mRNA_P-littoralis_Contig202.13.3 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig202.13.3
Unique Name	mRNA_P-littoralis_Contig202.13.3
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: D7G0X3_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G0X3_ECTSI)

HSP 1 Score: 190 bits (483), Expect = 1.210e-54
Identity = 100/149 (67.11%), Postives = 115/149 (77.18%), Query Frame = 3

Query:  207 SFATAGLSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAAXXXXXXXXXXXXXXTFMY 653
            S A  GLSEE++ DLK+AF  FD++ DG ID+ EL TVL SLGY PTK+QLKKLM KVDL+G G ISFEEFV++MR+GGMETD+EKEINGAF+FFDKN DGQVDRQELAEI R LGD LTD+EI LLINAA              TFM+
Sbjct:    9 SVAIRGLSEEDVADLKEAFDNFDRNGDGTIDSVELATVLRSLGYSPTKDQLKKLMDKVDLDGTGDISFEEFVVLMRVGGMETDYEKEINGAFSFFDKNGDGQVDRQELAEIARALGDSLTDAEIYLLINAAHKDRDATISMKEFVTFMF 157

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: A0A6H5JMF0_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JMF0_9PHAE)

HSP 1 Score: 170 bits (430), Expect = 2.980e-46
Identity = 87/129 (67.44%), Postives = 103/129 (79.84%), Query Frame = 3

Query:  204 ASFATAGLSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLI 590
            A+  T  LSEEEI+D K+AF+ FDKDC G ID  EL  V+ SLGY PT EQLK++MAKVD +G+G ISFEEFV MM+LG +ETDF+KEIN AF FFDK+ DG+V R ELAEIMRGLGD LTD EI+LL+
Sbjct:   67 AATTTKELSEEEIEDYKEAFSNFDKDCSGNIDESELGVVMRSLGYSPTNEQLKEIMAKVDTDGNGGISFEEFVAMMQLGEVETDFKKEINEAFKFFDKDGDGEVTRAELAEIMRGLGDTLTDDEIDLLV 195

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: D8LJU6_ECTSI (Yellow cameleon 2.60 n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LJU6_ECTSI)

HSP 1 Score: 161 bits (407), Expect = 1.170e-43
Identity = 93/150 (62.00%), Postives = 111/150 (74.00%), Query Frame = 3

Query:  204 ASFATAGLSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAAXXXXXXXXXXXXXXTFMY 653
            A+  T  LSEEEI+D K+AF+ FDKD +G ID  EL  V+ SLGY PT +QLK++MAKVD +  G ISF+EFV MM+LG +ETDF KEIN AF FFDK+ DG+V   ELAEIMRGLGDKL+D EIELL+  AXXXXXX        +FMY
Sbjct:    4 AAKTTKELSEEEIEDYKEAFSNFDKDGNGNIDELELGVVMRSLGYSPTNQQLKEMMAKVDTDQSGGISFDEFVAMMQLGEVETDFTKEINEAFKFFDKDGDGEVTPAELAEIMRGLGDKLSDDEIELLVKVAXXXXXXVISIDEFISFMY 153

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: D8LH46_ECTSI (Calmodulin n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LH46_ECTSI)

HSP 1 Score: 143 bits (360), Expect = 7.410e-37
Identity = 73/129 (56.59%), Postives = 95/129 (73.64%), Query Frame = 3

Query:  213 ATAGLSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAA 599
            A   L+ EE++DLK+ F TFDKD  G ID  EL TV+TSLGY PT +QL+ +MAKVDL+G+G+I+F EFV MMR   ++TDF+++I  AF FFD++  G +D +EL  IMR LG KLTDSEI LL+  A
Sbjct:    8 AIKDLTGEEVEDLKETFRTFDKDGSGEIDLDELRTVMTSLGYSPTNKQLEDMMAKVDLDGNGLINFAEFVTMMRKCKVDTDFDRQIREAFKFFDQDGSGAIDTKELGNIMRQLGAKLTDSEINLLVQEA 136

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: A0A835YUT0_9STRA (Yellow cameleon 2.60 n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YUT0_9STRA)

HSP 1 Score: 136 bits (342), Expect = 2.780e-34
Identity = 70/132 (53.03%), Postives = 95/132 (71.97%), Query Frame = 3

Query:  204 ASFATAGL---SEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLI 590
            ++FA   +   +EEE++D ++AF  FDKD  G ID  EL TV+ SLGY PT EQL  +M KVD++G+G ISF+EFV+MMR   +ETDF++EI  AF  FDK+  G +D++EL  IM+GLG  L+D EIELL+
Sbjct:    2 SAFADGNMREATEEELEDYREAFNNFDKDQSGEIDEYELGTVMRSLGYNPTDEQLHDMMLKVDIDGNGSISFDEFVIMMRKCEVETDFDREITEAFKVFDKDGSGSIDKEELTAIMKGLGANLSDQEIELLV 133

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: F0X1N7_9STRA (Calmodulin n=2 Tax=Albugo TaxID=65356 RepID=F0X1N7_9STRA)

HSP 1 Score: 116 bits (290), Expect = 5.120e-27
Identity = 62/125 (49.60%), Postives = 84/125 (67.20%), Query Frame = 3

Query:  225 LSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAA 599
            LSEE+I + K+AF+ FDKD DG I T+EL TV+ SLG  PT+ +L+ ++ +VD +G+G I F EF+ MM     +TD E+EI  AF  FDKN DG +   EL  IM  LG+KLTD E++ +I  A
Sbjct:    5 LSEEQICEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTEAELQDMINEVDADGNGTIDFPEFLTMMSRKMKDTDAEEEIRNAFQVFDKNLDGFITPAELRHIMTNLGEKLTDEEVDEMIREA 129

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: UPI0005C37C7E (neo-calmodulin-like n=1 Tax=Crassostrea gigas TaxID=29159 RepID=UPI0005C37C7E)

HSP 1 Score: 114 bits (286), Expect = 2.080e-26
Identity = 58/127 (45.67%), Postives = 87/127 (68.50%), Query Frame = 3

Query:  219 AGLSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAA 599
            A LSEE+I + K+AF+ FDKD D  I T+EL TV+ SLG  PT+ +L++++ +VD++G+G I F+EF+ MM     +TD E+E+  AF  FD++N G ++   L  +M  LG+KLTD E+E +I  A
Sbjct:    6 AELSEEQILEFKEAFSLFDKDGDETITTKELGTVMRSLGQNPTESELQEMVQEVDVDGNGTIDFDEFLQMMAKKMKDTDSEEELKSAFKVFDRDNTGYINGPNLRNVMTNLGEKLTDEEVEEMIREA 132

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: A0A7K5Z4Y6_9AVES (CALMS protein (Fragment) n=2 Tax=Pteroclidae TaxID=56295 RepID=A0A7K5Z4Y6_9AVES)

HSP 1 Score: 114 bits (285), Expect = 2.550e-26
Identity = 57/125 (45.60%), Postives = 84/125 (67.20%), Query Frame = 3

Query:  225 LSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAA 599
            LSEE+I + K+AF+ FD+D DG I T+EL TV+ SLG  PT+ +L+ ++ +VD +GDG + F EF+ +M     +TD E+EI  AF  FDK+ +G +   EL  +M  LG+KLTD E++ +I  A
Sbjct:    5 LSEEQIAEFKEAFSLFDRDGDGCITTKELGTVMRSLGQNPTEAELQNMVGEVDADGDGTVDFPEFLSLMARMMRDTDSEEEIREAFRVFDKDGNGYISAAELRHVMTNLGEKLTDEEVDEMIKEA 129

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: A0A670JEP2_PODMU (Calmodulin-A-like n=1 Tax=Podarcis muralis TaxID=64176 RepID=A0A670JEP2_PODMU)

HSP 1 Score: 114 bits (284), Expect = 3.520e-26
Identity = 55/125 (44.00%), Postives = 85/125 (68.00%), Query Frame = 3

Query:  225 LSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAA 599
            L+EE++ + K+AF+ FDKD DGAI T+EL TV+ SLG+ PT+ +L+ ++ +VD NG G + F EF+ +M     ++D E+EI  AF  FDK+ +G +   EL  ++  LG+KLTD E++ +I  A
Sbjct:    5 LTEEQLTEYKEAFSLFDKDGDGAITTKELGTVMRSLGHNPTEAELQSMIDQVDANGSGTVDFAEFLSLMAKQSKDSDSEEEIREAFRVFDKDGNGYISTAELRHVLTNLGEKLTDEEVDEMIKEA 129

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BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Match: A0A2R9ZG20_9TREE (Calmodulin n=1 Tax=Vanrija humicola TaxID=5417 RepID=A0A2R9ZG20_9TREE)

HSP 1 Score: 113 bits (283), Expect = 4.850e-26
Identity = 59/125 (47.20%), Postives = 83/125 (66.40%), Query Frame = 3

Query:  225 LSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSLGYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAFAFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAA 599
            L++E+I + K+AF+ FDKD DG I T+EL TV+ SLG  PT+ +L+ ++ +VD +G+  I F EF+ +M     +TD E+EI  AF  FDKNNDG +   EL  +M  LG+KLTD EI  +I  A
Sbjct:    5 LTKEQIAEFKEAFSLFDKDGDGTITTKELGTVMRSLGQNPTQAELEDMINEVDADGNNSIDFAEFMTLMARKMHDTDSEEEIREAFKVFDKNNDGHISAAELKHVMTNLGEKLTDDEITQMIREA 129

