AlfalfaGEDB Alfalfa Gene Editing Database

M. sativa cultivar XinJiangDaYe / MS.gene019532

Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene019532.t1 MTR_8g031650 56.392 571 231 8 1 567 1 557 0.0 617
MS.gene019532.t1 MTR_8g031990 89.726 292 30 0 276 567 7 298 0.0 543
MS.gene019532.t1 MTR_8g031990 82.550 298 51 1 1 298 1 297 5.60e-176 499
MS.gene019532.t1 MTR_8g032010 88.699 292 33 0 276 567 7 298 0.0 540
MS.gene019532.t1 MTR_8g032010 80.556 288 55 1 1 287 1 288 2.26e-169 482
MS.gene019532.t1 MTR_8g032000 90.000 280 28 0 1 280 1 280 0.0 524
MS.gene019532.t1 MTR_8g032000 83.904 292 47 0 276 567 7 298 9.98e-180 508
MS.gene019532.t1 MTR_8g032020 85.473 296 42 1 273 567 5 300 0.0 513
MS.gene019532.t1 MTR_8g032020 84.375 288 43 2 2 287 3 290 1.13e-171 488
MS.gene019532.t1 MTR_8g031650 56.079 403 161 7 169 567 1 391 3.23e-151 439
MS.gene019532.t1 MTR_8g031650 55.197 279 121 3 10 286 104 380 2.03e-98 304
MS.gene019532.t1 MTR_8g031980 71.918 292 82 0 276 567 7 298 4.61e-150 433
MS.gene019532.t1 MTR_8g031980 68.929 280 87 0 1 280 1 280 1.28e-138 404
MS.gene019532.t1 MTR_8g031960 71.821 291 82 0 276 566 8 298 2.46e-148 429
MS.gene019532.t1 MTR_8g031960 68.248 274 87 0 7 280 8 281 3.51e-134 393
MS.gene019532.t1 MTR_8g031940 68.259 293 92 1 276 567 7 299 3.44e-139 405
MS.gene019532.t1 MTR_8g031940 65.398 289 98 2 1 287 1 289 2.73e-132 388
MS.gene019532.t1 MTR_7g076660 58.703 293 109 2 275 567 6 286 1.25e-118 352
MS.gene019532.t1 MTR_7g076660 55.442 294 118 3 1 294 1 281 2.25e-108 326
MS.gene019532.t1 MTR_7g076660 58.562 292 109 2 276 567 8 287 8.33e-118 350
MS.gene019532.t1 MTR_7g076660 55.556 288 115 3 7 294 8 282 5.52e-107 323
MS.gene019532.t1 MTR_7g076655 58.020 293 111 2 275 567 6 286 1.30e-117 350
MS.gene019532.t1 MTR_7g076655 55.442 294 118 3 1 294 1 281 8.33e-109 327
MS.gene019532.t1 MTR_8g031910 58.362 293 109 3 276 567 7 287 4.07e-116 346
MS.gene019532.t1 MTR_8g031910 55.593 295 117 4 1 294 1 282 3.70e-106 320
MS.gene019532.t1 MTR_8g031900 56.164 292 123 2 276 567 7 293 3.40e-115 344
MS.gene019532.t1 MTR_8g031900 54.643 280 122 2 1 280 1 275 3.40e-104 316
MS.gene019532.t1 MTR_7g076665 57.483 294 120 3 275 567 6 295 1.24e-112 337
MS.gene019532.t1 MTR_7g076665 56.071 280 118 3 1 279 1 276 2.38e-101 308
MS.gene019532.t1 MTR_8g031630 57.483 294 120 4 276 567 7 297 8.37e-108 325
MS.gene019532.t1 MTR_8g031630 55.903 288 123 3 1 286 1 286 2.11e-105 319
MS.gene019532.t1 MTR_7g076660 57.875 273 103 2 295 567 2 262 1.33e-107 323
MS.gene019532.t1 MTR_7g076660 54.275 269 110 3 26 294 2 257 3.48e-96 294
MS.gene019532.t1 MTR_8g031600 57.679 293 120 2 277 567 8 298 1.62e-107 324
MS.gene019532.t1 MTR_8g031600 54.965 282 123 2 1 280 1 280 3.83e-99 303
MS.gene019532.t1 MTR_8g031610 56.849 292 122 3 277 567 6 294 3.62e-107 323
MS.gene019532.t1 MTR_8g031610 54.643 280 124 2 8 286 6 283 3.19e-101 308
MS.gene019532.t1 MTR_5g062280 52.740 292 135 2 276 567 7 295 2.54e-99 303
MS.gene019532.t1 MTR_5g062280 50.523 287 140 1 1 287 1 285 2.88e-95 293
MS.gene019532.t1 MTR_8g032030 85.119 168 24 1 276 442 7 174 1.48e-93 286
MS.gene019532.t1 MTR_8g032030 82.759 174 29 1 1 173 1 174 1.57e-92 283
MS.gene019532.t1 MTR_3g079320 48.148 297 148 3 276 567 11 306 6.53e-88 274
MS.gene019532.t1 MTR_3g079320 48.929 280 137 3 6 280 10 288 1.12e-83 263
MS.gene019532.t1 MTR_8g031850 47.603 292 110 3 276 567 7 255 5.05e-87 270
MS.gene019532.t1 MTR_8g031850 45.714 280 109 3 1 280 1 237 5.20e-77 244
