conserved hypothetical protein, maker-scaffold14_size734282-snap-gene-6.28 (gene) Tigriopus kingsejongensis

Overview


Name	conserved hypothetical protein
Unique Name	maker-scaffold14_size734282-snap-gene-6.28
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000002902 (supercontig:LSalAtl2s:LSalAtl2s1679:4649:62717:1 gene:EMLSAG00000002902 transcript:EMLSAT00000002902 description:"maker-LSalAtl2s1679-augustus-gene-0.3")

HSP 1 Score: 191.43 bits (485), Expect = 1.515e-56
Identity = 93/152 (61.18%), Postives = 117/152 (76.97%), Query Frame = 0

Query:  319 MFETTTNVSTVV---AQQSCVSTTPGTTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKKGSSK--MTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTDS 465
            M ETTT  S+V+      S ++ TP   + KGLLW QRDK+FSRWKERFFI++ DYLQCFK+  S    T+MGGFIFKLKLSDV +VEL+DK+G LT+ + L+K+G+I LRKPE IREWF  +KECV  SK+RKG+MKS+KEFWSK+ F D+
Sbjct:    1 MLETTTTASSVMLSCGDLSSLNNTPA--IKKGLLWFQRDKLFSRWKERFFIISADYLQCFKRNXSXPSATDMGGFIFKLKLSDVEKVELVDKRGSLTLGICLSKDGRIWLRKPEDIREWFQIIKECVSASKERKGMMKSSKEFWSKKAFGDA 150

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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000007373 (supercontig:LSalAtl2s:LSalAtl2s41:107406:159566:1 gene:EMLSAG00000007373 transcript:EMLSAT00000007373 description:"maker-LSalAtl2s41-augustus-gene-1.5")

HSP 1 Score: 171.4 bits (433), Expect = 4.412e-50
Identity = 80/131 (61.07%), Postives = 103/131 (78.63%), Query Frame = 0

Query:  336 VSTTPG--TTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKKGSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTD 464
            +ST  G  T + +GLLWQQRDK FSRWKERFFILT+DYL CF+KGSSK+TEMGGFIFKLKL+D+  V+LLDK+GYLT+ + + KEGKI LR+PEGI+EWF SL+  + +SK +       K FW++RQ ++
Sbjct:    6 LSTISGEDTVLQRGLLWQQRDKFFSRWKERFFILTKDYLNCFRKGSSKLTEMGGFIFKLKLTDIESVDLLDKRGYLTICINIVKEGKIYLRRPEGIKEWFHSLQNNIFESKRK-------KRFWTRRQLSE 129

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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000006659 (supercontig:LSalAtl2s:LSalAtl2s36:1124995:1137618:1 gene:EMLSAG00000006659 transcript:EMLSAT00000006659 description:"maker-LSalAtl2s36-augustus-gene-11.7")

HSP 1 Score: 162.155 bits (409), Expect = 7.839e-44
Identity = 74/130 (56.92%), Postives = 103/130 (79.23%), Query Frame = 0

Query:  342 TTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKKGSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTDSSPMEQY 471
            +T+ KGLLWQQRDK+FSRWKER+FILT DYL CFK+ +S++TEMG FIFK+K  +V +VELLDK+GYLT+ + L ++GK+ LRK +GIREW++ LKECV++ K R+   K +   + ++Q TDSS +E +
Sbjct:  277 STLKKGLLWQQRDKLFSRWKERYFILTTDYLHCFKRRTSRITEMGEFIFKIKCGEVEDVELLDKRGYLTICISLPRDGKVYLRKTDGIREWYSLLKECVRECKKRR---KESGALF-RKQITDSSSIENW 402

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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000004552 (supercontig:LSalAtl2s:LSalAtl2s2380:965:5180:-1 gene:EMLSAG00000004552 transcript:EMLSAT00000004552 description:"maker-LSalAtl2s2380-augustus-gene-0.3")

HSP 1 Score: 76.2554 bits (186), Expect = 6.352e-17
Identity = 37/63 (58.73%), Postives = 47/63 (74.60%), Query Frame = 0

Query:  415 LNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTDSSPMEQYT-SKHR 476
            + K+GK+LLRKP+GIR+WF  LK          G+MKS+KEFWSK+QFTDSS MEQY  ++HR
Sbjct:    1 MGKDGKVLLRKPDGIRDWFNILK----------GMMKSSKEFWSKKQFTDSSSMEQYIMARHR 53

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BLAST of conserved hypothetical protein vs. nr
Match: gi|1325321364|ref|XP_023342489.1| (uncharacterized protein LOC111712175 [Eurytemora affinis])

HSP 1 Score: 164.081 bits (414), Expect = 1.122e-42
Identity = 73/168 (43.45%), Postives = 113/168 (67.26%), Query Frame = 0

Query:  307 REAVSEVEALDTMFETTTNVSTV--VAQQSCVSTTPGTTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKKGSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTDSSPMEQYT 472
            R A S +  L  + + + N+++V   ++ S  S     T+ KG+LW QR ++FSRWKE++FILT DYL CFKKG SK++EMG F +K++L+D+  +EL D+KGY T++L L  E  ILLR+ E  R+W+ ++ +    S++R+  M S +EFWSK+QFTD+  ++ Y 
Sbjct:   36 RVAESRIPRLQNIGQRSANLNSVGERSEDSSNSDPLNLTLKKGMLWSQRKRLFSRWKEKYFILTPDYLHCFKKGGSKISEMGAFDYKVRLADIERIELEDRKGYYTINLHLKGEESILLRRVEASRDWYTAINQAANTSRERRKEMLSAREFWSKKQFTDTESIQSYV 203

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BLAST of conserved hypothetical protein vs. nr
Match: gi|1330931284|gb|PNF42045.1| (hypothetical protein B7P43_G10987 [Cryptotermes secundus] >gi|1330931285|gb|PNF42046.1| hypothetical protein B7P43_G10987 [Cryptotermes secundus])

HSP 1 Score: 144.821 bits (364), Expect = 1.439e-35
Identity = 63/116 (54.31%), Postives = 90/116 (77.59%), Query Frame = 0

Query:  344 VCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK----GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKE 455
            + KGLLWQQRD+IFSRWKER+FILT+DYL CFK+    G+ K++EMG FIFK+KL DV  VE ++KK Y TV+L L ++G++LLR  +G+ +WF  L+EC+  SK+R+  ++S+ +
Sbjct:    4 IKKGLLWQQRDRIFSRWKERYFILTRDYLHCFKRSSGSGADKISEMGQFIFKVKLVDVERVEWINKKNYSTVALALGRDGRVLLRAADGLEDWFELLEECMLSSKERRRALRSSHD 119

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BLAST of conserved hypothetical protein vs. nr
Match: gi|1227958963|ref|XP_021929453.1| (uncharacterized protein LOC110834517 [Zootermopsis nevadensis])

HSP 1 Score: 144.436 bits (363), Expect = 1.494e-35
Identity = 67/141 (47.52%), Postives = 100/141 (70.92%), Query Frame = 0

Query:  323 TTNVSTVVAQQSCVSTTPGT----TVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK----GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKE 455
            T+ +      QS +S + G      + KGLLWQQRD+IFSRWKER+FILT+DYL CFK+    G+ K++EMG FIFK+KL +V  VE ++KK Y TV+L+L ++G++LLR  +G+ +WF  L+EC+  SK+R+  ++S+ +
Sbjct:   48 TSPLHHAACCQSLLSGSAGGREMHAIKKGLLWQQRDRIFSRWKERYFILTRDYLHCFKRSSGSGADKISEMGQFIFKVKLVEVERVEWINKKNYSTVALVLGRDGRVLLRAADGLEDWFELLEECMLSSKERRRALRSSHD 188

