conserved hypothetical protein, maker-scaffold140_size315649-snap-gene-1.17 (gene) Tigriopus kingsejongensis

Overview
Nameconserved hypothetical protein
Unique Namemaker-scaffold140_size315649-snap-gene-1.17
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000001648 (supercontig:LSalAtl2s:LSalAtl2s128:1655619:1661363:-1 gene:EMLSAG00000001648 transcript:EMLSAT00000001648 description:"maker-LSalAtl2s128-augustus-gene-16.9")

HSP 1 Score: 259.61 bits (662), Expect = 2.045e-83
Identity = 145/325 (44.62%), Postives = 196/325 (60.31%), Query Frame = 0 
Query:   27 FEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEE------------QAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSD-DQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDE-DTSLSLVDERGC-VIEKLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAA-GVYYCSGGLGADADQWLLWLCIAFGVLFAIM 335
            F P + A C+G T+ I V+T  PFEGI+HGPNRTE GC V+GRGGLKT  +ID+ ++ E            Q   CGVKYN+R  E  + + VR H TIE+ KDK Y V C  +G+ NS NE S+V+L+VT P D D   V+ V+EG +Y L    ++ D    + +  CFAF +  D    L+++ GC V + L+SEFTY + KG A A +Y MFRLP SN+TYFQCDV +C G CP PDCS+N  K                ++      +  +TTSTSVFV +PG+  +A G+ +C     ++AD ++ +LCIAFGVLF IM
Sbjct:   33 FSPCIIAQCIGDTINITVNTLKPFEGIVHGPNRTENGCFVRGRGGLKTSFRIDIPQSNELASSSSSGSALNQTSKCGVKYNSRTNEYYILLVVREHSTIELAKDKHYFVGCKSSGYTNSLNEKSLVKLRVTRPEDTDNRAVSLVLEGQEYKLAVNTINPDESLDLMIHSCFAFSERGDDRQELINKHGCPVNDILMSEFTYSETKGMASADLY-MFRLPSSNKTYFQCDVTLCKG-CPRPDCSQNFGK----------------NEDLIIGSNSTLTTSTSVFVVEPGTPGSADGLLFCPVASESNADDYIKYLCIAFGVLFLIM 339
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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000012135 (supercontig:LSalAtl2s:LSalAtl2s874:125171:154112:1 gene:EMLSAG00000012135 transcript:EMLSAT00000012135 description:"maker-LSalAtl2s874-augustus-gene-1.24")

HSP 1 Score: 236.884 bits (603), Expect = 9.434e-74
Identity = 139/380 (36.58%), Postives = 212/380 (55.79%), Query Frame = 0 
Query:   25 ELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIEKLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDD-AVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY-----SIYDSQYGLQMDISGLPSNFFKLFRSLKPKAP 398
            E F P V+A+C  G MT++V T   FEG++H  +  +P CS  G     T L+I++   E     CG+ ++  +E++ +AIAVR H T+E++ DK               N+ S+V L +     +  KV   + G +Y L+A     D KFG+ ++RCF+F D D  + +VD++GC   +++SEF Y+  +G A A IYSMF+ P SNR +FQCD+ +C   CP   C K  +      +S +K    + S+ F +A DD A+  S S+FV +PG+   +    C       + +W   LCI FGVLF IML+INIFLCSAMTCSCT+++  EKE S+ +++     S + SQYG +  ++ +  +      +LKP  P
Sbjct:   57 ESFSPIVEATCRAGIMTVKVQTLHNFEGVVHSRDYRKPKCSGYGEKTKVTLLRINMLAEENDDDYCGI-FSGGSEDKSIAIAVRAHKTLELVGDK---------------NQTSLVTLNLL---SNNRKVEHAVYGREYVLKAFSSKPDGKFGMLVKRCFSFSDTDNQVLMVDDKGCSNNEIMSEFEYNDNEGEATAYIYSMFKFPESNRVHFQCDILVCPDICPKESCDKVNS------TSFSK----SQSNSFLQASDDGALMASYSIFVVEPGTPIESVCDSCDD----PSYKWFHHLCIVFGVLFLIMLIINIFLCSAMTCSCTKADEEEKEASMIEEFDPYTRSWHGSQYGSRXSLNRVSGS------TLKPIPP 397
[Close]
BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000005109 (supercontig:LSalAtl2s:LSalAtl2s26:881336:889058:-1 gene:EMLSAG00000005109 transcript:EMLSAT00000005109 description:"maker-LSalAtl2s26-augustus-gene-8.39")

HSP 1 Score: 63.929 bits (154), Expect = 2.293e-11
Identity = 30/99 (30.30%), Postives = 51/99 (51.52%), Query Frame = 0 
Query:  160 GNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVI-EKLISEFTYDQEKGTADATI----YSMFRLPHSNRTYFQCDVAICSGSCPVPDC 253
            G    +   + D + KF + +R C A D     + LVDE+GC++ EK++ +F   +  G A   +    +  F+ P S   +FQC + +C  +CP P+C
Sbjct:  230 GQTLTMVMGIKDEENKFDMLVRNCVAHDGAREPIQLVDEQGCIVREKIMGDFQKIKNFGEAATVVSYAHFQAFKFPDSMNVHFQCIIQVCRFNCPPPNC 328
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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000003841 (supercontig:LSalAtl2s:LSalAtl2s208:199193:204733:1 gene:EMLSAG00000003841 transcript:EMLSAT00000003841 description:"maker-LSalAtl2s208-snap-gene-2.8")

HSP 1 Score: 60.8474 bits (146), Expect = 3.455e-10
Identity = 33/106 (31.13%), Postives = 53/106 (50.00%), Query Frame = 0 
Query:  160 GNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATI----YSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKA 260
            G    +   + D + KF + +R C A D +   + LVD++GCV   KL+S FT  +  G + + +    +  F+ P S   +FQC + IC   CP   C  +V +A
Sbjct:  548 GQTMTMVLAIKDDEQKFDMMVRNCMAHDGKRAPIQLVDQKGCVTRPKLMSRFTKIKNFGASASVLSYAHFQAFKFPDSMEVHFQCTIQICRYQCPD-QCGNDVIQA 652
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BLAST of conserved hypothetical protein vs. L. salmonis genes
Match: EMLSAG00000012090 (supercontig:LSalAtl2s:LSalAtl2s866:117030:159121:-1 gene:EMLSAG00000012090 transcript:EMLSAT00000012090 description:"maker-LSalAtl2s866-snap-gene-1.30")

HSP 1 Score: 52.373 bits (124), Expect = 1.144e-7
Identity = 34/117 (29.06%), Postives = 51/117 (43.59%), Query Frame = 0 
Query:  169 VMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEF----TYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCS-KNVAKA-----GGPLSSLTKGGAVN 274
            + D + KF + +  C   D     ++LV+ERGC+   K++S       +D          +  F+ P S   +FQC V +C   CP P CS K V+ A     G  LS       +N
Sbjct:  339 IKDDENKFDMMIYNCVXHDGLRLPITLVNERGCIXRSKIMSNLKKIKNFDVTANVLAFAYFQAFKFPDSMNVHFQCVVQVCRDYCPDPICSDKTVSDAYESNRGSLLSHRNSNSVIN 455
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BLAST of conserved hypothetical protein vs. nr
Match: gi|1153708050|ref|XP_020298177.1| (uncharacterized protein LOC109862514 isoform X1 [Pseudomyrmex gracilis])

HSP 1 Score: 301.982 bits (772), Expect = 2.645e-95
Identity = 161/377 (42.71%), Postives = 226/377 (59.95%), Query Frame = 0 
Query:    9 ILGVLSVSQVWAEDEIELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIEKLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISG 381
            +L  L V QV  +     F+P+V A+C GG MTIRV+    F G +H  +   P C V G G     L I+L   ++    CGV  N   EER + IAVR H T+E+  DK YV+TCG+AGF+N++NE S+V L++    D   +V   I G+ Y LRAE+   D  +GI+++ CFAF+  ++S+ L+D++GC ++  +++F YD+  G ADAT++SMFR P S+  +FQCD+A+C GSC +P C        G    L KGG+         +E+  +   TSVFV QPG +      Y  GG+      WL    +A G+LF IML+INIFLCSAMTCSCTR++IIEKEPSI +DY    S + SQYG +  ++G
Sbjct:   17 LLVALGVGQVAGQLLDTEFQPTVTATCKGGYMTIRVNLNQSFVGAVHARDHRTPQCMVSGNGSTHATLGINLFAAQDSPEYCGVLVNNHTEERSIPIAVRIHKTLELADDKFYVITCGKAGFKNAKNETSLVSLRLL---DGGVRVQEAIYGHNYTLRAEISRPDGMYGIRVKNCFAFNKLNSSVQLIDDKGCPVKVRMTKFVYDRSTGIADATLFSMFRFPDSSEVHFQCDIAVCRGSCGIPVCE-------GDKEELIKGGSSTNGQSVS-SEEGVLLAGTSVFVLQPGEKRVVQTLYDDGGVHPLWLLWLA---VALGILFLIMLIINIFLCSAMTCSCTRTDIIEKEPSIIEDYDPYRSWHGSQYGSRYSLNG 379
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BLAST of conserved hypothetical protein vs. nr
Match: gi|1153708052|ref|XP_020298184.1| (uncharacterized protein LOC109862514 isoform X2 [Pseudomyrmex gracilis])

HSP 1 Score: 301.212 bits (770), Expect = 3.675e-95
Identity = 160/372 (43.01%), Postives = 222/372 (59.68%), Query Frame = 0 
Query:    9 ILGVLSVSQVWAEDEIELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIEKLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDYSIYDSQYGLQMDIS 380
            +L  L V QV  +     F+P+V A+C GG MTIRV+    F G +H  +   P C V G G     L I+L   ++    CGV  N   EER + IAVR H T+E+  DK YV+TCG+AGF+N++NE S+V L++    D   +V   I G+ Y LRAE+   D  +GI+++ CFAF+  ++S+ L+D++GC ++  +++F YD+  G ADAT++SMFR P S+  +FQCD+A+C GSC +P C        G    L KGG+         +E+  +   TSVFV QPG +      Y  GG+      WL    +A G+LF IML+INIFLCSAMTCSCTR++IIEKEPSI +DY  Y S +G Q   S
Sbjct:   17 LLVALGVGQVAGQLLDTEFQPTVTATCKGGYMTIRVNLNQSFVGAVHARDHRTPQCMVSGNGSTHATLGINLFAAQDSPEYCGVLVNNHTEERSIPIAVRIHKTLELADDKFYVITCGKAGFKNAKNETSLVSLRLL---DGGVRVQEAIYGHNYTLRAEISRPDGMYGIRVKNCFAFNKLNSSVQLIDDKGCPVKVRMTKFVYDRSTGIADATLFSMFRFPDSSEVHFQCDIAVCRGSCGIPVCE-------GDKEELIKGGSSTNGQSVS-SEEGVLLAGTSVFVLQPGEKRVVQTLYDDGGVHPLWLLWLA---VALGILFLIMLIINIFLCSAMTCSCTRTDIIEKEPSIIEDYDPYRSWHGSQYGYS 374
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BLAST of conserved hypothetical protein vs. nr
Match: gi|1000728565|ref|XP_015586716.1| (PREDICTED: uncharacterized protein LOC107263726 [Cephus cinctus])

HSP 1 Score: 301.597 bits (771), Expect = 4.497e-95
Identity = 167/382 (43.72%), Postives = 231/382 (60.47%), Query Frame = 0 
Query:    7 LTILGVLSVSQVWAEDEIELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISGLP 383
            L ILG+ S  QV  +     F+P+V A+C  GTMTIRV+    F G +H  +   P C   G G  +    I+L   +     CGV  N   EER V IAVR H T+E+  DK YV+TCG+AGF+N++NE S+V L++    DD  +V   I G+ Y LRAE+   D K+GI+++ CFAF+++ + + L+D RGC +  +++++F +D   G ADAT++SMF+LP S + +FQCD+A+C  SC VP C  +  +  G   + T G  V         E+  +   TSVFV  PG+E+    Y      G+    WLLWL IA GVLF IML+INIFLCSAM+CSCTR+EIIEKEPSI +DY    S + SQYG +  ++G P
Sbjct:   28 LLILGI-SEFQVSGQLLDTEFQPTVTATCKAGTMTIRVNVNQSFVGAVHARDFRTPPCMTFGNGSNQATFDINLLAPKGAPEYCGVLINNNTEERSVPIAVRIHKTLELADDKFYVITCGKAGFKNAKNETSLVSLRLL---DDGRRVQDAIYGHNYTLRAEISRPDGKYGIRVKSCFAFNEKISKVPLIDNRGCPVNARMMTKFVFDPTTGQADATLFSMFQLPDSPQVHFQCDIAVCKESCGVPICDDD--EDTGIKGASTTGQNV-------AGEEGILLAGTSVFVLHPGAESP---YRPLCDDGSVHPPWLLWLAIALGVLFLIMLIINIFLCSAMSCSCTRTEIIEKEPSIIEDYDPYRSWHGSQYGSRYSLNGKP 393
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1227965260|ref|XP_021913963.1| (uncharacterized protein LOC110827031 [Zootermopsis nevadensis])