MS.gene019532.t1 MTR_7g106800 49.158 297 91 4 276 567 9 250 3.70e-81 255
MS.gene019532.t1 MTR_7g106800 45.161 279 93 3 7 280 9 232 2.83e-69 224
MS.gene019532.t1 MTR_3g098470 40.864 301 141 6 278 567 37 311 4.58e-66 218
MS.gene019532.t1 MTR_3g098470 40.636 283 131 5 9 280 37 293 1.72e-59 200
MS.gene019532.t1 MTR_5g083430 54.651 172 78 0 396 567 13 184 5.93e-66 213
MS.gene019532.t1 MTR_5g083430 54.839 155 70 0 127 281 13 167 3.01e-58 192
MS.gene019532.t1 MTR_1g031180 37.542 301 151 6 278 567 42 316 4.62e-56 191
MS.gene019532.t1 MTR_1g031180 36.396 283 143 5 9 280 42 298 7.67e-52 180
MS.gene019532.t1 MTR_8g096060 36.877 301 150 6 278 567 39 310 1.53e-53 184
MS.gene019532.t1 MTR_8g096060 35.336 283 143 6 9 280 39 292 2.70e-47 167
MS.gene019532.t1 MTR_4g087460 36.928 306 152 8 278 567 24 304 7.78e-51 177
MS.gene019532.t1 MTR_4g087460 37.276 279 135 7 9 272 24 277 3.06e-47 167
Query id Subject id identity % alignment length mismatches gap openings q. start q. end s. start s. end e-value bit score
MS.gene019532.t1 AT3G61220 58.983 295 113 5 276 567 7 296 7.97e-118 351
MS.gene019532.t1 AT3G61220 58.511 282 110 4 1 280 1 277 1.11e-111 335
MS.gene019532.t1 AT3G61220 58.983 295 113 5 276 567 14 303 1.90e-117 350
MS.gene019532.t1 AT3G61220 58.696 276 107 4 7 280 14 284 2.06e-109 330
MS.gene019532.t1 AT3G61220 58.983 295 113 5 276 567 38 327 5.52e-117 350
MS.gene019532.t1 AT3G61220 58.696 276 107 4 7 280 38 308 3.67e-109 330
MS.gene019532.t1 AT1G01800 55.705 298 126 5 272 567 2 295 3.09e-112 337
MS.gene019532.t1 AT1G01800 53.546 282 124 5 1 280 1 277 7.58e-101 307
MS.gene019532.t1 AT2G24190 55.593 295 123 5 276 567 7 296 9.76e-110 330
MS.gene019532.t1 AT2G24190 56.028 282 117 4 1 280 1 277 3.60e-107 323
MS.gene019532.t1 AT2G24190 54.455 303 130 5 268 567 4 301 1.03e-109 330
MS.gene019532.t1 AT2G24190 56.522 276 113 4 7 280 12 282 1.46e-105 320
MS.gene019532.t1 AT1G01800 52.632 209 96 2 359 567 55 260 1.14e-74 238
MS.gene019532.t1 AT1G01800 51.309 191 90 2 90 280 55 242 6.18e-65 213
MS.gene019532.t1 AT5G51030 37.542 301 151 5 278 567 40 314 1.73e-59 200
MS.gene019532.t1 AT5G51030 37.102 283 141 5 9 280 40 296 2.37e-53 184
MS.gene019532.t1 AT3G59710 36.594 276 146 6 278 550 21 270 1.15e-49 174
MS.gene019532.t1 AT3G59710 36.559 279 140 7 4 272 10 261 1.07e-48 171
MS.gene019532.t1 AT3G59710 36.364 286 152 7 278 559 31 290 2.21e-49 173
MS.gene019532.t1 AT3G59710 36.940 268 138 6 9 272 31 271 1.75e-47 168
MS.gene019532.t1 AT3G59710 36.594 276 146 6 278 550 50 299 7.01e-49 172
MS.gene019532.t1 AT3G59710 36.940 268 138 6 9 272 50 290 2.97e-47 168
MS.gene019532.t1 AT5G61830 37.086 302 154 6 278 567 39 316 1.24e-48 171
MS.gene019532.t1 AT5G61830 36.396 283 145 4 9 280 39 297 1.19e-45 164
MS.gene019532.t1 AT5G61830 37.086 302 154 6 278 567 39 316 1.24e-48 171
MS.gene019532.t1 AT5G61830 36.396 283 145 4 9 280 39 297 1.19e-45 164

Find 120 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE


CRISPR-Local

CRISPR-Local
sgRNA_sequence on_target_score Position Region
TGCATTCAAATAAATTATTA+TGG 0.154385 8.1:+70359318 MS.gene019532:CDS
TGCATTCAAATAAATTATTA+TGG 0.154385 8.1:+70365480 MS.gene019532:CDS
GAATATCAAGTTTGCCAAAT+TGG 0.158459 8.1:-70364080 None:intergenic
GAATATCAAGTTTGGCAAAA+TGG 0.187932 8.1:-70356992 None:intergenic
ATTTGGCAAACTTGATATTC+TGG 0.229964 8.1:+70364083 MS.gene019532:CDS
GGACCCTTCTTCAAAATCTT+TGG 0.255198 8.1:-70366930 None:intergenic
