AlfalfaGEDB | MS.gene23155

M. sativa cultivar XinJiangDaYe / MS.gene23155

KEGG: -
GO: GO:0000166 GO:0001882 GO:0001883 GO:0003674 GO:0003824 GO:0003924 GO:0005488 GO:0005525 GO:0016462 GO:0016787 GO:0016817 GO:0016818 GO:0017076 GO:0017111 GO:0019001 GO:0032549 GO:0032550 GO:0032553 GO:0032555 GO:0032561 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00071.25

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene23155.t1	XP_003622764.1	97.2	211	5	1	1	211	1	210	1.50E-105	392.5

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene23155.t1	Q9SRS5	78.2	211	46	0	7	217	5	215	1.4e-88	327.4

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene23155.t1	G7KY05	97.2	211	5	1	1	211	1	210	1.0e-105	392.5

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR

PPI:

Gene1	Gene2	Type
MS.gene23155	MS.gene073847	PPI
MS.gene23155	MS.gene26410	PPI
MS.gene23155	MS.gene040128	PPI
MS.gene23155	MS.gene030839	PPI
MS.gene23155	MS.gene99137	PPI
MS.gene23155	MS.gene004991	PPI
MS.gene23155	MS.gene02877	PPI
MS.gene23155	MS.gene28385	PPI
MS.gene23155	MS.gene24073	PPI
MS.gene23155	MS.gene75479	PPI
MS.gene23155	MS.gene41120	PPI
MS.gene23155	MS.gene011573	PPI
MS.gene23155	MS.gene031648	PPI
MS.gene23155	MS.gene048286	PPI
MS.gene23155	MS.gene71994	PPI
MS.gene23155	MS.gene33650	PPI
MS.gene23155	MS.gene018554	PPI
MS.gene84730	MS.gene23155	PPI
MS.gene23155	MS.gene69853	PPI
MS.gene23155	MS.gene79211	PPI
MS.gene23155	MS.gene01969	PPI
MS.gene23155	MS.gene07529	PPI
MS.gene23155	MS.gene074185	PPI
MS.gene23155	MS.gene026674	PPI
MS.gene23155	MS.gene025879	PPI
MS.gene23155	MS.gene068532	PPI
MS.gene23155	MS.gene57390	PPI
MS.gene23155	MS.gene20024	PPI
MS.gene23155	MS.gene003990	PPI
MS.gene23155	MS.gene067301	PPI
MS.gene23155	MS.gene93155	PPI
MS.gene23155	MS.gene86843	PPI
MS.gene23155	MS.gene30549	PPI
MS.gene23155	MS.gene09846	PPI
MS.gene23155	MS.gene000694	PPI
MS.gene23155	MS.gene84863	PPI
MS.gene23155	MS.gene84967	PPI
MS.gene23155	MS.gene013307	PPI
MS.gene23155	MS.gene007373	PPI
MS.gene23155	MS.gene024151	PPI
MS.gene23155	MS.gene84694	PPI
MS.gene23155	MS.gene006652	PPI
MS.gene23155	MS.gene060519	PPI
MS.gene23155	MS.gene073174	PPI
MS.gene23155	MS.gene94550	PPI
MS.gene23155	MS.gene037879	PPI
MS.gene23155	MS.gene065824	PPI
MS.gene23155	MS.gene068531	PPI
MS.gene23155	MS.gene58905	PPI
MS.gene23155	MS.gene000342	PPI
MS.gene23155	MS.gene22723	PPI
MS.gene23155	MS.gene055394	PPI
MS.gene23155	MS.gene47050	PPI
MS.gene23155	MS.gene28047	PPI
MS.gene23155	MS.gene033585	PPI
MS.gene23155	MS.gene045532	PPI
MS.gene23155	MS.gene001096	PPI
MS.gene23155	MS.gene31856	PPI
MS.gene23155	MS.gene018819	PPI
MS.gene23155	MS.gene003158	PPI
MS.gene23155	MS.gene06400	PPI
MS.gene23155	MS.gene39542	PPI
MS.gene23155	MS.gene058974	PPI
MS.gene046987	MS.gene23155	PPI
MS.gene23155	MS.gene24074	PPI
MS.gene23155	MS.gene050673	PPI
MS.gene23155	MS.gene97782	PPI
MS.gene23155	MS.gene058973	PPI
MS.gene54353	MS.gene23155	PPI
MS.gene23155	MS.gene007571	PPI
MS.gene23155	MS.gene64513	PPI
MS.gene23155	MS.gene065419	PPI
MS.gene23155	MS.gene57324	PPI
MS.gene23155	MS.gene061904	PPI
MS.gene23155	MS.gene61282	PPI
MS.gene23155	MS.gene22375	PPI
MS.gene23155	MS.gene55072	PPI
MS.gene23155	MS.gene021166	PPI
MS.gene23155	MS.gene47568	PPI
MS.gene23155	MS.gene75497	PPI
MS.gene23155	MS.gene41117	PPI
MS.gene23155	MS.gene061810	PPI
MS.gene23155	MS.gene72353	PPI
MS.gene70216	MS.gene23155	PPI
MS.gene23155	MS.gene26865	PPI
MS.gene23155	MS.gene93764	PPI
MS.gene23155	MS.gene024412	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene23155.t1	MTR_7g051940	97.156	211	5	1	1	211	1	210	3.31e-146	407
MS.gene23155.t1	MTR_7g405790	82.234	197	35	0	13	209	14	210	1.76e-117	335
MS.gene23155.t1	MTR_1g078200	71.875	192	54	0	1	192	1	192	2.62e-95	279
MS.gene23155.t1	MTR_8g089985	63.068	176	65	0	12	187	15	190	1.82e-78	236
MS.gene23155.t1	MTR_4g064897	62.428	173	65	0	12	184	10	182	7.29e-78	234
MS.gene23155.t1	MTR_3g086980	61.932	176	67	0	12	187	14	189	1.62e-77	233
MS.gene23155.t1	MTR_1g052475	60.227	176	70	0	12	187	13	188	5.67e-77	232
MS.gene23155.t1	MTR_2g075950	61.850	173	66	0	12	184	11	183	1.31e-76	231
MS.gene23155.t1	MTR_3g069510	56.219	201	85	1	12	209	10	210	3.91e-76	230
MS.gene23155.t1	MTR_2g083860	60.571	175	69	0	12	186	11	185	1.38e-75	228
MS.gene23155.t1	MTR_8g036220	60.674	178	70	0	10	187	12	189	1.46e-75	229
MS.gene23155.t1	MTR_0262s0050	60.227	176	70	0	12	187	13	188	1.90e-75	228
MS.gene23155.t1	MTR_4g079350	62.428	173	65	0	12	184	11	183	2.07e-75	228
MS.gene23155.t1	MTR_2g014990	62.428	173	65	0	12	184	11	183	3.82e-75	227
MS.gene23155.t1	MTR_2g005510	59.444	180	70	1	10	186	8	187	5.29e-75	227
MS.gene23155.t1	MTR_4g088090	60.694	173	68	0	12	184	11	183	2.52e-74	225
MS.gene23155.t1	MTR_2g090865	60.656	183	72	0	12	194	9	191	8.09e-74	224
MS.gene23155.t1	MTR_8g027220	55.556	180	80	0	12	191	24	203	3.66e-69	213
MS.gene23155.t1	MTR_6g079550	52.683	205	88	2	12	216	10	205	5.03e-65	201
MS.gene23155.t1	MTR_8g107070	56.250	192	80	2	12	203	12	199	1.55e-61	194
MS.gene23155.t1	MTR_7g081700	51.149	174	85	0	12	185	6	179	1.98e-58	184
