hypothetical protein YQE_12379 partial, maker-scaffold916_size81488-snap-gene-0.9 (gene) Tigriopus kingsejongensis

Overview
Namehypothetical protein YQE_12379 partial
Unique Namemaker-scaffold916_size81488-snap-gene-0.9
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000001498 (supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 gene:EMLSAG00000001498 transcript:EMLSAT00000001498 description:"maker-LSalAtl2s1258-augustus-gene-0.18")

HSP 1 Score: 185.652 bits (470), Expect = 2.444e-54
Identity = 101/268 (37.69%), Postives = 147/268 (54.85%), Query Frame = 0 
Query:  225 MKTLLCFFLVAAIAQSYAEDD--SHREQRYFSLFNVVKFKNDGCLGTNGEV-----GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGS--CSHTFDRICDDLCQIRLDFQSVQMAIEPTGECI-DTLVVTSPTQKNPPVVCGRLDGQHMYLDT---SNTGNGGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSV 479
            M+ LL    +       + D   S ++Q+YFSL N+V+F N  C   +        GTC  + +C+++GG + GNCASGFGVCC  T+ SCG T+ +NCT +QNP +PS  T  G+  CS+T  R  D +C IRLDF++  +     G C+ +  + TSPT    PV+CG L G HMY+ +   S T     I F  A+     + IKVT   C ++   P+GC+QY+TG     +N+  N   ++    Y  C+RQE G+C +  SV
Sbjct:    1 MRYLLYILFIYVFIDQISVDGAPSKKKQKYFSLLNIVRFANQKCTTQSSTPLASRHGTCFTRDECNNNGGLIDGNCASGFGVCCVLTLKSCGGTITQNCTYVQNPEFPSGFTLGGNTMCSYTVPRNMDGICSIRLDFETFSIRQPVQGNCLNENFMATSPTGLVLPVLCGTLTGSHMYISSGTVSQTAASFKINFDPASNAVRSWDIKVTMIPCNSMTLPPDGCLQYYTGTTAKIQNF--NFGALLQSQAYNICLRQEAGFCTVSYSV 266
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000000067 (supercontig:LSalAtl2s:LSalAtl2s100:474667:476504:1 gene:EMLSAG00000000067 transcript:EMLSAT00000000067 description:"maker-LSalAtl2s100-augustus-gene-4.19")

HSP 1 Score: 174.866 bits (442), Expect = 2.683e-50
Identity = 104/266 (39.10%), Postives = 143/266 (53.76%), Query Frame = 0 
Query:  225 MKTLLCFFLVAAIAQSYAEDDSHREQRYFSLFNVVKFKNDGCLGTNGEV-GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPTGEC----IDTLVVTSPTQKNPP---VVCG-RLDGQHMYLDTSNTGN-GGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSVV 480
            MK  L    +    ++    +  ++ R  SLF+VV F N  C G+  +  G C    +C+ +GG   GNCASGFGVCC FTVS+CGTTV +N T + NP    +  +        + +  ++CQIRLDF ++ +    TGEC     D L  TSP+   PP    +CG  L G HMY++T  TG+ G S A   ATG S  +KIKVT  EC    KAPE C QYFTG+   F++Y    +  +    Y+ C+RQE G C +  + V
Sbjct:    1 MKIYLLLLWIFIGTRTSMGKELRQDGRSLSLFSVVTFDNVECTGSASKKHGICFTSDECTENGGSADGNCASGFGVCCTFTVSTCGTTVSRNLTYVTNPXXXXIRLQEPVHLQLIESMTVNICQIRLDFDTLVLTEPATGECSSTNTDKLTFTSPSGFVPPGTGGLCGDSLSGDHMYIETGLTGSVGMSFAIGSATG-SRTWKIKVTQIECGTSWKAPEDCAQYFTGISGEFQSYNNVGDQTLQSQNYKYCIRQEAGMCGIQYTSV 265
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000005167 (supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 gene:EMLSAG00000005167 transcript:EMLSAT00000005167 description:"maker-LSalAtl2s272-augustus-gene-1.13")

HSP 1 Score: 143.28 bits (360), Expect = 4.809e-39
Identity = 83/223 (37.22%), Postives = 125/223 (56.05%), Query Frame = 0 
Query:  274 GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYP--SLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPTGEC----IDTLVVTSPTQKNPP---VVCGR-LDGQHMYLDTSNTGNGGSIAFTYATGESM----RYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSVVGN 482
            GTC   S+C+  GG   GNCA+GFGVCC F V +CG+T+ +N +  ++P +P     T A +C+ T  R   ++C IRLDF+++  +    G C     D + +TSP+  +PP    +CG  L GQHMY+DT+     G++ F    G +      + IKVT   C ++ + P+GC QYFTG   + K+Y  +   +     Y  C+RQE G+C +D S VG+
Sbjct:    3 GTCYSSSECAEKGGRAAGNCAAGFGVCCLFIVDTCGSTISRNNSYFRSPGFPTAFTVTAATACAFTIQRCQSNICSIRLDFENLIXSEPADGACGANNFDKITITSPSGFSPPGPGGLCGDGLSGQHMYVDTTLA---GAVTFNVDAGTAAIANRAWNIKVTQIACDDMNRPPQGCTQYFTGPSGSIKSYNFDGGQINDGHLYSNCIRQEEGFCGIDYSAVGD 222
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000012915 (supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1 gene:EMLSAG00000012915 transcript:EMLSAT00000012915 description:"maker-LSalAtl2s981-augustus-gene-1.57")

HSP 1 Score: 145.976 bits (367), Expect = 7.174e-38
Identity = 78/226 (34.51%), Postives = 131/226 (57.96%), Query Frame = 0 
Query:  237 IAQSYAEDDSHREQRYFSLFNVVKFKNDGC----------LGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPT------GECIDTLVVTSPT--QKNPPVVCGRLDGQHMYLDTSN-TGNGGSIAFTYATGESMR-YKIKVTFYECTNLAKAPEGCVQYFTGL 442
             ++S +++D  R+ ++ SLF++V+FKN+ C           G+    GTC    +C++ GG   G CA+GFGVCC F VSS G+T+++NCT   NP +P+  T + + S+T ++   D+C++RLDF+S       +      G+C+DT ++T+ T   ++ P +CG+  GQH+Y+D  N   +   + F +     +R ++IKV+  +C     AP GC+QY  GL
Sbjct:  290 FSKSTSKND--RDGKFLSLFSIVQFKNEACRSTSTISNGGSGSTSRNGTCYTDVECTNKGGLAAGQCAAGFGVCCVFLVSSSGSTIRENCTYXTNPGFPNAYTGSTAVSYTINKAHIDICKLRLDFESFTTNGPSSSEEVDGGKCVDTFMITTSTLVDQSVPTICGQNTGQHVYIDIGNGESDTAQMRFNFMGDSGVRMWEIKVSQLKCDAPFSAPPGCLQYHEGL 513
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000005166 (supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1 gene:EMLSAG00000005166 transcript:EMLSAT00000005166 description:"maker-LSalAtl2s272-augustus-gene-1.14")

HSP 1 Score: 145.206 bits (365), Expect = 1.557e-37
Identity = 100/338 (29.59%), Postives = 156/338 (46.15%), Query Frame = 0 
Query:  169 VSRESMRRIVRKDLKIYPYKIQKQQLLSAKTMEKRLERAKNLKAFFKSRTPPSIVTMKTLLCFF-LVAAIAQSYAEDDSHREQRYFSLFNVVKFKNDGCLGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLET-KAGSCSHTFDRICDDLCQIRLDFQSVQMA------------------IEPTGECI-DTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNTGNGGSIAFTYATGESMRYKIKVTFYECTNLAK--APEGCVQYFTGLGNTFKNYG--------KNDEVMIHEMQYRTCMRQELGYCNM 475
            ++++S+   V +   +         +LS +T  KR       K + +  +P S +++  LLC    + A A    ED   ++++  S+FNVV F N  C G+  + GTC    +C + GG   G+CASG+GVCC  T+ SCG T   NCT I+  S+ S  +  +  C++T  +  + +C+IRLDF +  +A                     TG+C+ D+   TSP  +  PV+CG   GQHM LD S+  N  +     +   S  + IK T Y C +      P GC+QYFTG      ++               +    Y  C RQE   C++
Sbjct:  267 LNKKSLYYYVTQXTHLAEVSDDVHSVLSKETTLKRD------KPWDQKNSPCSFISLLILLCTINELDATANDVVED--KKDEKLLSIFNVVTFPNTFCTGSASKNGTCYTADECETRGGTASGSCASGYGVCCXITL-SCGGTSSDNCTYIEQSSFTSTSSLNSNPCTYTICKNSNMICRIRLDFTTFTIANPFTTPVGADAAGTTITNAGATGDCVTDSFSFTSPGSRGSPVICGANSGQHMILDASDECNVLNFNIGSSAATSRSWIIKATQYTCGDYDSLGGPPGCLQYFTGTTGKISSFNYPTSETTTTTSSSHLSNQCYSICFRQEATKCSI 595
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000004324 (supercontig:LSalAtl2s:LSalAtl2s227:172946:176787:1 gene:EMLSAG00000004324 transcript:EMLSAT00000004324 description:"maker-LSalAtl2s227-augustus-gene-1.18")

HSP 1 Score: 137.117 bits (344), Expect = 9.966e-37
Identity = 85/244 (34.84%), Postives = 120/244 (49.18%), Query Frame = 0 
Query:  248 REQRYFSLFNVVKFKNDGCLGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPT-GECI----------DTLVVTSPTQKNPPVV---CGR-LDGQHMYLDTSNTGNGGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMD 476
            RE + F LFN+VKF N  C   +  +G C    +C +  G + G+CASGFGVCC F+V+ CG+TV +N T I+NP +PS      +CS+T ++    +CQ+RLDF+ +  A EPT G C           D + VTSPT  NPP +   CG  L+GQH                                      +KAP GC QYFT       +Y +  E M     Y+ C+R+  G+C+++
Sbjct:   26 RESKQFGLFNIVKFDNVEC---SERMGVCFTTGECENRNGKINGHCASGFGVCCVFSVTDCGSTVSQNVTYIRNPGFPSALRSTQTCSYTINKASPKICQLRLDFERLATA-EPTDGVCGKSGAGAAGTGDKVTVTSPTGFNPPGIGGLCGENLNGQH--------------------------------------SKAPTGCTQYFTEKSGVISSYNRAGERMPAGSSYQNCVRRANGFCSIE 227
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000009716 (supercontig:LSalAtl2s:LSalAtl2s627:172122:174346:-1 gene:EMLSAG00000009716 transcript:EMLSAT00000009716 description:"maker-LSalAtl2s627-augustus-gene-1.20")

HSP 1 Score: 133.65 bits (335), Expect = 1.134e-35
Identity = 86/256 (33.59%), Postives = 125/256 (48.83%), Query Frame = 0 
Query:  246 SHREQRYFSLFNVVKFKNDGCLGTNGEV-----GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIE-PTGEC-IDTLVVTSPTQKNPPVVCGRLDGQHMYLDT-SNTGNGGSIAFTYAT---GESMRYKIKVTFYECTN-LAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSVVGNAPTTNPS 489
            + ++ R  SL NVV F+N  C   +  V     GTC    +C + GG V G CASGFG CC FT+++C  ++  NCT I NP  P                   +C+IRLDFQ+  +    P G C ++   VTS ++ N P  CG L  QHMY+ T +  G+ G++   + T     + R+ IKVT   C++ L+  P+GC+QYFTG      N    D   I       C+  +L   N D +++      NP+
Sbjct:   30 APKDARLISLLNVVTFQNSACAAASSTVSNPIQGTCFSAGECGAMGGRVDGTCASGFGACCVFTLTACTGSIANNCTYIMNPGSPG------------------ICRIRLDFQNFVINTPMPDGTCPVEKFTVTSTSRNNIPNFCGTLTNQHMYITTPTGPGDLGTLTINFDTTLMNANRRWNIKVTRIHCSDTLSLPPDGCLQYFTG------NSAIPDPFEISGGGPNVCLDAKLLISNGDPNIICGQKFLNPT 261
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000009824 (supercontig:LSalAtl2s:LSalAtl2s639:583718:585337:-1 gene:EMLSAG00000009824 transcript:EMLSAT00000009824 description:"maker-LSalAtl2s639-snap-gene-5.20")

HSP 1 Score: 134.42 bits (337), Expect = 4.128e-35
Identity = 101/320 (31.56%), Postives = 151/320 (47.19%), Query Frame = 0 
Query:  204 LERAKNLKAFFKSRTPPSIVTMKTLLCFFLVAAIAQSYAEDDSHREQRYF--SLFNVVKFKNDGCLGTNGEV-----GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPS------YP-------SLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPTGECI---DTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNTGNGGSIAFTYATGE---SMRYKIKVTFYECTN-LAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSVVGNAPTTNPSFMLGGAA 496
            L+  K+     K R P +I T   L    ++       +   +H    YF  +L NVV F+N  C   +        GTC    +CS  GG + G CASGFGVCC F +      ++        P       +P       S E K  +C      I  D+C+IRLDF+++Q+   PT   +   + + VTS ++ N P  CG L  QHMY+ T+ TG+ G+ A  + T +   +  + IKVT   C + L+  P+GC+QYFTGL    K+Y  N  V++    Y +C+R E G+C+  V    +A      F++G  A
Sbjct:   13 LQSTKSFVYTLKPRDPITIQTTPILRWRHVLRCAFHFLSVLYNHCFNSYFKSNLLNVVTFRNSPCTAVSSTASSSRQGTCFSSEECSQKGGQIDGTCASGFGVCCIFKIVRIFKILEPPVVSPLVPPQVVATHFPEQIWVKYSNELKQSNCQP----ISIDICRIRLDFKTLQLRQAPTATGVCGNENIAVTSTSRNNIPSFCGILTNQHMYITTAETGDLGAFALNFDTADVTTTRSWDIKVTQVACDDTLSLPPDGCLQYFTGLSGNVKSY--NFGVLLASTAYDSCIRNERGFCS--VRYTESATAVPDPFIIGADA 324
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000001870 (supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1 gene:EMLSAG00000001870 transcript:EMLSAT00000001870 description:"maker-LSalAtl2s1321-augustus-gene-0.18")

HSP 1 Score: 131.339 bits (329), Expect = 1.405e-34
Identity = 79/210 (37.62%), Postives = 113/210 (53.81%), Query Frame = 0 
Query:  253 FSLFNVVKFKNDGCLGTNGEV----GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPTGEC-----------IDTLVVTSPTQKNP-----PVVCGRLDGQHMYLDTSN-TGNGGSIAFTYATGESMR-YKIKVTFYECTNLAKAPEG--CVQY 438
            FSLF+VV+F+N  C   +G      GTC+K+S+C+  GG    NCASGFGVCC F + +CG+  ++NCT IQNP +P+       CS+T  R  +++C++RLDF+ +    EP G              D   V +    NP     PV+CG   GQH+Y+D  N  G+  S+ F +   +  R + IKVT   C  +   P G  C+QY
Sbjct:    1 FSLFSVVQFRNTVCAIGSGASRIRNGTCLKQSECADRGGSGRANCASGFGVCCFFAIQTCGSVARENCTYIQNPGFPTPYRVLTPCSYTIQRCSNNVCRLRLDFE-MFTTFEPAGTIETDDGGVCNPRWDQFSVQNLNTGNPMNSIIPVICGENTGQHIYIDIGNQDGDSASLNFAFRQEQRDRVWDIKVTQIPCNTIDDPPAGHCCIQY 209
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Match: EMLSAG00000000642 (supercontig:LSalAtl2s:LSalAtl2s10:144553:177864:1 gene:EMLSAG00000000642 transcript:EMLSAT00000000642 description:"augustus_masked-LSalAtl2s10-processed-gene-1.2")

