGTTCCTCGAGGG
ACGCCGAAGGATCGAGCAGCGCTGATAGCGTTATTACGGTGGAACATAGT
TAATAGTACCAATTTTACGAGGGAAAATCGAAGGAATTTACCCTTTTAAC
TCAGCGAATACGCATGCGATTTGACTACTTGTTCGTGCATCGTGTTCTCT
AGACTAAGTGTTCGCCAACATTGGAAGTTTAAATTGATGGAGATTGAACC
AATATTGCATGAGTTTTGACTTTTCAAATAGTTGAGATTTGGTGTCATTA
TGTTTCACCGCATCTGAAATGACACCAAATCTCGGGACAAGTTAATCTGG
AACATAGTTCGGTGAGTAATGTGTCCTAACCCTGCCTGCTGATTCCACGT
TCCCTCCAAACGCCCAAGCCCGTCGGCATTTTCCATGGATTCATCAGCTG
TTGAAGCTTGAGCTGTCGATCGGAGAATCTAGGTTGGCTCCGCTGACGTC
ATGGGATTTCTATTGAGCGGGTTTCGAGTGTCGTTTCCCTGTGGCTGACC
ATGTCTTTACGATCTTGTCCCCCGTGGCTTTTGATTCATGTATTGCGTTT
CTCCCAAGTTTGACGCGTATCCTGGCCGGTGGTAACGGATCCCTGTCGCG
ATGCTTGTGGTCTTTCTTCGTGGTTTGCCTCGTGGACCAGGAGAGCGAGG
ATGGAGAGTTCGTCCTCAGGACCATTGACCGCTCCCGTCTCTGGGACATC
CAGACGCCGCAGGTGGGGACGAAGAAATAGTAGGATTGTTCCGAGCACTG
TTGTTATCCTTCTGGTGAAGGCCGAGTAGTGCAGTCCTAGGGAGTCTAGC
CGCGCGAGGTCGACTTTGTAACACGAGTTGGTTGGCTTCTCGCTGGTCGA
GAGTATAGTCGAACCTCCAGATTAAGACACCCATGGGACATGCCTTAATC
TAGAACGTGCCTTAATCTAGCCAAGGGATGGCCATGTAATTTCGGAATGT
AACACAGCAAACTACCACACATCCTTTGTCTGTATAGTGCTATCTTCTCG
CCGCAAAGGTATAATACGATTGGTATTCATGTTCTGTCATGAATTTCTGT
ATCATCGGAAACTCAGGGGGAGCTGAAATTCATTCCTCGGGCTAGTGCGA
CCCTTGGGGGTGCCTTAATCTGGAGGTTCGACTGTAGTCCCTATTGCACG
GGAATTTCGATCCCGGTGCATGGCGTTGATAAGTTTCTTGATCGCGGGAT
ATGGAGCACTTTTTGCTTTGCGTTCGTTCACTGCTCGATCGTGGCTGTCG
ACGTGTACAGGATATCTTCAGGACTGTTGATGATAGGACGAACGTCAATT
CGCTTTCAATCTCCTCGTGTTCTGCTGCTCGTCTGTGTATTTGGCCGGGA
TATGAGATCATGGTTCCGATGGATAGACGTTCGAATAGCGCGTAAGCTGC
ATTCGATGGCCCTATATAAGACAGTGACCGTTACCGCACTACATAGGGAA
GCGGCGCCACTTGGACCGGATCATATTCGAGATCCCCACCCAGGAATGCG
GCAAATTACCCCAATCTCTACAACTACATTGAGTTGGGTTTTTATGTTGT
TTCTAGTAAGAAATAGCCCAACCGGGTCGTTTTAACCCTCAACCCTTCTA
GGGCTGGACCCAACAGGGTACAGGTTGTTGGGTTTATTATTATTCCGAGG
TAACACCCAATACTCATGATCCAATTATCTACGAAACAAGAAGGATCACA
GGGTGGTGTGGATAAATGTATATGTATCACGGATCGTTTATCCACGCCAC
CTTGTAATCTTGTTTCGTAGATGATTGGATCATAAGAGTATTGGATGTCA
CCCCGGAATAATAATAAACCCAAAACCCTGTACCCTGTTGGGTCCAGCCC
TAGAAGGGTTAAGAGGCCTGGCGGAACCGGATTTGGGTTTCTTTCAATTC
