PREDICTED: hypothetical protein LOC100642385 isoform 1, maker-scaffold320_size207635-snap-gene-0.11 (gene) Tigriopus kingsejongensis

Overview
NamePREDICTED: hypothetical protein LOC100642385 isoform 1
Unique Namemaker-scaffold320_size207635-snap-gene-0.11
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. L. salmonis genes
Match: EMLSAG00000000900 (supercontig:LSalAtl2s:LSalAtl2s1157:204108:231383:1 gene:EMLSAG00000000900 transcript:EMLSAT00000000900 description:"snap_masked-LSalAtl2s1157-processed-gene-1.5")

HSP 1 Score: 127.872 bits (320), Expect = 2.916e-35
Identity = 62/112 (55.36%), Postives = 84/112 (75.00%), Query Frame = 0 
Query:    1 MAPGAFSILAPFLGRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCL 112
            MAPGAF IL P L RK KKYEKLET+DPEK++ +      K++ +K+  L+  +  DD+E A +P EEC+VC +++AVM+VAPCGHQCQCR+CF+  IQ+AV +R+LPL  L
Sbjct:    1 MAPGAFGILGPLLRRK-KKYEKLETEDPEKKKIK------KQVMTKLKDLIIKL--DDLEPALNPDEECIVCNKSKAVMEVAPCGHQCQCRICFIFKIQEAVESRDLPLSIL 103
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1325264850|ref|XP_023335880.1| (uncharacterized protein LOC111707109 [Eurytemora affinis])

HSP 1 Score: 229.565 bits (584), Expect = 9.354e-68
Identity = 120/217 (55.30%), Postives = 150/217 (69.12%), Query Frame = 0 
Query:    1 MAPGAFSILAPFLGRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVHNLGKLPKSVSGYSLQQNGMPHSSSNHSMSSGVSSMSTSSYGSGRSVKSNSSVRSNASVKSSQSNSSWFSIGSLSNFQAGKL 217
            MAPGAFSILAPFL RK KKYE+L+ +DPEK++Q+AT EE+ R+N KID+LV SM+++D E   SP EECV C  ++AVM V+PC HQ  CRLCFV+NIQ AV  RNLPL C++C  K+LRVKNN +          +   LPKSVSGY + +  + HS SN+S++SG   +S SS GS RSV+SN S RS  S       SSWFSI SLS+FQ    
Sbjct:    1 MAPGAFSILAPFLRRKVKKYERLDQEDPEKKKQDATMEELTRINMKIDKLVTSMTKEDFEAPSSPEEECVGCRSSKAVMLVSPCSHQILCRLCFVKNIQQAVATRNLPLCCVLCGCKVLRVKNNYR----------STRTLPKSVSGYEVGR--LRHSDSNYSVTSG---LSVSSCGSTRSVQSNISARSGVSA------SSWFSIDSLSSFQCASF 196
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1228019522|ref|XP_021941746.1| (myotubularin-related protein DDB_G0290005 [Zootermopsis nevadensis])

HSP 1 Score: 129.798 bits (325), Expect = 3.453e-29
Identity = 70/167 (41.92%), Postives = 98/167 (58.68%), Query Frame = 0 
Query:   19 KYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVHNLGKLPKSVSGYSLQQNG--MPHSSSNHSM--SSGVSSMSTSSYGSGRS 181
            KY +      E+ R++ T+ E+  LN KID+L+  +  ++ E A S  +ECV+C  A+A MQ +PCGH+  CR CFV+ IQ AV+ R LPLRC+IC AKILR+K N    GG          LP S S YS+      +P+S+S ++M  S  V   S SSY  G++
Sbjct:   27 KYNQYRRQQEEQNRRKVTERELAHLNHKIDKLLSKLEENEPELATSQEDECVICVNAKATMQTSPCGHRVVCRKCFVKTIQMAVSQRLLPLRCVICRAKILRLKQNGVTAGGV--------LLPTSASHYSVGSKSWVVPNSASTYTMGTSKWVVPGSASSYSVGKT 185
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1229720932|ref|XP_022122949.1| (uncharacterized protein LOC110998556 isoform X3 [Pieris rapae])

HSP 1 Score: 125.176 bits (313), Expect = 1.319e-27
Identity = 62/151 (41.06%), Postives = 92/151 (60.93%), Query Frame = 0 
Query:   19 KYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPV----HNLGKLPKSVSGYSLQQNGMPHSSSNHSMS 165
            KY +      E  R+  T+ E+  LN+KID+L++ +  ++ E A SP EECV+C  A+A MQ +PCGH+  CR CFV+ IQ AV+ R LPLRC+IC AKILR++   +    +   +      L  +P SVS YS+    +P S+S +S++
Sbjct:   28 KYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELATSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQAPRLVTSKSWQITSNNSKLWGVPGSVSSYSVGARSVPASASLYSVT 178
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|913317417|ref|XP_013189694.1| (PREDICTED: ensconsin [Amyelois transitella])

HSP 1 Score: 123.25 bits (308), Expect = 6.572e-27
Identity = 64/151 (42.38%), Postives = 94/151 (62.25%), Query Frame = 0 
Query:   19 KYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVH-NLGK---LPKSVSGYSLQQNGMPHSSSNHSMS 165
            KY +      E  R+  T+ E+  LN+KID+L++ +  ++ E A SP EECV+C  A+A MQ +PCGH+  CR CFV+ IQ AV+ R LPLRC+IC AKILR++   +    +   V  + GK   +P SVS YS+    +P S+S +S++
Sbjct:   27 KYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELATSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQAPRLVTSKSWQVSGSSGKAWGVPGSVSSYSVGARSVPASASLYSVT 177
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|827559301|ref|XP_012550680.1| (protein split ends [Bombyx mori])

HSP 1 Score: 122.479 bits (306), Expect = 1.077e-26
Identity = 63/151 (41.72%), Postives = 92/151 (60.93%), Query Frame = 0 
Query:   19 KYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKH-GGGQDHPVHNLGK---LPKSVSGYSLQQNGMPHSSSNHSMS 165
            KY +      E  R+  T+ E+  LN+KID+L++ +  ++ E A SP EECV+C  A+A MQ +PCGH+  CR CFV+ IQ AV+ R LPLRC+IC AKILR++   +           + GK   +P SVS YS+    +P S+S +S++
Sbjct:   29 KYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPEEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQTPRLVTSKSWQVSSSSGKSWGVPGSVSSYSVGARSVPASASLYSVT 179
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1228376380|ref|XP_021949497.1| (uncharacterized protein LOC110846968 [Folsomia candida] >gi|1215271795|gb|OXA58106.1| E3 ubiquitin-protein ligase ORTHRUS 1 [Folsomia candida])

HSP 1 Score: 121.709 bits (304), Expect = 1.242e-26
Identity = 64/157 (40.76%), Postives = 98/157 (62.42%), Query Frame = 0 