HSP 1 Score: 301.212 bits (770), Expect = 7.424e-95
Identity = 162/387 (41.86%), Postives = 230/387 (59.43%), Query Frame = 0 
Query:    5 RYLTILGVLSVSQVWAEDEIEL-FEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDD--AVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISGLP 383
            R LT + V ++ QV     ++  F P+V A+C  G MTI V T   F G +   +   P C   G G   T L I+L         CGV  N + EER + IAVR H T+E+  DK YV+TCG+AGF+N+RNE S+V LK+    +   ++   +  + Y LRA++   D  +GI+++ CFAF   ++++SL+D+RGC +  ++IS+F YD++ G ADAT+YSMFR P S+  +FQCD+A+C G CP   C  ++     PL +             E + +D   +  STSVFV  PG ++      C GG+      WLL+LCIAFG++F IML+INIFLCSAMTCSC R+E+IEKEPSI +DY    S + SQYG +  ++G P
Sbjct:   16 RILTFVLVTALIQVQCHALVDQDFTPTVTATCKAGYMTINVKTNQSFYGAVQSRDYRSPSCMTYGNGSHMTTLGINLLANNGAPDYCGVLVNNKTEERSLPIAVRVHKTLELADDKFYVITCGKAGFKNARNETSLVSLKLL---EKGKRIHEAVYSHPYTLRADISRPDGTYGIRVKSCFAFSKRNSTVSLIDDRGCPVNPRVISQFKYDEKVGAADATLYSMFRFPESSEVHFQCDIAVCKGVCPDVQCETDLE----PLPAAQARAQDKDIYSTETSSNDEGVLMASTSVFVLDPG-DSPTVQELCEGGVNP---PWLLYLCIAFGIMFLIMLIINIFLCSAMTCSCARTEVIEKEPSIIEDYDPYRSWHGSQYGSRYSLNGKP 391
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|985412907|ref|XP_015371977.1| (PREDICTED: uncharacterized protein LOC107167448 [Diuraphis noxia])

HSP 1 Score: 300.056 bits (767), Expect = 1.323e-94
Identity = 164/386 (42.49%), Postives = 231/386 (59.84%), Query Frame = 0 
Query:    6 YLTILGVLSVSQVWAEDEI--ELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSG-GLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISGLP 383
            YL +L    +S +     +  E F PSV A+C  G MTI+V T  PF G +H  +    GC   G G   T L I+L  T+     CG+  N + EER V IA+R H T+E+  DK YV+TCG++GF+NS+NE S+V LK     ++  ++  V+  + Y LRAE+  HD  +GI+++ CFAF+  + S++L++E GC    K+I+ F YD + G ADA + SMFR P S   YFQCD+ +C G+C  PDC  +   A      +    AV++      +E+  +T ST+VFV +PG E A  +  C     G     WLL+LCIAFG++F IML+IN+FLCSAMTCSC R++IIEKEPSI +DY    S + SQYG +  ++G P
Sbjct:    7 YLILLIGFCISHINHGQNLVEEEFMPSVTATCKAGYMTIKVTTNQPFVGAVHARDYRSSGCLSYGNGTKLTTLGINLLATQGSTDYCGIFINNKTEERSVPIAIRIHRTLELADDKYYVITCGKSGFKNSKNETSLVSLKFL---ENGKRIQEVVYSHPYTLRAEISRHDGAYGIRVKNCFAFNKRNNSVNLINELGCPANTKVITPFKYDPKSGFADAALASMFRFPDSPELYFQCDIEVCRGACAEPDC--DGVSAVQLQQQIKYEFAVDSP-----SENGTLTASTTVFVLEPG-ETARSLTLCDDPADGGIRPPWLLYLCIAFGLMFLIMLVINVFLCSAMTCSCARTDIIEKEPSIIEDYDPYRSWHGSQYGSRYSLNGKP 381
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1339079947|ref|XP_023727707.1| (uncharacterized protein LOC111875590 [Cryptotermes secundus])

HSP 1 Score: 300.442 bits (768), Expect = 1.731e-94
Identity = 165/388 (42.53%), Postives = 230/388 (59.28%), Query Frame = 0 
Query:    5 RYLTILGVLSVSQVWAEDEIEL-FEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDD--AVTTSTSVFVAQPGSEAA-AGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISGLP 383
            R LT + V ++ Q      +E  F P+V A+C  G MTI V T   F G +   +   PGC   G G   T L I+L         CGV  N + EER + IAVR H T+E+  DK YV+TCG+AGF+N+RNE S+V LK+    +   +V   +  + Y LRA++   D  +GI+++ CFAF   ++++SL+D+RGC +  ++IS+F YD++ G ADA +YSMFR P S+  +FQCD+A+C GSC    C  ++     PL +             E A  D   +  ST+VFV  PG E +  G+  C GG+      WLL+LCIAFG++F IML+INIFLCSAMTCSC R+E+IEKEPSI +DY    S + SQYG +  ++G P
Sbjct:   16 RMLTSIFVTAIFQGRCSALVEQDFTPTVTATCKAGYMTINVKTNQSFYGAVQARDYRSPGCMTYGNGSHVTTLGINLLANNGAPDYCGVLVNNKTEERSLPIAVRVHKTLELADDKFYVITCGKAGFKNARNETSLVSLKLL---EKGKRVQEAVYSHPYTLRADISRPDGTYGIRVKSCFAFSKRNSTVSLIDDRGCPVNPRVISQFKYDEKTGAADAILYSMFRFPESSEVHFQCDIAVCKGSCSDVQCETDLE----PLPAAQARAQDKDVYSTEGASSDEGVLMASTTVFVRDPGDEPSIQGL--CEGGVNP---PWLLYLCIAFGIMFLIMLIINIFLCSAMTCSCARTEVIEKEPSIIEDYDPYRSWHGSQYGSRYSLNGKP 391
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1325322386|ref|XP_023343013.1| (uncharacterized protein LOC111712591 isoform X1 [Eurytemora affinis])

HSP 1 Score: 300.442 bits (768), Expect = 3.570e-94
Identity = 158/368 (42.93%), Postives = 225/368 (61.14%), Query Frame = 0 
Query:   25 ELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIEKLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERA-----EDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDYSIY-----DSQYGLQMDISGL 382
            ++F+PSV A+C  G MTIRV+T + F G +H  +  +  C+  G GG +T L I++   +   G CGV  N + EER VA+AVR H T+E+  DK Y++TCG+AGFQN+ NE S+V L++     +  KV  V+ G +Y LRA +   D  FG++++RCF+F D ++++ LVDERGC    ++SEFTY++  G A+A ++SMF+ P SNR +FQCD+ IC G CP PDC +         SSLT   A +  DP   A     +  A+  S SVFV +PG+        C    G +   WLL+LCIAFG+LF +ML+IN+FLC+AM+CSCT+    EKE S  +D+  Y      SQYG +  +  L
Sbjct:   37 QVFQPSVSATCRAGIMTIRVETPSKFNGAVHTRDYRKSACTSYGLGGTETELNINMLTEKNSDGFCGVYINEKTEERSVAVAVRIHRTLELADDKFYIITCGKAGFQNTHNETSLVTLQLL---REGRKVQQVVYGREYMLRAHISQPDGTFGMRVKRCFSFSDLNSTVELVDERGCPEPTIMSEFTYNRSSGAAEAKLFSMFKFPESNRVHFQCDILICKGDCPKPDCEEAFD------SSLTP-KARSLEDPVADALTQPVDTGALMASYSVFVVEPGTLPVEVESVCE-NCGVNP-VWLLYLCIAFGILFLVMLVINLFLCTAMSCSCTKDTKGEKETSYLEDFDPYARPWHGSQYGSRCALGSL 392
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|1059377592|ref|XP_017786546.1| (PREDICTED: uncharacterized protein LOC108569484 [Nicrophorus vespilloides])

HSP 1 Score: 298.13 bits (762), Expect = 4.288e-94
Identity = 157/387 (40.57%), Postives = 223/387 (57.62%), Query Frame = 0 
Query:    4 FRYLTILGVLSVSQVWAEDEIELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISGLPSN 385
            ++++ ++ V   ++ W+E     F P V A+C  G M+IRV   + F G +H  +   P C   G GG    L I+L         CG+  N + EER V+IAVR H T+E+  DKLYV+TCG+AGF+N+RNE S+V L++    D   ++T  +    Y LRAE+   D  +G +++ CFAF+  ++S+ L+D+RGC +   +I  F Y+ +K TADA + SMFR P S+  +FQCDV +C GSCP P C  +    G   + +T  G + A              +TSVFV  PG            G+      WLLWLC+A G+LF IML+INIFLCSAMTC+C R+EIIEKEPSI +DY    S + SQYG +  ++G P +
Sbjct:    8 YQWIFVVLVQIFAKSWSESVDTEFVPQVSATCKAGHMSIRVGFNSSFYGAVHARDFRTPACMTHGDGGKMVNLDINLLAVRATPDFCGLHINNKTEERSVSIAVRIHRTLELADDKLYVITCGKAGFKNARNETSLVSLRLL---DAGKRITQAVYSRPYTLRAEISRSDGTYGFRVKSCFAFNKLNSSVPLIDDRGCPVNPNVIKGFVYNDKKSTADAELQSMFRFPESSEVHFQCDVGLCKGSCPEPMCIAD----GSAKALITDEGVLMA--------------ATSVFVLDPGDSPLVQELCDENGVHP---SWLLWLCVALGILFLIMLIINIFLCSAMTCACARTEIIEKEPSIIEDYDPYRSWHGSQYGSRYSLNGAPQH 370
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BLAST of conserved hypothetical protein vs. nr
Match: gi|820863659|ref|XP_012348479.1| (PREDICTED: uncharacterized protein LOC100872865 [Apis florea])

HSP 1 Score: 296.975 bits (759), Expect = 2.482e-93
Identity = 158/372 (42.47%), Postives = 223/372 (59.95%), Query Frame = 0 
Query:   16 SQVWAEDEIELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDC-SKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISG 381
            SQV  +     F+P+V A+C  G MTIRV+    F G +H  +   P C   G G     L I+L   +     CGV  N   EER + IAVR H T+E+  DK YV+TCG+AGF+N++NE S+V L++    D   KV   I G+ Y LRAE+   D  +GI+++ CFAF+  ++S+ L+D++GC ++ +++++F YD+  G ADAT++SMFR   S + +FQCD+A+C GSC +P C   N     G  +SL    +V+        E+  +   TSVFV  PG   +    Y  G +      WLLWL +A G+LF IML+INIFLCSAMTCSCTR++IIEKEPSI +DY    S + SQYG +  ++G
Sbjct:   29 SQVSGQLLDTEFQPTVTATCKAGHMTIRVNLNQSFVGAVHARDFRTPQCMAPGNGSTHATLAINLLAPKGSPDYCGVLVNNDTEERSIPIAVRIHKTLELADDKFYVITCGKAGFKNAKNETSLVSLRLL---DGGHKVQEAIYGHNYTLRAEISRPDGMYGIKVKSCFAFNKRNSSVQLIDDKGCPVKAQVMTKFIYDRNTGLADATLFSMFRFSDSTQVHFQCDIAVCRGSCGIPVCDDDNEEDIKG--ASLINRQSVS-------GEEGVLLAGTSVFVLNPGQTPSVQSLYEDGSV---HPVWLLWLAVALGILFLIMLIINIFLCSAMTCSCTRTDIIEKEPSIIEDYDPYRSWHGSQYGSRYSLNG 385
[Close]
BLAST of conserved hypothetical protein vs. nr
Match: gi|572300712|ref|XP_006616435.1| (PREDICTED: uncharacterized protein LOC102681459 [Apis dorsata])