HSP 1 Score: 124.79 bits (312), Expect = 2.879e-32
Identity = 81/268 (30.22%), Postives = 133/268 (49.63%), Query Frame = 0 
Query:  226 KTLLCFFLVAAIAQSYAEDDSHREQRYFSLFNVVKFKNDGC-LGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSL-ETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEP------TGEC-IDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNTG--NGGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYF---TGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSV 479
            K +L   L    A  ++  +  ++ ++ SLF++V F++  C    +   GTC+    C+++ G   G CASGFG CC F   +CG+ V +N T I +P YPS+ ++    C +       ++C +RLDF   ++   P       G C +DT V+   T  + PV+CG   G H+YLD ++    +G  + F +      R++I  +  EC N  +A  GC+QY+   TG  NTF N+       +   +Y  C R+ L  C ++  V
Sbjct:    2 KVVLILILCPIFA--FSSKNLPKKDKFLSLFHIVTFQDFICPSALDSRNGTCLSAQKCTTNSGIPSGKCASGFGTCCVFETQTCGSKVLRNMTYITSPDYPSMIKSSLTQCDYRIQAEMKNICSLRLDFDRFEVRGPPGRNELNGGACSLDTFVIQG-TLGSVPVICGLNTGAHIYLDVNDNALKSGIELKFQFKGXGQRRWRILSSEIECNNPGRARPGCLQYYFESTGRINTF-NFNAMGSSHLASQKYAICFRRNLNTCCIEYRV 265
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325273897|ref|XP_023321599.1| (uncharacterized protein LOC111696274 [Eurytemora affinis])

HSP 1 Score: 189.889 bits (481), Expect = 1.238e-51
Identity = 98/257 (38.13%), Postives = 147/257 (57.20%), Query Frame = 0 
Query:  233 LVAAIAQSYAEDDSHREQRYFSLFNVVKFKNDGC--LGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIE--PTGEC---------IDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNT-GNGGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNM 475
            + A + ++      +R ++  SLF+VV F N  C  L ++   GTC+  S+C S GG   G CA+GFGVCC FT S+C +TV  N + I NP +PS    AG+C++T ++I  D+CQ+RLDF ++  ++   P G C          D+L V   T KNPPV+CG   G+HMY++T  T G+  S+AF      + ++ +KV+   C+   +AP  CV+YFTG   T  +YG   +  +    Y +C+RQE GYC +
Sbjct:   25 ITAGVIETSNNTTENRNEKVLSLFSVVNFPNLECNSLSSSFARGTCLASSECQSKGGTTSGTCAAGFGVCCLFTTSACSSTVSNNVSYITNPGFPSTYNTAGTCTYTVNKISSDICQLRLDFITLVQSVSTNPQGCCGAAPTCTIASDSLTVLGKTGKNPPVICGTNTGEHMYVETGATDGDTVSLAFLVTGTSNDQWNVKVSQIPCSASYRAPSNCVKYFTGSSGTVTSYGFPGDTQLTSQNYESCIRQEKGYCGI 281
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325295830|ref|XP_023330808.1| (uncharacterized protein LOC111703166 [Eurytemora affinis])

HSP 1 Score: 189.119 bits (479), Expect = 2.258e-51
Identity = 96/249 (38.55%), Postives = 145/249 (58.23%), Query Frame = 0 
Query:  243 EDDSHREQRYFSLFNVVKFKNDGC--LGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIE--PTGEC----------IDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNT-GNGGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMD 476
            E ++ R ++  SLF++V F N  C  L  +  +GTC   S+C S GG   G+CA+GFGVCC F+ S+C +TV  N + I NP +PS    AG+C++T +++  D+CQ+RLDF ++  A+   P G C           D+L V   T KNPPV+CG   GQHMY++T  T G+  S+AF+     + ++ ++V+   C+   +AP  CV+YFTG   T  +YG      +    Y +C+RQE GYC ++
Sbjct:   31 EPETKRNEKILSLFSIVNFPNLECNSLSASFAIGTCYATSECESKGGTTSGSCAAGFGVCCLFSKSACSSTVTNNVSYITNPGFPSTYNTAGTCTYTINKVSSDICQLRLDFITLVQAVSTMPQGCCGSTLCTAGFLADSLTVLGKTGKNPPVICGTNTGQHMYVETGATDGDTVSLAFSVIGTTNNQWNVRVSQIPCSASYRAPSQCVKYFTGTKGTVTSYGFAGNTQLTSQNYESCVRQEKGYCGIE 279
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325303738|ref|XP_023333450.1| (uncharacterized protein LOC111705205 [Eurytemora affinis])

HSP 1 Score: 186.808 bits (473), Expect = 8.148e-50
Identity = 110/270 (40.74%), Postives = 155/270 (57.41%), Query Frame = 0 
Query:  247 HREQRYFSLFNVVKFKNDGC--LGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDF-QSVQMAIEPTGEC--------IDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSN-TGNGGSIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNM--DVSVVGNAPTTNPSFMLGGAAPVGTAQ 502
            +R++R FSLFN+V+F N  C  L T   VGTC   S+C+S GG   G+CA+GFGVCC F  S+CG T   N T I NP +P+    AG+C+ T ++   D+CQ+RLDF  SVQ     T  C         D+L VT  T  NPPV+CG   G+HMY++  +   +  S+AF+ A   + ++ I+V+   C+   +AP  CV+YFTG   T  +YG     ++    Y +C+RQE G+C++  D S V  AP  +P F L GA   G A+
Sbjct:   85 NRKERIFSLFNIVQFPNLACNSLDTVFPVGTCFTTSECTSKGGTTSGSCAAGFGVCCLFKSSTCGGTFSNNMTYITNPGFPATFNTAGTCTFTVNKCQADICQLRLDFLTSVQGVSANTQGCCGAGCTTAADSLTVTGQTGVNPPVICGTNTGEHMYVEVGSLAADSVSLAFSVAGTTNDQWNIRVSQIPCSANYRAPTNCVKYFTGSSGTVTSYGFTGNTLLQSQNYDSCIRQEAGFCSIQWDESTV-TAP-ADP-FDLTGAQAAGAAE 351
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325334262|ref|XP_023348958.1| (uncharacterized protein LOC111717712 [Eurytemora affinis])

HSP 1 Score: 182.57 bits (462), Expect = 8.646e-49
Identity = 93/237 (39.24%), Postives = 141/237 (59.49%), Query Frame = 0 
Query:  248 REQRYFSLFNVVKFKNDGCLGTNGE---VGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPS--LETKAGSCSHTFDRICDDLCQIRLDFQSVQ-MAIEPTGECIDTLVVTSPTQKNPPVVCGRLDGQHMYLDT-SNTGNGGSIAFTYATGESMR-YKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMD 476
            R+++  SLF +V F N  C+ +N      GTC+  S+C+S  G   G CA+GFGVCC   VS+CG+TV  N T IQNP YPS    T  G+C +T ++   D+CQ+RLDFQ+    ++   G   D++ +T  T +NPP + G   G HMY++  ++TG+  ++  T+ +  S + Y I V   EC++  +AP+ CVQYFTG   T ++YG     ++  M Y+ C+R E GYC ++
Sbjct:   38 RDKKTLSLFAIVNFPNLRCVTSNSGSTLYGTCISTSECTSRSGSAAGTCAAGFGVCCYLAVSTCGSTVNYNNTYIQNPGYPSTYTPTATGTCLYTINKASTDVCQLRLDFQTFSGFSVTTAGVKTDSMAITGQTGRNPPSISGTNTGYHMYVNLGADTGDTATVTMTWGSIASAKQYNIFVQQIECSSPQRAPQDCVQYFTGTQGTVQSYGWAGAQLLAGMDYQNCIRTEAGYCGIE 274
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325334812|ref|XP_023349222.1| (uncharacterized protein LOC111717988 isoform X1 [Eurytemora affinis])

HSP 1 Score: 167.933 bits (424), Expect = 2.850e-43
Identity = 91/235 (38.72%), Postives = 131/235 (55.74%), Query Frame = 0 
Query:  248 REQRYFSLFNVVKFKNDGCLGTNGEV--GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPS--YPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQ-MAIEPTGECIDTLVVTSPTQKNPPVVCGRLDGQHMYLDT-SNTGNGGSIAFTYA-TGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNM 475
            R+QR  SLF VV F N  C    G    GTC+  S+C+S  G   G CA+GFGVCC   VS+CG+++  N T IQNP        T  G+C +T ++   D+CQ+RLDFQ+    A+   G   D++     T KNPP + G   G HMY++  +++ +  ++  T+     + +Y I V   EC++  KAP+ CVQYFTG   T ++YG     ++  M Y  C+R ELGYC +
Sbjct:   48 RDQRQLSLFAVVNFPNLKCTTKTGSTTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSTCGSSLSYNNTYIQNPGYPSTYTPTTTGTCVYTVNKASSDVCQLRLDFQTFSGFAVTSVGAKTDSMAAAGQTGKNPPTISGTNTGYHMYVNVGADSTDTATLTMTWGDIATAKQYNIFVQQIECSSAYKAPQDCVQYFTGTTGTIQSYGWAGSQLLAGMDYNNCVRTELGYCGI 282
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325334814|ref|XP_023349224.1| (uncharacterized protein LOC111717988 isoform X2 [Eurytemora affinis])

HSP 1 Score: 167.162 bits (422), Expect = 3.667e-43
Identity = 91/235 (38.72%), Postives = 131/235 (55.74%), Query Frame = 0 
Query:  248 REQRYFSLFNVVKFKNDGCLGTNGEV--GTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNP--SYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQ-MAIEPTGECIDTLVVTSPTQKNPPVVCGRLDGQHMYLDT-SNTGNGGSIAFTYA-TGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNM 475
            R+QR  SLF VV F N  C    G    GTC+  S+C+S  G   G CA+GFGVCC   VS+CG+++  N T IQNP        T  G+C +T ++   D+CQ+RLDFQ+    A+   G   D++     T KNPP + G   G HMY++  +++ +  ++  T+     + +Y I V   EC++  KAP+ CVQYFTG   T ++YG     ++  M Y  C+R ELGYC +
Sbjct:   30 RDQRQLSLFAVVNFPNLKCTTKTGSTTYGTCISTSECTSRSGSASGTCAAGFGVCCYMAVSTCGSSLSYNNTYIQNPGYPSTYTPTTTGTCVYTVNKASSDVCQLRLDFQTFSGFAVTSVGAKTDSMAAAGQTGKNPPTISGTNTGYHMYVNVGADSTDTATLTMTWGDIATAKQYNIFVQQIECSSAYKAPQDCVQYFTGTTGTIQSYGWAGSQLLAGMDYNNCVRTELGYCGI 264
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325319228|ref|XP_023341394.1| (uncharacterized protein LOC111711301 [Eurytemora affinis])

HSP 1 Score: 169.088 bits (427), Expect = 6.329e-43
Identity = 93/238 (39.08%), Postives = 132/238 (55.46%), Query Frame = 0 
Query:  250 QRYFSLFNVVKFKNDGCLGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPT--GECI-DTLVVT--SPTQKNPPVVCGRLDGQHMYLDTSNTGNGGSIAFTYATGESMR--YKIKVTFYECTNLAKAPEGCVQYFTGLGNTFK--NYGKNDEVMIHEMQYRTCMRQELGYCNMDVS 478
            +R+ SLF +V FKND C+ T G  GTC   ++C+S GG   G CASGFGVCC FT ++CG +   N T  QN  YPS     GSC  T ++   D+CQ+RLD  S+ ++   T   +C  D  +V+  SP     P +CG   GQHMY+D   + N   +     +G S +  + +KVT  EC++L+KA +GCVQYFTG+   F   N+     + +    Y  C+R E  +C +  S
Sbjct:  133 KRFLSLFTIVSFKNDACVSTGGTNGTCYSSNECTSKGGASAGTCASGFGVCCLFT-ATCGGSTNVNGTYFQNSGYPSTFNSVGSCQLTINKCASDVCQLRLDILSMTLSGPETTDNQCQGDQFIVSGGSPL----PAICGVNTGQHMYVDMGLSSNSPIVLTVVTSGASFQRSFSVKVTQIECSSLSKASDGCVQYFTGVNGQFSSFNFNAGSGLQLSNTDYTVCIRMERNFCGIQYS 365
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1130265099|ref|XP_019770910.1| (PREDICTED: uncharacterized protein LOC109544925 [Dendroctonus ponderosae] >gi|478250484|gb|ENN70979.1| hypothetical protein YQE_12379, partial [Dendroctonus ponderosae])

HSP 1 Score: 164.851 bits (416), Expect = 3.509e-42
Identity = 97/261 (37.16%), Postives = 134/261 (51.34%), Query Frame = 0 
Query:  242 AEDDSHREQRYFSLFNVVKFKNDGCLGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPTGE--CIDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNTGNGGSIAFTYA-TGESMR--YKIKVTFYECTNLAKAPEGCVQYFTGLGNTFK--NYGKNDEVMIHEMQYRTCMRQELGYCNMDVS-VVGNAPTTNPSFMLGG 494
             E+   R  R+ SLF  V+F N  C G+NGE GTC+ ++DC   GG  IGNCASG+GVCC  TV  CG  V++N T   N  YP L    GSC  T  +I   +CQ RLDF  + +    T    CI+   + S    + P +CGR DG H+Y+      +   ++     TG+S +  +KI++T   C++  KA  GC+QYFTG+    K  NY       +    Y  C+R E  +C +  +  V N  T   SF L G
Sbjct:   41 VENSFSRMGRFLSLFTFVQFDNQACTGSNGENGTCVSQTDCQRKGGTSIGNCASGYGVCCSMTV-KCGGIVRENGTFFVNEGYPDLYNGVGSCQVTLMKINPVVCQFRLDFDVMNIMGPETINHICINDQFIVSGGNPSAPAICGRNDGNHLYIAVEKGPSASPVSLNVVTTGDSFQRSWKIRITQIPCSSEVKAENGCLQYFTGVSGQIKSFNYDLTTGRQLSNQDYTICVRAERNFCGIQYTQCVDNVNTRYQSFTLSG 300
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|1325327373|ref|XP_023345542.1| (uncharacterized protein LOC111714628 [Eurytemora affinis])

HSP 1 Score: 160.999 bits (406), Expect = 1.363e-41
Identity = 95/240 (39.58%), Postives = 136/240 (56.67%), Query Frame = 0 
Query:  276 CMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIE--PTGEC-------IDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNTGNGG-SIAFTYATGESMRYKIKVTFYECTNLAKAPEGCVQYFTGLGNTFKNYGKNDEVMIHEMQYRTCMRQELGYCNMDVSVVGNAPTTNP---SFMLGGAAPVGTAQ 502
            C    +C S GG   GNCA+GFGVCC FT+SSCG++   N T I NP +PS  T AG+C++T ++  +D+CQ+RLDF ++   +   P G C        D+L V   T  NPP++CG   G+HMY++T N G    S+A   +   S ++ I+V+   CT   +AP  CV+YFTG   T  +YG     ++    Y++C+RQE GYC    S+V +  T N    +F L  A   GTA+
Sbjct:    2 CFATDECRSKGGTSSGNCAAGFGVCCIFTISSCGSSSSNNITYITNPGFPSTYTTAGTCTYTINKCQNDICQLRLDFVTLVQGVSTNPQGCCGSSCTTVSDSLTVRGETGVNPPLICGTNTGEHMYIETGNLGTDSVSLALFVSGTSSNQWNIRVSQIPCTATYRAPNHCVKYFTGTTGTVTSYGFAGSTLLGSQNYKSCIRQETGYC----SIVWDQTTLNSPADAFDLTNAPAAGTAE 237
[Close]
BLAST of hypothetical protein YQE_12379 partial vs. nr
Match: gi|546675597|gb|ERL86760.1| (hypothetical protein D910_04166 [Dendroctonus ponderosae])

