AlfalfaGEDB | MS.gene46151

M. sativa cultivar XinJiangDaYe / MS.gene46151

KEGG: -
GO: GO:0003674 GO:0003824 GO:0008150 GO:0008152 GO:0016491 GO:0055114
PFAM: PF03171.23 PF14226.9

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene46151.t1	XP_013448905.1	92	361	29	0	1	361	1	361	2.40E-189	671.4

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene46151.t1	Q39224	39.4	348	206	3	14	356	11	358	5.7e-75	282.7

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene46151.t1	A0A072TZX2	92.0	361	29	0	1	361	1	361	1.7e-189	671.4

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049549	MS.gene46151	0.867645	1.17E-65	-1.69E-46
MS.gene052211	MS.gene46151	0.809935	1.48E-50	-1.69E-46
MS.gene054146	MS.gene46151	0.807728	4.39E-50	-1.69E-46
MS.gene055240	MS.gene46151	0.90277	6.90E-79	-1.69E-46
MS.gene056748	MS.gene46151	0.815213	1.04E-51	-1.69E-46
MS.gene059955	MS.gene46151	0.817943	2.54E-52	-1.69E-46

PPI:

Gene1	Gene2	Type

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene46151.t1	MTR_7g062580	95.845	361	15	0	1	361	1	361	0.0	723
MS.gene46151.t1	MTR_7g062600	79.444	360	73	1	5	363	1	360	0.0	607
MS.gene46151.t1	MTR_7g062550	78.804	368	73	1	1	363	1	368	0.0	607
MS.gene46151.t1	MTR_7g062570	77.871	357	79	0	1	357	1	357	0.0	604
MS.gene46151.t1	MTR_7g063730	65.642	358	123	0	1	358	10	367	0.0	527
MS.gene46151.t1	MTR_7g045650	76.190	294	65	1	1	289	1	294	3.00e-168	472
MS.gene46151.t1	MTR_7g062560	57.703	357	135	3	6	362	19	359	2.04e-147	421
MS.gene46151.t1	MTR_2g437380	43.353	346	189	4	17	357	14	357	2.72e-104	311
MS.gene46151.t1	MTR_5g048550	38.571	350	208	3	11	357	4	349	8.00e-96	289
MS.gene46151.t1	MTR_5g055690	39.368	348	209	2	12	358	5	351	4.89e-95	287
MS.gene46151.t1	MTR_5g048570	38.793	348	208	2	11	357	4	347	1.06e-94	286
MS.gene46151.t1	MTR_8g064200	39.130	345	208	2	14	357	12	355	4.27e-94	285
MS.gene46151.t1	MTR_5g048850	37.429	350	212	2	14	360	7	352	5.44e-94	285
MS.gene46151.t1	MTR_8g064200	39.130	345	208	2	14	357	17	360	7.46e-94	285
MS.gene46151.t1	MTR_0009s0050	37.752	347	215	1	11	357	4	349	1.16e-93	284
MS.gene46151.t1	MTR_0009s0050	37.752	347	215	1	11	357	4	349	1.53e-93	283
MS.gene46151.t1	MTR_5g055680	38.663	344	210	1	14	357	7	349	1.03e-92	281
MS.gene46151.t1	MTR_5g055900	37.356	348	217	1	11	358	4	350	2.37e-92	280
MS.gene46151.t1	MTR_0328s0030	38.286	350	209	2	14	360	5	350	2.59e-92	280
MS.gene46151.t1	MTR_5g048470	37.861	346	214	1	14	358	12	357	3.75e-92	280
MS.gene46151.t1	MTR_5g055820	38.841	345	209	2	14	357	7	350	6.07e-92	280
MS.gene46151.t1	MTR_2g072910	38.682	349	208	4	14	359	11	356	2.08e-89	273
MS.gene46151.t1	MTR_0009s0480	36.963	349	213	2	17	362	9	353	3.41e-89	272
MS.gene46151.t1	MTR_3g026150	37.861	346	204	5	7	346	11	351	1.00e-86	266
MS.gene46151.t1	MTR_2g072890	38.329	347	210	3	14	357	11	356	2.24e-86	265
MS.gene46151.t1	MTR_5g048740	36.676	349	217	3	14	360	5	351	3.01e-84	259
MS.gene46151.t1	MTR_5g055800	35.174	344	215	3	17	357	10	348	2.41e-82	254
MS.gene46151.t1	MTR_7g068650	38.720	328	190	5	20	336	15	342	5.93e-79	246
MS.gene46151.t1	MTR_2g437380	42.586	263	150	1	96	357	1	263	6.43e-79	243
MS.gene46151.t1	MTR_8g074070	38.192	343	205	4	19	356	14	354	4.94e-78	244
MS.gene46151.t1	MTR_4g015790	39.755	327	181	4	18	336	32	350	9.87e-78	243
MS.gene46151.t1	MTR_5g082750	37.152	323	197	2	20	336	14	336	1.17e-77	243
MS.gene46151.t1	MTR_1g033810	35.260	346	209	4	11	350	8	344	1.82e-77	242
MS.gene46151.t1	MTR_3g070860	35.913	323	201	2	20	336	15	337	4.42e-76	239
MS.gene46151.t1	MTR_5g048850	39.179	268	156	2	14	278	7	270	6.05e-75	233
MS.gene46151.t1	MTR_3g117420	40.925	281	163	2	55	332	52	332	8.07e-75	235
MS.gene46151.t1	MTR_5g055690	41.199	267	155	2	12	277	5	270	1.33e-74	232
MS.gene46151.t1	MTR_8g074050	37.609	343	207	4	19	356	14	354	8.75e-73	230
MS.gene46151.t1	MTR_8g074070	36.443	343	192	5	19	356	14	335	2.26e-70	223
MS.gene46151.t1	MTR_3g026150	40.288	278	155	5	7	278	11	283	8.26e-70	220
MS.gene46151.t1	MTR_5g011250	34.375	352	212	7	20	355	8	356	1.21e-69	222
MS.gene46151.t1	MTR_4g116010	39.223	283	168	3	55	335	50	330	1.70e-69	222
MS.gene46151.t1	MTR_0009s0480	39.015	264	154	2	17	277	9	268	1.20e-68	217
MS.gene46151.t1	MTR_5g059130	35.435	333	208	4	15	343	4	333	1.58e-68	219
MS.gene46151.t1	MTR_2g072910	38.889	270	160	3	14	280	11	278	1.33e-67	214
MS.gene46151.t1	MTR_3g072820	36.364	330	199	6	20	343	7	331	2.68e-67	215
MS.gene46151.t1	MTR_0009s0050	37.903	248	154	0	110	357	4	251	4.33e-67	212
MS.gene46151.t1	MTR_0009s0050	37.903	248	154	0	110	357	4	251	5.94e-67	212
MS.gene46151.t1	MTR_3g026150	37.097	248	156	0	99	346	1	248	8.22e-66	209
MS.gene46151.t1	MTR_3g063180	34.302	344	212	8	20	353	10	349	8.23e-66	212
MS.gene46151.t1	MTR_0056s0160	37.179	234	147	0	124	357	1	234	2.42e-64	204
MS.gene46151.t1	MTR_5g059140	36.482	307	186	5	25	325	12	315	4.75e-64	207
MS.gene46151.t1	MTR_3g092890	35.224	335	200	6	30	362	14	333	4.76e-64	207
MS.gene46151.t1	MTR_5g065010	35.817	349	204	10	19	356	3	342	2.34e-63	206
MS.gene46151.t1	MTR_1g062110	34.916	358	213	9	20	362	27	379	1.47e-62	204
MS.gene46151.t1	MTR_4g087120	35.191	341	194	9	30	348	3	338	5.75e-62	202
MS.gene46151.t1	MTR_3g072810	33.945	327	205	6	15	336	1	321	1.67e-61	200
MS.gene46151.t1	MTR_7g102820	33.908	348	205	8	30	356	37	380	2.30e-61	202
MS.gene46151.t1	MTR_3g117485	35.185	324	197	7	19	332	12	332	1.55e-60	199
MS.gene46151.t1	MTR_4g087140	35.435	333	187	8	30	339	3	330	1.89e-60	198
MS.gene46151.t1	MTR_1g034120	34.897	341	188	9	47	359	14	348	1.62e-59	196
MS.gene46151.t1	MTR_3g058610	33.542	319	204	6	33	346	18	333	3.21e-59	195
MS.gene46151.t1	MTR_8g075890	33.841	328	209	6	33	355	18	342	4.29e-59	195
MS.gene46151.t1	MTR_5g022020	37.716	289	173	6	33	316	18	304	6.73e-59	194
MS.gene46151.t1	MTR_8g075830	33.856	319	203	6	33	346	18	333	1.21e-58	194
MS.gene46151.t1	MTR_8g024120	32.845	341	224	5	18	356	6	343	5.46e-58	192
MS.gene46151.t1	MTR_4g093840	33.146	356	222	7	11	356	17	366	5.57e-58	192
MS.gene46151.t1	MTR_1g034140	33.022	321	194	8	31	336	4	318	6.80e-58	191
MS.gene46151.t1	MTR_1g034060	34.018	341	191	9	47	359	14	348	1.46e-57	191
MS.gene46151.t1	MTR_4g087090	35.314	303	176	7	51	336	26	325	1.46e-57	191
MS.gene46151.t1	MTR_4g087110	36.246	309	178	7	56	348	33	338	2.88e-57	190
MS.gene46151.t1	MTR_3g088565	35.473	296	167	7	55	337	3	287	6.15e-57	188
MS.gene46151.t1	MTR_6g015950	33.447	293	182	7	52	338	36	321	2.70e-56	187
MS.gene46151.t1	MTR_5g032870	34.118	340	213	7	25	356	9	345	3.10e-55	184
MS.gene46151.t1	MTR_4g087100	34.024	338	194	9	35	349	8	339	1.01e-54	183
MS.gene46151.t1	MTR_7g102720	34.877	324	191	10	42	356	23	335	3.50e-54	181
MS.gene46151.t1	MTR_3g091360	32.595	316	196	7	31	337	28	335	8.05e-54	181
MS.gene46151.t1	MTR_2g102570	29.912	341	212	7	17	337	1	334	3.71e-53	180
MS.gene46151.t1	MTR_3g117485	36.328	256	157	4	81	332	7	260	4.26e-53	177
MS.gene46151.t1	MTR_1g070120	33.438	320	198	9	31	343	15	326	1.97e-52	177
MS.gene46151.t1	MTR_3g043900	31.778	343	223	7	19	356	17	353	2.25e-52	177
MS.gene46151.t1	MTR_5g032880	34.337	332	207	7	25	348	347	675	3.57e-52	184
MS.gene46151.t1	MTR_5g032880	33.438	317	200	5	25	337	9	318	3.00e-51	181
MS.gene46151.t1	MTR_1g070135	32.099	324	207	8	26	343	10	326	9.00e-52	176
MS.gene46151.t1	MTR_3g091350	30.816	331	212	7	31	352	35	357	2.27e-51	175
MS.gene46151.t1	MTR_2g069300	32.727	330	205	9	20	339	19	341	1.17e-50	173
MS.gene46151.t1	MTR_3g045230	32.024	331	213	8	32	356	30	354	1.95e-50	172
MS.gene46151.t1	MTR_4g115990	33.893	298	175	4	55	351	46	322	3.63e-50	171
MS.gene46151.t1	MTR_2g068960	31.858	339	206	8	19	341	26	355	7.77e-50	171
MS.gene46151.t1	MTR_3g083370	33.110	299	188	5	54	348	3	293	1.51e-49	169
MS.gene46151.t1	MTR_1g070085	30.864	324	208	9	31	346	14	329	2.78e-49	169
MS.gene46151.t1	MTR_1g070085	30.864	324	208	9	31	346	14	329	2.78e-49	169
MS.gene46151.t1	MTR_2g069210	32.012	328	211	7	19	339	28	350	2.95e-49	169
MS.gene46151.t1	MTR_5g085330	32.192	292	184	5	54	338	4	288	1.04e-48	167
MS.gene46151.t1	MTR_2g068840	31.624	351	217	10	19	356	21	361	2.20e-48	167
MS.gene46151.t1	MTR_1g070080	31.761	318	207	7	26	338	9	321	5.80e-48	166
MS.gene46151.t1	MTR_2g068950	30.448	335	216	6	19	341	26	355	6.65e-48	166
MS.gene46151.t1	MTR_1g102070	30.994	342	214	8	29	355	36	370	9.47e-48	166
MS.gene46151.t1	MTR_4g117880	32.890	301	184	9	55	344	60	353	1.23e-47	165
MS.gene46151.t1	MTR_1g048940	33.861	316	189	9	53	356	43	350	1.56e-47	165
MS.gene46151.t1	MTR_1g081840	30.000	350	212	6	15	340	8	348	3.24e-47	164
MS.gene46151.t1	MTR_2g069090	28.783	337	225	7	19	346	32	362	1.34e-46	163
MS.gene46151.t1	MTR_8g009110	29.619	341	215	10	19	346	27	355	1.88e-46	162
MS.gene46151.t1	MTR_2g069060	33.793	290	176	9	55	336	49	330	1.95e-46	162
MS.gene46151.t1	MTR_2g025120	29.667	300	199	5	54	348	3	295	2.17e-46	160
MS.gene46151.t1	MTR_8g009160	29.326	341	215	10	19	346	27	354	2.31e-46	162
