AlfalfaGEDB | MS.gene94247

M. sativa cultivar XinJiangDaYe / MS.gene94247

KEGG: -
GO: GO:0003674 GO:0003676 GO:0003677 GO:0005215 GO:0005488 GO:0005575 GO:0006355 GO:0006810 GO:0006857 GO:0008150 GO:0009889 GO:0010468 GO:0010556 GO:0015833 GO:0016020 GO:0019219 GO:0019222 GO:0022857 GO:0031323 GO:0031326 GO:0042886 GO:0050789 GO:0050794 GO:0051171 GO:0051179 GO:0051234 GO:0051252 GO:0055085 GO:0060255 GO:0065007 GO:0071702 GO:0071705 GO:0080090 GO:0097159 GO:0110165 GO:1901363 GO:1903506 GO:2000112 GO:2001141
PFAM: PF00854.24 PF05920.14 PF07526.14

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene94247.t1	XP_003623153.1	96	528	15	1	1	528	1	522	2.60E-289	1005

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene94247.t1	P0CI03	67.0	522	163	5	9	528	16	530	7.7e-205	715.7

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene94247.t1	G7L5K4	96.0	528	15	1	1	528	1	522	1.9e-289	1005.0

TFs/TRs:

Gene ID	Type	Classification
MS.gene94247.t1	TF	HB-BELL

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene055163	MS.gene94247	0.890136	1.29E-73	-1.69E-46

PPI:

Gene1	Gene2	Type
MS.gene94247	MS.gene76513	PPI
MS.gene94247	MS.gene011636	PPI
MS.gene94247	MS.gene61500	PPI
MS.gene94247	MS.gene36331	PPI
MS.gene94247	MS.gene23175	PPI
MS.gene94247	MS.gene47803	PPI
MS.gene033172	MS.gene94247	PPI
MS.gene94247	MS.gene033170	PPI
MS.gene047248	MS.gene94247	PPI
MS.gene94247	MS.gene033171	PPI
MS.gene94247	MS.gene34999	PPI
MS.gene94247	MS.gene85126	PPI
MS.gene94247	MS.gene47799	PPI
MS.gene94247	MS.gene59045	PPI
MS.gene043163	MS.gene94247	PPI
MS.gene41062	MS.gene94247	PPI
MS.gene21160	MS.gene94247	PPI
MS.gene21157	MS.gene94247	PPI
MS.gene94247	MS.gene51032	PPI
MS.gene94247	MS.gene059682	PPI
MS.gene94247	MS.gene011513	PPI
MS.gene48607	MS.gene94247	PPI
MS.gene91646	MS.gene94247	PPI
MS.gene63175	MS.gene94247	PPI
MS.gene94247	MS.gene043167	PPI
MS.gene94247	MS.gene60236	PPI
MS.gene49588	MS.gene94247	PPI
MS.gene037668	MS.gene94247	PPI
MS.gene94247	MS.gene023241	PPI
MS.gene94247	MS.gene066294	PPI
MS.gene94247	MS.gene59046	PPI
MS.gene94247	MS.gene34769	PPI
MS.gene94247	MS.gene47798	PPI
MS.gene85126	MS.gene94247	PPI
MS.gene48611	MS.gene94247	PPI
MS.gene023088	MS.gene94247	PPI
MS.gene94247	MS.gene36328	PPI
MS.gene94247	MS.gene09962	PPI
MS.gene94247	MS.gene010998	PPI
MS.gene93925	MS.gene94247	PPI
MS.gene36331	MS.gene94247	PPI
MS.gene94247	MS.gene36327	PPI
MS.gene94247	MS.gene36330	PPI
MS.gene80997	MS.gene94247	PPI
MS.gene45440	MS.gene94247	PPI
MS.gene94247	MS.gene89274	PPI
MS.gene94247	MS.gene79483	PPI
MS.gene94247	MS.gene93924	PPI
MS.gene47803	MS.gene94247	PPI
MS.gene94247	MS.gene97223	PPI
MS.gene015450	MS.gene94247	PPI
MS.gene94247	MS.gene036797	PPI
MS.gene94247	MS.gene062539	PPI
MS.gene94247	MS.gene069358	PPI
MS.gene85124	MS.gene94247	PPI
MS.gene48608	MS.gene94247	PPI
MS.gene94247	MS.gene85128	PPI
MS.gene94247	MS.gene025801	PPI
MS.gene97858	MS.gene94247	PPI
MS.gene97221	MS.gene94247	PPI
MS.gene043168	MS.gene94247	PPI
MS.gene94247	MS.gene025799	PPI
MS.gene94247	MS.gene015321	PPI
MS.gene79483	MS.gene94247	PPI
MS.gene00573	MS.gene94247	PPI
MS.gene94247	MS.gene48605	PPI
MS.gene94247	MS.gene76510	PPI
MS.gene94247	MS.gene09964	PPI
MS.gene94247	MS.gene055163	PPI
MS.gene94247	MS.gene021879	PPI
MS.gene94247	MS.gene25379	PPI
MS.gene94247	MS.gene057470	PPI
MS.gene94247	MS.gene45920	PPI
MS.gene62883	MS.gene94247	PPI
MS.gene94247	MS.gene85129	PPI
MS.gene94247	MS.gene028221	PPI
MS.gene94247	MS.gene21479	PPI
MS.gene36327	MS.gene94247	PPI
MS.gene94247	MS.gene76508	PPI
MS.gene09666	MS.gene94247	PPI
MS.gene034047	MS.gene94247	PPI
MS.gene94247	MS.gene08380	PPI
MS.gene59687	MS.gene94247	PPI
MS.gene08386	MS.gene94247	PPI
MS.gene94247	MS.gene51033	PPI
MS.gene94247	MS.gene053889	PPI
MS.gene94247	MS.gene023238	PPI
MS.gene99020	MS.gene94247	PPI
MS.gene94247	MS.gene057996	PPI
MS.gene94247	MS.gene56842	PPI
MS.gene94247	MS.gene34993	PPI
MS.gene034782	MS.gene94247	PPI
MS.gene94247	MS.gene026792	PPI
MS.gene042632	MS.gene94247	PPI
MS.gene54408	MS.gene94247	PPI
MS.gene94247	MS.gene47801	PPI
MS.gene94247	MS.gene71923	PPI
MS.gene46070	MS.gene94247	PPI
MS.gene94247	MS.gene76514	PPI
MS.gene94247	MS.gene62424	PPI
MS.gene072108	MS.gene94247	PPI
MS.gene46358	MS.gene94247	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene94247.t1	MTR_7g065080	96.023	528	15	1	1	528	1	522	0.0	1044
MS.gene94247.t1	MTR_7g065050	95.671	462	17	2	595	1055	57	516	0.0	912
MS.gene94247.t1	MTR_4g019580	79.038	520	109	0	9	528	14	533	0.0	891
MS.gene94247.t1	MTR_7g065080	95.465	441	14	1	88	528	1	435	0.0	867
MS.gene94247.t1	MTR_3g069500	64.176	522	179	3	7	528	11	524	0.0	709
MS.gene94247.t1	MTR_3g069440	61.850	519	192	3	14	528	16	532	0.0	672
MS.gene94247.t1	MTR_3g069420	55.133	526	230	3	7	528	10	533	0.0	634
MS.gene94247.t1	MTR_4g019450	55.600	500	169	13	602	1055	109	601	2.77e-157	479
MS.gene94247.t1	MTR_7g098200	44.717	530	276	6	8	526	6	529	1.82e-148	456
MS.gene94247.t1	MTR_7g098200	44.318	528	271	6	8	526	6	519	2.03e-145	448
MS.gene94247.t1	MTR_7g098040	41.869	535	286	8	5	526	12	534	1.66e-139	433
MS.gene94247.t1	MTR_7g098180	42.751	538	290	7	1	526	1	532	4.85e-139	431
MS.gene94247.t1	MTR_7g098160	40.713	533	295	6	5	526	11	533	1.92e-138	430
MS.gene94247.t1	MTR_8g038880	42.633	509	263	5	33	528	22	514	5.77e-136	422
MS.gene94247.t1	MTR_7g098090	41.045	536	290	7	7	526	13	538	5.83e-136	424
MS.gene94247.t1	MTR_1g042310	41.300	523	293	7	9	522	4	521	3.81e-135	421
MS.gene94247.t1	MTR_7g098230	43.611	493	261	7	45	526	40	526	6.89e-135	420
MS.gene94247.t1	MTR_7g098220	42.458	537	291	6	1	526	1	530	2.24e-134	419
MS.gene94247.t1	MTR_1g041875	41.571	522	289	8	12	526	10	522	7.26e-134	417
MS.gene94247.t1	MTR_7g067010	40.385	520	301	4	10	523	3	519	4.42e-133	415
MS.gene94247.t1	MTR_1g075440	40.150	533	296	8	6	526	7	528	2.04e-132	414
MS.gene94247.t1	MTR_1g041815	42.065	523	287	7	14	526	10	526	1.57e-131	411
MS.gene94247.t1	MTR_3g462710	41.571	522	296	6	9	523	2	521	2.54e-130	407
MS.gene94247.t1	MTR_3g014790	40.619	517	258	5	35	528	21	511	5.59e-130	406
MS.gene94247.t1	MTR_1g041835	41.905	525	285	8	14	526	10	526	1.48e-129	406
MS.gene94247.t1	MTR_3g072300	40.377	530	302	6	4	526	1	523	4.92e-129	405
MS.gene94247.t1	MTR_4g015080	39.736	531	310	5	1	523	1	529	1.05e-128	404
MS.gene94247.t1	MTR_3g112470	41.811	519	286	7	15	527	7	515	2.23e-127	400
MS.gene94247.t1	MTR_3g112460	41.120	518	289	7	15	526	7	514	3.26e-126	397
MS.gene94247.t1	MTR_1g042310	41.942	484	267	7	48	522	6	484	2.01e-125	394
MS.gene94247.t1	MTR_4g033325	40.153	523	278	8	15	527	15	512	1.37e-124	392
MS.gene94247.t1	MTR_7g098220	43.061	490	262	5	48	526	3	486	6.40e-124	390
MS.gene94247.t1	MTR_1g042310	41.701	482	267	7	50	522	1	477	1.03e-123	389
MS.gene94247.t1	MTR_4g033375	39.147	516	286	8	1	508	1	496	1.21e-123	387
MS.gene94247.t1	MTR_4g033315	40.385	520	279	8	17	527	17	514	1.27e-123	389
MS.gene94247.t1	MTR_4g033310	40.385	520	279	8	17	527	17	514	1.27e-123	389
MS.gene94247.t1	MTR_1g041885	41.580	481	266	7	50	524	1	472	5.61e-123	387
MS.gene94247.t1	MTR_4g033395	38.566	516	289	8	1	508	1	496	4.66e-122	383
MS.gene94247.t1	MTR_0294s0020	39.499	519	283	9	17	527	17	512	6.58e-120	380
MS.gene94247.t1	MTR_3g005010	39.313	524	274	8	17	528	16	507	6.66e-120	379
MS.gene94247.t1	MTR_4g033330	39.692	519	284	8	17	527	17	514	2.43e-119	377
MS.gene94247.t1	MTR_3g112450	39.698	529	302	8	15	536	7	525	1.54e-118	376
MS.gene94247.t1	MTR_7g098150	41.722	453	247	4	5	450	11	453	1.05e-115	366
MS.gene94247.t1	MTR_7g010820	37.115	520	309	6	17	522	12	527	1.22e-111	358
MS.gene94247.t1	MTR_5g055000	36.595	511	308	7	29	527	16	522	2.76e-109	352
MS.gene94247.t1	MTR_5g014150	36.031	519	316	8	17	522	30	545	2.04e-107	348
MS.gene94247.t1	MTR_7g098200	43.230	421	222	6	117	526	1	415	3.44e-107	343
MS.gene94247.t1	MTR_4g101380	36.762	525	311	9	21	528	17	537	6.76e-107	346
MS.gene94247.t1	MTR_5g012270	36.973	522	311	8	21	528	19	536	8.29e-107	345
MS.gene94247.t1	MTR_4g098800	35.361	526	323	8	7	522	14	532	2.01e-105	342
MS.gene94247.t1	MTR_4g098800	35.361	526	323	8	7	522	79	597	5.66e-105	343
MS.gene94247.t1	MTR_2g017750	36.364	539	322	7	2	520	5	542	1.37e-102	335
MS.gene94247.t1	MTR_5g012290	38.330	527	304	12	15	526	12	532	1.54e-101	332
MS.gene94247.t1	MTR_5g038060	36.381	514	310	7	29	527	29	540	5.86e-100	328
MS.gene94247.t1	MTR_1g085090	35.867	513	313	7	29	538	17	516	1.72e-99	327
MS.gene94247.t1	MTR_1g116930	34.682	519	329	8	13	526	6	519	4.49e-99	325
MS.gene94247.t1	MTR_8g087780	36.207	522	314	6	17	520	7	527	1.39e-98	323
MS.gene94247.t1	MTR_7g005930	33.207	527	331	8	2	521	13	525	1.89e-97	320
MS.gene94247.t1	MTR_5g085850	36.047	516	304	6	17	521	16	516	2.24e-96	318
MS.gene94247.t1	MTR_7g111260	36.382	492	297	7	33	521	21	499	5.42e-96	317
MS.gene94247.t1	MTR_7g088820	34.221	526	328	8	9	521	5	525	7.16e-96	317
MS.gene94247.t1	MTR_7g088825	34.118	510	323	6	29	527	20	527	1.59e-95	316
MS.gene94247.t1	MTR_4g107670	35.150	532	315	8	15	525	8	530	3.63e-95	314
MS.gene94247.t1	MTR_8g087810	35.755	523	316	7	17	520	7	528	6.30e-95	314
MS.gene94247.t1	MTR_4g114340	37.970	532	308	11	9	528	2	523	7.40e-95	313
MS.gene94247.t1	MTR_3g462710	40.821	414	236	6	117	523	1	412	1.95e-93	306
MS.gene94247.t1	MTR_8g469480	34.661	502	312	5	35	522	42	541	1.23e-92	308
MS.gene94247.t1	MTR_4g033325	38.389	422	225	8	116	527	18	414	5.58e-92	301
MS.gene94247.t1	MTR_2g005130	33.462	517	323	8	15	526	24	524	9.70e-92	305
MS.gene94247.t1	MTR_7g006540	33.521	534	323	10	15	527	53	575	9.86e-92	306
MS.gene94247.t1	MTR_7g088790	34.469	499	317	4	33	521	31	529	1.35e-91	306
MS.gene94247.t1	MTR_6g008690	35.878	524	283	12	37	536	13	507	3.14e-89	297
MS.gene94247.t1	MTR_7g088820	35.345	464	284	7	71	521	3	463	6.58e-89	296
MS.gene94247.t1	MTR_5g038380	34.091	528	320	5	20	527	17	536	7.69e-89	297
MS.gene94247.t1	MTR_4g033325	37.621	412	222	8	126	527	2	388	8.81e-89	292
MS.gene94247.t1	MTR_4g033385	36.782	435	245	8	100	527	4	415	9.15e-89	293
MS.gene94247.t1	MTR_4g107510	32.784	546	340	9	2	531	16	550	1.46e-88	297
MS.gene94247.t1	MTR_3g100980	36.287	474	284	7	33	495	18	484	8.04e-88	294
MS.gene94247.t1	MTR_4g107580	34.257	505	315	7	35	523	28	531	1.01e-87	295
MS.gene94247.t1	MTR_7g013270	33.728	507	320	9	24	521	83	582	1.09e-87	296
MS.gene94247.t1	MTR_4g107530	31.732	583	363	12	5	561	11	584	5.45e-87	293
MS.gene94247.t1	MTR_8g469470	33.083	532	335	8	9	525	16	541	6.01e-86	289
MS.gene94247.t1	MTR_4g107610	34.503	513	315	9	33	531	33	538	9.07e-86	290
MS.gene94247.t1	MTR_8g469310	34.694	539	301	9	20	527	15	533	2.71e-85	287
MS.gene94247.t1	MTR_4g123537	35.141	498	305	7	33	525	43	527	9.69e-85	287
MS.gene94247.t1	MTR_5g038190	33.400	503	319	8	35	524	28	527	8.48e-83	280
MS.gene94247.t1	MTR_7g064780	31.099	537	348	7	7	531	10	536	2.28e-82	280
MS.gene94247.t1	MTR_7g098210	36.810	489	212	11	50	526	1	404	4.38e-82	274
MS.gene94247.t1	MTR_3g100980	34.263	502	284	8	33	495	18	512	8.74e-82	278
MS.gene94247.t1	MTR_8g103233	31.132	530	340	10	11	527	2	519	8.80e-81	275
MS.gene94247.t1	MTR_1g026740	30.315	508	332	9	33	526	19	518	6.15e-79	270
MS.gene94247.t1	MTR_1g009200	32.220	509	324	7	33	527	29	530	1.56e-78	269
MS.gene94247.t1	MTR_7g064800	31.202	516	341	6	29	531	24	538	4.16e-78	268
MS.gene94247.t1	MTR_7g088820	35.885	418	252	7	117	521	1	415	4.59e-78	265
MS.gene94247.t1	MTR_2g101650	31.250	528	336	13	15	526	12	528	2.41e-73	254
MS.gene94247.t1	MTR_2g095050	48.421	285	107	8	664	916	235	511	4.28e-72	252
MS.gene94247.t1	MTR_1g026750	30.426	516	335	10	26	526	13	519	9.46e-72	249
MS.gene94247.t1	MTR_4g024930	30.930	527	340	9	3	524	7	514	4.27e-70	245
MS.gene94247.t1	MTR_1g026770	30.099	505	336	9	33	526	17	515	5.16e-70	244
MS.gene94247.t1	MTR_1g057460	31.569	529	336	11	2	524	18	526	1.41e-69	243
MS.gene94247.t1	MTR_2g101590	31.263	499	321	10	40	523	35	526	1.76e-67	239
MS.gene94247.t1	MTR_1g057460	31.992	472	298	9	59	524	1	455	7.96e-67	234
MS.gene94247.t1	MTR_2g101610	30.337	534	345	12	9	523	2	527	1.16e-66	237
MS.gene94247.t1	MTR_7g051880	30.902	521	319	10	16	531	10	494	2.05e-66	233
MS.gene94247.t1	MTR_2g093640	31.174	494	310	8	33	512	23	500	1.20e-65	232
MS.gene94247.t1	MTR_4g011280	29.800	500	327	11	40	524	41	531	4.31e-65	231
MS.gene94247.t1	MTR_2g101640	29.317	498	334	9	40	524	32	524	4.38e-65	232
MS.gene94247.t1	MTR_0236s0050	31.780	472	299	9	59	524	1	455	4.88e-65	229
MS.gene94247.t1	MTR_7g052600	30.813	529	325	9	8	531	2	494	7.28e-65	229
MS.gene94247.t1	MTR_2g093160	30.784	510	327	9	15	512	5	500	6.31e-64	227
MS.gene94247.t1	MTR_7g051830	29.771	524	337	6	8	531	2	494	2.35e-62	222
MS.gene94247.t1	MTR_2g101560	29.963	534	347	11	9	523	2	527	1.15e-60	220
MS.gene94247.t1	MTR_8g098815	36.092	435	218	10	677	1052	185	618	2.26e-60	218
MS.gene94247.t1	MTR_2g093180	31.176	510	326	9	15	512	5	501	3.21e-60	216
MS.gene94247.t1	MTR_8g078480	44.444	288	123	7	673	931	384	663	3.52e-59	219
MS.gene94247.t1	MTR_1g023050	43.885	278	122	6	681	935	174	440	1.27e-57	211
MS.gene94247.t1	MTR_5g018860	42.509	287	132	8	673	931	330	611	2.15e-57	213
MS.gene94247.t1	MTR_4g051532	43.772	281	120	7	677	931	217	485	2.91e-56	208
MS.gene94247.t1	MTR_3g112300	41.288	264	127	6	673	914	158	415	5.46e-56	203
MS.gene94247.t1	MTR_3g112300	41.288	264	127	6	673	914	158	415	1.56e-55	204
MS.gene94247.t1	MTR_7g106320	53.061	196	82	4	739	928	250	441	4.54e-55	204
MS.gene94247.t1	MTR_3g112290	41.636	269	133	6	674	922	162	426	5.67e-55	198
MS.gene94247.t1	MTR_1g057790	45.833	288	127	7	676	942	160	439	8.88e-55	202
MS.gene94247.t1	MTR_4g033310	40.833	240	129	4	294	527	218	450	2.31e-54	198
MS.gene94247.t1	MTR_4g033310	47.027	185	90	1	17	201	17	193	1.03e-47	178
MS.gene94247.t1	MTR_1g009170	30.878	353	189	8	155	497	9	316	1.15e-43	164
MS.gene94247.t1	MTR_3g112300	37.190	242	124	6	673	892	158	393	1.63e-42	160
MS.gene94247.t1	MTR_1g016490	33.333	285	162	10	674	936	240	518	1.55e-35	143
MS.gene94247.t1	MTR_3g065350	40.127	157	90	2	336	492	1	153	2.08e-31	121
MS.gene94247.t1	MTR_3g112300	34.091	220	117	6	673	870	158	371	5.14e-31	126
MS.gene94247.t1	MTR_7g100250	65.079	63	14	2	595	649	30	92	7.41e-17	77.4
MS.gene94247.t1	MTR_8g091265	32.727	110	64	3	298	400	3	109	3.73e-13	68.2
MS.gene94247.t1	MTR_4g033390	51.020	49	23	1	480	527	30	78	3.44e-12	65.1

