AlfalfaGEDB | MS.gene72503

M. sativa cultivar XinJiangDaYe / MS.gene72503

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.gene72503.t1	XP_013455351.1	96.5	202	5	1	1	200	1	202	3.00E-101	377.9

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene72503.t1	Q38841	60.5	210	72	4	1	199	1	210	3.4e-61	236.1

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene72503.t1	A0A072UIB8	96.5	202	5	1	1	200	1	202	2.1e-101	377.9

TFs/TRs:

Gene ID	Type	Classification
MS.gene72503.t1	TF	MADS-MIKC

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene04932	MS.gene72503	0.806189	9.28E-50	-1.69E-46
MS.gene049549	MS.gene72503	0.805905	1.07E-49	-1.69E-46
MS.gene051422	MS.gene72503	0.848548	5.72E-60	-1.69E-46
MS.gene051651	MS.gene72503	0.808917	2.45E-50	-1.69E-46
MS.gene052606	MS.gene72503	0.827128	1.86E-54	-1.69E-46
MS.gene053887	MS.gene72503	0.800051	1.73E-48	-1.69E-46
MS.gene05483	MS.gene72503	0.803275	3.77E-49	-1.69E-46
MS.gene056224	MS.gene72503	0.800355	1.50E-48	-1.69E-46
MS.gene056590	MS.gene72503	0.811914	5.52E-51	-1.69E-46
MS.gene056591	MS.gene72503	0.811882	5.61E-51	-1.69E-46
MS.gene056748	MS.gene72503	0.803109	4.08E-49	-1.69E-46
MS.gene056856	MS.gene72503	0.839934	1.18E-57	-1.69E-46
MS.gene057261	MS.gene72503	0.804047	2.61E-49	-1.69E-46
MS.gene057547	MS.gene72503	0.808198	3.48E-50	-1.69E-46
MS.gene057768	MS.gene72503	0.832544	8.90E-56	-1.69E-46
MS.gene058382	MS.gene72503	0.803165	3.97E-49	-1.69E-46
MS.gene058603	MS.gene72503	0.800052	1.73E-48	-1.69E-46
MS.gene059685	MS.gene72503	0.800059	1.72E-48	-1.69E-46
MS.gene060405	MS.gene72503	0.801606	8.32E-49	-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.gene72503.t1	MTR_4g036050	96.535	202	5	1	1	200	1	202	2.01e-143	397
MS.gene72503.t1	MTR_4g036050	89.604	202	5	2	1	200	1	188	1.95e-128	359
MS.gene72503.t1	MTR_4g036050	89.604	202	5	2	1	200	1	188	2.77e-128	358
MS.gene72503.t1	MTR_4g036050	82.673	202	5	2	1	200	1	174	3.69e-115	325
MS.gene72503.t1	MTR_7g075870	47.619	168	87	1	1	167	1	168	2.84e-45	149
MS.gene72503.t1	MTR_7g075870	47.619	168	86	2	1	167	1	167	1.82e-43	144
MS.gene72503.t1	MTR_8g033220	45.087	173	88	3	1	169	1	170	2.50e-42	142
MS.gene72503.t1	MTR_8g033220	45.087	173	88	3	1	169	1	170	3.15e-42	142
MS.gene72503.t1	MTR_3g452380	40.609	197	109	4	1	190	16	211	8.13e-42	141
MS.gene72503.t1	MTR_8g066260	42.262	168	96	1	1	167	1	168	1.16e-40	138
MS.gene72503.t1	MTR_8g097090	44.318	176	94	2	1	173	1	175	2.32e-40	137
MS.gene72503.t1	MTR_7g075850	47.024	168	88	1	1	167	1	168	8.68e-40	136
MS.gene72503.t1	MTR_7g016600	44.643	168	91	2	1	167	1	167	1.03e-38	133
MS.gene72503.t1	MTR_5g046790	39.779	181	102	2	1	177	1	178	2.15e-38	131
MS.gene72503.t1	MTR_3g084980	44.118	170	91	2	1	167	1	169	2.56e-38	132
MS.gene72503.t1	MTR_8g033270	44.970	169	91	2	1	168	1	168	1.82e-37	130
MS.gene72503.t1	MTR_2g009890	43.678	174	94	2	1	171	1	173	3.39e-37	130
MS.gene72503.t1	MTR_6g015975	44.048	168	92	2	1	167	1	167	6.50e-37	129
MS.gene72503.t1	MTR_4g109830	41.071	168	98	1	1	167	1	168	1.07e-36	128
MS.gene72503.t1	MTR_5g031000	39.524	210	112	5	1	200	1	205	1.26e-36	127
MS.gene72503.t1	MTR_5g031000	39.216	204	118	3	1	200	1	202	2.34e-36	127
MS.gene72503.t1	MTR_2g017865	40.805	174	101	2	1	173	16	188	2.94e-36	127
MS.gene72503.t1	MTR_4g102530	44.253	174	83	5	1	167	1	167	3.11e-36	126
MS.gene72503.t1	MTR_4g109810	42.515	167	95	1	1	167	1	166	5.70e-36	126
MS.gene72503.t1	MTR_3g005530	41.818	165	94	2	1	164	1	164	1.32e-35	125
MS.gene72503.t1	MTR_1g038300	36.453	203	120	3	1	194	1	203	6.42e-35	123
MS.gene72503.t1	MTR_8g087860	37.778	180	110	2	1	179	17	195	1.25e-34	123
MS.gene72503.t1	MTR_7g016630	38.922	167	101	1	1	167	1	166	1.98e-33	120