HSP 1 Score: 296.59 bits (758), Expect = 3.506e-93
Identity = 155/371 (41.78%), Postives = 221/371 (59.57%), Query Frame = 0 
Query:   16 SQVWAEDEIELFEPSVKASCVGGTMTIRVDTATPFEGIIHGPNRTEPGCSVQGRGGLKTYLKIDLTKTEEQAGSCGVKYNARAEERRVAIAVRFHPTIEILKDKLYVVTCGRAGFQNSRNEVSVVQLKVTPPSDDQFKVTTVIEGNKYNLRAEVMDHDPKFGIQMRRCFAFDDEDTSLSLVDERGCVIE-KLISEFTYDQEKGTADATIYSMFRLPHSNRTYFQCDVAICSGSCPVPDCSKNVAKAGGPLSSLTKGGAVNASDPFERAEDDAVTTSTSVFVAQPGSEAAAGVYYCSGGLGADADQWLLWLCIAFGVLFAIMLLINIFLCSAMTCSCTRSEIIEKEPSIYDDY----SIYDSQYGLQMDISG 381
            SQV  +     F+P+V A+C  G MTIRV+    F G +H  +   P C   G G     L I+L   +     CGV  N   EER + IAVR H T+E+  DK YV+TCG+AGF+N++NE S+V L++    D   KV   I G+ Y LRAE+   D  +GI+++ CFAF+  ++S+ L+D++GC ++ +++++F YD+  G ADAT++SMFR   S + +FQCD+A+C GSC +P C  +  +         KG ++         E+  +   TSVFV  PG   +    Y  G +      WLLWL +A G+LF IML+INIFLCSAMTCSCTR++IIEKEPSI +DY    S + SQYG +  ++G
Sbjct:   29 SQVTGQLLDTEFQPTVTATCKSGHMTIRVNLNQSFVGAVHARDFRTPQCMAPGNGSTHATLAINLLAPKGSPDYCGVLVNNDTEERSIPIAVRIHKTLELADDKFYVITCGKAGFKNAKNETSLVSLRLL---DGGHKVQEAIYGHNYTLRAEISRPDGMYGIKVKSCFAFNKRNSSVQLIDDKGCPVKAQVMTKFIYDRNTGLADATLFSMFRFSDSTQVHFQCDIAVCRGSCGIPVCDDDNEED-------IKGASLINRQSVS-GEEGVLLAGTSVFVLNPGQTPSVQSLYEDGSV---HPVWLLWLAVALGILFLIMLIINIFLCSAMTCSCTRTDIIEKEPSIIEDYDPYRSWHGSQYGSRYSLNG 385
The following BLAST results are available for this feature:
BLAST of conserved hypothetical protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 5
Match NameE-valueIdentityDescription
EMLSAG000000016482.045e-8344.62supercontig:LSalAtl2s:LSalAtl2s128:1655619:1661363... [more]
EMLSAG000000121359.434e-7436.58supercontig:LSalAtl2s:LSalAtl2s874:125171:154112:1... [more]
EMLSAG000000051092.293e-1130.30supercontig:LSalAtl2s:LSalAtl2s26:881336:889058:-1... [more]
EMLSAG000000038413.455e-1031.13supercontig:LSalAtl2s:LSalAtl2s208:199193:204733:1... [more]
EMLSAG000000120901.144e-729.06supercontig:LSalAtl2s:LSalAtl2s866:117030:159121:-... [more]
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BLAST of conserved hypothetical protein vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 0
Match NameE-valueIdentityDescription
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BLAST of conserved hypothetical protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1153708050|ref|XP_020298177.1|2.645e-9542.71uncharacterized protein LOC109862514 isoform X1 [P... [more]
gi|1153708052|ref|XP_020298184.1|3.675e-9543.01uncharacterized protein LOC109862514 isoform X2 [P... [more]
gi|1000728565|ref|XP_015586716.1|4.497e-9543.72PREDICTED: uncharacterized protein LOC107263726 [C... [more]
gi|1227965260|ref|XP_021913963.1|7.424e-9541.86uncharacterized protein LOC110827031 [Zootermopsis... [more]
gi|985412907|ref|XP_015371977.1|1.323e-9442.49PREDICTED: uncharacterized protein LOC107167448 [D... [more]
gi|1339079947|ref|XP_023727707.1|1.731e-9442.53uncharacterized protein LOC111875590 [Cryptotermes... [more]
gi|1325322386|ref|XP_023343013.1|3.570e-9442.93uncharacterized protein LOC111712591 isoform X1 [E... [more]
gi|1059377592|ref|XP_017786546.1|4.288e-9440.57PREDICTED: uncharacterized protein LOC108569484 [N... [more]
gi|820863659|ref|XP_012348479.1|2.482e-9342.47PREDICTED: uncharacterized protein LOC100872865 [A... [more]
gi|572300712|ref|XP_006616435.1|3.506e-9341.78PREDICTED: uncharacterized protein LOC102681459 [A... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold140_size315649supercontigscaffold140_size315649:150754..185732 -
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-scaffold140_size315649-snap-gene-1.17-mRNA-1maker-scaffold140_size315649-snap-gene-1.17-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold140_size315649:150754..185732-

