AlfalfaGEDB | MS.gene00538

M. sativa cultivar XinJiangDaYe / MS.gene00538

KEGG: K04077
GO: GO:0000166 GO:0003674 GO:0005488 GO:0005524 GO:0005575 GO:0005737 GO:0006457 GO:0008144 GO:0008150 GO:0009987 GO:0017076 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0042026 GO:0043167 GO:0043168 GO:0097159 GO:0097367 GO:0110165 GO:1901265 GO:1901363
PFAM: PF00118.27

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene00538.t1	XP_013465955.1	94.6	588	26	3	1	582	1	588	1.40E-287	999.2
MS.gene00538.t1	XP_013465955.1	91.7	569	43	2	491	1057	25	591	1.10E-274	956.4

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene00538.t1	P08927	88.1	586	64	3	3	582	6	591	4.4e-269	929.1

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene00538.t1	A0A072VEG8	94.6	588	26	3	1	582	1	588	1.0e-287	999.2
MS.gene00538.t1	A0A072VEG8	91.7	569	43	2	491	1057	25	591	7.7e-275	956.4

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.gene056242	MS.gene00538	PPI
MS.gene24778	MS.gene00538	PPI
MS.gene66498	MS.gene00538	PPI
MS.gene050099	MS.gene00538	PPI
MS.gene24780	MS.gene00538	PPI
MS.gene065342	MS.gene00538	PPI
MS.gene007699	MS.gene00538	PPI
MS.gene057716	MS.gene00538	PPI
MS.gene45219	MS.gene00538	PPI
MS.gene08738	MS.gene00538	PPI
MS.gene52096	MS.gene00538	PPI
MS.gene005698	MS.gene00538	PPI
MS.gene045864	MS.gene00538	PPI
MS.gene21583	MS.gene00538	PPI
MS.gene00538	MS.gene00537	PPI
MS.gene40328	MS.gene00538	PPI
MS.gene037125	MS.gene00538	PPI
MS.gene37341	MS.gene00538	PPI
MS.gene29382	MS.gene00538	PPI
MS.gene90958	MS.gene00538	PPI
MS.gene003502	MS.gene00538	PPI
MS.gene66497	MS.gene00538	PPI
MS.gene70655	MS.gene00538	PPI
MS.gene52083	MS.gene00538	PPI
MS.gene21355	MS.gene00538	PPI
MS.gene39671	MS.gene00538	PPI
MS.gene08674	MS.gene00538	PPI
MS.gene053971	MS.gene00538	PPI
MS.gene90955	MS.gene00538	PPI
MS.gene25990	MS.gene00538	PPI
MS.gene25661	MS.gene00538	PPI
MS.gene022326	MS.gene00538	PPI
MS.gene56417	MS.gene00538	PPI
MS.gene071148	MS.gene00538	PPI
MS.gene97609	MS.gene00538	PPI
MS.gene014672	MS.gene00538	PPI
MS.gene00538	MS.gene21581	PPI
MS.gene011205	MS.gene00538	PPI
MS.gene000715	MS.gene00538	PPI
MS.gene88489	MS.gene00538	PPI
MS.gene25264	MS.gene00538	PPI
MS.gene24509	MS.gene00538	PPI
MS.gene051662	MS.gene00538	PPI
MS.gene00538	MS.gene006906	PPI
