ap-1 complex subunit sigma-1a, maker-scaffold754_size102093-snap-gene-0.10 (gene) Tigriopus kingsejongensis

Overview


Name	ap-1 complex subunit sigma-1a
Unique Name	maker-scaffold754_size102093-snap-gene-0.10
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
Match: EMLSAG00000001508 (supercontig:LSalAtl2s:LSalAtl2s125:280180:281536:1 gene:EMLSAG00000001508 transcript:EMLSAT00000001508 description:"maker-LSalAtl2s125-augustus-gene-2.13")

HSP 1 Score: 260.381 bits (664), Expect = 2.844e-90
Identity = 121/153 (79.08%), Postives = 142/153 (92.81%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            MIHFI+LFSRQGKIRLQKW+EAR ++EKKKITRELT+ ++ARKPKMSNF+EW D  IVYKRYASLFF FAID+ DNEL+ LE++HRYVEVLDKYFGSVCELDIIFNFE+AYFILDELI+ G++QETSKK ++KQIE+ADN+QE+EII LALKD
Sbjct:    1 MIHFILLFSRQGKIRLQKWFEARTDKEKKKITRELTSIIIARKPKMSNFLEWHDKVIVYKRYASLFFCFAIDRNDNELLTLEIIHRYVEVLDKYFGSVCELDIIFNFERAYFILDELILAGDVQETSKKAILKQIEYADNYQEDEIISLALKD 153

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BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
Match: EMLSAG00000007257 (supercontig:LSalAtl2s:LSalAtl2s408:42626:44752:1 gene:EMLSAG00000007257 transcript:EMLSAT00000007257 description:"maker-LSalAtl2s408-augustus-gene-0.13")

HSP 1 Score: 218.009 bits (554), Expect = 1.762e-73
Identity = 100/145 (68.97%), Postives = 127/145 (87.59%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEE 166
            MI +++LFSRQGK+RLQK++ A+ E+ KKK++REL   +L+RKPKMS+F+EWKDL+IVYKRYASL+F  AI++ DNEL+ LE++HRYVE+LDKYFGSVCELDIIFNFEKAYF+LDEL++GGE+QETSKK V+K I   D  QEEE
Sbjct:    1 MIQYMLLFSRQGKLRLQKYFTAQSEKSKKKLSRELINNILSRKPKMSSFLEWKDLKIVYKRYASLYFCCAIEEEDNELVVLEIIHRYVELLDKYFGSVCELDIIFNFEKAYFMLDELLLGGEIQETSKKNVLKAISAQDCLQEEE 145

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BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
Match: EMLSAG00000009173 (supercontig:LSalAtl2s:LSalAtl2s57:41205:42872:1 gene:EMLSAG00000009173 transcript:EMLSAT00000009173 description:"maker-LSalAtl2s57-augustus-gene-0.2")

HSP 1 Score: 199.134 bits (505), Expect = 6.139e-66
Identity = 94/158 (59.49%), Postives = 125/158 (79.11%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEA---RPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDK--TDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            MIH + LFSRQGK+RL K+Y A   + E++K KI +E+ + +L+R   MS FIEW+D  IVYKRYASL+FLF +DK   DNELI LEL+HRYVEVLD+YFG+VCELDII+NFEKA+F+LDE+I+ GE+ E S+K V+K + F+D FQE+EI+  A+ +
Sbjct:    1 MIHLVTLFSRQGKVRLCKFYNANLAKSEKDKTKIIKEMISNILSRTASMSCFIEWRDHTIVYKRYASLYFLFVVDKYGVDNELIILELIHRYVEVLDQYFGAVCELDIIYNFEKAHFLLDEMIMSGEIMEPSRKAVVKYVHFSDQFQEDEILFHAVSE 158

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BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
Match: EMLSAG00000006382 (supercontig:LSalAtl2s:LSalAtl2s34:495818:496246:-1 gene:EMLSAG00000006382 transcript:EMLSAT00000006382 description:"augustus_masked-LSalAtl2s34-processed-gene-5.1")

HSP 1 Score: 139.428 bits (350), Expect = 1.003e-42
Identity = 62/142 (43.66%), Postives = 97/142 (68.31%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQ 163
            MI F+++ +R GK RL KWY    + EK+K+  E+   V  R  K +NF+E++  +IVY+RYA L+F   +D  DN L  LE +H +VEVL++YF +VCELD++FNF K Y ++DE+ + GE++ETS+  V+KQ+   ++ +
Sbjct:    1 MIKFVMIQNRAGKTRLAKWYMNFDDDEKQKLIEEVHACVTVRDAKHTNFVEFRHYKIVYRRYAGLYFCICVDVNDNNLYYLEAIHNFVEVLNEYFHNVCELDLVFNFYKVYTVVDEMFLAGEIRETSQTKVLKQLTMLNSLE 142

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BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
Match: EMLSAG00000001262 (supercontig:LSalAtl2s:LSalAtl2s1206:25785:30904:1 gene:EMLSAG00000001262 transcript:EMLSAT00000001262 description:"maker-LSalAtl2s1206-augustus-gene-0.19")

HSP 1 Score: 115.546 bits (288), Expect = 7.736e-33
Identity = 57/151 (37.75%), Postives = 100/151 (66.23%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEW------KDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEE 166
            MI  I++F+ +GK R+ K+YE   E ++++I +E    V  R   + NF+E        D +++Y+ YA+L+F+F +D +++EL  L+L+  +VE LDK F +VCELD+IF+ +K +FIL+EL++GG + ET+   ++++IE     ++EE
Sbjct:    1 MIRAILVFNNRGKPRVNKFYEYYTETDQQQIIKETFQLVSKRDDNVCNFLEGGSLIGGSDFKLIYRHYATLYFVFCVDSSESELGILDLIQVFVETLDKCFENVCELDLIFHMDKVHFILNELVMGGMVLETNMTEILQRIEEQSKLEKEE 151

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|3023308|sp|P56377.1|AP1S2_HUMAN (RecName: Full=AP-1 complex subunit sigma-2; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1B; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1B; AltName: Full=Clathrin assembly protein complex 1 sigma-1B small chain; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1B subunit; AltName: Full=Sigma 1B subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1B; AltName: Full=Sigma1B-adaptin)

HSP 1 Score: 220.32 bits (560), Expect = 5.527e-73
Identity = 105/143 (73.43%), Postives = 124/143 (86.71%), Query Frame = 0

Query:   23 IHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEE 165
            + F++LFSRQGK+RLQKWY    ++EKKKITREL  TVLARKPKM +F+EW+DL+IVYKRYASL+F  AI+  DNELI LE++HRYVE+LDKYFGSVCELDIIFNFEKAYFILDE ++GGE+QETSKK V+K IE AD  QEE
Sbjct:    1 MQFMLLFSRQGKLRLQKWYVPLSDKEKKKITRELVQTVLARKPKMCSFLEWRDLKIVYKRYASLYFCCAIEDQDNELITLEIIHRYVELLDKYFGSVCELDIIFNFEKAYFILDEFLLGGEVQETSKKNVLKAIEQADLLQEE 143

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|21541960|sp|Q9DB50.1|AP1S2_MOUSE (RecName: Full=AP-1 complex subunit sigma-2; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1B; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1B; AltName: Full=Clathrin assembly protein complex 1 sigma-1B small chain; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1B subunit; AltName: Full=Sigma 1B subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1B; AltName: Full=Sigma1B-adaptin >gi|122140822|sp|Q3ZBS3.1|AP1S2_BOVIN RecName: Full=AP-1 complex subunit sigma-2; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1B; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1B; AltName: Full=Clathrin assembly protein complex 1 sigma-1B small chain; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1B subunit; AltName: Full=Sigma 1B subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1B; AltName: Full=Sigma1B-adaptin)

HSP 1 Score: 219.55 bits (558), Expect = 1.514e-72
Identity = 104/143 (72.73%), Postives = 124/143 (86.71%), Query Frame = 0

Query:   23 IHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEE 165
            + F++LFSRQGK+RLQKWY    ++EKKKITREL  TVLARKPKM +F+EW+DL+IVYKRYASL+F  AI+  DNELI LE++HRYVE+LDKYFGSVCELDIIFNFEKAYFILDE ++GGE+QETSKK V+K IE AD  QE+
Sbjct:    1 MQFMLLFSRQGKLRLQKWYVPLSDKEKKKITRELVQTVLARKPKMCSFLEWRDLKIVYKRYASLYFCCAIEDQDNELITLEIIHRYVELLDKYFGSVCELDIIFNFEKAYFILDEFLLGGEVQETSKKNVLKAIEQADLLQED 143

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|48428719|sp|P61966.1|AP1S1_HUMAN (RecName: Full=AP-1 complex subunit sigma-1A; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1A; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1A; AltName: Full=Clathrin assembly protein complex 1 sigma-1A small chain; AltName: Full=Clathrin coat assembly protein AP19; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1A subunit; AltName: Full=HA1 19 kDa subunit; AltName: Full=Sigma 1a subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1A; AltName: Full=Sigma1A-adaptin >gi|48428720|sp|P61967.1|AP1S1_MOUSE RecName: Full=AP-1 complex subunit sigma-1A; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1A; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1A; AltName: Full=Clathrin assembly protein complex 1 sigma-1A small chain; AltName: Full=Clathrin coat assembly protein AP19; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1A subunit; AltName: Full=HA1 19 kDa subunit; AltName: Full=Sigma 1a subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1A; AltName: Full=Sigma1A-adaptin)

HSP 1 Score: 217.624 bits (553), Expect = 7.895e-72
Identity = 101/145 (69.66%), Postives = 125/145 (86.21%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEE 166
            M+ F++LFSRQGK+RLQKWY A  ++E+KK+ REL   VLARKPKM +F+EW+DL++VYKRYASL+F  AI+  DNELI LEL+HRYVE+LDKYFGSVCELDIIFNFEKAYFILDE ++GG++Q+TSKK V+K IE AD  QEE+
Sbjct:    1 MMRFMLLFSRQGKLRLQKWYLATSDKERKKMVRELMQVVLARKPKMCSFLEWRDLKVVYKRYASLYFCCAIEGQDNELITLELIHRYVELLDKYFGSVCELDIIFNFEKAYFILDEFLMGGDVQDTSKKSVLKAIEQADLLQEED 145

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|122134020|sp|Q1JQ98.1|AP1S1_BOVIN (RecName: Full=AP-1 complex subunit sigma-1A; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1A; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1A; AltName: Full=Clathrin assembly protein complex 1 sigma-1A small chain; AltName: Full=Clathrin coat assembly protein AP19; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1A subunit; AltName: Full=HA1 19 kDa subunit; AltName: Full=Sigma 1a subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1A; AltName: Full=Sigma1A-adaptin)

HSP 1 Score: 215.312 bits (547), Expect = 6.380e-71
Identity = 100/144 (69.44%), Postives = 124/144 (86.11%), Query Frame = 0

Query:   23 IHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEE 166
            + F++LFSRQGK+RLQKWY A  ++E+KK+ REL   VLARKPKM +F+EW+DL++VYKRYASL+F  AI+  DNELI LEL+HRYVE+LDKYFGSVCELDIIFNFEKAYFILDE ++GG++Q+TSKK V+K IE AD  QEE+
Sbjct:    1 MRFMLLFSRQGKLRLQKWYLATSDKERKKMVRELMQVVLARKPKMCSFLEWRDLKVVYKRYASLYFCCAIEGQDNELITLELIHRYVELLDKYFGSVCELDIIFNFEKAYFILDEFLMGGDVQDTSKKSVLKAIEQADLLQEED 144

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|81912002|sp|Q7TN05.1|AP1S3_MOUSE (RecName: Full=AP-1 complex subunit sigma-3; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1C; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1C; AltName: Full=Clathrin assembly protein complex 1 sigma-1C small chain; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1C subunit; AltName: Full=Sigma 1C subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1C; AltName: Full=Sigma1C-adaptin)

HSP 1 Score: 212.616 bits (540), Expect = 5.155e-70
Identity = 100/143 (69.93%), Postives = 123/143 (86.01%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQE 164
            MIHFI+LFSRQGK+RLQKWY   P++E+KKITR++  TVL+R  + S+FI+WK+L++VYKRYASL+F  AI+  DNEL+ LE+VHRYVE+LDKYFG+VCELDIIFNFEKAYFILDE IIGGE+QETSKK  +K IE +D  QE
Sbjct:    1 MIHFILLFSRQGKLRLQKWYTTLPDKERKKITRDIIQTVLSRGHRTSSFIDWKELKLVYKRYASLYFCCAIENQDNELLTLEIVHRYVELLDKYFGNVCELDIIFNFEKAYFILDEFIIGGEIQETSKKTAVKAIEDSDMLQE 143

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|21541959|sp|Q96PC3.1|AP1S3_HUMAN (RecName: Full=AP-1 complex subunit sigma-3; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1C; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1C; AltName: Full=Clathrin assembly protein complex 1 sigma-1C small chain; AltName: Full=Golgi adaptor HA1/AP1 adaptin sigma-1C subunit; AltName: Full=Sigma 1C subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1C; AltName: Full=Sigma1C-adaptin)

HSP 1 Score: 209.149 bits (531), Expect = 1.204e-68
Identity = 98/143 (68.53%), Postives = 122/143 (85.31%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQE 164
            MIHFI+LFSRQGK+RLQKWY   P++E+KKITRE+   +L+R  + S+F++WK+L++VYKRYASL+F  AI+  DNEL+ LE+VHRYVE+LDKYFG+VCELDIIFNFEKAYFILDE IIGGE+QETSKK  +K IE +D  QE
Sbjct:    1 MIHFILLFSRQGKLRLQKWYITLPDKERKKITREIVQIILSRGHRTSSFVDWKELKLVYKRYASLYFCCAIENQDNELLTLEIVHRYVELLDKYFGNVCELDIIFNFEKAYFILDEFIIGGEIQETSKKIAVKAIEDSDMLQE 143

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|75272482|sp|Q8LEZ8.1|AP1S1_ARATH (RecName: Full=AP-1 complex subunit sigma-1; AltName: Full=Adaptor AP-1 19 kDa protein; AltName: Full=Adaptor protein complex AP-1 sigma-1 subunit; AltName: Full=Adaptor-related protein complex 1 sigma-1 subunit; AltName: Full=Clathrin assembly protein complex 1 sigma-1 small chain; AltName: Full=Clathrin assembly small subunit protein AP19-1; Short=AtAP19-1; AltName: Full=Sigma 1 subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1; AltName: Full=Sigma1-adaptin)

