AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene72502

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene72502.t1 MTR_4g036050 94.681 188 8 1 1 186 1 188 3.56e-130 363
MS.gene72502.t1 MTR_4g036050 88.119 202 8 2 1 186 1 202 2.26e-126 354
MS.gene72502.t1 MTR_4g036050 88.298 188 20 1 1 186 1 188 4.60e-119 335
MS.gene72502.t1 MTR_4g036050 87.234 188 8 2 1 186 1 174 3.93e-115 324
MS.gene72502.t1 MTR_7g075870 46.154 169 86 2 1 164 1 169 1.16e-41 139
MS.gene72502.t1 MTR_7g075870 46.154 169 85 3 1 164 1 168 5.36e-40 135
MS.gene72502.t1 MTR_3g452380 42.262 168 95 2 1 167 16 182 2.24e-38 132
MS.gene72502.t1 MTR_8g033220 43.452 168 84 4 1 160 1 165 4.54e-36 125
MS.gene72502.t1 MTR_8g033220 46.575 146 71 3 1 142 1 143 6.03e-36 125
MS.gene72502.t1 MTR_8g066260 44.056 143 79 1 1 142 1 143 7.35e-36 125
MS.gene72502.t1 MTR_8g097090 42.614 176 83 3 1 159 1 175 3.87e-35 124
MS.gene72502.t1 MTR_7g075850 47.552 143 74 1 1 142 1 143 1.04e-34 122
MS.gene72502.t1 MTR_3g084980 45.517 145 75 2 1 142 1 144 2.83e-34 121
MS.gene72502.t1 MTR_3g005530 41.566 166 93 3 1 163 1 165 4.77e-34 120
MS.gene72502.t1 MTR_7g016600 46.154 143 75 2 1 142 1 142 5.58e-34 120
MS.gene72502.t1 MTR_5g046790 42.466 146 77 2 1 142 1 143 7.14e-34 119
MS.gene72502.t1 MTR_2g009890 44.156 154 85 1 1 154 1 153 7.33e-34 121
MS.gene72502.t1 MTR_2g017865 42.581 155 87 2 1 154 16 169 2.42e-33 119
MS.gene72502.t1 MTR_4g109810 45.070 142 77 1 1 142 1 141 2.86e-33 119
MS.gene72502.t1 MTR_5g031000 44.521 146 79 2 1 146 1 144 1.87e-32 116
MS.gene72502.t1 MTR_5g031000 44.521 146 79 2 1 146 1 144 2.00e-32 116
MS.gene72502.t1 MTR_4g109830 42.657 143 81 1 1 142 1 143 2.45e-32 116
MS.gene72502.t1 MTR_4g102530 44.444 162 76 5 1 155 1 155 2.76e-32 115
MS.gene72502.t1 MTR_8g033270 46.154 143 75 2 1 142 1 142 3.41e-32 116
MS.gene72502.t1 MTR_6g015975 45.455 143 76 2 1 142 1 142 3.71e-32 116
MS.gene72502.t1 MTR_8g087860 40.000 160 94 2 1 159 17 175 1.66e-31 114
MS.gene72502.t1 MTR_7g016630 38.312 154 94 1 1 154 1 153 1.12e-29 110
MS.gene72502.t1 MTR_6g464720 36.702 188 102 4 1 182 1 177 1.84e-29 109
MS.gene72502.t1 MTR_1g038300 34.975 203 109 4 1 180 1 203 5.53e-29 107
MS.gene72502.t1 MTR_1g053070 41.722 151 82 3 1 146 1 150 1.14e-28 107
MS.gene72502.t1 MTR_5g066180 43.537 147 73 4 1 143 1 141 3.32e-28 105
MS.gene72502.t1 MTR_3g088615 38.732 142 84 2 1 142 1 139 4.82e-28 103
MS.gene72502.t1 MTR_5g046870 50.980 102 42 2 1 94 1 102 1.08e-27 100
MS.gene72502.t1 MTR_0003s0590 41.611 149 83 2 1 146 1 148 5.12e-27 103
MS.gene72502.t1 MTR_1g101970 41.135 141 80 2 1 139 1 140 2.46e-26 99.8
MS.gene72502.t1 MTR_5g032520 42.254 142 74 4 1 138 1 138 1.28e-25 99.0
MS.gene72502.t1 MTR_5g032150 41.549 142 75 4 1 138 1 138 7.68e-25 96.7
MS.gene72502.t1 MTR_1g029670 37.143 140 83 2 1 139 1 136 1.37e-24 94.7
MS.gene72502.t1 MTR_2g461710 66.102 59 20 0 1 59 1 59 8.15e-24 89.4
MS.gene72502.t1 MTR_3g113030 37.063 143 85 3 1 142 1 139 1.04e-23 94.0
MS.gene72502.t1 MTR_4g093970 37.671 146 87 2 1 143 27 171 1.41e-23 93.6
MS.gene72502.t1 MTR_5g066960 66.102 59 20 0 1 59 1 59 1.74e-22 85.9
MS.gene72502.t1 MTR_4g093030 50.575 87 28 1 1 72 1 87 2.27e-21 85.9
MS.gene72502.t1 MTR_5g021270 36.364 154 87 5 1 148 1 149 2.70e-20 84.7
MS.gene72502.t1 MTR_5g021270 36.364 154 87 5 1 148 1 149 3.05e-20 84.7
MS.gene72502.t1 MTR_1g041615 40.206 97 53 1 16 107 20 116 1.60e-17 75.5
MS.gene72502.t1 MTR_3g102570 46.575 73 39 0 1 73 1 73 2.05e-17 78.6
MS.gene72502.t1 MTR_4g084740 40.964 83 49 0 1 83 1 83 4.00e-17 77.8
MS.gene72502.t1 MTR_8g079502 36.538 104 55 2 1 104 1 93 4.45e-15 70.1
MS.gene72502.t1 MTR_1g063160 39.583 96 55 2 1 96 1 93 4.66e-15 70.1
MS.gene72502.t1 MTR_8g051580 56.364 55 24 0 1 55 1 55 6.15e-15 69.7
MS.gene72502.t1 MTR_2g093190 26.066 211 120 7 2 186 9 209 2.01e-14 69.3
MS.gene72502.t1 MTR_1g047550 44.444 72 39 1 1 72 1 71 1.01e-13 66.2
MS.gene72502.t1 MTR_4g131030 44.444 72 39 1 1 72 1 71 2.47e-13 65.9
MS.gene72502.t1 MTR_1g054265 43.836 73 40 1 1 73 1 72 2.59e-13 65.1
MS.gene72502.t1 MTR_3g030770 31.285 179 96 9 2 154 9 186 5.43e-13 65.1
MS.gene72502.t1 MTR_1g108510 31.285 179 96 9 2 154 9 186 5.66e-13 65.1
MS.gene72502.t1 MTR_4g094632 31.148 122 80 2 1 122 1 118 5.81e-13 63.9
MS.gene72502.t1 MTR_4g094638 40.845 71 41 1 1 71 1 70 1.04e-12 63.5
MS.gene72502.t1 MTR_5g045560 38.095 84 50 2 1 84 8 89 1.79e-12 63.9
MS.gene72502.t1 MTR_8g043650 27.632 152 85 4 2 132 9 156 1.82e-12 63.9
MS.gene72502.t1 MTR_4g108720 41.333 75 43 1 1 74 1 75 2.49e-12 64.7
MS.gene72502.t1 MTR_3g052870 30.882 136 78 4 2 125 9 140 2.91e-12 63.2
MS.gene72502.t1 MTR_2g105290 35.632 87 55 1 1 87 11 96 3.34e-12 62.4
MS.gene72502.t1 MTR_8g086290 38.356 73 44 1 2 74 12 83 3.36e-12 62.4
MS.gene72502.t1 MTR_3g052920 40.000 70 41 1 2 71 9 77 3.53e-12 63.2
MS.gene72502.t1 MTR_1g106070 40.000 70 41 1 2 71 9 77 3.87e-12 62.0
MS.gene72502.t1 MTR_2g030740 41.429 70 40 1 2 71 9 77 5.20e-12 62.8
MS.gene72502.t1 MTR_1g105910 40.000 70 41 1 2 71 9 77 6.16e-12 62.4
MS.gene72502.t1 MTR_3g080940 34.375 96 59 2 1 96 8 99 6.47e-12 62.0