MS.gene72503.t1	MTR_6g464720	38.889	180	100	3	1	174	1	176	9.42e-33	118
MS.gene72503.t1	MTR_5g066180	42.105	171	89	4	1	167	1	165	1.49e-31	114
MS.gene72503.t1	MTR_1g053070	36.316	190	113	4	1	183	1	189	1.35e-29	110
MS.gene72503.t1	MTR_3g088615	39.310	145	85	2	1	145	1	142	1.53e-29	108
MS.gene72503.t1	MTR_1g101970	37.870	169	102	2	1	167	1	168	5.10e-29	107
MS.gene72503.t1	MTR_5g046870	51.961	102	41	2	1	94	1	102	8.40e-28	101
MS.gene72503.t1	MTR_0003s0590	38.235	170	101	2	1	167	1	169	1.68e-27	104
MS.gene72503.t1	MTR_4g093970	36.782	174	106	2	1	171	27	199	2.21e-27	103
MS.gene72503.t1	MTR_3g113030	35.465	172	105	4	1	170	1	168	1.28e-26	102
MS.gene72503.t1	MTR_5g032520	39.766	171	95	4	1	167	1	167	2.77e-26	100
MS.gene72503.t1	MTR_1g029670	36.986	146	87	2	1	145	1	142	8.21e-26	98.6
MS.gene72503.t1	MTR_5g032150	39.181	171	96	4	1	167	1	167	4.45e-25	97.8
MS.gene72503.t1	MTR_2g461710	66.102	59	20	0	1	59	1	59	5.65e-23	87.8
MS.gene72503.t1	MTR_5g021270	33.333	168	105	3	1	164	1	165	1.80e-22	91.3
MS.gene72503.t1	MTR_5g021270	33.333	168	105	3	1	164	1	165	2.02e-22	90.9
MS.gene72503.t1	MTR_5g066960	66.102	59	20	0	1	59	1	59	3.82e-22	85.5
MS.gene72503.t1	MTR_4g093030	50.575	87	28	1	1	72	1	87	3.21e-21	85.9
MS.gene72503.t1	MTR_1g041615	40.206	97	53	1	16	107	20	116	1.80e-17	75.5
MS.gene72503.t1	MTR_3g102570	46.575	73	39	0	1	73	1	73	2.85e-17	78.6
MS.gene72503.t1	MTR_4g084740	42.169	83	48	0	1	83	1	83	3.58e-17	78.6
MS.gene72503.t1	MTR_2g093190	28.111	217	122	6	2	200	9	209	1.02e-16	75.9
MS.gene72503.t1	MTR_1g063160	39.583	96	55	2	1	96	1	93	4.65e-15	70.5
MS.gene72503.t1	MTR_8g079502	36.538	104	55	2	1	104	1	93	4.99e-15	70.1
MS.gene72503.t1	MTR_8g051580	56.364	55	24	0	1	55	1	55	6.67e-15	70.1
MS.gene72503.t1	MTR_1g047550	44.444	72	39	1	1	72	1	71	1.17e-13	66.6
MS.gene72503.t1	MTR_4g131030	44.444	72	39	1	1	72	1	71	2.66e-13	66.2
MS.gene72503.t1	MTR_1g054265	43.836	73	40	1	1	73	1	72	2.67e-13	65.5
MS.gene72503.t1	MTR_3g030770	29.730	185	105	7	2	168	9	186	2.93e-13	66.2
MS.gene72503.t1	MTR_1g108510	29.730	185	105	7	2	168	9	186	3.02e-13	66.2
MS.gene72503.t1	MTR_4g094632	31.148	122	80	2	1	122	1	118	4.89e-13	64.3
MS.gene72503.t1	MTR_4g094638	35.417	96	59	2	1	96	1	93	1.07e-12	63.9
MS.gene72503.t1	MTR_1g108580	26.484	219	123	6	2	200	9	209	1.84e-12	64.3
MS.gene72503.t1	MTR_2g105290	35.632	87	55	1	1	87	11	96	2.77e-12	62.8
MS.gene72503.t1	MTR_4g108720	41.333	75	43	1	1	74	1	75	3.03e-12	64.7
MS.gene72503.t1	MTR_8g043650	27.632	152	85	4	2	132	9	156	3.19e-12	63.5
MS.gene72503.t1	MTR_5g045560	36.905	84	51	2	1	84	8	89	3.63e-12	63.5
MS.gene72503.t1	MTR_3g052920	40.000	70	41	1	2	71	9	77	3.96e-12	63.2
MS.gene72503.t1	MTR_8g086290	38.356	73	44	1	2	74	12	83	4.04e-12	62.4
MS.gene72503.t1	MTR_1g106070	40.000	70	41	1	2	71	9	77	4.38e-12	62.4
MS.gene72503.t1	MTR_3g080940	35.417	96	58	3	1	96	8	99	5.04e-12	62.8
MS.gene72503.t1	MTR_2g030740	42.029	69	39	1	3	71	10	77	5.76e-12	62.8
MS.gene72503.t1	MTR_1g105910	40.000	70	41	1	2	71	9	77	7.54e-12	62.8
MS.gene72503.t1	MTR_2g085280	41.429	70	40	1	2	71	9	77	1.18e-11	62.0
MS.gene72503.t1	MTR_2g085250	41.429	70	40	1	2	71	9	77	1.25e-11	62.0
MS.gene72503.t1	MTR_3g052870	30.147	136	79	4	2	125	9	140	1.27e-11	61.6
MS.gene72503.t1	MTR_8g046350	40.278	72	42	1	1	72	1	71	1.56e-11	60.5
MS.gene72503.t1	MTR_1g077360	40.000	70	41	1	2	71	9	77	1.66e-11	61.6
MS.gene72503.t1	MTR_1g105920	27.000	200	127	7	2	194	9	196	1.83e-11	61.6
MS.gene72503.t1	MTR_1g012570	40.000	70	41	1	2	71	9	77	2.38e-11	61.2
MS.gene72503.t1	MTR_5g041650	38.542	96	54	3	1	94	38	130	2.66e-11	62.0
MS.gene72503.t1	MTR_7g028448	62.500	40	15	0	16	55	26	65	5.47e-11	59.3
MS.gene72503.t1	MTR_4g036915	62.500	40	15	0	16	55	26	65	5.47e-11	59.3

