AlfalfaGEDB | MS.gene65433

M. sativa cultivar XinJiangDaYe / MS.gene65433

KEGG: K09285
GO: GO:0003674 GO:0003676 GO:0003677 GO:0003700 GO:0005488 GO:0006355 GO:0008150 GO:0009889 GO:0010468 GO:0010556 GO:0019219 GO:0019222 GO:0031323 GO:0031326 GO:0050789 GO:0050794 GO:0051171 GO:0051252 GO:0060255 GO:0065007 GO:0080090 GO:0097159 GO:0140110 GO:1901363 GO:1903506 GO:2000112 GO:2001141
PFAM: PF00847.23

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene65433.t1	XP_024638330.1	91.3	312	24	2	1	311	1	310	1.10E-142	516.2

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene65433.t1	Q94AN4	64.9	291	85	4	29	311	46	327	2.0e-95	350.5

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene65433.t1	A0A396HYJ4	91.3	312	24	2	1	311	1	310	8.2e-143	516.2

TFs/TRs:

Gene ID	Type	Classification
MS.gene65433.t1	TF	AP2/ERF-AP2

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049807	MS.gene65433	0.812729	3.66E-51	-1.69E-46
MS.gene050838	MS.gene65433	0.801829	7.48E-49	-1.69E-46
MS.gene051885	MS.gene65433	0.822813	1.94E-53	-1.69E-46
MS.gene052335	MS.gene65433	0.803118	4.06E-49	-1.69E-46
MS.gene052732	MS.gene65433	0.824876	6.36E-54	-1.69E-46
MS.gene053143	MS.gene65433	0.870023	2.00E-66	-1.69E-46
MS.gene053144	MS.gene65433	0.838415	2.92E-57	-1.69E-46
MS.gene053171	MS.gene65433	0.941606	3.11E-101	-1.69E-46
MS.gene053581	MS.gene65433	0.834591	2.74E-56	-1.69E-46
MS.gene054554	MS.gene65433	0.961564	7.54E-120	-1.69E-46
MS.gene054584	MS.gene65433	0.840192	1.01E-57	-1.69E-46
MS.gene054585	MS.gene65433	0.829381	5.31E-55	-1.69E-46
MS.gene055331	MS.gene65433	0.809551	1.79E-50	-1.69E-46
MS.gene055469	MS.gene65433	0.802541	5.34E-49	-1.69E-46
MS.gene055537	MS.gene65433	0.827141	1.84E-54	-1.69E-46
MS.gene056797	MS.gene65433	0.806858	6.71E-50	-1.69E-46
MS.gene058492	MS.gene65433	0.826083	3.29E-54	-1.69E-46
MS.gene058649	MS.gene65433	0.820116	8.13E-53	-1.69E-46
MS.gene05870	MS.gene65433	0.810022	1.42E-50	-1.69E-46
MS.gene061100	MS.gene65433	0.815733	7.95E-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.gene65433.t1	MTR_4g007770	94.025	318	13	3	1	317	1	313	0.0	606
MS.gene65433.t1	MTR_4g130270	59.331	359	100	6	1	322	1	350	6.39e-137	392
MS.gene65433.t1	MTR_2g460730	57.303	356	98	8	1	314	1	344	7.42e-120	349
MS.gene65433.t1	MTR_8g044070	55.894	263	86	4	26	288	43	275	2.62e-95	289
MS.gene65433.t1	MTR_7g009410	66.990	206	60	3	22	224	46	246	2.85e-94	285
MS.gene65433.t1	MTR_6g011490	75.595	168	38	1	42	209	65	229	2.06e-91	277
MS.gene65433.t1	MTR_4g127930	72.781	169	46	0	37	205	158	326	7.20e-90	278
MS.gene65433.t1	MTR_8g044040	74.444	180	43	1	33	212	51	227	2.85e-89	272
MS.gene65433.t1	MTR_8g468920	76.271	177	39	1	37	213	68	241	1.34e-88	271
MS.gene65433.t1	MTR_4g065370	62.755	196	70	1	13	205	135	330	5.34e-86	269
MS.gene65433.t1	MTR_2g098180	63.731	193	68	1	13	205	144	334	1.48e-85	267
MS.gene65433.t1	MTR_7g080460	68.889	180	53	1	29	205	247	426	2.17e-85	271
MS.gene65433.t1	MTR_5g015070	62.312	199	70	1	12	205	218	416	6.11e-84	263
MS.gene65433.t1	MTR_1g017400	69.231	169	49	1	37	205	311	476	1.03e-79	255
MS.gene65433.t1	MTR_8g020510	65.385	182	57	2	27	205	234	412	2.35e-79	252
MS.gene65433.t1	MTR_4g097520	67.039	179	54	2	27	205	301	474	1.47e-78	252
MS.gene65433.t1	MTR_8g068510	65.169	178	59	1	28	205	121	295	2.54e-78	244
MS.gene65433.t1	MTR_3g103460	66.480	179	55	2	27	205	301	474	4.37e-78	251
MS.gene65433.t1	MTR_5g031880	69.822	169	48	1	37	205	223	388	3.06e-70	227
MS.gene65433.t1	MTR_7g100590	49.282	209	81	6	42	250	140	323	2.39e-46	163
MS.gene65433.t1	MTR_7g091390	59.060	149	53	2	21	169	40	180	2.68e-46	162
MS.gene65433.t1	MTR_4g094868	49.038	208	84	5	42	248	177	363	6.75e-46	163
MS.gene65433.t1	MTR_4g094868	48.558	208	84	5	42	248	177	362	6.48e-45	160
MS.gene65433.t1	MTR_2g093060	48.039	204	82	5	42	245	135	314	2.82e-44	157
MS.gene65433.t1	MTR_2g093060	48.039	204	82	5	42	245	135	314	2.87e-44	157
MS.gene65433.t1	MTR_5g016810	49.741	193	78	4	42	234	153	326	3.63e-44	158
MS.gene65433.t1	MTR_4g061200	47.087	206	85	5	42	247	132	313	2.49e-43	154
MS.gene65433.t1	MTR_4g061200	47.087	206	85	5	42	247	132	313	6.27e-43	154
MS.gene65433.t1	MTR_5g016810	47.739	199	79	5	42	234	153	332	2.17e-41	150
MS.gene65433.t1	MTR_4g094868	47.059	187	86	3	63	248	32	206	1.29e-37	137
MS.gene65433.t1	MTR_2g093060	44.608	204	74	6	42	245	135	299	4.61e-35	132
MS.gene65433.t1	MTR_4g061200	43.689	206	77	6	42	247	132	298	5.26e-34	128
MS.gene65433.t1	MTR_7g061190	51.724	145	68	2	73	217	3	145	1.18e-33	121
MS.gene65433.t1	MTR_4g061200	43.689	206	77	6	42	247	132	298	1.25e-33	129
MS.gene65433.t1	MTR_7g091390	62.105	95	31	1	75	169	3	92	2.31e-24	101
MS.gene65433.t1	MTR_1g049140	46.512	129	58	3	32	160	128	245	1.68e-19	86.7
MS.gene65433.t1	MTR_1g049140	41.104	163	83	5	32	193	128	278	1.82e-19	88.6
MS.gene65433.t1	MTR_1g049140	41.104	163	83	5	32	193	128	278	5.51e-19	86.7
MS.gene65433.t1	MTR_3g090510	47.222	108	56	1	79	186	163	269	7.15e-19	87.0
MS.gene65433.t1	MTR_7g060560	42.391	92	51	2	95	186	172	261	6.67e-16	78.2
MS.gene65433.t1	MTR_1g070045	31.967	122	74	3	33	153	57	170	7.23e-11	60.5