MS.gene72502.t1 MTR_1g012570 30.000 150 84 6 2 132 9 156 8.33e-12 62.0
MS.gene72502.t1 MTR_1g108580 27.778 180 101 7 2 154 9 186 1.02e-11 61.6
MS.gene72502.t1 MTR_2g085280 41.429 70 40 1 2 71 9 77 1.09e-11 62.0
MS.gene72502.t1 MTR_2g085250 41.429 70 40 1 2 71 9 77 1.14e-11 61.6
MS.gene72502.t1 MTR_8g046350 40.278 72 42 1 1 72 1 71 1.47e-11 60.1
MS.gene72502.t1 MTR_1g077360 40.000 70 41 1 2 71 9 77 1.66e-11 61.2
MS.gene72502.t1 MTR_1g105920 40.000 70 41 1 2 71 9 77 2.03e-11 61.2
MS.gene72502.t1 MTR_5g041650 50.943 53 26 0 1 53 38 90 2.92e-11 61.6
MS.gene72502.t1 MTR_7g028448 62.500 40 15 0 16 55 26 65 4.58e-11 58.9
MS.gene72502.t1 MTR_4g036915 62.500 40 15 0 16 55 26 65 4.58e-11 58.9
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene72502.t1 AT1G71692 55.924 211 68 5 1 186 1 211 1.29e-66 203
MS.gene72502.t1 AT4G09960 43.750 160 88 2 1 159 1 159 1.04e-38 132
MS.gene72502.t1 AT2G42830 45.625 160 85 2 1 159 16 174 2.41e-38 132
MS.gene72502.t1 AT3G58780 44.375 160 87 2 1 159 16 174 4.40e-38 131
MS.gene72502.t1 AT2G42830 45.000 160 86 2 1 159 16 174 5.19e-38 131
MS.gene72502.t1 AT3G58780 44.375 160 87 2 1 159 22 180 5.40e-38 131
MS.gene72502.t1 AT3G58780 46.853 143 74 2 1 142 16 157 8.84e-37 129
MS.gene72502.t1 AT2G45660 46.667 150 74 3 1 147 1 147 1.03e-36 125
MS.gene72502.t1 AT4G09960 44.056 143 78 2 1 142 1 142 7.34e-36 125
MS.gene72502.t1 AT4G09960 43.537 147 81 2 1 146 2 147 8.56e-36 125
MS.gene72502.t1 AT4G09960 43.537 147 81 2 1 146 11 156 9.35e-36 125
MS.gene72502.t1 AT2G45660 46.667 150 74 3 1 147 1 147 1.32e-35 124
MS.gene72502.t1 AT1G69120 44.521 146 74 2 1 142 1 143 1.65e-35 124
MS.gene72502.t1 AT4G09960 43.537 147 81 2 1 146 27 172 2.08e-35 125
MS.gene72502.t1 AT1G24260 45.205 146 75 2 1 142 1 145 3.89e-35 124
MS.gene72502.t1 AT1G69120 44.521 146 74 2 1 142 1 143 4.13e-35 124
MS.gene72502.t1 AT1G24260 44.898 147 75 2 1 142 1 146 4.94e-35 123
MS.gene72502.t1 AT1G24260 44.898 147 75 2 1 142 1 146 6.13e-35 123
MS.gene72502.t1 AT3G58780 42.500 160 83 2 1 159 16 167 2.67e-34 121
MS.gene72502.t1 AT4G09960 43.537 147 81 2 1 146 96 241 2.68e-34 124
MS.gene72502.t1 AT1G26310 37.791 172 98 3 1 164 1 171 3.33e-34 121
MS.gene72502.t1 AT4G18960 43.662 142 78 2 2 142 18 158 5.35e-34 121
MS.gene72502.t1 AT3G58780 38.587 184 88 2 1 159 16 199 7.48e-34 121
MS.gene72502.t1 AT5G60910 39.759 166 86 3 1 155 1 163 4.35e-33 118
MS.gene72502.t1 AT2G03710 43.537 147 82 1 1 146 1 147 4.68e-33 117
MS.gene72502.t1 AT4G11880 40.764 157 93 0 1 157 1 157 5.62e-33 116
MS.gene72502.t1 AT4G11880 40.764 157 93 0 1 157 1 157 5.62e-33 116
MS.gene72502.t1 AT4G37940 42.177 147 82 3 1 146 1 145 1.21e-32 117
MS.gene72502.t1 AT5G62165 41.935 155 88 2 1 154 1 154 2.08e-32 115
MS.gene72502.t1 AT5G62165 41.935 155 88 2 1 154 1 154 2.08e-32 115
MS.gene72502.t1 AT4G11880 42.958 142 81 0 1 142 1 142 2.23e-32 116
MS.gene72502.t1 AT4G11880 42.958 142 81 0 1 142 1 142 2.23e-32 116
MS.gene72502.t1 AT4G37940 40.397 151 87 3 1 150 1 149 2.29e-32 115
MS.gene72502.t1 AT4G22950 39.884 173 99 2 1 169 1 172 2.50e-32 114
MS.gene72502.t1 AT2G03710 43.537 147 82 1 1 146 1 147 2.51e-32 117
MS.gene72502.t1 AT2G03710 43.537 147 82 1 1 146 1 147 2.65e-32 117
MS.gene72502.t1 AT2G45650 45.205 146 71 3 1 142 1 141 4.58e-32 116
MS.gene72502.t1 AT4G37940 41.958 143 80 3 1 142 1 141 4.92e-32 114
MS.gene72502.t1 AT3G57230 41.007 139 81 1 1 139 1 138 1.01e-31 112
MS.gene72502.t1 AT5G15800 45.455 143 77 1 1 142 1 143 1.14e-31 115
MS.gene72502.t1 AT3G02310 44.755 143 78 1 1 142 1 143 1.60e-31 113
MS.gene72502.t1 AT5G15800 45.455 143 77 1 1 142 1 143 1.78e-31 115
MS.gene72502.t1 AT3G57230 40.411 146 86 1 1 146 1 145 1.89e-31 114
MS.gene72502.t1 AT3G57230 40.411 146 86 1 1 146 1 145 1.89e-31 114
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 8.00e-31 110
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 8.00e-31 110
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 8.00e-31 110
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 1.02e-30 109
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 1.02e-30 109
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 1.02e-30 109
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 1.02e-30 109
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 1.02e-30 109
MS.gene72502.t1 AT4G22950 42.958 142 80 1 1 142 1 141 1.42e-30 111
MS.gene72502.t1 AT4G22950 42.958 142 80 1 1 142 1 141 1.42e-30 111
MS.gene72502.t1 AT3G02310 44.755 143 78 1 1 142 1 143 1.46e-30 112
MS.gene72502.t1 AT3G30260 40.972 144 82 2 1 142 1 143 1.59e-30 112
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 4.79e-30 109
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 4.79e-30 109
MS.gene72502.t1 AT5G62165 41.958 143 81 2 1 142 1 142 4.79e-30 109
MS.gene72502.t1 AT5G23260 37.931 174 105 2 1 173 1 172 5.02e-30 110
MS.gene72502.t1 AT5G51870 38.750 160 89 4 1 156 1 155 6.83e-30 108
MS.gene72502.t1 AT5G51870 38.750 160 89 4 1 156 24 178 1.70e-29 108
MS.gene72502.t1 AT5G13790 35.784 204 101 4 1 181 1 197 2.50e-29 109