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene72503.t1	AT1G71692	60.190	211	73	4	1	200	1	211	4.63e-77	230
MS.gene72503.t1	AT3G58780	44.253	174	95	2	1	173	16	188	5.47e-42	142
MS.gene72503.t1	AT2G42830	43.750	176	97	2	1	175	16	190	5.59e-42	142
MS.gene72503.t1	AT3G58780	44.253	174	95	2	1	173	22	194	6.33e-42	142
MS.gene72503.t1	AT2G45660	45.349	172	88	3	1	169	1	169	1.76e-41	139
MS.gene72503.t1	AT2G42830	44.382	178	95	3	1	175	16	192	9.50e-41	139
MS.gene72503.t1	AT4G09960	42.529	174	98	2	1	173	2	174	9.06e-40	135
MS.gene72503.t1	AT4G09960	42.529	174	98	2	1	173	1	173	1.03e-39	135
MS.gene72503.t1	AT1G69120	40.331	181	101	2	1	177	1	178	1.13e-39	135
MS.gene72503.t1	AT4G09960	42.529	174	98	2	1	173	11	183	1.38e-39	135
MS.gene72503.t1	AT1G24260	43.605	172	92	2	1	168	1	171	1.57e-39	135
MS.gene72503.t1	AT2G45660	45.912	159	80	3	1	156	1	156	1.69e-39	133
MS.gene72503.t1	AT1G24260	43.353	173	92	2	1	168	1	172	2.21e-39	135
MS.gene72503.t1	AT1G69120	40.331	181	101	2	1	177	1	178	3.04e-39	135
MS.gene72503.t1	AT4G09960	42.529	174	98	2	1	173	27	199	3.35e-39	135
MS.gene72503.t1	AT3G58780	42.529	174	91	2	1	173	16	181	2.89e-38	132
MS.gene72503.t1	AT4G18960	41.379	174	100	2	2	174	18	190	2.89e-38	132
MS.gene72503.t1	AT3G58780	38.889	198	96	2	1	173	16	213	5.57e-38	132
MS.gene72503.t1	AT1G26310	37.569	181	108	2	1	177	1	180	8.45e-38	131
MS.gene72503.t1	AT2G45650	44.444	171	86	3	1	167	1	166	1.04e-37	131
MS.gene72503.t1	AT4G09960	41.279	172	99	2	1	171	1	171	1.06e-37	130
MS.gene72503.t1	AT3G58780	47.917	144	73	2	1	143	16	158	1.16e-37	132
MS.gene72503.t1	AT1G24260	43.478	161	85	2	1	156	1	160	3.22e-37	129
MS.gene72503.t1	AT4G37940	41.212	165	94	3	1	164	1	163	2.13e-36	127
MS.gene72503.t1	AT4G22950	40.936	171	100	1	1	171	1	170	2.36e-36	125
MS.gene72503.t1	AT5G60910	40.351	171	95	2	1	167	1	168	2.56e-36	127
MS.gene72503.t1	AT2G03710	42.857	168	95	1	1	167	1	168	3.10e-36	125
MS.gene72503.t1	AT4G09960	41.573	178	98	3	1	173	96	272	6.41e-36	128
MS.gene72503.t1	AT4G11880	41.026	156	92	0	1	156	1	156	1.79e-35	123
MS.gene72503.t1	AT4G11880	41.026	156	92	0	1	156	1	156	1.79e-35	123
MS.gene72503.t1	AT3G02310	43.452	168	94	1	1	167	1	168	1.80e-35	124
MS.gene72503.t1	AT5G15800	43.452	168	94	1	1	167	1	168	2.04e-35	125
MS.gene72503.t1	AT2G03710	42.857	168	95	1	1	167	1	168	2.50e-35	125
MS.gene72503.t1	AT2G03710	42.857	168	95	1	1	167	1	168	2.63e-35	125
MS.gene72503.t1	AT4G22950	40.449	178	105	1	1	178	1	177	3.01e-35	124
MS.gene72503.t1	AT4G22950	40.449	178	105	1	1	178	1	177	3.01e-35	124
MS.gene72503.t1	AT5G15800	43.452	168	94	1	1	167	1	168	3.09e-35	125
MS.gene72503.t1	AT3G57230	40.854	164	87	4	1	160	1	158	8.57e-35	123
MS.gene72503.t1	AT3G57230	40.854	164	87	4	1	160	1	158	8.57e-35	123
MS.gene72503.t1	AT3G02310	43.452	168	94	1	1	167	1	168	1.22e-34	123
MS.gene72503.t1	AT4G37940	42.667	150	83	3	1	149	1	148	1.51e-34	122
MS.gene72503.t1	AT5G62165	39.645	169	100	2	1	168	1	168	6.25e-34	120
MS.gene72503.t1	AT5G62165	39.645	169	100	2	1	168	1	168	6.25e-34	120
MS.gene72503.t1	AT5G62165	39.645	169	100	2	1	168	1	168	6.25e-34	120
MS.gene72503.t1	AT5G13790	36.364	209	117	3	1	200	1	202	2.60e-33	120
MS.gene72503.t1	AT4G11880	41.916	167	97	0	1	167	1	167	3.17e-33	119
MS.gene72503.t1	AT4G11880	41.916	167	97	0	1	167	1	167	3.17e-33	119
MS.gene72503.t1	AT5G13790	37.143	210	117	5	1	200	1	205	6.24e-33	119
MS.gene72503.t1	AT4G37940	41.892	148	83	3	1	147	1	146	1.10e-32	116
MS.gene72503.t1	AT5G23260	37.234	188	115	2	1	187	1	186	1.24e-32	118
MS.gene72503.t1	AT5G62165	39.490	157	93	2	1	156	1	156	1.56e-32	115
MS.gene72503.t1	AT5G62165	39.490	157	93	2	1	156	1	156	1.56e-32	115
MS.gene72503.t1	AT5G62165	39.490	157	93	2	1	156	1	156	1.56e-32	115
MS.gene72503.t1	AT5G23260	37.313	201	122	3	1	200	17	214	2.21e-32	117
MS.gene72503.t1	AT3G30260	40.789	152	87	2	1	150	1	151	2.63e-32	117
MS.gene72503.t1	AT3G57230	41.259	143	83	1	1	143	1	142	3.07e-32	114
MS.gene72503.t1	AT3G61120	42.262	168	93	3	1	167	1	165	3.62e-32	116
MS.gene72503.t1	AT5G62165	41.497	147	84	2	1	146	1	146	4.38e-32	114
MS.gene72503.t1	AT5G62165	41.497	147	84	2	1	146	1	146	4.38e-32	114
MS.gene72503.t1	AT5G62165	41.497	147	84	2	1	146	1	146	4.38e-32	114
MS.gene72503.t1	AT5G62165	41.497	147	84	2	1	146	1	146	4.38e-32	114
MS.gene72503.t1	AT5G62165	41.497	147	84	2	1	146	1	146	4.38e-32	114
MS.gene72503.t1	AT2G14210	41.860	172	98	2	1	171	1	171	8.87e-32	115
MS.gene72503.t1	AT2G14210	41.860	172	98	2	1	171	1	171	1.09e-31	115
MS.gene72503.t1	AT5G51870	37.427	171	100	3	1	167	1	168	1.63e-30	111
MS.gene72503.t1	AT5G51870	37.427	171	100	3	1	167	1	168	3.06e-30	111
MS.gene72503.t1	AT5G62165	41.958	143	81	2	1	142	1	142	4.37e-30	110