HSP 1 Score: 162.155 bits (409), Expect = 3.860e-41
Identity = 96/261 (36.78%), Postives = 133/261 (50.96%), Query Frame = 0 
Query:  242 AEDDSHREQRYFSLFNVVKFKNDGCLGTNGEVGTCMKKSDCSSHGGDVIGNCASGFGVCCQFTVSSCGTTVKKNCTVIQNPSYPSLETKAGSCSHTFDRICDDLCQIRLDFQSVQMAIEPTGE--CIDTLVVTSPTQKNPPVVCGRLDGQHMYLDTSNTGNGGSIAFTYA-TGESMR--YKIKVTFYECTNLAKAPEGCVQYFTGLGNTFK--NYGKNDEVMIHEMQYRTCMRQELGYCNMDVS-VVGNAPTTNPSFMLGG 494
             E+   R  R+ SLF  V+F N  C G+NGE GTC+ ++DC   GG  IGNCASG+GVCC  TV  CG  V++N T   N  YP      GSC  T  +I   +CQ RLDF  + +    T    CI+   + S    + P +CGR DG H+Y+      +   ++     TG+S +  +KI++T   C++  KA  GC+QYFTG+    K  NY       +    Y  C+R E  +C +  +  V N  T   SF L G
Sbjct:   41 VENSFSRMGRFLSLFTFVQFDNQACTGSNGENGTCVSQTDCQRKGGTSIGNCASGYGVCCSMTV-KCGGIVRENGTFFVNEGYPDSYNGVGSCQVTLMKINPIVCQFRLDFDVMNIMGPETINHICINDQFIVSGGNPSAPAICGRNDGNHLYIAVEKGPSASPVSLNVVTTGDSFQRSWKIRITQIPCSSEVKAENGCLQYFTGVSGQIKSFNYDLTTGRQLSNQDYTICVRAERNFCGIQYTQCVDNVNTRYQSFTLSG 300
The following BLAST results are available for this feature:
BLAST of hypothetical protein YQE_12379 partial vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000014982.444e-5437.69supercontig:LSalAtl2s:LSalAtl2s1258:22450:26240:1 ... [more]
EMLSAG000000000672.683e-5039.10supercontig:LSalAtl2s:LSalAtl2s100:474667:476504:1... [more]
EMLSAG000000051674.809e-3937.22supercontig:LSalAtl2s:LSalAtl2s272:99930:102894:1 ... [more]
EMLSAG000000129157.174e-3834.51supercontig:LSalAtl2s:LSalAtl2s981:97777:103010:-1... [more]
EMLSAG000000051661.557e-3729.59supercontig:LSalAtl2s:LSalAtl2s272:98980:103362:-1... [more]
EMLSAG000000043249.966e-3734.84supercontig:LSalAtl2s:LSalAtl2s227:172946:176787:1... [more]
EMLSAG000000097161.134e-3533.59supercontig:LSalAtl2s:LSalAtl2s627:172122:174346:-... [more]
EMLSAG000000098244.128e-3531.56supercontig:LSalAtl2s:LSalAtl2s639:583718:585337:-... [more]
EMLSAG000000018701.405e-3437.62supercontig:LSalAtl2s:LSalAtl2s1321:64989:68237:-1... [more]
EMLSAG000000006422.879e-3230.22supercontig:LSalAtl2s:LSalAtl2s10:144553:177864:1 ... [more]

Pages

back to top
BLAST of hypothetical protein YQE_12379 partial vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
back to top
BLAST of hypothetical protein YQE_12379 partial vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325273897|ref|XP_023321599.1|1.238e-5138.13uncharacterized protein LOC111696274 [Eurytemora a... [more]
gi|1325295830|ref|XP_023330808.1|2.258e-5138.55uncharacterized protein LOC111703166 [Eurytemora a... [more]
gi|1325303738|ref|XP_023333450.1|8.148e-5040.74uncharacterized protein LOC111705205 [Eurytemora a... [more]
gi|1325334262|ref|XP_023348958.1|8.646e-4939.24uncharacterized protein LOC111717712 [Eurytemora a... [more]
gi|1325334812|ref|XP_023349222.1|2.850e-4338.72uncharacterized protein LOC111717988 isoform X1 [E... [more]
gi|1325334814|ref|XP_023349224.1|3.667e-4338.72uncharacterized protein LOC111717988 isoform X2 [E... [more]
gi|1325319228|ref|XP_023341394.1|6.329e-4339.08uncharacterized protein LOC111711301 [Eurytemora a... [more]
gi|1130265099|ref|XP_019770910.1|3.509e-4237.16PREDICTED: uncharacterized protein LOC109544925 [D... [more]
gi|1325327373|ref|XP_023345542.1|1.363e-4139.58uncharacterized protein LOC111714628 [Eurytemora a... [more]
gi|546675597|gb|ERL86760.1|3.860e-4136.78hypothetical protein D910_04166 [Dendroctonus pond... [more]