MS.gene23155.t1	MTR_2g005500	49.153	177	90	0	12	188	7	183	2.68e-58	184
MS.gene23155.t1	MTR_7g117910	58.042	143	60	0	12	154	18	160	7.10e-58	183
MS.gene23155.t1	MTR_2g027660	46.392	194	102	1	13	204	5	198	3.58e-56	179
MS.gene23155.t1	MTR_6g021790	48.851	174	89	0	12	185	4	177	5.10e-54	173
MS.gene23155.t1	MTR_8g006970	52.866	157	74	0	12	168	6	162	6.26e-54	172
MS.gene23155.t1	MTR_8g006970	44.330	194	108	0	12	205	20	213	6.46e-54	173
MS.gene23155.t1	MTR_1g068740	43.590	195	107	2	12	205	13	205	1.51e-51	167
MS.gene23155.t1	MTR_1g068730	43.814	194	106	2	12	204	13	204	2.37e-51	167
MS.gene23155.t1	MTR_1g115325	42.211	199	113	2	12	209	13	210	6.10e-51	166
MS.gene23155.t1	MTR_7g100020	47.879	165	85	1	12	175	13	177	2.18e-50	164
MS.gene23155.t1	MTR_8g031660	49.112	169	86	0	11	179	3	171	2.33e-50	164
MS.gene23155.t1	MTR_8g031870	51.923	156	75	0	13	168	5	160	3.46e-49	160
MS.gene23155.t1	MTR_2g096550	40.594	202	111	4	8	204	9	206	3.19e-48	159
MS.gene23155.t1	MTR_8g031680	46.821	173	92	0	11	183	3	175	1.02e-47	157
MS.gene23155.t1	MTR_8g093740	47.977	173	83	4	12	180	11	180	6.76e-47	155
MS.gene23155.t1	MTR_4g063160	41.919	198	107	4	12	206	13	205	1.92e-46	154
MS.gene23155.t1	MTR_1g094220	41.304	184	107	1	2	184	19	202	1.40e-45	151
MS.gene23155.t1	MTR_1g094220	43.023	172	97	1	2	172	19	190	3.60e-45	150
MS.gene23155.t1	MTR_4g099470	50.000	142	71	0	45	186	15	156	5.80e-45	149
MS.gene23155.t1	MTR_1g094220	42.286	175	100	1	2	175	19	193	6.50e-45	149
MS.gene23155.t1	MTR_1g094220	43.529	170	95	1	2	170	19	188	9.38e-45	150
MS.gene23155.t1	MTR_3g096350	47.093	172	86	4	12	180	10	179	9.65e-45	149
MS.gene23155.t1	MTR_3g064390	45.912	159	85	1	16	173	12	170	1.01e-44	149
MS.gene23155.t1	MTR_2g102060	41.538	195	99	3	16	207	12	194	2.37e-44	148
MS.gene23155.t1	MTR_8g031830	49.020	153	78	0	13	165	5	157	4.41e-44	147
MS.gene23155.t1	MTR_7g103070	49.682	157	77	2	15	169	17	173	3.76e-43	145
MS.gene23155.t1	MTR_1g062760	50.943	159	71	4	15	169	15	170	1.34e-42	144
MS.gene23155.t1	MTR_5g076590	42.500	160	92	0	16	175	12	171	2.15e-42	143
MS.gene23155.t1	MTR_1g029450	45.087	173	88	4	12	180	15	184	2.84e-42	143
MS.gene23155.t1	MTR_3g087160	41.558	154	90	0	15	168	10	163	4.88e-42	142
MS.gene23155.t1	MTR_1g068730	47.692	130	68	0	12	141	13	142	8.26e-42	140
MS.gene23155.t1	MTR_5g013900	42.208	154	89	0	15	168	10	163	9.19e-42	142
MS.gene23155.t1	MTR_8g090215	41.558	154	90	0	15	168	10	163	1.06e-41	142
MS.gene23155.t1	MTR_1g068740	45.139	144	71	1	12	155	13	148	4.91e-41	139
MS.gene23155.t1	MTR_8g103550	42.604	169	96	1	16	183	11	179	1.28e-40	139
MS.gene23155.t1	MTR_4g098950	40.260	154	92	0	15	168	10	163	9.75e-40	136
MS.gene23155.t1	MTR_1g090717	44.211	190	89	6	12	195	13	191	1.81e-39	136
MS.gene23155.t1	MTR_3g096350	50.382	131	60	4	12	139	10	138	3.97e-36	125
MS.gene23155.t1	MTR_3g096350	50.820	122	55	4	12	130	10	129	1.99e-34	121
MS.gene23155.t1	MTR_8g092020	37.725	167	97	3	14	173	12	178	1.36e-33	120
MS.gene23155.t1	MTR_2g101890	36.628	172	102	3	14	178	10	181	1.39e-33	120
MS.gene23155.t1	MTR_3g064390	43.200	125	71	0	16	140	12	136	2.24e-33	119
MS.gene23155.t1	MTR_1g097420	36.628	172	102	2	14	178	8	179	2.37e-33	120
MS.gene23155.t1	MTR_8g093740	45.714	140	70	3	45	180	10	147	3.81e-33	119
MS.gene23155.t1	MTR_4g012940	36.047	172	103	3	14	178	8	179	1.40e-32	118
MS.gene23155.t1	MTR_4g069850	35.119	168	102	3	14	174	8	175	3.03e-32	117
MS.gene23155.t1	MTR_6g039490	34.884	172	105	2	14	178	8	179	1.51e-29	110
MS.gene23155.t1	MTR_7g103070	48.718	117	58	2	55	169	1	117	2.44e-29	108
MS.gene23155.t1	MTR_2g005500	36.158	177	73	1	12	188	7	143	2.47e-29	108
MS.gene23155.t1	MTR_1g097420	34.682	173	104	3	13	178	36	206	4.97e-28	107
MS.gene23155.t1	MTR_3g107707	27.011	174	124	3	15	188	14	184	1.75e-19	84.3
MS.gene23155.t1	MTR_3g107713	27.011	174	124	3	15	188	14	184	1.93e-19	84.3
MS.gene23155.t1	MTR_2g090875	32.184	174	104	5	14	175	6	177	2.01e-19	83.6
MS.gene23155.t1	MTR_3g107717	27.011	174	124	3	15	188	14	184	2.09e-19	84.0
MS.gene23155.t1	MTR_3g078260	30.460	174	107	5	14	175	8	179	1.57e-18	81.6
MS.gene23155.t1	MTR_8g031810	40.404	99	45	1	13	111	5	89	1.63e-18	78.2
MS.gene23155.t1	MTR_1452s0010	41.463	82	48	0	34	115	1	82	2.63e-18	78.2
MS.gene23155.t1	MTR_1g069245	41.739	115	61	3	8	121	90	199	7.01e-18	80.1
MS.gene23155.t1	MTR_5g022600	29.885	174	108	5	14	175	6	177	1.50e-17	78.6
MS.gene23155.t1	MTR_4g088055	30.233	172	106	5	14	173	6	175	2.37e-17	77.8
MS.gene23155.t1	MTR_8g075240	29.310	174	109	5	14	175	6	177	2.46e-17	77.8
MS.gene23155.t1	MTR_6g087980	29.834	181	113	5	14	182	6	184	3.97e-17	77.8
MS.gene23155.t1	MTR_4g073250	28.729	181	115	5	14	182	6	184	4.86e-17	77.0
MS.gene23155.t1	MTR_1686s0010	32.609	92	62	0	34	125	1	92	6.56e-15	68.6
MS.gene23155.t1	MTR_2g078000	57.143	49	21	0	75	123	46	94	7.17e-15	68.9
MS.gene23155.t1	MTR_4g113620	24.699	166	113	4	15	180	14	167	1.03e-14	71.2
MS.gene23155.t1	MTR_5g092060	24.118	170	119	4	15	177	105	271	7.89e-13	67.0
MS.gene23155.t1	MTR_8g099250	61.702	47	18	0	10	56	12	58	2.91e-12	60.8
MS.gene23155.t1	MTR_3g053480	59.574	47	19	0	10	56	12	58	5.07e-12	60.1

