AlfalfaGEDB | MS.gene62817

M. sativa cultivar XinJiangDaYe / MS.gene62817

KEGG: -
GO: GO:0000976 GO:0000977 GO:0001012 GO:0001067 GO:0003674 GO:0003676 GO:0003677 GO:0003690 GO:0003700 GO:0005488 GO:0005515 GO:0005575 GO:0005634 GO:0006355 GO:0006357 GO:0008150 GO:0009889 GO:0009891 GO:0009893 GO:0010468 GO:0010556 GO:0010557 GO:0010604 GO:0010628 GO:0019219 GO:0019222 GO:0031323 GO:0031325 GO:0031326 GO:0031328 GO:0043226 GO:0043227 GO:0043229 GO:0043231 GO:0043565 GO:0044212 GO:0045893 GO:0045935 GO:0045944 GO:0046983 GO:0048518 GO:0048522 GO:0050789 GO:0050794 GO:0051171 GO:0051173 GO:0051252 GO:0051254 GO:0060255 GO:0065007 GO:0080090 GO:0097159 GO:0110165 GO:0140110 GO:1901363 GO:1902680 GO:1903506 GO:1903508 GO:1990837 GO:2000112 GO:2001141
PFAM: PF00319.21 PF01486.20

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene62817.t1	XP_013457660.1	93.8	211	7	1	1	211	1	205	1.90E-98	368.6

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene62817.t1	O82743	58.2	213	86	3	1	211	1	212	4.2e-54	212.6

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene62817.t1	A0A072UQQ3	93.8	211	7	1	1	211	1	205	1.4e-98	368.6

TFs/TRs:

Gene ID	Type	Classification
MS.gene62817.t1	TF	MADS-MIKC

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049254	MS.gene62817	0.800393	1.47E-48	-1.69E-46
MS.gene050442	MS.gene62817	0.805146	1.54E-49	-1.69E-46
MS.gene052333	MS.gene62817	0.841708	4.03E-58	-1.69E-46
MS.gene053641	MS.gene62817	0.802862	4.59E-49	-1.69E-46
MS.gene054291	MS.gene62817	-0.812432	4.25E-51	-1.69E-46
MS.gene054468	MS.gene62817	0.808883	2.49E-50	-1.69E-46
MS.gene054775	MS.gene62817	0.808164	3.54E-50	-1.69E-46
MS.gene056162	MS.gene62817	0.817009	4.12E-52	-1.69E-46
MS.gene056506	MS.gene62817	0.807807	4.22E-50	-1.69E-46
MS.gene057026	MS.gene62817	0.821431	4.05E-53	-1.69E-46
MS.gene059550	MS.gene62817	0.815403	9.41E-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.gene62817.t1	MTR_4g102530	93.839	211	7	1	1	211	1	205	8.92e-139	386
MS.gene62817.t1	MTR_8g033220	58.525	217	81	4	1	209	1	216	2.01e-76	229
MS.gene62817.t1	MTR_8g033220	58.525	217	81	4	1	209	1	216	2.76e-76	229
MS.gene62817.t1	MTR_7g075870	57.971	207	84	1	1	204	1	207	7.45e-72	217
MS.gene62817.t1	MTR_7g075870	58.173	208	83	2	1	204	1	208	4.56e-71	215
MS.gene62817.t1	MTR_8g033270	50.857	175	70	3	1	167	1	167	1.17e-48	159
MS.gene62817.t1	MTR_3g005530	47.619	168	86	1	1	168	1	166	6.36e-46	152
MS.gene62817.t1	MTR_7g075850	51.163	172	75	3	1	167	1	168	1.02e-45	152
MS.gene62817.t1	MTR_7g016600	47.093	172	81	4	1	167	1	167	1.24e-44	149
MS.gene62817.t1	MTR_6g015975	47.093	172	81	4	1	167	1	167	1.01e-43	147
MS.gene62817.t1	MTR_2g017865	45.238	168	89	3	3	169	18	183	1.92e-43	146
MS.gene62817.t1	MTR_2g009890	43.850	187	84	2	1	177	1	176	7.16e-43	145
MS.gene62817.t1	MTR_3g084980	47.674	172	82	3	1	167	1	169	8.19e-43	144
MS.gene62817.t1	MTR_8g097090	47.093	172	83	3	1	167	1	169	1.22e-42	144
MS.gene62817.t1	MTR_3g452380	46.471	170	85	2	1	167	16	182	2.07e-42	143
MS.gene62817.t1	MTR_4g109810	48.214	168	84	3	1	167	1	166	5.28e-42	142
MS.gene62817.t1	MTR_8g087860	42.424	165	95	0	3	167	19	183	6.71e-41	139
MS.gene62817.t1	MTR_8g066260	46.552	174	80	3	1	167	1	168	7.02e-41	139
MS.gene62817.t1	MTR_4g109830	47.337	169	86	3	1	167	1	168	1.81e-40	138
MS.gene62817.t1	MTR_7g016630	46.199	171	87	3	1	169	1	168	3.83e-40	138
MS.gene62817.t1	MTR_1g053070	44.828	174	92	2	1	170	1	174	9.91e-38	131
MS.gene62817.t1	MTR_5g046790	45.198	177	84	3	1	170	1	171	2.63e-37	129
MS.gene62817.t1	MTR_1g101970	41.758	182	105	1	1	181	1	182	4.85e-37	128
MS.gene62817.t1	MTR_1g038300	42.135	178	88	4	1	168	1	173	7.26e-37	129
MS.gene62817.t1	MTR_4g093970	41.121	214	114	5	1	206	27	236	7.48e-37	129
MS.gene62817.t1	MTR_5g031000	41.808	177	101	2	1	177	1	175	2.47e-35	125
MS.gene62817.t1	MTR_5g031000	43.195	169	94	2	1	169	1	167	2.83e-35	124
MS.gene62817.t1	MTR_6g464720	45.882	170	88	3	1	167	1	169	1.12e-34	123
MS.gene62817.t1	MTR_5g032150	39.631	217	115	6	1	207	1	211	3.68e-34	121
MS.gene62817.t1	MTR_5g032520	38.389	211	125	4	1	207	1	210	8.64e-34	120
MS.gene62817.t1	MTR_0003s0590	44.571	175	89	2	1	170	1	172	6.09e-33	119
MS.gene62817.t1	MTR_4g036050	41.341	179	83	6	1	167	1	169	1.02e-32	117
MS.gene62817.t1	MTR_4g036050	41.071	168	77	6	1	156	1	158	6.35e-31	112
MS.gene62817.t1	MTR_8g033250	43.949	157	79	4	61	209	3	158	9.87e-31	111
MS.gene62817.t1	MTR_3g113030	41.875	160	82	4	1	156	1	153	1.35e-30	112
MS.gene62817.t1	MTR_5g046870	71.831	71	19	1	1	70	1	71	1.96e-30	108
MS.gene62817.t1	MTR_5g066180	38.372	172	94	2	1	167	1	165	8.26e-30	110
MS.gene62817.t1	MTR_3g088615	40.000	170	89	4	1	167	1	160	4.78e-29	107
MS.gene62817.t1	MTR_4g036050	42.767	159	69	6	1	147	1	149	1.82e-28	105
MS.gene62817.t1	MTR_4g036050	42.857	154	66	6	1	142	1	144	4.58e-28	104
MS.gene62817.t1	MTR_5g021270	36.364	176	95	3	1	167	1	168	1.61e-26	102
MS.gene62817.t1	MTR_5g021270	36.364	176	95	3	1	167	1	168	1.65e-26	102
MS.gene62817.t1	MTR_2g461710	77.966	59	13	0	1	59	1	59	2.59e-26	96.7
MS.gene62817.t1	MTR_1g029670	37.278	169	95	4	1	167	1	160	6.49e-25	96.7
MS.gene62817.t1	MTR_5g066960	66.667	60	20	0	1	60	1	60	1.54e-24	92.0
MS.gene62817.t1	MTR_3g102570	54.945	91	36	2	1	90	1	87	7.30e-22	91.7
MS.gene62817.t1	MTR_4g093030	64.516	62	22	0	1	62	1	62	2.67e-21	86.7
MS.gene62817.t1	MTR_1g041615	83.333	48	8	0	13	60	17	64	5.09e-21	85.1
MS.gene62817.t1	MTR_3g030770	39.456	147	61	5	3	148	10	129	1.86e-19	83.2
MS.gene62817.t1	MTR_4g084740	57.143	70	29	1	1	69	1	70	2.50e-19	84.7
MS.gene62817.t1	MTR_1g108510	53.731	67	31	0	3	69	10	76	2.71e-19	82.8
MS.gene62817.t1	MTR_2g093190	53.731	67	31	0	3	69	10	76	2.74e-19	82.8
MS.gene62817.t1	MTR_1g108580	53.731	67	31	0	3	69	10	76	5.49e-19	82.0
MS.gene62817.t1	MTR_2g030740	52.055	73	35	0	3	75	10	82	6.36e-19	82.0
MS.gene62817.t1	MTR_3g052870	50.685	73	36	0	3	75	10	82	8.71e-19	81.3
MS.gene62817.t1	MTR_8g043650	44.211	95	53	0	3	97	10	104	8.95e-19	81.6
MS.gene62817.t1	MTR_1g105920	35.862	145	73	5	3	131	10	150	1.37e-18	81.3
MS.gene62817.t1	MTR_3g052920	52.055	73	35	0	3	75	10	82	1.57e-18	80.9
MS.gene62817.t1	MTR_1g075600	50.685	73	36	0	3	75	10	82	1.68e-18	80.9
MS.gene62817.t1	MTR_1g077360	50.685	73	36	0	3	75	10	82	2.94e-18	80.5
MS.gene62817.t1	MTR_1g105910	50.685	73	36	0	3	75	10	82	3.03e-18	80.5
MS.gene62817.t1	MTR_1g012570	50.000	72	36	0	3	74	10	81	1.51e-17	78.6
MS.gene62817.t1	MTR_2g085250	52.239	67	32	0	3	69	10	76	1.71e-17	78.2
MS.gene62817.t1	MTR_2g085280	52.239	67	32	0	3	69	10	76	1.73e-17	78.2
MS.gene62817.t1	MTR_8g086290	34.375	160	96	2	3	162	13	163	2.66e-17	76.6
MS.gene62817.t1	MTR_5g045560	53.731	67	31	0	3	69	10	76	3.14e-17	77.4
MS.gene62817.t1	MTR_3g030780	38.462	117	70	1	2	116	7	123	4.24e-17	74.7
MS.gene62817.t1	MTR_1g106070	47.887	71	37	0	3	73	10	80	9.50e-17	75.1
MS.gene62817.t1	MTR_5g055100	47.945	73	38	0	3	75	10	82	1.10e-16	76.3
MS.gene62817.t1	MTR_7g028448	39.831	118	66	2	15	127	25	142	1.16e-16	74.7
MS.gene62817.t1	MTR_4g036915	39.831	118	66	2	15	127	25	142	1.16e-16	74.7
MS.gene62817.t1	MTR_3g080940	36.290	124	59	4	3	116	10	123	1.27e-16	75.5
MS.gene62817.t1	MTR_5g053390	49.296	71	36	0	3	73	10	80	2.16e-16	75.5
MS.gene62817.t1	MTR_0121s0100	49.254	67	34	0	3	69	10	76	4.17e-16	72.0
MS.gene62817.t1	MTR_8g051580	46.377	69	37	0	1	69	1	69	6.66e-16	72.8
MS.gene62817.t1	MTR_8g079502	46.377	69	37	0	1	69	1	69	7.24e-16	72.8
MS.gene62817.t1	MTR_2g105290	33.939	165	90	4	1	149	11	172	7.81e-16	72.4
MS.gene62817.t1	MTR_1g054265	46.377	69	37	0	1	69	1	69	1.07e-15	72.0
MS.gene62817.t1	MTR_1g063160	44.928	69	38	0	1	69	1	69	1.79e-15	71.6
MS.gene62817.t1	MTR_1g047550	46.377	69	37	0	1	69	1	69	2.01e-15	71.6
MS.gene62817.t1	MTR_4g094638	44.928	69	38	0	1	69	1	69	2.52e-15	71.2
MS.gene62817.t1	MTR_4g131030	42.857	77	44	0	1	77	1	77	5.70e-15	71.2
MS.gene62817.t1	MTR_1g105905	49.231	65	33	0	11	75	1	65	6.76e-15	70.9
MS.gene62817.t1	MTR_0121s0080	45.070	71	39	0	5	75	12	82	1.76e-14	70.1
MS.gene62817.t1	MTR_4g094632	42.029	69	40	0	1	69	1	69	8.06e-14	66.6
MS.gene62817.t1	MTR_5g041650	32.222	180	96	6	1	154	38	217	2.26e-13	68.6
MS.gene62817.t1	MTR_4g108720	32.386	176	104	5	1	170	1	167	2.99e-13	67.8
MS.gene62817.t1	MTR_3g067875	57.143	56	23	1	11	66	1	55	3.95e-13	62.4
MS.gene62817.t1	MTR_8g046350	40.580	69	41	0	1	69	1	69	7.87e-13	64.3
MS.gene62817.t1	MTR_7g062350	41.892	74	42	1	2	74	20	93	4.16e-11	60.8
MS.gene62817.t1	MTR_4g127140	37.398	123	62	4	15	125	25	144	5.15e-11	59.7