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene94247.t1	AT2G37900	66.858	522	164	5	9	528	16	530	0.0	743
MS.gene94247.t1	AT3G53960	63.550	524	186	4	9	528	15	537	0.0	717
MS.gene94247.t1	AT2G37900	66.302	457	145	5	74	528	2	451	0.0	643
MS.gene94247.t1	AT3G54450	38.627	510	288	4	29	527	10	505	1.58e-134	418
MS.gene94247.t1	AT3G54140	41.313	518	295	6	14	524	7	522	3.91e-132	412
MS.gene94247.t1	AT3G54140	41.313	518	295	6	14	524	7	522	3.91e-132	412
MS.gene94247.t1	AT2G40460	41.188	522	291	5	14	528	7	519	1.37e-128	403
MS.gene94247.t1	AT5G46040	38.931	524	304	6	13	526	9	526	3.02e-127	400
MS.gene94247.t1	AT5G46050	39.122	524	303	6	13	526	9	526	7.66e-127	399
MS.gene94247.t1	AT1G62200	40.927	518	289	6	16	524	37	546	1.03e-126	399
MS.gene94247.t1	AT2G02040	40.577	520	297	6	14	524	24	540	1.89e-125	395
MS.gene94247.t1	AT5G01180	38.740	524	311	5	8	524	2	522	1.79e-124	392
MS.gene94247.t1	AT5G01180	38.740	524	311	5	8	524	2	522	1.79e-124	392
MS.gene94247.t1	AT5G01180	38.740	524	311	5	8	524	2	522	1.79e-124	392
MS.gene94247.t1	AT1G62200	39.633	545	287	8	16	524	51	589	1.45e-122	389
MS.gene94247.t1	AT1G62200	39.633	545	287	8	16	524	37	575	1.49e-122	389
MS.gene94247.t1	AT1G72125	39.575	518	289	7	19	527	17	519	2.19e-120	381
MS.gene94247.t1	AT2G02020	37.833	526	287	6	1	522	13	502	5.21e-115	366
MS.gene94247.t1	AT1G22550	39.739	536	288	9	9	527	5	522	8.53e-115	366
MS.gene94247.t1	AT1G22570	38.175	537	302	9	2	527	6	523	2.00e-112	360
MS.gene94247.t1	AT1G72120	38.577	534	295	10	3	527	6	515	5.19e-112	358
MS.gene94247.t1	AT1G22540	38.196	521	289	9	19	528	18	516	5.76e-112	358
MS.gene94247.t1	AT5G02030	48.193	498	189	16	610	1055	95	575	3.77e-110	354
MS.gene94247.t1	AT1G72140	37.736	530	273	11	19	527	22	515	1.12e-108	350
MS.gene94247.t1	AT1G72130	38.521	514	274	11	23	527	16	496	1.72e-107	346
MS.gene94247.t1	AT1G32450	35.283	530	326	9	7	522	15	541	5.34e-105	342
MS.gene94247.t1	AT1G22570	37.600	500	287	7	39	527	1	486	8.86e-103	333
MS.gene94247.t1	AT1G12110	38.058	515	301	9	21	521	17	527	1.91e-100	329
MS.gene94247.t1	AT2G02020	35.361	526	279	8	1	522	13	481	8.67e-100	325
MS.gene94247.t1	AT1G69870	35.628	494	305	6	33	515	53	544	5.17e-99	326
MS.gene94247.t1	AT1G68570	36.853	502	300	6	40	527	32	530	1.07e-98	324
MS.gene94247.t1	AT1G59740	35.065	539	322	9	9	531	17	543	1.10e-98	324
MS.gene94247.t1	AT5G46050	39.524	420	238	6	117	526	1	414	2.97e-97	316
MS.gene94247.t1	AT1G68570	36.419	497	299	6	45	527	7	500	2.29e-96	317
MS.gene94247.t1	AT4G21680	34.808	520	324	8	16	522	13	530	2.80e-95	315
MS.gene94247.t1	AT2G26690	35.946	523	317	9	9	522	2	515	1.06e-93	310
MS.gene94247.t1	AT1G33440	36.000	525	314	9	17	531	24	536	1.31e-93	311
MS.gene94247.t1	AT5G13400	34.757	515	316	9	30	527	63	574	4.31e-93	310
MS.gene94247.t1	AT5G14940	33.461	523	311	9	33	537	9	512	1.40e-91	304
MS.gene94247.t1	AT1G18880	34.630	540	317	12	5	527	9	529	1.04e-90	302
MS.gene94247.t1	AT5G19640	32.216	537	334	12	2	526	28	546	1.05e-90	303
MS.gene94247.t1	AT3G21670	34.933	521	315	7	17	527	15	521	1.91e-89	299
MS.gene94247.t1	AT1G27040	36.557	517	311	8	21	528	17	525	8.83e-87	291
MS.gene94247.t1	AT1G27040	36.557	517	311	8	21	528	13	521	1.13e-86	291
MS.gene94247.t1	AT3G01350	33.271	532	304	11	36	537	12	522	1.52e-86	290
MS.gene94247.t1	AT1G69850	34.196	541	327	10	8	525	4	538	1.03e-85	289
MS.gene94247.t1	AT2G26690	36.196	489	294	9	43	522	3	482	1.56e-85	287
MS.gene94247.t1	AT1G27080	33.925	507	312	11	33	527	16	511	4.54e-85	286
MS.gene94247.t1	AT1G27040	36.768	495	296	8	43	528	7	493	2.38e-82	278
MS.gene94247.t1	AT2G26690	35.084	476	295	7	54	522	2	470	4.84e-82	277
MS.gene94247.t1	AT5G62680	30.931	569	359	13	35	572	47	612	1.19e-80	276
MS.gene94247.t1	AT5G28470	31.579	513	338	7	28	531	14	522	3.04e-80	273
MS.gene94247.t1	AT1G27080	34.029	479	293	11	60	526	1	468	3.65e-79	269
MS.gene94247.t1	AT1G72130	37.157	401	218	9	135	527	4	378	1.10e-78	264
MS.gene94247.t1	AT1G72130	37.157	401	218	9	135	527	4	378	1.10e-78	264
MS.gene94247.t1	AT1G69860	32.882	517	328	7	17	527	9	512	3.25e-78	267
MS.gene94247.t1	AT1G52190	30.966	507	325	11	40	526	30	531	4.52e-78	268
MS.gene94247.t1	AT3G25260	33.068	502	299	11	21	519	11	478	5.48e-78	265
MS.gene94247.t1	AT3G47960	31.955	532	341	9	15	531	49	574	6.22e-78	269
MS.gene94247.t1	AT5G28470	31.579	513	336	8	28	531	14	520	6.36e-78	266
MS.gene94247.t1	AT3G16180	30.268	522	344	9	29	535	21	537	2.43e-75	260
MS.gene94247.t1	AT5G62730	30.642	545	324	12	3	522	26	541	3.31e-74	257
MS.gene94247.t1	AT5G62730	31.041	509	299	11	37	522	3	482	3.51e-71	247
MS.gene94247.t1	AT2G27990	45.902	305	142	7	667	963	252	541	3.86e-71	248
MS.gene94247.t1	AT3G25280	31.250	512	319	9	21	531	11	490	1.47e-70	245
MS.gene94247.t1	AT3G45650	29.828	523	336	8	5	519	4	503	2.28e-68	240
MS.gene94247.t1	AT3G45680	28.138	494	335	7	33	519	22	502	3.70e-66	233
MS.gene94247.t1	AT3G45720	28.542	487	327	8	40	519	28	500	1.87e-65	231
MS.gene94247.t1	AT3G45660	29.592	490	318	8	40	519	30	502	5.13e-65	230
MS.gene94247.t1	AT3G45660	29.592	490	318	8	40	519	30	502	5.13e-65	230
MS.gene94247.t1	AT3G45660	29.592	490	318	8	40	519	51	523	1.00e-64	230
MS.gene94247.t1	AT3G45710	27.593	511	348	8	17	519	8	504	3.41e-64	228
MS.gene94247.t1	AT1G19700	46.468	269	109	7	673	914	161	421	8.57e-64	226
MS.gene94247.t1	AT1G19700	46.468	269	109	7	673	914	161	421	8.57e-64	226
MS.gene94247.t1	AT1G19700	46.468	269	109	7	673	914	161	421	8.57e-64	226
MS.gene94247.t1	AT1G19700	46.468	269	109	7	673	914	161	421	8.57e-64	226
MS.gene94247.t1	AT1G19700	46.468	269	109	7	673	914	161	421	8.57e-64	226
MS.gene94247.t1	AT1G75410	46.792	265	109	9	672	914	162	416	2.93e-63	224
MS.gene94247.t1	AT1G75410	46.792	265	109	9	672	914	162	416	2.93e-63	224
MS.gene94247.t1	AT3G45650	28.415	549	336	9	5	519	4	529	4.84e-63	225
MS.gene94247.t1	AT2G16400	38.095	399	207	11	672	1055	109	482	6.95e-63	222
MS.gene94247.t1	AT3G45700	28.252	492	333	8	33	520	18	493	1.05e-62	223
MS.gene94247.t1	AT4G34610	46.032	252	115	6	677	914	140	384	1.23e-57	208
MS.gene94247.t1	AT4G34610	46.032	252	115	6	677	914	140	384	1.23e-57	208
MS.gene94247.t1	AT4G34610	46.032	252	115	6	677	914	140	384	1.23e-57	208
MS.gene94247.t1	AT4G34610	46.032	252	115	6	677	914	140	384	1.23e-57	208
MS.gene94247.t1	AT5G41410	36.073	438	193	17	681	1054	197	611	4.93e-55	202
MS.gene94247.t1	AT2G23760	42.966	263	114	6	677	911	237	491	1.51e-54	202
MS.gene94247.t1	AT2G23760	42.966	263	114	6	677	911	237	491	1.51e-54	202
MS.gene94247.t1	AT2G23760	42.966	263	114	6	677	911	237	491	1.51e-54	202
MS.gene94247.t1	AT2G27220	40.441	272	133	7	683	945	82	333	3.91e-54	195
MS.gene94247.t1	AT2G27220	40.441	272	133	7	683	945	82	333	3.91e-54	195
MS.gene94247.t1	AT4G36870	44.961	258	117	8	676	911	311	565	5.10e-54	202
MS.gene94247.t1	AT4G36870	44.961	258	117	8	676	911	311	565	5.10e-54	202
MS.gene94247.t1	AT3G45690	26.392	485	330	10	33	506	20	488	3.11e-53	195
MS.gene94247.t1	AT2G35940	41.549	284	128	6	655	905	168	446	2.52e-52	196
MS.gene94247.t1	AT2G35940	41.549	284	128	6	655	905	168	446	2.52e-52	196
MS.gene94247.t1	AT2G35940	41.549	284	128	6	655	905	168	446	2.52e-52	196
MS.gene94247.t1	AT2G27220	38.869	283	140	5	683	945	82	351	6.44e-51	187
MS.gene94247.t1	AT1G75430	37.634	279	143	5	675	926	10	284	8.98e-51	181
MS.gene94247.t1	AT1G75410	44.215	242	103	9	672	891	162	393	1.80e-50	184
MS.gene94247.t1	AT2G23760	35.873	315	114	7	677	911	237	543	3.11e-46	178
MS.gene94247.t1	AT2G27990	43.204	206	108	4	667	870	252	450	2.47e-42	161
MS.gene94247.t1	AT4G36870	41.423	239	115	8	676	892	311	546	1.07e-41	162
MS.gene94247.t1	AT4G36870	40.928	237	115	8	676	890	311	544	1.60e-40	159
MS.gene94247.t1	AT2G38100	28.302	477	306	12	59	527	2	450	1.80e-38	151
MS.gene94247.t1	AT2G38100	28.302	477	306	12	59	527	18	466	7.37e-38	150
MS.gene94247.t1	AT2G38100	28.302	477	306	12	59	527	24	472	1.33e-37	149
MS.gene94247.t1	AT5G11570	25.259	483	291	12	40	519	22	437	1.39e-37	148
MS.gene94247.t1	AT4G32980	32.890	301	173	8	629	911	150	439	1.93e-36	144
MS.gene94247.t1	AT4G32980	32.890	301	173	8	629	911	150	439	1.93e-36	144
MS.gene94247.t1	AT1G75430	30.942	223	123	5	675	870	10	228	2.38e-25	107
MS.gene94247.t1	AT1G23380	50.909	55	27	0	851	905	255	309	8.54e-11	65.1
MS.gene94247.t1	AT1G23380	50.909	55	27	0	851	905	253	307	8.63e-11	65.1

