AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene017442

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene017442.t1 MTR_5g078910 66.777 301 32 4 13 246 1 300 1.03e-131 374
MS.gene017442.t1 MTR_5g078950 55.472 265 83 3 13 242 1 265 9.98e-90 266
MS.gene017442.t1 MTR_5g079290 55.598 259 91 2 8 242 6 264 9.14e-87 258
MS.gene017442.t1 MTR_7g017260 52.963 270 98 6 3 245 8 275 2.08e-85 255
MS.gene017442.t1 MTR_5g079120 52.453 265 100 5 3 245 46 306 1.78e-82 249
MS.gene017442.t1 MTR_0001s0360 54.475 257 87 6 13 244 1 252 8.13e-80 240
MS.gene017442.t1 MTR_8g060940 50.813 246 105 4 13 245 1 243 2.34e-74 226
MS.gene017442.t1 MTR_5g079220 46.886 273 101 10 8 244 8 272 8.67e-61 192
MS.gene017442.t1 MTR_5g078800 44.275 262 110 6 13 241 1 259 7.53e-59 187
MS.gene017442.t1 MTR_5g078860 39.344 305 103 7 13 240 1 300 3.89e-53 174
MS.gene017442.t1 MTR_5g078930 45.339 236 80 7 13 222 3 215 4.14e-50 163
MS.gene017442.t1 MTR_0193s0090 45.361 194 84 4 13 190 1 188 3.06e-43 145
MS.gene017442.t1 MTR_0023s0210 72.289 83 23 0 13 95 1 83 4.80e-38 128
MS.gene017442.t1 MTR_0247s0040 45.161 186 76 4 13 178 1 180 5.12e-38 131
MS.gene017442.t1 MTR_0197s0010 78.082 73 16 0 23 95 5 77 1.53e-34 124
MS.gene017442.t1 MTR_0023s0260 53.279 122 54 2 124 244 56 175 1.28e-33 120
MS.gene017442.t1 MTR_4g100720 60.256 78 31 0 18 95 12 89 2.49e-27 103
MS.gene017442.t1 MTR_3g083540 61.039 77 30 0 19 95 41 117 6.43e-27 105
MS.gene017442.t1 MTR_4g125520 62.338 77 29 0 19 95 12 88 1.40e-26 105
MS.gene017442.t1 MTR_5g007300 57.143 77 33 0 19 95 64 140 1.04e-25 98.6
MS.gene017442.t1 MTR_8g020490 62.667 75 28 0 21 95 10 84 2.25e-25 100
MS.gene017442.t1 MTR_7g115650 46.535 101 54 0 19 119 12 112 2.33e-25 99.4
MS.gene017442.t1 MTR_1g076150 45.545 101 55 0 19 119 12 112 1.03e-24 99.0
MS.gene017442.t1 MTR_5g079670 49.505 101 51 0 19 119 11 111 1.19e-24 97.8
MS.gene017442.t1 MTR_8g027345 57.143 77 33 0 19 95 12 88 2.42e-24 99.0
MS.gene017442.t1 MTR_4g082230 48.113 106 54 1 14 119 8 112 4.79e-24 99.8
MS.gene017442.t1 MTR_2g089450 40.000 145 86 1 19 162 12 156 5.43e-24 97.1
MS.gene017442.t1 MTR_7g117730 55.844 77 34 0 19 95 12 88 5.50e-24 97.1
MS.gene017442.t1 MTR_0008s0470 52.439 82 39 0 14 95 8 89 8.55e-24 97.4
MS.gene017442.t1 MTR_0008s0390 53.659 82 38 0 14 95 8 89 1.00e-23 96.7
MS.gene017442.t1 MTR_1g043080 44.554 101 56 0 19 119 12 112 1.27e-23 95.9
MS.gene017442.t1 MTR_0251s0050 53.659 82 38 0 14 95 8 89 1.32e-23 96.3
MS.gene017442.t1 MTR_5g007370 45.545 101 55 0 19 119 12 112 1.75e-23 96.7
MS.gene017442.t1 MTR_3g074520 55.844 77 34 0 19 95 12 88 1.81e-23 97.4
MS.gene017442.t1 MTR_7g110830 55.844 77 34 0 19 95 12 88 3.01e-23 97.1
MS.gene017442.t1 MTR_7g010210 55.844 77 34 0 19 95 12 88 3.19e-23 96.3
MS.gene017442.t1 MTR_7g010210 55.844 77 34 0 19 95 12 88 3.55e-23 95.1
MS.gene017442.t1 MTR_5g029840 55.844 77 34 0 19 95 12 88 3.79e-23 96.3
MS.gene017442.t1 MTR_7g096930 46.535 101 54 0 19 119 12 112 4.05e-23 95.1
MS.gene017442.t1 MTR_4g091490 53.659 82 38 0 14 95 8 89 4.33e-23 96.3
MS.gene017442.t1 MTR_1g085640 55.844 77 34 0 19 95 12 88 8.49e-23 95.9
MS.gene017442.t1 MTR_2g011660 53.659 82 38 0 14 95 8 89 8.69e-23 95.5
MS.gene017442.t1 MTR_4g082290 46.535 101 54 0 19 119 12 112 8.98e-23 96.3
MS.gene017442.t1 MTR_8g017500 54.545 77 35 0 19 95 12 88 1.05e-22 95.1
MS.gene017442.t1 MTR_4g478180 54.545 77 35 0 19 95 13 89 1.43e-22 95.1
MS.gene017442.t1 MTR_1g043050 43.564 101 57 0 19 119 12 112 1.53e-22 93.2
MS.gene017442.t1 MTR_2g089420 50.000 94 40 1 19 112 11 97 1.76e-22 95.5
MS.gene017442.t1 MTR_3g011610 52.564 78 37 0 18 95 36 113 1.79e-22 95.9
MS.gene017442.t1 MTR_1g100653 37.419 155 81 3 19 173 12 150 2.05e-22 93.6
MS.gene017442.t1 MTR_8g017540 54.545 77 35 0 19 95 58 134 3.62e-22 94.4
MS.gene017442.t1 MTR_7g111290 57.143 77 33 0 19 95 12 88 4.14e-22 94.0
MS.gene017442.t1 MTR_6g012690 55.844 77 34 0 19 95 12 88 4.22e-22 93.6
MS.gene017442.t1 MTR_4g073420 46.465 99 53 0 21 119 14 112 4.28e-22 92.4
MS.gene017442.t1 MTR_1g110460 54.545 77 35 0 19 95 26 102 6.25e-22 92.4
MS.gene017442.t1 MTR_1g085040 54.545 77 35 0 19 95 12 88 7.80e-22 93.2
MS.gene017442.t1 MTR_4g105130 54.545 77 35 0 19 95 12 88 8.28e-22 92.8
MS.gene017442.t1 MTR_3g097450 47.475 99 52 0 21 119 14 112 1.10e-21 91.7
MS.gene017442.t1 MTR_4g485530 57.333 75 32 0 21 95 14 88 1.58e-21 89.0
MS.gene017442.t1 MTR_2g034790 44.554 101 56 0 19 119 12 112 1.69e-21 91.7
MS.gene017442.t1 MTR_8g017440 53.247 77 36 0 19 95 12 88 1.70e-21 91.7
MS.gene017442.t1 MTR_6g012180 54.545 77 35 0 19 95 12 88 2.17e-21 91.3
MS.gene017442.t1 MTR_7g011170 53.247 77 36 0 19 95 12 88 2.45e-21 90.9
MS.gene017442.t1 MTR_0140s0030 54.545 77 35 0 19 95 13 89 2.67e-21 91.3
MS.gene017442.t1 MTR_0489s0020 54.545 77 35 0 19 95 13 89 2.67e-21 91.3
MS.gene017442.t1 MTR_4g121460 45.545 101 55 0 19 119 12 112 2.72e-21 91.3
MS.gene017442.t1 MTR_5g042030 49.398 83 42 0 13 95 1 83 3.43e-21 90.1
MS.gene017442.t1 MTR_1g073170 44.068 118 65 1 2 119 4 120 3.93e-21 89.4
MS.gene017442.t1 MTR_7g087130 53.247 77 36 0 19 95 12 88 5.54e-21 90.5
MS.gene017442.t1 MTR_3g039990 54.545 77 35 0 19 95 13 89 7.53e-21 89.7
MS.gene017442.t1 MTR_2g099740 51.948 77 37 0 19 95 12 88 8.06e-21 90.5
MS.gene017442.t1 MTR_1g112760 54.545 77 35 0 19 95 13 89 8.80e-21 87.8
MS.gene017442.t1 MTR_4g065017 53.247 77 36 0 19 95 17 93 1.10e-20 89.4
MS.gene017442.t1 MTR_2g097910 51.948 77 37 0 19 95 20 96 1.16e-20 89.4
MS.gene017442.t1 MTR_3g052430 49.351 77 39 0 19 95 41 117 1.25e-20 90.9
MS.gene017442.t1 MTR_3g077110 54.545 77 35 0 19 95 12 88 1.51e-20 89.4