CGTCTTCGTTACGCCGACCGATTTGACTAAATACCCCTGAGTACGTAAGA
CGCTCCCAGATGAATGACGTTGGCTTTTCTTCCACGCTCTTCATGGAACA
TTATCTACAAGACGTCTTTATCTTGCCTGGCAGGCATTTCCCTCGGGGGT
TCGGGCAGTAAGGGCTAGCTAACCCATCCCGAGCGTCTAAAGGGTCAAGG
CGTCCCATGAGTACAGTACTATCTATCAATGATAACAATCGGGCTCTATC
ATTTTTTACTTAGATTTAGTATTAAGCCGTGAAAAGAGCCCGATTGTTAT
CATTGATAGTACTGTAGTACAATATAACTCCTACAGTGGGTGGGGGGAGC
GATAAAAAACTGACCCTACACCCTCTTTACTTGGATTTAGTGTGTAACCA
AGCAAAGAGCCATTTTCTAATTGCTCCCTCCACTTACCTCTGTGGTGGCG
TTCATCTGAGGGACCGCACTACTCAGGGGACGTTTCAATCTGGGCGTTCG
ACTGTAGTGCCAACTTTCAGGGAGCTACTGTAGCTCTAGCTCTGAAGTTT
GACCTGCTTATGAAACTGCTGGTTCTACGGCCTAGATGAGGGAGCATGTC
GTTTTGTGGTGTGGATGACCGTACTTGTCACCCAATGCCATTGGATGGGG
GATGGCTTTATTTCTCGTTGTAGTGCGACTGCGTTTCACTAGAGGGAGCG
CCATCGAGTGTGCTTCTTTGAATTTCGTGTGCTGGAGTGGTGGTGCAGGA
GGGCGCCGTGCGAAGGTGCCTCGCCGGCGCAGATGAAGAGATCTACCGTG
TTGACCCAGACATGAATCTCTCGCAGTGGGTTGGGTAAGGAGACAAGAAA
AGGTTATCGGTTATTACCAAATCGCAGAAATTCACCCGAAACCAATCGAA
TACGCATGCGCTTTCACTACTTCTTCGTGCATCGTGTTGTCTAGGTTTTC
GCCAGTAGTCGAAGTGTAAATTGATTAAGATTGAGCCGATGTTGCATGAG
ATTTGGCCTTTCAAATATAGTCATATTTGGGGTCATTTAGTATGTTCCAC
CGTAATAGTACCATGCGTTCTGTGCACAATGAGTTAGCTGAACCCTGCCG
TGCCGTCCTGTCGATCGGGAAATGCAGCACTGCAGTAATCATGTTCCATA
ACAGCGATGCACCACGAAAGGAAGAGAGGGATGGCACACTGTATATGGCG
GGGTTTCAATACGACAGGTAGATTTCGGCTCGATTAATAGACGTCATGTT
CACAGGAAGCTTGAGTTACCTTGTCTCCCTCATCAGCAACCGCATTACTA
ATGCGTCGCAGCGGGCAGCGTGTCATGAAAGGGGAAAGACACGTTGAGAT
ATGAGTGATGCTTTTTACCACTCGGACAGCAGGTTGGATTGGATTATTGC
GCGCGGAACTTAGGGCACTAACTGATCTTGTCCCAGAAATGGCCAGTGTT
AACCTTTTTTTGTCTTCTCCCCTTATTTTTCAGAGTCCGGGCCTCGATTT
GGGTGCTTCTTCGGTTCATGTAGAGGGGAAAGGAAGGTGGAAATCTTCTA
CACTAATCCGAATCGTGATAAAATGGATCTTTGATGGGCTAGATACTAAA
TTCAAGTAAAATATTTTTAGATCGATAATGTTCCGATTTGGACTACAGTC
GAACTTCCAGATTAAGGACTCCCCTGAGTAGCGCGGTCTCTCAGATTAAG
GCCACCACAGTATGGAAATTATTGGACCGTCCCTTGGTTAGATGAACGCC
TCCCCGTGAGGGAGAACCAGGTGACGACCCTATAATTTCCATACTAACTC
CTATATACCTTTGTGGTGGCCTTCATCTGAGGGACCGCGCTACTCAGGGG
ATGCCTTAGTCTGGAGGTTCGACTGTACAGTCGATCCCCATAGATATGCA
