AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene041703

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene041703.t1 MTR_6g477900 98.742 159 2 0 4 162 61 219 1.21e-117 337
MS.gene041703.t1 MTR_3g064580 72.549 102 27 1 4 104 61 162 2.08e-49 173
MS.gene041703.t1 MTR_5g076850 73.000 100 27 0 4 103 61 160 5.10e-48 169
MS.gene041703.t1 MTR_2g064090 67.347 98 31 1 4 100 61 158 2.69e-43 151
MS.gene041703.t1 MTR_3g093050 38.431 255 126 7 4 254 77 304 7.92e-41 149
MS.gene041703.t1 MTR_3g093050 38.039 255 127 6 4 254 77 304 1.16e-40 149
MS.gene041703.t1 MTR_5g014300 59.483 116 37 2 4 112 61 173 5.79e-39 139
MS.gene041703.t1 MTR_4g081870 39.080 174 98 4 6 175 64 233 1.21e-37 134
MS.gene041703.t1 MTR_3g093040 45.860 157 77 2 4 160 163 311 4.60e-37 134
MS.gene041703.t1 MTR_5g069030 63.542 96 35 0 4 99 80 175 1.49e-36 137
MS.gene041703.t1 MTR_3g096140 43.421 152 77 2 4 148 62 211 2.20e-36 131
MS.gene041703.t1 MTR_5g041940 47.328 131 64 2 6 132 58 187 3.16e-36 130
MS.gene041703.t1 MTR_6g084430 47.887 142 66 4 6 143 60 197 4.40e-36 132
MS.gene041703.t1 MTR_1g097300 58.333 108 45 0 4 111 74 181 5.84e-36 135
MS.gene041703.t1 MTR_8g063550 54.128 109 50 0 4 112 61 169 1.01e-35 131
MS.gene041703.t1 MTR_3g096140 43.421 152 77 2 4 148 41 190 1.40e-35 130
MS.gene041703.t1 MTR_3g096140 43.421 152 77 2 4 148 62 211 1.59e-35 131
MS.gene041703.t1 MTR_8g063550 54.128 109 50 0 4 112 61 169 1.92e-35 132
MS.gene041703.t1 MTR_8g063550 54.128 109 50 0 4 112 61 169 1.97e-35 132
MS.gene041703.t1 MTR_3g109340 59.184 98 37 2 6 101 77 173 4.55e-34 127
MS.gene041703.t1 MTR_0036s0150 56.481 108 46 1 4 111 61 167 8.64e-34 129
MS.gene041703.t1 MTR_1g090723 55.556 108 47 1 4 111 64 170 1.14e-33 129
MS.gene041703.t1 MTR_2g062730 60.417 96 33 3 6 99 68 160 1.15e-33 125
MS.gene041703.t1 MTR_1g090723 55.556 108 47 1 4 111 64 170 1.49e-33 129
MS.gene041703.t1 MTR_8g059170 54.639 97 42 1 6 100 69 165 1.60e-33 125
MS.gene041703.t1 MTR_4g036030 50.000 110 51 2 6 113 65 172 2.42e-33 125
MS.gene041703.t1 MTR_4g035590 56.701 97 39 1 6 102 66 159 3.41e-33 124
MS.gene041703.t1 MTR_2g079990 53.684 95 44 0 6 100 71 165 3.55e-33 124
MS.gene041703.t1 MTR_4g108760 56.701 97 40 1 6 100 72 168 6.39e-33 124
MS.gene041703.t1 MTR_6g012670 54.717 106 46 1 6 109 75 180 6.49e-33 123
MS.gene041703.t1 MTR_3g109340 57.143 98 38 2 6 101 77 172 6.49e-33 124
MS.gene041703.t1 MTR_8g076110 46.281 121 63 1 6 126 64 182 6.96e-33 123
MS.gene041703.t1 MTR_1g096430 56.383 94 39 1 6 99 65 156 1.07e-32 123
MS.gene041703.t1 MTR_8g024480 45.690 116 54 1 6 112 73 188 1.36e-32 124
MS.gene041703.t1 MTR_8g093580 50.459 109 54 0 4 112 61 169 1.71e-32 125
MS.gene041703.t1 MTR_7g085220 42.857 133 52 3 6 125 63 184 1.84e-32 122
MS.gene041703.t1 MTR_4g098630 58.000 100 39 1 4 100 61 160 2.63e-32 121
MS.gene041703.t1 MTR_3g435150 56.701 97 40 1 6 100 71 167 3.18e-32 121
MS.gene041703.t1 MTR_1g090723 52.778 108 51 0 4 111 64 171 3.81e-32 125
MS.gene041703.t1 MTR_1g008740 58.333 96 37 2 6 99 69 163 3.92e-32 122
MS.gene041703.t1 MTR_1g008740 58.333 96 37 2 6 99 83 177 4.12e-32 122
MS.gene041703.t1 MTR_3g088110 44.444 135 63 4 6 137 62 187 4.77e-32 120
MS.gene041703.t1 MTR_8g094580 53.000 100 42 3 6 101 8 106 5.95e-32 118
MS.gene041703.t1 MTR_6g032770 54.455 101 42 2 6 102 73 173 1.17e-31 121
MS.gene041703.t1 MTR_7g085260 48.760 121 53 3 6 120 72 189 1.23e-31 121
MS.gene041703.t1 MTR_3g096920 52.525 99 43 2 6 101 62 159 1.68e-31 119
MS.gene041703.t1 MTR_2g078700 57.576 99 38 2 6 100 78 176 1.85e-31 120
MS.gene041703.t1 MTR_8g094580 53.000 100 42 3 6 101 62 160 1.86e-31 118
MS.gene041703.t1 MTR_4g101680 51.064 94 44 1 6 99 65 156 1.96e-31 120
MS.gene041703.t1 MTR_2g093810 48.649 111 51 2 6 110 69 179 2.16e-31 119
MS.gene041703.t1 MTR_2g064470 48.624 109 55 1 6 113 64 172 2.16e-31 119