[Close]

BLAST of conserved hypothetical protein vs. nr
Match: gi|1330931286|gb|PNF42047.1| (hypothetical protein B7P43_G10987 [Cryptotermes secundus])

HSP 1 Score: 143.665 bits (361), Expect = 2.227e-35
Identity = 63/117 (53.85%), Postives = 90/117 (76.92%), Query Frame = 0

Query:  343 TVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK----GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKE 455
             + KGLLWQQRD+IFSRWKER+FILT+DYL CFK+    G+ K++EMG FIFK+KL DV  VE ++KK Y TV+L L ++G++LLR  +G+ +WF  L+EC+  SK+R+  ++S+ +
Sbjct:    3 AIKKGLLWQQRDRIFSRWKERYFILTRDYLHCFKRSSGSGADKISEMGQFIFKVKLVDVERVEWINKKNYSTVALALGRDGRVLLRAADGLEDWFELLEECMLSSKERRRALRSSHD 119

[Close]

BLAST of conserved hypothetical protein vs. nr
Match: gi|1339064853|ref|XP_023716820.1| (uncharacterized protein LOC111869479 [Cryptotermes secundus])

HSP 1 Score: 145.206 bits (365), Expect = 4.740e-35
Identity = 63/114 (55.26%), Postives = 89/114 (78.07%), Query Frame = 0

Query:  346 KGLLWQQRDKIFSRWKERFFILTQDYLQCFKK----GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKE 455
            KGLLWQQRD+IFSRWKER+FILT+DYL CFK+    G+ K++EMG FIFK+KL DV  VE ++KK Y TV+L L ++G++LLR  +G+ +WF  L+EC+  SK+R+  ++S+ +
Sbjct:   75 KGLLWQQRDRIFSRWKERYFILTRDYLHCFKRSSGSGADKISEMGQFIFKVKLVDVERVEWINKKNYSTVALALGRDGRVLLRAADGLEDWFELLEECMLSSKERRRALRSSHD 188

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BLAST of conserved hypothetical protein vs. nr
Match: gi|1069791138|ref|XP_018320731.1| (PREDICTED: uncharacterized protein LOC108733882 [Agrilus planipennis])

HSP 1 Score: 143.28 bits (360), Expect = 5.828e-35
Identity = 62/110 (56.36%), Postives = 87/110 (79.09%), Query Frame = 0

Query:  344 VCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK--GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMK 451
            + KGLLWQQRDK+FSRWKER+FILT+DYL CF++  G+ +++EMG F+FK+KL DV  VE  +KK Y TV+LIL ++GKI LR P+G+ +WF  L+EC+  SK+R+  ++
Sbjct:   75 IKKGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKIKLVDVERVEWENKKTYSTVALILGRDGKIFLRAPDGLEDWFELLEECMLTSKERRRALR 184

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BLAST of conserved hypothetical protein vs. nr
Match: gi|242016051|ref|XP_002428652.1| (conserved hypothetical protein [Pediculus humanus corporis] >gi|212513315|gb|EEB15914.1| conserved hypothetical protein [Pediculus humanus corporis])

HSP 1 Score: 142.124 bits (357), Expect = 1.261e-34
Identity = 65/145 (44.83%), Postives = 98/145 (67.59%), Query Frame = 0

Query:  337 STTPGTTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK----GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTDSSPMEQYTSKHRD 477
            +T PG  + +G+LWQQRDK+F+RWKER+FILT+DYL CF+K    G  ++++MG FIFK+KL DV +V  ++KK Y  +SL   ++G+ILLR  +G+ +WF +L+EC   SK+R+  +K +++  S  Q  +   M  Y S   D
Sbjct:   10 NTLPGHAIQRGILWQQRDKLFARWKERYFILTRDYLHCFRKATDNGFDRISDMGPFIFKIKLVDVEKVTWINKKTYSAISLDFKRDGRILLRSQQGLEDWFDALEECTLASKERRQALKCSRD--SYHQGENEQNMNSYNSNVED 152

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BLAST of conserved hypothetical protein vs. nr
Match: gi|546683841|gb|ERL93594.1| (hypothetical protein D910_10882, partial [Dendroctonus ponderosae])

HSP 1 Score: 138.658 bits (348), Expect = 5.542e-34
Identity = 66/151 (43.71%), Postives = 103/151 (68.21%), Query Frame = 0

Query:  328 TVVAQQSCVSTT-----PGTTVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK--GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKEFWSKRQFTDSSPMEQY 471
            T  A QS +ST+         + +GLLWQQRDK+FSRWKER+FILT+DYL CF++  G+ +++EMG F+FK+KL DV  VE  +KK Y TV+L++ ++GKI LR  +G+ +WF  L+EC+  SK+R+  ++ + +   K    ++S ++ +
Sbjct:    6 TRFASQSLLSTSNYGKEATHAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGADRISEMGQFLFKVKLVDVDRVEWENKKTYSTVALVIGRDGKIYLRAADGLEDWFELLEECMLTSKERRRALRHSHDGRPKNNNNNTSSLDDW 156

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BLAST of conserved hypothetical protein vs. nr
Match: gi|1080053690|ref|XP_018568456.1| (uncharacterized protein LOC108908800 isoform X2 [Anoplophora glabripennis])

HSP 1 Score: 139.813 bits (351), Expect = 1.009e-33
Identity = 65/129 (50.39%), Postives = 94/129 (72.87%), Query Frame = 0

Query:  333 QSCVSTTPGT----TVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK--GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKE 455
            QS +S+  G      + +GLLWQQRDK+FSRWKER+FILT+DYL CF++  GS +++EMG F+FK+KL DV  VE  +KK Y TV+LIL ++GKI LR  +G+ +WF  L+EC+  SK+R+  ++ + +
Sbjct:   55 QSLLSSNYGKESVHAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGSDRISEMGQFLFKVKLIDVERVEWENKKTYSTVALILGRDGKIYLRAADGLEDWFELLEECMLTSKERRRALRCSHD 183

[Close]

BLAST of conserved hypothetical protein vs. nr
Match: gi|1080053688|ref|XP_018568455.1| (uncharacterized protein LOC108908800 isoform X1 [Anoplophora glabripennis])

HSP 1 Score: 139.813 bits (351), Expect = 1.746e-33
Identity = 65/129 (50.39%), Postives = 94/129 (72.87%), Query Frame = 0

Query:  333 QSCVSTTPGT----TVCKGLLWQQRDKIFSRWKERFFILTQDYLQCFKK--GSSKMTEMGGFIFKLKLSDVSEVELLDKKGYLTVSLILNKEGKILLRKPEGIREWFASLKECVQQSKDRKGLMKSTKE 455
            QS +S+  G      + +GLLWQQRDK+FSRWKER+FILT+DYL CF++  GS +++EMG F+FK+KL DV  VE  +KK Y TV+LIL ++GKI LR  +G+ +WF  L+EC+  SK+R+  ++ + +
Sbjct:   55 QSLLSSNYGKESVHAIKRGLLWQQRDKLFSRWKERYFILTRDYLHCFRRASGSDRISEMGQFLFKVKLIDVERVEWENKKTYSTVALILGRDGKIYLRAADGLEDWFELLEECMLTSKERRRALRCSHD 183

The following BLAST results are available for this feature:

BLAST of conserved hypothetical protein vs. L. salmonis genes
BLAST of conserved hypothetical protein vs. SwissProt
BLAST of conserved hypothetical protein vs. nr

BLAST of conserved hypothetical protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 4


Match Name	E-value	Identity	Description
EMLSAG00000002902	1.515e-56	61.18	supercontig:LSalAtl2s:LSalAtl2s1679:4649:62717:1 g...	[more]
EMLSAG00000007373	4.412e-50	61.07	supercontig:LSalAtl2s:LSalAtl2s41:107406:159566:1 ...	[more]
EMLSAG00000006659	7.839e-44	56.92	supercontig:LSalAtl2s:LSalAtl2s36:1124995:1137618:...	[more]
EMLSAG00000004552	6.352e-17	58.73	supercontig:LSalAtl2s:LSalAtl2s2380:965:5180:-1 ge...	[more]

BLAST of conserved hypothetical protein vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0


Match Name	E-value	Identity	Description

BLAST of conserved hypothetical protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1325321364\|ref\|XP_023342489.1\|	1.122e-42	43.45	uncharacterized protein LOC111712175 [Eurytemora a...	[more]
gi\|1330931284\|gb\|PNF42045.1\|	1.439e-35	54.31	hypothetical protein B7P43_G10987 [Cryptotermes se...	[more]
gi\|1227958963\|ref\|XP_021929453.1\|	1.494e-35	47.52	uncharacterized protein LOC110834517 [Zootermopsis...	[more]
gi\|1330931286\|gb\|PNF42047.1\|	2.227e-35	53.85	hypothetical protein B7P43_G10987 [Cryptotermes se...	[more]
gi\|1339064853\|ref\|XP_023716820.1\|	4.740e-35	55.26	uncharacterized protein LOC111869479 [Cryptotermes...	[more]
gi\|1069791138\|ref\|XP_018320731.1\|	5.828e-35	56.36	PREDICTED: uncharacterized protein LOC108733882 [A...	[more]
gi\|242016051\|ref\|XP_002428652.1\|	1.261e-34	44.83	conserved hypothetical protein [Pediculus humanus ...	[more]
gi\|546683841\|gb\|ERL93594.1\|	5.542e-34	43.71	hypothetical protein D910_10882, partial [Dendroct...	[more]
gi\|1080053690\|ref\|XP_018568456.1\|	1.009e-33	50.39	uncharacterized protein LOC108908800 isoform X2 [A...	[more]
gi\|1080053688\|ref\|XP_018568455.1\|	1.746e-33	50.39	uncharacterized protein LOC108908800 isoform X1 [A...	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold14_size734282	supercontig	scaffold14_size734282:568031..587283 -

Analyses

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


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

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


Feature Name	Unique Name	Species	Type
maker-scaffold14_size734282-snap-gene-6.28-mRNA-1	maker-scaffold14_size734282-snap-gene-6.28-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold14_size734282:568031..587283-