Pages

back to top
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold916_size81488supercontigscaffold916_size81488:24998..69118 -
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-scaffold916_size81488-snap-gene-0.9-mRNA-1maker-scaffold916_size81488-snap-gene-0.9-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold916_size81488:24998..69118-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold916_size81488-snap-gene-0.9 ID=maker-scaffold916_size81488-snap-gene-0.9|Name=hypothetical protein YQE_12379 partial|organism=Tigriopus kingsejongensis|type=gene|length=44121bp|location=Sequence derived from alignment at scaffold916_size81488:24998..69118- (Tigriopus kingsejongensis)
GGGAGACTAGCCGTCCGCATTCATTTTGCGAGTCGTCGCACCGGCGAGTC
GTCGCACCGGCGAGTCGTCGCACCGGCGAGTCGTCGCACCGGCGAGTCGT
CGCACCGGCGGGTGGCCGTACCGCGAATCGTCGCACCGTTTCGAAAAAAA
ACGAACGGCTACGGCCTTCCGTCAAAAAAAACTGCCCGGCACGGGCCGCC
CTTCGCATCGGCGACCGACCTGTAAACTCACACACTCAAAATCTTTAATA
CTAGGTGATTATGAATTAGTACTTCTGGTTTAGGATTTCGACCGTGTTCA
AGCAGTACAGGGTGATGTAAGGAATTCATTTTGTTTATTCTTTTTCTCGG
ATGCCAGTATATAATTATTAGAGGCATTTTGAAATTTATTTTTATTACTC
AAATGAACCCCATACACTTTACGGTCTTTTCAGGCTTTAAAGAAGAAAAA
TAATGGGCTTTTACATGGGGGATACTTATTTTTTGGCTAGAGGCTCTTTT
CTGTACTTAACTCAACCTCTTATAAACCTCAATACAAGCCCGTACATTGT
GATAGGGTGCTTTCCATGGGTTGGCTTTAGTAGTTGTATTGAGTATTAGG
TTTTTGTCTACTCCACTGAACCATTCCCCGTTTTCATGATCAATTAGGTG
ATTTTTTGCAAATTCCCATGCTCGCTGAGACTTATCAAGGTAGTGTACTT
TGCCTGAGAGCTGATAGGCATTGAGATAACCTACCATAGATTCTGCAATT
ACCCACCAAGAGTAATTTTCAATGAGATGGCCAGTGTTTGGGTCTTTTTC
ATAAATCATTCCGCCATGATCTCGTAAGCCTTCTAGTGTATCGGCAGCCA
TTTTAGTTGCAAGGGCTTTACAGCGTGTGATGAGTTGCTCGTCTCCAAGT
ATTTCAGCACTCTCCAATAATAGCCAACTTGCTTCTATGTCATGTCCGTA
TGAAATTACGTTGGTGGTAGGTTTCCAGTCTTCAGTGAAGAAAAGTGTCA
TTCTTGTATTCCCTTTTCCAATGATTTTATCAAGCATGATTTCTAAACAG
TGTTTGAGATGAAATCGAACATCGTCAGACTTGCTAACCGTATACAAATT
GGCAAAGCACTCCAATAAATGCAGGTGGGTGTTCATCGATTTACGATCTT
GTCCCTTACTTAAAATGTAATTGTCAGTTTCACTCCAATCTTCATTAAAC
CCTTCAATATAACCTCCATTGACGGTGTCATAAGCTTTTTCAATAATGGT
TTTAAAGCACTCTTTAGCATAAGTAATGGAGTCTAGGTTATTTGGTACGA
CCTTGGAGGCTTCGCACATACCGTAAATAAAAAAGCTATGTGCGTAGAGC
TGTTTTTTTCTTTCGAGTGGCTTTCCATTACTCCCAATATCCCAAAATAC
GCCGTTCTTTTCTTGATCCCAGTGTTGTGTTGATAAATGAAAAGATGCCC
TCGCAGCAAGTTCTTTCCATTTGGGGGTTAAGTGGAGATATGGAGCAAGT
TCAGGTCTTGACTTTACGAAATGAACGGCTTGGCTAAATCCCCAAGCTAT
TCGGCCCATGGCAACGGTAGATCGAGGGCCTTCCAGTACCTGGTTGTCAT
TGGTAATACTAGCGTAAAAACCAGTAGTAAGTCCTGGCGGTACTGCATTC
TCTGTCCAGAAAGCCATTATGTCAAAAAACTCTGAAAGTACTTGGGTTTT
ATAGTTTTGTATTGTCATTTTTTTTTGTCTTACTCGAAGAAAGGGACATC
CTTTGCGGCATATTTACGCATACCTTCAATATTTATTTCAACACCTATAC
CAGGTTTCTCACTTAGGGTGATGTGTCCATCTTGGGTCATTTCACCTTCA
AAGTTTACTATTTCTTTAAATTTGGGGTCTTTGTGAAAGTATATTTGCCA
CTCAAGTATCATAAAATTGGGTACGGAGGCACATACATGACATGAGGCCA
TAGCACCTAAATAAGAAGCAACCATGTGTGGAGAAAAAGGGACATAATAC
AGGTTGGCAAGGTTTGCGATGCGTTGAGCTTCTCCGAGTCCACCTGCTTT
TTGAAGATCTGGCATAATAATATCTACAGCTCCAGCTTCTAATAAAGGAC
GGAAACCATGGGCTAGATAATGGTTTTCTCCAGCACAAATAGGTGTGGAA
GTAGAATCTGTTATTTTTTTATATGCCTCTGCATTTTCTGCAGGAATGGG
CTCTTCAAGCCACATCATATTTAATGGTTCCAGCATCTTTGCTACTCGCT
CACCAGTAGTGGTATCATACTTACCGTGCATATCTGCACAAATGTCAATA
TTGGGGCCTACTTCTTGTCTTGCAGCAGCCATTTGATCATACATTCTTTG
TAGTTCTCCGGGGCTTGCCGTCCAGTTATATTTATCGTATTTATTTGGGT
CTTTTGATTGGTCTAAGTCAAACTTTACAGCAGTGAAACCCATATCTACC
GCCTCACGTGCCGATTCGGCAAATTTTTCAGGGGCGGGTAAGCTTCCCTG
ATATAGGGCTGTATCCATGTAAACCCTTATTTTATCTCTAAATTTNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATAGTTGGTAAAC
GGGTAAGTTAAGTGCTTTTCCTGCAAGATCCCAAAGGGCTGACTCTACTG
CCGTGAGAACGGCTATGAACATTCCTGATTGTGCACCTTCAAAAAAACCA
GACCGACGAATATCCTCGTGTAGCCTATGAACATTCAAAGGATTTTTGCC
TTTTATGCGTTCTCCAAACATCTTTACCAAGTGATATGTGCCCGGAGTTG
CGTCTACACCTTCTCCATGACCTTCTATGCCTTGGTTGGTATAGATGATT
ACAAACAAACTATGCCCATTGCGTATATAACCACACTTAATATCCGTGAT
TTGGAGGTCACTAGGTGAAGAGTTCGTATTTATTCTTGCTTTTGCTTTCT
CATCATGGGTACTATGTGCATTGGCAAAATTCGCCAATGGCGATAATGCA
AGTGTGGTGCCAGCAGCTGCTTTGGCCAGAAAACTACGTCTTGAGTTTTT
CATTTTTGTGTTTTTAATCAGGAACGATTTTAATACTTTGAATTCTAATC
AGAGAACTACCAAGTCCGAGTCTTTAACAATTCTTGTATCTCACTTTTGG
GTACTGGTAGTTCATCAATATGTTCATTGAGCCATTGTGAGAAATCCTTT
TCTATATCTGGCGACCATTTAGAGTCTATTTGACCTGGAGTGTACCTTTC
TTGTCTTAACCTTTCATGACCAAACATATCCCTTAGGCGTACAATTTCAG
AGGTTTTAACCACTTTGTCGGCAAGGTGAGGAGGTATAAATATGACACCA
CCGTCTCTGCCAAGTACTACATCTCCAGGTAGTACGGTCGCTTTGCCTAT
CCTTGTTGGCCTATTAATGGCCACGAGCGTTGTATTAAGTTCGCCGTCAG
CGTTATTTAGGTGGTGTGAAGGATGATAGGATCTAAAAAACGAAGTAAAT
CCGCCTATACTTTTAAGGCCGTCAATGTCTCTTATTGCTCCATCATAAAC
GATTCCATTGCCCGACTTTGTGTAAATAGAGTTGCCAAGGTTGTCACCTA
CGGTGGGGCCATTTTCATGAGCTGCAAACTGGTTGGCTACATATACATCT
CCTTTGACGAGGAGGTCAATAGGCCAGGAGTTTTGAGATTTTACGCGACC
ATCCTGTTCATGCCCTTTTTTGTCAATGACTCTTTGAATATCGGGCCTGC
CGGGCATAAAAGTGGCTGTGAGAGCTCTTCCAACAAGTACGGAGTCCGGG
TTGATTGTTTGCCAATTGTCATCATACTGGTACTTGAAGTTGGCTCCTTT
ACATACAGCCCATGCTTCTTCTAGCGTAACGAGTTTCATACGTTTTAGAA
TTGCGTCTGAAACTTTTGGCCTGCCATCCTTAAACCTCTCGCCAGTCCAC
TCCGGTGTTAAAAAGAGAAGCTCTTCTTTGGATATTTGCTGTGCATACAG
TGTATGAACACAGAGACTCAGTAATACAATGATGGCGTATGCTTTTTTCA
TTTCAGGTGTGATTATTAACCTAAAATAAGACTAATCAGCGAATTACGAT
TACAAATGTTTCTAGAAAATACACGCTGGGTTCAAAAAGTATTGTTTTTA
GTCAAATATTGAATTATTAAAGAATAATCTGGATATTTTTATTTTTCACT
CTGTAGCCAACACTTTTTGAATCCAACTTGCCTGAGATGCCGTTCGGATA
AAAATACTTATGTCTCCATAGCTGGAGTCTTTGTGATTGGCAATGGGTTC
ATCAGCTCCACCCGAAAGTACACCGGCTACTTTCCAAGTCCCATCAATAT
TTATAAAAAGCGGCCCTCCACTGTCGCCTTCTATCGTTGTGCCTTCTAAT
TCTTTTGCTCCAGCTTCACTCGTACCACTACCAAGTATATCCTCATCTCT
ATTGGAAACACCATCTCCCAGAGAATTTATTTTGCCATCAGGGTCATCAA
AATCAAATGCTAAAAGTCCACCAGTGTAAGAACCACCTCCCGAGCTCAAG
TCGTTGGAACTCCTATCCAAGATATTTTGAATCGCATGGCGACGTGAATA
CTCATCGGTATTATTTACAGTTTGTGTGTAATCGCCATAACCTGCAAACC
ATACTTCCGAGCCTACTATCTCAGCATCAATTGTGAAGTTAACTTCTACA
GGATTAATAGAAGTGATAGGTCTTTTGAGTTTTATGAGACACATATCATT
CCCCTTATCAAAGAGCTCATTTTCATTGACCCATGTCGGGTGAAAAATGA
CTTTTTCTACTTCTAGTATTTCTTTGGGCTTATTGGGGTCTGCCCCAGTC
CATACTTGGATTGATTGCGGTGGTGCGGGATTACGTTGTTCATCTGCCAC
AAAAAAGTTATGCCCTGCAGTGAGAATCCATTCGTCATCGATTAGTACTC
CTGACCCTACGAAGTTGGGTGAATAGGTAGCGTCTGTACTGTAAGAAAAC
ATGACAACGGCTTCAAAATTGGGGAATTCACTACCGCTTTGAATGGCTGC
ATTTTCATAATCAATCAATTGCTTGTCATGCCTTATTCCAAAGGTCTCAG
TAGCTGAAGGATTAATAGGTTCAAAATCGTCCTCATCTTCATAAGGTGTA
CACGAAACTATAAAAAGAGAGAGTATGGATAAATAGAATAGATTCTTTAG
CATTTATAATTGACGCGTAAGTGGTTTAGGCAATGTTAAGAGTCTGTTCT
TTTATTTTCTCTAGCTCATCTTTCATCTGTACGACTGTTCTTTGGATGAT
AGCGTCATTTGCTTTAGAGCCAATTGTGTTTATTTCGCGGCCAAGCTCCT
GTGTGATGAAATTTAATTTTTTCCCAGTAACGTTGTTATCGAGCTCTTTA
CGTATATAATCTAAGTGGTTTTTTAGTCGGACTTTTTCTTCTGAGATATC
ATACTTTTCTACATAATAAATCAGCTCTTGTTCAAATCTATTCTGGTCAA
AATTCTCACTTTCGATAAAGTCTTCTACAGCCTTGGTAAGCCTTTCTCTT
ATAGCAGGAATTCTATTGGGGTCTTGAACGATTACTTCATCTAGGCCTTT
TTCAATATTATGGATATATTCATAAAGTTTCACTTTGGTGGCTTCTCCTT
CTTGCTCTCTAAATTCAATACAACTAGCAATGNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
TACAACTAGCAATGGCCTCCTCTACCGCCGACATGATAAGTGTCCACTCT
TCTTCAGCGTCTTCTTCGTTGGTGGTACTGGTATGAAACGCATTGGGCAT
CATGCTTGCGATACGGAGTAGCTCTGATGGATCCGGGTCAAAGTCAAGCT
CTTGTGCAGTGGTTTTTAAGTCTTTAAAATAAGCTTTAACCACGGGCTTA
TTTACGATACTGCCTGCAGCGGATTCGTCTTTAACGGTTACATTAAGGGT
GAACTCTATCTTTCCTCTTTTAAGGTGTTTTGAGAGGTGGTTTCTAAGCT
CAACTTCTTTGTTAGAAAAGTTTTTTGGAATTCGACAATACGTATCTGTA
AACTTAGAATTGAGGGTTTTAACCTCTACTGTTACAGCAATACTTTTATT
TTCAACTGAAGCAGAGCCGAAGCCCGTCATGGATTGTAGCATATAGCGGA
GTGGTGAGATTCTTTTTTCAAAGGTAGGTATTCTGTGCTAAAAGTGTTGC
ATAAGAGACCTTTGGTTACTCAAGGTATTTTTGATCATAATATTTTAACT
TTTTGTGACTAGCTACTTAGGACTTTGCCTTTATTCAAAATCTGAGTAGA
GATGACCAATATTTGTTTTTTTAACAAAGAGCACCTGTAGAATGAATAGT
TGCCAATACTACTAAAAAGATACGAGTCGTTGGTGCTACTTTTTTTTTCA
ATACTAAAAAGTCAATAATATGCTGTGCTTTCCATCTGCTTGGATATGAT
TTGAAGCTACTGTATAAAAAAAACAGGAAGTGTATGAGAATAAAGATATA
GCTTATCATAGACTAAGGTAGGTGTTCTTCTTTTTTACAAAAAAACAGAT
TGAGCATTTGTACAAGAAGTTTTCTTTAATTTTGACCTTCATTTTTGAAA
TTATATATGAATCTAGAGCAGCTAATACAGCAAGAGTTACAAAAAGTACT
TGAGTCAAAATTTAACTTAACAGATGTGGTATCCTTGCAACCTACCCGTA
AAGAGTTTGAAGGTACTTATACACTTGTTGTATTTCCTTTTGTGAAAAAA
CTTCGCAAAAAACCTCAGGACATTGCCAATGAGATAGGTGAGGCTTTGTT
GGTTGTGAGCGAATATGTAGTTTCATTTAACGTGGTTCAAGGGTTTCTAA
ACTTGAGCTTGAATCCTGCAGTGTGGGTATCTGTATTTAAGGGTCTTGAC
TTTAATCAAAAGTTACAATCGGGTAATGTGATGGTGGAGTTCTCTTCTCC
TAACACCAATAAACCGCTACATCTGGGTCATTTGAGAAATAATTTTTTAG
GAGATTCGGTTTCTAGAATACTCAAAGCCGCCGGTAATAAAATCACCAAG
TCATCTCTCGTGAATGACCGTGGGGTTCATATCTGTAAGTCAATGCTTGC
TTACCAAAAGCTAGGGAATGGAGAAACCCCGGAGTCTGCTGGAATGAAAG
GGGATCACCTGGCAGGCAAGTATTATGTGCTTTTTGATCAGTTATATAAA
AAGGAAATTGGAGGGCTTATTTCTGGAGGAATGCCCGAGGGCGAAGCCAA
AAAGAAAGCACCTTCGCTCATTGCGGCTCAAGATATGTTGGTCGCTTGGG
AGCGTGGTGACGAGGAAGTAGTGGCACTTTGGAACAAAATGAACCAATGG
GTTTTTGCCGGTTTTAACACTACCTACAATAATATAGGAGTGAGCTTTGA
TAAGATCTACCGAGAGTCAGAAACCTATTTACTGGGTAAGGATATTGTAG
ATGATGGCTTGTCTCAGGGTGTTTTTTTTAAAAAGGAAGACGGGAGTGTA
TGGATAAACTTAGAAGAAGAAGGCTTGGACGAAAAGCTAGTGTTGAGAGG
TGATGGGACCTCGGTTTATATTACACAAGACTTAGGCACTACGGATCTTA
AGTTTAAAGACTATGGCAATGACAGGTCTATATGGGTTGTGGGTAATGAG
CAGGATTATCATTTTAAAGTGCTTTTTGCGATTATGAAAAAACTTGGTAG
GGCCTATGCTGATGGTTGCTATCACTTGTCTTACGGAATGGTAGATTTAC
CCTCAGGAAAAATGAAATCTAGAGAGGGGACTGTAGTAGATGCAGACGAC
CTTATAGACGAAATGGTAGCTACTGCAAAAGCCTCTACTGAGGAAAGAGG
TAAGATGGGAGACTTTACCGAAGAAGAAGCCAGTGCACTACACCAAACCT
TAGCTATGGGTGCCTTAAAGTATTTTTTACTAAAAGTGGAGCCTAAGAAA
AGAATGCTTTTTAATCCCAAAGAATCTATCGACTTTCAAGGTAATACCGG
GCCTTTTATTCAGTACACACATGCGAGAATTAAGTCAATATTAAGAAAAG