MS.gene017442.t1 MTR_3g052450 49.351 77 39 0 19 95 40 116 1.79e-20 90.1
MS.gene017442.t1 MTR_1g045610 42.373 118 67 1 18 134 20 137 2.42e-20 87.4
MS.gene017442.t1 MTR_2g089620 43.564 101 57 0 19 119 12 112 3.30e-20 88.2
MS.gene017442.t1 MTR_0008s0280 40.952 105 62 0 20 124 13 117 3.94e-20 86.3
MS.gene017442.t1 MTR_0063s0090 49.351 77 39 0 19 95 12 88 5.54e-20 85.5
MS.gene017442.t1 MTR_8g098860 49.351 77 39 0 19 95 12 88 8.93e-20 86.7
MS.gene017442.t1 MTR_1g100667 51.190 84 40 1 13 95 6 89 9.14e-20 85.9
MS.gene017442.t1 MTR_2g067420 46.753 77 41 0 19 95 14 90 1.35e-19 86.3
MS.gene017442.t1 MTR_6g009430 47.561 82 42 1 14 95 8 88 1.69e-19 86.3
MS.gene017442.t1 MTR_7g076740 51.282 78 37 1 19 95 12 89 1.70e-19 85.9
MS.gene017442.t1 MTR_8g031360 52.564 78 36 1 19 95 13 90 1.75e-19 85.5
MS.gene017442.t1 MTR_3g028740 52.564 78 35 2 19 95 22 98 1.79e-19 86.3
MS.gene017442.t1 MTR_8g095390 50.667 75 37 0 21 95 14 88 3.11e-19 85.1
MS.gene017442.t1 MTR_8g017390 52.564 78 36 1 19 95 12 89 3.14e-19 86.7
MS.gene017442.t1 MTR_8g042410 48.718 78 40 0 18 95 36 113 3.17e-19 86.7
MS.gene017442.t1 MTR_5g010020 48.052 77 40 0 19 95 12 88 3.94e-19 85.1
MS.gene017442.t1 MTR_6g006030 41.441 111 61 1 19 125 14 124 4.32e-19 82.8
MS.gene017442.t1 MTR_3g461490 46.753 77 41 0 19 95 12 88 5.19e-19 84.7
MS.gene017442.t1 MTR_1g021230 48.052 77 40 0 19 95 57 133 5.63e-19 85.5
MS.gene017442.t1 MTR_1g086530 47.059 85 45 0 11 95 25 109 6.48e-19 84.0
MS.gene017442.t1 MTR_7g035075 49.351 77 39 0 19 95 14 90 8.13e-19 82.0
MS.gene017442.t1 MTR_8g017340 51.282 78 37 1 19 95 12 89 1.16e-18 85.1
MS.gene017442.t1 MTR_8g017350 51.282 78 37 1 19 95 12 89 1.18e-18 85.1
MS.gene017442.t1 MTR_3g103570 51.282 78 37 1 19 95 12 89 1.50e-18 83.6
MS.gene017442.t1 MTR_5g014990 51.282 78 37 1 19 95 12 89 1.99e-18 82.8
MS.gene017442.t1 MTR_4g097570 50.000 78 38 1 19 95 12 89 2.34e-18 82.4
MS.gene017442.t1 MTR_2g064160 48.052 77 40 0 19 95 11 87 2.52e-18 82.8
MS.gene017442.t1 MTR_1g086510 50.649 77 38 0 19 95 21 97 4.39e-18 81.3
MS.gene017442.t1 MTR_1g017140 48.718 78 39 1 19 95 12 89 4.66e-18 82.4
MS.gene017442.t1 MTR_6g090405 49.398 83 40 2 14 95 8 89 4.77e-18 80.9
MS.gene017442.t1 MTR_2g095520 51.282 78 37 1 19 95 12 89 4.98e-18 82.0
MS.gene017442.t1 MTR_1g083630 47.500 80 42 0 16 95 9 88 5.32e-18 83.2
MS.gene017442.t1 MTR_5g088080 45.455 77 42 0 20 96 13 89 7.24e-18 80.9
MS.gene017442.t1 MTR_5g088150 45.455 77 42 0 20 96 13 89 7.24e-18 80.9
MS.gene017442.t1 MTR_5g488210 45.455 77 42 0 20 96 13 89 7.24e-18 80.9
MS.gene017442.t1 MTR_5g088640 45.455 77 42 0 20 96 13 89 7.96e-18 80.9
MS.gene017442.t1 MTR_5g488170 45.455 77 42 0 20 96 13 89 8.35e-18 80.1
MS.gene017442.t1 MTR_1g017000 44.872 78 42 1 19 95 12 89 8.55e-18 80.1
MS.gene017442.t1 MTR_2g088170 50.649 77 38 0 19 95 29 105 9.48e-18 82.0
MS.gene017442.t1 MTR_4g128670 50.000 78 38 1 19 95 12 89 1.70e-17 80.9
MS.gene017442.t1 MTR_7g102110 48.718 78 39 1 19 95 12 89 2.64e-17 79.3
MS.gene017442.t1 MTR_3g065440 53.247 77 36 0 19 95 12 88 2.75e-17 79.7
MS.gene017442.t1 MTR_6g055910 50.000 76 38 0 20 95 15 90 3.40e-17 79.3
MS.gene017442.t1 MTR_4g102380 50.649 77 38 0 19 95 12 88 4.74e-17 78.6
MS.gene017442.t1 MTR_5g062790 44.156 77 43 0 20 96 10 86 5.29e-17 79.0
MS.gene017442.t1 MTR_5g078140 51.948 77 37 0 19 95 12 88 6.84e-17 79.0
MS.gene017442.t1 MTR_4g057635 49.398 83 40 2 14 95 8 89 6.96e-17 79.0
MS.gene017442.t1 MTR_4g097570 49.367 79 38 2 19 95 12 90 7.95e-17 78.2
MS.gene017442.t1 MTR_4g063100 35.514 107 69 0 13 119 1 107 1.28e-16 77.0
MS.gene017442.t1 MTR_1g062940 40.594 101 60 0 19 119 6 106 1.35e-16 76.3
MS.gene017442.t1 MTR_2g096380 36.792 106 67 0 19 124 6 111 3.42e-16 75.5
MS.gene017442.t1 MTR_2g033170 49.351 77 39 0 19 95 24 100 3.11e-15 74.3
MS.gene017442.t1 MTR_7g109320 39.604 101 61 0 19 119 12 112 3.21e-15 74.3
MS.gene017442.t1 MTR_5g070020 39.535 86 51 1 10 95 111 195 2.70e-14 71.6
MS.gene017442.t1 MTR_4g094982 42.667 75 42 1 21 95 5 78 2.91e-14 70.9
MS.gene017442.t1 MTR_5g016510 40.000 75 44 1 21 95 5 78 5.45e-14 70.5
MS.gene017442.t1 MTR_4g123040 48.052 77 40 0 19 95 24 100 7.68e-14 70.1
MS.gene017442.t1 MTR_5g088610 38.961 77 47 0 20 96 10 86 1.43e-13 69.7
MS.gene017442.t1 MTR_7g061550 47.297 74 37 1 24 95 10 83 1.44e-13 69.7
MS.gene017442.t1 MTR_3g463400 41.558 77 44 1 19 95 131 206 1.71e-13 69.7
MS.gene017442.t1 MTR_5g049190 41.333 75 43 1 21 95 19 92 3.53e-13 67.4
MS.gene017442.t1 MTR_4g128190 43.590 78 31 1 19 96 11 75 3.65e-13 67.4
MS.gene017442.t1 MTR_7g037260 38.667 75 45 1 21 95 145 218 3.73e-13 68.6
MS.gene017442.t1 MTR_6g027340 42.667 75 42 1 21 95 16 89 4.40e-13 66.6
MS.gene017442.t1 MTR_6g027360 42.857 77 43 1 19 95 76 151 1.03e-12 67.0
MS.gene017442.t1 MTR_4g019370 40.000 75 44 1 21 95 38 111 1.32e-12 66.6
MS.gene017442.t1 MTR_7g111290 62.222 45 17 0 51 95 2 46 1.95e-12 66.2
MS.gene017442.t1 MTR_4g105660 37.349 83 49 2 14 95 173 253 2.84e-12 66.2
MS.gene017442.t1 MTR_3g101290 40.000 75 44 1 21 95 37 110 6.66e-12 63.5
MS.gene017442.t1 MTR_4g029540 38.462 78 47 1 19 95 10 87 1.02e-11 63.9
MS.gene017442.t1 MTR_1g085880 47.368 57 29 1 19 74 11 67 1.20e-11 62.4
MS.gene017442.t1 MTR_8g006470 39.744 78 46 1 19 95 10 87 1.22e-11 63.5
MS.gene017442.t1 MTR_7g037130 31.915 94 62 2 3 95 126 218 1.36e-11 63.9
MS.gene017442.t1 MTR_5g041570 38.667 75 45 1 21 95 134 207 1.48e-11 63.9
MS.gene017442.t1 MTR_4g082040 35.000 80 51 1 16 95 100 178 1.63e-11 63.9
MS.gene017442.t1 MTR_1g085770 47.368 57 29 1 19 74 11 67 2.35e-11 62.8
MS.gene017442.t1 MTR_1g026870 37.662 77 47 1 19 95 83 158 2.37e-11 63.5
