bcs-1 protein, snap_masked-scaffold136_size321413-processed-gene-1.0 (gene) Tigriopus kingsejongensis

Overview
Namebcs-1 protein
Unique Namesnap_masked-scaffold136_size321413-processed-gene-1.0
Typegene
OrganismTigriopus kingsejongensis (Tigriopus kingsejongensis)
Associated RNAi Experiments

Nothing found

Homology
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000001414 (supercontig:LSalAtl2s:LSalAtl2s1241:78790:79435:1 gene:EMLSAG00000001414 transcript:EMLSAT00000001414 description:"augustus-LSalAtl2s1241-processed-gene-0.11")

HSP 1 Score: 156.762 bits (395), Expect = 7.962e-46
Identity = 82/112 (73.21%), Postives = 92/112 (82.14%), Query Frame = 0 
Query:   19 APYRPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAPYQPAP-YKAAPAP-YKPAP 128
            APY PAP+Y E+PA YQYQYAV+DEYAG+NFG +EARDGY+T G+Y V LPDGR Q V+YNVADAYSGYVADV Y GEAKYEP  PA   P+PY+PAP Y AAPAP Y PAP
Sbjct:   43 APYHPAPSYKEDPAVYQYQYAVSDEYAGLNFGADEARDGYSTQGKYSVALPDGRIQTVSYNVADAYSGYVADVTYSGEAKYEPXHPA---PSPYKPAPVYHAAPAPVYHPAP 151
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000001415 (supercontig:LSalAtl2s:LSalAtl2s1241:84693:85124:1 gene:EMLSAG00000001415 transcript:EMLSAT00000001415 description:"augustus-LSalAtl2s1241-processed-gene-0.12")

HSP 1 Score: 154.066 bits (388), Expect = 6.998e-45
Identity = 82/128 (64.06%), Postives = 94/128 (73.44%), Query Frame = 0 
Query:    3 TFAALLALAAIAVADN--------------APYRPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAPYQPAP 116
              +ALLA+A  A AD               APY PAP+Y E+PA YQYQYAV+DEYAG+NFG +EARDGY+TNG+Y V LPDGR Q V+YNVADAYSGYVADV Y GEAKYEPY PA   P+PY+PAP
Sbjct:    2 ALSALLAVAMSAPADTYRPAPYHPAPAYKPAPYHPAPSYKEDPAIYQYQYAVSDEYAGLNFGADEARDGYSTNGKYSVALPDGRIQTVSYNVADAYSGYVADVTYSGEAKYEPYHPA---PSPYKPAP 126
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000009893 (supercontig:LSalAtl2s:LSalAtl2s643:512403:512841:-1 gene:EMLSAG00000009893 transcript:EMLSAT00000009893 description:"augustus-LSalAtl2s643-processed-gene-4.10")

HSP 1 Score: 140.198 bits (352), Expect = 5.158e-40
Identity = 77/124 (62.10%), Postives = 89/124 (71.77%), Query Frame = 0 
Query:    1 MQTFAALLALAAIAVADNAPYRPA--------PAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAPYQPAP 116
            M+TF A+ AL A+A+AD+              P+YNE PAAYQYQYAV D+Y+GVNFG +EARDGYAT G Y V LPDGR Q VTY+V DAYSGYVADV Y GE KY PY+PA   PAPY+P P
Sbjct:    1 MKTFIAVSALLALAIADHPAPYHPAPAPYHPAPSYNEVPAAYQYQYAVKDDYSGVNFGADEARDGYATKGSYTVALPDGRLQTVTYSVTDAYSGYVADVXYSGEPKYAPYKPA---PAPYKPTP 121
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000002183 (supercontig:LSalAtl2s:LSalAtl2s13:549731:697504:-1 gene:EMLSAG00000002183 transcript:EMLSAT00000002183 description:"maker-LSalAtl2s13-augustus-gene-9.14")

HSP 1 Score: 144.821 bits (364), Expect = 1.164e-38
Identity = 63/104 (60.58%), Postives = 84/104 (80.77%), Query Frame = 0 
Query:  287 QPYFRTHGQTYRIKVGDPVTMTCKVENLGSSVIVWKQTDRIISAGERLIRKDPRMKLVREPNGISLHITHVTPDDRGSYICELETYGEPIHQTNSLDVLGESAQ 390
            +PYF +   TY+ K+G+ VT++C ++NLGSSVIVWKQT+RIISAGERLIRKD RMKL+   NGI+L I ++ P+D+G YICELET+G+PI Q N + VLG+S +
Sbjct:   44 KPYFLSRPTTYKAKIGETVTLSCNIQNLGSSVIVWKQTNRIISAGERLIRKDSRMKLISSDNGIALKIVNIIPEDKGEYICELETFGDPISQKNLIHVLGQSLK 147
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000003353 (supercontig:LSalAtl2s:LSalAtl2s1834:174757:175847:1 gene:EMLSAG00000003353 transcript:EMLSAT00000003353 description:"maker-LSalAtl2s1834-augustus-gene-0.3")

HSP 1 Score: 140.969 bits (354), Expect = 2.261e-38
Identity = 69/109 (63.30%), Postives = 83/109 (76.15%), Query Frame = 0 
Query:   11 AAIAVADNAPYRPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAPYQPAPYKA 119
            +A  V  ++PY  A +Y + PA YQY YAVAD+Y+G NF  NE RDGY+T GEYRV LPDGRTQ+V YNVADAYSG VADV+Y+G A Y+ Y+PAPY PAP+  APY A
Sbjct:  172 SAPVVHKSSPYHAAESYADTPAVYQYGYAVADDYSGTNFAANENRDGYSTYGEYRVALPDGRTQVVNYNVADAYSGTVADVKYEGTAHYDTYKPAPYHPAPHHLAPYHA 280
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000004844 (supercontig:LSalAtl2s:LSalAtl2s2560:13440:35521:-1 gene:EMLSAG00000004844 transcript:EMLSAT00000004844 description:"augustus-LSalAtl2s2560-processed-gene-0.2")

HSP 1 Score: 134.42 bits (337), Expect = 2.293e-36
Identity = 71/118 (60.17%), Postives = 81/118 (68.64%), Query Frame = 0 
Query:   15 VADNAPYRPAPAYN--------EEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAPYQPAPYKAAPAPY 124
            V    PY PAP +         + PA YQY YAVAD+YAG NF QNE RDGY+T GEYRV LPDGRTQIV YNVADAYSGYVADV+Y+G+A Y+ Y+P  +K A Y P      PAPY
Sbjct:  126 VHQPTPYHPAPTHKSPYHAESYDTPAVYQYGYAVADDYAGTNFAQNENRDGYSTAGEYRVGLPDGRTQIVNYNVADAYSGYVADVKYEGQAHYDTYKPV-HKHASYHP-----TPAPY 237
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000012577 (supercontig:LSalAtl2s:LSalAtl2s937:136997:140196:1 gene:EMLSAG00000012577 transcript:EMLSAT00000012577 description:"augustus-LSalAtl2s937-processed-gene-0.11")

HSP 1 Score: 126.716 bits (317), Expect = 1.851e-34
Identity = 63/84 (75.00%), Postives = 72/84 (85.71%), Query Frame = 0 
Query:   35 QYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAP-YKPAP-YQPAP 116
            QYQYAV+DEYAG+NFG +EARDGY+TNG+Y V LPDGR Q V+YNVADAYSGYVADV Y GE +Y PY+ AP YKPAP Y+PAP
Sbjct:   80 QYQYAVSDEYAGLNFGADEARDGYSTNGKYSVALPDGRIQTVSYNVADAYSGYVADVTYSGEPQYAPYKSAPAYKPAPVYRPAP 163
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000009892 (supercontig:LSalAtl2s:LSalAtl2s643:493611:494175:1 gene:EMLSAG00000009892 transcript:EMLSAT00000009892 description:"augustus-LSalAtl2s643-processed-gene-4.8")

HSP 1 Score: 118.627 bits (296), Expect = 4.237e-32
Identity = 64/104 (61.54%), Postives = 74/104 (71.15%), Query Frame = 0 
Query:    1 MQTFAALLALAAIAVADNAPYRPA--------PAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGE 96
            M+TF A+ AL A+A+AD+              P+YNE PAAYQYQYAV D+Y+GVNFG +EARDGYAT G Y V LPDGR Q VTY+V DAYSGYVADV   GE
Sbjct:    1 MKTFIAVSALLALAIADHPAPYHPAPAPYHPAPSYNEVPAAYQYQYAVKDDYSGVNFGADEARDGYATKGSYTVALPDGRLQTVTYSVTDAYSGYVADVXXSGE 104
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000009004 (supercontig:LSalAtl2s:LSalAtl2s5650:4067:4550:1 gene:EMLSAG00000009004 transcript:EMLSAT00000009004 description:"snap-LSalAtl2s5650-processed-gene-0.3")

HSP 1 Score: 118.627 bits (296), Expect = 4.293e-32
Identity = 64/120 (53.33%), Postives = 76/120 (63.33%), Query Frame = 0 
Query:    1 MQTFAALLALAAIAVADNAPY---------------------RPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKY 99
            M++F AL AL AIA AD+                         PAP+Y E+P  YQY+YAV+DEY G+NF  +EARDGY+T G+  V LPDGR Q V+YNVADAYSGYVADV Y GE KY
Sbjct:    1 MKSFIALSALLAIAFADHPAPAPYHPAPAPYXPAPAYKPAPYHPAPSYKEDPTVYQYRYAVSDEYXGLNFEADEARDGYSTQGKXSVALPDGRIQTVSYNVADAYSGYVADVTYSGEPKY 120
[Close]
BLAST of bcs-1 protein vs. L. salmonis genes
Match: EMLSAG00000007669 (supercontig:LSalAtl2s:LSalAtl2s446:41257:76039:1 gene:EMLSAG00000007669 transcript:EMLSAT00000007669 description:"augustus-LSalAtl2s446-processed-gene-2.13")

HSP 1 Score: 117.087 bits (292), Expect = 3.613e-29
Identity = 77/136 (56.62%), Postives = 89/136 (65.44%), Query Frame = 0 
Query:   21 YRPAPAY-----NEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAP---YKPAP-YQPAP-YKAAPAP-YKPAP---YKPAPAPYKAAPSY 142
            Y+PAPAY     +E P  Y YQYAV+D+Y+GVNF   E  D    +G Y V LPDGR Q V+Y V D YSG+VADV+Y G   Y  Y+P P   YKPAP Y  AP YK AP+P YKPAP   YKPAPA YK AP+Y
Sbjct:  118 YKPAPAYQPATYDESPKPYNYQYAVSDDYSGVNFSAEENSDAKVISGSYSVALPDGRIQTVSYTV-DGYSGFVADVQYQGTPTYPKYEPKPSSSYKPAPTYNTAPAYKPAPSPAYKPAPVPAYKPAPA-YKPAPTY 251
[Close]
BLAST of bcs-1 protein vs. SwissProt
Match: gi|75026432|sp|Q9V7U0.1|RESIL_DROME (RecName: Full=Pro-resilin; Flags: Precursor)

HSP 1 Score: 65.855 bits (159), Expect = 4.574e-10
Identity = 34/71 (47.89%), Postives = 45/71 (63.38%), Query Frame = 0 
Query:   28 NEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAK 98
            N+EPA Y++ Y V D  +G++FG +E RDG  T G+Y V LPDGR QIV Y       GY   +RY+G+A 
Sbjct:  339 NDEPAKYEFNYQVEDAPSGLSFGHSEMRDGDFTTGQYNVLLPDGRKQIVEYEADQ--QGYRPQIRYEGDAN 407
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325267609|ref|XP_023342074.1| (cuticle protein 7-like [Eurytemora affinis])

HSP 1 Score: 142.51 bits (358), Expect = 9.664e-36
Identity = 85/139 (61.15%), Postives = 97/139 (69.78%), Query Frame = 0 
Query:    7 LLALAAIAVADNAP-YRPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAPYQPAPYKAAPAPYKPAP--YKPAPAPYKAAPSY 142
            + AL A+  ADNAP Y   P+Y +EPA Y Y YAVAD+Y+G  F   E+RDGY+T+G Y VNLPDGR Q V Y VADAYSGYVADV Y GEA Y    PAPYK A    APY  APA Y PAP  YK +PAPYKAAP++
Sbjct:    7 VTALFALTAADNAPRYGAEPSY-DEPAVYSYNYAVADDYSGSRFNAGESRDGYSTSGSYSVNLPDGRIQTVNYKVADAYSGYVADVTYSGEASYSS-APAPYKAA---SAPYNPAPASYNPAPASYKASPAPYKAAPAF 140
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|155966288|gb|ABU41097.1| (putative cuticle protein, partial [Lepeophtheirus salmonis])

HSP 1 Score: 137.117 bits (344), Expect = 3.143e-34
Identity = 65/85 (76.47%), Postives = 72/85 (84.71%), Query Frame = 0 
Query:   19 APYRPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQ 103
            APY PAP+Y E+PA YQYQYAV+DEYAG+NFG +EARDGY+T G+Y V LPDGR Q V YNVADAYSGYVADV Y GEAKYEPY 
Sbjct:   42 APYHPAPSYKEDPAVYQYQYAVSDEYAGLNFGADEARDGYSTQGKYSVALPDGRIQTVAYNVADAYSGYVADVTYSGEAKYEPYH 126
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|155966279|gb|ABU41093.1| (BCS-1 protein, partial [Lepeophtheirus salmonis])