CGGCATCTTTGAACGTAGAAGTTCCTAGCATTATTCCAAATGTGGAGCTT
ACACAATCAGAAACGGAACTTATCTTTTTGATGAGTCAATACAATACTAA
CTTGCTAAAGGCTGCCGAGGAGTATGCTCCTTCAATAATGGCTAATTACT
GCTATGATCTTGCGAAGACGTTTAACTCTTTTTATGCCGAGGTGAGTGTG
ATGAATGAGGAAGACGATAAGAAACGTGCAGCGAGATTATTGTTAGTATC
AAAAGTAGCCGAAACCTTAAAAATAGGTATGGCTCTGCTAGGTGTGGAGG
TTCCTGAGAGGATGTAGTTTTTCAGCTGTTGGCCGTTGGCCTCTTTTATA
AATTCATTTCGCCGAGTAGTAGTTGGTATTTGTTAGGAAATGAGGTTTTG
CTTAGCGTCTCAAACGGATGCTTTTCTAATAGCGAGAATTTATCACTATA
AAATAAGCTAGCATAAAGCCTTAGATTATCAAGTTTGATAGTGCATGGCT
AAGGTTTGATACGCGTGGAGGTTTTGGATAGTTCTTAAGTTGCCACTTTT
CTAATAGAATGACAAAAGAGAGAGACTGTAAAATGAGGTTTTACACTGCT
GGAGCTCTTTTATAATATTCAAACCATACTTTTCCACACGTCATTGTAAA
GAACTTTTCAGTTCAATAAGCTAGTTGTCAGTAATTAGAGACTAAACCAA
CTGTAAAACTTAATATCGTACTTGGAATAAGTTAAGCTATCCCAATATCT
GACAATCAAAGGCAGCCATAAGATCATTTAGTAGTGGGTTTTTGGTAGTC
ATATTATGTAAAGTTTTTTGGTTTTCTTGTTGACTACTTGCTTTACTATT
TAAGGGTATAATAGGGATAAATACTCTCTTAGTTTTAGCTGGATTGGTTT
GTGTAAGCGTCATCATAATCTTTCGTGTTTTATTGAGATGTTAATTTTAA
TAGTACAGGAGTTATATTTACTTAACAATTCAAAGATGCGGTAAATATTA
GCATAGTCTTGCTGATAATTTTAGCATTGTGTTTTTTGATACATTTAAAA
GTCTAGTAATGAGATTGCTGATTTTTTTGGCAAAATGAATTTCTTCTTTG
AGGATGCGTATATATTTAGCATTTTTGTGTCAAATATTTTAGCAATGAGA
AAAATCTGTAAAAACATCGCCCATTTGCGTCACCTTAAAGGTGTCTCACA
AGAGTTTATGGCTGAAGAGCTAGGCATTACGCGTTCAAGGCTGAGTTCAT
GGGAAGAGCATAGAGCTGCTCCGCCTATAGAGATGCTAATTAATCTATCC
GATTATTTCACGATTTCAGTAGATTCATTGGTGAAAATTGACCTCACTAA
AGTGCAAGACTTACGTGACTTACTAAAGATAGGTGGGAACCGAATACTGT
TTCCTGTGATGGTAGATCAAGATAGTAATGACCTTGTAGAACTCGTACCA
CTGAAGGCGTCCGCTGGTTACCTGCAAGGTTATAGTGATGCAACTTTTAT
AGAAGAGTTACCCCGGATTTCACTACCGTATGCCGTGCATGGGAAGTACA
GAGGTTTTCCTATTGAAGGAGACTCTATGCCGCCACTTACAACAGGAGCT
TATGTAATAGGTAAATATGTGGAGTCTTTAACAGATATAAAGGACGGCGA
TACTTATATCGTACTCACTAAAAATGATGGGCTGGTATATAAGCGATTAT
ACAATACGCTAGAGAGTGATGGCATGATACAGTTTCACTCAGATAATAAA
GCATATTTACCCTACCAGATTCGTGCAGAGGAGATTTTTGAGGTATGGCA
CTTTGTGTGTAGTATTAATCCATCTGATAGAGAAATGTCGGATTTAATTT
ATAATGCGATTCAGGATATACAAAGTAATATCGCCGGCTTGCAAATGGCC
AGAAAGTAGGGTTTATCTAGCTTGGTTTTATTTCGGAAACCTTTATTAAA
TTGTAACTGTCTAAAGAGTAGGGAGCATTATAAATAGGTCATGAATGGAT
GCATTGCATAATTTAAAATTTGGGAATTCGTCAAATTCAAACTATCCTGA
GGCAAGTGCAAATCAATGGAGTTCTCGTATACTCTCTAATTTTAAACCTA
CTGGCTTAAAATCTAGTGGTGTTGTTTCTTAATTTTCAAATATTTCTCAA
TCTTACGGAGCTTTCCCCAAGTCATATCATTGGCAATCTGTTCCTTCTTT
AATGAAGCCTTATTAATTATGAAGGAGGATTCAAGTAGTAAATGCAACAC
TTACTGAATTGTTAAGTTTTTCGGCGAACAATTCATTTGGTGTTTTGAAC
CCATAGCTGGATTCAAGTAGTAAATGTAACTTTTACTCTATTTACTTACT
GTGCGATAACTTTAACAGTGCATTTCTTGCCGTTTTTATCTAAAATTTGA
ATAAGATTCTGACCTGTCAGCTTATCCAAAAGAATAATTCTGTATTGGTT
ATCATTAATTTTTATGTGTTTTTGCAGCATCTGTGTGCCTTGTATATTAT
AGATTTTGATAGATTCTAAATCAAGGTTTTGAAGTTGCAAGTTGATATTG
TCAATGTTCACAATTGGGTTTGGATAAACCGTGCAAGTCGTTGGCAATTC
TAGATGCACCACTTTGGCAGGCGTAATTGCATTTATGCCTTCGCTGTTCA
GATACCTAACCTTGTATGTGTTTTTGCCAATACTTGGTTCATTGTCATCA
AAACGGTACTTGCTGGCAAAACCATTGGCAGTGACCTTGGCGATGGTCTT
AAAGTTTTGGCCATCGGTGCTTTTTAGTACTTCAAAATAACTTGATTTTC
CTTCTAGGTTCGTTTCCCAGTTTAGGTTTACTTTAGATTTGTCCATACTT
ATTTCAGCGTCAAAGTGTATTGCAGTGAGTCCTAATGAGCTGGTAGCACC
TATTTCGCCAAACTTGTTTGTCTGAAATTCTAAGTAAAACGATTGGGCAT
CAAAAGCTTTGACCAATATGTTTTTGTACATTTTGTCGGTTTGACTGGTA
TTGGTAGTATCGTTGTCTGTTAAACTACAATTTCTATTTTCACCTACATA
CTGCACGATGTTCAGGTCGTTGATGCTTATTTTGTCTAGTTTGGTTGCCG
TTTTATAATCTTCAAACTCTGAGTTTAGGTAATAAACACGGATTCCCATC
TTTGCCGATAAGCTGTCATTGCTTGCACTTTTTATTGCTAAATATCTACT
CATTAGATTGATACTATTCAGCGACTTAGGTACATTATTTGCTCCTTTGC
CAAAGTGTTTGACCTCTAGGCTTAGCTCGTCAATATCCTGCCCATTGGCA
TTTATTGAAGCAAACAAACGGCCATATTCATCATAAATAGGATGCCACTT
ATCGCCAGAAACATTATCGCTGTTTAAGGTCACGCAGTCAATATTTCCTA
AACGTATATAGGCTGGGTCAGCATCGTCTTCGTCATGTTTTTTGCTATTG
CCATCAGAGCTATTTTTATTACCATCGCCACATATTTCATTGTCGGTGTC
TGTTAGCACTTCGCCGCCCATGTCATTATTTGAGTCTTTATCAAAAGCTC
CATCTTTATCATAGGCTTGCACCCATAGGTTAGCCGAGTCTTTAGACGCT
GCAAATATCTCTGCTTTGTTTACAAAGTAGTTAGACTTGCTGCTGCTGTC
TATTTTTAGGTAAATAGAGATTTTAACGTTGCTATTAGCCGCTACTTTCT
GAATATTAGCCACTGCATTGGTATCTATGCTACTTATCGTTCCGCTGCTT
GTCCAAGTGGTATCTATGCTAGTTTTCCAGTTTTTGTTTAGTAGTTCCGA
AACAATTAGCTTCATTCCTTCAGGAATATAGTTTACCACATTGACATTGT
AAGCATCTTGAAGCCTACATTGGTTTAATATGGTGATTTCGAACTGTACC
GTATCTCCTGGCATATAAATATTCGTAACCGGACCTGAAGCAAGGGTATT
TCTTAACGCTAGGTCAAAGCAATTGTCAAACTTACAGGCCATTTTTACTA
GCGTGATATCCGAATTATCTTCATCGTTCATGCTAAACATACTAGCTATT
TGATCTTTGTTGCCAGTACCAAATATTGCATCGTCTGATCCAGACTCCTG
TACTCCTCCAGAATTGTTGTTTGGATTTTTGTCAAACTTACTGTCTATAT
CACGATCCACCTTTTGAAGGCCTTCTTTGTCTAAACTTGCTCCAAATATT
TCGGTTTGGGTTAAAAAACTACTCGAACTTGAGAGCGAATCGATTTTCAA
ATAAATTAACACTTTTGTGCTGTCTTCTGCATTTAAACTATCTATGAGAT
ATACCGCATTGGTATCTATGCTGATGATTGGCTTCGATCCGTTTTGGTCT
ACTTCTGACCAAAGTGGTAGGTTATGTGGGGGATGTTGTCACAAATGGAA
GAACGGTGGCAGCCATTGTCATCTCCAACAGCCACAATTCTTTCCAAGAC
GAAACTGCTTTCTTAGGGCAGTTCACCACTCCGGGCCAAGCGGACCTTAG
TCTCGGGATTGGGGTGAATCTTGTTTGTTCGAAAACTCGAGTCTCCCCTA
AGAAGCCAATGACCATTCCGAGGTTAGAGCTTCAAGCTGCTCTTCTGGGA
GCGAGGCTTCACCAACATGTCATCGAACACCTCCGGATCAAAGTTGATCG
AAGCGTATTCTGGACTGATAGTATGAGCCGATTGGCACGGCTTTGGAGGC
CCTCAATAGAAGGAAATGATTTGGTGTCAGGACTTGGGAGTCCTCCGGAT
CTGAACCGACGTAACTCAACGGTCGAGAGTTCAAAAGTCCCATCACTTCA
CAAAAAACTGTCCGTAATTCGGCATCTCTGAGATGGCGTTGTCGTAGTTG
TTCTTGATCGAGTACATTAACAAGTGCTCTCTTGGCCGATCTAACTAACG
ACTCATGGACACCTCCCCAATGAGGTGCACCAGGAACCTGGAACTTCCAC
TCGATCGACTCCAGAGTAGGCATCTTGTTTTCAAGTTCGTTCAACAAATT
CTTTGCGCCCACGAAATTTGTGCCATTATCGGAATAAATACTGAAAGGTT
GACCACGCGTGTTGATAAAGTTCCGAAGCACATTGAGAAAATCTTGTGTC
GAAAGAGTGGGTGACAATTCGAGGTGAACTGCCCTTGTAGTCATGCAAGT
GAAGATCGCTCCCCAACGCTTCTCGATCTTGTTCCTCGAAACCAATGCCG
AGAGAGGTCCAAAGAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNAGACTGAGACATCACGATCAGAGAACTC
AGAGCGCTTCGGGACGAAACGTTGTTCTTAATCATTACTGATTCCACTGC
GAGTTGGAGATTTGGATATTCAACTTCGACATCGGTTTGGTGTACTTGAG
CTCCATCAACCTTTGACTTTAACTCAAGTTCAGGTGTGTCGATGTTTGAT
AGATGCTCCTTCTTTGGCCATTTTTCCTCCGACTGAAGTAGGAAATCAGG
TCCATGAAACCACAAACTTGTAAGCTCCGTAGCCGACATCAACCCCCGAG
AAGCTATATCTGCTGGGTTGAGCTTTCCTGGGACGTGCCACCAATCTTGA
ACATCAGTGATGGTTTGAATCTCTCCAACCCGATGAGCGACGAAAGTCTT
AAACTTGTGGGCTGGATTGGTGATCCATGCTCGTACAATATAGCTATTGG
CAAAATCGCCGAAAGTTTATTGTCCAATTGTGCCGGGAATGTTGATATTA
TTGTGAGCAGGAAAACGGCACTCTTAGCTTTACTGCAAAAGATGACATCG
TCTTCGATCACATTGAATTGTTACAGGAAACTAAATCTTTTAGCAGAGAC
ATCTTCACGGGTTAGGGTGATTCTTGGGTCCTCTCGCATACACCCCAACC
TCGCCCAAGCATCATCTTTGGCCTGTAGTAGTAAGCTGGTGCGAACTCAA
GGCCCCGAGCCATTTGTTCCCGCACCGTTTAGCTTTACCAAATCAGCCAT
TAAGGATTTTACTCGCCACAAATGGGGCGTTCAATGGAAGAATAGTGTCG
GATACGGCCAGACTAAGTACTGGATCCGCAACCCAGATCAATATTTATAT
TTTTCCAAGCATATTCTGGACCTAAGTAGGAAGGGTCTGGGCCAGCTGAT
CCCCTGGATCACTGGTCATTGTGACCTGAACTACTTTAACGCAGTCAAAT
CAGGGCAAGTGGCTGGCTAAAGTTGTCGCTTATGCGGAATGACGGAGGAA
TCGCCCTGTCATCTAGCGACAGTTTGCCCTGCAACCTGCCGTCTGTGGGC
TAGTATTCACGATGGCACCAATATATCGCTGGACTGGAATCCTCAGGTAG
TCCTGTCCCTTCTTGGTCAAACCATGACTATCTTGAACTCGGTCCAAGGA
TTAGAATAATTTTTTCAGAAAGTCCTAAGGTCGAATATGTCTCTTCGGAG
ATTTCTAACTGGGAAGTGATTGTACTGTACTGATCATTCCTAGGGCCTTC
CAAACAAACAAACAAACTGTCAATATTTCTACACAACTGCTGGATAATTG
GCGGGCTCAAATACTTCTTGAATATAAAACATCACTATCTTTTTCATAGA
CTTCTTAGCCATATCTTTTAGGGTCAGCTTTTTTCAAGTACCAGTACATC
AACCCAAGTGGATCGACAAAAATTCCTGCCTTCACGATGTCCCTGGTTAC
AAATGTGGACTTGCGGCCGAAATCTAGCAAGGCTCTCCAGAGAGCAATGT
ATATGGTCACTTTGATCGTGATTTGATCTTGATCGTATAACGGGGAAAAG
TGGGCAAAACGGAACAATCCCCGCCAACGTCGCTACGAGGTCGACCAGCT
AGTCGGAGGCAGCTGGAGTTGTCTCACCGCATCTTCCCTACGCAGCCAAC
ACCCTGGTGGACAACGGAATCGCCATGTGGAACAAGTTCCCAGCCCTGCG
AGAAGCCAGTACCAAGCGGATGGCTTCGAACGTGGCCAAATCAATATCAA
GATCGGCCCCTATTTGATCGATGTCATTCAGTTCTGTTTTGGGCTGATGT
TGGTACCTCCATTTGTACGATTTTTACGATGATACGTCTGATTTACTTTT
TTATTACTTAGAGCCTTTTGTTATTTCATATTGTTAAATGAACATTTGCT
GTGTTTTGTTTTGTTTACAACATTTGTGTTTGGTAAAAAAAATTAACATT
TCTTGTGCGTTACTTTTGTAAAGATTTATTGATTGTTTAGGCTTTTAAAC
ATTTATTGTGTTTCCATTATTGAGTTGTTCTGTTTTGTACAGTTTGCTGC
AATGTTGTCTACAGTATCTTTGTTTTTATTAATGTGCATATTTTATTTAT
AAATGGCGCTAATATTATTGATTAGTATTCGTATGCTAAGTGTTGACTCT
GGGGCAAATAAACCTATTTTTTTTAGTATGTAGGAATACACGATTACACA
CGGTCTTTGAGTTAGAAGAACTGGGGAGTTGGGTTTGGATTGGACAATGA
GGAAAGTACAATGCGAATCGGAGGATATCGAAAATTTCCTGTCGAACAAC
ATCTTAATATGCACAGTCACCTAACGGCAAAGAGAAATCCTCCAACCAGT
CCGTATATTAACATTTTCTGAAAGTCCATTTAAAAAAAAGACTGGTGTTC
CCTCTTTTCTCGAGGCATTAGTTATTTTTTGAGCATCAAAGTCCCTAGTT
TAGTCGGAGTTCCTCAGCTGAGCAGCAAGCCTGTGATTATTTTTACCCGT
TTGTAGTTGTGAAAGGGTCATATCAAATAAGCGTGTTTTGTCCTGATCTG
AATTCGTTTTTACTTTTAAGTGTCCCGAAGATTCTCGCTCATTATTCTTG
TCCATGAATCAAATCTAAGTAAGTTTTGAGGGACAATACGTCCCACTTTG
TGTCTCCATAAGACCTACAATGTTTGTCATTTGGTACTGCTTCTGTCCGA
AATTGAAAAAAACAAAAAAATTAAATTTTGGAAATTTACTAATGATAAAA
AAAACTGAAAACCTACCTTATTGCTCCTGTTGAAGCCAATAGCAAAAGGA
TCGTCAAACTGGAACGATCAATCATCCTTTGAGTTACTTGTAAGAAGACC
TGGAACACAGTTTTGGCTTTCCCTCAAAGTCCCCTGAATATTTATAGATA
GTTTGTATGAGTGCAGGTGTCTTTTATTTTTAGGGATAGGAACATTTCCG
CAACTGATTCATATTCATCCATTCGTGTGGAAGGCTGTTTTCATACGTAG
TTGGTAATAACAAAAAAAAGTTTTGAGTCTTCAAAAAATGAGTGCCCTTT
GAGTTGATGAGAAAAAGTTATATCATTTAATAAAATAACGGTTTATTCCT
ATGCATGTTTGGCACATAAAAAAATATTTTGGATGAAAATACAAGTGAAT
AATTGCTTAACTGAGATGGATGAGTGGAACGGTCTAGAAATAAACCTGGT
TATTCCTATTCCCCTTTAAAAAATATACAATTAGCGTCCTACGTACGGTA
CGTACATGAATAAAAAATTAAAACCCTACATGAAACGGAAGCGGAAAACT
ACACGTTAACACTTAATAAATTGTATGTATCTCCTAAACGGTACGTAACA
AGATCTTAGAACGACTTTAATGTTAATAAAAGTGTGGTTTCAAGATTGGA
CCTTTCACCGTCTCACTTTTCTTGTCTTATTGTAGCATACTTTCATTGGC
AACATGCTAAGCGTCTCCGGGGTTTTGAAAGGGTTGAGGGTTGACACCAA
CATTAACAGCCAACATGGTTGACTAAATCTCAATAGAGGTGTCTCGGCCA