MS.gene21357	MS.gene00538	PPI
MS.gene78778	MS.gene00538	PPI
MS.gene051663	MS.gene00538	PPI
MS.gene07775	MS.gene00538	PPI
MS.gene031197	MS.gene00538	PPI
MS.gene031195	MS.gene00538	PPI
MS.gene00538	MS.gene08674	PPI
MS.gene005697	MS.gene00538	PPI
MS.gene006906	MS.gene00538	PPI
MS.gene021787	MS.gene00538	PPI
MS.gene067554	MS.gene00538	PPI
MS.gene00537	MS.gene00538	PPI
MS.gene00538	MS.gene75319	PPI
MS.gene75317	MS.gene00538	PPI
MS.gene057555	MS.gene00538	PPI
MS.gene39354	MS.gene00538	PPI
MS.gene60129	MS.gene00538	PPI
MS.gene25664	MS.gene00538	PPI
MS.gene21581	MS.gene00538	PPI
MS.gene057439	MS.gene00538	PPI
MS.gene24776	MS.gene00538	PPI
MS.gene022688	MS.gene00538	PPI
MS.gene012188	MS.gene00538	PPI
MS.gene003513	MS.gene00538	PPI
MS.gene26688	MS.gene00538	PPI
MS.gene24508	MS.gene00538	PPI
MS.gene00538	MS.gene90970	PPI
MS.gene016597	MS.gene00538	PPI
MS.gene057729	MS.gene00538	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene00538.t1	MTR_1g017380	94.326	564	26	3	25	582	25	588	0.0	1023
MS.gene00538.t1	MTR_1g017380	97.719	526	10	1	532	1057	68	591	0.0	1014
MS.gene00538.t1	MTR_1g017390	93.794	564	29	3	25	582	25	588	0.0	1018
MS.gene00538.t1	MTR_1g017390	97.909	526	9	1	532	1057	68	591	0.0	1016
MS.gene00538.t1	MTR_4g057970	50.903	554	250	6	6	546	1	545	3.64e-172	517
MS.gene00538.t1	MTR_4g057970	51.692	532	252	4	519	1049	55	582	1.38e-168	508
MS.gene00538.t1	MTR_4g084130	46.533	548	288	4	8	554	2	545	2.52e-157	478
MS.gene00538.t1	MTR_4g084130	48.297	499	254	4	546	1042	72	568	4.44e-154	470
MS.gene00538.t1	MTR_1g090140	46.455	536	275	4	12	546	6	530	1.06e-155	474
MS.gene00538.t1	MTR_1g090140	47.358	511	262	3	546	1051	65	573	3.98e-153	467
MS.gene00538.t1	MTR_1g090130	45.896	536	278	5	12	546	6	530	7.45e-152	464
MS.gene00538.t1	MTR_1g090130	46.964	494	259	2	546	1038	65	556	1.10e-148	456
MS.gene00538.t1	MTR_8g017080	44.291	508	274	4	45	546	27	531	3.44e-138	428
MS.gene00538.t1	MTR_8g017080	43.945	512	279	3	546	1051	66	575	1.09e-137	427
MS.gene00538.t1	MTR_4g084130	47.912	455	234	3	590	1042	3	456	4.42e-138	424
MS.gene00538.t1	MTR_4g084130	48.380	432	221	2	124	554	3	433	2.02e-130	404
MS.gene00538.t1	MTR_0991s0010	96.757	185	6	0	1	185	1	185	9.63e-115	352
MS.gene00538.t1	MTR_0991s0010	90.833	120	9	1	532	651	68	185	3.57e-60	204