Find 201 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
GAAACCTGCACAACAATTAT+TGG	0.152856	7.3:+40905199	MS.gene94247:CDS
ATTCATAGCTGATGCATATT+TGG	0.190592	7.3:+40887694	MS.gene94247:CDS
TCACTTCTCATATTCATTAT+TGG	0.195202	7.3:+40889482	MS.gene94247:CDS
GCACCACAATTTCTAATTAT+TGG	0.196074	7.3:+40890783	MS.gene94247:CDS
ATATACAAGATAACATAAAT+TGG	0.228494	7.3:+40889420	MS.gene94247:CDS
CAGCAAGGAATGTTAATTAT+TGG	0.229835	7.3:+40887636	MS.gene94247:CDS
CAATTGCAGAATAGGCAATT+TGG	0.234987	7.3:+40908611	MS.gene94247:CDS
TTTACCTTTATCAGACTTTA+GGG	0.254083	7.3:-40901004	None:intergenic
GTTGAAAAGGATCCATTAAA+AGG	0.255657	7.3:+40890732	MS.gene94247:CDS
ATCAAGCATTGTTTATCTTA+TGG	0.256169	7.3:+40887739	MS.gene94247:CDS
TATCTTGTATATAAACAATA+AGG	0.259580	7.3:-40889409	None:intergenic
CTTCATCAAAATCATGGAAT+TGG	0.260611	7.3:+40908506	MS.gene94247:CDS
TACTAGAATCTTGTCATAAA+TGG	0.282784	7.3:-40890580	None:intergenic
CGCAGCTCCGTATGCAAGTT+TGG	0.286462	7.3:+40907312	MS.gene94247:CDS
ATCCTTCAAAGAATAGGTTT+TGG	0.288070	7.3:+40890645	MS.gene94247:CDS
AAGAAGATGATGAGATGAAT+TGG	0.289595	7.3:+40882012	MS.gene94247:CDS
GGTACCCTATAACGATAAAA+AGG	0.302593	7.3:-40889509	None:intergenic
AATCAACATGATTCCCATTT+GGG	0.303777	7.3:+40890404	MS.gene94247:CDS
AAACATAGTTCTTGGTTTGC+TGG	0.304236	7.3:-40901169	None:intergenic
CAATTTCTAATTATTGGTTT+TGG	0.305070	7.3:+40890789	MS.gene94247:CDS
CCACTCGCGGCGTAACTATC+AGG	0.305709	7.3:-40908584	None:intergenic
CTTCAAGAATCTAAAATGTT+TGG	0.306695	7.3:-40907350	None:intergenic
TCATCTCTCTGTGATTCCTT+TGG	0.313062	7.3:-40908266	None:intergenic
TTCGAGCTTCGACTGGTTCA+TGG	0.315803	7.3:+40882075	MS.gene94247:CDS
AGCGTGCTGTCAGTGTTCTT+AGG	0.318063	7.3:+40907545	MS.gene94247:CDS
ATGAGTGCCGCGCAGCGTTT+TGG	0.320408	7.3:+40908548	MS.gene94247:CDS
GTTCTGTTGTTGATGTTTCT+AGG	0.323329	7.3:+40905114	MS.gene94247:CDS
TCTAGGAACACGGTTCCATT+AGG	0.325865	7.3:+40905131	MS.gene94247:CDS
ACAATTCCACCAATTGAAAA+AGG	0.326421	7.3:-40889354	None:intergenic
TGGAGGCCACAAACCCTCTT+TGG	0.328946	7.3:+40889271	MS.gene94247:CDS
CAGCAGCACTCATCTGATTC+TGG	0.330179	7.3:-40905076	None:intergenic
TTGTTGCTGCCATCTCTAAA+AGG	0.332828	7.3:+40889567	MS.gene94247:CDS
AGCAAGGAATGTTAATTATT+GGG	0.333233	7.3:+40887637	MS.gene94247:CDS
GTTCCATTAGGGCCATTTAC+AGG	0.333535	7.3:+40905143	MS.gene94247:CDS
CCTAAGCTTCTCATTGAATC+AGG	0.341849	7.3:-40890861	None:intergenic
TCAATCATGAACAGGTTTGC+AGG	0.342817	7.3:+40907218	MS.gene94247:intron
TAATCAACATGATTCCCATT+TGG	0.343507	7.3:+40890403	MS.gene94247:CDS
ACTTCATTTGAATATGTTGC+TGG	0.344803	7.3:+40907280	MS.gene94247:CDS
TATACAAGATAACATAAATT+GGG	0.345997	7.3:+40889421	MS.gene94247:CDS
ACAGAAGCATAACCTGTAAA+TGG	0.347909	7.3:-40905155	None:intergenic
AATTGCAGAATAGGCAATTT+GGG	0.349127	7.3:+40908612	MS.gene94247:CDS
AAACCCTCTTTGGAGAGCTT+TGG	0.357822	7.3:+40889281	MS.gene94247:CDS
CTGCTGTCTTAAGATCTTGA+TGG	0.360011	7.3:-40887616	None:intergenic
TGGGTATTCACTATACCTTT+TGG	0.364173	7.3:+40890423	MS.gene94247:CDS
CTATGTAGTGGACTTATTCT+AGG	0.364277	7.3:+40889380	MS.gene94247:CDS
TTCCAAAACCTATTCTTTGA+AGG	0.373168	7.3:-40890647	None:intergenic
GGTGATGGATTTACTCTTGT+GGG	0.376049	7.3:+40890810	MS.gene94247:CDS
ATGTGTTACAGGTGTCTAAT+TGG	0.376653	7.3:+40908171	MS.gene94247:intron
TTCATAGCTGATGCATATTT+GGG	0.377970	7.3:+40887695	MS.gene94247:CDS
GCGTGCTGTCAGTGTTCTTA+GGG	0.378409	7.3:+40907546	MS.gene94247:CDS
GATGATAAAGACAAAGATAA+AGG	0.380053	7.3:-40905041	None:intergenic
CATCATGATCCTCATCAAAT+TGG	0.380288	7.3:-40889310	None:intergenic
TACAATTCATCAGGATTAGA+AGG	0.381919	7.3:-40889602	None:intergenic
TAACCTGTAAATGGCCCTAA+TGG	0.383820	7.3:-40905146	None:intergenic
GGTAACAGTGGAATGATTAA+TGG	0.384759	7.3:+40905299	MS.gene94247:CDS
TGCCGTTGATGCATCTTTGA+TGG	0.387842	7.3:+40905265	MS.gene94247:CDS
TTTGAGTTTGATAAAGAAAA+GGG	0.396823	7.3:-40904950	None:intergenic
TAAATGCAAGAGTAAGGCTT+TGG	0.400143	7.3:+40908198	MS.gene94247:CDS
CCTCTTTGAGGTCGCCAAAC+AGG	0.409862	7.3:-40907514	None:intergenic
TAATCCTGATGAATTGTATG+AGG	0.409890	7.3:+40889607	MS.gene94247:CDS
TTCATCAAAATCATGGAATT+GGG	0.411246	7.3:+40908507	MS.gene94247:CDS
GTTACAGTTGTTAGCTTCCA+TGG	0.411468	7.3:-40890357	None:intergenic
TTTGAATATGTTGCTGGCCT+CGG	0.413259	7.3:+40907286	MS.gene94247:CDS
AACCCTGGCCTTTGACTGTA+AGG	0.418297	7.3:-40907472	None:intergenic
ATCAACATCCTTCAAAGAAT+AGG	0.418411	7.3:+40890639	MS.gene94247:CDS
CTAGGAACACGGTTCCATTA+GGG	0.419262	7.3:+40905132	MS.gene94247:CDS
GGTTTATAAATGCAAGAGTA+AGG	0.420041	7.3:+40908192	MS.gene94247:CDS
AAATCATGGAATTGGGTTAT+CGG	0.422366	7.3:+40908514	MS.gene94247:CDS
AGTGAGAGGTTGAGCTACTT+TGG	0.423860	7.3:+40887554	MS.gene94247:CDS
TCATCCAATAATTGTTGTGC+AGG	0.423901	7.3:-40905203	None:intergenic
TTTAGCCAACATTAGCTTGT+CGG	0.425479	7.3:-40908040	None:intergenic
ATTTGAGTTTGATAAAGAAA+AGG	0.427297	7.3:-40904951	None:intergenic
CCTGATTCAATGAGAAGCTT+AGG	0.432317	7.3:+40890861	MS.gene94247:CDS
GAAACCTCATACAATTCATC+AGG	0.432664	7.3:-40889611	None:intergenic
CGCTCAGGGAGCCCTCTTTG+AGG	0.433129	7.3:-40907526	None:intergenic
TACTTAATATCAATAGCAAC+TGG	0.435736	7.3:+40889251	MS.gene94247:CDS
GCTATAATGAACAGAAAGAT+AGG	0.436024	7.3:+40890489	MS.gene94247:CDS
ACTGACCAGCTTCAGTATAT+CGG	0.436419	7.3:+40907382	MS.gene94247:CDS
GGTGCCCTAAAGTCTGATAA+AGG	0.439274	7.3:+40901000	MS.gene94247:CDS
GAGACTTGAAGATGTTGAAA+AGG	0.439725	7.3:+40890719	MS.gene94247:CDS
TGATACTCCTTACTCTCTCA+TGG	0.441927	7.3:+40889141	MS.gene94247:CDS
GATTCTTCAGTTGATCATAA+AGG	0.445659	7.3:+40882041	MS.gene94247:CDS
TTGCTTGCTATACTATGATT+CGG	0.446410	7.3:-40908407	None:intergenic
CTAATGTTGGCTAAACAAAC+TGG	0.446507	7.3:+40908048	MS.gene94247:CDS
ACAACTCTGATGCCACTGTT+TGG	0.449171	7.3:+40887668	MS.gene94247:CDS
TTTGCCACACTGAGAAACTA+AGG	0.454289	7.3:+40889663	MS.gene94247:CDS
AGAAGATGATGAGATGAATT+GGG	0.454805	7.3:+40882013	MS.gene94247:CDS
AACATGTCCAACAACCTGTT+TGG	0.456323	7.3:+40907500	MS.gene94247:CDS
CTCGGTCTTCATCAAAATCA+TGG	0.458609	7.3:+40908500	MS.gene94247:CDS
GTAGGAACCATGAGAGAGTA+AGG	0.464809	7.3:-40889148	None:intergenic
TTCTCATTGAATCAGGAACT+TGG	0.466633	7.3:-40890854	None:intergenic
AGGTATAGTGAATACCCAAA+TGG	0.466771	7.3:-40890418	None:intergenic
ATCTTGTATATAAACAATAA+GGG	0.475686	7.3:-40889408	None:intergenic
AATCAACAAGTTGGTAATGT+TGG	0.479434	7.3:+40908428	MS.gene94247:CDS
ACTCTGATGCCACTGTTTGG+TGG	0.481465	7.3:+40887671	MS.gene94247:CDS
GTTCCACTTCGAGCTTCGAC+TGG	0.481661	7.3:+40882068	MS.gene94247:CDS
GGTATAGTGAATACCCAAAT+GGG	0.484360	7.3:-40890417	None:intergenic
TCATCAGGATTAGAAGGATA+AGG	0.486344	7.3:-40889596	None:intergenic
GCCCCTTACAGTCAAAGGCC+AGG	0.493461	7.3:+40907469	MS.gene94247:CDS
AGAACACTGACAGCACGCTC+AGG	0.494420	7.3:-40907541	None:intergenic
GGATAACCTTTGTGAGGTAA+AGG	0.495459	7.3:-40887595	None:intergenic
AAAATAAATCAAAATGAAAG+AGG	0.497958	7.3:+40890615	MS.gene94247:CDS
GAGGTCGCCAAACAGGTTGT+TGG	0.502990	7.3:-40907507	None:intergenic
AGGAATGTTAATTATTGGGC+TGG	0.503152	7.3:+40887641	MS.gene94247:CDS
ATGAGGATCATGATGAAGAA+AGG	0.505629	7.3:+40889318	MS.gene94247:CDS
TGTGCCACACTTATTCCAAA+AGG	0.507394	7.3:-40890438	None:intergenic
TTCTCATATTCATTATTGGA+AGG	0.507749	7.3:+40889486	MS.gene94247:CDS
AGCTCTCCAAAGAGGGTTTG+TGG	0.509842	7.3:-40889277	None:intergenic
GATGATACACTTGGTGATGA+TGG	0.511653	7.3:+40905329	MS.gene94247:CDS
ATGTGTATTTCCTCCACCAT+TGG	0.521327	7.3:-40908224	None:intergenic
CTTCAGTTGATCATAAAGGA+AGG	0.523298	7.3:+40882045	MS.gene94247:CDS
TGATCACATGGCTTTAAACT+TGG	0.525235	7.3:-40889170	None:intergenic
CACAGAAATTATCATTCCTA+AGG	0.533475	7.3:-40890556	None:intergenic
ATTAGCTTGTCGGTATCAGT+AGG	0.537414	7.3:-40908030	None:intergenic
AACTTGACACATTGGAGTCA+AGG	0.538305	7.3:-40889543	None:intergenic
CCATCGCCGTTGTGAAACCT+TGG	0.538655	7.3:-40907445	None:intergenic
TTGATATTAAGTAGATAGCT+AGG	0.538802	7.3:-40889241	None:intergenic
TTATCAGATAAGCAATAGAA+AGG	0.539123	7.3:+40907414	MS.gene94247:CDS
CCAAGGTTTCACAACGGCGA+TGG	0.539915	7.3:+40907445	MS.gene94247:CDS
CTGTCAGTGTTCTTAGGGGA+TGG	0.544619	7.3:+40907551	MS.gene94247:CDS
CCCTGGCCTTTGACTGTAAG+GGG	0.546356	7.3:-40907470	None:intergenic
AGGAGTTGAAGATGAGTTCG+AGG	0.547496	7.3:+40900945	MS.gene94247:intron
GGAGTGAGCATGATGAATAA+TGG	0.547619	7.3:+40908449	MS.gene94247:CDS
TTATTACTGCATGAATCTGC+TGG	0.550815	7.3:-40907258	None:intergenic
AACTTGTCTGAGGAGGTAGA+TGG	0.554324	7.3:-40908332	None:intergenic
TGCGCGGCACTCATGTTGAA+AGG	0.555710	7.3:-40908539	None:intergenic
ATGGAGCCCCTTACAGTCAA+AGG	0.556822	7.3:+40907464	MS.gene94247:CDS
TTCAGTTGATCATAAAGGAA+GGG	0.557281	7.3:+40882046	MS.gene94247:CDS
TGGTGATGGATTTACTCTTG+TGG	0.557571	7.3:+40890809	MS.gene94247:CDS
CCTGATAGTTACGCCGCGAG+TGG	0.560038	7.3:+40908584	MS.gene94247:CDS
ACTTGCCGATATACTGAAGC+TGG	0.560095	7.3:-40907387	None:intergenic
AAACCAATAATTAGAAATTG+TGG	0.561594	7.3:-40890786	None:intergenic
TATGAGGTTTCCAAGACTCA+TGG	0.567010	7.3:+40889623	MS.gene94247:CDS
TTGGATGAGATATGTGATGT+TGG	0.571767	7.3:+40905218	MS.gene94247:CDS
TTTATAGCCAAACTTGCATA+CGG	0.573304	7.3:-40907319	None:intergenic
GCACCACTGTCAACATTCAA+AGG	0.575353	7.3:-40900982	None:intergenic
AACTGGTCTATCTCGTAACC+AGG	0.577110	7.3:+40908065	MS.gene94247:CDS
TCTTTGATGGAAACTAATCA+TGG	0.579826	7.3:+40905278	MS.gene94247:CDS
ATAGCAAGCAATCAACAAGT+TGG	0.581336	7.3:+40908419	MS.gene94247:CDS
TGGACATGTTCTACAAACCC+TGG	0.582558	7.3:-40907487	None:intergenic
GCTTTGGAAGCCAATGGTGG+AGG	0.582607	7.3:+40908214	MS.gene94247:CDS
TGGAATTGTGCTCTATGTAG+TGG	0.584187	7.3:+40889368	MS.gene94247:CDS
GAACACTGACAGCACGCTCA+GGG	0.586445	7.3:-40907540	None:intergenic
CTTAGTCCTTTACCTCACAA+AGG	0.588463	7.3:+40887589	MS.gene94247:CDS
TGATACCGACAAGCTAATGT+TGG	0.589026	7.3:+40908035	MS.gene94247:CDS
TGTTGATGTTTCTAGGAACA+CGG	0.590452	7.3:+40905121	MS.gene94247:CDS
TTCCATCAAAGATGCATCAA+CGG	0.593348	7.3:-40905267	None:intergenic
TGGAGCTGACCAATTTGATG+AGG	0.593752	7.3:+40889301	MS.gene94247:CDS
GCTCCAAAGCTCTCCAAAGA+GGG	0.595916	7.3:-40889284	None:intergenic
CAATAGAGAAGCAAAGTCCA+TGG	0.597024	7.3:+40890340	MS.gene94247:CDS
ACTTGACACATTGGAGTCAA+GGG	0.598952	7.3:-40889542	None:intergenic
GCAACAAGAACTTGACACAT+TGG	0.599636	7.3:-40889551	None:intergenic
CTTAGGAATGATAATTTCTG+TGG	0.600705	7.3:+40890557	MS.gene94247:CDS
CTGTTTGGCGACCTCAAAGA+GGG	0.600827	7.3:+40907515	MS.gene94247:CDS
GGAGTCAAGGGACTCCCACT+TGG	0.604763	7.3:-40889530	None:intergenic
GAATCTAAAATGTTTGGACA+TGG	0.606211	7.3:-40907344	None:intergenic
CCCCTTACAGTCAAAGGCCA+GGG	0.608843	7.3:+40907470	MS.gene94247:CDS
CACATGGCTTTAAACTTGGT+AGG	0.608941	7.3:-40889166	None:intergenic
GAAACTAATCATGGTAACAG+TGG	0.611291	7.3:+40905287	MS.gene94247:CDS
AGCTCCAAAGCTCTCCAAAG+AGG	0.612054	7.3:-40889285	None:intergenic
AATAATGGTGCAACAAGCAA+TGG	0.619469	7.3:+40908464	MS.gene94247:CDS
GCAACTGTGAAAATTGAAGC+TGG	0.621312	7.3:-40890531	None:intergenic
TGAACAGAAAGATAGGTGAA+AGG	0.623539	7.3:+40890496	MS.gene94247:CDS
AGTAAGGCTTTGGAAGCCAA+TGG	0.623632	7.3:+40908208	MS.gene94247:CDS
ACCCTGGCCTTTGACTGTAA+GGG	0.626110	7.3:-40907471	None:intergenic
CATGTGTTAGTGTGATCACA+TGG	0.626156	7.3:-40889182	None:intergenic
CAGCAATTGAGTTTAGTGAG+AGG	0.626721	7.3:+40887540	MS.gene94247:intron
CCTGTTTGGCGACCTCAAAG+AGG	0.626862	7.3:+40907514	MS.gene94247:CDS
AATGGTGTATCTCTGACGCT+CGG	0.628944	7.3:+40908482	MS.gene94247:CDS
TGAATCACAGCAATCTCCAA+AGG	0.631385	7.3:+40908250	MS.gene94247:CDS
GAACCAGTCGAAGCTCGAAG+TGG	0.632601	7.3:-40882071	None:intergenic
ATACAAGATAACATAAATTG+GGG	0.633061	7.3:+40889422	MS.gene94247:CDS
ATCGTTATAGGGTACCAAGT+GGG	0.634856	7.3:+40889516	MS.gene94247:CDS
ATTGTTAACAGTGCTTGATG+AGG	0.636658	7.3:+40905370	MS.gene94247:CDS
ATACACTTGGTGATGATGGA+AGG	0.640811	7.3:+40905333	MS.gene94247:CDS
CTTGATGGATAACCTTTGTG+AGG	0.643416	7.3:-40887601	None:intergenic
AAGGCTTTGGAAGCCAATGG+TGG	0.647272	7.3:+40908211	MS.gene94247:CDS
TTAATATCAATAGCAACTGG+AGG	0.650929	7.3:+40889254	MS.gene94247:CDS
ATAGAAAGGATGAATCTCCA+AGG	0.653144	7.3:+40907428	MS.gene94247:CDS
TGTCTTCAGATTTCTTGACA+AGG	0.654445	7.3:+40890290	MS.gene94247:intron
ATGAATCATGTATACAACGA+TGG	0.656023	7.3:+40904972	MS.gene94247:CDS
GGTTGACCCAGATTGGGAGA+AGG	0.656037	7.3:+40901061	MS.gene94247:intron
ATCGTGAAACTTGTCTGAGG+AGG	0.656497	7.3:-40908339	None:intergenic
CATACGGAGCTGCGTTACCG+AGG	0.660522	7.3:-40907303	None:intergenic
CGTGCTGTCAGTGTTCTTAG+GGG	0.662282	7.3:+40907547	MS.gene94247:CDS
TGCAAGACCAAAACGCTGCG+CGG	0.670453	7.3:-40908555	None:intergenic
TTAGCTTGTCGGTATCAGTA+GGG	0.677537	7.3:-40908029	None:intergenic
CTGCAATTGAAAACCACTCG+CGG	0.686077	7.3:-40908597	None:intergenic
CATACCTTAGTTTCTCAGTG+TGG	0.687914	7.3:-40889667	None:intergenic
AATCATGTATACAACGATGG+TGG	0.691205	7.3:+40904975	MS.gene94247:CDS
AAGATCTTAAGACAGCAGCA+AGG	0.693537	7.3:+40887621	MS.gene94247:CDS
TATCGTTATAGGGTACCAAG+TGG	0.695735	7.3:+40889515	MS.gene94247:CDS
AACATCGTGAAACTTGTCTG+AGG	0.697801	7.3:-40908342	None:intergenic
ATCATGAACAGGTTTGCAGG+AGG	0.698719	7.3:+40907221	MS.gene94247:intron
GGTGTTGATGATGATACACT+TGG	0.700349	7.3:+40905320	MS.gene94247:CDS
TTTGGGTCGTTACTCCACTG+TGG	0.701404	7.3:+40887712	MS.gene94247:CDS
GCTATGAATCCACCAAACAG+TGG	0.704225	7.3:-40887680	None:intergenic
ACTGTGAAAATTGAAGCTGG+TGG	0.709074	7.3:-40890528	None:intergenic
AATGCTTGATGCAACCACAG+TGG	0.744035	7.3:-40887726	None:intergenic
GGACCTTTGAATGTTGACAG+TGG	0.751973	7.3:+40900979	MS.gene94247:CDS
GAATCTCCAAGGTTTCACAA+CGG	0.755483	7.3:+40907439	MS.gene94247:CDS