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene62817.t1	AT4G22950	58.768	211	84	3	1	209	1	210	1.33e-73	222
MS.gene62817.t1	AT4G22950	58.768	211	84	3	1	209	1	210	1.33e-73	222
MS.gene62817.t1	AT4G22950	65.269	167	57	1	1	167	1	166	3.27e-69	209
MS.gene62817.t1	AT2G45660	57.619	210	84	4	1	206	1	209	7.30e-69	210
MS.gene62817.t1	AT4G11880	56.338	213	88	4	1	209	1	212	3.73e-64	198
MS.gene62817.t1	AT4G11880	56.338	213	88	4	1	209	1	212	3.73e-64	198
MS.gene62817.t1	AT2G45660	64.968	157	53	2	1	156	1	156	4.17e-64	196
MS.gene62817.t1	AT5G62165	51.923	208	100	0	1	208	1	208	3.96e-62	192
MS.gene62817.t1	AT5G62165	51.923	208	100	0	1	208	1	208	3.96e-62	192
MS.gene62817.t1	AT5G62165	51.923	208	100	0	1	208	1	208	3.96e-62	192
MS.gene62817.t1	AT4G11880	64.331	157	54	2	1	156	1	156	4.98e-62	191
MS.gene62817.t1	AT4G11880	64.331	157	54	2	1	156	1	156	4.98e-62	191
MS.gene62817.t1	AT5G62165	57.051	156	67	0	1	156	1	156	9.36e-55	172
MS.gene62817.t1	AT5G62165	57.051	156	67	0	1	156	1	156	9.36e-55	172
MS.gene62817.t1	AT5G62165	57.051	156	67	0	1	156	1	156	9.36e-55	172
MS.gene62817.t1	AT5G51870	46.445	211	108	2	1	210	1	207	1.51e-54	173
MS.gene62817.t1	AT5G51860	46.190	210	112	1	1	209	1	210	5.88e-54	172
MS.gene62817.t1	AT5G62165	47.596	208	95	1	1	208	1	194	6.79e-53	169
MS.gene62817.t1	AT5G62165	47.596	208	95	1	1	208	1	194	6.79e-53	169
MS.gene62817.t1	AT5G51860	45.714	210	104	2	1	209	1	201	9.19e-53	168
MS.gene62817.t1	AT5G51870	43.612	227	103	3	1	210	1	219	3.32e-52	167
MS.gene62817.t1	AT5G51870	43.612	227	103	3	1	210	11	229	3.51e-52	168
MS.gene62817.t1	AT5G62165	56.164	146	64	0	1	146	1	146	1.12e-50	161
MS.gene62817.t1	AT5G62165	56.164	146	64	0	1	146	1	146	1.12e-50	161
MS.gene62817.t1	AT5G62165	56.164	146	64	0	1	146	1	146	1.12e-50	161
MS.gene62817.t1	AT5G62165	56.164	146	64	0	1	146	1	146	1.12e-50	161
MS.gene62817.t1	AT5G62165	56.164	146	64	0	1	146	1	146	1.12e-50	161
MS.gene62817.t1	AT2G45650	52.695	167	78	1	1	167	1	166	5.43e-49	160
MS.gene62817.t1	AT4G09960	49.091	165	82	2	1	164	1	164	1.86e-46	153
MS.gene62817.t1	AT4G09960	49.091	165	82	2	1	164	2	165	1.92e-46	153
MS.gene62817.t1	AT4G09960	49.091	165	82	2	1	164	11	174	2.19e-46	153
MS.gene62817.t1	AT4G09960	49.091	165	82	2	1	164	27	190	5.97e-46	153
MS.gene62817.t1	AT4G09960	49.390	164	79	3	1	163	96	256	2.92e-45	153
MS.gene62817.t1	AT4G18960	46.061	165	89	0	3	167	19	183	5.45e-45	150
MS.gene62817.t1	AT2G03710	46.369	179	87	3	1	174	1	175	1.30e-44	147
MS.gene62817.t1	AT3G58780	43.094	181	101	1	3	183	18	196	2.69e-44	148
MS.gene62817.t1	AT3G58780	43.094	181	101	1	3	183	24	202	2.96e-44	148
MS.gene62817.t1	AT1G24260	48.837	172	81	3	1	167	1	170	3.41e-44	148
MS.gene62817.t1	AT4G09960	51.049	143	68	2	1	142	1	142	5.60e-44	146
MS.gene62817.t1	AT1G24260	47.458	177	77	3	1	167	1	171	8.76e-44	147
MS.gene62817.t1	AT1G26310	46.465	198	101	2	1	194	1	197	1.12e-43	147
MS.gene62817.t1	AT1G69120	48.851	174	82	3	1	170	1	171	7.60e-43	144
MS.gene62817.t1	AT2G03710	47.093	172	82	3	1	167	1	168	1.82e-42	144
MS.gene62817.t1	AT5G15800	47.429	175	79	3	1	168	1	169	1.93e-42	144
MS.gene62817.t1	AT2G03710	47.093	172	82	3	1	167	1	168	2.09e-42	144
MS.gene62817.t1	AT3G57230	44.385	187	97	2	1	187	1	180	3.16e-42	142
MS.gene62817.t1	AT3G57230	44.385	187	97	2	1	187	1	180	3.16e-42	142
MS.gene62817.t1	AT1G69120	48.851	174	82	3	1	170	1	171	3.21e-42	143
MS.gene62817.t1	AT2G42830	43.636	165	93	0	3	167	18	182	3.44e-42	143
MS.gene62817.t1	AT5G15800	47.701	174	78	3	1	167	1	168	5.30e-42	143
MS.gene62817.t1	AT3G61120	50.299	167	81	2	1	167	1	165	1.37e-41	141
MS.gene62817.t1	AT2G42830	37.563	197	123	0	3	199	18	214	1.64e-41	141
MS.gene62817.t1	AT3G02310	47.126	174	79	3	1	167	1	168	3.13e-41	139
MS.gene62817.t1	AT3G02310	47.126	174	79	3	1	167	1	168	4.80e-41	140
MS.gene62817.t1	AT5G60910	45.977	174	87	3	1	170	1	171	1.43e-40	139
MS.gene62817.t1	AT5G51870	49.650	143	71	1	1	142	1	143	2.65e-40	135
MS.gene62817.t1	AT5G51870	49.650	143	71	1	1	142	24	166	7.04e-40	135
MS.gene62817.t1	AT3G58780	46.429	140	75	0	3	142	18	157	1.69e-39	137
MS.gene62817.t1	AT1G24260	46.386	166	73	3	1	156	1	160	1.72e-39	135
MS.gene62817.t1	AT3G58780	41.436	181	97	2	3	183	18	189	3.79e-39	135
MS.gene62817.t1	AT3G58780	37.864	206	101	2	3	183	18	221	1.24e-38	134
MS.gene62817.t1	AT4G37940	41.808	177	90	2	1	171	1	170	4.61e-38	132
MS.gene62817.t1	AT3G57230	47.260	146	76	1	1	146	1	145	1.46e-37	128
MS.gene62817.t1	AT3G57390	43.407	182	88	2	1	171	1	178	6.00e-37	129
MS.gene62817.t1	AT5G23260	42.308	182	78	4	1	169	1	168	1.36e-36	129
MS.gene62817.t1	AT3G57390	43.646	181	87	2	1	170	1	177	1.52e-36	129
MS.gene62817.t1	AT5G23260	42.308	182	78	4	1	169	17	184	2.41e-36	128
MS.gene62817.t1	AT4G37940	36.715	207	112	3	1	201	1	194	1.47e-35	125
MS.gene62817.t1	AT5G13790	47.126	174	80	4	1	170	1	166	1.62e-35	126
MS.gene62817.t1	AT2G22540	43.017	179	84	3	1	170	1	170	2.31e-35	125
MS.gene62817.t1	AT2G22540	43.017	179	84	3	1	170	1	170	2.31e-35	125
MS.gene62817.t1	AT2G22630	42.197	173	95	3	1	171	1	170	2.20e-34	122