HSP 1 Score: 132.109 bits (331), Expect = 5.781e-33
Identity = 64/85 (75.29%), Postives = 71/85 (83.53%), Query Frame = 0 
Query:   19 APYRPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQ 103
            APY  AP+Y EEPAAYQYQYAV+DEYAG+NFG +EARDGY+T G+Y V LPDGR Q V Y+VADAYSGYVADV Y GE KYEPY 
Sbjct:   17 APYHAAPSYKEEPAAYQYQYAVSDEYAGLNFGADEARDGYSTQGKYSVALPDGRIQTVNYDVADAYSGYVADVTYSGEPKYEPYH 101
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260207|ref|XP_023329122.1| (cuticle protein 7-like [Eurytemora affinis])

HSP 1 Score: 108.612 bits (270), Expect = 4.452e-24
Identity = 63/121 (52.07%), Postives = 70/121 (57.85%), Query Frame = 0 
Query:    7 LLALAAIAVADNAPY----------------RPAPAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            +LALA +A  DNAP                   APAY +E   Y + Y VAD+Y+G  F   E RDGYAT+G Y V LPDGR Q V Y V DAYSGYVADV Y GE KY    PAPYK AP
Sbjct:    6 VLALATVAAGDNAPRYGYAPAPAYAPAPSYGHAAPAYADETPVYAFNYGVADDYSGATFNHGENRDGYATSGSYSVALPDGRIQTVNYKVDDAYSGYVADVTYSGETKYAS-APAPYKAAP 125
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260635|ref|XP_023329778.1| (cuticle protein 7-like isoform X5 [Eurytemora affinis])

HSP 1 Score: 107.842 bits (268), Expect = 8.249e-24
Identity = 62/105 (59.05%), Postives = 68/105 (64.76%), Query Frame = 0 
Query:   17 DNAP---YRPAPAYN-------EEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            DNAP   Y PAPAY        +E   Y + Y VAD+Y+G  F   E+RDGYAT+G Y V LPDGR Q V Y VADAYSGYVADV Y GEAKY    PAPYK AP
Sbjct:   16 DNAPRYGYAPAPAYGHAAPVYADEAPVYAFNYGVADDYSGATFNHGESRDGYATSGSYSVALPDGRIQTVNYKVADAYSGYVADVTYSGEAKYAS-APAPYKAAP 119
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260646|ref|XP_023329795.1| (cuticle protein 7-like isoform X2 [Eurytemora affinis])

HSP 1 Score: 108.227 bits (269), Expect = 9.056e-24
Identity = 56/88 (63.64%), Postives = 61/88 (69.32%), Query Frame = 0 
Query:   24 APAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            APAY +E   Y + Y VAD+Y+G  F   E RDGYAT+G Y V LPDGR Q V Y VADAYSGYVADV Y GEAKY    PAPYK AP
Sbjct:   59 APAYADEAPVYAFNYGVADDYSGATFNHGENRDGYATSGSYSVALPDGRIQTVNYKVADAYSGYVADVTYSGEAKYAS-APAPYKAAP 145
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260199|ref|XP_023329108.1| (cuticle protein 7-like [Eurytemora affinis])

HSP 1 Score: 107.842 bits (268), Expect = 1.024e-23
Identity = 56/88 (63.64%), Postives = 61/88 (69.32%), Query Frame = 0 
Query:   24 APAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            APAY +E   Y + Y VAD+Y+G  F   E RDGYAT+G Y V LPDGR Q V Y VADAYSGYVADV Y GEAKY    PAPYK AP
Sbjct:   45 APAYADEAPVYSFNYGVADDYSGATFNHGENRDGYATSGSYSVALPDGRIQTVNYKVADAYSGYVADVTYSGEAKYAS-APAPYKAAP 131
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260640|ref|XP_023329788.1| (cuticle protein 7-like isoform X1 [Eurytemora affinis])

HSP 1 Score: 107.842 bits (268), Expect = 1.372e-23
Identity = 56/88 (63.64%), Postives = 61/88 (69.32%), Query Frame = 0 
Query:   24 APAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            APAY +E   Y + Y VAD+Y+G  F   E RDGYAT+G Y V LPDGR Q V Y VADAYSGYVADV Y GEAKY    PAPYK AP
Sbjct:   59 APAYADEAPVYAFNYGVADDYSGATFNHGENRDGYATSGSYSVALPDGRIQTVNYKVADAYSGYVADVTYSGEAKYAS-APAPYKAAP 145
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260148|ref|XP_023329016.1| (cuticle protein 7-like isoform X2 [Eurytemora affinis])

HSP 1 Score: 106.686 bits (265), Expect = 1.684e-23
Identity = 56/88 (63.64%), Postives = 61/88 (69.32%), Query Frame = 0 
Query:   24 APAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            APAY +E   Y + Y VAD+Y+G  F   E RDGYAT+G Y V LPDGR Q V Y VADAYSGYVADV Y GEAKY    PAPYK AP
Sbjct:   39 APAYVDEAPVYAFNYGVADDYSGATFNHGENRDGYATSGSYSVALPDGRIQTVNYKVADAYSGYVADVTYSGEAKYAS-APAPYKAAP 125
[Close]
BLAST of bcs-1 protein vs. nr
Match: gi|1325260625|ref|XP_023329761.1| (cuticle protein 7-like isoform X3 [Eurytemora affinis] >gi|1325260630|ref|XP_023329769.1| cuticle protein 7-like isoform X4 [Eurytemora affinis])

HSP 1 Score: 106.686 bits (265), Expect = 2.157e-23
Identity = 56/88 (63.64%), Postives = 61/88 (69.32%), Query Frame = 0 
Query:   24 APAYNEEPAAYQYQYAVADEYAGVNFGQNEARDGYATNGEYRVNLPDGRTQIVTYNVADAYSGYVADVRYDGEAKYEPYQPAPYKPAP 111
            APAY +E   Y + Y VAD+Y+G  F   E RDGYAT+G Y V LPDGR Q V Y VADAYSGYVADV Y GEAKY    PAPYK AP
Sbjct:   39 APAYADEAPVYAFNYGVADDYSGATFNHGENRDGYATSGSYSVALPDGRIQTVNYKVADAYSGYVADVTYSGEAKYAS-APAPYKAAP 125
The following BLAST results are available for this feature:
BLAST of bcs-1 protein vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 25
Match NameE-valueIdentityDescription
EMLSAG000000014147.962e-4673.21supercontig:LSalAtl2s:LSalAtl2s1241:78790:79435:1 ... [more]
EMLSAG000000014156.998e-4564.06supercontig:LSalAtl2s:LSalAtl2s1241:84693:85124:1 ... [more]
EMLSAG000000098935.158e-4062.10supercontig:LSalAtl2s:LSalAtl2s643:512403:512841:-... [more]
EMLSAG000000021831.164e-3860.58supercontig:LSalAtl2s:LSalAtl2s13:549731:697504:-1... [more]
EMLSAG000000033532.261e-3863.30supercontig:LSalAtl2s:LSalAtl2s1834:174757:175847:... [more]
EMLSAG000000048442.293e-3660.17supercontig:LSalAtl2s:LSalAtl2s2560:13440:35521:-1... [more]
EMLSAG000000125771.851e-3475.00supercontig:LSalAtl2s:LSalAtl2s937:136997:140196:1... [more]
EMLSAG000000098924.237e-3261.54supercontig:LSalAtl2s:LSalAtl2s643:493611:494175:1... [more]
EMLSAG000000090044.293e-3253.33supercontig:LSalAtl2s:LSalAtl2s5650:4067:4550:1 ge... [more]
EMLSAG000000076693.613e-2956.62supercontig:LSalAtl2s:LSalAtl2s446:41257:76039:1 g... [more]

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BLAST of bcs-1 protein vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 1
Match NameE-valueIdentityDescription
gi|75026432|sp|Q9V7U0.1|RESIL_DROME4.574e-1047.89RecName: Full=Pro-resilin; Flags: Precursor[more]
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BLAST of bcs-1 protein vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25
Match NameE-valueIdentityDescription
gi|1325267609|ref|XP_023342074.1|9.664e-3661.15cuticle protein 7-like [Eurytemora affinis][more]
gi|155966288|gb|ABU41097.1|3.143e-3476.47putative cuticle protein, partial [Lepeophtheirus ... [more]
gi|155966279|gb|ABU41093.1|5.781e-3375.29BCS-1 protein, partial [Lepeophtheirus salmonis][more]
gi|1325260207|ref|XP_023329122.1|4.452e-2452.07cuticle protein 7-like [Eurytemora affinis][more]
gi|1325260635|ref|XP_023329778.1|8.249e-2459.05cuticle protein 7-like isoform X5 [Eurytemora affi... [more]
gi|1325260646|ref|XP_023329795.1|9.056e-2463.64cuticle protein 7-like isoform X2 [Eurytemora affi... [more]
gi|1325260199|ref|XP_023329108.1|1.024e-2363.64cuticle protein 7-like [Eurytemora affinis][more]
gi|1325260640|ref|XP_023329788.1|1.372e-2363.64cuticle protein 7-like isoform X1 [Eurytemora affi... [more]
gi|1325260148|ref|XP_023329016.1|1.684e-2363.64cuticle protein 7-like isoform X2 [Eurytemora affi... [more]
gi|1325260625|ref|XP_023329761.1|2.157e-2363.64cuticle protein 7-like isoform X3 [Eurytemora affi... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold136_size321413supercontigscaffold136_size321413:66135..104271 +
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
NoteF:structural constituent of cuticle
Relationships

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

Feature NameUnique NameSpeciesType
snap_masked-scaffold136_size321413-processed-gene-1.0-mRNA-1snap_masked-scaffold136_size321413-processed-gene-1.0-mRNA-1Tigriopus kingsejongensismRNA


Sequences
The following sequences are available for this feature:

gene from alignment at scaffold136_size321413:66135..104271+

Legend: mRNA
Hold the cursor over a type above to highlight its positions in the sequence below.
>snap_masked-scaffold136_size321413-processed-gene-1.0 ID=snap_masked-scaffold136_size321413-processed-gene-1.0|Name=bcs-1 protein|organism=Tigriopus kingsejongensis|type=gene|length=38137bp|location=Sequence derived from alignment at scaffold136_size321413:66135..104271+ (Tigriopus kingsejongensis)
ATGCAGGTAAGCCAACCATCCCTTGAGTGCCTCTCTAGGTTCCATTCAAC
CTCTTGAGTGTCTTGCGGTGCCACCCACCCCTTGAGTGCCTCTTGATTCC
ACCCACCCTATGAGAGGCTTGCTTCAAGTCTTCCCTCTCGTTTTCCAGAC
CTTCGCCGCCCTTTTGGCCCTGGCCGCCATTGCTGTCGCTGACAACGCCC
CCTACCGACCCGCCCCGGCTTACAACGAAGAGCCCGCCGCCTACCAGTAC
CAGTACGCCGTGGCTGACGAATACGCCGGAGTGAACTTTGGCCAAAACGA
GGCTCGTGATGGTTATGCCACCAATGGCGAGTACCGTGTGAATCTTCCCG
ATGGTCGCACCCAAATCGTCACCTACAACGTGGCTGATGCTTACTCCGGA
TATGTGGCTGATGTGCGATACGACGGAGAGGCCAAGTACGAGCCTTACCA
GCCCGCTCCTTACAAGCCCGCTCCCTACCAGCCCGCTCCTTATAAGGCCG
CACCCGCTCCCTACAAGCCTGCCCCTTACAAGCCCGCACCCGCTCCTTAC
AAGGCCGCCCCTTCTTACAGCCGTTAAGCCACCGCTAACGGTTCCCATTT
GTTCGTTTTTCTAACTTATTGCGATAATATTTATGGAGAAATAAACACCC
CTCATACCTTCTGCAAACAAAAAAATGAGTGTTTTCTTGTATCGTGTCAG
ATGGTTCCAAAGCCGTCTGGGACTCCACAATTGGACGGAGCTTTTCTAAT
CATCGATGAGGTTCTAAAATGGATCAAAACCTTCTTTCTCATGGTATACA
AGTGCAAGTGGGGGCTGTTCCGGTGCTTAGTGGACAAGGTTTGAATCCTG
GACTTCCTAATACATGCTTACAAGTGGTGTTAATATACTAAAAATATGAC
TTTCTTCTAACTGTACTTAGCTAATGGTTATTAATATCGTATGACGTATA
AGAGATCAATCAAAAATAAATCAAAGTTTTAGTTTTGTTCGAATGCAGGA
AACAATTTCTATCAGAATTTGAGCAGCTGGCTAATTAAACCAGCAATACA
CTGTAACTAAACTTTGCAAAGAAGCATTAGTATACGGCCCTCGAATAAGG
TAATATTTGTTGAAGTCAAGAAGAAGTTGAGATTCTGAATTGCCAACGTA
AACAACCAAGACCATTGAATACTCCGAGGTTTTTTTTACAAAAACTTGAT
TTTGAGTCATTTGAAACGATTGAATATTGAGAAAGATTGACAAAGGTCAC
TATTTTTGTTGAATCCATGCAATTGGTTCAAAGTGGCAATTCACCCTGTG
TTGGCTGGTGTGTGAGGAAATTGCCAAAATACTCTAGCCAATTTTTGGCC
CACTCATTTCCTCAATTGATTCTATCACAGCTTCATCAATCTTCATTGAG
CCAATTTGGAATACCACGCGCAAAAAGTTGAACTTGAAAAGCTGGAACCA
TTCCAAACATTTACACTTGAAGGTGAATCTAATTTGACCTAGGATCAATT
GGATGTGATTTTTGCCATAGCTCGAAATTGAATCGCATTTGCTTTTGAAA
GCCAGAACCACCGCAATGTGGATCAATGAAAGCCCGAAACCTCGAGGATC
CCCTTTCGTTCATCGGCAAAGTTTCAATCCAATATTTGGGTGAAGGGATT
TTCCCCCACTGGTGATCAACAACCATTCACTCCTCAAAGTCGATTTTTTT
TCTTCTTTCTTGCTCATTGGATGTGATTCTCCATTTGTTACTTGTTGACC
CTCGTGTCCGGGTTTCATGTTTTCTGCAAACAAGTGCTCGCCTGGCATTA
AAACTGATAGTCTCAACGGGTTTGCAGCCAAACAACCCGCCAAGTCTTAA
TGGTCCATGCTCCTAAATGATTGTCCAATATAACATACGCAACCATTTTT
ATTCGCAACGAAAAGGAAAGGCATCAATGTTGGCCCTGAACTGACCTCCC
AAAGATTGCCTGCATTTATTCACCCACCATGGTCAGTTTGAAAGAACAGT
TGAATGTGAAGTTTTAAGCAATGCACTCGTTCATTAGTTTGAAGCGTACC
TATCAGCAAAACCAGTTTCATCTTTCGCACTAGTCATATTCTCCGATGTA
GAAGCCAGAGACTTCTAGTGCATGCAATGGTAGTGGAGCAAATCATGTTA
GCATTTAGATTAGAATGTGGTTGTTCTGAGTAATTCGATGTCAATTTTGC
GTGAATTCGTGTTGANNNNNNNNNNNNNNNNNNNNNTCAACACGAATTCA
CGCAAAATTGACATCGAATTACTCAGAACAACCACATTCTAATCTAAATG
CTAACATGATTTGCTCCACTACCATTGCATGCACTAGAAGTCTCTGGCTT
CTACATCGGAGAATATGACTAGTGCGAAAGATGAAACTGGTTTTGCTGAT
AGGTACGCTTCAAACTAATGAACGAGTGCATTGCTTAAAACTTCACATTC
AACTGTTCTTTCAAACTGACCATGGTGGGTGAATAAATGCAGGCAATCTT
TGGGAGGTCAGTTCAGGGCCAACATTGATGCCTTTCCTTTTCGTTGCGAA
TAAAAATGGTTGCGTATGTTATATTGGACAATCATTTAGGAGCATGGACC
ATTAAGACTTGGCGGGTTGTTTGGCTGCAAACCCGTTGAGACTATCAGTT
TTAATGCCAGGCGAGCACTTGTTTGCAGAAAACATGAAACCCGGACACGA
GGGTCAACAAGTAACAAATGGAGAATCACATCCAATGAGCAAGAAAGAAG
AAAAAAAATCGACTTTGAGGAGTGAATGGTTGTTGATCACCAGTGGGGGA
AAATCCCTTCACCCAAATATTGGATTGAAACTTTGCCGATGAACGAAAGG
GGATCCTCGAGGTTTCGGGCTTTCATTGATCCACATTGCGGTGGTTCTGG
CTTTCAAAAGCAAATGCGATTCAATTTCGAGCTATGGCAAAAATCACATC
CAATTGATCCTAGGTCAAATTAGATTCACCTTCAAGTGTAAATGTTTGGA
ATGGTTCCAGCTTTTCAAGTTCAACTTTTTGCGCGTGGTATTCCAAATTG
GCTCAATGAAGATTGATGAAGCTGTGATAGAATCAATTGAGGAAATGAGT
GGGCCAAAAATTGGCTAGAGTATTTTGGCAATTTCCTCACACACCAGCCA
ACACAGGGTGAATTGCCACTTTGAACCAATTGCATGGATTCAACAAAAAT
AGTGACCTTTGTCAATCTTTCTCAATATTCAATCGTTTCAAATGACTCAA
AATCAAGTTTTTGTAAAAAAAACCTCGGAGTATTCAATGGTCTTGGTTGT
TTACGTTGGCAATTCAGAATCTCAACTTCTTCTTGACTTCAACAAATATT
ACCTTATTCGAGGGCCGTATACTAATGCTTCTTTGCAAAGTTTAGTTACA
GTGTATTGCTGGTTTAATTAGCCAGCTGCTCAAATTCTGATAGAAATTGT
TTCCTGCATTCGAACAAAACTAAAACTTTGATTTATTTTTGATTGATCTC
TTATACGTCATACGATATTAATAACCATTAGCTAAGTACAGTTAGAAGAA
AGTCATATTTTTAGTATATTAACACCACTTGTAAGCATGTATTAGGAAGT
CCAGGATTCAAACCTTGTCCACTAAGCACCGGAACAGCCCCCACTTGCAC
TTGTATACCATGAGAAAGAAGGTTTTGATCCATTTTAGAACCTCATCGAT
GATTAGAAAAGCTCCGTCCAATTGTGGAGTCCCAGACGGCTTTGGAACCA
TCTGACACGATACAAGAAAACACTCATTTTTTTGTTTGCAGAAGGTATGA
GGGGTGTTTATTTCTCCATAAATATTATCGCAATAAGTTAGAAAAACGAA
CAAATGGGAACCGTTAGCGGTGGCTTAACGGCTGTAAGAAGGGGCGGCCT
TGTAAGGAGCGGGTGCGGGCTTGTAAGGGGCAGGCTTGTAGGGAGCGGGT
GCGGCCTTATAAGGAGCGGGCTGGTAGGGAGCGGGCTTGTAAGGAGCGGG
CTGGTAAGGCTCGTACTTGGCCTCTCCGTCGTATCGCACATCAGCCACAT
ATCCGGAGTAAGCATCAGCCACGTTGTAGGTGACGATTTGGGTGCGACCA
TCGGGAAGATTCACACGGTACTCGCCATTGGTGGCATAACCATCACGAGC
CTCGTTTTGGCCAAAGTTCACTCCGGCGTATTCGTCAGCCACGGCGTACT
GGTACTGGTAGGCGGCAGGCTCTTCGTTGTAAGCCGGGGCGGGTCGGTAG
GGGGCGTTGTCAGCGACAGCAATGGCGGCCAGGGCCAAAAGGGCGGCGAA
GGTCTGGAAAACGAGAGGGAAGACTTGAAGCAAGGCTCTCAGAGGGTGGG
TGGAATCAAGAGGCACTCAAGGGGTGGGTGGCACCGCAAGACACTCAAGA
GGTTGGATGGAACCTAGAGAGGCACTCAATGGATGGCTGGCTTACCTGCA
TGATGATGGTGCTTAGTTGTTACTGATGGAACAGATCGAACTGATGCTCC
TTTGGCAGCTTCGCCCCCCTTTTATACACCTTCAGTTTGCACCTTGGCAA
CGCTTTGGTTTTGGCGATGCCCAACCTGAGCTGACGCCTTTTCTGCGTCA
CAGCCACAGCCCCTTCCAAGATCCCTTCCCGTCTCCTTGCCCTCCTCCAC
CGCGACGCTTGAGACGCACACTTATGTATGTCAGTGGTAGGCAACACTTG
ATGAACTTCCTACCTTCCCGACTGTCAAATCTGGACGCCCCAGGCCCACC
ACTTCAGCCGGCTGAGATGAAGCACCAACCCAATTGGTGGCTGGATCCCT
GGGCAATGGAGCACGAACCTACTTTGAACTGTTCTTGGTTCGGTATTGCA
TCCGTTCTGATTGCAGTGTGAGGTGTACAAACATACATGAGTTGGGCAAT
GGAAAATGGTGTACGTACCTTTCAAAAGCAACGCAATGAGTTCAACCCAT
TTAATCTCGAGTAGAAGGTTGGATACTTAAAAAAAACTACGAAAAAGTTG
TTTCTCCTTCAGGCCCACGACCTTCTGTTGGACGGATTCGACACTAATAC
AACTTTGCCTCGCTGTGTATGAATAGCCTAATAGGCCAGAGCCAAGGTAG
ATGAGTTAACTGATAAGTATTGATCGACCATTTTTCGGGGGCAGAGGAAA
TTAATGCTGGGTGCATTTTCCAGCCTGTTACGGCGTGGGCGAGGTTTGTT
TGGCCTTTAACTTTAATGTGATTGTGCATCCAAGCCTCTGAGGGCTCGAG
AGCGAGAGATGAGACCCGCAGATTTTGAGCCCTCGGAGACACCATTTTCA
AAATGGGCTTCGACTGGATCAAGTGTCTACTGTATTTGGCTGGCTACAAT
TCACAGACTTGGAGTGAGTCGATATATTTCACAGACAGGCCCTATGCACT
TGAGTCGCTGTCGAAGTGGAACACTCGGTTCACCCCAATAGGCTCAAGGA
TGTGACCCCCAATATCCCCGATATGGAGGGTGGACTTCAGCATATCTGTG
GACAATTTGGGACCCACCTTGCCTCTGGAAGTGGTTGTCTGCTCATGCAT
AAACAACACATCTTCCTGCCTCGCCTTTGGCCTCCTTCGCCTATTGGCAG
CATATGATATCCGGCCCATGACATGAAAGATCTCAATCCACAAGAGAGAT
GTGATCAAGACCCTTACACCATATCCATACCAAGTTTAATCCCAAAGGTT
CCCTACCTCGAGCCAGCGAAAGTGGGCTCCACATTTCCATGCCCAGAGAG
TGAGATACTGGAGCAACCAATGCGCTCTCCGATCAGTAAGTGCGATGTTC
AGTATAGCTATTTGCTCCAGTTGATATTTTGAAAGGACCGTACGTATGTC
ATCTATCCCCTTTAATATTTCCCACATGGGTCAGAGCTCACTTTCTACAC
TGGGCGGCATCCGGGATCCATAAGGGGTTATAACAACACTATTACCTAAC
ATTATCAGGGGCGGAAAATACGAAAGCTTACGGACCTCCTAAATCTCATA