gene from alignment at scaffold14_size734282:568031..587283-

Legend: mRNA

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

>maker-scaffold14_size734282-snap-gene-6.28 ID=maker-scaffold14_size734282-snap-gene-6.28|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=19253bp|location=Sequence derived from alignment at scaffold14_size734282:568031..587283- (Tigriopus kingsejongensis)
GATGAGCTCGTCCCGAGGCTTGGTCCGTGGATCCGAGGCCACGGCCTCCG
TGAGGCTCCGCCGACGCAAGGACGCCAACCCAGCCGAGGGTACCAAGAAG
CGCAATCGCCACTCGGGCGACTTTTTCGTCTGGAATTCGCCAACCAATCA
GGCTGCCACGCCCAATACGCGCCAATCGGGCGATTGGGGCCACTACACTC
CGGCCAGCGGAGCACCCTCCAGCCTCGTGGCTGCTTCGACCACGAGGCAG
AGCTACGCCATCCCGGAGGATGCCACGACCTCGTCCATGCCTTATTCGCC
GGTGGTCGCGGCCGCCATTGCGGCCCACCGACAACAGCCCAGAGTCTCCG
GGGGTCGGATCGACGAGGAAGATAATCTGATGGAGACCCTGGACCGGAAG
ATCCCGCCCTCCTTGCGACCTATCCTGCGTGACAACAATCGATTCCTGGA
CACCTCGTCCGACTTCGTCACCACGAAGACGGGTCGACACTACAGTGGGA
ATCAGCGGCGAAGCTGCGACGTCTCGCAGTTCCGCTTGGAAGACTACCAG
AAAAAGGCAGAGATGGGCAAGAAGCGGCCGCTCAGTGTGGTGGCCAGTCC
TTTCACCAACATCATCAATAACAACAACAACCACCACAACCATTACAATG
GGAGCCCCCACCGAATTGGGCTCTCAGCCAAGGATAAGAAGTTTGCCAAG
GTAAGCAATGCGAGTTTCAAAGAGCCAGAGACCAATAATGTTATGACCTT
TCCAAGGGTTGAAGCGGAGAAATCGTGGCTCATCATATTAGAGTTATCAT
AATACCTATTTCAATCGGCGAGTGAACAAGTGTGATATGTATGAACATAT
CCCACGGGGCGAAATTTCAGCGGATAGCTCGTGAAACTGTGGATGTTTTA
TAGAGAAATTGATCAATTCTTTACTTTTTAAACGCCAACTTCGCCATAAG
ATTCACAATTGCATTGCATTGGCCCAGACTTGGAAACACTCATAACAGGG
TTAGTAGGTTACAAACTTAATTATGTTCTGAAATAACTGAGTTCATACCC
AAGTGCTGATGGTTATCTCTCTTTTTTTCATTTGGGTCACATTAATTATC
CCAGTATCTCATGGTAAAAATGGAAATATGGCTCATAGATCACTGTTTTC
ATATTTTAGCATTATTGCTAGCTTTGCGAGTACTTTATACCTATCAATCG
GCAGTTTTCAGCAACTTTTTACAATAACATCATAGAACATACTCAAAATA
AGTACGTAGAGGAGATATTTGACAGGATCATACTATTTTACAGGCTATAA
AATAAATGTAGTCCAGAAAAATGTATAACCAGTACGACAGCACACTAAAG
GATGTTGGTAAACACTATCTCGATCCTGGATATACAAAATGTCTCGTGTG
GGAGAGAGCTATCCAAATTGAAAAGCCGTTTGCATCTGACAGTCTGTATT
GTGCTCTCATGTATGAAATTGATTGTGGCATAGCTCCGTTTCAAAATGGA
GGAAATACATAAATTGTATACGGCTGGAAGGCATCTCCCTTCTCTCTATC
ATTGTATGTAAGATGAACGAAGCAAATAGAGCTGACGGGAGAACGCTGGC
AACAACACTCCATAATATGTTCGCGTGAAATTTGGCAGAGTTGTCCCAAA
TGCGTACAAAACACACACACGAGGACTTAACGGGAAAGAATCCATCTATT
GGTTTTCCACACCTCATGGGATCCTTTAAGTGACTGAGCCACCCATGAGG
ATGAAACCAGCACGAGGTTTTACCACACACCTGTAGAAAGCCACCATCCA
TGGCCATAATTTCGTAGGAGTCTATGGAGTAAAGCAATGGAGTACGAACG
TGCGAGTCAATGGGAGGCAATACAGATTTGCTCTAAATGAGATAAGCTCC
CAATCTCCTGGGGTGTATTGAGAGTTGGTTTCAATGCTCTTATCTTTTGT
ATCCATTAATTGTGTAACATGGCTCCTTCAAGCTTTGACCAAGGTACACA
TTGGTTACTACTTAACATCACACTACATGTTATACCGTCTCGTTATATTT
TATAACTACTACATATACTGTATACTGACTAGCTCTTGTTTGCCAAGTGT
GGGTTTCCGGGTATGTAGTACATGTGAACATAAGTAAATTCATGCGATAA
CACACACTAATGATAAAAACCACGGATTAGCGAATGTAAAATCAGTCTCG
ATTAGAATGCATATTAAAGCCTCAATATGTTTTGGCGTCTCCCCGGTTTA
AAACTGTTTGTAATAGTGTGGAATGACCGTAAGTTCGGCCACTCTAATCC
ACAGTATTGTAATCTAACACGACAACTGGGCGACACTCAGTTAGCCTGGG
GAGTGAACCCACGACCCTCAGATAACACAAAGATAGGCGACTGATTGTGC
CTACCCTTGTTTATGTGAAGGGTGTCTTTTCATTTCAGGGGTGATATAAA
ATGTTAATATTTTTATGATCAGTGAAAAGCCTCTTTTCGATGTTGATGAA
AATGTGACAATCGAAATTTTGGTTAAAAAAAAGATCAATCTCAAGATTTC
AGCGAACTTTCTAGACATCGACCAAAATGTCTTGGCGAAGGAAAAATGCT
AGAGATTCAGTTTTTAATGGCTAATGATTAAAATTTCATTCCTTTGACAA
ACAAATGTGCCACAATTTAGTCCACCCCCGGCCACCACAGTCCAAGAAAC
AACATCCCAATCACTGCAACCTACTCATCTGTCAATATTCAAGTGACTCT
CAATCTCACTTTCGGATCTTGATGTACTAGCGCGCCAGCCATTCATTGAA
TTAACCAAGGACCATGAATTAACTGATTAGTATGGCACTGATGAAAAAGT
GACTCTTAATGCATTCCGAATTTCATGCACACATAGTACAGTACACCATC
CAAAATGTTGATCTCGGCCAATGGGATTTGGCTGCATCCCTACTTGCAGG
ATGTGTGTGTGTAATCGTTTATTCCTACATGTTAAAATAGGCTTATACCC
GGGAGTCAACACTTAGCCAACGAATGCTAGTCAAAAGTAATTATAATTTA
TATGGGCCATTTAAAAAAATATACACATATTAAGTAGTTCAGAAAAACAA
AGATAACTAGAGAAACATAACAACATTGTAGCACAATGTACAAAACAAAA
CAACACAATATAATAATGGGAAAGCAAAGTAATGTTTCCAGAACTAAACA
ATGCACATAAATGTTAACAAAATGTATTCAAACATAGAAAAATAGTACAC
ATTACAATACAAAACGCAACAAATGTTTGGACAGCAATATCAAAATTACC
AAAAGGCGCTTAAGAATAAAACAAAATCGTGCACATCGTATCACTCGTAC
AAATCAGGTATCAACATCATTAAACAACAGAACTTGACGACATTCATCAA
ATAGGGGCCGATCTGGATAATAATTTGGCGACGTTCGAAGCCATCCGCTT
GGTACTGGCTTCTCGCAGGGCTGGGAACTTGTCCCACATGGCGATTCCGT
TGTCCACCAGGGTGTTGGCTGCGTAGGGAAGATGCGGTGAGACAACTCCT