HSP 1 Score: 191.045 bits (484), Expect = 2.112e-61
Identity = 86/143 (60.14%), Postives = 110/143 (76.92%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQE 164
            MIHF++L SRQGK+RL KWY    ++E+ K+ REL+  +L R PK+ NFIEW+  ++VYKRYASL+F   ID+ DNEL  LE++H YVE+LD+YFGSVCELD+IFNF KAY+ILDEL+I GELQE+SKK V + I   D   E
Sbjct:    1 MIHFVLLVSRQGKVRLTKWYSPYTQKERSKVIRELSGVILNRGPKLCNFIEWRGYKVVYKRYASLYFCMCIDEADNELEVLEIIHHYVEILDRYFGSVCELDLIFNFHKAYYILDELLIAGELQESSKKTVARIISAQDQLVE 143

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|75097963|sp|O23685.1|AP1S2_ARATH (RecName: Full=AP-1 complex subunit sigma-2; AltName: Full=Adaptor AP-1 19 kDa protein; AltName: Full=Adaptor protein complex AP-1 sigma-2 subunit; AltName: Full=Adaptor-related protein complex 1 sigma-2 subunit; AltName: Full=Clathrin assembly protein complex 1 sigma-2 small chain; AltName: Full=Clathrin assembly small subunit protein AP19-2; Short=AtAP19-2; AltName: Full=Sigma 2 subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 2; AltName: Full=Sigma2-adaptin)

HSP 1 Score: 190.274 bits (482), Expect = 4.294e-61
Identity = 85/143 (59.44%), Postives = 110/143 (76.92%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQE 164
            MIHF++L SRQGK+RL KWY    ++E+ K+ REL+  +L R PK+ NF+EW+  ++VYKRYASL+F   ID+ DNEL  LE++H YVE+LD+YFGSVCELD+IFNF KAY+ILDEL+I GELQE+SKK V + I   D   E
Sbjct:    1 MIHFVLLVSRQGKVRLTKWYSPYAQKERSKVIRELSGVILNRGPKLCNFVEWRGYKVVYKRYASLYFCMCIDQEDNELEVLEIIHHYVEILDRYFGSVCELDLIFNFHKAYYILDELLIAGELQESSKKTVARIISAQDQLVE 143

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|182627487|sp|B0G185.1|AP1S2_DICDI (RecName: Full=AP-1 complex subunit sigma-2; AltName: Full=Adaptor protein complex AP-1 subunit sigma-1B; AltName: Full=Adaptor-related protein complex 1 subunit sigma-1B; AltName: Full=Clathrin assembly protein complex 1 sigma-1B small chain; AltName: Full=Sigma 1B subunit of AP-1 clathrin; AltName: Full=Sigma-adaptin 1B; AltName: Full=Sigma1B-adaptin)

HSP 1 Score: 182.956 bits (463), Expect = 2.775e-58
Identity = 83/141 (58.87%), Postives = 108/141 (76.60%), Query Frame = 0

Query:   24 HFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQE 164
            HF++L SRQGK RL KWY     +EK + TRE+   VL R PK+ NF+EWK+ +I++KRYASL+F+   D+ DNELI LE++H +VE+LD+YFG+VCELD+IFNF KAY+ILDELI+ GELQETSKK V++ I   D   E
Sbjct:    4 HFLLLLSRQGKTRLTKWYSPFTNKEKSRFTREIGNMVLNRPPKLCNFLEWKEYKIIFKRYASLYFVVCCDREDNELIVLEIIHHFVEILDRYFGNVCELDLIFNFHKAYYILDELIMAGELQETSKKTVLRLISQQDTLLE 144

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BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Match: gi|74625414|sp|Q9P7N2.1|AP1S1_SCHPO (RecName: Full=AP-1 complex subunit sigma-1; AltName: Full=Sigma1-adaptin; AltName: Full=Valproic acid-sensitive protein 2)

HSP 1 Score: 174.096 bits (440), Expect = 1.001e-54
Identity = 77/138 (55.80%), Postives = 109/138 (78.99%), Query Frame = 0

Query:   23 IHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFAD 160
            I F +L SRQGK+RL KW+     +E+ KI R++++ V+ RKPKM NF+E+K  +IVY+RYASLFF+  I++ DNELI LE++H++VE LDKYFG+VCELD+IFNFEKAY++++EL++ GELQE+SK  V+  +   D
Sbjct:    3 IKFFLLVSRQGKVRLAKWFNTLSIKERAKIIRDVSSLVITRKPKMCNFVEYKGEKIVYRRYASLFFVCGIEQDDNELIILEVIHKFVECLDKYFGNVCELDLIFNFEKAYYVMEELLLAGELQESSKTNVLSAVLAGD 140

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BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|1325305217|ref|XP_023334213.1| (AP-1 complex subunit sigma-2-like isoform X2 [Eurytemora affinis])

HSP 1 Score: 263.848 bits (673), Expect = 1.160e-87
Identity = 128/153 (83.66%), Postives = 141/153 (92.16%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            MIHFI+LFSRQGK+RLQKWYEAR   EKKKI R+LT+T+L+RKPKMSNFIE++DLQIVYKRYASLFF FAID+ DNEL ALE++HRYVEVLDKYFGSVCELDIIFNFEKAYFILDELI+GGELQETSKK V+ QIE AD FQEEEII LALKD
Sbjct:    1 MIHFILLFSRQGKLRLQKWYEARETSEKKKIVRDLTSTILSRKPKMSNFIEYRDLQIVYKRYASLFFCFAIDREDNELGALEVIHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELILGGELQETSKKAVLSQIEMADKFQEEEIIELALKD 153

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|1325305219|ref|XP_023334214.1| (AP-1 complex subunit sigma-2-like isoform X3 [Eurytemora affinis])

HSP 1 Score: 261.151 bits (666), Expect = 1.197e-86
Identity = 127/152 (83.55%), Postives = 140/152 (92.11%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALK 173
            MIHFI+LFSRQGK+RLQKWYEAR   EKKKI R+LT+T+L+RKPKMSNFIE++DLQIVYKRYASLFF FAID+ DNEL ALE++HRYVEVLDKYFGSVCELDIIFNFEKAYFILDELI+GGELQETSKK V+ QIE AD FQEEEII LALK
Sbjct:    1 MIHFILLFSRQGKLRLQKWYEARETSEKKKIVRDLTSTILSRKPKMSNFIEYRDLQIVYKRYASLFFCFAIDREDNELGALEVIHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELILGGELQETSKKAVLSQIEMADKFQEEEIIELALK 152

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|1325305215|ref|XP_023334212.1| (AP-1 complex subunit sigma-2-like isoform X1 [Eurytemora affinis])

HSP 1 Score: 261.922 bits (668), Expect = 1.720e-86
Identity = 127/152 (83.55%), Postives = 140/152 (92.11%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALK 173
            MIHFI+LFSRQGK+RLQKWYEAR   EKKKI R+LT+T+L+RKPKMSNFIE++DLQIVYKRYASLFF FAID+ DNEL ALE++HRYVEVLDKYFGSVCELDIIFNFEKAYFILDELI+GGELQETSKK V+ QIE AD FQEEEII LALK
Sbjct:    1 MIHFILLFSRQGKLRLQKWYEARETSEKKKIVRDLTSTILSRKPKMSNFIEYRDLQIVYKRYASLFFCFAIDREDNELGALEVIHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELILGGELQETSKKAVLSQIEMADKFQEEEIIELALK 152

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|290562383|gb|ADD38588.1| (AP-1 complex subunit sigma-1A [Lepeophtheirus salmonis])

HSP 1 Score: 260.381 bits (664), Expect = 2.663e-86
Identity = 121/153 (79.08%), Postives = 142/153 (92.81%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            MIHFI+LFSRQGKIRLQKW+EAR ++EKKKITRELT+ ++ARKPKMSNF+EW D  IVYKRYASLFF FAID+ DNEL+ LE++HRYVEVLDKYFGSVCELDIIFNFE+AYFILDELI+ G++QETSKK ++KQIE+ADN+QE+EII LALKD
Sbjct:    1 MIHFILLFSRQGKIRLQKWFEARTDKEKKKITRELTSIIIARKPKMSNFLEWHDKVIVYKRYASLFFCFAIDRNDNELLTLEIIHRYVEVLDKYFGSVCELDIIFNFERAYFILDELILAGDVQETSKKAILKQIEYADNYQEDEIISLALKD 153

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|1067073137|ref|XP_018020041.1| (PREDICTED: AP-1 complex subunit sigma-2-like isoform X5 [Hyalella azteca])

HSP 1 Score: 235.728 bits (600), Expect = 1.503e-76
Identity = 110/152 (72.37%), Postives = 134/152 (88.16%), Query Frame = 0

Query:   23 IHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            + F++LFSRQGK+RLQKWY A P++ KKKITREL TT+LARKPKMS+F+EW+DL+IVYKRYASL+F  AID+ DNEL+ LE++HRYVE+LDKYFGSVCELDIIFNFEKAYF+LDEL++GGE+ ETSKK V+K I   D  QEEEI+ LAL+D
Sbjct:    1 MQFMLLFSRQGKLRLQKWYVAHPDKAKKKITRELITTILARKPKMSSFLEWRDLKIVYKRYASLYFCCAIDQEDNELLTLEVIHRYVELLDKYFGSVCELDIIFNFEKAYFMLDELVVGGEVCETSKKNVLKAIAAQDLLQEEEIVELALRD 152

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|345452843|gb|AEN94573.1| (clathrin coat assembly protein ap19 [Scylla paramamosain])

HSP 1 Score: 234.572 bits (597), Expect = 4.210e-76
Identity = 108/153 (70.59%), Postives = 136/153 (88.89%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            M+ F++LFSRQGK+RLQKWYEA P++ KKKITREL +T+LARKPKMS+F+EW+DL+IVYKRYASL+F  AI++ DNEL+ LE++HRYVE+LDKYFGSVCELDIIFNFEKAYF+LDEL++GGE+ ETSKK V+K I   D  QE+EI+ +AL+D
Sbjct:    1 MMQFMLLFSRQGKLRLQKWYEAHPDKLKKKITRELISTILARKPKMSSFLEWRDLKIVYKRYASLYFCCAIEQQDNELLTLEVIHRYVELLDKYFGSVCELDIIFNFEKAYFMLDELMVGGEVCETSKKNVLKAIAAQDLLQEDEIVEMALRD 153

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|909564936|ref|XP_013137751.1| (PREDICTED: AP-1 complex subunit sigma-1A isoform X2 [Papilio polytes] >gi|910312111|ref|XP_013167769.1| PREDICTED: AP-1 complex subunit sigma-1A isoform X2 [Papilio xuthus] >gi|943956422|ref|XP_014361072.1| PREDICTED: AP-1 complex subunit sigma-2 isoform X2 [Papilio machaon])

HSP 1 Score: 234.187 bits (596), Expect = 6.816e-76
Identity = 109/153 (71.24%), Postives = 133/153 (86.93%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            M+ F++LFSRQGK+RLQKWY A P++ KKKITREL TTVLARKPKM +F+EWKD+++VYKRYASL+F  A+++ DNEL+ LEL+HRYVE+LDKYFGSVCELDIIFNFEKAYFILDEL++GGELQETSKK V+K I   D  QE+E +  AL+D
Sbjct:    1 MMQFMLLFSRQGKLRLQKWYVAHPDKLKKKITRELITTVLARKPKMCSFLEWKDVKVVYKRYASLYFCCAMEQEDNELLTLELIHRYVELLDKYFGSVCELDIIFNFEKAYFILDELVLGGELQETSKKNVLKAIAAQDLLQEDETVDAALRD 153

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|393809285|gb|AFN25813.1| (adaptor protein complex-1 sigma subunit transcript b [Bombyx mori])

HSP 1 Score: 233.802 bits (595), Expect = 9.890e-76
Identity = 110/156 (70.51%), Postives = 134/156 (85.90%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD-GW 176
            M+ F++LFSRQGK+RLQKWY A P++ KKKITREL TTVLARKPKM +F+EWKD+++VYKRYASL+F  A+++ DNEL+ LEL+HRYVE+LDKY GSVCELDIIFNFEKAYFILDEL++GGELQETSKK V+K I   D  QE+E +  AL+D GW
Sbjct:    1 MMQFMLLFSRQGKLRLQKWYVAHPDKLKKKITRELITTVLARKPKMCSFLEWKDVKVVYKRYASLYFCCAMEQEDNELLTLELIHRYVELLDKYLGSVCELDIIFNFEKAYFILDELVLGGELQETSKKNVLKAIAAQDLLQEDETVDAALRDVGW 156

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|985390767|ref|XP_015380060.1| (PREDICTED: AP-1 complex subunit sigma-2 isoform X2 [Diuraphis noxia] >gi|1229881693|ref|XP_022160941.1| AP-1 complex subunit sigma-2 isoform X2 [Myzus persicae])

HSP 1 Score: 233.032 bits (593), Expect = 1.532e-75
Identity = 110/153 (71.90%), Postives = 134/153 (87.58%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            M+HF++LFSRQGK+RLQKWY A P++ KKKITREL TT+LARKPKM +F+EWK+L+IVYKRYASL+F  AI++ DNEL+ LE++HRYVE+LDKYFGSVCELDIIFNFEKAYFILDEL++GGE+QETSKK V+K I   D  QEEE +  ALK+
Sbjct:    1 MMHFMLLFSRQGKLRLQKWYVAHPDKVKKKITRELITTILARKPKMCSFLEWKELKIVYKRYASLYFCCAIEQNDNELLTLEIIHRYVELLDKYFGSVCELDIIFNFEKAYFILDELLLGGEIQETSKKNVLKAISAQDLLQEEEAVEGALKE 153

[Close]

BLAST of ap-1 complex subunit sigma-1a vs. nr
Match: gi|1229723317|ref|XP_022124275.1| (AP-1 complex subunit sigma-2 isoform X2 [Pieris rapae])

HSP 1 Score: 233.032 bits (593), Expect = 1.971e-75
Identity = 109/153 (71.24%), Postives = 133/153 (86.93%), Query Frame = 0

Query:   22 MIHFIILFSRQGKIRLQKWYEARPEREKKKITRELTTTVLARKPKMSNFIEWKDLQIVYKRYASLFFLFAIDKTDNELIALELVHRYVEVLDKYFGSVCELDIIFNFEKAYFILDELIIGGELQETSKKGVIKQIEFADNFQEEEIIGLALKD 174
            M+ F++LFSRQGK+RLQKWY A P++ KKKITREL TTVLARKPKM +F+EWKD+++VYKRYASL+F  A+++ DNEL+ LEL+HRYVE+LDKYFGSVCELDIIFNFEKAYFILDEL++GGELQETSKK V+K I   D  QE+E +  AL+D
Sbjct:    1 MMQFMLLFSRQGKLRLQKWYVAHPDKLKKKITRELITTVLARKPKMCSFLEWKDVKVVYKRYASLYFCCAMEQEDNELLTLELIHRYVELLDKYFGSVCELDIIFNFEKAYFILDELVLGGELQETSKKNVLKAIAAQDLLQEDETVDEALRD 153