MS.gene46151.t1	MTR_2g069190	29.674	337	221	8	19	346	32	361	3.21e-46	162
MS.gene46151.t1	MTR_0009s0050	39.645	169	102	0	189	357	1	169	8.66e-46	155
MS.gene46151.t1	MTR_4g087130	33.735	332	192	9	42	348	9	337	1.01e-45	160
MS.gene46151.t1	MTR_7g016090	30.312	320	208	7	30	343	15	325	1.46e-45	159
MS.gene46151.t1	MTR_7g016090	30.312	320	208	7	30	343	17	327	1.65e-45	159
MS.gene46151.t1	MTR_4g074130	32.237	304	186	11	53	350	38	327	1.74e-45	159
MS.gene46151.t1	MTR_7g081710	29.618	314	206	7	51	356	45	351	6.80e-45	157
MS.gene46151.t1	MTR_2g083000	31.973	294	181	8	54	342	32	311	1.07e-44	156
MS.gene46151.t1	MTR_8g008930	31.293	294	182	10	55	336	60	345	1.18e-44	157
MS.gene46151.t1	MTR_8g009080	31.104	299	194	6	55	346	94	387	1.30e-44	158
MS.gene46151.t1	MTR_2g069010	30.132	302	195	5	55	345	69	365	1.36e-44	157
MS.gene46151.t1	MTR_8g028435	30.211	331	211	12	19	339	27	347	1.42e-44	157
MS.gene46151.t1	MTR_8g041620	30.462	325	207	7	19	331	32	349	2.49e-44	157
MS.gene46151.t1	MTR_1g062110	34.307	274	160	9	19	277	26	294	6.01e-44	154
MS.gene46151.t1	MTR_2g069020	29.023	348	219	10	4	339	23	354	6.89e-44	155
MS.gene46151.t1	MTR_8g009090	31.186	295	180	9	55	336	60	344	7.85e-44	155
MS.gene46151.t1	MTR_6g464620	29.260	311	205	6	29	328	41	347	9.03e-44	155
MS.gene46151.t1	MTR_5g005570	33.333	291	171	7	53	336	35	309	9.49e-44	154
MS.gene46151.t1	MTR_2g069020	28.736	348	220	10	4	339	23	354	1.20e-43	155
MS.gene46151.t1	MTR_7g056347	29.178	353	219	11	16	356	40	373	1.42e-43	155
MS.gene46151.t1	MTR_1g070185	28.972	321	221	5	19	337	33	348	1.67e-43	154
MS.gene46151.t1	MTR_1g032140	31.487	343	222	9	19	355	29	364	2.88e-43	154
MS.gene46151.t1	MTR_0009s0400	42.000	150	87	0	213	362	1	150	3.65e-43	147
MS.gene46151.t1	MTR_3g096500	28.889	315	203	5	56	357	67	373	3.98e-43	154
MS.gene46151.t1	MTR_8g041600	29.630	351	228	8	19	357	32	375	4.24e-43	154
MS.gene46151.t1	MTR_8g062600	28.431	306	196	9	54	345	66	362	1.24e-42	152
MS.gene46151.t1	MTR_8g033380	29.462	353	226	9	10	343	3	351	1.62e-42	152
MS.gene46151.t1	MTR_1g093120	29.900	301	195	7	55	346	67	360	1.66e-42	152
MS.gene46151.t1	MTR_3g088745	30.864	324	198	7	30	337	15	328	2.81e-42	151
MS.gene46151.t1	MTR_1g093140	28.904	301	200	6	55	346	73	368	5.02e-42	150
MS.gene46151.t1	MTR_7g029655	29.592	294	187	8	55	337	67	351	6.93e-42	150
MS.gene46151.t1	MTR_1g093110	27.508	309	211	6	49	349	64	367	9.68e-42	150
MS.gene46151.t1	MTR_8g009170	28.739	341	214	10	19	344	27	353	1.14e-41	149
MS.gene46151.t1	MTR_7g451860	32.302	291	177	8	53	336	39	316	3.03e-41	148
MS.gene46151.t1	MTR_7g047670	32.302	291	177	8	53	336	39	316	3.03e-41	148
MS.gene46151.t1	MTR_4g024660	28.479	309	192	10	55	346	67	363	1.45e-40	147
MS.gene46151.t1	MTR_7g105070	27.463	335	229	9	31	357	35	363	1.50e-40	146
MS.gene46151.t1	MTR_0032s0040	28.144	334	217	9	19	336	27	353	1.86e-40	146
MS.gene46151.t1	MTR_1g032220	30.294	340	224	9	19	352	36	368	6.63e-40	145
MS.gene46151.t1	MTR_6g092620	32.215	298	173	9	55	335	3	288	1.72e-39	142
MS.gene46151.t1	MTR_1g032250	30.588	340	223	9	19	352	36	368	1.89e-39	144
MS.gene46151.t1	MTR_7g016080	29.968	317	195	10	30	337	15	313	3.43e-39	142
MS.gene46151.t1	MTR_8g006930	27.714	350	233	9	19	356	32	373	1.02e-38	142
MS.gene46151.t1	MTR_4g123020	29.934	304	187	9	55	345	20	310	2.34e-38	140
MS.gene46151.t1	MTR_1g011580	31.203	266	174	6	52	315	60	318	3.48e-38	140
MS.gene46151.t1	MTR_8g461330	27.019	322	212	8	51	358	23	335	1.61e-37	138
MS.gene46151.t1	MTR_2g068800	30.592	304	163	11	8	291	2	277	1.66e-37	136
MS.gene46151.t1	MTR_8g063070	27.164	335	226	9	20	343	33	360	1.84e-37	139
MS.gene46151.t1	MTR_2g019370	28.763	299	191	9	51	336	24	313	5.67e-37	136
MS.gene46151.t1	MTR_1g070085	30.645	248	160	6	105	346	10	251	8.44e-37	134
MS.gene46151.t1	MTR_1g043775	30.565	301	193	8	52	343	51	344	1.08e-36	136
MS.gene46151.t1	MTR_2g083030	29.766	299	184	9	52	341	34	315	1.22e-36	135
MS.gene46151.t1	MTR_1g043760	29.795	292	192	7	19	305	19	302	1.27e-36	136
MS.gene46151.t1	MTR_3g040410	31.270	307	185	12	55	350	6	297	1.29e-36	135
MS.gene46151.t1	MTR_8g030880	30.395	329	191	12	54	360	9	321	6.58e-36	133
MS.gene46151.t1	MTR_4g119410	28.247	308	200	9	55	349	67	366	8.26e-36	134
MS.gene46151.t1	MTR_8g469400	26.557	305	190	10	55	346	67	350	1.05e-35	134
MS.gene46151.t1	MTR_1g070100	31.020	245	157	6	105	343	6	244	1.13e-35	131
MS.gene46151.t1	MTR_8g009120	27.811	338	213	9	19	346	27	343	1.38e-35	133
MS.gene46151.t1	MTR_2g070870	28.710	310	195	12	35	336	14	305	2.27e-35	132
MS.gene46151.t1	MTR_1g043810	28.443	334	222	9	19	343	19	344	4.06e-35	132
MS.gene46151.t1	MTR_7g078010	30.240	334	211	11	19	339	32	356	4.11e-35	132
MS.gene46151.t1	MTR_8g009150	26.331	338	210	9	19	346	27	335	6.74e-35	131
MS.gene46151.t1	MTR_2g033270	31.773	299	172	10	54	333	18	303	8.26e-35	130
MS.gene46151.t1	MTR_8g093930	26.471	340	216	8	30	352	25	347	1.32e-34	130
MS.gene46151.t1	MTR_1g086550	29.900	301	185	10	55	336	20	313	6.43e-34	128
MS.gene46151.t1	MTR_2g069060	32.751	229	141	7	55	277	27	248	7.65e-34	126
MS.gene46151.t1	MTR_3g464530	29.151	271	172	5	52	314	31	289	1.77e-33	127
MS.gene46151.t1	MTR_1g043770	28.523	298	200	6	55	345	53	344	9.11e-33	125
MS.gene46151.t1	MTR_3g083370	31.579	228	145	4	54	277	3	223	1.00e-32	122
MS.gene46151.t1	MTR_2g072930	38.816	152	88	3	14	162	11	160	5.13e-32	119
MS.gene46151.t1	MTR_7g056393	28.618	304	198	9	55	346	67	363	5.71e-32	124
MS.gene46151.t1	MTR_8g093980	26.230	305	210	7	54	349	63	361	7.12e-32	124
MS.gene46151.t1	MTR_8g041600	31.227	269	166	8	19	277	32	291	7.34e-32	122
MS.gene46151.t1	MTR_4g100600	30.263	304	189	11	55	342	9	305	5.39e-31	120
MS.gene46151.t1	MTR_8g102600	30.973	339	179	17	48	353	5	321	6.18e-31	120
MS.gene46151.t1	MTR_1g070135	29.457	258	169	8	26	277	10	260	1.65e-30	118
MS.gene46151.t1	MTR_2g025120	28.509	228	152	4	54	277	3	223	2.23e-30	116
MS.gene46151.t1	MTR_8g009080	29.752	242	160	6	55	291	94	330	5.41e-30	117
MS.gene46151.t1	MTR_7g056353	26.966	267	178	6	89	346	79	337	1.10e-29	119
MS.gene46151.t1	MTR_4g132770	40.909	132	74	2	210	338	26	156	1.19e-29	112
MS.gene46151.t1	MTR_8g009170	28.519	270	167	9	19	276	27	282	3.77e-29	114
MS.gene46151.t1	MTR_8g009080	30.942	223	145	5	55	273	94	311	3.79e-29	115
MS.gene46151.t1	MTR_1g027290	31.077	325	191	13	35	338	8	320	4.85e-29	115
MS.gene46151.t1	MTR_4g096840	27.660	282	188	9	76	345	45	322	1.05e-28	114
MS.gene46151.t1	MTR_3g108520	27.707	314	196	10	54	347	6	308	7.10e-28	111
MS.gene46151.t1	MTR_5g025090	26.936	297	196	7	55	345	5	286	1.10e-27	110
MS.gene46151.t1	MTR_7g077670	28.571	301	185	11	53	338	9	294	1.21e-27	111
MS.gene46151.t1	MTR_4g100590	28.525	305	190	10	54	342	8	300	2.04e-27	110
MS.gene46151.t1	MTR_6g088665	29.012	324	192	12	57	353	20	332	2.59e-27	110
MS.gene46151.t1	MTR_5g027230	27.922	308	191	11	55	350	6	294	3.01e-27	109
MS.gene46151.t1	MTR_1g070110	28.870	239	130	6	105	338	13	216	4.12e-27	107
MS.gene46151.t1	MTR_0009s0410	34.839	155	94	2	17	168	9	159	7.50e-27	104
MS.gene46151.t1	MTR_6g088665	28.440	327	191	11	57	353	20	333	8.98e-27	108
MS.gene46151.t1	MTR_5g025050	26.144	306	201	8	55	351	5	294	1.05e-26	108
MS.gene46151.t1	MTR_4g021380	26.101	318	217	9	53	356	5	318	3.47e-26	107
MS.gene46151.t1	MTR_1g043775	31.602	231	145	7	52	276	51	274	7.00e-25	103
MS.gene46151.t1	MTR_4g011720	28.852	305	201	10	52	347	6	303	2.24e-24	102
MS.gene46151.t1	MTR_4g021360	27.362	307	194	12	51	339	3	298	2.47e-24	102
MS.gene46151.t1	MTR_1g043810	28.788	264	174	8	19	276	19	274	1.21e-23	100
MS.gene46151.t1	MTR_4g011690	28.947	304	197	10	55	347	9	304	1.74e-23	99.4
MS.gene46151.t1	MTR_1g043770	29.333	225	151	4	55	276	53	272	3.29e-23	98.6
MS.gene46151.t1	MTR_3g464530	26.496	234	152	5	52	277	31	252	7.30e-22	93.6
MS.gene46151.t1	MTR_5g025060	25.333	300	186	8	55	351	6	270	9.48e-22	94.0
MS.gene46151.t1	MTR_8g009180	27.731	238	150	7	127	346	51	284	1.52e-21	93.6
MS.gene46151.t1	MTR_7g078010	28.571	266	174	9	19	277	32	288	2.90e-21	93.2
MS.gene46151.t1	MTR_7g090520	27.476	313	196	13	51	346	6	304	5.16e-21	92.8
MS.gene46151.t1	MTR_8g102600	31.095	283	144	15	103	353	8	271	8.52e-21	91.3
MS.gene46151.t1	MTR_5g024940	26.408	284	177	8	55	336	6	259	2.78e-20	90.1
MS.gene46151.t1	MTR_1g043840	34.559	136	88	1	170	305	51	185	6.78e-20	89.7
MS.gene46151.t1	MTR_4g094900	27.354	223	138	7	53	253	6	226	4.01e-19	86.3
MS.gene46151.t1	MTR_1g027310	26.578	301	168	9	46	337	41	297	1.49e-17	82.8
MS.gene46151.t1	MTR_6g035160	36.000	125	77	3	215	337	37	160	2.27e-17	79.3
MS.gene46151.t1	MTR_4g100590	26.154	260	172	8	96	342	1	253	9.85e-16	76.6
MS.gene46151.t1	MTR_1g032240	39.333	150	69	6	168	307	9	146	2.35e-15	73.9
MS.gene46151.t1	MTR_3g040440	50.667	75	35	2	216	290	6	78	1.59e-14	73.2
MS.gene46151.t1	MTR_4g100600	29.808	208	129	9	55	251	9	210	4.64e-14	71.2
MS.gene46151.t1	MTR_1g011600	24.080	299	189	10	55	328	8	293	4.12e-13	69.7
MS.gene46151.t1	MTR_2g068850	27.586	145	99	5	20	161	22	163	9.82e-11	61.6