MS.gene041703.t1 MTR_1g069805 39.744 156 86 3 6 157 65 216 2.35e-31 118
MS.gene041703.t1 MTR_2157s0010 47.368 114 46 3 1 101 58 170 3.28e-31 117
MS.gene041703.t1 MTR_5g021710 54.255 94 41 1 6 99 66 157 3.93e-31 119
MS.gene041703.t1 MTR_4g134460 54.902 102 43 2 2 102 105 204 4.81e-31 120
MS.gene041703.t1 MTR_3g070030 45.000 140 70 3 4 140 72 207 1.44e-30 117
MS.gene041703.t1 MTR_7g100990 41.026 156 73 5 6 143 66 220 1.49e-30 117
MS.gene041703.t1 MTR_2g080010 45.528 123 54 2 6 115 70 192 1.87e-30 117
MS.gene041703.t1 MTR_3g116070 43.709 151 59 5 6 149 79 210 2.61e-30 117
MS.gene041703.t1 MTR_7g097090 56.383 94 35 2 6 97 65 154 3.57e-30 115
MS.gene041703.t1 MTR_7g011130 37.097 186 96 5 6 187 74 242 7.41e-30 115
MS.gene041703.t1 MTR_5g012080 52.632 95 43 2 6 99 65 158 7.43e-30 115
MS.gene041703.t1 MTR_6g011860 43.651 126 61 2 6 121 70 195 9.56e-29 113
MS.gene041703.t1 MTR_2g079990 51.087 92 44 1 6 97 71 161 1.07e-28 113
MS.gene041703.t1 MTR_7g005280 51.515 99 44 2 3 99 64 160 1.18e-28 110
MS.gene041703.t1 MTR_4g075980 46.364 110 51 2 6 112 70 174 1.64e-28 111
MS.gene041703.t1 MTR_8g467490 40.741 135 68 3 6 128 69 203 2.09e-28 112
MS.gene041703.t1 MTR_3g096920 51.648 91 41 2 6 96 62 149 5.22e-28 110
MS.gene041703.t1 MTR_7g011120 51.429 105 42 1 4 99 61 165 6.95e-28 109
MS.gene041703.t1 MTR_1g090720 55.238 105 41 1 4 102 97 201 1.04e-27 112
MS.gene041703.t1 MTR_4g089135 60.274 73 27 1 6 76 70 142 2.88e-27 108
MS.gene041703.t1 MTR_5g040420 49.038 104 43 2 6 99 69 172 3.28e-27 109
MS.gene041703.t1 MTR_3g070040 54.444 90 37 1 14 99 68 157 1.66e-26 106
MS.gene041703.t1 MTR_2g086880 50.515 97 40 2 4 100 72 160 2.21e-26 108
MS.gene041703.t1 MTR_2g086880 50.515 97 40 2 4 100 72 160 3.04e-26 107
MS.gene041703.t1 MTR_8g023840 50.526 95 39 4 4 96 67 155 3.30e-22 95.5
MS.gene041703.t1 MTR_2g086690 32.597 181 108 6 6 178 65 239 4.77e-22 92.8
MS.gene041703.t1 MTR_2g068880 43.636 110 47 2 6 100 78 187 6.51e-22 93.6
MS.gene041703.t1 MTR_7g070140 50.649 77 36 2 3 77 16 92 6.59e-22 89.4
MS.gene041703.t1 MTR_5g090970 46.226 106 45 3 6 99 72 177 7.00e-22 93.6
MS.gene041703.t1 MTR_8g023860 49.474 95 40 4 4 96 68 156 7.10e-22 94.7
MS.gene041703.t1 MTR_5g090970 46.226 106 45 3 6 99 73 178 7.24e-22 93.6
MS.gene041703.t1 MTR_8g099750 42.453 106 52 3 6 102 67 172 4.43e-21 89.7
MS.gene041703.t1 MTR_7g105170 43.564 101 51 3 6 100 65 165 1.32e-20 89.0
MS.gene041703.t1 MTR_2g068920 41.818 110 49 2 6 100 77 186 4.08e-20 88.2
MS.gene041703.t1 MTR_4g052620 42.000 100 54 2 6 101 65 164 1.06e-19 86.7
MS.gene041703.t1 MTR_8g023900 32.941 170 94 6 4 161 249 410 1.23e-18 85.9
MS.gene041703.t1 MTR_8g023900 42.857 112 58 4 4 113 68 175 1.16e-17 83.2
MS.gene041703.t1 MTR_8g023930 34.118 170 91 7 4 161 80 240 7.43e-18 83.6
MS.gene041703.t1 MTR_3g098810 41.176 102 50 2 8 99 69 170 1.70e-17 80.1
MS.gene041703.t1 MTR_3g098810 47.945 73 34 1 8 76 69 141 3.25e-16 75.1
MS.gene041703.t1 MTR_7g070150 51.923 52 22 1 48 99 9 57 1.11e-12 63.2
MS.gene041703.t1 MTR_8g023880 32.500 160 76 7 4 147 63 206 8.46e-11 61.6
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene041703.t1 AT3G17730 70.349 172 38 4 4 163 61 231 2.94e-81 245
MS.gene041703.t1 AT1G65910 50.282 177 69 3 4 161 61 237 1.84e-52 181
MS.gene041703.t1 AT5G17260 51.685 178 58 6 4 160 61 231 4.84e-49 169
MS.gene041703.t1 AT3G03200 77.320 97 21 1 4 99 61 157 1.47e-48 168
MS.gene041703.t1 AT4G35580 59.813 107 38 1 4 105 64 170 2.02e-38 142
MS.gene041703.t1 AT4G35580 59.813 107 38 1 4 105 64 170 2.03e-38 141
MS.gene041703.t1 AT4G35580 59.813 107 38 1 4 105 64 170 2.21e-38 142
MS.gene041703.t1 AT1G69490 45.522 134 69 2 6 135 64 197 3.59e-38 135
MS.gene041703.t1 AT1G54330 68.041 97 28 1 4 100 61 154 5.34e-38 136
MS.gene041703.t1 AT1G33060 62.500 96 36 0 4 99 79 174 6.98e-37 139