The following BLAST results are available for this feature:

BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
BLAST of ap-1 complex subunit sigma-1a vs. nr

BLAST of ap-1 complex subunit sigma-1a vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 5


Match Name	E-value	Identity	Description
EMLSAG00000001508	2.844e-90	79.08	supercontig:LSalAtl2s:LSalAtl2s125:280180:281536:1...	[more]
EMLSAG00000007257	1.762e-73	68.97	supercontig:LSalAtl2s:LSalAtl2s408:42626:44752:1 g...	[more]
EMLSAG00000009173	6.139e-66	59.49	supercontig:LSalAtl2s:LSalAtl2s57:41205:42872:1 ge...	[more]
EMLSAG00000006382	1.003e-42	43.66	supercontig:LSalAtl2s:LSalAtl2s34:495818:496246:-1...	[more]
EMLSAG00000001262	7.736e-33	37.75	supercontig:LSalAtl2s:LSalAtl2s1206:25785:30904:1 ...	[more]

BLAST of ap-1 complex subunit sigma-1a vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|3023308\|sp\|P56377.1\|AP1S2_HUMAN	5.527e-73	73.43	RecName: Full=AP-1 complex subunit sigma-2; AltNam...	[more]
gi\|21541960\|sp\|Q9DB50.1\|AP1S2_MOUSE	1.514e-72	72.73	RecName: Full=AP-1 complex subunit sigma-2; AltNam...	[more]
gi\|48428719\|sp\|P61966.1\|AP1S1_HUMAN	7.895e-72	69.66	RecName: Full=AP-1 complex subunit sigma-1A; AltNa...	[more]
gi\|122134020\|sp\|Q1JQ98.1\|AP1S1_BOVIN	6.380e-71	69.44	RecName: Full=AP-1 complex subunit sigma-1A; AltNa...	[more]
gi\|81912002\|sp\|Q7TN05.1\|AP1S3_MOUSE	5.155e-70	69.93	RecName: Full=AP-1 complex subunit sigma-3; AltNam...	[more]
gi\|21541959\|sp\|Q96PC3.1\|AP1S3_HUMAN	1.204e-68	68.53	RecName: Full=AP-1 complex subunit sigma-3; AltNam...	[more]
gi\|75272482\|sp\|Q8LEZ8.1\|AP1S1_ARATH	2.112e-61	60.14	RecName: Full=AP-1 complex subunit sigma-1; AltNam...	[more]
gi\|75097963\|sp\|O23685.1\|AP1S2_ARATH	4.294e-61	59.44	RecName: Full=AP-1 complex subunit sigma-2; AltNam...	[more]
gi\|182627487\|sp\|B0G185.1\|AP1S2_DICDI	2.775e-58	58.87	RecName: Full=AP-1 complex subunit sigma-2; AltNam...	[more]
gi\|74625414\|sp\|Q9P7N2.1\|AP1S1_SCHPO	1.001e-54	55.80	RecName: Full=AP-1 complex subunit sigma-1; AltNam...	[more]

Pages

BLAST of ap-1 complex subunit sigma-1a vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1325305217\|ref\|XP_023334213.1\|	1.160e-87	83.66	AP-1 complex subunit sigma-2-like isoform X2 [Eury...	[more]
gi\|1325305219\|ref\|XP_023334214.1\|	1.197e-86	83.55	AP-1 complex subunit sigma-2-like isoform X3 [Eury...	[more]
gi\|1325305215\|ref\|XP_023334212.1\|	1.720e-86	83.55	AP-1 complex subunit sigma-2-like isoform X1 [Eury...	[more]
gi\|290562383\|gb\|ADD38588.1\|	2.663e-86	79.08	AP-1 complex subunit sigma-1A [Lepeophtheirus salm...	[more]
gi\|1067073137\|ref\|XP_018020041.1\|	1.503e-76	72.37	PREDICTED: AP-1 complex subunit sigma-2-like isofo...	[more]
gi\|345452843\|gb\|AEN94573.1\|	4.210e-76	70.59	clathrin coat assembly protein ap19 [Scylla parama...	[more]
gi\|909564936\|ref\|XP_013137751.1\|	6.816e-76	71.24	PREDICTED: AP-1 complex subunit sigma-1A isoform X...	[more]
gi\|393809285\|gb\|AFN25813.1\|	9.890e-76	70.51	adaptor protein complex-1 sigma subunit transcript...	[more]
gi\|985390767\|ref\|XP_015380060.1\|	1.532e-75	71.90	PREDICTED: AP-1 complex subunit sigma-2 isoform X2...	[more]
gi\|1229723317\|ref\|XP_022124275.1\|	1.971e-75	71.24	AP-1 complex subunit sigma-2 isoform X2 [Pieris ra...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold754_size102093	supercontig	scaffold754_size102093:22203..59972 +

Analyses

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


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

Properties


Property Name	Value
Note	P:protein transport

Relationships

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


Feature Name	Unique Name	Species	Type
maker-scaffold754_size102093-snap-gene-0.10-mRNA-1	maker-scaffold754_size102093-snap-gene-0.10-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold754_size102093:22203..59972+