CATCATACCAAGGGAGAAAAATAATAATTGTAGCACAGGATGTAACATGT
GGACAACTCATTGGATGGGACACTTCGACATGTTTGGGCAATCATGAACG
AAATGCCAAGCTCCAAAACTTCATTGACGTCAGCATTTTGGAGATCCACA
ATAAAACTGTTGCTGCATTTTAGGCTGCAGGAAACAGTGGTAAATCTCAA
AATGTGTTGTTTTTTTACTTTTCCCGTCATTTTACTAAACAACCTGCAAC
TGCGTGACCCATCTGCCAAAATATACTTTCTGGCATTTTTCGCGATTTTG
TTCAGCTCTTGGGGCACTTTCCGCCTTTTATACAACCAATTTTTGAAAAT
TTCAAGCAAATGAAAATGTCTACGTTTTTTGCTTTGATGAGAAAATATAC
TTATTCTATGTTTCCATGTTTTCTTGGCGTGTTTCAAGTGTCAACAAAAT
ACTCTTTTGTCACTTTTTGGTTATTTCTGACAGCTTTTCCACAGTTTTTC
ATCTTAAAAACAGCAATCGGTATTTTTAACTGCTTTTTTATTTTCACCAA
CTTTGTTTCTCGTCATGTGCAGGAAAAAACGAATAGCTTGAAAAACAATC
AAGAAATAATCAAGCCCAGTCAACTGAATAGACAGGTATACAAAGTAGCC
TTCATTGCACATAAGCTTTAAAAAGGAAGTCATTATGAAAAATTTGAGCT
CTGCCTTTTCTAACACTTTTAGGTAAACCTCTCACTGCACCACTGACTAA
TGCTGGCAATCTGCTCTCCCTCGATCACATCAGTTCGAAATTATAGTGTT
AATCTCATTCATACTTAACGACCTCTTTGAGGATTCCACTTTGGCTCTCT
TATTTGGGAAGTGCCAAAGCTTTTGATTTCTTACCTTTTGTGAAGCCATC
TTGGTTCAACTTCCCAAATGTCATTCTGAACCTTGAATCAGTCGCCTCTG
GTGTTCTTTTCTGCTTCCGTACCAAAGTGGTCCTCGTGGGACCCTCCCGC
TCAAAGTTGGCTCATTCCAGCCCACTCCTGTACAAATTATACTTGTGAGT
CCAATGAATTCGCCTCGAGCCACGACAGTAAATGAACTAATTACGCAGCT
TTGAAGATCCCTTCGGCCTACTCAAAACAAGTGATGGCCGTCCCTTCAAA
TCCTTGCCAAATTAAATAGTACTCACATATTCATTGGATAACGCTGGCCG
CCACATGTATTCGCTAAAAACGGGAAATTTTTCCATGTCAGGCAACTCGA
CGTTGGGATGATGGTGGGAATGGAAGTGGTCATGTTTCACTTTCCTTATT
GGGGACCTGTCTCAAATTCTGCTTGTTTTGTTGTGCCCCCTATTTACGGC
TCCCCTAAACGCCTCACTGCCGACCAACTACCTCACACCAGGGACTTTCC
CGCTGGGTAAACACGTGGACTGGTTGCTTCCGCAATAAGTACACAATCTG
GCGGTAATGATTTCTTTGTTAGGAACGCTTGAATTTCCCCAATGATGATC
CAGTCCTGTGAGACATTAAAGACCTGATCCAAACGCAAGTTATCTAATGC
ACCGAAATTTGTTTCGAACTTTATTCCTCCAAAAAACTACTGAATAGATT
TTGTCCCAATATTTTGTGTACTTTTAGTACACACTGCATATGTATGAAGC
CAGTTTGGGCTACTTTTGGCAAAAGCATACAAAATAATTGGTCTCGAGTG
TCTGTTATTTAATAATATGCTGAGTGGGACTTCGCATAGAATACATTTAA
TCTGTTCATATAAATTTCGTCAGAGACTGGAATAACAAAGAGACTTGTAA
GGAAGAACGGTGTTTTTTGCAAAAAGCTAAAAAAATTGTCGGCTGAAAGT
TTCGCAGAGGTAAATTAATTTCCTTCCTTTCAACGAGGATCAAACTTTAG
CACTTGATCCAATAGTGAAACTTTCAAAATCGGTAATTTAGTGGCCATAA
GTTTTACACGTAGTCAGATTTATTCGGCCATATCTGTGTTCCCTTTGGCT
GATACTTCGGTCCCTGAATTTCTGGACCAAATTTCTGTTCCGATATCCCA
ACGGAGTTTCATTTTCGTCTGGTTCTTCCTTTTTTGGCATTTATTGCATC
TCCAATTTTGTGAAACTTTGATTCCTGATGTAATTATTTTTTCAAGTATT
CGCTCTTAGCAGCCACACATTTGCACGATTTTTTCACGATTCCACGTCGA
GATTGATTTATGTTGCCTGTTGTTTGTATTCTGGACATTATCGAGAAAAA
AACGACCCATCAATAGATGTCAAATATTCAACAATGTCAATCACTCAGCA
GTATCGGAAAGCAAATTTTTCTTCAGTTTAGCTCTCTGGATCCGAGAGTT
TGGTCAAACTTTGCCAATCTCATGATACTCGCTCAATAGCCGACAGGATC
AGATGTGTCTACTTTTGCCCTTGGTATTATTGAAATATAATATGGGTTGA
AGAAGATGAAAGAACTAACAGCATTTTAAAACAAAGGCAATAATCCTTTT
GGGCCGAGATTTTGAAGCAAGTCCCGATTCGATATCCCATGGGGGCTGCT
AGTCCTAAGATTTGCTACCCAGACTACCTCACTACTTTAGAGTGTGGGCC
TAGTAATACTTTTGTTTTGTTTGGGTTAGATCTCTATTTGTCAGCGTCCT
ACTTCGCACTCTATTTCTCTTCAAGAGACAGTCGAAGCAGAGGAACGAAG
CTTCCTTGTGCTCTGAATACGGGTACTTGAGAGCTGTCTAAGAGCTTTTC
CTCCCTTTCCATGTAACGCGATCCTCCCTAAACATCCCAAAAAAACTTGG
GCTTATGGATTTCAATGGCGGTACCATTAGTTTTGGAGCCAGCAGAGGAT
ATCCCTTCATTAGGGCATGATCAGGTATTAGGGCATAGCTGAACTTAAAC
GGAGGCTTCTCCATCCCTATTCCCCGAAATAAGGATGAATAATCGGCTGG
CCAGACCCGTGGGCTCGGATTTTCCCTCCCACCGCCATTCGGTCCCCTAT
TGTGACCCACATATGCCTCGCCATGGTCTGATGATGATGTATTTGGCGGC
TCACAATTCTACACCTTCCATCCACATCATCTGGACTGGGAGACCATCAG
GACAGCCATCTTGTGCAAATATATAATGTGTTCTGCCCCACAACGAGGCT
ATTCCCTTGATGAAGTTTGCGATAAGTATCTCGAATCACCGAGGATAATC
TACCCACACAGATTCACACATCATTGGGGAGATACTTGCAGTATTTGATA
TTGTCTGCTCCTAAAAGTTGATCAAACCCTCGGTGGCAAGCGCCCTAAAA
AGAAATTTCGTTCTCATTAGCAGTAAATTTGTATTAGACAATATTATCAG
GGGTGACACGTGCTTGTTTCCCTACCCTGAACATGAAGCAATTGCTCTGA
GTTTCGAGTCGTTCCACTGTTTCCCAAGGAAAATCTGTGCACTCAATTTC
CTCCGCCACCTAAGTGCTAAGTACATATAACTCGGAAATACTCCTCATTA
GAACAACATGGAGCTTCACAAGATTTATTTACCACTATCAAGATGTGCTT
TTGACAATTGGTCACATATTATGTAAGAGGATGCACAAAGTTATTAGATA
TTGTTCACTAGTTGATAAGATTCCCTTCCTTAAAATAAACCTAAATGTAT
GCATGTTTTATTGTAGTAAGTGATAAATCACTTTTTGAGAGGGCTATCTA
TCAATCTATCTATTTTTACTTCTACACTCTTTCGTACACAATTGGTGCTC
CCAAGTTTTCTTAACAAAAAAATGCTATTCCTGCATCTTCGACTCAGAAA
TAATTCCATCAGACATTTAGCTGCACGTAGAACTTGAGAAATGAATGGTC
TCTCGTTACTGAATATAACTGCTGAAGAAAAAACTTTAAACTTCAAACTT
TAATGGGGTTGAAGTGCCCCATATTGTATAAGATGATATCCAATGTTGGC
CTTATTTGGGATAATCATTTGAGGAGCCCGAGCCTCGTGACCTGGAGGTC
TCTGCTGGTCAAGAAAATGGCCTTGAAAAATGCAGTTTCCGAAATGCAGT
TTCAAATTTCCAAACTGTTCTGGACCAACGAGCAAGGGAAGATTAGGAAT
TTGTCGGCCATTTTATCACATTTTCAAGTGCTTTTCCAGGATTTCAACCC
AGGACCCTGTTTGGCGGAGAATGAATCTTTTGAAAGTCTACCGAATATTC
CAATTGTTTCGGGTGTCCTCCCAGGGGGCACCAATTGGGTATTGGAATCA
AATTATTCCTTTTCTAGCCTGTCAGAAAGTTTCACCAGTTTCAGACCAAG
TGTCATAGAAAGGAAATTCAAAACGAAAACTCCCCTCATCATTCTCATGA
AGTGTCCAAAGAATTCATTTTCCTCAGAGAGTCTTTAACTTCTTACCGTA
TTTCAAAATTTGCCAACCAGACTATGTATTTCAAAAATAAATTGGGATGG
GGATGAATGCTTGGGCAATGAGAAAACACCAAATGCAAGCCTTGCTTCTG
GTTTCAACTCTTTGAACGCGACAAAGAAATTGAAGAGTTGAGGGACAATT
TGCTCTTCATTGTTTAGGTTAGGGTTTTCTAGTGTTTATATTTCTTAATC
TTTAAGCCATTTGCTGGAGTTTGTCCAATTATATGCTAGCCTAACTTTCT
AGGGCTTGTCCAAACACTAAAAAGTACCAACTACTTACCGGTACATACTT
GAAAGCCTTAAAATACCTCTCAAAACGTGTAGTTAAAAACATCCAGTCAC
ATTTATTGGTTAAGAGGGGAGATTCGTGATTACAGACCTACGGATTAAGG
TCGGGGGAACCTCGATCCCCATTAGGTCGATAACACAGAGATTGCCGATA
CTTAAACTCAGTCTTTGATTGAAGAATTGATTTCATTTTCGCTATAAACC
GGGACACTTTAGGGGTAAAACATATTTTCATTTTCTGAACGCAATGGAAG
GCAGTTTTTGAATGCCAATTCCAAAGATGGAAGAGCCGGTGCAAAGGATG
TTAAAGCTCGCCTCACCACATGAAACGCTGAGAAGTGTTTGCTGTCTTCA
AAGTCTCAATTTCACACACGAGAAAGCAGCCAAGAGGACAAGAAGGAACC
AATACGATCGTGTGTTGAAAACTGTTCGTGGCAACATGAACTATAAAGGT
GAATTTTCCTGTATTTTTAAGATCCCTGCCAAAGGGAAGAGTGATCGAAT
ATTTTCCCATTTAAACAAACGGGGGACTGCAGCTACCTCAGGGACATTGA
ATCAATGCTCTTGCTAACTCCATCGTAATAGCCAACCCTAAGTTGTAAAA
TTTAGGAGCACCACTTGGCAGAAGAAGAAACATTGAATACAGTAATACTG
TACGTAAATCAAAGGGTGTTCACAAGGTGGTCTATTCAAAGGTCGATTAT
ACCTTATTTGGTGAGGGCAATTTTTCAAACTGTAACACCACACATGAATA
AGCAATTATTCACAAAATAAAGTCCGAAAGTATTGGCAAGTGCATGAGAG
CCATACTGGCAGTCCTGCCAGTCCTCAAGAAGCAGCTGATCCATGCTAAT
AATGAAGGCAGCAAATTCAAAACGGCAAGTTCCAAATTATTCCGTTTTAA
AGTTGAAATTATACAATCAGATTTGTCTTGTGTGTACGGTATGTGTACAT
CCACATCAGTCGTTGAATAGTTATATTTTGGGAACCCCTGGGCCACAGCA
AAAGTATTTCCTGGCTTAATTTTTGCATGGAATCCCTCTACCCAAAGGCA
GTCTTAGGAATATCAAGGAGATGGAAATGAAGGTGCTGATGAGATGCTGG
ATTGGTCAATGGATAGGCATGATTTACCGTTCAGCTAAGCCAAGTTCTTG
GAGAGTAGAGTGGGCAATATTTCCCAAAGTACTTTGGATTGTTCCCCGGT
CAGTAAAAAGTGGATGGAGCAGTTCCCCTTTTCCGCCTCCGCCTTACCTG
CCCGAGCCGTCTGTTCCAATCTGAGATGTCCAGTTTGCTTTGGAACAAGT
TTTTGTTGGCTTTTGGCTGTCCTTCCGATCAAGATGGAACTCCAAGTGTC
CCATTTCCCACGCCAAAAAAGCCGAGACGACATCGGTGTGGACCACCCTA
ACCTAAATTTGCCTTTTCTTGCCCTCAATCCTGTCCTCTTTGCATGTCCC
TGACTTGGGTGCTCCAGTTCCATTGGTTCCAATTGGGTGACTGGTTCCAC
AAGTCCTGATTAGATTATTGGGCCTCGAGCCAACCTGGGCCTCATTTGGG
CTAGGCTCTAACACATCCTGTATTCATTATCCATCCATTGAATGCCTTAT
ACTTCCGAAGGTAAACCGATAGTTGGGATTACTTCTTTTATTCTCGTCCA
TCCCATCCAAAAGATGTGGAGATCCCCTAGGATCAGGGATCCAGAGGTTA
GCTAATACTGATCCCATATCGTCCATTACTATGTGGTATCTTTTTGTGAA