MS.gene62817.t1	AT2G22630	42.197	173	95	3	1	171	1	170	2.20e-34	122
MS.gene62817.t1	AT3G30260	46.753	154	75	3	1	150	1	151	6.82e-34	121
MS.gene62817.t1	AT4G37940	44.295	149	70	2	1	143	1	142	9.44e-34	119
MS.gene62817.t1	AT5G10140	46.497	157	75	3	1	156	1	149	1.55e-33	119
MS.gene62817.t1	AT5G13790	45.977	174	79	4	1	170	1	163	3.12e-33	120
MS.gene62817.t1	AT4G24540	42.941	170	91	3	1	167	1	167	1.13e-32	117
MS.gene62817.t1	AT5G23260	41.209	182	75	5	1	169	17	179	2.08e-32	118
MS.gene62817.t1	AT2G14210	41.111	180	80	5	1	167	1	167	2.37e-32	117
MS.gene62817.t1	AT5G65060	40.678	177	88	4	1	172	1	165	2.70e-32	116
MS.gene62817.t1	AT2G14210	41.111	180	80	5	1	167	1	167	3.11e-32	117
MS.gene62817.t1	AT5G10140	46.286	175	85	3	1	174	1	167	4.21e-32	114
MS.gene62817.t1	AT5G62165	60.440	91	36	0	1	91	1	91	5.21e-32	112
MS.gene62817.t1	AT5G10140	46.552	174	84	3	1	173	1	166	9.95e-32	114
MS.gene62817.t1	AT5G10140	44.149	188	94	4	1	187	1	178	2.12e-31	114
MS.gene62817.t1	AT5G65060	40.341	176	88	4	1	171	1	164	2.74e-31	113
MS.gene62817.t1	AT5G65050	39.884	173	95	3	1	172	1	165	8.37e-31	112
MS.gene62817.t1	AT5G23260	42.857	161	65	4	1	148	1	147	1.30e-30	112
MS.gene62817.t1	AT5G65070	40.782	179	81	4	1	170	1	163	4.11e-30	110
MS.gene62817.t1	AT3G54340	41.975	162	83	3	1	158	1	155	4.45e-30	111
MS.gene62817.t1	AT2G22540	40.223	179	84	4	1	170	1	165	4.62e-30	111
MS.gene62817.t1	AT5G65050	39.535	172	95	3	1	171	1	164	4.76e-30	109
MS.gene62817.t1	AT1G77080	45.763	177	79	4	1	172	1	165	9.63e-30	109
MS.gene62817.t1	AT5G65060	39.429	175	82	4	1	172	1	154	2.74e-29	108
MS.gene62817.t1	AT1G77080	44.944	178	81	4	1	173	1	166	4.07e-29	107
MS.gene62817.t1	AT5G65070	40.609	197	87	6	1	170	1	194	1.14e-28	107
MS.gene62817.t1	AT1G77080	45.198	177	80	4	1	172	1	165	1.35e-28	105
MS.gene62817.t1	AT5G20240	38.728	173	93	5	1	170	1	163	4.70e-28	105
MS.gene62817.t1	AT5G65050	38.728	173	86	4	1	172	1	154	9.16e-28	103
MS.gene62817.t1	AT1G77080	45.665	173	81	3	1	172	1	161	3.46e-27	102
MS.gene62817.t1	AT5G20240	41.549	142	74	3	1	139	1	136	4.24e-27	101
MS.gene62817.t1	AT1G77080	43.655	197	81	8	1	172	1	192	8.67e-27	102
MS.gene62817.t1	AT5G65050	36.313	179	101	4	1	174	1	171	4.97e-26	99.4
MS.gene62817.t1	AT5G65080	39.375	160	82	3	1	156	8	156	6.55e-26	99.4
MS.gene62817.t1	AT5G65070	38.071	197	93	5	1	170	1	195	2.12e-25	99.4
MS.gene62817.t1	AT5G65080	41.290	155	83	2	1	155	8	154	2.56e-25	98.2
MS.gene62817.t1	AT5G65070	42.177	147	76	3	1	146	1	139	8.44e-25	95.1
MS.gene62817.t1	AT1G71692	40.000	175	97	4	1	167	1	175	1.32e-24	96.7
MS.gene62817.t1	AT5G65070	40.541	185	76	7	1	156	1	180	3.43e-24	95.5
MS.gene62817.t1	AT1G77080	44.586	157	74	3	1	156	1	145	6.65e-22	87.8
MS.gene62817.t1	AT1G31140	38.182	165	94	3	1	158	1	164	1.25e-21	89.0
MS.gene62817.t1	AT1G31140	40.351	171	84	6	1	158	1	166	1.56e-21	88.6
MS.gene62817.t1	AT5G62165	38.854	157	87	2	55	208	5	155	3.97e-21	86.3
MS.gene62817.t1	AT5G62165	38.854	157	87	2	55	208	5	155	3.97e-21	86.3
MS.gene62817.t1	AT1G77980	30.400	250	116	9	1	201	1	241	6.25e-20	86.3
MS.gene62817.t1	AT1G22130	57.143	70	29	1	1	69	1	70	4.46e-19	84.0
MS.gene62817.t1	AT4G36590	46.809	94	48	1	3	96	8	99	3.18e-18	80.5
MS.gene62817.t1	AT1G01530	50.704	71	35	0	3	73	8	78	2.37e-17	78.2
MS.gene62817.t1	AT2G34440	32.121	165	87	5	1	145	1	160	2.59e-17	76.6
MS.gene62817.t1	AT1G77950	51.429	70	33	1	1	69	1	70	1.31e-16	76.3
MS.gene62817.t1	AT1G77950	51.429	70	33	1	1	69	1	70	1.31e-16	76.3
MS.gene62817.t1	AT1G77950	51.429	70	33	1	1	69	1	70	1.31e-16	76.3
MS.gene62817.t1	AT1G77950	51.429	70	33	1	1	69	1	70	1.31e-16	76.3
MS.gene62817.t1	AT4G37435	51.515	66	32	0	1	66	1	66	1.69e-16	74.7
MS.gene62817.t1	AT5G60440	38.983	118	66	3	3	116	8	123	4.65e-16	75.5
MS.gene62817.t1	AT2G24840	38.889	108	66	0	3	110	64	171	4.66e-16	75.1
MS.gene62817.t1	AT3G04100	35.849	106	59	2	5	105	17	118	1.54e-15	72.4
MS.gene62817.t1	AT1G18750	49.296	71	34	1	1	69	1	71	1.75e-15	74.3
MS.gene62817.t1	AT1G18750	49.296	71	34	1	1	69	1	71	2.03e-15	74.3
MS.gene62817.t1	AT1G18750	49.296	71	34	1	1	69	1	71	2.34e-15	74.3
MS.gene62817.t1	AT3G66656	45.714	70	38	0	1	70	1	70	4.97e-15	70.5
MS.gene62817.t1	AT1G65360	45.070	71	39	0	3	73	8	78	6.13e-15	71.2
MS.gene62817.t1	AT1G28460	49.231	65	33	0	5	69	11	75	2.86e-14	68.6
MS.gene62817.t1	AT1G29962	47.692	65	34	0	5	69	11	75	4.20e-14	68.2
MS.gene62817.t1	AT1G69540	30.270	185	91	5	1	153	1	179	9.40e-14	69.3
MS.gene62817.t1	AT1G69540	30.270	185	91	5	1	153	1	179	1.08e-13	69.3
MS.gene62817.t1	AT1G72350	43.750	80	43	1	3	82	44	121	1.96e-13	67.0
MS.gene62817.t1	AT1G28450	46.154	65	35	0	5	69	11	75	1.39e-12	63.9
MS.gene62817.t1	AT2G03060	30.337	178	92	6	1	149	1	175	1.42e-12	66.2
MS.gene62817.t1	AT2G03060	30.337	178	92	6	1	149	1	175	1.42e-12	66.2
MS.gene62817.t1	AT2G03060	30.337	178	92	6	1	149	1	175	1.42e-12	66.2
MS.gene62817.t1	AT2G03060	30.337	178	92	6	1	149	1	175	1.76e-12	65.9
MS.gene62817.t1	AT1G47760	44.286	70	39	0	1	70	1	70	1.83e-12	63.5
MS.gene62817.t1	AT5G62165	33.121	157	82	3	55	208	5	141	6.62e-12	61.2