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>maker-scaffold140_size315649-snap-gene-1.17 ID=maker-scaffold140_size315649-snap-gene-1.17|Name=conserved hypothetical protein|organism=Tigriopus kingsejongensis|type=gene|length=34979bp|location=Sequence derived from alignment at scaffold140_size315649:150754..185732- (Tigriopus kingsejongensis)
ATGCAGGCTTTTAGATATTTAACCATCTTGGGAGTCCTCTCCGTTTCCCA
GGTAAGCGATCTAGGCCAAATGCCTGAACATGTGTCCAACAATCCAATCC
CGTACGCTCAGTACCTTGGGAAATATGTTTGCGTTGGAATGGTGAATTAT
GTGGAAAATTGGGAATGAATTGAACAAAGAATGAAGCCAAAACTGGATTG
GGCCAAAGGGAGTGAGTGGGTGGAGGGTGTTCCAAAAGGGGCCACTGGAA
TGCATTTGTCATGCCAATGACGTAATCCCCCGCCAATCGTCTTCACTCGT
AAACTAACACTGTCACTATTCAAGATGTTCAACGTAGAATTGCGAGTATC
CACAAACAATATTCCATATGGCAAGGTACGGATTGGGGTCCGATGGGTTT
GATACCGGAAGAGGGGGACGTCATTAGGCATGTCCTGCATACATTATGGA
TCATTTATGCGACAATAGAGGAACTTAAACCGTCACACCCGTTTCTTTGA
GACTTTTTTTGTGCCTGGGAATACATTCCTGAGGTCCTACTTTGAATCAC
CAATCCCTTGAAAGATGGGTCCATGATTCATGAACATATGGAGACTGTTG
GACTTATGCATGCCATAGGTAGTTCATCCCAAATCTGTTTTGGTGGTGAA
TAATCATTCCGACCGGGAGCAATTTTTTCACAACACACAGTTGCCATCTG
GGTTGGAGTACGAAAACCATAACTAGGGATGAACCAGAGAGTTCAGTTGG
GTTGCCATGGTGGCCGACTGCCTGCCACTTTTGAATTCTGGCGAGTAAAG
CTATTATTACAAGGGAGTGCAACTCATCTTTCGCAGGAATACTCCCGTAA
TATTTTTGTTTGATTAACTCATAGTCGACTCAATAGCTAACACCATCATG
GTCTTAGGTGAGGACAAATGTTTGAACGCGACCATACGATGCCGGATTTG
CTCGCCATAACAAAACAAAGGCAAAATTATAATTATAACCTATGATAAAC
TGAGATGGCAGTTTGCTGTGAGCTAGAAATGACAAGCTAGGTTTTGTGCC
GCTAATCGCTTTAGGAATGATTAAAAAATGTGTTAATGTATTAATATCCA
CACATGGGTATTTAATCCTTACTCATACTATGGGATTTTGATTCGGTTTA
TGCCATGTCCTTCCAAAAAGGTTCATTAATTTATTTATTGCGCTTTGCAT
TCCATCTCAACCAAACGAACTTAACAAAATATAAGATCAAAAACCATTTT
TTTTATTTTATGAAGCAAAGTGTTTCGGTTGCTGTGTTTGTTTATTTGGG
TGAACACATTTGTGTGAACATACAAAACAAAACTGATTATTCATGGTATT
CGTATATTAGGATTTCAAGCCCATGATTAGACAAACATAGTAGTAGTAGT
AGTAGTAGGTATATTTGTAAGTGAATGCTCACTTCTAATCTAGAAAAGGT
CAATATTTCAAATAGACTACTGTAGTCTTTAGATCGCAAAAAGAAAGAAT
CAGAATGGTAGACAATTAACAATATGTCCTTCAACATAGTAGAACATGTT
TGTGTGTGTGTGTTATTCACATCCACCAGACAACACTCGATGACACTCCA
TTACCTTTGAAGTGGTGTTCCCAGAGTGTTCTTTGTCTTTAAATATACCT
GAAGGTGTTTTTTAGTCTGTAGTACATTTTCGAAGGGCTTGGCCGAAGCC
AAGCCATAAATTCTTCCTCAGGACATAGTCAGGAACTTGAGTCTTTATTA
ATTGTTAATTGGTATGCGTAAAACACTAATTAAATGATACAAACATAATA
TTGTTTCCGTATTGTAGAGTATACCTCTCGGAGAACAGAACACTTGATAA
ACGATTCTGGGTCGAATACTTTTGAAAAGATGCTCTTTCTAGAGAATGAG
ACACTTTTGACATATAATTGGGATGCTCGCCCAGTTTTAGTGAGACGATC
TTGCTCAATGGGATTGATGGAGTAATTTGCTCCGGAGAAATGGTTACTGA
AAGGACCCCTCTTCCAAAAGTATCCGTGGGATCCCTAATTCTTCAGCAGT
CTGTTTGGATTCTTCTCCGTGTTCTATGCGTCTCACTTTTAGCGCGCTCT
AGTGACCTCCGGGTGAAAAATGCTCAACTTTGACGAAGCTTGCGTTGAGG
TTTGGCATACGCAAAGGGTTGAATGGGCTCATGATTCTTGGCCTGACCAT
GTCACATGGCCTTGGCTGTATTGTAGAGAGAGAGAGCGAGAATTGGCGCT
AAATTTGCTGCGAAGAATAGACATTTAGCAACTCTCGCATTCCAATTCCA
ACTATTTGGTCGAGAGACCAGAGCTCTGACAATTGCAATCCTTGAATGCT
ACATTACATTTCAACATTGGCTCTAGTTTCAACTGAATAGTTCAGCATCG
CCAAGCCACCAAGATGGAGTGGCCCATGCAAATCGTTCTGAGAAAAACTC
TGGAACTTGTCAGGACTAAGTGGATGTGGTCTGTTCGCTAGACACATTTC
ACTTGAAAATTCCCATTATTTTCCGCCCTCACTCGTTCAAATCTCCCAAT
TGGTGAGAAAATCGCTCTCTGGGTTGTGGGCCACCCTCGCAGGCGCATTG
GACATTTCAATGCTCAACTTGAACCTTTTTTTGTTTTTTTCAAGAATGTA
CTGATTCGGTCAGCCAGAAATTCCACGCATAATTTGCGGGGTTAGCAACG
AGGTCCTGGCTTCGAATCCCAAAGGGAGGAAGTCACTCTGCGGAACAGTG
TCGCCAGTTCCTCGTGGTTGAGACCAAAGCTGCTAGATATGGAATCCATC
CACCTCGGCCTCCCGAAGATCTCTTTTTGACCACGCCCTAGCATGCACAT
CTTTATCATGAAAAAAAATTAGTTAATGTAACACTAGATACCTTAAATTA
GTTCGAAATGGGACTATTGCCAAAATTGCGCCATTTGGTTTGAAATTCGT
TTTAATGTTATTAATATTGGCAATAAGACGCCATTTTACCCCAGGAACAT
GAAAACTTGGGTAATTGTAGAGTCACATCTAAAGACCCTGAATACTTGAT
AGACACTCAGCACATTGGGAAACCTTCAATTCAGCTGATAATTTTAAGAT
GCCCTGTGGTTCTAAAGGCTTGCTACAATGATTATTTGTTGGGCCTCACC
AAAAGTTCAATCACGAGTTGTTGTTTTTTATTCATCACCTATCCAGACAA
GTGTTTCTTTTTTATAAAGTTTGTTGGGAACAAGAATTACTAGAAGGGAA
CCTGTATAGAGTATCTTGGAGTCAATGCTGTCAACCAATCGGGACAGAAT
TCTTTTTTCTTGTCCACTAGGCCTGTCTCTAAATACATGTTCAAGGTCTC
TAGTCCAATTGAGACTAGTATCGATCGAGGGCAGTCATTCTGGCCTAATA
AGACTTCCAGCATTCAGAGGAGGCAATTCAGGGAAAAATGATTTAAAATG
AGTTCATGCAATCCTAAGATGTCAGATATCCTGAAATTTGAAGCAAACTC
TATTTGAGCCCATTGCCATTTGGGAGTTCTCTCTCCTGTGATCAGTCCAC
CGATCTGTCATGTCAGTGTTGGATCAAATCTTGAACAATCCAATACGATC
CGATCAGTAGGACATTCTGTGAATGACCTACATGAGTTGCCTTTGTGCTG
AAATTCAACTAGAAACGGCATCGATCTGTCGAAGCCAATTCGAGCGTGGC
CAAAGCTTTTCTTCAAGCACTTGGTTATTGTCCAATAGTTCAGAGGGATG
TTGGTCGAGATGAAATATGCTCCACCCTGTCTGCCAGGATCTGGCCTGGC
TCTGCCTTCTTGAACCACACAGGAGCATCTGTAACTGTTTATTGGTTTTG
CCAGTCATCCGGCCCAAATGTTGCGGAAGTGAGCCACCAAAACCAATGGC
TACAATCCTGTCAAGCTCCCTCCGATAAAGCTTCTTCCCTATACCATAGA
CCTTACACCTTCTTGTACTTGGAAGCTAGAATGCTGGCTTCTGTGGAGCG
GATATTGCACCCCAAAACAGGTTCCTATCCAGGAATCGTGTTTTACAATC
TTCATCCTGACTATTCCGTTCGCCTTCTCGGTCACATGGCTGTTGTAATA
GTGTCGATGATTGATGCTCAAATATGTCAAGGCGAGCACGTATGGCTTTA
TTGGGGTAGAGTGACTTGTATTCATTGCCATAGTGTGCGTAATCGTATCT
AATATCCTGTATAAACATGGAGTAGAAATGTCCCGAAAACAACAACTAAC
AAACTAGTGTCAGTCAAGAGTGAGTTTTGATCTCAAGTTCAAGAAAGGTT
TGACTTGATCTGCTACTTTTGATCGTAACATTCCTGAAATTTGAAGGTGA
ATTTTTCTTTTGGCCTAAATCCCAAGAGAAGTGAAAACTTTGGCGGAAAT
AGCATAAAAAGCACAAACATACTTTAGATGTCAAATTACATATACCGAAC
AGAGCAAATTATAATTTGGCCAGTAGGAAAAGAATGAAAGACGAGAACTT
GAAGAATATGGAAAAACGAAAAAAAAAGGAATCGAAAACTGAAAAATCGT
CAAAAAAGGTCATTTTTTAAGTGTGTAATCTTTTATCTCTTTCCATTCCC
ACGTTGCATACACACAAGTCAAGCCCCGGGCAACACTTCGCTGTACTAGC
TAGTCAGAGTGTTTGGACATTCTAAATTATTCACGTAATCTCGAAATCAT
CGATAGTGGCATCATAATTAGCGATAATTTACTAGATCTTCGACGATTAG
CGAATGCCGATTAGCAATAATGGAAGAACTTGTCAAGTGGTAACAAGCTT
TGGTCAGTATTCTACGTGCAGTAACATAATGTGCATATCTTGTTTCCCAA
ACTGCAGCTTTTTCGTATTAAGTACCTATTTTTTATTATTGGAATATATC
GTTCGAGACAAAAAAAGATAAGTACTAATTTATTTCTTCAACCGGCCCGA
GGCAATCGATTGTGAATATTTCTTGCCATTCCCCAGAAAGACTCAAAGGA
GTTGATGCAAACCTTCCCCGTTAGTTGTTGGCCATTCCTGACCTTTTTTG
TCAAAGTCAAAAGTTGATTGCAAAGCTCCTAGTCATCCTTGAATGGATAA
GATCCGAGGCCCAAGGTCCACCAGTCTCTCGGTCGTAGTCTAGATCACGT
CATGGCTGCTCATTCGAAATATTCGACTTTGGTATTTGGCGTCTGATAAA
CTCATCAGCCTGGCATGGGTCTATATTTGTACTGTGGTTGAGGCTGGCAG
TGCTTGACTCCGGCATTAACCGTAAAGTCAACGTCCTAGGTAATCAGATC
TAGAGCAATCTCGCTCGGTTAACTGTTCCCAACCCCTTGATGAACTTCCT
GAAATTAGAACCTGAACTTTGGCGATTCGATCGTGCCATGCGACGATCGA
GGACCTGGTACAGGGTGACGCAGAAGCTTGGGCATCGCGGTGTACCTGGT
GGTATCAAATACTGAGAGTGCATTAAAGAGAGAATTGTCAACTCACTGAC
TGCAACTGCAATCACTTTGAACAATGAACAAATCAGATGCTATCTGCTTT
ATTATGGACTCTCTGCTGTATTATCGTAGATGATTCAACTCATGGTGGTG
TCAAAAGTGCAGGGAAATAATCTGAATAGTCAAGTTGGGAAGCTAATTGG
TGCATCAATCACACGAAATTTACCTCCATTTTGAAGATGGGAGTTAGCCA
ACTGCATAAAGAAGATAGAGTGAAATTCTCAGTTATTTGGCCAACACATC
CTGCCATTTACCTCCATTTTGAAGGCGGGAGTTCGCCAACCACATAAAGA
AGATAGAGTGGAATTCTCCGCTATTTGGCCAAAACATCCTGCCAAAAGTA
GCGTGCTGTAAAGCATGGATTTCAGGAAAGGTTGCTTGACAAATTTTTGT
TAAACCCATTTTAGGGAAAATTAACAGCCCAACGAAGCATTAGCATTGCA
ATAAACGTCCCTCAGAAGACATGTTTCTGAAGTTTTGGCCTTAAAATCAA
TAGCTGTCCCTGCACTGCCTGAGAGCTAAAAGCACCCACTCCCCTCTACA
GCATGCTTGCCCAAACAACGCCCACTAGACATGGGCTTGCTTTCTTGCCA
GAATCTTCCTTTGTAACCCAAATTGTCACATTTTGTTAAGATTTCTCCCA
TGAATGCAGAGACAGGTTACCCTGTTGGGTGGTTTGAAAAGTTATGGCTT
TCAGAGCTGGTTCATTTTGAGTCGTTACGTGCATTGCAACTGCTTACTTA
AAAGCTTTTCAGATTTATATCTGCAGGCTTAGGAGGCAGATGCCTACAAG
TGTACTTTGATGAGATATTGCATACATACAGATCGTTCAAATACATCATA
CTTCGTTGTAACACTTGCTTTTCTACTACTTCAATATCTCCTTAATGACT
TTGCATCTTACCGCTCTATTTTCTCTATGGCCGAGGTAATCGTCCAGCAC
CAAATCGGCCACGTAAGGTTTACCTCCACTTTTGGTCGATAGGAGTTGGC
CAAGGAAAAGTTGGCCGAGGATAGCTCTAATCTTAGTGCTTAGAGAAACT
GTAGCTGTTGCAAGGCAGCAAGGCACACTTTTGAAGAGGGGTTCCTTAGG
TTCGAATCCTATTGGATTGGATTAGAAAGAACAAGCGTCGAAGACAAGGT
AACAAATCATGATTATGCTAGACAAATAATTAATCCGCCGACAATGCACA
CAAATCTATCAACCGAACGACTCAGACACGGCGGCGATCTTAAAGGGAAG