GCCCTTCTCAATTCTTCATC+TGG 0.256118 8.1:-70359264 None:intergenic
AGCATCTGGTTTATCTGATT+TGG 0.288076 8.1:+70356902 MS.gene019532:CDS
GGAAGCAGGGCTAACCTTAC+AGG 0.298608 8.1:-70367142 None:intergenic
GAGAATAGATGAAGTAATAA+AGG 0.307579 8.1:+70366901 MS.gene019532:CDS
CTCTTGGTGAATCAGATAAT+TGG 0.310145 8.1:-70359377 None:intergenic
TTTGAAACACTCAAAGCTTC+TGG 0.321050 8.1:+70363976 MS.gene019532:CDS
TAGAATAGATGAAGTGATAA+TGG 0.334430 8.1:+70359623 MS.gene019532:CDS
AATATCAAGTTTGCCAAATT+GGG 0.350754 8.1:-70364079 None:intergenic
GAAAGTAGTGCTAACCTAAC+TGG 0.352055 8.1:-70359864 None:intergenic
AATATCAAGTTTGGCAAAAT+GGG 0.357101 8.1:-70356991 None:intergenic
TGTTACCAGAATATCAAGTT+TGG 0.364772 8.1:-70357000 None:intergenic
CTTCCCAATGGTAGTCCATC+TGG 0.371553 8.1:+70367160 MS.gene019532:CDS
GCATTCAAATAAATTATTAT+GGG 0.371941 8.1:+70359319 MS.gene019532:CDS
GCATTCAAATAAATTATTAT+GGG 0.371941 8.1:+70365481 MS.gene019532:CDS
ATTAGTTTGTATCAAATGAA+TGG 0.373385 8.1:+70366837 MS.gene019532:intron
ACAGGTGCAAACAAAGGAAT+TGG 0.377483 8.1:+70363871 MS.gene019532:CDS
CTTTGCAAGAATTCTTGTAT+AGG 0.377721 8.1:-70359739 None:intergenic
CTCAGATATGCAGTGGTGAC+TGG 0.377886 8.1:+70356765 MS.gene019532:intron
AAATGGGAGAACCGACAAAA+AGG 0.378299 8.1:+70356660 None:intergenic
ACTGGAGCAAACAAAGGAAT+TGG 0.380333 8.1:+70356783 MS.gene019532:CDS
GAAAAGAGGTCTTCATGCTT+TGG 0.381657 8.1:+70356869 MS.gene019532:CDS
TTGGAAACACTTAAAGCATC+TGG 0.383030 8.1:+70356888 MS.gene019532:CDS
ATAGGCATTCATAGAAGCTT+TGG 0.393005 8.1:-70359721 None:intergenic
CTCAGGTATGCAGTGGTGAC+AGG 0.415457 8.1:+70363853 MS.gene019532:intron
ACTGATATGACTACTAATAC+TGG 0.417319 8.1:+70359810 MS.gene019532:CDS
ATCATGTAGGTTAACAATGC+TGG 0.421523 8.1:+70358391 MS.gene019532:intron
TGAAGCTTTAGCAACACTAT+AGG 0.422772 8.1:-70366987 None:intergenic
GAATTGGGTTAGAAATAGTT+AGG 0.423116 8.1:+70363887 MS.gene019532:CDS
AGCAGCTTGTATCAAATGAA+TGG 0.435256 8.1:+70359559 MS.gene019532:intron
CTTCAGCCATCATTACAAAC+GGG 0.439586 8.1:+70364924 MS.gene019532:CDS
ACAGATATAACTGCTAATAC+TGG 0.439952 8.1:+70367088 MS.gene019532:CDS
ACACAATTGATGTAGAAGTT+AGG 0.443347 8.1:-70367046 None:intergenic
TATCAGATGATGAATTGAAA+AGG 0.448658 8.1:+70365424 MS.gene019532:CDS
ATGGACTACCATTGGGAAGC+AGG 0.449716 8.1:-70367156 None:intergenic
CCCTTCTCAATTCTTCATCT+GGG 0.450844 8.1:-70359263 None:intergenic
TTAGTTTGTATCAAATGAAT+GGG 0.453257 8.1:+70366838 MS.gene019532:intron
ACGAACCCCGTTTGTAATGA+TGG 0.456335 8.1:-70364930 None:intergenic
TTAACAATGCTGGGATTAGC+GGG 0.461131 8.1:+70358401 MS.gene019532:CDS
GATGATACATTCACTACTCT+TGG 0.462961 8.1:-70359393 None:intergenic
GTTAACAATGCTGGGATTAG+CGG 0.466695 8.1:+70358400 MS.gene019532:CDS
GTTAAACAGTTAGCTTCAGC+TGG 0.466868 8.1:+70356816 MS.gene019532:CDS
AGAAGCTTTGGCAACAGTAT+AGG 0.473733 8.1:-70359709 None:intergenic
GTTAGGCAGTTAGCTTCAGC+TGG 0.474351 8.1:+70363904 MS.gene019532:CDS
TGCATCAACTGTGTTTGCCC+TGG 0.476427 8.1:+70359777 MS.gene019532:CDS
ACTTCAGCCATCATTACAAA+CGG 0.479576 8.1:+70364923 MS.gene019532:CDS
CTATAGGCAGCAAAATATCT+TGG 0.480280 8.1:-70366971 None:intergenic
TAGAAAGAAAAGGATGGCCT+AGG 0.482082 8.1:+70359676 MS.gene019532:CDS
CAGTGATGTTGAAAACCTTA+CGG 0.483046 8.1:+70366874 MS.gene019532:CDS
AAGGAGCTGCAAATCCAGTT+AGG 0.483475 8.1:+70359850 MS.gene019532:CDS
AGAGTAGTCAATGTATCATC+AGG 0.484821 8.1:+70365558 MS.gene019532:CDS
TTGGTGAATCAGACAATTGA+AGG 0.485751 8.1:-70365536 None:intergenic
TACATCAATTGTGTGTGCCC+TGG 0.487696 8.1:+70367055 MS.gene019532:CDS