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot

BLAST of mRNA_P-littoralis_Contig202.13.3 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G0X3_ECTSI	1.210e-54	67.11	Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2...	[more]
A0A6H5JMF0_9PHAE	2.980e-46	67.44	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
D8LJU6_ECTSI	1.170e-43	62.00	Yellow cameleon 2.60 n=1 Tax=Ectocarpus siliculosu...	[more]
D8LH46_ECTSI	7.410e-37	56.59	Calmodulin n=1 Tax=Ectocarpus siliculosus TaxID=28...	[more]
A0A835YUT0_9STRA	2.780e-34	53.03	Yellow cameleon 2.60 n=1 Tax=Tribonema minus TaxID...	[more]
F0X1N7_9STRA	5.120e-27	49.60	Calmodulin n=2 Tax=Albugo TaxID=65356 RepID=F0X1N7...	[more]
UPI0005C37C7E	2.080e-26	45.67	neo-calmodulin-like n=1 Tax=Crassostrea gigas TaxI...	[more]
A0A7K5Z4Y6_9AVES	2.550e-26	45.60	CALMS protein (Fragment) n=2 Tax=Pteroclidae TaxID...	[more]
A0A670JEP2_PODMU	3.520e-26	44.00	Calmodulin-A-like n=1 Tax=Podarcis muralis TaxID=6...	[more]
A0A2R9ZG20_9TREE	4.850e-26	47.20	Calmodulin n=1 Tax=Vanrija humicola TaxID=5417 Rep...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig202	contig	P-littoralis_Contig202:58563..83542 +

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
Pylaiella littoralis U1_48 OGS1.0	2022-07-08

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D7G0X3
PFAMs	EF-hand_1,EF-hand_5,EF-hand_7
Model size	1567
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K02183
KEGG Pathway	ko04014,ko04015,ko04016,ko04020,ko04022,ko04024,ko04070,ko04114,ko04218,ko04261,ko04270,ko04371,ko04626,ko04713,ko04720,ko04722,ko04728,ko04740,ko04744,ko04745,ko04750,ko04910,ko04912,ko04915,ko04916,ko04921,ko04922,ko04924,ko04925,ko04970,ko04971,ko05010,ko05031,ko05034,ko05133,ko05152,ko05167,ko05200,ko05214,ko05418,map04014,map04015,map04016,map04020,map04022,map04024,map04070,map04114,map04218,map04261,map04270,map04371,map04626,map04713,map04720,map04722,map04728,map04740,map04744,map04745,map04750,map04910,map04912,map04915,map04916,map04921,map04922,map04924,map04925,map04970,map04971,map05010,map05031,map05034,map05133,map05152,map05167,map05200,map05214,map05418
Hectar predicted targeting category	other localisation
Exons	6
Evalue	7.29e-61
EggNOG OGs	COG5126@1\|root,KOG0027@2759\|Eukaryota
Ec32 ortholog description	EF-hand domain pair
Ec32 ortholog	Ec-23_001960.1
Description	Calcium-binding protein
Cds size	477
COG category	DTZ
BRITE	ko00000,ko00001,ko01009,ko03036,ko04131,ko04147

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig202.13.3	prot_P-littoralis_Contig202.13.3	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig202 77456..82634 +

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


Feature Name	Unique Name	Species	Type	Position
1680789990.9877355-UTR-P-littoralis_Contig202:58562..58648	1680789990.9877355-UTR-P-littoralis_Contig202:58562..58648	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig202 58563..58648 +
1680789990.9980588-UTR-P-littoralis_Contig202:77359..77455	1680789990.9980588-UTR-P-littoralis_Contig202:77359..77455	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig202 77360..77455 +
1680789991.0693264-UTR-P-littoralis_Contig202:82634..83542	1680789991.0693264-UTR-P-littoralis_Contig202:82634..83542	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig202 82635..83542 +

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


Feature Name	Unique Name	Species	Type	Position
1680789991.0068605-CDS-P-littoralis_Contig202:77455..77557	1680789991.0068605-CDS-P-littoralis_Contig202:77455..77557	Pylaiella littoralis U1_48	CDS	P-littoralis_Contig202 77456..77557 +
1680789991.0241554-CDS-P-littoralis_Contig202:78641..78734	1680789991.0241554-CDS-P-littoralis_Contig202:78641..78734	Pylaiella littoralis U1_48	CDS	P-littoralis_Contig202 78642..78734 +
1680789991.0345795-CDS-P-littoralis_Contig202:79191..79326	1680789991.0345795-CDS-P-littoralis_Contig202:79191..79326	Pylaiella littoralis U1_48	CDS	P-littoralis_Contig202 79192..79326 +
1680789991.0476623-CDS-P-littoralis_Contig202:81946..82068	1680789991.0476623-CDS-P-littoralis_Contig202:81946..82068	Pylaiella littoralis U1_48	CDS	P-littoralis_Contig202 81947..82068 +
1680789991.0578206-CDS-P-littoralis_Contig202:82609..82634	1680789991.0578206-CDS-P-littoralis_Contig202:82609..82634	Pylaiella littoralis U1_48	CDS	P-littoralis_Contig202 82610..82634 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig202:58563..83542+
coding sequence from alignment at P-littoralis_Contig202:58563..83542+

protein sequence of mRNA_P-littoralis_Contig202.13.3

>prot_P-littoralis_Contig202.13.3 ID=prot_P-littoralis_Contig202.13.3|Name=mRNA_P-littoralis_Contig202.13.3|organism=Pylaiella littoralis U1_48|type=polypeptide|length=159bp
MPAEPTGASFATAGLSEEEIDDLKDAFATFDKDCDGAIDTRELTTVLTSL
GYFPTKEQLKKLMAKVDLNGDGIISFEEFVMMMRLGGMETDFEKEINGAF
AFFDKNNDGQVDRQELAEIMRGLGDKLTDSEIELLINAADKNNDGQISMQ
EFVTFMYG*