GTCAGAAATGATCGGGAGCCATCCCGAAACAAATCAAATAAAGAGACAAC
ACACTTGTTCCCGGATTCATTCAATTAATTGAGGCGAATAGTCGGAGCAT
AATGATGTGGTCTGAGCTGGTAACGACTAACTTGTTAATTCAGGGGATAC
ACGAGGTATGTGATATACCTAAATAAGCATAATGGATAAGGATAGGATAA
ACGGTAACTAGAGGGGAGCAAGAGCACGAGTGACTAGAGAGGAGCACATC
ATACATCACATACGGTAATAGATCTCCTCAACACGGGCATCAAACTCCAA
GACATTGGGACCCCAAAGAAGAGGCTCTAGCGACTGTGGACCACGTGAAT
ACATACATGGACTCTCCGTCATGGGCGGGGCCATTGAGGTCTGGAAGGCC
TCTCATAGCTCGCAGGGGAATGGGGGCAAAAGAAACCCAATCGGGAAGAT
TGTGTTTTCTTCTCAACCCAACCTAGGCAAATCCTGGCCGGCCATGACCA
GATCGAAAGCCTCTAGTATCATATTGACCCCCCTACGCCAGACCACTGAC
AGGTTTGCCGTCCACGCAGCTAAGATGTGGAACAAATTTCCAACGTTGCG
GGCTGCAACAACCATGGAGGCTGCATTGGTAGTGGCCTAGTCGAAAGGCC
AAGCCGCATCAATCTTGTCAAAAAAGTCATATTTTCTATCCAAGTTACAC
GCCACATTAGTACAATGTACTAAGTGTTCAACTATTCCGGTTTTTGTTTT
TGTACAAATCTTGCACAATACATTCCGATTTCACACACACATGTTGGGGT
CAACCGGGAGTGTCACTTGATGGACCCCCGTTCAGTCGGTGTGGACTTCT
TTGATGATAAGTTTTTGAACACTTATTATTTTAGTTTCTCTCACAAGATG
GAGGAGGTGCACACCGGTCAGCTCGAAGCAATTGACAACGTGAGGTCAGT
CATGGATGACTATAGTACTTGTTCATGGCTCAGTCATAGGAGGTCCTTGA
GCTTGGTGCCCGCGTGGAGGAGACTGGAGGCTCTGGCTATTTGGCTCAAT
CATTTCAACGAAGTCGGGAAAAGGTGTGTTGGCTGGCACCACCAAGAGGA
TCTCCGATAGGGTCTCATGGGTCAGCCTGTCTGATATTACTGGGATACCT
TCGTTGAACCGAATTTGCACATCCTCCATTCTGAAGGAGTTGAAAAGGGC
GTCCGATCATAGCTGGCCAGTATCCTAAATTCTGGATCGTTCAAGTTCCG
AACATTCAATTAATGGATATTCAATGGTGTCAGCGATAGGGTCAATGGCC
AGCGATAGGGTCTGCGGTTTTGAAGGACCACAGATCGATTCCCAGGCAGG
CGGATAAAGAATTTTTCGCCGCTCCAGACTTTCTTCTACTACGGGGAGCT
GACGTCTCCCTGTAACCCTAGTTCCTTGGGGGTAAGGAACACAAGTGCGG
CCACGTCTTGATGAAGGGTCCCTTCTGGTTCCCCACAAATTAAAATAGTT
TCTGGAACAGGATTGTACGGGGCTGCACAACGACTAGCTTAAATTAGCTA
ATAACATCAGTGGGCCCTGTGTTCCCATGGTGATAACACGAAACCACAGG
TGGGTGCGATCACACACACGCCATGAGTCTTCGCCCCCAAGCATCCGAAA
AAAACTTGCCTCTCCCAGCAACAACGGCCTAAACCTCAGGACTATGGTGG
CATTGTAGAACCAGGCTCTCCTCCACGGAACCTTCGACAACCCAAGCATC
GCTAAAACTGTAGCCAATCTGCCTTTTTATTTGTTGCAACCCAACCCAAG
AAACGTTCCCATGACACCAACACTCAAATCCTGGTCAAAATAGCCGCTTC
ATTTTACGAAGACCCCGTTCAGTCAGTGTGTACTTCTGATAAGATAAGTA
GGTATTTGCACACTTTTATTTTACTTTCTGTACTTGCACCTGTTTTTTTG
GTCTTGGTAGACATTATTGGTGTTAAGGTTTCATTCAGTCTATCAAAGTT
ATGTGTCAAAATATGTATATACATCAATAACCCTATATATAACCCTCAAA
AAGTGAACCATCGGTCTCAACAAATTACATACTTTGGTGTCAACATACAC
TAAACGCCTTTGAAAAAGCCAAAATCTCATGGAGATTGAATGGTGAAGTG
GTCAGCGAAGAAGTCTGCCGTGTTGAAAGACCGCAGATCGAATCCCGGGC
CCGGCGGAAAAAGAAATATTCGCCACTCCAGACTTTCTTCGACTGAGGGG
AGTGAACGACGACTCCCTGTAACCTTTGTCGTTGAAGGTCAGGAAAAACA
GGTGCAGCCACATCTTGAGGAAAGGTCCCTTCTGGTTCCCCACAAAATAA
AGTAGTGGTTGGAGCTGGATTGTATGGGGCTACACGGCGACTAGCTAAAA
TTAGCTAATAACATCAGTGGGCCCTGTGTTCACCATGGGGGTTTCATGGT
GTAGAACACGAAACCTCCGGAAGGTGCGATTACACACACACACTCAAGTT
AGGGATCCATCTGCGAGAGTGCACTTATAACGACATTATAATTGTTCGAA
GTTCATTCTACGCACCCCGCAGCGACAAAGTGAGCAGGCATGAACACTTG
ACTCTCACATGTATTAACATCGCTTTTGGGCCCCTTTAGTCTTACCAAGC
AAGTTCAAAAGTAAGGTTTAATTCCACATATTGCATTGATTTGCCAACGC
CGGGACACGAGCCAATGACCTCCGACAATAAAAATGGGATATCTATCCGC
GCCTCTCTACCGATGTGCTCTTCGTTGCCATTGATTGGATGCAAATTTAT
TGGACCAACCTAATTAAAGCGATATTATTATGATCCAATGACTGCAAATC
CTTGACCGAAATTTGGGAATATGGGTAAGCCCAAAAAAGATTAAATGAAT
ATTAATTAAAAATATTCGCAGTTTAGTCTGAACTACTTCCTGTAAGTTTC
CGAGAAAAGAGAAGCTCTAGATTGCTCCTTACACGGCCAAGCCGTGTACG
TGTACGTGGCCTTACACGGCCAAGCCTTTGAAGATTCAGTGCCCCAAGAT
TGGTTATCAAATTATAGGTTGTAGCGGTTTTTTTTCGATCCCTGTTGAAC
TTTGACTTGGTTTCCCAGAATATGGATTCAGCGTGAGCGGTGTGCAATAT
CGTTCCATCACTCTAGGTGATTAAGGTACTTGGCTTCCAAATATTGCTAC
TTGATCTCTCCAACAAAAAGTACTCATCTGGGACCTAACATTCAGTCTAT
AGTGCCCCTTCCATGTCACACCTGTTGTCGAGAATAGGAAACAAAGAAGG
TCTTTATTATTCAATAGATGACATCCAGGATCGTAACCGGGCGTAGTTCC
TTTACTCGGCACCTGTATTATAGATCACACATTGCCTGCGATATAATGTA
TTTTGCAAATCCGAATAAGCGTCTAACGAACACATTGTCGGTTGTGTGAT
TCCTTTGACGTATTGTCAGTTCAATTCAATCACATATCTAGACAGATGGG
TCGGCCCAATCGGTGCTTATACATTAATACGGTATAAGTGTTGTCTTTTT
TGTATTGATGGATCTTTTCGTCCGCTTGAAAGCTCTTGAATGATCTAAGC
AACACTGAATACGTAGCACGAGTAAGACACAATTACCAGAAGTAAACTGT
GACGAAAGATCCATTTGGAGCTATCCTTTTCATCACTTATATTGTACACT
ATTTGTATGGTCGGGAGTACTCATTTCAGAACCCCAATATTTGCGGAGGC
TACTTTGGAGTTTTTGGAGATGCTCTTTTCATGCTCACAAGTGATGTTTG
GTTTGGTTGTGAAATGCTCCAGATCATTCTGTCTGATATCAACGCCACTC
TGAAGATTAAGTCAAACATGGTTTTCCGTTACAAATGTAGCATCATGCAG
TGTTACCTTACCCTCGAGTTATGGCGAAAGGTTCACTCCTACCGTACATG
CTATATTATGGGTTATACTGCTATGAAACTAAGATCTTCTAGTAGCTCTT
AAGCCATATTCGAGCAAATACTGTGGCCCCAGATCGATTCCCGGGCCTGA
CAGATTAAAAAGATTTGGCCACACCAGAGACTTCATTCTACTGAGGGGAG
CTGACGGCTCTCTGTAACCCAAGTCATGGAGTACTAAAATCACCTGGAGG
TCGCACAGAACGAAAAATGTGTCCAAAGACGGCATGGTTCAGCGGCTCGA
AAGCTGTTAACGCCATCAATTGACGGGCGGGATTTACGGGGACANNNNTA
CTGAAAATCGACCTAAGTCTGGACGTCCCAGGTCCGTCCGCATCAAGAAC
CTTGTGGAGTCCACCAGACCCAAAATTCATCGAAACAAGAGGAGGTCCAT
CAGGAATATGGCCATTGAAGCCGGTGTGAGCAGGGAAAGCATGAGGAGGA
TTGTCAGAAAGGATCTCAAAATATATCCCTACAAAATCCAGAAGCAACAA
TTGCTTAGTGCCAAAACCATGGAGAAGAGGCTGGAGAGAGCCAAGAACCT
CAAAGCCTTCTTCAAATCTCGTACGCCCCCAAGTGTGATCTGGACTGATG
AGAAATTGTTAACGGTTCAAGCCATCCACAACACCAAAATGATCGAGTTC
TTTCACGAGACCTTGCCAGCATCCCAATCCATGAAAGAACGGCCTTCAGG
AGGCAGAAGCCCACCAGCGTCATGGTCTGGGACCTGCGGACTCTGCGGAC
GACCTGCGGACTCAAAACTCCCTTGGTGTTCATCCCAGAGGGCGTCAAGG
CGAACCAGAACGTCTATCTGAACATGTTAAAGAAGGAAGTGCTGCCTTGG
ATCAACTCCTGCCACTGGCCGACCTCGTATGTGTTCATGCAAGATGGTCC
ACCCAGCCATGCAGCAAACCGGGTGCAAAACTGGTGCAAGAGCCATTTGG
AAGGATTTTGGGACAAAATGATGTGGCCCCCTTCCTCCCCAGATTTGAAT
GTAATGGACTATGCAATCTAGTCCATTCTGGAGAGCAAGGTTGGGGTAAA
GTCGTATGCCAATTTGAGCGACCTCAAGAAGGCCCTCGTGGAACAATGGG
ACAAGCTCGACCCGTATACCATCCTGCCAGGCCGTGGGGAAGAGGTTAGC
AGGCGTGGTCAAGACCAAAGGGGGATACTGCGAATAAAATTGCTCCCAGC
CCATGCATTTGATGTCGCTGCAAGTTTTTTGGCTTAATATTTTTTTTGTC
TTGGGACCTTGTTCCGAGAAAATGACCATTTTCACTGTCCTAATTCATAT
GTGTCACCCTGTATATAACACATGTATATTTTGACCAAGTCACTTTGTCC
ATGCTAATCACAATTATATATTTGAGGCAGACTTTGATTGGTCTCTCTAA
AGGTCATCAGTGCACCACGTTAACACTGTTTTTGGGCAAGATCCAAACTG
AAGCTCACAATCCCGCCGGGGAACAGAAGTGAATCGATCCCATTTGCTCC
AGTACTCAATCTATTGGCATCAGCTTGGAACCTACATTGGAAGGGGGAGT
AAGCGAAGAAATAAAAACCCTTCAGAGTAAAGCTGCGCCATCTCCTTGGT
AATCCTAACGTGCCGCAAACAGAGGCATACTTAATGTCACCAGATGATTG
ATTGACAGATGATTCGTAGTATAAGAACTATATTTTGAATGGGTCCAATA
TATGCAGATGGGAACCAAGGCAAATATTTGTTTATGGTAAACTTCATGGG
ATGTCATAGACAACGAGATTTTTCTGGATACATTTTCTCAGCCTGTCAGC
TGATTTTTCAAGCGGTAGTTGGGCTATTTTCGGCGTCTGTGTGTGTGTGT
GTGTTATCGCACCTTCCGGTGGTTTCGTGTTCGCACCATGGAGCAACCAA
GGTGTACACAGGGCCCACTGATGTTATTAGCTAATTAAGCTAGTGGCCGT
GCAGCCCCGTACAATCCAGTTCCAACCACTACTTTAATTGGTGGGAAAAC
AGAAGGGACCCTGCCACATGATGTGGCCGCACCTGTTTTCCTGACCCCCA
AGGAACTAGGGTTACAGGGAGACGTCAATTCCCCTCAGTAGAAGGAAGTC
TGGAGTGGCGAAATTTCTTTTTCCGCCGGGCCCGGGAATCGATCTGCGGT
CCTGTACAATCGCAGACCTCATCGCTTACCACTTCACTATTCAAACTTAT
TTACTAGGCACACAGCAATCAAAACCCAGAAAGAACTGCCTCCATCAGTT
AGTCCTCGGATAAATAAAGGGGAATCGAAATTACTCTAATTGAAAGAAAT
CATGGGAGTACGCGGAGTCAACCACTGACGTGGTTTCTATCTAGTAGTAG
TAAAAGCACCTAGTTTAACCAGGTGCCGAACAAAACGTATGTTTTCCTCG
TACACTCTTCCATTTTCTTTCTAAAATCATCTGTCTCAAATGCATTAAAA
AGTAATTCTAGAGCATTGTTAAACAAAAGGTAAATCACTTTAATGTGTGA
CTGAACGAAAAGTTGCAGCGAAATGCATGGATCCGTCTTCCCGCTTATTC
CGTATCATTATTTCCTCTGGTTGTCTTTTAATGAAAAATAAAAAGTTATC
TTCCCTACAGATAAATATAGGGTTCTTGACTGAATGTGCATCCAATACAT
ATAACATAGTCGGCAAGACATATGGCAATTTTTCAGCCTTGTTGGTGTCT
GAAAAAAATGAAAAATACCCTCTTTTCAAGCCCCTCCTCGAGTTTTACCA
ATGCCCCAAAAGAAGTCAAGCCCTAGACAAGGACAGAAATTCAACTCAGA
AGGACATGAAAATCCAAGTTCACCAGGCAGACTAACAATCATTGGGTGAG
GAGAATAGTCAACAACCCATAAACATGAAATTACGGATCCAGGCATACTG
TCCGTCGATCGCTATGTTGACCACTTTTGTATAGTAGGTACAAGAGATCG
AAGGAGGTGTTTCGACGAGATTGCCAGCTCTAAGTGGACTGACGTGACAT
TTACCAATGGCATCCATCACCAGAGGAAAATTCATACCTAACATCAGATA
CCATATGGTCCCTGCTATACAAGGGAAGCATATCTCCAGGGTCTCGCTCG
TGGGCTAGCTCAAGGGAAACTTGGATACGCCCTGGCAGCCGTCACCACGC
ACCCCTCCCAGGTGATATCTTGGCTCCGTGATCCCAAAAGTCGCCATCAA
TGACTGTGCCAGGGCAATCACCGGCCAGACAGCCGAGGAAAGACCACGTC
AAGATCCAAACCCTGCTACAAGGCCATCAACTCCATGGCAATGAAGACCT
GGGCTAGTTTCCACGGCAGTATTGAACCCAACAAGTCCAGAAACGCTCTC
GGGGCGTTCATGTTCCAAGAGACTTCCTCTACAAGGACTAGGTCGGCCTA
GAGAGACTAACAGAGAGGCGACAGCACTCAGTTAACAAGGATTTCAAAAT
TAGAGCGGAGCTATTTCCCCCCCAAAACCTAACCTCGCTGAAGCTAGAAA
GGAAATCAACTTGGAAACATTCATTGCTACACCGCTAGATGGGTCTGTAA
GGATCTACGTACACCGAGGTTAGGGTTTTGTGGGGATAAAATTGCTCTAA
TTTTGAAATCCTTGCCAATTGAGTGGTAACTAAGGAATGTCTCCTCTCTG
TTAGTCTCTCTAGGTCGGCCATCTGGGGCGTCATCCCCTACCCTATCGGG
TTCCCCACGGATTCCCTCGTCCGCCATGGTATCAATCTGAGGAAACATTC
CCAGAACTGAGGGAAGCAAAAACTCGTGGTGCTGTGAAAGCAATTGCAAT
AAAAGAATTTAAGAAATGCTTTAATCTAGGGTCAAATCCAAGCTGTGATT
GCCTAGATCTCGCCTTGTTTGTTTCCTTGTTTCTTTTTCTTTTATTCTTT
ATCTATTTTATTCAAAGCTCCTTATTCCCATTATTTTTCTCACATATTTA
TGAAACTCCGTTTAGCTAGTATCCCTTATACTAAGGAGTTCCCTTATTGT
TGAATATTGCTGATATAAATAAACAATTAAATACACATTGTCGTTCACAA
ACCCACACCATTCGTTTTACCTTTCAAATAAAACTTCTTTAGCTACTTAT
GAAACAGCTTCTCCGGGATGGGTCGAGATCCTATTTTTGTTAACTATGTT
GTATATATTTGAGAAGATTGTAAAAACGGAGATAAGATGTACGATAATCC
TCAATTGGACCAAAGAGCTCATATTTTAAAGAAAGTTTCTGAAAAGCTAA
TTTGAAACTTTGGAATTCTGAAATTGGCTCAAGTACATAATTATGCTGCC
AGTAATTAGAGGCCATTCAATGACTGCAATGGGGCAAATTTAATCTCCGG
GAATTCCTGTGATTTCCCGATAATTGCAATAACGTGTTTTTCTTAATTAA
AGGGTGTGTGGTTAGAGGTTCCAAAATCATCGCTAATTTAAATTAGTGAC
TGTCGGTTATCCTATGACAAATTGACAATAATTTGTCGACTATCGAAGAT
TTTGTGAAAAATAGGCAAGTGTTATAATGTACATAAATTCACATTGAAAA
GTGGTGTGTAAATGGTTGGAACCTAAAAAGCTATGGAAAAATGCCAAGAA
ATAAAAAAATTTTGCAGTCACGAACAAAATTGACGAATATGACGTATTTT
TATCTGGTATTTTCTACGTAATGAGCAAATCTTGCGAAAAAGGTAAAATT
CCTGAAATTAAAATGGTTTTTTTGCCAAAAATCACAATGGAAGTGAAATT
TTGGGCGGAAACAGCCTTGCAAAAAAACCAACCATTTTATATAGACGTAA
AATGAGACATATCGAAAAGTACAAAACATGGTCAATCTGAAAGAGAATGA