Find 35 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
TTTAAATAAACAACAAGATA+TGG	0.284050	8.1:+21168960	MS.gene62817:CDS
GAAGTTGTTGGGAGATGAAT+TGG	0.314977	8.1:+21168371	MS.gene62817:CDS
AAGAAATGGACTGCTTAAAA+AGG	0.324915	8.1:+21160206	MS.gene62817:CDS
AACGTAGCTTAAGCAAAATA+AGG	0.327292	8.1:+21168439	MS.gene62817:CDS
CATGTATTGTAGGAAGTTGT+TGG	0.371428	8.1:+21168359	MS.gene62817:intron
TCATTGTTGTAGTGTGGAAT+TGG	0.395925	8.1:+21168925	MS.gene62817:intron
ACTTTCTCAAAGAGAAGAAA+TGG	0.422858	8.1:+21160192	MS.gene62817:CDS
GTGGAGACAGAATTGTTCAT+AGG	0.429449	8.1:+21169015	MS.gene62817:CDS
AAATTAAACATACCTTGAAC+TGG	0.446342	8.1:-21160307	None:intergenic
ATGTATTGTAGGAAGTTGTT+GGG	0.449480	8.1:+21168360	MS.gene62817:intron
TCTATGAGTTCTCCAGTTCA+AGG	0.460917	8.1:+21160295	MS.gene62817:CDS
GAAACAGTGGAACGCTATCA+AGG	0.469619	8.1:+21164456	MS.gene62817:CDS
ACGTAGCTTAAGCAAAATAA+GGG	0.475882	8.1:+21168440	MS.gene62817:CDS
TATAGACACAACAAAGAAGT+TGG	0.480797	8.1:+21168209	MS.gene62817:CDS
CTCATCGTCTTCTCTACCAC+TGG	0.481417	8.1:+21160267	MS.gene62817:CDS
TCAAGGGAAAGTTAAGGAAC+TGG	0.481701	8.1:+21164473	MS.gene62817:CDS
AAGCAAAATAAGGGCAAGAA+AGG	0.493681	8.1:+21168449	MS.gene62817:CDS
AAGTTGTTGGGAGATGAATT+GGG	0.494375	8.1:+21168372	MS.gene62817:CDS
AATTGAAAAGCTAAAAGAAA+AGG	0.505653	8.1:+21168579	MS.gene62817:CDS
AAGTGTGCATGACGAGGAGG+TGG	0.514450	8.1:+21168996	MS.gene62817:CDS
AAATAAACGCTTATGCAAGC+AGG	0.536574	8.1:+21168741	MS.gene62817:CDS
TGTTCAGAATCATTTGCTGA+AGG	0.553995	8.1:+21168552	MS.gene62817:intron
AACACCTAGAGCTTTCCAAA+AGG	0.559845	8.1:+21168232	MS.gene62817:CDS
TGGAGACAGAATTGTTCATA+GGG	0.567939	8.1:+21169016	MS.gene62817:CDS
ACGCTATCAAGGGAAAGTTA+AGG	0.569325	8.1:+21164467	MS.gene62817:CDS
GAACTGGCTCTCAGCACCAA+AGG	0.605749	8.1:+21164489	MS.gene62817:CDS
ACAAAGCACTGAAAGTTCAA+AGG	0.613392	8.1:-21160229	None:intergenic
AAACAGTGGAACGCTATCAA+GGG	0.614255	8.1:+21164457	MS.gene62817:CDS
AACAGAAAGTGTGCATGACG+AGG	0.635381	8.1:+21168990	MS.gene62817:CDS
TTATTCATCAAAATGGTGAG+AGG	0.636658	8.1:+21160123	None:intergenic
CTTCAGTATAAGCGAAACAG+TGG	0.637167	8.1:+21164443	MS.gene62817:intron
TCATCGTCTTCTCTACCACT+GGG	0.652904	8.1:+21160268	MS.gene62817:CDS
AGAAAGTGTGCATGACGAGG+AGG	0.669061	8.1:+21168993	MS.gene62817:CDS
AGGAATCCAAGAAAATACAC+AGG	0.687928	8.1:+21164509	MS.gene62817:CDS
GAACTCATAGAGTTTCCCAG+TGG	0.782754	8.1:-21160283	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr8.1	gene	21160135	21169062	21160135	ID=MS.gene62817
chr8.1	mRNA	21160135	21169062	21160135	ID=MS.gene62817.t1;Parent=MS.gene62817
chr8.1	exon	21160135	21160316	21160135	ID=MS.gene62817.t1.exon1;Parent=MS.gene62817.t1
chr8.1	CDS	21160135	21160316	21160135	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1
chr8.1	exon	21164449	21164530	21164449	ID=MS.gene62817.t1.exon2;Parent=MS.gene62817.t1
chr8.1	CDS	21164449	21164530	21164449	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1
chr8.1	exon	21168192	21168253	21168192	ID=MS.gene62817.t1.exon3;Parent=MS.gene62817.t1
chr8.1	CDS	21168192	21168253	21168192	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1
chr8.1	exon	21168371	21168470	21168371	ID=MS.gene62817.t1.exon4;Parent=MS.gene62817.t1
chr8.1	CDS	21168371	21168470	21168371	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1
chr8.1	exon	21168559	21168600	21168559	ID=MS.gene62817.t1.exon5;Parent=MS.gene62817.t1
chr8.1	CDS	21168559	21168600	21168559	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1
chr8.1	exon	21168721	21168762	21168721	ID=MS.gene62817.t1.exon6;Parent=MS.gene62817.t1
chr8.1	CDS	21168721	21168762	21168721	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1
chr8.1	exon	21168937	21169062	21168937	ID=MS.gene62817.t1.exon7;Parent=MS.gene62817.t1
chr8.1	CDS	21168937	21169062	21168937	ID=cds.MS.gene62817.t1;Parent=MS.gene62817.t1