mRNA from alignment at P-littoralis_Contig202:58563..83542+

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig202.13.3 ID=mRNA_P-littoralis_Contig202.13.3|Name=mRNA_P-littoralis_Contig202.13.3|organism=Pylaiella littoralis U1_48|type=mRNA|length=24980bp|location=Sequence derived from alignment at P-littoralis_Contig202:58563..83542+ (Pylaiella littoralis U1_48)
ATGTGATATGCCCCTGGTGCTGTGTGCATGTTCAACACAACGCACAATAC
TACCCCGCCAACACTTGAGCGCCAACCCAGGCCTAGGTAAGAGACCGTGC
AAATTCAGTGCGAGTTCGCGTTCGTGAAAGTTCAGGACACAGCATCACAC
TAGTCCTTCTTTGGTTTTACCCGATGCCTCCTTGTTGTTGTTGTTGTTGA
TTCTCACATTAGCTCACTACCGCCGCAGTCTAGCCCGTGGTCACAAACCA
GGCACATATCGTGCTAGGAGGAAAAAAAAAAATAAAAAAAAATAAAATAT
ATGGACTATGATCACCCACAGTCAGATCAGACGTGGTACCGTTGGGGTAC
CATCTGTGGTGGCCAGGATACCAAACAAATACAGAAAAAATAATAACAGG
CTCGAAAGAAAAACAAAAATTGGAAACAGTCCGACAAACAAAAAATAACC
AAGACAAACCTCAACCATAACCATATACTTCGAAGTACTTCGTGCATCGA
ACCAGGGCCCAGGGCCATGACAGACCAAAGCAGACGCAAACCAGGGCGAT
GGCCCAGTAACTACATGATCAACAGACGAAAGACAAAAATAAAATAAAAA
GGAGATACAGGGAGGGCACAAAGACTGAGGGAGTGCATTCGTACACAAAC
ATAACAAACAGGCCGCCGCCAAACAAAGAGGAAGCAGGGGAACGAAAAGG
GAAAAGAAGATCGGAAGTACCGGAAGTCGGGGGAGGGGGGAGGAGGGGAG
GTGATAAAAATAAAATAAAAGGCATGCAATCAATCGCAAACGTGTCTTGC
CACGAGGTCTGCCTGTTCACGCTTGCTCTCCTCAGTCGCACTCATGCCTC
CTGCTACTGGCACCACTGTACCCAGTTGTTTCTGCCCCACATCTTTGGCA
GCAGCTACACCACCACTCCGCCCTACAGGTTTTCCACTCCGGCCACCCCG
TAGCTTGGCATTGGACTGCTTCTTCTTGTGCTGTGCAACTCCAACCCCAC
TACCCCGCTGCCCTTGTGCCCCCCGTACTCCTCCTCTCGTTTACCCCCGC
CATCCGTTCTCCCTCTTTTAGTCAAGGCCTGCCTCTCAGCCGCGTCCCTC
TCTCTTTTCCGTCGACGTGTCTCTGATAGGTCTCCCTCTTTCTTGAGCCA
CTCGTCCGTGAACCGCCGCGCACCCTCGTCGACCCTGTCGTACCACTCGT
CAGCTCTCTTGGCACTTGCCTCCCACCCTCCTTTTTGTCGACCACGATGT
CGAACGCTTCGAGGTCCTCCCGCATTCGCCTCAGCCAGTCAAACTCTTGC
CCCCCCAGATACCTTGCTCCCCCTGCAATTCTCCCAAGAGAGCAATTTTC
GGGAGTCTCTCGTCTCTCATGCGCGCAACGAATCCTGCGAAGCACAGTCG
CCGCTTGCGCAGTGTGGCCTCAACGCTCTCGTTGCAACCCGCGGTGATCA
GGGCTTTGGCGTAGGAGAGGGGTCGGTCTGTTCTCTCCCTCTTTTTCCAT
CCGATGCAGCGAAGGAGGAAGAAGTGGTGGGCTGACCGAAGCTTGCGGTA
CTCCGCTGGCTTCAGATTCCATGTGACACACCCGTAGAGTAGGGTCTCCA
CGACTTCAGCTTGGAGGAGTCGCACTTTTAGTCGAAGAGGGGCCCCCGGG
CGGTCGTACATTGCCTGGCTGTTGCGCCGGAAGCAGGCGTGCGCTCGCTG
CACTCGGTGGTTAATCTCGCCCTCAATGCTGCCGTCCTCACAAATCTTAC
CCCCGAGGTAGACAAAGTCTTTCTTCTGCTTGAAGACCATCCCGGCAGCG
TCGATCGTGAACGAGCACGCCTCCATCCCTTTCGCGAGCATACACATGGT
CTCCGTCTTGGGTTCTGACACCAACAGCCCAAACCGCCCGGCCACACGTT
GTTGTTGCCTTTCGGCTGTTCGATGTAGACTGTAAGGAGAGTTTTTGTTT
TCTCTCTGTTCGGGCATTTTGATAAGAAATCAAAGTTATATCAAAGGATC
CGAGGGCATCCATCGTATGTATGTTGTTGTTGTTGTTGTTTCTCACATTA
GCTCTTTTCTAGTATCTAGCGCCCGCGGTCACACCAAATGCTGGAGCCAT
AGGAAGATCCGAAGAACACAGAAATCAAACAGAAGAGCGCCTACGCACGT
CGAACGAAGGCACTTCTTTGGACGTATTGTCCCTGTGTCCAGATTACTGA
ACTACGAACCACGGACAATCCTTCGGCTACAGCAGTCACCCCCGATCCCA
ATCCCTCCTCCAACCAACTCTCAGCTGCTGGCTACAGTAGAACCTACTGT
CTGGAGTGCTGCCCGCACCGTACCACGTACGGTAGTCAAGTGGAGAGAAC
AGCATCGTATGATACGTAGACTTGTATGTACTTGAAAGTACAAGCCATGT
ATAAGTGCCGTCGTATACCTGTTATATACGAAGTATCATACGGAGTATAT
GATACCAGGTATGTATGTAACGTAAACTAATGTGCATCGCTGCTATGTTA
GTAGGAGAGTCGCTCGCGGTTTTTGACACTTTCGTTGACATTTTCCTTGA
CATTCCAAAGCGAGGCCGAGACGCTGCTGGCAGAGGGTCCAGCGGTGATA
GCTGACCCCTAAATATAGTCTGAGGAGTGGCTATACCATGACCGACAGCG
AAAACCCATGTTTCTCCCGGCTTCGTCGGTCATAGTACATACAGCAGTAT
AGCCAGAGGAGAAGAATCTGTTGTTAGGCTGTTTTCAGCTCCTGGTTTTC
AGGGGCATGAAAACGTCTCGTTTGCTTGGCGAGCATTGAGTGCAAAATAT
AACTCACTGCTGTTTTGTTGCTCTGAAATGGTGGAAAAATCAATGAAGAT
GCTCTCCACGGCAGTACAGCAGGAAACCTAGTAACGTATCATATGATTGT
ACTTTTAGTAGCATGTACAGAGTAAAACCGTTATACTATCATACAGGATA
AAGAATCACAGCAGCAGCTAGCTCGTTGATATATCTTCCCTCGCTGCGTA
CAGCACGCAACGGCGTCAAACCTTGGCCATAGCCGATGGTCGAGGAGCCC
ACCTCTCTCGGGGTGAACTTGGCACAGAGTCTTATCCCTTTTTCGGCGAG
ATATCACAAGATGTGTGGGGATGGTGTCTCGGTGAGCAAACAAATGAAGG
AAATAAATAAATGATGAATGAAACGATCACAAACAGGCGGCGAAACAACA
CTTTTTGATCGGGTGAAGAGACACAAAAATGTTGAGATCTGCGATCTTCG
CCGCTGAAAAAAAAATAATGAATCCCAAATTATCTTGTTGAGTCTGATAC
CCTCAGGGGAGCTGCAACGGTATGTTATCTGCTGAGTTGTAGAAACACGA
GTAAGTGTATCACTCTCTTTGTTCGTTGCTACTGTAATCTCGCTGGATCT
CGTCTAGGGAGAGGCGAACACATTCATTCATTCATGTTTTTTTTTTCTTG
AAAGAAAAAAAAAAGAAAAAAACGCACGAAACGAATGTCACGCTTTCATA
CGGTCCCTCGTTAACCACTAGATGCAGAGGAACGGGGGTTCGATTCCCGG
TGAATGTGTTCCTTTGCTACTTTGAAAGCGGCTATGCTGTCAGTAAAAGC
AGATTCGGCTTCGCCGACGAGGGTAGGGACCGCGGACCCCTGCTCGCGAG
AAAAAATCTCACGCATGTACCGCAGAAGGAAGGTGGGGGTAACTCCTCCT
GTGTTGACCTTCCTCCTGTGTGACCCCGTCGATGGGCCTAGCCTGTAGTT
TGCAGACTAGTGTGCCAGAGAATATGGGATGACAACACACTTGTAGTGAC
ATCTCTCCGATTACATAATTTGACGAAACGCGACATAAATTTTCCAGAGG
GTTCCGCGCGGTACCACCCACCCACAACACGCACATTCCGGCAGGTGTGG
CGATAGGTTGGTGAAAAATTTACAGCAGTACTTGTAGAGACGAGAAGGAA
TCGGAATCATTTTTTCCGCCGCTTGTCTTGCCCCTTTTTCTTGCTTCGCT
GTTCGCCAAGACACACCCTGCTGGCAACCCTTTGAAGTCAGTAAGCAAGC
TGTGATGACCGCGTAGCCCCAGCGTGGTCGCGGACCACTGTCATAAAGAG
GTCCGTCTCCAAATCAGGAGTTTGCAGGCCTTGTAGCTCTGATGCTGTCT
GGTGCCGTGAACTGAAGCTTGTGACTGCAACCAAAAAACACCACCAGCGC
GATCTGGAAGCGTCTCACAGCACACACCACCATCATCTTGCGACCCTCGT
TGAGCCTGACACGAGCTACGACAGCCACGTAGCGGCAACAATACCGAGGG
TCACGATCACGTAGACCTCCGTTTTGAAAGAATGGGCACTTGGGAGGCCT
TCAGTCTCTGTTGCTGTCTGCTGTTGTGCGATACACTTTGTTTGATTTTA
TACCATAAAAGCACCATCATCTCCTGTTCGATTAGAACGGATGGATGTAT
TTTCAAGATCTTTGTTCCGTGAAAAAAAAGTCGTTTCCGTTAAATCAGGC
GTCCTGTCCTGATGAAAAAGGGCTTTTAAGAAGTCGGGGAAATAAACTGC
AAATACCAAATTGTCTTGTTGAGCCTGATAACCTCAGGGGAGCTGCAACG
GTATGTCATCTGTTGAGTTATAGAATCACAAGTAGATGTATTACTCACTG
TGTTCGTTGCTAATCTTGCTAGATCCTCGTCTAGGGAGAGGCGAACAAAG
