AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene015304

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene015304.t1 MTR_5g014520 90.221 317 23 3 2 312 19 333 0.0 506
MS.gene015304.t1 MTR_5g014560 69.551 312 71 6 2 312 19 307 5.70e-140 399
MS.gene015304.t1 MTR_4g066460 45.886 316 127 11 15 303 22 320 2.66e-65 210
MS.gene015304.t1 MTR_6g047570 45.122 328 126 14 15 306 21 330 5.26e-65 209
MS.gene015304.t1 MTR_4g067010 44.194 310 133 9 15 303 22 312 1.31e-63 205
MS.gene015304.t1 MTR_0246s0020 42.254 355 131 11 19 306 26 373 2.41e-63 206
MS.gene015304.t1 MTR_0246s0050 43.506 308 132 8 26 306 23 315 3.96e-63 204
MS.gene015304.t1 MTR_4g098035 43.831 308 131 8 26 306 44 336 8.21e-63 204
MS.gene015304.t1 MTR_0011s0260 51.327 226 93 4 85 306 142 354 5.87e-61 199
MS.gene015304.t1 MTR_4g066380 44.516 310 138 9 15 303 21 317 1.34e-60 197
MS.gene015304.t1 MTR_0250s0040 53.052 213 84 7 95 303 56 256 4.39e-60 194
MS.gene015304.t1 MTR_0011s0210 50.885 226 94 4 85 306 142 354 1.03e-59 196
MS.gene015304.t1 MTR_2g010450 49.010 202 96 2 114 315 159 353 7.79e-57 189
MS.gene015304.t1 MTR_0246s0020 41.667 336 122 11 19 287 26 354 1.13e-56 189
MS.gene015304.t1 MTR_4g092700 51.309 191 88 2 117 305 141 328 5.12e-56 186
MS.gene015304.t1 MTR_5g014600 51.131 221 79 7 106 305 120 332 1.10e-54 182
MS.gene015304.t1 MTR_2g104550 45.148 237 111 6 79 305 82 309 2.34e-53 178
MS.gene015304.t1 MTR_4g009540 44.681 235 112 5 79 305 104 328 2.73e-52 176
MS.gene015304.t1 MTR_5g014550 69.919 123 36 1 164 286 54 175 6.51e-51 168
MS.gene015304.t1 MTR_2g104490 40.594 303 145 11 25 314 33 313 7.97e-51 172
MS.gene015304.t1 MTR_4g097950 47.347 245 112 8 71 303 6 245 8.15e-50 167
MS.gene015304.t1 MTR_4g009110 43.426 251 121 6 68 305 105 347 8.65e-49 167
MS.gene015304.t1 MTR_4g097940 40.357 280 152 7 34 305 51 323 1.13e-48 167
MS.gene015304.t1 MTR_8g009020 41.631 233 125 3 79 303 89 318 6.39e-48 165
MS.gene015304.t1 MTR_5g014640 36.786 280 145 6 51 303 45 319 2.13e-45 158
MS.gene015304.t1 MTR_4g097920 38.214 280 158 7 34 305 36 308 2.65e-45 157
MS.gene015304.t1 MTR_4g097920 38.214 280 158 7 34 305 51 323 2.85e-45 158
MS.gene015304.t1 MTR_4g009540 42.857 217 106 5 79 287 104 310 2.27e-43 152
MS.gene015304.t1 MTR_2g104490 39.130 276 134 10 25 287 33 287 1.44e-42 150
MS.gene015304.t1 MTR_2g104560 44.199 181 90 4 127 303 47 220 7.75e-42 146
MS.gene015304.t1 MTR_7g080780 44.324 185 93 1 119 303 137 311 7.49e-41 146
MS.gene015304.t1 MTR_7g080780 44.324 185 93 1 119 303 150 324 9.37e-41 146
MS.gene015304.t1 MTR_2g104650 42.347 196 108 4 117 308 75 269 1.84e-40 144
MS.gene015304.t1 MTR_8g009010 39.091 220 85 5 127 343 127 300 4.88e-38 138
MS.gene015304.t1 MTR_7g451650 48.980 147 64 1 157 303 57 192 2.65e-37 133
MS.gene015304.t1 MTR_8g069740 43.860 171 91 4 120 286 96 265 4.34e-37 134
MS.gene015304.t1 MTR_2g104590 42.487 193 74 5 127 310 62 226 1.56e-36 132
MS.gene015304.t1 MTR_4g009510 45.349 172 81 4 137 307 45 204 1.76e-36 131
MS.gene015304.t1 MTR_2g104500 40.323 186 104 3 118 303 89 267 1.48e-35 130
MS.gene015304.t1 MTR_7g050350 48.227 141 62 1 163 303 1 130 1.33e-34 124
MS.gene015304.t1 MTR_7g451650 48.227 141 62 1 163 303 1 130 1.33e-34 124
MS.gene015304.t1 MTR_4g009420 49.660 147 55 2 157 303 65 192 1.54e-34 125
MS.gene015304.t1 MTR_2g104530 40.376 213 102 6 102 303 71 269 5.10e-34 127
MS.gene015304.t1 MTR_7g451650 47.407 135 60 1 157 291 57 180 4.79e-31 116
MS.gene015304.t1 MTR_4g009420 48.148 135 51 2 157 291 65 180 4.68e-28 108
MS.gene015304.t1 MTR_6g047550 39.316 234 96 10 4 202 18 240 5.02e-27 108
MS.gene015304.t1 MTR_1g072320 31.447 159 101 2 117 268 454 611 2.19e-19 89.7