ACTTACCGATATGCAATGGACCATACTTACGCAAAGGACATGGTAGAACA
AGAAGGGGAAATGCAACCATCCCCTGGGTTTCATCATGCACCAAACTATG
CTCCTCATATACTATACTGTACAGTAGCTTCTTCCACCAACATGCATGGC
ATACTACAGTATCTCTGGAGGGTGGAAGTAGTGGTTACCAGGTTTGAGGT
TATTTGCCGCATTCCTAGAAGTGGGAGTTGTAGTTATTGCCACATTCATG
GATGAAAATGCCTTTCGCGGTTGCCCCAGAGATATGCAAGGACCAGGAGT
TGCTTATCTCTGGGGGTCGACTGTACTTTAGTTTGGATGAAGTTGACGAG
TAGTGCCTCGTAAATCCCGGGCGAGAGGATTCGGAGGTAATAGTGAGGGA
GTAAGGACGGGCCTGGTCTTCTTTTCGTTCACGTCAGCGCTGGACCATTA
GTGCTGGACGAGATCTTTCGAGCCGCTGATGGCTCACAAGCTGACGTTAC
TGACTGGGGTGAGTGAGCCTAGTCCACGTACAATGGTTATAACTATAAAA
CGTATGAAGATTCGATCGACTGCGTATTCCATGACAGTAAAATGGACCCA
AAGATTATTTTTTATCGTTTCAAGTTCTACATGTGGTAAATACTGTACAG
TAGAGGGGTCCAGATAGGGCCGCCCAAGTAGCGCGTGGTATCGAGTTTGG
GCCAGATCATGGTAGCACAAGATAAGAAAATGGAGCCATCCCCTGGTTTC
GGATGCAATGTTCATCCGTACCGTTGAGCAAGCGGTTTCATGACCAGGTG
CGGGTGAAACTATAGTACAGTACAGTACTGTACTACTGTACAGAGATCGT
TTTACTTCCGAAGTGGGAGTGGTGGTTATTTGCCGCGCCCATGAATTGAT
CGTACCTGTCGCGTTCGCCTAAATTCTGAGTTAAGGCCGGAACATGGCGG
CCCTATCTGGACCCCTCTACGGTACTTGAAACTGTAAAAAATGAATTTTC
ATACCGAAATCACTTGGATTCAATTTGCAACCATTCGAATCTCAATCTTT
CTCATGGTTAGTTACTGTAGTCATGGTAATGAGGGGTCCGGGCAGAGACT
ATCCCGACGATACCGAGGATCGGTAAATTGTTGTACCGATAGCACTTGAC
TGCGGTTTGCTGTCCTTCAGACGAGGTATCCACAGGCGGAATGAATCGCG
TGGGAATGGTTCTCTAGTGGTTCCGTGACTTGCGGAGGCAATGGATTCGC
AATGTTTTTCTAGGGTGTGAGGAAGATAAGTGGCCCATACGACCGACACA
AACATGGACTGTGTGTCTACGGTCTCTACTCTTGAGGTGTGAAGTACAGT
CGAACCTCCAGATTGAGACACCCATAGGACGTGCCTTAATCTAGTCAAGG
GATGGTCAAGTAATTTCGGAATGAAACACAGCAAACTACCACACATCATA
TGTCTGTATACTGCGATCTTCTTGCCGCACAGGTAAACCATTGATATTCA
TTTTATGTCATGAATTTCTTCCTGTATCATCGAAACTCGGGGGAAGCGGA
AATTCATTCCTCGGGCTAGCACGACCCTTGGGGTGCCTTAATCTGGAGGG
AACCCTATTGAGGGGGTGTCTTAATATGGAGGTTCGACTGTAGTTGAATC
TTGTGGATAAATTGTTCCTCTGCCCTCGCATACCCGGAGAGCGAGGAAAG
GCAACAGAATCGGGACAGACGAATACAGTACTTGAAATCGTAATAATATG
GATCTTCCAACCAATGACTTGGTTTCAAAATGTAACCAATGAAAGATCCA
TTTTTTACGATTTCAAGTACTATTGAATGCTTCCGTTTTATTATTACTGT
ACTTCCTTAGCAACACGTGGCGCTTAACCATTTCGGTACTAAAGTCATTT