TGGTGTCTTGGTAAGAAAATAAAAAATAAAAAATACGGAGTACATGAGAC
GCGAACTGAGTCGGGAAATGGTCGGAAAGAAGTCGGGAAAGAAGTCGGGG
AAATACCTAACATGTGCCCTCCCGTATCTTCTTCTTTTTTTATTTTTTTT
GTCTTTCGTCTATTTGATCATATAGTTACTGGACCATCGCCCTGGTTTGC
CTTTGCCTTGGTCTGTCATGGCCCTGGGCCCTGGTTCGATGTACGAAGTA
CTTCGAAGTACTTCGTACAGTATATGGTTATGGTTGAGGTTTGTCTTGGT
TATTTTTTGTTTGTCGGACTGTTTCCAATTTTTGTTTTTCTTTCGAGCCT
GTTATTTTTTTTCTGTATTCTGTTTAAAACTCTGGCCACCACAGATAGTA
CCCCAACGGTACCGTATCTGGTTTGACTTTGGGTGATCATAGTCCATATA
TATACATATATGTATATAAATTTATTTATTTTTTCCTCCTAGCACGATAT
GTGCCTGGTTTGTGACCACGGGCTAGACTGCGGCGTTATTGAGCTAATAA
TGTGAGAATCAACAACAACAACAACAAATGTCGGGAAACATGTCGGGAAA
CATGTCGGGAGGCACTGAACTCGATTCGTGTCTTTCACCGCTTCCACTTA
TTTTCAGCGGTCCTCATGTTTGACTCAAAAAATAAATAAAAAACCCAGGA
TTGCCGTAGTCATGAGAGTCATCGCACCCCCGTGTTAGCTTTTTGGCATT
CCGTATTGCTCCATAATCAGGAGGGTGCGAACACCAAACGACCCGTCATA
CGAAAGCTCTCGACGAGATCTTTCCAAAACCACCCTTTTCGGCAGTGGTA
CTCCCCTGGTTGTGGAGCAATACGGAATGCAAAAGAGCTAACACGGGGGT
GCGATGACTCGCATGATAACGGTACGCGCCGTACATTCGGCTCGACCAAA
CGGTTATGGCAGTTGCAGATGTCTATGTAAGGCCCTTTTTAATCAGGAGG
CCTGAATTCGCCGAAACGTGAAATCATTTCCCCGAAAGGTGGAGATAATT
TTGCTCCGTTCTAATCGGAGAGGTCATGGTGCTTTTCTGCCATAAAATCA
GACAAGATCACTACACAACAGCAGACAGCAACAGAGACCGAAGACCTCCC
GAGTCTTCCTTCCTTCGAAACGTAGGTCTACATGATAGTGACCCTCGGTA
GTATTGCCGCTGCGTGGTTATGGTAGCTCGTGTGAGGCTCACCGAGGGTC
GCAAGAAGACGGTGTGTGCTGTTGGACGCTTCCAAATCGCGCTGGTCGTG
TTTTTTGGTTGCAGTCACAAGCTTCACTTGACGGCATCAGACAGCATCAG
AGCTACAAGGCCTCTAAACTCCTGATTCTTTTGGAACGGGCGTCTACATG
ATAGTGGCCCTCGACCACGCTGGCGCTACGCGGTCGTTGCAGCTTGACTG
CTGGCTTCGAAGGGGTTGCCAGCAGGGTGTGTGTTGGCGGAGCAAGAAAA
AGAGGCAGACAAACGGCGAAATCAAGGATCCTGGTTCCTTCTCGTCGCTA
CTGCTCTAATTTTGTTCACCAACCTCTCACCACGCCTGCCGGAATGTGAA
CATCAGGGGTGGGTTTGCTCGCCAGAGTGATAGTCTCGGGTACCCTGCTT
TTTATTTTGCTGTCTGCACTGCTGTTGCTGCTGTAGGGCGAGTTTGGTGT
GTGTTGTGTACGTTTCTGGAAATGGTTGGAAAAATTCACCTTTCGGTGAA
ATCGAATATTCACCTTTTTTTTGCTGTCGCTCAATTTCACCTTTCGGGGG
AAGAAAGCCTTCATATTGTCCGCCGTTTCACCGAAAGGTGAAAAAAAAAG
CGGTTCGGCGAATTCAGGCCTCCTGATTAAAAAGGGCCTTATCTTGTTGT
GTCTTTCTTCCTGATTTTTTTGTTTGTTCACTTTCCCCGTATGATCCACT
TCGAAGTATTGCGAGAATAGCTCACTCTAATACGACTGCGGGCGAGGCTG
CAGAGCCGCCTGCATCTTCCACACCTTCCGTGCGCCTTTCGTGTGTTGTG
TGTTCAGCGGGGGGGGTGTGGTGTGCTGGTGTGTGGAGTATTTATTAATT
TTTTTTTTTTAATGGAAGCAAAACAAAAATGCACCAGACACCACACATAT
CCCAGCAGTATCATATAATATGATGCTTCATATACCAAGTATGGTACTAG
AAAGGTTAAAGGAATTGAGAAGCAGTGTTCGTTGGAGGGCCACTTCTCAA
ATATCTGCGGGACCCCTAAATATAATAATGCGCCTCAGACAAGATAGCTG
TTGTGCGCACAGCGCACAGGACACGGGCTGCGATGAACCTAGCAGCAGGT
TATATGCTATTTACCTCATCAGTTCAAGCCCTTGGTCGTAACGATCTGTG
CCGAACTGGTTCCAAAGTGTTGCGAAACATGGCCAATACAGTATGTCGGA
CACACACACAGACACCGAAAACCTCGAAAGTTAAATACAGGCACCCCTGT
CTCCGATTTAATTGAATATTTTTTATTCGCACATACACTCACACCTACCT
GCACATCACGACAAGTCGGTATGAATTCGAAGCAGTTCGACAGGAACTTA
CACTTCGCTTCGCTCGTGGCCTGCTTCTCAGTACCAAGTACTCCGTATAA
TTTAACGAAGAAAGTCTATCATGTATTGTACCGGTACATATATATGATAT
GATAGGCCTTTATTGCGGTCGTTTTTTCTCTCTCTACTGATGACAACACA
CACAAAACACGCTGCTAGCTACCAGTACACAGCAAGGCAAGGACCGCAGA
GGGAAGTGGAGAAAGAAAAAGAAAAAAAACTCCTGTGTTGACTTCCCCCT
GTGTGACCCCGGTTGGAGCGTCTACCTACCCGAAAGGTGTAGAGTGGCGT
CCAATTAAAGGGATGACAAGATAGACACACAACACACACAAACACAGCGC
AGTGACAGCAGTGCACATCGAAGAAGGGAAAAGGGAAAAGGAAGGATGGA
AGGGTCGTTCATCTTTCACCTTCTCTTCGTTTGTGTGTGTGTGTGTTTTT
TTTGTGCATCATATGATACTCGTGTGATAGGGTACTCCACAAAGCACTGC
TTGCTGTTTACCCCCCCAGAGGTGCATGGGGTGCACCATTATTGAGGATT
GCGGGAAAAGGGCGGTAAAACACAATCTCTGAACCGTAACATTAGGACAA
CTGAAAAAAATGCGTTATTGTAGGGGGGACGAATAAGGGGATTCTGTTAG
CATATAAAAATGGACCCCCCCACTCATGCACATGTGGTTCAATACCACCA
CACGACGCTGCTGGGACTGCAACCAGGGCTGTGATACTGCCACGCAACAA
GCGCGGAGGTGAAACAAATGGAGTCTAGCACTAGGTTTGATGCGAAGCGG
GCACGCAAGTCCACACACGTACACCAAAGCTTCTCCCACAAAAGAGAGGT
AGACGCAACGAAACAGCAGAAAGAGGAGCAGCAGCAGCAGCAGCAGCCCG
AGGGAGAGCACCATTGCGGACCAACGACTCAGCCGTGGTGGCTGAGCGGC
GCTCCATGACCGCACGCCCCGATGGTGCTGCAGTGGAGGGCGAGGAGGAT
GCCATCTTTGACGAGCCCATGGTGGGGGAGGAGCTGGAGGGTTTGATGGG
AGAGCCGCCGAGTGTCAGCAATGAATCCGCACTGGCTCTCATCAACAAGA
AGCATGCCACGACCCACCCCGAGACCATCCGCGACTTCATCGCGGATACA
GCTGCTCGGCTTGCGATCGAATCGGGTTGTGTAGACGAGGCGCCGCTCGT
TCTACGTGGAAGGATAACTCGGCGCAGAAACTTGCGGCCAACACCAGTCT
CGTCTCCTCGGAAGGTTGACCTCCAGGTGATTCACCACAGCAATTAAATC
GCATGTTGTGCAGCCTCCTGCTGTAGGGTACGTGTGTCCAAGAAAGAAAG
TCGCATTCTATATTCGGTACTGCTGCAGTCCTCTCTTCCTTTATTCATTG
CCTGGTTTATTTTTGCTTGCCCTGTTCACACGACCGCTGTACTAAACGTA
TCCTATGATACTTACCCCTAATTTGTACAAGTGAATCACGTGCATAATAG
TTACCCGTAGTTTGTATCTGTATGGTATCATCCGGGGTGTCGTGTAACAC
AGCACACCAGCATCTGGAACCCATCAGCCAGCCCTACTACGTGCTTGCCT
CAAAACCAACCCATACCTATACTACAGCATACCTGTACGACATCCAAGGT
CGGATGGTCCTGCTGTTTGGCGCTCGTGTTCGTACTATTTGCTGTGATAT
TAGTGCGCATACAGACCATCATAGCAGCAGCTACACCGCCATGTCAGAAG
AGTGATATTTCTGCTGCTGTTGTTGCTTTATAGCTTTGCTTTCCTACGCC
AACACCACCACAGCAGCAGCAGTAGGAGCACCTCGATGAAAAGTGCTGCT
ACTGCTGCTGCTGCTGTTGTTATTTTCTTTCGTACCGCAACAAAAATCGC
CATAAGCCAGTCAGCACTCTGATGAGAGCAGTAGCAGCAGTACTTGTAGC
AAGGTAAGATTGAGACATCGCTGGATATGCACAGCCGGATATGTACAGCT
GGGACTGTCTGCGGGCCGAAACGATAGGGTGGAGAGTAATGCGGGCGAAT
ACCAACCGACCCGCTGTGTCTTTCTTTTTTGCTAATAAGTTAGCAGTAAT
TTTTTTCTCGCCCGTTCTTTCTTGTGACATGGTCAAACGAAAGTTGTATA
CTGCGGGAAACCCATGACCACGGGCAAATTATTTCAGCATGCTCTCACCT
GCCCTCCCCCCTCTCCATCTCCCCGCCCACTTCCCTCCCCTGTTCTTGAT
TGACTTTAAATTATTTAGCGTGTGCTCGACATGGAAACCAAACACGACGG
CGCCCCTGGTTACCTCCTTGCGAAAAGGTTGAGGAACCAAAGTTACTACT
TCGAAGTACGACACTTCTACAGACTTGCTCTGCCTCGGGCAGGGGCACCA
ATGTCCGGCGGGGGCTTCCATGATAGCCACTCTGAAGGTGTTCGCGGGGG