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr7.3	gene	40881993	40908679	40881993	ID=MS.gene94247
chr7.3	mRNA	40881993	40908679	40881993	ID=MS.gene94247.t1;Parent=MS.gene94247
chr7.3	exon	40881993	40882119	40881993	ID=MS.gene94247.t1.exon1;Parent=MS.gene94247.t1
chr7.3	CDS	40881993	40882119	40881993	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40887543	40887760	40887543	ID=MS.gene94247.t1.exon2;Parent=MS.gene94247.t1
chr7.3	CDS	40887543	40887760	40887543	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40889137	40889684	40889137	ID=MS.gene94247.t1.exon3;Parent=MS.gene94247.t1
chr7.3	CDS	40889137	40889684	40889137	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40890299	40890987	40890299	ID=MS.gene94247.t1.exon4;Parent=MS.gene94247.t1
chr7.3	CDS	40890299	40890987	40890299	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40900947	40901021	40900947	ID=MS.gene94247.t1.exon5;Parent=MS.gene94247.t1
chr7.3	CDS	40900947	40901021	40900947	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40901072	40901200	40901072	ID=MS.gene94247.t1.exon6;Parent=MS.gene94247.t1
chr7.3	CDS	40901072	40901200	40901072	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40904934	40905391	40904934	ID=MS.gene94247.t1.exon7;Parent=MS.gene94247.t1
chr7.3	CDS	40904934	40905391	40904934	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40907232	40907596	40907232	ID=MS.gene94247.t1.exon8;Parent=MS.gene94247.t1
chr7.3	CDS	40907232	40907596	40907232	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40908026	40908086	40908026	ID=MS.gene94247.t1.exon9;Parent=MS.gene94247.t1
chr7.3	CDS	40908026	40908086	40908026	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1
chr7.3	exon	40908182	40908679	40908182	ID=MS.gene94247.t1.exon10;Parent=MS.gene94247.t1
chr7.3	CDS	40908182	40908679	40908182	ID=cds.MS.gene94247.t1;Parent=MS.gene94247.t1