MS.gene72503.t1	AT5G62165	41.958	143	81	2	1	142	1	142	4.37e-30	110
MS.gene72503.t1	AT5G51870	37.427	171	100	3	1	167	11	178	5.53e-30	110
MS.gene72503.t1	AT5G23260	36.816	201	118	4	1	200	17	209	1.82e-29	110
MS.gene72503.t1	AT5G51860	37.349	166	95	3	1	161	1	162	7.17e-29	107
MS.gene72503.t1	AT5G51860	37.349	166	95	3	1	161	1	162	8.57e-29	107
MS.gene72503.t1	AT2G22630	36.970	165	101	3	1	164	1	163	1.36e-28	107
MS.gene72503.t1	AT2G22630	36.970	165	101	3	1	164	1	163	1.36e-28	107
MS.gene72503.t1	AT5G51870	38.667	150	85	3	1	146	1	147	1.95e-28	105
MS.gene72503.t1	AT5G23260	40.000	150	87	2	1	149	1	148	4.86e-28	105
MS.gene72503.t1	AT5G51870	38.667	150	85	3	1	146	24	170	5.02e-28	104
MS.gene72503.t1	AT3G57390	35.196	179	107	2	1	171	1	178	7.45e-26	99.8
MS.gene72503.t1	AT3G57390	35.196	179	107	2	1	171	1	178	1.41e-25	99.8
MS.gene72503.t1	AT5G62165	58.667	75	30	1	1	75	1	74	1.47e-25	95.9
MS.gene72503.t1	AT5G65070	34.118	170	99	4	1	167	1	160	2.46e-25	97.8
MS.gene72503.t1	AT2G22540	37.870	169	101	3	1	167	1	167	3.08e-25	98.6
MS.gene72503.t1	AT2G22540	37.870	169	101	3	1	167	1	167	3.08e-25	98.6
MS.gene72503.t1	AT4G24540	37.441	211	105	8	1	191	1	204	3.79e-25	97.8
MS.gene72503.t1	AT5G20240	35.374	147	90	2	1	146	1	143	3.90e-25	97.4
MS.gene72503.t1	AT5G20240	35.616	146	89	2	1	145	1	142	1.12e-24	94.7
MS.gene72503.t1	AT5G65050	33.908	174	102	3	1	171	1	164	3.25e-24	94.4
MS.gene72503.t1	AT5G65060	31.959	194	115	5	1	191	1	180	3.27e-24	94.7
MS.gene72503.t1	AT2G22540	39.521	167	96	3	1	167	1	162	5.02e-24	95.5
MS.gene72503.t1	AT5G65050	33.908	174	102	3	1	171	1	164	1.14e-23	93.6
MS.gene72503.t1	AT5G65070	31.959	194	102	4	1	167	1	191	1.17e-23	94.4
MS.gene72503.t1	AT5G65060	33.529	170	100	4	1	167	1	160	3.10e-23	92.4
MS.gene72503.t1	AT5G10140	32.692	156	98	1	1	156	1	149	7.06e-23	90.9
MS.gene72503.t1	AT5G65070	34.228	149	85	4	1	146	1	139	1.68e-22	89.0
MS.gene72503.t1	AT1G31140	36.913	149	91	2	1	146	1	149	1.92e-22	90.9
MS.gene72503.t1	AT1G31140	36.735	147	92	1	1	146	1	147	2.05e-22	90.5
MS.gene72503.t1	AT5G65070	30.693	202	110	4	1	175	1	199	2.40e-22	90.5
MS.gene72503.t1	AT5G65050	33.333	174	92	3	1	171	1	153	2.46e-22	89.7
MS.gene72503.t1	AT5G65080	32.317	164	98	4	1	161	8	161	3.14e-22	89.7
MS.gene72503.t1	AT5G65050	34.161	161	93	3	1	158	1	151	7.62e-22	88.2
MS.gene72503.t1	AT3G54340	35.754	179	99	6	1	172	1	170	1.34e-21	89.0
MS.gene72503.t1	AT5G10140	33.562	146	90	1	1	146	1	139	1.35e-21	87.4
MS.gene72503.t1	AT5G65060	32.584	178	96	4	1	175	1	157	1.51e-21	87.4
MS.gene72503.t1	AT5G10140	33.562	146	90	1	1	146	1	139	2.08e-21	87.4
MS.gene72503.t1	AT5G10140	33.562	146	90	1	1	146	1	139	2.59e-21	87.4
MS.gene72503.t1	AT1G77080	34.706	170	98	4	1	167	1	160	7.93e-21	85.5
MS.gene72503.t1	AT1G77080	34.270	178	104	4	1	175	1	168	1.04e-20	85.5
MS.gene72503.t1	AT1G77080	34.706	170	98	4	1	167	1	160	1.62e-20	84.7
MS.gene72503.t1	AT5G65070	32.308	195	101	7	1	167	1	192	3.66e-20	85.1
MS.gene72503.t1	AT1G77080	30.693	202	106	5	1	175	1	195	8.12e-19	81.3
MS.gene72503.t1	AT1G77080	33.146	178	102	5	1	175	1	164	7.45e-18	78.2
MS.gene72503.t1	AT5G65080	52.542	59	28	0	1	59	8	66	4.65e-16	73.6
MS.gene72503.t1	AT1G77980	44.595	74	41	0	1	74	1	74	5.25e-16	75.1
MS.gene72503.t1	AT1G77080	33.333	159	89	5	1	156	1	145	1.18e-15	71.2
MS.gene72503.t1	AT1G22130	42.667	75	43	0	1	75	1	75	1.85e-15	73.9
MS.gene72503.t1	AT1G72350	47.887	71	34	1	2	72	43	110	1.41e-14	70.1
MS.gene72503.t1	AT4G37435	37.168	113	66	3	1	111	1	110	5.20e-14	67.8
MS.gene72503.t1	AT1G77950	36.585	82	52	0	1	82	1	82	2.68e-13	67.0
MS.gene72503.t1	AT1G77950	36.585	82	52	0	1	82	1	82	2.68e-13	67.0
MS.gene72503.t1	AT1G77950	36.585	82	52	0	1	82	1	82	2.68e-13	67.0
MS.gene72503.t1	AT1G77950	36.585	82	52	0	1	82	1	82	2.68e-13	67.0
MS.gene72503.t1	AT2G34440	41.667	72	41	1	1	72	1	71	2.81e-13	65.5
MS.gene72503.t1	AT2G24840	42.254	71	40	1	1	71	62	131	2.89e-13	67.0
MS.gene72503.t1	AT2G03060	44.000	75	41	1	1	74	1	75	1.17e-12	65.9
MS.gene72503.t1	AT2G03060	44.000	75	41	1	1	74	1	75	1.17e-12	65.9
MS.gene72503.t1	AT2G03060	44.000	75	41	1	1	74	1	75	1.17e-12	65.9
MS.gene72503.t1	AT2G03060	44.000	75	41	1	1	74	1	75	1.35e-12	65.9
MS.gene72503.t1	AT1G01530	48.276	58	30	0	1	58	6	63	1.35e-12	64.7
MS.gene72503.t1	AT3G66656	46.552	58	31	0	1	58	1	58	1.82e-12	63.5
MS.gene72503.t1	AT1G18750	31.469	143	81	3	1	143	1	126	3.80e-12	64.7
MS.gene72503.t1	AT1G18750	41.333	75	43	1	1	74	1	75	6.12e-12	63.9
MS.gene72503.t1	AT1G18750	41.333	75	43	1	1	74	1	75	6.48e-12	63.9
MS.gene72503.t1	AT1G69540	39.189	74	45	0	1	74	1	74	1.62e-11	62.8
MS.gene72503.t1	AT4G36590	43.478	69	38	1	2	70	7	74	1.90e-11	61.6
MS.gene72503.t1	AT1G69540	39.189	74	45	0	1	74	1	74	2.25e-11	62.4