AGGGGGGAGGATGGTATCCCCCGCGAGATTGGCTCCGCCGTGTGCAAGTA
CTAAAAACGGGTAGATGGTCTATGGTATTCCTGCAGGCTTAGGTCTTATG
TCGGGGTGTGCGAGGGGGTTGAAACTTCCGTTTGATGGGCGGGGCGCGAA
GGGGGGGGGGGGGCAAGGGGGCTGTACAGCAGCGGTGGCCGACCTGAGTG
AGGCGAGAGATGTTCCTGCAGTCAAAACAGAACCAACCTTTCGTCTGTTT
TTTTTGTCGTCTTTCTTTTTTCGTCTAGCGTCTTTCATAATTTTTGCCAG
AATTTTTTGTCAGGGTTAGGGTAGAAGGGCCAGGTCCGACCTATCTGCGC
CCAAGCATACTGGAACATGTACGGGCGTTTTTATTTTTTTCAGTACGGGA
TAATCTATTGCGTGTATAGTGGATTTTTGTGAAGTGCGCGTATCTTTTTT
ATTTTTTAGCCCTCCTGTGATGCGACTTTTTGCGGAGCCTACTTCAGGGA
GTACAGGTTTCGCTGTTGGTGACAGGGAGGGAGGCTGGAATCTCACACGC
CACGAAAGCCAAACAACAATAGTATTTCGCACAAAATAATGTTTGGCCTC
TACCAGTCCACTGATTTTTTTTTTTTTCGTATCCCGATGTTGTGCCAGAG
GGCACTTACGGAGATGTAATGTCGGTGATGCAACTATCGCCCGTGAGCAG
TTGGGATCGCATGGAACAGCAGGAAGAAACGGTTTGAAGTAATCCACCGC
TGCCGTGACATTCCGTGTGTTCAAATTATTTTGAAGATTGCACTTTTTAG
CTGCGAGGGTTTGACTTGCTGCTGGTAATGTCGGCCAACGTTCGGTGCGA
TGTCTGTGCGGTTGGTGGCCGATCAGATTCCGCACGGCCTACACATGTGT
GGAGCGAAACAACAAAAGTATGCCTATACGCCTCGGATTGTGTATCCTCT
GAAAAAGAACCCAGATTGGTAAAATCTGTGATACGACTCTGACCCAATGA
AGTTTCGGCCTAGAGGCCAAACGGCTCGTTGTTCGCTTTTTCAAGTAGTA
GACATGGAGTTGCACGAACAACAAAAATTGTCGTATGCCTTGGGTTACTT
TGTCAAGGTGTAGACCGAAACTGATGGGTGTTTTACGCTCGATAAAACGC
TTTTGTTTGTGTTGTATCTCATTTACACCACCTGGGGCAGATGACAGTGG
CGGTGTGCCATCGAAGGAAGGTCGTCCCAAAGAATGGAGCACCAATGTTC
CTTCTGCTCGCTCTCACGACCTACGGGCGGTCTCCTGATCCTCGTCCGCA
ACAAGGCATTGTACAGTTTGTGGTGTTCTTTTTCCGCCCTTGACCCGCCA
ATCCTCGAAATACTAGGAAGGCTTCCAGCACATGAACAAAAAATATCACA
CACATCATTGCTTTTTTTAGAGATCAATTATTGCTTTATTCCGCTCGAGA
GCAACGCTTCCACCCGCGAAGTACTCGGAGTACTTCGTGTACCCACGCCC
GGCCAGATAACAGGGGCAACTTTTACCAGGGGGACGTCGTAAAAAACGCA
TCAAAGTTCCTTCGACGCGCTCTCGCGGCCTCTACGGGCGACTTCCCGAG
TCCACTCTTGTTGGATTCTTGGGCAGATTTTCGGCCCCTTCCTGGCGAGC
TTTTTCTTCGCCAAGAAATCCCGCCCCACATGTGCGTCGGTGCAAGTCGA
GCACACGCCGACTGTTGGTTGCTCCACCATCCGTGTCCGATGCTAGTTCG
GCGTTCTTGTCCGTGTTGCTGCCTGCAGAGGTGTGTTCCGGCAACGTGAA
AGCGGTCCCAGCCTTTCGCTTCGTCGTCTGTCGCCTCGTGCTTCCACGCT
GTTCGGGCTCTATCGAGTCCAGGAACAAGGCAATGGCGCCGGGCGCCAAG
CCAATAATTTTTTCTACGCTGCCGCTTTTTAGCCAGCAAGAAGAGGTTTT
CATCTCGTGTAGCCGCGTCTCGACTTCGTCGGCTGTCAGGACCTGAGCGT
GTTCCGCCATTTCTGTATGTAGTACGAAGTAGTTTTATGGGAACAAAATA
AGCGAAATGTTGATATAGGTGTGGCAATCAAGAGCAAGACCATGTAAGTT
CATCTAGATTATTCCCATCTTCAAGCACAGCTCATCTCAGGAACACAGCA
ACCATCCTCGACCACCGCCCTGTTGGGTGTGGACACACACTGGGTCCATC
ATCAATCACCAAAATTAGAAACAATTTGCACTGTTGTGTACATTAAAACA
GGCCAACTACACCTGATACAGCGTCCTGTTCACCTCTCGGGCACCTACCT
GACCGCGGTAGGTTGTTTATGTCGTCCTTACACCGTGCACCATGGCCTAA
CCCACAACAGCAGTGCCTGGTGTGCTTTCCAGTCTAAATCCCTATTAATA
ATGCATTTGACTGCTGTACAAATTAATGCCACGGAAAACGCTATAATCAG
TGCATTTCTTGATCGGTACCCGATAACAAGACATCATATGAAAGATCTTT
ACCGGGGCCGTCCTTTGTTGTGAGGTGGATAAAAAAAAGGGGACAGTTAA
CCATGCGAAAAACGCCATAATGCGTGTAAAAACCCACCGACAATTTTTAT
ATCGCGACAAACACAATAACTTTTGCGATTCCGGGCACTGCTGACAAGAA
ACGTGGCCAAGATGGTCTATGGGTATAGAGGCATCGATCAACGCTGCTGT
ATGCGTCGTACTCCGTGTGTGGGTCCCGTTTACGCCGCGCTAGTGCGCCG
TACCGCCTCAAAAAGCGTGATTTCAGACCCGTATTTGACACATCGAGAAA
ACCTGCATATCTGCCTGTACAAAACATTCTGGTGCCCCTGTGCGACCCTG
GCACTCATGCCGAGCCGTTTGAGGCCATCAAATCTGGTAGCACTAATGGC
GATGAAACTGCGTTCCTGGAGGGTTGTCAGGGAGTGCAGAACACCTGTTT
TAGAACCGCACCAGATAGCACCTTCACCGATTTCTCTTTGGTCTCGCTAA
AACTTTTCACCACCGGTCACAGATCGATTCTACATCAGATGTACAGCTCA
TCTCACCGGCTGTTCACTCCAGCACGTCGCCGCCAGCTCCTCTGGTTGCG
TCCCAATAGAAGGGTGGTTGCCCCCGGATGGTGCTGTTTTTTGGTTCTGG
ACGGGTTTCCACCGCACTTTACAACCAATATGTTTGCCTTTTACCGAACG
GTTACGCAGGTTGTCCCGCAATCCTTAATGTCTTCCTCAGTGCCTTCGAA
GCACTAAATTAAAGTAAAAGCGATTAGATGACAAGCTGGTTCAGGTCGAC
GCCAAACATTGATTCAGACAAAATATCATACTTCGAAGTACACATGTACG
AGTACAAAATACGATAAAGCACTGCAGCAGTTGTGAGAATGCAAAGTTTT
TTTTCCGATTTTTTAGTTTGAACTTGAATTTTCCACAATTTTGTGTGTGC
GGTAACCAACACAAGACGACCCTCGGATTGTCTTGTTGAGCCTGATGCCC
TCACGGGAGTTCCAACGGTTTTTTTTTCTGATGAGTTGTGGGAACAAAGG
TAGAAGAAGTACTCCTCTTTGTGTTCAATCTACCTGGTACTCTTTTTCTA
GAGATCCTCGTCTTGAAAGGGACACATTGATTGATGTATGATATTTGAAA
GAAAAATATAAAAAAAACTTGCACGATGTGTAATGTTGTCGTTGTTGTTG
TCTTAACATTAAAAACCATTCCGATCTCTCCTCAGTACCTTCTTATGTCC
GTACTCCACGATCAGGAACGATTTCCGTGGTCACAGGCTGCTTGCCCCAG
AAGAGGTATATAGTACTGTACTCGGGAGATCCCCTCAGTCCACCAAATAA
AGGCACGACAAGGAGACTCCGGCAAAAACAAAAACGGACCCCGAGAAATC
ACACAACGCTGTACAAAAGTAGAACAAGATACAAGAAAACAAGAAAAGGG
AGCCTGGTCCAGAGCCAAGTCACAAAATGAAACGAAAAGAAATAAAAAGT
CAAAAATAAAATATAAAGTCACACAGAGGAAGGAGTGACAAAAAGACAAA
AAAAGACACCGAATTCAGTTGCCAAGGTGTCGATAAAATGGACATCGGGC
GTGCTACTCTCTTCACCGGCCCAGTAACGGTTTCAGGCAGCGCAAGTACG
CTGGCGTGAAGGGGGCAAAAAGGCAGAAGGGCAGAAAAAGAAGTATGTTC
ATGATATGCATGATACTCCGGGAATATCATAGATACTCGAGGCCACCTCG
TAAGATACTCCGGGCCTCGTCGCGACTTTCGGTGACCTGGGTTATTTCGT
TATTTCCCTTTTCGACAGACATTTATTCCGGAAATTAGTATTTTTCGGTT
CCCCCTGGGTCGACCGGGACCCAAATCCAATATCTGGTGAAACAAACCAA
GAAAGAGAAAAAAGCAGGTCGCCGAAAGTGGGTTCTAGTGGCCCACCAAA
TCTTGTAATACTCTGTAGCGTTTCCCCGAACCCCTTTCTCTTTGCCCTGC
TGTACTGCTCTGCATCACCGTGTCTCCCCGTATCTCCCTCCTGTAGCGTG
CCTACCTCCAGTGCTGTTACGTACCCCCCCCCCCCCCCCCATTCTCTCTA
TCCCCCCGGTCTACCTCCCCGGTTCGATTCAGTCCCGCTTCTCAAACCCC
AGATTTACTGCGTTCAATATTGCACGTCTATAGACTCGAAAACAGCGCGT
GATAATTCGCACCTACCAAGTACCTCAGCTTGGTGTTCTAAAAAGACTTC
GGATTACTGCAGTTCTTCTTGTATCGTAACGGCTCTTTTGGCGAAAACAG
CGCGTGATAATTCGCACCTACCAAGTACCTCAGTTTGGTGTTCTAAAAAG
ACTTCGGATTACTGCAGTTCTTCTTGTATCGTAACGGCCCTTTTGGAGCA
CTTAGGAGCTTAAATGAAGAAAATTACTTCGTATAAATCATCCCCCAGCG
CCACCGCTCGAGCCTTCAACAAGAATCCACCGATGGTGGCACGATGGCAT
GGTCTTCTGGTCCCACTGACGGCAATTTTGGTACCGTATTTTCGTGAGTG
GGCTCATGTGAATTGCGTTCAGGACAGTCTGTTGGCTATACTTGGGTTTT