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene65433.t1	AT1G16060	61.491	322	97	5	3	311	20	327	3.24e-113	332
MS.gene65433.t1	AT1G79700	66.438	292	68	7	24	314	35	297	1.54e-110	324
MS.gene65433.t1	AT1G79700	63.014	292	68	8	24	314	35	287	4.89e-99	294
MS.gene65433.t1	AT3G54320	73.737	198	43	2	24	212	39	236	1.74e-91	279
MS.gene65433.t1	AT3G54320	73.737	198	43	2	24	212	39	236	2.48e-91	279
MS.gene65433.t1	AT5G57390	67.553	188	50	1	37	213	81	268	2.56e-89	274
MS.gene65433.t1	AT5G57390	67.553	188	50	1	37	213	199	386	1.61e-88	276
MS.gene65433.t1	AT1G51190	60.294	204	81	0	2	205	151	354	7.90e-86	269
MS.gene65433.t1	AT1G72570	67.033	182	57	1	27	205	206	387	8.60e-86	264
MS.gene65433.t1	AT5G17430	71.006	169	49	0	37	205	144	312	2.46e-84	264
MS.gene65433.t1	AT5G17430	71.006	169	49	0	37	205	206	374	5.18e-84	265
MS.gene65433.t1	AT3G20840	61.224	196	73	1	13	205	150	345	1.17e-83	263
MS.gene65433.t1	AT4G37750	68.715	179	54	1	27	205	271	447	2.37e-82	259
MS.gene65433.t1	AT5G65510	71.006	169	49	0	37	205	169	337	6.66e-76	239
MS.gene65433.t1	AT5G65510	71.006	169	49	0	37	205	227	395	9.34e-76	241
MS.gene65433.t1	AT5G65510	71.006	169	49	0	37	205	227	395	9.34e-76	241
MS.gene65433.t1	AT1G16060	59.921	252	74	5	73	311	20	257	3.66e-75	232
MS.gene65433.t1	AT1G79700	62.656	241	60	7	75	314	10	221	8.39e-75	230
MS.gene65433.t1	AT5G10510	69.231	169	52	0	37	205	226	394	1.46e-73	236
MS.gene65433.t1	AT5G10510	69.231	169	52	0	37	205	226	394	1.46e-73	236
MS.gene65433.t1	AT5G10510	69.231	169	52	0	37	205	249	417	2.82e-73	236
MS.gene65433.t1	AT5G10510	69.231	169	52	0	37	205	264	432	3.95e-73	236
MS.gene65433.t1	AT5G10510	69.231	169	52	0	37	205	264	432	3.95e-73	236
MS.gene65433.t1	AT1G79700	61.925	239	61	7	77	314	6	215	8.47e-73	225
MS.gene65433.t1	AT5G10510	67.456	169	52	1	37	205	226	391	4.55e-69	225
MS.gene65433.t1	AT5G65510	70.504	139	41	0	37	175	169	307	3.07e-68	216
MS.gene65433.t1	AT5G10510	60.317	189	55	1	37	205	264	452	6.22e-66	218
MS.gene65433.t1	AT3G54320	79.710	138	28	0	75	212	33	170	1.71e-65	211
MS.gene65433.t1	AT3G54320	79.710	138	28	0	75	212	33	170	1.71e-65	211
MS.gene65433.t1	AT1G16060	56.522	207	63	5	118	311	1	193	3.96e-57	184
MS.gene65433.t1	AT1G16060	56.522	207	63	5	118	311	1	193	3.96e-57	184
MS.gene65433.t1	AT1G16060	56.522	207	63	5	118	311	1	193	3.96e-57	184
MS.gene65433.t1	AT1G16060	56.522	207	63	5	118	311	1	193	3.96e-57	184
MS.gene65433.t1	AT2G41710	51.596	188	82	2	21	208	50	228	9.06e-51	174
MS.gene65433.t1	AT2G41710	51.596	188	82	2	21	208	50	228	1.01e-50	174
MS.gene65433.t1	AT2G41710	50.259	193	82	3	21	208	50	233	2.84e-48	167
MS.gene65433.t1	AT2G28550	43.210	243	111	5	42	282	154	371	1.55e-46	164
MS.gene65433.t1	AT4G36920	47.115	208	87	5	42	237	132	328	4.13e-44	156
MS.gene65433.t1	AT4G36920	47.115	208	87	5	42	237	132	328	4.13e-44	156
MS.gene65433.t1	AT2G41710	43.498	223	82	3	21	208	50	263	9.44e-44	156
MS.gene65433.t1	AT3G54320	83.158	95	16	0	118	212	1	95	6.90e-43	150
MS.gene65433.t1	AT5G67180	48.936	188	76	4	27	205	73	249	1.73e-42	149
MS.gene65433.t1	AT5G67180	48.936	188	76	4	27	205	73	249	2.45e-42	148
MS.gene65433.t1	AT5G67180	52.439	164	67	3	42	205	97	249	5.36e-42	149
MS.gene65433.t1	AT2G28550	40.329	243	103	6	42	282	154	356	2.92e-37	139
MS.gene65433.t1	AT2G28550	52.857	140	55	3	42	181	154	282	1.42e-35	132
MS.gene65433.t1	AT1G16060	48.824	170	84	2	143	311	4	171	4.40e-35	126
MS.gene65433.t1	AT5G67180	47.239	163	66	4	31	184	77	228	4.73e-33	123
MS.gene65433.t1	AT2G28550	53.175	126	48	3	42	167	154	268	8.93e-30	114
MS.gene65433.t1	AT2G28550	53.175	126	48	3	42	167	154	268	8.93e-30	114
MS.gene65433.t1	AT2G28550	38.095	210	98	4	75	282	11	190	1.32e-27	109
MS.gene65433.t1	AT5G60120	42.515	167	70	4	32	198	151	291	1.97e-25	106
MS.gene65433.t1	AT5G60120	42.515	167	70	4	32	198	151	291	2.30e-25	106
MS.gene65433.t1	AT5G60120	42.515	167	70	4	32	198	151	291	2.61e-25	105
MS.gene65433.t1	AT5G60120	42.515	167	70	4	32	198	151	291	2.61e-25	105
MS.gene65433.t1	AT5G60120	42.515	167	70	4	32	198	151	291	2.61e-25	105
MS.gene65433.t1	AT5G60120	42.515	167	70	4	32	198	151	291	3.63e-25	105
MS.gene65433.t1	AT2G39250	47.115	104	45	2	42	145	109	202	2.13e-24	99.8
MS.gene65433.t1	AT2G39250	47.115	104	45	2	42	145	109	202	6.50e-24	100
MS.gene65433.t1	AT3G54990	48.598	107	45	2	42	148	123	219	1.20e-19	87.0
MS.gene65433.t1	AT3G54990	48.598	107	45	2	42	148	123	219	5.35e-19	86.7