TTACACTTATACCATGTACTAGCTTAAATTTAAAACTTTATAGTTGCTTA
AAAAACAAGAGTTGGATGATTACAGATCGCATGTGGCGCCCTCTATCGAT
TTTTGACCTGAAAACAACATTTGAAGACCCACCCAAAAGTATTAGCCGGA
ACAACAGGATTTTTAAGTAGTTCAGATTGACTTTGCATTGCATTTGTTTC
AATTTATATTAGCCCAATGCCTCTGAGGTTAAATTATTCCCATTCCTACC
AATTTACCTGAACGATGGCTTATGCGAGCATGTTTAGCTTGCTTATGCCA
CTTTGAAATTGGCATTCCTTGAGACGATCATCACTACTCACACAACTTTG
CACCACAGCTTACCAATGCCAAGGTAAAGTCCAGACTTTTTATAGCGATG
CTCTTGAGACATTCAGATCAAGCCATGTGAAAAATATTAAGCAGGAATTA
CCGCGTCCCATTGTATAAAATCGTATGAGATCTTGTCACAAGACTCATCA
GCATTTCTGCCTTGCCCCCAACTTTTAAGGTCCTCTAAGACCAAATTTGA
TCCCAAGGTCAAGAAGAGAAAAAGCCCCAGCTCTGTAGATGGTTGAAGAC
ATCGAAGGCCAGCCAAAAGGTTAATAGTAATGGCTCCTCCAACAGAGAGC
TTGATGCACTTTTTGCCCTCGCCATATCTAAATGGATCTCTGCATAATTG
ATGCCAGACCCATTTTCGCCATTACGCAAGATAATCATATTCCAAGAAAT
TGATCCATCAAAACAGGATCTTGACTTTTGGGCTCTTTACCATTAGTACA
CGAATGAACGTACTTTTCATCTATTCCAGGTAAGATTTCCGCCCCAAAAC
GACCCAATCTGCCATAACAAACATCAAATTTTACTCTGGGGCAGTCCATT
TACACTAGTAGATATCACAAAGCTGAGGCAACTCAGTTTTTGTGCTCATG
AAGGAGTTGGACCCTCCGTCGATAATGGAATTGACGATTTTCAGGAGTAC
AATTTCGAACTTTGAGTAGCCAAATTTTTGACTCATTAAAGTTACTTCAA
AAAGGGTTAGTGAAATATGAGACTCAATCTCTATGAAATACTGAAACGAA
ATTGTTTGTCACATCTCTAAGTTTGTAAGTCCATTGTCGAGTAGTATGAC
TAAAACTTGTTCGAAAAAAGACCCAATTTCGTTGTAATTGTGCTGAAAAC
GTGACTATTTTGCCAGAATAATTACCTGGACCCGGATTTTTCCAAAATGT
TGATGCCAATGGAGAAGAAAATCTTTTTCGAAATTCGGTTGGAACCAAAC
TTGTGCTTTATGATAGCTTCCGGTCTCATAATTTGTTTTTAGGACTTCCA
GAAGGTATACATTTGATGAGGTATTCTTATCAATGATTAGCTTAAGCTCA
CAAGGTATCGAGGAGAAAGATCCAACTGAATTTCCCCCGCTTTCCGCGTC
CAGCTTAGCATTTTTAACATAAATGGAGACAATTATTTCCCGTGCGGAAC
AAATGGGACTCTTTCAGACTCTGGACAAGGCCATGTGACGTTTTTATCAG
ATCCGGGTGACATTTTTTATGGGCCCCAATTTTCAAGATAATCGGTCGTT
ACGGATGGAAAATGCATCAAGGGAGCAGAACATGATGATTTTCAATACCT
CGAGTTCCAGGCGACCAAATCTAGCTGGGAATCTGCCACGCTTGAACGTC
GATCCAAGCCCCAAAGAAATTAGAAGAAAGAACGTACCAAGATTATAGAG
TTAGCCCAAAGTTGTAACATTCCACAGCGTTGCGTTTGTTCGCCCAACAT
TCAAGGATCTTCATCGCCCGTCCAAAGTGCTCATTTTCTAAATGCTTCTA
TTCTCTTTTAAGGCAAATGGCTTTTACAAGAATGTTTGCCTTTCACGTGA
AACTCCAATTTCCAGGGTTACCGAAAAGTCAGACCTCCCAGGCTGAACAA
GCCATTGATAAGTCCTTCCCTGGCATAAGTTGCTTGAATCCGGTTAATAG
CATTCCAATTTGCCTGCTTGATCTACGCAGTAAAAGTGAGCGAAACACTA
AAATATGCCTACTAAAGATGTCAGCACGCTACAAAACTAAAGAGAACTGC
AGTATCCTATGAGTTCAATAAGCTGCCCTCAGAAATCCACTTTACTTCAG
CAGGTTCTATTTGTTGAGGTTATTTTTCCTCAGAGGCCTAGAAAATGTAG
GAGCCCTGTGTTCGGAGTAGCTGGCAACCCTGAGGGGCCGTGGGCATTCG
AGTCCAAACGCATTTAAGCAGTTTTTTGGGGCCATATCTATGGCCACTGC
AATGGCAAGAATGGATCATTGCATTCGCTCGAGATGGCAACTTTAAAGTT
TAAAGCTCAACGATAGTCGGCCACTAGCACGCATCAAACTACCTTCTTCA
GCCTTTTGTTCCAACTCCGTTCCAAACATCTTCCCTTTTGGACGCACAAA
TCTGTGCCCAGTTGTTCCACCGCTTCGGGAGGGAACCTCAAATATTCATT
TGCGGTGGTCTCGCCATTGGGCCGTGTTGTTGATGGGTCCCTCAGACTTA
CATACTATTGGGCACATTTTCAATTTAGTCCATTCTTTGAATATTCTCTG
GTTTCTCCACTCGCTCGCCCCGTTCCCATCATGAGGTACACTTTCCAGCA
AATGACATCATTTGTCCCCTCTCTCTGGAATATCACACCACAGTGGAAAT
GGAATTTTCTCGAGGCCATCCCAGAAACTAGTGGGGATTCGAGCCCTTGG
CAGAGAATGGTCCCACGCCAGGGACTCGTTCACGGAAATATTCGCATTTC
TCCCCGAGCTGCTTATCAAACATCAAGCTTTCCCATTCGTTGACACTTAA
ACCCGCCGAAAGGACCCTAAGAGTTAACTAGAGTCAAGGTTACTCTTTGC
AATGGCTCACTTCGAGTTTATCAAACCCTCGTGAATCCTTTGTAGAGGTG
AAACTAGTGTTCCCAGGTCCTATTCTCTATACTCAAGAAGTGCGACCATC
AGTCAATCTGGGACTACCAGAGCGAAGCTGCATTAGGCTGAACGTAAGCT
CCATTGTGCGGTTTCCAAATTAATTTTTACAGTAGATCCCAAGAGGCTTT
GATCCTCCATTCATTCCCCCAGAGAAAGTCCTACGTGAATAGGGCCCGGG
AGGGGAAATTATAGCTAGGACAGTGTTTCAACAAGAAAATAACTAATGAC
AATGATCACCATGGTGAAAGTTCCAATTTCGTGCGAGCCCATGATCATTG
CCTTGTGGGCGAAATTACGGTCCCCATTTATGGCGAGCCCCCTTTTCACA
GCGGACTTTGGGTCAGGCTGAGGACGATGAGGAGAAGGAGCCAGCAGATG
GGCTCACATCAAGCTTCGCCCACATTATGAGTGGTTAGAGTTCCAATTTT
GCCTTGGGAACATCTGGTCCGAGGATGGGGTCACAACTATTCATTGATAA
AATGAGAGTGGAAAGGGCATCAAATGAGACTGGGACTGCAGATGCGAGAT
AGTATCTTGGCCCAGTCATGAAAAATTGGACCCCGAACTATAAGCAACAT
GAAAGTTAGCTCGAGTTAGGCGAAAAATCCCCCAACCAGCTGGCAAATCG
CCCCCAAAATAGCCCAGGACAAAGCAGGAAACAATTGTATGGTGGATGGA
GTGGGTGGTAAATCATTCTAACGTCTTCAGTTTATGAAATCTGGCATCCC
ATTCCAAAGTTGTTCCATCTTCCCGCGCAGGAACCTAAAATATGTTGGTT
GAGTATCAGCTGGACCATCCGGAAAAACAATTTCCCCCTTTTAAGCTACA
GTCCTAGAAGCGTTAAAGCAGCCTTTCTCCGGTTAAAGTATCCTTCCAAC
CATTATTCAGACAAAAAACGGTGAACGGAAACAACCTGGATTTGTATTTC
TAAGCTTCCCAGGAATACTTAGCAAGTAGTACATTGGAATCGTATAAACA
CACCCAAATTTAAATGTTGGAGCCAATGTGTCAAATTATATTTTGAGTGA
GAGCCGACAATTTTCTTGGCCTTTTGTTATCTTGCTCATTTGCATTGTTC
GCCAGTTTTCCAAAATCTGAATCCCTTCCCGCATGAATGATTTCAGTTCA
ACATGATTAGCGTTCACTTGAACAAGTTTACACTTCAAATAGGGCAGTAC
CAAGTACTACATGTAGAAAGATAAATTGATCGATGTGAGCTAGTTTTGCA
GATAACTCTATCCTGGATTTGCCACCACAAAAAATAATTGAGAGTGATCC
CTCAAGACTAGAGTGAACTTTGGTAATTTTGTAGTGTTAGATCATACGTT
TGATAACCACACTCAAGGTCACAATGACAATTGCTGTTCCTGTGGATTCC
AAACCTAAATATCCTTGCCTGGCAATGATTCCTTGTCTGAGTTCTTGTGT
GGATCTCAAGTTCTCTGGTCCTTATTTCCACAGCAATCGACGTCTTGGCC
TTTTTTGGACCCTTTAAGTAAGCCCTCGTTGGATCATGTCAATGTTCCAA
CTTTGCGAATGAGTCATTATGCAAATTGTTTCTGTGTTGGAATGACCCAA
GAGATCATCTTGCCGAGTTTTCCCATGGATTCGAGCCACTCGCTGTCAGT
TTAGCTCGAGTTCCTTGCTCTGGTAAACAAGGCTCAACCATGGTTGGGTT
TAAAATAGAAAGGCTGTTGTCTCAAGACTTGTGAAACTGTTGGACTTCTC
TCTCTCTGGTTGTACTTTACATGTGTAGCCCCGCTTGAATCACGGCCACA
AAGAGCTTGAGGAGGAGCTCAACCCCATCACAAGATTTATGTGTTCAAGG
CCATTTCCAGCCTTTGGGCTGGGACTCCTTTAGAAATGTCTGAGTGGCAT
ACGCCTATTTAAAAAGATATATCTGGGGCGCAATTTTTCATTCGGGCAAC
TAAACCAGTTTCCGAGTTCGCTTCGATATCCAAATTTGAGCATTGCTCGG
GCAAATTGGCTGATGTCTCACGCTGATTTGAGACTTTCTCTGCCTTCGGC
GAAGGCTCGAAGGCCAGAAAGCCAATGTTCTCTCCCTTGACTGGGCAGAT
AAATAGCATCACTACCCAAAAAGCATCTAGTGGCCTTGTCGTGGTGACCA
AAGGTCTGGGAAAGGGCCTGGAATCAATTTCACAACCATCGGCGGGATGA
AAGTACAGCATGGGGCGAATCAAGAGCTGCTACCTCTGGGTCTACACATT
TGAACTAGGATGCTCTTGTTTATTGCCTGAGTCACCCTGTGGTCTTGGGA
CTTTGCTTTGGCGATCAAAGCCAAAAGGCGATGAATGGGCTCTTTTGAGA
ACTTGGAGATAAATCGATTGGAGGCGGTCGTCGTGGCCAGCTCGAGACTG
GAATCCCTTTGGCCAAGGACATTGCCAAAAATTAGATGACATTTGAGAGT
AAGGACCTTTGTCGCGATGAAAGGCTCTAATTTACAGGGGTAAAAGGTGT
GCGCACCGCGTGAATGGATGGAGAAAAAAAAGCGAACCCACCCCATTATC
TCCGGAAGAGCTCACTCCCAATGATCTCCTCTTAAGTCCTCCCGGACAAT
TGTGAACATTCACTCAAGTTATAAACTATGAGTAACCGCTGGCAAGCATA
TCACATATTTCATTAGCATCGTATGTCTCTATACTTCCACATGTATCGCA
CAATTTCGCTAATCACATCACAACACGATGACAGTTCAAAGATGGCCTAA
AAACCCTCGACCACAACCATAGCTATGAGCTTTACAAATGCTCACGTAAC
TAAATACCGGATGTTGACATTTTCGAGCCTTTCAGGTGTTCCATCCTTGA
ATATTGATAAGGGAAAGAAATGGACCAAAGGATAGATTTGGCCCGAATTC
AATCATTTGCAATAGTGGCCTTTCTGTTGTGACCAAAAGGCCTTGGAATA
AGGCCTTCCATCTGTGCTGAACCTGTCGTTTTGATAAAAGTTCTGCCTCT
AGGAACTAAATCCTTCTGCACCTGCAATCAGATTTGTAGCGCGGTTCACC
AAGGTAATAATCACTCATTAGCCACTCACAATTGCGAAAACTCGTAAATT
GTTCTCTTTACGACTGGATGCATGTTAAATACAAATAAGAATAATTTGAG
TAAAACCTTTTTTCTAATATGGAGAGCAAATTCTAGCCCCGAAGGAAGTA
GAAATTAAAGCATTTATTCAAAATATGCTTCTCAATATAATTATATTTAA
ACACAGTCTTGAATTTAAGCACGGAATGCTGGTAGGGTATTTTTTTTCTA
CATATGTACCAACCTAAAAGTTGGCTGTCAATCGAAGACATCTGATCAAG
TTACCCGTCACCCACTCTCCAGTTTCTCCTGTCTCAGCCAATGTGCCTGT
GTTTAGAGAAACAGGTCTTTGGTATGGCTCTAGTGGATCATTTTTGCAGT
TTCACCCAATTCATGTTCACCATCTTGTTGTTTCATAAAATGGCAAACAT
AGCCAGCCCCTATCATTGGCGAGGCCAGCTCAATGGAGCTTAAATGATGC