Query:   18 KKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVHNLGKLPKSVSGYSL--QQNGMPHSSSNHSMSSGVSSMS 172
            +KY + +    E+++++ T++E+ +LN KID+L+  +   + E AD+  +ECVVC  A+A MQ  PCGH+  CR CFV+ IQ AV  R LPLRC++C AKILR+K+               G LP S S Y++  Q   +P S+S +S+SS +S++S
Sbjct:    5 QKYTQYKAAQAEQQKRKVTEKELAQLNHKIDKLLSKLDEHESETADTQDDECVVCVNAKATMQTYPCGHRVVCRKCFVKTIQMAVAQRLLPLRCVVCRAKILRLKHAC------------TGPLPSSASQYTIGSQWYHVP-SASLYSVSSTMSAVS 148
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1069818695|ref|XP_018332497.1| (PREDICTED: uncharacterized protein LOC108741993 isoform X2 [Agrilus planipennis])

HSP 1 Score: 120.939 bits (302), Expect = 1.275e-26
Identity = 65/145 (44.83%), Postives = 85/145 (58.62%), Query Frame = 0 
Query:    6 FSILAPFLGRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVHNLGKLPKSVSGYSL 150
            F +LA        KY +      E  R++ T+ E++ LN+KID+L+  +   + E A SP EECV+C  A+A MQ APCGHQ  CR CFV+ IQ AV+ R LPLRC+IC AKILR+K           P+     LP S SGYS+
Sbjct:   14 FVVLALPGMYLVYKYNQYRRRKKENARRKLTERELQHLNNKIDKLLTKLEESEPELATSPEEECVICIHAKATMQTAPCGHQVVCRKCFVKTIQIAVSQRLLPLRCVICRAKILRLKTG---------PL-----LPMSASGYSM 144
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1069818690|ref|XP_018332494.1| (PREDICTED: uncharacterized protein LOC108741993 isoform X1 [Agrilus planipennis] >gi|1069818692|ref|XP_018332496.1| PREDICTED: uncharacterized protein LOC108741993 isoform X1 [Agrilus planipennis])

HSP 1 Score: 120.939 bits (302), Expect = 1.341e-26
Identity = 65/145 (44.83%), Postives = 85/145 (58.62%), Query Frame = 0 
Query:    6 FSILAPFLGRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKNNSKHGGGQDHPVHNLGKLPKSVSGYSL 150
            F +LA        KY +      E  R++ T+ E++ LN+KID+L+  +   + E A SP EECV+C  A+A MQ APCGHQ  CR CFV+ IQ AV+ R LPLRC+IC AKILR+K           P+     LP S SGYS+
Sbjct:   14 FVVLALPGMYLVYKYNQYRRRKKENARRKLTERELQHLNNKIDKLLTKLEESEPELATSPEEECVICIHAKATMQTAPCGHQVVCRKCFVKTIQIAVSQRLLPLRCVICRAKILRLKTG---------PL-----LPMSASGYSM 144
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1199389642|ref|XP_021189726.1| (arginine/serine-rich protein PNISR isoform X1 [Helicoverpa armigera])

HSP 1 Score: 122.094 bits (305), Expect = 1.447e-26
Identity = 68/175 (38.86%), Postives = 101/175 (57.71%), Query Frame = 0 
Query:    2 APGAFSILAPFL------GRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKN-----NSKHGGGQDHPVHNLGKLPKSVSGYSLQQNGMPHSSSNHSMS 165
            AP + +++ PF+           KY +      E  R+  T+ E+  LN+KID+L++ +  ++ E A SP EECV+C  A+A MQ +PCGH+  CR CFV+ IQ AV+ R LPLRC+IC AKILR++       SK          + G +P SVS YS+    +P S+S +S++
Sbjct:    5 APTSSNLMRPFVVLALPGMYLLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPDEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQAPRLVTSKSWQVSSGSAKSWG-VPGSVSSYSVGARSVPASASLYSVT 178
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Match: gi|1274115259|ref|XP_022822651.1| (chromatin assembly factor 1 subunit A-A [Spodoptera litura])

HSP 1 Score: 122.094 bits (305), Expect = 1.563e-26
Identity = 68/175 (38.86%), Postives = 101/175 (57.71%), Query Frame = 0 
Query:    2 APGAFSILAPFL------GRKSKKYEKLETDDPEKRRQEATQEEIKRLNSKIDRLVHSMSRDDIEKADSPAEECVVCCQARAVMQVAPCGHQCQCRLCFVQNIQDAVTNRNLPLRCLICNAKILRVKN-----NSKHGGGQDHPVHNLGKLPKSVSGYSLQQNGMPHSSSNHSMS 165
            AP + +++ PF+           KY +      E  R+  T+ E+  LN+KID+L++ +  ++ E A SP EECV+C  A+A MQ +PCGH+  CR CFV+ IQ AV+ R LPLRC+IC AKILR++       SK          + G +P SVS YS+    +P S+S +S++
Sbjct:    5 APTSSNLMRPFVVLALPGMYLLYKYNQYRQQQMETARRRVTERELMHLNTKIDKLLNKLEENEPELASSPDEECVICVNAKATMQTSPCGHRVVCRRCFVKTIQMAVSQRLLPLRCVICRAKILRLRQAPRLVTSKSWQVSSGSAKSWG-VPGSVSSYSVGARSVPASASLYSVT 178
The following BLAST results are available for this feature:
BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 1
Match NameE-valueIdentityDescription
EMLSAG000000009002.916e-3555.36supercontig:LSalAtl2s:LSalAtl2s1157:204108:231383:... [more]
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of PREDICTED: hypothetical protein LOC100642385 isoform 1 vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325264850|ref|XP_023335880.1|9.354e-6855.30uncharacterized protein LOC111707109 [Eurytemora a... [more]
gi|1228019522|ref|XP_021941746.1|3.453e-2941.92myotubularin-related protein DDB_G0290005 [Zooterm... [more]
gi|1229720932|ref|XP_022122949.1|1.319e-2741.06uncharacterized protein LOC110998556 isoform X3 [P... [more]
gi|913317417|ref|XP_013189694.1|6.572e-2742.38PREDICTED: ensconsin [Amyelois transitella][more]
gi|827559301|ref|XP_012550680.1|1.077e-2641.72protein split ends [Bombyx mori][more]
gi|1228376380|ref|XP_021949497.1|1.242e-2640.76uncharacterized protein LOC110846968 [Folsomia can... [more]
gi|1069818695|ref|XP_018332497.1|1.275e-2644.83PREDICTED: uncharacterized protein LOC108741993 is... [more]
gi|1069818690|ref|XP_018332494.1|1.341e-2644.83PREDICTED: uncharacterized protein LOC108741993 is... [more]
gi|1199389642|ref|XP_021189726.1|1.447e-2638.86arginine/serine-rich protein PNISR isoform X1 [Hel... [more]