GCTGCCTCCGACCTGGTCGACCTCGTAGCGACGTTGGAGGGGAAGAGAAC
CTGGCCAAGGGCGTTCCTCGAGCCATCCGGCCCATCTTGACTGTGGAAGG
CTCGCCACGTCTCCATGGCCACGGCATGCACTGTGAGCTCATTAAGGCTA
GACAAAACTGCCCGCTGCAATAGGGAAGATACGTTAATATGGTCAGTCCT
CTTTTGGCCCAAAATGGATCTGGCAACACCATTAATGGCAATTTGTGCAG
CCCTGTACTAGCTACTGGCTGGGATGTGTCTCCCTCCAATCTGGGGGCTG
ATACCGCCCCGAACTGTAACTGGGACATTTGGCCTGAGAGCCAGTGTATT
AAATTCTGGTTATATCCGAGCATGCTGTGTGTGTATGTACACAATCATGA
TTTTAATACTCCAGTTTCAATGAATCTGTTAAAAGTATTCTCAGAGTTGA
TTACTGGTCATTGGATATTATGGAATACTACATGTACTCGAGTCTAAATG
TTCATACACGTATACATGCTATTATCACAGAATGAACGTTCATCGAAATA
TTTGGAATGACTGGCATTGGCCAGGCCTACTAGTTCGGCGAAATCCATGA
GCGAAGGCCTAAGGCCCAGCTGAATTATACAATCAATGGCATGCATGTAT
ACAATCTGTGGAGTGTCCAATGATTGCCATGACTTGCATTTCGAAATCAA
TTGGAGCAATGTCAATCAAACCTCTCATGTGCCTCCGGTTGTGGGACGAG
TCGGATTCTGGCTTTGAGTTAAGAGGAAATCTTCCTCACCACAACTGGGA
GGAGATGAGTCTGACATGGTATTTTCGAGTTCATTGAATTTTGCATTGAT
TGACATGAGAGGCATCGATCTTTCCGACAAGTCGAATTGCATCGCAGTCC
ATATGGAAATGAGCTTCCCCACATCGCAAAATGGAGCACTTCTTGGCCAG
CTCCAGGAATGTGAAAAATACGACGATCCGTGGCCATATTTGGGCCAATG
AGTTGTCTCTGGCATCGAGCCCGATTTCAGGGAAGGCCACCTCCCGAAAT
CCGCCCCTTCAATTTCACTTTACGAGAAGAAGTACTTGAATTAATTGAAG
ATTTTCCCCCCGAGTCCCTGACAACTCACGCTGATTCAAACCATGTTCTC
AAAGGGTGGTAGGTTTTAACAGGTCTCTAAAAGCAAATCAATCCTCGTGC
ACACACACACACACACTTGGTGCACCTGATCAGGGAGATGCTTGGCAAGC
GAAGATTGGATTCCGTCTCCACTCTCCTCGCTTGTAGGCACATTTTTCTT
CGACTCCCAGAAAGATATTGCACTAACTGGACCATAACAGTTCCTGCTCC
AGCGGGAATTGGAATCCCAAACTACTAGAGTAGTATGCCTAGATGGTCGA
AATGGAGCTAACGTGAGTTTCCTGCGTGGGTCTGCGAACTACATGCCTAG
AGTCGATTACATGGCCTTTGTCATCGCGTTAGGCACAGCCAAGAATCAAA
TGCTGCACTGGAAATCGAACACAACGTCTTAACCTTATGGACCCTGGACC
CCGGATAGCATTGGGAGCGGGTAGATTTACTCTGAATTGCGTGACTTTTC
ATTAGTGCCCTTTAAATATCACTGGGATCACATTTCCGTATTCAAATTAC
GAGAACACTGCTATCAAATGCCATTTCGGCCGGAGGAGATTGGGCCGGGA
ACGGGCCACCAAAAGCGAACGACAACTTTCTCTATGGTCAATTGAGTTTC
ATCTCCGTTCACTTCTATCTCATCCACAGCAATATCGAAAACCGTTTTAT
GAGCCCTCCCCAATAAATTGATTTTCCTTCGAACACCCTCAAAATTGAAC
GGGCCCAAAATTTGGTCTCGCATTGGTATTGGGAGATGAGATACCCAAAT
GCTACTACCATCAGGAGGAAGTAAAATCAAGGGATAAACTAGCTCAAAAA
GTTTACAAACTTTAGTTTAGTTTATTTTGGAGATCCCAGAAACTTGCTAG
CAAGTTTAGTTCTATAGCGCCATTCACAACTTGCGCATCAAATCGTAGTT
GTCCTAAGGTCAAAAATTATCTCAGTCGTCTCTGCAGGAATGTAGGGGTC
CCTTAATTCCTAAGTCTTTGTGGTAGATTTATTTTTTAGCTGTCCCTCGC
TGGGGTTAATGGGCGTTTGTCATACTAGACTGAAGAAAAAAATGCTTTTC
GAAGTAAAACAGTGGTTGTAAATATAATTTTATAAAATATTTTGTTACAC
TAAAGGTATAGCAAGAACTTTATATTTTCACAAAATGGCGACCAATTAGC
AGAATAATTCTTTTAACAGAAAAAAGGGAAAAATAAAAAATAAAGATTAC
AAATTCAAAAATTAATTTGTTTTGTAAAAAGCAGGAAACAGTTCCACCTA
AAAAGGGACCATAAATTGAAGTCATATCTTTCCATTTTTTCTCCAGTCTA
GTCATTAATATGAAGGCAACGAAAATGGGATCTTTTGTACGGCGACTCAA
TATCATTTTTATGCGTTCGAACCTGGCAGATCGGTGCTTTTTTCAACGGT
ACATTTTTCATTAATCCGGGCCCTAAAAAATGTTTTTTACAACTTTTGTT
CATTTTCTTGGTAAATTAAGTTAGGACATATGTATCAAACAGCTGAAAAA
GGGCTGAATGTTCAAAAAAGATCCCATGGAGACGATATAACTAAATCGAT
TACATTAATCTGCTTCTTCGACATGCAAAATGAACACTTGATCTCAAGTT
ACCTAGTTTCAATCAGTGAATAATGTCCGGAAAACAGCACATAGCAACCA
ACAGGCAGTCAATTACATAAGGGTATTGTCTAGAACACTGAACATAACTT
AAATTGTGAAAGTTGACAAAGATGTAGCCACCAAAATGAAGTATAACTAT
ACAATACTGAAACAAAACAATACATACGAACATAATATGTGGACGCTTTG
CAGCCCATATCAAGTTAGTTTTGGAAGGAATTTACTAGAAGCAGTTTGAC
TCCTGAGGTGAATTTACCCAATGTCTTCCGAACACTATTTTGTTATGGCA
ACATGAAAACGCATTTTACAGGGGGCCTTACGCATACAGTTTTGAACAGT
GCCGAAATCATTGGCCGTCTATCGTGCTAAAAGGAGCCGAGACTTTGAAT
TGGCTGTTTTTCATAGCCTGAGATATATGTCATTCCGATTCTTTCCCTGT
CCCATAAGTAAGATTGCTCAACCACCAATCTTAGGGGCCAAAGAACTGTG
TAATCAGGGAATTTGTAGTTCAGAGTCTCGTCGAAGATGCCTCTTGGTGG
TGGCTAATGGTTTCGTCGATCCAAGATGACTGAAAAGTTGCGCGCTTCGT
GGCCAGACAGCCAAATGATCTCCCCAAAGTGTACTCTCACTTTTCTGGCG
AACACATTGGACTTTTTCAGCATCTCTTCGGCCCAGATTTCGATGGCACA
GAAGCTTTGTTGTGAGCGTCTTTTGCGGGGCTAAATTTGGCTTTTGGCGC
TTTTGTGCAATTTGATTGATCAGACTTGAGGAGCCACCGAATTCACTCAA
TCTGACACGAAAATCTTCCCGGCGATCTCGATCATCGCTTTGATTCGAAA
TATTTCGGATATCCTTGGGCTGTGTAATTTTGATATCGCCAAACTGGCCC
TGATCTTGATCAAATTACCTCCGAAAGGCAAACACTTCTGAGGAAACCTT
CGCTTCTGGGAATGGAGCAAAGAAGAACTCAAATCCCAATGCGAAGAAGC
ATCGCCAATTCGTGATCTTTACCAATGAACTTTGGGCAATTGTTCTCACT
TGCATTTCCAGTCAAGAGTTGCGAGAAATCTCTGGGTGTCAGTCGTGCAA
ATTCAAAACGATCTATCATCACTCACATTCTTTCACTCGCCTTCCTCTGC
CATCCACTGAGAAAATTCCTTCTCCTCCAAAGCTTGTTGACATGTAGAAT
ACCCATTCCCCAGTTATGGACTGTCAAAGGGTTCAAAAGGTGGTCAAAGG