GTTAATGCGAAAAACAGTGACAAACAGAATCGGTGGTTCAAAACATTTGC
TTCACACTGTACGACTGCCTGAGATCCCAAAATGATGGACTCTATGGGTT
GCATTGTTCAAACGATTGCACGAACGAGTCTTTGGTCAGCTCAAGGCTGG
CCACTGAGCATCGATTGTCGGATTGGCAGCTCTTGCTCTTCATTGGCCTT
GATTCGAACCAACTCACTCCATCTGGGGGAGATCATTGATCGATTGTATA
ATTAATTTCCCCGTTCAAAAATGGCCAAACTCATGGAAGGGAACTGGAAC
CCATGTACCGTCGCTGCAATCTTGAACGCAATTAATCACCCGGAGCCACA
GGGTGGCTGCAGTGGCGCCCTCCCCCGCCCTGGAGCCGGCTGGCATTCCT
GCCCAGGCCACCCTGTATCCTGGGCCTCCCCTGTTCACAATAGGAAATGA
AATGCTCGGTGCGAGGAGATGCTCGGGCACGAAAGATGGTTGCCAAGGTC
AAACGCGCACCGAAATCCTCATAAAGCTTTGTCATAATGTGAGGTGGGTG
ACAAATTCCTGCCTCGCCTCAACTTGAGTTGTTGGGTGGTGGCTGGCGAA
AATATTTGCTGCTCGTGTTTCTTCATTATCTCGACATCACTGAAGTGCAC
TTGGGGCTCGCCAATTATTTACCAATGGCCATTTTCATGGACGAATAAGA
GTGCTTCCCACCTCTGGCTCCGAGTTTCGGGTGGCTCTGAATCCAACAGG
GAAACCCGTCACTCAAGGTCAACAACCATCCTCAGGTTGATGCATAGCTT
AAGTGGCTTAAAAAAAGGGAGACTCTTCGACATTGGCCGATTCAGGACTT
CCAAGGAGGCACATGGGCTCAAAGTTGTCTGAGGAGCTCATCATCGCTAG
GGATGTCCAAAACCGCTTTTCCGTGTTTGGAGAGGTGATTTCACCCGTTG
GGTCATTCACGGAACCCTGTACATCTGGAAGTATTACTCACGATTGTGCA
TGGCCATAGTTTGAGCCAAACTCAAAAGAGACCAAATTTTCAGAATGAAA
ATCCAGCATGAAGATGCCTGAGCTGGTCAAAGTTTCCAATAACGAAAACG
AATGCCAGATAATATTGCTGACTCTGGTCACGCTGGGAATAGAGCAGGAA
TTAATTTATTTATTTATCAATAATTTGATTTTCGTTATATCTTTTAATTA
TTTCTCACTTACCTATGTTCAAATAAAACCAATTAAAATCAAACTTCCTT
TATTTGGAATGTGAAGAGCTATTCAAATTGTCCCGCGTTTAAATTCCTTT
TTCAAGAACTGTTGACCATGGAAAATGTTGAACCGGTTAAGCTGTTACTT
CCCATGAAGAAACAACAAGAAGAAAATGAAATACGCACCGGCTGATAATT
AACTGATCATAATCCCGATCCTGATCCTAAAACAGATGGTGGCAATTACA
ACGGTAACGGAGAGACTATGAAGAGGATGAGCAAGTCAGAAGGGGCTCGA
GAATAAGTAGAATCAGTCGAGGATAAGTAGAATCAGTCGAGGATAAGTAG
AATCAGTCTTTTTGGTTCTTGACAACAACCTCTCGAAGGTTGTTGTCAAG
AATCAAAAAGACTGATTCTTCTAGTGTAGCCCCTAAATCGTCATCCAATG
ACGTTTTAAAGCTAGTCAAAAAGGAGATGGCCTTGTTGGAGACCACGGGA
GAAAGATCCAGCACTCTGGAGAAGCTGTACAAGGCCCTGATAACAATCCC
GCTGACGTCTGTTGAGGCTGAGATAAGTTTTAGTGCCGTAGGTCTGTTCA
TTACAAAGCTTCGAACTTCTTTAAATGAACTTTCCATTGATAATCTGTGT
TTTTTGAGGTCTTGCATTATGAAAAATAAAACTGGTTGAATAATCAATTA
ATTGATTATTTATTAATTCAAAGCAAAAAATTAATTGATATTTGATTTTT
TGAAGAAACAAATAATTAGACATGCTCCAGCTGGGAAGCTCTCAGTGATG
TCAGGCTGGCCATGTTCAGCCCATTAATGCTGCATTAGTCGTTATTATCT
ACTTTGACCACCAACTTTGTGCTTAATGCATCTGTATTTCTGATTTGAAA
ATCTGGTCACTTTTGACGTTGGCCCCATGTCTGGCCAGCGTAATTCTTCC
ATGTGTACAGGGTTCCATGGGTCATTCTAGGCTTTCAACAAAGTGACATC
AAAATAGGGGGCTTGAAAATGAAAGATTTGAAAAGTTCGAAAATATGTCG
GAGGTCATAGCCGAATTTAACTCTCACCTAAAATGAATATGTTTCATAGC
GTACACAATTTCGTACGTACAAAAATCGGTTCAAGAACAACTGAAGACTT
CATTTCGACTGAGAACAACAAAAAAAAATATGCCCGAATTGACAATAACT
CCGTTAGAGAGACAATTAGTGTTTGAAAAACCTCCCAAATTGTCTTTAAA
CCAACGTGCAATAAGGTTAGTTTGTGGTCTTTTTTATTATAACCAAGTGC
CATGTACACCCCAGTGTTGCAAAAGTACACACTATGTCTCTAGTTGTGGG
CGTGCAATCCCAATTATGTACACAATTACACACCGATATTCTAGCCCTTT
TTATCGTTCCGACATATCCCTACTCATCCGTCAACGTTGACGTCGCTTTT
GACGTAAGAGTCAGTTTGGGACTTGAGAACTACTACTGGGTCATGTTACC
TTGAAAACAAGCCTTCGAGTTCGCCCACATAAATCAAACCTAGTCCAGTT
TGTGTGGTCACAAGTACCGTAAACTTGGCAAGTCTGACTGTGCAGGACTA
TTTGTGGAACTTATTATCTTGATTGAACTATTAAGAACCAACTGCTCCAT
CCACGTGTATGTGACCAATACCATCGTACGAATTACATTCTTGACGCGGG
CTGTGTGATTTCTCTAGGAATGTTTGTAAATGTACAACGTTCGCTAAATT
AAGTCATATATTTTAGTTCTAACGAACTTGAATGCCTCCTGACTTGTTGC
CTTCATTAAAGTTATGTTGTCAACCAATGTTTTACAATTGGAAAGGGCAT
GCAATTTTAAACTTAGAACAGTCGTTATAGGTACCTTATTGACTTAATGG
TCAAATGCACAATTTCAAGCTGTTCTTGTCACTTAATTTTATAGTTATGC
TCGTAGAACTCGCCATGGTTGTCATCTCGTGTCAAAATCGCCTACTGTGA
AAATACAGTGGGCCCAGCGATGTGGTTATATTAGTGTGCCTTATGATATA
CCTATTTGGCACGTCTCCTACACAACATTACTTGTAAAAAGTATCTGTTA
GTGGTGTTAAGGCACCTGCTAAGACCATGAAAGCCAAACCAATGCTACAT
CTGGAGATTGAACAAGTCGATTTTCGGCCATTTTAGCTTGTATTTCTGGC
CATTCCTTTCGAAGCTTCACTCAGTCTAAGGTGGAAACCCTGAAATTGAA
GTGCTCCTTACGCTCTCGTACATGGAGTACGTGATAATTCGTCGAGGAAT
CCCTGACCTTGTCTGGACTTGTGCTACCACGATAAATCTTGGGGCCCACA
TTTTTCTCTCTCGATTGCCTCATGGACTGAAGATTGGTTAAGGGGGATGG
AACTCTCGGCGATAAGATCTGAAACGGAAGACAACCCCGTCGGAATTGCA
ATTAGGATCAAATGGTCCAAGAGTGATGTTTGCTTGGGTTGAAATTAATA
AGTGTCTTGGCCGATTTTTTTTCTACCATCTTGGCTGAAACCCAGTTTTC
TATTCCAATCCATGCCAGAGTTCAAGGTTGATAATGATGATAATGGTTTT
GATAGCGAAAATTGCCACTTAAGGGCGAAATTGGCGGTTTCTGAGACAAT
TATTTGATCTTGAACTAATGATAAGCACATTCTGTGGCAACAACCGAGAT
TGGCAATTTTCACTTTCCGGCTAAAACTTCGGTCCGTCATTCCCCAGCAC
AATGGAGCTCAAGGAATTGAGATGAACTTCTCTGGCATTCCTCCCCCGAA
AAGGTCTTTTCAGCTCGGACCACTCCATCTTGATAATGGAGGTCTGGGAA
ATGTGTTTTTTCTTCACAAAATCAAAGCACTTTTCTCAACTTCACGGAAT
GAAAGGGCCTCAAATAAAGTTGAAGGAACATATCCCAAGGAGATAACCAT
CTTTGGATATTCCGAGGGGATCATACCAGATAATCAGGGGAGGCGCAAGT
CACCTCAACTCTGCCGACATACCCGGGAAATGATGAGGAATTTTCAATTA
AATCGGATGAGGCCGCTTAATCCGGCGGGACTGACAAATTACTCCACCCT
ATCGATTTATGGTATACCTTGTACCAAAAGTCATCTTGAGAGCGTCTGGG
ATTTGGCTCACTTAAGATCTGATGGTCTGGAAGAATGGAGGAACTGATGA
GCCTCGAAACGTCTCCCAAGATGCAGAGCCAAGTCAATGGCGTTGCGGAG
GAATGATTGGTGCTCCATTGAGCCTTGAGGTTTACTGAGGAACCAAGCTA
AAAGAAGACAAAGACGTTAGAAAACCCACAGAATCTCCCAACACCTATTA
TGTTTTCTACGTATGTTCAGCTGTTGACTCTAGATCCAACCGTGTGGTCA
GGACATCTGAAACAAGCACCCTCGATGCGGAAGGATCATCACGCAAACTA
GCAGTATTAGCAGATCCTTGCATTAGAGATAATTCTTTCTTTTTGAGGCC
AAATACCACATTTACGCGTACATATCCATCAGTCGGTTTGAATCTGCGAT
CCTTGGGTAAGGCATGGAATACTCTATTCAGGGTCCATGAGCAAGGGCAT
GAGCATTTGTAGCTATTGGAAGTTGGTTCCCAATTTTGCTGCTCGTAAAA
CTACACTGCAAGAAATATTGACGAAAAGGAGTTCTAATTCCGACCGAAAA
TGCTGTCAATTCACTTTGGGAACATCAAAAAGTGTACTCAATTGGAATAC
TTAAAAGCCATTTAATGGCAAGAGTCTTTTCAAGGAGTTGATTGAAGGCT
CTGGCTTTTTGACCTCTCATAAAACTGAAAGAGCCAAAATGCATTTGAAA
GCAATGCCGCCATCGTGGTCACAATTATAAATGGAGCAAACAAATATAAT
TGTTTTTAATTAATCTGACATCGCGGCTTTGAATGGTTTGAAGATGTGGA
ATATGTTAGTTTACTTTCATGGATACAGTCAACGACAAGACGTCTCAATG
GCGGACTTGACACTGTCTTAAGTGCCAACGTTAGCTCAAGGTTGACCGAC
ACATACGTCTTCGTTTCACGGGCCAATCACATACAGTGTGATTTGTCCTA
AACAATAAGCAGTCCTGGTACATTGTAGACTGTCATGTATCACGCATCCT
TGGACCAAAAGGGGTCCAATGGCTTCATTTAGATTGGCCATTTCTGCAGA
AGGCATTTCAAACCAAATAAATATGATACACGTATTTCTTTCTCTTGGCA
TTGTACAAAACTGGTAAAACATGTAAGGAGGTCAATAATAAGAGCAAAAG
AGCATAAGAGCATAAGAGCATAAAGCATAAGAGCATAAGAGCATAAGAGC
ATAAGAGCATAAGAGCATAAGAGCATAAGAGCATAAGAGCATAAGAGCAT
AAGAGCATAAGAGCATAAGAGCATAAGAGCATAAGAGCATAAGAGCATAA
GAGCATAAGAGCATAAGAGCATAAGAGCATAAGAGCATAAGAGCATAATT
GCTCGATCCTTTTTCTAAAGCCAGTTTTGAGGAACCAAAATTCCCAAGTT
TTGTCTTTGGTATGATAATTGGGAAACATTGCCGGTGAATGCCTGCCCAG
TTACCTTGGCTCTAAAATTCTCTTGGGTAAGTGCACCAATTGAGAGGAAA
TGGACGGATGTGTGGGTCTAGCAATGCGTACAAACGTAGAAACTTCCCTT
TTGACTGTCGGAGCGTAAATGCAGTATGACCCGAGGATGACAAGATCCTT
GAGAGCGCATTTCGGGCAATTATCCGATTAAAATTCAATGGGAGGAGAAG
CTCTTAGCTCGTCTGCCGCAGAGTGAAAGATCATTCTGGCCTTGAGAATA
ACGATTTTCCACCTCCAGCCACCAACTAGCGCTCTGACCCCCAAGCCATT
CGAGGGAACGGGAGCCAAAAATGAGCCCTCGATTACGGGCCAAAATTTCC
AGCCCAAACTCAATCATTCGCCACTCTGGTGCACTTTCTCATTGGCCGAT
GAGGCCATTTACCTGCAATCAATCTGAACGAGTACTCTCTTCATCACTTC
CAGGTGTGGGCCGAGGATGAAATCGAACTATTCGAGCCGAGTGTGAAGGC
CAGCTGTGTGGGTGGCACAATGACCATTAGAGTGGATACAGCCACCCCAT
TCGAGGGCATCATCCACGGGCCCAATCGAACCGAGCCCGGATGCAGCGTT
CAAGGCCGAGGCGGCCTCAAGACTTACCTCAAGATCGACCTCACCAAGAC
CGAGGAACAAGCCGGCTCGTGTGGAGTGAAATACAACGCCGTAAGTTTCC
TTGGACTCTGAAAGAGACTCAAAAATGAGGCTTTGGCCAACTGCACACTA
GTCATTATGCTCCGAAATGCCATGTGCATAATTGCTGTCTGCATGTTGAA
AATTGAGCCATTTTGGGCTGCACAGGGTGGTCCATTAATATCACTATGAT
GAGGAGTTGAGGCTGGATAAAAAGTGAAGAAGTTTTAGTTGTTAATGAGC
AAAAAAAAGCTGTGAAAGTCGTTGAACAAGCAGTAAAAATCGCAACGAGA
GGTACGAAAATTGTAGAAATTAACAAACTGATCCATGTGCTGTAAGGCTT
TATAAAAATGGGGTTTCTTGGCGTACACCCTCTGTTTCTTGTAATAGGCA
AATAATGCCTTGCATCACAACTTGTAGGCTGGTTTGCGTTGTTTTTCACT
TTAAATCACGGATATACTGTAAGTCGCCTGTATTATCTTGTGAAGTCAGG
AAAAAAGAAACTGGGAACATGCAGATACCGTAGTTTAAAATTAGTGCAAT
TGTTTCAGTCGGTTAATTTAGATCGAAGCAATATGCCAAAGGGCAGAAAA
AGAGAAAAACACTCGGGCAGTAAAAAAAGGATAATAAGTGCAAAGGCCCA