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene23155.t1	AT3G07410	79.327	208	43	0	10	217	8	215	2.82e-119	339
MS.gene23155.t1	AT2G31680	83.249	197	32	1	5	200	3	199	4.01e-118	336
MS.gene23155.t1	AT1G05810	80.000	205	41	0	5	209	3	207	4.36e-118	336
MS.gene23155.t1	AT1G05810	80.000	205	41	0	5	209	49	253	7.73e-118	337
MS.gene23155.t1	AT2G43130	77.295	207	47	0	5	211	3	209	3.82e-116	331
MS.gene23155.t1	AT5G47520	66.509	212	64	2	1	212	1	205	1.43e-95	279
MS.gene23155.t1	AT1G07410	63.006	173	64	0	12	184	10	182	5.04e-78	234
MS.gene23155.t1	AT4G39990	57.653	196	81	1	12	205	15	210	9.19e-78	234
MS.gene23155.t1	AT3G12160	60.221	181	72	0	12	192	13	193	1.06e-77	234
MS.gene23155.t1	AT4G18430	63.218	174	64	0	12	185	11	184	2.43e-77	233
MS.gene23155.t1	AT5G60860	61.202	183	71	0	12	194	11	193	5.44e-77	232
MS.gene23155.t1	AT1G09630	55.897	195	84	1	1	195	1	193	7.46e-77	232
MS.gene23155.t1	AT1G06400	58.470	183	76	0	12	194	11	193	2.73e-76	230
MS.gene23155.t1	AT1G16920	63.158	171	63	0	12	182	11	181	3.33e-76	230
MS.gene23155.t1	AT5G65270	54.774	199	85	1	12	205	15	213	4.61e-76	230
MS.gene23155.t1	AT5G59150	63.158	171	63	0	12	182	10	180	4.93e-76	229
MS.gene23155.t1	AT3G46830	62.573	171	64	0	12	182	10	180	5.03e-76	229
MS.gene23155.t1	AT3G46830	62.573	171	64	0	12	182	10	180	5.03e-76	229
MS.gene23155.t1	AT1G28550	61.143	175	68	0	12	186	11	185	2.34e-75	228
MS.gene23155.t1	AT5G47960	62.428	173	65	0	12	184	13	185	2.47e-75	228
MS.gene23155.t1	AT4G18800	60.694	173	68	0	12	184	11	183	2.24e-74	225
MS.gene23155.t1	AT2G33870	60.000	175	70	0	12	186	11	185	3.82e-74	225
MS.gene23155.t1	AT3G15060	55.665	203	79	2	12	210	11	206	9.04e-74	224
MS.gene23155.t1	AT5G45750	56.831	183	79	0	12	194	11	193	9.86e-74	224
MS.gene23155.t1	AT1G73640	48.101	237	116	3	1	237	1	230	4.76e-69	213
MS.gene23155.t1	AT1G18200	58.152	184	76	1	1	184	1	183	6.52e-68	209
MS.gene23155.t1	AT1G01200	53.299	197	88	3	12	204	26	222	8.28e-65	202
MS.gene23155.t1	AT4G17170	46.154	195	105	0	13	207	5	199	1.83e-56	179
MS.gene23155.t1	AT4G35860	49.425	174	88	0	12	185	4	177	3.48e-56	179
MS.gene23155.t1	AT4G17530	53.503	157	73	0	12	168	6	162	3.17e-55	176
MS.gene23155.t1	AT3G11730	51.220	164	80	0	12	175	6	169	5.66e-55	176
MS.gene23155.t1	AT1G02130	44.330	194	108	0	12	205	6	199	1.09e-54	175
MS.gene23155.t1	AT4G17160	49.711	173	87	0	13	185	5	177	6.30e-54	173
MS.gene23155.t1	AT5G47200	52.866	157	74	0	12	168	6	162	3.40e-53	171
MS.gene23155.t1	AT5G59150	59.843	127	51	0	56	182	3	129	3.16e-52	167
MS.gene23155.t1	AT3G46060	43.590	195	107	2	12	205	13	205	3.55e-51	166
MS.gene23155.t1	AT3G46060	43.590	195	107	2	12	205	13	205	3.55e-51	166
MS.gene23155.t1	AT3G46060	43.590	195	107	2	12	205	13	205	3.55e-51	166
MS.gene23155.t1	AT5G59840	43.147	197	105	3	12	205	13	205	1.80e-50	164
MS.gene23155.t1	AT3G53610	47.273	165	86	1	12	175	13	177	8.65e-50	162
MS.gene23155.t1	AT3G53610	47.273	165	86	1	12	175	13	177	8.65e-50	162
MS.gene23155.t1	AT3G53610	47.273	165	86	1	12	175	13	177	8.65e-50	162
MS.gene23155.t1	AT3G09900	45.503	189	97	3	12	199	13	196	9.70e-49	160
MS.gene23155.t1	AT5G03520	47.879	165	85	1	12	175	13	177	2.61e-48	159
MS.gene23155.t1	AT3G54840	44.767	172	90	2	16	186	35	202	7.05e-46	152
MS.gene23155.t1	AT3G54840	44.444	171	90	2	17	186	2	168	1.04e-45	150
MS.gene23155.t1	AT3G54840	47.097	155	81	1	16	169	35	189	1.33e-45	151
MS.gene23155.t1	AT4G19640	41.667	168	90	1	16	183	12	171	8.25e-45	149
MS.gene23155.t1	AT1G43890	45.098	204	88	6	12	211	11	194	8.27e-45	150
MS.gene23155.t1	AT1G43890	45.098	204	88	6	12	211	11	194	8.27e-45	150
MS.gene23155.t1	AT1G43890	45.098	204	88	6	12	211	11	194	8.27e-45	150
MS.gene23155.t1	AT5G45130	40.314	191	103	3	16	206	12	191	2.45e-44	148
MS.gene23155.t1	AT5G45130	40.212	189	102	3	18	206	22	199	2.74e-43	145
MS.gene23155.t1	AT2G44610	42.208	154	89	0	15	168	10	163	5.13e-42	142
MS.gene23155.t1	AT5G03530	49.697	165	78	4	8	169	7	169	1.31e-41	141