TTTAGGAGAACCAAATCTCCTGCAGACACGAAAACAAAATGCGCGAGGCC
ATTATAATTCCAGGTATGGTCGCAAGTGGATGAGTCGAAAAAATAGTTCG
ATCAGCAAAATTAGTTAAATTAGTGTTGCTTCTCCTTCATTTCATTTTTG
TGTCAGCAAGATTGTTGTTCCCATGAAAAATGTCTTGATCTGTGACTGTT
GAGGAGTGGGATGCCTCCAGGGACATAATCTTGCGAAGAATGTTTGTTAT
CCACGCGATTCATGATCCATTGCAATAGTTGATTCGTTCTACCGGTGACA
CTCGTTGTTGGCATTAGGTAGGGGCTCCAACACGTGGGGTGTTTTTTCGT
TCTTCTCTCCAGCGGTGGGCGATGACAGCGGAGTGTAGTGGGAGTGGTCT
AAGGCAGAGTACCTTTCAGGCACGAGAAGGTGGCATTGTCGTACTTGTTA
TACCGTATCTCCTCCTCCTGTTGTTGTTGTTGCTGCTGCTGCTGCTGCTG
CTGCTGCTGCTGCTGCTGCTGTCGTCTTCGTCGTCTTGTTGCTCCCGTAT
ATTTCCATCTACTCAAGACTATTTCGCGAGAAGTTTTACACAATGCCCCC
CCAACCCAAGTTCTTGGGAAACCGTTCCCCCGGTATATGGCAGCACACTG
GGTCGTACTATACTAGACCGAGAGAACTTAGGATCTCCCCTGGTTTCGAT
GATACCGTGGTTCATGACATGGGAGTATACAATCATCATGACGACAGCAA
TTCGTCCTGCCTGCCATTGACCAACGAGAAACGAGAAACAGGCCGCAGTA
TGCAGAGGAGAAAAGGATGAAAATCCTAACGAAATGGATTCTTGAGTGCC
TACATACCAGATCCAAGTGAATTGATCCAAGTACCATTTTGGTACGACTT
GAAGCGTTGTGCGTCCCTGGGTGAAATGGTTTGGCTGTCTGTCTGTCTGT
TCTCCCTTGGCTGATGGTGGTCCTTCGGCCTGAAGCCGGAGCAACCGCCG
CTGTACTGTACGTGTGTCGATTTACTCAGCCGCATTTTTGGTGAGCGTGA
CGTGTTCGAGGAGTTGAACCCGGCGTGTCGTTGAAGTTGTTGAGGTTGTG
ACTGCCTGCCCCCGTCGACGGTGCGTGTCTCCAGGTGGTTAAGCCCGATA
TCCTGAGGAAGGGATTCAAGAAGGCCAAGGAAGAAGGGTGAGATGACCTT
AGAGTACGGGATGACAACCGAGCAATGATCCGATTGTATTGTGTTCAGTT
CAATTACTGTAGTTGACTGTACCTTTAAAATGGTACAGTAGTGCTCACGT
GAGGGGAGAAACCACAAACAAGAAAAAGGTCCAAATCTTGCCCCACATAA
TCGTGAGCAATTTCGTGGGGCTGGATTTGGACTGTTTTTATGGTTTCTAT
AAATGTACATCCGACCATCCTCGTGAGCAATTTTGTGGGGCCAGATTTGG
ATTGTTTTTCTGTCACGTACTCCGTTACCCCCTTCAGCACTACTGTAGCG
TTGACCGTTGGAGTAGCCAGCCTTCGCAGCCTGGTGAGAACCGGCGGTTA
CAAGAACGTTTGAGAATCTATCAGCAAGCCTTTGATTGGTTCCGTGGTAA
TTTCATGTACAGTCGATGTCCTGAGATAGAACCGCCCGGAGTAGCGCGTG
GTCTTGAGTTTTCATCTAATCATGGTAGCACAAAAAGAGGAAATGCAGCT
AGCCATCCCCTGGTTTTGGATGCACACCATGCAATGTTCATCCGCGCTGT
TGAGCAAGCGGCTTCATGAGCATGTGCAGGTGAAACTACAGTACTGTACT
GTAGTAGAGTATCAGCTTTTGAGGGCGGAAATCGTCGGGAGTGGGAGTTG
TGGTTGTTTGCCGCGTTCGCCTAAGTTTTAACCCTAAACGCTTCTAGGGC