AAGTTTAGAAGGAAAGAACTCGAGAAATATTTCAGACTACAGTATTGGTG
CAATGATTTCTCCTTGGAGTGGACTGTACATATTGGGTTGGGTCAAGAAT
CCGTCAGAAAGGGTCACTAGGCCCTGTATACTACATATACAGGGCCTAAG
GGTTACAAAAAACACGTCCGGTTATCATTCGTCTATTTAGTCTCTGTTCA
ATCACCACCAAACCGGTCAATTTGGGCAATACATCAAAACTATGTATTAT
AGCGAATCGGGATAGAGTTCTTTAATCCCATCAGTTGACCCTAGTTCGTC
CGTCCAAGTATGGAAAAACTTGAAAAATATCAAAAGGAAACTGAAAAATC
GTCAAAAAGTTGAATTTCTATGCCAATCAAGCAATTTCGAAATTATCGAC
AGTTGCATCAAATTACAGATTATCGATAAATTACTAAACCTTAATCAATT
AGCAAATACCGGTTAGCGATCATGGAAGCACTAGGTGTGTTACTCGTTTG
TTCTCGAATGACTATTTGTGCGATGCCAAAAACGTAAGTATGGATATCAA
AGGCATATTTTCGTCACGCAGAGGGTTGGGAAAAGTTGGAAAAAACTTAG
AACTAACATTTTTCCAGCACTTCTTTTTTTATAACTTTCCACAATTTTTC
TTCCTCCTCTGACTTTTCGGATAGTTTTTAGGTACCCTTTTTATTTATTT
TTTTGCTTTTAAAAAAATAGTACACAGCTGCCAGCGAATGTTAACTCTGA
AATTCTGAATACCCAGCGGGTACCAGCTTCTTCATCTCTGTTTCCATTCA
CCAAAACCACGCTTGTTGTTCAGTTTATGTACAGGCTTGATTTACATCCG
GGTCTTAATTCCCGACTGGGTCAACCCGTCAGGGTTGCTTTATTAAGGCC
CTCCAAAGGTTGACGAAAATCATTCATAATACAGAATGCTCTCAAGATGT
CGATTTTTAATCACCTTTTTCACCTCTGTATCGCCTATTTTTACTTTCTC
ATCACCACTTTTCACCTAAACATGACATACTGTACTTGATCATAAAAACA
CCTTTTTGACGGCAATGAATTATAGCCATTGACCAACAACAGCTTCGCAA
AATGATCGTAATGTAACGCCACTCAAACCATGTACAAGAACTACAGACAA
AATGTGCATTTAAATCGTCATTTACAAGCATCGGCTTCCTGCACATTTCA
ACATGGAGTCTTGAATTGAGCTATCATTATTTCGACACAGATATGCCGAC
TATGTTTCTTGGCCGACGAGCTGGTTGAACTGTTTTATTTAAGGTATTAG
TGTATTTCATCGAGTCAACAATAACACAACACATTATTCTGAGGGCATCT
CAATATGAGGAACATGGGACTGAACAAGCCGTTGTCAGCTCAGCCATAAA
CTCCTTGTGGTTACACAATTAGCACGGAACCTGCTTGTAATCTAAGCTGA
AACCAACGATTCCACCGGGAGGATCAATTAATTCGTTCCTTGTTGCCTCT
GTAGCAATGTTAAGTTCATTGCCGTTGGCTTGGAAGATTAATTGGAACGG
ATTCGTGCTCGCTGCAAGGACACAAAATGTTGATTTCAAGTGGACTTTCC
ATTTATGTTGATTTGATGTGATTAGTCGACATCTATGAAATACATGGGAC
CAATTTTGACAGATATCTTTATGGCGTTGTTGGCAGATTTTTTCCCAACC
AAACCTTTGGTTGCCCGTTTTCCCGCAATACCAATCCCATCAATTTGGGC
GAGACAAACGATGATCCGATTTGCAATAGTTCTGGCCCCTCTTTAGACTA
TGTAGGATATAAAACAAAACCTCCCAGGAGTTTTTGCTAGATTTCGTGCT
AAAATGTTTTGCTTTCCGTCCCCAAAACATAAATAAATATCCACTCAAAT
ATTTTTGCGTGAAAGAAAATGGCAGAGGTATATGTACAATCAAAGTGGAC
AATCGATAATCTCTTTATTTTTCAAAAATCTTTTTCTAAAATCATGGCTC
CAAGAGAATTTTGGTTGTTTGTATTTCTCACTTTTGTGGCATAAACATTT
GGAATTTTCTAATTTTTTTTATTGCTACCAGGAATGGGTCAATATATTTT
ACTATGATTAATCAGTCCCAAATGTGTTGTTGCTTTACGATGAACTTAGA
GTACTTGTCAGAAAGTTTCCGTTATTGAATTTGTCATTGCCAATTTTACG
TAAAACTTGCCTAAACCTATAGCACCCAATCTGATTTTACAATAACGCAC
GGTTTTTTTGCTTTACCACCCATTGGCTTATGATTATCATCAGCATGGTC
AGAGACAGACAGAACGAGCAAACAATCTGAACAAAATTGAATCTTTAAAG
TAACTACATAAATACGGAAAATGAACTGAAAAGTGCAAAAAATGACCAAA
ACAATTCACAAAAATGGCAAAATCAACCTCAAAAACTACGCTGGAAGGGA
CATGCATCAGAAGGAATCAACTTCAGTCCAATCAAACAACTTCCCTTAAC
CATTCTATTCTAGGTACTTCTACCCTAAAATCCAAGCTTGCGAACATTAG
CAGCCAAAAATCTTCTTGGAAATGCACTGACCAATTTAATCGGAACATAA
CAAAACCTTAAAGAAAGAAGCCAAACTCTGTCGAGAGCAAATCGGAAATT
GGGATCCAACAGGCAGTCGCAGAGGACACGTTGGCCAGGAATTGGAGGAT
GGTTACGGACTTAGAGATATTGTGGCTATCGCTATTTCATGTTGGCAGCT
AGTTATTTCGTGCAGATAATGGTGCCCATGGATTTTTTTGCTCATTAGAG
TACTTACAACACACGGAAACGTGGGTCTTTCCTCCCGATTTGGCATTGAA
GAACCTTCCACAAAGACGCTGAACTCCAACGGGCATTAGATCCTCGAGTG
GCATCATCAGATCCTCGAAATTAACTCCATATCCAATCTGTTAAAGAAAG
TCAATCATCAAGCCGATCCCGACTCATGTGCGTTTTCCCTGGTTAATCTT
ACTTGAATGAAATCTTGGAAGCAATCCGAGTCAGTTTGGGCCCCATCAGA
CTTGCTGAAATTAGAAAAATCCAATTGAACAACTAAACAACCGAGGCTTC
AAAATATAGGATGGCGTCCATTGCATCAGTATTATTTTCATATCCCATTG
AGGACATGGTCCAAAATCAGATCTTCAATTATACCAAATAACAACAGTTT
CAAAAAATGCACAATGATCTAGTATTGACAATGATTAAGTAAGACCCAAT
AAGAGTTAAAAAATCTGAAAAATTCCAACCGAAAATCATCATGATTGTTG
TAGGTCTTCAGTAAGTTTTTAATCATTGCCTTTCAAAATTGTCCAATATA
CCCAATTATACCAAAATCAGGTGTCATAAGCAGTATTCAGTTGTCCCATG
CTACTATTTTCTTATGTTTCTGAACGTATTTGTTTGATCGCTCATTGTTA
GCGTTTCTGTTGAATTTGGCTCTTGTATTATTTTTGACACACACACTGCA
TAGTTATGTTTCTATTTTATTGTGTTATGCTTTTCTTTCCTTGTGCTTTT
TAAGTTTTGTTGACTATTTTTACACAATGCCCGAGCACAATTGACAACCC
TCTTGCCCTCTTGTTTACCAATTGCATGGCATCAGGGCATTATTTACGTA
CATCTTGAATTATAGCTAAATACATACAAACAGTTGAACATACTAACCTG
ACACCAAACGATGACTGGAAAGGGAGAAATAATGCGTTAGTTGCCAAACC
TAGGTATGCACCATATGCACATTATACTCTGATTACCTGGGTTTCCGCTG
CATCAGTGACGGCCACTACCGATGGAACATAGCAAATGGCACAGAATCCT
TGCTCCCTCCTCAAGCAAATGGTATATTGTTGGCGATTGAGATGAGTGGC
TGAAAACGAAAGAGAAGCTGTCAAGTGGGGCAACGCTTACATTTTCGGAA
ATATTACTCACTGGTCGCTCCAATGGTATCGCTATTGGTTGGGAAGTTGT
AACTACAAAGGAATCAAATGTTTACGTGTAGTGGTTCTTAAATCATCTCT
AATTTAAATTAGTGATTGTCGATGATTCTTGGAAAAGTTAGCGATATTTT
GTCGATTATCGAAAACTGAAAAATGGGCAAGTGCTCATAAATAAAAAAAG
TACGTAAGAAGTTCACATCGAAAAAAGGATTGTGTAATTGGAGGGTCTGG
AAAAAACTGATGAAAAATGCTAAAAAAATAATGTTGATGAATATTTGAAA
ATGTATAAATTTTGTTTTGCTATCATGAAAATTGAATGTGAACTTTTCTT
TCGGCAAAAATCGCTATAGTGGCAATGGCCATACAAAAAAGACCATGTAA
ATGTGACGTAAAATGAGAAATATCCACAAGAACAACTATGAATTGGGCAA
TCTGAAAAGGAATGCAAGTTTAGAACTCGAAAACACATGAAGCATGTGGA
AAACACATTGGAGTGCCAGCTAACAATTTCGAATGCCATTTCAAAACTCT
TATGTGCTAAAAATTTCTGACACAATCGTGTTTATCCAAAACGGTCATGA
CTGAAGAGCGGACCTAGGGTAATACAAATGGGACAAGGATATTGGCACTG
CCCTAGCCAGATGTGATTGACCTCAAGCACAATTCAAATACGCAATAACG
TCAGGCCCCTTCTACAGTTTTTCACCGCTTACCTAGCGAAACTTCCAGAA
GTTCCAGTGAAGTACTGTTGACAGCCATTGGGACCTAAAAGAAGACGACA
CAGCTTAGATTTTGGTCGGAAGACAGCATATATCATTCCCATCCAACCGT
GAAACCAGTAACCAGTGTTGCCAGGTGGTTTGGGCGATTTTTTCCCAGAA
AAAAGGCAAAATATCCAAGTTTTTTCCCTGACATTCGTTTGACATTGGCC
TTCGGACAAGTATCCTTAAAATTGAGGCAAACATCCCAAGAACCTTTCAA
AAGAGGTTTCTGTCCCATAAATCGTGTTTCAACGCTAAATAAATTTTTCT
AACATTGGAACAAGATTGATTTACTTCGAGCCCACCTCGTATGGGGTTGG
TCAAAAATGAGCATTTTTTGTCGGGTTTTGCTCATTTCTTTTCTCGTGGG
TGTGTTACTTCTACTTCTTGCCAGCAAAGGCAAACCTCGCCCGGTTCACT
TTGTAGCCTTTTGCCGGAAACACTCTTTGGACAGAGGAAAGTGCACTAAA
GTCAAAGATTGAACTCCAGGGCAGCGGTTACATTTTGAACTTAAAGATTA
GGCTTACCAGCAATATCATCGTGGCCACACTTGTATTGGGTAACTAAAAT
GATACAAGAAAAAAAACACATTGAACCGACTTGGTCGAGCCAGATCCTCG
GGATTCGCTCTCACTCTTGATCTCCCACTCTCGAGTAACAGATCCGCTGC
CCAAAACGAAGGCCATCTCAGCACAGTCATCTTGTCCCACATCGTAGATC
ACTAAAGAAATGAACCAGTCAGTGTTGCCATACTATTAGGCTCTATTTGA
CCCAATATACTATGTTGTCCAGTGTTGTAGCCGCAAATGAGGGGCGGGGG
ACTGTTAGCGCCAACAAGTGTGAACTGATCCGTGATACAAGCTCCGATGG
CATCACCTACGAAGGAAGTAAATTGAAGTATCCCCAATCAGTACTGCCCA
ACACCAATTGGGGCTGGCAAAATGGAGGTCAATGGGATTTGATCCAACAT
CCATGCTTTCGTGGACGGTCTTACCAATGGCGGTGGAAGCGGAGTCTGTC
GTTCCCACTTGGGGACCAGCAATGGCAAATTTCTTTAAAAAAACATCCCA
TGAGTACGACACGGGTTTGGAACCAGATGTTAAAAGTCACTCACGATGAA
GTCCAGACGAATGCGGCAAATATCATTGGAACACTTGCAGATCTCATACC
GACAGCTGGACTGGCTATTGGCATTGCTAGTGGCAGATGCAGCATAGGTG
CAGTTGTCAGAGGTAGAGCCTCCACAGCCAATGCTGACTACAAAGACAAG
TTTCTCATTATTGAGTACTTAAATATGAACACTATGTATTCACTCGTACT
CATGCAACACACGCCATATCCGGAGGCGCAACTTCCTGAGGCAATTCCAC
CTAAAATGAGCACAAAGAAAGCTTGAAATGGTTCCAAAGAGAGGAGATTC
TAACCTCCTCGAGTACGTTACCTCGGGATCGGCACTCTTCGTTGGTGTAG
CAGGTCCCATTTTTGTTGGAACTAGCAGCACAACCTTCATTCTGGATGGA
AAATAATTGGTGTGACTTGAGTTTGATCGCTTTTCAGGATAAACTTACCT
TAAATTTGACTAATTGAAAGAGGGAAAACACTGAAAGAGAAAACAGAAGC
ATGCAGTTTTAACTCGCGTTCAACCTGTTTGGGGTGAACCTAGGCAAGAC
AATACTTTTTTCCCTGGAACAAAAAGTGTCACCTTTGGGGGAAATAGTTT
TCTGGTACTAAAAATGAGTGTAATTTGAACCAGAATCCGAACTTTTCAGT
TATCTGTTGAACATAAAGTAAAATGGGTAGCAAAGGTGTTTTCTTGTGTC
TTCAAAACTGTTTCACCTTATTCGGTCATGATCAAATTCGATTTGCAATT
TTTTTTTGTGCTTTTGGGCAGTTTTCAAACCCATACACTATGATTACGTC
AGTTGTGTGTCATACACCCGACATTTTTAGCTCTTAGAGACCACATTATT
ACAACATTGCGTCATGACCTTACTGGTTCATTTCGAAAAGGCACTACGAG
AGACATGTATGTAATGGTTTACAAAATTTAGGAACTTCAGCCCTGCTTTT
CATCTCCTTTGAGTAGTAGGTGGTTCAAAAAACATCTAATTCGATCATAC
AAATAGGAATTGTTTTTGTATCGTCGAATTTCAAAAGGTCTTTGATTGCT
TCCTTATGCTATGTGTATAGACCAAATAGTAGAAAATGTGAATAGATCGG
GCTTTGCCCATAAAATATGAATATCTGTACCAAAGGAGATTGGGGCTCAT
CTATCAACCAAAAATGCAAGAATCAAATACGAATTGAGAAAATATGGATA
TTTCTGCACCAAAATATTTCCCCCATAACACAAAAATTATCGCGCCTAAC
AATGTGGCTGAGCTACAGATTTGGATGAAAATGGGATGAGCACCCAATAT
TTCTATGTGTAAACTGATTTTTTACTAGATTAAGCAAAATGAGTTCCACC
CTTTTTTCAAAGGTTTGGCTGAAGCATCGTATTGAGGATATAGCCGACAC
CTTCAGTTTTATTAAGAACTGCACGAGTTTTTCAATTAAGAGTTCCTCGT
TTAACAATATGGCGAAGTGGTTCACCCAAACTTTATTTATGATTTAGCGC
GAAAATCAGTTCGGAAAAAATGACAGACCCTAGAAGAAAAATGAGGGGAA
ATTTTTTTCCGAAACGTTTTCCAAGTTATATTGGCCCGAAATTGTATTTT
TGGCAGTTCGTTAGGTCGCAAATTTATTATCACTTGTGTGAAATGGCCGA
AATATGAAGCTCTTCAAAAGCCAAGCGAGAGTTCTTTTTCATTTCAGAGA
TCAGCCAAAACCATGTTTTGGCTGAAAGGGATCACCTTAAGTTAATTAAA
TAAGTGTCAAATTTAACGTCACTACTAAAGTTTTGTCAATTCACAACTTA
CACTGCTGTACTGTTCGTGCAGTAAATGGTGAAACCTTTGTTTATCATCT
TTTAAGATATTTCTCGCCCAGGAAATCCTGTCGAGCTGCTTGAGTCATTC
AAGAATCAAATACTAGGGCCAATAAAAATCGTTCCAATCTCTGTCTACAA
TGCCCTTCAGTGGCCTGAAGAGCATTCTGAGGTCCGCGACCAGCTTTTCA
GTGGTGAGCGACAATGACCTTTCTCTGTGTTGCTCTGAAGCTTGGATTGG
GTGGCAGACTCACTTGAATTAGTTGACAGACTCATTCCATTCACTAAAAA
ACAAAGTTACAGCTCCAATCCTCACCTTTGCCAGTCCTGGGATCAACCTC
TTCTAGACCCGTAGAACCGGGCAGAATGGTTGCTAGCACCAGAGGGAAAA
CTAAAAGAGAAGCTCCAAAGCTGAGCATTATGCCTGAAATTACAAGAGAT
TATTGACAATGAGTTGAAAATGAGCTCTGTTTGTTTGATCCAACCTCCTC
AGATGCTAAAATCTTCTGAGACGTTCAACGCCAACGATGTCTTTGAGGAT
AGCTTGAGGGGGAAAACCGGCTCAACCACCCTCTTTACATGCCTCGAATT
TCACCTGAGCGGGGGTGCGATAAGGGCCAAAGATGCAGGTAAACACAAAA
TGACTCTAGACCTTGAGATACCACTCGAGAGTTCGTGTGGCTGCATTTCG
TTTAGAGTATCAGACGTTCGAGTTCAACAAGGGAAATGTAGTATTTGTTT
GCTTGGATGGCTCCGAGGATTTCTGCCCAACTAGAGAAATCTCCGAGGAG
ATGTAGTCAGCCTGGTGGACAAATGTATTCTGACTTATTACTAAATCTAA
ATCTTTAATCCTCCTAGGGAAGCCAACAATAGCTGTAAGGTATCACTACT
GGTTGCCGGAACTCAGCAAGTCTAGGGATCGAACCAACGATCTTCGGATG
ACGCATGATAGATGACAATCGGTGAGATGGGAAATAAAATGTGTGTGATC
GTGTTTATTCTCTCAACATCTAAGGTTGCCACTTTTGTTTTTACAACTAG
TATTTGCAGCAATTTTTGAGAAATAAATGAATAAAAACAGAACAAAAGAC
AGAAGAAACAGATGTTCGTTCTCACATGTGTCAGGAAAAGAACAAAATTC