MS.gene72502.t1 AT5G13790 36.585 205 101 6 1 181 1 200 5.07e-29 108
MS.gene72502.t1 AT3G61120 44.295 149 67 3 1 142 1 140 3.47e-28 105
MS.gene72502.t1 AT2G14210 37.912 182 107 3 1 177 1 181 4.27e-28 105
MS.gene72502.t1 AT2G14210 37.912 182 107 3 1 177 1 181 4.36e-28 105
MS.gene72502.t1 AT5G51870 39.726 146 81 3 1 142 1 143 1.30e-27 103
MS.gene72502.t1 AT5G23260 36.612 183 104 3 1 173 17 197 1.77e-27 104
MS.gene72502.t1 AT5G23260 41.958 143 80 2 1 142 1 141 2.12e-27 103
MS.gene72502.t1 AT5G51870 39.726 146 81 3 1 142 1 143 2.64e-27 103
MS.gene72502.t1 AT5G23260 41.958 143 80 2 1 142 17 157 3.22e-27 103
MS.gene72502.t1 AT5G51870 39.726 146 81 3 1 142 11 153 3.76e-27 102
MS.gene72502.t1 AT2G22630 38.095 147 88 3 1 146 1 145 2.55e-26 100
MS.gene72502.t1 AT2G22630 38.095 147 88 3 1 146 1 145 2.55e-26 100
MS.gene72502.t1 AT5G62165 58.667 75 30 1 1 75 1 74 1.00e-25 95.9
MS.gene72502.t1 AT5G51860 36.806 144 82 3 1 139 1 140 9.03e-25 95.9
MS.gene72502.t1 AT5G51860 34.615 182 99 5 1 166 1 178 9.44e-25 96.3
MS.gene72502.t1 AT5G20240 35.461 141 86 2 1 140 1 137 5.49e-24 92.4
MS.gene72502.t1 AT3G57390 36.667 150 86 2 1 142 1 149 2.08e-23 93.2
MS.gene72502.t1 AT5G20240 35.461 141 86 2 1 140 1 137 2.49e-23 92.4
MS.gene72502.t1 AT2G22540 40.141 142 77 4 1 138 1 138 2.70e-23 93.2
MS.gene72502.t1 AT2G22540 40.141 142 77 4 1 138 1 138 2.70e-23 93.2
MS.gene72502.t1 AT3G57390 36.667 150 86 2 1 142 1 149 3.29e-23 93.2
MS.gene72502.t1 AT4G24540 41.333 150 75 6 1 144 1 143 9.06e-23 91.3
MS.gene72502.t1 AT1G31140 37.931 145 87 2 1 142 1 145 1.36e-22 90.5
MS.gene72502.t1 AT1G31140 37.762 143 88 1 1 142 1 143 2.07e-22 90.1
MS.gene72502.t1 AT2G22540 41.304 138 76 3 1 138 1 133 4.20e-22 89.7
MS.gene72502.t1 AT5G65070 34.483 145 82 4 1 142 1 135 1.80e-21 85.9
MS.gene72502.t1 AT5G65070 48.571 70 36 0 1 70 1 70 1.19e-20 85.1
MS.gene72502.t1 AT5G10140 34.507 142 86 2 1 142 1 135 1.42e-20 84.3
MS.gene72502.t1 AT5G10140 34.507 142 86 2 1 142 1 135 2.21e-20 84.3
MS.gene72502.t1 AT5G10140 33.803 142 87 1 1 142 1 135 2.32e-20 84.3
MS.gene72502.t1 AT5G10140 33.803 142 87 1 1 142 1 135 2.43e-20 84.0
MS.gene72502.t1 AT5G65070 48.571 70 36 0 1 70 1 70 2.48e-20 84.7
MS.gene72502.t1 AT5G65070 48.571 70 36 0 1 70 1 70 3.31e-20 84.7
MS.gene72502.t1 AT5G65050 33.333 174 99 4 1 167 1 164 6.14e-20 82.8
MS.gene72502.t1 AT3G54340 37.500 152 80 5 1 146 1 143 1.25e-19 83.2
MS.gene72502.t1 AT5G65050 33.146 178 102 4 1 171 1 168 1.96e-19 82.0
MS.gene72502.t1 AT5G65080 43.902 82 45 1 1 82 8 88 2.99e-19 81.3
MS.gene72502.t1 AT5G65060 50.000 70 35 0 1 70 1 70 3.50e-19 81.3
MS.gene72502.t1 AT5G65050 38.983 118 57 3 1 104 1 117 4.23e-19 80.9
MS.gene72502.t1 AT5G65060 50.000 70 35 0 1 70 1 70 4.84e-19 80.9
MS.gene72502.t1 AT5G65060 50.000 70 35 0 1 70 1 70 4.85e-19 80.5
MS.gene72502.t1 AT5G65050 48.571 70 36 0 1 70 1 70 5.45e-19 80.5
MS.gene72502.t1 AT5G65070 54.237 59 27 0 1 59 1 59 3.12e-18 79.3
MS.gene72502.t1 AT5G65080 52.542 59 28 0 1 59 8 66 3.12e-16 73.6
MS.gene72502.t1 AT1G77980 44.595 74 41 0 1 74 1 74 4.05e-16 75.1
MS.gene72502.t1 AT1G22130 40.244 82 49 0 1 82 1 82 1.22e-15 73.9
MS.gene72502.t1 AT1G77080 32.065 184 102 6 1 174 1 171 5.73e-15 69.7
MS.gene72502.t1 AT1G72350 47.887 71 34 1 2 72 43 110 1.16e-14 69.7
MS.gene72502.t1 AT1G77080 34.483 145 82 4 1 142 1 135 1.50e-14 68.6
MS.gene72502.t1 AT1G77080 34.483 145 82 4 1 142 1 135 2.06e-14 68.6
MS.gene72502.t1 AT4G37435 37.168 113 66 3 1 111 1 110 5.42e-14 67.4
MS.gene72502.t1 AT1G77080 37.069 116 62 4 1 112 1 109 1.25e-13 67.0
MS.gene72502.t1 AT1G77950 37.805 82 51 0 1 82 1 82 1.45e-13 67.4
MS.gene72502.t1 AT1G77950 37.805 82 51 0 1 82 1 82 1.45e-13 67.4
MS.gene72502.t1 AT1G77950 37.805 82 51 0 1 82 1 82 1.45e-13 67.4
MS.gene72502.t1 AT1G77950 37.805 82 51 0 1 82 1 82 1.45e-13 67.4
MS.gene72502.t1 AT2G34440 41.667 72 41 1 1 72 1 71 2.17e-13 65.5
MS.gene72502.t1 AT2G24840 42.254 71 40 1 1 71 62 131 2.91e-13 66.6
MS.gene72502.t1 AT2G03060 44.000 75 41 1 1 74 1 75 1.06e-12 65.9
MS.gene72502.t1 AT2G03060 44.000 75 41 1 1 74 1 75 1.06e-12 65.9
MS.gene72502.t1 AT2G03060 44.000 75 41 1 1 74 1 75 1.06e-12 65.9
MS.gene72502.t1 AT2G03060 44.000 75 41 1 1 74 1 75 1.11e-12 65.9
MS.gene72502.t1 AT1G01530 48.276 58 30 0 1 58 6 63 1.19e-12 64.7
MS.gene72502.t1 AT1G18750 32.624 141 78 3 1 141 1 124 1.26e-12 65.5
MS.gene72502.t1 AT3G66656 46.552 58 31 0 1 58 1 58 1.37e-12 63.5
MS.gene72502.t1 AT1G77080 46.970 66 35 0 1 66 1 66 1.76e-12 62.4
MS.gene72502.t1 AT1G77080 46.970 66 35 0 1 66 1 66 3.27e-12 62.8
MS.gene72502.t1 AT1G18750 41.333 75 43 1 1 74 1 75 5.17e-12 63.9
MS.gene72502.t1 AT1G18750 41.333 75 43 1 1 74 1 75 5.26e-12 63.9
MS.gene72502.t1 AT1G69540 39.189 74 45 0 1 74 1 74 1.23e-11 62.4
MS.gene72502.t1 AT1G69540 39.189 74 45 0 1 74 1 74 1.49e-11 62.4
MS.gene72502.t1 AT4G36590 43.478 69 38 1 2 70 7 74 1.85e-11 61.2

Find 41 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TATTTGTTTGGAGGAGGATT+AGG 0.243362 4.1:+64185467 MS.gene72502:CDS