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene00538.t1	AT1G55490	90.000	530	51	1	527	1056	72	599	0.0	949
MS.gene00538.t1	AT1G55490	85.533	553	73	3	36	582	46	597	0.0	917
MS.gene00538.t1	AT1G55490	90.000	530	51	1	527	1056	72	599	0.0	949
MS.gene00538.t1	AT1G55490	85.533	553	73	3	36	582	46	597	0.0	917
MS.gene00538.t1	AT1G55490	90.000	530	51	1	527	1056	72	599	0.0	949
MS.gene00538.t1	AT1G55490	85.533	553	73	3	36	582	46	597	0.0	917
MS.gene00538.t1	AT1G55490	90.000	530	51	1	527	1056	72	599	0.0	949
MS.gene00538.t1	AT1G55490	85.533	553	73	3	36	582	46	597	0.0	917
MS.gene00538.t1	AT1G55490	90.000	530	51	1	527	1056	72	599	0.0	949
MS.gene00538.t1	AT1G55490	85.533	553	73	3	36	582	46	597	0.0	917
MS.gene00538.t1	AT3G13470	89.714	525	52	1	532	1056	73	595	0.0	939
MS.gene00538.t1	AT3G13470	85.172	553	75	3	36	582	42	593	0.0	914
MS.gene00538.t1	AT5G56500	87.782	532	62	2	527	1057	68	597	0.0	926
MS.gene00538.t1	AT5G56500	80.952	588	96	5	7	580	3	588	0.0	902
MS.gene00538.t1	AT5G56500	87.782	532	62	2	527	1057	68	597	0.0	926
MS.gene00538.t1	AT5G56500	80.952	588	96	5	7	580	3	588	0.0	902
MS.gene00538.t1	AT1G26230	69.048	504	156	0	546	1049	73	576	0.0	731
MS.gene00538.t1	AT1G26230	65.074	544	188	1	13	554	4	547	0.0	724
MS.gene00538.t1	AT1G26230	69.048	504	156	0	546	1049	13	516	0.0	730
MS.gene00538.t1	AT1G26230	67.695	486	157	0	69	554	2	487	0.0	685
MS.gene00538.t1	AT1G26230	69.048	504	156	0	546	1049	21	524	0.0	730
MS.gene00538.t1	AT1G26230	67.347	490	160	0	65	554	6	495	0.0	686
MS.gene00538.t1	AT1G26230	64.833	509	177	1	13	519	4	512	0.0	676
MS.gene00538.t1	AT1G26230	67.727	440	142	0	546	985	73	512	0.0	622
MS.gene00538.t1	AT1G26230	64.237	439	155	1	13	449	4	442	0.0	579
MS.gene00538.t1	AT1G26230	67.568	370	120	0	546	915	73	442	5.84e-177	525
MS.gene00538.t1	AT2G28000	51.154	520	249	4	36	554	37	552	1.08e-167	506
MS.gene00538.t1	AT2G28000	50.000	520	255	4	519	1037	54	569	8.23e-163	493
MS.gene00538.t1	AT2G33210	46.341	533	276	6	17	546	5	530	1.62e-154	471
MS.gene00538.t1	AT2G33210	46.503	529	276	4	521	1044	36	562	3.06e-152	465
MS.gene00538.t1	AT3G23990	45.926	540	276	5	8	546	5	529	1.27e-153	469
MS.gene00538.t1	AT3G23990	47.495	499	259	2	546	1043	64	560	7.14e-151	461
MS.gene00538.t1	AT2G33210	46.154	533	272	7	17	546	5	525	1.75e-150	461
MS.gene00538.t1	AT2G33210	46.314	529	272	5	521	1044	36	557	2.59e-148	455
MS.gene00538.t1	AT3G13860	44.624	558	296	6	507	1057	21	572	6.74e-145	446
MS.gene00538.t1	AT3G13860	45.992	524	268	5	26	546	18	529	1.33e-144	445
MS.gene00538.t1	AT5G18820	46.197	539	281	6	21	554	6	540	1.32e-142	440
MS.gene00538.t1	AT5G18820	45.981	535	282	6	513	1044	35	565	2.16e-139	431
MS.gene00538.t1	AT5G18820	46.943	458	239	4	590	1044	3	459	2.25e-122	383
MS.gene00538.t1	AT5G18820	46.420	433	229	3	124	554	3	434	4.61e-114	361
MS.gene00538.t1	AT5G18820	44.390	410	221	4	21	426	6	412	1.92e-99	321
MS.gene00538.t1	AT5G18820	43.307	381	212	3	513	892	35	412	3.10e-88	291