GAACTGATTGTTGGATTTGGTAACAAAAGATGTCCCTCTTTTTCAAAAGT
GAGAACAAAGTTATTGTGATGAAATGATGTTTATATACTATTTGTAACTA
AGGCCCATATTTGAAGGCGATACAAGAAGTGGAAAGAGGTTTTTTTTAGG
TGAGGAAAGAGGGCGAATAACGTGAAAACTCCTAGAGAATATGATACAAA
ATGTGATTTTTGTTGCTTGCACTTAGCTCAATACGTCATTTTCAAGGTTG
TATATTCACTTCAATAATAAGAAGGAATCACTTCAAGAATAAGAAGGAAA
AACTAAGTCTTTTTTTTTAGAATTTACCAAAAACTCTTTTTTTGTTTGAT
TTTATGATCAAGCGGTTTTACCAAAAGAAACAAGTCTACCCTAAACCCAG
ATAAAGCTATACCATATTAAAAATGAACCGTGTCTGACTGAGGAGGCTTG
ACCAAGATGTCATTCCCGGCAGGATGTTGATTTTTGTTTCTACGTAGATA
AAAATGTCGGTCATGACTGTGACCGCCCAGTGTCATCCCCAAGGATGGAT
ATTGGGGTTTTTAATTAAACAATTGTGACATTTACCAGTTTTCAAAAATA
CATGGAAAAAAAACTGAGCCGGTGGTGAAAACGGCGAAATTTGAAAAACA
CAATTCACGCTCAAATCGTTGTTTTGTATAAAATAAACTACTAGGATGTA
TGAAGCCTGGTCACTTGTGAAGGCTCTTTTATATCCTAAAACATGTCTGT
AAGACATGGAAAATATGTTTTACGAGTTAGGAATGACAAATTTTGATTTT
CCTAGTAATTGTATTAATGAAAGTTTTTCCGACTAATGAGGTGTGATCCT
CCTTGTGAAAATGTCTCCTTGCTTTCAAATTTCTGTGGGCCTGATTATGT
TAAGAACCTGTAGGGCACACCAGACTTTCTTCCACTGAGGGGAGCTGATG
ACTCCCTGTAACCCTACTAGTCCTTGGGGGTCAGGAACACAGGTGCGGCC
ACATCTTGAGGAAGGGTCCCTTCTGGTTTCCCACAAATTAAAGTAGTGGT
TGGGACTGGATTGTACGGGGCTGCACGGCGACTAGCTAAATTAGCCGTTA
ACATCAGTTAAAACATTAAAATAATAACATCTGTGGTACATGCTGCGAAC
ACGAAATCACCAGAAGGTGCGATAACACACACACACCTGTTCTGTGAAGA
AATACAATATCAGTCTATCCAGATGATTTAGTCAAAATTCACCACCCAAA
TCCCGAAAATCAGCTGTATTTTTCAATATTTTGCTTGTAATACAAAAGGT
TGAAAATGTTGATGTTTTTAAAATCTATACTATAATGAGACTTATTCTGT
TTGTATGTTTGTCTGCTGCGCGTTTTTTTCTCACGATCGGCGGAATAGAG
TGAGTCGATATTTTCAGGTAACCTCGAGACCACTTTACACCCCTAACCAC
CTAAAAGTGTGTCTTAAAAAAAATTCGCTTCCGTTTGGCCGGCGGGGCAA
GTTTCGCTCGGCCAAGGCGGGCGCTTGATCCTTGATTAGTGTGTGCGAGG
AGCGAAACTCGACCGAAGGCCAGGGATGGGCCCAAGGCCCAACAAGTGTG
TGTGAGAAGTGAAACTCGCCCGAAGGCTGGGCGTGGGCCAGAGTCTTGCG
ATGGGTCGAAGGCCCAACCTAGCCTTCCGCGGGAACTAGGAAAAAGACGG
CTGTAGGGCGTCCTTTTTGCTAGTCAACTCAATAAGGCTGGAGTGAGGAT
TTCTCCTCGGTCTGGACTGGACTGAATACTAGGTTGGGTCTAGAATCAGT
CGGGAAGGGGCACAAAGTACGCCTGGCTATCAATCATCTATTTAGTCTCT
CTTCGGTGGCAAGCAAATCAGTCAGTTTGGGCAATATATCTAAACAACTG
TACAGAATGGGATTGGGGTTCTGTGATTAAAGCACAGGGACAAGTTTCGC
CCCTCCAAGCAAGGACCATTACCGAACATTTCTGTTGCACACTTTTTTCT
TCTAATCACATTTTTTTTTTACTTTTTTTTTGTTTGACATTAAGAGCTTG
ATCACCAAGCGGGCCAAAAAGTGGTTATTTTTGCCAAATAAGAAAAAACT
ATGAATTATTTGAGCAAGTGTTGAATTGCAAGGAAGAAGTGAGCAGTCTT
TTCTAGGTAGAACTCTGAACTAACCAAATTTAGTGTCCTTGTAAATTTCA
CAGGTGCCTTATTTGTGTCACAATCCTTAGATCATCCTTCCCGTTATGAT
GACAATAATGAGGGTCCGAATTTGAAGGTGAACCACAAGGAAGACTTTTG
TTTTCTGGATTGTACAGTATTCTTTGGTAAAAAATCACCTACAATTTAAT
ATTCAGCAAAGGTTTTGCTAAATGAACGTTTTTGGCAAGAAAAATAAAAA
AAACTGACGCTTTTGACCCCTTTTGGGCGCAAGATTTTCAAGGAAAATTA
TGTCGCCACAAAGGTACATCAAAAGGGTGGAATGGGAAATACTATGCATT
CATCAACGCAGGAATGCTGTCAAGGCGAAGAAACGGATCTTTTATTTTTC
CCGGAATCACAATAACAGGCTATGATAAAAGTTATGCATTGACAGCTACT
ACTTCTCAAGATGGCTGAGAACAGCTCATTCATTTTCACCAATAGTCATT
TGTCTAAAATGCTTGTTGATAACTACTTCTACAAGCATTTTTGTGTTTTT
TTCTAGTGAAATTGTTAGTCCACCATCTGACAAAAATAATTGGCACAGCC
TGTGCCGTTAGTGTTTTTGATTTGTGAGATGATCAAGCTTTTGCTCTTGC
ACAATCTTATTTGTAGGTACAAATGAATTCGGGGTTTAAAAAAGAGTTGT
CACACAGAAAATATACTCCATTTGGGTTCATTTTAAGCATTTGGGAAATA
TGTAATCCCAGAGAAATATACCGTTGTGAAAATTCTAGCGAATTTCGAGA
CTTTCCTAGTAAGATTTTGACTCCAACATCTATTAACTCTCTACTGTATA
CGAAAGGAGGGAAAAAATAATATCACGGTCGCTTTTTTCTAGGATTTCAG
AACTTGCATTCCACGACTGGTTCGTGTTTTCCAATCTGCAGTTTAAGTGG
GGAACCGAAGAAAATGCTATCGCTAAGTCCGATCAATTCTCACCGAGGCG
AACGGGTTCAATCGAATGCCAGGGAGATCTGTGTACGTACAAGGCAGTAT
GTAGTACTGGACTTGGTTGGCATCTCCCAAACCCGTGAGTGATGGCTTTG
GCCACGCTTGCTGATGGTTTGCCAATAGGATTAGGGGCTCATAGTTGTTT
ACCTATACTCCTGATGGCTCACCCTTGCTCACCCTAGTGCAGGCTGGTCT
TCTCAGGCGATACTACGCAAAGCCCTTCGACGGTCAAACGAGGTCAATGT
TCCCCTCAACCGCGATGAGTCTGTCGAGTTCGAAGTTTGTTTGCGAGTCT
TGGGCATATTGGAAAGTCTCAGCCATGTAGATCAAGCGGCCTAAATCGAA
ACTATCATGTATGGCTCCAGTAACAAAATGTGAGACAAATACACATATTG
GCGGACAACTTTAATTTATGAAGTCTGGTCACACCAACAAGGTTGTTCGA
TCCAATCCCACGTTTGTCAATAGTGGTAAAGGGGTAATTAAAATGGCACA
ACAAAATCAGACTTTGTAAGTGGCTAGATTGGACCCGATCTTACAGATTG
TCCTCTCCAAAGGCTGAGCTATCGCGATTTCATCGCTTCAAAGCAATGTA
GTGCTGTCTTCTCCAATATAGGATGAGTCAATGTATTATTCAAAACTCTG
CACATACAGCTCTAGTGGCTGCTTTAAAATGTCGGAAATGCTGATAGCCA
ACCTAAGCCTACTTAAATATTAGGCGCCATCAAGATGAGATTAATCTGAA
AACGAGAAATTTTGTGAGTACTCGGGTTGAGGGGTGATACAATCAGTGGA
AGCACTCGCTGATTTCAAACGACATGACAACCCTCCCCATATGACCTGAA
AAGGAGTGGTTGACATATCAAGTTCGAGTTGCATGTGCCCTAGGTCTCCA
TCGCGATAACCATGCACCTGGACCCAATGCTTTACAAAAACGCTACTCTG
TGCTCAACATTTGAGTCGTTGAACAAATTTGGTCACCCTGGACAAACCAG
TTAGTACGTTCCTGCCCGGTCTTTTTGAACCACACATAGTTCCATCTGGC
TCCTTTCTTAAAATCTTCGTACGATCAGTTTTCAAATTGATCCATCAGAA
CATATGAAGCAGCCGCAATGAAACAGAAATAAATATAACAATAACCAGCC
ATTGGAGTGCTTGGCAGAATGTACGAAAATATGGCGTTTTAGTGCCACCC
TCGAACCCACATGACTTCGCCTACAAGATAATTTTGTATTTTAGTATCAA
ATAATTGTGCATCCAATTGTCCCCTCTGACTACACATTGTGCATCTAAAA
CTCATGAGTAGGCCTCAAAATGTCATTTTTATGTATTTTTGCATATTTTG
GTCAACTGTTAGATTTTTCATAAAATCGACCCAAATTCAGCCCGAATCAG
ATTACGATCTCCCTGGTTGGCATGTCGGTAAATGGGAAGTAACATGGTAG
TTCCTAAAAAATATTTGTAAGGAGCCTGGAAAGGTGAATCTGGATGTCAA
TGGAGTAACCTGAAAAATGTGAAAGCCCACATTGTCATTTGTCAACCACT
TTTTCTAAAGCACTAGTTCCAACGAAAAAACAATAAAGTCTTGGAAAAAA
TGAAAAAATCTTACCATTTTGGCTTCATATTATGTGCATTTTGTGCCCAT
TTAAATGCATGCAAATTAGAGCTCTCCTTATGAGGGCTTCCATAACCACC
ACATAAATTAAAGAGTTCACTTTTTCACCAACTTCGCAGTACGAAAAAAG
TTTTAGTCCGAATTTCCTCAAGAAATGCATGTAAAATGATACAGGTCTTG
TTTTGGGGTAGGAACAGGTTATGGATTGGTGGGTGATTAAGATTCCCTGT
GTCGAGCGTTGAGGGATGGGCAAAACCGTAGCTAAAGCCAAGCGTTTTTT
CTGCCCAGTTTCGTCAGTTTTCGCTTGGATCTCGTCAGGGAAAGGTAGTC
TTGTGCCAAGATTCAAAGGATTGATTTTTTACCTAAGTTTCTTTTTGCTT
GTAGATCGTCACCATGAAGACTCTGTTATGCTTTTTCTTAGTTGCTGCTA
TTGCTCAAAGTTATGCCGAAGATGATAGCCATCGGGAACAACGTGAGATT
ATTTCCACTCCAATGGTGCATGAGAGCATACTCACACAACATTTTAAAAT
AATGATTCTGCTTTTATTTTAGGATACTTCAGCTTGTTCAATGTTGTGAA
GTTCAAGGTAATTACTGCACCTTTCATTCAATACTTGCCCCCGTTACATG
CAAAAGCAAGAACACACACGAGAAACAATAAGTGATCGGTGATCTTATGA
GAGACCCACCATAAACAACCTGATCCAAAGCATAAGAATTAAACACAATC
AAGGTGTTGATTAAAAAAAAGGAGCATTAGTTTCATATTTTTTTCAGCCC
GGAACGAACAACCCACCAACTGTTTTTCCCTAATTTGCCATAATGTGGTG
AGGGAATTGCAGGATTTTTAATCGATTTTATGAACTCGGGTCCAAAATTT
CTTAGTCACACGAAGAAGGGAAATTACTGGCAGGCCTCTTTAGAGAAGAC
AACTTAAAGTGGATGGTCTCAAACTCTGACCCTCAAAGCTATTGCTCGAT
GAATTGGTTATAGATAATTGCCTTCGGCTATTGACAAAGAAAAATACCAA
GTGGTGAAGGCTAGGCATTTCCACTTTTAGAAAAGGGTAATCTCCAGGCA
AGCACATACTTGTTTATTATTTGGAAGGTTATCAGTATGCTTAAATAAAT
CAACGTGCTTCCAGAAAATAGAGTCTGAAATGTTACTCTATTTTTTGTTG
CACCCAAAGATGCATCGAACAGACTCAACGTGAAATGGCGTAAAAGTTTT
TTGAAGAGACAAAAAGTGTGCGTAAAATGTGAAAGTGACAGGATGAAACT
ATTGTGTATGGCTACAGTAACAAAATGTGAGACAAATACGCATATTGGTA
GACAACTTCAATTTATGAAGTCTGGTCACACCAACAAGGTTTTTCGATCC
AATCCCACCAGGGATGTAACCCATATTTACACCGTTATTATATTATACAG
TATTTTATAAATATTGACACCAGAATTTATCAACACATAGTTCAATTGCA
CTAACAGACTTTCTAATGTGTTGAACGCAAATAAACTTCGATTGCACACA
CCTTGCATTCAATTGAGGAGAATGCAATTATACTTTTCTCCCGTAATCAG
ATATTTCAGTAGTCTTTTAGTCTTAGTCAATAGTAGTATTTCAAATAAGT
TCAGTAAATCAAGGAATTTGAACGTTTTTAAGAAACACACCGAAACGTCG
CTAAGTGATATTTAACGTTTTAGGCGAAAAAAATCACATTTTTCTACCAT
ATCTTGTGTCCTATGGAAAGTTGTGGGTGATAATTGACTGCCAACGTGTA
CAGAATATGCCGTTTTATATGAGAGTTTCGAAGGAGATAAAATGACAGAG
CATGTGTCCTCCTTTAGAATTTTGTAACACTATTTTACAAGTTTTAATTT
GATCAGAATCTCCCCAGTCTAGATGGACCAATCGCTCGGCAGGAAATAAT
AGAAAAGTCACCCAAATAGCCCATAGATTATAAAATTGAGATTAACTTAA
AAAACAAAACCCACCTGAACCCGTTTTCCATGAATGGAATAAAAACACAT
TCGGGAGGGTTTCTCCAAGCTACGGTGAGCATCAACAATCCTTGAGCATG
AATTATACCTGTCTTTCGTCAAAATGTTAAAGTCTTAAAATTATCAGTCG
TAAATGGAGACTGAACGATCACACTGAGTTGGGCAATGTGTTTACTTTTA
GAACGATGGCTGTCTGGGAACTAACGGCGAGGTCGGAACTTGCATGAAGA
AAAGTGACTGCAGTTCACATGGAGGCGATGTGATTGGGAACTGTGCTTCA
GGTAAGCCATTTTTGGACTAACTTGTGGAACCGGATGAAATCCTACGAAA
TCCAGCGCATATCTTTCTTTCACATAAAGTTGCTGGCTGTTGATCGTTGT
TTCTGTTTTACAACAAAATACCCAAACAGTGGCAGAGACTAACAATTTCT
TCCGAGCTGCAATCAATATACGTGTGTTCTGCCTCTGATTTACAGGATTT
GGAGTATGCTGTCAATTCACAGTCAGCTCATGTGGAACCACCGTTAAAAA
AGTGAGTTTGTGGTCACTTTAAACCCAATCCGAATGCTACTGCTGCAATT
TTACACTATTTTCACTCCATTATTTCAGAACTGTACCGTCATCCAGGTAA
GCACGTAATGCTAATTAGAAGGTCTGAGTATCACTAAATGAAATTGTCCT
ATCTGCCCGCTAGAATCCCAGTTATCCCAGTTTAGAGACCAAAGCCGGAA
GCTGCAGTCATACCTTTGACCGGATCTGTGATGGTAAAAGAATCAACCAG
CTCACGCGCTCGAGCAGCAGCTGACCTTTCAGTGTTCTCCACTCTTTTAG
ATTTGTGCCAAATTCGTTTGGACTTTCAATCGGTTCAAATGGCGATTGAG
CCCACTGGAGAGTGTATTGATACCCTCGTTGTCACGAGTCCAACGCAGAA
AAATCCTCCCGTGGTTTGCGGCAGATTGGATGGACAACATAGTGAGTGAA
CGCCCAAATAGTTAGATTTATTTTTCTCAATTCCATCTTGATTTTCAGTG
TACCTTGACACGAGCAACACTGGAAATGGTGGCTCAATTGCCTTTACCTA
TGCGACTGGCGAATCTATGCGTTATAAGATCAAAGTGACCTTTTATGAGT
GCACTAACTTGGCCAAGTAAGTGACCAAGAATCATACTTTAACTCAGCGT
GCTGGAAAAGTTGCGTTACCTAACCAATAGACATATGAGGTGAACTTCAT
TAGATCTCTTTGCAATCACCCTTAGGAGGTTTTCCAACAGGCTAGCCGAT
TCAAGAGCAGAAATGAGGGTTGCCAGGACTTTAAGTAAAGAAATTCTCAG
ACCAAGTCTTTAGTTTGTACCCAACTTCGTCCTGAGAAGATCATTGAATT
TACCGCTTCGGCAAACTTAGAACTAACAACACCCCATCTACCGGTAGATT
TGCCGAAGCTTTTCGACAAGCTACACACCCATTGCTTCACCAAAGCTGAA
AGCAGTTACTTCATCCAGAATATTAGAACTTTGTTTTACAGATGACTTAC
ATGATTCCCAGATATGTCTTAAGATTTGGACCTGTTTTCAGCTTATTTCA
TGTCAAGTAAGAACCGACATTTTATTTTTAGGGCCCCCGAGGGATGTGTT
CAATACTTCACCGGACTTGGCAACACTTTCAAGAACTACGGCAAGAATGA
CGAGGTCATGATCCACGAAATGCAATATCGCACTTGCATGCGACAGGAAT
TGGGTAAGCTCAGGCTCAAACCTATTGACAGTGCATGTTCGGACCGATAG
CAACTTTTTTTTTTAATTTTTTTCAGGATATTGTAATATGGATGTGTCCG
TTGTTGGCAATGCCCCAACCACTAACCCCTCATTCATGCTGGGTGGGGCA
GCTCCAGTAGGAACTGCCCAG
back to top
Synonyms
The feature 'hypothetical protein YQE_12379 partial' has the following synonyms
Synonym
Tk11721
Add to Basket