AGAGATCGATACCTTGAAAA+AGG 0.266558 4.1:+64184482 MS.gene72502:CDS
GTGCTTTGCGATGCTGAAAT+TGG 0.317759 4.1:+64181116 MS.gene72502:CDS
TTGAAAAGAACCTCGAAATC+TGG 0.328582 4.1:+64185519 MS.gene72502:CDS
ATTTGTTTGGAGGAGGATTA+GGG 0.367328 4.1:+64185468 MS.gene72502:CDS
AAATAAGTATCTCCACGATT+TGG 0.388441 4.1:+64201586 MS.gene72502:CDS
ATTATTAGCAGGTATTTGTT+TGG 0.404793 4.1:+64185455 MS.gene72502:intron
TGGAGGAGGATTAGGGACTA+TGG 0.415641 4.1:+64185475 MS.gene72502:CDS
CGTGCTTCAGTGATAGCTTC+AGG 0.416419 4.1:-64181740 None:intergenic
ATTTAAGGAGGGAACACTTA+AGG 0.425708 4.1:+64201559 MS.gene72502:intron
ATCTCATCTTGTATAATTAG+TGG 0.434615 4.1:-64201774 None:intergenic
AAAGTCACTTGCCTGTGCAC+TGG 0.436750 4.1:-64181047 None:intergenic
CCGAGCGGGGCTTCTGAAGA+AGG 0.465308 4.1:+64181079 MS.gene72502:CDS
AAGTCACTTGCCTGTGCACT+GGG 0.471642 4.1:-64181046 None:intergenic
AGCAGGTATTTGTTTGGAGG+AGG 0.478589 4.1:+64185461 MS.gene72502:intron
ACTTTCTGTAAGCGCCGAGC+GGG 0.485647 4.1:+64181065 MS.gene72502:CDS
CTCTATGAACTCGCCACCAA+AGG 0.491747 4.1:+64181167 MS.gene72502:CDS
CTTCTCTATTAGCCCTTGCA+TGG 0.492434 4.1:-64181690 None:intergenic
CATTATACATCCAGATTTCG+AGG 0.493442 4.1:-64185529 None:intergenic
ATTAGCAGGTATTTGTTTGG+AGG 0.497755 4.1:+64185458 MS.gene72502:intron
AACGAAGTATCAGTAGCAAA+TGG 0.506323 4.1:-64201750 None:intergenic
CCTTCTTCAGAAGCCCCGCT+CGG 0.527878 4.1:-64181079 None:intergenic
TTCATAGAGCTTTCCATGAG+CGG 0.532053 4.1:-64181153 None:intergenic
ATGAAATGAAGAACCATGCA+AGG 0.539615 4.1:+64181677 MS.gene72502:intron
TCTCATCTTGTATAATTAGT+GGG 0.543382 4.1:-64201773 None:intergenic
GTATAATGTTCGCTCAATGA+AGG 0.550286 4.1:+64185544 MS.gene72502:CDS
TCTATGAACTCGCCACCAAA+GGG 0.554348 4.1:+64181168 MS.gene72502:CDS
AATCGACATGGCTCGAGGGA+AGG 0.556037 4.1:+64181001 None:intergenic
GAATTGAGAACCCAGTGCAC+AGG 0.556607 4.1:+64181036 MS.gene72502:CDS
TCATATCTAGGATGCTAAAG+AGG 0.576504 4.1:+64184440 MS.gene72502:intron
AGGATTAGGGACTATGGCAA+TGG 0.589394 4.1:+64185481 MS.gene72502:CDS
AAATAAGACATACCCTTTGG+TGG 0.590074 4.1:-64181180 None:intergenic
GGGGCTTCTGAAGAAGGCTA+AGG 0.602676 4.1:+64181085 MS.gene72502:CDS
AAGAATATATTACCAAATCG+TGG 0.607607 4.1:-64201598 None:intergenic
GATCTCTTGCTTGAGCACAT+TGG 0.611486 4.1:-64184466 None:intergenic
TGAAATGAAGAACCATGCAA+GGG 0.614636 4.1:+64181678 MS.gene72502:intron
CTTTCTGTAAGCGCCGAGCG+GGG 0.616522 4.1:+64181066 MS.gene72502:CDS
GACTTTCTGTAAGCGCCGAG+CGG 0.650769 4.1:+64181064 MS.gene72502:CDS
TAAGGAGGGAACACTTAAGG+CGG 0.674035 4.1:+64201562 MS.gene72502:intron
AAGTACTTGAAGTTCACACG+AGG 0.730119 4.1:+64181710 MS.gene72502:CDS
AGTACTTGAAGTTCACACGA+GGG 0.748606 4.1:+64181711 MS.gene72502:CDS

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr4.1 gene 64181008 64201809 64181008 ID=MS.gene72502
chr4.1 mRNA 64181008 64201809 64181008 ID=MS.gene72502.t1;Parent=MS.gene72502
chr4.1 exon 64181008 64181189 64181008 ID=MS.gene72502.t1.exon1;Parent=MS.gene72502.t1
chr4.1 CDS 64181008 64181189 64181008 ID=cds.MS.gene72502.t1;Parent=MS.gene72502.t1
chr4.1 exon 64181688 64181769 64181688 ID=MS.gene72502.t1.exon2;Parent=MS.gene72502.t1
chr4.1 CDS 64181688 64181769 64181688 ID=cds.MS.gene72502.t1;Parent=MS.gene72502.t1
chr4.1 exon 64184450 64184511 64184450 ID=MS.gene72502.t1.exon3;Parent=MS.gene72502.t1
chr4.1 CDS 64184450 64184511 64184450 ID=cds.MS.gene72502.t1;Parent=MS.gene72502.t1
chr4.1 exon 64185466 64185565 64185466 ID=MS.gene72502.t1.exon4;Parent=MS.gene72502.t1
chr4.1 CDS 64185466 64185565 64185466 ID=cds.MS.gene72502.t1;Parent=MS.gene72502.t1
chr4.1 exon 64201566 64201607 64201566 ID=MS.gene72502.t1.exon5;Parent=MS.gene72502.t1
chr4.1 CDS 64201566 64201607 64201566 ID=cds.MS.gene72502.t1;Parent=MS.gene72502.t1
chr4.1 exon 64201717 64201809 64201717 ID=MS.gene72502.t1.exon6;Parent=MS.gene72502.t1
chr4.1 CDS 64201717 64201809 64201717 ID=cds.MS.gene72502.t1;Parent=MS.gene72502.t1
Gene Sequence

>MS.gene72502

ATGGCTCGAGGGAAGGTTCAGCTAAGAAGAATTGAGAACCCAGTGCACAGGCAAGTGACTTTCTGTAAGCGCCGAGCGGGGCTTCTGAAGAAGGCTAAGGAGCTCTCTGTGCTTTGCGATGCTGAAATTGGTCTTGTCATTTTCTCCGCTCATGGAAAGCTCTATGAACTCGCCACCAAAGGGTATGTCTTATTTTTCGATCAATAATACGTACGGTAAAAAAAAAAGTTTCGATCGTTTGCATAACCCTACATGATGTAGTGTGTGTAACCGTGCACCGCAGAAGTTTGCAATACAGAGGATTCATTATGAACCCTCTATTGGCACAATGATACGTAGAATCCAAACAAATATATTTGAATTATGTGTAATACTATACATGATTTGTATACATCCGTACATTGCTTAACTTTACATATAGTTAGCGTAGCGGATGAAATCCAAACAAATATGTTTGGATTTCCTATAACACTATGTATGATGCACTATCTGAACTTGTGCATTGTAGAGCTTTAAAGTGCATATAGTGTAGACTTCAGAGGATTTAAAGTGGATCCTTTGAGTCCGCAGTCAATGCATTTAGAGCTCTACATTGTAGGGATCTATAGCGCATCAAGTTTATTTTTGTCACTGAAGTTTGACTGTCAAATTCATTGTTTTTGTTTATATATGAAATGAAGAACCATGCAAGGGCTAATAGAGAAGTACTTGAAGTTCACACGAGGGACTCAACCTGAAGCTATCACTGAAGCACGTCCTCTTGTTTCGGTATGTTTCTCCAGCTAGCTATATGTTAAATGATATTATAATATGAATGTTAGTTGTAGAAGCAAAATGGAAAAAATGTATATGCTTACTATATTATATATGTAAATTAAAAGAGTAGTGATAGTGGTATTGGATGCTCTAATTGGTGCATATGACTGAATAATATAATAATATAATATAGTGATAGTGTGATGCAAATGAATATATAAACCCAGTCAAATATAGAAATCAAGGTATGTTTTGTTCTCTTTTTGTTTTGTTTTGACACATGTAGGACTTGATTCTATGAGATAAAGTATGTCGGGTTTTTATGCAATGTGTATCTTAGTTTTAAAAAATCTTTTGGAAAAAAATATAAATTTGAGATCATATTAATGTCACATCTATTGTCATATCAATTAATTCCACTGCTTTGTTGTTGCTCCGTAGCACACCTTGTACGAGAAATTTTTAGGTGGTCTAAGACCAAGAAATTTTTTTTGGTCACAACTAAAGAAAGAAGAGAGAGAAGAGAGAAGAGAGAAAATAGAAAGTATTTGTTTATTTGTGAAGAGAGAAGACAAAAACTATATGTATGACCAAACCAAATTTCTTGGTCCTGGTTCACACAAGAGTTTCTCCACCTTGTAATTAATGCTTGGACAACTTGATATTAATAAATTCATTTTGCTTATTCAAAAGACAATGTTTTGGGTTGGAGTATCTATTGTATTTTTATTGACAATTTTTTAGATAAACGAGATAGTATATAAGTAAAGAGTACAAGAGACACTTTAAAGTCTAATCTATTTACAAAACAACAAATTAAGACACTTACTTGAAGTGAATTATTGATACAAAAAAGGGACTTGAGAGCTAATCAGATACTCCCTCCGTCCCAATTTATTTGACCCCTTGGCTCATTTCACACAGATTAAGGGTGCGTTTGGCCCTACTTTTTTTAGGTCTAAAAGTTACTTTTAGAATAAAGTTGAAAATTAAAACTTTGAAGTTGAAGTTAAAGTTGTTTGGTATTTATTGTTTTTTTCAACTTAGTTATTACTTTTAAGTTAAAATCTGTTTGGAAAAACATTTTTAAAAGAGCTTTCAGATTTTATTACAAATGATCATAAATAAAATAAAAGGCATTTTTTTAAAAAATAAAATAAATTTTGCGAAGACCTGATTTTTTTAGACCAAATGAAATTTTATAAATTATTATATAAAACACTATCATAAATTAAATTGAAAGAGTTTGAAAATAATCCAATATTAGAAACATAAAACATCATAAACTTGAACGGTTTTTGTTTTCCAACAACTTAGATATCAATACCAAATGAAAATAAATATAAAGAAAAGTTGCTCAAATATTGCATAAATATCAATACAAAATATTGCATAAATATCACCTCCGAAAAGTTGCCCCAAAGTTCACTTTCATAACTTATTTTCTAATTGACTTCTATTGGATTTCCTTCTTTATAAAAAAGACACTTATTTTATTAAGAGCTTTTTTAAAATTGTGTTTGGCCCCACTTCTTCTTAGAAGTAGAAGAGAAGTGGAAAATAAGTAGGGCCAAACATGCTCTAAGAAAAATGTATAAACAAAGGGGAAAATGGAATATATTGTATTGAGAATGATAAAAGTAGTATTATTTAGTGTTATATTGTATTGGGAATGATGAAAGTTGTATTGAAAATTGAAATGAGTCAGTTATTTTGAGACACTTTTTTTTAGAAAATGGGTCAGTTATTCCAGGACGGAGGGAGTAATCAATATCCCTTATTCCTACCCTCCTTCAAAATATCCCTTATTGATATATTTTTACTTGTAAAAAGAATGTGAATGGGAGAGTTGAGAGCATCCAACAACTTATATATTTCTTCAAAAAAAAAAAAACAACTTATATATTTCATCAGGTTTTTTTAAGTTCGTTTGAGTATTTTTCTCTTTTATTTAACTATCGTTTTAATAATTTAATGGTACAATTTGCAATTATATACTCTTTCTCAATTTCAATAAAACTAAAAATAATTGTATTTTTTACACAAAGTTAGTTTTTTTTTTAAACAAAATTGATATTTTGTTATGTGCAAATATAAATTTTCTTGAAACCAAATTTGGTTCTCTAGAATAGTGGTTCCATGATATGATCAAATTCATTGAAAAGAGAGAGTGTGTGTATGCAAAAAAGTAAGACTTTATTAGTAGTGCATTAAACTGGTAATAGAGAAAAAAAAACTGTAAATGCACTTCATTGGTTGGAGAGTATTATTGAAAACGAAACTTAAAAATAAAAACTGGAGGGAGTGTATTTTTATTAAAAAAAATTGATATTGAAAGCTTGTTGTATAAATGTTTTCAAAATTTAAATTTATTTTAAAAGAATTAAATATATATAAAATATACGATATCATCGTTGCAATGGCTACCACAGTTTGAAAACATGATTTACATGCCAATTGTTTGTTGTTGTAAACATGAACTTGATGTTTGTATACACAGTAATGCTAGAAAACTATTCACATAAAGCACGTTCAAGAAAAAGAAGTGTAAATTGAACAACTCAAACATGCAATTTACATGTTTTAATATCAATATATTATTTACGATTTATACTGTTATCTGATGATATTATTTTTGGCACAATATCTATTCTACTAAGTTTGTTTTTTGCATGTTCATATCTAGGATGCTAAAGAGGAAACCAATGTGCTCAAGCAAGAGATCGATACCTTGAAAAAGGGTCTCCGGTACGTACATTTGACTCTCGAGAAAATATAAACCAAAATATTGAAAAGTCATCAATAATGTTGTCATTACAAGAATAACATGCCTAATTTAAATTTGGCTAAAATATGGTTTTAATCCCTGCAAATGTGTCTCATTTTGGTTTTAGTCCTTGTAAAAAAAATATTTGTTTTTAGTCCCTGCAAAATTTTTTGTTTTTTAAAATAGTCTCTGACCCCATTTTTGTCATGATTTGCATACGTGACACATGATGACTGAACCCATTTTGTAGTTTTTGGTCCTTGCAAAATATTTTGTTTTTTAAAAAGGTCCCTGCAAAAATTTTTGTTTTTTAAAATAGTCCCTCCAAGGACTTTTTTCAAAAACAAAAAATTTTGCAGGGACCAAAAACAATTTTTTTTTTACAGGGACTAAAACCAAAACGAGGCATATTTGCAGGGACTAAAACCATATTTTAGCCTTTAAATTTCTCCATCCATTTAATTTGAATCAATTTTTTTTTCATCCATTAAAGAGTTTAAATGTTTCCTAGTGCATGTTGTTTATATATACTAGCAGAAACACAAAGACTAACGTTTTCATCTATCTGTTTTCTTATTGCGCTTGATTGTATATCTATTTTATTACATCGCGCTTGATTGTATAGCTATTTTATTACATTAGATTATTATTTCTTTGGCAAATAAGATCAATTAAAACTCTTTTTTTGTTTTGTTTCCAATGTCGTTGTTCCCATTGTATTGAATCATTCATATTATAATGAAAAGTAACTGATTTTTTTTCTAGTAAAAGAATTTAATTAATATTATAAAGTGGATAATATTGTAAATAAAATAGTTTAAATTATTGCTATAATGAAAACTATGTACTTTTACAAATAACTATATTAATGAAAGTATAAATATACTTTCTTTGTAAGCCAAAGAATTAAGAAAATTAAACGGCATTATTAGCAGGTATTTGTTTGGAGGAGGATTAGGGACTATGGCAATGGATGAGTTGCAAGTTCTTGAAAAGAACCTCGAAATCTGGATGTATAATGTTCGCTCAATGAAGGTATCAACCAACAAACTTTTTTCTCTCTCTTAATTAGTGGGTTTAATATCTTTTGTACTTATTTTCATTTGAGTAAAATTATGTTTTGCTGTTTAAAAAAGGAGATTTAATGTGCCTTATACTTTGAACTACAGATGAACATTATGTCACAAGAAATCCAAGCTTTGAGGGATAAGGTTAGCAAAACTTATTCAGCTTTTATTTATTTAACTATTACTTCTTTACATATGAACTCTAGTGTATAAAAATTATATGATAATAGTGTTACAAATATAATATAGAAAAAAATAGCTTAATTATTGAACTTTACATATATTTTTGAATGATTTAAATATTCTATGTTTTTAAATATTTATTGCATTTGAGAAATTAACTAAATTTAATCTAAAATATTGAGAGTGAATACAATATTTAAAAATAAAAATAGTTCTACCTAATAAGTACTGAATAAGTCATTTTGTTTAGAACTTAATTACTATATATATGCTTGATAGTGTGAAAAAGTTTTAGGAAAACATTTTATCATATATCATGTAGATATATGTGCATTATATCAAACACTCCTTAATTCAAAAGGAAAAATAATCATCCAGCATTCACCAATAACACTAAAAAGTGTACTATCAAAAGTCGTAGATGGAGAACGAATTTTTTTTTATCATATCTCATCGTATTAAAGAGACTACTAACGATACACAAAGTCAGTTAGGCAAAACAAAAACCATTAGCCGATGCCCATATACTGAAAAGGGCTCGACCATCACCTATGAGTGCCAAACACAAATGTGGATATTTTAGCTTTCAGCCAACCTAAAGACAAATATTTAACTTTATCCAACAACCTAGGAATGAGAGTTACAAAATTATTAAACAACCGATTATTACGCTCATTTCACAATACTCAGGCACAAAGAAGCCAAATAAGCTGAATAAATGAACCCCTAGCATTACCACCACTTGTTGAGTGAACAAACTGCAAAAACTGATTGGACAAAATGTGGGAGTCCACCCCCAAAAAACCAATCCAATCCCGCACTAGCGGCCATAAAGATGCAAAAGTAGTGCACGTTAAAAATAAATGTTGCGCCGTTTCTAAAAAGACCACACCCAGAGACACACGAAGAGGACTCAGAAGAGATTACCCCTCTATTTACCAAATTTGATTTAGTAGGCAATCTATGACGAAGTAACCGCCACGCAAAAACGGAGACCTTCAAAGGAACTTGATTATGCCAAATTAACTCCGCTGCTGAATCCGCAAGAGGAATATCCTTCGTCGTTAACAAGTGATACACACCACGAACTGAATAACCCCATGACGGGCCAGGAAGCCACAACCACTGATCTGAAAAATTATTTTGCAAAGAAACATCAAGAAGTAAAGTCCTACACTCCTCTAACAACTCTTCCTCCCAGGCCCACAACCTACGCCTCCACTTCTACGCCTCCCCCTGCTCCAAACCAAGTGAAAACAAATTTGCCATTATAATAGTTTGTTCTCAGCTAAGTCAAATAACCGACGAAAATGCACACAGAGAGGAACCTCCCCCAACCACCTATCTTACCAAAACAGCGTGTGTGGGGGAGGTGGCGCGGATTAGGGATGGGGTTGACGGTGTTGGAGAAGGTTGGTTTGAGGAGTGTGTGTCCATAAAGAAGCATGTTGGAGGAGGTTGGTTTGAGGAGTGTGTGTCCATAAAGAAGCAAACTTGACCAACCTTGTTTGATTAAAGTTAACCATAGTAGGTTCCCCTTCCCTATATTTAGCTTTTAACAATTCCTTCAATGTTGCTACATCCCTCTTTAAATATCTTAACTGTATTTTTTCTATAAGGGACAAATTGAAAAGCATCAAATCTTTAATGCCTAACCCTCCTTCATCATTTGCTTTACAAATATCCACCCACTGCACCCAATAAATTTTTGCTTTTAGAGGCATGCCATAAGAAGCAACACTAAATCTTAGCCAAAATTTTCCACACCCCCTTTGGAATTTTAAGAAGAGTGAGATAAATGGTAGTGATTGATTCATAAACTTAGATTATATTAACCACATTCCCACCAAGGATAACAAAACAATTTCTCCAACATCCAAGTCTATTTTCCACCGTATCAATAACCAAATTCGAAGTTTAAGACAACCTTGAAAGGAACGAATCCCAATATACATGAAGGAAAGTGAAATTCCGGCAGACTAGCTTTCATGTGTTTTATACGATGTTATGATCAGAATGTCGAGTAAAATGTTTTAACATCGAGCTAGCAGAAAACAGACAGATCAAGGCAGATATAGAATTTTAGCGCGTTAGTTATCAGCTGTTTTTATGTGATGTTTCAGATTCAGATCTGCAGAAAGCAGATGTTTCGTTTAATGTTTCAACATCATTCTGGCAGCAAGCATAAAAAAACAGCAAAATAAACGACAGGAAAGTAAAAGGCACAGAGAGTTTGTTGACCCAGTTCAGCACAACACGCTTACATCTGGAGGCTACCAAGCCAGGAAGGAAATCCACTAGTGTAGTCCATATTCAATAGCTCTCAGCAAACTCCTCGTTTACACTATATGACCTAGGACCGACCCGTCTAGACTTCAACCTAGGAACTCCTAGATCTGAGATCCCATCTCACTATCCTAATGGTCAGTCACTGCCCCAGTGACCTATCAGACCTCAAACACAACAAAATAGAAGTTACCTTCCAACATAAACAACTAAACCTTGTTTCACAACTTCGGTCTAGTGCACAAAAGTATCAAACTCACACACTCAGTCCTAAACAAGTATCTAAAACGAAACAAGAAAGGTACACAGTAAATATTCTAAACCTGCATCAACATGATACAAGAGTAGAATACATGGAAGACGACTCAAAACCCTAAAAATCTATTCTTTTACAAATCGAAGGTTTTGATAAATTACAACTCAACTAAAGGTCCATCTCGATGCATCAAGATGATACAAAGAGAGGCTCACAAATAACGCCTGAGTTGAAACCCTAAAAGACTCAATCCAATATTCTTGAATTGGTGAATAAAACTAGGGTACAAGTCTTCCTTATATAGCCTTTCAAAGCATGGGCATTTTCGTAATAGGCTAAACATATATTTGTATCAAATATTCTCTTCAGAAATATGTTGAAACAAATATTCTCCAGAAAATATATTTTCTAAAATCTGTTTTGAAAATATATTTTACAAATATGGTAACTCCTAAAAAGTAGGAACATTTCTAGGAACTTCCATAACCACCACCAAGGAAATCTAAAATATTGTTTATATTTTAGAAACAAATCATCCAGTTTATTCTGGGCAATAACGCGCTGCTTGGTGAACAAGAAATAGGGTGAGGTTTCCTTACTGAGATAAAGATTGCGTAAACCAAGCCACATGAACCGGGCACACTGAACCGTGCCAAGATGTTGGAACATCGTATCCAACATACACGAGTATTTGTTTTATCAACAATGAATCCAATACCCAAATACTCAACAATCTCCCCCTTTGGATTTATTTGTTGTTAAAAAAACCTGAGGTCATTCAGAACAAGGTAGAGAGATACCACACATACATTTCTTCATCCGCAACCATGAAGAAAAATATCAGATTTGCAAATGGACATGTTGTATCATCATCCAACACATTATCAGCATCTTGCAGGGATGCATATCTACATGTTAGAACATTGGTTCCAACTTACAGAATATGGATATTTGTTTTCGCAATAATGCAGCCAACACAAATACCCATCAATCTCCCCCTTTGGCGAATTTTTGGCTAAAACAAATTAAGCCCAATTCTTATGAAACTGAGGGATACAAAATTACCATTCCTCCAAGAGCATGAGCACACACCAATGAAGAAACAGCTAGCACACAGAATCCAAAGAGACACCATAGATACACTTCCTCAAGTCATCACGAACACATATTCAAGAAGAAGAAGTAGCAGGTAGTATCACTTTAGAAAAAGCAAATGTGTGCATACATAGAATACCTCACGAATCTTCAATCACAGCTTCAGCTGGCAGAGGTATTACACTGGATCAGAGACATGCAGCGGCGGATCAGATCAGTAGCTTGGTCTCAAGAGCTAAGGAAAAATAAATTCCTAAGCTACAACTAGGGAACATAAGTTCTTGTACATGAGATGAAAAGAGAGCCAATTTCTCTCAAGAGCAGAGGAAAAATAAATTCCAATGCTACAGTCAAGGAAGATAACTTCCAAATTAGAAGTGGAGAGAAGCAAAATCTCTCAAGAGCAGAGGAAAAACAAGTTCCAATGCTACAGAAATAGGATGTTCCAACATCCTTTAGCACATCAGATAGGAGTACCTGCCACACATAGAGGCAAGGGAAAAAATAAATTTCCCATACCTACAGAGTACTGTCACCAACCAACCATAGAAGCATAGAAACCTAAATTCCTATACTTACATGTGACAGTCTAGGATGTCTTCAGAGAACTATCACCACTGGCATTAAGAAGTCAGGAAACACAAATTCCTAAACTTACAAGTGATAGATACATATGTTGAAACTTCTGACTAAACATCCTTCACCCAGCTTGGTCAAAGCACAAGCACACATAGAAGTATCACTCCCCCTGAATATGAGATCTTATGAGTGACTACTTACAGGAATATTCCATTACTCCCCCTGAATACATGCATGTAGAAAATCTGGACGCTCCTAATGCATAGACATAAAAGATTCAGGATCTGGGCATGAGACATTTAAGGAATATTCACAAGCTAGCAAGCTTATCAGCAGATACATGCTAGCAGACCTATCAAAGGTCACACACAAAGACTGAGACTTCAAGAAGAGAGACTGAGACTTCAAGAAGTCATCCAGACAGGTTCCATAATATAAGCCAGAGGTAGGAAACCTGTACACTAGAATTCTAAGAAAAATAAATTCTCAGAATTACACCAAGATGTTGCAGCTTAAGTGCCAACATCTGCACAGAGTCTCACAGACATGTTCCAACCTAGGATAGAGCATTTGCAGGGAACATGTACAACATCTGAGAAAAACCAGAATCTCAGAAGTACAGAGATAGAGATGTTCTAGCACAAGTGCTAACATCTACATTGGTCTTCACAGACATGTCCCAACATATCAGAGAATGTCAGCAAGGAACATGTACAACAGAAGGTCTGAGAAAAGAAAATTCTCATAGCAGAACTTCAAGATGTTTCAGCTTCAGTGACAACATCTTCATAAACTCTCACAGACAGCAATAGCAGAACTTCAAGATGTTTCAGCTTCAGTGACAACATCTACTTATCATCTACCTGAAATAGTTGCAAAATACACCAGAGAATACAAGCATATAACCATACCATTTTTCTCCCCCTTTTTAGCCACAAAATGTGCCAACAAGAGAATAAAGTACTAAGGTTAGACTTCCCAGAACAGAAGGAGAATGCAGCAATACCAGAGCCTTTGTATTAATTGCTATAAGTCCTCATGTAAGCAGATACCTAGCTTGCTCCTCAACTTTTCAACTTGTTTGACATCCAGGGCCAATGTCAGCCAATTGTTCTTCAGTTAGTCATATGCTCAAGAGTTACTACCTTCTTTTCAACAATATCCCTGATAAAGTGATGGTGTATGACAATATGCTTAGTCCTGCTGTGCTGTATAACTCCTATGAGTACTTTTTATGTCATCTGCACTGCCTGCCCAGTTAGATAGAAAGTCATAGTCACTAGTCCCATTGATATGCTTCAGAATCCTTTTCACTTGAGTCAGATGACTCATCTTTCAGCTCAGCTTGCTATCTGGCACAAATCCCTACAATAAAGGTCATATCAGGTCTGCTTGCAGTAAGACAACGCAGACTTTCAATCATGCTTCAGTACATGATTTGATTCTTGAAGTGAGATATAACAGACTTCCAATCATGCTTCAGTACATGATTTGATGCTTGAAGTAAGATGTAACATACTTTCAATCATGCTTCAGTACATGATTTGATCAACATCAACCCTTTTTTCATCTTTTGACAACTTCAAGCGAGTGGCGGCTGGTGTTCTCCTGAGACTGGTGTTGTCCATGCCAGACTTCTTTACTCTGGAAAATAAATATGGTGTCTTTCATCTGTTTGACTTGCAGACCCAGATAGTAAGTCAGCTCTCCCACAAGAATCATTCAAAATCAAATTGCATTTGAAGATCAAAATTTTGGACCATCTGGTTCGACATTTATATCTGGGTTATCATAAGTCTCCCCTTTTCTTCTTTGATAAAGATAGTTTTGTCTGTCCCTTCTTTTCTGTATCCTTGATTGATCAAGAATTTTGTAAGTCTTTCTTAAGTTCTTCATCCATATATACTTCAGGAGGTACCAGAAGATCACAAAGTAGCATAATACCATGTCGTCCAAAAATGCATAGAACTAGAAAGCCAATCAAAGTACAAAATACCATAAGGATTACAGACCAAGTACATGCTACAGGAAGAACTCCAAGGGCCAAAATGAGATTTAGACAGATGAGATGTTTCAACTTTATTGGGCACATCAGCATGGCATCAGCAAAAACATGAATGTTCCAGAGTGCACACAAACAGAATACTATCATGCAGAAATGACAGAACATAATGCTTTCAACAATCTACCTCAGAAGATATTAGACCTGCAGCAAGAGCACTTCCAGATGTTCCAACAATGTCTGGAACATAATCCGCACCAAAACCACTTATAGGGCAACATGAGGGGAGATTCCCTTTTCTTAGCAATAACATTGGCAGTCTTAATACTAGGGCGCTGGTCTAAAATAATACTACTCAACAAGGCAGTAAAGCTATGAGGGACATAACAACATCAGGTTCATCATGTTAAATAGTTTGTTCAAAGATATAAGCACAAAAATTCATTTTATCCTTTAGAACCTATAGCATAAACAAACTTACCCAACCCTGTGGCAATATCAGTGGAATGAGTGGTAGGGAACCAGTTTGCTGCAGCAGTCCTGATTATTAGTCACCTATAGCTCAGGTATATTGATCTCTTCAACCCAAAAAAAAAAACTTGCTGATGGTGTTGTGAAAGAAGTTGACACATTCTCTTCTAACATTGGTTGTTTGGAACTTCTTGATAAGAGGATAGTCAGAAACATAAAAAAAATATACACCAGAAACTCCTTCAACAACTTTCTTTCCAGGGCTGGCGTCCCACTATTCAGAATAATGATCTTGAGAATATCAATTGTACTCAAATAGACCAATCGTAATGTTGGAACACCTTGTTCAACATTATATTTTCCTTCATCCACACAAGGTTAGAAAAACTACCACCAGCTGTTGAGTACTCCAATCCATCAGTAGATTGGGATTATTTCTTGAATAGAACAATATGAGATCATATAAACAAAATAGTGGTATGCAATCATACCTTCTTTCATTTAAACACAACAATTCATCTTGAAAGAGAGTAACAAGCTTCATCATTACTTCTAAAGAACATCTTTAAAATAATAGTAATGCATAGTTGGACATGTTGAAGCGTTTCCAAGAACATCAGAGGCATATACAACAGAAGAGAGATAGAACCCAACCTCACAGAGAAACCCAAAGAGAAATAAACCCCCACCAGCAACCAATATCAGAGAAAAATAAATTCTCATAGTAGGGTGTTAGAACATATGGTATGACATCAGTTCACCATAATACACATACCAACATCCAGCCATACTTCAATAAACCAGTATCATGACATCATCAGGCTGGTTAAAAGTAATGCTCCCCCTCAACAGCAGATTATCAGAACAACCGTACTATTCCCCTTAAATAGGCATATAGATGAATGAAAGAACAACTCAAATACCTCTTTTCTTGAATCGGTCCAAGAGTCCAGAATTTATCTTCCCTGGAGCTCACCTAGTAGCAGGTCGGGTGCCCGCTCTGATACCAATTGAAATTCCGGCAGACTAGCTTTCATGTGTTTTATACGATGTTATGATCAGAATGTCGAGTAAAATGTTTTAACATCGAGTTAGCAGAAAACAGACAGATCAAGGCAGATATAGAATTTTAGCGCGTTAGTTATCAGCTGTTTTTATGTGATGTTTCAGATTCAGATCTGCAGAAAGCAGATGTTCCGTTTAATGTTTCAACATCATTCTGGCAGCAAGCATAAACAAACAGCAAAATAAACGACAGGAAAGTAAAAGGCACAGAGAGGTTGTTAACCCAGTTCAGCATAACACGCTTATATCTGGGGGATACCAAGCCAGGAAGGAAATCCACTAGTGTAGTCCATATTCAATAGCTCTCAGCAAACTCCTCGTTTACACTATATGACCTAGGACCTACCCGTCTAGACTTCAACCTAGGAACTCCTAGATCTGAGATCCCATCTCACTATCCTAATGGTCAGTCACTGCCCCAGTGACCTATCAGACCTCAAACACAACAAAATAGAAGTTACCTTCCAACACAAACAACTAAACCTTGTTTCACAACTTCGGTCTAGTGCACAAGAGTATCAAACTCACACACTCAGTCATAAACAAGTATCTAAAACGAAACAAGAAAGGTACACAGTAAAGATTCTAAACCTGCATCAACATTGTTGAGATATGCGTAATAATAGTATCATTGACTGATATATTATCTCCTTATTTATATTATCTTTATTTCCTTGTAAATATCTCTTATATAATTAGGACAGATTTACTCCCTATGATCATGGGATTTACTTTGTACATATTCTTATTATAAATACAAAAAGGCTGAGAGCTAATCTCTCATGTTATTCAGCACCAGAAAACCTTGTTCTCAACTTGGTATCAGAGCTCACGATCTGTGGGCCTGAGAGCAAAAATCTAAAATCTCAAAACCCTAGCCGTCAAGTCACAAACCTAGTTGTCCCGTCGGTTGATCTATACCGCCGGCTCTAGGTATCACACCGTCTCTGATATTAAATCCTTCTTTGGTCGGTAGGTTCCACTTTTCCGCTATTTTTTGGTGATCTGTGAACAGTTTTTTGCACTGTTCTGAATCTGTCCTTCGTCCCACTTACACCCAAGTGCTGTCAAAGATGACTTCAACACCAGATAAGGCTGGATCGTCTGTTAAGAGTCTTGTGTCCTATGTTTTCTCCAGCAATCCCTCTATAACGTTGGAGAAACTAAATGGTGATAATTATCTCAATTGGTCAGCTACTGTTAACATGTGGTTTCTTGGACAGAAGCTCGCAAATCACCTCACTAAACAGTCCTCTGAAATTGAAAAAGATCTGCGTGATGAATGGGAGCAAGCTGATTGTCAATTAGTCTCTCTTTTGTGGCAAACCATTGAGCCCTCCTTGCTGGTCCATTATCGCTCGTACACCTCTTGTTATGATATTTGGCAGAAAGCTAAGAATGTCTATTCAAATGATATCCAACATCTTTATGGTGTGATTCATAATCTAGCCACCCTGCAGATGACAGAAGATGACATCAAAACTTATGCTTATAAAGCTCAATCAACTGTAACTGAGTTCAAGCTCCTTGTGACCGACAACGACCCAAAGAAGATGCTTGAGAAATTGGATAATGTTTGCATGGTTTATGTCCTTCATGGTCTTCATGAAAAGTATGAGTCAGTCAGGAGCAACATTCTTTCTGCATCAGATATTCCCTCGGCAGAGGATCTCATCAGGCTCCTCACACGTCTTCCTGGTCCGAAAGGATCGGGGGAACGGGTCTCAAACTGACTTGGAATCTTCTGCTTTTGTTTCAAATCTTGCAGGTCGTGGAGGACGCGGTCGTGGTCGTAAGGGAGGCCGAGGAGGTCGTGGTGGTGGCCGTCCTCAATGTACTTATTGTAAACGCTTTGGTCATTATGAAGATCAGTGTTACTCAATTATTGGCTTCCCAGAAAAATCGGTGAATGTGGCTCAGTCTATTGATAATGGAAACTCCAAAAACAATGTCATATCTGATGAGGAGTACAAGTCATACCTGCAGTTTAAGGCTTCACAAGCCTCATCATCGGCAACAGTTGCTCACACTGGTAATTCTACAGTCTGTCTCTCCCAATCATCATCTGTTGGCCCTTGGATTTTGGACTCTGGAGCTTCTGATCATGTGGCTGGTAATCCATCTCTTTTATAAAAAATAACCCAACCTAAAATCCCACATCATATCACTGTTGCAGACGGCTCTAAAGCTAAAGCAAGTGGTGTCGGTCAAGCCACTCCTCTCCCATCTTTAAATATTGACAATGTTCTTTTTGTTTCCAACTGTCCATTCAATCTGATTTCTGTTAGCCGTTTAACCAAGAGTCTTAATTGCTCTATAACTTTTATTTCTGATTCTTTTGTTATACAGGATCAGAGTACGAAGCAGATGATTGGTACAGGCTATGAGTCACATGGACTTTACTACCTTCAGTCTTCATCTACAATTGCATCCTCTTCTACTACAGAGTCTCCAAGTCTTCTTCATCGTCATTTAGGTCATCCAAGTCTCAAAAAGCTCAGAGTTATGGTTCCTAATTTGTCTCAGTTGCAGTCATTGGATTGTGAATCCTGTCGGCTTGGGAAACATGTCCGGTCTTCCTCCCCAAGCAGTACTCAGTCACAAGCCCGCTCTCCTTTTCATGTCGTTCATTCTGATGTATGGGGACCAAGTCGAGTCACTTCCATTGTAGGACATATATATTTTGTTACTTTTATTGATGAGTTTTCTAGATGTACATGGATCTTCCTACTTAAGGATAGATCATAACTATTAAGTGTATTTCAAAATTTCTTTAAGGAAATTCAAAATCAGTTTGGTTGTTCTTTTCGCATTTTGCGCAGTGATAATGCAAAAGAGTATTTTTCAACATCTTTTAATTCTTTTATGTCTGAAAACGGAGTGATACATCAGTCATCTTGTCCCCATACCCCACAACAAAATGGCATTGCTGAACGTAAACACCGTCATATAATTGAAACAGCACGTACCTTGCTTATTAATGCCAATGTTCCTTTGAAATTTTGGGGTGATGCTGTCCTCACTGCAGGATACTTGATTAATAGAATGCCATCATCGGCAATCCAAAACAAGGTTCCCCATTCCATATTATTCCCTGATGAACCTTTGTTTCATATTGCTCCTCGGGTTTTTGGATCCACTTGCTTTGTTCATGATCTTACTCCAGGTTTAGATAAATTGTGTGCTCGTGCAATTAAATGTGTCTTTCTAGGCTATTCAAGAGTTCAAAAAGGATATCGGTGCTATTGTCCCTCCACACATCGCTTCTACATGTCTGCTGATGTCACATTCTTTGAGGATACACCTTTCTTTGCGTCTTCCATTGAGTCCGAGTCTATCTCTCAAGTATTACCAATTCCTTTCCTTATCCCGGTAATTCCACCCACGCCTGTCATTGATCAGTCAACTCCATCCTCTTCTACGGAACCCCCTAGTCCTCCTCCACATACACCTCCACCTCCTCCACTGCAAATTTATCAGCGTCGTCCACGTCTCCCTCCTGCCGATCCACAATCTACAGAAAGTCCAAGTGACTCATCTCCTGCCCCAATCTCGTCTTCTGCTTCAGATCCGCCGACATTGTCAGACGACCTTCCTGTTACTTTACGTAAAGGTACACGTTCCACCCGTAATCCTCATCCCATTTATAATTTCCTAAGTCATCATCGTTTATCACCTACACACTGCACTTTTATATCTTCTCTTTCTTCTGTCACTATTCCTAAGTTTCCACAGGAAGCTCTTTCACATCCAGGTTGGCGACAGGCTATGATTGATGAGATGACAGCCTTGGAATCTAATCAAACATGGACACTTGTGCCTCCTCCTTCTGGAAAATCTATTGTTGGATGTCGTTGGGTTTATACTGTTAAAGTTGGTCCAGATGGGAGGATTGACCGATTGAAAGCTCGTTTGGTGGCTAAAGGATACACTCAGGTGTTTGGCCTAGATTATAGTGATACCTTCTCTCCTGTGGCTAAAATGGCTTATGTTCACCTCTTTCTTTCTATGGCTGCCATGCGACATTGGCCATTATATCAGTTGGATATAAAAAATGCATTTCTTCATGGAGATTTAGAGGAAGAAGTATATCTGGAGCAACCTCCTGGTTTTGTTGCTCAGGGGGAGTGTCGTGGGTATGTTTGTCGTCTTCATAAGGCCTTGTATGGTCTCAAACAATCCCCTCGAGCATGGTTTGGGAGATTCAATAATGTTGTTCAACAATATGGCATGATTCGAAGTGAAGACGACCACACTGTGTTTTATAAATGCTCATCCAACAAATATATCTATTTGGTCGTGTATGTTGATGATATTGTTATTACAGGTGATGATCATGATGGGATTGCAGGACTTAAACAACATCTAGTCCAACACTTTCAGGTTAAAGATCTAGGTCGGTTGCGTTATTTTCTCGGTATTGAGTTGGCTCAATCTAAGGCAGGAGTTTCTATTTCCCAGAGAAAGTATGCTCTAGATATCTTGGAAGAAACAGGTATGCTTGATTGCAAGCCGATTGATACTCCTATGGACCCAAATGTCAAGCTACTACCTGATCAAGGGGAGACCTTTTCAGATCCAGGAAGGTACATGAGGTTAGTTGGGAAGCTGAATTATTTGACCATGACAAGACCTGATATTACATATGCAGTCAGTGTTGTTAGTCAATTCTTGAATTCCCCTTGTGATATTCATTGGGATGCTGTGGTTAGAATTCTAAGATATATCAAGAGAGCCCCTGGAAAAGGTCTTGTTTATGCAGACAGAGGTCATTCAGATATTGTTGCGTATACAGACACATATTGGGCTGGAAGTCTGTCTGACAGAAGGTCCACATTTGGATATTGTGTTCTCATTGGAGGCAATTTGATTTCATGGAAAAGTAAGAAGCAAAATGTCGTTGCTAGATCAAGTGCAGAGGCAGAATATAGAGCTATGGCACTTACTACATGTGAGCTCATATGGCTCAAGCATCTTCTCCAAGAGCTTCACTTCAGCAAAATAGGCACTATGAATATCATCTGTGACAATCAAGCAGCCCTACACATTGCCTCTAATCCAGTCTTTCATGAGCGAACTAAGCATATTGAGATCAATTGTCATTTTATTCGTGAGAAAATTATGTCCGGTGAAATTTCTACTTCTTTTGTTGGTTCTAATGATCAACTAGCCGATATCTTCACGAAGTCTCTTCGAGGACCAAGGATCACTTACATATGTGACAAGCTTGATGCATATGATTTGTATGCTCCAGCTTGAGGGGGAGTGTTGAGATATGCGTAATAATAGTATCATTGACTGATATATTATCTCCTTATTTATATTATCTTTATTTCCTTGTAAATATCTCTTATATAATTAGGACAGATTTACTCCCTATGATCATGGGATTTACTTTGTACATATTCTTATTATAAATACAAAAAGGCTGAGAGCTAATCTCTCATGTTATTCAGCACCAGAAAACCTTGTTCTCAACTAACATGATACAAGAGTAGAATACATGGAAGACGACTCAAAACCCTAAAAATCTATTCTTTTACAAATCGAAGGTTTTGATAAATTACAACTCAACTAAAGGTCCATCTCGATGCATCAAGATGATACAAAGAGAGGCTCACAAATAACTCCTGAGTTGAAACCCTAAAAGACTCAATCCAATATTCTTGAATTGGTGAATAAAACTAGGGTACAAGTCTTCCTTATATAGCCTTTCAAAGCATGGGCATTTTCGTAATAGGCTAAACATATATTTGTATCAAATATTCTCTTCAGAAATATGTTGAAACAAATATTCTCCAGAAAATATATTTTCTAAAATTTGTTTTGAAAATATATTTTACAAATATGGTAACTCCTAAAAAGTAGGAACATTTCTAGGAACTTCCATAACCACCACCAAGAAAATCTAAAATATTGTTTATATTTTAGAAACAAATCTTCCAGTTTATTCTGGGCAATAACGCGCTGCTTGGTGAACAAGAAATAGGGCGAGGTTTCCTTACTGAGATAAAGATTGCGTAAACCAAGCCACATGAACCGGGCACACTGAACCGTGCCAAGATGTTGGAACATCGTATCCAACATACACGAGTATTTGTTTTATCAACAATGAAGCCAATACCCAAATACTCAACAGAAAGGAACCCACTTTACATTAAAGAAATGTTGAAATTGAGGCCATAAGTGAATACTCCATCTATAAACGTACTCTTGGAGATGTTAACTTTTAATCTGGAAACTAAGTGGAACCATTTAAGAATAGCTTCATACACCAAATATTCTCCACACAAGCCTTACCAAATAAGAGTGTATCATGTGCATATTGAATATGGGAAACTACAAACTCAAAATTTCCCAACGTGAAACCTTTGAAGTAGCCATAGAAATCTCCTTCGTCATGACCACCTCTAATCGTTCAGAAACCAAGAGAGAAAGGAAGAGAGCTAAATGGTCTCCTTGCTTGAGACCTTATGGAATTGAGATTTGATTCGTAAGGCATTCATTCACAAGTACGAAAAGGCTTCGCACAAACACATAAACCTTCATCCATCCTCTCCAATTTTCACATAATCCAGACCTCTTCAACATATAAGTAAGGAACTTCCAACTAACCAAGTTGCATGCGTTTTCACTTTGCAAAATCCACCACCTTATTTACCACTAATTCCCCATCTTGAAGAAGCCTCCATTTAATGAAGGCCAATTGGTTTGGTGAAAAAAGGAGTCCATCACCAAGCATAACCATTTTAGTATAACCTTAGCCACCAACTTATACATGCTTCCAAGAAGGTGTATTAAATTCCAAAACGATTTGAAGAAATTCAAAGTTGAAACCACGCGGTCATTTCATGGACTTTTATTTCCTCTAGCATTTTTTTTTCTGCTTCAAAAGTTTCTTCCTTTTGAAAGGTTGATTTAAGTTTAAATTTTTGACTCATACTCACCAAAGGAAACTCCAACCCATCAACTTTCAGCCTATCCCATCTAACATTAGATAAAAGTTTAGAGTAATACTTGACGACCTCTTGTTTTATTGTTGATGGATGGTTGAGCCTAGAAAACACTTGCCTGACTCTATTAAATTAGCAAATAAAGTGAAAATATGGAATGAAGAGGACTAATTACAACCATACAAACACCACATACTAAATAACAGACGAAAACTATAGTCTAGAAATATTTGATCAATTATTAGTTTCTAAGAGAAAGTGTAAAATTTATGCCTCAGTGTGGGAGTTTAGGAGAGAAGGGGCGCCTTTGTGAAATAGAAAAGGGAAATAGAGGAAAACAATGTAAAAAAAGGTGAATACATCCCTTGGGAATCTACCAACATCGGAGCTCCTAATAAGATAGGAAATACATCAAGCAACACAAAAGGGTCGGCGATGTGAAAGAGTTTCATTTTGGATCATACATGGCTTGAAATTGTGTTTGTAAGTGATTTGTATTCCTTACTTTACAAGTTGATTTTGTAAGAGTTGCGTTAAACTTAACCCAATTCTAAGATAATATCAAAAGCTATCCAAGTTTTTTTGTACCACATTATATGATGTCGTTGCTATCAGACCACTGAAGTCTCAATAGAGATGCTTAGTCTTAGGAGTAAGATGAGTGTGTTGAGATTTTTTTCATTAAATGAGATATAACTTGAAAATAAGATCAATAGTGGTGGATAATCCTCCACTTGCACACCAATTTTGTAAGGCCGTGTTAACAAATGCTACATATGATTTTTTTTTTTCAAAAACAATAATATATAAAAGAGGAAATATGGAATAAAAGGGTTACCAATGTTCATTACAAATAAGTCAAAAGCTAACACAAAGGGTCACCACTGAATAGACAAGGCAAAAAAAAAAAAATACAATGAAAAAATGTGTGGTAACAAAAGAAACAAGTATTCCAAATTACAAAGAGAACAAAAACTCATAAAATGCATCCCTAATATGAATGTGCTATTATTCTTATTTTTCTTCTTATATATTTTAATTTAATTACTAAGTAAACTTTTCATCTTTTGTATTTAAGGAGGGAACACTTAAGGCGGCAAATAAGTATCTCCACGATTTGGTAATATATTCTTTTCAATTTATTAACTATGCATTTCCTTGAGAAAACAAAGTTTAGTTAAACCTTTAATAGAAAAGATTATCCTAATTCATGTCATTTTATTTTACAGGTGTTGGAGAATACTACTGTCACTAACTTTGTTCCATTTGCTACTGATACTTCGTTCCCACTAATTATACAAGATGAGATTTTTCAACTCTAG
Protein sequence

>MS.gene72502.t1

MARGKVQLRRIENPVHRQVTFCKRRAGLLKKAKELSVLCDAEIGLVIFSAHGKLYELATKGTMQGLIEKYLKFTRGTQPEAITEARPLDAKEETNVLKQEIDTLKKGLRYLFGGGLGTMAMDELQVLEKNLEIWMYNVRSMKEGTLKAANKYLHDLVLENTTVTNFVPFATDTSFPLIIQDEIFQL