gene from alignment at scaffold754_size102093:22203..59972+

Legend: mRNA

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

>maker-scaffold754_size102093-snap-gene-0.10 ID=maker-scaffold754_size102093-snap-gene-0.10|Name=ap-1 complex subunit sigma-1a|organism=Tigriopus kingsejongensis|type=gene|length=37770bp|location=Sequence derived from alignment at scaffold754_size102093:22203..59972+ (Tigriopus kingsejongensis)
ATGGAGTATGGACTGGAATTCTACGGACAAAGTAAGATTGAGCGGATATT
CAAAATTCAAAAACGGGCATTACGTTGGATTAGCAACGCCAAATGGCTGG
CCCCAACTGCAACATTGTTTCAGGCACATTCAATTCTCACACTGGAAGAC
ATTCGGAAAGTAAAGATTTTGTCCCACATGCAAAAAGCGTACACCATGTG
TNNNNNNNNNNNNNNNNNNNNNTAAAAGCTATATAAGCTAAAACCGTTGA
AAACGTTAAAAGCTTGAAAAAAGTCAACATACCTTTGAAAAAAATACCAT
CTAAAAGGTTAAAGACTTAAAACAAATCAGTTGATCTCAAAAGTTAAAAC
CGTCAAAAAAGTGCATAACTTAAAAAACTCATTCAAAAAAGTTGACTCAT
TCTACAAAGTCTACTCATTCTACAAAGTCTACTCACTCTACTCATTCTAC
AAAGTCTACATACTCATTCTACTCATTCTACAAAGTCTACTCATTCTACA
CAGTCTACTCATTCTACCAAGTCTCCTCATTCTACCAAGTCTCCTCATTC
TACAAAGTCTACTCATTCTACAAAGTTTACTCATTCTACAAAGTCTACTC
ATTCTACAAAGTCTACTCATTCTACAAAGTTTACTCATTTTACAAAGTCT
ACTCATTCTACAAAGTCTACTCACTCTACAAAGTCTACTCATTGTACAAA
GTCTACTCATTGTACAAAGTCTACTCATTGTACAAAGTCTACTCATTGTA
CAAAGTCTACTCATTGTACAAAGTCTACTCATTGTACAAAGTCTACTCAT
TGTACAAAGTCTACTCATTGTACAAAGTCTACTCATTGTACAAAGTCTAC
TCATTGTACAAAGTCTACTCATTCTACAAAGTCTACTCATTCTACAAAGT
CTATTCATTCTACAAAGTCTACTCATTCTACAAAGTCTACTCATTCTACA
AAGTCTATTCATTCTACAAAGTCTACTCATTCTACAAAGTCTACTCATTC
TACAAAGTGTACTCATTCTACAAAGTGTACTCATTCTACAAAGTGTACTC
ATTCTACAAAGTGCACTCATTCTACAAAGTCAACTCATTCTAATAAGTGA
GTTACTTCTAAGAAGTAAGGTCATTCTTGATAGTAAATATCTTCTAAATG
TAAATTCATTCCTAATAGTAAATAACTTCTAAAAGTTTTCTAATTCTGAA
AGGAAATCACTTTCAACAAGATCACTAATTCTAAAAAGTCAATAACTTTT
GATTCATTCACTGACTTTAAAAGGTAGTGTTTTTTGCAGATTTAACTCAT
CTCTAAAGGTTAATATATGAAAGGAATACATTTCAAACTAGTTGTTGACC
TCTCAAAGGGTTTAAAATATAAAAAAATAGAAAGTAAGAAATCCAATGTT
TCTACAGCAACATTTTCCTCTGTTGAGTTGAGATTTTGATTTGAGACTCT
TGGCGATTTTGAAATCTGCTGATAAAACTCTCATAGGAGCGAGGTTGCTT
TACTCTGGTAATATAGGTACTCTAGGTCTACGTAGTCTCGCTCGGGAAGC
TGTAGTGTCTCGAGGATGTGACTTGATTAATGGAGGATCTTATTGAAGGT
GGATCACATGCTGACACGTTTACTGTACATGTGATCGAAGACTGAGAAAA
TCCGAGAGGAGCTAGAACGAGACGCTGGAGAAACGAACAGTCTATATACA
TCACAGAACGAGGGAAGCGGCGTGGCCCAGTGGATAGAGTGGTGCTCTCA
GAGAACCCCTGTCACCCGGCTGCCATACGTCTGGGATGCGATCCCAGCGA
AACTAGTTGGACCTATCTTCCTCAGCTCAGAGCCCCTTGGGGATCTCTCA
CTGGTTACCGAGTGCAAGCCGCGGGCTATACTGTCCCTGGTGGTTCCAAG
TAAATACCGTGGAGTTCCTCATGTTGGTGCAGCTGGTTCCCCGTGCAACC
GCCGCCAAACTCCCATGAGCGCCCTCTGCTGGTTACCGAGTGCAACCGCA
GCGGCGAATAGCCCCTGCTGGTTACAGAGTGCAAACTGTGGAGGTACCAT
GTGGGCTGCCTTTGAAGGCGAAACTGAGTAAACCTCTGGTCATTCCTCGA
GGGTAAGGTAACAATTCATGAATACTGACCGTATTCATGACCGTATTCAC
TAAGTCTCGTCAGAGATGTCATTTCCCGACAGAAATGTCCGGGGCCAGCA
AAACCAAACCAAACATCACAGAACAGGAATATAACAGAAGCCAATCAGGC
CATGAACAAATGATTAGTCATATGTTCATGGCCTGATACACTTGGAGTCT
AAGGGATGCCACCCTATCTAAAATGACTATATATTCGGTAATATAGGTTC
TCTAGCCCTACCCAGTCGGCGAATTAGGCTGGTGGGGTAGGCCTGGGAAG
AGTGCTCACATTACCGTCGAAGGTTTTGTAAATTTTCTGTCATGGATCAT
CGATAATCGTCCAAAAAAAGTAAATTGATCCAAATCGATCAGCAAGAAAT
CAAAGATTTGGTGCATTATGGTGAATTGGTGATTGCTCATCGTCCAAGAT
TGAGTACATTGTCGTTAATTGGGGATGGGAATTTTATTTTCTGCCTGTCA
AACAAAAGACAGCTGTTTATTTAGACCCTGCTTATCTTAAAGTTAGTGGA
AACTCAATTTCCTATTTTTTCCCCCATTATCTATATTCCCGACTATGACT
GTTAACCTGAACAGTTTAAGGATAAGTCACGTTTTAAATATACTCCCAAC
GACTTGAGGGCATTCCAACATATACAGAGATTGGCTATATTTGGTCACCC
CTTTCAACCGGAAAACGTTGCCATGTCTGTTTGAGGGCAACAAAGTTTTA
AATGCAAAAAAATCCTTCACCATCCTCGGAAAATGGTCTGAAATAAAAAA
AACGCTTGAGTAGTTTTGGAAAGGGGGACTTTGAGTTCATTTAGAATAAT
TTTGTTTGGGATATAAAAAAAGATGGAGGCTTGAGTTGGTGTGAATTGGT
GTCGAGTATGACATTTTTTTAGCCCTCATTTTCGAGCAATAAAACACTCC
TGATGTTCTCGAACACGAAGCACAACTCAATTGGCATCATTGCTTTCTCG
TCATATTTGCACCAAACCATGATACAGCTATAGCCAAATGCCGCAGGAAC
AAGCATATAAGTCAGTGACTTTTTAGAGGTGATATTGGATTGTGAGTCAG
AACTACTATCTTTTTTAGAGTAATGTTGGTTACAAACTTCCGGATACTAT
CATGTAAGTCAACTCGGGTACTTTTTTGCGTGCTATATAGTTACTCCCTC
GATATTTAGGACAATCGTCCTCAGGTCTGTCCAAAAGTTCGCTCGAAGCG
CCCTCTATTGCACAAAAGGAAACCATTTATGACGTTTCGTTTCACATCAG
GAATCTTCCAAGATTGAGTAAATTGTCGCTAATCTTTCAAGAGTTAGAAA
ATTATCAACCATCAAATAATCGCCACCATCGTAGATAAGCTAAGTTTCAA
ACATTTACTGTATAAAGAAAATACGCGCAGTTTTCAATGTTTTTGTTTCA
TTGTAATCCAACACTAGATGGAGGACAATTCCTGGGTGTTTCCCCCTATT
TCGACACTACATTTTTGAAAAACATAAAATATTTTGGTCATTTTCGGAAA
AAAACTTTTAATTCCTTGCTGCTAATACTTCAAAAAGTAGACGTGGTCTG
AAATGCCAAAAAGTCGGCCTGAAATAGCAAATTTACATAAATATGCAATA
TTTTGGCTCTTTTTAATAGACGACATTTTTAAATATGTCTGCGGTCACTG
CTGATGCAAGACTATCTGCCCACGTAAACAAATACAATCCTTCAATTCAC
AAGTGCGGTGCTGAAAACTCCCGGAATTTACCCGAAACCTAGCGATTTTT
TCATGTCGCTTTGGGATAAAAAAAATAACTCTTGGGTAATTTGCAAACAT
AAGAAAAATGATTTGGGCTGGTAGGTAGGTAGGTATTTGTTTAAGTGAGT
GGTCATTTCTTTTGTTTCAAGAGAAACAATAAATATTGGTTCAACAATTA
TGGTCAAAATCAAAACAATAACAGAAAACAAATGATGAGATTATGGTGGG
CATTTCTACAGATTGAATGAATACGAGGAATACGTCACAATAATGGTAAA
TATGAACAATGGCAACAATCGAGGCAACAATCATGGCAACAATCATTAAT
ATATAACATTCGTGTCAATTCGAATATGTAACAATAGTGGTCAATATCAA
AAAGGCAACAGGTTAACAACGTTTGAAATACTGGTTTGCGACATTTGAGC
AGTTTTTCGTTCTTCAATGGTCAGCATATTCCACAGTCCGATGAAATGTT
TGGAATCAGATCCAAATGTGCCAAAAGGTTGGGGGACTGGAAGGTATTGG
TTGTTGGAGCGAAGTGAAAGAGGGTATTCGGACGAGGGTGGTTGTAAGAG
GTCAGAGTATCGGAATTTTTTGGTATCAAGAAGATAGATGAAGTACCATC
CATACAATTTTTGATTTCTTTTAAAATACAAATTAGATAGTTAAAATGTA
AGGATAAAAAAGGCCCAACGAAAAAAAATGAATAGAAGAGAGATGAAAAT
AAATGTATATTGTGTGAATATTTTTTTCCCTGAAATACCCTAGAATGACC
AAAACAGACTTCTTTCACCGAAATGTCTGAAATAATTATTTTTTAATTTT
GATTATCTTTGGCTCTTGGATGTAGGATGTTGCAATTCGAATCAGGATTG
TGCACTGGCTCCTACGGCAGCCAAATCTCAGGGCTTTTGGCTGTATTGAA
ATCTGGCAGGTTCCCAATTTTTCCGGAGCTGTTGCCTCTGATAGGCAATG
ACTTTTCAATGATTTAAATATGTGGAAATAATGATTTTTTCCTAGCTTTC
GATGTCCGCTACGTATACGGTTGGAGTACCTATATAGCGATTTTACGTAC
GGTACGTGTGGCTCATTTCCCCAAATATACTTGATAATCGACACACTATT
GGCACTTTTTTTTAAAGAATGCCCGACAATCAGCATTTTAGATTGACGAT
AATTTTGTAAACACTAGTTAGATGGGTGACTGGGAGTCGGGATGCTCGTC
CACAAAAAATACCGAACACCGTATAGGATGTGGAAAAATCCGATTTGGAG
CCACATTTACTAGTTTAGCGGTTGGCTCCCGGCATAAAAACATTGCGAGC
CAACCAACCTTACGATAAGAGCTGATTTGGAGGCAAATTGGAAATTGGGG
TTGGCTATCGACTTCAGCAATCTGGCAGCCAACCAGGCTCAAATAGACCT
TCTAATCGCAACGGATTTTTCGCAAAAATGCTCTAGTTGCCCACGCAACC
TTTCAAGCGTTTGAGCTTGCGAGGCTGTAAACAACGGGTGTTATGTACTG
CTATGGTGTGACCTGTCAGGGGGTGTCCAGCGGCCTATGATCGCCCATTT
GGATGCGAAATGAGCCTAATAGGCCCGTCTCTCCAGTGGCTCAGAGTTTC
TCCATAGCAAAATACTGTTGAAAACTTACCTGCAACAAATTGGAAAGTCT
TAATTGTCAGTAGACTGCTGAAAAAATGTAGCCGAAAATGTAGGGTGTGG
GTGGGGATAAATGGTTAAAAAGGTAGCATCTAAGAATTTGAACAGAGTAA
ATTTCTCCCTTTTATAAAAAGCTATGTTTTTTTAACATTTACACAAAGTG
AGAAATTTCTCTCATTTTTGGATACTGCTCACCAGCTGCGTGAAATAAAT
AATTGCCGTTGAGAATTTCACACAAGACCAAATCTTTCGGTATTTGTAGC
CATTTGCTTAGTCTGCCAACCATGAAATTATCTCATACTGGAAGCACACA
GATTCTTCGAACCGTTGGTGTCAATATCATTTTGAAAAGTGAATTAGCCA
AATTTCTGAGAATTAATGGGAAGTGGATGGAAGTCGAGTTCAACAAGTGG
CGAACGAAATACATCTGAAAGGATAAAATTTTGGGATTTTTAACGATGTT
TCACAAAACATGATCACCGTGTACGAGGCAAAAAATCAAATTTGTCTCAG
AAATTTAAAAAGATAAATTTCCGGATGGGACATAAAATATAGACAATTAG
ACATATTTATCGCATCTTCCCTTCTTCCGCAATGTAGTTATCAGTAAATA
GCTTATGTGCTGCAAATTTAAGCCTCCACAATGAAAGGAGATTGATATAA
AGCTTTACCTTTCTTCTTGTTTGAAAAACTTGACAAAATGACAACATGTG
TAGCGTAAACTTCTGAATTATTTTAAAAATCCCTAAATCTAAGGATTTTT
TATGTCTCTGGTATAAAAATAACCATTGGGATACTCGTAATCATCAGAAA
TCTGCGGAGAAATGCTGTTATTAAGAAGTCAATGGTGGAACATCTGTATA
AAATTTTGGATAAATGAAAAATATGTGTGGTTAAAAATGAACTGTAGAAA
GGAAAACAAGATGAAAGAAAAAAAAACTTGTCTGAAGAATTCATGTTCTT
GAAAATCCATAAAGCGACCAAAAATAATTCTCAAAGAAGGATGTTAGTGC
TCTTGTACTTTTTGGCAGAGTAAACTGAATATTGTGCCTTATTCTTCACA
TATTTTTTGCCTCCCTATCACTATACGGGGAAATCATCCGTTTGTCTACC
CTCTCCTCAGGCAGAATCGAATCGCATTGGTGAAGCTATGTATAGAAGAA
AATTGGGTGTGGCGACTGGTTTTGGAACAGTTCGGCCACTAGGACTTGAC
ACAAATCCACGAAAGACATGACATCAAAGTTGCGCTGAACTCATAAGCAC
CTTTGTGTTCCGCTCAATTCTAAACAAGGTGGATAAAGTTTCATGTACGT
ACACTGTTTGCAAAGAAGCTATTTCGAAAGATGAACAATCGGCGTTTGGG
GTTGGGTTCTCGTTATTTTCCTATCACGTATTCAAGCCAGTTTTTGATGT
TTTATACCATTTCTTTTCTTTGAAAATATGAAAATATGTTTTCACTTACC
CGATTATCCCAAGGGAAGAGGGTAGTTGGAGGGGGACCCTCCTACTACCA
TACATATCAGTCACATAATACCTTCAAAACCTTCAAGTTCAGGCCACGAG
GAGTTAGATGGCAGCGCTCTCCAACCAAATACCCTGGGAACAACAATGTT
TTTGATGATTTCCAACAATAAAAAACATTTACAGGACCGAAATTAAAATA
ATGCGATAATCCATCCCATCCGTCTATTGCTTAAGTAAAACTCCAACTGC