Find 77 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
TCTAACATGTCTTCGAATTT+TGG	0.115041	4.3:+87719935	None:intergenic
CTTTGTGGAGGTGAGTTTCT+TGG	0.219994	4.3:+87726114	None:intergenic
TATTTATACCTTGGAACTTA+TGG	0.227175	4.3:-87722892	MS.gene65433:intron
CACAAAGAAGCTCAGTTTAT+AGG	0.267290	4.3:-87726098	MS.gene65433:CDS
TCGTCGTTGTCTTGTGGTTT+AGG	0.271322	4.3:+87720067	None:intergenic
AATGATGATGACAACATATT+TGG	0.301779	4.3:-87719785	MS.gene65433:intron
AAAATTGTTTGAATATCTTC+TGG	0.307325	4.3:+87719839	None:intergenic
ACAAAGAAGCTCAGTTTATA+GGG	0.307352	4.3:-87726097	MS.gene65433:CDS
TTAATAACTAAACCTTCTTA+AGG	0.317560	4.3:+87725102	None:intergenic
GCTCGAATTGGCAGGGTCTT+CGG	0.404820	4.3:-87722922	MS.gene65433:CDS
ATTTGTGGGATAAGAATTGC+TGG	0.413847	4.3:-87725944	MS.gene65433:CDS
GGCAACAAATATTTATACCT+TGG	0.417814	4.3:-87722901	MS.gene65433:CDS
ACTTGGCAGCATTGAAGTAC+TGG	0.425678	4.3:-87725390	MS.gene65433:CDS
CTTCAATGCTGCCAAGTCAT+AGG	0.425738	4.3:+87725396	None:intergenic
CTATAAACTGAGCTTCTTTG+TGG	0.430666	4.3:+87726099	None:intergenic
AATATATTGGATCCTTAAGA+AGG	0.444800	4.3:-87725114	MS.gene65433:intron
GATGGGAAGCTCGAATTGGC+AGG	0.455003	4.3:-87722930	MS.gene65433:CDS
CAGTCAAAAGAAGAATATAT+TGG	0.457176	4.3:-87725127	MS.gene65433:CDS
GTCGATATGAAGCTCATTTG+TGG	0.458701	4.3:-87725959	MS.gene65433:CDS
CTCGACCATGGTCAACGCTC+TGG	0.467177	4.3:+87714749	None:intergenic
CGTGGAATGGTTGATTTGAC+AGG	0.483312	4.3:+87719872	None:intergenic
AATGAATCACAAAGCAAGAA+AGG	0.484111	4.3:-87725921	MS.gene65433:CDS
TTTCACCGCGGTGGTGGAAG+AGG	0.486245	4.3:+87726155	None:intergenic
ATTATCAAGAGGAGCTCAAA+GGG	0.490116	4.3:-87725159	MS.gene65433:CDS
TCGATATGAAGCTCATTTGT+GGG	0.492355	4.3:-87725958	MS.gene65433:CDS
GGAAGATGGGAAGCTCGAAT+TGG	0.493895	4.3:-87722934	MS.gene65433:CDS
GACACCACCACAATGGAAGA+TGG	0.496318	4.3:-87722948	MS.gene65433:CDS
CTTGGCAGCATTGAAGTACT+GGG	0.500070	4.3:-87725389	MS.gene65433:CDS
TGCTAGCAATAATCAAGAGC+TGG	0.512163	4.3:-87720023	MS.gene65433:CDS
CTGGATCTTAATCAAGAACT+TGG	0.515101	4.3:-87720004	MS.gene65433:CDS
TGCAGCACGTGCCTATGACT+TGG	0.516501	4.3:-87725407	MS.gene65433:CDS
TTTACGTTTCACCGCGGTGG+TGG	0.525503	4.3:+87726149	None:intergenic
ATGGCAGCAATAGAGTATAG+AGG	0.527216	4.3:-87720142	MS.gene65433:CDS
GAAAATTGAGAATTGTGTCT+TGG	0.528761	4.3:+87725365	None:intergenic
GTTAGAAAATTCATCGTCAT+CGG	0.529129	4.3:-87719918	MS.gene65433:CDS
TTACTATCGTCGTTGTCTTG+TGG	0.533843	4.3:+87720061	None:intergenic
AATATTGTTATAGACATCGT+TGG	0.541172	4.3:-87725986	MS.gene65433:intron
ATAAGATCAGTCGAAGATGC+TGG	0.558029	4.3:+87719968	None:intergenic
TGGAAATGTCCGACGTGGAA+TGG	0.559065	4.3:+87719859	None:intergenic
TGACACAGAGCTTCTCTACA+AGG	0.563155	4.3:-87714773	MS.gene65433:intron
ATGGTTGATTTGACAGGCGG+TGG	0.564133	4.3:+87719878	None:intergenic
GATCTTAATCAAGAACTTGG+TGG	0.566882	4.3:-87720001	MS.gene65433:CDS
TGTTATAGACATCGTTGGAC+CGG	0.567027	4.3:-87725981	MS.gene65433:intron
CAAATGAGCTTCATATCGAC+CGG	0.573235	4.3:+87725962	None:intergenic
TCAAGAGGAGCTCAAAGGGA+TGG	0.574531	4.3:-87725155	MS.gene65433:CDS
GAGGAGCTCAAAGGGATGGA+AGG	0.577439	4.3:-87725151	MS.gene65433:CDS
CTTCCCATCTTCCATTGTGG+TGG	0.578979	4.3:+87722944	None:intergenic
ACACCACCACAATGGAAGAT+GGG	0.584570	4.3:-87722947	MS.gene65433:CDS
AATTATCAAGAGGAGCTCAA+AGG	0.585976	4.3:-87725160	MS.gene65433:CDS
TGCTGCCATGTCATAAGCTG+TGG	0.586967	4.3:+87720156	None:intergenic
TTAGGTATCAAATTATCAAG+AGG	0.587787	4.3:-87725170	MS.gene65433:intron