CTTCAGACTAAATCTTGAGATCTGTCCACAATCCGATCCCAAGATGCTGA
AGTGTCTCCTAAACACGTGGAAACACTCATCAGTGCACCTGAAGAGCATT
TGGTTGCGTGAACATCGGGAGTTTCTGTAACACTGCCGAGCACCCATTCA
ACCTTAAACGCAGTGCCGAGAAGTCACTTTCAATTTCTCTACATGTATGC
TCAATGAGGCTGACTCATTTTGGGGAAGAGGCACTTTCAGATTTAGCTAG
CATCCTTCTTCTCGGCTTCCTTCCTCTAACTCGGAAAAATATGCTGTTTT
GGCCTCCAAAAAAAACCAAGCACTCAACCCCACCTCTCATTGCATTCAGT
GATGAGCCAATTCTCACTCACCCATTCACCATCTTGCCACCAAATATAAT
ACATCTTTCGTGTTCACGCTCAAGGATTGCTTTGAAAAAATGTGATTAAC
ATAGTCCAACATGATTATCACATTACTACTTGAACACGACTGTAACATAA
CTTAGTTGAACATGAATACAACATAACTTAGTTCAACATAATTAGTATAA
ACTGATTCATAGGAGTTCTAATTATCTTTGTTACTTGAGAACTCGCTTAA
ACATAACTTAGTTCAATTAGCATAAACTGATTGGTAGGTGTTTCTTAATA
TCTTCGTTAATTGAGAACTTACTTAAATATAACCTATTCTTCGATATTTG
AGCAATGTTATACTTATCATAAAGATTATGATAAGGAAAGTAATGCATGT
AGATGGCGAAAAAAGGAAGGCTTTTTATCTAACAAAAAAGACCAGTCAGG
TTGACTTGCAGTGAAAAAAAGTTTATTAGCTCGAAATCCCTAAAAATATC
CTCACCTTAGAGTGGTTCAAACTGGCAGCATGAAATAAAGTTCCAATTCT
CGTTGTATCAAGAAAAAACAAATTGTTTTTTATTTAAATACCCATAATGA
ACTCTTGCATTACATTATTTTTCACTTCTTTAGATCAGTATACCCTTCAT
ATTTTCCAATAGGACTGGACTTAGGACTGCATACCAAATTTACTTTAAAT
ATTTCACTAGCGTGGTGTAAGATTGATGAGGCCCATATATGCCTTGATCT
AAAAATCAACCGACTTCTAGGTATGCTCTTTGTTTTGAGTCGACATTCAA
TGCCTAGCAGTTGATGAACCTGATAAAGAAAAAGCGATCCGAAATGGCCT
CTACACGTAGAGTAAAGTGACTTTTTACCGTTTCCTAGGTCGAGCATTTG
GCTTCTCAACCTGTCCACAATCCTAAACACATTAACGAGCATATTTGGGA
TTCGCAAGTTTTTATGCGTTGGCACGAGCAAAAAATACCTTGGTCCACTC
CGGGCCTTCTGGCCTTGATTTTAAGGACGGATTTCACTTGAGATTCTATG
AAAGTTTGCCAAGCGGACTGTATCACTTTCATTGGCTTTAGGGAATTGGG
CATTCAAAATGTGACCACATTCCAATTTTCATATTGACTATACCTTCTCC
GGTGATCAATTGCTCACTCTTGTCGAAGGCTAGTTTTTGCATCTTAGCTT
TTGGGGGCTCTTTAGTAGGTCCGGTTTGGCAAGGGAGTCTTAATCTACTG
CCTCTGGTTATGCCAACTTATTGCGCAGAGTGCACTTAAGTCATGCATTC
TCGAGGAATGCACGTGGATATTCGGTGGTAAATCATTATTTGCTATCTTG
ATGAATTACAAGTTTTGAGTAAACAGGAAGTGGGTTTAGTGTGCGTTTAA
AAAACTTGGACTGGTCAAATTGCTCCGGACACAATGGAACTGGTAGCGAC
TACTTTCATTTGGTGGCCAAATTGCGTGCAGTTCGAGACAAAAGTCGGGA
ATTGACACTAAATCGCTGTTCATTTGGCCTTGCAACTCGTAATGCTGAAA
AGCTTTGTAATGAGATTCAACATTTTACGACCATCAGCATCAGTCTGTCC
ATCATCGACAAATTCCTTGAAAAAAAAACTTGATTCTCAGTGTTGGAACG
GACACAATCTGATAATTTGCCACCTCATGCCCGGTAATTAAACTCGGTAC
ACTGGAATTGGCCATCCGGTTCTGAATGAACTCACTCCAAAGCGCTAGTA
TCTTCCATCCATGACAGCTTCTTATTTGCATCCTTCTATGTGTGAAATTC
CATTGCCCAATGGCATTGGATTCATATGTAGTCGGATTGTCCTCAAAGAT
GTCTCACATTCCTTGAGATCTATCAGTTAGTTCTCGTCTTGCGACTGACC
AAGTTATTTTTCTGAAAGAACACTTGCGTTTTATCTCCAGATACAAGTGG
TGCAATTGTATGTCGTGGCCTTGACAGCGTCGAAAATTGACTGTACAGGT
GTGGCTAACATCTGCCTGACCCCCTTTTTACAAGCCATCTCGTTGGGAGC
TCAGCATAGCTTTGACCCCACATCGAGCCAAGACTCTTGGCTTTTTACCG
TGCTGAACCGGGTGCGCCATACATATGTGCCCCATCCACTAAATTGTAAG
GCCCTTAGTAGCTTGGGAAGCTGTTTTGCTGGGCCAGTTTATGCGACAAC
ATTCGGCAAGGTCGAGCTTAAATTGCCAAGGTGTTTGTCCAACATCTTTT
TTGTCTGTCGCACCAGGCCAATTTTGCTGGGATAGTCGCTTTGGTCTTTC
ACATATGAGAGCAACTCATAGAAGGCAGAGGAGTGATTAATGCTTAGATA
TCAAGTTCATTCAATTCAGACAAAGAAATGGAATCAGCCGCTCGACAACT
TTTATTGGGGTTTCCCTGAAGTAACTAGTTATCCGCCAGGGTGACCGGCA
ACTGCACATTCGCGTGGAGGGATGATCAACACATGGTGACCATTCCTGGT
AAATCGCATTGAAGAAATGATTTGAATGTGGCTTGTGAAGGTGTAGAATG
CGTCCCACAAAGCACCGTAATTGCTTTCTTGCCTATCTTTGCTCTTTCTC
GCGTGTACAAGTAATTCCATCCTGGAATAGCGAATTTGCGGGGTCCACTT
CTAAATACATGGCCAATATTATGTTCCTGTTGTAGTGATCGACCAATAAC
ACAACTACCGATTGTAGAAAAACAAGCAAAACTGACTGATGACTGACAGC
TTTGAAATAATCTGGATCGTACGGGTGTTCGAGGCCTTAAAGTTTGCTCA
TGCCGCATGACTATTCTACGCTTGTGAGTGACACTTATAAAATGAATATT
TATACATTTAATTTCTTATTAATACAATTTTAATTTATACATATATATTA
TCATTCAGTATATATTTCTATCTTATTCTTTTTCATTTGACACGTTTCAA
GAAAAACAAATCACAACTATCCTATTATTAATTTTTTAACATTTATTGTG
CGTTAGTTTTGTAAAGATTTATTGATTGTTTAGGCTTTTAAACATTTGTT
GTGTTCCATTATTGAGTTGTTCTGTTTTGTACAGCTTGCTGCAATGTTAT
TTACAGTATCTTTGTTTTTATTAATGTGTATATTTTATTTTTAAATGGCC
CCAACACTATTGACTAGTATTCGTATGCTAAGTGTTGACTCTGGGGCAAA
TAAACCTATTTTTTTATATGTAGGAATAAACGATTACACACACACATGAG
ATCACGCTATTTTTGCAAATCGACATTATATTGCACGAAGTGACACGCCC
AAAGCTAAGGTAAAACACCAAGACGAACCCTGCACACGTTACAACGCAGA
AGCAATAGGCTTTATTCTCGGCTTTGACACGGGAAGCTGTCATCTAGTAC
ATGAAAAATGAATATGGCCTGATTTTTATGTGTGTCCAAAGGCCTGGAGG
CTGTGTTCGGCCAGGGGTAAACTAGGCCGCGATTTCCCTCCATAATGAGC
CAGTAAAAAGCTCTGCATGTTGTTCAAATTTGAACTTGCCGCTTCTGTAC
TGGCAGGTTGATTGGGTAATAATGTGAAAATGTTGGGGGTCACTGGGGAA