AAACATATACATGTACATATACATATATATGTACTTGTTTTCAATTAGTC
TTAATTGTGCACTGGCTCTTTACCTTGTGAACTCCCAAAAACGGGCTAAA
ACGCCAATGCTTATGAAAGCAAGCTTCAAATACATATTTATGGCAAAATT
ACGGCAATCGAAAATTTGAAATGAAATCTTGACCAATTCCAAAATAAGTC
TTATGCAATAAAGTAATATGAAATATATATAGTGCTCATAATAATCGATC
GTAAAATGTAATATATAGCTAACATAATAATCAATAGTAATATGAAATAT
ATGGTAGTAATAAAATCCATAGTAATATGAAATACTATATGTAGTAATCG
TAATAATCAATAGTAATATGAAATATACTGTATAGTAATCGTAATAATCA
ATAGTAATATGAAATATACTGTATAGTAATCATAATAATCAAAAGTAATA
TGAACACTATAGGGCATAAATAAACGGCCCTATGATTGCAACAGTTTTGA
TCTGTTATCGACTTCGGGACTCAGTATTTGGCAGGTAACCCTCAGTTGAT
ATCGTGATATCAAGTTGCTCATGGCATGGTCCAATTGGGCACGGATTACT
TCCCTCTTTAAATCAGAGCATAATTTGCCCCACCCAAATCATGCAGCCTT
GCAATAATTGGTGAATCAGATGAGAGCTGCAAACAGAGGCATAAAAATAT
CGCGAAACGCTGTCACCTGGATTGGCTCACAAACTCAATGGGTTGAGTAT
GAGGCTCTTTGTATCAAGCCCATTTGCAATGCTGCTCTTACGAAGGTAAC
ATTAATGAGCGTAAATCACATTAGTACTTTTGAATCTCGCTAGAGAGGAG
ACCTGTCTTGATGCTGTGCTCCCATGGTCGAATGATTTATATGTATGATA
TGTATTATATCATATTATAATTATAGTAAAATTATGAGAACGATATCATA
ACGGGTGGAACAAGATTAATGGAAGTATGGCACATAATAGCAACTATGCT
TGAACTGTTGAATCAGTATCATTTCATATTTCATGTGATTTGCTATGGCT
CTTGCCATAAAGCTGTAAGTTTTTTCTTTTTTTTGTTTTGAAATCTATTC
TTTATCTATTTTTTATGGTTCAGTTTATTTTTGTATAGCCTGCTATTGGT
AATTTTTTTGTTTTACCCGTCTGTTACTAAAAAGTTTTGCATATATTGCA
TTATAAAATCCACTGACACTAATGACTGGTATTTTTTTGTTTTGTACCAA
TTGACTCTCAGGCATTTACAATTTTTAAAGTGTAGAAATAAAGTTCGATT
ACACACACCCTCATTGTCTGAAATATCGATTCTATTCTTTCAGAGAGCTG
AAGAGCGACGAGTGGCCATTGCTGTCCGCTTCCATCCAACCATCGAGATC
CTCAAGGACAAGTTGTACGTGGTAACTTGTGGCCGTGCAGGCTTTCAAAA
CTCCCGGAATGAGGTATCTGTGGTCCAGCTTAAGGTCACACCACCTTCGG
ATGACCAGTTCAAAGTGACCACTGTGATTGAAGGCAACAAGTATAACCTG
CGTGCTGAAGTTATGGACCACGATCGTAAGCTAATCGGGGCTTTGCGTCA
GACAATGCAGCGATTATATCCACCTATTCGCAACTTGCAGCCAAATTCGG
CATTCAAATGCGGAGATGCTTTGCCTTCGACGATGAGGACACCTCCCTCT
CCTTGGTCGATGAGAGAGGTTGCGTGATTGAGAAGCTCATTTCCGAGTTC
ACCTACGACCAGGAGAAGGGAACGGCGGATGCTACCATCTACTCCATGTT
CAGGTGAATTTTACTGTTGTACGACTCCCACTGGGAAAAGGTTTCTAGAC
CAATCGGCCCTTTGTCTTGGGAGGAATAATCGCTCCTTGGGCCTAAAATT
CGATTCAACCTCCCGTCGAAAGACAATCGAAACACGCCAAAAATTCTGAC
CGCTTTCGTTTGAAATGGCCATGCTCTAAAATTGTCAACAGCATGTGGAG
TTTGCCATTAGCAGGATAATCCATATCTTTCGAACGGGTTTTTACAAGAG
GGAACCGGAAGTAATAGATGGGTGATAGGTTAGGCATGCCATTAGTGTTG
TTTGAATATTGCTAACGCTCAGTGTTGCCCTAAATTGCGTCCGTCACCAA
GAGCTCCTGTAGCCAGACAGAGTACGGGCTAAGGGCAATCGGAGTATGAA
TTCAATTGGACAGAGCCAAGACATTTCTTTATAATAATGTTTTTTAAGAG
AAAAACATTTCAATCCACATTCATCGTAGGAACATTAATTATTCACTGAA
CAGGACTCATTTCTAAGTGAAATAGAAATGAGTCCAGTTCAGTGAATAAT
TAATGTTCCTACGATGAATGTGGATTGAAAAAAACGCAACACACTTCGAT
TTCACCGACGGGTAACTGACTTGTGGTATTTTAGAGCAACGCTGCATTCT
TGACCGCATTTGTGGATTTCGGAATGGAACTTAATTAGGCAAAGAGCTCA
AGTTGAGCGCCGTTCCTTGATTTTTAGTTTCGTTGGGAAGCAAATAAGGC
ACGGTAGGTGTGCTATACAATTAAATGTGGTGAGCTTCTAGGGATAGAAC
ATATCACCTGTTGGCTTATACTGTACTGTATAATGTGTTCTGAAAGTTTC
CCTTCGAGATCCAGAGCTGGTTGGGTTGACAAACAGGTCACATCAGCGAG
GATGTCCGATGTAAAGTAGATGCTCACGATCCCTGGCAATTTACCCAGGT
GTAAATGAATACACCCGCCTGGTGTGCATCCTGGCAACATTGGAGCCGTT
ATATCAGGGCTGTTGTTCGCGCGTCCAAACAAGCCCGATTATTGGGTCAG
ACTCTGTATTGAGTATTGTAGCTCCTGCGGCAAATAATTTAGCCGTAGAG
AGCAGACCATATATTTTCAATCATTGTCAATGCTGTTTGAAGCGTATCCC
TTTCCTTGAAAATTGACCTTCGTGTTTCAGGCTGCCCCATTCGAATCGAA
CCTATTTCCAATGTGATGTGGCCATCTGCAGTGGAAGTTGTCCCGTGCCA
GACTGTTCCAAGAACGTGGCTAAGGCTGGAGGTCCCTTGTCCTCCCTCAC
GAAGGGCGGGGCTGTGAATGCGAGTGATCCCTTTGAGAGGGCGGAGGATG
ACGCCGTGACGACTTCGACCTCCGTGTTTGTGGCCCAACCGGGCTCAGAG
GCTGCTGGTGGGTGCACCAATCTCTCAGTGTTCCAAGACCAAAGCCTATA
GAAACATATTTTCACATTTCAGCTGGCGTTTATTATTGCTCTGGAGGACT
GGGCGCCGATGCGGACCAGTGGCTGTTGTGGTTGTGCATTGCCTTTGGTG
TTCTCTTTGCCATCATGTTGCTCATCAACATTTTCTTGTGCTCAGCCATG
ACTTGCTCATGCACGAGAAGCGAGATTATCGAGAAAGAGCCCTCCATATA
CGATGACTACTCCATTTACGACTCGCAATACGGGTAAGAGAGGACATTTG
GATTACATATTGTTACAAGCCCAAGATGTTTCTAGATGTCGCAGTGAGGT
TGACCTTCATTTGGCGGATAACTAATCTACTTCTAAAATGCCACTTACAT
TCAAACGACGTTTTTAATTAAGTCTTTTTCCATATCAGTCAAATAACAAA
GGCACGATGACATCACAAATTTGGCGGGAAACTCATATGTAAAATATTAT
CAACCCGGCAGAGAAGTCTTTTAGTTATCATTTGTACAGTATAGTCGGAA
ACAAGGCAGAAACTCAAATATTTTTGCCCCAGTTACCCCTTTCCCTTGAG
GCAAACACAACTAGTGACACATTGGTTAGATTCTTAAATACCCATTTTCA
TAAATGTAGAAAGCCCGGCAATTCGCCACTCATATTCTGACTTTTGTTGT
TGTGCGAGTGGGCTGACTGTTCTCCTGTGCTGTCTTGCCGTGTGAAGGAA
ACATGCTCAATGTGACAAAAAATTGTCTGTTGGGTTCAAGCTGTTTTTTG
TGTTTGTTTGGAAGGCCCCGGGCATTTCTGCCAAGCTAGGGAAATCTCTA
TTGAGACAAAGTCAGCCTGGCGTTCAAATTTATCATGAATTATTACCTTA
CCCTCGAAGGATGACCACAGGTACGCCCACTTTAATTCCGCAAGGGAAGC
AAACAATAGCTGTGAGTGAACACCACTAGTTGCCGGAACTTGGCAAGCCG
GGAGATCGAACCAACGACGCTCGGATAACGCAATGATAGATGACTGATTG
TGCCACTCCACCATTGCACTACGCTGCTAGGCTGGGACCCATTGGGAACG
GCTGGGTTCAAGCTATTTTTTGTATAATACATATTTAACCATTTTAAATT
CTAACAGTAATTGGTAAAAAAATATACCTACTTGATTTGTTAATATCCAG
TATGTTTGCTTAGTGTTGTAAATACTTTGGGATGTGATTTTGATATTAAA
CAAGGTGATCTTAGTCTTCCTGAGTTCAAAGCGACCTCTCGTGGCATTTA
CGGCGCCAGTTCAATCGAATATGTCACGAGCCAATTGTATATTGGATGTT
TAGTTAAGACAAAAAATGGAAACATAATCAGTTAAGAAACTTTTGTCAGG
AGCTCTCGTTTTCGATTAGGTTCCAAATTTGCACGTACGCTCAATCTTCT
AGGTATGCTAATGGAAAGGTTTATGGATCAGAATCGGACGAATATGGTAG
CGATGGTTATGACATTGAGCATCATGATGAGAATCGGATGCCTCAATCCG
AGGCCGGCTATTCCTCAAAATACTCGCAATATGGAAACTCTACTCTAGGA
CGCTCAAGACATTAACGTTGGCTCTTACAAGCTTGTATAACACGAATAGT
CTCATCAAAATCACGAATTATGCCCATATAGTGAACATGAATGAAATAAT
CCCCAATGCAGATTCTCTCAACCTTTGGTTGCCATAGCTATGAACACTTT
CTAGAGAAGCTTAATCCAAAGAAATCCGCCCATTTCCTCCCCAATTCCTT
CATCGCATGACACTTCTTGTACACACTTTTATTACTACCACATTCACACA
CTAACTCCATTTTGTAAAAGTACCAGATTTTGCATGCCAATTCAGACATT
CTCGTACACCAAGTGGATCTCTCAGGATAAACAAAGAGACGTTCGTAAAT
ATGTGAAAACTGTGATACATTCTGTCCTGAAATAAAAATCAAACTCACAT
AATTTGTTTTCGAATTCCCTACAAGGAGGGAGAGTTTTACCAAGAAACAA
ATTTGTCGTGAGGGCTGTGGTCTTCATAACATTGGTACAGAACGCCCTCC
TAGCTTGAGTGAGGTTTGGTTGAGTTTTTCCAATTGTTCCAGCTTCATAA
ACATATTGTTGATTAATTCCACTTAAGTGTACTGTCTATGGATCCATGCA
TTTTAAGAGGATAAAGGAGCGATTGTCCCGCGCAACATGGGCCACCATAT
TATTCCAAGGTATATCCCTCTTCCAAAAAAATTAAGCAAACTAGGGCTGT
TAAAGGATATTTTTTAACTGATTAATGATTAATTTTAAAATTTACTGATT
AATTATTCATTTTAACTGATTAATTATTCATTTTAAAATTTACTGATTAA
TTATTCATTTTAACTGATTAATTATTCATTTTAAAATTTACTGATTAATT
ATTCATTTTAACTGATTAATTATTCATTTTAACTGATTAATTATTCATTT
TAACTGAATAATTATTCATTTTAACTGATTAATTTATCAGTTAAACTGAT
TCATTTATCAGTTAAACTGATTCATTTATCAGTTAAACTGATTCATTTAT
CAGTTAAACTGATTCATTTATCAGTTAAAATTAATAATTTTTCAGTTAAA
ATTAATAATTTTTCAGTTAAAATGAATAGTGTTTCAGTTAAAAAGAATAA
TTTTTCAGTTAAAATGAATAATTTTTCAGTTAAAATGAATAATTTTTCAG
TTAAAATAAATAATTTTTCAGTTAAAATGAATAATTTCTCAGTTAAAATG
AATATTTTTTCAGTGAAAATGAATAATTTCTCAGTTAAAATGTANNNNNN
NNNNNNNNNNNNNNNATATCCCTCTTCCAAAAAAATTAAGCAAACTAGGG
CTGTTAAAGGATATTTTTTAACTGATTAATGATTAATTTTAAAATTTACT
GATTAATTATTCATTTTAACTGATTAATTATTCATTTTAAAATTTACTGA
TTAAGTATTCATTTTAACTGATTAATTATTCATTTTAAAATTTACTGATT
AATTATTCATTTTAACTGATTAATTATTCATTTTAAAATTTACTGATTAA
TTATTCATTTTAACTGATTAATTATTCATTTTAACTGATTAATTATTCAT
TTTAACTGATTAATTATTCATTTTAACTGATTAATTTATCAGTTAAACTG
ATTCATTTATCAGTTAAACTGATTCATTTATCAGTTAAACTGATTCATTT
ATCAGTTAAAATTAATAATTTTTCAGTTAAAATGAATAGTGTTTCAGTTA
AAAAGAATAATTTTTCAGTTAAAATGAATAATTTTTCAGTTAAAATGAAT
AATTTTTCAGTTAAAATAAATAATTTTTCAGTTAAAATGAATAATTTCTC
AGTTAAAATGAATATTTTTTCAGTGAAAATGAATAATTTCTCAGTTAAAA
TGTATAATTTCTCAGTTAAAATGATTAAGGTATCAGTTAAAATGGTTAAT
TTATCAGTTAAACCGATTATTTTTTTAAATGTTAAGATGCTATGTTTTAC
CCGATTTTCAAGTACGTACTTAATTGCGTTTTCCGCGCTTACTCAATAGC
CTGTGATGGGGACAACCGTGTTAACGCATTTTTTGCCATTAAAGGCTGAA
TTTTGTACTTGAAGTTCAAATTCTTATCTGCTGATGACATTAAGCAGATA
ATTAAATGCTGTTTTTAATTTTGGATGATGTGGCAGTTGAAAAGTAGGCA
AAAAAAAAAATTGAAAAGTAGTCTTCTTCAACAACTGGATGATAGTTCTG
GTGTCCAGACCATAGAGTGCTTTGGTCCAGACTAACATTGGAAGAGTAGT
CGCCAGAGTGATTTAGACGGAGGAATCTGAACGCAGGCTCATGAAGTGAC