gi|1274115259|ref|XP_022822651.1|1.563e-2638.86chromatin assembly factor 1 subunit A-A [Spodopter... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold320_size207635supercontigscaffold320_size207635:54088..82908 -
Analyses
This gene is derived from or has results from the following analyses
Analysis NameDate Performed
maker2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt2018-04-19
T. kingsejongensis proteins Blastp vs. NR2018-05-15
Properties
Property NameValue
Note-
Relationships

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

Feature NameUnique NameSpeciesType
maker-scaffold320_size207635-snap-gene-0.11-mRNA-1maker-scaffold320_size207635-snap-gene-0.11-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold320_size207635:54088..82908-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold320_size207635-snap-gene-0.11 ID=maker-scaffold320_size207635-snap-gene-0.11|Name=PREDICTED: hypothetical protein LOC100642385 isoform 1|organism=Tigriopus kingsejongensis|type=gene|length=28821bp|location=Sequence derived from alignment at scaffold320_size207635:54088..82908- (Tigriopus kingsejongensis)
ATGGCCCCAGGGGCATTCTCCATCCTGGCCCCGTTCCTGGGACGAAAGTC
CAAGAAGTATGAGAAGCTCGAAACGGACGATCCAGAGAAACGGAGACAAG
AAGCCACTCAGGAAGAGATCAAACGCCTCAACAGCAAAATCGTAAGCAAT
CGAGGACGTCTGATATTCGAAGCCCGCAACCTTAACCCTGGCTGTATTTT
AACCCCTTAGCCGCTTGTGCCTATCTAATCCTAGTGCCAGATCGATGCAG
TGGTACTCACTCCCAATTGCTTACCTGGAGCGACAAAGCTTCATTTGCAA
GCTCTGCTCGTCAAAGCTGTTTTCGCCTGTAGTTCTGGACTTCCTCAATA
TTGCTTGTTTTTTAGTGTGCAAGACTATTAAAGGAAGAAGGGATTTACTT
AGCCCAATGTAAACATTGATTACGACAGGGACAAACAACGGCCTTTGAAG
CATTGGTGGAACCCTGAAGGGTAAAATTGAGACCAGAAGTTGGGACTTTC
AGAGGTAACAACTGTCTTAAATGTTACATCAGGGCCACAAGGGATCTCCC
CCTCTCACACAAGAACTGAAAACACCTGTGAAATATAATCACGCTTAATG
CTTCTTGGCAATGGAGAACTTCGCCCCAATCAGCTCGTCGAGGTTCAGGC
TAACCATCCGAGGGTGTGCCTGCTTATTGTGTACTACTGTGATCCATTAC
TATGCATACTCAGTTCCTTTCCCGAGCTACAACTGGAATAGTTTATGGTA
GCGGTAGCTGAGAAGGATCCATTTTGGTCCCAACCAGTAATTGTCTGTTT
AGTGTCCAACTCTAGGGGGAAATCCTGTCAGAATCGTGTCTTGGCGTGGA
CATTGACGCCACTGTTCCCCATCTAAGATTGCGAAAGTTGGGACGGGGAT
CTAATTACAGAATTATATTGGGACAAGTGTCCAGAGAGCTGTCAAGAGGC
GTTTGCTACCAAAAAGGGATCGTGGAGGCGACTTGTTTTGACAGAGTCGA
GGGCAAATGTTCTCTGACAAAAATCCAACTGTTTATCATGCATTTTGAAA
AGACCAAGGACCTTGATGGCTTTGGAAGAGGGTCGAAATGTGGCCACGAC
GAACTTCAAAGCCTCTTGCGAAATTGATTGAAATTCTTCCCATGCTCGGG
GTCAAATCCACGTACCAGGCTCCTCCTGAATAGTCCAATCAGCTGTATTG
GCAAATCCAGCCTTTCTTGTATGGCAAGATGGGAAGAGGGCTTGAAAAGG
CCCAAGCAGGAAGGGACAAAGGGCCTGAAAAGACCACCACCTGAGCCACG
TCGAGTGCGAAGTTCATTCGGCGATTCCAACCTAATTGCCATCCCTGGAA
CCACATCACCTTTTTGGGCCAGATTTGGTTTTCTGCCTTCTTAGTTCCGA
CTTCTCACACCCTAATTAGGTCTCTCCTAGCGGTTAAGCCCTAATCAGGC
AAGGCAATCAACTTCAGACTCTAGAGAATCATCCCCTTTGAGATTAAAAA
AAAGGCTAAAATTAGAGATACTTTCCCAGCCAGCTACATTATGTGCCTGA
ATTTGCACTCGTATTAATTTGAACTCTTAATAGTATTTGGAGATAGTATC
TCGAGAGAATAATATACAGAGAGAGACGGCATCTTCCTTTTAGAAAAATC
GTGAAATCGTAGCGGAAAAAATTGCGGAACGAAAGCCCAACCTCGCCGAA
GCAAGATCGTTTCAGCCCCATCTAGCGGCAACAGATAACTTCTTGGTTGG
GTTTCACAAAATTGCCTTATAAAGAGGATAGGGTTCCCTCAAATGTGTTT
GCCACTATTTCGTGATCTGTAATGATTGGGAGTCTTGCTAGTTTGATGGC
CAGGTGTTTTCTGTCTGTTTTTACATATGCTCTTAGGGCAAGTCTCCTCA
GTTGGTTTTGACTGGTTAGAACAAACTGAGAGACTAGGTGGGTCAAGACT
CTCCGGTTCTAGGGTGGGAAATTTGAAACGTTTGTTCAAGTTCCTGAGCG
TTTTTGCTTACCTGGCTCAAAGACGGTTTCAGTGTAGAAAGAACATCAGC
ATCCAGGCATCCAATACGTAAATTTTCCTTGCCTTCATTCATCTGAGACA
TTTGACATCCCCAACTGACCTCACCCAGCCATTGCGAAAAGCCTCAACTC
TGCCAATGTTACACCATTAGTCGAGATGTACATACTTCTATCAGGAATGT
CTTACAGCGAGTGAGAAGAATGCCAAGCACTGTTTATTTACACTTACCGG
GCTGAAGAGCAGCACTCAAAGTATTAGAAGTGATGTTTCTTTTCGTTTGT
GTGATGAGTGTCTCTAAATTGGGAGTCGAATGGATCAACGTTAGGCCGTC
TTCTGACATCGGAAGATCGAGGATATGAAGGTCAAAACAGGAAAGCATTG
GAGAGCTTAGAAAGGCCGCAAGGATGAAGAATGCGGATGCATCAAGGATG
ACCTTGATTGTGTCCTATCGAGAATGATCCTGGAACCTTACCTGCATTTA
TGAGTCGTTTGCTCTCTCGGGTTTCCCGAACATCTAAGCAGCGTGTAAAA
AATGGACCAAGGCTGGAACAAGGTTGGCGGCCCCCTAACATCCTTGCTTC
CACCTTTGATTTGGATCTAGTCCCATTTGTTGGAACCTCGCTCATTCCCT
AGACCAGTTCCAATCTCAAATGTCGGACACCAAGCACCCACTTTTTGCCC
AAATGAAATGCGAGACAAGATCTATGACAGCCAACGGGTAAAAACCAAGG
TCGCCCCATCTTGGAACGATGGACCTTTCCGAAATGATGCCCACCATCAA
TTTTGGAACCGACGGGGGAAAGTGGAGGAACACTTTTCCCAATAACCACC
ATGATTGAAACTCTCCGTCAATCTCGGGGATTATCGGCAAAATGCGCCAA
TTACGTGACTCAAATCCCAACCAAATGTTGACATTGATGGATCTGGAAGA
TTTTCGACTCATGGGCCCTATTTTTCTTACTAACTATCACAACAAGACCG
TCATGCTGTGTGGGAAGACTTGGGGGAATCCACTCACATTAGACAAATCC
TGTCGAGTCACTTCGAAATGGTGTACTTGTTCTATTAGTGACTGATCTAC
AGTACCTCTGCTCCACTCTAGAGTTGGTCTCTAAGCTCTCTCACGGAGAT
CCCAGAGAAATCCTTGTAATGGCAGAGCTTGCGTTTTTCACAGGAGGACG
ATCACTGAAGCTCATTTTTGCTTGCCATTTACAAACATGTGAGCTCCTTA
GAAAGGAGCCTCATTTGACCAATAATATGAAGTATGAATTTCCCGAGAAG
ACCAACGACTTTCTCTCAGTTCAGGGCAGGGTGAACCCTATCATCACTGA
TCGGAGTCGTTCTTGGTCTGCTTGTGAACCACTATACATAGCCTCAATAA
GAAAGGCTAAATAAGGATGATGGTGTTCACCCATTTTTCAGGCCACTTTA
CACTGTAGAGTTCCTCCGTTTGGCAAGGTTTTATTTGCTTGTTGGAACTC
ATTGAGATATTTCACTTGTGTGTGTAATCGTTCATTTCATGGAATACTAG
AATCACCTGGAGGTCGCACAGAGCGAAAAATGTGTCCAAAAACGACCTTA
GGTGACCTGTAGATGCGCATGGCATTTCTACCAGTACTGTAGGGTTTAAG
AGTCCATCAACGAGTCAGTCTGTAACCCTACGGAACATGTAGAAATCTCA
TGAGCACCTGCCTCCTGTCAATTGATTATAAAAACGGCTTTTGAGCTGCC
TGAGCAGTCTTTGGACACATTTTTCGCTCTGTGCGACCTCCAGGTGATTT
TAGTACTCCATGTTCATTTCTACATGTTAAAATAGGTTGATGCCCAGGAG
TCAACACTTAGCCAACGAATGGCAGTCAGTAGTGTTAGAGCCATTTTTAA
GAAATATATACATTTCAGAACTAAACATCACACAATAAATGTCAACAAAT
CTTTACCTAACAATGGAAGCTAACAAAACTATTCCAAATACAAAAACTGT