GTCCATTTCCGGGGACTTGGATATTTGTTCGCTTGGCCATAAATTCTTCT
CCACTTGCATTTGATCGACTGGACAGTTGCCCAATCCAGACCTGAAACCC
AGCCCCATGGCTGCAAATCCATTGGTGGTTGAGCACCGTTTACCGAATTG
AAAAAAAGAAGAATGCGGGCCGAGACCCCAAATAGTATGGAACTTTGAGG
GCCTCTCCAAGATCCACATTGTCAAATGAACCTTCATCCAGCCTTGGGTC
CACGAGGTCTCCTTTGAAAATTTCCCTTCAGCCTCCACCAGTTATCCCAA
TATTTGGGCACACACTTGTCTAATTCCGGAGACTCGTCTGAAGAGCTGGT
TGGCTGGTAGAGTTGCCAAGTTTCTTCAACCATCTCCGATAGTTGCCCAA
CCAATTTGAACCCGGGTTGAACGACATCCCTCATCATATGCCCTCTGTCG
ATTGACAACCAATTATGTCAGTCGCGTAATTAAGCTTCAAACCAATAAGC
TTCAAAAGGGAAATTGTGCTCGGCTTTTTTTGTAAGGCATCCCAACGCCC
AAAGCGACGGCAATGGAATGATGTAAGGAATATAGATTGTTGCAAACTCG
ATCCTGATCAAGAATTCCAAAGCTAGGAGGTACTCCAAGATCCTTGGTTC
TCACAATTAAAAACATTGATGATATTGTACGTTATTTCTGTACAATGCGT
CACACGAGAGCTTAGCTTCAAGAGTGTGTTTGTAATCGCACCTTCCGGTG
GTTTCGTGTTCTACACCATGGAACCCCCATGGTGAACACAGGGCCCACTG
ATGTTATTAGCTAATTTAGCTAGTCGCCGTGCAGCCCCGTACAATCCAGC
TCCAACCACTACTTTAATTTGTGGGGAACCAGAAGGGACCTTTCCTCAAG
ATGCAGCCGCACCTGTTTTTCCTGAGCTTTGAACGACTGAGGTTACAGGG
AGTCGTCATTCACTCCCCACAGTAGAAGAAAGTCTGGAGTGGCGAAAATT
TCTTTATCCACCGGGCCCGGGAGTCGATCTGCGGCCTTTCAGCACGGCAA
ACTTCTTCTCTGACCACTTCACCATTCAATCCCCATAACAAGTACAAAGG
CCAATTGTGCTCACGTATGGCTGAAGAATCCAAGACGAGGAACCAGCTTC
AGATTATTTCTCCCGTGCCCAATTGGCACATTTGGCCCATTGAGTATTGG
TATCAGAGAAGAACTTCTTCCTCTCCGAGGCCAAATGCGGGCGCCATCGC
CCGAGCGAGAGAGACGTAAGAAAATGGATACCTCTCTTTCTCTCTCACCC
TTAATCGANCACACGAGAGCTTAGCTTCAAGAGTGTGTTTGTAATCGCAC
CTTCCGGTGGTTTCGTGTTCTACACCATGGAACCCCCATGGTGAACACAG
GGCCCACTGATGTTATTAGCTAATTTAGCTAGTCGCCGTGCAGCCCCGTA
CAATCCAGCTCCAACCACTACTTTAATTTGTGGGGAACCAGAAGGGACCT
TTCCTCAAGATGCAGCCGCACCTGTTTTTCCTGAGCTTTGAACGACTGAG
GTTACAGGGAGTCGTCATTCACTCCCCACAGTAGAAGAAAGTCTGGAGTG
GCGAAAATTTCTTTATCCACCGGGCCCGGGAGTCGATCTGCGGCCTTTCA
GCACGGCAAACTTCTTCTCTGACCACTTCACCATTCAATCCCCATAACAA
GTACAAAGGCCAATTGTGCTCACGTATGGCTGAAGAATCCAAGACGAGGA
ACCAGCTTCAGATTATTTCTCCCGTGCCCAATTGGCACATTTGGCCCATT
GAGTATTGGTATCAGAGAAGAACTTCTTCCTCTCCGAGGCCAAATGCGGG
CGCCATCGCCCGAGCGAGAGAGACGTAAGAAAATGGATACCTCTCTTTCT
CTCTCACCCTTAATCGAAAATGGGGCCTAGACCATGCTTGTCCAGGATTG
AACCTCCTCCCCCTGAATGTAGTTTTTGTACCAAGGCCAAAGAAGGAATT
GCTATCGAAAGAACAAATCTGAAGCGCTTGAATTGCACCCAGGTTCGAGT
GCATGCCTCGGTTTCCAATGTCGAGGGAGGCCAGGGCCTGGCCAGAATAA
ATAAGTGACTAGGAGGCCCTGGGATCTAATAATCTTGATGCATCTTAAAG
GCCTCCTCGGGATAGCAGCCAGACATCGGAGCACTTAAATCGGGCTTGTC
GTTTTTTTAGACAATGATCAACATTACATCCAAAGAGGCCATCGTGTATA
CAAGGGAACAATTAACTGGCGCTGGTGCTATTCCCAGGCCAGCCACCCCC
ACTCAATCACTGTCTCTGGCCCTCTTGGAAACCAAGATGAAAACGGCCAG
GCTTTTGGGCCCTGGAGGCACTCTTCTCTTCCCTCGGATAATCAATGTGA
GACGGAGTCAGCCTAATGGCTGCCATTAAGTTACACCTACAACTTCACTC
CTTCATCCTGAAATCACATGAATGCGGAATGAGAATAGCGTATATACAAG
GTCCAAAGGCCCCCATTCCTCCTACACCTATCCCCCAAATTAAAACCTTT
CTCATAGCGAATATGGGCAATGGTTGGTTCACACTTGCAGTCGATTGGGG
AGAATCACTGCTATTTGAGAGATCGAGGTGTGATTCGATTTCGTTGCTAA
TAACGGGAAGGAGAAAGAAGGGTGACGAGCACCCCTCCCAGCGACCCCCC
GACCAGGCATTTGGACGGGCAATGAGCCTATCCAGCAGTTCTCTTGGGTG
GCTTAAAGTTGGCATTCCGGCTATCGTGATCCAGTCTGACCATTGTTGTT
CTTTAAGGGTAGGAGTTTGCCCGACTAGTAGACCAATACTCATACAATAG
AGCATCTATTTTTTGTTGGCAACTTATTATGGCGTTTGGCAACGAACTCA
TTTCTGAAGACAAGGGAATGAAATATCTGAACAGATGTTGAAGATTGGAA
TTGGTGACGCAATAAGTAAAAGCCTGAGCCAGGGTGTCTGATTTTGCAAG
ATCGAACAAAGTGCATTTATTCTATTGTACGTAGGTAGTGGTTGGACTTG
ATATATTCATTTGTTTCATACTCAAGGGCAGGGACAAACATTTTCACGCA
TTACTGTGAAGGCTTTGGTTGCCTTCTTGTATGGGCAAAATATGCCCCAC
TTATTAGATGAAAGAACAACCATCCCGATTCTGTACAATTGTTTTAGACG
TTCCCAAAAATGGACTAGATTGTATTGAACTGGACAGCGGCTAAATAGAC
GGGTGAGAGACGGACGTGATTGGTGCGCCTTTCCGACGGAGTCTGAACGA
AACACACACTTACAATGCACTCTAAAACCGTGGGTGCAAGCTTATAGATG
TTCGCATTGGCTGATGTTCATGAAATTTTAAGATTCATCCACCTGTTTTG
AAGAAGAACTCTCGGTCCATCCGCTGTAACAAGAACTTATTTTGGGGTCT
AAAAATAGCCCACTGTCAGTGTACATTTCTTATGAATTTGAGCGATAGTC
GGCCGTAAGACCATGCATGTACTCGTAAATTGGGGGCAACCGAAAGTATG
AGTTGGTAATCATTTCGTAGCCATGAGCTGACGGCGAGGGCTGGATTTGG
CGTCTTATTTTGAGCCACTTGCCACTTTTTGCTTGAACTCACGGTGTCTG
CCCAGGCAGGGGAAGTCGAGCATCGTGCTTCTGTGGGTGAGAGCCCTGAG
AAAGCCGAGTATAGGTCGAGAAAAAGCTGAGACCGGGCTCAAGTCAAAGT
CATGTTTAGACTTTGTTGGAGATTTGGCTGAGGTGAACTTGGGGCCACAA
TTCACCTGATCGCCTTGATCTATCTCCTTGAGAGTGAAGTGTATCGGGAC
TGGGAAAAAAGGCCGCTCGAAGGGCTCTCAATCCAGAAGGAGACAAAGCC
TATCCTGGCCCATCTGATTGGGAGAGAGGACACCCAACACTCTAGCCCCC
AAAGAAACTTCTTCTAGTTCTTCGTTGTCGTTGTCCTCTGGTGCTGATTT
TGTGCAAAACTTTTTTTGCTCTTGAGCCACAGCCATATACTATACAGCTG
AAGACAAGAGGCTCTTATGGGCGAGGATAAGATCGGAGAAAGAGGACCCA
AACTGGATACAAACTATGCATCCTTCGCCAAAGTGCCATCCTGTAAACGG
CAGAAATGGTGTTCGAAATCGTCAAACCCGAAAAGTTCCAGCCTCCCAGG
TTTCCGAGGTGTTTTCCCCTAGTTTCTTTAACCTGCCTCTTGAAACGATG
CCATGCTATTCACAAAGCTTTATACAAACACGATCAAAGGCACCCAGTAA
TTGACAAGAACTCAATCCACCATCCCTCATAATGGCATTGACCATCAGAG
GGTCAAATTCGGGTCCCAGCAACGGTCTACGTACAACCAAGGTTTCCCAC
AGAGTTGGCCATTGTTTGGGTCAGGGAGTGAAATCCCTCAAGAGCTTTGG
GTCTCATTCACAGATCAATCATTGAGCAAGGCTAGTTTCAAAGAGGCTAG
ATTTGGCCTTTGGAGATATGGCCCAAGGTCTGGACCAAGTTGGATTTGGA
CTTGATTCTCCGCCTTCACCCAACTCAAGAGAAATACTGATTGAGGAAAA
CGCGAATTTTGTACGTAGTAGAAGAAACAGTAGTATACAGCATTTCTTGG
CCCAATGGTTCAAAAATGAAATAATACTGGAGATTCGGAATTATATGTAT
TTGGTGTCCAATATTTAAAGCAAGAAAACATTGGTTATATCCATATTGCT
GTTTGCATTCCCTGCAAAAATCAAAAGCACCCACAAACGAGAAAGAAAAC
TGTCTGCAGAGCTGAGACAGCATCGAATCAATATTACAAGCTATGTCAAA
CACTAAAGCGTTCTTCTCTAAACTATTTTGCCCCATTCTAAGCTCGAACG
GAACAAACGCAAGAGTGAAAAATTCCACAAAATCCTGTAGCTCATGGGGC
GAAGTCATCGTTTTCTGTATTGGCAACTAATAGCCCATGGGTCAAAGTGT
CACCCGAGAATTGGTTCCAACTTTGGGGAACACCTACGACGAAAATCTTC
TGATCTATGACCTCGGGTCCCAAGGGCTGGAGGAAAATGCTCAGTGCACT
TTGCCTGAGGAATGGCCTCGATGGGCCTCGGTGGAAGGGTTTCCAGGAAA
CATTGAACTGACAAAATTGGGCCAGTTTGTACTTATAATAGTGAGTTAGT
AGGGATTGCTGATAAAGGAGCATTGGACAGCTCAGGGGTTGAGTTGGAGT
TCATGGGTTTTATAGTTTGGCTCTCCCAAGCTCAAGAAATGATGTTAACG
TTGAAATACTGTACAAAACGGCGTTTATATGTGGAAGCGGTCGATTTATC
TACCATACAAATCGTAAATGAGGTATTTGAAACTTTAGATACCTTTTAAA
GTTTTGAAAGTTTCTCGTCTGCCAGAGGAGAATAATCATCTCATAATGAA
TGACTATGGTGAAAGGTACCAACACCCTCATTTTGAATCCACCATCTCAG
TTCATACGTGTAGATGCCAAAGAGTATTTTTTAGTGGGTTAGGGATCCTT
GACATTCATTGAATTGAAAATAAACAGAATAGCAATCATATCAATAAAAG
ATTGCATGCAAAAAAAAGATGTACGATCAGAACTCCAAAGGTGCCTAGTG
GACCATGGATTAGAACAAGGCATTCTTGGATTCCAGGCGTTTTTGCTAAG
AGCTGAAGGTCCAAGATCGGGTGAGAGGTTATTTTTTCCAGCTATACCAT
AACGATTAGTACATTCACTATGTGTCTGCTTTAAATATAGTCAATAATAA
AATCCGATCACATGAATGTGGATGTTGGACCATTAATTTCTGGCAGTGCC
AAGTCCACACCCTCCCTCGGTTGGATGTTCCCTGGGTCTCTTTCAAATTG
GTCCCCTTTTTGGAACTCTCAATGAGCAGTGGGGAAGATATATTGGACGG
CTTAAAAAGGTTTCATCGACCAAAAATAGCCATAAATCCCGGCATTTTCA
AACCATGATGGCCTTATTAGAGGTGGAATTTGATTCAGAACATGACATTT
ATGGGTTCTGCGAGAAAATACGAGACCTTCGTGATCGGCACCCATGGCCG
GATCGATCCAAGCCCAAAAAGTTGCCTGTTGGCGGTTATTTTGTGTCCCA
GGAACAAATGGCTTCAAATACCACGTGGATGGCATACACGCTAGATAAGG
GTGAATCGGATAAATACACCCTTAAACTGCTGTTGCACTAGGAGTGTTAT
TTATGAGTGCAGTTCCTTCTCGGACAAGCAATATAAATCAGGATAGGAAG
TAAATGCATTCATGGAGGATGGGTTTCTCGAGGACGACTGTGGTCTTGTA
GGCCCGAAAGCACTCGTTGGGTCCAAGCCCGAACCTGGGACCTGACTCTC
TGTATAAACGCCATTGGTCGTAGAAAGTGTGGCCCATTTCATTTTCCACC