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene46151.t1	AT3G21420	42.286	350	191	5	17	356	14	362	3.18e-103	308
MS.gene46151.t1	AT1G17020	39.368	348	206	3	14	356	11	358	5.65e-93	282
MS.gene46151.t1	AT4G25300	39.193	347	207	3	14	356	10	356	1.35e-92	281
MS.gene46151.t1	AT1G78550	38.728	346	209	2	14	356	11	356	1.57e-92	281
MS.gene46151.t1	AT1G17010	39.255	349	207	4	14	357	11	359	1.80e-89	273
MS.gene46151.t1	AT4G25310	39.368	348	202	5	14	356	10	353	3.25e-84	259
MS.gene46151.t1	AT2G38240	39.752	322	189	3	19	336	11	331	3.15e-82	254
MS.gene46151.t1	AT3G11180	36.533	323	199	3	20	336	56	378	5.75e-79	248
MS.gene46151.t1	AT3G11180	36.533	323	199	3	20	336	56	378	1.10e-78	247
MS.gene46151.t1	AT5G05600	34.513	339	216	3	20	352	27	365	9.89e-76	238
MS.gene46151.t1	AT5G20400	38.509	322	187	6	19	332	8	326	4.61e-75	236
MS.gene46151.t1	AT1G49390	38.344	326	189	7	19	335	8	330	1.14e-74	235
MS.gene46151.t1	AT1G78550	37.226	274	172	0	83	356	5	278	7.90e-74	230
MS.gene46151.t1	AT5G20550	41.034	290	165	4	54	337	44	333	3.94e-73	231
MS.gene46151.t1	AT5G54000	39.007	282	168	2	55	332	46	327	5.87e-70	223
MS.gene46151.t1	AT3G55970	35.920	348	210	6	20	355	14	360	1.28e-67	217
MS.gene46151.t1	AT4G22880	33.333	345	208	8	15	341	2	342	3.49e-67	216
MS.gene46151.t1	AT4G22880	33.333	345	208	8	15	341	2	342	3.49e-67	216
MS.gene46151.t1	AT4G22880	33.333	345	208	8	15	341	2	342	3.49e-67	216
MS.gene46151.t1	AT5G24530	36.957	322	195	5	31	348	15	332	1.37e-66	214
MS.gene46151.t1	AT1G49390	39.044	251	151	2	87	335	1	251	1.21e-64	206
MS.gene46151.t1	AT4G25310	35.735	347	188	7	14	356	10	325	1.41e-64	208
MS.gene46151.t1	AT3G19010	34.472	322	185	8	35	336	8	323	1.30e-63	206
MS.gene46151.t1	AT3G19010	34.472	322	185	8	35	336	8	323	1.30e-63	206
MS.gene46151.t1	AT2G36690	37.037	351	201	10	19	356	20	363	3.32e-63	206
MS.gene46151.t1	AT2G36690	37.037	351	201	10	19	356	20	363	3.32e-63	206
MS.gene46151.t1	AT4G16330	34.056	323	199	7	36	353	48	361	4.82e-63	206
MS.gene46151.t1	AT5G54000	38.057	247	152	1	87	332	1	247	5.96e-63	202
MS.gene46151.t1	AT1G55290	34.195	348	208	12	19	356	25	361	4.10e-61	200
MS.gene46151.t1	AT5G08640	32.836	335	216	6	15	343	1	332	5.08e-59	194
MS.gene46151.t1	AT5G08640	32.836	335	216	6	15	343	1	332	5.08e-59	194
MS.gene46151.t1	AT4G10500	31.818	330	220	5	29	355	18	345	3.32e-58	192
MS.gene46151.t1	AT3G13610	33.237	346	213	10	19	356	26	361	1.21e-57	191
MS.gene46151.t1	AT3G19000	37.013	308	167	8	51	337	28	329	1.24e-57	191
MS.gene46151.t1	AT3G51240	32.317	328	214	7	33	355	17	341	9.56e-57	189
MS.gene46151.t1	AT4G10490	31.818	330	215	6	12	337	3	326	5.12e-56	187
MS.gene46151.t1	AT5G05600	34.091	264	168	3	20	277	27	290	8.05e-55	182
MS.gene46151.t1	AT3G19010	32.609	322	161	10	35	336	8	293	4.35e-53	178
MS.gene46151.t1	AT1G77330	33.904	292	176	4	55	337	3	286	3.50e-52	176
MS.gene46151.t1	AT5G63590	37.294	303	176	9	41	336	2	297	5.39e-52	175
MS.gene46151.t1	AT1G12010	32.550	298	188	5	55	348	7	295	1.32e-50	172
MS.gene46151.t1	AT4G16330	35.769	260	157	5	99	353	1	255	1.97e-50	169
MS.gene46151.t1	AT1G15550	33.333	297	183	7	49	338	51	339	2.36e-50	172
MS.gene46151.t1	AT5G07480	32.919	322	195	9	52	358	41	356	3.89e-50	172
MS.gene46151.t1	AT3G60290	30.398	352	221	9	19	357	15	355	5.08e-50	171
MS.gene46151.t1	AT5G63600	32.660	297	179	8	54	342	32	315	2.35e-49	169
MS.gene46151.t1	AT2G44800	32.278	316	204	6	30	339	26	337	1.02e-48	168
MS.gene46151.t1	AT5G63600	32.550	298	179	9	54	342	32	316	1.93e-48	166
MS.gene46151.t1	AT3G55970	35.926	270	160	6	20	277	14	282	2.06e-48	166
MS.gene46151.t1	AT1G62380	30.556	288	187	5	55	338	7	285	7.29e-48	165
MS.gene46151.t1	AT1G05010	32.993	294	179	7	55	338	4	289	1.16e-47	164
MS.gene46151.t1	AT4G25420	27.746	346	230	6	13	342	16	357	2.48e-47	165
MS.gene46151.t1	AT1G44090	31.392	309	197	5	54	352	62	365	1.96e-46	162
MS.gene46151.t1	AT1G80330	32.653	294	181	8	55	338	49	335	2.67e-46	161
MS.gene46151.t1	AT2G30830	29.155	343	214	10	19	346	20	348	1.29e-45	160
MS.gene46151.t1	AT3G12900	32.013	303	195	8	58	355	59	355	8.09e-45	157
MS.gene46151.t1	AT3G19010	32.959	267	152	9	32	278	6	265	2.21e-44	155
MS.gene46151.t1	AT3G19000	36.364	264	134	9	51	293	28	278	3.39e-44	154
MS.gene46151.t1	AT1G06620	33.115	305	178	9	49	338	54	347	1.58e-43	154
MS.gene46151.t1	AT1G04380	29.355	310	202	7	55	356	45	345	2.72e-43	153
MS.gene46151.t1	AT5G59530	31.270	307	196	10	54	350	57	358	4.98e-43	153
MS.gene46151.t1	AT5G43440	29.206	315	207	8	51	356	58	365	5.83e-43	153
MS.gene46151.t1	AT4G21200	35.075	268	156	5	54	314	41	297	9.55e-43	152
MS.gene46151.t1	AT5G51810	28.446	341	221	9	10	342	30	355	1.18e-42	152
MS.gene46151.t1	AT4G25300	33.971	209	137	1	149	356	54	262	1.21e-42	149
MS.gene46151.t1	AT4G21690	29.630	324	202	7	26	337	24	333	1.53e-42	151
MS.gene46151.t1	AT5G59540	30.449	312	203	9	54	356	60	366	2.05e-42	152
MS.gene46151.t1	AT1G50960	31.879	298	172	9	55	340	40	318	2.34e-42	150
MS.gene46151.t1	AT2G30840	29.032	341	219	11	19	345	20	351	2.94e-42	151
MS.gene46151.t1	AT5G12270	30.060	336	216	8	31	356	33	359	7.36e-42	150
MS.gene46151.t1	AT3G49620	29.651	344	198	12	30	337	7	342	8.59e-42	150
MS.gene46151.t1	AT2G19590	31.525	295	178	7	54	335	10	293	9.54e-42	148
MS.gene46151.t1	AT5G63595	32.463	268	154	6	52	316	22	265	3.91e-41	146
MS.gene46151.t1	AT3G51240	31.274	259	174	4	99	355	1	257	4.21e-41	145
MS.gene46151.t1	AT1G80340	32.069	290	182	8	55	337	50	331	1.00e-40	147
MS.gene46151.t1	AT5G43450	28.614	332	213	10	29	350	39	356	1.04e-40	147
MS.gene46151.t1	AT1G04350	28.857	350	227	11	19	356	21	360	1.22e-40	147
MS.gene46151.t1	AT5G43935	30.137	292	176	7	51	337	15	283	1.48e-40	145
MS.gene46151.t1	AT3G49630	29.231	325	198	7	51	346	5	326	1.52e-40	145
MS.gene46151.t1	AT1G06650	31.085	341	196	13	19	336	25	349	3.18e-40	146
MS.gene46151.t1	AT3G49630	30.333	300	186	7	66	346	27	322	3.95e-40	144
MS.gene46151.t1	AT5G07200	28.852	305	201	6	30	322	36	336	5.61e-40	145
MS.gene46151.t1	AT1G78440	28.483	323	186	12	55	349	18	323	6.97e-40	144
MS.gene46151.t1	AT1G03410	28.701	331	216	10	19	336	19	342	4.42e-39	142
MS.gene46151.t1	AT1G60980	28.875	329	213	8	28	342	33	354	5.93e-39	142
MS.gene46151.t1	AT1G03410	28.701	331	216	10	19	336	56	379	7.84e-39	143
MS.gene46151.t1	AT1G06640	27.628	333	218	10	19	336	25	349	2.07e-38	141
MS.gene46151.t1	AT2G30840	28.739	341	214	12	19	345	20	345	2.38e-38	140
MS.gene46151.t1	AT1G06645	32.215	298	171	13	55	336	77	359	2.42e-38	141
MS.gene46151.t1	AT3G50210	28.972	321	184	9	55	337	8	322	5.71e-38	139
MS.gene46151.t1	AT3G50210	28.972	321	184	9	55	337	8	322	5.71e-38	139
MS.gene46151.t1	AT3G50210	28.972	321	184	9	55	337	8	322	5.71e-38	139
MS.gene46151.t1	AT1G03400	27.914	326	215	10	19	336	19	332	1.15e-37	139
MS.gene46151.t1	AT1G30040	28.247	308	202	10	48	345	23	321	1.38e-35	133
MS.gene46151.t1	AT2G34555	29.431	299	194	10	55	345	27	316	2.43e-34	129
MS.gene46151.t1	AT3G61400	30.545	275	171	9	73	336	86	351	2.86e-34	130
MS.gene46151.t1	AT4G25420	26.335	281	187	6	13	277	16	292	3.36e-34	128
MS.gene46151.t1	AT1G47990	29.126	309	190	11	54	346	14	309	5.74e-34	128
MS.gene46151.t1	AT5G63580	34.156	243	129	8	51	278	15	241	1.06e-33	125
MS.gene46151.t1	AT5G63580	34.583	240	126	8	51	275	15	238	1.44e-33	125
MS.gene46151.t1	AT5G07480	33.333	213	132	4	154	358	37	247	1.84e-33	125
MS.gene46151.t1	AT1G06620	33.755	237	140	7	49	276	54	282	5.76e-33	124
MS.gene46151.t1	AT2G19590	30.855	269	163	6	79	335	21	278	9.91e-33	124
MS.gene46151.t1	AT2G25450	28.617	311	207	9	55	356	55	359	1.18e-32	125
MS.gene46151.t1	AT1G03400	25.706	354	215	11	19	336	19	360	4.02e-32	124
MS.gene46151.t1	AT1G02400	28.387	310	192	12	54	346	23	319	2.42e-31	121
MS.gene46151.t1	AT5G51810	27.599	279	179	9	10	280	30	293	2.84e-31	120
MS.gene46151.t1	AT1G04380	30.870	230	145	6	55	279	45	265	7.92e-31	118
MS.gene46151.t1	AT4G23340	28.727	275	172	9	77	338	30	293	8.66e-31	119
MS.gene46151.t1	AT2G30840	28.253	269	173	8	19	276	20	279	1.71e-29	115
MS.gene46151.t1	AT1G06650	30.909	275	161	10	19	277	25	286	2.98e-29	115
MS.gene46151.t1	AT5G59540	30.870	230	148	7	54	277	60	284	3.29e-29	114
MS.gene46151.t1	AT5G43440	29.060	234	155	6	51	279	58	285	4.17e-29	114
MS.gene46151.t1	AT1G14130	28.873	284	185	7	55	333	9	280	2.08e-28	112
MS.gene46151.t1	AT1G06640	26.766	269	180	7	19	277	25	286	5.43e-28	111
MS.gene46151.t1	AT1G06640	26.545	275	185	7	19	283	25	292	6.19e-28	112
MS.gene46151.t1	AT3G46500	28.302	318	199	13	37	337	4	309	9.88e-28	111
MS.gene46151.t1	AT5G43450	27.953	254	164	8	29	276	39	279	1.43e-27	110
MS.gene46151.t1	AT5G58660	27.508	309	181	12	54	336	33	324	1.22e-26	108
MS.gene46151.t1	AT3G49630	31.443	194	124	5	160	346	62	253	1.46e-26	106
MS.gene46151.t1	AT5G51310	27.616	344	192	16	51	358	1	323	6.19e-25	103
MS.gene46151.t1	AT3G47190	27.473	273	172	8	54	311	31	292	1.10e-24	103
MS.gene46151.t1	AT1G14120	27.541	305	200	7	48	345	1	291	1.35e-24	102
MS.gene46151.t1	AT1G14120	27.541	305	200	7	48	345	1	291	1.35e-24	102
MS.gene46151.t1	AT1G14120	27.541	305	200	7	48	345	1	291	1.35e-24	102
MS.gene46151.t1	AT3G61400	29.245	212	134	6	73	277	86	288	8.11e-24	100
MS.gene46151.t1	AT1G52820	26.756	299	203	10	49	338	6	297	1.29e-23	100
MS.gene46151.t1	AT3G50210	28.846	208	131	5	141	337	39	240	9.48e-23	96.3
MS.gene46151.t1	AT3G46500	27.338	278	174	12	37	297	4	270	1.97e-22	96.3
MS.gene46151.t1	AT3G46490	27.703	296	179	11	74	342	34	321	3.17e-22	96.3
MS.gene46151.t1	AT1G30040	28.333	240	153	10	48	277	23	253	6.82e-22	94.4
MS.gene46151.t1	AT3G46490	27.875	287	168	13	74	331	34	310	1.84e-20	90.9
MS.gene46151.t1	AT1G28030	24.919	309	202	9	50	340	8	304	6.68e-20	89.7
MS.gene46151.t1	AT1G35190	27.273	308	188	11	58	337	12	311	1.15e-19	89.0
MS.gene46151.t1	AT1G35190	27.124	306	168	11	58	337	12	288	1.33e-19	88.6
MS.gene46151.t1	AT4G23340	35.385	130	79	3	213	338	47	175	4.18e-19	85.1
MS.gene46151.t1	AT4G22870	37.113	97	60	1	246	341	2	98	1.38e-18	80.9
MS.gene46151.t1	AT4G03070	24.834	302	208	10	49	338	8	302	4.87e-18	84.3
MS.gene46151.t1	AT3G46500	28.866	194	126	6	154	337	44	235	2.25e-17	81.3
MS.gene46151.t1	AT3G46500	28.866	194	126	6	154	337	44	235	2.25e-17	81.3
MS.gene46151.t1	AT1G52800	27.626	257	173	9	77	329	38	285	4.54e-17	81.3
MS.gene46151.t1	AT4G22870	30.000	130	70	3	233	341	10	139	2.85e-16	75.9
MS.gene46151.t1	AT3G46500	30.286	175	112	5	171	337	1	173	8.92e-16	75.5
MS.gene46151.t1	AT1G02400	27.572	243	147	11	54	280	23	252	1.68e-15	76.3
MS.gene46151.t1	AT1G52820	26.471	238	159	10	49	277	6	236	1.25e-13	70.5
MS.gene46151.t1	AT1G52810	23.026	304	184	10	51	342	8	273	2.19e-13	70.5
MS.gene46151.t1	AT4G16765	28.889	180	115	7	160	328	50	227	9.16e-13	67.8
MS.gene46151.t1	AT3G46500	27.027	185	116	7	122	297	22	196	2.01e-12	66.6
MS.gene46151.t1	AT3G46480	28.400	250	147	8	103	337	37	269	4.15e-12	66.6
MS.gene46151.t1	AT2G06960	34.591	159	84	8	190	344	4	146	8.21e-12	63.2
MS.gene46151.t1	AT4G16770	26.291	213	132	7	55	251	22	225	8.93e-12	65.1