Find 0 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
10835	gene	1448	14938	1448	ID=MS.gene00538
10835	mRNA	1448	14938	1448	ID=MS.gene00538.t1;Parent=MS.gene00538
10835	exon	14750	14938	14750	ID=MS.gene00538.t1.exon1;Parent=MS.gene00538.t1
10835	CDS	14750	14938	14750	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	14537	14662	14537	ID=MS.gene00538.t1.exon2;Parent=MS.gene00538.t1
10835	CDS	14537	14662	14537	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	13887	14024	13887	ID=MS.gene00538.t1.exon3;Parent=MS.gene00538.t1
10835	CDS	13887	14024	13887	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	13682	13777	13682	ID=MS.gene00538.t1.exon4;Parent=MS.gene00538.t1
10835	CDS	13682	13777	13682	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	12297	12539	12297	ID=MS.gene00538.t1.exon5;Parent=MS.gene00538.t1
10835	CDS	12297	12539	12297	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	11971	12205	11971	ID=MS.gene00538.t1.exon6;Parent=MS.gene00538.t1
10835	CDS	11971	12205	11971	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	11674	11843	11674	ID=MS.gene00538.t1.exon7;Parent=MS.gene00538.t1
10835	CDS	11674	11843	11674	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	11292	11369	11292	ID=MS.gene00538.t1.exon8;Parent=MS.gene00538.t1
10835	CDS	11292	11369	11292	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	11107	11178	11107	ID=MS.gene00538.t1.exon9;Parent=MS.gene00538.t1
10835	CDS	11107	11178	11107	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	10924	11028	10924	ID=MS.gene00538.t1.exon10;Parent=MS.gene00538.t1
10835	CDS	10924	11028	10924	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	10648	10740	10648	ID=MS.gene00538.t1.exon11;Parent=MS.gene00538.t1
10835	CDS	10648	10740	10648	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	10472	10564	10472	ID=MS.gene00538.t1.exon12;Parent=MS.gene00538.t1
10835	CDS	10472	10564	10472	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	6555	6629	6555	ID=MS.gene00538.t1.exon13;Parent=MS.gene00538.t1
10835	CDS	6555	6629	6555	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	5977	6114	5977	ID=MS.gene00538.t1.exon14;Parent=MS.gene00538.t1
10835	CDS	5977	6114	5977	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	5774	5869	5774	ID=MS.gene00538.t1.exon15;Parent=MS.gene00538.t1
10835	CDS	5774	5869	5774	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	4334	4576	4334	ID=MS.gene00538.t1.exon16;Parent=MS.gene00538.t1
10835	CDS	4334	4576	4334	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	4010	4244	4010	ID=MS.gene00538.t1.exon17;Parent=MS.gene00538.t1
10835	CDS	4010	4244	4010	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	3713	3882	3713	ID=MS.gene00538.t1.exon18;Parent=MS.gene00538.t1
10835	CDS	3713	3882	3713	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	3353	3430	3353	ID=MS.gene00538.t1.exon19;Parent=MS.gene00538.t1
10835	CDS	3353	3430	3353	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	3169	3240	3169	ID=MS.gene00538.t1.exon20;Parent=MS.gene00538.t1
10835	CDS	3169	3240	3169	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	2986	3090	2986	ID=MS.gene00538.t1.exon21;Parent=MS.gene00538.t1
10835	CDS	2986	3090	2986	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	2716	2808	2716	ID=MS.gene00538.t1.exon22;Parent=MS.gene00538.t1
10835	CDS	2716	2808	2716	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	2549	2641	2549	ID=MS.gene00538.t1.exon23;Parent=MS.gene00538.t1
10835	CDS	2549	2641	2549	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	1826	1949	1826	ID=MS.gene00538.t1.exon24;Parent=MS.gene00538.t1
10835	CDS	1826	1949	1826	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1
10835	exon	1448	1461	1448	ID=MS.gene00538.t1.exon25;Parent=MS.gene00538.t1
10835	CDS	1448	1461	1448	ID=cds.MS.gene00538.t1;Parent=MS.gene00538.t1