MS.gene017442.t1 MTR_3g077650 39.474 76 43 2 21 95 181 254 3.34e-11 62.8
MS.gene017442.t1 MTR_1g057980 37.662 77 47 1 19 95 78 153 3.37e-11 62.4
MS.gene017442.t1 MTR_3g110028 37.662 77 47 1 19 95 83 158 3.50e-11 63.2
MS.gene017442.t1 MTR_6g015455 38.667 75 45 1 21 95 5 78 7.85e-11 62.4
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene017442.t1 AT1G66370 57.944 107 45 0 14 120 3 109 1.25e-34 124
MS.gene017442.t1 AT1G66380 63.636 110 36 3 16 125 5 110 2.66e-34 119
MS.gene017442.t1 AT1G66380 51.908 131 57 1 16 146 5 129 1.99e-32 115
MS.gene017442.t1 AT1G56650 44.571 175 85 3 16 190 5 167 4.62e-31 115
MS.gene017442.t1 AT1G66390 36.047 258 117 6 16 246 5 241 1.27e-30 114
MS.gene017442.t1 AT5G14750 56.579 76 33 0 20 95 17 92 5.62e-27 103
MS.gene017442.t1 AT3G13540 58.442 77 32 0 19 95 23 99 5.62e-26 102
MS.gene017442.t1 AT5G40330 53.947 76 35 0 20 95 13 88 1.09e-25 100
MS.gene017442.t1 AT5G35550 59.740 77 31 0 19 95 14 90 4.87e-25 99.8
MS.gene017442.t1 AT1G22640 39.850 133 73 2 19 151 12 137 1.35e-24 98.6
MS.gene017442.t1 AT5G16770 58.442 77 32 0 19 95 12 88 1.56e-24 99.8
MS.gene017442.t1 AT5G16770 58.442 77 32 0 19 95 12 88 1.56e-24 99.8
MS.gene017442.t1 AT5G16770 58.442 77 32 0 19 95 12 88 2.38e-24 99.8
MS.gene017442.t1 AT5G16770 58.442 77 32 0 19 95 12 88 2.38e-24 99.8
MS.gene017442.t1 AT1G74080 57.143 77 33 0 19 95 12 88 2.55e-24 99.4
MS.gene017442.t1 AT5G52600 44.860 107 59 0 14 120 7 113 4.37e-24 95.9
MS.gene017442.t1 AT3G27920 52.632 76 36 0 20 95 15 90 8.03e-24 95.9
MS.gene017442.t1 AT4G01680 57.143 77 33 0 19 95 12 88 9.46e-24 96.3
MS.gene017442.t1 AT5G54230 43.243 111 63 0 9 119 2 112 1.09e-23 97.4
MS.gene017442.t1 AT4G01680 57.143 77 33 0 19 95 12 88 1.54e-23 97.4
MS.gene017442.t1 AT3G61250 46.535 101 54 0 19 119 12 112 1.93e-23 96.7
MS.gene017442.t1 AT4G38620 35.028 177 94 5 21 176 14 190 1.95e-23 96.3
MS.gene017442.t1 AT3G02940 55.844 77 34 0 19 95 12 88 2.95e-23 96.3
MS.gene017442.t1 AT5G60890 53.086 81 38 0 15 95 8 88 3.16e-23 95.9
MS.gene017442.t1 AT3G23250 44.554 101 56 0 19 119 12 112 3.50e-23 95.5
MS.gene017442.t1 AT3G02940 55.844 77 34 0 19 95 12 88 4.52e-23 95.9
MS.gene017442.t1 AT3G02940 55.844 77 34 0 19 95 12 88 4.52e-23 95.9
MS.gene017442.t1 AT5G07690 47.525 101 53 0 19 119 12 112 6.51e-23 95.5
MS.gene017442.t1 AT5G61420 55.844 77 34 0 19 95 12 88 9.55e-23 95.5
MS.gene017442.t1 AT2G16720 45.545 101 55 0 19 119 12 112 9.57e-23 94.0
MS.gene017442.t1 AT5G10280 54.545 77 35 0 19 95 12 88 1.28e-22 94.7
MS.gene017442.t1 AT5G15310 46.535 101 54 0 19 119 12 112 1.34e-22 94.7
MS.gene017442.t1 AT5G15310 46.535 101 54 0 19 119 12 112 1.37e-22 94.4
MS.gene017442.t1 AT3G01140 46.535 101 54 0 19 119 12 112 1.39e-22 94.7
MS.gene017442.t1 AT3G47600 57.143 77 33 0 19 95 12 88 1.53e-22 94.7
MS.gene017442.t1 AT4G34990 47.475 99 52 0 21 119 14 112 2.04e-22 93.2
MS.gene017442.t1 AT5G49330 41.379 116 68 0 19 134 12 127 2.18e-22 94.4
MS.gene017442.t1 AT1G18570 55.844 77 34 0 19 95 13 89 2.22e-22 94.4
MS.gene017442.t1 AT1G74430 57.143 77 33 0 19 95 12 88 2.38e-22 93.2
MS.gene017442.t1 AT5G15310 46.535 101 54 0 19 119 12 112 2.39e-22 92.4
MS.gene017442.t1 AT4G09460 46.465 99 53 0 21 119 14 112 2.47e-22 92.0
MS.gene017442.t1 AT5G07700 46.535 101 54 0 19 119 12 112 2.52e-22 94.0
MS.gene017442.t1 AT5G07700 46.535 101 54 0 19 119 12 112 2.52e-22 94.0
MS.gene017442.t1 AT3G30210 47.475 99 52 0 20 118 28 126 2.82e-22 92.8
MS.gene017442.t1 AT1G06180 33.333 180 114 2 19 198 12 185 3.30e-22 92.0
MS.gene017442.t1 AT4G21440 45.545 101 55 0 19 119 12 112 3.48e-22 94.0
MS.gene017442.t1 AT3G01140 46.535 101 54 0 19 119 55 155 3.53e-22 94.4
MS.gene017442.t1 AT4G13480 45.370 108 59 0 18 125 5 112 6.76e-22 91.7
MS.gene017442.t1 AT1G34670 54.545 77 35 0 19 95 12 88 7.62e-22 93.2
MS.gene017442.t1 AT1G57560 54.545 77 35 0 19 95 12 88 8.71e-22 92.4
MS.gene017442.t1 AT1G57560 54.545 77 35 0 19 95 12 88 8.95e-22 91.7
MS.gene017442.t1 AT2G47460 39.130 115 65 1 19 128 12 126 1.39e-21 92.4
MS.gene017442.t1 AT2G32460 51.899 79 38 0 17 95 16 94 1.47e-21 93.2
MS.gene017442.t1 AT3G13890 51.948 77 37 0 19 95 12 88 1.50e-21 92.4
MS.gene017442.t1 AT5G26660 54.545 77 35 0 19 95 12 88 1.58e-21 92.0
MS.gene017442.t1 AT5G55020 51.282 78 38 0 18 95 25 102 1.75e-21 93.2
MS.gene017442.t1 AT2G32460 51.899 79 38 0 17 95 4 82 1.78e-21 93.2
MS.gene017442.t1 AT3G62610 40.870 115 63 1 19 128 12 126 1.80e-21 91.7
MS.gene017442.t1 AT1G09540 53.247 77 36 0 19 95 12 88 2.66e-21 91.7
MS.gene017442.t1 AT1G74650 54.878 82 36 1 14 95 8 88 3.04e-21 90.9
MS.gene017442.t1 AT3G28910 55.844 77 34 0 19 95 12 88 3.18e-21 90.9
MS.gene017442.t1 AT4G26930 50.000 78 39 0 18 95 18 95 3.33e-21 91.7
MS.gene017442.t1 AT5G65230 45.631 103 49 1 19 121 12 107 4.11e-21 90.5
MS.gene017442.t1 AT4G05100 42.453 106 61 0 14 119 8 113 4.49e-21 90.5
MS.gene017442.t1 AT5G62470 54.545 77 35 0 19 95 12 88 4.57e-21 90.9
MS.gene017442.t1 AT4G17785 50.000 82 41 0 14 95 8 89 4.85e-21 90.9
MS.gene017442.t1 AT4G17785 50.000 82 41 0 14 95 8 89 5.57e-21 90.5
MS.gene017442.t1 AT2G31180 43.564 101 57 0 19 119 12 112 5.68e-21 89.0
MS.gene017442.t1 AT5G12870 48.148 81 42 0 15 95 14 94 5.71e-21 89.4
MS.gene017442.t1 AT4G28110 49.351 77 39 0 19 95 12 88 6.66e-21 89.4
MS.gene017442.t1 AT3G24310 47.475 99 52 0 20 118 19 117 9.73e-21 88.6
MS.gene017442.t1 AT1G35515 42.574 101 58 0 19 119 12 112 9.75e-21 87.4
MS.gene017442.t1 AT3G28470 48.052 77 40 0 19 95 12 88 1.11e-20 89.4
MS.gene017442.t1 AT1G08810 53.247 77 36 0 19 95 12 88 1.23e-20 88.6