MS.gene23155.t1	AT5G03530	49.697	165	78	4	8	169	7	169	1.31e-41	141
MS.gene23155.t1	AT5G10260	40.909	154	91	0	15	168	10	163	2.38e-41	140
MS.gene23155.t1	AT4G35860	49.618	131	66	0	55	185	1	131	4.90e-41	139
MS.gene23155.t1	AT2G22290	40.909	154	91	0	15	168	10	163	2.57e-40	138
MS.gene23155.t1	AT4G39890	41.290	155	90	1	15	168	10	164	5.12e-40	137
MS.gene23155.t1	AT5G64990	40.260	154	92	0	15	168	8	161	1.62e-38	133
MS.gene23155.t1	AT5G03520	41.509	159	87	3	49	206	40	193	1.96e-36	128
MS.gene23155.t1	AT5G64990	38.509	161	92	1	15	168	8	168	9.04e-36	126
MS.gene23155.t1	AT3G09910	43.182	176	93	4	8	179	7	179	4.45e-35	124
MS.gene23155.t1	AT3G09910	43.182	176	93	4	8	179	7	179	4.45e-35	124
MS.gene23155.t1	AT3G09910	45.181	166	84	4	8	169	7	169	8.30e-35	124
MS.gene23155.t1	AT3G09910	45.181	166	84	4	8	169	7	169	8.30e-35	124
MS.gene23155.t1	AT3G09910	45.181	166	84	4	8	169	7	169	8.30e-35	124
MS.gene23155.t1	AT1G22740	38.323	167	96	3	14	173	8	174	1.16e-34	123
MS.gene23155.t1	AT4G19640	40.769	130	77	0	16	145	12	141	6.90e-34	120
MS.gene23155.t1	AT1G52280	37.209	172	101	3	14	178	8	179	9.16e-34	121
MS.gene23155.t1	AT2G21880	39.506	162	91	3	14	168	9	170	9.74e-34	121
MS.gene23155.t1	AT4G19640	40.458	131	78	0	16	146	12	142	1.13e-33	120
MS.gene23155.t1	AT3G18820	37.500	168	98	3	14	174	8	175	1.16e-33	121
MS.gene23155.t1	AT3G16100	36.628	172	102	2	14	178	8	179	4.65e-33	119
MS.gene23155.t1	AT1G49300	37.037	162	95	3	14	168	8	169	1.30e-30	113
MS.gene23155.t1	AT1G49300	37.037	162	95	3	14	168	8	169	1.30e-30	113
MS.gene23155.t1	AT4G09720	35.465	172	104	2	14	178	8	179	1.31e-30	113
MS.gene23155.t1	AT4G09720	34.463	177	104	2	14	178	8	184	9.96e-30	111
MS.gene23155.t1	AT5G39620	36.702	188	111	5	11	191	2	188	1.36e-29	110
MS.gene23155.t1	AT5G46025	50.000	106	52	1	76	180	6	111	6.45e-29	105
MS.gene23155.t1	AT4G09720	33.333	183	104	2	14	178	8	190	1.10e-28	108
MS.gene23155.t1	AT2G21880	37.931	145	83	3	31	168	1	145	1.35e-25	99.8
MS.gene23155.t1	AT2G21880	37.931	145	83	3	31	168	1	145	1.35e-25	99.8
MS.gene23155.t1	AT2G21880	34.568	162	91	4	14	168	9	162	6.05e-24	95.9
MS.gene23155.t1	AT2G44690	33.333	180	106	6	14	181	18	195	1.52e-21	89.7
MS.gene23155.t1	AT5G55080	28.161	174	114	3	6	175	5	171	3.78e-21	89.0
MS.gene23155.t1	AT4G09720	35.915	142	84	2	44	178	4	145	4.14e-21	87.4
MS.gene23155.t1	AT4G09720	35.915	142	84	2	44	178	4	145	4.14e-21	87.4
MS.gene23155.t1	AT4G09720	35.915	142	84	2	44	178	4	145	4.14e-21	87.4
MS.gene23155.t1	AT5G20020	28.571	161	112	3	15	175	14	171	1.51e-19	84.3
MS.gene23155.t1	AT5G20010	28.571	161	112	3	15	175	14	171	2.31e-19	84.0
MS.gene23155.t1	AT5G55190	27.011	174	124	3	15	188	14	184	2.64e-19	84.0
MS.gene23155.t1	AT5G45970	30.233	172	106	5	14	173	6	175	5.21e-18	79.7
MS.gene23155.t1	AT5G62880	29.310	174	109	5	14	175	8	179	6.54e-18	80.1
MS.gene23155.t1	AT4G35020	29.310	174	109	5	14	175	6	177	1.31e-17	79.0
MS.gene23155.t1	AT4G35020	29.310	174	109	5	14	175	6	177	1.31e-17	79.0
MS.gene23155.t1	AT4G35020	29.310	174	109	5	14	175	6	177	1.31e-17	79.0
MS.gene23155.t1	AT3G48040	28.736	174	110	5	14	175	8	179	2.09e-17	78.6
MS.gene23155.t1	AT3G51300	30.233	172	106	5	16	175	8	177	3.55e-17	77.4
MS.gene23155.t1	AT1G20090	29.310	174	109	5	14	175	5	176	3.56e-17	77.4
MS.gene23155.t1	AT1G75840	28.736	174	110	5	14	175	6	177	4.59e-17	77.4
MS.gene23155.t1	AT2G17800	29.885	174	108	5	14	175	6	177	6.44e-17	77.0
MS.gene23155.t1	AT2G17800	29.885	174	108	5	14	175	6	177	6.44e-17	77.0
MS.gene23155.t1	AT4G28950	28.492	179	116	5	14	182	6	182	7.37e-17	77.0
MS.gene23155.t1	AT4G35950	29.310	174	109	5	14	175	6	177	8.50e-17	76.6
MS.gene23155.t1	AT5G62880	32.847	137	82	4	16	151	10	137	7.60e-16	73.9
MS.gene23155.t1	AT3G48040	31.724	145	89	4	14	157	8	143	2.57e-15	72.0
MS.gene23155.t1	AT4G35020	33.333	114	73	3	16	128	8	119	7.30e-14	67.4
MS.gene23155.t1	AT4G35020	33.333	114	73	3	16	128	8	119	7.30e-14	67.4
MS.gene23155.t1	AT4G08190	46.970	66	32	1	103	168	65	127	5.84e-12	61.6