GAGCTTCCCATCTTCCATTG+TGG	0.592861	4.3:+87722941	None:intergenic
CAGTTTATAGGGGTGTCACA+AGG	0.604860	4.3:-87726086	MS.gene65433:intron
ACGTTTACGTTTCACCGCGG+TGG	0.605690	4.3:+87726146	None:intergenic
TGGAAGTACCATAAGTTCCA+AGG	0.606508	4.3:+87722884	None:intergenic
TGGCAGCAATAGAGTATAGA+GGG	0.606682	4.3:-87720141	MS.gene65433:CDS
CAAAGCAAGAAAGGAAGACA+AGG	0.607141	4.3:-87725912	MS.gene65433:intron
CTTAATCAAGAACTTGGTGG+TGG	0.608278	4.3:-87719998	MS.gene65433:CDS
TAAACTGAGCTTCTTTGTGG+AGG	0.608474	4.3:+87726102	None:intergenic
ATCAGTCGAAGATGCTGGTG+TGG	0.611842	4.3:+87719973	None:intergenic
ACTAAGATCAAAGTTTGTAA+CGG	0.614633	4.3:+87720111	None:intergenic
CAAAATACAGAGGTGTAGCA+AGG	0.618939	4.3:-87724836	MS.gene65433:intron
ATTGGATATGCAGTATACCT+AGG	0.620057	4.3:-87725745	MS.gene65433:intron
ATGGTCAATGCTCTCGACCA+TGG	0.628729	4.3:+87714737	None:intergenic
CAAAGAAGCTCAGTTTATAG+GGG	0.637455	4.3:-87726096	MS.gene65433:CDS
TTCTTCCTCTTCCACCACCG+CGG	0.640893	4.3:-87726160	MS.gene65433:CDS
ATGGGAAGCTCGAATTGGCA+GGG	0.643491	4.3:-87722929	MS.gene65433:CDS
AGCAGCCACAGCTTATGACA+TGG	0.655956	4.3:-87720161	MS.gene65433:CDS
ATGTTTAGACACCACCACAA+TGG	0.660446	4.3:-87722955	MS.gene65433:intron
AAGGTCCAGAGCGTTGACCA+TGG	0.670531	4.3:-87714754	MS.gene65433:CDS
GGAATGGTTGATTTGACAGG+CGG	0.690559	4.3:+87719875	None:intergenic
TCTTCTGGAAATGTCCGACG+TGG	0.691543	4.3:+87719854	None:intergenic
AGAGGAGTCTCAAAATACAG+AGG	0.710309	4.3:-87724846	MS.gene65433:CDS
TTGGCAGCATTGAAGTACTG+GGG	0.726529	4.3:-87725388	MS.gene65433:CDS
TCAAATCAACCATTCCACGT+CGG	0.751359	4.3:-87719868	MS.gene65433:CDS
AACGACGATAGTAACAACCG+TGG	0.763572	4.3:-87720052	MS.gene65433:CDS
TTTACGTTTACGTTTCACCG+CGG	0.779773	4.3:+87726143	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr4.3	gene	87714741	87726226	87714741	ID=MS.gene65433
chr4.3	mRNA	87714741	87726226	87714741	ID=MS.gene65433.t1;Parent=MS.gene65433
chr4.3	exon	87726087	87726226	87726087	ID=MS.gene65433.t1.exon1;Parent=MS.gene65433.t1
chr4.3	CDS	87726087	87726226	87726087	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87725913	87725995	87725913	ID=MS.gene65433.t1.exon2;Parent=MS.gene65433.t1
chr4.3	CDS	87725913	87725995	87725913	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87725746	87725754	87725746	ID=MS.gene65433.t1.exon3;Parent=MS.gene65433.t1
chr4.3	CDS	87725746	87725754	87725746	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87725363	87725451	87725363	ID=MS.gene65433.t1.exon4;Parent=MS.gene65433.t1
chr4.3	CDS	87725363	87725451	87725363	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87725115	87725188	87725115	ID=MS.gene65433.t1.exon5;Parent=MS.gene65433.t1
chr4.3	CDS	87725115	87725188	87725115	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87724837	87724887	87724837	ID=MS.gene65433.t1.exon6;Parent=MS.gene65433.t1
chr4.3	CDS	87724837	87724887	87724837	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87722893	87722969	87722893	ID=MS.gene65433.t1.exon7;Parent=MS.gene65433.t1
chr4.3	CDS	87722893	87722969	87722893	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87719786	87720196	87719786	ID=MS.gene65433.t1.exon8;Parent=MS.gene65433.t1
chr4.3	CDS	87719786	87720196	87719786	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1
chr4.3	exon	87714741	87714787	87714741	ID=MS.gene65433.t1.exon9;Parent=MS.gene65433.t1
chr4.3	CDS	87714741	87714787	87714741	ID=cds.MS.gene65433.t1;Parent=MS.gene65433.t1