Gene Sequence

>MS.gene62817

ATGGTGAGAGGAAAAACCCAAATGAAACGCATCGAAAATGAGTCAAACAGACAAGTAACTTTCTCAAAGAGAAGAAATGGACTGCTTAAAAAGGCCTTTGAACTTTCAGTGCTTTGTGATGCTGAAGTAGCACTCATCGTCTTCTCTACCACTGGGAAACTCTATGAGTTCTCCAGTTCAAGGTATGTTTAATTTATTCACAAACTATATATATTTAAACTCAATCTATTTTGTTTATTAATTTGAACAGTATTGTGTACTTGATTACTTGGAATTTATGTACTATTATTTCTATATTTATGTTAATTTTGAGAACCCTTTTATGGAAAAGATCATTGATATTTATACACAAACAAATCAATCATATCAAGCAATATAAAGATTTTCACTGATGCTATAAAGGTAGGTTCGTACGCTCATGATTTCAGCTACAAAGAACTGAAAAATAAAAATAAAACTGATTTGGTTAAATATGCCAACTATAAGGTCTGCTGCATCACCTAACTAAAACTGTAGTGTTACAAAAGAGTGAATAATTAACATAAGGGTTTAATGGATTATAGCATCAAAGGTGAGTGATTTTAATGGATTATAGCATCAAAGGTGAGTGATTTAGTAGTAGATTTGATTAAATATCTTGCTAATTAGGTGGGTTTGAGGTATATATGTATGTTCAACCACACGTGTCAAATTTTCTTTCAAATGAGTTATTTGACAACTTTTCCTATTTTTAATTTGTGGATTCAAGAAGTGGAACCAAAGTTTAGAATATGATACAAGACAATTAGACAAATATAGATTTACAAATTCGTCTTGAATCAAACTTTTAGTATAGGAGTAATTTGATTTTAAACATCTTGTTGCCACACACTTGACATAAAAAAAGGTAAATTTCCCCTCGGGTTCAAATTTGTCATGGAACTAGTTAATTAGCCTCTAGAAAGTACAGTTATAATTCTGCTTGAAAAGGCTTTGGAATTATGATAAAATGCAGTTTTCTTGATTATAGGAGAAATTTGATTGCATGTTTAATCACCATAATACATGTATTGCATTTGTGATTTTGCTGCAGTTCTGAAGTAGTTTTTTTATATCAAAATCACAAAATCATTTTAACAAATTCACCCTAAATCTAAACCCATATTCACCCTAAACCTAAACCCATATACTTATATTATAATTGACAACCTCTTTCCAAAATATTATAATTGACAACCAATTGGGATTCTTTAGATTAACATCAAAATAAGAGCCAGTTCTTGATTTACCAGATATTACTAGTACTATTTTAATTATAATATGTTTATCTTTTTTAATTACATGTTAAAAGCATTGTTTCTCTTTCCTCGGCACGAGCATAACCTGTTGGAAAAAGTTAACCTTGTTGGTTTAAATAGTTTTTTTTTTTTTTTTTTGGGTTTGCGATGTCTTGTTTATTGCTTCCCCCGTCGCTTAAAGTTTTTTTTGGTAGTGGCCGGGGTTTGAACCCCGACCTTGCATATTTTATGCATTTGTTCCAACCAACTGAGCTAAGCTCACGAGAACCCCCTCGCTTAAAGTAATATCAAAATCTTGGGGTTATGCATTGAAAATATCCTGGGGACTTTTCTTTTTGTATTTGTCAAACAATTGTGGAGGTCTAGTGAATGTAGTAGTTACATATAAGAACTGGTTCGGTTCGGTTCAGAAGAAAACTACACTAAACTAATACCACAATCAAAAAAACTGACCCGAACTTTTATAATGGGTTTGTTCTAAACCGAATTTAATTGAACCGGTAAATTATATATAATTCTGTAGTCTAAGCCGAACCAGAACTACCTTTACATAAGGCAAAATGTATTTTTTTTAAATGTACTGTTTTTTTTTTTAAAGAATTGTATCAAATTTCTATTAGAATTATTTAAAACCCTACCAAATCGAATATTAGAACTATTTAAAATAAAAAAGACTGAATCACATGCATCAATAGTTTGTGAATTGAACCTAACTGATTGAGTCCAATTCACAAACTATTTGTCCAAGTTCAATTTTTTCGGTAGAATAAAATGTAGCGTTTAGTTCGTTATTTTTAAACAACCCTAGTTACAAAAACAAATAGCATTGTCTTGTGCAAACCATGACTCACATGCATATATTTTAAGTCGAAATTATTGTAGCAAAATTATCTTTCACTATGTCAATGCATGTTCAATTAGGTATAGATTTTGATATTGTCTTTCCTAGAAATACCTTTCTTTTGTTTGGATTGACTTATTTACGGTCACAATTGTTTGTCAAACTATTCGGCCAAGTTTACGAAAACAACTTATAATGTTCATAAGTTCTTTTTAGTAGTAGAGGCAGTGGCGTTGCCAGGAACCTGGTTCAGGGGGTTCACACTTTTAAATTTTAATTAAAATTATATTATATATTTTTAAAAGAAAATCTAGTATTATATATCACTAGCGCAAAACAGACACAATTTTATACTATTTTTTGTTGTTTTTATATTTTCTTTTTAATTTAAATTTGGAAAAAATAGTAGATTGTAATTGGGAAAATTCGTAACAAAAAACTGCTTAAGTATGTTTAGTTTTAAAAAAAAAAATTATAGTTTAGGCATGAATTTCAATTTAAATTTAAAAACGAATTGAATTCCTACGATAACTTTGTCTAGAGGAAAGGTCCGACCAAAAGTAGTTAACTCATGATTTACTTTGCAATTTGTCTTTAATGATATAAATATGAATATTAGAGACCTAACATTTTAATATATTGTTTTTTTTTGTCAATTCACCCCTTTTGGTGTGAATAAGTTGAAAATTAGGTGTTTGAACCCTGACACTTGCATAACGTAATGTCTCTATCAATTGATTTATACGCCTGAAGACTATATTAAAATATATTTTATAAATTACAAAATACATTTGTTTATAATATTTCCATATTATAATTTTCAAATATTATATACATTTATTTTTGAAAGAATATATTATATACATTTAAAATATTACATATGTATAAATATGAACCGATATATATCACATGTGTTCCCTTAGTTTAGAGAAAAGTGCTTAACATTTCAATGAAAACATGATGCTGCACATGAAAAAGCGTGGGTTACTGCAGTTAAATTGAGACTTTGTGGTGCAAACATGGTGCATCACTTACACTTGAGGGGGTTCAAAGCCAAAAGTTACTAGATAATATGTGGAGATTTAGTAGGTTGAGGGGGTTCAGCTGAACCCCCTGGCACACATGTGCCTCCGCCCATGAGTAGAGGTGGTTGGATCGAGTTAGGCTTTAATAGATCCAATTTTGATATATAATAAAAAAGATCAAGGCTTAGACATGATATAAAGTATGCCATAGACTTATTTTTAGGTCCGACAAGTCCAACATCATTAAAAGTTTGATATGACATGTTAGCATATTTGTAAAAAGTCTATTTTATATGAATGTGTTTAACTAAGTAATTAATAATAGTCCAATATCTACCTCAAAAAAAAAAAATATAGTCCAATATCATTTAAGATCCGATTTTATAGTATTTAACAAAGAGAATTTAGATTTTTGTCAAAAAAAAAAAAAAACAAAGAGAATTTAGATGATATGATTGTGTGTGTATATGATATCATGTTCCAATTCTAGTTTATAATATAATACATATAAATGTGTAGAAAATTTATCGAGGTTAACAAGTTTAAATTACTGAAATGTTAGGAAACTTTATACATTTATTTAAAAGTACAAACTCTAATATAATAATAATAGTGCAAATATATTATTCATACTTACCTAAATTGATCAAACCGGCCAACGGAAAAGTCTATTTATTGCATGTAGTCTGATAAATAGAATTCTAGATAATAATTATTTACCTTCACTATTTTAAAAAAATAGGCTTTTATGATTTCAAATTCACTTTTATTTTAAAGATGTTAATGAGTTTTCTTAATGCATTGGTTAAAAAGGTAAATATAAAAATATTATCTTAAAACATGTGTAATCAACTTTTTATAAGTTAAGAAACTGCATTTTCCAATGTTAAATTTTTATTTTTTGCTTTTTTTAACAAACTTGTTATTAGTATAATCTTTAGTTTAATCTATACCAAACTGATCCATCATAATATATGCTGATGGGTTTTTTGAAAGGGTCTAAATCCTTTTAATTTGTAGCTCGGATGGTTATAGCGTTTCCATTCATTTGTTGCATACTTCAATGAACATGATTTCTTCTTTTCGTTATATATAACATTAGTGTTCTTCTCGAGTTATAAGAAACTTTAACTTGATATACTTGTTATTGTCCATGGTGGAGATGCTTCAGTATAAGCGAAACAGTGGAACGCTATCAAGGGAAAGTTAAGGAACTGGCTCTCAGCACCAAAGGAATCCAAGAAAATACACAGGTTAGCTCTTCATCATCGTCATGTATATATCCAGTGAAATGGATTAATTCTTAAATAAGTTTTGTTGTCAAAAATATCTAAAATTTGATTAATTAAAGCACGTATATATATGGAACTAGCTTATATTTACACTTATGGACATGGCTTTATCTTATTTAGGACCCTCTTGTGCATGTACGGGTAACTAAATAGTAACTATAACTGGCTTTATCTTATAGTATAACCTACTCTCCAAAAAAAAAAAAAACTATGAAATTTGTTTTTAGTCTCCCTTTAAAAAGTGAGTATTTGTCCCTCAACTTTTGTAATATATTATTTCTAATCCTAAATTTTTAAATGTGTCGTTTGTAGTTCTCTTGAAAAACATTGAAGGGGATTAAAACTGAATTTTATGAATAAATAAGACATTTTCAAATTTAAAGAACAAATCACGCCACTTTTCAAATGGGAGTTTAAAAAACCAATTGAACTTTATGAAAGTTGGAGGGATACAACTATTTAGCCCCAAAGTTTTAATGACACGTTAAATAAATTACAAACTTGTCTATGTGAATTTAACTCAATTAGTACAGACATTGCATCATATATGCGAGGTCGTGGTTCAAATTTTAGACACATCAATTATTACAAATTTTTAGGCACTAGACAGTTTGAAAAAAAAATTTACAAACATACTTATAATTATCTTCTACTCAATTTTGTATATTGAAATTATTGAAATCAATGTTCTTGAACATATATCATAGTATTGTTTACTTACTCTATCTCTAGTAATAAACAAGAAATTTAATTAGTATACTCTTTCAATGTATAATTATTTTACATATATGATGTGTTACATGTGACAATACATCATTGAATACATATATAAAATAATTATACATTGACATATCGTGTTCATTAAACATAAACAAAGTGGCTCATTGGCACACTAGCACAAAATTCTATTCTCATGGCAATCCATGTTAGCTCGACCCATTAAGTCTGTATACCCATTTTTGCATCCGAAAAAGTCTTGTGCTACTCTCATGCTTCAAATCTTGTTTCTTATCTTATATTTCCGGAACCTCCCTTCGCTTTCACTTATTGGAAAATTCCCTAAGATTTTAGTGAGTTGTATGTGGTGTCTAAGATCTTTTCAATCTTCTCATTATCAACTTCAACTTTCGTTCCTTCATTGATGACATCGAAAAATGATCGTTAGATTTTGTTGTGCTAAAACCATTCTAACTTTGGTCGGCCAAGCTCTAACAACCATACGATAATCCGTTTTTAAAAAGCAATAACATTATATTATGTGAATTCATTTCCTAAATTAATGAAAGAAATAGGGGTTATGAAAAGTTTGTCATAAGACTACTTTCTATGACCCAAAGACTAAGAAAATTACTCCCTCGTCGTAAGGATGAGCTACCTAATAAAAATAAAAGAAGACAGAAATTAAAACAAAGAAACTTTCCCGATACATCTTGCAATATTGATGCATATACATCTCATTTTACATATTTATTCAATAATAAAGTAAAATGTAGTAAATAGAAATAAAACTTAGTTAAAAATATAAATTGATTAAAATAAAATACTAATAGAAAATATTGTGTTATCAATTTCATGACGGAGGAATGATAAGATCATATGACCCAACACTCGATCTTGACTACGCTGTGATGCAAAATATAAAAACTATGTCAACATCTCAAAAAAAAATTCTTTTTGAAAGAAAACATCTCAATAATTTGATGCCTTCCAATTAGGTGTGTTATGGTAAAATGAGAAAATAATTTAGTGTTTAGAATGAGAAAATATTATTGTCTTCAAAATTTAAAACTCACACTGGAGGGTTATGATACACATTTATACTTGAAAAAAAAAATGATATATTACTTTTCTCCCACACTATAAAATTTCTAAATCCGTCTATGCCCTGAACCATGAGTTCGTTAGCCTTTGCCTCAGACCCCTTAACGCCTCATGATTTTTTGGGCTTCCTCTAATAGAATTTGATCATTTGCAACTGTCTTGTTGGCCATATCCTTCAGCTTGTTCTAGTAGGAAGATTCATTATATAGTACTAGTAGTAAGATCAAACAATCTAAAGCAGATGCCTCAATTTGTAATGTGTGCTCTCTTTTCCATGACTTTTTCACATGATGTACGTAATTTTATTGATAAAATCATTTTGTTTATGAATAAAGTTATTCTCATGCAATTTTTATATCTCGATCGTGAAATGACTCTCAAAAATCCCGCATGACTATAATAAGAACTAAATTAACTTTGACATGCACATGGAAATAATAAAAGTATAATACTACCCACTTATTTTCGACCTATCATTTCTTAAGATGCATGTCAAGGTTTTGAAGCTTATCATTCAAATCCAGAGACGATTCATATTGGGCGGATCAAGAGGAAGAACAAAAATACCTCGGGTTTGTTGGTCAAATGTGTTTAAGGCAAAACACGAGGGTGGGCTTGGGATCGATAAAAAAATCTTATGCTTGTTTAATCTCAGTCCTTTAGGGAAATGGAGATGGGGGATGCTTTTGGCGGCTCGATACTTTGGCGCCATGTCCTGGTTGTTGGGTACAATATCTAACTCAAGACCGACCTTTGAACTACTGGAATTCATTGGCTTGGTGGCGAGATATCTCTTTGTTGGGTTCCAAGTTCCAACCCTAAGCAAGAGGTTGGTTGGTTCTCGTATGGGAGAGTTAAAAATCTTTGGAGTGGCCATCGATCTCTTTCTGGAATTGAAGTTGGATTGGGTAATGACAACTTTTTCATCAATTTTCCATGTTTATTAGATAGTAGAGAATGAAACCTCAATGGTGGCCTATGTGGGACACTCGTCACATGACATTTGGGTTTGGGATCTTAAATGGAGGAGACTTTTATTCGTTTGGAAAGAATAATTGGTTTTAGATATTTTACGTCTCAATGGTGAAGTCTCTGACTCACGTAGATGACGAGTGGACATGGGTACATGACACTAGTGGTAAATACTTTATAAAATCAGCCTATTTTCCGCTATTGGCATAGGTCCCACCCAACCAGGGTCTCTCCAACAATGGGATTAAAATTCTTACTAAGGCGTGGAAAGTATCGCACGATCAATGATTTTTGCTTTCTCTTGTTAGATAAGACTCTGACTTGTATAAACCTTCTACGTCGTTGCGCTATCCCATATGTAAATTCAACTTGATTTGTGTTTTGTAGGCATGGGCCGTCTGCGAGACATCTTAAGGTGACATGTAATTTCTCTCGTAAAATTCGGTAGTGTCTTTCGTTGGTTCGGGTGGCAATTGGCAATGTCACCCGATCTTTTTGGCTTGTTTTCGATTCTACTCTTTTGGTAGGTTAGTAAGGGGCAACAATTAGCTTTGGGTTGACATTCAGTTGTTGAGATGATTTGGAAGACATGAAATGATGTCATTCTTATCCTTTGTTGTGTTTTTTTTTAGACTCGACTCATAATGGGTTGTACACTTGAAGTATCCATTGTACTCATTTTTATTTATCTATTATCGTTTAGCCTTGAAAAAAATTAGCAATCACATCTGAATGTATAAGTCGTTGGTTTATTGGTGAGTGATTGTGTTGGAAATCACATCACATGCGTTCTTTTAACAAATTTTATCATTTTTCTTTCTTCATGCAGCATCTAATTGAATGTGATATAGACACAACAAAGAAGTTGGAACACCTAGAGCTTTCCAAAAGGTTTTCAGAACCATCTTTCTTTAATTTGGTTCCATTTTGACTGTTACATATTGAGGAGACAAAAAGACACATGGATGATTATTCTTATGTTCTATTGGATATTTTCATGTATTGTAGGAAGTTGTTGGGAGATGAATTGGGTTCATGTGCTATTGACGAATTACAACAGATTGAAAATCAACTCGAACGTAGCTTAAGCAAAATAAGGGCAAGAAAGGTACAATTCAATCAAGTTTTGCTAAGTTTTAGTTATTAATGAATAACCAAAACACCTAATTGAAGAACTCGGTGCTATTTATGTTCAGAATCATTTGCTGAAGGAGCAAATTGAAAAGCTAAAAGAAAAGGTAATGAACAATGTTACTACTATAATGATTGCACGTTTCTTCTTTCATTCAATTTATTTGATTATTTATTTTCGATTGCTTAGTATAATTATCAATATTTTTTGCTCTAACTTAATTCAGGAAAGGTTGCTTCTTGAAGAAAATAAACGCTTATGCAAGCAGGTTAGTCTCTTTAATTATGAAACATTAACACAAGTGTCTGTCACCCGACATGCCTTGTGTCCGATTGAAAGTATCAGTGTTACATATTTAATTTCTAGATAATTAAAAGCTTAATTCTCCATTGTTTTTCACCTTGATTAAAAGCAAATATCTGACTTCACTTCATTGTTGTAGTGTGGAATTGGACAAAATGATTGTTTAAATAAACAACAAGATATGGAACTCATAACAGAAAGTGTGCATGACGAGGAGGTGGAGACAGAATTGTTCATAGGGCGACCGAAGAAAAGAATGAATTGA

Protein sequence

>MS.gene62817.t1

MVRGKTQMKRIENESNRQVTFSKRRNGLLKKAFELSVLCDAEVALIVFSTTGKLYEFSSSSISETVERYQGKVKELALSTKGIQENTQHLIECDIDTTKKLEHLELSKRKLLGDELGSCAIDELQQIENQLERSLSKIRARKNHLLKEQIEKLKEKERLLLEENKRLCKQCGIGQNDCLNKQQDMELITESVHDEEVETELFIGRPKKRMN