Gene Sequence

>MS.gene94247

ATGGAGAAGATCAATGTAAAAGAAGATGATGAGATGAATTGGGTTCATGATTCTTCAGTTGATCATAAAGGAAGGGTTCCACTTCGAGCTTCGACTGGTTCATGGAAAGCTGCTCTTTTCATTTTTGGTAAGCAATGTTTGTGAATTGCTCTTCTTTTACCTAAATTATTGCATTCAAATATATGATAACTTTTATGTGTTGTGTCTTTTCATTATGCTGCCTCATTTTGTCTCTCAATAGAACTTTTTGTTTCCTCAAACTTCCACCTATCAATTACAATTACCAATTTTGAAATATTCCCACTACTTTTTATCTATTTGCATTTGGCTTTAAGCATAAGTTCGAATTTTCAATTAATTGGCAAAAAAAACCTATTCTAGATTTCAAATTTTTTTTTTACTTCCACTGTATGCTACCTTTGGTTTTAAATATAGGCAAAAGTCAAAATGTATTTGGTCCTAATTTTAGACTAAATACGTTTTGACATTAGTTAAGATACATGTTAAATGAGTTTAGACAGACTTGACTTTATATCACATAATTGATTAATTTACGTGAGTGAAAATTATATCACACTTTTTAACTTAAATAAAGATTATAAAACCATATTTTTGAATCTCTTTTAATTTTCTGTGAGAATATTGACATGTATTAACAACATTAAAAAAACAATATTGCATTTCTAATCAAAACTTTACCACTTAATTTTATTTTTTTGTCAAATCACTTATTTATTGTTTTTTTAAACTGAAAAATGGAAACATATATCAAAATTATTTAAGATAAAAATCACAATTATTAACTCTTATAGAGAATAAAATTTAGAGAATGAAGGTATGAAATTTATCACTAGTCTCATCATTAACTTTAATTAGTAGAAAGAAAATTAGAGAGGAAGTTAATATTTTGCATCTCTATTCTAATATTGGCCACTAATGAACATAATCATATACATGTATCTATGATTAATTACATATAAATAGAAGGTAAGCAGACAACAAGTTGCGTCGTTAGACCTTTTTGATAATAAAATGTAAACACAACATTCATGAACTTAGGAGACATGACATTGTTACGCATGACCTTTTGAACTCTATATAGAAGGTCGACTGCCTCTAGTGCTAGGAAACGAAAATGATCAAAAACAAATGGTATAAAAACATATTGATTGTCCTAACACAATTTCTCATATTTAACCACTTTACTTGACGTAGTTTTCAGAGTTGCGTACCCTACCATAAAAGCCACTAATTATATTTTTTTTAGTAAGAGATTGCTTCGGCATGATCTGTGAGGCCCGGATACGAGATACGATACGGATACGATACTGCACCGATACGTCGATACGGGAAAATTTCAAAAATCAAGATACGATACGGCTGGGATACGTAATAAAAAAATTATATAATTAAATGTACAATATAATTATAACCATTTTTTAAATATGTAAATATATAAACAAACGAAAGAAACCAGTCATAGGCTCGTAGCACATCAACATAAAAATAAATAATATTGACGATTAAGAGAGTGATAATTAGTCAATTACATACACAATATATCCCAAAATGAGCACCATAAGTGCTATACTATATCCAAACGGAACATTGTTAGTGCTATACTTTATCGATCCAAAAAAAAAAAAGCACTGTACTCAAGAGTTAAGTTATTTTAGTTAACATTAATTGGAAAGTATTAGGGCAGGTATCGGTGCATGATAATTATCAAATACTCTCCTGATATGTATCGGGAAGTATCGGATAATTATTTTTTAAAAAAATAAAATTTAATATTCGGATACTATCTGATACGTATCGGGAAGTATCAGGCAGGTATCGGTGCAGGATACGCAGGAGATACGATACTTCATCCATTTTGAAGTATCGGCGCTTCACAGGGCATGGTCTTATCACTCGTATCTAAAATTCACAATAAATCAATAATCCAAATGAGATCAGAAAACTTTACATCTGATCCATAAAAATAGGAATGCATAAGTTTACCAAACATCAACCCCATTTGGAAAGCAATTGTGGACAGGGCCACATGCGCACATTAATTGGTTTGTGGTTGAAGAAGTTTGAAATAATCATCTTTTTATATCTTCAGATGCTCATTTTTCATATGGGTCATGCTAACCACTCCCTACGCCACATAATAACTGAGCCATTTTCATAAAAAAAAATGTCCTAAAATAATTGAGTTATTTCACTTTTCAATACAATATTAATTACTTTTTTCCTTTTATAACTCTAATTAATATTACTTTCATCACTCCCAATTCAATACATTTCACTTTACATTTATGATAGTGGAGAATGCACTAATACTTAACAAGAGCACTTAAAACCATTTTTCTCTCTCTTTCACTTATATTTTTTTCTTAATATGTGTGAAATGAGCAAATGGCTCAGTTAATCCGGAACAGATTAAGTAATTAAAAATAGAAAGAAAATACAAAATTAGTATTAAAAAGAATGTTTTTTTAAGTTTTAAAAAGTAAAATACATATTGTTACACCCAAAAAATTTAAGAAAACTGAGAAATATGTTTAAAATAAAGAAAAATAATTTTTTTTAAAACAGGTCAAACCATTTTGCTGAACTTGTTAAAGCAACAATTGACCAATCCACCCCAATTTTTTTCAACAACAAATCATTTTATTAAATAAACTCTTCTCATAGTGGGCAAGAGTTTGAAACAAGAGTACAAACTTGTGCAAACACAGCTGAAAACTACCATAATATGCCAAGGCAAACCAAAGCAATTCCAAACAATAAAATTATATTTGGCATATTTAACTAGTTTTTTTAACACCTTTTTGTTCATATTCATTTAGGTGTGAATTTATCATCTAATAATTCAAATCAATTAATCCTAAAAAAAGAAATTCAAATCAAGTAAAATTTAACTAATATTCGATCTGATTTTCAAAGATAGATAATAATTCCGTGTGCAACCAATCCATTGAACGTGATGGATTCTCACTGCCAACAAACAGATTATATACGAAGAGCACCCACTAATATACATGATAAATCATACCAACCACACAAATCAGTTTTATCATCTTATGGTTACATACATTTTTCTTTTTGGAACAAAAAGAAAATACATTCTCTTTAAGAACCTTATGGTTACATACATATATACCTACACTAACAAATTAAAATTATTATATTGATTTATTTATTAACAAAAAAAAATATTATTTTGATTTCTCCTTTTGAGAAGTTGACATTACTTTAAATCAATTATTATAAAGAATTATTTTTTTAAAAAAAAAAAAAAAACTAAACTAACCCACTCAAATTAACATCGGGAGAATCGAATTGAGATCTTAATAGAAACTTTCTCCAAATTATCAAACCAAGTCCACCAAACCAACTCATATGGATTAAAAATTATATTATTTGAACATCAAAATACATACATCATACATAACATCATCTATTTTTTTCTCAATCTCTCTCAAACATTAAAATTTTGATGTTAATGTATGATTTCTCAATCTTTCTCAATCTCTCTCAAATATTAAAATTTTGATGTTAATTGTCTAATAGGTTTACAAAAATAGTCCTTTCGTGTTGCAGTTTCAATTTTTAATAAAATATCTTTTACTTTAGTTTAATGTGATGTATTACTAATCATCTTTTTGTTATATACTATATAATGTAAAATAACATATATTATGCTCTATTCGACCCTTAGTCCATCTCCCATGATATGTTGCCTTAGGTGGTTGATCTCGCATTCTCTACCACAAAACTAATCATTTATCTTCTTCTTTTTTTGACTAAAAAAAACTAATCATTTATTTTGTATATATATTTGCAAGTTAATAAGGACCTATACCTTCCACTAGTTTTAAAAATTCCTCCTGCACTATGATGTCAAATCATTGAGCTCTCAATACTGTTCCTCTTTCTTTTAAGGAACACAAGCTTAAAAATTATTTCTCAATATCAATGCATAATTAAAAATATTTTAGAATTAATTAAATTAGATACATTATTTTGTTTTGCCTTCTTCTAAGTTAAAAAAAAATAGCTTAGTTGGTCAGCTGTAAACGTTATTTTTTTTGTTAAAGAAGTCAAGCTAGTTCACAAAATTGACGCCAAAGAAAATCGAGTATACAATATACACACACTGAAATATATTTTAGAGTTTGGTTTTTTTTTTTTGGTTACATTTTTTTTAGAGTTTGGTTGAGTACACATACCTCATTGACAAAATTTGTTTAACAATTAAATATAATTTAATATAAATTAATATAAAATATGACATGACAATGAATGATTGGATGAGAAATGCATATTCAACTAAACTCAATGATATACCATTCTGTTTGAAAATGCTAAAAAAGGAATGGAATTGTACATGTTTGCTTTATGTCTAATTAGTGCTTAGAAGCCAAAGATTAGGGATGAGTGGCTCAAGTTGATTGTCCGCTTTCAAATGGATTCGACCTTTATGGTCAGCTTAACAATATCTAACATGCACTCAAATATGAACATAAAATCACTTCCAATTTCCTTTATCTAAAAGTATTTTTAGTGCAACAGTGGTAGCAAGATCTAATGTCCACTATACAAATTGCAGCTCTAATTGCTGTCTTTTTATATCCAAAAGGTTAACATCATTTCTTGAATTGGCAACATTAATAATTAATCATTTCCAATTCCAATGGTAGCCATGCACCAAATTTTGTCTTGCACTTAGCATATAGTATACAGCAGGGGTTACATTCCAATTATTTCCACTAGTTTAATTAGTGTGATAAATTTTGATATCCCATGGTTCTCATTATAGAAGACTTGAACAATTTAATGATTAAGCTGTTTTTAAAACATAATTCATGATATCAGTATATCATAATTTGAAAATAATTTAATCAATTTCTTTTCACTAAATTACACTTTTAGTCCCTTAGTTATTTTTAGAAATCACTTTGGTTTTTTAAATTTTTTTGTTCAATTTCGCTTCCTCAAGTTACATATGTTAAACTCTTTGGTCTCTAAGTTTTTTCTATTTTATTTTGATCGCTAAGTTATAAACGTCACACTTTGGTAATTTATGTTAGTTTTTCCTTTGAGTTCATCAAATGTTTGTTTCTTCTTGTTGAGTCATATACCTAATCACTAGAACGTAATATACAATATTTGATAAATCTATTTGGGTTGGTTTGGTGGTACTGTCTTGGGATTTGAGAGTCCGCTCCTTCTCAATGTCTCAGATTCGATTCTCTTTGATGCTAATTTGGTGGACTAATTTAGTTTTTTTTTTAAATATTTGACAAACACAAAAATATCTAAAAAAATAAAAAAAAATTAAAGTGTTTAAGATTTTATAACTTAAGGAATCAAAATGAAGAAGGAAAGAAAAAACTTATGAGACAAATGTCTAACTTCAAGGAGAGAAAAAATAAATTAAAGGTAACAAAATTAAACTCAAAAAGTAACTAAGGACTAAAAGTGTAATGTACTCTTATGTTTTTACATGTCATTTAACCACAAGAGAATGATTATTTTTTGAATAATTGTTTTCAGCAATTGAGTTTAGTGAGAGGTTGAGCTACTTTGGAATAGCAACTAGCTTAGTCCTTTACCTCACAAAGGTTATCCATCAAGATCTTAAGACAGCAGCAAGGAATGTTAATTATTGGGCTGGTGTCACAACTCTGATGCCACTGTTTGGTGGATTCATAGCTGATGCATATTTGGGTCGTTACTCCACTGTGGTTGCATCAAGCATTGTTTATCTTATGGTAAGCTTAATTGCTACCCCACTACAACTTAATTAGGATTTTTTACTATTGTTATAATTGTTTAATTTTTCAGATCATCCCTTGTTATATTTGAGTGTTGCTGTTTTCACATCCATTGTTTTCCAGACACACATGGAAATGACAAAAAAAACTCAGCAATAGTTAACTACCGTCGGTTTTCTAGTAATAAGTCAGCGGTAGTTAACTACCGTTGATGTGTTTTTGGTCATTTCCATGTGTTTTTAGAAAACAATGGATGTGAGAAAAAATTATCGTTATATTTTTACTTGTTTAATATTGTCTAGACTAGTGTTTTATCTTGGGCTTGCATCCAAAGTCTCCCATGGCCCTCAAGTATCTGAAGATTACTCTTTAGACACCTAGCAATTGCTTACAAATAACCATTACCTTTCACTGAACGACAATTAACTACCTTTCGCTTCAAAACGGTACTTAATTCCATTTAGTCATTTTTAAATCGGTTAAATCACTTTTTAAATTATTGTAACCTATTAAAAAAGTTCCCCAAACAATAGTTTCCTAAAGAGCAATTTTACAAATCTCCCTTTCTTTAAATTATTTGTGTATGTTCTTTTTGAGTCTCAAGGACCCATTTTTTCTTTCTCTAAATCGGTACAAACTATTATGTGATTGAACTTTCTCCCGTGATTCTTAAAAATCGTTGCCATTCGAATTTATTCATTTGGACCAAGAAAAAACACCTTATTTTCTGGATTGTCCGTTCAAACGTGAGAAAAACCGTGTGGGTTTGTAAATCCACATGGATGTGGTTTATAAGATAACAATAGAAGGGTGAAGAAAATTGTTGTTCCCACCTAAGTTTTTGCTTGAAAACACATGGAAATTACACATTTAACTCCACTGGTAGCTAACTATCGTTCAACTTCCTTCGTTTTCTTTTTTCCCGAACGGTAGTTAGTTATCATTGGGATTAAATGTGTAATTTCAGTCTATTTTAAAGGAAAACTGAAGTGGAAACAACAATGATCAAGGGTGAAAGTATCTCACTTGGACCTTTTTTAGAGTGGGGCCAATGTGGGCAATACACGCTAGAGTGAAGTCAAGCCTAAAGAGTTGTAATGATGTTAAAAAAATTCTTAATTTGATGGATTAAAACACTCAAATTTAGGGATCAAATTTACCCATTTTCCACGTTTCTAAAAACCTACACGACTCTTGGATTGTACACTTTTGTACGAGAAAAAAAAATAGTTGGGAAATACACATCCAGACGATACATAAAATTGTGTTTTCTTTGAATGTGAACTTTTAAAGTGACTTCAATAAAGTTATTATTTTAATTTTTTACTCTAGATTCTTAACTAAAACAACTTCATGTGGTAAAAAAATCACAGGGTTTGATACTCCTTACTCTCTCATGGTTCCTACCAAGTTTAAAGCCATGTGATCACACTAACACATGCAATGAACCAAGAAAAATTCATGAAGTGGTTTTCTTCCTAGCTATCTACTTAATATCAATAGCAACTGGAGGCCACAAACCCTCTTTGGAGAGCTTTGGAGCTGACCAATTTGATGAGGATCATGATGAAGAAAGGAAACAAAAAATGTCCTTTTTCAATTGGTGGAATTGTGCTCTATGTAGTGGACTTATTCTAGGAGTGACCCTTATTGTTTATATACAAGATAACATAAATTGGGGTGCTGCTGATATTATTTTCACTGGAATTATGGCTCTTTCACTTCTCATATTCATTATTGGAAGGCCTTTTTATCGTTATAGGGTACCAAGTGGGAGTCCCTTGACTCCAATGTGTCAAGTTCTTGTTGCTGCCATCTCTAAAAGGAAACTTCCTTATCCTTCTAATCCTGATGAATTGTATGAGGTTTCCAAGACTCATGGCAACAAAAGAAAATTTCTTTGCCACACTGAGAAACTAAGGTATGTGCATTATTAATCACAATTTGAAAAATGACTCAATTGAAGTATGGGTGAATATCAAATTGGTCCTTATACTTTAAGTATTGGTCAAAATAGTCTTTTATTTTTGAAAAATGATAAATGCATTCCCAATATTTTTTAAAAATCATTCGAAATGATCAATTTATAACATATGCTGTTAGAGCCTATGTCGTGGCATGTTAAGTGAATGTATCACATTGCACGTTGATTGCACACTTGAATGTAAGCTCACTATCGACTAATTTGACTATGCAATTTAGGTCATCTTAGAGATAAACTTGTCAATAATTGCAATAAGCAAAGATATCGTTTATGAAAAACCTAAGATTTATAGGTAAAATAGTCTTTGGTGTGATGGTATTGATGTGATCAATATGAAGGGGTCACATATTCAATTAACCCTTCACTCCATACTCTAATGGTAAAAGTTAATAAATAGACAATTCTGAAAGACACTTAACAATTCCAAGAATCTATTTGCTAATTCACAAAAATCGATGACTATTTTGATCGATGCTTACAATTTTGAGGCCTAATTTATCTATTCGCTCATTCAAGTGCTAGCAACACTAACTTGTATGAATTGTCTTCAGATTTCTTGACAAGGCAGCTATAATTGAAAATGCTGAAAATTCAATAGAGAAGCAAAGTCCATGGAAGCTAACAACTGTAACTACAGTTGAAGAAATGAAACTTATAATCAACATGATTCCCATTTGGGTATTCACTATACCTTTTGGAATAAGTGTGGCACAAACTTCAACATTCTTCATCAAACAAAGTGCTATAATGAACAGAAAGATAGGTGAAAGGTTTGAACTTCCACCAGCTTCAATTTTCACAGTTGCTGCCTTAGGAATGATAATTTCTGTGGCCATTTATGACAAGATTCTAGTACCTATATTAAGAAAAATAAATCAAAATGAAAGAGGAATCAACATCCTTCAAAGAATAGGTTTTGGAATGTTTTTCACTATTATTACAATGATAGTAGCAGCTTTAATAGAGAAAAAGAGACTTGAAGATGTTGAAAAGGATCCATTAAAAGGTTCATTATCAACAAGTATTTTTTGGTTGGCACCACAATTTCTAATTATTGGTTTTGGTGATGGATTTACTCTTGTGGGATTACAAGAATATTTCTATGACCAAGTTCCTGATTCAATGAGAAGCTTAGGAATAGCTTTTTATTTAAGTGTGATTGGAGCAGCAAATTTTATGAGTAGTGTGTTGATAACAATTGTTGATCATATAACAAAGAAAAATGGGAAGAGTTGGTTTGGTAAGGATTTGAATAGTAGTAGATTGGACAAATTTTATTGGCTATTGGCAGCTATAACTACGGTGAATTTGTTCTTGTTTGTGTTCTTTGCTAGAAGGTATTCATACAAAAATGTGCAAAAGGTTGCAGTTGTTGATGATAGTTGTAAAGGCAAAAGTGTAGACAATTCGGTTTGAGTTTGTTACTAAGGTTGTTTAAAAAAAAAATAGGGAAATGTTCTACCATAATATTTTATCAAATGTCTCTCTTGATTTTTTTTAGGGGAAAATATCTCTTTTGATTGTTGGAAGTTTGTATTTATGTTACATATATACAACTCTATATTATGCTCCCATCCTTAAGATCTCATATTGTTCATCATGGCTTAGCTTATTTTAGAAATACAATTAATGGGACCAACGGGACTATATAATAGGTTAATGATTTACATATATGAAATGTTTGATATTGTTAGAAACCACATGATCAAAGAGGCAAAGATTCATCTCATATAAGAAGTAAGCTTGAGAGCTTGATACAAAGAAAAAAATCCTTAAAATTTATATTGGATATTGATTATATAGAGCTAGTAGAGAATTAACAAACTAACTACCTACACCAAACACTCTAACAAACTAACTACCACCCTCAATTTTTTTACACTTACTTTCTGAGTTTTTGTCTGTTGTGTTTTGTGTTGGTCCTCATAATTTGGTTCGTGTTTAGTAGATTAAATATATAAACAAACCAAAAAAAAAAAAATTGATTGAGAAGAGTGGATATTATAATTGGCTTTGATTAGTTTCATGCACACAAGCTCATGTAAAGGAACATATTATCCAATTCCGATTGTTGGGTGGCTTTTCAAAAAATATTTGTTTTGCTTTTATTTAATTTGGCTCTATTGTGTTTGGATTATTTGGCATGATAGGAATGTTAGAAGAGTTTTTCAACAAAATGAAAATTCTATCAATCATCTTATTGATAAAATTAAGTTCCAATCATTCTGGTGATTGAAAGCAAATCATTCTAAATTTGCCTACAATTATCGCATGTGGTGGCTTAATCTCCTTTTATGTTTGGGAGTTCTTATTTAGTTCATGTAGCTTATGTCTCCTTTTCATTTTAAGTGTGACTGCTTTGTGGCTCTATCACTTACATTATCTATGGTAACCTGATGTAACAACTGTTTTTCTTCCTTGGTTTTTCTCGGACACTTCTTGTGCTGGAGAGACTAAGTTTTGGTTATAATATTTTATTTTAGCTTCCTCAAAAAAAAAAGTATCATCTAAATTATTATATTTTTTAATTAAAATGAAATATATTAACTGAACCACTTAGTTGTTTTCGCACAAGGAGTGCTAGAAAATACTAAGAAAAAACAACTATTACGTATAATATCCATCAGTGCACAAAATAAAAAAGAGCCAAAAAGTAATCTCTCTAAAAGAATTGCAGAAGAAGAGAACCTCTCCACTTCACTAATAGTGTGACCCTCCTCTCCATATTTTGCAGATAAAACTCTAATCCATAAACTCTCTCTTTCATCCTTCAACCTCCAACACCATTTACCAAGAAATGATAAATTAAACTCATTAATCATTCAAACCTCCAAACCTCCATTTTCCTTTTTTAAACAAATTGTATCTCAATTAATCCAAGATATTTTCCTAAAGTCATCACATCCCCCAAACATAATAAATAAATAAATATAGATTCAAGAGAAGAAATAATACATGCGAGAGCCTTAAAGACGGAAATAAAGTAGATTGGTAGAGAGGACAAAATAGACTTCAGAAGAACCAATCAGCCACCCAAAGAAAGATTTATACTCTTCCACACAGACAATCTTGACCTTATTCGATCAAGCAAGGGATTCCAAAAATTCAGCTTACGAGGATTGATGACATGTCATCTTACGTTACTCTTAACATGTTTTTTAGTCATTTGAAGTAGGTTTTAGCATCAAAAAGGAGGAGTATTAGAACGATTGCCTATGATTTCGGGACTTTTGCAATGTTTTCTATATTTGAGTCTGTAATTTTAGTTTTCCCGAAACATAGAAATTTTAGGGGTTTTTTGAAGTAATTCACGAAGAAAACATGCAAATCAGCAAATCAAGAACATCTGAAGAATTGTGAAGACTTTGGGAAGACCAAGAATGAAGATTCAAGAGGCCTCGAGAGACTTTACAGTGGGAGGAATTTTGTTCCCAAGTTCTGAGGTAAGTTATTTGAAGAGGAAGACCCAAAAACGACGAAAATCGGAGAAACTGGGCCAATGAAAGCAATACCATGCGCCTTAAGCACATAGCACGCGCCTTGGGCATCTTGCAGGCGCCTTAGGCATTGCTCGTGTGCCTTGGGCACTGCTCATGCACCTTGGGCATTTGAAAATGCCAGGGGCGCATACGTAATTTTATGCGTTTTTGCGGGTTTTGCCCGCGTTTTTAGCCCAAACCCAATTAGAAAATCTCACTATAAATACCAGCCTTCCTCATTTAGAATTTCTCGTTCAGAACTGTGGCAGGTCAAGAGGAAGACAATTGTGGAGCTTCAAGAGAGTTTTTATCTTCTCTTTGATTTTCTAGGGTATGTTTTTATCTTTAGTAATTTGTTTTTAGTTACCATGTGTAACTAAATATTTTTAGGTTAGAGTTCTAATAAGATGAACCTCTATTTATTTTTATTGGATATTTATTTTATTTAATGTCGATTTGTATTATTTGTCTTTTATTCATTATTTGGGAATTATTTATTTCAAAGGAGCGTAACCCTAGATTAGGTACTTAGGTTGTGACAAGGCTTAATAATGTTACTACTATATTCCTGCTTATATCTTGATATTTATAGCATTATACTACTAACTATATGTCTATGAAGTAATTATGTATTAACTAGCGAAAGATACCGAAAGAGAGTTGACCCTAATAGTAAGTACTTAGAAGGTGACATTACTAAGACTGAGTAGTAACTCTGCTGAATCTAGGATGTAAATGGTTAGTAACTAAGGAAACAAGCTACTCCGAGGAATAAACCTAAATGAAACCATTCTCTTAAATTCTTAGTAAGGTATACGTAGATTAGGGCTGCCCGTTTGTAGAACTACTAAGTAAGTGTGGAGAATGTGCTTTGAGTGTCCTAAGATTCATATATGGGCTGAACTAATGGAACCTTGGCCAAGCCTTGGGAAAAACTGAAATGCCAATTTAAGTTTATGCTTTCAATTACCTTAGAGACGGTAAGACTCGACATGTAAGGATAACCATACGATTAGCAGGTGCAACGAGACATAGGAGGGATAGACCTAGTTAACCGAGATTTATAGCTCCCACACGTAAGAGATAATTAAAGATCAGACATTATAAGAAAAAGAGAAAGAGAAGAACAAATAAATGCAAAAATGTGCTCTCATTTGTTCTTCTCTTACCTTTTTCTTATAAAGTCTGATCTCTAATTATCTCTTTGATAGGTATTGAAAGTTCTCTCATTACACTGTTGTTGAAAGTGCACATTCTTGCATTGGCGGAGCCAGAAAAGATGCATAGTGGGGGCACCAATATACATATATTATTGAAAACATAAATATATATCACACTAAAGTAAAGAATTCACAAGAAAATGTAATTGTAGTTTTTGATACTTCAACTATAGAGGGTGCAACACAAATAATCGAAGCAAAAAAATACCGGTGCGTAACATTTTTTATCAACAGAGTATGGTTTTCAGGCATGTCGAACGAAATGAGAATCTTAAGTTTCATCATTAACACAAATTTAAGCTCAGCAAATTAATAAAGAATGTTTTGTATCATTACATTAATAAATAAATTATAAATGTATAAGAATGGAAATATAAAATTAAAATTTAGACTAGGGGTTTAACCTTTAAAAGATCAACAATGGAAGAAACTATGAGTGAGGTTTGTTGTTTGTATTGTATGTAGTGTTTGTGTTTCTTTTAATGAAATTTTATTATGAATGTGAGACAACTATAAGTGAGACAAAAAACAAATATCTGATTGAAATTGTGAAAGTGTGTCTACCTCTATTTGAGTAGAATAGAGAAGCTTCTAACCTTCCAACTGGATGATAGATGAGTGCTTGGTCAAAATTTCAACATATAAACACATAATACTAAATAATTTTACAAAACTTAGTGCAGGCATGTGCACCCTGAAGATAATATTGCTTATTGCCTTAGTTTATGTTTTGATGATGTCTAAGATAGCTAGGTTTATTTGATGATGTTATTTTGTGTTGATTAGCTTTAGCTTAGAAACTTGTTAAAGCACCCTAGCAAATCATGTCTCATAGTGTCATGTGAATCTTTGATGTCTCGTGTGTTGTCATGAATTTCTTGATTCGACTCATGATTCATTGATTCATATCTAGAATTCCTTTTGTCCATTTTCCTTGTGTCAATCCTTTTGAATCGAGTCAAACCTTGTCTCATTGTGTCTTGTATTCCCTTGATGTCTTGTGCGGTGTCTTGTTTTGCAAACTTCATTTTTGTGTGTTAGTATCCTTCATTTTTGTGTTTGAATCGACTCATTACAGTCTGAATCAATTCAATGAAGTTTCTGACTTCATGTGAATCGATTCACACTTACTTTGAATCGATTCATAAACCTCTCTGACTTTGGTTGAATCTATTCAAATTTTCATGACTAGCTACTCAGTGAATAGATTCAAAATAATTTTGAATCTATTCAATCACCTTTCTGACTTTGGTTGAATCTATTCAAATTAATTTGAATCGATTCAAATTCCTTTCTGACTCTGGTTGAATAGATTCAAATCCTGTCTGAATCTATTCAATCTTCATCCTGGGATTTTTGAATCTATTCAAATTATGTCTGAATCGATTCAATCTTCATCCTAGGATTTTTGAATCTATTCAAATCCTGTCTGAATCTATTCAATCTTCATAACTGTCTGAATCAATTCAGACATTAATTGAATCGATTCAAAATGTTGTTTTTGGTCAAAATCTTGCTCTTGCCACCCTTTTCTATATATACTCACTACCACATAACACCCAATTCATTGAATCATTTGCATCTATTCTCTCTAGGTCTCAAAAACTCATTGCTCATAGATTCTTCAAGATTAAACACTTTTTCTTAGAATCACTTTGTCTTTGAGTGTGTAGATTCTCTAGGGTGCTAGTAGGGATTGTAAGTTGGTTCTCTCAAGGAGATTGATTGGGCTTAATCAAGGCTCTAAAGGAAGTGAATAATCTCATTCCTCCAAAGGGCTTGGGGGTCTTTCTAACCGTTCTTGAAGTCGAAGGGGGTTCGTTTGCTGGACGTAGCATTGAAGACTTGAGTGAAGTGATCGAAGGAGTGCACAGGCAATTCAAGGATCCGAAGATTCAAGGAGCACCAAATTCAAGGGGTACTTGAAGTTTGGGGGAGCTTTGTTTTACATAGAAGTTGAAGAATTAGGGCTTTAATTTGAAGGAAGTCTTATAAACATTGTAATCAACTTTTCATACATAGTGGATGACCTTGGTGAAGGCGTACTTCATCAAGAAGAGTAGAGGTAGCCCTTAGCGAGGACGAACAAGGGTGAACTACTATAAATCTCGGTGTATTCTCTCTCTCTCTCTCTCTCTCTCTTTACTTTCATTATAGCACTTGAGTATTTGAATAATTGATTAGTGAATTGCTTGCTTTGATCTAAGTAGTGTTTTTTTCTCAATAGATTAATCTAAATCCGTTTGATTTAGGTTAAAACAATTTCTCTTGGATCAATTAATTGCAATATCAATTCAATTATTCAAATTCATGTGTTTTGTATTTCCAATTGATAATTAGGTTTATAGTCATATAAGTTTGGTTTGAAATTGTATATCATTTTGTATCTTGTTTAAGGATTGTTAATAATTGATTGTGTCAAAAGATTTGTATCGTGAATCTCTCAATTCTAAGATAAAATCTTATTCCACATATATTTGATATTTGTTAATTCATTGTTTGTGATTGTTCAAGCAACTTTCAAATAGTCAATTTCAATAAAACCGTTTTTTATCAAATCTCCATAAAAGTTTTTCAAAAGCGCTATTCACCCCTCCCCCCAGCTTGGTAACTATCTAGCCATATAGACCAACACACCCACTATGCTCTACTTGCCTCCGCCACTGCATTCTTGCGTTTGAAAAGCAAAAGACGCAAGAGCTTTCAGAATCAATAGCAACAAGACCCCTTTTGATGCTAAATTATCTTTAGTAAACAACCTATTTTTGAGCAATCCCACACAAAAACTTGAACCTTAGTCAGAATAGAATAGACTAATGACGTTAGAAAGCTTTAGACAAATCATCTTATAAAGAATATTTTTATCTTTTTTGAAAAATAATAACTTCCCTTCTACTCTTCTTTCTTTTATATTAAACAATGCATCAATCTTTCAAAAATAAAACTAAACAATACATCAAATCTACTTTATTTTTTAGATATTTTTTCTACCCGCAAACTCTCTCTAACCATCTTCTCTTTTTCAAACATCTCTCTCTTCTAAATCAAACATTCCCTAAGGGTCTGTTTGGATGATCAAAGAAAGTGAAAGGAAAGAAAGAGTAAGGAAAGATTATATGAGGAAAGAAAAAGAATAGAAAGTGAGAGGATTATTTTGGTTGTTTGGTATAAAAGAAAGTGAATAGAAAGTGGAAGGAAAAAATGATGTGTATATTTGTAAAAAGACAATTACATCCTTGAAAAGTATTAGCTACATGTCATTTTAAATTAAATATTTTATCTACAAATTAAAATATATTTTAATTTAGATATAACAATTTAAATTTTTTTTTATGTTGGGAAATTTTTTGTGAAGTATGTGTGTGTACAATTTAATTTAAGTGCATTTTTTTACAAGAGCAACATTGCAACGTTTGAATGCCTTAAAAAATACACAATGATAATAATATAATCAAGCCTATTTTAGACTTTTCACATGAAATTGATGCCCTTTTGTAGGTTGCCGTCCTTGTACGTGTGGAAAGTTTTTGAGTGTGGGTCCCACCTCAAAACTTTCTTTCCCTACCCTTTCTTTGTCCTGCCAAACAGTGGAAAGGTACTGTATCCACTCACTTTCTTTCCCTATCCTTTCTTTCCCTTATCTTTCCATGGATCCAAACATACCTTAAATTCTCCATAGTAGCTAAGCTCATGAATACGATTTATAGTTCATAAGAAAAATAGTGTAACTTTATTTTATATCATGTAATACCATATGAATAAACATTTACTACTACCATAAGTTATTATTAGTTGGGATTTGGTGTTGTAACTTTTCCCGCCGTTGCCCGCAGTTTTAATGTCAGCCGTTGGATGAAGTTGTGCCACAAGACTTCCCAATGTTGTAATCTAATCCAATGGCTTAAATGAAAAACAGCGTGTAACTACGTTATTTTTTACAGCAGCAAATCCTGGCCCAGTTATTATATAGGCAAATTGCAGAATCAAACAAAATGAGAGAATCTCGGTTTCGTTGGAAAACGACGCTGAACACTGTTAAGCAAAAGATATTTCACATGCACAGTGAAGTTAATTATTGTGTTAGGTAATAACTCATATGATTGTTATTATGAACACTGACATGTCATGTGTGTTAGACTACTATTTGTCACTGTTTCAACTCGTGGGTTCTTTCTTTCTACCCTAAACTTTTCTCCTGTAAATTCTCCTTTCCGATGCAACTGAGTGCACGGTTCATGTCTTCATCAATATAGTAGAAACACTATTTAGTCAGAATTTTTTCTACGAAATGGAGAAACATAATGGCCACGTCCATTTAATTAATTCAATTGTACTTTAGTGTGTTCACAGTGTTGTAACAAAATTAGAGAAATATTCCCTCCTGGATCAATTATAAGAAGGGAAAAAAACACTTTTAAATTTTTAATAATTACTAATATATTTGATTTATAATAAAGATTATTCAATAAATTTAAAAATAAAATGTTATATAATTGAGATAGATAGGAGTGCCAACAAAATAAATGAAATTTATATGATTATTTTATAACAATTTTTGGAACAACTCTTATGCTCTCGTTATGTTTTTATTCTCTTTTAATTGTTTTAGTTTATGTGTCAATACATATATTATATTTCTTTATATATCTTTTGTTGTCACATAAATTGTCTAAAAAAAATGGTTGTTTGAATACATTTACTAATAAATTCTTTAGGCGTTGTTTAAACTACCAAAAAAAATATTTTTTGCATTAAAAATTGTGTATTCGTGTTTGATTTATTTATGTTTTAAAAACAAAAAAAAATTATCATGGATAACTTAAACACTGATTTTAAACCGTTGTTACCATGATGATCCCATGTAGATTTATGACGACAATAATATAAACTTCGGGGTTCGTTTGCTTCAACTTAAAAGAATAACAATATATTTTAGGTTAAAAGATTCTAAAGATTTTTTAAGAGATTTTTACAAAAATTTGGAATAATTTCTATTTGTTAACTATCATAATTTTTTTTTTATATAATTTAAAGCTTTTACACTTGAATTCTTTGCTATTTTTTTAATATTTTTTTTTTTGGAAAAAATACTAGGAGTAGTAGTTTTTTTCATTTTGAGGATAAAAAAGATTTTTTTCGACAAAATGAAACAAATTACAAAAATTAATGAAAAAAAGATTCTTTTGGTAAAAAAATAGAATTTTTTCAAGAAAATCCTAAACAAATGTGCACAAATGAATTAGTATTGTACCATACACAAACTTATTTTTTACCATTGGATCATTAAATTTCATCATATTTCATTTTAGTTAAGGCTTATTATTTATACCTTTAGTCCCGCAAATATGGTTCATTTGAAGTTTGGTTCCTGAAGTTACTAATTATTTCAAACAATCACTGCAATTATTAATCACTTCAAAATTTGTCCCTCAACCCACTTAATGACGGCCACATCACTAATCTGATGAGGTGTCAGTGTTGATTTGTCAAGTGGCAGTCTGAATCAGCAAAAGTTGGTGTGAACGGACGAAAATGCCCATGGCTTCTCATACACACACAAAAGGACAAAACTACCCCTATTTTCATTTTCTCTTGAATTGGAAACACATACGAATCGAATTAGGAATTAGGGTTCCTGAGAGTAGAAGATAGATCAAAACCATACAAATTGAAACAAAACTGAGATTGAAAAAACGATCTTAGTTCAAATAAAAACGAATCGAAACCAAACTAAATCGAAACGAAACTGGAATTGAAGAACTGAGAAGGAATAACACAACATCTGGAGAATTGAATCGAAATGAAGGTATGTCATTCAGAAACTTTTTTGCGAAATATAAATGTATATGCTTTGCATTACTGTATTATGTTGTGTATTTGCTTCAAATATGAATGACTTTGCTTTCTTGAATGAATTTTTTTTTTCTTCCTTTTTTTTTCGTTGTTTTAAGTTTTTCAGTTATGTGTTTTTCTGTTAATTTTCATCATGGCGATAACTTTGTTAGGGATTGACTTATTACTTACAAAGGGGGGGAATGAAACATTGAAGGAAGGGTTAGATGAAGATAGGTATAGTTATTTTAAGGTAATCGGTATAGTAGAAAATGATTTGAATGTTAAAAAACCTTATAGGCTGTGGTGGTTGTTACATGAAGAGGTGAATTTCAGAATGATTCAAGTAGATGTTGATGCCGGTGATATTAAAGATTATGCTTTGAAAGAAAAAAAGTTGTGTTGTTAATATTTTTGTCGAGCATAATGTGGATGAAACCGATGAATTAGTTGATGTTTCTATCTGTGTTGTTGGTCCTGAAGTGGGTGAAAGTTCCAAGTAGTTAACACTAATAAGGGTGAAAGTTCTTAAGTAGTTAACACTGACAAAGAAAAAGGGTTATTAGTATACAATGGTAATGATCAGGAGGAGGTAGGCGGTGTAAGTAGCAGTGAAGATTAGGCTAACAATGTTAGATTAGATGATAGTGAAGATGAGAGAGCACTAGGAGTTGAAGATGAGTTCGAGGAAAAACAAAATGGACCTTTGAATGTTGACAGTGGTGCCCTAAAGTCTGATAAAGGTAAAAAAAAAAGTTGAAAGTAGTAACTAGAGATTATGTGGTTGACCCAGATTGGGAGAAGGAGTATGAGAGTGAAGAATTAAATTCTAATGTTCTTGATGTGTCTGATGATAAGAGAACATTTGTTTATGATGTATTTAAGACGAGCCAGCAAACCAAGAACTATGTTTTTAAAGTAGGTATGGATTTTAAGTCTCTAACTAAGTTTAAGGATATAATAAGGTGGTGGTTTGTATTAAATGAGACTGAGATAAAGTTTGTGAAAAATGATAAAGAAAGGTGTAGGATAATGTGTAAAAAAGAATGTGGTTTCCTGGCTCACTGCATCAAAATGGCTTACAACCATACATTTAAACTAAAGATATGGTATAGGGACCATAAGTGTCCATGGGTATTATATAATAGTAATGAAAATTCTAAGTTTGTTTTCAAATATGCCCTTGATAAAATCAGAGCATCCGAGATGAAAGTAACTGAAATCATGACATATATGAGAAAGAACCACCCAGTAAAAGTATCATTCAAACAACTTGGATGGCAGAAAAGAAAGCTAAGGAACTCTTACAAGGGGATGCCAGGAAACAGTATACCTTATTTTGGGTGTATGCAGCTGAGCTTAAAAGGGTTTCAACTAGAAAGACTTGTAAGATTAATGTTGAGAGAGCCTTAGTAACTGCTCAACCTAGATTTAACATATTTTACTTTTGTTATGATGGATGCAAGAAGACATTTTTATCAATTTGTAGGTCATTCATAGGTGTAGCTAGGTGTCATCTGAAAACCCAGTTTGGAGGAATTTTATTGATTGCAGTTAATAGAGATGTAAATGACCAATACTTTCCTCTAGCATTTGGAGTTGTAGAGACTGAGACCACAGATTTATGGAGGTGGTTCCTTATCTTACTACTTGAAGATATTGGAACATGATAAAAAAAAATATGATTTAGTGGTAGTTTCATAGATGGATGGTTTTTTTCCCTTTCTTTCACGAGAAGAAAGAAAGCGAATCCGTAAAAGAAAGTTGAAAAAGAAATTTGAACATGAGAGTAATGCTAAAATGAATACTTGAGTTAAAGTGACATTAGCTTTTTAGTCACCTCTCGCCGTAAGTGAACAGTAAACCAACTACCAACCCCCTCTCCATCACCCCTCTATATGCTAAGCGAATTACTCCACCACACTGAAGCTAGTCTCCCCCAATCGTCTAAAGATCCACCCTCCACACCATACCTCGCTGCTAAAACTTTATACCATAAACAACATTTTTTCCTCCCTCAATCTCCAATACCAATTATCAAGTAAAGACATATTAAACTCTCTAATTCTCCTAACCCCCAAACCTCCATCCTCCTGTTTGCGACAAATAGTGTCCCAACTAATCTAAGATATTTTCCTAGAATCCTCACTTTCTCTAAAAAAAACAAGTCAAAAATAGATTCAAGGGAAGTAATGATCTTATAGGAGCCTTGAAGAAGGAAAGAAAGTAGATCAGGAGAGATGACATAACAGACTTCAGAAGAACTAAACGACCACCCAGAGATAAATTGGGAATCTTCCACCCAGACAATCTATATTTATTCCGCTCAACCAAAGGTTTCTAAAAATTCAGTTTCTGGGAGTCATCGACAATAGGAAGTCCCAATTAAAGAAAAGGAAGATGACCAATTTTACAATCCAGAACCATAGAAGTCGCGTTTAACCACGAGTCCGGAACATTAACACCAACTTATTTTTTTATCAAGTAATAATTACAATACTTTTTATAAGAATTTACTTATTTTAGTTGCTTAACCAATGCCTCTAAAACACCGGTTAACAATCTCCATTTTGTAAATTATGAAATTGTTTTTTTTTTTTACAATTATTATCAAACTGTTTTTCTTATAATACAATTGTTAATTGAAATAATTTTATAAAGTATGAAATTGTTTCTTTTATAATGCTTTAAACATTCCTAATAAAGAAATTATTATTTAAAAAAAAATTAAATACTTCAATTTTCAATGTAATAAATACACAAATTTTTATAAAATGTAAAAAATTAGATTTAAAAAATTCCTCTAAATTAAAAAAGGGTAGTTCTAATTCGTACCCTTATGCACATGTTAAAAAATTCAAAAGAAGAAATATTTTCTAAAATTTTGTGCATTTAATTTATTAAAAAATTAAAATTAAATTCAATACATGCATTCCAATAAAAAGTTACTATATTTGATTCATTAGCTTGTGCTAAAAGAGCATAAGATAACATTTTCCATTGAAAAATTTAGGGTTAAATATGTTTTTGGTGCCTATAAATATTCCAACTTTTCGTTTTGCTCCCTCTAAAATTTTCTTTCAACTTTTAGTCCCTATAAAATTTTCAATTACCACTTTTGGTCCCTATTTTTAAATTAATTTTTGTATTTTTTAATGAAATTATGCAGAAATATGTAGAATATTGTAAAAAAAATTCTCAAAAAAATTAGAATTTTTTAACAAAACATGAATTAAATATGAATTTTTAACCGTAAAAAATGTAAACATTCATATTAAATTCATGTTATGTTAAAAAATTCTAATTTTTTTGGGAGATATTCTTATAATATTATGAATTTTTATTCAAAAATATGAATTCTACATGTGATTTTACTTTAAAAGAAGGACCAAAAGTAAAAAAGAAAATTTTTTAAGGGACCAAAAATTGAAGGAAAATTTTGGAGGGATTAGAACGAAAAGTTGGTATATTTATAGGGATCAAAAACATATTTAACCCAAAAATTTATAAACCTCTAACATGACAAAACTTATACACCCTCCGGTCACTATTATAAGCAAAAATCTACTTTTTATGTTCATTCAATAAATGATGTATGTGGTCCATTAAATAGACCACATACATCATTTATTGAATGAACCTAAAAAGTGAAATTTTGTTTATAATAAGAGCAATGCTATTTATCAAGAAAGATTTTATCAAGAAATTGTCTCGAAATTAATGTTAGCCAATAAAATCTCAGCCTGACCGGAAATCATAGGGTGGTGGGTGTTATATATTTTTTTTTTATGAAACTTTAATAAATAAGATTAAAGTTTAAGGGTGATTATTCTGCCATGTCATTCTTGAATTCATCAAGAAAATCCATTCTTGATATCTAGCATTTTCCTTATAATAATGACCGGGTGTACAAATAAAACAAACTATTCACATTGAATAAAAATATAAGAAGAATTGACACACCTCACAAGACACAACGGATTGAGAAGACGACAAAACTCAGAAAGCCAGTAATGTCAGAAATTTCTGAGACATGCACAGAAACAAGCAGTATAGTCAATTCAATTATTACCGGAAATAGCCGGTTCATCTCGTTACCCAATGTATCTTCATCAATACCTTCCCCTATTCATTTGTTCCTTCCAATATTATTAATCAAATCAAACATAGAAACAAACCTCATTCACATTAATCATTATTACTAGTACTACCTCATAGGATAGAGAAAAATTTATCTAAACTTGGTTTTCCTTGTGAGAGTGAGTGTGTGTGCATTTTCAGTCTCACCAAATTAATGCGAATTGAAAACAACAAAACCAAAACCCAATTTACGTATAAGATCATCTTCATCATTATTCTTACCATATCTTTTCATTTCACTATCACAATCACTATCACCATCACTTCCATCACTCTCTTTCTCTTTTCTTCATAAACAAACCCTATTCTTTATTATTGATTTTTGTTTTGTTTGTTTAGTACTATGGCTGATGAGGGTTTTGAAAATTATTATCATATCCCACAACAAAGCAGAAGAGAAAAACTTCGTTATTTATCTCAAAACCAAACAAGTTTCATTGAATCTTCACCCACCCTTAACCCTAACTATTCACCTTTACCTTCTCTTTACGATCCTTCACTCATTTCACCTTTAGATGCTATAAACAGTAACCCTTTTCTTTATCAAACTCAAATGAATCATGTATACAACGATGGTGGTAGTAGTAGTAACAACAATGAAGTTATGTTGTTGAAATCTGAACCTTTATCTTTGTCTTTATCATCAAACAAAAACAACCAGAATCAGATGAGTGCTGCTGATTTTCAGCGTTATGGTTCTGTTGTTGATGTTTCTAGGAACACGGTTCCATTAGGGCCATTTACAGGTTATGCTTCTGTTTTGAAGGGATCGAGGTTTTTGAAACCTGCACAACAATTATTGGATGAGATATGTGATGTTGGTGTTCGTGCTGAGAAGATTATTGCTGCCGTTGATGCATCTTTGATGGAAACTAATCATGGTAACAGTGGAATGATTAATGGTGTTGATGATGATACACTTGGTGATGATGGAAGGAAGAACAAGTCTAGATTGTTAACAGTGCTTGATGAGGTACAAAGTTTTTTATTTTTTCTTCTTTCTCTTTTATGATATTTTTTAATTTTTTGTTTATGAGTTGTGTTATATAAACATACAATAGTGAGACATCGTATTGGTATGGTATAAAATACAACTCTAATGTGTTATCAATGAGAGAAAAAACAATACTACCTCCGTCCCGGTATTGGAAACCCTATTCATACATACATACATACGGGTGTTGATGTGGATTTTGTGTCAAAGAATTTATTATTATTTTTTTATTATAATCCATATAATTTTTTTTTTGAGAGCATAATCCATATAATTTTTGGTTATGCTATTTTTTCATGGTTCGGGTGTTCAAAACCAAAACCGTAAAAAACCGTATTGATTTGAATCTATTCGAATCATTTTTTTAATCAACCGCATGTGTTGGTTCGGTTTGTAATTTTCATTTTAACAATCAATACAAAGCAAACCGCAACATAAAAAAAAAACACTAATTAAATCTATGTCACCTAAAACAATACTTATATAAACTCAATGAAAACTTTTATAAAAGATATATTTATTTTCTTTGTTAAGTTTTTTCTTTGCTTTTTTTTTAAATGTATTTATCTGCCACTTGAACTTTTAGAGAATGATAAAATCTTAATCTTTCATATTTCTTACCTAATATGATTACTTTTTGTCTACGTTTTTAATTTAGTTTATATTGTTTGATGAAAATAAAATTGTAACGTTGAATGAAATTAAAAACATTGTCGGAAACATTGTTGGAAATATGTTGTGTTTTAATTTTTTTAACACGATTTTAATGTTGAAAACAAAAAATTGTGTTGTCTAAAAAACATTAAAACTCGTTTGGTGTTCCTTAGTTCAATGGAGTTATCTACTTGGGACATGACATTAATAACAATGGTGATACTTTTCTTTCAAAAAAAAAAAAACAATGGTGATACTTTTCTCACTACTATCGAATCAAATTTTGATGTTAAAAAAAAAAAAAAAACAATGGTTGTACTCTTTTTGTGGATAGATTTTGGTTTATGTTGTATTTATGTGACTATATGGATCAACTTTTTACCCGATATACTATGGGATAAGTTTGTGAACTTGATGATCCTTTTTGTAAAGTATTGATGAGAAGGAATATATGCTGAAGAATGGGAGAGTAAAGTAATTGACACCCATAGCAAAGATTTTATACCATTTGTATTTTATTAAAGTGATTGATTGGTAGGAATCCTTTAGAAAAGATTTTTGCTCCAAAAAAGTGTGTTTTGATTTATTCATCTTGCTCAAAGGTTAAAGTAATTAACGTGTGTAGATAACAAAGTTTTTTCCTTCAAAAAAAAAGTTTTTTTGCCTAAAAAGATTGGTTTCTGAAATTTTGGATGCTATTACAGTTGCATGTCATTCCAAAGTAGTGATAGAATCAGAATATGCAAATGGATTTGCTGCAGTAATTGCATCACGCAGTTTCAATCTCTAATGTCCAATCTCAAAATATCGGTCGGTATTGTTTAAAGCTAATTTTATTATTGTGTAATCCGATTCGTAAGATCTCAAAATAACAGTCGAGATTGTTTACATCGTGCAAATGCGTGCTACTCTTGGGAATCCGGATCCGGTAGAATATATATTGTTTCACTGTAATTTATCCGGCAATAACTATGACCAATTTGATGCAAGATGAAATTGGTATTTCCATTGATACTGTGTAGTTTGAGGGTGTATTATTGATTACATAAAGTGCAGCTTTAGATCTTTAGGTTGTAATATTGATTTCTTGATGTAGAAGTGGAAGTGGAATATATACATGTCACATTAGCTTGTGAGATAATTCTTCTTTGTCAATCATGAACAGGTTTGCAGGAGGTACAGACAGTACTACCAGCAGATTCATGCAGTAATAACTTCATTTGAATATGTTGCTGGCCTCGGTAACGCAGCTCCGTATGCAAGTTTGGCTATAAACGCCATGTCCAAACATTTTAGATTCTTGAAGAATGTGATTACTGACCAGCTTCAGTATATCGGCAAGTCTAATTATCAGATAAGCAATAGAAAGGATGAATCTCCAAGGTTTCACAACGGCGATGGAGCCCCTTACAGTCAAAGGCCAGGGTTTGTAGAACATGTCCAACAACCTGTTTGGCGACCTCAAAGAGGGCTCCCTGAGCGTGCTGTCAGTGTTCTTAGGGGATGGTTGTTTGAACACTTTTTGCATCCGTAAGTGTGTTATTTCAATCTTATTAATATCTTTTGAAACACAAACATCAGCTTGACACAATCATATTGACGCTGATATTAGTTTTTTTAGAAATCACAGTTGAGGAGACGTCAAACTTTTTGATGTCGCTGCTAGATCGCAGCTCCATATATTCTTTTTAAACCCTTCTATCAAGTCGCGCTTCAGCTGTGATATACACATTGGGCTTTTCCCTTCTATGATCATCTATAGAAAAAGTTGAAACAACAACGGGTTCGTCACCAAATTCGGTCACTATATATATCACTTAGCGACAGAAATTATAGAGGCAGATTTTATATTTTTCCGTCTATCTATTTCAGGCTTTTCTAGTAGTGACATGTATATGGACATTCCAACCATTTTATAAGACGTGTTTAGATTACTAATATGTTGTTTTCTTGTTACAGTTACCCTACTGATACCGACAAGCTAATGTTGGCTAAACAAACTGGTCTATCTCGTAACCAGGTAAATTTTTCATGATTAAAGCTGCATTTTCTGTTTCATTTCATGCTTGAGGGATTTTTTGCAGTATTATAATTAACAATGTCTATGTGTTACAGGTGTCTAATTGGTTTATAAATGCAAGAGTAAGGCTTTGGAAGCCAATGGTGGAGGAAATACACATGCTTGAATCACAGCAATCTCCAAAGGAATCACAGAGAGATGAACATAGTCGAAACAATTTAAGCGAGAACAACATTGCTGAGAATCCATCTACCTCCTCAGACAAGTTTCACGATGTTGCATATAAACGCACTAGAAACGAACTTCACAACATGTCAGTGCCGAATCATAGTATAGCAAGCAATCAACAAGTTGGTAATGTTGGAGTGAGCATGATGAATAATGGTGCAACAAGCAATGGTGTATCTCTGACGCTCGGTCTTCATCAAAATCATGGAATTGGGTTATCGGAGCCTTTCAACATGAGTGCCGCGCAGCGTTTTGGTCTTGCACATCAACCTGATAGTTACGCCGCGAGTGGTTTTCAATTGCAGAATAGGCAATTTGGGAGAGATTTTATTGGTGGGCAACTTTTGCGTGACTATGTAGGATGA