MS.gene041703.t1 AT1G33060 62.500 96 36 0 4 99 79 174 7.42e-37 139
MS.gene041703.t1 AT3G10480 61.616 99 38 0 4 102 82 180 1.10e-36 135
MS.gene041703.t1 AT3G12977 51.818 110 52 1 6 114 20 129 2.99e-36 129
MS.gene041703.t1 AT5G04410 56.481 108 47 0 4 111 64 171 3.45e-36 136
MS.gene041703.t1 AT3G10480 62.000 100 37 1 4 102 82 181 4.72e-36 134
MS.gene041703.t1 AT3G10480 62.000 100 37 1 4 102 115 214 1.19e-35 134
MS.gene041703.t1 AT3G10500 57.798 109 44 2 4 111 64 171 1.34e-35 134
MS.gene041703.t1 AT5G39610 58.163 98 39 1 6 101 75 172 1.55e-35 129
MS.gene041703.t1 AT5G46590 52.033 123 50 3 4 124 61 176 1.59e-35 129
MS.gene041703.t1 AT3G10490 61.000 100 38 1 4 102 82 181 1.79e-35 128
MS.gene041703.t1 AT3G12977 51.818 110 52 1 6 114 73 182 2.71e-35 128
MS.gene041703.t1 AT1G34190 54.630 108 49 0 4 111 71 178 4.57e-35 133
MS.gene041703.t1 AT5G61430 58.163 98 39 1 6 101 8 105 8.36e-35 127
MS.gene041703.t1 AT1G34180 52.778 108 51 0 4 111 71 178 8.48e-35 130
MS.gene041703.t1 AT4G17980 58.416 101 38 2 4 100 61 161 9.23e-35 126
MS.gene041703.t1 AT3G10490 61.000 100 38 1 4 102 82 181 9.33e-35 130
MS.gene041703.t1 AT1G34180 52.778 108 51 0 4 111 83 190 9.86e-35 130
MS.gene041703.t1 AT5G07680 57.843 102 41 1 2 101 54 155 1.03e-34 128
MS.gene041703.t1 AT5G07680 57.843 102 41 1 2 101 68 169 1.26e-34 128
MS.gene041703.t1 AT3G18400 57.895 95 39 1 6 100 60 153 1.42e-34 127
MS.gene041703.t1 AT4G17980 58.416 101 38 2 4 100 61 161 2.11e-34 126
MS.gene041703.t1 AT1G34180 52.778 108 51 0 4 111 71 178 2.11e-34 131
MS.gene041703.t1 AT2G24430 62.500 96 33 2 6 99 71 165 2.30e-34 127
MS.gene041703.t1 AT2G24430 62.500 96 33 2 6 99 71 165 2.30e-34 127
MS.gene041703.t1 AT1G34180 52.778 108 51 0 4 111 83 190 2.31e-34 131
MS.gene041703.t1 AT5G61430 58.163 98 39 1 6 101 71 168 3.41e-34 127
MS.gene041703.t1 AT1G71930 46.099 141 68 4 6 143 67 202 3.91e-34 126
MS.gene041703.t1 AT1G71930 46.099 141 68 4 6 143 67 202 3.91e-34 126
MS.gene041703.t1 AT1G76420 51.754 114 52 2 6 117 77 189 3.92e-34 127
MS.gene041703.t1 AT4G10350 45.968 124 67 0 6 129 20 143 4.71e-34 125
MS.gene041703.t1 AT5G24590 46.923 130 67 2 4 131 68 197 6.83e-34 128
MS.gene041703.t1 AT1G62700 55.319 94 40 1 6 99 65 156 8.22e-34 127
MS.gene041703.t1 AT1G62700 55.319 94 40 1 6 99 65 156 8.22e-34 127
MS.gene041703.t1 AT4G10350 45.968 124 67 0 6 129 67 190 1.08e-33 125
MS.gene041703.t1 AT3G61910 41.135 141 70 1 6 133 69 209 2.46e-33 124
MS.gene041703.t1 AT1G56010 53.774 106 43 2 6 105 8 113 4.25e-33 122
MS.gene041703.t1 AT5G64060 51.852 108 52 0 4 111 61 168 4.28e-33 124
MS.gene041703.t1 AT3G29035 58.511 94 37 1 6 97 79 172 4.35e-33 124
MS.gene041703.t1 AT5G09330 38.251 183 106 2 4 179 61 243 4.83e-33 126
MS.gene041703.t1 AT5G09330 38.251 183 106 2 4 179 61 243 4.83e-33 126
MS.gene041703.t1 AT5G09330 38.251 183 106 2 4 179 61 243 4.83e-33 126
MS.gene041703.t1 AT5G09330 38.251 183 106 2 4 179 61 243 4.83e-33 126
MS.gene041703.t1 AT5G09330 38.251 183 106 2 4 179 61 243 4.83e-33 126
MS.gene041703.t1 AT1G33280 55.000 100 36 2 6 102 66 159 6.64e-33 123
MS.gene041703.t1 AT1G12260 54.255 94 41 1 6 99 65 156 7.84e-33 123
MS.gene041703.t1 AT1G12260 54.255 94 41 1 6 99 65 156 9.39e-33 124
MS.gene041703.t1 AT3G15500 53.191 94 44 0 6 99 69 162 1.05e-32 122
MS.gene041703.t1 AT1G56010 51.754 114 46 3 6 113 75 185 1.19e-32 122
MS.gene041703.t1 AT3G15170 57.282 103 40 2 6 104 75 177 1.70e-32 122
MS.gene041703.t1 AT2G46770 41.718 163 75 5 6 150 74 234 2.13e-32 123
MS.gene041703.t1 AT4G27410 49.495 99 50 0 1 99 64 162 2.91e-32 121
MS.gene041703.t1 AT1G79580 56.842 95 37 2 6 99 75 166 3.46e-32 122
MS.gene041703.t1 AT1G79580 56.842 95 37 2 6 99 75 166 3.46e-32 122
MS.gene041703.t1 AT1G79580 56.842 95 37 2 6 99 75 166 3.46e-32 122
MS.gene041703.t1 AT1G79580 56.842 95 37 2 6 99 75 166 3.46e-32 122