CGTGAACCAGCTTGTGGAGGCAGCAGCAACATTTCAGGCTGTACGGCAGT
GCGTGCACTGATGCAGGAAGACCAACACGAATCTATGTTCAGTTGATTTA
ATTTACTACGGAAGTACAGCAGGATACAAAAAATTATGAGCCTGACGTAT
CTCACGAAGTCCACCCATGATACGGCGCCCACGTCAGTACCAAACATTTT
CTAGGAAGTTTCAGGGAGGAGAGGAGAGAAAAGGTGGAATGTTGAATGTT
GAGATTGCACCGAGATTCAACAAGTCATGTGTAGACACTGCAGTTCGCCG
AGAGACAGATGCACAGCAGCAGCGGACCCAGATTGAGTTGTAGGGCAAGG
GACAGAGATACGAGGTGGGGAATGTGGTATGATAGGCTAGGGACGGCTGC
TGTGGATATTTCCGTACGATTTGTTAATCCTTATGTTGTAACGTGGGCTG
TGGCGGGCGGAAATGTAACCGACGGATTGGCTCATGCGTATCCATGTTTA
GCTTTCGGTACACCCAACATGTATTCGGGAGTGCCGGCAACGAGCGTGTG
AAAGGCATCACCTGAAACCGAGGAAGTGCGATGCTCATGCGTGTGATATT
CGGGACCCTGAGAAGCATAATATAGGCCAAAACAGGCCAAAACAGACAGA
AAGCGAGCATAGCTGCTCCAAGCACAACAGAGCAAAGCGTGTGCGGGGGA
GATGATCGTATCCGTTACCATTATCTGCGAATGAACCGTTGCTAATAATA
TGACACTCAAATCTGGTACCTGATACGGTTCAAACTTATGACTTGCACGA
GCATAATTAGCCTTTTCTCCACGCCTTTCTGGCTACGTACAAGTACCCAA
GAAGGAAAATAACAAGGAGGTACGACACGACAGGGTGAACTCTGGTCGTT
TAGCGACACCGCAGGGTGCACCGTTTTTTCCAGCGTTAAACGAGCTGAGC
TGATCGGTCGACGCTCGTTTCACTCTGCTGAGCCGGAAAGTAGGCCGGGT
GCAACCCGCGGGGGCTACTTTCGTGCACAACTGCAACCTAATTTTTTGGC
ATGTACTTCGAAGTACCTTGTTTTGTCGGGAAATGAGAATCTTCCACCGA
CCACTCCTCCCGCAGGAATCACGTTCCGCTCCCGCCAACAGCGCGGAAGG
GCACCAAAATACAGAAAATCTTCCTGCTGCGCGAAACATCACAGACAAAA
ACAGTAACCGGCAGGACGGAAGCGCCCGTCTTGCTTCCTATTGTTTCACA
TAAATGTTGTCAGAGACCACGAATTATCATTGGAAACACGGCATTTGGCG
GGAGCGGGCTGCGGGAGAAGTTGCCGGTGGAAGGGTCTCATTTTCCGTCA
AAAACAGTGCACATGCCCAACGTTTGGGTGCACTGCAGTAATGCGGAAAA
TAAGCCCCCGCGGGTTGCACCCTGCCCATTTTCCGGCTCAGCAGGGTGAA
AACGAGCGTCGATCAATCAGCTCAGCTCGTTTAACGCCGGAAAAAAACGT
GCACCCTGCGGTGTCGCTGCTATTTCACAAGGGTGCGCCCTGTTGTGTCG
CTTCCTCACAAAAAACGAGCAGAATACAGACATGTTCAAGAATGTGGACG
CACGGACACTAAAATGAGCATAAAAACTTGCAAAAGAAGCGTGATTGCTA
CCGAAGCGCAGCATATGATGGAGCATAACCCCCTCCAGGACACGCGGGGA
CGGGTTTGGGCAGCTCTGCGAACCTTCGACAAACAGCGCCTTACAGCGTA
GTTGTTCAGGGTTTCCAAACTCTTTTGACTTCGGTGCGAAATCACCCGTC
ATCGCAGAACGCTTCCAGAGGGGCAGTCGCTGTGACCAATGACCATTGTG
TGTGTGGGATCGAAGTCCTTTCGAACTACTTCGTACAGTAGAGGTCCCTG
TTTAAGGCCGCATATTTAAGGCCGGTTGCCCTGTATAAGCCCGGTGAAAT
CGTCTTCCCCAAAAGTCTTCCTTTTTAAGGCCGCACAGGCCTTAAAAAGG
AATGATCCCTATTTAAGGCCTGTTTGGACCTCCGCCCGCCCTAAATAAGG
CCGGTTTGAGAGGTGACGCACGCATGCATGTACTGTACTGCAGCCGCAAC
ATAGCACTGTAGACACGCAACACGGCAATTCCTAGCATACCCCTACCGAC
GCAACCAGTAGGGGCACCTATGCCTTGTGCGGCTGGTGAGCTGTGCATTA
TACCAGGGCAGACACCAGTAGCCCCTCACGGCCACGTATGTCGGGGAGGG
TGTGGCGGGCGACTGCACGGATTGTGACGAATCCAAAATCCTTTTTAAGG
CAGATACCGGCCTTAAACAGGGGCGGTTTCAGGTAAGGCCGGGTGCCCTG
TTTAAGGCCAGTTTTTGCCCTTGGCACTATGCGGCCTTAAACAGGGACCT
CTACTGTACAGATTCCAAGTTCGTTTAAACGAGCCCTTCGTCGAGTTCTG
TGAGCTACAAGGCGTAGTTCTGGCGTGCTGAAGCAGCCGCGTTTTTTTTA
ACGCTTCTGGCGCACAGCACCCGAAAAAGTAGAGCATACGTGAGTACCTG
CGACCGCTTTTTCAGCATGATCATCTTCTCACATACTCTGCCGATCGCCG
TGTCTGATTTGAGAGCCGCAGGCATCCACGTTTGCTCTGCTTTTTCTCCC
TCCTCTTTCAGGTGCTGTGTGCTGCAAGCGTCTTAAAAATGTGGCCGCTA
TGATATGATACACCCGCGTCCGAAAAACTTGTAGCTACAGGCTGGTTCAC
GCAAGAACCAGGAAGGCCCGGTAATTTCTCACGCCTTGTAGCTGACAAAA
CTCGATGGAGGAGGGCTCGTTTCAAGCATCGCAAACGAGGAATCTGTGGC
ATGGAGAATGTATGTTGCGAAGACTTCGAGCCTAGACACGAGCTGTTGGT
CGCAGCGACCGCGTCTAGGAGCATTCTGCGATGATGTATTCGCACTGGAG
ATGGAGTTTGGAAACCCAGAATCATCAGGCCTTTCTCGAAAGTCCTCAGA
GCCCCTCCTACTCGTTTCTGGGTTTCCTTGCCGCCTGTCTTGTGCTTCGC
CAAAAAAAAAATACTCGAAAAAAAAACACAAAAATAACGCTCAACGGATA
TGTGAGCCAACGGATGGACCACTGCAACGTATTTGAAGCTTCCCATCTTT
TTTGCTTTTTTGTAGGGCCGCCGCTCAGTGCCATCCACGCCCCCCACCCG
CGACTTTCCCGGGGGGGGTTGGGTCGATGGGACCATTAGCAAGTTTTTAT
AAACGAACACGACATTTCACCCCCCTTTTACTCCTGTATAGTACGTGGTA
AACATGTTGCTCCATCCACCGCGGCATCAAACGGGGTTTCATATTGCGCG
ATGTCATCTTCAAGGTTGAAGGGGGGGGGCTACATAGGCCACGCGGTAGT
GGTATGTAGCTCGACTCGCCGACACCAAAGGTACTCATCGGGGGAGGGGT
TTGGTATTGTGTGTGATGTCAGAATTACGATTGCGAAGCAGTAATAGTAC
AAAATATATACCAGGTACAGCAGTAGTACAACAGAGTTGGCGCCATGGAC
AAACGATGCCACCGCTGTTTTTTTTTTTCTTTTTTTCTCCGCACACCTTC
TGCGGTGCTTGTTTTTTTTGCCTTTCATCTTTTGTACCCTCCTCCTCAAC
TGTAGAGTCGAATGTGCTTGTGTAATACATGTGAAATACTCTTTGAACAC
TTCGATCAGATCCCACGACACCAGCGCCTCTTCCGGCGCTCTTTCCAATG
CCAGCCACCAGGCTGTCTGTAAAACCCATAAAGGCGGTTAAAACATAGGT
TTGTCTAGTAATCCGGCATCCCGCTCCAAGAGAAAACCTTGCTTGAACCG
GGTTAAGGCAAGAGAAGGTCGCGTTCACGAGAGGCCTCCTCGGCATGCCA
AACCCCTCTCGTAAACCGGAGCCCCCGCCTCTGCACATGTTCAACAGGGT
TTTTCCGACGGAAGAATCACCGCAGAAGGCGTGAAGAGAGAGGGGAGGGA
GCACAGGGAGCGGCGAGTGAGGCGGAAGGAGGAGACAACGAAGATGCCGG
CGGAGCCAACGGGAGCCTCTTTCGCAACTGCCGGGCTTTCAGAAGAGGAA
ATCGACGACCTGAAGGACGCGTTCGCGACTTTCGACAAAGACTGTGTACG
CACCCTCCCTGCACGCGCCAACGGCGTGGATTCGCTGGCTTAGCCTTGCG
TTGTGCTTCTTTCTGTGGCCGCATGCGACCAGCGTTTGATACCTTTACGT
AGGCTGGCAAGAAAAAGGTTGAGCTGGGTTGGGTTGCGTCGGGTTGGGTC
GGGTTGCGCCGTGCCTTTTTACCGCGGTGCTGCGCCGTCCGCCTTTCCGT
CTGTTTTGTGTCGCGCTGGTCAGGCGGACGCCGGCTGGAACACGGGAGCT
ATTTTATGATGCAAATACCGTATATGATACACGGCCATGGTTGTGATGCC
CCCCCGCGCGGGGAGGACAGATGAAAGTATTTTGTTGCCTAGGGTGCATC
TTGTTATTGCGGTGACGTCGCCTTTTTTCAATCTCCGATGCAGGTCCTGC
TTCGATCCATTCCCGTGGAAAAGCTGAGAAATCGTATCATATGCAGAGGT
GCCATCGGCATGCATGTTTTTTTTTTAGCGTGCATGGTCGAAACGGCTTC
AGTGTTTTTTTTTTTTTTTTAGCTATGATATCATCCTAGAAACGAGCGAA
CGTCGGTCGTCTCCTTTGGCAGTGAGTGAGTGGTGATTACCAAGAGACGT
GCTTCGAAGTAGTTCGTTAGAAGGAGAGCTTCCGGAACGCGTGTGATGTG
ATTTAGAATGGGGAACGGTCGATTTGTTCGTCCGACTTTTGACACGCGGC
CATCTTCCATCCACGAGAGAACGCTGTACGGGAACGTGGAGAGTATTTTT
TGTACTTCGTAAGCTCCCACGTGCTGCCCCACCACAGCTCCCGCCTCTCA
TCGCGGGAGTTTCACCGCTTTTTCTGCCATGAACGGGCGCGCCGAAAACC
CACTTCTACTTCTTCCACTACTGCTGTCTGTTGGTCTGTTAAGCTTTTTT