TGGACCCAACTGGGTACAATGTTGGGTTTATCATTACTCCGAGTTAACGT
CCAATACTCTTATGTTCCAAGAAAGACTACAGCAAGGTGGTGTGGATAAA
TCTATTTGTATCACGGACCATTGACCCACACCACCTTGTCGTGGTCTTGA
TTGGAGCAAGAGTATTGGATGTTACCTCTCGGAATAATATTGAACCCAAC
AGCCTGTTGGGTCTAGCCCTAGAAGGGTTAAGTTGACGTGATCACATGGC
GACCCTATCTCAGGACATCGACTGAAAATGGATTTTAAAGTCGCTTGTTA
CGATCGGAAGTACTTTAAATTACTCGACCGACCGTTGGACGATGGAGTTG
GATCTGGGAACGGTGCCGAGCGAGATGGGGGGTTATAGTGAAGAGCGGCA
GGCGTCTTGAAGGGGAGGAGACCTCAGCACACGGGATGGTGATATTCAGA
CATTGCTCTTTGAAGGGGTCTCTGGAGCTGATTTCAGTGTGTCAAGATCT
AGACGGGCGATGGAATATGGTACGATGCAGTTCAAGTACCCAAAGTGAAG
ATATAGAGAGTTCTGTCGTTCTCAGCAATAGCGGTTGCGGTGATCATGGG
CAAGGCTGATCCGCTTGGTGTCTGCTATCGCGTCTTCGCGTGATTTTGTT
CCCGCAGGTGGGCCGTGACGGATGACGGCTCGATCGTCGAGCAGCTTGGG
TTACCGGTGAGGGTTTCCAAGGGGTTTTCTCGCATGTTCGATCGTGTTTT
AGGCTCTTGGGCGTAAAAATCGACCACCTAGACTTGTTTGTGTTCAGGCT
TTCACGTTTAGCCGTAGACTGGGTTGGTATGTTGTATTACAAGTGTCGTG
TGAGTAGCCCAAGGATGTTGAAGCGTCCAGGCGCTAGAGTTTTCCAATAT
ACTAGCGCACTTTGTAAGACGATAGGTGGCTCCGGCTCTCAGGAGCACTG
TAGTGCATGATAGTGTGTCCTGAAGCTATGGAGCGATGCCGTTTCTTCAT
GAGGGCGTTCTTTCCTTGGAGCTATCGATGGGGATGGGGGTGATAATGGT
GAGATCGATGGTGATTATGCACCACTACAGAGGGACGTGTGGATCTCACC
GGCAGAATCGGACATGGGTTCCGAGTAGGTACTGATATATAGCATGGAAG
GCGGAAAGCGACTTGTGCCCCGATATAGACTGAAAGCCGCCTGAGGGCGA
AGATGGTGAGTTGTCTCCTAGCGAGAGCGACACAAATTCACTACAGGTGC
TTGAGCTCCGGTGTTCCGTAGAGCCACTGCAGTTCCAAGCCCCGTGTGCA
CCGTTCGACGCAGATAGGCTCACAGGCAAAATATATCGCTAGTCTTGGAT
TGCGACTTTGAAGCTCCGGGAAGCAGTAGTCAGTGATGGGACTAGCGATG
GCTATGGTGATGATGGGGTAGCGGTTGCAAATCGCTGTCGCTGTCGCTCC
CACTGCTGGCTCCACAATCACAGTCACCGCTGCTGCCACCTGTCTATGTC
TCGAGAAGGGATTGAAGTCGGGTCCCGGTGTTGTGTAGCGTGGCATCCTT
ACTCAAATCGGTTAGCACGCACCATGAAGTACCATGGGTTTCGTACCCGA
AATGAGCCAAATCAATCCTGCAGGCCTGTCAATAGGGGAGAACAATGCAG
TTGTCGGGTGAGAGCTTGGCATATGGGCGGAAGCCTCAGATAGATAGATA
TCCAGGACTTCGTATCGTCCCAAAATATGTGTTGGGGTGAGCTTGTTGGG
TTTTCCGTGCGGTTGATCGAAGCTTGTTGGCAGTTGCGTCATGAATTTGT
ACGTCTGTGGCACGAATTCTTGTTACTGCGTGATAGGGTGATCCGCACGT
GAATTATCCATCCGCGTGAGGAAAAATATCTCGTTAGGAGAAGGACAGGA