Find 48 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
TATTTGTTTGGAGGAGGATT+AGG	0.243362	4.1:+64162613	MS.gene72503:CDS
CGTGCTTCAGTTACAGCTTC+AGG	0.305131	4.1:-64159506	None:intergenic
GTGCTTTGCGATGCTGAAAT+TGG	0.317759	4.1:+64158949	MS.gene72503:CDS
TTGAAAAGAACCTCGAAATC+TGG	0.328582	4.1:+64162665	MS.gene72503:CDS
TAACCTTATCCCTCAAAGTT+TGG	0.340993	4.1:-64162869	None:intergenic
ATTATTGGCAGGTATTTGTT+TGG	0.358105	4.1:+64162601	MS.gene72503:intron
ATTTGTTTGGAGGAGGATTA+GGG	0.367328	4.1:+64162614	MS.gene72503:CDS
AAATAAGTATCTCCATGATT+TGG	0.377590	4.1:+64165974	MS.gene72503:CDS
AATCCAAACTTTGAGGGATA+AGG	0.388651	4.1:+64162866	MS.gene72503:CDS
TGGAGGAGGATTAGGGACTA+TGG	0.415641	4.1:+64162621	MS.gene72503:CDS
ATTTAAGGAGGGAACACTTA+AGG	0.425708	4.1:+64165947	MS.gene72503:intron
ATGAATATGTTACCAAATCA+TGG	0.430713	4.1:-64165986	None:intergenic
GGCAGGTATTTGTTTGGAGG+AGG	0.434879	4.1:+64162607	MS.gene72503:intron
TTCCCACTAATTATACAAGA+TGG	0.434963	4.1:+64166158	MS.gene72503:CDS
AAAGTCACTTGCCTGTGCAC+TGG	0.436750	4.1:-64158880	None:intergenic
AGAGATCGATACCTTGCAAA+AGG	0.454575	4.1:+64161964	MS.gene72503:CDS
ATCCCATCTTGTATAATTAG+TGG	0.454812	4.1:-64166161	None:intergenic
AAGTCACTTGCCTGTGCACT+GGG	0.471642	4.1:-64158879	None:intergenic
ATTGGCAGGTATTTGTTTGG+AGG	0.478009	4.1:+64162604	MS.gene72503:intron
ACTTTCTGTAAGCGCCGAGC+GGG	0.485647	4.1:+64158898	MS.gene72503:CDS
CACAAGAAATCCAAACTTTG+AGG	0.490472	4.1:+64162859	MS.gene72503:CDS
CTCTATGAACTCGCCACCAA+AGG	0.491747	4.1:+64159000	MS.gene72503:CDS
CTTCTCTATTAGCCCTTGCA+TGG	0.492434	4.1:-64159456	None:intergenic
CATTATACATCCAGATTTCG+AGG	0.493442	4.1:-64162675	None:intergenic
ATACCTTGCAAAAGGGTCTC+AGG	0.496187	4.1:+64161972	MS.gene72503:CDS
AACGAAGTATCAGTAGCAAA+TGG	0.506323	4.1:-64166137	None:intergenic
CCTTCTTCAAAAGCCCCGCT+CGG	0.520394	4.1:-64158912	None:intergenic
TCCCACTAATTATACAAGAT+GGG	0.527346	4.1:+64166159	MS.gene72503:CDS
TTCATAGAGCTTTCCATGAG+CGG	0.532053	4.1:-64158986	None:intergenic
AATCGACATGGCTCGCGGGA+AGG	0.534307	4.1:+64158834	None:intergenic
ACAAGAAATCCAAACTTTGA+GGG	0.536382	4.1:+64162860	MS.gene72503:CDS
GTATAATGTTCGCTCAATGA+AGG	0.550286	4.1:+64162690	MS.gene72503:CDS
TCTATGAACTCGCCACCAAA+GGG	0.554348	4.1:+64159001	MS.gene72503:CDS
TCCCATCTTGTATAATTAGT+GGG	0.555246	4.1:-64166160	None:intergenic
GGATTGAGAACCCAGTGCAC+AGG	0.556607	4.1:+64158869	MS.gene72503:CDS
ATGAAATGAAGAACCATGCA+AGG	0.564040	4.1:+64159443	MS.gene72503:intron
TCATATCTAGGATGCTAAAG+AGG	0.576504	4.1:+64161922	MS.gene72503:intron
GAGATCGATACCTTGCAAAA+GGG	0.585390	4.1:+64161965	MS.gene72503:CDS
AGGATTAGGGACTATGGCAA+TGG	0.589394	4.1:+64162627	MS.gene72503:CDS
AAAAGAGACATACCCTTTGG+TGG	0.593726	4.1:-64159013	None:intergenic
CTCGCGGGAAGGTTCAGCTA+AGG	0.601343	4.1:+64158845	MS.gene72503:CDS
GCGGGAAGGTTCAGCTAAGG+AGG	0.602356	4.1:+64158848	MS.gene72503:CDS
GATCTCTTGCTTGAGCACAT+TGG	0.611486	4.1:-64161948	None:intergenic
CTTTCTGTAAGCGCCGAGCG+GGG	0.616522	4.1:+64158899	MS.gene72503:CDS
TGAAATGAAGAACCATGCAA+GGG	0.639061	4.1:+64159444	MS.gene72503:intron
GACTTTCTGTAAGCGCCGAG+CGG	0.650769	4.1:+64158897	MS.gene72503:CDS
TAAGGAGGGAACACTTAAGG+CGG	0.674035	4.1:+64165950	MS.gene72503:intron
AAGTACTTGAAGTTCACACG+AGG	0.761674	4.1:+64159476	MS.gene72503:CDS