ATGCCTTTTGAACCAGCGCGCCGAAACAGCTCGCTGCTGTCTCGTTCGCT
CGTTAGCTGCCACGGCGGCAACCCGATGTTTTTTTATTTATGTTTCGTGA
AAACCGTCGCGACGAATTTTTTCGTAGGGATCGCTCAGTGCTGTGTGTGT
GTTTTCGTGTATGCTTTGAATGGCATCAGGATGGAGCCATCGACACTCGG
GAGCTGACGACGGTGTTGACATCGCTGGGGTACTTCCCGACGAAGGAGCA
ATTGAAAAAGCTCATGGCGAAGGTGCTCGTGCTGTAGTACGTACCGGTAT
CTTGCTATGCAATCAACATAATTGTGATTTGCACGCCGACGTTCTTCGCG
CTTGGGGACTGTAAGGTGCCAGCGCGCATGTGACATATATATATCCACTA
CCAGTATTTTTTTTGTTCAGTTTTTCGTCACATTTTTTTTTTTTTCTCGT
CAATCGTCACGGGCTTATGCGAAGTACAAAGCTGTTCTGTTGGAAGCCTG
CTTGTTGGCAATCGTAGTGGTGATGGCAGAAGATTGTCGTCTCAGATCTC
CATGTGTAACCCCCGCGAGGGGGGAGGGGGTGCGAGCGCACATGATTTCG
ACTTTTCTTCATTTTGTCAAAGTTGATTTATAAGCTTCGTCTGTACCTGT
CTGTGATTGATTTGACCCGTTCGTCCATCTGTCGTTATTTTCGCGTGAAA
CACATGAACAAAAAAAAAAAAACACGAAGGTGGATTTGAACGGTGACGGG
ATCATAAGCTTCGAAGAGTTCGTGATGATGATGCGCTTGGGTGGAATGGA
GACAGACTTCGAGAAGGAAATCAACGGCGCTTTTGCCTTCTTCGACAAGA
ACAACGACGGACAGGTGTGATGACCACCGTAGACGACGACGACCACCACC
GCCCATAGTTGTCGGACGAAACCACACTTGAGTCTCCCCCTTGACCGTTT
TTTTTCTTGTTTTGTGCTCGACTCTCAAGGGTACTCTCTCGGAAGATCTT
CGGTGTCGAAAATGAGAAGAGGCGTTGTCATAGCGTCGAAATAAAATGAA
TAGAGGCGTTTGCGTCGAAACGAAATGAAGGAGGTGTTACATACGAGTAG
CGTTGAAAGAAGTGAAAATAGGCATTAGCGTGTTGAAAACTCGTACACAC
TTTGTCATGTTAGATACACTTTTCACTGTGCTAAACAGACAGCCTAGCAC
AACTGCAGTGATGAAAGTGCTGTGCGGTTGCAAGATAATTCTGTTTGCTT
TCCGGCGAGATGACTGCTGTTGAGCGCAGCAAAAATAAGATTCGGGTCTC
GATCCTCGATGGGTAGGATTTGTTCTGGCATCTTTTTAGAAAGACCTGGA
AGTCATGGTTCTATCGCCCTGCAAGCCCTATTATGGCAAGGGGCAGCGCT
GATTATAGGGATTACTACCCTGAGGGAAGAATGAATCCGTGGTCCAACAG
TTCGCAGCTGCTCGAGCCCCGAATGTTTCTTTTGTTAGATACGCAATCTA
TCACTTGTGCTGAACAGACAGCGGCTGACTGTTTCGCAAAGTGGCAAAGT
CGCTATCTAACACAGCGCTGTAAGGAAACTATGAGAGGCGTTAGCGTTGA
AAGAAAATGAAAAGGGGCGTTGGCGTTGGAATATTATCGTCGAGAGCTGT
TTGGAAAGTGCCATTGATTCCTGCTATAATCAAGCCTGAAGAACCGATTC
AAGGTGTCCGGTAGCATCTCGTGTCACCTTGCGGTACACAGTTGGAGCCT
AGAGATGAAGACACTCTACGACGTGGTCAGGGCTCACCTTATGTTACGTT
GTTTCCAAGTGTCAATGGAGCGAACCCTTTTGCATGCGGCAGGATTCCTC
GAAGAGTGGAGGTCACTATCGCTGTTGAAGCCGTGTTTTCATTACCCTCG
TGTCTTGGTGTTCGTCACACAGCAATCTCAGTCTCATGTTCTTCAACAGC
GCGCTTCTTCTCGACTACGGAAGCGCTAAAAGTGTGTGGGCGCATGTACC
GCGGTACAGACATTCTGTACGGTATGATGCACATCAAGAAGAACGAACGC
CATTTTTACCTCAATTCTTTTTGGTGGCTGTGCTTTTTCGAAACCGAGCC
CGCGAAACGCCCAAGGGCTCGTTCCTGTTTATTTTCTCTTCCAAGCCAGT
TTTGCCTCTTGGCTTCGACACGCCATTGGCAGTTGCTAGTTCGGCAAAAG
CATCCTCGTTTTCTCTGCCACGAGTTTGATGTTGTCTGCCTTCGATACTC
GGAGCACCGTGGGGTTGTAAAATATACCTGGTGAGACAATAGAAATTTGC
AGGGCTCATCTCGGTGACGACTTTGAGCACGGTGACAATTACCGTGGTAT
GGTACTCAGTTCCCGCGGTATTGAACAGTGTTTTCTTAATGGTAGTCGAC
CCCCGCGGTAAGTCCCACCGTGATACTCAGCCCTTACGGTAACGAACGGC
GGCATTTTTTAACGGTAATCGACCCCCGTGGTAAACCTTACCGCGGTACT
CAGCCCTCACGGTAACGCACGGTATTTTTTACCGGTAATCGATCCCCGCG
GTAAACTCTACCGTGGTACTCACACGCTACGGTGATTCTCGTAATTATTT
TTTGTGCTGCTCCTGCGTGGATGTGGTGTTACGATGCTAGTACATTCTTC
ACACATCACGAAGACAGTCAGACCTCGAACGCTTGGTACTACACATGGTT
CACTTCCGAAGAACACGAAAAAGGCAGTGTCCAGATCACTGGCAAACATT
CGCAGCCAACAGGCGACGGCCATAAGCTAGAGGTAGACCCGAAACAAATT
CGGAGACAAAAAATGAAAACAAAATGAACTGAAAAAATGAACTGAAAACA
CAGGTGTGGGAACCATATCTGACACGCGGTGGTGGATGTGTGAATTGGTA
TCGGTTGCAAATGTTGTCGAAATCTCAAGGAATTTCAGTGTTTGCGTGGT
AACGGGATTAATGGGAGCCGGAGAAATATCCCACGGACTCGTTAACGGGA
AGACGTAATGTTTCGGTAACGGCTGACACGGGAACGGTAGTTCTAAAAAG
TCGCGGTATTTTACCAACTACCATTACCGCGGTTTCTTACCGCTTTAAAA
TTACCGAGAGGCCCCTTGCAAATCTGGGGGTTCCGGGAACAAGTCTGGTG
GAAGCATCCTCGTTTTATTCATCACGAGTTCGATACTGCCTCCTGCGTGC
CTTCGATACTCGGAGCACCGTGGGATTGTAAAGCATGTCTGGTGAGAAAT
AAATAAATGCGAAACGTTAGGGGTTCCCAGGAACAACACGCTTTACTGTC
TGAAGCGCGTGTTCGTTCGGTGTTGTTTTCGCCCTGTCCGGTTTTCGTTC
GTGCGTTCCGCCCTGTTTTGTTCTTGCTTCATCGTGCTTGCTTCGGTTCC
GCTGTTTGGCTGCGTCTCGGCACGATGCGCCATCACATGACACCTACGCC
TCCATACACACACATGATACGGATGGACATATAGGTAGATCGACAGGAGC
TGGCGGAGATCATGCGAGGTCTCGGAGATAAGCTGACCGATTCGGAGATC
GAGCTGCTCATCAACGCCGCCGATAAGAATAATGACGGCCAGATTTCCAT
GCAAGAGTGAGTTTGGTTTTCGTGGCCGCTGCTGTGCATGATCTGATGAC
ATGCGTTCGGAACGCCGAACGAAGTGTGCTTCCAGGACAGGACGCAGAAC
AGCAGTGCGTTTTCAGCCAAAAAAGGAGAGCCGGTTTTTAACTGCGGTCG
TAGTAGTGGACCCGACCACAGAGAGAGGGGGTAAGACTCAAACTCAAGTT
TTTTTGGGGGGGGGTCAAGCGTGCATCGACGTCGGACGCGCAGCAGCACG
TACGCCACCAAATTGGTAAATTGGTAGTGTGGTGGACCAAACGGACTGAC
CGCTGACACGTAACGGAGTAAAATTTGTGTACAATCGCAGTATCGATGCG
CTCATTTTAGGAGCTGAAAACCATGGCCCAGCGCTCACGTTTTGCCGTCT
GTCTCCTCGGCAACGACGCTGGACGCTGGCCCCAAGAGAGAGAGTGAGAG
AGAGAGGAAAGGTGCCGGCCCGCGGTGTTCTGATTGGCCAGTTTTTTTGA
AAGGAAATTAGTCTCTTTTCGTCCGCTCACGTGCCTTCTTTCGACAGGTT
TGTGACCTTCATGTACGGCTGATGGTCCATGGGCTCAGCGTTGAAGGAGG
CCCGTCTGAACGCACGCCGGGGCGGCAGGCCAGCCCAGCCCAGCCCAGCC
CAGCTCAAGCCCAGGCTGTTGACACCATCAGCATTATCGCGGGCGTGGGA
AAACCAGCACACGCAGCAGCTATCATATCGGGTTTGGACTGGTTCCGTTG
CTGCTTTGTTTTTTCAAGTTGTTGCTGGTGTGAGCGTTGTGGAAAAAGTA
CCTGTAAGAGTCTGACGTCATCCAGATTGCGTGCCCGATCATCCGTGCAA
GGTGGTTTCAAAAGCCCCCCACCCCCCAGCATCTACATATATGCCAACAA
TACCAACGTAATCGACGATCAAAGGCGCGGAGGTTTTGGGTGTGAAGCTG
CGGAGCGTGATGGGGGGGAGATCGTTGTCTGGCGTCGGGTCACACACAGG
CTTGCTGTTCGATCAAGTACTGCTGTATGCCGAGTACCTTCGATACCAGC
TAAATCGACGAAGCGTGTTTGGACAGCTTGGCTGCTGTTCAGATAGATGC
GCACGATGCGTGAGCCTTGTCGCCATCTGTCGCGTTCGATTTTTCTTTTA
ACTTCCTTATGTATGGGCGTAATTTGTGGGGACGGAGTTTGCTCTCTCTC
TCCCTTGATTTCTCTCAGTCTCTTCCTCTCTCTCGGATGCTACACGTTTA
TGTACCTTTTTTTGTCCTTCACCGGAAGTGTGTTCATATTAAACTCAACG
AGAGCGGCTACCTCAAAAGGGGGGGCTCTTGCCGTATATTTTTTTATTCA
AGTATTTTTTTTAGTGCAGTACATCGAATCGTTTTTTTTACCCTGACATA
AGCCGAGAGACGGCTTGAGCAGGCAATAAGAAATGGCGGCGGTGTAAAAA
CACGGCAGATTTGTTGTTGTTGATGTTGTT