ATCAGATGATGAATTGAAAA+GGG 0.496679 8.1:+70365425 MS.gene019532:CDS
GTATCAAATGAATGGGCTAA+AGG 0.497772 8.1:+70359567 MS.gene019532:CDS
CATCTATTCTCTCTTCCGTA+AGG 0.499962 8.1:-70366889 None:intergenic
GTTAACAATGCTGCGATTGG+CGG 0.502245 8.1:+70364872 MS.gene019532:CDS
ACAATTGAAGGAGGGGAAGA+AGG 0.507360 8.1:-70365524 None:intergenic
GATGATACATTGACTACTCT+TGG 0.507830 8.1:-70365555 None:intergenic
GAAGGGTCCTTAGGAAGAAA+AGG 0.508382 8.1:+70366944 MS.gene019532:CDS
CTGGAGCAAACAAAGGAATT+GGG 0.510552 8.1:+70356784 MS.gene019532:CDS
GTATCAAATGAATGGGCTAA+AGG 0.511039 8.1:+70366845 MS.gene019532:CDS
AAGTCCAGATGGACTACCAT+TGG 0.511537 8.1:-70367164 None:intergenic
GAAGGGTCCTTAGAAAGAAA+AGG 0.512136 8.1:+70359666 MS.gene019532:CDS
GGTTTCTTTACAGCAGAAGA+AGG 0.512261 8.1:+70367109 MS.gene019532:CDS
CTTTGCGGTAATTCTTGTGT+AGG 0.515707 8.1:-70367017 None:intergenic
ATCAGGAGCGGGTAGGATAG+AGG 0.520296 8.1:+70365575 MS.gene019532:CDS
TCATGTAGGTTAACAATGCT+GGG 0.521945 8.1:+70358392 MS.gene019532:intron
GCAGCTTGTATCAAATGAAT+GGG 0.524347 8.1:+70359560 MS.gene019532:intron
CAGGTGCAAACAAAGGAATT+GGG 0.528013 8.1:+70363872 MS.gene019532:CDS
AAGGTGCTGCTCATCCTGTA+AGG 0.528127 8.1:+70367128 MS.gene019532:CDS
AGTCCAGATGGACTACCATT+GGG 0.533174 8.1:-70367163 None:intergenic
ATATCAGTCTTAACATAACC+AGG 0.548337 8.1:-70359795 None:intergenic
CATTCAAATAAATTATTATG+GGG 0.549783 8.1:+70359320 MS.gene019532:CDS
CATTCAAATAAATTATTATG+GGG 0.549783 8.1:+70365482 MS.gene019532:CDS
TTCTGTGAGGTTATCAACAT+CGG 0.554378 8.1:-70359598 None:intergenic
TTGGTGAATCAGATAATTGG+AGG 0.560460 8.1:-70359374 None:intergenic
GAATCAGATAATTGGAGGAG+GGG 0.565812 8.1:-70359369 None:intergenic
TGGACTACCATTGGGAAGCA+GGG 0.567792 8.1:-70367155 None:intergenic
GAATCAGACAATTGAAGGAG+GGG 0.570945 8.1:-70365531 None:intergenic
GTCAATGTATCATCAGGAGC+GGG 0.571810 8.1:+70365564 MS.gene019532:CDS
ACATCAAGAGATGAGAAAAG+AGG 0.576041 8.1:+70356855 MS.gene019532:CDS
TGAATCAGATAATTGGAGGA+GGG 0.578854 8.1:-70359370 None:intergenic
TCCCAGATGAAGAATTGAGA+AGG 0.579362 8.1:+70359262 MS.gene019532:CDS
GTATAGGCAGCTGCAAACCT+AGG 0.579605 8.1:-70359693 None:intergenic
ACTGCAAGAGATGAGAAAAG+AGG 0.580383 8.1:+70363943 MS.gene019532:CDS
GTGAATCAGATAATTGGAGG+AGG 0.586325 8.1:-70359371 None:intergenic
TAGGTTAACAATGCTGCGAT+TGG 0.597415 8.1:+70364869 MS.gene019532:intron
CTTCTGCAATCATGACGAGT+GGG 0.598898 8.1:+70358452 MS.gene019532:CDS
GAAGTTAGGATACTTCTTTG+CGG 0.605481 8.1:-70367032 None:intergenic
TCTCTTCCTCAGGTATGCAG+TGG 0.615491 8.1:+70363846 MS.gene019532:intron
TGAATCAGACAATTGAAGGA+GGG 0.616623 8.1:-70365532 None:intergenic
TTTGACAAAATCTGCAAGAG+AGG 0.617844 8.1:-70364055 None:intergenic
AGTATTTCATCAACTAGATG+TGG 0.618005 8.1:+70356926 MS.gene019532:CDS
CATCTATTCTATCTTCTGTG+AGG 0.618244 8.1:-70359611 None:intergenic
CCCAGATGAAGAATTGAGAA+GGG 0.618468 8.1:+70359263 MS.gene019532:CDS
GGTATGTTGACAGTAGAAGA+AGG 0.620939 8.1:+70359831 MS.gene019532:CDS
AGGTTAGCCCTGCTTCCCAA+TGG 0.621227 8.1:+70367148 MS.gene019532:CDS
GGTCCTTAGGAAGAAAAGGT+TGG 0.622258 8.1:+70366948 MS.gene019532:CDS
GTGAATCAGACAATTGAAGG+AGG 0.627903 8.1:-70365533 None:intergenic
ACACAGTTGATGCAGAAGGT+AGG 0.629564 8.1:-70359768 None:intergenic
GCAAACACAGTTGATGCAGA+AGG 0.634669 8.1:-70359772 None:intergenic
ACTTCTGCAATCATGACGAG+TGG 0.638146 8.1:+70358451 MS.gene019532:CDS
GTGGTGACAGGTGCAAACAA+AGG 0.642353 8.1:+70363865 MS.gene019532:CDS
ATGTATCATCAGGAGCGGGT+AGG 0.653922 8.1:+70365568 MS.gene019532:CDS