ACACAAAACACAACAAATGTTTACAGACCAATATGAAACTCAACAAAAGG
TGCTTAAGAATAAAAATCGCCTACATCGCAAAAAATCGTACAAATCAAGT
ATCAACATCATTAAACAACAGAACTGGACGACATTGATCAAATAGGGGCC
GATCTTGATATTGACTTGGCCACGTTCGAAGCCATCCGCTTGGTACTGGC
TACTCGTAGGGCTGGGAACTTGTTCCACATGGCGATTCGTTGTTCACCAG
GGTGTTGGCTGCGAAGAGAAGGGAAGTGTGATGCCCCGAAATATGTTAAG
GCTAAATGTATTCAAGAAAATTCAGCAAAATCATTAGTTTGCGATACTTA
ATCGCAAAGATATTGTCATTTTGCTGGAACTTCTGTGCGTCCCTACCCCC
CGAGCCATCTATAATTGCACTTGGTTCAAAATAAGAATGAGCAAACTGTT
CGAACATTGTATCCACTGTTTGAACGCAATATCCACAAGACCAATGGGGA
TGAACTTAAAACAGGTTCTAAAATTATGCCATGACAGCAAACAATTCGAA
CCTGGCCCTGGCATCGACAAAGGTGTGTAATTTTGCGTATTCAATTTTGT
AAGCATGTATAACATGTCCAGGAATCAACACCAAGCAAACAAGGGCCAGT
CTAGTAGAGCAATTTATATTAAAAAAGTAAACAAAACTGAAAAGACATGG
TTAGTTCTTCCCCATTATATGACTGGTAAAAAGAATAGTAGAGAACCCAA
AGTAGCTGAGTTTTGCAGATCGTACACTTGAGTCCATGAAGTTAAGACAA
GGAAATTGGTAGCCAGCTGAAAGAATGTTAACAAGCTCTCTCTCAACTTC
ATTAAACTAGGCCTATAGGCTTAGCTCGGAAAAATCATGGGGAAGTTTGA
GACAGCCAGTTGAATAATGGAGGACACATTTCCATTAAGGGACATGGAGG
AGAGCCCAATGAATATCCGCAGGATATGAAAATGGTGGGGCATCGACTCG
CCATCAGCGGGGGTGCAACGAGGACTTTGGGATGGGAGAGAAAAATTGCC
CGAGTTATGAATTGCGGCCATAAATTTCGCTGTTGGCCTGAATGGATTAT
ATCCCGGTTTGGAGGGGGTCTGAGGATGCATAGAGTAGCTACAAATATGC
GAGGATCCCTGTGCCAAAAAACAGGCCTGAAATGATCCATTTATATGCAA
ATTGTTAGCGGTTCTTCCTCCTCGTTCAAATTGGACCACTCTTCCCCACA
GTTGGAGCAAGTCAACACGGACCATTCCTGTCCCGGCCAAGATTAACATG
GGACGTCTCCTTTTCCAGTTTACAGTTATCTTTATTGGAACAAGCGGATC
CCAGGAATATGTAATCCACCTGTCCCAATGTCCCCGTGTTCTTGGCTTCT
ATGTACAAATGGAAGCCAAACTCCAATCTCATGGACCACATTTGACTCTG
TATGCCAAATTGGAAGATACTTCCGAAAAGTCAAGTCCAACCTCATGTAT
CTTCTGGCCCCAATAGCCAATGGGGTTGACCGTTAGTGAGCAAACCTTGG
ACTTTATGTGGTAATAATTCAAGTTGGGGCAGATTAACTAGATCCTCATG
ACACACATTTGGCGTGGATCTACGTGAAATTGGAAGCGACGTTTCCAAAA
AATGGCCCAATACTGTTGGCGGGGGACAAACAGTATTCTTGAGACAGCAT
CTCAAGAAGTCAGGCAGCGTTGACTTGAAAGGAGTCTCTGTATTGGTACG
GAGGCCAGGACGGCTTCAAGGAGAGTATCCTCTGCTTTAGGTCAAGACTT
TGTAATGGTCCAAATTGTTCCAAGGTGTCCCATGATAAGGAGATACAACC
TTGCAGCTCCAGTCTCCATAAAGAGCTTTGGGAATTTGAAAACTACTGGG
AGCAAGTTTAATGGGACGGCTTAGAGAGCCTCGTATCGTTACATACCCAG
GAGTGGAGCAGAGGCTTAACTCGACAAGAAGATATGGCTTGTTCCAAATT
GGGAGTAATGGTAATGTCCCCGCCAGACAGAGCTCTATTTTTAGCCCAAC
TTCAATTTCCAGCCGTCCAGATTGGGGTACCTCCAATTTCTGAGCGCCTT
TTCGAGCTCGTTCCTCATCTTTGGCACTTGAGGAGAGCTCACTCGGGAAG
ATTGGCATCACCCAAGGACTAAGATGGGCCCCAATATTGGGAAATGTTGA
GTTTCGAGGGCAAACACAGCCATTCTAGCTCTAAAATCAGGGACCTCGCC
CACCGAAATGGGAAATTGACGACACCCAGAGACAGAAGAAAAGAAATACT
AGCTGAAACGATCTAGCTCATACCGGTAGTAGCTAGCTAACCTGAATTTC
ACACTCGAAGGACGTCTTTAGAAGGAAGCTGAAGGTCTCACTAGCTCTCT
TGGGTGATCACTGGTCAAGTCGAAACAGATCTGTTGATTACAGAGAGACA
AGGATTACTTTTTCCGGAGGTGAACAACAGACGGAGCTTATTTCTTGAAC
GAAAAAAAAATAAGGAGGAAAAGGACAGTTTTTGAGAACACTATTACGCA
ACCTTGCAACACTGGGGTTGACCATGACTTATACAGATGAGGGCACTCAA
TCGAAATTTCCATATGATGCCCTGATGTCGAAAGCACATGAGGAGAGATT
TCCTTAAGTGTTTGAGTTGAATACTTTAAGTAGTGTTCCAACCTTCGTTG
CCGTATTCTTGATTACCTCAGACAGTGTTCGGCCATGTTGTATAGTTACA
GTGGATCCAGCAGTACATATATGTTACGGATGTCCTCTCAAAAACTTTCT
TTTTTCTTACCTACATAGTTTAATAACGAACACAACTAAATGTATTTTTT
TTAAACAATATAGTGTCTCATTATTTTATTCTGTTTGTTACCGTTATGTT
TTCCATAGATTATTTTATAAAATGGCCTAACACTTCTGATTTGCACTTGT
TTGCCAAGTGTTGACTTCCGGCATAAACCTCTTTTTAAACGTATAAAATT
AAACTTTATTACATACATAATATCCAACAATTGAAATTCAGCTAGATTGC
TGTATCTGTTCCAATTGAAATCATTGTAATGTAAAGCTTGGGGTTTGCTC
ATTAAAGGGGGTATTCATAAGGTGGTATAAGGTATTCATAAGGGGGTATT
CTTAAAGAGGGAGAAGGGGGTATTCGTCCATGATAGAAGACCACATGCCT
GATATTTTGGTTGATTACATCAAAAATAAACACATGCAAGTCGAGCATTG
AAAGCATCAAATGTTCGGCAATGGCATTATTGGAAGACTCATTTATAAAA
AAATCTATTTGAGGTTAAGCTCCGCAAGAATCCGGCCATTTTATCGAAAA
TGCTAGAGGATTAAAGAAAAATGAGCGAAAATTATGAATCGAAATGGGAA
TCAGTATAGTATTAATGCCTTCCAAGAGGTCTCTTCTCGTTTCCTCCCAC
ATTACCTTTATCCGATTACTGCAGTCTGCCAAGGGATCCAAATCTACTTT
TTCTTCGCCCTTTTTCTTGGGAATTTGAAAATTCAACCCATTTTGATCAA
AGCCAACACAACAAATCTTTCCAGCCACAATCTGAGCCTTAGTTATGGCG
ATTCATCCTTGAAATTGGACCCGAGCAAGACCAAATTTTGGATTGAGACC
CCGAATGGCCAAGTCCTTTCTCATTTGCAGTTTCTTGACGTTTGAGAGAC
CCGATTTCCAGACAAAAACAAATCCCTCTTCAGTGTTCAATGTAGCATGT
TGCGTTCCAATGCGCTATTTGGCCTAGCTCTCTGGGCCTTTAGTCGCCCA
TCTTGCTTCTGTGACAGGGAACAATTGAAGATAACGATCATGTCGTGACG
AATATCAATCAAATTAAGTTTCTTTGGCTCTGTCAAACTTCTTGCTGCTC
GGGCAGGGATTGCATGGCGGACGAAGTAACAATTATTAACTCCAATGAGA
TTGTTCATAGACTGCAAGACCCTACAAACCTTGCATCCAACGCTTCTCAA
TGCAACAGGGTCCAAATGGAGATTTTGGCCTTGCATTGCCTCAAGTTCCT
GTCCGATTGCATTCATGGGGCTGGGAAGTGCTACAGAAATGAGCACCAAA
TTAATGGGAATGCCCATTGAGAGCTCATAAACTGGGTGTTTTGGACTCTG
CAAGCACCAAAAAAGAGCCACTTGATGAAAAGGTGTCTAAAGCTCTAGAT
ACACAGTAGCGTGTGCTCCGAGGCACTTCATTATCAGATGGATGGAAACG
CATACATATTTACCAATTTGGATGTTTCAGCACGCAGCCCCAAATCGAAC
ACGCCCTTGTTGACACCCCAATATCAGCTGCCTCTCTCAGCCAGGGTGCC
CAGAAGGCACGGCTTGGTAGACAAACAAGTGTTTGCATCACCAGGTATTT
TCGCTGAAATTCCATTTATTATGGTCCAAGTCTAGGTCCCTGTTGTACTC
CTTGGCAGTGTTTATGTCCAGGCTTTTTATATTTCCTACATTGCTCCCAA
ATTGCGTTCGCTCAAACGTGTAATTTTGCAAGTAATAAGGAATTCTCAGG
AGTATCGAAATTTGTTTTCCTGGTAGAACTCTTCCTTCCCCGTAACTCCT
CGGAGTGAGTTTGGTGCAATGTGTAACACATAGTTTGGCCACAAATTTCC
TCCTCGTGTCATGCCTTGTTATCGTTTCCCAATTATGCTCCAAGGGATCC
AAAGCGATCAAATCTGGTTTTAGCATGTTCCCCCACCACCCACTTATCTG
ATTATCTCAAGGAGATTGTAATCAGGAGAAAGATTGAGGTTAGACCTGTG
CTCAGGATAAATCAGGTCCTATCCAGCCTCGCTGGGAGTGGCATAGAGTA
AAGAAAGCAATTACGTTGGATCCGTCCCTAAAGGGCCATTCGGAGGCTCC
ATGATTGCGTGTTTGAGGTCATGAATTTCCCCGCCTATAACGCTTTAAGA
CAATTGCCTGGCATGACGACTGGCGATGGGTATCCAAGTGGTCCTGAAAC
CAGCTGATAATGAGGATGGAACATGACCCTCTGATAACGCGTTGACCGAA
CTACACAGCCGGTAAAACCTAATCCGGAATGGTTGCCTATGGAAGCCAAC
CATGTCCAGAGTGGACCGGCAACCGTCCACATTTATTATTTAGGCACTTT
TGTCCTGACAGATGGAGCGTGAAGGCCGCCACGAGATCTAATCCGTGGCC
TTCATTTCCAATTCTAATATGGATAAGCTGCGAGGAGACCGCAGAGCCTC
GGCCTCCTCTCTCTTTCGCCTGTGGATGCTTTGTTTCAGCGCACAGCGAT
GAATAATTCATCCCGGGATTTGGACATTGCTTCTCTTGTAGTCGTTATGA
ACACGACCTCGGCCTTTATGGCACAACCTTGGCACATTCAAGCAGATTTG
GACCATAAAGGACACCAATGCGTGCCATTCCAGTACATCGCTACCCTCAG
TTCGGAGCAACTCTACGGCTAAGTTTGTGACAATCTCTCTCAAGATGGGT
GCCTAGCTTTCATTGCATTCAGACCCCTAGGGACTTAATATTTCTCGAAA
TGTACCCTGATCCTCTTCCAAGTCGGTTCAACCTGCAGTTAGTTTCATTG
GGTGCAGCACACATGCACCTCTGAAATATACTGGTCCAACAAGTATACCG
TCGACGATGCATTCTCTATTCTAGTTGAAAGGTGGAATTTGGTTAAAGGC
GCAAAGACCCTTAAAGACTATCCAAGGTATTCTAAGTAGACATGGTAGAA
TGGCGCACCGCAAGATGGTTTGGAGCTGATTCAGTATATCATAGAGGCAA
CGCTCCCGGTCTTGTGTAGCCAACACAGCAAGAACTAAGTTCGAAAGTGA
CACCTCTAGAGTAGAGTTGAGATCTACAGAACGGCCTGAATCTGGCAATT
TCCACCATTCTGCCAGGCATTGAGAGATTACCATGGTCTGGTCCGGTTCG
GATTGGAATCATTGCCAAACGGGACAGATTTTTCGCAAAGACTTGAAATC
GAACTTGCAACCTATTGAACCCTTGGGGGGGGTCGTTGTCAAGACTTCTT
GGGATGTGAACCAAAAAGGTGACTAGAAAAGGAGATGAGAGAGTCTCTCT
AGACCCTGACAGAGAGTCAGCATGCATTAATAATTCAGAATCATGAAGTT
TGGTGAGGCATTTGCATGAGCTAAAGTTTAAGGTTGTTACAGCCCTTTTG
TTTCAGCTCCGGCTTAGCCACTAATTCCACTTCCACGTCAAAGGTACATC
AGAGATGTTTAGTCCAGAGACGACATGAGAGGTTGTATTCTAGGAATGTC
ATCATAAGCAGATGGTCTAAATTTATCCTTTAGGTTCACCCTCAATTAGA
GATGGGACTTTCAAAGCTTTGAAGAGTTTAATATTTGATCCTCGCGGAAA
GTCGCGAGTCAAGCCTTTAGGGCTAAAAAATATGTCCCCTTTTGTTTAAC
AAAGCGACTTTTCATTGAAATATCGTGGCCTCTTTGCAAAGAGTGAATCT
TGCTCTCTATGATCTCTCTGTAAGAAATGTAGCCACTTCAGTAAAAAAAC
AAGAGCCCTTATGTTTCGATGTAGAAAAATAATAAACTGAAACGGTGAGC
ACTATCAGACCTCACACTCTATCCCTCTTTCTGTGAACACATTACAATAT
TGACATTTTACTGTTTTGATAACTGCCACCAACTGCCTAAAAATACAAGA
GGGCACAAAAATGTCATCAGTCAAAAGATGAAATTTCCTAAGAAATTGAA
AGGAAATTGAAAAATGCCACATTCTTGTTTCGAAACATGCCAAAACTGCC
AATTTGGCATTAGGACAGAAAAAAATGTTGAAACAAAACAGGATTGAAAA
GTAAGTAAAAAACAACCTCTGTCCGGAGTCTCTAGGGATGAAGTATTTGA
TTATATTTGTGAGAAGTGCTGGCAAAAATATCTAATTACTTCTTGGTGTT
GATCCTAATCTTTTGGACAACGGTTGTGAGAACCAATTATCAATTCTTCC
TTTTCATCATTCAAAAAACCATGTTTTAAGAGTAAAAACCTGCCTCATCA
TTTGTTTCCTATCCGTCTTACCTCTCAACTCCAGACCTCAACTCCTAACT
TTCATCAGGGTGGTTCCCTATTTTGTATGCTATAGTATGGCCTCAAAAGC
TGGCTCTGAACGTCTGTAGTTATCTCTGGGGTTGGCAATCGTATTGTAAG
CCCATATGGTTCCACTCTCTGGATCTTTTTCCAATGTTCCCAGATGCCAA
CTCGGTTCGTCCATCATGAGAAGATTGCGTGATATTTTGGTCCCGGCAGC
GGGTGAAGGTTATTGGGAGCAAATTCTATGAGTGGAAACAGTAAATGAAA
AGACGTCAGAACCCTCATCGGAAAAAGAGAACTTAGCAGTGTAATCCATT
ACTGCGCTGTTTCACTTGGGAACTTTCCTACTATTGAAGTTTTGCGGCTA
TTTCATTTTAGAAAATTTCCCTCGGGGATGTGTCGGAAACTTTATCCGGC
TCTTCCTTCATCCCAATGCTGTCTTTATTGTAATGATACGCTCACATATC
TGATGTAGGGATCCTCTGGCTTTATAAAACAATGAATGGGTGGCACCTCC
CCAAAGAGGACTCTAGTCTTAACAGTGGGCAGTCCAAGGTCAAGTGGCGA
ATATAGGATAAGACGGGAATTTATTTTTGTATGTAAAATAATGGTCAAAA
AATATAAATCATGTGTGACCACATGAAACTAAATAAACTTTTAAGCTCCT
AATCGATGGCCTGGTCATGGCTTTGTTTAGGGATCAGTAACAATGAAGAT
ATATCCCACAACACGATTTTATTTGAGCTGGAGGAAGACATCTGAACAAA
CACGACAACGTGATTTTTACTTTTCGTTTTAAGGTTTTTTTAATCTTCAA
TGCAAGCGAGACGCAGTTTTGGCCAATACATAACAACACGTTAGAACGCA
AAAGATACATTTTTTAAAATATCTGCGAAAACAGCGCCTTTTAGTGAAAC
ATTTTTTGTGTTGAGAGATGTAAGTGAGCGCTTTTTCCGTCCATTTTTCG
ATGGCTAAAATGAGTAATTGCCTCCAATATGTGGTATTTTTTTATCCCTA
GTTATAATGAGATACCCCAAAGCCATCACAGCTCAGTGTCAGCAAGCCTT
GCGTTGGTGCGGAGTACCTGGGGTTCACATCCCGGCCTACCTAACTCAAA
TAGAGTTCAGTCACAGCTGCTTACCTTGCGGGATTAAACTTAAAATATAT
CAAAACACTGCCCTAAAAATTGTTTGTTTCACATTTGTTCTCGATATGCT
GAACAACGTTGGGCCACGAGGTCTTTTTGCTCCATGGTATCGGCTCATGA
TATTTGTCCCTCTTTGGTTCTTTTTGGGCATGTTTACCGCTTACATTACT
TTTACGTAGTACTTTTGATTCACGGCGTGATTTTTTGTTATGCAATGGAT
TCATCTTTCAATTGGGCCTATTGGCCCGTTAGTGTCTGCTAACTTAACAG
GCGCCCTTACTCTTACATCCCTTTTTGCCTCATTTCGCTAGGACAATGCT
GATCAGCATTGTATACTTGGGGCTGTAGTGCTAGTGTAATTAAAAAAGAC
GTAAGTTTTTTTACCATCTCGACCAATAAAAGCATTCTCCCTCAGACGCT
AAGTGTGCATTTGTGGTTTCTACGTTGTGAAGATATTTTTGTCTTTAAAG
ACCTTGTCCATAGTATAAAGAGCTCACTTCTAAGTGTGCAGTGGTTCCAA
TTTTTTGAACCCGAGGTCTGGTTTCGGCATGGAAGGCTCTTTGAGCGATG
TCTGCCATCTGGTGGGAAGCCGAGGCTTTCATGAAGTGCAAGTGTTAAAT
GTCGTTCTCCTCCCACTCTTTTCATTTTCTACGGTCTCATTGTGATGGCA
AATCGTCCCTTCACATACCATGTTCCATGCACATGTAGATTTTGCTCAAA
ATCTCTACACAAAAGCGTATTCGTAATGCTGAGGGAGGTCTGCTGTCAAT
TATTCATCACAAGACAGGCCCAGGCCGTAGCAAAGAAGAGCCAATGGCAC
ACTCTCGAGCGAGCGAGTCTTCTTCCATGTTCCATTGCCCCTTTTTGCCT
CCCAAATGATCCAGAGATGCCCACAGAGAAATGACATCCAACCGAGAAGG
CTAACCCACCCTGGACAACTGGAATATTTATGGACGTATATAGACTCCCG
CTGTATCGAGGTTTCAGGCGAGATTAGGACGCAGGCTTGCCGGACCCCGA
CGCAAAGAGCCAGGATAGGAAAGGGCTAAACAGGACGGTATCTCGCCTCG
AAGAGCTCCAAAGAAGGCAACCCTGCGCCTCAAATTCAATCACAGAGTAT
TTACTAGAGTGAGTTATTCTCCTGAGGTTAAGGCGACAGTTGTACAACTG
AGGGTGTAACATCATGGATGCACAGCCAAGACTCATACGATGGGAGCTAC
CTCGCCAATCCCAACAAAACTCCGCCACAGGGTAGCATCAAGGTGACCTG
CTTAGCGAGCTAGTTCCAAGGGTGGCGATGAGTGAAAGTCGATGGTCCTG
CGTTTTTTAATTGATGTGAGCCTGGTCACCTCAATGCTACCCCATGGTCT
TGTAGGGGTCTACCCAGCGTACGAGCCTTTGTGAGCATCCGTGTCAGTAC
AACTGTTCCTCATTCAAGGTAAACTAGCTCAGTATAATACCTTCGGTACT
ATGATGTCTGTGAATTCAACAGAGGCTTTTGCCGATTCAAATTTAGCGGG
GAACCAGTATTTGAAAATTAGCTGACTGGTGTATGATGCTTTAAGTCTTG
ACGGGGCATAGCAAGGAGGTTATAAATATGGAGTGAGCGTGCCTGGGAAA
GTGGCTGAAAGGTAGATCCAGTCTACTGATCTACTGTAAATACAAAAAAC
GGTGCGCCTTGGCCTGGTCTTTTGATTGGCCTGCACGGCGCGCCCGATAA
ATTGGACAGGCAAAGACTTTTTGCATTTAGATCAGCAGCCGTGTTGTCGG
TCCTTTTTGCCAAGTTACTTGCTCTAGTTATATTACCTCAATGGAGAAAA