Find 70 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
TTCACTTTCTGGTACATCTT+AGG	0.151663	7.2:+40621841	None:intergenic
CAAGGAGTGGGGTTTCTTTC+AGG	0.164682	7.2:-40637851	MS.gene46151:intron
AATCTCCATACTTCACTTTC+TGG	0.165711	7.2:+40621830	None:intergenic
AAATCAGAAACAAAGGAAAT+TGG	0.219833	7.2:-40622462	MS.gene46151:CDS
GGTATAGGAAGCTTCAATTT+TGG	0.246599	7.2:-40623311	MS.gene46151:CDS
CCAAACGACATACAAGGATA+TGG	0.299335	7.2:-40623408	MS.gene46151:CDS
ATAACTAGGGCATCTGATAT+TGG	0.299957	7.2:+40622427	None:intergenic
CCATATCCTTGTATGTCGTT+TGG	0.313108	7.2:+40623408	None:intergenic
TTCACCATTTCTTGAACATT+TGG	0.333105	7.2:+40638033	None:intergenic
TCACTTTCTGGTACATCTTA+GGG	0.333938	7.2:+40621842	None:intergenic
CATCCCTCATTCTCTGTATA+AGG	0.338709	7.2:+40623487	None:intergenic
CATCTCCAACATTGATAACT+AGG	0.368068	7.2:+40622413	None:intergenic
CATATCCTTGTATGTCGTTT+GGG	0.377345	7.2:+40623409	None:intergenic
CAACAATCCTGAGCAAGTAT+TGG	0.377801	7.2:-40622554	MS.gene46151:CDS
AACAATCCTGAGCAAGTATT+GGG	0.378268	7.2:-40622553	MS.gene46151:CDS
CTGAGGAGCAAACACTTGAT+TGG	0.384397	7.2:-40623368	MS.gene46151:CDS
CACCGATGTGGCAAAGATAA+AGG	0.390656	7.2:-40621764	MS.gene46151:CDS
TGTGAGGAATGAAGAAGAAA+TGG	0.399636	7.2:-40637980	MS.gene46151:CDS
ATGTACCAGAAAGTGAAGTA+TGG	0.407509	7.2:-40621835	MS.gene46151:CDS
AGTACCAAATGTTCAAGAAA+TGG	0.417200	7.2:-40638037	MS.gene46151:CDS
CTGCATAAAGAATTAATTCA+AGG	0.419760	7.2:-40622604	MS.gene46151:CDS
GCATCTGATATTGGTTTAAC+CGG	0.420045	7.2:+40622436	None:intergenic
AATCAGAAACAAAGGAAATT+GGG	0.436978	7.2:-40622461	MS.gene46151:CDS
AAAATTGAAGCTTCCTATAC+CGG	0.443435	7.2:+40623313	None:intergenic
ATCGTCATCTTGAATAAGTA+AGG	0.445399	7.2:+40622498	None:intergenic
TGAACTTCCAATGGAAGAGA+AGG	0.457590	7.2:-40623448	MS.gene46151:CDS
CATCTTGAATAAGTAAGGTA+AGG	0.463041	7.2:+40622503	None:intergenic
CTCAAACCCAATACTTGCTC+AGG	0.481452	7.2:+40622547	None:intergenic
AGCTGTGCAAAATCAATGAT+AGG	0.484427	7.2:+40637919	None:intergenic
TGAAGTATGGAGATTATTTG+AGG	0.488688	7.2:-40621822	MS.gene46151:CDS
TATGTCTATTATCATGGGGT+TGG	0.489175	7.2:-40622647	MS.gene46151:CDS
TGAAGCTTCCTATACCGGTT+GGG	0.491804	7.2:+40623318	None:intergenic
ATTCAAGATGACGATGTGCT+TGG	0.494689	7.2:-40622490	MS.gene46151:CDS
AAGACCTTATACAGAGAATG+AGG	0.495673	7.2:-40623491	MS.gene46151:CDS
ACATTTGGTACTGCTAAAGA+TGG	0.496082	7.2:+40638048	None:intergenic
AGCATCTATCATATGATCAA+AGG	0.498371	7.2:+40621870	None:intergenic
CAATGTTGGAGATGTTATAG+AGG	0.510473	7.2:-40622404	MS.gene46151:intron
CAAACGACATACAAGGATAT+GGG	0.511800	7.2:-40623407	MS.gene46151:CDS
GATGCCCTAGTTATCAATGT+TGG	0.512032	7.2:-40622418	MS.gene46151:CDS
TTGAAGCTTCCTATACCGGT+TGG	0.517017	7.2:+40623317	None:intergenic
TGAGAGTGCATGCAAGGAGT+GGG	0.521888	7.2:-40637863	MS.gene46151:CDS
GCTCAGGATTGTTGCAAGGA+GGG	0.526591	7.2:+40622563	None:intergenic
TGACAAATCAGAACAAAAGA+AGG	0.528133	7.2:-40621942	MS.gene46151:CDS
GCATCTATCATATGATCAAA+GGG	0.540412	7.2:+40621871	None:intergenic
GCAAAATTATGTTGTTTCTG+AGG	0.542987	7.2:-40623385	MS.gene46151:CDS
TTCCTTTATCTTTGCCACAT+CGG	0.544229	7.2:+40621762	None:intergenic
TGCATACTTGAATCCAGTTG+AGG	0.554238	7.2:+40623281	None:intergenic
ATCTCCAACATTGATAACTA+GGG	0.558369	7.2:+40622414	None:intergenic
ACAAGTGAAGTGAGACGAGT+TGG	0.566812	7.2:-40622688	MS.gene46151:CDS
ATGCTCCCAAACGACATACA+AGG	0.573331	7.2:-40623414	MS.gene46151:CDS
AAACAAAGGAAATTGGGTAC+CGG	0.583984	7.2:-40622455	MS.gene46151:CDS
TTGAGAGTGCATGCAAGGAG+TGG	0.589476	7.2:-40637864	MS.gene46151:CDS
AGGGTGGTTGTGTCAGAGTG+TGG	0.589500	7.2:+40622523	None:intergenic
TGAAGTGAGACGAGTTGGTG+AGG	0.603842	7.2:-40622683	MS.gene46151:CDS
ATCTTGAATAAGTAAGGTAA+GGG	0.604867	7.2:+40622504	None:intergenic
TCAACTTCAACGTCATCTCG+AGG	0.606004	7.2:+40621895	None:intergenic
CTAATGCAGGGAGATAATAG+AGG	0.607670	7.2:-40622716	MS.gene46151:intron
TTGAATAAGTAAGGTAAGGG+TGG	0.611873	7.2:+40622507	None:intergenic
ACTTGCTCAGGATTGTTGCA+AGG	0.615788	7.2:+40622559	None:intergenic
GGATTAGAAATCAGAAACAA+AGG	0.620128	7.2:-40622469	MS.gene46151:CDS
GAAACTTGAGAGTGCATGCA+AGG	0.627771	7.2:-40637869	MS.gene46151:CDS
TGCTCAGGATTGTTGCAAGG+AGG	0.630627	7.2:+40622562	None:intergenic
GAGAGTGCATGCAAGGAGTG+GGG	0.631207	7.2:-40637862	MS.gene46151:CDS
TGTGAGCAGATATTGAGTAA+TGG	0.633181	7.2:-40621994	MS.gene46151:intron
AGACCTTATACAGAGAATGA+GGG	0.635205	7.2:-40623490	MS.gene46151:CDS
GGAATATCAGAAGAAAGTTG+AGG	0.637990	7.2:+40637940	None:intergenic
CAACTTCAACGTCATCTCGA+GGG	0.638366	7.2:+40621896	None:intergenic
TCTTTGCAGATGGTGAATCA+TGG	0.640862	7.2:-40623522	MS.gene46151:intron
AAGTTCCAACAAAATATGTG+AGG	0.701291	7.2:-40637996	MS.gene46151:CDS
ACAGCTTTCAAATGGGAACG+TGG	0.713673	7.2:-40637902	MS.gene46151:CDS