CAGGCTTTTTTTATTGAGGGATATTAAGTGTACTTCAATTGTCAATAGTT
AATTCCCCGGATGAATAAATATCTTACTGTAAATTCAGTACAAATTCAAT
GACTTAATTCATGTGAATGAATCAATTATTTCGGGTTTTGTGACGATTTC
GAGGAATCAGAGGGGTGCTCTACTCTGTTTAACCAAAGGAATACCCTTAT
TTTCTCAAGGTCGAATCACCATAACGCAGGTTAGGGATAATACTGGATCG
ACTTCATTCAGCATTATCCAAATACCGGAGTGAATATATTCATCCAGGGT
ACGAAACAAACCCACAGTGGCTCAGTGAAACTGCACGTTTCAGTCAAGCG
TTGGTGGCCTGAGGTAGACTCGATATCGCTTTAGGTCAACACCTGATAAC
CTGGTAAGGTTTAAAATGTCTTTCCATTAGATTGTGCCCTTAGAGGCGGT
CCCGGGATGGAGTACGCGCCATGTGCGCGAAGCAGCACATGGCAATCAAG
CACCTAAGTAGTACAAGAGTCAAATCAGCAAGCCAATCATGTGCTACCGA
GGTTGCACCCTAATCAGTATTGATAGTTCTTCCCGTCTTGTGAATGATGG
CGCATGCCGGATGTGACTTCTCGGCATAAAATTGTCGTTCTTGACGGCAG
AGCCCGCTGGAATACATCCTCTCCATGGGGTAGGTTGTTGAGACCTGAAT
CTGATGCAGCTGTCGACGGCGTTTGTGACGTCTCAAGTCAACTCCGTAGG
TCCGTTGGTGATGATGATGCAAAGGTCCCTCCGCTCATGGACCACGCCGT
GGGTGCCACGCGTGTTCAGGTGAAGCTCACCATGGGGGAGTACACGAACA
TCAAGCTGACGACGCCGGATGATCTCATAGTCGCATCTCAGATTCTTGAA
GAACGCAGGAAGAAGATTGGTACCAAGGACGATGATGATGATGATGACGA
TGAGGAGGAGGAGCGGCTGTCCGAGACCCGCGCGAATGCCAAGTGGTCGA
ATCGGCCCCAGGTGGAAACCCCGCCTAGCACCGGCGATCAGTACGAGAGC
CTGTCGGAGAGGCGGGCGAAGGAAGAGTGGTCGAAGAAGGCGTCCTCCGC
CCCGGAACCGGTGAGCGCAAAGAAGGAAGACGAGGGATACGAGAGTATTT
CGATCAAGCGCGCGAATGAGGCTTTTTCTTCGAGTGCCTCGGCGGGCGGG
GAGACGAAGCAGCCCGCCGAACCGATGCGCAAAACAATGCGTGGTCGTCC
TCCTCCCGAGAACGTTTCTCGGAATCGCGTACAGGCTGCGAAGCCCGAGG
ATATGGGGAAGGCGTGGGCGGACCTGAGAGAGAAGAAGGATGGGATGTGG
AAGGAGAGGGGAGTAGCACCGCCCGGTAGCGTAAGCCCTCCTCGAGGCGC
GCAGAACTCGACGGAGGCGTCGGGTGATATGTTCCCGAAGGAGTAGGCAG
GGAGCTTTTGGGGCGCCGGTGTTCCCTGGCACGGTTTGTGCTGTGATATA
TGCCGTTAGGATGTGCGAAGAGGGACATATGGGAGGGGTAGGGTACCTTG
TTGTATGGCGCATGTATTGCGTTGTGCGTTGAGTCCCCTGGAATCTCTCT
TTCTCCCCATTCCGGAGACTGCGCGGTTTGGAGAAGTGGGTGTTACAGGG
TGTTGGAGCGATTCGGGGCTCGGGGGCGACTGGCTGGAGGTGCGCATGCC
AGCATCCCAGAGCGCCGGGTCGAACGTTGGGTGACGAGGGACTGTGGTAG
GATGAATTAGTACTCCCTGCCGCGCGGCGCGTCTGATGCATCGTGCAGCA
AGCTGTCCCGTAGATTCCCTTTCTCCCGTGGTGCCGCAGCCGCTTGGTTT
GGAACCCCTCCTGTGTGGGGGTAAGGAAAGAGGGTCGAGCGCAGCGGGTA