AATTGGGTGAGGTCTGGAGGAAGTTTACCTCCCTTTTATTTAACTAATTA
AGTGAACTCCGTATCACTGTCATCTGCCAGCTACAGGTTGAAAGCCTAGG
TTTTCTAACTGGGCACGAAATATGACTTCAGTTTTGTCTTCTTTGATGCC
TCCCGGAAACCACATACAGCCTTGATTCAAGAACATTTATTTCAAGGCCT
GACCAAACCGAGAATGGGGCCTATAAACCCAAATGGCACCTGCCAGTCAG
GAAAGAAAGGAACCTGACCAATTGGCCTCTTTATGCAACACTGTATGTTT
AGCGCTAAAGACTTCACCACAAAAGGGTGACGTGGCATATACAGTATAAA
AGTATAACTTTGAAAATGGCGTGTTGCATCCTAATACTCTGTGTATGGGA
ACGGCAGCAGGGAACTACAAGTATGCCCAACCAAACAAACAATTGGAGGG
AACATGTTAAATAATAATAAGGTATATAGAGCAGATGCTGGACCATGAAC
AGTTGCGACGCTATGCAATATTTTGTCAATATTCCACCCAAATTGTACCC
AGGTTGGTCATTGGACCATGACCAGCCGGTAATTCATCCCAGGTTTAGCA
ATGTAACACTTGATCGTGTTGAAAGCAACCAATTATAAAACATTTAAAAG
TTTATAATTGCCTGTAATAAGATTTCAAAATTAATCAGTATAATCAGTTA
ATGGCCGAAATTAACTGATTAATCATTTGGGAAAAAATTAGCTGATCAAC
TGATTAATCAGTTGACTGATTAACACCTTTAAAGCATACCAACCAAGATC
ATTCCGATATTGTTGGATACAATGTTCGGATTCAGTGCTTACCAGTCAAC
TCAAAGGCTAGTACAAGTCAAGAAGTACGAGAAAATCGTACGTACGTGGA
ACGCGAAGGTAATCTGTCCTCAAATTGACACGACCACGTGTATTTTTTCG
CAGTAGCTCCCCTTGGACTGCCCAACAGTGCACAATCTGGTTCCCACTCC
TTGGCAGGATTGCTGGATCATTTAGTAGTTGAGGTCAGCCCATTCAGCCT
CTAAAGCTGACTTGAGGCTGTCCACATTCTTGCCAGACTTGTACTGGACC
TTGCTTCTAACAATAGGCTTTATTGCAAGATCTTGCCTGGAAGTGAGCTC
CACCTCGTCCAAAAGAGTTAGAAGTGCTCCTGCCACCAGGTCTGGACCAT
TTTGGACATGTGGCTTGGATCGTCGTCTTGTTGAAAACAGTGCGAGGTCT
CCCAGGAGTGATATTCCACCCAAGGGAGCACGTGATCCTCTAATATGGCC
AACTACACGGTCTGATTGACCTTCACGCCCCCACGAATGAAGAAAAGAGA
CCTCTTTTTGCTATGACGTCACTCCGGCCAAGACCAACACTGATGCCGGA
TGCTGCCTCTGGATTTTTTGTTGTTGTTGATTTACAGTTTTGATGTCAGA
GGCCCAAATCCTGCCATTACGCCTGTTATTAACGCATACGAAATCCCCTT
CCAGAGGAGGTGAGGTTTGGTGACTATGTTCCAATAGGCGTGTGTCATTT
ATTCGGATAAGAGACAGGCATGACTGGTTTATTGGAGACAATTATGCAAA
GGCAAAAAAAAAATTACACTATTTTAATTTTAGAGGTTGAGTGTTAGCAT
GGACCAATGTCCATATTGTCCACCTCAGATTCCCTCAGATTGGAGCAAGG
AAGCAACGTTGGAACAAATTCGTTGAAAAAGACTCTTGCCCATTTCGAGA
GGTTAGTGGTAACGATGCATGTTGCCAGGAGGATGAGCGGCGTTCCATTT
TGTGTCGATGTATGGTTAGGTGACCAATAGATTGGCAGATTTAGTGAGTG
GGACATGTCTTATTGATTCCCAGAGCATTGCCTTGGCATTAACTGGCATG
CAATCTACAAACCAGTTTAGTGTCTGTCTTAGAGCTTGGTGTTGGTGAGC
AATATCATTAAGGCCTTAAAAAGACTTGCGCTGTGGAGTTTTTGCATTCG
AAAAATAAAGCGGGTCTCTTCAGCCGATGATTCCACCTGCATGACAGTAC
TGCTGAGGATTTATAGGTAGTGTTTATGGCTATATATATACACATGTGAA
GAGTAGGCGCACCAATCAAAATCATCCGGATAATGTCGGATTCAATGCCT
ACATGTCAACTCAAAGGCTAGTACGAGTCCACTCAAGGCCCACATGATCA
GGAGAAGGAAGAAAGGCACCTGAAGGTCCTCAATTCCCATTTGCTCGGAT
GCATTCAATCTCCTGGTCAACCTGATCAGATTACCTTCGCGTTCCATGTA
GGATTTCTTGATTTTCCCATAGATTCCTCCTAGGACAAAAAACTTCATAA
CTAGCTCTTCACCAATGTTAACAAGAGCAACTCACCTTCGACAATTTGGG
CCATGGTTGGCTTGAACAACTCGACATAGGGACTACGATCTTGAAAGAGT
ACGGCCACATCATAGATACTCCAGCATTGTTCCAAAATAATCATGTCCGT
GTAGCCATTTCTAAAGACACGTAACGAAAGAAAGCGCAGTGGAAATTAAA
CAAGCTCATGTTAGCCAGAGTACAATGTGCTTCATCGGCCAAACGAGCTC
AAGTCCTAGGCCGACATTGTTGATCAATGATCTTAAAATTGACTAAAAGA
TAGAACTACGAGAAAGTTCACGCCTATTTACGTAACAACCCGAATGTTGA
GAGGTAACGAGGCAAAGGTCGCATCGACCGACAAAGTTAACCCCAATTTC
CCACAACCCTGTAACGAGGTCTCAACGGTAGTATTGCAAGCTTGATCAGT
ATTGAATGATATGCGGTATTCATCATTTGCTAACTGCAAGTTGCGCACCA
AGTTGGCGTTTGAGCATTGTAACCCTGCGATAGGGATGGAGTCTATCTGG
TTATGGAGTCAACCAAGTACTCTTCCGATCGAGGTATTTGCCAAAGACTC
CTTCATTAACGGTAGGGCCTTAAAATTGAAGGTGATGATAAAAGTGCAAA
AAATGAGCTAAGGTGCCAATTCCGGTGAAAATTGCAAATTTGGACTTCTC
TGTACGATTTTCGCGGTTTACATGCAATTTGCAACGCTACTTTTTTCTAC
TAATTACTTGAGGCATTGAACCACTGCAACCAATCCAGCTTTGATCTGGC
TCCCATTTTGATTCCTGAACAATTTAAAGCCCCACTTGGGCAAGCACACA
ATTAAATTGAGGCAGAGCTTAGTACCCGTGGGCTGGATACTTGGAAAACA
TATTTTCGATGTGATTCACTTTCCAATCCGGGGCCTGATTATCAGCAATA
ATGACTACCTAGAAGTAATTCCCAAGTCACTTTCAATTGAGTTAATAAAG
ATCGTTTTTAAGCAACCAATCAGCAACTAATTCATTGAGGTAGTCCCGGA
TGAAGTCTCTCGAGCTCCTTCTTGTACCAGCTTTGCTGGCCTAATGATTT
ATTTACGCCCGATTTGCTACTGTATCTACCGGTACTGTATTTCATCGTAG
AGTGCCTCTTGCCCCTTTGACTCTAAAAACCTTCTCATGAATACACACTT
GGGCAAATGTTCGAAGTATGGGTATTGAATGGTGAAGTGGTCAGCGAAGA
CGTGCTGAAAGAACGCAAATCGATTCCCGGGCCCGGCGGAAAATGAAATT
TTCGCCCTTCCAGACTTTCTTCTACTGAGGGGAGTGAATGACGACTCCCT
GTAACCTTAGTCGTTCAAGGTCAGGAAAAAGAGGTGCGGCCACATCTTGA
GGAAGGGGGACCCTTCCTCCAGATGTGGTTCCCCACAAATTAAAGTAGTG
GTTGGAGCTGGATTGTACGGGGCTGCACGGCGACTAGCTAAATTAGCTAA
TAACATCAGTGGGCCCTGTGTTCACCATTTTGAAGGACACATTTTGACTT
ACTCGTCCGCCAACTCCTTGCGTATATTAAAATCCAACAGGCTTTGCGTA
TCTACCAATGCCCCATCCATGTTAATCACGTCATCAAACATGACTTCAGG
GGTGGTTTCCACCACATTGGCTGCCAATTGCTCAAAACCAGCTTCGTGGA
AGATCAGCCAGTCACTGTAGATGAGGGAAATGATGGGTTTATTGCTGGCT
TCGAGCTCCCGGACAGTCCTGATGGATTTAGGATAGACATCAATGGTCAA
GAACGAGAGGAGCACACCACAATAGCCGGACTTGATGACCACTAAGGTGA
GGAGCAATGTCAGGAAGAAGACCAGGTGACTAGGCTCATATCTGCAAGAC
CATTAGGATTAAGTGGGTTTTGTTTTGGGATGCTTTCAGATCATTTACTA
CTGGAGAAGACATCTCTATAGTCATTGGTCACTTATGGGGATAACTCTTC
AAGACTTGAGCTCATCGATCAGTTTTAACGTGATTCCGAACTTTTATTTT
TCGATTATTTATTGGCGATGGTTATTAGTTATTGATTGGCTATTTACTAC
CACATTGAGTCTCGGAAAAAAGTGAAACACTTAAGTCGCACGCTTTCCCC
AATATTTGAATCGTTTGATCTTACACACGATATTCAACCTTTCAAAAACG
TTTTAAATGTTTCTGGATTTTTCGATTTCTGAATTGTTGTAATAATTTGG
GCAGCTTCAGAATGGCCAAATTATTTTCGATTTATTTACCCTGATATCTA
GTTGCTCTTCATTGTGATTTGCAGTTTGTTTCTGTGGAAGACTATTTCTG
ACCATGTTTTCACATTAACCTATTTATCTCAAGATTTTTAAAGAAAGCGA
CAATAACATATTTTCTTCGTCACTTTTTACGATCTTTTTATAGTAATTTT
GCACCAATTTTTTTCTAGGACTAATATCGCTCTTCGCCAGGTAGTGTTTT
TTCCACGAATTGGGAATAATCTCGATGTAGTGGGCGCCACCGTACGTTGA
TGGTTATACGTAGAAGCTCTTCTCTTCTCGTAACTTTATCTTGTCGATAT
CTTATTCCGTTTTTTGCAATACTTTCACATGACCACCAATGTTATTCTCA
GAAAAGTGTAAGACTAGTAGAATTCGAAAAAGACTTTTTCCAATAACTAA
GCATGAAAAAAATATTAAGTAACAAAGAGAAAGTTGTTTTTGAATCATTT
TTAAATTGTCCCTTTTTGCTATTTTTGCAGGGAAAGGACTATTGAAGCCC
AAGCTTAGACCATTCAGCTCATGTGCTTGCCAAATATCAGTCTTTATCTT
GTCATTTTGTTTGCCATGAAAACTTGATTACAACATTGCCGGGGACATAC
AAAATGTGGCAGAAAGAAGTCAGCAGTCAGGCAGAGTCAAAAAATATCCG
GCAGCCGTGGTTGATTATTTCATTTCATTTTAATAAATTTAGACTAACAA
AATTCCCTGAATCAAATAATTGTTTGTTCAAACCCTCCCCGAGATAAGAA
AGCCGCAAGTCTGTTTTGCCTTTGTTTGTCCCATTGGCAAAACAGCGGAA
TTATTATGTCTTATTGTGCCAAATTTAAAAATGTGTTAAGAATTGCAAAA
ATATGTTCGAAATAGGTGCGGAACAGTTCTATATTTGAAAAGAATTCACT
TTTGAGGGATTTGAACGATTTCCTACCACTCGTTGCCAAAACACAAATCA
AGATCTCCATTTTTATATTTTATTACAAGCTTCAATTTGGAGATTATTGT
GTACAAATAAGGTAATTTGTTGAGCTTACGAGCGGATTTTGCTTCCTTGG
CTCATTTCCAAGCTCCAAATTGAGAGCCACGAGCTGCCAGAGAATTTGTC
GAGACGGCGAAGGAGGCTAAGGAACAAGGTGCAAGCCACGAGGCTCCCAA
TGAGAAACAACCAAGTATAGAGGCCAAAAGGTCGAAGGATTTTCAGCCAT
CTAGACATAGGTGGTTTGCTCTTGAACATGAAGCAAAGTCCGTCCTTCTC
AAAGCCCAAGAGAGGCCGAAGGCCCGGGAGAAAGTGAGCCGACTCGTACA
AAACCTGGCCCACGGCTGCATCCGTCTCCATCTTGATCAGACGTCCATAC
AGACCGTCTTGGTACATCCTAATGGTAGTATTGTACTCGCCCAAATACTC
GTCATCGCTCACATCGTGGATCGACCAAGAGAACTCGAACTTGTGCGCGA
GTAGTTGAACCAAGTCGATTTCGCTTCCAATCCAAACCTCAGAACCGTCT
GAGTCGTTCTGATTGTAGGTAAAGGGCATATTGTGAACAGTTCCCAGCTT
CAAGACCCTGCCGGGCAAGTCCAAGCTGGCCTTGGTCTGCCTTGGAGCGC
CCCTCTTGTACACGGATGAATCCAACCAATGAAGAATCCGAGGATTGGAG
CAAACATCCGGATTTTGGGCCGCTTGACAAAGCTCCACATGGCTTGAGGA
ATCATAGATGTGAAATACCTCGGCCGAAACATCCTTCAGCAATATGGAAG
TGTCCATGGGGAATTGGTCACATTTATAAAGAATGGTAATTATGCAACTC
ATAAAAGAGGCTTCCATCGTGACCATTGAAATAAAAGATCTGTCCTCGCC
AACCAGTGCGTGTCCTTTTAATATGGTGAGTGGTTTGAGCCATCCATCAA
TGCACCGATGAACTTTTCACAACTTTTGAATTTGCTTTTTTGTCAATCAC
TCGGACAAAGACCAAATTTGAGGCTGATCTTGGTAACCTTTGCTGGAAAT
CGAATACCTGGATGACACAATGACGAGCAATGAATTGGAAACGCTAAAGC
TATTCAAATAGCACAAGCAGTCTCGCTGATATGGGCAAAACAATAATAGG
CCAAGACTCCAAGCAGGCAAACAGGCCAATTGCCAAAATATCCCCCATTA
AATTTGTTTCAGGCCAAGAATCTCAAGATCTTGACATTAGGGTATGCTAT
CTACCATGGTTAGGGTGTAACCATAGAAAAGGAAATGTCATTTTTTGTGG
TTTGACAGACATATCTTACCCATGCGCAAGTTTCCTCAACGACTTCCCTT
TCCGTTTATGGTCACCCTATGTTAAAGATACGGTCATAAGTAAAGATCCA
GTTACCCTGTTGGTTTGCTGGCACTCGGAAGAGATTAAAGATTCTTAAGA
GGGCTGGGTTTCCTCATTTCAAAAGTGTGAAGAGCCTTTGGCCATGCATG