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr7.2	gene	40621744	40638106	40621744	ID=MS.gene46151
chr7.2	mRNA	40621744	40638106	40621744	ID=MS.gene46151.t1;Parent=MS.gene46151
chr7.2	exon	40637852	40638106	40637852	ID=MS.gene46151.t1.exon1;Parent=MS.gene46151.t1
chr7.2	CDS	40637852	40638106	40637852	ID=cds.MS.gene46151.t1;Parent=MS.gene46151.t1
chr7.2	exon	40623288	40623535	40623288	ID=MS.gene46151.t1.exon2;Parent=MS.gene46151.t1
chr7.2	CDS	40623288	40623535	40623288	ID=cds.MS.gene46151.t1;Parent=MS.gene46151.t1
chr7.2	exon	40622405	40622729	40622405	ID=MS.gene46151.t1.exon3;Parent=MS.gene46151.t1
chr7.2	CDS	40622405	40622729	40622405	ID=cds.MS.gene46151.t1;Parent=MS.gene46151.t1
chr7.2	exon	40621744	40622007	40621744	ID=MS.gene46151.t1.exon4;Parent=MS.gene46151.t1
chr7.2	CDS	40621744	40622007	40621744	ID=cds.MS.gene46151.t1;Parent=MS.gene46151.t1