GTTATCGGAATATCGCCATTAATACCAACCAGAAAAAAAATACCAAATCA
CAAAAAGTTTGTCGAGATTTGTAAACCGAATTACTGTACCTAATTGGAAA
TGAATGGCACAAACATACTGTCAAACATTCAAATCGCTGTTTTCAAACTT
TAGCCTTGATTTTGAAAGAAACTGCCCTAACCATTGCATGAAGGCTGAAA
CAAAATACAAGTGCATTTTCGAGGAGGCGTAAGTCAAAAAAGCACTGCAG
GTGATTTTTTTAATAAATGAACCTGGAATGCATTGAAATATGTGTGTATT
TCTTGAGGTCAAATCAAGCAATCATATGTACAGATCTCGTTTTTTTAGCA
AGTCAGACAGTGTTTTAACAAGTCACCAATAGAGGTCCTGGGTCAGAGTG
AGCTCAGGTATGGGTCAGTCAAGTGGCAACTAAAATGAAGGGCCATTGCT
ACAGGGCCGAGCTGGGAGGATTGGGGGGATTGACAGCTCGGCTTCAGGAT
GTTAATTTGCATCTGCTAGGGCGAGAGAACATTTTCAGGGAAAGACATCA
CGAGAGGCGCCTTTCAACAGTCACCCAGCCGACCTCAGCCACTTCGGCAA
ACAAAGGCGGCCCAAATTTTGTGCTTGGTTCCCATCAGGCGGAAAAGTCA
ACATTGCCAACAGTGTTCAACCTTCTTTGCTTGCTCTAAAGCGGACTTGT
TTGGGGGCGGGGTCTATGAACACAGCCGTATTGTAATCGACTGGGAAGCA
AACAAGATGATTTTCCTCGAGAGGCGTGTAGATCTACTCATGAAGTGCTC
AAAACAAGAGGCTGCCGTTCGATTTTTTTCTACATTTCATTGAAGAGAGG
CCACGCGATTTGGTCCATCAACCAGTCAGAGAATCACTTGTTTGCAGGCA
CTCCTACACATTTGAGGGGAATTGCATAAAAAAATTCGGAATCCTAAATG
GGTCTTATTGGGAACCAATATGGGAATTGGTTCAAATCTTCAAATGTAAA
GGGTGGCATATTATTTACGTTAAATTGTGCTCTTTTTTCGATCTTTGTTG
CGTTGTGCCTAGAAATATTTTACCTGAATACTAGTAATATGACAATCAAG
GATGAAATAATTTCCCCAAATGTGCTCTGCCTGAAATATGTTTGACAGTC
GACGCAGGTTTATTAATCACATAATAGTGATGTAAACCGAAATCAAACCC
TAAAGAGTTCAAAAATTACGTTTGTATTTGAAATAGATTTCTGAAGAACC
GAAATTTCGTCAACGTGACTAAGTTTTGACAAAACATCTGAATTTGCGAC
ACAAGGTTCACATTTTCGTCCATTTTGGATGAACACTACCATAAATTAAC
ATGGAAGTAACGCCTTTCTCAATATTGGGTTATTTCTCATCTCCCAACGG
ATATTTCGGTTTACACTGAAATCCGAAAAGATAATTTGATGAATGGATAG
CCTACATCATGATTGTTTTTACAGGACGCAGAGGCTAGTTTCCGTTGCAA
GAAGGAGTTGGAAGTGCAGTTGGGAGAATCAATACATCGACATCTGTCAT
GAATGAAGGTGGCTTTGATCACCTTCTTCGTCCCAGGATTGTGTAGTAGT
TCTTCCAAGCCGAGAGCCCTTTTGAAGGTGCAGATTTGCTGCACATATTT
GAATAGAGATGTCGGAACAAAGGCCGAGAGGCAGCCCAGTGGTTCCATTT
TGAATGGCAAGGCAACGCCGACCAAGGCTCCTTTATGACAACATGGCATT
GAGGAAACAGAGGAAGAAATGTGTTTGGGACAAGAAATCTATTTTTGGAG
ACCTTGTAAGGCCGACAGAAAGAGAGAAGCAGAGTAGATGGATGGAGTAG
CAGTACAGGGGCAGTTGCTCCATGTTTTTTTTGTAGGGGGAAATAAATGA
CTTGGGATTTCTTCCCAGTTGGTCCAACTAGAAGGGATCTTATTGGTTCC
ATTGTCGTAATTGAAGTGGATTGGATGGGCATGTTTGACAGAACCATAAG
TAAGACCATCCCCATATGGGACCAGCATGTCAAGTGACCCAGAATGTCTC
CAGAAAGTGTAAAATTCCTTCGGCGCTCAGGGATCCCAAAATCCACAATG
TTCCACGTTGCTTCGCCAGCGTGGATCCCAGTCAGCCTTGGTTGGGTTTG
TTGGTCTTTCAGTCTTAGAAACCCCATTTATCAGGCCTTTGAGCAATTTG
ATTGCACTTGATAACGTGTTTGTGACTCCCACGGGGTGTCTCAAAGTCTC
AATCAACCAAGATCCTCGAGCGAAAGTGAAGAAAAATCGGAATAGAACCT
AGCCTTTTTTAACTTATTGTACGAGGCAAAGCATTTTCATCACTATTTTG
GGGATGAGGTCAAATAACCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCG
CTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGC
CGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCT
GCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGC
CTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTA
GCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTC
TAGCCTGCCGCTCTAGCCTGCCGCTCTAGCCTGCCGCTCTGTCCATAAGT
AAAGTCCAAAACCATGGTCCAAAAAATTTGTGAGGACGAAAACCTAACCT
CGCTGCAACAGTTTTGTTTCAGCTCCATCGAGCGTTTAACCCCTTTGCGC
TTCAGATTCTTACTAATTGCCGGATGTCACCCCTCTATTGGGCTTATAAG
GGAATAGGGGTCACAAAAGGTTCGTCTCGTTCGTCTCGTCTGTAGCTTCT
CTAATATGTAATTAATGGCCGTAGGATTGGATGGTGGGAAGTGGATTTAG
CAACCCTGATTGGGCCTCCTTGAAAGACATCTGCAGTCTCCGGGGATAAA
AGGGCAAAGGCTGGCACGGGGCTTGATCTTGGAACGAGCAGTCTCGAGCT
TTCAGCGACCTCGTCATCCCCAACTGGCTGTGACAGAACAATGCCAGCCT
CAATAAAATCCGGGAAAGGCTGTTCCACGGGTCCACATCCAGTGCATATG
ATGTGGAACAAATATGGGAAATCTAGGGAGGCAAATGGAATGTGCCTATC
TACCGGATGGAAGGTTCACCGACGGTGGGAACGTGGGAAACGGGCGGAGC
ACACGCGGCTGTGGACCACGTTCCAATGGACCGTTTTCACCTTTCCCATT
TCGTTGAGGAGATACCACCTTGGTAGAGCTTTATGGCCCAACCTCTCACT
TATATGATGATAAAAGGGCCATTAGTCTCTGTTTGCGGTGGGAAAGTGGT
GGAACCAGTCCTGGCTTGACTCCAGCCAATTTGGAACACACCCATGGTGA
AGTGGAACAAACATCCCTGAAATCCTGTATTTAAGCCTTTTTCCATATCT
AGGGGGCAAAGACATCCTCCGGATGGACCGGTTCAATGAATAGCCCCAAG
GGATAATGGTCCTTGTCGAGGATGAGAGCTCCGTGGACCATTATTAGCAA
GCAAACAACCTAGCTGGGACAACCAAATGTCGTCATTAGTTTAGGGACCA
AAGACCCAAGATTTACCACAACCACACATTATTCGTTATAGCGCATCGAG
TCGCATATGATTTGGTGCCACCATTTAGGCTAAACTCAAACATACCATAG
ATTTGTGATTTGACTAGGTCAGACAGTTTGTACGAGGTTAGGGATACGAC
GGATCTTGTTATCGTTGGTATTGGTGTCAGTGCCCTCAGTGATCCTTTGG
CACCATCTGGAGAGAAGAATGGAGATGAATGGGGAATTTATCAATTAATT
GTTCACAACACTCATCACCGCCTCTCATCCCCTCCATTCGGTGGCCATTA
GAAAATGGGTCTGGGTACAAGCTAATTAGCATTTGGCCTCGAGGACAAAG
GAAGTTGGAATTAATTGGGCTCTCCTGGCTACTTTGCCCTCAAACCATTG
CTTTCTCCGTCTTTGAGAGTGCCCTTTTGAGAACTAACCAATGGAACACC
AATGTAGTAGCTCCCATCAAAGGAAACTTAATGGAGATGGGGTTACCTTT
GGAAGGAGGCTGAAAGGAGCGGCCTCCAATTCATTCACCCGAGGTCATGC
GGGGTTTTAATCAGAAGTTTTCCTATAAAAGGCTCCATTCAACTTTATGA
CACGAAAGAACATCATAACCCAGACCATAAAACATTTTGCCACTTTCAAG
ACTCTGGCATACTTGCTCACACTCTCTGTATCACAAGGTGTTCCAAGTCC
ATCTACTACATTTACGTACAGGGAGGTAGGTTACACATGTAGGTCATGCA
TGGCTGATTGCTGTTGTCAGAATGACCAATTTTGAACAACTCTCAACATA
TTTTAGATACATTTGGCAACCAGAGTGTAAAACTGGCAGCCCTGGCTTTA
TGATTTTTGCCGATAAGTCAAGGCGGGAAATTCAAAAAAAAATCTTTGGC
TAAACCACGGAACCCTGCACAACTGGACGTATTACTCACGATTGTACATT
GCCAAACTTAGGGCCAAACTCAAAAGTGACCAAATTTTCAAAGTGGAAAT
CCAGCATTAAAAAGCTGGAGCTGGTCGAAGGTTCCAATAACGAAAACGGA
TGTCAGATAATATTGCTGACTTTGAGCACTTTGAAAAGCTCTCAGCGATG
GTAGGCTGGCCATGGTCATACTATTAATGCTGCATTAGTCGTGATTATCT
ACTTTTGCAACAAATTTTGTGCTGAATGCATCTGTATTTCCGATTTGAAA
ATCTGGTTTCTTTTGACGTTGGTCCTAAGTTTGGCAAGCGTAATTATTCC
ATGTGTATTGGGTTCCATGGCTAATGCAGGGAACGCTGAATAAATTCTAA