TTGCAGAAGTGAATAAATCA+CGG 0.657607 8.1:-70358438 None:intergenic
GTGGTGACTGGAGCAAACAA+AGG 0.662474 8.1:+70356777 MS.gene019532:CDS
AGCTTCAGCTGGAATCAAAG+TGG 0.664366 8.1:+70356827 MS.gene019532:CDS
AGCTTCAGCTGGAATCAAAG+TGG 0.664366 8.1:+70363915 MS.gene019532:CDS
AGTCAATGTATCATCAGGAG+CGG 0.665325 8.1:+70365563 MS.gene019532:CDS
GGTCCTTAGAAAGAAAAGGA+TGG 0.668688 8.1:+70359670 MS.gene019532:CDS
TTCTGCAATCATGACGAGTG+GGG 0.669660 8.1:+70358453 MS.gene019532:CDS
TAACAATGCTGGGATTAGCG+GGG 0.680861 8.1:+70358402 MS.gene019532:CDS
TTCAGCCATCATTACAAACG+GGG 0.683781 8.1:+70364925 MS.gene019532:CDS
TATCAGTCTTAACATAACCA+GGG 0.713837 8.1:-70359794 None:intergenic

CRISPR-GE

badsite warning sgRNA_sequence Strand Position Region GC_content


Chromosome Type Strat End Strand Name
chr8.1 gene 70356662 70367219 70356662 ID=MS.gene019532
chr8.1 mRNA 70356662 70367219 70356662 ID=MS.gene019532.t1;Parent=MS.gene019532
chr8.1 exon 70356662 70356681 70356662 ID=MS.gene019532.t1.exon1;Parent=MS.gene019532.t1
chr8.1 CDS 70356662 70356681 70356662 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70356770 70357016 70356770 ID=MS.gene019532.t1.exon2;Parent=MS.gene019532.t1
chr8.1 CDS 70356770 70357016 70356770 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70358400 70358474 70358400 ID=MS.gene019532.t1.exon3;Parent=MS.gene019532.t1
chr8.1 CDS 70358400 70358474 70358400 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70359258 70359434 70359258 ID=MS.gene019532.t1.exon4;Parent=MS.gene019532.t1
chr8.1 CDS 70359258 70359434 70359258 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70359564 70359871 70359564 ID=MS.gene019532.t1.exon5;Parent=MS.gene019532.t1
chr8.1 CDS 70359564 70359871 70359564 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70363858 70364104 70363858 ID=MS.gene019532.t1.exon6;Parent=MS.gene019532.t1
chr8.1 CDS 70363858 70364104 70363858 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70364872 70364946 70364872 ID=MS.gene019532.t1.exon7;Parent=MS.gene019532.t1
chr8.1 CDS 70364872 70364946 70364872 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70365420 70365596 70365420 ID=MS.gene019532.t1.exon8;Parent=MS.gene019532.t1
chr8.1 CDS 70365420 70365596 70365420 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
chr8.1 exon 70366842 70367219 70366842 ID=MS.gene019532.t1.exon9;Parent=MS.gene019532.t1
chr8.1 CDS 70366842 70367219 70366842 ID=cds.MS.gene019532.t1;Parent=MS.gene019532.t1
Gene Sequence

>MS.gene019532

ATGGGAGAACCGACAAAAAGGTTGTATGATCAAACTTTCTCTATCATATCCAAAACATGTTTTTTGAATAATTTAGATCTTGCTTATTCTTGTGTCTCTTTTCCTCAGATATGCAGTGGTGACTGGAGCAAACAAAGGAATTGGGTTAGAGATAGTTAAACAGTTAGCTTCAGCTGGAATCAAAGTGGTGCTTACATCAAGAGATGAGAAAAGAGGTCTTCATGCTTTGGAAACACTTAAAGCATCTGGTTTATCTGATTTGGTAGTATTTCATCAACTAGATGTGGCTGATGATGCAAGTGTAGCTTCTCTAGCAAATTTTGTCAAATCCCATTTTGCCAAACTTGATATTCTGGTAACAAGAAACTTTAATAAGTTTTAAATATGTTTTAGTGAAAAAAATAATCTTTTGATTTTAGTCCATCTAAAAGTTTTAACATTTTTTAGTCTTAACATTGGTCGATTCTATGATGCATAAATGAGACAAGTCTTGTATTATGAAGTTAGTATCCATTGTTGATCAATAAATATCACCATTAAATCAAATGAAATTTATCGTAATTATTTGATCCAATGATGAAAAAGACATGTATGCATGCATGGTGCAAGATCATTTTGTGCATTTTAGACAAAGACCTAAATACTATACGACAGTGTGCTGATAGTTTTACATAAGAACTATAAAGCATCTTATCTTATTTTTATATATTTTGAGGATTAAAAATTGATACTTTTTTGTGGAGTCATATTTCTAAGATGTATAGACATATTTAACCCATTAATGAATTTATATACACTAGTAACTGAAGAAATATATAGCACATCTTGAAATTTTTACACATTAGACTAAAGTGAAACGTTAATTCACTTGATATTGTATTTACCAAAACACATACAGCTACATTAAATTTTCCATTTGCATGATTTAAAATATTGTTCTATAGTTTTTTCTATCTTCTTTAGGTTTCATTGTAAGTCGGGAAGTTCATCGTGCTATTCCAGTTTTTTATTTATTTTAATTCATTTATGCAAGTCATTTCCCTAGGCATGGTAAAGGGACCCACACCCTTGGGTGCCATCCCGATTCCATAACCACCCGTGACTTTGATGGAAAATACCTTTTTTCATAGGGTTCGAGTTAGAGTTTTTTTTCCTGATATGCACTATGAGAGATGTTGATGGTGCTGTTGAGGATGGAGACATGATAATACAAATTTGAGGATTGGGAGTGGGGAGTAACCATCATCCCCAGTCATATCAAATGTCACATGCTCTCTGTATAAGTGGGGGGCAGAGCCTTTCCTATGTTGGAACCAATACGGAGATGTATGATTCAATGATGGATTCAACCTATGTGGGGGTTTGGATGGGGCCCGTATCTTTGAGTTGCATATGTGGGTTGGCCTTTGTACGGTTATTTTCTTTTTGTTTTTGTTGTTCCTTTTGTTATTTGGGGTTTCCGTTTCTTTTCTTGGTTTTGGTGCTTGGGTGGCAGTCCCCTGCGTTGGGTTCTTCAACCCTGAGATTGTTTTCGATTCTTTTTCCGGTGTTATATATTCTTTTGAAATTAAAAAAAAAATGTTGCATTTCATAGAGTTGATAATACTTATTTTAGTATTAAATAGGCTAGTTTCCATTTAACCAGCTTGATAATATTTTTTAAGTCGTTATAAGTTCCTTACTAGAGTTGATACATGTTGTTTGTATATATTTCTTGAATAAAGATTGTATCATGTAGGTTAACAATGCTGGGATTAGCGGGGTTGAAGTTAAAGACCGTGATTTATTCACTTCTGCAATCATGACGAGTGGGGTTAGTGTATAAAAACTTTGAAACTTACCTATGTTGTGTATCTATTGAATAAAAGTTTAAAAGTTGATTGCATTTGCACTAATTCGATGCTGATCGATTTGCTACTTTTTTTAATCAATTTGAACATCCATCATAAATATGTACTGGAAATTGTATTAAGATTTTTTACCAACCAAAACACTAAATTTCAATATTTCTCATAAGTATTATTTGACTTGATAACTAACAATAATACAATGAAGATTCTTATTGTTTCTGGTCATGTCTGTGTAGTGCTATGCCATTCTTTTGGACAATGGAATATATTGGGTGTTTTAATTTATTTGGTCTTGCAGCCACGACGATATGTTTATGGGTGGAGTATGAATTCTCTATAGTGGCGGAACAGTGCAATTGGTTGCACTGATGCAATAGTTTCAAAACCGTTGGATCTGACTGCATGTGGATATCCAACGGTTTTTTAGCCGCCTTACCATCATTGCACAAGATAAATGTCATGATATTTTTTTATTTTTTTTTTAACATCAATGTCATGATATATTCAATATTGTATCCCACAAAGCCAAAGTAAAAGCATTGGTTTTCTCCCTTCCCTATGAATAAACCACCTCACTACATGAAAATGTCATGATGTATGAGAATTAAACTAGTGTATAAGTTGTCTTGTTAAATTTGAAAATGGATTATTATATTGAATAGTTATGTTTTTAGGATGGGGATATTTTTATTGGTCTTAAGAACATCTAAAATGGTTTTGATTTTTGAGTTGTGCTCATCTTGCAGGCACTCCCAGATGAAGAATTGAGAAGGGCAGTAACACAAAATTTTGAGTCAGCTAAAGAATGCATTCAAATAAATTATTATGGGGCTAAAAGAACATTTGAATATCTTCTTCCCCTCCTCCAATTATCTGATTCACCAAGAGTAGTGAATGTATCATCATTTTTAGGCAAGATAGAGGTGAGCTAACTTGTAATTTTTTAATTTTTCTAAGCACATGCACAGATGCAATTTGTTATTTTGTTTATGTTTTTAACTCAATTTCCTTTGACCAAATTTGCATTATCACTAATATTGATGTCCAAGCAGCTTGTATCAAATGAATGGGCTAAAGGAGTCTTAACCGATGTTGATAACCTCACAGAAGATAGAATAGATGAAGTGATAATGGAGTTTATCAAAGATTTTGAAGAAGGGTCCTTAGAAAGAAAAGGATGGCCTAGGTTTGCAGCTGCCTATACTGTTGCCAAAGCTTCTATGAATGCCTATACAAGAATTCTTGCAAAGAAATATCCTACCTTCTGCATCAACTGTGTTTGCCCTGGTTATGTTAAGACTGATATGACTACTAATACTGGTATGTTGACAGTAGAAGAAGGAGCTGCAAATCCAGTTAGGTTAGCACTACTTTCCAATGGTAGTCCATCTGGCCTCTTCTATAGTCAGAACAAAATCTCTTCGTTTTGATTGATATTTTTTTAGAGAATTTTAACAATTGTCCTTGGAGTGGAGTTTATGTAATCCAAATAGGTTCTTTTGTAGAGAAAATGATGTATTAGTACTTTGACCGATGTTTGACTTGTATCTTGCTACAAGATAATTTTTTTTTTTAATTCCTTAAACAATTTCCTTAAAACACTTATTATTTTGATTCATAAATATATATTGTATGATTTTATGGATTATGAAAGTGTTTCATGGGCAACATGGCCATTGCCCCAAGCCGTTCGCTAACGCAGATATCCAACCTGAAATTCTATAGAATTTTGCAAGCTACTCCCTCCGTTTCAAAATGAGTGTCGCTTTAGCAAAAAAAAATTGTTTCAAAATGAGTGTCGCTTTCGGTTTCCAATGCAATAATAACTTTTTCTTTTCAATTGTACCCTCCAATTAATACTCTGCACACTACTTCCAAAGTATTACTTTTAAAACTAACCAATAGTTAATAAGGATAATCTGGTAAAATAACCATTCTTTTTCTCTTAATCATTGCATTTCTTAATATGTGTGTAAACACCTTAAACGACACTCATTTTGAAACGGAGGGAGTAATATAATGTAGGCTTTGAGACTATCAACTTGCCACACCAATGATTCCTATTAACTCCAAAGCTCCACTTTTATGGCTACTAAACCTAATCAAAAGCTCACAATCCGGGACTGATAAATTTAACAATATCTCAAGCAAACCCGCGAATGACCAAAACTTAGGCAGCAGTAGAATGTTAATAGAGACCGGATAAATGTCCGAAAATTATGCATAAACATTGAAAAAAATTCTATATGATTACAAATATAATAATATGAAATTAAGAAAAAAATCTTGCCTTAAAACACTATGGAAAATAAAAAATACAAATTTAGACAACAAAAAATTAGCTGATTAAAAGTTGTAGACATCACAAAGTTGACAAGAAATATGTTAACCTAAGTCACCACCAACTTAAAGTTAATGTGACACTTTATAGTTTATAAACAACATCATACTACACCTTTTGATTGATGTTGGATTATTTTTAGTGGCTCTTTTCTTGTTCAATGGTATGTATGTCTAACTCAATGCCTGGGCCGTTACACCAACTCAAATAGGCTAGTTAATAGACGAAAACGATTAGAGGTAATATATATGGTCTTTTTGTGAATGACAGAAATTTCAGTTAATTGTTTAAGGTATGTTTGGATTAGGCTTATTTTGAGTTTATGGAAATAAATAAGCTTTTATATATTATTCATAAGTCTCTAAATGTAGTTTATGAAAAAAACAGTTTACAAAGATACAATTTTTATTAATGAGAACTTATAAATTAACAAGAAAGTTTATTGATTTGCATAAGTTGTTTCGCCTAAGTTCATAATAAGTCTAATCCAAACGGGCCCTTAGTCGTAGTGATCACTTATAGTATTTGGCTTGCCCAGTTTTATCTTCCCCTCTAATTGACACCATTACAACACGATATGTGTTGAAGTTGGGTTGTCAACACGTTGGATTTCATCTAATAACTTATAAAGTAACATATCATAGCAAGTGACGGATCTATAAATTTTGACTTTGAGGGGCTAGATTTTTTACGATAAATATTTGCACATATAACTTTTTATCGAAGTGATAAAATAATAACATCATTATCATTGAGGTAAAATACTTTAGATTATAAACATTGTACTGTTAAAAAAAATTAAAGATTGCTTAATATCTACAAATTAAAATTGTTTTTTTATGTGTCTTTATATTTAAAGACTGCTTACTATCTATGTTCCTTAAAGAGTGTCCCGGGGGGACTCGTTAACATTTCCCTATTTAAAAAGTATGGTAAAAATCATTCACATTTTCATCTCAAATGCATTTACACATTTGATTTTATAAAATTCATGAGAGTAACTCTTTTCATAGTATAAATTATCAATTAGTGAAGACAATCTATTATTTTAAGAGGGGGCTATAATTAAAATATCAAAGACTTTTTTTTAGAGAAAAATATCAAAGACTTAACAAACATATCCTCGTGAGCTTAGCTCAGTTGGTATGGACAATGCATAAAAATATGCAAGGTCCGGGGTTCAAACCCCGGCCACCACAAAAAAAAACATACTAGGAACATTAGTGGGAGCATTTTCCACTAATCTACTATAAATAGATTTGTCTTTAATCATAGTTTGAATTTTTAGAGAGATATACACATTTAATGTTCAAGATGTCTCAAATAGGATTAATACAAGTAGAAGATATTTATAAATTTTTTTTTATATATTTTAAACATTTTAACATGTGCAATTTGTACATGATAGAATGTTCAAGATGTCTCAAATAGGATTAATACAAGTAGAAGATATTTATAATTTTTTTTATATATTTTAAACATTTTAACATGTGCAATTTGTACATGATAGAAAAACCCAAAAAATAAAAATAAAACATGGATATTAATAAAGGAGTCAACTAGAGCAAAATGATAGTATGTTGTGTTGTCGTGTGGAGGATAAGCAAGGGCAAATTAGAATTTTCGTGTGTGGTTGAGTGATTCCCAAGAGAAGAAAATATGACTTGAACGCATCTTCAAATGCCTGAGGCCGTTATATCAACTCAAATTGGCTAACTAATAGACGAAAAAGATTAGTGGTATGGTCTTTTTATGAATGACAGAAATTTCAGTTAATGGGTTATGTCCCGTTTGGATTAGACTTATTTTGAGCTCATGCAAAATAGCTTATGCAAATAAATAAGCTTTCATATATTATTCATAATTCTCTAACTGTAGTTTATAAAAAAAACAGTTTAAAAAGATACAATTTTCGTTAACGAGGACTTGTAATGAATATAAATTTTCGTTAACGAGAACTTATATTATTCATACTCTAAATATAAAGACGGATAATAGATATAATGGTAACCATAAATAGTACAAGATATTCCACAACATAGGTAACTTTCAAAACTGCTTACCATTCCACAAGTAGAAGACATTTATAAAAAATTAAATAAAATAAAATAAATTAAAAACAAAAGAAAAGATAGATACACCCTCCGTTTCAAAATGAGTGTCATTTTAGCAAAAAAAAATATGGGTTAAATATGTTTTTGGTCCTTATAAATATACCAACTTTTTATTTTAGTCCCACTAAAATTTTCCTTCAACTTTTAGTCCCTATAACGTTTTCCATCACTACTTTTGGTCCCTATATTAAAGTAAACTCATATGTATAATTCATATTTTTGAATGAAATTTTGCAGAAAAATTCATAATATTATAAGAATCTCTCCCAAAAATATTTAGAATTTTTTAACAAAACATGAATTTAATATGAATTTTTATATTTTTAATGGTTAAAAATTCATATTAAATTTATGTTTTGTTAAAAAATTCTAATTTTTTTGGGAAAGATTTTTACAATATTCTACACATTTCTGCACAATTTCATTAAAAAATACAAAATTTAACTTTAAAATAGGGACCAAAAGTAGTGATTGAAAATTTTATAGGGACTAAAAGTTGAAGGAAAATTTTTGATGGACTAAAACGAAAAGTTGATATATTTATAGGGATCAAAAACATATTTAACCCAAAAAAAATTTGAAAATAAATGTCAATTTCAGTTTGTAATGCAATAAATAAAGGTGTCAACTAAATCAAAAATGATAGTAATGTTGTATTGCCGTGTGGAGGATAAGGAAGTACAAATTAGAATATTTGTGTGTGGTTGAGTGATTCCCAATTTGAAGAGCACCTTCAAATTTCCCAAGTTAACATTTGCACTTGTTGAGTTCCTACAGAATATGGGAGAACCGAGAGAAAGGCAGGAACAAATTTACTTTAGCATATCCAACAAAACTATGTTTTTGAATCATATAGACTTTTTTAGTAATCCTTGCGTTTCTCTTCCTCAGGTATGCAGTGGTGACAGGTGCAAACAAAGGAATTGGGTTAGAAATAGTTAGGCAGTTAGCTTCAGCTGGAATCAAAGTGGTGCTTACTGCAAGAGATGAGAAAAGAGGTCTTCATGCTTTTGAAACACTCAAAGCTTCTGGTCTTTCTGACTTTGTTGTCTTTCATCAACTAGATGTTGCTGATGCTGCAAGTGTAGCCTCTCTTGCAGATTTTGTCAAATCCCAATTTGGCAAACTTGATATTCTGGTGAGTAATTGCATGCAATGTTTGTCACATGTTCAATTGCATGTTACTGTGCTTAAGGATTTGGATTTTAAAGATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTTTATTATTATTTTATTTTTTTTATTATTATTATTATTTCTAGTATTATTATTATTTTATTTTTTTATTATTATCATCATCATTCTGCAAACAAAGCCTGTGTTTGTTCGATCTATATCCAAAAATTTTAAAACAAATTATATTTGTTTTGTTAGTATTGAAGATGCATAAGACTGGTAAGCTAGAGTTCCAATGTTCTATGGCTTGGAATTTCTTTGGTTCTTGTAATTAAGGGTATTTCAATATTTATTTTGTATGAATTATTTACTATTTTAAAACAAATGAGGTCTCAAAAAAAAATCAGAGGGGTCCCACAGAAAATGAAAACAAGATAACATGAGGTTGAGGACTATGATAGGAGTAGAGTTCTGTCTTCCCTTGTCTTATACAATGTCATGCTGTTCTATATTTGATTGGTTACTTTTATTAGAGTTGATAGTCCCGCCTAAGTAGGTTTGTTGATGAGTTAAAGGACATTTAAGATAGGTCATTAGTTTGATCTCCGAAAATTAATATTTTCTCTTCTTCTCTAACAAATTTATTAACAACTAACATTTGTATATAAAAAATAAAAATAAAAACTTATTAGAGTTGATAAATGTTGGTTTGTTTAATTTGTACATATTGTGTAGGTTAACAATGCTGCGATTGGCGGATTTGAAATTAAAGACAGTGATTTATTCACTTCAGCCATCATTACAAACGGGGTTCGTATATACATCAACACATGTTATGAATCTAGTCAATTATAGATGCAGAAATTGTATTACCTGAAATTGTATTACCAATTGTTACTCCCCTCCATCTCAAAATAATTAAGTTATTTGTAAAATAATTGATCGATTTCACTTTTCAGTACAATACTAATTATTTTTTTCAATTATACACTATAATTAATACTAATTTCATCTCATTCAATTCAATATTTTTCACTTTACATTTATGATAATGGTAAATGCATTTAAAACTATTTTTTTTCTCTCTTTCACTTACATATTTTTTTTAATATGTGAAATAATCAAATGACTCAATTATTTATAGACTCACCAAATTTCGATATTTTCCATTAAACATTTTCCTCGATATTTACCACTAATGCACTAATGATTTAAAGATGTCATGACATGTGTGAAGTAAGTCTACAAGTTGTCTGAGTATTTGAGTTGTTCTTACTACGTAGGCACTATCAGATGATGAATTGAAAAGGGCAATGACACAAACATACGATTCAGCTAAAGAATGCATTCAAATAAATTATTATGGGGCTAAAAGAACATTTGAATACCTTCTTCCCCTCCTTCAATTGTCTGATTCACCAAGAGTAGTCAATGTATCATCAGGAGCGGGTAGGATAGAGGTAAGCTAATTTCTACATAAATAAATTCTTAAGAGTGAATAAGCTTGTATTATAGAGTTTTAGGACATTACAAAAACTTCGTCAAAATTTATTTTGACTTGGAAATAAAAATGAAAAAATGAAATAAAATTCTTCTCTAATTCTATCATCCTTAGATTATAGAGTCAATTTTCGAAGTCCTAACTTGACTTGTATTTCAAGAGAGAAGCAATGTTAAGGCCCTAAGAATATAGGCCTAAATAGAAACTTAGTTAATTAGTGCCCCCAACTCATTATGTTACGAGAGATATTAATAAATCGAATATAATATCTCCGTCTCTAAATATATGATCTTATTCACTAAATTACATGAATAAGAGTCTGTTTTGATGGGATAATTGAAAATGTTAAAGAATTTACAATCATAGACAATTTAAATGATTCTGTTCAATTGCATTCATTTCTAAACGGTTTTTATGTGACATAGTACTAAAAGATTTCTATCATTTGAAAAAACGAGGCCAATTTGTAAGTATTGAAAATCTTGAGGGGCCAGTTCATAATTTTTGAATTTTTGAGTGGTTGATTTGTAATTTTTTATTAAAAAATGGTCCAGTTATAATTTGAAATTTTTTATGGGTCATCTTGAAAACTTTTGAAAAATATGGGGAACAACTTGCAAAATGTTGAGGGATCTCTGAATTGAACTTACAAAATATTTCACAAATTTTCACTATTTTAAAATTTTCTAAATTATCCATTCAAACAATAGAATTTACCTAAAATGATTTGAATTTCCCTAAAATATTAAATTACCTCAAAACATTCTCTCATTCAAACACACTAAGAAGTTGTAATAATATTAATTTATTTTAAAAATTGTTGTTGTTAATTTTATAATTATACCATTCGGGAAAAGAAAATTAGTTTATATTCACAATATTATTATTGATTATAGAAAACTATATTTTTTTTTGTGGTGGCCGGGGGTTTGACTTTGAACCTCGGACCTTGCATATATTATGCATTGTCTCTACCAACTGAGATAAACTCACGAGAACGATTATAAAAAACTATATAATATAACTAGGAGTATGTTGATAAGAAAATAATCAATACAACTAAATTATTGCTGGAGGTAGTATTTTTTTAGGCTTTCATCGAAGCTTTTATAGGTACATATTTTGTTATTTAGATTATGTTTTTACCCAATCTTTTTTAACTAACTTGTCATTATCATCTATATTGGTTATTGTGTCAAATTAGTTTGTATCAAATGAATGGGCTAAAGGAGTCTTCAGTGATGTTGAAAACCTTACGGAAGAGAGAATAGATGAAGTAATAAAGGAGTTTACCAAAGATTTTGAAGAAGGGTCCTTAGGAAGAAAAGGTTGGCCAAGATATTTTGCTGCCTATAGTGTTGCTAAAGCTTCAATGAATGCCTACACAAGAATTACCGCAAAGAAGTATCCTAACTTCTACATCAATTGTGTGTGCCCTGGTTATGTGAAAACAGATATAACTGCTAATACTGGTTTCTTTACAGCAGAAGAAGGTGCTGCTCATCCTGTAAGGTTAGCCCTGCTTCCCAATGGTAGTCCATCTGGACTTTTTTATAGCAGGAATGAAGTCACTTCATTTTGA
Protein sequence

>MS.gene019532.t1

MGEPTKRYAVVTGANKGIGLEIVKQLASAGIKVVLTSRDEKRGLHALETLKASGLSDLVVFHQLDVADDASVASLANFVKSHFAKLDILVNNAGISGVEVKDRDLFTSAIMTSGALPDEELRRAVTQNFESAKECIQINYYGAKRTFEYLLPLLQLSDSPRVVNVSSFLGKIELVSNEWAKGVLTDVDNLTEDRIDEVIMEFIKDFEEGSLERKGWPRFAAAYTVAKASMNAYTRILAKKYPTFCINCVCPGYVKTDMTTNTGMLTVEEGAANPVRYAVVTGANKGIGLEIVRQLASAGIKVVLTARDEKRGLHAFETLKASGLSDFVVFHQLDVADAASVASLADFVKSQFGKLDILVNNAAIGGFEIKDSDLFTSAIITNGALSDDELKRAMTQTYDSAKECIQINYYGAKRTFEYLLPLLQLSDSPRVVNVSSGAGRIEFVSNEWAKGVFSDVENLTEERIDEVIKEFTKDFEEGSLGRKGWPRYFAAYSVAKASMNAYTRITAKKYPNFYINCVCPGYVKTDITANTGFFTAEEGAAHPVRLALLPNGSPSGLFYSRNEVTSF