TGTGTAGTGCCGTCGAATTTCCCGATCAGCCTGATACAATGATCTCTTGG
TCCCAGAGTGATCGTTTATCCGTGGTCCATTGCATACTTCACCAAACTCA
ATTTGCTTGACAACTGGCGTTTGTTATCAATGTGTTGGCATGTCACATAT
CAAGGCTGCTAGAATAGCGGCCACAATTGTTCCGATCGATCTTATGTACC
GAGCACAGATATCGAAGTAAATACTGTATATAAAGACAAGAATATAGACA
GCACTGAACAAACACAAATGGTCACACTGGACCACGATCACCGGGATACA
AACCAGACTGACTTATGCAGCGCTATGTAGCTAACTTAACCAGGGTCGTG
AGTGTCACTCATCCGCCAATTGGCGTTGGATTGCCGCTAAAAGGGCAGTT
TTNTTCAAGAGAAACAATAAATATTGGTTCAACAATTATGGTCAAAATCA
AAACAATAACAGAAAACAAATGATGAGATTATGGTGGGCATTTCTACAGA
TTGAATGAATACGAGGAATACGTCACAATAATGGTAAATATGAACAATGG
CAACAATCAAGGCAACAATCATGGCAACAATCATTAATATATGTATAACA
TTCGTGTCAATTCGAATATGTAACAATAGTGGTCAATATCAAAAAGGCAA
CAGGTTAACAACGTTTGAAATACTGGTTTGCGACATTCGAGCAGTTTTTC
GTTCTTCAATGGTCAGCATATTCCAAAGTCTGATGAAATGTTTGAAATCA
GATCCAAATGTGCTAGAAGGTTGGGGGACTGGAAGGTATTGGTTGTTGGA
GCGAAGTGAAAGAGGGTATTCGGACGAGGGTGGCTGTAAGAGCTCAGAGT
ATCGGAATTTTTTGGTATCAAGAAGATAGATGAAGAACCATCCATTCAAT
TTTTGATTTCTTTTAAAATACAAATTAGATAACTAAAATGTATGTATAAA
AAAAGGCCCAAACGAAAAAAAATGAATAGAATAGAGATGAATATTGTATG
AATATTTTTTTCCCTGAAATACCCTAAAATGACCAAAACAGGCTTCTTTC
AACGAAATGTCTGAAATAATAATTTTTTAATTTTGATTATCTTTGGCTCA
ATAATTTTTGAATATTTAGCCCTTATTCTGTGCATATTTTTTATCTTTCT
TATTATCGGCAATGGCTTGTTTTCATTAAACTATCAATGATTTTGAGGTG
TCTTTAATGTAAAAAACAACAATTCCGATTTCGCCGTACAAGATACAAAC
GGGTCAACCAACAAAAAAAATACAAATGCAAAAAATGGCAAAATGAGAAC
ATGTAATGTGAAGGCAAGCACGAAAATGGGCTTAAATTAAACCTCAAACA
AAGCAATCGTTTCATGTCAGCCCTCCAAGTCATGCCCTGGCGTCAGCACC
TTTCAGCCCGAATTTTCGGCCATCTGTTGTTCACCTCACGACGAAGTAGT
CCTTCCTTTTCTAGAATTCCTTGCCCTAGGATGTTGCAATTCGAATCAGG
ATTGTGCACTGGCTCCTACGGCAGCCAAATTTCAGGGCATTTGGCTTTAT
TGAAATCTGGCAGGTTCACAATTTTTCCGGAGCTAACACCTCTGAAAGGC
AGATTCACACACAGATTCTTCGAATCGTTGGTCTCAATATTATTTTGAAA
AGGGAATTAGCCAAATTTCTGAGAATTAAGGGGATGTGGATGGAAGTCGA
GTTCAACAAGTGGCGAACGAAATACATCTGAAAGGATAAAATACTGGGAT
TTTTAACGATGTTTCACAAAACATGATCACCGTGTACGAGGCAAAAAAAT
CAAGTTTGTCTCAGAAATTTAAAAAGATAAATTCCCGGATGGGACATAAA
ATATAGACAATTAGACATATTTATCGGATCTTCCCTTCTTCCGCAATGTA
CAGTAGTTATCAGTAAATAGCTTATGTGCTGCAAAGTTAAGCCTCCACAA
TAAAAGGAGATTGATATAAAGCTTTACCTTTCTTCTTGTTTGAAAAAACT
TGACAAAATGACAACATGTGTAGCGTAAACTTCTGAATTATTTTAAAAAT
CCCTAAATCTAAGGATTTTTTATGTCTCTTTGGGATAAAAATAACCATTG
GGATATTCGTAAACATCAGAAATCTGCGAAGAAATGCTGTTATTAAGAAG
TCAATGGTGGAACATCTGTATCAAATTTTGGATCAATGTAAAATATGGGT
GGTTAAAAATGAACTTTAGAAAGGAAAACAAGATGAAAGAAAAAAAATTT
TGTCTGAAGAATTCGTGTTCTTGAAAATCCATAAAACGACCAAAACAAAT
TCTCAAAGAAGTATTTTAGTGCTCTTGTACTTTTTGACAGAGTAAACTGA
ATATTGGGCCTTATTCTTCACATGTTTTTTGCCTCCCTATCACTATACGG
GGAAATCATCCGTTTTTTACCCTCTTCTCAGGCAGAATCGAACCGCATTG
GTGAAGCTAGAGAAGAAAATTGGTTGTGGCGAATGGTTTTGGAATAGTTC
GGCCACGAGGACTTGACACAAATCCACGAAAGACATGACATCAAAGTTGC
GCTGAACTCATAAGCACCTTTGTGTTCCGCTCAATTCTAAACATGGTGGA
TAAAATTTCATGTACGTACACTGTTTGCAAAGAAGCTATTTCGAAAGATG
AACAATCGGCGTTTGGGGTTGGGTTCTCGTTATTTTCCTATCACGTATTC
AAGCCAGTTTTTGATGTTTTATACCATTTCTTTTCTTTGAAAATATGAAA
ATATGTTTTCACTTACCCGATTATCCCAAGGGAAGAGGGTAGTTGGAGAG
GGACCCCCCTACTACCATACATAACAGTCACATAATACCTTCAAAACCTT
CAAGTTCAGGCCACGAGGAGTTAGATGGCAGTGCTCTCCAACCAAATACC
CTGGGAACAACAATGTTTCTGATGATTGCCAACAATAAAAAACATTTACA
GGATCGAAATTAAAATAATGCAATAATCCATCCCACCCGTCTATTGTTTA
AGCAAAACTCCAACTGCTGTGGAGTGCCGTCGAATTTCCCGATCAGTCTG
ATACAATGATCTCTTGGTCCCAGAATGATCGTTTATCCGTTGTCCATTGC
ATGTATTAAAAGTATGCACTTAGGCTCCAAGTCGTAAAATACTCTTTTTT
GACTATACATGTAGGTATACTGTAGGTATATTAATCGGCCAAATTCCTAC
CCCTAAAGAAAACTGTAAAGTGCCCAAATAGGATCTTCGCCAAACTCAAT
TTGCTTGACAACTGGCGTTTGTTATCAATGAGTTGGCATGTCACATATCA
AGGCTGCTAGAATAGCGGCCACAATTGTTCCGATCGATCTTATGTACCGA
GCACAGATATCGAAGTAAATATATAAAGACAAGAATATAGACAGCACTGA
ACAAACACAAATGGTCACACTGGACCACGATCACCGGGATACAAACCAGA
CTGACTTATGCACCGCTATGTAGCTAACTTAACCAGGGTCGTGAGTGTCA
CTCATCCGCCAATTGGCGTTGGATTGCCGCTAAAAGGGCAGTTTTTGAGA
CCAACTCAGTGTCCCTGAAGGAAGGAATACTTCCAAATCGCCCTCTTTCG
ATTCTGGAGGCCTGGCTTATCAGTACATTAGCTATGTACTGATTAGTACA
GCCTTCCAATTGGATCAAGGTAAATCAATTTCTGGTTTGGTTCTAGGTCA
ACTCTAAGCCACTCAGAAAAACAGCTCAATGGGCTAATTTCCCTCCTAAT
GGCCTGATAAGGGGTCGCTGGGCACCCCCTGAAAGGCCACTACATAGTAG
TACATAGAACTGCTTTGTTTGCATCCCCGCGACCTCAAAAGTTTGCAGGG
TTTCGAGCGTACCGGAAACTTTTGCTGCATAGTCCGTCTCGATTCGTATC
TGTATACGAAATCTCTTTTATTTGTTAATTTCCATCTTCCCGTTTGAAGC
AGCACTACTCAATAGCGACGACAGCTATGAAAAGACTCGGATGAAAAATT
AAAAATGCTCTCACTTGATATCAACTGCTCTCCTTTATTTGGAGAAAAAC
AATCCTCAGTTATTCCCGATCATGACTTGTTTTCCCCGTTTCTCGGCAGG
CAATCAGCGTAGCGCAATGGTAGTGTCACACTCAGTCATCTATCATTGCG
TTACTCGAGGGTCGTTGGTTCGATCCCTGGGCTTGCCCAGTTCCGGACAC
TAGTGGTGTTCACTCACAGCTATTGTTGGCTTCCCTGGCGGGATTAAAGT
GGGCGTAGCTGTGGTCATTCCTCGAAGGTAACCGGCAATAATTCATGATC
AATTTGTCCACCAGGCTGATTATGTCTCAGCGAGGATTTCCCTAGCTGGG
CAGAAATGTCCGGGGCCTTCCAAACAAAGAAACAAAACAAAACCCCGTGT
CTTGGCATAAATTGGCTTTTTGGTTACATCTGCTACAATCTAGTTTACCT
CACCTAGCCACTTGTCACATTCTCTTTTCGAATCACGAATATCCAAGTAT
TTTCCTCGGAAATGATTTGAAGCCATATCCAAATGAATCGAAAAGAACGC
CCTTCAAGTACGAATAAGTCAACTGTTTGGGACATACTTTATTTCGTCAA
TTATTTTTACGTCCATTCTGAAATTTATTTTAGCGAGAGGCTAACATTTT
TATTATTAGTTCTGTGAACTTCTGACTTGCAACTGAAAAAACAATGCATT
TTTGATATATTTAAACCTTCAAAGCGCTGTTTGACACTTATTTGGGAGAA
ATTGGCTTCAGAGCGTTGTCTGCCTGCGTTGTAATTTGAAGCTCCCTCTT
CTGTCGTGCATAAATTAGCTATTTCATACCTGTCGGCGAGATCGATACCT
GAGCTGGGGCAGACTCGACTTCTTCGAAGGCAGAGAGCATGGTTAATCCA
AGAGTGTTGGGCTCAAGAAAGGTATCAATTTGATGATCCATTCTCTTGGA
TGCCAAAGAAACCTTGGTCGGTCAGCCATTCATTGGCTTTGGCAATGCTT
CCTTGGCTATCGATGCCACTCCAAGTGATGTACCTGTTCGAAGAAGTCCC
TCCAGCTCACAGGCAAACTATGAGGGTGACCAAATTGAGCTTTTTCGCCT
TGTGGTGCTTCGGAATGTGTCATCCATTGTGAAAAATTCTTAGCTTATTT
GTTGGACATCATAAGAAATTAGCCAATTTACTATTCCGCCTCATCTTATG
TACTGATCTAACTAGGATTGTGTATTAGTTGTTAACATGGTGGCCCATCA
CTTGGGCGGTGCTTTTATGGTGCAAACCTTTCAACTGTGGCGTTCATTTA
ATGCATCATCAACTACGGTACTTCATGCTTTGAATTTGAAACTGATTAAC
TCGCCCTAAACCTTATAATCTCGCCCACCCTGACCTTATACTAGGTGAAA
CATCATGTAGATACACAAAAAGTTGGCTCAATGATATGACTATTCTTTCA
ATACTTGGAGAAGTGTAAGCCTTGCAAAAATATATTGATATGTGCTCTGA
AACATTTATGTTTTTGAAAACAAGCGCCCAACTTTAATCGTGGGTAACTT
CTCGAGCAAGTATTGCTAAACAGGACTAGAGTATCGATAATAGTAAGTAT
ATAATCGGGTTATAAGTTGTACTTTCCTGGGTTTACGATAGAAACATTCA
TCGCCACTCATTGAGGGGAACACAGGAAGTGAGTGAGAAACATGCTTCCT
TGCACTCCCTGAGAGAGAAAGTATCCCCCCTTCAATATACAAAAGATGAA
AGACACATCATATTTTTTTATTAAAACTGCATGGCGCAGTCAATGGACAA
TCCACCCCAAACCCGTCGAGATTGGTCTCCCTGGAGGGAGTAGTTCATGC
CGGCATTATCATCACCTCCCTCCACTGAATGTGTCTTCAGCCATGGCACA
CACCTGGCCTGGCAGGAAAAAACAACTCACCAACTGGAGCTGTGACGTTA
TCTTTTACTACTAATGTGTTGTTTGCCCAGTAAAGTTCGACTGTGTCCTG
GGCTTTTAAAGCTCCTTCAGCGCATTGAGGCCAGACGGCAATGAGGTAAG
CGAGTGGTGTTCAGGTTCATTGCATGGAGTGCTCTCATCTGGTTTCGTTC
CAGACATGTTAGATCAATAGGCATGGATCACTGTTGAGGCTGTTGGGACC
AAAATCATCAGTTGGGAACCATGATCCACTTCATCATCCTGTTCAGTCGC
CAAGGCAAGATCCGACTCCAAAAGTGGTATGAAGCCAGGCCAGAGCGAGA
GAAGAAGAAGATCACCCGAGAACTCACCACCACTGTGCTGGCTAGAAAAC
CAAAAATGAGCAACTTCATCGAGTGGAAGGACCTCCAAATAGTTTACAAG
AGGTAGCTACACGTACCCAGCTGAGCAATTATGGTGTTCTTGGGCAAAAA
TAACCATGTCTCTGAGTCATTTAAATGACGGGGCAATCCAGAAGCAAAAC
AATGACATGGCATCATGATCTCGGAGTTTTCATAGCGCCTTAAACTAAAA
ACAAAATGAAAGCTCAAAGTAAGCTGATGTAGGTAGAGCATAATAACGTG
TTGTCCTTAAAGTAAGACCTTAAAAGCCGAACATTCGGTTTTAGGCCCCC
ACAGCCCCCTCAAAGATATTTCCTGGGGGGTAACTTACATAATTAAACAA
GTTTTGTCGACGGGCGGTTTTGACCTAGACACCTGGATTGAGGATATATA
AATCGGAAGATTGCTCACGCAACCTTCAGTGTTCTGTAGGGTTACGCAAG
GAGTTCTACACAAGAACTAAATGGAGCGGAAGCTTCCAAAAATGGTCACG
TGACTTCAAGAATATGCTTTCTGAGGCAGAGCAGACACTATTGGCCAATT
CTGCCAGGCTCGATCAAAGTTAGACCGCAGTTTCTTGAAGCTTCCGCTCC
ATCTACCGTAGTTCTTATGTAAAGCTCCTTGGGTTACATCGGGTATACGA
AAGATCCAGGAGAAGTTTTGCAACTACATATATCATAGATAGATATCGTA
TACCATGTTTTGTACGTATCTTTTGAAAATTCCCTTCCTTGGTGGACCTT
ACAGCTGGTTTTTAGTTTCGAACGCAATGTAAGCTCTGTAGAATAATAGT
TTTGGTGCTTGTTCCTCCATTTTTGGTCCGAAGCTGTCACATTTATTTAG
TTTTGGCTAATGGCCATGGGTAGATGGTACATTGTTTTATGACTTTTCAT
TGCTAGTTGCGGTTTAGCTTACCCATGATGCGTTTTTGCATGAAATTAAT
GTTCCAGCGACATAAGTTGTAGATTATTCCATTCAAATGAAAATGCGCTG
AGAGGCTTGACTGAAAATTCCCCCCCCCCCAAAAAAATGTATAGGCCATT
CTGATATCGCTGATGCCCTAACTTGAGTTAGCAGTAATGAAGCTTTTTCA
TGGGAAGTAACTTGCATCATACAACGAGTTTTGTCAACGGCTAGCTTTGA
CCTGCATTGAGGATATTTTTTAAAAGGAGATTAAAAGCGGAAGATTACTC
ACGCAACCACCTTCACACAAGACTTTGCTGAACTGCGAGCCCTGATCTTC
GAGATCTTTGGGAAGCGGAAAACGTAAATGTGGCTATTCCTTTGAAACAT
GTTATATCAGAGCATAAATGCTTAGGTTAAGAGGAGGAAGTTGTGAAAGT