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr4.1	gene	64158841	64166196	64158841	ID=MS.gene72503
chr4.1	mRNA	64158841	64166196	64158841	ID=MS.gene72503.t1;Parent=MS.gene72503
chr4.1	exon	64158841	64159022	64158841	ID=MS.gene72503.t1.exon1;Parent=MS.gene72503.t1
chr4.1	CDS	64158841	64159022	64158841	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1
chr4.1	exon	64159454	64159535	64159454	ID=MS.gene72503.t1.exon2;Parent=MS.gene72503.t1
chr4.1	CDS	64159454	64159535	64159454	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1
chr4.1	exon	64161932	64161993	64161932	ID=MS.gene72503.t1.exon3;Parent=MS.gene72503.t1
chr4.1	CDS	64161932	64161993	64161932	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1
chr4.1	exon	64162612	64162711	64162612	ID=MS.gene72503.t1.exon4;Parent=MS.gene72503.t1
chr4.1	CDS	64162612	64162711	64162612	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1
chr4.1	exon	64162846	64162887	64162846	ID=MS.gene72503.t1.exon5;Parent=MS.gene72503.t1
chr4.1	CDS	64162846	64162887	64162846	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1
chr4.1	exon	64165954	64165995	64165954	ID=MS.gene72503.t1.exon6;Parent=MS.gene72503.t1
chr4.1	CDS	64165954	64165995	64165954	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1
chr4.1	exon	64166104	64166196	64166104	ID=MS.gene72503.t1.exon7;Parent=MS.gene72503.t1
chr4.1	CDS	64166104	64166196	64166104	ID=cds.MS.gene72503.t1;Parent=MS.gene72503.t1