Find 48 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AGAAGAAGGTTTGTTCTTTA+TGG	0.172410	7.2:+50667569	MS.gene23155:CDS
CACAGACAATTCAGCCTTAT+AGG	0.220260	7.2:-50667691	None:intergenic
CCCCATCTTAAAACTTTATT+CGG	0.258354	7.2:-50670072	None:intergenic
GCTTATTATCGTGGTGCTTT+TGG	0.272296	7.2:+50658892	MS.gene23155:CDS
CTTAAACTCCGATTCCTATA+AGG	0.343067	7.2:+50667677	MS.gene23155:CDS
AATCGAGTAACCCTGGCTAA+TGG	0.352245	7.2:+50667714	MS.gene23155:CDS
AAGAAGTGAAAGCACAGATC+TGG	0.376183	7.2:+50658830	MS.gene23155:CDS
TCAAATTCAAAAGCAACAAT+TGG	0.379555	7.2:+50658769	MS.gene23155:CDS
GGTGGGAAATAAGTGTGATT+TGG	0.403953	7.2:+50667500	MS.gene23155:CDS
TTGTTGTTTATGATATTAGT+AGG	0.412303	7.2:+50658920	MS.gene23155:CDS
ATCGAGTAACCCTGGCTAAT+GGG	0.427815	7.2:+50667715	MS.gene23155:CDS
CTCTTCAAAATCGTCCTAAT+CGG	0.438519	7.2:+50658688	MS.gene23155:CDS
CTACGGCAGAGTCGCCGATT+AGG	0.443849	7.2:-50658702	None:intergenic
GTAACCCTGGCTAATGGGTC+TGG	0.448346	7.2:+50667720	MS.gene23155:CDS
CGAACTCGTTTCGCGCGAAT+CGG	0.454934	7.2:-50658744	None:intergenic
TGATATTATTGTAAATTTCA+CGG	0.460213	7.2:-50667644	None:intergenic
CAATTCAGCCTTATAGGAAT+CGG	0.467617	7.2:-50667685	None:intergenic
TGACAATCTCAAAAGCCGTT+TGG	0.477114	7.2:-50667620	None:intergenic
AATCGGAGTTTAAGACTTTG+CGG	0.478253	7.2:-50667668	None:intergenic
TTGATCCAGACCCATTAGCC+AGG	0.478440	7.2:-50667725	None:intergenic
GAACTCGTTTCGCGCGAATC+GGG	0.485723	7.2:-50658743	None:intergenic
AAAGCTCTTGCAGAAGAAGA+AGG	0.504187	7.2:+50667555	MS.gene23155:CDS
CGATTCTACTAATGTCCAAA+CGG	0.512036	7.2:+50667605	MS.gene23155:CDS
AGAAGTGAAAGCACAGATCT+GGG	0.521054	7.2:+50658831	MS.gene23155:CDS
GTTACTTCTGCTTATTATCG+TGG	0.527788	7.2:+50658883	MS.gene23155:CDS
GCACAGATCTGGGATACTGC+TGG	0.534325	7.2:+50658841	MS.gene23155:CDS
CACCGTTGCGAGAATGTTGG+TGG	0.536683	7.2:+50667482	MS.gene23155:CDS
TCAGAAGAAAACAACGAAGA+AGG	0.540081	7.2:+50658652	MS.gene23155:CDS
CGTTTCGCGCGAATCGGGAG+AGG	0.545663	7.2:-50658738	None:intergenic
GTTTATGATATTAGTAGGAG+AGG	0.553351	7.2:+50658925	MS.gene23155:CDS
GGGATACTGCTGGACAAGAA+AGG	0.554659	7.2:+50658851	MS.gene23155:CDS
TATCAGAGAGGTGAGCATAG+AGG	0.560205	7.2:+50667527	MS.gene23155:CDS
TTCGCGCGAATCGGGAGAGG+AGG	0.560289	7.2:-50658735	None:intergenic
GAAGAAAACAACGAAGAAGG+AGG	0.579942	7.2:+50658655	MS.gene23155:CDS
TGAGTTTCAGACGCAGATGG+TGG	0.580080	7.2:+50658795	MS.gene23155:CDS
GTCTGTGAATCGAGTAACCC+TGG	0.582672	7.2:+50667707	MS.gene23155:CDS
AGTTGAGTTTCAGACGCAGA+TGG	0.592347	7.2:+50658792	MS.gene23155:CDS
ACGCAGATGGTGGAGATCGA+TGG	0.599170	7.2:+50658805	MS.gene23155:CDS
TTTGTTCTTTATGGAGACAT+CGG	0.603200	7.2:+50667578	MS.gene23155:CDS
CAGAGAGGTGAGCATAGAGG+AGG	0.611372	7.2:+50667530	MS.gene23155:CDS
TCCCACCAACATTCTCGCAA+CGG	0.615034	7.2:-50667484	None:intergenic
AGAGAGGTGAGCATAGAGGA+GGG	0.616692	7.2:+50667531	MS.gene23155:CDS
TGATCCAGACCCATTAGCCA+GGG	0.619067	7.2:-50667724	None:intergenic
CTAATCGGCGACTCTGCCGT+AGG	0.635372	7.2:+50658703	MS.gene23155:CDS
ACCGTTGCGAGAATGTTGGT+GGG	0.661082	7.2:+50667483	MS.gene23155:CDS
TGATTTGGAGAATATCAGAG+AGG	0.677734	7.2:+50667515	MS.gene23155:CDS
TAGCACCGTTGCGAGAATGT+TGG	0.709575	7.2:+50667479	MS.gene23155:CDS
ATACATCACAAAGCTCTATG+CGG	0.728171	7.2:-50669968	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr7.2	gene	50658649	50670079	50658649	ID=MS.gene23155
chr7.2	mRNA	50658649	50670079	50658649	ID=MS.gene23155.t1;Parent=MS.gene23155
chr7.2	exon	50658649	50658988	50658649	ID=MS.gene23155.t1.exon1;Parent=MS.gene23155.t1
chr7.2	CDS	50658649	50658988	50658649	ID=cds.MS.gene23155.t1;Parent=MS.gene23155.t1
chr7.2	exon	50667469	50667753	50667469	ID=MS.gene23155.t1.exon2;Parent=MS.gene23155.t1
chr7.2	CDS	50667469	50667753	50667469	ID=cds.MS.gene23155.t1;Parent=MS.gene23155.t1
chr7.2	exon	50669958	50670079	50669958	ID=MS.gene23155.t1.exon3;Parent=MS.gene23155.t1
chr7.2	CDS	50669958	50670079	50669958	ID=cds.MS.gene23155.t1;Parent=MS.gene23155.t1