MS.gene041703.t1 AT1G79580 56.842 95 37 2 6 99 75 166 3.46e-32 122
MS.gene041703.t1 AT1G61110 50.000 108 41 2 6 100 71 178 3.63e-32 121
MS.gene041703.t1 AT4G27410 49.495 99 50 0 1 99 81 179 5.80e-32 120
MS.gene041703.t1 AT1G52890 49.495 99 50 0 1 99 64 162 6.22e-32 120
MS.gene041703.t1 AT1G32510 46.970 132 56 3 4 127 61 186 7.90e-32 119
MS.gene041703.t1 AT4G36160 56.842 95 37 2 6 99 68 159 1.03e-31 121
MS.gene041703.t1 AT4G36160 56.842 95 37 2 6 99 68 159 1.03e-31 121
MS.gene041703.t1 AT4G36160 56.842 95 37 2 6 99 72 163 1.08e-31 121
MS.gene041703.t1 AT1G77450 42.446 139 71 4 6 136 65 202 1.24e-31 118
MS.gene041703.t1 AT5G18270 58.163 98 38 2 6 100 76 173 1.85e-31 119
MS.gene041703.t1 AT5G18270 58.163 98 38 2 6 100 76 173 2.12e-31 119
MS.gene041703.t1 AT2G02450 53.922 102 44 2 2 102 102 201 2.62e-31 120
MS.gene041703.t1 AT2G02450 53.922 102 44 2 2 102 102 201 2.87e-31 120
MS.gene041703.t1 AT2G18060 55.789 95 38 2 6 99 67 158 4.12e-31 119
MS.gene041703.t1 AT2G18060 55.789 95 38 2 6 99 67 158 4.12e-31 119
MS.gene041703.t1 AT5G46590 63.855 83 25 2 4 85 61 139 4.30e-31 117
MS.gene041703.t1 AT1G01720 34.536 194 103 5 6 176 62 254 5.60e-31 117
MS.gene041703.t1 AT3G04060 58.163 98 38 2 6 100 75 172 9.74e-31 118
MS.gene041703.t1 AT3G04070 48.598 107 43 2 6 100 65 171 1.01e-30 118
MS.gene041703.t1 AT1G32870 51.818 110 49 2 4 111 65 172 1.11e-30 120
MS.gene041703.t1 AT1G32870 51.818 110 49 2 4 111 65 172 1.14e-30 120
MS.gene041703.t1 AT5G53950 54.369 103 43 2 6 104 72 174 1.21e-30 118
MS.gene041703.t1 AT5G62380 51.064 94 44 1 6 99 65 156 1.29e-30 117
MS.gene041703.t1 AT5G62380 51.064 94 44 1 6 99 65 156 1.29e-30 117
MS.gene041703.t1 AT1G32870 51.818 110 49 2 4 111 101 208 1.30e-30 120
MS.gene041703.t1 AT3G49530 52.577 97 45 1 4 99 68 164 3.71e-30 117
MS.gene041703.t1 AT5G08790 50.495 101 44 2 6 101 62 161 4.71e-30 115
MS.gene041703.t1 AT3G15510 49.074 108 42 2 6 100 72 179 5.30e-30 116
MS.gene041703.t1 AT3G49530 52.577 97 45 1 4 99 68 164 5.67e-30 118
MS.gene041703.t1 AT4G28530 58.333 96 34 3 6 99 81 172 7.93e-30 115
MS.gene041703.t1 AT5G63790 38.235 170 82 6 6 165 115 271 1.11e-29 114
MS.gene041703.t1 AT5G63790 38.235 170 82 6 6 165 105 261 1.18e-29 114
MS.gene041703.t1 AT2G33480 51.042 96 47 0 4 99 8 103 1.22e-29 112
MS.gene041703.t1 AT5G66300 54.737 95 40 2 6 99 70 162 1.36e-29 114
MS.gene041703.t1 AT3G04070 44.715 123 40 3 6 100 65 187 1.55e-29 115
MS.gene041703.t1 AT2G17040 43.571 140 62 5 6 133 61 195 2.80e-29 112
MS.gene041703.t1 AT1G32770 48.077 104 44 1 6 99 74 177 3.12e-29 114
MS.gene041703.t1 AT2G33480 52.128 94 45 0 6 99 67 160 1.19e-28 110
MS.gene041703.t1 AT1G26870 40.288 139 72 2 1 128 66 204 1.00e-27 111
MS.gene041703.t1 AT5G13180 51.515 99 45 2 3 99 63 160 3.13e-27 106
MS.gene041703.t1 AT2G33480 51.064 94 44 1 6 99 67 158 6.35e-27 106
MS.gene041703.t1 AT3G10490 62.500 80 29 1 24 102 2 81 7.83e-27 107
MS.gene041703.t1 AT3G10490 62.500 80 29 1 24 102 2 81 7.83e-27 107
MS.gene041703.t1 AT5G39820 39.053 169 65 5 6 146 75 233 1.01e-26 107
MS.gene041703.t1 AT5G22290 50.538 93 40 1 4 96 75 161 1.33e-26 107
MS.gene041703.t1 AT1G52880 48.598 107 43 2 6 100 72 178 5.49e-26 104
MS.gene041703.t1 AT2G27300 35.443 158 81 4 6 151 70 218 2.84e-24 100
MS.gene041703.t1 AT3G44290 48.387 93 41 2 4 96 68 153 5.93e-24 97.4
MS.gene041703.t1 AT3G44290 41.964 112 58 2 4 115 68 172 1.44e-23 98.6
MS.gene041703.t1 AT2G43000 48.421 95 48 1 6 99 73 167 1.53e-23 97.4
MS.gene041703.t1 AT2G43000 46.591 88 46 1 13 99 2 89 1.98e-20 87.0
MS.gene041703.t1 AT4G01550 41.007 139 67 7 4 137 60 188 2.08e-19 88.2
MS.gene041703.t1 AT4G01520 33.083 133 70 4 4 133 61 177 2.30e-19 86.3
MS.gene041703.t1 AT3G44350 40.816 98 56 2 6 101 65 162 5.00e-19 84.3
MS.gene041703.t1 AT5G22380 42.424 99 54 2 6 101 66 164 8.08e-19 83.6