Coding sequence (CDS) from alignment at P-littoralis_Contig202:58563..83542+

>mRNA_P-littoralis_Contig202.13.3 ID=mRNA_P-littoralis_Contig202.13.3|Name=mRNA_P-littoralis_Contig202.13.3|organism=Pylaiella littoralis U1_48|type=CDS|length=477bp|location=Sequence derived from alignment at P-littoralis_Contig202:58563..83542+ (Pylaiella littoralis U1_48)
ATGCCGGCGGAGCCAACGGGAGCCTCTTTCGCAACTGCCGGGCTTTCAGA
AGAGGAAATCGACGACCTGAAGGACGCGTTCGCGACTTTCGACAAAGACT
GTGATGGAGCCATCGACACTCGGGAGCTGACGACGGTGTTGACATCGCTG
GGGTACTTCCCGACGAAGGAGCAATTGAAAAAGCTCATGGCGAAGGTGGA
TTTGAACGGTGACGGGATCATAAGCTTCGAAGAGTTCGTGATGATGATGC
GCTTGGGTGGAATGGAGACAGACTTCGAGAAGGAAATCAACGGCGCTTTT
GCCTTCTTCGACAAGAACAACGACGGACAGGTAGATCGACAGGAGCTGGC
GGAGATCATGCGAGGTCTCGGAGATAAGCTGACCGATTCGGAGATCGAGC
TGCTCATCAACGCCGCCGATAAGAATAATGACGGCCAGATTTCCATGCAA
GAGTTTGTGACCTTCATGTACGGCTGA