MS.gene015304.t1 MTR_7g117670 29.940 167 105 3 134 299 402 557 6.35e-16 79.3
MS.gene015304.t1 MTR_8g067280 35.570 149 84 4 134 271 462 609 2.77e-15 77.4
MS.gene015304.t1 MTR_8g027495 28.313 166 109 3 134 299 458 613 2.84e-15 77.4
MS.gene015304.t1 MTR_5g030430 30.337 178 93 5 134 291 493 659 1.58e-14 75.1
MS.gene015304.t1 MTR_1g112680 32.020 203 118 9 29 214 201 400 5.77e-14 73.2
MS.gene015304.t1 MTR_3g030700 30.168 179 113 4 116 286 178 352 1.25e-13 71.6
MS.gene015304.t1 MTR_8g064700 27.368 190 110 5 107 284 225 398 1.35e-13 71.6
MS.gene015304.t1 MTR_8g024770 30.973 113 75 1 134 243 279 391 8.99e-13 69.3
MS.gene015304.t1 MTR_5g064950 27.374 179 113 5 135 297 102 279 1.69e-12 67.8
MS.gene015304.t1 MTR_8g024790 25.234 214 147 5 95 302 256 462 3.24e-12 67.8
MS.gene015304.t1 MTR_5g064950 27.950 161 100 4 135 279 102 262 3.91e-12 66.6
MS.gene015304.t1 MTR_7g096350 46.269 67 35 1 134 199 355 421 7.40e-12 66.6
MS.gene015304.t1 MTR_8g098275 24.413 213 130 4 123 307 390 599 1.23e-11 66.2
MS.gene015304.t1 MTR_8g098275 24.413 213 130 4 123 307 297 506 2.18e-11 65.5
MS.gene015304.t1 MTR_8g098275 24.413 213 130 4 123 307 233 442 2.44e-11 65.1
MS.gene015304.t1 MTR_0194s0050 23.980 196 126 5 135 308 186 380 3.12e-11 64.3
MS.gene015304.t1 MTR_3g498695 27.419 186 124 4 117 293 283 466 6.14e-11 63.9
MS.gene015304.t1 MTR_3g104100 28.488 172 106 4 136 294 197 364 6.40e-11 63.5
MS.gene015304.t1 MTR_7g083900 29.240 171 108 5 135 293 287 456 7.63e-11 63.5
MS.gene015304.t1 MTR_2g084280 33.094 139 85 4 136 272 135 267 8.03e-11 62.8
MS.gene015304.t1 MTR_7g110810 44.156 77 42 1 111 186 188 264 9.78e-11 62.8
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene015304.t1 AT4G37850 44.269 253 126 7 67 307 76 325 1.79e-52 177
MS.gene015304.t1 AT4G37850 44.269 253 126 7 67 307 76 325 1.79e-52 177
MS.gene015304.t1 AT2G22760 44.221 199 88 5 122 303 99 291 2.16e-44 154
MS.gene015304.t1 AT2G22750 44.033 243 117 7 72 302 86 321 1.97e-43 153
MS.gene015304.t1 AT2G22750 44.033 243 117 7 72 302 62 297 2.12e-43 152
MS.gene015304.t1 AT2G22750 44.033 243 117 7 72 302 90 325 2.19e-43 153
MS.gene015304.t1 AT2G22750 44.033 243 116 8 72 302 90 324 5.63e-42 149
MS.gene015304.t1 AT2G22750 44.033 243 116 8 72 302 62 296 6.65e-42 148
MS.gene015304.t1 AT2G22760 45.055 182 78 4 122 287 99 274 3.34e-41 146
MS.gene015304.t1 AT2G22770 36.102 313 154 9 26 303 14 315 4.80e-40 144
MS.gene015304.t1 AT4G09820 32.812 128 65 1 135 262 364 470 9.50e-16 78.6
MS.gene015304.t1 AT4G17880 31.250 160 104 3 134 291 416 571 1.41e-15 78.2
MS.gene015304.t1 AT2G46510 32.331 133 69 3 113 243 372 485 3.53e-15 77.0
MS.gene015304.t1 AT1G32640 31.469 143 91 1 134 269 452 594 6.32e-15 76.3
MS.gene015304.t1 AT5G46760 30.769 169 97 4 134 291 415 574 1.05e-14 75.5
MS.gene015304.t1 AT3G61950 33.333 138 87 3 134 268 128 263 1.06e-14 74.3
MS.gene015304.t1 AT3G61950 33.333 138 87 3 134 268 179 314 1.29e-14 74.3
MS.gene015304.t1 AT3G61950 33.333 138 87 3 134 268 128 263 2.07e-14 73.6
MS.gene015304.t1 AT2G16910 32.258 155 84 4 135 268 315 469 2.14e-14 74.7
MS.gene015304.t1 AT3G61950 33.333 138 87 3 134 268 179 314 2.57e-14 73.6
MS.gene015304.t1 AT1G01260 27.711 166 97 2 119 284 418 560 3.90e-14 73.9
MS.gene015304.t1 AT1G01260 27.711 166 97 2 119 284 418 560 3.90e-14 73.9
MS.gene015304.t1 AT1G01260 27.711 166 97 2 119 284 418 560 3.90e-14 73.9
MS.gene015304.t1 AT1G63650 28.824 170 97 5 134 283 405 570 9.43e-13 69.7
MS.gene015304.t1 AT1G63650 28.824 170 97 5 134 283 405 570 9.43e-13 69.7
MS.gene015304.t1 AT1G63650 28.824 170 97 5 134 283 405 570 9.43e-13 69.7