ACAGACCTTGAAGTTAGTGGCACAATTGGGTTTCTCCAATCTGAAAAAGG
CAAAACATTCTCATACTGAAGCAAGATTTTCAGATCAAAACAATGTTGAC
TATATATGAGGATAAGAGTTATTGTCTTAGGGGAGGTTCATATACTAATT
TAGAAAACGCATTGGATCATACTCAGCAGAGCTAACCTGAACATGTTGAA
CGTGATTTNAAAGTGGTATGAAGCCAGGCCAGAGCGAGAGAAGAAGAAGA
TCACCCGAGAACTCACCACCACTGTGCTGGCTAGAAAACCAAAAATGAGC
AACTTCATCGAGTGGAAGGACCTCCAAATAGTTTACAAGAGGTAGCTACA
CGTGCCCAGCTGAGGAATTATGGTGTTCTTGGGCAAAAATAACCCAGTCT
CTGAGTCATTTAAATGACGGGGCAATCCAGAAGCAAAACAATGACATGGC
ATCATGCTCTCGGAGTTTTCATAGCGCCTTAAACTAAAAACAAAATTAAA
GCTCAAAGTAAGCTGATGTAGAGCATAATAACGTGTTGTCCTTTAAGCAA
GACCTTAAAATCTGAACATTCGGTTATAGGCCCCCCACAGCCCCCTCAAA
GATATTTCCTGGGGGGTAACTTACATAATTAAACGAGTTTTGTCGACGGG
CGGCTTTGACCTAGACACCTGGATTGAGGATATATAAATCGGAAGATTGC
TCACACAACCTTCAGACTTCTGTAGGGTTACGCAAGGAGTTCTACACAAG
AACTAAATGGAGCGAAAGCTTCCAAAAATGGTCACGTGACTTCAAGAATA
TACGTTCTGAGGCAGAGCAGACACGAGTGGCCAATTCTGCCTGGCTCGAT
CAAAGTTAGACCGCAGTTTCTTGAAGCTTCCGCTCCATCTTGTTCTTATG
TAGAGCTCCTTGGGTTACATCGGGTATAAGAAAGATCCAGGAGAAGTTTT
GCAACTACATATATCATAGATAGATATCGTATACCATGTTTTGTATCTTT
TGAAAATTCCCTTCCTTGGTGGACCTTACAGCTGGTTGTTAGTTTCGAAC
TCAATGTAAGCTCTGTAGAATAATGGTTTTTGTGCTTATTCCTCCATTTT
TGGTCCGAAGCTGTCACATTTATTTAGTTTTGGCTAATGGCCATGGTTAG
GTGGTACATGGTTTTATGGATTTGCATTACTAATTGCGGTATAGCTTACC
CATAATGCGTTTTTGCATTAAATTTATGTTCCAGCGACATAAGCTGCAGA
TTATTCCATTCAAATGAAAATGCGCTGAAAGGCTTAACTGAAAATTCCCC
TCCAAATTTATTGGCCATTCTGATATCGCTGATGCCCTAACTTGAGTTAG
CAGTAATGAAGCTTTTTCATGGGAAGTAACTTGCATCATACAACGAGTTT
TGCCAACGGCTAGCTTTGACCCAGACACCTGCATTGAGGACATTGCGAGC
GGAAGGTTACTCACGCAACCACCTTCACACAAGTCTTTGCGGAACTGCGA
GCCCCGATCTCCGAGGTCTTTGGGAAGCGGAAAATGTAAATGTGGCTATT
TCTTTGAAACATGTTATATCAGGGCATAAATGCTTAGGTTAAGAGAAGGA
AGTTGTGAAAGTACAGACCTTGAAGTTAGTGGCACAATTGGGTTTCTCCA
ATCTGAAAAAGGCAAAACATTCTCATAATGAAGCAAGATTTTCAGATCAA
AACATTGTTGACTATATATGAGGATAAGAGTTATTGTCTTAGGGGAGGTT
CATATACTAATTTAGAAAACGCATTGGATCATACTCAGCAGAGCTAACCT
GAACATGTTGAACGTGATTTAACTGTGGATTTGACATCTGAGGTTTTGAT
TGATGGGCTCGAGCTTGATCATCAGTGTTTAACAAACTAACTTGCCACAC
ATGTTTGATCCATTTTGTATCCGATTCAAATTATGACGTTAATCTAAATT
TTGCAATACATGCACCAAGTGTAATAAAACCCTGTCATCAGCGCAATGAA
AACTTGGGCTGATCCTCGGTCCTCGGGGTCGATTGGAGAATGCTCATGAT
AGTGTACTTTTTCATTACAACATTGGGCAAAAAAGTTAATGTATTTTTTA
TGTGTTTTCAGATATGCATCCCTATTCTTTCTGTTTGCCATTGACAAGAC
AGACAATGAGTTGATCGCTCTAGAGTTGGTTCATCGCTACGTGGAAGTGC
TGGATAAGTACTTTGGCTCGGTCTGCGAACTAGACATTATTTTTAACTTC
GAGAAAGCCTACTTCATCCTGGACGAGCTGATCATTGGAGGCGAGCTCCA
AGAGACCTCCAAGAAGGGAGTGATTAAGCAAATTGAGTTTGCGGACAATT
TTCAAGAGGAGGAAATCATCGGACTTGCACTCAAAGATGTTGGACTCATC
TAACATTCCAAGCTACTTAACCCACACCTACATATGAAGGAAATACACTC
ACACAATTACTCACACCACATCTGGGATGTGTCATTTCTTAGTATCGGTC
AATTTCGATTGCAGGGAAAGAATTCAGAGCAGTTTCAAATATGGACTTAC
CATTTCTAAATGTAATTCTACTTTCCTTGGATTGTTTGCAACATCTCAAA
ATCATATGACCCGGAATATTCTTCAATTCACCTACACCGTTATCTGGACT
AGAAACTCTTTTTAAGAGCTGCAACAACCTGTAGAAATATGTTTGATTGG
CACTAAGGCTGTGCAATATACACATATTGTTTTTTCCAATTATAATTATG
GTACATAAATTTCTTGTTTTTCAAGCCCAAAGTATTGCTTTTTCGCCAGT
GCACGGTTGACTATCTCTTGAAACTACCTCTCCCAGAAATCCAGGGTTGT
GATCTCCTACTAAATATTATAGAGTGAAATAGGTGCAGCTGAAGAACAGC
TCTACGTAGACTAGCTTGTCTGGAGAGCACANAATCATCGGACTTGCACT
CAAAGATGTTGGACTCATCTAACATTCCAAGCTACTTAACCCACACCTAC
ATATGAAGGAAATACACTCACACAATTACTCACACCACATCTGGGATGTG
TCATTTCTTAGTATCGGTCAATTTCGATTGCAGGGAAAGAATTCAGAGCA
GTTTCAAATATGGACTTACCATTTCTAAATGTAATTCTACTTTCCTTGGA
TTGTTTGCAACATCTCAAAATCATATGACCCGGAATATTCTTCAATTCAC
CTACACCGTTATCTGGACTAGAAACTCTTTTTAAGAGCTGCAACAACCTG
TAGAAATATGTTTGATTGGCACTAAGGCTGTGCAATATACACGAAAATGA
ATATCAACATTTATATTCAGGTTAATGGCTGAAATGTAGCCTTGCGCAAA
GTCCGTGTTTACAACCTAATGTAATTCAAGATGGTTATTTATACATAAGT
AATATGTAGCTTGGGTTTGGGGGTGTCAACTGACCCTGCGAGGTGTTGTC
CGAGGGCGAGGGGTTTTCTTTGGCGCGGAGGTTCGGTTGGTCTTGGTTGG
TGACGGGTGACTCAATCCTCCGGTTGTCTCGTGACGACTGATCAGCTCCC
AGCGGCGTCTGGTCTCGACTCGCTCGTCTCGGAGGTCGGTTGGTCTTTGG
TTCCGTTGGATTAATGGCAAATGTCAACTTTCATTTAATATTATTTCTAA
AAATGCAATTGTTTCTTAGGTGCCCTTGTTTTTTCCAATTATAATTATGG
TACATAAATTTCTTGTTTTTCAAGCCCAAAGTATTGCTTTTTCGCCAGTG
CACGGTTGACTATCTCTTGAAACTACCTCTCCCAGAAATCCAGGGTTGTG
ATCTCCTACTAAATATTATAGAGTGAAATAGGTGCAGCTGAAGAACAGCT
CTACGTAGACTAGCTTGTCTGGAGAGCACAATGAAAGTAAAGTGAGGATA
TTAATATATAGAACAAAGACCCCACCTAAAATGGAATATTGACAATCAGA
ATATCAAATCTTGCTTCGATTATTCAATTCAGTAATCAATTATCGCACAA
CGGAAGCGGCGTGGCCTAGTTGATAGAGTGGTGCTCTCAGAGAACCCCTA
TCACTCGCCTGCCATACGTCTGGGGATCGATCCCCAGAGGAACTAGTTGG
ACCTAGCTTCCTCAGCTCAGAGCCCCTTGGGGATCTCTAACTGGTTACCG
AGTGCAAACCGCCGGCCAAACTCCCATGAGCGCCCTCTGCAGGTTACCGC
GTGCAACCACAGCGGCACAAATAGCCCCTGTTGGTTACAGAGTGCAAACC
GTGGAGGACACCATGTGGGCTGCCTTTGTGGAGGAAACTGAGTGAATCTG
CAGTCATTCCTGGTAACAATTCATGAATACGGTCAGACTAAGTCCCGTGA
GAGATGTCATTTCCGGACAGAAATGTCCCGGGCCAGCACAACCAACCAAC
CAATAATCGCACAGCCTTCTCCAGCAAATCCTTCCTAGGGTACAGAGTGT
GCCTACAACAGGAGTTGTTCAGACATCCTGCTTCTTTGTGCAGCAGCTGT
TCTACCCAAAATTTGTGGAAAGTTGTAGTGTTGCCATAGTATCTGGCGAT
GTATCGCTAATCTTTCGATTTGGGCGCCAAGTTTGGGACAAGAATTTCCT
TCCAAATAACTTTTAGAAGGCGACGCAGTCCCATTGGCGATGGACACCAC
CAGAGGCCCTTCGCAGTCCTCGATGGGACCGTCCATGCCAGCTTCATCGT
CGTGGGCAGGAACTTCATCAACAAAGGTCAACTGGAAAGTGGTCAGTCAT
AGATTATGGCAATTAGAAGCGATATAGGGCTCTTCCAATCAGCACGAATT
ACGTTATACACCTCCCCCTCCTCCCATCTCACTTGGAAAGTTGGTAGACA
CCTTCCAAACAATACAACCCGATACGCAAGTCTTGGGTCCCACAACAATT
CGCCCATTGGAAGGTGTCTACCAACTTTCCAAGTGAGATGGGAGGAGGGG
GAGGTGTNTGAGCCTCATTGGCCATGATTAGTTCAGAGGAGTCAACTCGG
ATTTTCATCCATCTGGGCTATACGTATACTAATCGACACAGGTTATTCGG
CAAAAGTTTCAGTTATGTTCGCAACCTTTCAAGCCTTTGAGGTCGCGAGG
ATGTAAACCATCCGGTTCTATGTACTCTTATGTATTGGCCTTTCAGGGGG
TAACCAGCGACCCCTGATCAGGCCATTGGGCGGGAAATTAGCCCATCGAG
CACCTATCCTGGCTGGCTTAGAGCCAAACCTGTAAAAGATGCGCCTTTAT
CAAATTAGAAGCCTGTACTCATCAGTCCATAGCTTATGTACTGAAAAGCC
AGCCCTCCGGAATCGAAAGCGGGCAATTTTGAGATATTCCTTCTTTTTAT
GACACTTAGCTGGTCTCACAAACTGCCCAATAAGCGGCAATCCAACGCCG
ATGGGTGATAGATTGACACTGGCGACCCTGGTTAAGTTAGCTACATAGCA
GTACATAACTCAGACTCGTTGGCATCCCGGCGATCGTTGTGCAGTGTGAC
CATTGCTGTTCTTTAGGGTAGGAGTTTGCCCAATTAGTATACGTATTGGG
TCAAGCCATTTTTCGTACACATAAGTGGACCCTCGTAGTTTTATCATTAA
ACATGTTCAAAGAGACATATTTCATCTCCTTTCCACTATCATTGTAAACA
TTGATGATTTTCTCATAAATCAAGGTGTTAATCAGTGGGAGAGCTTGTCA
TCGACACCCTGATTTAAAAGCGACTTTCTGTGACAAACGAAGTGCCATTT
TTCTCCTTATTTGGGTCTGCACTTCAACTACTATCTAGGTATACGAATGC
ATACTGTATATCTCGAGTTCAATCTGTAGCAAATGGGTTTCAAGATTCTC
TTGAAAAATCTTGTGGTATTTTGTAAATCTATTTTAACATGAGAAAAATG
CCATTTATTTTGCACTCAGCAAATATGATCCAGTCAATCAAGGAATTGAG
TAGGATAATATAAATAGTAGTGGTAGTTTATATTTTAGAATATATTTTTT
TAGAAAATTTTGTTATCAACATTTGTCAAAGCTGTAAAAGAGAGATTCAA
AGACTTGCCATTTTTAAGTTAATGAAAAAACAAACAATATTTTGCTAGAT
TTTTGGTTCATCAATTATGGACCACAAACTCGGATTTGGTTAGAAAATCC
CTTCAAGTCGAAACCGAATTTGTCGGCTCATTCCATTTCTAAGCACCCTA
AGGTTCAAGCTTGAGAACTCTTTTTTTAATTACGAGGTATAATTACTTGT
CTTGGAAATAAGTTTGTCCCTTGAAGTTAGAAACAGTGGAGGGAAATATA
AGCAAGCTTTTTAAAGTGGGAGAAAGGCTAAAGCAGTTCTGCAGTTAAAT
TGTTTTTACATAATTCCACACCCTTATCATATTTTTGACAATACTTGAAG
CGCATATTTTGTATACGTAGCATGGGGAGAATTGTAAAGATTCCTCACCA
ACCTAGTCCAATTATCCACATTGAAATTTTATGCTTCTCCAAAGATTGGG
TGAATCCTAAGTCACAACTTGGCACCTCACATATATGCTTCATTTGATGA
GAATGACGGATAATTCCCACAAAAGTTCTTGAAGGCCAGACCATTTTGAA
ACATACGTCGTTATTTCCCTTATTCAGACAAAAACCTCGGAAAGCCGTTT
TTCAAGTTATCAATTTGGCAAGCCATCCAGCAAGAACCTGAAACGATGTC
ATCCATGACGACACTTGAAAGAGGTGAAGCCAATTTTCATGTGTGCTTGA
GCTAAATGTAGTTTTCGTGATCTTCCCCGTTTCACTGATTAGCAAAAGGC
TGGTTTGAGCCCAAGAGATGAGGGATTAAAGGTTGGTTGGCAAGTAAAAT
GTCACGAATCAAGATGTGTTTTTGAAAGAACGTCGATGGAATCAGCTCTG
ACGTCGGAAACAATACAATCAAAACCAAGGATTTCTAAACGAGTGAGGTT
AGACGCGATGATTGCTCATCGCAAACATGATTCCTAGGCTAGCATTCAGA
CAGGGAAAGAGAAAAAAGTCTATGGATCTCAAAAAAAAACTAAATTGAAC
CCTGAAACGAGAATACTCTCATCTTCCCATTTCCCTCCTTTACAAATCAT
TGGATTGTTGGGTTTTAGCGGTTTTTATATCTGTACCAACATGTGACCAA
ATGAATCGTCCAGCTCCCGACGTCGGTATCCTATTTTGATATGGCTCAAA
CATTAATATTAAATACTTTATAAACATATGTTGATTTCAGCAATGCTGTT
ATGTAATAAATACAAACAATTATGACCAGGAAAATCGGTGTTCTCATTCC
ATGATGTTTCTGTAAACATGCGAGAAAACATTTACAATCGTGAGACTCGA
TAGAACCTAACCTAACTACAGTATGTAGTCTAACAGAAATCACAAGCGTC
CCTTTAAAACAACGTAGCAATGAAAAAGCAGCCAACAGTGAACTTCTTGT
TGCAACGCACTCGCCTCTACAGTAGAAACAAATTTGGTGTATTTTTGGGA
GCCAAATCCTTTTTGAACGTGTAAAAGTTCGAGTATTAAAGTTTTCAAAG
TCAAAAATTTGAATCATGACTCTCGCATTTCCAGGTCAGGCTCAAAAAAA
AATGTCATTTTCAACGAAAATGAGTTTGGCTTTCAACACATTTTTTTGTT
TCTCTCAACCAAACCAAAATTGGTTGCATTATACGCAAAAAGTGTTTTTG