Gene Sequence

>MS.gene72503

ATGGCTCGCGGGAAGGTTCAGCTAAGGAGGATTGAGAACCCAGTGCACAGGCAAGTGACTTTCTGTAAGCGCCGAGCGGGGCTTTTGAAGAAGGCTAAGGAGCTCTCTGTGCTTTGCGATGCTGAAATTGGTCTTGTCATTTTCTCCGCTCATGGAAAGCTCTATGAACTCGCCACCAAAGGGTATGTCTCTTTTTTCGATCAATAATACACTCAATGAAAAATGTTTCGATCATTTGCATAACCCTAAATGATGTAGTGTGTGTAACCGTGCACCGCAGAACTTTGCAATATATAGGATTCAAAATTGTTTGAATTATGTGCAACACTATACATGATTTGTATACATCCGTACATTGCTTAACTTTACATATAGCCAACGTAGCGGATGAAATCCAAACAAATATGTTTGGATTTCCAATAACACTATGTGCACTGTAGAGTTTTAGAGTGCATATAGTGCAGACTTCAAAGATCTATAGTGGATCCTCTGTAACCCGTACTCAATGCATTTAGAGCTCTACATTGTAGGGATCTATAGCCCATCAAGTTTATTTTGGTCACTGAAGTTTGACTTGTCAAGTTCATTGTTTTTGTTTATACATGAAATGAAGAACCATGCAAGGGCTAATAGAGAAGTACTTGAAGTTCACACGAGGAACTCAACCTGAAGCTGTAACTGAAGCACGTCCTCTTGTTTCGGTATGTTTCTCCAGCTAGCTATATGTTAAACGATATTATAATATGAATGTTAGTTGTAGAAGCAAAATGGAAAAAATGTATATGCTTACTATATTATATATGTAAATTAAAAGAGTAGTGATAGTGGTATTGGATGCTCTAATTGGTGCATTATCATCACTGAATAATATAATAATATAGTGATAGTGTTGATATATATATATACCCGGTCAAATATAGAAATCAAGGTATGTTTTGTTCTCTTTTTGTCTTGTTTTGACACATGTAGGACTTGATTCTATGAGATAAATTATGTCGGGTTTTGACACATGTAGGAGATCATATTAACGTCACATCTATTGCATTAGTAACTCATATAATATCAATTAATTCCACTGCTTTGTTGTTACTCCTTAGCCAACCTTGTGCTTAATGCTTAGACAACTTGATATTAATAAATTCATTTTGCTTATTCAAAAGACAATGTTTTGGGTTGGAGTATCTATTTTATTTTTATTGACAAATTTTTTAGATAAGCGAGATAGTTTATAAGTAATTAAAGAGTGCAAGAGATACTCTAATCTATTTACAAAACAACAAATTTAGACACTTACTTGCAGCGAATTAGTGATACAATAAAAGGGATTTAAGAGCTAATCAGAAAATATCCCTTATTCCTACCCTCTTCACAATATCCCTTATTGATATATTTTTACTTCATCCGTTTATTTTTAAATGTTGTTTGACTATATTATTTTTTTAATTTATTTAACTTTCCTTTTGATAATTTAAGCGTGCGATTTTTTAATTATACCCTTTCATATTACTCAAACAATTTTTTTTTTTGTTACATGTAAATATAAACTTTCATGAAACTAAATTCGGTTCTCTATAATAGTGGTTTCATGATATGATAAAGAAAAACTCCAAAAATCCACTTCATTAGTGGAGAGTACTATTCTAAAATGAAACTTAAAAAAATCGAAAAGAGTATTATTATTTTTTTAAAAAATTCTTTGATACCGAAAGCTTGTTGTATAAATGAATTCAAAATTTAAATTTAATTTAAAAGAATTGAATATATATATATATATAAAATTATGTCCACAATTATTTATAATATGTTCTTAATATATGTGACATCAAATGATAGGATATTGTATTAAGCGAAACTCAAAAGTAATGACACCTTAATCAAGGTAGCAAATACTTATGAAATGCTTACAATTTTAAGTAAAAGAGGAGTGTTATGAACATCCTTTTTCTAACATCTTCTCTAACATTTACTCTCTTATTGTGTGAAATTCATGTGGATATCATCCTCTAAAAATGGATCGTATATAGAGTGGTGAGACCCACGTGAGTTTCATCTAACAGAAGAATGAGTGTTAGAGAGTGTGCTAGAAAGAGTGTGTTCGTGACATTTTTTTATTTAAAAAAATCAGGACGAGGGAATGACACTTAAATTAAGGTAGCAAATACTTAAGAATGAAAATTCATTTACTTCTGTTGGAGACTAGAAGACTCAAACGTGCAACATGTGAAATCTAAAACCTCTTATACTTCACTAGGCCAACTCTTCTAAGTTACATACAATAGTAGTATCTATTTATGAAAGAATGATTTGTCAATTAATACTACAGAATCAATTAAAATAATTCTTTTGAAGTATTACTGCTAGAACAAAAAAAAAAAAAATGGAAATTGCGGTACATATGCACATTGTTACATTTTTCATGTATGATTTTAAATTGTTGTTGCGGTTGCCGATGTTTATTTTTTGCAACCGCAAAATTTTATTGAAACACTTGTGCTAGAACAGAAGATAGGCCCCGTAACAAGCCCTAGATTTTCTTGTAACACACATTGCGACTTAAAATAATTTAAATTTTTTACAAATTATTATATAAAGTGGCAACACCGTGCTACCATAAAATTTACTGACCATACTAGAGTGCAAATTTTCTCTATAAATCATTGTTGAAAGATGCTTAAAATACACCGTTGAGAGATTGCTAAAAGTAAGAATTTTCATTAGATCGAAAGGAGATTGAGATTTGGGTTCTGAAAATTTTATTTTTGGTGAGCTGATTTTGAACTAACGAGACTAAATTCGTCTGATGCGGTCTTAATACGGTAACAATGCAGCCGTACACGTGATTGAAGATCAAACCGCAATTGCAGTGTGATGTCGTTGCAATGGCTACCACAGTTTGAAAGCATTTTTACATGCCAATTTTTTGTTGTTGTACACATGTACTTGATGATTGAACAACTCAAACATGCAATTTACATGTTCTAATATCAATATAATTAATTGATTATTTACGATTCTATAGTGTTGTCTGATGATATTATTTTTGGCACAATATCTATTCTACTAAGTTTGTTTTTTGCATGTTCATATCTAGGATGCTAAAGAGGAAACCAATGTGCTCAAGCAAGAGATCGATACCTTGCAAAAGGGTCTCAGGTACGTACATTTGACTCTCGAGAAAATATAAACCAAAATATTGAAAAGTCATCGATAATGTTGTCATTACAAGAATAACATGCCTAATTTAAATTTCTCCATCCATTTAATTTGAATCAATTTTTTTTTCATCCATTAAAGAGTTTTTTTTCTTTCAAGGAATCATTAAAGAGTTTAAATGTTTCCTAGTGCATGATGTTTATATATACTAGCAGAAATACAAAGACTAACGTTTTCATCTATCTGTTTTCTTATTGCGCTTGATTGTATATCTATTTTATTACATCGCGCTTGATTGTATATCTATTTTATTACATTAGATTATTATTTTTTTGGCAAACAAGATCAATTAAAACTCTTTTTTTGTTTTGTTTCCAATGTCGTTGTTCCCATTGTATTTAATCATATTCATATTATAATGAAAAGTAACTGATTTTATTTTCTTGTAAAATAATTTAATTATAATATTATAAAATGGATAAAATTGTAAATAAAATAGTTTAAATTATTGCTATAATGAAAACTATGTACTTTTACAAATAACTATATTAATGAAAGTATAAATATACTTTCTTTGTAAGCCAAAGAATTAAGAAAATTAAACGGTATTATTGGCAGGTATTTGTTTGGAGGAGGATTAGGGACTATGGCAATGGATGAGTTGCAAGTTCTTGAAAAGAACCTCGAAATCTGGATGTATAATGTTCGCTCAATGAAGGTATCAACCAACAAACTTTTTTCTCTCTCTTAATTAGTGGGTTTAATATCTTTTGTACTTATTTTCATTTGAGTAAAATTATGTTTTGCTGTTTAAAAAAAGAGATTTAATGTGCCTTATACTTTGAACTACAGATGAACATTATGTCACAAGAAATCCAAACTTTGAGGGATAAGGTTAGCATAAACTTATTCAGCTTTTATTTATTTAGCTATTTGCTCGGGCAAGGTCACAACCGTACCCACCCGCTTGAAAATATGATACCAACCGAACCGGAAAAGCGTCACAAAGTGGTAAATTTGAAAGGCAAAGGCTCACGCAAAAAAAAAATGTAGTGACACCATTCCATATTTTCTTCTTTGCATATTCAAGGATAACAAAACAATTTCTCCAACTTCCAAGTCTATTTTCCACCACATCAATAACCGAATTCAAAGTTTAGGACAACCTTGAAAGGAAAGAATCCCAAAATACACGAAGGAAAGGAACCCAATTTACATTTAAGAAATGTTGAGGTTGAGTCCATAAGTGAATACTCCATCTATTAACTTACTCTTGGAGAAGTTAAATTTAAATCCGGAAACCAAGTGGAACAATCTAAGAATAGCATTCATACACCAAATATTCTCCACACAAGCCTCACCAAATAAGAGTGTATCATCAACATATTGAATATGGGAAACTACATGCTTAAAATTTCCCACCTTGAAACCTTTGAAGTAGCCATAGAAATCTCCTTCGTCATGACCACCCATAATCCTTCAAAAACAAAAAGAAAAAGGAACAGAGCCAAAAGGGTCTCCTTGCTTGAGACCTTATGGAATTGAGATTTGATTCGTAAGAAATTCACTCACAACTACAAAAAGGCTTCCCACAAACACATAAGCCTTCATCCATCCTCCCCATTTTTCACAAAATCCAGATCTCTTCAACATATAAGTAAGGAACTTCCAACTAACCGAGTTGTATGCCTTTTCACTTTGCAAAGTCCACCACCTCATTCACCACTAATTTTCCATCTTGAAGCCTCCCTTTAATGAAAGCCAATTGGTTTGGTGAAAAAATGGAGTCCATCACCAAGCATATATAACCATTTTACTAGAACCTTAGCCACCACCTTATACATGCTTCCAAGAAGGTATATTGGGTAGAGTTCAGGAAGAGAGTAAGCATCTAGGATCTTTGGAATAAGGGTGATGAAAAAAGCTTTTGACTTCCTTCTGGTTTAGATTCCAAAACGATTTGAAGAATTCAAAGTTGAAGCCAAGCGTTTCAAAAATTTCTTCCTTTTGAAAGGTTGATCTGAGTTTAAAGTTTTGACTCCCACTCACCAAAGCAAACTCCAACATTTATTTCAACCTATCCCAGCTAACATTAGATAAAAGTTTAGAGTAATATATGGATGGTTTAGCCTAGAAAAAACACTTGCCTGACTCTATTAAATTAGCAAATAAAGTGAAAATATAAGGTGTGATGAAGATGACTAATTACAACTATACAAACACTACATACTAAATAACTGACGAAAACCACAGTGTAGAAATATTCGATCCATTATTAGTTTCTAAGAGAGAGTGTAAAATTTATGCCTCAACGTGGGAGTTTAAGAGAGAAGGGGTGTCTTTGTGAAATAGAAGAAAAAATTTCCTAGATAGAATTAAATTTTTTTATTTTCCTTCATAATGTAAAATCCCCCTAGTATGGGAGAACTGGAAAAATAATTGAGAGTTTAAATGAATTATACGTACAAATCCTTTATTGTTATAATACTTAAAAATTAAAGATATGTTAATCATAAACACTCACCATTCATTTAAAATAAAAATACTTTCAAATAAAGTAAAATACCTCTCTTAATTTGTATCTTCTCCCTTCCTCTCGCCAATCCTCCAAACTCTCAAACGTACCATATAGAAAATACGACAATTAAAATATACGTGATTGCAGTCATTTATAAAAATAAGGAGGAGCTAAACAGTGAAATATATTTTTAAGACATGGTCTTCCAAAAACCTGTTAAAGAAAAGGTAGCATTGGAATGTAGCAAATGATATATATTTTAATATAATTAAGAGCTAAAATTATAAGGGATTTCACTCTTTGGGTTAAGAGCTAAAATACTATGAAATTAGTATATTAGGCCAAGATCAACATTATAAGTGGACATAACTTCTTGACTAAAAACCTTAATATATTGGTTATATCAATTCCATCGGTTATATGTTATTAAATTATTTCTTTTCTATTTAATGTAAAACTTTCTGACACTTACACTCAAACAAATGAATCTACTAGACATTTGAGAAATGTTGATAGAAGAATTTTTAAACCTTATGTGTATTCCTTAACATCTTTGGTCCAACCATCCCAAACTTTTGATACATTTGCTCATCTTTTTTTCCTGGTTATGGTGAGTAAAGAAGGAAAAATAAAAATAGTGGAAAACTACATTCTAGATAAAGACATCATTTTCTAGTAAAAAAAAGTAAATACATCCCTTTGGGAATCCACCAACATAGAAGCTCCTAATAAGATAGGACATACATCAAGCAAAACAAAAGGGTCGACGATGTTAAAGAGTTTCAGTTTGGATCATACATGACTTAAAATCATGTTTGTAAGTGGTTTGTATTCCTTACTTTACAGGTTGATTTTGTAAGAGTTGTGTTAAACCGAACCCAAATTTAAAAATGACATCAAAGGTTATTGAAGTTCTATTATACCGCATGATATAATGTCATTGCTATCAGACCACTCAAGTCTCACTTGAGATGCTTAGTCTTGGGAGTAATAAGATGAGTGTGCTGAGATTTTTTTCATTAAATGAGATATAACTTGAAAATAAGATTAATAGTGGTGGATAATCCTCAACTTGCAAACCAATTTTGTAAGACCGTGTTAACAAATGCTATATATGATTCCTTCAAAAAAAAAATGATACATATGATTTTTTTTTCAATAACAATAATATATAAAAGAGGAAATATGGAATAAAAGGGTTACCAATGTTCATTACAAATAAGTCAAAATCTAACACAAAGGGACACCACTGAAAAGACAAGGCAACAACAAAAATACAATGAAAAATTTGTGGTAATAAAAGAAACAAGTATTCTGAGTTACAAAGAGAACATCAACACATAAAATGCACCCCTAATACAAATGTGTTATTCTATTCTTATTTTTCTTCTTCTATATTTTAATTTATTTACTAAGTAAACTTTTCATCTTTTGTATTTAAGGAGGGAACACTTAAGGCGGCAAATAAGTATCTCCATGATTTGGTAACATATTCATTTCAATTGATTAACTATGCATTTCTTTGAGAAAACATAGTTTAGTTAAAACTTTAAAAGAAAAGATATTCTAATTCATGTCATTTTATTTTACAGGTGTTGGAGAATACTACTGTCACTAACTTTGTTCCATTTGCTACTGATACTTCGTTCCCACTAATTATACAAGATGGGATTTTTCAACTCTAG

Protein sequence

>MS.gene72503.t1

MARGKVQLRRIENPVHRQVTFCKRRAGLLKKAKELSVLCDAEIGLVIFSAHGKLYELATKGTMQGLIEKYLKFTRGTQPEAVTEARPLDAKEETNVLKQEIDTLQKGLRYLFGGGLGTMAMDELQVLEKNLEIWMYNVRSMKMNIMSQEIQTLRDKEGTLKAANKYLHDLVLENTTVTNFVPFATDTSFPLIIQDGIFQL