MS.gene015304.t1 AT2G28160 28.144 167 99 3 117 272 114 270 1.30e-12 68.2
MS.gene015304.t1 AT2G28160 28.144 167 99 3 117 272 114 270 1.58e-12 67.8
MS.gene015304.t1 AT4G30980 28.177 181 111 3 83 253 82 253 3.17e-12 67.0
MS.gene015304.t1 AT4G16430 50.000 58 29 0 134 191 320 377 4.51e-12 67.4
MS.gene015304.t1 AT5G41315 28.736 174 97 6 134 283 449 619 5.32e-12 67.4
MS.gene015304.t1 AT5G41315 28.736 174 97 6 134 283 446 616 5.40e-12 67.4
MS.gene015304.t1 AT5G41315 28.736 174 97 6 134 283 441 611 5.52e-12 67.4
MS.gene015304.t1 AT4G30980 28.177 181 111 3 83 253 130 301 7.71e-12 66.2
MS.gene015304.t1 AT1G12860 31.818 154 96 4 135 281 268 419 8.49e-12 66.2
MS.gene015304.t1 AT1G12860 31.818 154 96 4 135 281 268 419 1.23e-11 65.9
MS.gene015304.t1 AT2G46810 26.203 187 118 3 135 311 123 299 3.24e-11 64.3
MS.gene015304.t1 AT5G57150 26.220 164 101 4 135 284 56 213 4.58e-11 62.4
MS.gene015304.t1 AT5G57150 26.220 164 101 4 135 284 55 212 4.64e-11 62.4
MS.gene015304.t1 AT1G72210 28.713 202 112 8 135 312 127 320 5.20e-11 63.5
MS.gene015304.t1 AT5G57150 26.220 164 101 4 135 284 56 213 5.75e-11 62.0
MS.gene015304.t1 AT5G57150 26.220 164 101 4 135 284 56 213 6.87e-11 62.4
MS.gene015304.t1 AT5G57150 26.220 164 101 4 135 284 55 212 8.14e-11 62.0

Find 61 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TTATCCTTTAGAAAAGAATT+TGG 0.226485 5.4:+8332799 MS.gene015304:CDS
CTAATACCCTCAAACGTTCT+TGG 0.234491 5.4:-8335635 None:intergenic
AATAACAGTGTCCTACCTTT+TGG 0.259096 5.4:+8335900 MS.gene015304:CDS
GCTCTAGCTGCTCTTATTCC+TGG 0.270587 5.4:+8333082 MS.gene015304:CDS
TCTTTCTCTCTGCTATGATA+TGG 0.318056 5.4:-8333030 None:intergenic
GTTCCAGCTATTGGAAGAAA+TGG 0.343234 5.4:+8332628 MS.gene015304:intron
CACATCCTTGTCCAAAACTT+TGG 0.362806 5.4:-8335793 None:intergenic
GGACGTGGTGGGTTGTGTTT+CGG 0.364752 5.4:+8340079 MS.gene015304:CDS
TTCTCGCCGGCGACTTTACA+TGG 0.370147 5.4:+8340057 MS.gene015304:CDS
TAATAGTCATGTTCAGTCTA+TGG 0.373573 5.4:+8335674 MS.gene015304:CDS
ACATGTAGAAGCCAAAGTTT+TGG 0.403189 5.4:+8335782 MS.gene015304:CDS
GGTAATTGTGTTTGTGAGAA+TGG 0.404374 5.4:-8332911 None:intergenic
GAGGTCTGTGGCTCATAATC+AGG 0.412438 5.4:+8333006 MS.gene015304:CDS
GAGAACGTCGGAGGAGGGTT+AGG 0.416223 5.4:-8340039 None:intergenic
CAACGTGAACAAAACTTGTA+TGG 0.426153 5.4:+8332677 MS.gene015304:CDS
TGGACAAGGATGTGCTCATA+AGG 0.429386 5.4:+8335802 MS.gene015304:CDS
ATTGGAAGAAATGGAAATAG+AGG 0.434159 5.4:+8332637 MS.gene015304:CDS
ATGGACAAGGCTTCAGTCCT+AGG 0.441208 5.4:+8335585 MS.gene015304:CDS
GTTGTGTTTCGGTTTCTTGA+CGG 0.451196 5.4:+8340090 MS.gene015304:CDS
AAGATAACAAAGGTTGATGT+TGG 0.458857 5.4:-8332757 None:intergenic
TGATATAACCATCGTTGCTC+AGG 0.464649 5.4:+8335935 MS.gene015304:CDS
GATCCACTGCCAAAAGCAAA+AGG 0.466058 5.4:+8335824 MS.gene015304:CDS
CAATTACCTCGAAATAGAAA+AGG 0.474445 5.4:+8332926 MS.gene015304:CDS
GCCGGCGAGAACGTCGGAGG+AGG 0.486200 5.4:-8340045 None:intergenic
GTCGGAGGAGGGTTAGGAAA+TGG 0.492692 5.4:-8340033 None:intergenic
TCTTATTCCTGGCTTGAAGA+AGG 0.494711 5.4:+8333093 MS.gene015304:CDS
ATTATGAGCCACAGACCTCT+TGG 0.506300 5.4:-8333002 None:intergenic
CCATATACCTTCTTCAAGCC+AGG 0.514414 5.4:-8333100 None:intergenic
CGTACTTGATTGCATCTCCT+AGG 0.518134 5.4:-8335602 None:intergenic
AAGAGCTCCAAGAACGTTTG+AGG 0.518931 5.4:+8335628 MS.gene015304:CDS
GACTTTACATGGGACGTGGT+GGG 0.547942 5.4:+8340068 MS.gene015304:CDS
AAAACTTTGGCTTCTACATG+TGG 0.548591 5.4:-8335780 None:intergenic
AATTACCTCGAAATAGAAAA+GGG 0.550335 5.4:+8332927 MS.gene015304:CDS
GAGCAACGATGGTTATATCA+AGG 0.552186 5.4:-8335932 None:intergenic
CGACTTTACATGGGACGTGG+TGG 0.562110 5.4:+8340067 MS.gene015304:CDS