MS.gene041703.t1 AT4G01540 32.653 147 78 5 4 147 61 189 8.77e-19 86.3
MS.gene041703.t1 AT2G18060 51.389 72 31 2 29 99 2 70 9.46e-19 84.3
MS.gene041703.t1 AT4G01540 32.653 147 78 5 4 147 61 189 9.48e-19 85.9
MS.gene041703.t1 AT4G01540 48.684 76 36 1 4 76 61 136 1.08e-18 85.9
MS.gene041703.t1 AT4G01540 48.684 76 36 1 4 76 61 136 1.28e-18 85.9
MS.gene041703.t1 AT3G12910 42.202 109 48 2 6 99 77 185 3.12e-18 83.2
MS.gene041703.t1 AT5G04395 50.000 76 35 1 4 76 94 169 3.35e-17 78.2
MS.gene041703.t1 AT5G22290 50.746 67 27 1 30 96 2 62 2.22e-16 77.0
MS.gene041703.t1 AT3G44350 49.296 71 35 1 6 75 65 135 7.37e-16 73.9
MS.gene041703.t1 AT3G04420 37.374 99 57 1 4 102 60 153 8.31e-16 76.3
MS.gene041703.t1 AT3G04420 37.374 99 57 1 4 102 60 153 2.13e-15 75.9
MS.gene041703.t1 AT1G02220 34.343 99 57 2 4 102 60 150 1.34e-12 67.8
MS.gene041703.t1 AT4G28530 75.000 36 9 0 6 41 81 116 6.22e-12 65.5

Find 43 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TCCAATGGCATCTTCAATTT+TGG 0.083796 6.3:+70449570 None:intergenic
TTCACACTCATTATTGATTA+TGG 0.195935 6.3:+70455389 None:intergenic
GATGATGCTCCTAGTATTTC+TGG 0.199026 6.3:+70455357 None:intergenic
ATCTTACTTTAGTGGAATAT+TGG 0.253439 6.3:-70449668 MS.gene041703:CDS
CTATTTGTTCTGAATCCATT+AGG 0.256225 6.3:+70458754 None:intergenic
ACGATAAACATCTCTATATT+TGG 0.291433 6.3:+70449380 None:intergenic
TCATACCAATAGGTCTGTTT+TGG 0.299769 6.3:+70458677 None:intergenic
TATTTGTTCTGAATCCATTA+GGG 0.344141 6.3:+70458755 None:intergenic
GAATAAGAATCTTACTTTAG+TGG 0.358657 6.3:-70449676 MS.gene041703:intron
GAGCAACAAGAGCAGGATAC+TGG 0.370822 6.3:-70458732 MS.gene041703:CDS
AAATGGAATCTGTTCTGATA+TGG 0.374346 6.3:-70455460 MS.gene041703:CDS
CTCAAGGAATTAGAACTGAT+TGG 0.379320 6.3:-70458621 MS.gene041703:CDS
TCATGCCAAAACAGACCTAT+TGG 0.385273 6.3:-70458682 MS.gene041703:CDS
ATCTCTATATTTGGTCACTT+TGG 0.395449 6.3:+70449389 None:intergenic
TGAGGACAATACTGGATTAC+AGG 0.413847 6.3:-70458563 MS.gene041703:intron
AAGACTTTGGTTTACTATAG+AGG 0.415065 6.3:-70458652 MS.gene041703:CDS
AAAAGTTGTTTGTGCATTTG+TGG 0.426480 6.3:+70449621 None:intergenic
AGGAAGACAAAGATGATTCA+TGG 0.428096 6.3:-70455320 MS.gene041703:CDS
GATGAATTCACTCTTGTGAT+TGG 0.432170 6.3:-70450921 MS.gene041703:CDS
AAAGAGTGTGAGGACAATAC+TGG 0.433988 6.3:-70458571 MS.gene041703:CDS
TCCAAAATTGAAGATGCCAT+TGG 0.447494 6.3:-70449571 MS.gene041703:CDS
TCAAGGAATTAGAACTGATT+GGG 0.453361 6.3:-70458620 MS.gene041703:CDS
CCTTGCTTCTTTAAATCCAA+TGG 0.457248 6.3:+70449555 None:intergenic
TACTTTAGTGGAATATTGGA+TGG 0.460350 6.3:-70449664 MS.gene041703:CDS
GAGAAAACTTGTCGAAAGAA+TGG 0.460384 6.3:-70450959 MS.gene041703:CDS
AAAGTCTTCTTCATACCAAT+AGG 0.464132 6.3:+70458667 None:intergenic
ACAAATAGAGCAACAAGAGC+AGG 0.482385 6.3:-70458739 MS.gene041703:CDS
TATTGGTATGAAGAAGACTT+TGG 0.489248 6.3:-70458665 MS.gene041703:CDS
CGAGACAGAAAATACCCTAA+TGG 0.492822 6.3:-70458769 MS.gene041703:CDS
GATGTTTATCGTCTTTCTAA+CGG 0.503991 6.3:-70449369 MS.gene041703:CDS
CCTCACACTCTTTATCATCA+AGG 0.523352 6.3:+70458581 None:intergenic
ATCATCTTCATGTTTAGAAG+AGG 0.530767 6.3:-70455340 MS.gene041703:CDS
TGCCAAGTAGAGATCCAGAA+TGG 0.535141 6.3:-70458807 MS.gene041703:intron
GTGAATTCATCATCACATGC+AGG 0.573854 6.3:+70450933 None:intergenic
ATGATGTCTCCAGAAATACT+AGG 0.584004 6.3:-70455366 MS.gene041703:CDS
GCAGGATACTGGAAATCTAC+CGG 0.591478 6.3:-70458721 MS.gene041703:CDS
CCATTGGATTTAAAGAAGCA+AGG 0.592629 6.3:-70449555 MS.gene041703:intron
ATTCACTCTTGTGATTGGCA+AGG 0.609247 6.3:-70450916 MS.gene041703:intron
CAATCAGTTCTAATTCCTTG+AGG 0.630679 6.3:+70458622 None:intergenic
TATAGAGGAAGAGCTCCTCA+AGG 0.649242 6.3:-70458637 MS.gene041703:CDS
CCTTGATGATAAAGAGTGTG+AGG 0.659570 6.3:-70458581 MS.gene041703:CDS
AATTCATTACAGAAGATGCA+TGG 0.663634 6.3:-70455293 MS.gene041703:intron