Gene Sequence

>MS.gene65433

ATGGCTAAGAAATCTCAGAAAAATCTCAAAAACACTTCTACTTCTTCTTCCTCTTCCACCACCGCGGTGAAACGTAAACGTAAAAGCATTCCAAGAAACTCACCTCCACAAAGAAGCTCAGTTTATAGGGGTGTCACAAGGTTAATTAATTAATCAAATTTTGATGTTTTTCATTTTGATTTTATGTTTTTGTGTCCTCTAAAATTGGTAGCATTCATAATATTGTTATAGACATCGTTGGACCGGTCGATATGAAGCTCATTTGTGGGATAAGAATTGCTGGAATGAATCACAAAGCAAGAAAGGAAGACAAGGTGATTTAATTCTAAATTAATTGAATTAATTAATCTTTAATCATCATATAATTAAGTTTTATCGTTCTGATCTCATTCACTTAATAATTTGATTTGATGTAATCTTTTGTTATGTTGTTTTTGTTGGTGATGGCAATGGAAATCGATTGGATATGCAGTATACCTAGGTATGATTAATTTGTGTCTTTATATATGTTGTGTTTTTCTTTTGTTTTAAAAATTGTTGATTTGGCATTGAGAAACCAAATGGCTGGATTCAAATGTCAAATGAGTTTTAGTGAAGGTCGAATTAGGAGAATCCAAATTCGAGTCCTAACGGAAATAATCATTGATCAAATTTTACTTGTTTCGTATCGTAGTCGAACTGAGGATTACCAAAATCCATTTTAAGAATTGAAAGTGGATAGTAGCTAGTGGGATCGAAATATTTAATGACTGCAAAGTTGGGTTTGTTTTGTTAGGGGCATATGATGATGAAGAAGCTGCAGCACGTGCCTATGACTTGGCAGCATTGAAGTACTGGGGCCAAGACACAATTCTCAATTTTCAAGTAAATTCTCTTATCCTTCATATATCTTCATTTTTTTGGAGCAATATATCATCATTATTTGGTAAAAGGAATTCTATTCATAAACCATATATGAAATTTATATGCATCTAGTAAAATAGAAAATATATGCATTATATGTGTGTATTATATGTGTGTGTTTTATTTTGGTTTTAGGTATCAAATTATCAAGAGGAGCTCAAAGGGATGGAAGGCCAGTCAAAAGAAGAATATATTGGATCCTTAAGAAGGTTTAGTTATTAAAATCCTTATAATATATGATTCTCCACAAACTCTACAATTTTTCTAATCACATTATAATCCTTATATTAAATCTAATGGTTGGTCATGATATGATAAATTTGACCACTAGATTAATTCAACAACTTTGATGGAGAGGTTGATCAGAGATACTGAATGACTTTTATTATGGTATATATATGATTTTGATTTTGATTAATCGTTTTTCGATTTACAGAAAAAGCAGTGGATTTTCTAGAGGAGTCTCAAAATACAGAGGTGTAGCAAGGTACCACTATTTTCATTGCAAAATGAAAGTTTTCTATTGTTTGTATCTCTTCTTTGTTGTTCGTTGTCAATGTCCTTAAAATGAATCAAACAATATATTGGTATATTTTTGTTTTAAAATGTGAGGATTGAGTTAGTAAAATGAAATTAAATAGTAGTTATAATTTGCAAACAAATTTCATATGACAATGTAACATATAGAAAAGAAAAATACTTACGATATACTCTCTTTAATTTGGTGAGATTAATTTTCTTATTGTATAAGATATACGATATTACCCTTTTTGATATTACCTTTCACAAATAGGTTGTTTAAGTGTATAAACAGAGCGAATTGATCTCATCATATTTTGAGATTTTTTCATTTGAATCAAGATTTCGAAGCATCGAATTTTAGAGTAGAGATTCCCTCAATTTCCAAACAGAAATTGATATTTTTATTACTATATTTTCTTTTTAGAAAAGAAAGAGGACCTAAGCCTAGAAAAGGAAGGAAATTACAAAGATATCAATATGGGAGAAGCAACTCCCATCCGGTCACTAGTAAAAAATAAGCTAGTTGGAAGAAATGTCCACAGAGAACCAAAGAAAAATCACTCTCATATTCTATATATCTGTTAGAACATCGACATAATAATTGACTTCACGATAGGAGTGACAAACTTTTACCTCTCAATCCATAGTCAACAATTTACGAATCTTCTTGACCACAACCATAAACATATTACTAACCACCTGATTATAAATTACCCACAACTCTGCCACACATAAACACTACAAATTTTCAAATATTTCAAAAAAACACTTGATTAATATAACTAATTAATATATAAATACTTAATTAATATAACTAATTTTGTAAAAAAAAAAAAAAGATACTTAATCAATATAACTAATATTAAAAATATTAAAAATATGTACATTTATATTCTTTTTTGAAGGATTTTTTTTTATTCTCTCTAGATTACAGCAATGAACACCTGTATTTATGTTTTTAGAAATTAGTTGTATCTTTGCCCGAGTTTTATGGATCAAATTCAAGTTCAATAAATATTGGAATTTTAGTTGGTTTGCATTGAACATAAATATTAAAATACTATAGGCAAGAACTTTAGTCAAAATGTGCTTAAGTAGGCTATTACAAATTAACCCATGATACCCACGTGGTCTGCTACTGATAAAAATTGAGATTTGAACTCTATTATAAATAAAAATTTATAATTCTAATTCTAACTATTAACGTAACGTAAAGATTAGTCTCATAGTAGATTTGAATGGTTGAAGTTGTTAAGTTACCTTAATAAATTAGTGTGATGTATCAAAGATCCTACAAAAAGTGGTTTATAAAAATTTATAATAAACTAAATAGTAAAAAATAAAGGGTCAAATAGTAAAGATTTATAAAAATATTAAGATACATGTTAAACATTTTATAAATGATTAATGTTTATTTAAAAATATTAGTTTTTAACTTTTTTGATAAATAAATTGACACAATTTTTAAAACAAAATTTCTATGTAGATTCTTTAACATATTATGTTTTTAGGGCACATTTTATCATTTCCTAAAACTAATAAGTATGAAGGACCTTATGAGTTACTACTATAACTATACAAATAAATGCATTGAATAGTACTTAATAAATTTCAACTTTTTCCAAATAAATTTCATGTTGAATTTTAGCATTTCTCAATACAAGGTAGTTGGTGACAAATGGGTAACTACCTTTTTTTATGACAAAAAAATGGGTAACTACCTTTATAGTCCATTCCTATTGACATTTACATTACCCTCCATATATTTCTGTTTAGGTAATTAAATTGGTGGAAAATAATCTGACTTTTCATTTGATTTTAAAAATGTTTAGACACCACCACAATGGAAGATGGGAAGCTCGAATTGGCAGGGTCTTCGGCAACAAATATTTATACCTTGGAACTTATGGTACTTCCACTCACTATATATGATTTTCAAAAGAATATATGTTTTTTTATTTTGTTTTTATAGGTACTTATATAGGTGCATGCATGAATTGTACCTACATACTACTATTAACACACCTTATTCTTAGGTTTCATGTCAATTTCACTAATTAGAGTTTGTCCATGTGATTAAGACCCGTATTAAATTCATCTAATTAATAATAAAAAGTACTAATATGTTAGAACAAAAAAAGATACTATGGTATGTTGAAAGAAATATTCCAAAGAGTGAGCGAGCAAACACATTTAATTTGGACAGAAAATATATTTTTTTTTTTAAACAAAGAAAATGTCATTTTCATATGCATTTGGCGCATCATTTCTGCCCATTTTCGTGGACAAAGGTGTATGGCTTCACATATTTGGATTTGGAAGCATTTATAGGTCTCATGTGTCCTGATGACACATGGAAAGAGTATAATAATTGTAAATTTAAACACACAAGCTCTACCAAAAAACTCTAATAAAATATTAAACACACAAGTTACTATACTAAAGGTGCATTTAGTCGTGCAGTGGGGAGAATTGATTTCGATAAAATTGATTATGTATAATTGATTTTGGTTAAAATTGATTCGAACTAAAAGTAATATATATTTGGATGCATTAATGTAAAAGTAAATTGAACTATAAATTTGTATGTGAAAATCAATTATAAAATCAAAAGTTGCAAGTCCTACTACGAGGAAAAGCAATTCCAATGGCATAATTAATTCTACTCGACAACAACTAAACATGTCGAAATCAATTATCCACTTCCAAAAAAGTAGTGATATATGTACAACCATTTATGACAACTTTGATGACAACTTTCATTTTCTCTTTTCTTATTGGTCCAAAGCAATAGAGAAAGAAAAAGGAAGAGAGAGAATAAGAATATAATATGAGTATGAGAGAGAAAGTTGTAATAAAGTGGTTGTACGGATATCATTTCTCCTTTCAAAATCAATTCTAATCCATCTAAAAGAGAAACAAAACATGCACTATATTTCTATACATTAATTGAAACTAAAAAAATTTAGTCATGAAATTCACTCTAATCCCAACAAACTTTAGAGAACAACTCGTCTTAATATTTTACTATATTGGGTCATGTTAACTTGTGCCCTAAGGGCACATGTTAAGGAACCCAAAAAAAACAATTTTGCATTGGGAAACATAGTATTTTAACTTTTTAGAAGTTGACTGCACGACTTTTAATATGTATATTTTTATAATGAGCTTCTTAACATGTGCCCTTGAGGGCACAAGTTAACATTTGCCCATAAAATAAAAACAGATAGATTTCTATAGAAAATTTAAACAACCCAATTATAGCATAAGTTTTTATATATTAATTGAAGCTAAACAATACCAAACTAGTCTAGTTCAATGGATTAATTAAGAGATGATGTATCTACCCCTGAAATTTCGGGAATCTATTTGACGGTGCCTGCCTTCAAATGCAATCAAGAGAGGTACCTACTACTTCATTTCAAAATGGTCCTACAAAGATAACAAAATAGTAGTAGGATAATCCAAAGGTCAAAATATGCAATCAAATCTAGTTGGTTGTAATATAGATAACCAAACTTCAACTGCTTAATAAATAAGCTATTTTTTTAATAATGAATGATATCATTCTTTCACCCTAGGTCTTTCATTCAAACTAAACACCAAACCCACCTATGACGACGTATTAATTGACTATTCTTCTCTTATGCAAGCTTATGAGTAAGGTGAGTCAAAAAAAAGCTTTGAGTAAGGTTCCGCATGTTGAGATTAATTAATTTACTTACTAATTAGGCAAATTTGCACTAATTTTTTTTAAGCTTTTTCAATTTATATATAAAAAAGAAATGGACGGATTATGTCTCCAATTTTATATACAAGAGAATGTTGAATCAATAAAAGTTAAAATATCTTGTTTAAAATTTGAACTATATACATCAACTTTTGTCGACTGAACTTCAAAGAGAGTATTAATTAAATTAACATTAACTATCATTTTAATATTGTCACTTAATATTGCAAGGTTAAATTCCTTTCACGGGGTTAGCATTTCAAGAATAAGTTTGTTTAAATAATATATACATCCATTTTATTTTCAAACTATAACATTTACACCCTCCAGTCACTATTACAATTTATAAGCAAAAATCAACATTTAAATTCATTCATTAAATGACGTATGTGGTCTATAATAAAGACCTTATACATCATTAATTGAATGAATCTAAAATCTAATTTTTTTGTTTATAATTTTTTTGTTTAAATAATATAGTACAATTCATATTTGTTGGAAAATTGCACTCACCTCCTTTCATGTCTACTTAGACTTTTTTTTTTGACAAACTTAGGCACACATTTTCTTTCTATAAAATATATCTTATTTAGTTAAAAAAATAATAATAATAGATCTAACTGACACAGACTCTCTTGTTATATAATTGAGGGATCCGGATTTACTACACACAAAAAAAAGTAAGTATGTATTAATTTATCTCGGTTTTTGATTTGAGATTAATCAACTTATATTACATCTTCATATAATTACACAATATATGTAACCATAGAAATAACTGATTGATTAAATAATGATATTTTTTGTGTTCATTAAATAATAATTTTGCTTTTGCTTTTACTCACGTATCCATTTATGTTTGTGTTATGGAGCAGCTACACAAGAAGAAGCAGCCACAGCTTATGACATGGCAGCAATAGAGTATAGAGGGCTTAATGCCGTTACAAACTTTGATCTTAGTCGTTATATTAGTTACTTACATCCTAAACCACAAGACAACGACGATAGTAACAACCGTGGTCAAAATGCTAGCAATAATCAAGAGCTGGATCTTAATCAAGAACTTGGTGGTGGTGCCACACCAGCATCTTCGACTGATCTTATCTTAGAATCACCAAAATTCGAAGACATGTTAGAAAATTCATCGTCATCGGTTGAAGATAGTTACACTCCACCGCCTGTCAAATCAACCATTCCACGTCGGACATTTCCAGAAGATATTCAAACAATTTTTGAAACACAAGATTCAAGTATCTACACTGAAAATGATGATGACAACATATTTGGTGAGTTAAGCTCAATTGCTGCACCAATTTTTCATTATGGGCTTGATGCTTGATTAGAAGGAGAAATTATGGTTTAGTCGTGTACAATTTTTATTTATTATTTACCATATACTTTATTTTCAACTCATCATTTAATAATAGATGACAAGGGAATTAGAAAAGAAAAAAAAACAGAGAAATGAGAGTAAACAATTTAGAGAATGGGGATTCTTTAAAGAGAAAAAAAAATGAATTTGTTAATTTGGGTAATTGTTGTACCAATCATTTCTTACAACTGTGATCCAACAAGATGACACGTAAGAGCTTGATTTTAAGAATTTTTTAGGGGATTAAGAATTTATTTTTATCATATATTTCTCCATCATATATTCTTTTTTTCATATAGTCCTCCACTCATTGAATTTTTATTTTAGTTAAATAAACTTTTAATCTTATTAAATGATTGTTTTTGTCTCTAATTATCTTTTCACATAAATTTCTAATTTTTTTGTTAATTTTTGGTGAACATAATCTAGAATTTGATGGTCTAGATTTGATTTCACCATTGTAAATTTTGATTTTTGACCATATATAATAAAACTAAATTTTAGAAATGAATCATCTTATCTCCAACAATCGCTGAGCTGCGTGAATGCGTGAAAACTCCGTGGAGATCTTGATTTCCTTATTCTTAAGAGGTGATGCGTGCCATTATTAAATTTGTAGTTAATTTGGTTTGTTAATGTAATTTAGATCTCCTTTAAACATTTTTAATATATTTTCCCCTTGTAAATTTAAAATATTTGGTTTTTTTTAGAGATTAAAATATTTGGTTTTTATTGCCACCAAATTTTAAACTTTACTTATATTATTTAGTAAAATTTAACCTAGTTTTATTTTAGAAACTCCAAACTCTTCTTCATCACTTCATCGTTTAACCCACTACTAAATATTAGAAGAAAAAAGTCACACATGTGAAGTCAAATGTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTACTACTACTACTACTACTACTATCAAGGATTAGAAACATTGAAATGAAACTATATACCAGCGTTCTTGAGAAACAAACGATTTAAATCAAAATCATAGTTACCAGGTGATGTCGTATGACTCAAGTCGGTCCTAGATTGTAGAAACACGTTCCAGGTTTTTCATCGTAAATCTTCTTAGTAGGATGCTTATGTTTCAGCATCAGGTCATCATATATAAGAGAAATATTTTTATTAGATACAAATAACCTTTTTATTATATACAAATTATGTATCCATTTAAAGTATGGGATGTACAATATCATGTTGTGCACCATTTGGGTTAGCAAGGACATTTCCATCCATAAGTTTCAAGCGTAAAAAAAGTTTGAACTCCTAGTGTTTGATTTTCCAATTGACACATGATTGCAGTTTAAAATCCAAAATAATGAGATACCTGAATAGAAACATATTTTTTAGCATAATTCTAGACGCAAGGACACTTGAATAAACTATTTTAGTTTTTTGCTAAAAAAAAAACTATTATAGTTTAAAGTTAAAGTGATATTAAGATTTTGTAGGTATGAAACTCTATTAACGGATTGTGTAACTATAACTTGTAAAGATACTCTTATAAAATTATCTTGGATTTATATATAGACATAGTAGTATATATGGCTACAAAATAAGTTTGTAATGAAATTCTTTTCTCAAACATTGTTTAAAATAAATATAACCATAATGATACATTACACATATTTAATTATGATCGACAATTATTAAAACTTTGTTTACATTGTTAAACTGTATTTTAGTTTAGATTTGTTAAAATAAATCTTTAGTTTTAATGTAGGAATGGCAGAAAAACTACCGATATTCATGCTATTAGGGTCATACTGGCAATTACAAACCTCTGCAATATCGGTAGAAATCATGTCCAAAGTGAACATACATGTGTTGAGAATTCATCTTAACCTTCATTTTTCCATCTTTGAAATATTCCAACTAAACTACCAATAGGTTACAAACAAAATTGAAAAAGAAAAAACATGATATGAGTCCCTCAAAATAAAACATGATATGAATATATGTCCAGTTTTTTTCCTTTATTCTTTAAAAATTGTAACAAACTAGATCGAGTATATTTTCTATACTATATATGCTATATATAAAGAGAATACATGAGTTTGAGCTGAATTTTTTCTTACTTTTTTTACCCTTGATTTATTCTATTTTATTTACTATTTATCCTTTAATAATATTATTTTAAGTTTTAGTTAAAAAAATTAAATCCCATCAAAATAGTAATATAACACCACAATAGGAGCAATATTATCGATACTATATACAAAGGGGATATGGATTTTGAAATGACTTTTTATTATTCCGATTGCACCCTTAAATAAATTTTTCTATATTAATGTTATGTTGTTTTTATATTATAAATATTAATCGTTGGTGCTATTAAAAAAATAAGAATTATATTATATTTATTAAATTATTGTTATCATTGTAAAAGATAAACACGGTTTGTTCAATTTGTTACAGTTTGAAAGTCACCAATATTTGTACTTAAATTTTAAACAAAATCAAAATTTCAGATAAAATACCATTCATAATTTAAACGCATTGGCGAGATAAAAAAAATGGAAAAACGGTCTGTGAGTGCATGTGTTTCCGCTAGTGTCTAATAATATGTATAATATGTATCAATATTTCATGGGTCATTACATTTTGTATAATAGTATACTTTAATACCCCTAAAAATAGTGTACATTAATAGTTAAAGTGATAATAAGTTTTTGTACCCATGCTTTCTTAAACTTTTTTTTATATATTATTAATGTGTACAAAAAGAAGAAAGACAATAAATGAAGAAAAAAAAAACAGATGAAGACAAATGTGATACCAAAAAATAATCGACATTGATGTTTTTTTTTCTAATTTTTAAAATGTAACTAATGTAATTTATAATTTGTCAATAAAATAATAAAATGTTATAAAATTTTATATGGTTTTTTTTAGAGAAAATTGTTATGTGATTATTTAAACAATTATTTGATAGATGATAATAAATAAATAATGCATAAATGTAGAAGTTAAAATTTATAGCCACTTTGTATTTCTAATATATATAATATTCATTCCACTTAACATGACTCAAACACTCTTATTTAATACATGAAGAATGAAGAAGATATATGGTATGTGCAAGATATATTGGTGGTTCGTGCATGTTGTTAGTGGTGTTGTTTGTGATTAAATTGAATGACTTCAAATGTCATGTTTAATACATGATAGTAAGATAAAATCAATTTATGTTATTTATCTAATATTAAAAATTGATTTTTTAAGTTAAGATCTATGATATATTAATTGTGTGTATGTGTGTGCGCGCATGCGTGTGTATATATACATATATATTTTAATTATTAGAAGGATTTAAGTTATTTAATTTTAGTTCATTCCATATCAACAAAATGAATAATTCTTGGTATATGTCTTGTGTAGCTTGTTATGATTTTTCTTATCTTTATCTGTGTGATATGTAGTTAGGTGTCTTTCTTTCTTTTTATTTTTTTGAAACAAAGTGTCTTTCTTTATTTTGAATGGTCATTTATTATACTAGTGTTATTCTATATTAATAACTTTTTCTTAATTTATTTATTTTTGTCAGCTTGCAACTTAAATTTTTTATCTTCACTTTGACTCCTAAGTTTGTTGTTCAAACTCAACAATTATGCACAAACAAAATAATTCTAATAATATGATTAAGACGAGGACTACCATTAGTTTAGTTGACACACAAGTCTAAACATTTCATTGGTTGACCCAAGGTACTGTACACGATAAAAAGTATGAGATACATGATTTTAAGAAAAATATGGTACGAGTACATTAAATATATACAATTAAACATATTTCAGCTATATCTATACTTCTTTTTTTTTTTGGTCTTGGCTATATCTATACTTCTATACTACATATAAAGGAAATACATGGTTTTGGGTGATCTTTTCACTTTTATATCCTTAAAGAAATTTGCATATAAGAATGTTATATTGTTGGTGTCATTCAAAAAGATAAGAATTTATATTATATTTTCTATATTGTTGGTGACATTAAAAAAGATAAATATAGTTTGTGGTGAAGGTGAGACAAACACAAGAAATGAGAGTTTAAATTGTGTTTACTTTTTCTGGCAACTATTAACTTTTTTTTTCTCTAATAGAATTCAAAGTAAAGTGCTGGTAAAAAAGAGTTAAGGGAAAGAAGATTGACACAAATGTTTATCCTGATTCACCTCACAATACACGATTACGTTTAGTCCCCTTTCACTTCTAAATAATTTCTTCACTATAATCAAACTTGATTACAACAACAACAACAACAACACTAAGACAACCTAGTCCTAGATTTTCTTGCCTCAACCTAGAGGACTTCCAAAGATTGATTACAACATATTGTATTTACACAAACTCTAGGAGTAGTAAACAAATTTAAGCACCGTACACTGGGTGTATCTCTTTTGTTTCTTTTGAATGTCCTTAAGACAAGGTATGAAATATAGACATAGTATAAACAGAGTGCAATATATTGTATGTACGTGCTTTTGGTCGGTAACATTCTCCATTCAAATCAGGTCTTTTACATAGAGATGAAAATAGATGATTGTTGCTAAAGAATTCCTTCTCTTTGAATGTTTGATTGAATATTGTCATCTTCTTGAATAAATGTAGTCAGTGAATCAGTCATTTATTTTAATCAATGATGCTTTTAATGAATATTATTCAATTGCATAAGTCAAAACAAAATTTTCTTTCTCAGCAAAGGGTCATAGTATCAATAACGAGTCCAGAGTCAAGATCTAAAGGCTTGAACCACAAAGAGTTGACTTGCTTTTCACATAGCTTTGCCTTGAATTTGATACAAACCCTTCTCTTTATCTATGACACAGAGCTTCTCTACAAGGTCCAGAGCGTTGACCATGGTCGAGAGCATTGA

Protein sequence

>MS.gene65433.t1

MAKKSQKNLKNTSTSSSSSTTAVKRKRKSIPRNSPPQRSSVYRGVTRHRWTGRYEAHLWDKNCWNESQSKKGRQVYLGAYDDEEAAARAYDLAALKYWGQDTILNFQVSNYQEELKGMEGQSKEEYIGSLRRKSSGFSRGVSKYRGVARHHHNGRWEARIGRVFGNKYLYLGTYATQEEAATAYDMAAIEYRGLNAVTNFDLSRYISYLHPKPQDNDDSNNRGQNASNNQELDLNQELGGGATPASSTDLILESPKFEDMLENSSSSVEDSYTPPPVKSTIPRRTFPEDIQTIFETQDSSIYTENDDDNIFELLYKVQSVDHGREH