AAAATCCGCCACTTGCGGTCGAGTGATGAGTAAGTCGTGCCCGACACACA
ATCGCTGTCGTCCATCACTGATCAGACCATGTTTGTCATTGGCCTGGGAG
GAAATCCAATTCACGGTGATCTGGATTCGAGTGCGGTTTGGGTTTGGTGA
GACCAATCTGATACGGATTCAAGGATGACCGACCACCACGGGAATTAGCT
GGCATTTGGGCCTCGACTGCAGCCATCGCCTCGGCCCACGCAGACTCTAG
CTCATCAGGTTTGATTAAAGGCCCTCTAATGGTCATTAAATGCCCTCCAA
ACCTATCCAGAGTGCTCCAAGCACCGTTCAGATATCGGCTCTACTCCCCG
AGATAAATAGGGCACAATAAAATTTGTCGCGTTTCAGCGAATTCCTTTCA
GACTTGATTTACGAATGTCCATTCACAGCTGGACTCGAAGACAATCAAAT
AGATCAGTGGCCCTCACTCACAACGAGCCATGGGAATGTCTGTATTCCCC
GAGTGTCTCGCTCCTAACGGATCGACCATTAATTCCAACATGTAGTTTGG
GTGCGGATTGATGGACCCCAATGTTTCATTGGAGGTGACAGCCTTACAAT
AAGGGATGAAGGTCAACTATTCCAATCAATAAAGTATTGACTGCTACTAA
AAAAAACCTGAATCCATTTTGGATCCCAACCGATTTTGTTTTGTTATAAA
TATTGAAGGCAATTTGTCAACAACTTCGGAATGGGCGATGAACTTTCGGC
AAGATCGGCAAGGGTAGTAATATTGGAATCTCTGGAAATGCAACAGAGCT
TGAGTGAAAAAGGGAATTGCTGCCAGAAGTGAGCAAAATATCTGCATTTT
CAGTTTCGGCCGAAATTTCGGGTTTTGTTCAGAAATCTGAGTTACTCAGC
TAGAATTCGGCCGAAACTGTAATCGGAAAATAAGACCTGGATAAGCTTCG
ATCCGTCACACGCTGAATATAATGTACAATAAAATCTACATCTTTCGAAA
TGCACTGAATGATCCTTTTGAATGTTTTTTTTTGTTTCTTCAATCGTTCG
ACCGAAATCCAAAAAAATCCTGAGAGCCAAAATTGGGTCGCAACAAGAAA
GAGCTGCGTCATTCTTATCATTCCGTGACTTATGGTATTCTAGGTCTGCG
AGAAAACATCTGATACTTAGGAGCGACACAAATGCAAACACTGACTCGCT
CTCAATCTCACTTTCTTTCAATGTTCTCGAATGTCGCGCATTCCAATGTT
CCAATGTACGGTAATGTGATCGAAAAGGGTCGCAAATACCTAGCTCCGAA
ATGACTTAATTTTAACCCATTGGACATTTTGGGGAAAGTTAAAAAAAATG
CATTACTCATTTCAAGATAAGAGAGATAATACTTTGTTGACCATGGCCAA
CCTCTTCGAGGAGCTCGTTCTCAATGTGTCTTGGTGACAAGACTGAGACG
ACAAGCGTTTCCCCGAGACACAATTGTAACACGTGAGCCACATTCTCGAC
CAAAAATGTGTAACAAAGGGACTGTTTGAATTATAACTGTCCGAAGATCC
GCACTCTGAATATGGTCCTTGTCCCCATTGTTCAGGTACCAGGAGTCTCC
TTGGAGTTGGGAATTATGAGGGGATAGTTGAGCAAACATGACATTCACGG
ATGCCTCAAACCAGTTGGCCTCGGATTGTTTTCCGAGCTGCCTAATTAAA
CTGTGAGGCCTCATGAAATGGCCCTCATTACGGGACCTCAACCCATAATT
TGTGCCCGTCTTGCCATCATAATTCTTCCCAGAGCAATCCATTCAGCGCG
TCTCCAATCTAGACCACAGTGCGAACACTCAAGAGTGTCGGAAGATCCAT
CCTGCCCCAGACCATTGGCTTCCTGTCCCTTCTTGACTGGCAATAATTTA
ATTCAATAATCAATTCGAATGACCCTGGCTCTGAATCCCGTCAATGACGT
TTCCCTCACGTCCACATCCACCATCCATGTTGGTGTCAAGATCCCTGGGT
CCGAGCTCCCGTTGTCACTTTTTGACATTTGCCAAAATGGATTGGCATCT
CATGCTCAAGCGTGCTGGAATTAATGACATCCCATAAGCTTAGAATTTAT
TCTGCTCAAGTCCTGCCATTGTCACGTCCTCAAAAGTGATACTACCAAGC
CCCGAAGAGCCCACCACCAACCTGTGGGGGGTCTCCAGATTAGCATTTTG
CACAAGCCTGATTCGACTCATTTGGCGCCTGTAAATTCAAACTCATCACT
GGAGTGAGCAAATAAGCTGGGCTTTAGTCAAGTCAATGACTAGTGTCATG
CAAACCTCTCGCTCTCTGGTCAATGATGAGGATTATCCTCACACTTGAAC
ACTTCGCCGAGGCTGATTTTTTTTGGCGAGTGCCAATCGCAAAGAGCAAT
GAGCCGCTCATAACAATTGACTCTTGTTTTGGCCAAAGCACTTCTGGCTT
ATGCCGATCTCGAGGTGAGATGCATTACGACGTCCATTGATTGGAGCTAG
TATGGTAAGGCGAATTTCGCTGAAGCTTTGGCCAGAATGAATTAGAATGT
GCTCATTCCTGACGCATGATTTTTGATTACCTCACGACGGCAAAAACCAG
AGAGGTGATGATGGAATTCGCAGAAGCAGTGTTGGCTCGTTGGCCAAATC
CATATGCATGTTTGAGGCTTCAAATCTTAGTCCTAGGCTCGGTGTTTTTG
GCTCTTCTCTGAAGACATGCTCAAGCGTATATGCAATTAGCAATAAATTT
CAACTACAATGTCCACACAGTGATGGCCTTAAGGTTCTCCAAAGGGCCTC
AGGCATCCAGCCAGGATAACGAAGAATAATGATTTGATGCCAGCTACTGA
CAAACTCACCTTGCTGAAAAATAGAGGAGACACCTAAGATGATTGGAGTC
TCTATGGTGTTGAAAATGTCACATCAATTGGTGACCTCAATTAATTAAAG
TCTTGTCCCCGAGAATTCCAACAATGGTGAATTATAAAGATGCTGGATAT
TTCTTTCCAGCGTTTTTAAGATGAAGTTCCCACAAATTCAGTGAAAATGA
AGTTTAAAGTAAAGGCCGATATTTTGGAATTTATTGCATAATCTTGAGCG
ACTCTGACGGATTGAACTTGATCAGGGGCGCAAGCGGGAAGAGTCCGTGT
CCTGATTTTTTTAGCTTTCGCCGTAGCCGTAGGAACAAATGTTCATAACT
CTAATGAAGTAACTTCGAGGGCTGCACAACTTGGACCCTGATGGTTCATA
GCTGGTTTGCAGATCGGTAGTTGGTTGATCAGGGCAAATCAAGAGCTGCA
TTAGATGGGTTTTCAAAAACGTAATGCCAGGTTCACACCAAATCTGCATC
TGCAGGTGTTCTGGATAGCGGTCTTAATCGGTAACAGAGTTAGCTCGAAG
TAATTGCTCAACAACTGTTGATCCTAACACAACCCTTCAGATCCTTCCGG
GTGAATAGACTTGGACAGCCATATGAGGTGACCATTCTAAACACATCCCC
TGAGGGTCTTGGGACGACTTCAAGTGCTTTATTATCCTCACACACGCTTC
TTATTTCTTTTCAGTCAACAGATGGAGTGCATCACCTCATGAAACGCTCG
TATCCCGAGCTTAGGGAGGCTGTTAGTGAGGTCGAGGCCCTGGACACCAT
GTTTGAGACCACCACGAACGTGTCCACGGTGGTAGCTCAACAGTCTTGCG
TGTCCACCACTCCTGGGACGACAGTTTGCAAAGGTCTGCTCTGGCAGCAG
AGGGACAAGATCTTCTCCCGCTGGAAGGAGCGATTCTTCATTCTCACACA
GGACTATTTGCAATGCTTCAAGAAAGGTTCCTCCAAGATGACAGAGATGG
GAGGATTCATCTTCAAGCTCAAGCTCTCGGACGTAAGTGACGCTCGCTCC
TTCATTAACTCGCAGACATTCCTCGCATACTTTCTCACACCTACCTGGCA