MS.gene017442.t1 AT3G01530 50.000 82 41 0 14 95 20 101 1.28e-20 87.0
MS.gene017442.t1 AT1G18710 53.247 77 36 0 19 95 12 88 1.32e-20 88.2
MS.gene017442.t1 AT1G25340 55.263 76 34 0 20 95 19 94 3.16e-20 87.4
MS.gene017442.t1 AT4G01680 49.438 89 33 1 19 95 12 100 3.27e-20 88.6
MS.gene017442.t1 AT2G26960 48.101 79 41 0 17 95 18 96 4.39e-20 89.0
MS.gene017442.t1 AT3G11440 45.679 81 44 0 15 95 37 117 5.81e-20 89.0
MS.gene017442.t1 AT3G11440 45.679 81 44 0 15 95 37 117 5.81e-20 89.0
MS.gene017442.t1 AT3G11440 45.679 81 44 0 15 95 37 117 5.81e-20 89.0
MS.gene017442.t1 AT3G11440 45.679 81 44 0 15 95 37 117 6.28e-20 88.6
MS.gene017442.t1 AT3G08500 51.948 77 37 0 19 95 30 106 6.65e-20 87.4
MS.gene017442.t1 AT5G62470 54.545 77 34 1 19 95 12 87 1.47e-19 86.7
MS.gene017442.t1 AT1G16490 40.566 106 62 1 14 119 10 114 1.86e-19 85.1
MS.gene017442.t1 AT1G48000 53.247 77 36 0 19 95 32 108 2.40e-19 84.3
MS.gene017442.t1 AT2G47190 46.237 93 47 2 5 95 5 96 2.41e-19 85.1
MS.gene017442.t1 AT1G68320 54.545 77 35 0 19 95 19 95 2.42e-19 85.1
MS.gene017442.t1 AT5G56110 48.052 77 40 0 19 95 12 88 3.25e-19 85.5
MS.gene017442.t1 AT5G40350 31.210 157 105 1 19 175 17 170 3.48e-19 83.2
MS.gene017442.t1 AT3G48920 48.684 76 39 0 20 95 19 94 4.13e-19 84.0
MS.gene017442.t1 AT1G79180 40.566 106 62 1 14 119 10 114 4.65e-19 84.3
MS.gene017442.t1 AT5G06100 45.570 79 43 0 17 95 30 108 5.99e-19 85.5
MS.gene017442.t1 AT1G63910 48.052 77 40 0 19 95 12 88 6.20e-19 85.1
MS.gene017442.t1 AT3G12720 46.753 77 41 0 19 95 22 98 7.78e-19 84.0
MS.gene017442.t1 AT5G06100 45.570 79 43 0 17 95 30 108 7.99e-19 85.5
MS.gene017442.t1 AT5G06100 45.570 79 43 0 17 95 30 108 7.99e-19 85.5
MS.gene017442.t1 AT5G06100 45.570 79 43 0 17 95 30 108 7.99e-19 85.5
MS.gene017442.t1 AT5G06100 45.570 79 43 0 17 95 30 108 7.99e-19 85.5
MS.gene017442.t1 AT5G57620 53.846 78 35 1 19 95 12 89 8.80e-19 84.3
MS.gene017442.t1 AT3G13890 46.512 86 37 1 19 95 12 97 1.07e-18 84.3
MS.gene017442.t1 AT1G56160 41.748 103 56 2 19 119 14 114 1.60e-18 83.2
MS.gene017442.t1 AT3G27810 48.052 77 40 0 19 95 20 96 2.27e-18 81.3
MS.gene017442.t1 AT4G37780 48.101 79 40 1 18 95 11 89 3.16e-18 82.4
MS.gene017442.t1 AT5G23000 50.602 83 39 2 14 95 8 89 4.92e-18 82.0
MS.gene017442.t1 AT5G14340 51.948 77 37 0 19 95 24 100 8.01e-18 80.9
MS.gene017442.t1 AT5G59780 40.000 105 63 0 20 124 9 113 8.52e-18 80.1
MS.gene017442.t1 AT3G49690 50.000 78 38 1 19 95 12 89 8.98e-18 81.3
MS.gene017442.t1 AT4G25560 46.512 86 43 1 13 95 1 86 2.22e-17 79.7
MS.gene017442.t1 AT3G46130 39.048 105 64 0 20 124 10 114 2.27e-17 79.3
MS.gene017442.t1 AT3G12820 39.604 101 61 0 19 119 14 114 2.58e-17 79.0
MS.gene017442.t1 AT5G65790 50.000 78 38 1 19 95 12 89 2.64e-17 80.5
MS.gene017442.t1 AT4G12350 33.333 168 96 3 18 171 11 176 3.31e-17 79.3
MS.gene017442.t1 AT5G62320 41.667 108 56 1 19 119 13 120 5.16e-17 78.2
MS.gene017442.t1 AT1G25340 52.632 76 31 1 20 95 19 89 5.31e-17 78.6
MS.gene017442.t1 AT1G25340 52.632 76 31 1 20 95 19 89 7.25e-17 78.6
MS.gene017442.t1 AT2G36890 48.148 81 41 1 19 98 12 92 1.06e-16 78.2
MS.gene017442.t1 AT5G52260 53.947 76 35 0 20 95 13 88 1.22e-16 77.4
MS.gene017442.t1 AT2G36890 48.718 78 39 1 19 95 53 130 1.42e-16 78.2
MS.gene017442.t1 AT3G53200 37.963 108 67 0 11 118 1 108 1.73e-16 76.6
MS.gene017442.t1 AT4G22680 48.052 77 40 0 19 95 12 88 3.09e-16 76.3
MS.gene017442.t1 AT1G66230 49.351 77 39 0 19 95 12 88 5.34e-16 75.9
MS.gene017442.t1 AT2G26950 41.176 85 48 1 11 95 10 92 6.74e-16 76.6
MS.gene017442.t1 AT5G16600 49.351 77 39 0 19 95 12 88 1.12e-15 75.5
MS.gene017442.t1 AT3G06490 48.810 84 43 0 12 95 12 95 8.18e-15 73.2
MS.gene017442.t1 AT5G14750 70.732 41 12 0 55 95 18 58 2.82e-14 68.9
MS.gene017442.t1 AT4G37260 42.667 75 42 1 21 95 13 86 4.02e-14 70.9
MS.gene017442.t1 AT2G37630 47.297 74 37 1 24 95 7 80 5.79e-14 70.9
MS.gene017442.t1 AT5G49620 45.783 83 45 0 13 95 20 102 2.08e-13 68.9
MS.gene017442.t1 AT2G23290 39.326 89 51 2 7 95 1 86 2.28e-13 68.9
MS.gene017442.t1 AT1G79180 30.216 139 63 2 14 119 10 147 3.66e-13 68.2
MS.gene017442.t1 AT4G18770 40.741 81 47 1 15 95 211 290 3.79e-13 68.6
MS.gene017442.t1 AT5G11510 41.558 77 44 1 19 95 79 154 4.38e-13 68.9
MS.gene017442.t1 AT5G11510 41.558 77 44 1 19 95 79 154 4.38e-13 68.9
MS.gene017442.t1 AT5G11510 41.558 77 44 1 19 95 79 154 4.38e-13 68.9
MS.gene017442.t1 AT4G33450 31.746 126 77 3 20 145 18 134 5.06e-13 67.0
MS.gene017442.t1 AT5G11510 41.558 77 44 1 19 95 79 154 7.16e-13 68.2
MS.gene017442.t1 AT1G66380 44.792 96 47 1 51 146 7 96 7.27e-13 63.5
MS.gene017442.t1 AT5G11510 41.558 77 44 1 19 95 79 154 7.37e-13 68.2
MS.gene017442.t1 AT5G35550 60.000 50 20 0 46 95 44 93 9.33e-13 66.6
MS.gene017442.t1 AT5G49620 42.529 87 50 0 13 99 20 106 9.52e-13 67.0
MS.gene017442.t1 AT3G55730 42.667 75 42 1 21 95 56 129 1.55e-12 67.0
MS.gene017442.t1 AT1G26780 41.026 78 45 1 18 95 95 171 1.78e-12 66.6
MS.gene017442.t1 AT5G26660 55.102 49 22 0 47 95 9 57 2.32e-12 65.9
MS.gene017442.t1 AT5G67300 40.000 75 44 1 21 95 6 79 2.44e-12 65.9
MS.gene017442.t1 AT1G26780 41.026 78 45 1 18 95 95 171 2.76e-12 65.5
MS.gene017442.t1 AT5G11050 38.667 75 45 1 21 95 105 178 2.83e-12 66.2
MS.gene017442.t1 AT1G69560 40.476 84 48 2 12 95 99 180 3.40e-12 65.5
MS.gene017442.t1 AT1G69560 40.476 84 48 2 12 95 115 196 4.09e-12 65.5
MS.gene017442.t1 AT5G17800 38.889 90 53 2 6 95 79 166 5.55e-12 64.7
MS.gene017442.t1 AT5G58850 37.500 80 49 1 16 95 100 178 6.60e-12 65.1
MS.gene017442.t1 AT3G60460 37.805 82 50 1 15 95 7 88 7.84e-12 64.3
MS.gene017442.t1 AT3G47600 68.182 44 14 0 52 95 39 82 1.74e-11 63.5