TGAGTTGTTGTTTTTTACTAGCCGTCATTCAGTCAAGACTCTAAGTGGAC
TAGAGATACTTAAAATATGGACAACCTGCTACTACAGCTCTAAATCATTA
GTCTTTACAACCATAGCTCAAGAAGCCTATATAAATGAAAGCCTTGAAAC
TGAGGATTAAAGTTCGCAAGATTGGAGACCTCGCTAGAAGCCTCGTGGTT
CAAAAACGTTGTTTTAACTCAAGAGACATGAAAACTCCCGGTACTACTAA
AACTACCCAATTTCGTTTATCGTTCGTAATAGTGGAATCAGTCGGCCAAA
ATCTTGACGGATGTCTCATATCGGAAACGATGAATGTGAATGGACTCGCT
GTGCTCTGAGGCGGATCTTTGTACACATGGACTTCTTCGCCTGAACTACG
TACACTTCTTCGTCCATGAATCACACTTCACCTGGTCGTCTCAGGTGTAC
GGCAAACCATTTGAAGACCAGAGTTGTTTGGCGTGTGTACTTCCTGGTTT
AGTGCTCATCGGGGGCTTCTTTTGAGTTAGGGATGGATGAAATGGTAACT
TACCAGACAGAACGACTTCATTTTGGGCTCAAAGGCTGGGACAAGACTTT
GACAACTATTGATTTCTCGGTTTCCTTGGGGATTGACGTAAACTCAGTCT
GTGATAAGACTTTGATAAGATTTACCAGAGCTTATGCACACTACTGCTAT
ACTCGAATACGCTTGGGAAGCAACTGAAGCGTCGCCACCGAAAACAAGCA
ACCAAGATTGGAAACGCTTCCAACTTCTCGACGTTGCTAACCGTGCACTA
AAAAAAACCTGCCCAAGCCAGCTCAAAGAGGGTCGGGCTTGAAGTAGTTT
TTAGGCACTAAATAAGGGATATGTGAGCCAGGATGGGTCCGATGAACAGT
GGGCATACAGCAGGCTTCTATTCCCTTCGTGAGGTGTCCTGGCAGACATT
TTTGAAGTGATTTTTTTTGTGAAAGAATAGTGTCGTCAAATGAGAATATT
TTTTTTCCTATGCAATTTTTTGTTCATTGGTGCTTGTGGTCAGAAAATAC
ATAGCTTTAAACCACGAAGGTTGGTTACGGGTTCAAGCACTTTAATCCAA
CAATTATGACTGATGGTTAAACCGATTGAGGTAACATAACTAGATCAAGC
CACTTGGCAAAAAGGAGCGACACCACGGCTGCTGATCTAAATGCAAAACC
TATGCCTGTCCAATTTAAGGCCCTCTCTCGGCCACGCCGCACAATCCATC
AGAAGGCCCAAGAAAAGCTGCACCGTTCTTATAGATTTAGATCAGCGGCC
TTGTTGTCGCTTCTTCAATTCAGCCACTTTCCTTGGCACACTCACTCCAA
ATATAGTACCTCCTTAATGAAACAGACCCGTTTCAGGTAATATAACTAGA
CCAAGCCACTTGGCAAAAAGTAGCGACAATCAAAAAGGCATCAGAAGACC
AGGCAAAGCTGCACCGTTCTTATAGATTTAGATCAGCAGCCTGGTTGTCG
CTTCTCCCTTTCAGTCACTTTCCCAGGCACACTCACTCCAGATGTAGAAC
CTCCTTGCAAGTTTGGTTGAACCCCACCATTTGCTAACCTTCGGCCTGAA
GGAGAGCCGAACCCACAACCCTTGGTTAACATCTTCCTTTGGTTGTATTG
TAAATACTAAATAGACCCATATGCATTTGTCAAAGTCTTGATCCCGGCGT
TTGAGCCCATCATGAAGTCGTTCTCTTCGGTAATTACTTATTACCATTTC
AACACATAGCCTACGCAATATTGTATTGTTGGTTTCGTACATTTATGTAT
GTGTAGCCTTTAAAATCGGTTCTCTTTTGTTAATTCTTATCCTTCCCTCA
TACACATTGATCTGCTGATTAAAAAGATGCATGCACTTTAGTTGAACCCT
CTGAAAAGATTCTGTCGTTTTTGTGGACATTTCGAAAAAATCCTGTGACA
CCGCGTTAGGTTAAGATTGTTTGAGCGAACTGAACTTGAAATGTTCCCCT
AAATAAAAAAGGGCTCTGATCGTCATTTATGTGATGTACCGTTTTCAATT
TAAAGGCCACAAGGTATTTGAATCCAAGTAATCAGAATTTTAAATAAAAA
GCAGCGCCACGAGTGCCATACCAATTCTTTCCCAATGACATGTTCAAAGT
GACCATTCTTGCTGCATTGTAGTTTATGTTTGTATATGCATGGAAGTACA
AAAATCAATTAGCAATAATGTGTTCTTGGAGTGTGTGTGTGTGCGTGTGT
GTAATCATGTGCATTATGCTAATAAATGTCATTTATGCCCGAGGTAACAC
TTCCCAATTGATTGCTAGTTGTAGTGATTCGTTTTATGCCAATACATATT
GAGCAGAATTCACAGCCTTAGTTTGTCATGTTGGCTTTTAGGATGGGTCA
TAACTCTGGACAGATGAATATTCATTTAGGTTCATTTTCTAGATTCTGTA
TTTATACTTTAGGAAACTACTAAGTGTAATGATTAGGACTGTGCAGCCTA
TGATTTCCTTCACTTACTTTATGTGCGAGCATTACAATGGAAATGCAAGT
TTGTACAGTTTAACAATACTTGAAATAAGTCTAAATGTAACATTCACCCA
TACCTAATAAAGTAAAACTATTTTAAAGGAGCACAAATGAGGTCTTTTCA
TGTTGTGCTGCATGTAAAGGCATTTCAAGTTTAACTATATCGAGACTAGT
TAAAAGGGAGCACAATTGCTTTATCTCCAAAATGCATTAGCAAGGCTCAC
TGGCTCTTATTTCAGCCAGGGTTGATGATTAACATAACAAAAAAAATAGA
TGTGCTTCAAAATGTGTTTCAAAGAGCAACCATAAAATCGTCAGAGTCTT
AACTTTGGGCCTGGAGAAACCTCAAATTTAGTTCTGGGAAACCTCCACAT
TTCCTTTGCTTCAGAGAATGACATGTATTATTTAGGTACTGCTTCGCTTC
CCTTTGATTTCAGGGGGTTTTCCTCAAGATTAGCAAACCACTGGGAAACC
TTTGCGAATGAAATCTGCACGCTTTAATTTTGACAGTGCCTAGAGAGAGG
TGTGATTGTGCTTAAATCAATGAGTCAAGCCACTGTGCATGGTGGTGATC
AAGAAGCCGAAAACGTGCCGGCGAGGATGAAGCCATTACTTCGCCAATCA
CCAAGACTTTCAATAAAAGCTTCCAAGAACGCTCCAGGAAAGAGAGCCCA
AATTATGCATTGCCGTCAATTCCGACGCGGATTGCCATCGCATATTTTGG
CCACCATTTGTCTGTCTCTTGACTTGCAGTCAAGACCAGAGGGGTAGTCT
CATGATGCATAACTGGGAGAGCAGCATATATTTAATTCCACTAATTCTGC
CCAAATACTGGTTAATGACTAAAATAAAAGGTTTAAAAAAATGGTGAACT
TTGTGGGAATGGCATAAACATGGAAGCAATTCATGACGTTGGTGAGTGCA
GATAATCATAGTGCACAAAGCACATCCTGGATTGGTTGACGTCAAAGCTC
CTTTGATCTGACATTCGTGATGACGCTCAGATTCAAGACTGACACAGCCT
GGTTCGAAAAAACCCACCCACTAGCCACAAATCGCTTTCGTCGGCTGTCC
TTTGAGAAAAATGTATTTGGTCCCAATGCAATACTTGTAACTATTTAAAG
CACAAATACTTGCCTCCATTGTCTCCTGTCTCTCATTAATGAGCTGTTAT
TTGGATTTCCTTTTATGGAAACTAAATCTCATGGACCACTTTTGGACTAG
CAGCAACTCTCCCAGGGTTTCTTTTCGAGTCTTAAGGTTCAAGTTTCAGC
TACGACTTTGGCGCCATACGTTAAGGGAACACACATATTATATTTGAAGG
CTTGAATTTAAAGTGCCACCAATAATGATAGAATGCACAAAATGTGAACC
CAATGTGAACTTGTGAAAACAAGCCAAGGGGCTTATCAAACTCCAGGGCT
GCTCCTCTGAATGTAATTTTAGCAAACCAGGTAGCGTAAAAAAGCCAATC
TTGAATTAAAACAAACCAAGAGACTGAACGTGATGTTATGAACCAAGGTG
CTATACATATACTAGTTTGCAAGATTCAGGCTGTTTTGAGTGTAATTCAA
TTAATCCTGAGAGGGACTTGTGCACGTAGGAAATGCATCAGAACCAGGTT
TGAAAGTTTCACCTTCAGAGCAGACTTCAGATTTACAAAACGGCCTGAAT
CTTGCAATTTCTTGTCAGCCACTCCACGCTCGTCTACTCTACAGTACTAT
GGCATGACCCTCAGCAATTGACGAGTGCTAAGACAGCAGTCGTCAATTGC
TGAGGGTCCAGCCGTAGTACTGTAAAGGAGAAATCCCTGGAAAAGAGCCC
TGAGGAGTATAGTCCATTCACATAGCGACCTCTATCCCCAGAGTGGAGAC
AACTTTCCAGTGTTGCCAGATGTCTAGGACCAAAAATCGCAAATGAATGA
CTCAAAATCGCAAGACCTATTACCTTCAACCTCAAAGCCGCAAAGGAATC
GCAAAAAATCGGGAGGTTCGTCACTTTTTGGCCCAAATTCACTACAACTC
GTCACATGTTTTGCCAAAAAGATGCGTGATTAGTTGACTGCAGGAAAAAA
ATGGTTCGATGTAAAAAATGATAATTTTAAGATTGTTAACTTTGGTCCAA
GAAATGCATGAAATGAGAGGAAAATTGATTTGTAAGTGAAATAAATTGCT
GTCAAGTCATAAAATTGTCGTGAGAACACGCAAATTTTGTTTGGCCCATT
ACTACAATATTCCCTGAACCAATTCCTCCCCCCAAAGAATGGCAACTAAT
GCTGCCTTTTTTAAGAGTGTATTGATTCCAGGAACAAAATATTGAGGCAA
CACTGCCCAAGAAAATAATTTATTTTAGCCTGTCATGAAAAAACTGGAAA
TTTTCAAAATCAAAATTTTAAAACAATGTATATTTTGTATTCCGAAATTC
TTATTTTCATAAAGTGGCAAAAATGTACTTTCAAGTGATAAATAAATTCG
GGAAATTCAGTCAATTATTTACTGTATGTTAGATGTGCATGGACTGATAC
TTCCTTCTGCAAGCTACCCACGATTGATCTAGGGTTGAGAGAAAACTATT
TGCTGTTTTGATTCGTTACATATAGATGTACAGAATCTAACAGAAATGGC
AAAATATGTTTTATGAAAATTTAAAATTTCGAGCTCTGACTGGCAGTATG
TGTGTTTTTAAGCAATCAATGCGTCCCAAGCCTGGAAACGCTGGTCGAAT
TTTTGGAAAAAATGTGAAAAAAATGCTCGCCTTCTAAAAGTTATTTGGAA
GGAAATTCTTGTCCCAAACTTGGCGCCCAAATCGAAAGATTAGCGATACA
TCGCCAGATACTATGGCAACACTACAACTTTCCACAAATTTTGGGTAGAA
CAGCTGCTGCACAAAGAAGCAGGATGTCTGAACAACTCCTGTTGTAGGCA
CACTCTGTACCCTAGGAAGGATTTGCTGGAGAAGGCTGTGCGATTATTGG
TTGGTTGGTTGTGCTGGCCCGGGACATTTCTGTCCGGAAATGACATCTCT
CACGGGACTTAGTCTGACCGTATTCATGAATTGTTACCAGGAATGACNGG
CTAATTTCCCGCCCAATGGCCTGATCAGGGGTCGCTGGTCACCCCCTGAA
AGGCCACTACGTAGCTGTACATAGACCCGGATTGTCTATGTCCTCGCGAC
CTCTAAGGCTTGAAAGGTTGCGAGTGTGGCTGAAACTTTTGCCGAATAAT
CTGTGTCGATTAGTATACGTATAACGCAAACGTGATCTTCCTCGAAACGT
TTTCTTTTAAAGGGAAGTCAGAGCCCAAGCTTAGTACAAAAGCATTCAGT
AAACCAACCTTCGAGCTAAAATATCGCACAAAGCTCACGTTCCCCAGCCT
TGGCTTACGAAAATGACTGATCAGGCAATGGAAGCCGGCAAACATGTCTC
CGGCTGTGGGTGATTGGAGGTCAAAGCGGTAATCAGGGGCAGGACTCGTG
CGGTTTGTCTTAATTTTGACGGATCCAGTACAACAAACTTGAAGTGGCAG
GCCGCCATGCAGCTGATTTTTTCAAACTTCGTTTTCCCGCCAAATTTCGA
GCGCCATCGGCTCACAGCCCTATTGGGAGGGAGGACTCTTGTTTGCCCAA
TGGACACAATGGCCCAAGAGATCTTGGATAGCAACTCATTTTGAAGCATG
CTTTCTTTCCTCTATGGAATTCAAGCCAATCGCAATGAGTGCCGAGCGCA
GTCTGGCATCAACCTTGGAAAACAATAAATGCCAAATGCCACTTTATTAA
AGTGAGCAAAAAACCTTTTCCTCCCAATCAACATTTCGCGGTTCATCGCA
TTCAGGATGTGTTTTGAACAAATGACGTAATAGTGCTGGCAACCTTGGGA
GTCATTTGCTTGAATCCTAACCTTTGAAGTCAAGGGTGTCTTTGACACTC
TAAAAAGATAAGCGCATAGGAAAATGGGTTGTAAGACTTACGACAGTAAA
ATCCTGATTAAATTTTTCTAGCAGCGGTGTCTAGATTATTTTTTAAGGGG
TTTCAAACAGAATACTCAATTTTCTGAAAATGATTAAAGCGGTGCCCAAC
ATAAAAAGACAGGACGTTTCGATACTGAGCAAGAAATGCCGATAAACCGT
TATTTGTGTTAATAGTATTCGCCAGTTTAAAACCCCGCCTGATCAGACGA
AGATTAACTGCATTCCAGTGCCAAAAATCATGTTTCAAAGTCACACATGT
AGTAGACTGATTTTGAAAAGAAGCAAAAATTGTACCCTTCCTTAGTTTTT
CGAATAATAACAACTTTTGACAACCATCCGAAATAATCCTAGTCACCGAT
TTTGGTCTATGATTTCTTTTGATAATCTCAACGCGAGTTTTTTTTTCACT
TTTGCAAACGAATCTTTAAGATTTGAGAAAATGTGACCAGGAATCCCAAC
TTCAAAAAATCGACTACGATGCCAACTTTTGATTGACCGTTTTGTTTCCT
TCCGTTCTGAAAATGCAATGAACACACCTTTCAAAAGAAACGTCGAGGAA
TAAAGAAAAAGAGAGGTAATAGAATCCAAGTTTTTCAAACATTTTTTAAT
CGAGAGTGTACCATGTACGAAAATTCCATCACACTTGGTGGTGGTCACAC
TTGGTCACCAAGATGGTACTTAGATGTTCGATTACTGATCCCATCTGTCC
CAATTGAGTTCAGTTAAGGAGCTCCATCTAATTATTTCAAAAGTTATTAC
TTGCATTAACTTGGTCTTTTGTTACGCTTACAGTACATCAAACCCATGAA
CTTGCCTCGACAATTGGGTCATGTTAGTTTCTAATGTGATACAAGTACAG
ATGCTTGATAAAAGACACTCAAAATTTCCAGGGTCAGGAAGACAATCAAA
ATGTCACAAGCGTTTCTATTCCGAAAGGCAAAAGCGCTGAGAGTTTTGCC
CGAGACTCTCTCAGGCGCTAATTACAGACTTCTTTTCTATCAGAGCTTTC
CCTAATAACGTTTCCAAGTACATTTTAGAGGCACGAGCAAAATTTGTCCG
CTCTCAATTGGTCCCTTGAACTAGATTTGAGAGCTGGGCTGAACTGAAAC
AAAGTGCCGGGAGGTAATCGATGAAATGAGGGCCGATAAGGTTTAGATAA