AACTTGGGGGTGATTGGGTGGGTTAGTGGATCATTTTTCAGAGTGCCCAC
AATAGAGAGTTGTGGCAAAAAGTCGTTCTGGGCAATGAAGAGCGAAAACT
GCAGCCGTTAATTAGCCTCATTTGTCCATAAAGTTGCCTACTTTCATAAC
TAGAGATTCATAGATCTTTGGCCGGAGCAGATTGCCATCATATTTCGCCT
CAGTAACTTAGGTGATTGCGTAAATACTCGGATGTTGTCCAGAATTGGGA
AACGACACGCCAAGTTCTCCATTCGGCCTTTTTTGGTAGACTAAATGTTT
TTTTTGTACCGGGAAAGCTGCTCTCAAGATTCTGGAGAGAGAATAGTCCA
GAGATTAGGGCTTGGTCCAGTTGACTGGCAAAGTACATCTTATTTCTTCA
CCGTGTGTGTGTATATTGTGTTTTGGTGTATGTACACGCTGCGGACAATG
TGCCCATCTAGCGTGAGTCCAGACATCTGTGAGTGTCCCCAGACTGAAAC
GACTGAAAGCTAAGGTCTTGGGGGAATAATGTATTCGGCTCAAAATTGTG
AGCCATTTGCGAATTAAGTGGTGTGTGGAGTTTCGGGCACAAATTACATT
TTCACCGCTTCAAACACTCGCTCAGTGAGCTATCATGTGCAATTAGGGTT
GTAATTCTATACCTCATCTGCAATGCAGACCATCGGTGGCCCCCATTCGG
GTGACAATACTTCATAACTCAATCATTCCTTCGGCTCAAGTTCCAACCCA
GTTGGCACAAGATTTTGGAACGCGTGAGTTCCAGACCTTGGCCATTGGAA
CAGTGTTGTAATTTGCTCCATTTCTTTCTTGTCGCCTTAATTGAATACAA
AAAGACACTCATCCATTTTGAGGGTGTCACTTTTTTGCGCTAATTGAGCA
GACTCGAAGTGCCAGGTTCAAGACTGGAAATGATCCAAAGGCGCCTCGGA
ATTCCCCCAAATGGCGAGGGACAGGCTCCGAAATGGAATAATGGAGCGAA
TTGGATTGCTTCAATGTGGAACAGTATTGAAATGGGATAACGCCATTCGG
CCCCAAACTGCGTTGGAGCATTGAAATTTGCCATTCAAGAGGGACATTAG
TAGCAAATTCCGGTGCCTGGTAGTGGCAATTCAGCACTTCCTCATGATTG
TACGCATTCAGCGACAATTGTTCGAGGGGAAATGGCTCAAATTCCTCGCT
CGAGGACACTTGGCTCAGCTGGAGGCCGACCGAATGTGGCCTCACTCATG
GCCATGAAATATTGAAAGTCCGACCCAGGGTGGTCCCACTGCGTCCCAGG
CTCGTCCCAGGAAGACCACCCGCCATCTCGGAAATTGTCTTGCGACAGGA
TTGCAAAACTTAGCACAAGCTTCTTACTGGGTGGCACCCCCCCTCATACG
ATGTCCTACTGGCCTTCATTCCAGGTGAGAGTGAGAACCTCCATTTGACG
AAACCCCAAGAGCGGGCTGGATATCCCGCTTTCCCACCTTCGGACGACTC
CAGACAGCCCTACTTTCGCACCCACGGACAAACTTACAGGATCAAGGTTG
GAGATCCCGTCACCATGACGTGCAAAGTGGAAAACTTGGGTAAGACAAAC
CGGATCCGCACTCGTGATTAGCTCACCTCCCCTAGATTGGGCTCAGCTGC
GTGTGAAATGGGCATTAAAAAGCATTTCGTTGAACTTATACGATATTGTG
TCTGATAGCAAAAACGGTCAAGACACCATTTTTGAGCAAATTTGTTACCG
TTCTCAGTTAGTAATAGAACTATTGGTTTGTCCAAGTAAAAAATAATAAG
AAAGATCCCAGGGGTTACTAAGATTTCAGATAAGAAGGTGTTCCTTTATG
CACAAGAACCAATCACTAGTATGTCATATCAGAATAATAAATAACTTGAC
AGCATTTTAAGTCATTAAAAAAAAAAAATAACAGCGGCGAAACAAAAGTT
TTTGATTTTTTTTAAATAACACCTGTTTAAAGAGATTATTAGACTTAGAG
ATTATTAAACTCGTCAACTGCAAGCTAAAAAAAGGAGGCCGAGTTTTTAA
ATCCACTCCTTCGTCACATTCTTTTATTTTCCATTCGCTAATCAAACCGT
CCCAAATTTCGGGCCAAGGATAATTTTGGGAAAACCACTTCCGTTAAGAC
GCCTTAACTTTGGATTCTTCATCATACTTCCTTTTCGATAAAACGGTATT
TTTCAATATTTTATTTTTGTCTTGCTTCACAATTTTTTTTACCTGGGAGC
ATTTTTTGCAATTGATTAATTGATTCCAAGTTAAAAAAATTGTAACATTT
GAAATCCATTAAACGAGTGCAGCAAATACCCACAGCTGGGATGCTTTTCG
TAAAAACGATAATTTGTAATCGAATTTATCTAAAGAAAAGAAAGACACTT
AGTACATTGTACTAGTCATGTGTGCCGGGAAAATTAAGGCATTCAACCTT
TCTCCTCCATTTTTTAACCGTTGCTTTCATTTTGTCTTTTCGCCTTGTTT
GGGTAGACATGCCAGTATTTGCGTCAATTTTTTTTTGATCTGTTTTGGTG
GAGGCTAGTGATCGACTGTCTTTATTAATATTTATTCAATAAGGCAGAGA
GAGAGCACAGAACACAGCAGCTCTACTCAAAGGTATGACAATAATGATCT
TGCTCGTAGCTTCACCAATATTTAGTAAGCGACACTTTGAGCAAGTAATA
CAACCTTCATAGGACATATTGCCCAGTAGGGCTGTCATTGAAAAATAAGT
TGCAATGAATTCGGATAATCTAATTTAGTTTCCACGAGGAAAATTGGCAT
AGGGTACCTTGCAATACCGAAATGAAATAATAAGGGACAATCCAAGACGG
ATATGTTCCTGGAGTCTAAAGACAACTTGGTGATTAGGCTCTTCGTGGCT
CTGGTCACTTTTTATTTGGCCCTGCTAATTGGCCTAAAGGCCGGTGACCC
GGAGATCGTCAGTAGACGAGAGTATCATAAAGCCCTCATAATCAGACAGT
TGGTAGACAAGGCGAAAAACAACTTTCCTCGGGCCATATATTCGTAAAGC
CAAGGCCATTTGAAATGCAATGCCCGAGTTCAATGTTGTAAAAAAGGCTC
CTCCGTCTCTGACCCTGGTGGGCAAGTGGTGCCCTGGACGAAGCTCCGTT
CTTTGGGCACTGTGTTCAATACATAAGCCATGCGCTTGGGAGTGCCAAAT
CCACTTTGGGAGTCCGCATTTCATCATGGGATTCGATGGGGCGAGGATAT
TGACAAATCACATGCGATTTTCAGGCTCATCCGTGATAGTGTGGAAGCAG
ACCGATCGCATCATCTCGGCTGGCGAGCGACTCATCCGGAAAGACCCGAG
AATGAAATTGGTCCGAGAGCCAAATGGGATCAGTCTACATATCACTCATG
TCACGCCGGATGACCGAGGTAACAATTACCCATGTACACCCTGTCAGACT
GGGAAGGCTGTCGGTGTTGGAAGAGGTGGAAGAAGATATTGATTTCAGTC
CCAGCTCGGAGTTTTTGCTCCCAACCGCAGACTGATGAATGACATTGGTT
CCAATTTCGTTCCAGGTTCCTATATATGCGAGCTTGAGACCTACGGCGAG
CCGATCCATCAGACAAACTCCCTGGATGTTCTCGGTGAGTCAGCTCAAGA
ATCCATGGATTGCTTTCTCTCCCCCTCAAAAATTTCCAACTATGAATTGT
TGGCCACTCTTCTCCTCCAATTCACTTGGCTCCAAAGTTTGAATCAACTC
AAGTTCGTCTTCACCATTTTTGGGTTCCAGGCCGGATCCACGCTCACTTT
CACGAGCAATTTCTTCAGTTTTCCAATCAATATCACTCCAGGGTTGCCAA
CTGGTAAAAAGATCCACACCCACTCGGCAGTATTGGGAAAAGAAACAGCC
AAGAACTTGGTTGGCCTTTCCAACTCGACATTCTCCCACATCGCATGATG
GTTTTTTATGAGAGTGGCTCCACTTCATCCCTATCCCCAGGTCCAATAAA
CTGGAGGGCATGATTCAGTTAGCAACTGACCCTCGATGGGCCAAATGCAG
AAGGCCAATCCCTATTCATAGTACTTTCAAAGTCAGCAGTCTCATGGGAT
CCGAATGCCAAAACCCACTTTGAAAAGCTCAATGAACCAGGATGTCCTGC
TGGGTCGGGTCAGATTTCACTCAAAGAAGTGGACCATCGCCTTTTCAGCT
GTTGTGTCCAACTACTCTGTACAGGTTCTTTGCACCCTTATAGGCTTTGA
CATCAAGAGTCAACATGAGCAGTACAGTACACTCAAAACTGGAATCCTCT
TACACGGAGAGCAAAGTCGAAACGATTGGCTCACAACAGCATAGCAGCCT
CAAAATCCCCCCTCTCTTCTCAATGATTGGCTGTCACGTGAGAGTCTGCT
GACCAACGGCCCACAACAAAAGGGAGTGTCGGGACTTTGGTTACAAAGGG
GCTTTAACGGAGAGAGAGAGAGATGCCTGGAGAATAGCGTTTAGTTGATG
GAAGGGTGACGAGATACAAAGTAGAGTGGATATCATAACACAATAGTGGG
CCATTGGACTTGCACATACATGAAGGAACACGAACTGTGCATACAAGGCC
AGTGTCTTGGAATTGTTCGTCTTATGAATAGGGTTCGAAAAGAAGTGAGC
ACTTGAAACTCAAGTGTCAGCTCAATGTGAGTGTATCTAGTCGGCCACGA
TCTACATCTGTGTCATGCTCTTCATGTAATATGGTGCTCTCTCTTGTGAT
GAGGTGACTTATCTCATACTGAATTAGCCGTTTTTTCGCGAAAAAGTTTC
ACAACTAAAAAACCCTCTCGTGCACTTCAAAATATCACATTGTTAGTGCT
TTCGAGACACTTTCACAACTTTTATTAGTTATTACCGGTATGTTTTATAA
CCTTTTAGCAATCGCAAAGTTTAAAAAAAGGGACACAGTCTAGATTACTC
CATTTTCATCAACGGAATCAATATAAATAGGCCCTTTAAAAGGTGAAACT
AGTCTCCCAAACTATACGATTCACTAAAGAAAATACCTCTAGGGCTGCAA
CCATGGTTGGCAGGATTGGTACTATCCAAATCGATCCCGATGCTTTTTAT
TGATGTTTTGAGAAGGCTCTCTCGAGTAACAAAATTTTGTTTAAGTTGTA
ATTGGGTAGCATTTACATAAAGGATGGCAAATGAACTCAACTGAAGTGTA
TGGGAAAAAGTACGTACTTAAATGCCGTGCGCTATTAAAATGGCGTGGGT
CTTTTTTTCTTATGAGCCACATTTTGTTATGTGGCATTTATGGCACTTGT
TTTATTGATTAAAAATGCCGTTTTGCTATCACTGTACGCAAACTTTTTCA
TGACGTTTTGGATCACTTTTTTCCCTGGAGACCCATACCAAATTCAACAT
TGGAATCGAGAAACGCCGCTTAGTTGTTGTTTTTTGATCCCAAAAAAACC
TGGATAGGGTACATCATATTGCTAAAGTGAGATCGATACGACGTATGGTT
TCTTTATAGTTTTTGTGCGTCAAGTTTCTGATTTGCCAAGATTTTTGAAC
CACGAGGGAGAGGACAAACTTTTGTTCGGGTGAAATATAAGAGTTTGCCA
AGTTTGGTAGCAAAAACCAGGCCACACCAAAGTTTGGTTGTCAAGAAGAC
TTGGGGTGAAATAAATACAAATTGCCAGTTTAGTGGTCATGGTTGCCGTT
GCTGCTGTTGTCCGTGTTCCCAAGTTCTTCGCCTCCCTTGTTTTCCCCAT
TGGGGCAATTGGAAAATGGGATGAGTCCCTGACAAATGCGAGTGATTACC
GGCGGATGTGAACAAATGATATAACCTGAGAGTGGTGGTCGGTTATTAAT
TGGCTTTCATCGAGCGATCAATTTCCAGATATTGAGAAATGAGTGCTGGC
CTTGAAAAGTGGGGCTCTCGATATGTCATTTGGGCCAAAATCAAGCCTCT
CCGAGAGGCCAAAGGAAATGACTTCCTGGAAAGAGCTGGTAATTTGAGGC
CATCAAGGGGAAATGCTTCTTCTTCTTCTCCGTCTCCTGCCTGCTTTCCC
AGAAAACTCATTTTCAAACCCTGGAGCCTTTGGACCGGCTAAACTCCTTT
TTCTCATACTTTTGGTACTCTCCGACCAGCCAAAAAAAATACAATCAGGC
AACTGTGATCCAACATGAAAGTTGAACTTGTCTCTCTCTCCCCCCAGTTC
CTCCATCCATCACCATCTTGAACACGGGCAACTCTTTGAGCCTTCGCAAG
GATTCCACCGTCTCCTTGGCTTGCAACGCCTCCGGGTTTCCTCCACCCAG
GATCATGTGGCAGCGAGAGGTAAACCTTCATTATATTCATAAAATTCCAT
GAAGCCAGCCATAACAAATGTTGTGCTTGGCCACCAATAATGCAACTTAC
ACATGTGAACGCTCCCTGAAATAGCTTAGACATCAAGTTTGGTCATTGTT