GTAATCTCTACATAGTTCATGTACAATGTACATTATTCCAATCTTTGGTA
GATCATTAGGGTATCTGCGGGGGCTACTTTCTCGGACCCGTCGGTCTTGG
ATCAACCATGTCCCTTAGGGCATGGCTTAGGGCAATAACTGAGGTCGCTG
GATTACAAAATCAAGCCGCTTTAGCAATACGATGGGAACCGACAAATGTT
AAAAACCGCATGAAATATCGAAAAAATAGAACAATCAAACACCCAATACT
GCATGCGGTAAATTGGAGAAAAGTGCATCAACATCCAAAAATACGCAATT
AAAGGCGCTTAAAACATAAAAATAAGGGTTGAATTGTACAAAATTGCATT
ATTCGTATACAGTACTCTCAGTCGTCTTATTGTGAAACCGAACGATTGGT
TAGCTACTCAAGAATTCACGCCATAATTGGTGCGACTGAATTCTGGACTA
AAGCGCGATGTACTACTTGAACGCGGACATCGAGAGAAACATTGGACCAA
TTTTAGTCTCCCCTAAAGAGTCTATTTATTTCACCCAAGGGTTACGAGGG
AACGAGTCGAGCCGCAAGAAAGGGAGAGCCTAAAGGAGGACTTTTCTTGC
CACTCGCCCACATGATTAGTCAAAATTGTATTTTTCTGGAAGTCTAAAAT
CCTTCCATAGTTTATCTCAGAGCCAGCGATAGAGCCATTACGATTGACGT
TCAATTCGGTCAAAAAACTAACGATTTCAAATCAATACAGTGTTTATTGC
AAGAAGTCTTCAAAAGGGTTGACAACGAGAAAAAGAAGATTGAAAATGCA
ATACGTAGGTATACTAATTGAGACGGATTATTCGGCCAAAGTTTCAGGCA
CGCTCGCCACCTATCAAGCTTTTGAGGTCGCGAGGATGTCAACCATCCGG
GTCTATGTACTGTTATGTAATGGCCTTTCAGGGGGTGACCAGCGACCCCT
GATCAGGCATTTGGGCGGGAAATTAGCCCATCGAGCACTTATCATGGGTG
ACTTAGAGTTTGCCTAGAACCAAACCTGCGAAAGATGCACGTTTATCAAA
TTGGAAGCCTTTACTTATCAGTACATAGCTTATGTACTGAAAAGCCAGGC
CTCCAGAATCGAAAGCGGGCAATTTTGAGATATTCCTTCCTTCTATGACA
CTGAGTTGGTCTCAAAAACTGTCCAATAAGCGGCAATACAACGCTAATGG
GTGATAGATTGACACTGACTACCCTGGTTAAGTTAGCTACATAGCAGTGC
ATAGCTTAGTCTCGTTGGCATGCCGGCGATCGTGGTCCAGTGTGACCATT
GCTGTTCTTTAGGGGTAGGAGTTTGCCCGATTAGTATACGTATAAATCTC
GAAGGCGAAGGAAAATTCATTTCCCGGATGAGGAAAAGTCAAAATTTGGA
TTTTCTATAAAAACATTTATCAAGTTTAATGAAAACATCGTAATTCAATT
TCCTGTACGACCAGGAATGGTAATTTTTCGCATTTTGGTCCACCAAATGG
ACAAAAATGGACAAAATTGTTCTGACCTCTAGCATATATTATTTTGTCCA
TGCAATTCGAGCAAACACCTTTGCTATCTCCCTCTATTCCATGATCTTCA
AGGAAAATAACTTAAGGTTGAATTATCCCCCTTAAAGCACCCAAAGTCCT
ATTTTGAACTAATAAGGCCGAAATCTGCCTAGTTGGTCCTCAATTCACTG
GCATCACTGTCCAGTTTTAAGCCCATATTCAAGCACGCTCAAAAAGGTCA
ATATAACAATTCTTTGGGACAGTGTTCAGAGACCCATTTCAAGGCACAAC
GTAACAACACGAAAAAGGGGCGACATGAAGCCGCATAATGTTCCACTAAT
TTTAGTTTTGGGCCAAAAATGGGCAGGTTTAATTTTGATCTAATTAAGAT
CTTATTAAGATTAAAAACATTGTTTATGAAAAGGGTAATTAACGTGGAAG
CGAAATTATTCGAGCCTAGTTCTATGATGTTAGTTTGGACTTAGTTGTGA
CCAGTGATCTGAGTCTGGTCTCCTTAATAGGATGTTGGGTTCCCCGAAAC
CTCACGACGTATGATCTCGCGGGATAGCGTGTGTGTGTGTAACATGTTTT
GATTTCGCACAACATGTATGATATCCATATTAGTTTCCGAAACTAGTACC
TGTAGAAGTGTTTGCGATATAAACAAGCAAATATACATATATATAATTTC
GCGGAGTGACCTCCGCGAAGTACAGGTCCCTCCGGATGAGTGTGGGTGTA
ATCGTTTATTTCCTACATATTAAAATTGTTCTTTTGCCCGAGAGTCAACA
CGTAGCATACGAATGCTAGTCAATAGTGTTAGGGCCATTTATAAATAAAA
TATGCACAATAGTAAGTAGAACAAGTAAAAGTAGTGAATAAAGACAAACA
TGGCTACAGAACAAGAACAACATTACAAAACGAAACAACTAAATAATGAA
AATACAATAAAGATTTAAAAGCCTAAACAAATCAATGATTCTTTACAAAA
CTAAGTCACAATAAAAGTTGACAAAACTTTGCCCACATATTGTACACAAA
ATGTACACAAAACAATACACAGCAAATGTTTACAGAACAAAATGAAACTC
AACAAAAGGCTCTAAATAATAAATAAATCGTACACATAACATGATAAAAA
TCGTACAAATAAAGTAACAACAACACCCAACGACAGAACTGACCGACATT
GATCAAATAGGGGCCGATCTGGATATTGATTTGGCTACGTTCGAAGCCAT
CCGCTTGGTACTGGCTTCTCGCAGGGCTGGGAACTTGTTCCACATGGCGA
ATCCGTTCTCCACCAGGGTGTTGGCTGCGTAGGGAAGATGCGGTGAGACA
ACTCCTGCTGCCTCCGACCTGGTCGAACTCGTAGTGACGTTGGAGGGGAA
GATAATCTGGCCAAGGGACCTCCTTGAGACATCCAGCCCATCTTGACTGT
GGAAGGCTCGCCACGTCTCCATGGCCACTGCATGCACAGTGAGCTCATTG
AGGCTGGACAAACCTGCCCGCTGCAATAGAGAAGACCCGTTAATATGGGC
CCAAAATGGATCTGGCANTTGGGTGACCAATTAGAGGATATATTTGAACC
ATTACAGACCGGAGTCCATAGATGTTTCGTTTTAGGACAGGTCATCATCA
AATGACCAGGAGTTTCATCGCCATTACCGCATAAGCGGCCAGGTTCTGAG
ACCCGCTGTCCTGAAGAGATTGCGCTAAAGTAATTCAGATCGCAGTGACC
AGTGACCCAGGGGATCAGCTTTGAGATTCTGGCCCTATTAAGAGTGAGAA
TTTCGTCAACCATGTCTGCCCTTGGTCCCTTTACCCAGAGCTTGGTTTGA
CAATATCCAGAACTTTTTGACCAGATTTGTTTCCATGTTAAGAGATAAAT
TTGCTTTATTGCCTTTTTGTAGTAAAAAAGGGAAGCTGGAACAAACGGTT
CAGGTCCTTGAGTTCCGCTCAGGCCACTATGACAGACAAAGTAAGAGGCT
TTCATCAGGTTTGGATGTCTCTCCGCTGAACCCAGATAGAGCCGAACCTG
ATTAAAATTATTTGCTAATTGGCTTAAAGGACGCATAGCATTGGGACACT
ACTTTCGAGGAGGTCGACTTCCCCTGAAGTTCCAGTAGGGCAACTCTACT
CTGAGTAATAAAAACATAACAATCGATGTTTAAGTCAAGGAGCAGGTCAG
TTTGGACCTCTCAACAAAATGGCCCTTTTTTGGTCCAATCATGGGACGTT
CAAATCTCGAGCTTGACTTGATGGTGGGTTATCTTCATTAACACCCACCT
CATTCCCCGAAGGGCCGCAAATAGTAGCCAGTAATTTTGAGCTTTATTGA
GCATATTTTGAGTTTTTCATGTGCTTGATACTGTAATGGCTGATTTAGCC
AAGAGGGTGCACAATTTTACAATTCAAGCAGTTTGCAATACCATTTCAAG
TCCAAATATTACACAACTAACAGCAAGAAGAATCGACAGGATGATGAAGG
GAATCTGAAGATCCTTCAAAGTGGTGCTTTTGGCTCCTTGCAAGGACTTG
GTCACTCTCACGAGATTGCCGCTGAACTCCATGTATTGTTTTTTAATGCG
TTCATAAATACCACCTGAAAACGATATTGGAAAGAGACATGAGTGCCTAT
ATAAAATGATTATACCGTACGTAGTTTAGCGTCACCCTGTCACTGAAACT
ACTTCCAACCCTATGGAACAAAATCATTTTGCATTTCCTTTGCAAGCAAT
CAGTGTACACTTCAGGTGCCAGTTTAAGCAGTAGATGCAGACAATATAAG
GTATGTATAGTATTCGGCAATAGTCGTCATTTATACACAAGTTTACGTGA
TTGTAATGAATGGTACCTTCGACTAGTCTGCTCATGGTTGGCTGAAGAAT
TTCGACGAAAGGGCTTCGGTCTTGAAACAGAATGACCACATCATAAACGC
TCCAGCATTCTGCAAGTACTTGCATATCCGTGATTCCAAACCTAAAATGT
ACGCACATTTTGAAAGTAATGCACCTCAACACACTTTTGCAGGCGTTGGA
ACTCTGCAAAATTTAACAATTACCGTGAAACGGACAACAACGGATTGCAA
GATAGCGTAAAAAAGCGTTTTTAATGGCAAAAAAGCGTTTTGTAACTGAC
AATTGGAATGCAATGAATGATGAAAAAGTAAAACATGGATTCTAAGTCCA
TTTATTTTTATTTGAATTCAGAAAAATTGCGTCAATAAAAAGGATTTACC
TTGAGTTTCTTAATAACCTTGAGGTCGCTTCCCCGAAGGTTGTCCCTACA
GCAGTCGATGTTGGTTCCTTTGAGTATAAGTCGACTCATTTTTACATTCG
AAAAAATAAAAAAACTGTTTAGAAATTCATTTCTTAACGTCAAATACTGG
TGACAGGACATCTTCAAAACCTAAACTTTGGACAAGTCAAGAGCTGGAAA
CCCTATCTCCCATTGCTTCTTGGCAGGTGTTCTACCATATCAATCAACGG
GGACTAATGAAATACTATTTCCTCATTAAACACTCGTTTGCAAGGCAATT
GTATAGAGCATCAGGAATCTTGAACCCTCAATTTCGGACAACGTGGGAAA
AATATACCAGTACCCATTACTTGGATGTAAGTCGTAATTTTATCGCAGGT
TTTCAAATAAATGCCTGTTTTTGCTCAAATTTCGCTATCTGAATGAATTT
TGCTCAAATTACGCTTTCTGAATAGGGACCAAAAAACGACCAAGCAGATT
TCTCAGCTTCTTTACGGGAGGTCATTTTTTTATTTCATTAGCTAATTAAT
TGTCAATTATTTAGTTTCAAAAAATCACAGATTGGAAACCCATGCCATGC
CGGTCAATTAGCCATTGCAAAGTTCTCGCTCGAAGAATTATTAGTTGATG
CAGTGAAGTTTGGCGTTTCGAGAGCCAAAATTAGCTTTAATTATCTTTTC
CATTTCAATCGCACTGACATATGAAACAATTTAGTCGCTTAGATAGTTTG
ATGTGGCCATTTTTTCATATATTTGACCTAATTATAAATCTTCCACTAAA
ACATGGCCTCATCTGAAAATAGCTTAGAATAAATTGTACATTATTTTTTG
GGTGGTCACTTCAGCGACTCTTTTCCATGATTTTTTTTGCTCTTTGGCGG
TTTCAGCTCATTTGTGGCGAACAAGCGAACTCCATGGGTTGAAATCCCTT
TGACTTCTGCAAATGTACAGTACTTCTAAAAAATTGTGCATCCAAAATAT
AAAACAATGATTTTATAAAAATCGGCCCAATTCGGCCAGGAAGTTGATAG
AGTAATGTATAGGAAGGTAAGTAATGATCCATACTCATCTGTGTATCTTC
GACGGATATCATATTCGAACGTGGTGATTGTGTCTATCATAGCTCCATCT
AGTTCCAAGAGGTCATCGTACATGGTGTCACGATTGCCTTGGACCACATT
CGAAGCCAACTTGGGGAAACCTGCCCCTTGGAATAGGAGCCAATCACTAT
AAACCAAGGTGAGAACGGGTCGGCCTGATATTTCCAGCTCTCGAATCGTC
TGAATCGGCTTTGGGAAGACTTGAACGGTGAGGAAGGAAAGTAAGACTGC
GCCATAGCCAGATTTGATCACGATCAAACTCATCAGAAACGGTAAGAAGA
ACACCTGCGGACTAGGTTCCCACCTAAAAAAGAGGGAAGTTCTACCCAGG
GCCCACTGCGTTCCCGGAAATCGTGACTTAATTGAGTAAAATTCCAAAAA
TGTGGCAGCAAAAATCGTTTTACTCTGACGGAGCTCATTCTCTTTGTGTG
TGTTTATTTGCTTGTCGCAATTTTTTCTCAGGATCGACGGAATAGAATGT
GCTGTTTTTTCACAAGTCTTTGGATCACGACTCAGGTGTACTTAACACTC
GGATTCGTAAGTTTGGATTGGTAACAGCAGGCAAATGCGTTTGAAATCAT
TTGTGGCTCAAATTGACCTGGCTGCAGTTTCACTCGACCAGGACAGCAAC
GAAATTCCAAACTTGAAATTACTCAATGACCTCTAACATCGGTATCTCAA
TACGGATGAATTCCAATCACTTCAATCACCAATTGCGCAGTACTTCTTAA
ACCGTTGGACAGGTTTTTTGACATATTTTCATTACAAAATGTGCAAAAAA
CGGGGTTCTATACGTCTCAATGAGTGTGACTTGTCCATTTGCCATCCTTG
TATGCTCATGCAATTTCATTGCTATGCCAAAAAAATGTGACCCATCGTCG
AAAATGTACATCTCGTGCCACAATCGGTGGTTGCTTACGAATTCATTTGC
ATGCTCTGTCCCATTTGCAGCCTCCAAATGGACATCAGTGGGTTGCCATC
GAACTTCTTCAAGCTCTTTAGGAGTCTCAAGCCCAAAGCCCCAGCCAAAC
TGCAGAGCACAAGGCCTCCCCAAACGTAG
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Synonyms
The feature 'conserved hypothetical protein' has the following synonyms
Synonym
Tk03575
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