CCCTCCTCCGACGTTCTCGC+CGG 0.563566 5.4:+8340044 MS.gene015304:CDS
AGAGCTCCAAGAACGTTTGA+GGG 0.570082 5.4:+8335629 MS.gene015304:CDS
CCGGCGAGAACGTCGGAGGA+GGG 0.574137 5.4:-8340044 None:intergenic
CGGCGACTTTACATGGGACG+TGG 0.574768 5.4:+8340064 MS.gene015304:CDS
TCAAGGATAGAATCCCCAAA+AGG 0.575129 5.4:-8335915 None:intergenic
ATCCACTGCCAAAAGCAAAA+GGG 0.579077 5.4:+8335825 MS.gene015304:CDS
ACAACATTGTACGAGAAGAA+AGG 0.579497 5.4:-8340000 None:intergenic
GATGAGTCAGAACTTAGTTG+TGG 0.581816 5.4:-8335711 None:intergenic
CACGTCCCATGTAAAGTCGC+CGG 0.582380 5.4:-8340063 None:intergenic
TTTATTTACCTGAGCAACGA+TGG 0.591261 5.4:-8335943 None:intergenic
ACTACAAAGTCACAAGGACA+AGG 0.603785 5.4:+8332977 MS.gene015304:CDS
GGATAGAATCCCCAAAAGGT+AGG 0.609941 5.4:-8335911 None:intergenic
TCATGTTCAGTCTATGGTGA+CGG 0.614450 5.4:+8335680 MS.gene015304:CDS
TCTCGCCGGCGACTTTACAT+GGG 0.621088 5.4:+8340058 MS.gene015304:CDS
GGAGGGTTAGGAAATGGTCT+CGG 0.626341 5.4:-8340027 None:intergenic
AAACTTTGGCTTCTACATGT+GGG 0.634166 5.4:-8335779 None:intergenic
TTGGAAGAAATGGAAATAGA+GGG 0.635754 5.4:+8332638 MS.gene015304:CDS
TAGCTTTCAGAAGATAACAA+AGG 0.638184 5.4:-8332767 None:intergenic
GTCGCCGGCGAGAACGTCGG+AGG 0.640985 5.4:-8340048 None:intergenic
CACAAGGACAAGGGACCAAG+AGG 0.647237 5.4:+8332987 MS.gene015304:CDS
ACAAGGGACCAAGAGGTCTG+TGG 0.659567 5.4:+8332994 MS.gene015304:CDS
GATGATTCTGAAGCTGCTAG+TGG 0.660614 5.4:+8335741 MS.gene015304:CDS
AAAGTCGCCGGCGAGAACGT+CGG 0.674579 5.4:-8340051 None:intergenic
CTACAAAGTCACAAGGACAA+GGG 0.698526 5.4:+8332978 MS.gene015304:CDS
GTTGAAACTACAAAGTCACA+AGG 0.718556 5.4:+8332971 MS.gene015304:CDS
GGGTTAGGAAATGGTCTCGG+CGG 0.724025 5.4:-8340024 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr5.4 gene 8325348 8340122 8325348 ID=MS.gene015304
chr5.4 mRNA 8325348 8340122 8325348 ID=MS.gene015304.t1;Parent=MS.gene015304
chr5.4 exon 8325348 8325353 8325348 ID=MS.gene015304.t1.exon1;Parent=MS.gene015304.t1
chr5.4 CDS 8325348 8325353 8325348 ID=cds.MS.gene015304.t1;Parent=MS.gene015304.t1
chr5.4 exon 8332635 8333114 8332635 ID=MS.gene015304.t1.exon2;Parent=MS.gene015304.t1
chr5.4 CDS 8332635 8333114 8332635 ID=cds.MS.gene015304.t1;Parent=MS.gene015304.t1
chr5.4 exon 8335585 8335956 8335585 ID=MS.gene015304.t1.exon3;Parent=MS.gene015304.t1
chr5.4 CDS 8335585 8335956 8335585 ID=cds.MS.gene015304.t1;Parent=MS.gene015304.t1
chr5.4 exon 8337924 8337972 8337924 ID=MS.gene015304.t1.exon4;Parent=MS.gene015304.t1
chr5.4 CDS 8337924 8337972 8337924 ID=cds.MS.gene015304.t1;Parent=MS.gene015304.t1
chr5.4 exon 8339971 8340122 8339971 ID=MS.gene015304.t1.exon5;Parent=MS.gene015304.t1
chr5.4 CDS 8339971 8340122 8339971 ID=cds.MS.gene015304.t1;Parent=MS.gene015304.t1
Gene Sequence

>MS.gene015304

ATGTTGGTGAGTTATGTGAACAATGTTCCTATATATAACCCTCATTTGCATTGCCAAACACAAAATGGGATTAGGTCCGGTGGACCAAGCAATCAAATGAGACAGAATGAGTTAGGTTAGGTTACCTAAATCCACCAAAGCACTCCCCAATCATCACTTTTTATGCAAAATAATACTTAAGTTTAATTTTTACAAAAGTCTTTAAACAAACTAACCATTTTTTCTCTCCATTTTTTGAAGATGCAAGTTCTGAACAGAGGACTACAAAGATACATAAGAATCTTGCCCCAAATGAATGGAAAAGAATGAGAAAAAAATAAGAGAAATGATAAGTTTTGTAAAAAGAAAAAGAGATGATAAGTTGTCAATTAAATAATTTTTCCCTAAAAAAAACTTAAAAAAAAATTGGTTACAAATTGACAACTAAAAGATTTTTCTTTTTTGGAAGAACAACTAAAAATTTTCCAACCCCATATATAGATTTATAAAAATAAGATATTATCTTTCTTCAAAAAAAAAAAAAGATATCATCTAATATTTTATTGTTTTTTATCTCTTTTTGTTAATTTTTTTTACACATCTTTTTGTTAATTTTTTTTTTGAGGGATTTTTGTCAGCTTTTTGAAAGGTCTGGCTGGTTTAGCTATATCATATCATTAGTTGTAAATGAAATACTTTTATATGGTTGTCAAACAAATTGGAAAATTGTTATTGACACATGTGGTTTGGCTGAGAAACACGAGTAATTTACCCAAATATCCATCGACAGTTAACTATCGAGGTTTTCTTCGGTAGTTTACTGCTGAGGATCTTCTGCTACAAGTCTGGCAGAAGCTCTCTCATCTCCATTATTCATCTCATCTTCCAATTTTTTTTTCAAATCTCTCTCACAAATCTCTCTAAAAAACCAAACTAAATCCAACCAAATTTATTCAACAAAATCACAAGTAAGTAATTATAATGCTATTAACTTAAATTTTAGTTGTTATAAATGTTTTTATTTTTTAGTTTTTGAGTAGATTTATTTTATTTTAGTTTTTGAGTAGATTTACATAGTATAATTCATTTTTAGAGTAAATGTTAGTTGATTAATTTAGTTAAAATGTTTGCATGATGATTATGTTATAGTTTAAAATTTTAGGGTTATTTTTTTAATTTGGTGTTTTATATATATTTTTTTATTTTAGTAAGAGTATATGATTTATTTTAAGAGTAAATATAAGTTGAATAATTTTCTTATATTTTACGTTATTTTTATATTTTTTTTAGACAAATACATTTTAGGGTTATTTTTATGATTTTTAGAGTCTATGTATAATTTGCACATCAAGTGTTTGATGAAATGTTTGAATGAGTTTTTCATTGATTGTTTTTAATTTCTTATTGTGTAGATTTGAAACAATGGTCGGGTGGATCGACGTTCATGCAGAATTCAACGGCGGAAAACCTCAGAGGTTCAAGGTTCGGTGCCTTGATGTAACGTTAAGAGGTCTCAAGGATCAACTGAATGAATTCAACCAAGGAGTCAATCCCAGAGACACAAGGAAGGTGGAATACGTCCGGTATAAACGTCTAATGCTCGACGAGGGGAGGGTATCATTCACTTGGGTGGAGTTAAAGAACGTCAAAAACGTGACGAGCATGTTTTGGGAGCACAGCATGTTCCAGTGGATCGATATGCGGGTGACGTTGCTGAGATCAACTGAAGATATTATTAGGAGTCTGATTCCGCCAGAAGATCGTCCTTAGTTAGGGTAAGGTGCATTCCAACTACAACAATTGTCTTACCTCTGAAACGGGGTAATTCAAACTTGCCAAACGGCGAGGACTCAAACATTTCGCTCGGCATTCATGTTTTTCCTTTGAAAAGATTAAATTTTTGTTAGGCTGGTTTAGATGAAGGTATTAAGTGTCAAGGAATGGACCTCATTTCGTTGGCACTTGAATACCATCATCTAAAGCAAACCTAACAAAAATTTATTCTTTTCAAAGGAAAACGTGAAATGCTTGAGTCCTGTTGTTTGGCGAGTTTGAATTTAGCCCATTTCAGAGGTAAGACAATTGTTGTAGTTGGAATGCACATTCCAACTACAACAATTGTCTTACCTCTGGATGGGGCAATTCAAGCTTGTTAATCGGCATGACTCCAACATACGATAAGCCTCTTGAACGATGGTATTCAAGTGTCAAGGAATGGACCTCATTTCGTTGGCACTTGAATACCATCATTCAAGATGCTGATCGTATGATGGAGTCCTGCTGCTTAGCAAGTTTGAATTTGCCCCATTCAGTGGTAAGATAATTGTTGCAGTTGGAAGGTGCATGTAATGTAATGTAATGTAATTGTTGACATACATTTGAACGAATTCACGCTATCGCAATATTTATTGGAACTCACGCTATCGCAATATTTATTCAAATTCACGCTATCGCAATTTTTATTCAAATTCACGCTATCACAATTTTTATTCGAATTCACGCTATCACAATTTTTATTCAAATTCACGTTATCGCAATTTTTATTCGAATTCACGCTATCGCAATATTTATTCGAATTCACGTTAGATTTAATTAGTTTTTATTCGAATACGCAATTATTCAAAACGCGACTTTAATCGAAATTATTCATAACGCGATTTTTATTCAAAGCACTAGGAAAATGTAGTTTAATGTACCAAAATGAGCACGACATATAAAAAAACATAAATAAAAAAAACCCAACACAAGTACGCATTACAAGCAACTACACATCTTCCTCATCACACAGGTTAATCGGGTTGCCCGCTACAGTCCCTGGGGCACCTTCTTTTGGTTGAGGACCAAAATAGCATGTCCTCCCGCTCCTCCTCAACCTCGAGTGATTGTACACCGGCACCTTCGAACCCTTCTTTTTTTTGGAACCATCACAAACAATTCCGTGCCATGTCATAGGTGATTTTTCTTTGTTCTTCTCATCACCCTGAACGTTACCCTGATTCTGATTCTGTGACATATCTACATTAAAAAAAATGGCGATCAAAACCTAAAGTAAACAACAATGCCATAAAATCGTAAAATCAAAAACTAAACCTAAACCTAAACTATCATCTAAACCTATACCTAAACCTAAACAATTCTAACAATTCTACAACAATTCATCAAAACATAAACCTAACTATTCTAGCCTAAACTATCCTAAAATCATAAACCTAACAATTCTAACAATTTTATCAATTCTACAACAAATCGTCAAAATAATAAAACCTATATAATCGAAATTTAACAAAAAAAAAAACAATTCAACAACAAAACAACAATGCAATAGGATTCAAAAAACTTACTTGTTTTTGTGCTTGAAATTGGCTTGGAATGATTTAAGCTTGGTGAAAATCGCACCTCTATTTCTCAAAAACGTAACAATGGAGTTTTGGAAACTTCTATGCCTGTGCTGTTCTTATAACAAAACTTCGGCAGTTAACTACCGAGGTTTTCCTCGGTAGTTAACTGCAGCCGGTTTCTTGAAAATTTGGCAGTTAACTACCGAGGGACATTTGGGTAAATTACTCGTGTTTCTCAGCCAAATCAAATGTGTCAACAACAATTTTCAACAAATTGGTAGAGACATTAAAAAGTAACATATGCAGAGTCAAATTCTCTGCTTTTTTAAGCTGATAAATTATTTGACAAGAAAAAAAAATTGCTAAAAAAAATCAATGGAAACACAAGAAAGGGCACATACCCGCTCAAAAACAGAAAGGGCACATATCATGTGGACCCCTGGCTGACTAACCGATTCAATTATTAATATTATTTTTTTAACAAATTATTGAGATTGCTATTATATCACGTGATCCATGTATCCCGGTTGGTTGGTTTGGAGTCAGTGAAAACTTACTAAAAAAATTATTTGACTATAGCTCGGTACAAATATTTATAGATCTTCTAACGAGTGATTATGGGTTTGAGAGGAGGAGAAAGAGGAACAAGAGGTAGGTGTTGACCATGTGGGTGAAGAAGGATTGCTTCTTCTTCTTCTTTGTTTTGACAATTTAAGAAAGGAAAAATTGAGATATTTGTGGTAGATTAAAAAATGAAATGAAATGGTTGGAGATCATGATGTTATTGTTAGATAATAAATGGAAAAAATGGAATGAAAGGGAAAATGGTTGGAGTTGATTGTTGTTGTTCTTGTTAGTGAATAAAAAAATTTGAGAATGGAAAGATGATGATGACGATTTCATGATTTTGGGTTTGTTTTTAATTTCATTTTCTGGATTTTTTTCTAAGTTTGTTTGAATTTTATAATGAAAATATGAAGTTGATGATGAAGATGAAGAAGAGGTGGCAGGAAGAAGATGAAGACGTGACATAAGGTTCAATCCACGTGGAGGCACCACGTGTACAGTTAACTGTCATGTCATATGGTTTAACAGCCAAAACAAAAGGAGGGGGTAATTGACTAACGTTTGACAATTTCAGGTTTTTTTTTTTTAAGTTTCTTTAAAGTCTGGAGGATTTTTGACGAAAGTTACAATATTGGAGGTGTTTTTGCCTATTCACTCCTTGTTATTAAAAATTAAATACTATGGGTGTGTTTGGTTTGCAAAACAGTAAGTACTGGACATAACAGTACAAGACAGAACAGCACAACACAAGGCAGAACAGCACAGGACAAATTTTTTACGGCAATGAGTAATTTTATGTTTTATACGATTTTTGGGGGACAAAATGCTATTTTGGTATTTTATACAACTTGTACGTGGGACAAAAAGTTGTGCTGTGGTTTGGTGAGGGACAAAAATATGAGTTTTTGTCCTGTCCCTTGCCTCCAGTTTGTCCTGTACCTGAAACTGTTTTACAAATCAAACACTGGACAACTATAGTTGTTCTGTCCTGTCCTTCATTTTTTAGCAAATCAAACGCACCCTATATTTCTAATTTATAAGATACATAAATTTTTATAAAAACATATTATTTAAGATCTTTAAAAAAATTCTCTAAAAACATTCATTAACATTTTCCATATTTAAAAACATAAAAGATCTCGACCTTCCTTTTAATCTCAAATAAAAAAATATCTCTTATTTTTCAGAATATGAATATCATTTAAAATAGATTTTCGAAATATTATAAAAATTAATTTAGGATTGAGAGGGTGTTGGTTTGATGGATGGTAGATGGTTGGTTGATAATATTGATCATGTAGTGGACGATGGGTCATCACTCTGTTTTGGAAGGACGCATTGTTAGATGGCGTACCTTTTCTAGTTAGATTCGATAGGTTATATTAATTAGCGGAGAACAAATTAGCTATTGTAATTGAAAAATATAAGATGAGGAGTGAAAGGAGAGGCGTGGAAGTGGATGAAGTGGGTCTGTTTGGGAGGAGAAGTTGGCGGGGAAGTGTCTTGACTTTTAAAATCCAGTTGTTTTATATGTTGATGTGGAAGACACGTGAGTTTGGAAATTACATTATTCTCATCGCTATACGGTGAGCACTGCGTATCACAGGTTGATAGAGGAGGTCGGTGATGAATCTCATAACAATGGACATCTTATGGATAGTCAGCTTTTGGGGTTGAAAGTGGATCCCTTAAAGATGACTCAGTTTGTTTGGCGCTTGCTTCTTAATTGAGTTCCTACTAGAATAATTTAGTTCAACGGCGTGTGATTCCTCTCAATGATCAATTTTGTATAGGAGGATGTGGTATAGATGAGGACATGTACCATTTATTTGTTACTTGTGAATTTTATGGTAAAAATTTTTCGGTGGTTTCTTGTTGGTTAGAAATTTCAACGACGGTTTAGAGAAATTTATTGGACCATCTTTCTGAGTTTGATGGACTAGGCGGTTTTTCGAAAATATGTTCGATCATTGTTTGATATTATTTAGCTTTCAACGCAATAATATTGAAACATCAAAGAAAAGTCCCTCCATCACAAGATGTGTCATAGAAACTCATCAGTCCAGCAGAGTCACATTATAATAAACAACATATATAGAAAAATAAGAAGGGAAAAAAAATAGAAACGACATTTAAGAGTTAGTTAATTTGATTATTGTTTTATTTATATTATTTTACAATTAAAAGTTTTTTTTTGTCAAATAGCCTAATAGCTAAAAATTCACCTTTAAAATGAATAAATGAGGTCTTCATATATTATGCATTGTCCCTATAACTGAGCTAAACTCACGGAGACCTAATAAGAGAATTTTTATCGGTTTTCTTCATTTTTTATAATTATAAAAAAAAAGCATAATAAACAAATATTTACAACAATTTTTTTTATCAACAAACAGAAGTCTTTGGAGCACTTGTTTAAGAGAAATGATATTTGCACAACCTTTTTTGACAACTTTTAGACAACTTTCTCTCTCATACTCACATTATATTTTCACTGTCTCTCTTCCTTTTTCTCTCTCCATTGTTTTTGACCAATGAGAAGAGAGAAAAAAGAGGTTGTAATAAAAGTTGTTAGCAAATGATTGTTCAAATATCATTGATCCTTGTTTAAACATATTAAACCTTCATCTGCACCCCATTTGCTTTAAAAAAAAACATACTTAAACTTCATTAATTAATAATTAGACAAATAAACAAATATTTATTTACTATTTTTATTAAAAAAATCTTTAATTTCTTTAAAAAGATCGGATATTGAGCAGTGACAGTGTGACACTGCCAATCTGCCATGCCACGATTCACTTGTCCAATGGTCTAAATAATTTCCCACGTGCAAATGTTTTCAATTATTTTTTAGGCGATATTTTCAATTTTTTTATTGTTTATAAACGGATCTGTGTTCATGGCTGAACGTGTAAGGACCACATCACATCATGATAACATTATTCATATTTTTTTATTCATATTTTTTGTACGAAAAAAACATTAATCATATTTTAAATACATGCAACCACACATACTTTAATAACCATATCTAACAATAGTATTTTTTAATAGTACAATTCCTTGGTAGGGACCTCGAAGTAAATTGACCAGAAACTAGAAACCGTGCTATAAAGAGGATACGAAAGCAAGTCTTGTTCTATGATAAATTGGAATACCAATCTCTTAAATTGTGAAACAAAAGTTGTTAACTTAATTTAATCACATCAATAGTCATTATGGAAAAATTAAACTCATCTTCAAACTCATCATCAACTAGCTGGTTCTCTGATCTGGTAAGAAACATTTTTTTTCTTCATATATCACTCTAGTGACTATAGTTCTTAATTATATGCACAAATGAAATGGATATAATTATATGAATGATTTTTATTCATTATAGTTTTGTGTTTTGTTCCAGCTATTGGAAGAAATGGAAATAGAGGGTTGTGATTTGTTTCAACAACGTGAACAAAACTTGTATGGTGAAGAAGAGTTTCTTTCACATGACATAGAAAGTATTTTTCAACAAGAGGAAAATTTCCAACATCAACCTTTGTTATCTTCTGAAAGCTATTCTTCTTCTTATCCTTTAGAAAAGAATTTGGAAAGACCAAACAAAAAATTGAAAAAAAACACTACTTCTCAGATTCTGTCTTTTGACTGTACCTTAAATACAAAAAAGAACAAGGTTGTTCCATTCTCACAAACACAATTACCTCGAAATAGAAAAGGGTCATTGCAAAAACAAAACATTGTTGAAACTACAAAGTCACAAGGACAAGGGACCAAGAGGTCTGTGGCTCATAATCAGGACCATATCATAGCAGAGAGAAAGAGAAGAGAGAAACTCAGTCAGTGCTTAATTGCTCTAGCTGCTCTTATTCCTGGCTTGAAGAAGGTATATGGTACTCTAATGTCTCATTATAAACTAATTTATTAAAAGTACTGAGATGGACATATTAATTTCATGTTTGGTTATAAACTCCTTCAAAAAAATGTTTGCTTAAAAAAAATGTAATATTTTTTTCTATTTATGGAAATTTTTGTGTTCCACTTTAAGTTTGTACTACTTCCTCCGTCCCGGTATAATTGACCTACTTTGGTTTTTCACACAGATTAAGAAAAGTGTATAAATGAAGGGGAAAGTGGAATATATTGTATTGGGAATGATAAAAGTAGTATTATTTAGTGTTATATTGTATTGGGAATGATGAAAGTTGTATTGAAAATTGAAATGGGTCAGTTATTTTGGGACACTTTTTTTTAGAAAATGGGTCAGTTATTCCGGGACGGAGGGAGTAGTATTTATTATGTAGGGCCGCTTTGTTTAAGATTCATAAAAATATGTTTTTTGTTTTGAACACAAATTTTGATGAGTAATGTTAGCGTGTGTCTTTTACGCTATAAAAAAAATTGTGTCTTTAAAACACAAATTAATGAAACAATATCGAAATAATTTATTGGAATGTGTGTATTAAATTTAATCTTTAACTTTTTAATAAATTGAATGCACAAAATTTAACAGAATATTTTTTCTTTTGAATTTCTTAACATGTGACCTAAGAGTACAAATTAGCATTACCCAATTTTTATATATTTATTTATTGTTTTAGTTATGGTTATAGTATAATTATCTTGGAACTTGTGTAATCAAAGTTTAAAAAGTGCAAAGAATGATATTTTCAATGCAAATATTTCTTTTTTTGTTTCCTTAACTAGTAACTAGTGTCCTGGGGGCACTAGTTAACAAGACCCGTTAGTTAAACTATGAAAAATGATAACAAGTGCTATTAAAACATTGTTTAAGCATCCAAAACTAGTAAATTTTGTATTGAAAATTGTATAATTATGACTTTTACATTTGTTTGACTTGTATTTTCAAGACAATTTTTTTTTTAGTTTCCTTAAACAATGTTCTTATAACAATTGTTAGCTAAACCCTTAAACTATTTAAAAAATAATTTTATATTAGGAATGAAGAGTTTTATTTTGTTTGTGAATTATGTATTCTTTGCAATCGTAAATACTCATTCCTCAAGGCAAGCAAACTTCAATGATGACACCACTTTCACTCAAGAAAATTAAAAAGTTAAAAGCTATTTGAATTAACTTTTAAGGAAAATCATTTTTAATTTAATAACAGGAAGAAATACAAAATATCTTTTTATAACTTTAAACAAACATAAAATAACATACTTTTACTTTTCTTAAAAATCTCCGACAAGTTCTATCTATCTGATTGATTTATATGAAAATGATTTTATAAAAAAGTTTAAACAGAAACACAACTAAAACTAGAACATCAAATGTTGCGTGGGTTAAAAGTTTTTCACATGGATTATTTTATAAAACAAAAATATTTTTCCAATATAAAGGAAAAACAATTCACCCAAAATAATTATGGATAAATAAACCATCTTATTGATGTCTAGATTGACAATGAGATAGTAAAAATTACGATGAATCAACACATTTTTGGCAAAAAGTACTACTCTATTTCTATCAAGGATTATGTCGAATTTCAACCGGTTGAAAGTAAGTTTTTCTCCAACATAATAATTATTTCAATTTATGTACTTGGTTTTGAATTGGTTTTCAACAAATTATATGTTTGGATCTGCGGTGATACAAGTTGAATTTTAGTAAATTGTTTTTGTTAAATTGATTTTATTTAAAAGTGACGTAAATGTTAAGAGATTTATGTTTTTGATACATTTATATAGAATTGATTTGAACAACAAATTTAAGTGAAAAAAAATCACAATTAGACTCAAAAGCTACAAATCCTAACTTCAATTTAAAATCAATTTTAGATGCAAAAATAATTCCAATAAAGAACAAACAAACTTATCAAACTCAATTTTACATCTCCAGGGTCAATTCTAGTTGCTCAAACCATGATATCAAACCTAAATAGTCATGTTAGCTATTCGTATGATGTTAATTAATTGGTATAAGGTTTGGTTGGTCCCAAAAATGATCCGTAATTGGATAGAAAAAAAGACTCTGGATTCTCACATCTCCTTTGTCAGACATAGAAGATGGAAGCTGTTGATGGTTTGGTTGTTAGAGTATGAAATTTGGCTTAAATCCTCATACTTGTCTGCAAAGTTTATGGGTATTGCAAATCATGCTTTAGTAGTCTTTTTCTCTTGTATTGGCTCTTTAAAATTGTTGGGAAATACCCCTTCAATATTAACACTAGCTGTTTGTAATATTCTCTATTTTATGAAATGATAAGCTATTGTTTACCGTAAAAAAAAAAAAAAAAATTGGTATAAGGTTATTAAAACTACTAGTTAGCTATTAATTATAGGAATTTTAGCATCTAATTAAACTCTATTATGTTGTAAAAAAAAAATCTACAGATGGACAAGGCTTCAGTCCTAGGAGATGCAATCAAGTACGTGAAAGAGCTCCAAGAACGTTTGAGGGTATTAGAAGAACAAAACAAAAATAATAGTCATGTTCAGTCTATGGTGACGGTTGATGAACCACAACTAAGTTCTGACTCATCAAACAATGATGATTCTGAAGCTGCTAGTGGTAATAATGAAACTCTCCCACATGTAGAAGCCAAAGTTTTGGACAAGGATGTGCTCATAAGGATCCACTGCCAAAAGCAAAAGGGACTTTTGCTCAAAATATTGGTCGAGATTCAAAAGCTTCATCTCTTTGTTGTTAATAACAGTGTCCTACCTTTTGGGGATTCTATCCTTGATATAACCATCGTTGCTCAGGTAAATAAAATATCAACTTTTTTACTTTAAAAATAGAGCAAATCTCCTTTTTAATCATTTAAAGTATCACTCTTTTAATTACTTTTAAACTATATGAAAAATGTGTCAAAAGCATAAGAAAATCCGCACTATTAGAATAATCCCGAGCATCTTAAGCTAGGACCAACCGTATGAACTTTTATTAAATTTAAATGCGGTTTTCTTCATCCGATGGTATAAATCGATTTTCTAAAAGGACTTGTTTGGGACTTTTGAAACTTAAAGGACCACTTTGGGAAGAACGAAAAACTTAAAGGACCTTTAGATGCATTTGACCAAAATAATAATAATCTTAGTCATCTATTTAGAAAGGGTCATGTTAACTTGTGCCCTTAGGGCACATGTTAAGCAACCCAAAAATGGAAACATTTTCTTAAATTTTGTGCATTCAATTATTGAGAAGTAAAAAAGTTAAAGTCAAATGCATTAACTACAATAGAATATTTCTATTTTGAATCATTAACTTGTGCCTTGAGGGCACAAGTTAACATTTCCCATTTAGAAAATGGGTAGTGTTAACTTGTGCCCTAAGGGCACAAGTTAAGAAACCTAAAAATAGAAATATTCTCTAAAATTTTGTGCATTCAATTCATTAAAAAGTTAAAGATTAAATGTAATGCACACATTCCAATGTACTATTTCGATATTTGATTCATTAATTTATGCCTTAAGGGCACAAGTTAACATTTTCCTTAGAAAATATATCAACCTTGTACTAAAAATGATTAGGTAACTAAGCAATGGGGAGGATTGAAACCGTGCTGACTGAACATGTTTCGAAGTATAAAACAAATTTATAGTGAAACTTTATAAAAACAAATAAAAAATAACACAATAGTTATATCTTTTTTTTTTTGTTGAATCTAAGGTTCGAAAATGGACTCAGAAGTATGTTAGACTTTCACTCCTTAAAAGAGTATATTAGACTTTCATCTTGATTAACTAAGTTGTGCAAACATCAATAACTAATATGTCATATTATATATTTATAATTAAATTATATTATATTTATTTGAGGTCTTTTTTTTTCCTAAATTTCGAGGCTTAATTGAAACCTTAATTTAGACTGCTTGGGGCATTTATTCAATGGTAAAAAGTCATAGTTTTTGTTTTATTTTAAAAACAAAGATATTGTTAAATTTACAAAATTTATCATTAGTGATAAGAAAAAGATAAATTCCAAGAATTAAAAAATGGAAGTAATATTAACAATTCATCATATAAAATTAGACAATATATTTTTTGATAAAATGAAACAGGGGAGTAAATAGAGGAAAATGATACATCATGAATTTAAATTCTTACTTAAATATTTTTGTATTTTCTCAGTTTGTCCCTTTCAATCTTCATAAATGTATCCTTGTTCTCCTTTTCACAAGCAGTTTTTAAATTGATATGTGAAATTAATTAAGGAGAGGTTTTATTTTGTATTTGGAAACAAAGAGGGCTTTCGCTGAGAAAAAAGAGAATTACAAAGAAATTAATCAAGGAGTAGCAACTCCAAAAACGTCATCAATAATCATCTGAGTGATTTGAATGGACTTTCTTATGTTAAGATGTTTACGATTACGTAACATTTTAATAGTATGATTAAATTGATGAGTTTAATATAATTTAAAACTATATTTTATCGCTGTAACTTAAAGACTAGATTGAAGAGCGATTAACAGTTTAATTGAGTACTAAAATGATGATTTTTTTCCTTGTAAAAAAAAGTTGATGATTTTTTTCCCCCTTCTTGTGTCCTTTTCAATATTTATAAATGTACTTGTGTCCTTTTCTATATTTATAAATGTAGTTGTTTTCCTTTCGACAACCAAATTTTCAATTGATTTGAGAAATTAATTAAGGCTTGTACTATTTCCCTTGAATTATTTGGGAAATGAGGAACTTACACGAATTTGTCCAAACGATTTTTTTTTTTGCAGATGGGAACGGGGTACAACTTGACCAGAAATGATCTTGTGAAAAAGCTACGTGTGGCTGCATTGAGAGCCATGTTATAATTGTCCTAACGTGAATGTGGCCCCAATGGTAGATGCAACAATAATCATATGATATGATCATGGATGGACGTACCAAACACTTATTAACTAATAATCTGATTCAAATGCTAATACTATTCGTGTCATCTTGGCCCTACATAATGACTTCTGAAGAATAGAGCTCCATGAACCATTGATTTTATCATGCTCACTCTGTGGTCTCATCATGTTTGTTTCTATTATAGTATGATAGCATCAGTTTTTCATTTTCTGTACTATTCACGTAACATGAATAAAGTTTGAGAATATATACATATAATTGGTCTATAAATGATGACTTAGCTTATTTGATCATTTCAAATAATAGATTAAGATTTGGCTATTTCACAGAGATTTAAATATAAATAAAAGAGCAAAAAAAAAAAAGCAAAATATTTGTTTTTAAGCACTCTCCGATCATATTTATAAGAAACAATTGATTTTTTTTTTTTTATAACTTGAGGGGATGAGACAAACTCAAATTATCAAACTAAGATGAACCTATTTTGCCAAACAAATCAACACATGGTTTTCTTCACGAAGAATACGTTGTAGAACTAGAAGCACAAAATAGTAACATATATGCAACGACTAATCAAAATCCTTAATCAAATTCATATCATTAAGAGAGTCTATGTAACATACAAGCTTTTTGATCCACAAACTCCAACTTATACTAAGAGAAGACCATGCAAAATTGCTAAAAGCTCTGGATGCAACTTGTACCATAACCTATTCTAACCAAATTAACAATGGAACCCACAACACACCTAGATTACCAACTCCACATTAAGGACAACCACGTTTTTTATATGATCATGTGAGGTCACCATCATGTGAGGACAACCTGTACTAGCTCTATGATTAATCTCAACATAAGTGTTAATACTTTTACATCAGTAAATTATATAGGGTTAAATATGTTTTTGGTCCCTATAAATATACAAACTTTTTGTTTTAGTCCCTCTAAAATTTTCCTTCAACTTTTAGTCCCTAAAAAATTTTCCATCTTCACTTTTGGTCCCTCTTTTAAAGTAAACTCATATGTAGAATTCATATTTTTGAATAAAATTTTGCAGAAAAATTCATAATATTATAAGAATCTCTCCCAAAAAAATTTAGAATTTTTTAACAAAACATGAATTTAATATGAATTTTTATATTTTTTATGGTTAAAAATTCATATTAAATTTATGTTTTGTTAAAAAATTCTATTTTTTTGTGGGAAATATTTTTACAATATTCTACATATTTCTGCACAATTTCATTAAAAAAAAAATACTAAAATTAACTTAAAAATAGGGACCAAAAGTAGTGATTAAAAATTTTATAGGGACTAAAAGTTGAAGGAAAATTTTAGAGGGACTAAAACGAAAAATTGGTATATTTATAGGGACTAAAAACATATTTAACCCAATTATATATTGTGACTTTTTGAATATGGTATATCACCATTTTCTTTTGGGAAATATTAAATAGTGTCCCTGGAGCACTAGTTAAAGAGACTAATATAGAAATGTTGCATTGAGAAATGATGAAAAATGAAATGTTACATTTTATGAAAGTAAAAAAATTGTTGTTTTTAATGAAAATTTTCTATTTAACTTTCTTAACTAGTGTCTCGGAGGCACGAGTTAACATAACCATTTTCTTTTTAGTCTATAAATCGGAGAGAGACCAAAATAGGAGATTTTAAAATGGAAGTACAAATTGTGAATGAGTTAAAATAAGAGAAATACTGTAATTGAGTGTAATTATTTTCATTTACTTGATGGGATAAAGTAAGGGAGTATGTGTCCCTTTATATGTGACATATATGAAACAAGATCCATTTCTCCGCACCACCGTTTCCACCCCGTCGCATCTCTTTCCGGATCCATCGCTTTGCCGCCGTTCTTAGATGGTTTTGGATCCAGTTTGTGATGTTGTTATGTGTTTTTGGTTTCTGTAGGTGGGGTTGCTTCTATTTCGTCGTTCTCTCCTTTCTTCTCGTACAATGTTGTGCCGCCGAGACCATTTCCTAACCCTCCTCCGACGTTCTCGCCGGCGACTTTACATGGGACGTGGTGGGTTGTGTTTCGGTTTCTTGACGGTTTGATCTGA
Protein sequence

>MS.gene015304.t1

MLLLEEMEIEGCDLFQQREQNLYGEEEFLSHDIESIFQQEENFQHQPLLSSESYSSSYPLEKNLERPNKKLKKNTTSQILSFDCTLNTKKNKVVPFSQTQLPRNRKGSLQKQNIVETTKSQGQGTKRSVAHNQDHIIAERKRREKLSQCLIALAALIPGLKKMDKASVLGDAIKYVKELQERLRVLEEQNKNNSHVQSMVTVDEPQLSSDSSNNDDSEAASGNNETLPHVEAKVLDKDVLIRIHCQKQKGLLLKILVEIQKLHLFVVNNSVLPFGDSILDITIVAQMGTGYNLTRNDLVKKLRGVASISSFSPFFSYNVVPPRPFPNPPPTFSPATLHGTWWVVFRFLDGLI