Gene Sequence

>MS.gene23155

ATGTCAGAAGAAAACAACGAAGAAGGAGGAGAAGAGTACCTCTTCAAAATCGTCCTAATCGGCGACTCTGCCGTAGGAAAATCAAACCTCCTCTCCCGATTCGCGCGAAACGAGTTCGATTCAAATTCAAAAGCAACAATTGGAGTTGAGTTTCAGACGCAGATGGTGGAGATCGATGGTAAAGAAGTGAAAGCACAGATCTGGGATACTGCTGGACAAGAAAGGTTTAGAGCTGTTACTTCTGCTTATTATCGTGGTGCTTTTGGTGCTCTTGTTGTTTATGATATTAGTAGGAGAGGAACTTTTGAGAGTATCAAGAGGTGGCTTGATGAACTCACTAGTAAGTGTTTCTATTACCATTACTTTTTTTTTTTTACGAAACACAGACACCAGACACGACACTGACACACAGACACGGATAGTAATTTGAGAAAGTGGCATAATTGAGTGTAATTATAGGTGTTGTATCCGACACCTATAATTTAAGTGCTTATAATTAGTATGGTTGATGTATATATTATTGACTTTTTTGAGTTTGATTTGTGGACTAATTTGCCTATTTTTAGGGATATGTTCTTGAATGTTACTATTGGAGATTCATTTTAATTTTGTTTTTAAATAGTATAAACTTTTCTAAAAAAATTGTTTCATTTATAAATTACTAAATATGTTTATTGTTTATGTTAAAATGGTAAAAAGTGCTTATAATAAGGGATTGTGGTTTTTTTTTTTTTTTTTGCGGATGGAGAAAACCCGATTAGGAAAAGAGAACTCACCTTTTATGTCGAATTAATTTCATGAGAGAAGATTCCTTTTTTTTTTTTTTTTTTTTTGCTCAAAAAAAAAAAAAGATTAGTCGGTTTTAAATCGCTTGTACTTACATAAATGGTTATCCAAATAAAAAAAGAAGGGTTTGAGGCGTGTATTTTTCGGTCAAGTAGCATATCTTTATATAATACAAAAGCATACCTCTATAAGCGATAGTACATGTGGCATCTTCTTGCTCTTCATCTCATTTAATGTTTTTCTGTCAACCAATCAAAATGGATATTGAATCATTTACTTTTTGTTAGCCAATCAAAATGGATCAATGACTCATTTACTTTTCATGAGCCAATCAAAATTGATAATGACATGATTTTTTTTTCCTATATATAGAGACAATTTGTTTTTCATTATTTTCATCTACATCTTCCTCCCATAAAAAATCATTGTTTTCAACCCCATTCTCTTTTCTTTTATTTGTTTATTTCTTAATGACATGTTACTTTTTATTGTGATTTCTTATGTTGCTATTTTCTACTCTTATTTTCTTTTAAATTTTTCTTTTGGTGCTTTTTTCTATATTCTTTGTTTTTGACCGAATCTCTATTCATGTTTCTATTTTCTTTTGTAGATAACAAAAAAAATTGTTTTTATGGCTCCTTTGATTTATTTAAAACAGACAATAACAAAACTAATATTTTATAATTAAAACAAATAGATATTTGAGTGGACAAAGTTAATTAATTAATGGGCGTATAAATAAAAAACAAAAACAAGACCTTGCGTTAGTGTATAATGTTTTTGATTTTTTTTAGTTTTATTTCCTTCATCCTTATGAAATATTTAAATGAATTCATACTATTATTAAAAATAATATTCTAATTAATGATTATTAAATTATTAAATTTTTTTAGAAAAAAATATTAATGTTTTATTCAACACCATATCTTTGTATTCATTCTTTTTTTTTAAGGAGCATCAATTCTATTATTAAAACTTATAATCGCAAATGGTTTAAAAACGACTCCATATTTAATCCTTTCCACAATATTCGTTCCATCCTTGACTTCTACGGAAAAACAATTCTTTTAAAACACTTCTCCAAACTTGAAAAATTAAAATTGATTGATTTTGAAATCGTAATCATAGTAATTTAAAAAAATAAATATGAAAATCACTTATTTTGGCTCAAGTTGTTTATGAACTCCATCAAATGATTTTTTTTGGGTAACTCAAATTTTAGTTACGTCACGGTTGAACTCTTCTCTTAGGAACCATAAGGTTAACAAAAAAAAAATATAAAGACACCTAAATACCCATTATTATTATTATTTTAGGGAATAAATGCTCATTATCATTTTCCCTAAAAATAATCATACAATATACAACAATATAATTTCCACTAAACGGTCTTTATTACTTTTCTAAAAATAATGAAATTGAATATGTCATCATATTTTTACACCTATTCCTTTTTTAAAAGATGATATTCCATAGGTTTGTACTACATATAAATTTGCTTCTATTTAATGGTGTTTTTTTTGTTAATGATACTAACAAAGTTTAATCTGGTTATACGATAAAGGATCAAGTTGCACTAACTTACACAAGTTAAGAGATCAATTTGACTTATATTAAAATTAAGGGACCAAACTGAGATTTTAAAATAAGTTTATAGGTTAAATTGACCAATTTTAAAGTTATGGGACTAAATTAAACTTTAAAATTAGTTACAGGGCCAAAGTGACATTTAAGCCAAAGAAAAAAAAATTAACAATACGGAAAAACATATAATTATAGAAATAGTAATAACAACAATATTTAAAAGGAGAATTGAATGATATTTTTAGTATTAATATTTGCTATCATGTTTTTTTTTAAATATGGTAACATGTCTTTAAATTTTTTTTTATAAGTTAATACTAAATTACTAATAGTAGCATTACAAAGGAAGGTAGACTCAATTGGTAAAGAATTGACTTAACTGCAAGGTAATTGATTTAACTTATGGTGTGCATGCGCGAGGACTTCTTTAGTGAATGATTTACAAGTACCTCTCTAAATGCTCTTCAAGCCATGAGATTTGTTTTGACCCTGATGAGCTTCCGAAGCCTAACTCATCTAAACATTTTATCAATTTTTTTTAAATTGTAAATTTAAAAAAAAAATTAAAAATGAAAAATCTCAACTTTTTGATTCAAAATGAAAGCCTAAATTTTAGCATATTATAAAAGAAAAAAGATCAATCGAAAACATTTTTTAGGAAAGATTATTCAATAAAATGGAAAAATCATATAATTATAGAAACAATAATAATAAAGTTTGAAGAAGAATCGAATGTTACCCAAAATTAAATTTGAGCAATAACCGGTGATTTTTTAAATTCCAATTTTACTAATTTTCTACAAAGTTTGTATTACAAATTTTTTTTAAAGTATATATGTCGTCCTTTTAATAGCATAATGCATGTAAAAGTCTTTTAATAACACTTTTTTTAATGCCTTTATGTCTAATTTTATAAATAAAAATGTACATGGGATAACTCTTTAATGATCATTGCACTAACGATTTTTGAGGTATAATATTTAATGAAGTTAATAAAATAAGAAACAAAAATCATATTGACTTTATTTTTAATATAAAAAAAAATGTCGACGAATGTTGATTTTGTGAAAGGTATGAAATATGATTTCATCTATCTCCAATGATACTAGCCTAAATCTAAAATTTGTCTTTTTACTACTAGATTAAACCCTGAGAGTTGGAAAATCACAATTAACTAGACTAAATCCTGAGAGTTTATCATAATGCCGGGATTTCCAGTGGAGCCTACATTGGGTTGGGTAATCATGTTAGGTCAATAGCAATCACGCAAGTTAATTTGACACTACATCTTCACGCAGAACCTTAAAGCCCTAGACATATGGGTAATCTCATTTATATGTTGATCAAATTCTACTCTTTCTTCCGATATGTAGAACGTTAACTCACACTTCATACATTAACGTATTTTAATCAAGTGTGTTAATTTATGCATTCATAATTATGTGACGTAGTCATAAAAAGTAAAATAGAGACACAAACATGTTCAAAAATGTGGGTTAGTGGTGATTTCATGGATGTAGGTTTACGCTCCTTTCTTTCATGAGAAGGGATAAATGAAATTAGAAGCAAAGTGAATACGAAAAAGGACATTGAATATGAGAGAAATGATAAGAGAAAAAGATATGCAATGAGTTTTCTGTCATGAGTTGGAACCTCTAAATCCAAAGTTTTCCTTTTTACCACTAGATTAAACCCTTAGAGTCGAAAAATCACAATGAAGTAGAAAATGCATTTTTAATTCAAATTAATCATGATAAATAGCATATTCATTATACATGAACCATCTCTCATCTTGGTTTTTTACTGAAAAAAGTTTATTGGTTTAATTGTTCTTGATTATTGGAATTACATTATGAAACACATTTTTCAAAAGTTGTTGGTAATTTTATGAGTTTCTTGAAAGGGTTGAGAATTTCTCGATAATTAATTTACCAAAACATTAGACTCAATTAAAAACAAACCACATCATTTAAAAATGTATAATAAACATGTATGTTGTCAACTTAACATACATAAAAGTGCTTTTCTAAGGTTAAATCCTACCAAAGACCAAAAATAAAAGAATTTGAAATAATACAAGTTGAATGAAATAAATGGTATGAAAGAGAACAACATGGAAAAACTTAAATTTAATATTTTCTAGAAGAAGAATTAGACTAAACCAAAAAAAAGTGTTATGTCATTTTAAATTTTTTAATAAGCATGTATTTTATCAACTTAGCATAATACATCTGCATTTGTCTAATGTAAAATCCCATCAAATGCCAAAAGTAAATGAATTTGAAAAAAATATTAAGTTTGAATAAAAAATATAGCATTAAAGCGAATGACATCTACTAACTAAAATTTAAGATAAAAAAAAATCAAACAAATGACATTCAAAAACTAACAAATCAGTTTATCATAATGTTAGGCCTTCCAATAGAGCCTACATTAGGTTGGATAATCATGTTATGTTAATAGCAACCAAACAAGTTAGATTGACACTACGTCTTCACAAAAAACCTTAAGGCACTAGGTAAATTGGTCATCTCATTTCTATCTTGATCAAAATCTACTCTTTCATCCAATATGTAGAATGTTAACTCACACTTGAAAATGTTACCATATTTTAACCAACTGTGTGATTACATGTGTTCTTAATTATGTGACACGGTCATGGAAAGTAAAATAGAGACACAACATGTTCAAAAATTTGGGTTGATGATTATTTCGTGGATGTATGTTTATGTTCCTTTCTTTCACGAGAAGAGATAAAGAAAATTAGAAGAAACACAATGAATACGAAAAAGAACATTGAATATGAGAGAAATAATAAGAGAAAAAAATATGCAGTGTGTTTTGTCCATAAGAGAGTAGTGAATAATACGAGTTGTCGTTAATTTTATAGATTTGTTGAAGGAATTGAGGAATCTTGAGTAATTATTTTACCAACAAATTAGACTTAATTAAAAAACTCAATATAATTTTAAAATGTTTAATAAGCATGTATTTTCTAAACTCAACATAACACATCTGCATTTTTCGATTGTTACATCCCACCTAATATCAAAATTAAAGGAATTTAAAATAATAGAAGTTGAATAAAAATATAGTATGAAAATGAATTTTAACATAAGAGAAATGATAAGGGAAAAAATTAAGGAGTGTGTGCTTTGTCTGTGAAAGTATACGGAATATATTGAGTTGTTGGGGGACTACCGGGGATCCAAAAACTAACAAAAAAATTCATCATAATTTTGGAAATACCAGGGAATCCTACACTGGGTATGATTCCCACAGTATACTAGAAACCACACGAGTGAGATTGATACCACATCCTTACAAAATATCTTATAGCATCAAGTATATGAGTCTTTTTACTGATACCTTCTTCGAAATCTACCATTCCATCCAATATAGAGCTTTAAGGAATTAACTAGGTATATGGGTATATCATTTAAATGTTCTTTAAAATTTACTCTAGCGTTCATGCAAAACTTTAACTCACAATTGACACATTAACATCTCTTCTTCAAGTATGAGACTCTTTGCATCTGTGATCTACCACCTTGAATCACTCCCACTTTCCCCACAAAGTTGAATCGAATAGAGAGGAACCACACAAATAAGAATGATACCACATTTTCACCCAATATTTTAAGGCATTAAGTGTATGAATTTTTTCACTTATATGTTGTTCAACCTTCAATCCTCTACTCAATGTTAGACTATAACTTACATTTGATACATCACAACATTATCTCCCTCAAATATGAAAAAATTCTAGCCCGTGCTTTGCACGGGTATCCATACTAGTTGTTTACAATTTCTCCCTTAGAGTGAATAAGTGGAATCTCGGGCTTCGATCTCTGACCCCTACATATTTCAATGCATTGTATCTACTAACTGAACTATGTGCACTGAGACGAGATTGGGGCGCTTTTATTCAAGAGTAGACTAGGTGAACGTTTGATTCAACGATTTAATTAATTTTTTATTCAAGAGGTGCTTTTACAACCAAAGAGGTTAAGAGGGGATATAGATGGAATAAAACTCTGTGTAAGGTGTGGATAAGTTGCTTTCATAAGCTATCATATGACGATTGTGAACTTAAGTTATACATATATTTTGGACATTGTTCATTTTTGTAAGGATTTAACTATTAAGTTTACTTTTGATACACTTTCGTTGTATTGATAAGCCGAACTCGATTCCTGTGTGGAACAACAATTCTTGAGCAATCCTGATTTATCTCTTGGTCGAACTCGGGATGAGCAGGACCCCCTTCCCCTAGGGTTAACACACAAAAAAACAAATAGATTGTTGTATCATTTAAAATGTTGGCTTTAATCTTATTTATCTGAACAATCATACATGATGATTTGTGATTGCTCAATAGTGTGTATGAGATCTTTACACTAACTATGCATACCAATTAATTCCTTAATTAATATGCTTTGACATTATAAGAAATTTTTTGACTAATAAATTAACATATTTGTACTAATATTTAAAATATATTACTATAATATGACATTAGAGCAATGCTATATCTCTAGAAAAATAACATCAAGAATTCTTCAAGAATAAAGAATAGCCAATCACAATGCACTATTTGCCACAATTCAAGGAGGTGTGGCTGAAAAATAGGAAGTGGACAAATAAATCATCCAATTAAAATTTGCCAACTATTTCTTGAAAAATTCTTGAAGCTATTTTTCTTGAGAAGTAGCATTTTCCATGACATTATGGTGAGATAGGATTGTACACCAAAAAAATATGGTCAGATAGTATTAGATGTGTAAAATTAAGTTATCCTATATAAGCACTTCCAAATACCTAGTAATAAATTATCATATAGTATTATGTTATTCTTTCAATATAATGCGCTGATCTGGATTCTTTTATTTGATTAGAATTAGGATAAATACATTTGAATTTGGAAGGATATCTACCTGGTTTTGTTTCCTTCATGTTATGAATGGGAGTTACCTACCTCAGTAGTGGCCTAAAATTTGCAAATCATTTAAAAGGGACACTAGGTTATTATATTTGATAAACGGTATATGTCCCTGTTTTTGCTAGATGTATGTATGTCTCCCTTTGATCATCAACACCTGTTGCTTAATTAGCATTCCTGTGACGGTAGATGAGAGATTTTTATGGGTTTCTCAAAGTTAACAATAAGACATACTTTTGTAGAGAACTTGTAGATATCTGTTTAACAAGTTGAACTATATTTTATAATTAAATGTTGCTACCACCATATGACTGGTTCCTGACTGAGTGTATTGTGAATTGTGAAGATGGAATGCTATTGTGTGCATATATTCTTAACTATGGACAACGTGAACTTGTTATATAAACTTCCCATTTGCTTTATCTTATGTTATTTTTTATCCGACACTTTACTCGGAGATTGCATTTTCTAAGTCTCTAATTGACTGAAACTATATTTTAGCTGCTAAAATTACTGACATGTGTTACTGTCAGAACTCAGAGCCTACTTAATCAAATTTAGCATATTATTTTCTTTTTGTTACTGCTTTACTTTAGTACATTATTATATGAGTCAAATAGGAGTGAACCTTAATTTAGTCTTCCAAACATACAAGTGTCATCATTACTTTAGTTCTCAAAACATTTCTGTTGAGAAGTACACTCCCACACTCCTTTTTTTAAAAACAAACACCTACCTTCCTTATTTAAATAATACATACATACCCCTATATTACAATATAGAGGAATGGATATAATTAATGGGAGGTTAATATCCTTTGCAAAAGTGAGGAGTGCATGTGTCAGTTAAAACATGTTTTAAGGAGATGAGTACATTGTCCTCTTTATGTATCAATTGAGTTTCTCCATTATGCATAGTATCATCAAATTAATCCTTTTTTGTTGGACTAAGAAATGAGTATAATGCAGCCCTTAATCAGGGCTAATTTGATGGTATTTTGTATGATAGATGGAGTAAAATGATCGGGCTTTGCATTATTCAGGATTAAATAGATGTCACTGAAATGTTTGGAGAACCTAATTGATCATACTTGCATTATTGACAACCTAAATTGATGAAAAAACCTGAGTACCAAGTTATACTTATTTGATACTTGTGACGGGAAATGGATAATCTGCAACAATCACGGATCTCGACTGTTGGATGAGGATAAGACAGCTTGTATTTTAAATTTGATTTTGTGATGTCAAAATAGAAGCTGTCCAATCTTCATCAAACAGTTGAGATCTGCTGATGTAGTGACTGCAGGCTAAGTCTCGGTCTAGCTGATTATGTCTGCTGCTTGGGTCAGTCACAAACATTTCGAAGAGATAAACTTTTAAAACTTGGCTTTTACCTTTGACGTTTTACTAATAACGTGCTATAATACCCTTAATTTATATCAGATATTTGCTTTCCATAAAGTTTCAGTTTCATATCAGAGTTTTTGATTCTTTGCATAATTGCAGCTCAAAATGATAGCACCGTTGCGAGAATGTTGGTGGGAAATAAGTGTGATTTGGAGAATATCAGAGAGGTGAGCATAGAGGAGGGCAAAGCTCTTGCAGAAGAAGAAGGTTTGTTCTTTATGGAGACATCGGCACTCGATTCTACTAATGTCCAAACGGCTTTTGAGATTGTCATCCGTGAAATTTACAATAATATCAGCCGCAAAGTCTTAAACTCCGATTCCTATAAGGCTGAATTGTCTGTGAATCGAGTAACCCTGGCTAATGGGTCTGGATCAAAGAAAAGTATGTTCAGTTCCTGTTGTTCTTGATGAGCTTTTTAGCTTTAACTTTGAATTGATACTTTGGATCCTTCAAGAGCTGTATGTTGTTCTATAATTTTTTTCTCTTTTGGGTCATTTTCCCTTGCTACTATTTCTTGGCATTATGTATTTGCCTCTTCTGTTCCTCCTCAATGTTTTTAGTTCTTATGACCCTCATCCATACATTCTGAAAGAAGAAAAGAAAAGAAACTAGAAAGTTTTTACTCTTCCATGAAACTATAACAATATTTTCATGATAGAAATTATGGAGTTTTAGAGGCAATTTTTTTGGTAGATCTGTACTTGAAAGCTTTTAAGAAAATACTATATTCTCATTTGCTGGTTACTGATATCCAAATATGATAACGAATAAGCCATAAAATTAACTTCTTGGCTAACTATGATCAAAACTTAAGATCGTATTTTTGGAAAAGGAAAATCTCTTTTATTTTCTATCTTCCCCCTTTACCCGTCGAGTTTATGAGTCTCGTATTGAACACTTTCATATCCTATGGATTTAGGACATCGATAATCAATATCAACTACCCTTTTGATATTATAGTTTTGATCGTTTAACAATTGGTTTAAAAACATCAAGTACAATGACTTCAAACACGATCTCTTCATAGGTCGTTGTAATTTGAGATTTGTAAAATAAAAAAATGAGTGTTAGACTCTTATAATTAAGAAAGAGTATGGTTTCTGAAGGGCTTTTGATAACTGTTTCTGAAATGAGGCGTTTCATAACAATAGTCCTAGTACAATGTTAGTTGTACCCACTTAATTTTTTTGATTAGTGATCTTTTCAAAACATTAATAGAAACTAGGAGATATATTGTATCTTCGATGGTGTACTTTTGTAAAAAATCAAATGACTAACTATATGAGAGATCAGTTGATGAACAATTGCTTCATCAGAAACATAGAGGAAAATGTTTTTTTATAGTGTTTTACATATCGAATATTTTTGATAATATTGAAAATGAAACAATCATATATGTAACAAAAAATCATTAAACAGCTTTAAAGTTCATAGATTTTAAAGTGTCTTCTGGTAAAAAAAAAGAAAGAAAGATGTAAAAGTGTCTTCAATTTTTTTATACACATAATTGCATAGTTTTTGTTATTTCCAACTTTTTACTTAAAATGTTTTCTATGGACTAATGTTAGTAAATTAGTGGCTTGTATTAATTTTGACGGTTTGAGCTTTGAGCTCTTTGTTCTTCGGCGTTCCTAAGCTCATTAGGTGTGTTGTCTTCTTAAAAATACATTAAAATGTGTTTTTTTTTATGTATTTATATATTTCGATCGTACAAATGAAATATGGCTCAGTTGGTAAGGAGCGGGCCACTTCCTTGCAGAAGGTTGTGTGTTCGACTCCCTCTGCCGATGTGAGGACAGTATTGGTGGGTGATCTGTAAGTACCTCTATAAGCGCTCTTTGTGAAGAAATTCCTCTGAGCCCTGAGGCCTGCCCTGACCCTGGTGGTTACCGGAGCCGAACCCACCTAAACTTTCTGTAACCAAAAAAAAAAAAAAATCATCTGTTTTTGGGTTGGGATTACTTTGTGAGTATTTGGTTTGTTGTTCTTCCATGGTTATGAATTTTATCGGTAACTCCAAATCACCTTTCCGACCTTTTCATCGAATTGCCGAGTTAGGAGGCCATTCTAAAAAGTTCGATATTCATTCCAATTGATTTGGATGGTTTGTGATTGCGTTATTTGGAAGGAGATAAACTGTCACATCTTTTAGCATAAGGAGTATTCAACACACCAATAACTTGATAAAGTGAAACTTTTATCTTTTTTATGCTAGAAAGCAAATAATGAGAATCTAACTTTTAATTTTCACTTTTGGTGGCTCAACCCGTTTCAAAGTTTGAGTTTTGTCACCAAACTTTTCTTCTTGTTCGTCCATTTTTGTGATAACTTTGATTTTGTTCTATAACTGTTGTAGCTTCTTGAATTATATCCTTATTCCTTACACTTGTTGTGTTGGTTAGGATTCTGAGTTGGTAGTCATATAAACACCATTATAAACATCCAAACACCTATCCGTCACTAATCAAAATTTCTAGATATGTCATAGTACGTTATTAAGCAGTAGTGTACAATTGATTTAATAGGTGCAATCTCAGTCCTTCAAACACCATACCAATGTAAATAATCATCCATTAACACTCTAGAAGTTTATATCCGCATAGAGCTTTGTGATGTATTCAAATTTTGCAAAGTGTCTGAGAGAAAATTACGTAACTTTTCGAGTGAATGTAGTCTAGTAGTTAATCGAATATGTGTTGCCGAATAA

Protein sequence

>MS.gene23155.t1

MSEENNEEGGEEYLFKIVLIGDSAVGKSNLLSRFARNEFDSNSKATIGVEFQTQMVEIDGKEVKAQIWDTAGQERFRAVTSAYYRGAFGALVVYDISRRGTFESIKRWLDELTTQNDSTVARMLVGNKCDLENIREVSIEEGKALAEEEGLFFMETSALDSTNVQTAFEIVIREIYNNISRKVLNSDSYKAELSVNRVTLANGSGSKKKVYIRIELCDVFKFCKVSERKLRNFSSECSLVVNRICVAE