GCGACCTGTCGGGGCGCCGTGCCGTGCCGTGCCGTGTCGAACGTCCGAAC
CGCGTCAGCTGGCGGTCGATCGAGTCAGGGTTCGTGAAATGGTGTGTTTA
CTCGTTGTTAGAGATTATCAGTGGCCATGGTGATGATCGGGCCGTAGCTC
AAGGCTACTGCGTCCTTTACTCGGTGGCCCATATGTGTGTATATGGCTTG
AAAATATTGCTGAATGATAGAATTAATGAATGAAAGTGGGTTGTTGCTTT
CGGTGGATGGGACTCCCGACAAGCTGGTGAGGCCACTTTTGATGAGAACA
ACAAATTCTGCAGACTCGAAAACGAAAGCGCGAGATGAGTCTGAGTCGAA
GTGTGGGCGGCGGCAAGTAGACGACTGGGAAAATATCTCGTATAGCAAGC
GTACTTGAAATCAGTGTCGCTCCGTCATTTCCTTTCGTGTCTAGGGATTT
GGTTTGTTCGCATTAAAAGCGGCCTGAGGAATCTGAATGATGAGCTGACT
AGATTTGCCTCCCGTTCCCAAGAGAGCAAAAATGAATCTTGGGGGTCCAT
TTTACTGGAATTCAATGTAAAGCCGGTCGAATCTTCAGATTTTTTTTACA
TTCGAACCTCCAGATTAAGACATCCCCTCATTGGAGTCCCCTCCAGATGA
AGGCACCCCCAAGGGTCGTACTAGCCCGAGGAATTTCAGCTCCCCCTGGG
TTTCGATGACACAGAAATTCATGACATAGTATGAATATTAGTGGTGTGAT
GCCTGTACGGCAAGAAGATCGCACTATGCAGACATAGGATGTGTGGTAGT
TTGCTGTGTTTCATACCGAAATTATATGGCCATCCCTTGGCTAGATTAAG
GCACCTTCTAGGTTAAGGCATGTCCCATGGGTTTCTTAATCCTTGAGACG
CCTAAAGTAGCCGGAGTTGGGTTTGTATTCCCGACACACGTGAGTAAGAT
GCTCCCAG

Coding sequence (CDS) from alignment at D-dichotoma_M_contig100:435557..458364+

>mRNA_D-dichotoma_M_contig100.96.1 ID=mRNA_D-dichotoma_M_contig100.96.1|Name=mRNA_D-dichotoma_M_contig100.96.1|organism=Dictyota dichotoma ODC1387m male|type=CDS|length=2454bp|location=Sequence derived from alignment at D-dichotoma_M_contig100:435557..458364+ (Dictyota dichotoma ODC1387m male)
ATGGTAGCTAAGATGGTAGCTAAGATGGAAAATGTGGCTGCGGTCGTGCT
TGCAGGCGGAGTGGGCAAGCGCATGGAGGCTGGCAAATGGAAAATGTGGC
TGCGGTCGTGCTTGCAGGCGGAGTGGGCAAGCGCATGGAGGCTGGCAAGC
CGAAGCAGTTCCTAGAACTTGATGGGAAGCCTGTATTGGAGCACAGCCTG
GATCTGTTCCGCTCCTTCAAGGGGGTTTCCCAGCCGAAGCAGTTCCTAGA
ACTTGATGGGAAGCCTGTATTGGAGCACAGCCTGGATCTGTTCCGCTCCT
TCAAGGGGGTTTCCCAGGTGATCGTGGTCCTGGACAAGCAGTACCGCCAC
GAGTACGATTCGCTCTGCGAAAAGGACTCTAGGGTCGTATTCGCTGATCC
TGGGAAGGTGATCGTGGTCCTGGACAAGCAGTACCGCCACGAGTACGATT
CGCTCTGCGAAAAGGACTCTAGGGTCGTATTCGCTGATCCTGGGAAGGAA
CGGCAGGATTCTGTGTTCAACGCTCTCCAGAAGGTGGACGTTGGGGCGTC