MS.gene017442.t1 AT1G17950 38.667 75 45 1 21 95 5 78 1.95e-11 62.8
MS.gene017442.t1 AT3G09230 41.333 75 43 1 21 95 55 128 2.33e-11 63.2
MS.gene017442.t1 AT3G09370 36.364 77 48 1 19 95 128 203 3.27e-11 63.2
MS.gene017442.t1 AT3G09370 36.364 77 48 1 19 95 133 208 3.28e-11 63.2
MS.gene017442.t1 AT2G39880 35.043 117 70 2 21 132 50 165 3.47e-11 62.8
MS.gene017442.t1 AT3G09370 36.364 77 48 1 19 95 141 216 4.67e-11 62.8
MS.gene017442.t1 AT5G40360 31.868 91 61 1 5 95 142 231 4.76e-11 62.4
MS.gene017442.t1 AT3G50060 37.333 75 46 1 21 95 6 79 5.56e-11 62.0
MS.gene017442.t1 AT3G27785 40.000 75 44 1 21 95 189 262 6.05e-11 62.4
MS.gene017442.t1 AT4G32730 37.662 77 47 1 19 95 85 160 6.18e-11 62.4
MS.gene017442.t1 AT4G32730 37.662 77 47 1 19 95 85 160 6.18e-11 62.4
MS.gene017442.t1 AT4G32730 37.662 77 47 1 19 95 85 160 6.18e-11 62.4
MS.gene017442.t1 AT4G32730 37.662 77 47 1 19 95 85 160 6.18e-11 62.4
MS.gene017442.t1 AT4G32730 37.662 77 47 1 19 95 85 160 6.37e-11 62.4

Find 55 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
CAATGTGGTTGGACAATTTA+TGG 0.187680 5.1:-61563984 MS.gene017442:CDS
CTCTCGATCATCACGATCTT+TGG 0.197907 5.1:+61564086 None:intergenic
CACAAAATTAACATGTTTCC+TGG 0.270361 5.1:+61564149 None:intergenic
CACAAAATTAACATGTTTCC+TGG 0.270361 5.1:+61564212 None:intergenic
TTGTGATTTCGATTCTCTTT+GGG 0.292312 5.1:-61563848 MS.gene017442:CDS
TTAAGGTTACACAATCTTCT+AGG 0.297225 5.1:-61570133 MS.gene017442:CDS
TTTGTGATTTCGATTCTCTT+TGG 0.302430 5.1:-61563849 MS.gene017442:CDS
CGTTAAACGTGATGGGGTTA+AGG 0.322554 5.1:-61579950 None:intergenic
AGAAGTATGGTGAAGGAAAA+TGG 0.332221 5.1:-61576594 MS.gene017442:CDS
GAAACATTACCATCTTTATT+CGG 0.351428 5.1:+61564108 None:intergenic
ACAAGAGGAGAACTTTAGTA+TGG 0.372717 5.1:-61563911 MS.gene017442:CDS
GTTGGACAATTTATGGGACT+TGG 0.373707 5.1:-61563977 MS.gene017442:CDS
ACAATGGTTACATATCAAAA+TGG 0.391426 5.1:-61564063 MS.gene017442:CDS
CAAGTAGGCAGTGAGAAAAT+TGG 0.394108 5.1:-61563949 MS.gene017442:CDS
ATTTATGCCCTAACATCAAA+AGG 0.398525 5.1:-61570189 MS.gene017442:CDS
ATAAAGATGGTAATGTTTCC+AGG 0.407114 5.1:-61564167 MS.gene017442:CDS
ATAAAGATGGTAATGTTTCC+AGG 0.407114 5.1:-61564230 MS.gene017442:CDS
ATGAAGTTGATATGATCTTA+AGG 0.415800 5.1:-61570150 MS.gene017442:CDS
TTAACTTGGCAGGATTGAAT+AGG 0.416395 5.1:-61570246 MS.gene017442:intron
TACACAATCTTCTAGGCAAC+AGG 0.426394 5.1:-61570126 MS.gene017442:intron
AATGTGGTTGGACAATTTAT+GGG 0.438965 5.1:-61563983 MS.gene017442:CDS
AAGGCTTGTATACAGAAGTA+TGG 0.439194 5.1:-61576607 MS.gene017442:CDS
TAAATGTTGATGACTCCCTT+TGG 0.441781 5.1:-61563882 MS.gene017442:CDS
GTTAAACGTGATGGGGTTAA+GGG 0.458398 5.1:-61579949 None:intergenic
ATTGAGACATTATCTATACT+TGG 0.458905 5.1:+61564015 None:intergenic
TCTTTATTCGAAGCCAGTAT+TGG 0.483824 5.1:+61564183 None:intergenic
TATACAAGGAAAGCTGCATA+TGG 0.489389 5.1:-61576686 MS.gene017442:CDS
AGAATCGAAATCACAAAGGT+TGG 0.492790 5.1:+61563855 None:intergenic
CATTTAGTTTCTCAAAGAGC+AGG 0.495360 5.1:-61576571 MS.gene017442:intron
TTGGACAATTTATGGGACTT+GGG 0.508029 5.1:-61563976 MS.gene017442:CDS
TCTTTATTCGGAGCCAGCAT+TGG 0.516881 5.1:+61564120 None:intergenic
TCTTTATTCGAAGCCAGCAT+TGG 0.518488 5.1:+61564246 None:intergenic
AAAAGGTGCATGGACATATG+AGG 0.529512 5.1:-61576644 MS.gene017442:CDS
GGCAGTGAGAAAATTGGCTC+AGG 0.543452 5.1:-61563943 MS.gene017442:CDS
CACAAAGGTTGGAATTCCAA+AGG 0.546901 5.1:+61563866 None:intergenic
ATGCTGGCTTCGAATAAAGA+TGG 0.552458 5.1:-61564243 MS.gene017442:CDS
ATACTGGCTTCGAATAAAGA+TGG 0.553890 5.1:-61564180 MS.gene017442:CDS
ATGCTGGCTCCGAATAAAGA+TGG 0.554754 5.1:-61564117 MS.gene017442:CDS
CTCAGGCTCTTCATTACAAG+AGG 0.556126 5.1:-61563926 MS.gene017442:CDS
TTTATGCCCTAACATCAAAA+GGG 0.568947 5.1:-61570188 MS.gene017442:CDS
ACAAAGGTTGGAATTCCAAA+GGG 0.569064 5.1:+61563867 None:intergenic
TGGACAATTTATGGGACTTG+GGG 0.581990 5.1:-61563975 MS.gene017442:CDS
GTATATGGATAGCGTATACA+AGG 0.596937 5.1:-61576700 MS.gene017442:intron
GGACAATTTATGGGACTTGG+GGG 0.601393 5.1:-61563974 MS.gene017442:CDS
TGTATACAGAAGTATGGTGA+AGG 0.613440 5.1:-61576601 MS.gene017442:CDS
TGAGGAAGACAAGCTCCTCA+AGG 0.616104 5.1:-61576626 MS.gene017442:CDS
TCGTGATGATCGAGAGACAA+TGG 0.627884 5.1:-61564079 MS.gene017442:CDS
ATACTTGGTTGTGAAGCAGA+AGG 0.637564 5.1:+61564030 None:intergenic
CAAAAGGGAAAGCTTTGCTG+AGG 0.640568 5.1:-61570173 MS.gene017442:CDS
TTGTCCAACCACATTGCACA+CGG 0.643992 5.1:+61563991 None:intergenic
AATACCGTGTGCAATGTGGT+TGG 0.654832 5.1:-61563995 MS.gene017442:CDS
AAAGAGAATCGAAATCACAA+AGG 0.679393 5.1:+61563851 None:intergenic
AAACGTGATGGGGTTAAGGG+AGG 0.682766 5.1:-61579946 None:intergenic
ACTTCTGTATACAAGCCTTG+AGG 0.693065 5.1:+61576611 None:intergenic
TCTCAATACCGTGTGCAATG+TGG 0.760605 5.1:-61563999 MS.gene017442:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr5.1 gene 61563837 61579961 61563837 ID=MS.gene017442
chr5.1 mRNA 61563837 61579961 61563837 ID=MS.gene017442.t1;Parent=MS.gene017442
chr5.1 exon 61579947 61579961 61579947 ID=MS.gene017442.t1.exon1;Parent=MS.gene017442.t1
chr5.1 CDS 61579947 61579961 61579947 ID=cds.MS.gene017442.t1;Parent=MS.gene017442.t1
chr5.1 exon 61576572 61576710 61576572 ID=MS.gene017442.t1.exon2;Parent=MS.gene017442.t1
chr5.1 CDS 61576572 61576710 61576572 ID=cds.MS.gene017442.t1;Parent=MS.gene017442.t1
chr5.1 exon 61570127 61570256 61570127 ID=MS.gene017442.t1.exon3;Parent=MS.gene017442.t1
chr5.1 CDS 61570127 61570256 61570127 ID=cds.MS.gene017442.t1;Parent=MS.gene017442.t1
chr5.1 exon 61563837 61564293 61563837 ID=MS.gene017442.t1.exon4;Parent=MS.gene017442.t1
chr5.1 CDS 61563837 61564293 61563837 ID=cds.MS.gene017442.t1;Parent=MS.gene017442.t1