TCTGATATGGAAGAGCAACA+AGG 0.679765 6.3:-70455447 MS.gene041703:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr6.3 gene 70449308 70458995 70449308 ID=MS.gene041703
chr6.3 mRNA 70449308 70458995 70449308 ID=MS.gene041703.t1;Parent=MS.gene041703
chr6.3 exon 70458988 70458995 70458988 ID=MS.gene041703.t1.exon1;Parent=MS.gene041703.t1
chr6.3 CDS 70458988 70458995 70458988 ID=cds.MS.gene041703.t1;Parent=MS.gene041703.t1
chr6.3 exon 70458564 70458819 70458564 ID=MS.gene041703.t1.exon2;Parent=MS.gene041703.t1
chr6.3 CDS 70458564 70458819 70458564 ID=cds.MS.gene041703.t1;Parent=MS.gene041703.t1
chr6.3 exon 70455294 70455514 70455294 ID=MS.gene041703.t1.exon3;Parent=MS.gene041703.t1
chr6.3 CDS 70455294 70455514 70455294 ID=cds.MS.gene041703.t1;Parent=MS.gene041703.t1
chr6.3 exon 70450917 70451049 70450917 ID=MS.gene041703.t1.exon4;Parent=MS.gene041703.t1
chr6.3 CDS 70450917 70451049 70450917 ID=cds.MS.gene041703.t1;Parent=MS.gene041703.t1
chr6.3 exon 70449556 70449691 70449556 ID=MS.gene041703.t1.exon5;Parent=MS.gene041703.t1
chr6.3 CDS 70449556 70449691 70449556 ID=cds.MS.gene041703.t1;Parent=MS.gene041703.t1
chr6.3 exon 70449308 70449420 70449308 ID=MS.gene041703.t1.exon6;Parent=MS.gene041703.t1
chr6.3 CDS 70449308 70449420 70449308 ID=cds.MS.gene041703.t1;Parent=MS.gene041703.t1
Gene Sequence

>MS.gene041703

ATGATCATGTATGTACTTCCTTATAGAAATTTTGTCTTTTATTTTCATTATTGTTCACTTATTTGTATACATATATGTATGTATTTTCCACTAGGCTACGTTTTTCAATTTTCGGATTTTGATGGAAACATTTTCATTTTTTGGCTATGAATAGAGAAATCATTTTTGCCAAGTAGAGATCCAGAATGGTACTTTTTCGGACCGCGAGACAGAAAATACCCTAATGGATTCAGAACAAATAGAGCAACAAGAGCAGGATACTGGAAATCTACCGGTAAAGACAGAAAAGTTTCATGCCAAAACAGACCTATTGGTATGAAGAAGACTTTGGTTTACTATAGAGGAAGAGCTCCTCAAGGAATTAGAACTGATTGGGTTATGCATGAGTATCGCCTTGATGATAAAGAGTGTGAGGACAATACTGGATTACAGGTATATACAACTTATATGCATACTTTTTCGTGACTTAGATCCTCTACAATCAGCTTTACGGTGCAGCAGACATACAAGAGGTTACGTTGCACCGTAAAACTGGTTGAAGAGGATCCATTTTGGTGTGGTGTGTGTGTGTGTGTGTGATGCTCATAACGCTCATAGTTTTGCAACCAAAAATGATCAAGAAAAGACCTAAAAATGGTTTCATTGGTCGCATTTGTTTGCGAATTTCCGTAATGTTAAGGCATGCAATGCAAGTGCTTTAAAATTATGTTTTGTCACAATTCTTGTGTGAACATATTTATTTATACATGTCCATAAAAAACATCAAACATAAAAATCAAAATGTTAATTAAAAAGTTTAATGAAGTCCTTGTTGAAGTTATTATTAGTATTATAGTTGCATTGTGTTTTTTCTGAGATGTGTGACTTATAATTGTTTCCATGATTAAGTGCTAGACTGATATAGTTGATAGAATTTTATTGTTAGCTGTCATATTATCTACACAGCCTGAAAACTCAAGGTTGCAATCAATGCAGGAAACTTAGTTAATAACTTGAGGTTTAAAAATAATGTCCTCACTTTATGCTTGTATATGACAAAATTCTTTGACAAAAATAAAATAAAAAATATGACAAAATTCAACAACAATTTAGATTGTTGATGGAGTTCAAATATATGATTAATTTCGTAATGTAGATGGTTAATAAATATAACAAGATGTTATAACTCATTAATCATTCAAAAAATAAAATCAATCACGATTTTGAATCTCATTGCACGATTTTCAGGTGTATATATGAACACAAATTGTTGAATACATATCATGTATATTAAAAAAATCCTCAAAATTATGTATTTGAACACTTGAAAATCGTGTTTAATGTCGTTCAAAGTCATGGTTAATTACGTTCGGTAGATGATTAATGAATTGTAACACCTTATATTATTCATTAACCCTTTTGGGTTTTTCCTTAAAAAAAAACAATTAACCCTTTGGTTTTTAATGTCAAAATTTCATCTCTCATAAAAGCAAATGTTTTTGTTGTACTCAAAACTAGTCTTTGGTGCCCACTTGACCCTTTGGCCTTTACCTACTTTCATAACTCTTTTTTCTTTGTGTGTATACACACACTTGTCACCATATATTTGATCTGAAAAAGCATGAAGTTTGATTCTTAAAATAGTGACAAAAGCAATTTTCATAATTGTTTTTCAGTTATGATCACAATCACATACTATAGAAACGTAGTAAATATATCTTGAAACTAAAGAATTTAATGTACTATATCAAAGAGTTCAGTTAATTTGAACCATAAAAGAACGTGGAAAACTGCATGGTGTGCATGCAAAGCTTCAACTTTTTCCTAGTAGTATAGTTTTATTTCTTCTTTTTCTCTCTCTTCTCTTATGCATATTACTTTATATTTTTTTATTATAAGGTATTCTTTAAACTTATAACTGACATATTCTTTACTTGTGCTCCTATAATATCTCTATATGACAAAGTTATATACTGCATCTTATGATTTCTTTTGTTAATGTAATGAGACAAAAGTCTTATACCTACCTACTTATGATCCGTATCACTTTTTTAATTAATTAATGTTTTAATTAATATTTTTTAGTGATATTGGTCTTTTGTCAATTTTTGTCATTGTTATGTTTCATGATCTAGAATTATTAGATTCTTCTAATAATCCATGAAGGTTTGTACACCCTCATAAAGCAGCAATTCTCCTATCCTATCTATCACTTTCATTTTGTGTCGGTCACTTTTTACTTTATTCTTGAACACAAAAATAGACCAATAGATACTATATAAACTCCATAATAAAATGAAAAAAGGGATATAGAGAAACAGTTCAACAATACCAATCAAATGCTTTAAATGATTAGGCCAGGGTATCCATGAGGTCCTAGATACTTATATGGCATAAGATTATAATAATGAAGTATACATAGTAAGAGTCACACATTGATATAAGTCATGTTTGGAGAAAAAAATCTTAATCAAGTGCTTATAGCATAAACATTTATCATATAAGTGTTTATGTATTAAGTAATTTTTATAACAATATATAAAATAAAGTCAAATTATTTTCATAAGTTATAAGTTGTTTTCGAAAGCGGCATAAAACTAAGCCGGTTTTATAATTTTCATATATTTAAGAGAATGTAATTGTTCCAAAAGAATTACTCAAGAAATTTATTGAAGAAAATTATAACTATTATAGTTTTAGTTTTTGTTCCTGTTTGTGGTGGTGTCGTGTCGTGTGTGGCCGACTGTAATTCCATTCGTGCGTCGTGTAGTCAATGACCGATTGTAATTCCATTCACCAGTCTGTGGCCGACTGTAATTCTACGTGTTCGTCATGACGTCACCGTGTAATTTGTGACCGATTGTAATTCCAACCGCCCGTCTGTAACCAACGTTAATTCTACCCGTGCATCGCACGGGAAACACACTAGTATAATACATACAATACGAATATATTGAACCCTCTCAATAACCTAAAAGTATCTTAAAGTTTCCACTTGATTACAATACATTTAGCACCTTTGAATCTTTATGCCACAAACTTGTCAGAGATTGTCCTATATGATTTTAACACATTTGTCTAGTTCTGTTTAGGCCTCAATTGTTGACTACATTATAATATGATTTAATTTGAGTTTAAATTTAAAAATCCTATACACTATCATTCTATGTTACTTTAGCAATACTTAGGCTCAGTTTGAATAAATAGTTGAATTTAACATTTATACCATAAATACTTATCATATAACTGATTACGTACAAACTATTTTTATGATTAAAGATAAAATAAAAGTCAAATTGTTTTGATATATAAGCTATAAGCTGTTTTTGTAAATTATCTTTAAAAGCTTATGAAAATAAGCTGAAAATGGCTTATAGACATGCATTTCATGAACTGTTTGTGTAAACTCTTTCACATTGTCATGTCCCACAAGTGTTTGTCATTGAATAAACTCAAATAAGTCAATCCAAACAGACCTTTAATGAGCTTGATTGCATTGCAGGATACGTATGCATTGTGTCGTGTGTTCAAGAAAAATGGAATCTGTTCTGATATGGAAGAGCAACAAGGACAATGTAGCATGTTACAAATTGAATGTTCTCAAACCATAATCAATAATGAGTGTGAAATGATGTCTCCAGAAATACTAGGAGCATCATCTTCATGTTTAGAAGAGGAAGACAAAGATGATTCATGGATGCAATTCATTACAGAAGATGCATGGTATTCTTCTAATACACCAATGGTTGGTGGTGAAGAAATTTCACATGTTACATTTACAAATTAATATTTTGAAGACTTAATGAAAATCAAGATTGGTGGTGATCAATGAATATTTGAAAGCTGGAATATATAATTAAATATATACACACATTTAATCACATATAAAATTAAATATTTATACACCTTTACCATAACTTTTTTTTGGTGGTGGTCAGGGTTCGAACCCTAGACCTTGCATATATTATGCATTGTCCCTACCAACTGAGCTATGCTCACGAGGACACACCTTTACCATAACGGTTAATTAGTAACAAATTTAACTTTTTTTTTTTTTATTACTATACTTATAAATTGGTGATAATGGTTTGGTTTGGTTTGGTGGACTTGTTTAGGGGTCATATTATAAGGCATTGGTTTTTATATATACATTTTTGTACTAAACCTTTATCTCAGAGGTTTATTGGTGTTACTTGTGGAATAAGATAAATCACACAAGTGTTATTCTCATTGTATTTCTCTTTGAGAATGGAATTATATATAACAAAGGGTATACCAATTTGGAAATATGTATTTTGTTGTTTCATTATTGCAAATATTACTCCCTAGAAGCATGATCATTGAACATATGGAATTGGGTTAACTTGTTTACCAATATTTTCAACATTCAAAAGTGATTAATTAAATAATTTTGGAGAACTTTATAAAAAATATTCAAACATAACATTATCAGAAATTTGTTATGATTAAAGAGGCCATTCAAACTACATTTAATTTACTTTAAAATGATTTAATTTTTATTGAAAATAGAGCCTACAAAAAATAGTTAAAAAGAATTGTATAATACAGTTACAAAGAACTACCAAAACAATAACATGGCTTAATAAAGTAAAAGTTCAAGATTCAGTGTAAACTCTTTGATATCTCCATGTCAAGAGCAAATTGACATCAAATCACACCTTCCATTGCTCGAAATCTTCAGACTTTAACATGAACGAGCTCGCATTTTGATGTCCACCACCTCCAAATTCCTAATAGAAGATTCTCAAAATAAGTTAGATATAAGTCTAATTGAAAGTATGAAGCACGGATACCTCTGCGATTAGGTGTGTCTCCGACACTCGTACAACACGTGTTTCGTCAGGTGTTAGTGTAGGAGTCCGTGCTTCATAGATTGCAAGTAATATATCACATGTTAATATAAGTCACATATGAGATGCAATTAGAGAATTGATGAAGGAATAACCTGAGAGATAGGAGTTGTATCTTCATTGTCTACACTCCTTAGACTTATTTTTAGCTTCTGATCATTTTCAAGCTCTGGAACATTATATACAACAGCTCCAATACCCCTAAAAGTAGAAATAAGTCCATAAAAAGGTATTATCGATGCGAAAACATAAAAATGGTTGCATATACTCTGTAATGAGATATATCAACTTGTAAAACAAGTTTCAAATAATCAATTTCAAAAAATAATATTGGCAAAAAAAATTATGTAAAGTTCTATCAGTATGGTATATAAAATTCCGACAAGCACCAAATGTTCCGCGGTAGAGTCTACCAAACACCAATCATAGTGTCCCTATAGACGCCTTCATACAAACACTTCATCGTAGTGCAAGTCTAAAGAATATCCATCATTTTGAAAGTGTCACAAACAACTTCTTTGCACCATAAACAAATTCTTGTAAGTCTAAAGAAATTTGAATCCCTCATTCGTGCAATTGAATCGTAGGATCACAGAAAACACTAGCGCCGAAAGGAAAGGGCTCTATGTCTTGACCATGATTTAGATGAATAAATAATATGTTATGAGATTGAATAATAATATGCATCTTGAATTCAATGGATGATTGAAAAAACATAATAAACCTTTTCAATCATTCATTGAACTCAAGTTGCATATTAATATTCAATTTCATAACCTATTATTTTTTCATCGAAATCATGGTCAGACATAGAGCCGTTACCTTTAGATGATTTCCTTTCGACGCTAGTGTTTTAAGAGATTCTACCATCTAATTGCAGAAATGAACGCTTCAAATTTCTTTAGGCTTACAAGAATTTTATTATGGTGCAGAGAAGTTGTTTGTGACACTTTCAAAATGGTTGATATTCTTTAGATTTTCACTAGGATGAGGTGTTTGTATGAATTGAGAGATGGTATGCGTGAGAGTTTGTGTTCAGGGAATCTTAATATCAGACTATGATAGATCTCATTTTTTATAGCTTTTGACATGTATCCCTTCTTCAAGCAACACATCTATTAAACATCACCTCTGAATTGTACACTCTTTTTGCCATTTTAAGCTATACACGTGGCAGCACAAATTTCCAGTTAATTCTCTATTTTGAAATTCAAATCCCTGCTAAAAAACAAACAAGATATTGTCCGATCCACAATTTAAGGAAAACTATGACCCACCTCTCTTGCTCTCTCTCTCTGATCCAAGATTTTCTCTCAAAATTTCACCAGCAAGTTTGTAAATCAGCACTTTGACAATATCAGCCTTCTAACTTGCACTCATATTAGGATAGTTTGATCGGCCCTATGTCACGTTCTATTTGCGCCACCCCACTTAGGAATCAAATGAGAGTGTGTCCTCTCAAATCTCCCATAGAAGAGCAACCCGGTACTATGAAACTCTTGCCATGTCCTGGTCTAGGGAAGAGTGAGATCCATTGGTGATTTATTATTGGTAACTTTACCTTGCATTTGCAAAAGACTGATTCCATTACTCTAGCCTATGACATCTTAGTCACACAATAACAACTCTAGCTCCTTTTCATCCTCTCAAAGCACCCCTAACCTCTATTAACTTCTATAAATAAACCTAACCTCTATTAACTTCTATAAATAAAATGTGCTATTGAATCAGTTTGGTTAGTCAGTAATCACCGGTAAATATTCTATCCTCTGAATGTTGGTATCTCAATTTCGGATTCCACAACAGCTCCCAGATCGGGAGCTTTAGGTTGATAGAACAGGATCATTATATTGGAAAGACATAGAAAGTTTAGAACAAAAATCAGAACACACGAATACAGGCCCTCTCATGTGTTCGAGAGAGATCATAACCTATGAAGTGCAAACACCTCTTGGATTAGGCATGTCTGACACTCCTTCGACACGTGTCCAACAATTCAGACAAGTGTCCAAAACAATATTGTTTTTTCTTTGCTTTGACACACCGTAAACACTCCTTGGACACATCTCAGACACATCTACTGAAGTTTAAGATGTGTCGAAGTAATGGTGGCCAATACAGGGGTTAAAGAAATTGAATTTGACTACATCATTTCTAGTATTTCAGTAGCATGGATGAAAGACTATCTTATCATGTTTTTGATTCTTTTTTATGCAAATTGCTCAATTTAGATCTTATATAACGTTCATATTTTATTTAATGATAGTATAGAAAAATATGCATCGGTATTAGTGTCATATGATTTTTACATTAGTAGTATTGACTTGGTCCTGTCAGGTGTGGCTTCATAGGTCACAACACTCCCTCCCTAATACCACTCAAAACAAAAGACCTCATGTTATTATTTGTTCCCTCTAGATGCCCCTCTTTAAATCGTAATTGTTACAGTTACTTAAATGGGACATGCAGGAAAGGCACATGCAGGGAAAGTGTAGTATAACATAACATCTATAATACAACAGCTATGATATACATATATGGAACATATCTAGCGAGAGTATATGGAACATATCTAGCGAAAGTGACATTTTTAGGTGAGAATAAAGGAATAATTAGCAGTCATTAGATTAAAATGTGTGGATAAAATTAAAAGGTTGATTAAGCGAGTCCTGAGCTATATTCATGTTTTCTTCTCACTCATCTTCTTCTTGACCCAATCGACTCCCAAACCTCCTTCACGTTCTCGACCCCCAACCTTCCACCATCACTCACGAGCCCTCAAATCTTTCTCACCACATCTCCCTCTACGTCCCTATCGATGTGAATCTTTCGTCCGCCTTCAACCCCTCTTGTCGTGAATCTCCCTTTCGCCGACGTGACACGGGGTCTCATCCACTTCTTCTTTCGTGAAACATTCAAAAAACATGTATTGTTTCATCTACATTTTATTGATAAATCAGCTTCTTTGTTTCTTCCTTTACTTGATTTCTCTTCACATGTTGCTACTAATTTTACACTAAAAATTTTTTAATTGCAAAGAATACTTACTAGATTTTATTTGTTTATTTATTGATTTTATGTCGTGTTTACTTTTAGGAATATTTTTTTGGAGATAAATAATAATGAAATTGATCTAGCCTCACCATCAAAAGACTTCAATGATCGAGAAAACTTGTCGAAAGAATGGATTCCTGCATGTGATGATGAATTCACTCTTGTGATTGGCAAGGTATTGATACTTTAATAGGAGGAAATTTTTATAAAAATTATGCACATGTTGTTTTTAATGTGTGTAGTTCAACTAAAACAAAAGATAAAAATAGTGTCAAATGAAAGTATTTTCTTTGCTCAAAAGAGTTTTAAAGCGGGGGAAAAAAGATAGTCTTGTCTCAATTGCCAGTTAGTGAAAATAGTTTGCCTAAGGTAGAAAAAGAAAACTGACACGAGAGGGATCAGAGATGTAATGCAAAGATTGTTTTCAAAAGAACTATTGAGAGTAAATATGATGTCTCAAAATTTTATGAAGGTCATTCACATACACTTGTTACACCTAGAAGGAAACAATGTCAAGATTGGCAAGGAGTGAAAACAGTGCTCATTAGAATTTATTGTTTTCTCGCATTAGAGCTAATGTGGAGACTTCAAAAGCTTATCAATTAGTGAATGAGCGGATTGGGAGTTATGACGATATATGATGCACACAGAGATTTTCAAAATTATTCAATGTATTTGAAAGAATTGATCAAAGACTCCGATGTAAATATGTTTATTGATAAGTTTAGAAGAAAACATAAGATGAAGCATTCGTTTTTCTATGATTATGAGTCTGATAGTAAAGGGAAACTCAAATATGTATTTTAGATTTATTGCATTTGTCGGATAATTACTCTTTGTTTGGAGATGTGATTTCATTTGATACAACATACAGTACAAATAAGTACTCCGTGACACCATTCACTGGTGTAAATCATCATCATCGTCAAAGCATAACCTTTGGTGCTTACATTTTATACAGATGAATAATATGAGTCATTTATGTGGTTGTTTGAAACATTTTTGAAAGCAATGGGAGGACATAAACATGTGGTGATAGTAACATACCAAAACCCGACTATAACGATTGTAGTGGATGAGGTTTGTAATGGGTCTTATCGTAGATTTTGCATGTGACACATTATAAATTTGAATAAAGTGAATGGTTCCTTAAATTTGAATATGAATCACCGTCTCAAATAATTTGTTTGGAACTTAGAGTACTTAGAAGAATTAAAATGAAAATGGAATAATACTATTTGTGATTTCAAGTTGAAGAAAATCTTAACTTTCTAAAATGTATGATATTTAGAAGCATTTAGATACCAACTTATTTCAATGATATATTTATGGATGGAATTTTGAGAACAACCTCAAGATTTGAGAGTGAAAATTCATTCTCTGGTAACTACTTGAATAAGAATCTTACTTTAGTGGAATATTGGATGGAATTTGATTATGCTTTAGAACCACAAATGCACAAACAACTTTTTGTAGATAATGATGCACTTTCTTCTATTCCAAAATTGAAGATGCCATTGGATTTAAAGAAGCAAGGTAAAGAGGTTTGCACTCACAAACTTTTTTAAATATTTCAGAGGGAGTTGTGGAGTGCATGTGTAGATTGTGGGGTTGAAAGAACGAAAGAGGAAAGTGAGAATTTATTATTTTCTATATTTGATAATGTTGTAGTAAATGACACCAAAGTGACCAAATATAGAGATGTTTATCGTCTTTCTAACGGCATTGCACATTGTTCGTGTAAAAGTAAAACGTTTGACTCTCAAGACACGTGCAAAATGTAG
Protein sequence

>MS.gene041703.t1

MIIDPEWYFFGPRDRKYPNGFRTNRATRAGYWKSTGKDRKVSCQNRPIGMKKTLVYYRGRAPQGIRTDWVMHEYRLDDKECEDNTGLQDTYALCRVFKKNGICSDMEEQQGQCSMLQIECSQTIINNECEMMSPEILGASSSCLEEEDKDDSWMQFITEDAWNIFLEINNNEIDLASPSKDFNDRENLSKEWIPACDDEFTLVIGKNLTLVEYWMEFDYALEPQMHKQLFVDNDALSSIPKLKMPLDLKKQVNDTKVTKYRDVYRLSNGIAHCSCKSKTFDSQDTCKM