Gene Sequence

>MS.gene46151

ATGAGTGTCAACATAGATGAAGCACCCATTTTTGCTCCATCTTTAGCAGTACCAAATGTTCAAGAAATGGTGAAGACGAATCCTTTGCAAGTTCCAACAAAATATGTGAGGAATGAAGAAGAAATGGAGAAATTAAACTACATGCCTCAACTTTCTTCTGATATTCCTATCATTGATTTTGCACAGCTTTCAAATGGGAACGTGGAAGAGTTGCTGAAACTTGAGAGTGCATGCAAGGAGTGGGGTTTCTTTCAGGTAATTCATCAACTATAGAATTGTGAGTTACACGTAAATGTACAAACAAAAGCATATAATTTTTGTCTCTTTAATATGTCTATTTTTATATATAATGTTACTAAAATATCTTTTTGTGCATAGACGTGTCTAAATCTATATTTCATCTTCTAAAACAAATAAATAGTATTACTAAATAGTATATTTAGAAGAAAAAACAATGAATATAATTAGGGACAAAGATAATACAAAGAAAGAATATTTTATACCAGCGACGGATCCAGAAATTTTAATAACTGGGGTCAAAGTTATGTCATGAAAATTTATATAAAACTATATAAACTCGTAAGCGTGCAAATTAAAAATTATATAAGTTATGTTTGAAGGTGAGAAAAACACAAGAAGGGGGGGTTGAATTGTGTTTTTGGAAAATTCTTCGTTTCTCCTAAAAACTGAACACACTGATCAGAAGCTAAGTGAGACAGCTTCTGAAGTGATAATCAGAATCTAAATGCAGCGGAATAAACAGAGAGAGAGAAGAAGAACGACACAAAGCAATTATACTGGTTCCTTCCACAATCCGGAAGTAGTCCAGTCCCCCTTGCACTTCCAAGGAGATTTCACTATGAGTAATATCTGATTACAAATGCTCAAGCACACAAGCAAGAGACTTCCAATGCTCAAGCACACAAGCAAGAGACTTCCTTTGCTCAAGAACACAATCAAGAGACTTCCTGCTCAAGCACAATTGCAAGAGACTTCCTAACTAAACAAAATTACACAGAAAATTGTTTAAGTTTGAACACTTGATATACAATCAGAGGTGCTCACAATACAAATCAGATACAGACTCAATGGACTTAAGAATTTCAAAGATATGACTTTGAGACACAGAAATTCTAAGTGAATGCAGAACAATTCAGCAGAGGTTTGGTACTTGTGAAAATCTTGTGAGTCTTTCGTTCAGCGTTCTTGCATTACCAATTCTCTAGGTCTTCACTCCTTTATATAGAGGTGTGAAAGAGACGTTGTGAAATTGCCAGCACACCAAAGAGTCGTTGTTGAAGCTTGATCTTTCACCAATGATATATTGCCTTATTTGGTTGTTGTCCTATGAAGAACAAATTTGAAATCCATTCCTTATCCAAAGGAACATCTATGCAGACGAAACCGTATTCTGGAGCTGTTTTCTTGTCCTGTAGCGTGGACACAAAACAGAGTAGTGGAGAACGTGGTTGTACAATTCGTACAAAGTACAATGTCAACGCTTTCGTCCAAATTGCAAGCACACGCCTTCAAACACCTTTGAAATGACCGTTGCAAATTCCACTAATCCTTTGTTTGTGTTTTCGAATCCAATAGACAGCTTTTGCATTGATAAAACTTCAATTCTTGATTCTTTGCAAATCCAGTTGATATTCAGCTTCTGGTGAAATGGCTTCTGATGAGGCAGCTTCTGATGATGCGGCTTCTGATGAGATGACTTCTGCAGCTTCTGATGACGCAGCTTCTGATGATGTGGCTTCTGGACCTCTTGTCTTCAGAAGCACTATTCTTCAGGAGCAGCTTACTTCAGGAGCGCTATTTCTTCAAGAGCAGCTTGACTTCAGGAGCGCTTTGCCTTCAGAATCATCTAAGCTTCATTTCCTTTTGCTCTTTATTTGCTCATTCAGAACCAATGATGATGTAACTTTATAATTATGGTCCTGTACACTTGAACAAATATTAGCTAGTCCAATTTACAATTTTTAATACCTTGTTATCATCAAAACTCTTTAAGGTTCATTGTTAAACACATTTTGTTCCAACAATCTCCCCCTTTTTGATGATGACAAACAAAAGTATTTAAAATTGATCAATTGTTGTTAATCTAATTAACAAGTTGACTTTGGGGTTCTGAGGTTTGTAAGCTCAGAATCTGAGGTTTGTAAGCTCAAACTCCCCCTGAGTCTGATAGTCTTTAAGGTGAGGTTTGTAAGCTCCCCCTAAGTTCTATCCAGGTTAATTAAATTCATTTTTCGCGCAATAATATTATCAGAGCTTAAAAACAAAATTGAATCATTGAAAGAATTAACTTATAGATAAGAAGAATGGTTCAATTAACTTTACTTGAATTTTGATACTCCTTCGTTCGTTCATAGCTTATACCAATAAGGTAAAAAAAATGATAGAAGTTTTTCAAAAATTTCAAATGCCATTAATGGGGCTCAGAGCCTTTAAATACTTGTCACATATACTCCCCCTTTTGTCATTATCAAAAAAAAATTGAAATAAATTTAAGCAAAAAAGACAAAAAGATATGAGAAAAACTCAAACATGAGAGAGTATAATAGGAATTTAACTAAATAAATCAGAGCAGAGTATAGGAACATGAATATCAATAATCAGAAGCAGCTAATCAGTCAGAACCAGTAAGCATTAAGAAGCATAGAGAAATAAAACATGATGGTTTCAGAAGCAAGGACTAGGAATTTAAAACAAACAACAAACAAAAAGAAAAACACAAGGGTGTGCAACTAAGGGTTGGTTTGTTGTTGTTTCTTCATCTTCTCCATCTCTTCAATTTTCTTCTGCAACAGTTCTTCAAGTTGTTGTTGCCTCTGGAGAAGAGCTTGTTCCCTTTTTCTAGCTTCTTGCTGCTGCTGTGCCATCTGTTTCTTCAGAAGCTTACACAACCTGGCTTCTCTGGTCAAGTAATCCGTTTCAAAGAAGAAAGGCTGGTTTGCCAGGAGCAGTGTAGAACTTCTTACTCTAAGACTCTGATTCAGATTTTCCATTAGCCTTCTGACTGAGGCTTGCTTGACTCTGATGCATTTAGCCTTGATCTCTTCAATAAGCTCAGCTGCCCGGTTCTGAAGTGATGCCCAGGAGTCTTCATATGTACTTGTGAGATCAATTGTCCTCCTTTGATCCACCAGATTATGCATCTGACTCAGGATTGTGAGAAGCTCAGCATTGATATATCCAGATTCCAGGATGTTTGTGGGTGGATGTTCAAGGGTTTCAAGATCAGAATCACTGATTTCCAAGTCTTGAACAGGGTTAGGAACTGGAATGGTAAAGTGTGTTTGTGTGTTTGAAGATGAAGGCTGGTCAGAGGCAATGTGAGTGGTAGAGGTTGAGGCTTGAACATTGACTAGAGAGATGTCAACATCCATAGGAGTTGGTTCTGGGGAGTGTTCAGGTAAAGGTTGAAAGTCAGTTTCAGTTGATGGTTGTTGTGGTGAAGTTGATGTTTGAGTGTTGAGTTGGGGGTCAATGGTAGCTATTGGTGATTGTGGGGGTGTTGTGGGTTTATGTGGTTCAGGTGTTTGTTGATGGGGGTTTTCTGAAACAACGTTTTCAGAAGCAGCTGCTTCTGGAGTTGTTTCAGAGGCCTTTTCTGAGGTTTTGTCTTTGGGTAAGTCACCTGAACAATGTAGAATAAGATTGTCTAAGACAGAAGTGTCTTCTATTGGTTCAGGAACTGATGGTGAAGAGGGTGAAATGGGGATAGAGGTGACTGGAATCTGGATTACCTGAACTGCAGGGCCAGCTTCAGAAGTGATCTTCTGTGGACCAGCAGCTTGAGGAACTACTTCTGAAGTTCCCTCTTCTGGAGCATTTTCAAAAATGAGCATCATATCGTTTTCCTCATTGTCTTCAGTAGGCTTACCAGCAATGGTTCTTACTTCAGCCAATTTATCTTTGTAGAACCTATCACAGTCTTCCAATCCCAAAGCCTTGAGCTTTTCATCTCTTTGATGAATGTATTGTGCTTTTTGTTCCTTTCTGTCTGATATAAGATCAGAAGCCCGTTCATCTGCCATCCTTTTCATTCTTGGAGTCATTTCAACCATAGGACTCACAAGTTGAAGGGGAGCCTTCTTCTTCTTCAGCTTGGGATCAGCCTCTTCTTTCTCCATTTCTTCAAGAGCTTCCTCCAGCTGCTCTTGAGTGATTACCAAATCTGCCTTACCTTTTCTTCTTTTCTGAGGAATAGAAGCAGCACCAACCTTCTGCATCTTTCCTTTATCCTTGATAGAAACAGGTTTAGCTTCAGACTTAGCAACTTTTTGCTTGTCAGTTTTAGCAATAGCAGCTTCTGACTCAGTACTGGTTCTGGCCTTCTTTCCTTTAGTAGGAGCAGCATCAGATTCAGAACTAGTTCTGGTCCTCTTCCCTTTAGGTGCATCAGAAACAGCAGCTTCTGACACAGCAACTGCTTTGGCCTTCTTGCCTTTCCCTTTAGCAAGAGCAGCTTCCTCCTGAGAACTTGCATCAACCTCCAAGATGTACTCAGCTATTAATCTAGCTAAGTGTTCAGGATTACTTTCCTTAACTAAGGAAGGAAAGTCCCTGATAATCTCAAATTCTTCTGTGGTCATCTCCAACCACTTCTCATCTTTAGGAGCTGTCTTGAAAAAGTGCATTGAATGCAAAGTCTTGCTACTGATAGTCTTCTCTGCAGTAGAAACTTCAAAGCATTTATCAGAAGCATCCCTTGTTCTTCTCAATAACTCCAGCACTCTCCCTTGATAAAAGATCTCAGAAAGCAATCTTCCATAGGGCACTTGTTTCCTTCCTTTGATTGTGCTTTCATTAATAGCCCAGCAGAGATGATCCAATACATATCTTGGAAAGTTTATCTTTTCCAGATTGGTCATGAAATAGATTGCTAGCTTCTGTTGGTTGTTGGGTTGATCAGACCCACCTGCTCTTTGAAAGAAGCAATCGTTACTGAATTTCACCAACATTCTGTTGTGAATCTCCATTTCAGAAGGCTTAGCATCTTTGTTACCACCCAGAAGAGTGTTGTAGTAGTTTTGCAGCAGGACATCATCCTTTTTAACTATTTCTTGAAATCTTCCTTCTGCATCCATTCTACAAGCTTTAGCAATTATCTCCTCTGTGATGATTACAGGAATACCCATCACTTCAGACCTTATCTCAAGGCTACTGAAGGAAGTGGGATTCAACTCAAACTCCTTCTTTCCTTTCTTCGACCCAGCTGGTTTATCTGCTGCCTTCACAGGCTTTCCATTGACAATTTCAGCCCTTAACCAGAAATCTTTGACCAAGTTCACATATGTTGGCCCATTTAGCATGTTGAAGTATCCAGACAGTTTCTGAGTTTCTACATAGCCTTCCATGTCCACTTCGTACTTCTTGAGTGAAGTGAAGTCTACTGGCGATTCTACTTGAACTATTAAGGATTCCCATGGAATATCCATAGTCTTCTCTTTGTAGATGGACTCAGATTCTGGTACTCTTTGCATGTTTGATGTAGATTCTGAAACTTTTGAGCTTGATGATGCCATTTGATGATTGACGAAGATTTGAAGAAGATGAAGATTTTAGGGTTCTAAAGTTGAGAGAATGCGCTTACTTCGCAAGAGGTTTGAGAGCAAATGTGTTTGTTGTGAGTGAGTAGTGTGTGAATTGTCAAAGTGTTAAAAGTAAAACGATTGCAATTCAAAAGAGACAAACAAACATAACATTAATGACAAAATTGGGGGCGCGTGAAAAGTACTTTCAAAGCTATTAAATCATCATTGCCCTTTTAGTTATACACCAACACATACAGGCCACGTAAGAAGTTCACAGAGTAACTACCAAGTTAGTGGGCCAGAAGTTACTTTTTAAAAGGTAACTTCCAACGTTTCCACTAATTCAACTATTCAGAAGCAACAAATCCAGCTTCTGGACTTCAGATGCTGACGTCATCATCAGAAGCGAGTTTTCCTCAGATCCTCAATAAAGAGCTTCTGATGGACTACCGCCTCTGAACTGACTTCAGAACCTAAAACCCTATTCAGGAGCAAGCAAGCATTTAATCAGATACAAAGTGCATGTTCAAATTTTTCTTTATAAAATCAAATCTTTCAACAGTTAAAGGCTTAGTAAATATATCAGCCCATTGATTTTCAGTATCAATGAATTGTATATCTAAAATTCCTTTTTGAACATAATCTCTGATAAAATGGTGTTTGATTTCAATGTGCTTAGCTCTTGAATGCAAAATTGGATTTTTAGACAAACAAATAGCAGCAGTATTATCACAATAAATAGGAATACTGTTAGCAGTTATCTGATAATCTTCCAACTGATGTTTCATCCAAAGTAGTTGTGTACAACAACTTGCAGCTGAAATGTATTCTGCTTCTGCTGTAGACATAGCAATAGTTGTTTGTCTTTTGCTAGCCCAAGATATAAGATTATCACCCAGAAATTGACAGTTGCCACTGGTTGACTTTCTTTCAATCCTATCACCAGCATAATCAGCATCACAGAATCCAATTAGCTTATAATCTAAGGATTTCCTATAAAGGAGTCCAAGATTAGTTGTTCCCTTCAAATACCTGAAGATTCTCTTGACATCAGTCATATGAGATTCTCTAGGATCTGATTGGAATCTTGCACACAAGCATACACTGAATAAAATATCTGGCCTAGATGCAGTGAGGTATAACAAAGAACCAATCATACCTCTATACAGCTTCTGATCTACTTTAGCTCCTTCATCTTCTTTGCTTAAGTTGCACGTGGGGTGCATTGGAGTGTTCATCACTTTACAATCTTCAAGTTTGAACTTCTTCAGAAGCTCCTTTGTGTACTTTGATTGATGAACATAGACTCCATCTTTGCATTGATTGATTTGAATGCCAAGGAAGAACTTCAGCTCTCCCATCATGCTCATTTCAAATTCATCCTGCATCAACTCAGAAAATTCCTTGCAAAGAGATGCATTAGTAGAACCAAATATTATATCATCAACATATATTTGCACAACAAGAATATCTTTCCCAAGGGTCCTTCTGAAGAGTGTAGTATCAACCTGTCCTCTTTTAAAGTCATTTTTGATTAAGAAATTACTTAGTCTATCATACCAAGCTCTGGGAGCTTGTTTCAAGCCATATAGTGATTTCTTCAGTTTAAAAACATGGTCAGGATATTTAATATCCTCAAATCCAGGAGGTTGCTTGACATACACTTCTTCTTCTATGACACCATTGAGAAATGCACTCTTGACATCCATCTGATATAATATTATGCCATGATTAACTGCATAGGAAAGAAGTAACCTGATTGCTTCCAATCTTGCAACTGGAGCAAACGTTTCAGTGTAATCAATGCCTTCTTGTTGACTATACCCTTGTGCAACAAGCCTGGCTTTGTTTCTTGTTACTTCACTTTGCTCATTGAGCTTGTTTCTGAATACCCATTTTGTTCCAATAATGTTCTTGTGCTGAGGTTTGGGTACCAGATCCAACACATCATTTCTTTGAAATTGATTCAACTCTTCTTGCATAGCTAGGATCCATCCATCATCTGAAAGTGCTTCATCAACTGTTGTAGGTTCAATCATTGAGATTAGTCCAATCATTGACTCTTCTTGTCTGAAATGTGATCTTGTTCTTCTTGGACTATCTTTGTTTCCAATGATTAGCTCCTCAGGATGTGAAGACTTGTGTTTGAATGTGTTTTTGGGAGGATCTTCTTGATGTGAGCCATCTTGTGCTTCATCAGAAGCAGTTTCATCTTGCGCTTCTGATGTGGGTTCAGCTTCTGGACTATCTTCAGATTCAGCTATCTGATCAGGTTCTGGAGTAGCTTCAGGAACCTGTATCTCTGCAGAACTTTCACCTTGCTTTGAAGTTTTATCTTCAAGCTCCTTGTCATCAAATTTAACGTGCATAGATTCTTCAACACAAAGTGTTTCTGAATTATACACTCTGTATGCCTTTGACCTTTCAGAGTAACCTAAAAAGATTCCTCTTTGGGCCTTGGCATCAAATTTCTTTAGGTAGAGCTTGTTGTTCAGAATGTAACATGTACATCCAAATTGATGAAAGTAAGAGATATTGGGTTTTCTTCCTTTAAAGAGTTCATATGCTGTTTTCTCCAAAATAGGTCTAATATAGATCCTGTTTTGAACATAGCATGCTGTATTCACTGCTTCTGCCCAAAAATGTTTTGGTAAATTGTTTTCATGAATCATGGTTCTGGCCATTTCTTGTAAAGTTCTATTCTTTCTCTCTACAACCCCATTTTGTTGTGGTGTTCTAGGAGAAGAGAATTCATGGAAAATTCCATGTTTTTCACAAAAAGCTTCAAATGGCTCATTTTCAAATTCTCCACCATGATCACTTCTGACTTTCAAAATTTTTGATTCTTTTTCAGATTGAATTTGAGTGCAGAAGCTACTGAATACATCACACGCAACATCTTTACTCTTTATGAATTTCACCCAAGTCCATCTGCTGTAATCATCAACAATGACTAATCCATATCTACTTCCATATAAGGATGCAATACTCACTGGTCCAAATAAATCAATATGGAGTAATTCTAAAGGTCTTGAGGTTGAAACAATGTCTTTGGTTTTAAAAGATGATTTCATAATTTTCCCTCTCTGACATGCACCACAGAGTGCATCTGAATGATAGTCAATGTCTGGTAGCCCTTTCACAAGTTGTAACTTACTAAGCTTAGAGATTAACCTCCAGTTAGCATGTCCCAACCTTCTGTGCCACATCCATTTCTTATCATTCACTGATAGTAGGCAAATCACCTTCTGATCAGCCAGTTCAGAAAAATTGATTTTATAGACATTGTCAACTCTCTTTCCCTTGAACACAATGGATTTGTCTTCCTTGTTGATTACTGTACAGTTGGGTTTTTCAAAAAGCACATCATAACCATTATCACAAAATTGACTAATGCTCAAAAGGTTATGTTCAAGACCATCTACCAACCATACATTATTAATTGAGGTAGAGGAATTACCAATAGTTCCTGTACCTATGATCTTGCCTGACTGGTTGCCTCCAAATTTCACATTTCCTCCCTCTTTCATTGTTAGGCTGAGGAACATGGACTTGTCTCCTGTCATGTGTCTTGAGCAACCGCTGTCTAGGTACCATGATCTTTGCTTTGGCACTGCTCTTAGACATACCTGCATCATTGACATTTTTAGATTTAGGTACCCATTGTTCTATGGGTCCTGGAAGGTTAGTACTTAAGGCTTTACTCTTCACTTCTTGTACCTTGTGCTGTGAGTTGGGTTGCTTCTGATTAACCATCACCTTAGGTTTTGGTACTTCAGAAGCAGTAACTGTCTTCTTCTGAAACTTAGACTTCAGAACCCCAGATTTTGGTTTCACCAGACTCTGAGGAATAGGTTCTGATCTTTTCAGGATCCTAACCTTTGAAGTCTTGGAATCAGATTTGATCATAGCCTTTGACTTAGAGTTCTTTGGCTTTGAAATAATCTTAGCCTTAGAACTAGAAGCTTCAGGTTCTGATTGAACAACAGTTTCCAACTCAGCCCCTTCTGGTACAAAGAATGTTTTCAGACCTTCCTTGATGCATTCACAACAAGACTTTAGATTGGTTTTCTCAAGTTTCACCTCTGGAAAACCAATTCCTCTGCCATTGTTCTTGTAAATGCTATAAATCATAGAAGCTACTCTGCTTCTGTCAATGCCAGATATAATGAAATCTTCAAGAGCAATTTCATGATTACTTAAAGGTTTTTCATTACACTTTTCTTGTAGCTTCTGACATAAGAACCTGAGCTGATCTTCATATGTTTTACACATGAAGTCAAAGCCCCTAAGCCCTTGTTCAGAAGCTTTCAGATCCAATAGAGTTGATTTTTGCTGTTGTACCAAATCAGCATATTTTTCTTTTAAATCCTTCAACTCATTGGTTCTTACTTCAAAGTGTGTAAGAAGTTCTTTAAGTGACTCAACAAGTTCATCTCTGGGAATTTTGGAATATACCTCGTTTTCATCTTCTGAGTCTGAATCTGATCCAGCTTCTGAAGTTGCTGTTGCTACCAACCCAACAGCTACCTTTGCATCTTCATCAGCTTCCTCTTTATCAGATCCAGATTCACTACCCAAATCATCCCAGGTTGCCATTAAACTCTGCTTAATCTGCTTCTTGAATTTGCTTGGTTTGAAGGTAGACCTCTTTGATTTGTCCTTTGACTTTTCTCTTTGAAGATCAGGGCATTCAGCAATGAAGTGACCAGGCTTCTTACAGTTGAAGCATCCCTTCTGATCTTCTTTCCTTGAGCTTCTGGAGTTACCCCTTTTGGCGAGAAACTTTCTGTTCTTCTTGGCCAGATATTGAAGTCTGTTTGAGAGCATGGCCATTTCAGCAGCATCTGGTTCAGAATCTGAACTTGACTGTTCTTCCTCTTCAGATTCAACCACTTTGAGAGCTTTTGATGACTTGCCTTTGGATGGAAGAGCTATTGATTTACTCTTCTTAGTAGACTCATGTTCATTAAGACTTAACTCATGAACTTTGAGAGAACTAACAAGATCTTCGACACTTAAAGTGTTTAAATCTTTAGCTTCCTCAATGGCAGTCACCTTCGGTCTCCATCTGGCAGGTAAGCTTCTGAGAATCTTGCTTACATGATCAGAAGCAACATAGCTCTTCTTTAGAATCTGTAGCCCAGAAACTAAGGTTTGAAACCTTGAGTACATCTCCTCAATAGTTTCATCATCCTTCATCTTGAATAACTCATACTGATGTACAAGCAGAAGAGCCTTTGCTTCTTTGACCTTCTTGCTCCCTTCATAATTTGAACAGAGAGAAGCAAACATAGCTTTAGCAGTGGATTTGTCACTCATCTTCATGTATTCTGCTTTGGGTATGGCAGTGACAAGAGCTCCTCTGATAATATGATGCTTCTTGTAGAGTTTCCTCAGTTCTGGAGTATGTTTCTTTCTATCCACAGCAGCTCCTTCTTCATCAAGGACTAAATCACCAACACCATCTTCCAGAATATCCCATAATTCTTCATCCAGGCTCATGATGTAACTGTAAAAGTTGGTCTTCCACCAAGAGAACTCTTCAGCATCTCCATTGAACTTTGGAACTTTTCCAACACTGGTTTTCTTACTATCACTATAATCATGTGAGACATGTTTATAGCTAGTATCACTAGAACCAGTAGGAGGAGGAGTAGACATGTTTTTCTCAGATCTTTGACTGTTGCACGGTTAAGTGTTACACAACAGACCAAGGCTCTAGATACCAATTGAAGGTGAGAAAAACACAAGAAGGGGGGGTTGAATTGTGTTTTTGGAAAATTCTTCGTTTCTCCTAAAAACTGAACACACTGATCAGAAGCTAAGTGAGACAGCTTCTGAAGTGATAATCAGAATCTAAATGCAGCGGAATAAACAGAGAGAGAGAAGAAGAACGACACAAAGCAATTATACTGGTTCCTTCCACAATCCGGAAGTAGTCCAGTCCCCCTTGCACTTCCAAGGAGATTTCACTATGAGTAATATCTGATTACAAATGCTCAAGCACACAAGCAAGAGACTTCCAATGCTCAAGCACACAAGCAAGAGACTTCCTTTGCTCAAGAACACAATCAAGAGACTTCCTGCTCAAGCACAATTGCAAGAGACTTCCTAACTAAACAAAATTACACAGAAAATTGTTTAAGTTTGAACACTTGATATACAATCAGAGGTGCTCACAATACAAATCAGATACAGACTCAATGGACTTAAGAATTTCAAAGATATGACTTTGAGACACAGAAATTCTAAGTGAATGCAGAACAATTCAGCAGAGGTTTGGTACTTGTGAAAATCTTGTGAGTCTTTCGTTCAGCGTTCTTGCATTACCAATTCTCTAGGTCTTCACTCCTTTATATAGAGGTGTGAAAGAGACGTTGTGAAATTGCCAGCACACCAAAGAGTCGTTGTTGAAGCTTGATCTTTCACCAATGATATATTGCCTTATTTGGTTGTTGTCCTATGAAGAACAAATTTGAAATCCATTCCTTATCCAAAGGAACATCTATGCAGACGAAACCGTATTCTGGAGCTGTTTTCTTGTCCTGTAGCGTGGACACAAAACAGAGTAGTGGAGAACGTGGTTGTACAATTCGTACAAAGTACAATGTCAACGCTTTCGTCCAAATTGCAAGCACACGCCTTCAAACACCTTTGAAATGACCGTTGCAAATTCCACTAATCCTTTGTTTGTGTTTTCGAATCCAATAGACAGCTTTTGCATTGATAAAACTTCAATTCTTGATTCTTTGCAAATCCAGTTGATATTCGGCTTCTGGTGAAATGGCTTCTGATGAGGCAGCTTCTGATGATGCGGCTTCTGATGAGATGACTTCTGCAGCTTCTGATGACGCAGCTTCTGATGATGTGGCTTCTGGACCTCTTGTCTTCAGAAGCACTATTCTTCAGGAGCAGCTTGACTTCAGGAGCGCTTTGCCTTCAGAATCATCTAAGCTTCATTTCCTTTTGCTCTTTATTTGCTCATTCAGAACCAATGATGATGTAACTTTATAATTATGGTCCTGTACCTTGTTATCATCAAAACTCTTTAAGGTTCATTGTTAAACACATTTTGTTCCAACAATGTTTATTATTGTTCTAAAATGTTAATTTTTAAAAAAGATTTTTCCATTTCTATCAGAGTATAAAAAACATACCCATAATCAATTGTTTTTTCAACCACCAACGTTAGTCATAGAGTTTTTTTCAACAAATATAAGAATAGTTTAGAATATAATGGTAGTTTTATAGTCTTGCTAACGATATGCTCTAAGAGAATTGGTTAAAGATTTTGTCTTAAAATTAAACGTTATTTTTATCGATATAATAATTACAACTTTTTATAAAAAAAAAATACTTCTTTTGATTTCTTAACTAGTGCTCTTAGAACACTCATTAGGATTCTTCTTAATTTTGTAATTTTTTGTAGTGTTATGAATGGAATATATGAAGACAATATATTACTATATAAGTGGGGTCAAGCTGCATAAATATCTAATTTTGAGTTAAAAATACAATAAACAAGTGGGGTCAGACCCCATTGCCCCCATGTTGAATCCGTCCCTGAATTATACACAAAAAATTGATGATAATAATACTATAATAGTAATAAATACTAATAAAAAAATAGTAATAACAATAAAGATTTTAAGTCGCAGTTGCTATGTGATTCTTAATTTTAATATTGTAAGAATAACAGAAAAAACTAGGGATCCAACTTTGTTGTTTTAATATTGTAAGAATAACAGAAAAAACTAGGGATCCAACTTTGTTGGAAATTAAGAAAGTTCAATATAAAAGGGAACATGGATAACAAAGGTGTTTAAAGTGGGTGGCACTTTGGTGACATAATGTCACCGTGACATTAAATCTAGGCCACACAACACACACCTTTGTGTGGCTCAGATTTAATGTCACCCATACAACACATCTAGGCCACACAACACAAACCTTTGTGTGACCCAGATTTAATGTCACCGTGACATTATGTCACTGAAGTATTATCCGTTTAAAGTGGTGTAGAGTTTGAGTTTATTTGTTCAAATTTTTGGACAATAGGCTTCCACACTTAAGAACACCAACTAGTCAACTAATATGCCACACTCTAAACGGCTATATGTGCAATAATCCAACAGATATCAGTCCTCGTGAGCTTAACTCAGTTGGTAGGGACAATGCATAATATATGCAAAGTCTAAGGTTCAATCACTGACCACCACAAAAATAAATCCAACTAGTATCAAAAGTAGGTTCATTAAAGAAAAGTAATGAATTGGGCGTGAGACTCAACAACCACGTAAAAATAAAAATATGCAAACGACTCAGGTCCGTTGAAGAGAAACTCAAAATGAAAAAGACTAGAAAAATTTACCATACACCCCTACACTTTTGCTTTCACCCCTACAAATCAATAAAAATGGTTTTACGCATTTTGTAATTTAAATTTTTGCACCTTTATTTTTCACTGACATTTTCACCCCTACTATGTACTCCCTCTATTCCTTTTCTTTTGATGTTTTAGCTCTTGACACAAGTTTTAAGGAGTAATTAAAGTATATAAATATTTATGTGTTTTTGACTAAAATGTCCTTATTTATCATTAAATTCACATGTGATAAACCAAAGGTCACAACTACTTTAATAGTTTATGGTGTTTTCCAACAAGGGTAAACTTGAGAAAACAATAATAAATTCACTAAAACATCAAAAGTTTTGGAAAATAATTGAAACTCTAAAACATCAAAAGAAAAGGAATGGAGGGAGTACTATCCAAGTCACAAACGAGCCAAAAAGAAAAAAAAAGAAAGAAAGAAAGAATCTCGTTTGGACCTGAGGGAGAGGTTGAAAATTAATAAGTTCCAAATAGGAGGGAACAATGATTACTAAAGTGTTTATAAACGGTGAAGAATTTGAGTCCATTAGTTTAAACTTTTGGACCATGAACCTTCATACCTAAGAACACTAACTAGTCAGCTACTATGTCACAATCAAGTGCTTTATAAGATTTCAATATATATCTTTGCAGATGGTGAATCATGGTGTGCAAAAAGACCTTATACAGAGAATGAGGGATGCATCAAATGAGTTTTTTGAACTTCCAATGGAAGAGAAGGAAAAGTATGCAATGCTCCCAAACGACATACAAGGATATGGGCAAAATTATGTTGTTTCTGAGGAGCAAACACTTGATTGGTCAGACGTACTAGTTTTAATCATTTTTCCCAACCGGTATAGGAAGCTTCAATTTTGGCCAAAAACCTCAACTGGATTCAAGTATGCACTTTTGACATTTTGAATCTAGAATTAAATATCATTTTGGTCTCGGCTAATATAAAGTTTCCGCTATACTTCCTCCAGTCATATTTTTTCATATTCATTAAATAACCGATGTATCTGAGTTATAATATAGTCCAGATAGATAACTTATTTAATGAATCTGAAAAAGCAAAAATTGTTTATAAATGTGACGGGAATAAGTATGTAAGACATAAAAACCAAGAGGTTCAAAATTCAAACCCTAAAAACTAACATAAACTACTATTGCCTATCCGAGATACAAATAAGGAAAATGTTAACTTGTGCCCTCAGGGCACAAGATAAGGATCTTAAAATAGAATATAAAAATAAATATTGCATTGAAAATATAAGTTTTGAAGTTTTTAAGGTTATGAATGCACAATTTCCAAGATTAAGTTTCTACGTTTAGTTTCTAATCTTGTGCCATTAGGGCACAAGTTAACAAGACCCTAAAAATAAATATGTACATAAATTTAAGTTTTTAAACAATATATGTACATTTTGTGATTTGATTAAACTCATTTGCTAATGCAGGGAGATAATAGAGGCATATACAAGTGAAGTGAGACGAGTTGGTGAGGAACTTCTAAGTTTTATGTCTATTATCATGGGGTTGGAGAAGCATGCTCTTGCTGAACTGCATAAAGAATTAATTCAAGGTTTACGTGTGAACTATTACCCTCCTTGCAACAATCCTGAGCAAGTATTGGGTTTGAGTCCACACTCTGACACAACCACCCTTACCTTACTTATTCAAGATGACGATGTGCTTGGATTAGAAATCAGAAACAAAGGAAATTGGGTACCGGTTAAACCAATATCAGATGCCCTAGTTATCAATGTTGGAGATGTTATAGAGGTAATTTTTTTGTCTTAACCCTTAAATTTTCACAAAAAAGGGGTCAGGGTAATCTGGGGTTCAAATGAGAGGTAAGTAAACTCTAACAAATAATTGTTCGAAACTATATTCAAACTTGAATACTTTCGAACAATTCATTCTTAAATGAAACTAAATATACTCATCAACCACTTATGTCAAAACACTAGTTTTTTATAATCAACATTTTTTATTATAAAAAAGAAATCAAATTAGGTGCGACACGTCATCCATGGTCGGAGAGAAAGACAAATCTCAGCAACAATTTTAAATGAAAAGTCAAACTTACTTTGTCAACCTATGTAGCACCGACACAGAGTAACTTAATTAATTCTTTTAAAAATAAGTGACTTAATTATTCCTTTTTGAATGTGAGCAGATATTGAGTAATGGAAAATACAAAAGTGTAGAACACAGAGTAATGACAAATCAGAACAAAAGAAGGATTTCTTATGCATCATTTTTGTTCCCTCGAGATGACGTTGAAGTTGAGCCCTTTGATCATATGATAGATGCTCAAAACCCTAAGATGTACCAGAAAGTGAAGTATGGAGATTATTTGAGGCATTCCTTAAAGAGAAAAATGGAGCGAAAAACACACACCGATGTGGCAAAGATAAAGGAACATGTAATCGAGAAATAA

Protein sequence

>MS.gene46151.t1

MSVNIDEAPIFAPSLAVPNVQEMVKTNPLQVPTKYVRNEEEMEKLNYMPQLSSDIPIIDFAQLSNGNVEELLKLESACKEWGFFQMVNHGVQKDLIQRMRDASNEFFELPMEEKEKYAMLPNDIQGYGQNYVVSEEQTLDWSDVLVLIIFPNRYRKLQFWPKTSTGFKEIIEAYTSEVRRVGEELLSFMSIIMGLEKHALAELHKELIQGLRVNYYPPCNNPEQVLGLSPHSDTTTLTLLIQDDDVLGLEIRNKGNWVPVKPISDALVINVGDVIEILSNGKYKSVEHRVMTNQNKRRISYASFLFPRDDVEVEPFDHMIDAQNPKMYQKVKYGDYLRHSLKRKMERKTHTDVAKIKEHVIEK