Gene Sequence

>MS.gene017442

ATGGGGTTAAGGGAGGTAAAGATGAGGCTGAGGGGATGGGTGGAGGAGTGGTGTTGAATTGTGGTGTGTTATGAGTGAGGTGTATTGATTGATGGGTCGTCAATTTAGGTAATGTGTGATAAGGAAAGGAACCAGTTTCATCAACAATTCATAGCATGAGGATGCGGGAGCAGTTGAAGAAGAGAATGGAACCACAATTTCATCAAAAGTAACGTGTCTAGAAATGATTATTTTTCTACTAGACAATTCAAGATATTTATATCCTCTATGATTGGAGGGGTAGCCTAAGAAGACACATGGTGTTGACCTTGGTTGTAGTTTATTTCTAGTAGTGGAAGGAATTAATGGAAAGCCTAACAACCCGAAGACTTTAATTTTCGATAAAGAATCATATTGGGTATTTTAAGAGCTAATTGTTTGGTTGGAAGAATATTTAACAAATAAGTAGCCAACTGAAGAACATGATGCCAAAATGAAGGTGGTAGGGAGGCTTGTGCAAGAAGAGTACGAATGGTATTGTGTTAACAATACGAATTTTTGTTTTAGTTTTTCCATTTTGAGGTGAGGTGTGAGGACAAGAAAATCGGAAGCTCATTCCATTTTGGTTACAAAAATTATGGAAATAAGTATTGTCATATTCTTTTCCATTATCACATTGAAAACATATCATATCTCTTTCAAATTGTGTTTTTACGAAAATGAATAAAAGTGGAAGCTTGAGATTTGTTGGCAATGGGAAATGTCCATAAAAATTTTGTAAAATCATCAAGAAATAAAATATAGTAACGATGACCACTAGAACTAAGAGCTGGTGATGTCCAAATATCACTATGCACAATGTAAAAGGTAATGAAGTGTGAGACAAAGATTCATGAAATGACATTTTTATTTGTTTTCCAAATTGACAAGACTAACAAACAAAATTGTTCTGATACTTATTACATAAAAAAAAAATGTTTCTATGAAGAGAATTTAAAATAGTTGTTCCCGGATGTCCTAGACAATTATGCCATAAATTATTGGATAAAGCAATGAAAGAAGAGGGTGTTGGATTTTGAGTAGGTGGTGATGGGGTAAAAGGATAGAGTTCTCATGAGTTATCACATCTCATTAGCGGCATTCATGTATAAAGATCCTTCACAGAAAAACCAAATGGATCAAATTCAACAGAAACTTCATTGTGTATGGTACATTTTCATAAAGAAACAAGGTTTTTGATTAATTTACTGCATGTAGGACATGATTTAATTTTAAGGGAGTTAGAGTAATAATGCATTTCCATGACCAATAACTGGAATGTTATGACCACTACCAACAATAATATGATTACTTATATTGGAATAAGACCTAAGATTACCTCGGTTTGCTATCATATGAGATGTGGCTCCCATGTCCATGCACCACTGCTCGTCAGGAGGAGCCAAAGATAGTGTGTGCATTGTAGCTTGAATATCGGTTGGCGTGTAAGACTAATGTAATGAAACCATGTGTACCTGTTGTGGTCTTTGCCCAAGAATATCAAGTTGACGGTTTGGAGCGACTGGTTGCTGCCAACTTCCAGTGGTAGGATATGGGCAAGGAAGCCCATGTCTTCCAATGTGAAGCCCAATGAGGATAGGCCCACGACTGATTCCATGCCCCTTGTTGATGATGGGTTAATCATCCTCCTCGACTGCGAATCCGTCCACCACGATAGTAACTCGAGCTACCACGTATGTCGTGATTTCTGGTGTTGTTGTTTTCGTTTAGGCTAGCGCGAGGATGTGGAGAGTTGATAGAATTGTTCTCCTAACAAGCAATAAACTCAGAGTTATCAGTGTTATTCTGTGTACGTTTGACCATTGTTGTTTCTTCCAAGACAACCATGGGTCGAGCCTTGTAGAAAGTAGGCATGATTTCAGAATGACGGATTTGAGACCCAATGGATATGCATCAGAGGGACCATAAAATTGTTAAAGAACCACGCGTTCGTTACAAACTGGTGCACCAACATTAGACAAATGATCTGATAGAGACTTAATATGTTGGTTGTATGATGAGGTATTGGGGAATTGCTCCACAGTGACACGAGAGAATTCTTGCTCTAGATAGTGAGCATGAGAATTCATGTTGTCAAAGAAGATGTTGAAGATACGTTCCTATGATGTTTGTTCGGTATAGTCACACTCAAAGATGGTATGGAGAAGGTCAGTGGATATGGTTCCATAAATCCACTGCAGAACTATGGCATCAAGACATTTTCATATGGCTGGGTCAGTTTCTCTGAGAAAGGGAGAGGAAGAGCTAAAGTTGGTGGTGGGAGTAGGGATGATATGGTCAAGATTCTCATAGACTTGAGCATGAATTTGAAATAACTCAGACCATGTATTGTATTGGCTATTTCCAATATCAAGAGTAATTCTGATGAAGTTTGTGATATTGTTGACAATTACGGCAAGATGAATGGGGCGATTGGTGGTGGTTGTTTACCGGTGTTTATGGTAAACAATAAGACTAGTTTTAAAACGTTACTTGCATGATCAAACTAGAAATCCTAGGACATGTTGTGCAATTATTTTACAAAAAATGTATGAATGTTCATCATATTCATGATTTTGTTTATGAACAAGATGAAGAAAACTGTTTTTATGATGAAGATAATTGCTTTTCGACAAGAATCAACAGTATGTGAAAAGATTAGAAACTAAAAGACTTAGAATTCTAAATGCAAAGAAACTTAAAGAAAGATAAATTGCATTGCATTAATTAAAGATGGTTCATCAAATCACTGTACATACATTTTGTTACTCTTCTCTCTAACGCTGGGTACTTTGAGTGTATAAAACTTTTGTTAATGATTTGTAACCTATTTTTCTTATAAAAAAACTATTATAAATACACAAGAGAAAATAAATAACATACTATAACGGCTAGAAACTATAACGGCTAGAAACTATATTTGTTCGACAACCCTTTGAATCAGACATGATGATGTTTGGAGAGCGAAATCGAGTGAGAAAAAGGTTTGAAGAAGATGGTTGTGAGTGAAGCCGAGAGAGAAAATAAATTACTATACCTTCGTGGTAAAAAATCAATTATTAAAATAAAATAAATTGATGTATCAAGAAAAAATAAAAGAAAGGTGGTGTCACTGTCATACTCTTTTGTGCTTTGTTAATTATGAAAGAAACTCTTTTGTTTTTTATGCAAACTTTCCTCTCATAAACATATATCAAGATAAAAATATTATGCCTATATTTGTATATGGATAGCGTATACAAGGAAAGCTGCATATGGAGAAGACTAGAGTTTTGAGAAAAGGTGCATGGACATATGAGGAAGACAAGCTCCTCAAGGCTTGTATACAGAAGTATGGTGAAGGAAAATGGCATTTAGTTTCTCAAAGAGCAGGTATATATGATTTTTGTTATTTATTTTTATGAGATATATGAATTTTTTTCTTGTTGTTGATATAAAGGTAAATATGATTAATTTTTCTTATTCAACTGTTTATTTGTCCTTCCTATAATTAACTAAGTTGAACAATTGTATAGAAGGAAATTAAAATCTACCATGCATAATTTTCTTTTCTTAATCGACTGCGTAGTAGTCCTATAATTAATTAAGTTGAACAATTATGTAGAAGCAAATGAAAATTAACAATGCAAAATTTTATAGAAGCAAATGAAAATTAACAATGCAAAATTTTCTTTTCTAAATATCTTGACAATTATTTATTCCTTTGACAAACTTTATCCCATGGTACGGATATCCAAAATAGTGCCAATAAAACTGAAAATTAATCCTCTCCAAAAGAACTGATACACCACTTTATTCCTTTGACAAACTTTATCCCATGGTACGGATATCCAAAATAGTGCCAATAAAACTGAAAATTAATCCTCTCCAAAAGAACTGATACACCACTCGGGGTTTAGAGGGGTTCATATTTCAAATCGATTGAATTTTGAATTCCTTTTTTAAAATTGAACTGAATATATAATTTTTAATAACTATTTATTTTTAATTAATATTATTGCATTAATCTATTATTTGTTTTTTAATTAATAATATCGAATATTGCATTAATCTATTATTTTTTTACTTGCATTAATCTACTTTAAAAGAAAATGAAGTTTAGAAATTTAGCAACGACTTCTATTCAATTTTAAAAAAATAGAAAAAGAAAAAGGAGGTCATTGTGTCAATATAAATCAAATGGAAATGATGGACGAGAGCCACTCTATTTACAAAAAAACAATAAAATAAAAAAGTTAAATTGATAAATTAAACTATAAGTCGTTCAATTTGAACAAGTATCTAAAAGCAAGGATTTTTTTGTTTTTTGGTCTTGGATGAAGCGCTAATCCGATAATGGTGTAATAATTTTTTTTAAGAAGTCAAAACGAATTATATTAATCTTCGCAAGCACAAGGTGTGCTAAAGGGAATTCAAACAATCACAATGTGAAGTTACAACAGAATCAGAATTCGGAACGGAAACAAAAACAACAAAATTAACCTATGACCATGCACAATAAAGGGCTAAGTATTACACCATGAGCATATTCCAGCCAATAAGAAAGAAGCACTTGTTACTTGCAGTACAAGTAACAATAGAGTAGTACAATCTAGTTAGTTTGTAGTACAAATCTGACTTGTATATAAACTCATGTACTCCATTCATTTCAATCTAATGAAAATAGCTTCAGTTTCTCAATATCATAATATGGTATCAAGAGCTTTCTGTTTCAGAAAGTTTGTTACGATTCAGTTACAAGCTTCCGCCATTGTTGTACGGACTTGAAGCTTCCGCCATTGTTGTGCGTTTTTGAAGCTTCAATCTTCGTCATTTTTCATTCTCCTTTCTCTGATTCTCGTTGAATTCGTTGTGAATTCATCGTTTTTTCTCAGCATCTGGATTTTTTTTTCCAGTTTCCTTATTCATTTCTCTCTTTTTTCTTCTTCATCTCTGTTTCTCAATCATGGTTCGTCATCAACACAATGTTGATACAGAGTCTATTTTCTATGTACATCCTAGTGAAGGACCTAACACTGTCACTGTCACGCCTCTTCTCACCGGTTCAAATTATCCTGTTTGGAGCAGATCCATGCAACGAGCACTTGGCGCCAAAAACAAGCTTGCTTTCATTGATGGATCTACTCCAGAACCTGTTGAAGAAGACCTGAATAGAACTGCATGGGAACGATGCAATCATCTAATCCATTCTTGGATTCTCAACTCGGTATCTCCACAAATTGCACAAACTATCGTTTTTCATATACGAGCCATTGATGTTTGGGAAGAACTCAAAGATAGGTTTTCTAAAGCTGATCGTATTCGTGTTTCAATGCTTCGTTCTTCTATAAATAATCTCAAACAAGGTTCCAAATTTGTACTTGATTACTTCACAGAGATGAAGACTCTATGGGAAGAACTCAATTCCCACAGACCTATGCCATTGTGCACTTGCATTCACCAGTGCAGATGTGAAGCCATGCGCTCTGCATGTAACTTTCGTTTAGAAGACTAAGTTATACAGTTCTTAACTGGATTGAATGATCAATTCTCAATTGTTAAGACTCAAGTGTTGTTAATGGACCCTCTCCCTTCCATTAACAAAGTGTATTCTCTGGTTGTTCAAGAAGAAAGTAATAATACTCAACTTTCTTCCCCTGTTTCCATTGATGATTCAAATGTTTTGGTGAATGCTGCTGATACTTCTAAAGGTTTTGGGCGTGGTAAGAACAATTTTGGTGGTAAAGGTTCTAGGTATTGCACCTTTTGCAATCGTACCAATCACACTATTGAGACCTGCTACCAGAAACATGGATTCCCTCCCTATATCAAACCCAAACCTTCTGTTAATGCTTCTTCTCATGAAGCATCTGAGGTTAAGCCTGTTACTAATGTTGCTGAGGCTTCTTCTTCTGTTCCCAATGTTGGTATAACTCAAGAGCAATACACTCATCTTGTATCTTTGCTTCAACAATCAAATTTGACTGCCTCAACATCTCCTCCTGTTACTTCTAACCATGTCCATTCTCAACCTCCCACTTCCTCATGTATAAACACTGCTTCTTGTTACTCTTTACATGTCACTAACCCTGTTTGGCTCATTGATTCTGGTGCCAATGAACATATTTGTTCTTCTCCCAATTTCTTCAATAAAATTTATGATATTTCCCCAGTCTCTGTCAATCTTCCTAATGGTCAAACAGTTAGTATCACTCAAGCTGGAAATGTTCAGTTTTCCTCACATTTTCATATTTCTCATGTTTTATATTCTTCTCAATTCAAGGTCAATCTTATTTCAGTTTCTAAGCTTCTTGCATCTTTAACTTGTACCATTTACTTCCATAATAATGGTTGTGTTATACAGGATTTGACATCCAAGAAGATGATTGGTTTGGGTGAGCCCTATGGCGGCCTTTACAAATTGAAGCTCCCTACAACTTTTCCTCCTTATGTTTCTATAGATTCTGAGTTTCCTCATTGTAATAAATCCACAAATAAGATTTCCATTTCTAGTATAAATTCCAGTTCTTCTATTCCTTTATCTGCTTTATGGCATTTCAAACTTGGCCATTTGTCTCATCAAAGGTTGCATAATATGCATCAATTGTATCCTGACATCACTATTGATAATAAAGCTGTGTGTGATATTTGTCACTTTGCCAAACTTAAGAAATTGCCTTTTTCTCATAGTACATTTCATGCTTCTTCCAAATTTGATCTTTTGCACCTTGATATTTGGGGTCCTCTTGCTGTTACCTCTATTCATGGCCATCAGTATTTTTTGACTATAGTTGATGACTATAGCAGATTTGTCTGGATTGTGTTACTTAAATCTAAAGCTGAAGTGTCTATGCATGTTCAAAATTTTATTGTCATGATTGAAAATCAACATCAGATTACACCTAAAACCATTCGCACTGATAATGGTCCTGAATTTCATCTTCCTGCCTTTTATGCTTCTAAAGGCATCCTTCATCAAAAATCATGTGTTGAAACCCCACAACAAAATGCTAGGGTAGAAAGAAAGCACCAACACATTCTTAATGTAGGCAGGGCACTTCTTTTTCAATCCAAACTACACAAACCATATTGGTCTTATGTTGTCACTCATGCTGTTTTCCTCATTAATAGGGTCACTACCCCTCTTTTACAGCATAAATCTCCTTTTCATATGTTATATGATGAGATACCTGACTCTAGTGTCTTCAAAGTTTTTGGTAGCCTGTGTTTTGCTTCCACTTTACTAGCTCACAGAACTAAGTTACAACCTAAAGCCAGGAAATCTGTTTTCTTGGGTTACAAGTCAGGTGTCAAAGGATTTGTTTTACTTGATTTGCATGATCATACCATTTTTATTTCCAGAAATGTTGTCTTTCATGAACATATTCTTCCTTATATACCCTCTACTGATTCATCTACATCTCCTTGGACCTATTTTCCTTCTTCACCAAATCCTGTCTTTCCTTCATCTGTTTTTGATGACCCTTCTGCTATTACTCCCTCTGGTGAAGATTCTTCACCTGCTTCACCTCTCATTCCTTCTCCACCACCTCCTCCTCCTCCTCCTCCTCCTCCCATCATTCCTCTTAGAACCTCTTCTAGAATCAAACATACTCCCAATTATCTTAAAGATTTCATTTGTCCTCAAACTGCCAATAATCTCACCAATTTCTCTTCTGCTTCTTATCCCATTACAAATTATCTGTCTCATTCAAACTTGTCTCATTCTCACTCATCTTTTGCTTTGTCTCTTCTGCATCATGTTGAACCTAAATCCTATGTTGAGGCAAGTAAACTTGATTGTTGGAGGGAAGCTATGCAAAATGAGTTATCTGCTCTTGAAAAAATTGGCACTTGGGAAATTGTGGATCTTCCAGATAAGATCAAACCTATTGGATGCAGATGGATATACAAAATCAAGCACCATGCTGATGGATCCATTGAAAGATACAAAGCCAGATTGGTGGCTAAGGGTTATACACAGATTGAGGGTTTAGACTACTTTGATACTTACTCTCCTGTAGCTAAGCTTACAACAGTCAGAGTGGTTATTGCATTAGCATCTATCAATCATTGGCATCTTCATCAGCTTGATGTCAACAATGCCTTTTTACATGGAGACCTTCAAGAAGATGTTTATATGCTCATTCTTCCTGGTGTTCCTCATTCTCACCCCAATCAAGTTTGCAAGCTACATAAATCTCTTTATGGCCTCAAGCAAGCAAGTAGGAAATGGTATGAGAAATTAACCTCCATTTTGCTTACTCAACAATACACACAGGCATCATCTGATCATTCTCTATTCATTAAACAGACTCCTACCAGTTTTACTGCTATTTTAGTGTATGTTGATGATGTCATTTTAGCTGGCAACTCAATTAATGAATTCAATGCTATCAAATCCATACTTCATGAAAAGTTCAAAATTAAGGATTTGGGCCAGCTCAAATACTTCTTGGGACTTGAGGTTGCTCATTCTTCAAAGGGTATCTCCTTGTGTCAAAGGAAATACTGCCTTGACCTCATTGATGATTCAGGCCTGTTAGCTGCAAAACCTGTATCTACTCCATCTGATCCAACTGTCAAATTACACCATAACTCTAGTACTCCTTACCATGATGTTCCATCATATAGGAGACTCATTGGGAGATTATTATATTTGAATACCACTAGACCTGACATTACATTCATCACACAACAACTTAGCCAGTTTCTCACCAATCCATCACAGATTCACTATAATGTTGGTATGAGAGTTCTCAAGTATCTTAAAGGCTCTCCAGGTTCTGGTATATTCTTCCCTAGAGATTCAGATATGCATCTTCAAGGTTTTTCAGATGCAGATTGGGCAGGATGTAGAGATACCAGAAGATCCATTTCTGGTCAGTGTTTCTTCATAGGGAAATCCCTCATTTCTTGGAGAACCAAGAAACAACTCACTGTGTCCAGGTCTTCCTCAGAAGCAAAGTATAGAGCATTGGCTTCAGCTTCCTGTGAAATGCAATGGTTGTTGTACTTGATGAAAGACTTGCAGATTCAAAGTGCAAAAATGCCAGTCATCTATTGTGACAATCTTAGTGCCATTCATATAGCAGCTAACCCTGTATTTCATGAGCTCACTAAACACCTTGAGATTGATTGCCATATTGTCAGAGAGAAGGTTCAAGCAGGTGTACTGAAACTTTTACCAGTTTCATCCAAAGAACAAGTTGCAGACTTTTTCACCAAGTCTCTTCTTCCCCAACCATTCAGCAATCTTTTATCCAAGTTGGGAACATATACCAATCTCCAACTTGTGGGGGGCTATTACACCATGAGCAGATTCCAGCCAATAAGAAAGAAGCACTTGTTACTTGCAGTACAAGTAACAATAGAGTAGTACAATCTAGTTAGTTTGTAGTACAAATCTGACTTGTATATAAACTCATGTACTCCATTCATTTCAATCTAATGAAAATAGCTTCAGTTTCTCGATATCATAATACTAAGTCCCCACCGATGATAATCAAAGGCAATGTTTGGAATTTTTTCCTTCAACCTCCAAAACGAAAGAAGCTTGACACTGTCAATTAGCTGAAGAGTGGAGGCCGGTTTGTATGAAAAAATTCTGCTAGCTGTTCCTATCCTTCCAAATGATCCAAAATTTTGCTGTCAACCATTTTGTATAATTTCATTTCTACATTGTGAAACTATTTGTTAACTTGGCAGGATTGAATAGGTGCCGAAAAAGTTGCAGATTGAGGTGGTTAAACTATTTATGCCCTAACATCAAAAGGGAAAGCTTTGCTGAGGATGAAGTTGATATGATCTTAAGGTTACACAATCTTCTAGGCAACAGGTAAGCTTCCGAGGCCAATTTTTTTTTTTGTGTGTGTGTATATATGCCGCTTATCATCTCGCTATCCATTCTAGCTTGAATTAGTTATGATATTCCCAATTGTGGATGACTCCTTTTTCTATTTATGTTATAACAAAAATTAATCTTAAGCTCAGCATCAATCCTAGTAAAAATATGTGATGTGAATATGGGCAAGTTTACATGAGTTTGTGGTGATCAAACATTGATATGATTTGCCTTCGAAATCAACACACTCTCGCTATTAAAGAATCCATAGCTTTTTCTATGCCTCCTTGTGATAATAAGATGTCAACAAAAACGATTACAAAGTGTGTGACACATAACCGTAACCTCTTTATTTATCAAACCCTAACTAAGGTTAAGTACTATTGGTGTTTTTATTTTAACTCAGCTATATTAACCCGTTTTAATTTAACTTAACATAAACGGCAGTCTACATCACAAAATTATTCTCATATAAGGTCAATGTTAGATTAATAATCCAAAAACTCCAACTTGTAGCATATCAGGAAACAAGATAAAATGAATGAAAGTGAATTCTCATTAATTGTTGAATGATTACAATAGGTATATATAGACATACTAGGGAGCATCATATCATAATATGTGCATGCAATATCATAACAAAACCCTAGCTTCTATTACTTGCGCAGCAAGTTATTGTCTAAAACTAATCATTCTCATCATAAAACTAATCATTCTTATCACTCTGTAATAGCCCCCCACAAGTTGGAGGTTGATAAATGTTGATCAACCCTAACTTGGATAAAAGAGCATGAAAAGTCTTGGGAAGCAAAGCTTTAGTAAAGAAATCAGCCACTTGATCTTGGGAAGATATAGGCAGAAGCTTAAGGATCCCTGCTTGTAACTTTTCTCTAATGAGGTGATAGTCAATTTCAAGATGCTTAGTATGTTCATGAAAGACAGGGTTAGCTGCTATATGAATAGCACTGTGATTGTCACAATATAACACTGGTAGTTTGGAACAAGTGATGTGCAAATCTTTGAGGAGATAGAGGATCCATTGGAGTTCACAAGTGGCAGATGCTAAAGCCCTATACTCAGCCTCTGAAGAAGATCTGGACACAGTGATTTGCTTCTTGGTTCTCCAAGAAATCAAAGAGCTACCCAAAAAGAAACATTGGCCAGATATAGACCTTCTGGTGTCAATACAACCAGCCCAGTCTGCATCTGAGAATCATTGTAAAGTGATGGAAGAACTTCTGGGGAAGAACAATCCTTTACCAGGACATCCTTTGAGATACTTGAGAACCCTAAGAGCTGCTGCATGATGTGATTGTGTAGGTTTAGATAAAAATTGACTCAACTGTTGAGTGATGAATGTAATGTCAGGTCTAGTATTGTTAAGATAAAGCAGTCTCCCAACTAATCTTCAGTAAGCAGGAACATCTTCAAATGATGCACTTGAATCTGAATGAAGCTTAAGAGAGGAATCAGAAGGTATTGATAGAGGTTTAGATCCCAAGCTTTCAGTATCTTCAAGTAAATCCAGACAGTATTTCCTCTGGCAAAGTGAAATGCCCAGCTTTGAGTGTGCAACTTCAATGCCCAGAAAATATTTCAATAAGCCTAAATCTTTAATTTTGAATAAAGAATCCAAAATAGACTTGATGTGAGCAAACTCAGTGAGAGAGTTGCCTGCAAGGAGGATATCATCAACATATACCAGAAGAATGGTGAATGAGGTGGAGTTTTCTTAACAAAAAGGGAATGATCAGATGCAGCTTGAGTATAGTTTTGATCATATAGTACAGAGGTCAATTTTTCATACCATTTTCTGCTAGCCTGTTTCAAACCATAAAGGGATTTGGTTAATTTACAGACTTGATTTGGTTTGGTTGATTTGATGCCAGGAGGGAGCACCATGTACACATCTTCCTGTAAATCTCCATGTAAAAAGGCATTGTTAACATCAAGTTGATGTATGTGCCAATTATGAATAGATGACAAGGCAATAACAAGTCTCACAGTAGTGAGCTTGGCAACTGGGGAGTAGGTATCAAAATAGTCTAAGCCCTCAATTTGATTGTAGCCTTTAGCAACCAATCTTGCCTTGTATCTTTCAACAGTCCCATCAGCATGAAATTTCACTTTATAAATCCACCTGCAACCAATAGGCTTCACATTTGGTGGCAGATCCACCATTTTCCAAGTCACAGTTTTCTCAAGAGCTTGGAGTTCAACTTGCATAGCCTGTTTCCAACAATCAAGCTTACTAGCCTCTGCATAGGTCTTGGGCTCAGGTTGGGTATGTAAAGACATGACAAAAGAAGAGTAAGTATTAGATAAATGATGATGAGAAATGTAATTAGAAATAGGGTATGTAGAAGCAGTAATATTATTGCATATGTAATCTTGAAGATATGCAGGAGTGTTGACATTTCTAGAGGAATGTCTAGGAGCAATAGGTGGTATATTTGGTGGAGGGGATGGAGATTCAGGTAAGGAAGGAGAGGGAGTGATGATATCATCAATAATAGGTGGAGAATGTAAATCAGGAGATGCAGGTGAAAAGTGAAAATGAGAGAAGTATTGCCAAGAAGGAGAGGTGGAAGAAGAAGTATGAGGATATGGAAGAAAGTTTTCATGAAATGTAACATGTCTAGAGATGAAAATTTCTCTAGAATTGAGGTCATAGAGTGTAAAACCCTTATAACCTGACTGATAGCTAATGAAGACAGATTTTCTGGATCTAGGGTTTAGTTTAGTTCTGTGAGAATGCAAAGTTGAAGTATAACATAAACATCCAAAAACTTTGAACAAAGAAACATCAGGGACTTTGTTATGAAGGACAAAATATGGGGATTGATTTTGAAGAATAGGTGTAGGAACTCTATTAATGAGAAAGACAGCATGTTATAAAGCATAAGACCAATATGAAGGAGGTAATTTGGATGGATAAAGCAAGGCTCTACCAACATTGAGAATGTGTTGATGTTTCCTTTCAACACGACCATTTTGTTGTGGAGTTTCTACACAAGACCTTTGATGAACAATACCATGAGAAGAATAAAAGGAAGACAACATGAATTCAGGACCATTATCAGTTCTCAAAACTTAAGGAGTAATGTGAAAATGGTTCTGAATCATAGTAATGAAGTTTCTAACATGGGATGATACTTCAGATTTGGTTTTAAGTAGAATAATCCAAAGGAATCTACTGTGATCATCAAGAATAGTTAAGAAATATCTGTGTCCATGAACAGATGCAGTAGATATGGGTCCCCAAATGTCAAGGTTAATGAGATCAAAACAATTTAAAGCATGAGAAGTGCTAGCAGTAAAAGATAAATGTTTATGTTTAGCAAAATGACACAAATCACAAGCATCTTTATTATTTGTAACTTTGATAGAGGGATACAAAAGAGACATAGTTTGTTGTATTTGAGAAGACAAATGCCCTAATCTGAAGTGCCATAAGGCATTATTGGGAACAAAAGTATGGGATTTATTACAATGGGAAGGTAAAACAGCATTACAAGAAATATTTTTGGAGCTAGACAATTCTAAATTGCAGTCTTTGCTAGAGGGATAAAATTTGTATAGGCCATCCATTTGCTTAGCCAAACCAATCATCTTCAAAGATTGTTGGTCCTGTATGAGACATTTGTCAATGGAAAAGTGAAAGAAACAAGTCAAGGATTCACACAACTTGGCTACAGAAATGAGATTGAGTAAGAAATGTGGTGAATAAAGAACATGATTAAGGTAAAATTTAGAGTTAAATTCAACAGTTCCAGCATAATGAACTAAAACAATGTTACCATTAGGCAAAGAAACATGGACATGCTTAATTTTGTAGAATGAAGTAAAACAAGTAGAATCACAACATATGTGCTCATTAGCACCTGAATCAACAAGCCAAAAGGAAGGTTTCAATGTAGAGGAAAGAGGAATAGAGACAGGTATACCTGCAGATGATTCAGTAGCTGAGATGCTGGTAGAAATAGTAGGACTGGCTGCAATGTGGTTAGAAGTTGCTTGAGGAGTGGGGGATGCAGAGACAACTAAGTTTGATTGTTGCAGCAGAGATACAAGTTGAGACAACTGTTCTTGAGAAAAACTGAGATTGGAACTTGAAGAAGCACCAGAACCATTTGAAGAAGAAGCACCAGCATCTGAATCCTGTTGAGAAGCAGCATTAGCATGAGGCTGCCCCCTATTAACATTGGGATATCCATGTTTCATATAGCAAAAATCAACTGTGTGATTTGTACGATTGTAAAATGTGCAAAATCTAGAAGGTTTGTTTTGTGAATAACTCTTGCCACGCCCTTGAGGTCTTCTAGTATCAGAAGCATTAACTTGAATAGAGGTGTCATCAGTAACACTTAGATAAGGAATAGAAGCATGATTACTCTCCTCTTGAACAACCAAAGAATAAACCTTGTTCAAAGAAGGAAGAGGATCAAGAAGCAACACTTGAGTTCTAACTACTGAGAATTGATCATTCAAGCCAGTAAGGAACTGCATTATTTGATCTTCACTCCTATGAATCGTTGCAGTTCTAGAAGCAACACAACGACACTGATGAACACATATACAATTTGGAATAGGTCTGTGTGAAGAAAGTTCTTCCCAAAGGGATTTCAGTTCAGTAAAATAATCCAAAACACTTTTATCACCTTGTTTCAAAGTGTTAATAGAAGAACGTAAATTTGCTATACGAATACGATCTATCTTGGAAAAACCTTCTTTCAAGTCAAGCCAAACCTCAAGAGTTGTATCACAGAAAACAACGGTTGGTGCAATTGATTCTGAAACTGAATTGTTGAGCCAAGATTGCACCAAATGATTACAACGCTCCCAAGCTGCACGGTTCAGATCATCTTCATCAGGCATAGGAATAGATCCATTGATAAAACCGAGCTTGTTCTTCGTTCCCAAAGAACATTCAACTGTGCGACTCCATGCAATATAGTTGGAACCAGTGAGTTTGGGAGTAATAGAAAGAGAATTAGGATTCTCACTAGGATGGACAAAGTATACAGACTCAGTATCTGGAGAAGAATTGCGTGGCGCCATGGAAATGCAGAGAAAACTCAAGTTGCAGAAAAACAGAGTATGAAAACTTCAATGAAGAAGATGAAGAAATGATGAAATTGGAAAAACAATGGCGTAACAAGGTTGAAACAACCACAAGAAGCAAGAATCACGGTGGATAAACAAGAATCAACACCGGAAAACAAGAATCAAGCGATCAAAAAGATGATCGGAGAAGAAGAAGCAGCGGAGAAAAACGGATGCAGAAAACCGTTATGGATCGTAACAACCTTTCTCCAATTGAGAGAAGGCGCGTGATACCATATCAGGAAACAAGATAAAATGAATGAAAGTGAATTCTCATTAATTGTTGAATGATTACAATAGGTATATATAGACATACTAGGGAGCATCATATCATAATATGTGCATGCAATATCATAACAAAACCCTAGCTTCTATTACTTGCGCAGCAAGTTATTGTCTAAAACTAATCATTCTCATCATAAAACTAATCATTCTCATCACTCTGTAATATAGCATTAATTTTTTCATGTTATATATACTTCTAATTCAATTATTTATTTAAACATATATGTACATTTAGATGGTCATTGATTGCTGCAAGGCTTCCTGGTAGAACAGCTAATGATGTGAAAAACTTTTGGCACACACATTTGCGGAAGAAGGTTGTTTCAGAAACAAAAGAAAAGAAAGAAAAAGAGAAACCTAAGGAAACAATGAAAGCTCATGAAGTTATTAAACCCCAACCTCGAATTTTTTCAACTCATTCAACATGGTTGAATAGGAAACAAGTTAATTTTGTGTCACAACCAATGCTGGCTTCGAATAAAGATGGTAATGTTTCCAGGAAACATGTTAATTTTGTGTCACAACCAATACTGGCTTCGAATAAAGATGGTAATGTTTCCAGGAAACATGTTAATTTTGTGTCACAACCAATGCTGGCTCCGAATAAAGATGGTAATGTTTCCAAAGATCGTGATGATCGAGAGACAATGGTTACATATCAAAATGGTAGAGACTGTCCTTCTGCTTCACAACCAAGTATAGATAATGTCTCAATACCGTGTGCAATGTGGTTGGACAATTTATGGGACTTGGGGGAACAAGTAGGCAGTGAGAAAATTGGCTCAGGCTCTTCATTACAAGAGGAGAACTTTAGTATGGAGTTTTTAAATGTTGATGACTCCCTTTGGAATTCCAACCTTTGTGATTTCGATTCTCTTTGGGATCTTTATTAG
Protein sequence

>MS.gene017442.t1

MGLRERIQGKLHMEKTRVLRKGAWTYEEDKLLKACIQKYGEGKWHLVSQRAGLNRCRKSCRLRWLNYLCPNIKRESFAEDEVDMILRLHNLLGNRKQVNFVSQPMLASNKDGNVSRKHVNFVSQPILASNKDGNVSRKHVNFVSQPMLAPNKDGNVSKDRDDRETMVTYQNGRDCPSASQPSIDNVSIPCAMWLDNLWDLGEQVGSEKIGSGSSLQEENFSMEFLNVDDSLWNSNLCDFDSLWDLY