Protein sequence

>MS.gene94247.t1

MEKINVKEDDEMNWVHDSSVDHKGRVPLRASTGSWKAALFIFAIEFSERLSYFGIATSLVLYLTKVIHQDLKTAARNVNYWAGVTTLMPLFGGFIADAYLGRYSTVVASSIVYLMGLILLTLSWFLPSLKPCDHTNTCNEPRKIHEVVFFLAIYLISIATGGHKPSLESFGADQFDEDHDEERKQKMSFFNWWNCALCSGLILGVTLIVYIQDNINWGAADIIFTGIMALSLLIFIIGRPFYRYRVPSGSPLTPMCQVLVAAISKRKLPYPSNPDELYEVSKTHGNKRKFLCHTEKLRFLDKAAIIENAENSIEKQSPWKLTTVTTVEEMKLIINMIPIWVFTIPFGISVAQTSTFFIKQSAIMNRKIGERFELPPASIFTVAALGMIISVAIYDKILVPILRKINQNERGINILQRIGFGMFFTIITMIVAALIEKKRLEDVEKDPLKGSLSTSIFWLAPQFLIIGFGDGFTLVGLQEYFYDQVPDSMRSLGIAFYLSVIGAANFMSSVLITIVDHITKKNGKSWFGVEDEFEEKQNGPLNVDSGALKSDKDWEKEYESEELNSNVLDVSDDKRTFVYDVFKTSQQTKNYVFKVDAINSNPFLYQTQMNHVYNDGGSSSNNNEVMLLKSEPLSLSLSSNKNNQNQMSAADFQRYGSVVDVSRNTVPLGPFTGYASVLKGSRFLKPAQQLLDEICDVGVRAEKIIAAVDASLMETNHGNSGMINGVDDDTLGDDGRKNKSRLLTVLDEVCRRYRQYYQQIHAVITSFEYVAGLGNAAPYASLAINAMSKHFRFLKNVITDQLQYIGKSNYQISNRKDESPRFHNGDGAPYSQRPGFVEHVQQPVWRPQRGLPERAVSVLRGWLFEHFLHPYPTDTDKLMLAKQTGLSRNQVSNWFINARVRLWKPMVEEIHMLESQQSPKESQRDEHSRNNLSENNIAENPSTSSDKFHDVAYKRTRNELHNMSVPNHSIASNQQVGNVGVSMMNNGATSNGVSLTLGLHQNHGIGLSEPFNMSAAQRFGLAHQPDSYAASGFQLQNRQFGRDFIGGQLLRDYVG