TGTGGTCTGCATCCATGATTCGGCGAGGCCGCTTGTGAGGAAGAGGTTCA
TCCGGAAGGGAACGGCAGGATTCTGTGTTCAACGCTCTCCAGAAGGTGGA
CGTTGGGGCGTCTGTGGTCTGCATCCATGATTCGGCGAGGCCGCTTGTGA
GGAAGAGGTTCATCCGGAAGGTGATCGCGGATGCTAATGAGCATGGAGCG
GCGGTGCTCGGCGTGCTCATGAAAGTCACAGTCAAGGTGATCGCGGATGC
TAATGAGCATGGAGCGGCGGTGCTCGGCGTGCTCATGAAAGTCACAGTCA
AGGAGAGCGAGGATGGAGAGTTCGTCCTCAGGACCATTGACCGCTCCCGT
CTCTGGGACATCCAGACGCCGCAGGAGAGCGAGGATGGAGAGTTCGTCCT
CAGGACCATTGACCGCTCCCGTCTCTGGGACATCCAGACGCCGCAGGTGG
TTAAGCCCGATATCCTGAGGAAGGGATTCAAGAAGGCCAAGGAAGAAGGG
TGGTTAAGCCCGATATCCTGAGGAAGGGATTCAAGAAGGCCAAGGAAGAA
GGGTGGGCCGTGACGGATGACGGCTCGATCGTCGAGCAGCTTGGGTTACC
GGTGGGCCGTGACGGATGACGGCTCGATCGTCGAGCAGCTTGGGTTACCG
GTGAAGCTCACCATGGGGGAGTACACGAACATCAAGCTGACGACGCCGGA
TGATCTCATAGTCGCATCTCAGATTCTTGAAGAACGCAGGAAGAAGATTG
GTACCAAGGACGATGATGATGATGATGACGATGAGGAGGAGGAGCGGCTG
TCCGAGACCCGCGCGAATGCCAAGTGGTCGAATCGGCCCCAGGTGGAAAC
CCCGCCTAGCACCGGCGATCAGTACGAGAGCCTGTCGGAGAGGCGGGCGA
AGGAAGAGTGGTCGAAGAAGGCGTCCTCCGCCCCGGAACCGGTGAGCGCA
AAGAAGGAAGACGAGGGATACGAGAGTATTTCGATCAAGCGCGCGAATGA
GGCTTTTTCTTCGAGTGCCTCGGCGGGCGGGGAGACGAAGCAGCCCGCCG
AACCGATGCGCAAAACAATGCGTGGTCGTCCTCCTCCCGAGAACGTTTCT
CGGAATCGCGTACAGGCTGCGAAGCCCGAGGATATGGGGAAGGCGTGGGC
GGACCTGAGAGAGAAGAAGGATGGGATGTGGAAGGAGAGGGGAGTAGCAC
CGCCCGGTAGCGTAAGCCCTCCTCGAGGCGCGCAGAACTCGACGGAGGCG
TCGGGTGATATGTTCCCGAAGGAGTAGGTGAAGCTCACCATGGGGGAGTA
CACGAACATCAAGCTGACGACGCCGGATGATCTCATAGTCGCATCTCAGA
TTCTTGAAGAACGCAGGAAGAAGATTGGTACCAAGGACGATGATGATGAT
GATGACGATGAGGAGGAGGAGCGGCTGTCCGAGACCCGCGCGAATGCCAA
GTGGTCGAATCGGCCCCAGGTGGAAACCCCGCCTAGCACCGGCGATCAGT
ACGAGAGCCTGTCGGAGAGGCGGGCGAAGGAAGAGTGGTCGAAGAAGGCG
TCCTCCGCCCCGGAACCGGTGAGCGCAAAGAAGGAAGACGAGGGATACGA
GAGTATTTCGATCAAGCGCGCGAATGAGGCTTTTTCTTCGAGTGCCTCGG
CGGGCGGGGAGACGAAGCAGCCCGCCGAACCGATGCGCAAAACAATGCGT
GGTCGTCCTCCTCCCGAGAACGTTTCTCGGAATCGCGTACAGGCTGCGAA
GCCCGAGGATATGGGGAAGGCGTGGGCGGACCTGAGAGAGAAGAAGGATG
GGATGTGGAAGGAGAGGGGAGTAGCACCGCCCGGTAGCGTAAGCCCTCCT
CGAGGCGCGCAGAACTCGACGGAGGCGTCGGGTGATATGTTCCCGAAGGA
GTAG