TGTTCACGAAGCCTGTTTAATTCCTAGTTTAGGCGCGGGAAGGCTAAACT
AAGAGTAAAAAAAGCTGCGTGAACATTCCAATGAATCTAGCATTCCTTGC
TCAAGCTAACATTTTTAAAAAAAATTATTGGCAAGTTATAGCATGTAGGT
CTTCACCATTTCACCACGATGTGTACTGTATGTAACGGTTAGGGGATGTG
TTTCTAAACAATAAAAAAGACAACATTATAGACAATGATGTATATGAGCT
GGTCCTCCCTCCCTAGTTAATCCAATACCTATGTGGCAACAATTCCGTGG
CCAAGACAGAAATTGTTACGAGCACTCTAATACGTAGTCCTTTGCAAGCG
TAACACCATTAATGAGACGCCCTGAAGTAGTGGAAAACCGTAAGTGGTGG
AAATCTTCAAATCTGAGTTCGCACGACGACTTTTGCGTTTTGATGAGAAC
AAGATCTGAAGGGAAAGCAAAAAAACAACAAAGCCATCCTAGTGCTGGAG
CTAAATATTTCATAGGGTCGTTGTCTGCGCTGGCAGAGCAAATATAGGCC
TGAATGCCACATCACTTTTTGCTCTACTTCTTTTGTCTCATCTCCTCCAG
AGCATTTCTTTTCTCCCTCGAATGTGGGTTTGCAAATTGGACAAGAAACT
AATTCCGGGTCTGTCCCCCTCAATCTTCGTTTTCCACTTAGTTAATTCCC
ACATTCAGACAGCTTACATTTTTAACGACTACATAGTCAAAGCAATGGTT
TGACACCGATTTCAACGCTTTAGTGAGCTTAAATTTTGCTATAACAACTA
ATTCAGATAATAAGGGAAATATGCATTAGTATGAGGTATGTGATATCAAT
TGATGTTTTCCAGGCAAGGACCAAGGCTTTGACGCCTTAACAACGATTCG
AAGAAAATCGATTATCTCCCAAAAGTATCGCTCTGAAATAATCGATTACC
ACGAAAAAGTTTTTGTAAAAATAATAATCAGTTTACTTATAATTAGCTTT
CAAAATGCCTCCTAAACGTTCGAAAACGGGGGAAACTAGGCCAAGAACAA
CTATTTTGGTGCAAACTTTTGTTCAATTTCACAATAGTTTTTAAATCAGT
TCAACGGCTGAGAAATGGAGCACTTCCTTGCTTTACCTGGACTAGCTGAG
GAACAATATTGTCGATTATGTATGCTGTGTTAAGCCAGTGCAGCAAGGAT
TTCGATGTTGAATGTCTGTAATCCTCGCACTATATTTATAGATTGGGATG
GAGCCCATGAATATTCCGGCCATTCCGTCTAGAAAGTCAGCGTTTAAGAA
GGTCAGAGCTCCGTTGGGAGCAGCCTCAAAATTGACCAACTTTGATCCAT
TTCCAAGTTGGATGAACATTTTCCCTCCCAGGAAACTTGGCAGAAACATC
CCCAGAATTTCCAGAAAGAAACTTTTTTGTCATTTTGTCACCAACCTGAG
AGAAAACAAGAGGGTTTCTCAATTTGACCTGGAAACAAAGGCTTGGAGCC
GCTCAACGGTGCTTCTATTGGAAATTTGGCTATATCCCTGATTTTTTCCC
AGGAGCCAAATGGAAGGCTTTGCATCCCGATAGTCTCATCGGTCTTTTTA
AGGCCCAAGAGGGTTACAGCCATAAAGAGGATCCTGTCTGGGGATGTTTC
CATCGCCTTGGTTCCTATATCGGACCCAATTCAATTTACATATCCGATCC
TCGCTCCCCTCTAGAATGTCTGATGGCATCCTTGATCGGAATTATTTCTC
GCCCAATGCAAACCCGATTTACTCATGTCTGGTTGTTATTTTTCACTTTT
CAGGATCGTTTGGTTCATTCCATGTCCAGAGATGATATCGAAAAAGCCGA
CTCTCCCGCGGAAGAGGTAATAAATCATCTGGAGCCCGATGTTTTTGCTC
ATTCTTTTAAGGCCCATGAGAGTGTCCATTTCATAGTGGTGCTATCTTTT
ACATCCTCTTGCCTCTCGTCAGCATTATGAAGCCCCCATACCTTTGGATG
GCGATGTTTATAGGGTGGTGTTGGTAAACTGAAAGACTATAACAACTTTT
TCAAATATAGGAAGTTGTCCAGTTTTTGGAGGAAGAAAAGGCGTATTCTT
CGACAATTGCTCTCGCAACCTCTCCAAATTTCCGTGTCGTTAGAGAGAAA
TACGCGCTATGCAGGTCTATGTACACAAGTACTGATCTGCACTCAGTTCT
TAAGGGATGGCCAGGGACAATTCTTAAGGGATGGCCATATCAATCGCTAA
AAGGCTGCTTGAAGCAAAACATCGTCAGGGGCACCAAAACAGGGGAATTA
CTGGATGCTTCCTCTCTGTGGTCTCTAAAATGGTCTTACCCGGACCGGAC
CCCAGATAATTTGTATTCTATGTTTTTCGCAAGTTTTTGTAATCAGGCTC
GCAACCCAGAAAGCTGCCATCTGTGCTGTACTGTAAGCCAGAGAAAAACT
GCTGTAAGCTGTAAAACTGCTGTAAGCAAAATAAAAAAAAGTGAGTGGCC
TTTTTCCCGCTATTTTGCGCTCTCTATCCTTTCGGTTCCCAAAAAGTGTC
GCTTCAAATATCTAAAAGGTGTTTCTCCGGGTGAACAATGATCACTAGAA
GAGGAGTTGGGTAAAAATTGGACTCATTTAACAGCCCAAATTGTTTTATT
GGGCAGAGTAGGTGTTGCACTCTAGGTCATGGAGCATTATATTCACCTGA
AGGTTGCACAGATCGAAAAATGTGCCCAAATACGTCCTGGTTCAGGAAGC
TCGAAAGCCGTTAATGTACTCAATTGACGGGCCGGAGTTGCGTGGACATT
TCACCAAGTACCGTAGAGTTTCATTGTGACTAGTTGATTGACTCATAAAC
CATATGGAACTTGCTGAATTGTCTTGGGGACCTCACTCCCGTCAATTATT
TCCAATAATGGCTTTCGAGCTTCCTGGACCTTCGTCTTCCGACTCTTTTT
TCGTTCCGTGCGACCTCCAGGTGATTATAGGACTCCATGTCTAGGGTCCA
TGTACAGGACTCTTGGCCAGCTCAAATAGGCCTTGGATAACTTAATGATG
GAAATCTGATTTCGCCCACCTGAATCACACTGTTTGGCTTTTACATATGT
GGGGTTGGGGATTGAATGGTGAAGTGGTCAGCGAAGAAATCTGCCGTGCT
GAAAGGCCGCAGATCGATTCCCGGGCCCGGCGTTGAAAGAAATTTTCGCC
ACTCCAGACTTTCTTCTACTGAGGGGAGTGAATGACGACTCCCTGTAACC
TTAGTCGTTCAAGGTCTGGAAAAACAGGTGCGGCCACATCTTGAGGAAAA
GGTCCCTTCTGGTTCCCCACAAATTAAAATAGTGGTTGGAGCTGGATTGT
ACGAGGCTGCACGGCGACTAGCTAAATTAGCTAATAACATCAGTGGGCCC
TGTGTTCACCAGGGGGGAACACGAAACCTCCGGAAGGTGTGATTACACAC
ACATGAGCTTGTATTCTGAGGGGAATCTTATTTTTGATTGGTAAAATATT
ATGGAGATCGCATTTGAAATGTTCCAGTGCGTGGTTTGCTGCCAAGCTCG
AGCGGTGATGCAAGTGGCACCTTGTGGACATCAATGCCAATGCCGGCTTT
GCTTCGTCCAAAACATCCAGGATGCGGTCACCAATCGGAACTTGCCTCTG
CGCTGCCTCATTTGCAATGCCAAGATTCTGCGGGTGAAGAACAACTCCAA
GCATGGAGGTGGCCAAGATCACCCGGTTCACAATTTGGGCAAGCTGCCCA
AATCCGTGTCGGGCTATTCTCTCCAGCAGAATGGGATGCCTCATTCTTCA
TCCAATCACTCGATGTCCTCGGGTAAGAGTCATTGTCCGACCTTGTCATT
GACTTGTGTTTTGGAATAGCCTGACATTGAAGATCATCTGCAATATGCTT
CCATTTCAGGTGTATCTTCTATGAGCACTTCCAGCTATGGATCTGGGCGT
TCGGTGAAATCCAATAGCTCTGTCAGATCCAATGCGAGTGTCAAGTCCAG
CCAATCCAACTCATCGTGGTTCTCCATTGGGTCCCTATCCAATTTCCAGG
CTGGCAAACTTATCGATAGCAATACATTCAGTAAACCCCCCAGGGTAAGA
GAACCTTAAACATCCTTTCAAACCATGTTATGCACCTTCAGTCAATAACT
AGACACCCTGATATTAACAGAGACATGGCAATTTGATTTGGACCTTAATC
CACATTCTACTAGTCGCAAATGGGCTCAAGAAGCGTGTTTGAAAGGGAGT
CTAATCATTGACCTCTCTGTAACCTTAGTCATTCAAGGTCATGAAGAACA
GGTGCGGCCACATCTTGAGGAAAGGTCCCTTCTGGTTCCCCACAAATTAA
AGTAGTGTTTGGAGCCGGATTGTACGGGGCTGCACGGCGACTAGCTAAAT
TAGGTACTGTAACATCCGTGGGCCCTGTGTTCACCATGGGGGTTCCATGG
TGTAGAACACGAAACCTCCGGAAGGTGCGATTACACACACACACACACTC
TTTCACCATTTCGGTCGTCACAATTCCGTTTCCTGCCAAAGCACACGTTT
TTTCACCAAGTTGACTTGTTAAACCCGCCGCTTTGTCGGGAAACCGACAT
ATTTGTCAACACCGACCGCTGTATGTACATTCACTGACGAGCAAAGTTGT
TTTATTTGTTCACCTACTGATGCAAAATGTTTTTTAACGGGTTTATTAGG
TTGCAAAACAGTTGAAAGTTAATGCTTTTTGCCAGTCAGCCTGGGAATAT
CAATCATACTAATGGTAAGAGCAAAGTTGTCTCGGACTTATTGATGCATC
ACTAAGTTAGAGAAATTTAATTGGTATGAGGTTGACATTGTCTATTGAAA
GATGAACTCAGAAGCACGCGCAGAGTAGAGTTGTTACATGGTTTTTTAGG
TGATCGGCCAGAAACTTTGATCCTGACTAAGCAAAAACGTGAGCCATTTA
GGAAATAAGAGAAGGCGGGGAATTACAAAAAATGGAACTCTAATGGTCCC