TTTCGCACCAACTCAATCAGTGCCTTTGTTTATTCAAGACACCTACGTAA
TTGTAGCAACTCAACTAAAAGACCTGAAGATAGTTCAAAGCTCAATTACC
GCCTTATTTTGTTCCCCAAAAACGAAACCCCGCCATACCCAGCCCAAAAA
GTCACAAAATCAGCTGATGGCTTTGAGCGCTAAATTCAAAAATGTGTGAG
CTCCACAATTTGGTATTGTTTCCAGACTCTCAGAGAATCCATAACCCCGT
GACAAAAATACATTATTAGTGTAAATCAAGCACTTTATGTTTAATTAAGT
AATAGAGCGATGTAGCAAAATATGGGAGCTCATTCTTTTGGTACAAGCGC
ATGCGTACACGTGCAATGTACAGGCGTAAATACACGGGTATGGGACGAGA
ATGTCGGCTCTTTTTGTCGCCATTACCTCGATTCGATTGTCTTGGAAAGT
TAGGAAAATCTACATGCATTCTTCGCAACTTTCCTCGCCCAACTGTGGCC
GGTGGCGTAATTGCTCCTCTGATCACCCTTTTACCGCAATAGGTGGGAAA
TCAACAAAGAAATACCCGAGACATAAAAATCCCAGACGCTGAGGCCCGCG
AATAGCTTCCCCATTCATTTGGTAGATAAGTGAGCTAGCGAGTCCCGGAG
GCAGAATGCGTGATATCTTTGTTATTACAGGTGAGCGAGGTGGAATTGCT
GGACAAGAAAGGATATCTGACGGTGTCGCTGATTCTAAACAAAGAGGGGA
AGATTCTATTAAGAAAACCCGAAGGCATCAGGGAATGGTTTGCCAGCCTC
AAGGTAAGAGGGAACACCATCCACTCAACGGGGTTCAGGGCGGGAATGTG
GACAGATAGCGGTGATGAAATCGGCTCCGACATTGAGGATCCAATTGGTG
TAAAGGAGAAAACTCCTTGCGAGCTACGTTTGAATATTCTCAAGGAGGAG
CTGGGGACAAAAAAATCAATGGATGTAAATTTATTCCGATCTCTTTGTTT
CGAGGTTTCATGCATGTTTATTCAAATGGTAGCGGACAACCGATTCCAAT
TTGAAAGTGTCTGGCGCAGAGCCAAAAATATCCGGCTAGGGCCGAGGAGG
TGAAAATGACGAAAACCACTTTCCAACCACGATTAGGCGAAACCTTTGGC
CCCCTCTTTGTCTCAGGTTGACAAATCACTCATTGGAAATACCTGAGATA
CACTCACCTTTGCCTAATAGCCCGAGCCACGATCGTCCATCAAAGCCTTC
AGACCCATTCGATCTTCCTGACTCGGAGCTGCATGCGTTTTGGAGATGAC
AATTCAGACGTCATCACCTCAGAAACCAACTCTGAATCGAAAGTGCCCAC
GAACTACCATAGACAAGCACAATAAGTAGTTTACCGATGAATTATGATTG
GATAGTTCAAATCCCTTGCGAATCTAAAATTAATTATTCTTCGTCATTTT
GGCAACATTTAAGAGTTATTTTCGTAAAAATATTGTTTGAAATCAAAAAG
ATACAAGTGGATGTTATGTTAGATAACTTCTCTTTTGTTTAAAAAAGAAT
CAAATATATCTTCCTGCTGATTTTGGATCTGCAATTTCATTTATTATCTT
AATTCGACAGAATTTGATGAGGATGCCATTGTCTCAATGTTTTCCACCCT
CATGGCAATTTCTTGAAAACATGTCAAACATTAATTTGCCAGGGTGTCGA
AACCGTGATTATGGGCTTGAGCTCTGCCAGGCCGGGGTCCGAACTTATGA
CCATAGGACACCCACTCCACAACAACGTCTCCGTAGCGCATGTTAGCCTT
AATTTACCATCTACGTAAAAACATAAAGTTGCACATGGGTTTCACTGTGG
TCTATTTGGGCGCCAACTTGGTCAGCCAGGATTCAAACCCATGAACCCCG
GAGGACCTAACGTCAAATGGCGGATTGTCCTGCCCTCCAAGTGCGCTAGG
CTGCTTCAGTACTGACTTGATTAACCATGGCATGGGAGGTCGTATAACAA
AAATGGTGTCATCTCGAATTGAACAATGAGGGGCTTAAAAACAAGGTCGT
TGTTTTTTTACTTTCCTAGATATTTAGCCAGTACAACGCTCGCTTTACCT
TATAATTAGGCCCTGGAAAAGTTAAATTTCAATCAGCTAACAGAGAGACT
CATGAAAATCAAGAATCACGATTACACCAAACGGTGTCTCTAAAACATTT
ACAGTACCTATCAACTGACTCTTTTTCGTCCTCCCTTTTACAATAGAGTG
TAATTGTATCCATTCACTCAAGATTACCACGGAATGTAACTTTGATCCTA
CCAGAAACTGTCCCGACCATTTGTGGAGGCAAGTCTAAGGCCAGGATTTT
TTGTCCTATGGCTAGTGGACAAACTTCACAGTAAACGCCGAAATTTTCAG
AGTACTGTAGTACTATTACGTACAGTGTATGTAAACGACTGATCTGAAAA
TAATTTCTAGTAATTCGACCTGGAGGCCTCAATTTTCACTCTCGATTCTT
GGCCCTCAGCGATCGAGTGAGCATGTCGGAAAGGTGTCCTCTCAATAATG
ACTTGCTCGAGGTAATGATGATTTCTTCTTAAAAGCCCACAAAGTGAAAT
CATTGTGTGAGGAATATTCAAAAATCATTCATTACATTTTGTGCACTGTC
ACGCTCATGTGGGTCGTCAACCTAAGAAATCATGCCAATACCAAGCACCA
AGCCGGGTGGTGGGTGACGGTGGAGAAAGTTTATTATAGGACACTTTGGG
TTTGGCCCCTCCAAACCATCTCAGGGTTCTTGACTCATCCATTGTAAATA
CAGAGTACACTCCAACACAGACCCATGTCTGCTAAATGTGTATCATAGCC
GATCAGAGCCAACCTACGTGCTTCTTGTCATCAAATCTTGTGCAACCAAT
ATGTCAAACGAGTGAGCAATAATAATCCACCCAAGACAAACTAGGGCAGC
CATCTGTCCAAAGTGGCATTGCAGTGCTTTGGTTACTTGAACCGATCAAA
TCACCTACATCCATCTTTCACGTTACGCTTAGTAGCAAAACAACATTAAC
ACTATTTGCGTTTCATCTCGAGGTTAAGCATTAATGCATGCATCGTAGAC
CGCAGATGGATGGAGAGCTTGACTTATTTCAAGTATTATATCTCATAATT
CGGCAATTTTTGCCACACTCTTCATATGACCCACAGGACACCATCACTCG
TTTTGAGATTAGCCCCATTTTACATTTGAATGCGAATCATTTTTAACAAG
TGTTCCAAGCCTAGGGTGGACCAATTCATTCGTGGTCTATGGTGGGGTGT
TTATTTCCCAGAGTAGACGCTGCAGAGGTCGGCTGATCGCCTCGTTCGCC
TATAGCGGTTGGTTGTGTAGCGAATACTGAATGACAGTAAACGGTGGGAG
GCGATTTAGCGGTGTTAAGAATTTAATTCCCTGTCTTACTTAGCACATGG
ACAGAAGGCTCACCCTGATCCCAGTATCCTTGATTGGATCAACGTTTGCC
ACAGGCAAAAGAGAATGAGGAGCAATTCCTCAGGATTAGGATCTCAGGTC
AGGGCCGGAGCGAGGTGGATTACTCGCCTCTCTCTGTGGCTGCTGAAGCC
TTGTGTCAAATGCGAAAAAGAGGCATTTTTGACAGAGAGCGAAAGTCAGT
GATAGCTTCTGAAACAACTCCGAACTCTTCCAGGAATGCGTGCAACAAAG
CAAGGACCGAAAAGGTCTGATGAAGTCAACAAAGGAATTCTGGTCCAAGC
GCCAATTCACCGACTCGAGTCCGATGGAGCAATACACATCCAAGCACAGA
GAC

Synonyms

The feature 'conserved hypothetical protein' has the following synonyms


Synonym
Tk11317

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