ACATATTTTTGGTTTAGTTGAAGATCAATTTGGTAGCACTGACGAGATCC
AAAACCTAAGAGCGCCAGGTTAAAAATGCATCGAGGCAGATTGTGGATAT
TCTGCGCAACTTTCGCGTTCCTTGATTTCCTTTGAAACCTTTTTTGGCCT
AAATTAGATCTCACATACGTATCTACAGACCATGGAGATATTCAGACTTA
ATACCTCCATGTTCCAGACTGATAAATGTTAGTCCAACCAACAGGTTTGC
CATCTGGCTCTCTTGAAAGACAGATTTGGCATTTCGAGAATTCTGAAACC
TTTCCGGGGCTTTGGAGAATGGATTGTTCAGAATTCGCAAGATCTCGGAA
GGAAACCATCTTTTCTCCCCCAAAACAAAACAATCCTTGCCCCGCTTGAA
ATCTGAATATTTTAAATGTTATAGGTTAACAAAACAGTTACTTTTAAAAA
TATGCACTATGCCTTTTTATTCGCCAATCTCAAAAGGGTCAGCAGACCCG
TTGATTCAATGGAGTTGGAGGTATCTAGTAATGGAAAGCTCTATGTAAGA
ACCATCAATGACTGCTCAGCCGAATATGTTAACTGCAGCCAACTCCGTCG
GCTTGTACTGATCCATTGGAAAAGGATAGTATGTATGGCTAGTGCAGGGT
TCCTTCACTCATATATTTGTATCTATCTTGGTTTCCCACCCACAGTCCAG
GGGATACTCGTCTCGATCCAAAAGCCTTCGCTGCATCAATGAAAACAATC
CCTTTTTGATCATACTTGTGTCTAACGTACACATTGGGGGTAATTTCACC
ACGTGGACATGAAGCCAAGATCCACGACTCAGACAGTATCAATGGGCTGT
ATTCCATTGATCAATTGAAAGGTTGGACTCCAAATACGATCCAGGTTTCC
AGCCCAGCAATCCTCAAATAAATCTTTGGCCGTTCAAGGACATTGGGAAT
TGCTCCAGAATGGAGCAATGAGAATGATATATTTCCACGGAAAATATCTC
ATATTGGTAAGGGGTGAGAAACCTCTTTCTCTCTCGGAAAAAGATCGCGT
CTGGATAGCTGTCGCTGAGTGAAAGTGGGCCATTTAGAGGACTTGGAGAA
CGAACTTGTGATTGACTATCTTGCACTCAAATTAAGCAAACTACGACAAG
CTGATTTACTTGGTAAAGGTGGTTATACCAATGGGTTGAACCAAATTTAT
TTAATTTTGAATCTCAAAATTCTTCAAGCATTTCTAGATTCAGGCTGGGA
ATGCTTTGTTGGGAAATAATCCGAAGGCCCGGCTAGTGGGTTCCAAAGAA
GAGAAGGCAATGTCACACTAAGGCGATAACTTATATATGTGGCCCTCTGT
TGTACACCTTACCATGAAGGATTCCATTTGGCACGGGAATCTTTTAACCT
AAGGAAAAAAGGTAAATAAATGAGTAGCTCTGTTATCCTCAATTGTAAAA
CTAGGAGTTCATCCGTATGACCAGGAGTGATTGGCTACATTACGCCCGAA
ATATTTTCCATGAGTGAAGTATTTTGCAGTGACCAACTGGAGTTATGAGG
ATTACCATCTTAACTGAATATTTCCTCGGCAAAAAGTGCAGATATTACTG
AATACCGCATCAACACATTCCCAAATCCCAAATCCGATCACTTCTGCAAT
GCATTGATTAGTGTTACCTGAAAAACAACTGAAAAAAGTGTTCCCATTGC
TCTACATTTTTCATTGCTCTGATGCCTCTATTAGCCCGATGGTAGTAGCA
TTCTTAAACACTAATACTACAGTATAACGTCACAGAAGCTACAGGAGAAA
TAAACCTTATTCCATGGCCGACCAAGAAAACCAAGAGTTGAAGGGTGGTC
ACCCCAGCGACCAAGGCAAGCGAGTAGGTTAGAGCAAGCTACCCAAGGAG
GAAACGCCTCAGATGACAGCCAAGGAGGAGACGATTACACACACTAGGTC
AAGGACGGACGTCCTTCTTGTCAATTGGAATGCCATGTCTAATGGTCTGC
TTTTTGTAGGATTGGCAGAGGCTTTTGAATTTGCTCCTTTTTGCTACTCT
GTCTGGATTCGTATTTGCCTTTTATGCGACATTTGCACTTGCTAACAGCT
CTCTTTGACACATGAATGGAATGGATCAGTGGATCTCAAAAATGGGTTTG
TGGTGTACTTTTTTAATCGCAGAAACAGACAGATTTGCCAGCTAACTTTT
CGAGCTTCTATGTCCAATACTGTCGAAGCACATCAATCGAATTAGTGTTT
GGTTAGCAAGACTGTCTAAACGGATAATTTCGAATTAATTCCACTCAATC
TACTTGTTGGGTTATGGAACCAAAGTTGGTGAATTATCAAAACTGTTCGC
TTTATCTCTCTTGACAGCTAATGTTGTTTCACAACAGAATTCGCTACTGA
CAAAGAAGAGTGGGAGCACATTTCCTGGCTTGATCAAATTCCTGAGCCAA
ATGGTTTCGAATACCTGAGAGCTGCCAATCTGTTCAATAATCCGGAATCT
CGCCAGGAAATCAAAGGCTGAAAAATACCTCCCCCGAATGCTGAATATCA
ACCTCACTCCGAGTTCATGAAAAGTGAGGGTCAATATTGACGGAGGGGGA
AAAGCTCCGGAAGCATTTTCCTTGGAATGGGCGTCCCCGTCCATTGGGTG
CTTTCAGGCAAGGATTATCAAAGTTTGATCTCAAAGGCACAATTAAAACT
TTTTCAGCTCTCAAGTGAAAAAGGAGAAAGAAAGCGAGGAGAGCCCTAGT
AGATTCTTAAATTGTAATCCTCTCCCTTCCATAAAATCAAACCCAGAAAA
GGAGATTTTTGTCTGCCAAATGGCATAAAAGGGGCTTTTTGGAATTAGAG
CAAAGTACTCGAGAGCCAATGAAATGAAAGTCCGGAGTTGGAAGCTCCTT
TAGAACCCACACTGCGTCCAATCTCAAGCACTAAAATTCGGTACACACAG
TAGCTAAGCATTGGCACACGACTAAAGGCTCAAAGGTGCATATAAATTGG
GACCAAAATGCTTGGATCAAGGGATATTTTTGCAGAATTTCTCCCACTCC
TAAAGTAAACAAAGGTCTTGGAAAAATGTGCCATTGTTGTTGGGAACCCC
CAGCCATTGGTTGGTAGCCGTGGCCCTTCGGCGTGAAAAATCAGTAAAGT
TTTGCTTTGGTGCAAAATTAATAAGAGCCTTGTTTGAGGCCCTTTGTTTG
AGTTTCAGGGTGGTGGAATGAGCCCGTAATTTAATTTTCTGAATGGAACT
GACATTTCGTGGCTTGAAAAAATGAACCAAGTTTATTTTAGCCTTCTGCA
GCCACGCTCGGAAGTTCGGTGAGCGAGCCAAGTTATTAAGCAATCCCCAG
AAAGAGTCCCTCCTAATCCACCCATGAGTGTGCGCATCCAGGTGTGCCTG
CTTCGATTCAACAAGTACCACTTTCCAGACAATCCCAGAAACATTAGCCG
GTGTCAAAACCATCATTAAAGCGTTTTTTCGAGCTCCAAGTCCATTAGGG
TGTTCTAGCTCCACTCTAGTAGACCAACCATGTCAGAGCTGCCTAACGAT
GGACGAAAAAGCCTCAATCCACTGACCAACCTGGTCCAGTTAGGCTGGGG
TCAGAGCGATGGAACCAACTAGTTGAAGCCATAATTAGCCAAGGAGTTCT
ATGTACATAAGAACTTAATGGAGCGGAAGCTTCCTGGAAAGGTCACGTGA
CTTCAAGAATATGCGTTCTGAGGCAGAGCAGACACGCGTGGCCAATTCTG
TCTGGGCTCGATCAAAGGCAGATCAAGGAAGGCAGAATTGGCCTAGCATC
TCTGCCTTAGAACGCATATTCTTGAATTTTCCGCTCCATCTAGTTCTTAT
GTAGAGCTCCTTGAATTAGCTCATCAACATGCTCTCGGATGCTCTCATTA
TTGTTAGTATGACCTTCCCCTATGGTAGACAAGTCCAATTGGAAATGAGA
CAGATATTGTGCCATTTCCAAACACATGTCTGTAAAAGGCTTGACTTTCT
GGCATGGCTTTTTGCGGAGAGCTCTTTCGCAAGTGTGAAGGCTCTTCAAT
CCTTCGCTAACGAATGGCGTACGCGTAATCAAATGTGGGTAAAAAAGTCA
TTTTGCTCGTTGAAAGTGTTGAAATGGCAGATTTTAATGACGCCAAGAGC
TAGATGAAGCGTCAAGTTAAGACGGTTCAAATAGCAAAAATGGCAATTAC
GTAGACAGTTGATTATTGGTTTGCTGGAGGTTCATCAAAAAAAGTCCTAC
CTGCTTATCTGGAAGCCAGGTTGCTCCTTTCAATTTTGCTGTGGCTCGAC
AGGCAAAGATCGAAGCGGCTAATTAGTAACCTCACAAAATATTCCTAACC
TTGCACTGATCTCATATATGAATATTGTATAGCTACGCTGTCAGTTACTC
TGCCAATCGATGCTCAAGTCATTACTAAATGATCACTAATGAAAGTTACT
GAAAAAATATTACGTTTGAAAACCCTGTCAGGGGCGGAAACAAAATTTTA
CCTGATTGTTCAAAATCCGAGCCCAGTTAGGTGAAACATCGTGTAAACTT
TTGTATGTTAAGTTTTTGCACCCTTGTTTATTTTAGTTCCTGTGACATCG
TTTTGTTAAGTTTCTGCACGTGAACTTGTTTGTTTTTAGTCGTTGTAGAC
ATCGATGTTGCGAAGTTTTCATTCAGTCCATCAAAAGATAGGTGTCATAA
TATTTAGTCAGTTTGTTGAACCCACAAAAAGGGAAGCATTGCTTACAATA
AATCACATACATAAATACTGTACACAAAAATACAACAAAACTCACTTCTT
CAAACCCATCTCCAGATCTGGCAAATACAGTATGCTTTGGGTCTTATTTA
AGTCAGTCTGCTCTGTCTAACTCATGAGTAGAGCTTCCATGATCGCTCAC
CGGTGTCCGGTAATCGTCGAATATTTTGTAAAAAATCGATAATCGATCAT
TTCGAGATTGCGCGATTGACATGGAAAAGTCAACACATTTCGAGGATTTT
TCGTTTGATATTTTTTCAAGTTTTTCCATATTCTTCAAGTTGTTTCTAGT
TCTTTCATTCTAAACTTTCGTTCCTTTCATACTACCCATTATTTTTTATC
TCATTTCACTGGAATATATTCTAGGCACGTTTCTTTGGCAAGCTATTAGT
GCAAGTTTTAACTTCTCTTATGATTTTGGCAACTCAAACTTCAGGAGTTG
TAAGATTTACTGAAGATTCTCGCTAAAAGCAGATAATGGCAAAATAAAAA
TGTGTTCCTTAATAATCAATTTTTTTCTTGACTGCTTTGACAACCTGTTT
ATTTTTTCCCTATTTTCCATCGTTTTTTTCGAGGCCTACCAATTACGTAG
ACTATGTACACTTTTCGATGTGAATTTCTAATGTACTTTTTTATTTATTA
ACACTAGCCCATTTTTCACAAAATCTTCGAAAGTCGACAAACTATCGAAG
TTTTTTCTAGAATTGGCGACTATCGCTAATCTAAATTAGCAACGACTTTG
GAAGCACTACTCATGAGTTAGTTCCGAAAACGGGATTTTTTTCTAAAATT
ACAACACTTTGGTGTCTAAAACATGCGTGTGTCGACGTGGGAAGTTTATT
CTAAATGTTTTGTATATTATGTTTTTGCAATGACGCTTTATCATTTTTTT
TATAATTGCTTGCACTATTCTTATGAAATATGCTTGGAAAAGGATGCCAT
CGTCTGAAGGGGATACATAAAAAAGCGACCAGATTCAGCTTCCTGGAGAG
CTCCGTAATATGACTTATCAAAGTCGAGCTCAACCAAATTCACAAGTCGG
TTGCATGATTGGAACTCCTGTACACGTTATCATTGCCCTCGGTTGGTCCA
TTGGCTCGACACTTCCGGGTTTCCAATACCATTAAGATAATAAGATACTA
TTTTCAGTGGGTTGTGAGGCAAAGTACCAATATAATGTGCCTTCTGGGGC
TCGCTGTCCTCAAAGAGTCGTGGAATGGGAGCTGCCCTACAACAGGTCGA
AGTACTTTTTCCTGGCTAAACTTTGTTTTCCGATACTTAAAATTGCATTT
CCCCTGAAAGATGGCTCAATTATTAACGACCAGTTATGGCCCTTCCACTC
AAGAGTTTAGAATGGATGTTGAGAAATGGACTTCTGGAAAGAGGCCCCCA
AACCTCCTCTCCTTGGGTTCCATTCCTTGGAGGAATGCATTCACAACAAT
GGAGCAAAGCAGTGGAACAAATGGATGGAATTCGCTCACTATGACCAAAG
CGAACAAATCAGTGTCTTCCTCACATCCTTGCTCTAA
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Synonyms
The feature 'bcs-1 protein' has the following synonyms
Synonym
Tk06259
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