AAAAACCTGGATCACGTCACATTGGAAAACATTACGTTAAACAATTATGT
GGTTCTGACTGATACCAATGAGTGAATTTAGGACAACCCTAGCATCCAAT
AACTGTGTGCAACAACTCATACCAAGTGCAGAGACCACTAAATAAAAAAG
AATGGGTGATCCAGTTATTGGAGAGCTCCTTTGATAAGAGTTACTGCTTT
GTTCAGAATTTGAATTTCGCGGTCATGGGATGCGCTGGTTTTTGTGCCGC
GCCACATACTACCCAGCAAGCATAATGGATCTTTCTCTCAGGCTGGCTGG
TCAAGACTTGATCGCTGGTATATATTCTCTATGGGCAAATTGCATCTTGT
TCTTCTTGGCAAAGTCTGCTGGTGGTCGGAAGAAGGGGCTCAATATCTCC
AGAGGTTTGAAGGGCAAAAGGTCGTCTCAAAACTTGGAAGACTGGCTCTT
GATCTCGAATGTGATTGGACAGTAGTTGAAGACAGATGCATCTCTAACCC
GTCCCATTGTTGTCCTCTGCATGTCTTGAGCCCTTTTCAGAGGTTTTCCA
GTCAATTGTGCCTCCATGACCCAGGCATATCAATCTTGTCGAATAAAGAG
GCCCTCCAGAACATCGATCTGACTGCCGGCCAAACGGACAAAGGCTCCAG
CCTCCGAGGACATTCTCGACACCATTCGTGGCACGCCACCCTGACAAATG
GGACAGCCTCAAGTTTCCAATGCGAGGCAAGAGAGGCTTTTGGGTCGGTG
CTTGAATTCCAATCTGTCTCATGGGAATTAGGGTGTGATAAAGCGTGTTC
ACTCGCGTCTGGTTTGACTAGCGTTTCATTCGTGGAGAGCCAAATGGGAT
ACCGGGTGATCCATGAATGTCCCCCACTTGTTTTGCTTTCTTGATCTACA
GCTGTAAAATGGGTAGGTGTCCCTAAGAAGTCAGGAGGAGTTCAACGACA
TCCCCTTTCAGACTCGGCTGTAGACGACATTTCGACCGAATTATTAGCTT
TGATCTTCAAAGTAAAATTCTTATTCGATTCTTCTTTAAAAAAAGATTTT
TCGGCAAACTCATTGTTTTTCTTAGTCCAATACGACACAAATGGCAGGAC
CACGGAACCTTTTGGCAAACTGAGAGCAGTCTTGGGCATATTTATACACT
GAGCATTACATTTTGACCATCAGTTATCCGATGATTTATTTTGACCATCA
GTTATCCGATGATTTATCAGTCGATTGACAGGCGTGTGTGTCAATTTTTC
TTTAAAGGTATATCAGTTTATGCCCGGGAGTCCAAACTTGAGAAAAAAAT
GCCAATCAGTAGTTTTAAGCCGTTTTTCTAAGTAGTATTGGAAGAATGTG
TTACGGTGGGTCAAACATTCAAGCGGCAAAACACGTTTTATCAAAAATTA
TGTTTACTTCAAAATTCGGGATTGGTACGATCTGGGCAATTTGATTTTAA
TTTGAATGGTTCCATCACTACGTAGTTAATAGTAATTTATACCGACAATT
TGAAACAAAATCCACCCTTTCTTCCATATCAGAGATTCTCTAGATTGGAA
CCTAAAATATAGTTAAGAGGGCAACATTGGTGGAAGTTTACTCCTTGAAA
ACATAGAATATGTCAAATAAGAGGCTCGACTAACGTACAAAGCCATGGAA
TACTTTGTTTGATTAAAAACTCGGGAATGTTTCAATCTCACACTTTAATC
AATAACTAAGATTCCAGGTTTGCACTCTTGTCCTGTTTAGTAACCATGGG
CTGGGATTGAGTGTGCGTGTGTGCTCGACAAATTCGTCAGCGTCCAATCT
GCTGCAAATGTGATCTAAACCCTTTTTCAGGCCCATTCCTTGTCCTCAGC
TGGCAAAGCGCGACCTAAACCCAAGCCATTGCCAGCCTCGAACTCTAGTT
CGTCCCTGAAGTCGTGGACTTCATCCTCCATTGGATCCAAGGCCACAACG
CCCACCTCGCCCAAGGACAAGGAAAACGATTCAGAATCAGCTATAAATAT
CCCTTCTCCGCGAAGTATCGACAGCCGGTGAGTTGAGTGTCGAGCCCCTA
AATATTATTGACTTGGACGCAGAGGTAATGGAAGAGATGGTCTTATGTGC
ACTTAGACCTGTTCACAAGTTGATTTAGATTCATTCGAAATCTTCTATGT
TAGGGTGGATCCAATTTCACCTATATCAAGTCTGTCTCTCTCTCAATAAA
CATCAGTCTAATCTCTTCAGTCACGAGTGACTTGTGTCACAGCGTTGTGC
AATTTATGATGGAAATAATTACGCAAGGATTTTGCATCTGACGCGCAACC
TTTAGGCTTTGATTGGGCAAGGAGCTCTACAATAAGAACTAGATGGAGCG
GAAGCTTCCGAAAACGGTCACGTGTTATCAAGAATATGCGTTCTGAGGCA
GAGCAGACAGGCCTGGCCAATTCTGCCTGGCTCGATCAAAGTTTGAGAGC
CCCTGGAACGGACTTACGGCTAGACCTCCTTGGGCTGACTTAGCAGTTCA
AAGAAGGCAGAATTGGCCAAGCATCTCTGCCGTAGAACGCATATTCTTGA
AGCTTCCGCTACATCTAGATCTTATGTAGAGCTCCTTGGATTAGGACACT
TAACGGCCCCAGATTGGGACGAAGCAAGCCCAAAACAAGACATCAGCAAT
TGCTAACAATCTGAAACTCAAATGTGATAAAAGATGAGAAGCCAAATTGG
CTAATTTGTACTCGACATTTCACCAACATGACTTCTTGCAAATAAATACC
TAATAACATACACACTGTAAACTGAGAAGACTATTCCCAAGTTGAGACTG
GTTCATCTATGGAGTTACTAACTTGATGGGTTTATCACATTTGGAATGCC
TTCATTTAGGAAGGATTCAAATTCTCTAATGTTACAATGCAAAATGAACA
AGGATTTTGCATTGGAGGCACAAACATTTTTTCTTTTTTTTGAGGAACTT
TTGTACTGAGTGTACTGTATGTATGTATAGTTTGACTTACTTTGATTGTT
CAATCAAATCAAAGTATGATTTACCTTTCGTAATTATTCTGTTTAAAGTC
TTTTCAAACGGTGCCTACTTAATACATTATCAACGACGGTAAAGCCTTCT
TGGTTCCAGAGGTTTTCACTATTTTTTCTCTTTTTCCTAAAAGTGTGAAC
GGCCCTTACGTGAAGAAATAGTGTATCACTTCCATAATTCATAACTTCAG
AATTCCTGATTTCAACTAGGTGTTTAGGTACTGTACAGTTTTTTCTTGAC
AAACCTAACCAAGGGATGAGAGCGATTTCTAAAAAGTTATGTTCCTCACG
GTCCAAAGCTTTCAAGGTTACGGATCAGTGATGAAATTTCTCCGAAAATT
CACCTTGAAAGCAATAAGCGTATTTTTATGGTTTGATCTTATCGAGCCTT
TTTATTTAAGGTTTGTCCGAAGCCAAGCCAGCATCCTATGTAGGATGTAG
CCGGCACCTTCAGTTTTATTAAAAACTTCAATGATAGAGGCACAATGGAC
AATGTCTTGCCTTTGGCGGAGGGGGGAGGGCGCGAACCGAGGTCCTCAAA
GTATCCAGGAGAGTGTCTTGTGCATGTGCCACACTCGCCCCCCTATCCCA
TGATTTATGCAGTGGAAATTGGCGATTTTTACGATTTAGAGGGAACTGAA
ACTTTCAGCGACTAGAACCTAATAAATAATGACCCCACTTAACTTACATT
ACCTATAATTATGGTGTTTTTATATGTTTGCCCCCAGAAGTTGCATACAA
CACTGGAATGCCTTGCAACCCTCAAACATGTGAATTTCAGAGCAATCGGC
TACTTCACGTCCGTGTTTAAAGCTGTTAAGAGACTCTGATTCCATTTAAT
ACAAAAGTCTGAGATTACGAAACCCTTATTTTTCTAGGATCCGAGCAATT
CAAGGCTACACTCGTGTAGCAACCAATGCAGACGATGAAGATGAGCCGGA
TGATCCAGCTTCTAATCAAGTGAATAATCAAAAATCCAGACTGCAAGTGA
CCCGGGACAACTTTCGGAGGTCACAATCAGAACACTCATCCTTGGCCGGC
CACATCCAAAATCCCCATCCCAAGCCGATTTTGAGAAGGTATTTATAAAA
CTAGAGATGTCGAAAAAATTGCAAATTTTCTTTGGAATTTGGGTCAATTC
AAGTTTTTCTGCTTTCTGATCGGGGTTCCTAATTTGCATTGCATAGACGG
AAAATTAACTTTTCAAGGCATTTGACAAAAAAGTGTTGCTCCGCATGAAT
CTCTTGTGTTTTTTTGGATCTATTTTTTTCATGTTTTATTGAAACTTTGT
TCATTGTAGGGAGGAAAATGTTCTTATTTGATTTGCATTACTCCTTGTTT
TATTGGGATTTTCCTTCTTAATTCGCATATTTTTTCCTGGTTTACTTGCA
TATTTCCCTGTTTTGTACTTGCATTTTTTTTACATCCATTGAAAACGAGG
TCAAAAGCTCGGAGAACCTGCTCCCTTGTCCCAAAATTTCAAGCTCGTTG
TACATGTCGTCTACCTCGATTCTAATACGGATCTCCACTCTCTTAGGCTG
AGTCTGACTGACAAACACGGTTCCAAGCGGTTCTCCAAGTCCCCGGATTT
GGCGGAAACCACTTTCACCATGAGCACCATAGAGGAGGAGAACGAGATCT
CGCTGAGCCTCCGGAATCTGGCCTCAGGGTCCAAGGATGAGGAGGAGGCG
TAGTTGAACGTGTTGACTCCCTTGGTCAGTTGTGCATGCTGGACCTGTTT
TAGTACCAACACTTTCTACCCACCCTGTTCCCACACTTAAGCAATTGACC
CTGTTCCGTCTCGTTGCTCCT
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Synonyms
The feature 'PREDICTED: hypothetical protein LOC100642385 isoform 1' has the following synonyms
Synonym
Tk09310
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