GTCCAGCAAGTTTCTTGAGTCAAGCGGATCAAATGCACAATTGTCACCAA
CACATGACTGATCCTAGGTGAAAACCCACCTCTAACCATTCCTAAACATA
TTTTGTATGCCCGAATTTCAATGAAAATATGCTCAGACCCAATTCAGTGT
TGCCAGATACCAGCAAGGTCTTTTACCAAAATACGTTTACAGTTGTACCA
TCTTCAAAGCAGTGTAAAAGTCCTTGCTCTAAAGCTAATACACAAATTGG
GGATTTTCTTCTCACTGTTTTATTCACACATCAGCCCCCCCCCCCCAAAA
AAAAAATACACTAAATCCAGGCGTTACACAAAATGATAGCTGGTGTACAT
TGTACACCTTGCCTGCTGAATTATTCTATTTACTTTAAAATGGTCCAGAT
TATAGTAATCTGATTTGCCCCCTCCACACCGAAAAAAGCACCCCTCGATT
TCGGTCATAAAGAAGATAGGGCGGTAGTTTTTCCACGTCAGGGAAATGGT
GAACCAAGTATTGAGCCCCAACAGGCAATTTGAAGTGGATATGGAGAATT
TGAGGCTGGACAGGATCAGATTAATTAATAATTTCATGTCAATCACTGAA
TATTACATTGAAGTGAGTGTGATGGGAGATGTACAGGGGCTTTATGGAGA
TGACGAGAGAGAGGGAGCAGACCAGGGAGCACACAAGGAGGTTGAATAGC
TGGAGTGAGCGTGCCTGGCAAAGTGGCTGAAAGGGAGATCAGCGACAACC
AAGTCTGCTGATCTAAATGCAAAAAAACAGTGCGCCTTGGCCTGGTTTTT
TTATGGCTTCCACGGCACGCCCAAGGAAATCTGACAGGCCAAGACACGCC
GATCTTGCATTTAGATCAGTAGCTTTGTTGTTGCTCTTTTTCGAGTGGCT
TGGTCTAGCTTAATTACTTTAATGGGAGCACATAGCATATCAGGGACCTC
TAATATTACAGGGTGGCAGTTTACGTCAAAATTATGTTGGTGAACCAATT
TCAGGTCACCCAAAAAGCTTTGTTTGTTTGAGAATTAAGTATCGCACAGG
ACAGCTATATAATGTCGGGTAAATCGACTCTATCTTTTCTATGCTTTTCG
TTACATACTGGGCTGAAATATGGATACTCCACCAGATTGAGACGTTTGAG
GTCTTCGGCCAGCTGACTGGATATTATGGATGATACCAATATCCGTTCGT
ACCTTGGCAACTTAACTTGGGGCTTGTCTTTGATGGATGCACTCCAAATA
TGGCCTGGAGTGACTATGGTTCCAAACCCAGCTGCAGCTGAGCGCATCCA
GGTTTTCATCGGGTGGTGATTTATTTTGATGGATTCCTTGGCCAAGCTGA
GGAAAATGGCTATTTTGAGGCTGGCCTAGGGCTAAACAAGAGGCTCCACT
TTGGTCACCTTGGCGATGTGACTCAAAAAATATCCGTTCAGCTAACCAAA
TTGATGGCTAACAGAGGGTTATTCAGATTAATGGCTCTGGTTTTGAAACA
AAGAAAACAAATCTACGGTCCATTGGTCATTGTCAAGTCTGCCTGTCGTA
ATGAATCAGTCAAGATGAACGCCATGGGAGATTGAGCTAGAATGTACACC
TGTACTTCAATGACGAAGGATTACCCATCATTGAAAAGGCTCTTTTGGTC
TTCAACCAATAGTCCATCTGTGTTTTTCATTCAACGTTGTCAAGCTCCAT
TGGCACAATAGAAAGAGAGAACAATGGAGAGATTTACATTCCCAGACACA
ATGAAAGGAATCAACAACACCCCGATCGATCGATCCAGAACGTAACACAC
TCATGACTTCTCCACAGTTCATCTTGTGCGTTGTTTGGACCCCAAATTTG
ACCTTGGAGGACACCCAAACGAAAGCTTGTCCGCCTGTGAATGATGAATT
GTACAGATCGTTGAGTGGAACCCCGAAGAGATTGTACTGGGTGGGAAACA
GATTTCTGACCTCGGTAGATTAGGCTCATGATTAGGTTTCTCCAAAAGCT
AAATAATAGGAACTTACAGCTTGGATATCCCGGCGTTAGTTCAACCGTTT
TGGTGGCGATTCGAGGATTTTTTTGAATGGCCAACGCTGGTTATACGGAT
TTGCTCAATCATCTCTTGGCATATTACCATCGGGTTGTCATAATGTGACA
ATAATCGGTTGTGCTTATGTCCATCAACCCTCCCAGACCTGGTATTTGTT
CTTAATTTCAAAATGATGAAGGAAAATCGAGGTAAATATGAAATTGCAGT
TCCAGTTATACACGTGACAACCCCTAAATTGTCTCATGTTGCGTTTGCTA
CGAATTTAAAAGAATGGGAAGCAATATTCAGGCGTTTGCTGACTATGTTT
AGCGTTCATCTGGGAAATCTAAAACAGGATATTAATTAAAAAACATAATT
GATTTGGCAAAATGGTCTGGAAAGTCCAATTGGGCAGAAATTCAAAGGTA
AAGTGTGTCAAAAAGGTTATTCTGTTGGGTAAGATTATTCAATGTTGCCT
TGGACGATTTTGCGCAGAGAAACGTTCAAGCGGTTTTTTTCTCCTAATGA
TATCACATACTTGCGCTTTTATTCCAAACTTTCGACATTTAGCTCTGAAG
TGAAATCTGATTTTCTGAAATGCTAAAATTTTCTTCAAAAGATACAAATT
TATTTGTTATGCTTAAATTTCTTCATGAAAATCAGCAAGTACTATTTGGG
ATTATCCGGATGGATATGAGATTTTGTTGCCTTTCCAAGGAAGTTCATTA
TTATGCATGGTTGCCCCACCTGACTCAAAAAAGATCGTAAAATATAACGC
CAATCACGAGCACATTCAGGCGAAGAAGTGCATTCAAACCAGTTGACACT
AAAATGGTGCTTAAATCAGTGCTGAAAAGATAACCTGCTCAGATCGCAAG
CCTGACGTTGGTCATAATTCGGTCAAAATCAGTCCCTCCAACCGATGGGT
TTGCCCGTTGATCCCTAAGGTGGTGGTCTCAATCATTAGTCATTACTCCA
CATCATTAAATGAAGTTTCCAAGGCTCATTAGTACTGGGCCTACAGTACA
TCTAGATGCTTGAATGTGATAGGGCTCATCGGTCGATTGCATCTCTTTCG
TGGCTCTGGGCCACCATTAAGGGTTTCGTTGTCTCACTTTCAGCCAATCT
GAGTTTCAGGTGAACTGAGATAGTCGTACCTGACAATTGATTTACATTTT
GCTCCAAGGCGTCTTTATGTGGGTTGAGTGAGGCAGGAATAAGTGACGCC
GAACCCCATTATTGGATCAATCCAGTTTGGCCCAGGTAGATGACCTTGCC
TGAGGCATTCAAAGACAAACCAGAACCCCGAAAGGTGGCATTGTCGGGAG
GCATCTTCTTCTGAGGAGGCGAAACCAGAATGTTGGGAGCACAATGGAAG
TTCATCTAGAGCAGCTCTTATACAACTCTCCTTTCATTCAAGGAGCACGC
TAGAAATGGAGAACTCTCCTCGGCTTATCAGCTGTTTTTCCATGGCTAAT
CAGCTGTATGTGTTTGCCTTGCTGGAGAGTAGTTGTTACGTTTCACTTGC
TACTGTGTTTCGTCCAATGATGATCAAAAGACCAGTGGTGGTAATAATGA
CGTTATGGATGCCATACATAGGGTGAAAGTGTATTCGTCAAACGCTTCTC
AAGCTTGTCGATGAGGGATGGTCAATTCCGATGCAGCAGATGTACATGAA
TAATATTGTATATATGTAATTCTGGGAATCCTTTCATTCTGAAAGATATA
CAGTACAATATATAAACAAGTCCCTAACACGAATATGAAACAAGCAATTC
CAATCTAGACTTAGCTTGATGCATGGTATTTGGTCACCTTTATACTAATG
TTTGCGTCTAGTTATTTTCTTTGCTTTGGCAAAAGTTATTTTTTGCATTT
TCTGTCTGCAATGAAATCAGTTACATATCCTTGGATGTATTCTGAATTAT
GTATCATCAAGCAAACAGGGTAACCTTTATCTACAATTTGGCGTATATGT
TTAAATGTTTTTGNTATTAAAAAATTGCACACTTTTGGTCAACCCTAATC
ATAACCAATATTTGGGTTGTGTGCTTCAAGGTTGTATTCCTGGCACGCTT
GTGGCATTGATAAACGCAAAGTAAAGCACAGTACAATTTCGGGCCGTTGG
TCATGATTGAGTGACCCTAATTGAGCGTCCATGCTGATCACGTCTGCGCC
GGAATACATTAGTAGACGCCAGATATTACAGTCAAAGCGTCTAAAGGCCA
AGTGGAATTTCTGTCTTCGCCGCATAAGGATATGGTGTAAGTAATAGATC
CTTTCATTCTGAAAGATATACAGTACAATATATAAACAAGTCCCTAACAC
GAATATGAAACAAGCAATTCCAATCTAGACTTAGCTTGATGCATGGTATT
TGGTCACCTTTATACTAATGTTTGCGTCTAGTTATTTTCTTTGCTTTGGC
AAAAGTTATTTTTTGCATTTTCTGTCTGCAATGAAATCAGTTACATATCC
TTGGATGTATTCTGAATTATGTATCATCAAGCAAACAGGGTAACCTTTAT
CTACAATTTGGCGTATATGTTTAAATGTTTTTGTCAGCCTTGGCCTGATG
AACAACAACATTTGTTTGTCGGAAATGCATAAAATAACAAGCAATCACCC
CAACGAGCTATTCAACCTAAACCCCTCGGTCTTGTGGCTGACATTTTAAG
ATGTCTTGTAATTTCTGTGTTTATTTGAGTGAAAAAGATTCAGAGTGTGT
CTTTTTGTTAGCTCCGAACAATTTTCCATTTACCACAAGAGCTGATAAAA
AATGGGCAGAGGGGTAGTCTCCATATTCAGAGCACTCCATCCCTCATCCC
AATATTGGCCAATGACGAGTCACAAAATGTACTCCGACTCTTTTTCGCCC
GTGGTCAGTTTTGGGATTTTGCTCCAGGCCAGTGATTTTTGTGCCTGGCC
TGCATTGGTAATTAGGCTTTGTCTGAGTACTATCAATTATGCCTGGAATA
TTAGTAGTGGTCCTAGCGATAGAGGAATTACGCAGTCCTACAAGTAATGG
CTATCATTGGGAAGTAGCGCCGAAGTTTGGCTCAACCTTAGTGGAACAAT
TGTCTCCCAGCCCACGTGAGGTGGGTGCGAGGAATTGGTAATCGAAGAGA
ATTTGTCAAGGTTTAACATCCCGATGGAACCAACAGTGGCCACGTTCCTA
ACCCAATAGTTACAGATGTGCTCAGTTGGACCGAAGAGGGCTCGCTTAAC
AAAGTGAGACTTCTTATCAGTCGTGAGTTTTGGGTAACTTGACCAGACAT
ACAAAAATTGCGAAGAGAGGGAAGGCAAGATAAGTCGTAAAACGTTCGAA
GATTCTTGCAAACAAAAACAAATGGTAATTTGTGAGCAATGTGCCAGCAT
CAAAAGTATGTTAAAGTTGCTTTTGCCGAATTGTCAGTCTTATTACTTTG
CTTACATAAAAAATGGGCAAATAAAGTCTTGTCACAGCCTAAATTCAGTT
AAAGGATTTAAATTCGAGAGATTTGAGGATGAAAATTCTCACGTGGGCTT
AAAAAAGACCTTTTTACCAAGTGTCATGTTCCAGTCTTCAAGAGCTTTTG
CTTGCGAATAAGATATTACTCAAAATCTCGAGTTGGTATGGTAAAATGTT
GATTGATGTTTGAGTATGACACCAACCTCGTATTGCCACCAGCCCTTGGG
AGGAGCCCCGAAAAAATGATATCCAAACGCAGTCACATATTTTGAGACTC
ATCCTGTCAGATATTTTGCGGCTCACCCTGTCAGATATTTTGCGGCTCAC
CCTGTCACATATTTTGAAGCTCACCCTGTCAGATATGATAAGGCTCACCC
TGTTGTGTGGCGATGCTCGAAACGTTTGTTCGCGATCGACGGTAGCTTCT
TGGAATTCACATTGACACGCTTGGAGACATGATCTTGAGGTGCTCCGTGG
GTCAATGACTCAGTCATTCTTCCTGATGAAGGCTGGATTTGAACGCTCTC
AACTCTTCGCACGAGTTGAGAGCGTTCAAATCCATGCCCGATATAAGCCG
ACCTTGAATTGGGTCGGAGCCAATCATGCTCAAGAGCACTCACGGAGGAA
TCCAGATGTCTGATAACCATAAACTTTTGGCTCTCTGCGTGCCACTCATT
CAGACAGGTCACCAAATTAATTGACCATTCTCACTCTCAAATCAAGACGC
CCTAGCAAACCATTGGACCTGTCGATAATTGAATACCAATATCGATATTG
ATAACCGAAAAAAAATTACAGATATTGATAACCGAAATCGATTATAGATA
TTGATAACCGAAATCGATTATACTGTACTGTAGATATTGATAACCGAAAT
CGATTATACCGTAGATATTGATAACCGAATCGGTTATCGATAACCAATAT
TTAAAATCGGTATTGATAACCGAAATCGATTATCGATATTGATAACCAGT
ATCTAAAATCGATATTGATAACCAATAACTAAAATCGATATTGATAACCG
ATTTCTAAAATCGATATTGATAACCAATATCTAAAATCGATATTGATAAG
ATATATTCATAATTGATATCAATGTTGAGAATCGTTAGGGATATCAAGAA
TCGACCTTAATTGAAATGGCAATAATCCATTGCGATTAATGTAGATTGTC
GATCCGAAGGGAAAATTCGAATTTGGCATTTATTTTTGAGAATATACAGT
AGCACAGCCCAAGTGGATGGGCACCTTGAAGCAATTTGTTTTCATTTTTA
AGGTATATCCCATCGGTAGTCGAAAGGTGGTATCAAAGTGCCGCTTATTG
AATCTTGCTATATACTGTTCAATCTTTAAAACTATGGTAAATTACAAATC
AGGAGTATTTTATACCCCAAAACAGAATGGGGCCAAAGCCATCACGTTTT
GGACGTATTGCCCTTTGATGATGGAAATGACACTTTTAAATAGCTTACAG
TGTGTAATCGTTTATTTCCTACATATTAAAATAGGTTTTTTGCCCGAAAG
TCAACACTTAGCATACGAATACTAGTCAATAGTGTTAGGGCCATTTTTAA
ATAAAATATGCACATTGGAAGTAGTGTACGACAAACAAAGATAATGAAGA
CAAAATTGCAGCAAATTATACAAAACGGAACAACTCAGTAATGAGAACGC
AATAAATGTTTAAAAGACTAAACAAATCTATAAAACTTCACAAAACAAAC
CAACAATAAATGTTAACAAAACTTAACACAAATATTCTACACAAAACAAA
AACAGAAAATGAAAAACTCAACAGAAGGCTCTAAATAATAAATAAATCGC
ACACGTATCAAACACACGTACAAATCGTACAAATCAAGTATCAAAATCAC
TCAACAACAGAACTGCATGACATTCATCAAATAGGGGCCGATCTTGATAT
TGATTTGGCCACGTTCGAAGCCATCCGCTTGGTACTGGCTTCTCGCAGGG
CTGGGAACATGTTCCACATGGCAATTCCGTTGTCCACCAGGGTGTTGGCT
GCGAAGGGAAGATGCGGTGA

Synonyms

The feature 'ap-1 complex subunit sigma-1a' has the following synonyms


Synonym
Tk00384

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