Gene Sequence

>MS.gene00538

ATGGCATCATTGAATCTATCCTCATGCAACCTTTCTTCATCCGCTTCCATTTCTTCATTCCCATCTTCTTCCCGCAGAAAAACCACCAGCAACGTCGCTCTCACCAGGAAGAATCGGAGCCATAAAGTCTCAGCCATGGCCAAGGAGTTGTATTTCAACAAAGATGGTTCCGCTATCAAGAAACTCCAGGTGGGTTCTTCCCAATCATGCTCAAAAAACGAAAAAATTGATTTTTTTTAATGTTTTTTTATTGTTTTGTTTGTGTTTTTGTTACAGAATGGTGTGAACAAGCTTGCGGATTTGGTTGGTGTTACTCTTGGTCCTAAAGGAAGGAATGTTGTTCTTGAGAGCAAGTATGGTTCTCCTAAGATTGTTAATGATGGTGTCACTGTTGCCAGAGAGGTGTGTGTTTGTTTACTTGAACCTGTTTTTGAATTCTGTGATGTTATTTTATTTTATATATGTGAATTAGATTAATTTGTGTGAGTTTAGAGTTCATGATTTCACTTGAATTAATGTTTTTGGTTATATGTTTAATTTGTCTGAGTTTAGGGTCAAGGATTTTACTTGAATTACTGTTTTTAGTGAATTATTTATGTGGGGTGTTTAGGGTCTAAGATTTCACTTGAATTATTGTTTTTGGTTATATATTTATTTTGTCTGAGTTTAGGGTCTAAGATTTTACTTGAATTATTGTTTTTGGTGAATTAGTTATGTGGGGTGTTTGCTTTGATGCGGCGTGTTTAATGTCTAAGATTTTACTTGAATTATTGTTTTAGGTGAATTAGTTATGTGGAGTGTTTGTTTTGATGTTGGGTGTTTAGGGTCTAAGATTTTACTTGAATTATTATTTTTAGTGAATTAATAATGTGGGGTGTTTCATCTGATGTTCTGTTTACATTTGCGTTAAAAAGGTGGAGTTGGAGGATCCAGTTGAGAATATTGGTGCTAAATTGGTTAGACAGGCAGCCGCCAAGACAAATGATTTGGCAGGCGATGGAACTACTACCTCTGTTGTTTTGGCTCAGGGTCTTATTGCAGAAGGTGTTAAGGTAGACTTGTTATGAGTTTTGGAATAAGTAACTAATAATGTGCTTGGTTTGGTTTTGCTTGTTGTTACATGATTGGGGCCTCATTTTAGAGTGAAATTTTATTTTATAGGTTGTTGCAGCTGGTGCAAACCCTGTGCTTATCACGCGTGGTATTGAGAAGACAGCGAAAGCTCTTGTTGCTGAACTTAAACTAATGTCAAAAGAGGTGAAGTCGTTTTCTTGTTTTTTTATGTATGTTTATGCATTTTTATTACACGTGTTATGGGTACCTCAAACTTCCCACTTTTTTGCTTATTCTGGCGTGTTCATTGCTTAGCAATTATTTCCTAATACCTACGATGCACGAATGCCTTTGGGATTACATTGCTTAGCAATTTTTTCCTATGAAACACGAACACCTTTGGGATTAGGCTTACGTGCGTCGTTGCACGACACATGTACAACATGTGTAAGACAACTTAAACAAATACCAATTTTTTTTTTTTCCTTTGCTTCAACACACCTTAGGCACTCTTTGGACGTATCTATGGGGTTAAAGATGTGTTGAAGAAATGATAATCAATGAGGGGATTTAAGACATTCAATTTGATTACATCACTTTATCTTTTTGTAATGAATTTTTTTTCTCAATTAGATGTAGGGGTGTGAATGGTTCATGAACTAAACCAAATTTATGGTTCGGTTCAGCTCTTATAACTTCTATCATCCAAAGTCAGTTTTTTTTTTATTTTTTTATAAACCCGTTCAATTTGGTTCAAAATCGGCGAATTGGTTTATAATATAAAACTAAAATAACCTTTTTTTTTTCTTTTCTTTTTAATGAATTGAAATGGTTTTGTGCTAAAAAATTAGCCTTCAATTCTGGGTTGAAATTAAGAACTTGCAGATTTGTAAATTATGAAGTGGAAGTTTGTGAAATCATATGAATAGCAGAAGAGGGGTTGTGAAATGGGTACAGATATACCCCAGTTTTGAGAAACAATAAACCAAATTGTTTTTAAAATTTTAAATTGGACAGTATCAGTTTTTGTAAATAAATAGTTAGGTTTTTTTAGATTGATTAATTGGATTTTAAGTTATAGTTCATGTGAACCGGTTTTTATGCACACCCCTATTTAGATGCACTTGTATATTTTGATTCTCAATTTTAATATTTTATAAATAATGTTAATATTTTATTAAATTATAACACACACACACACACACACACACCGGTGTCAATGTCCTATGTTTTTTACATTAATAGTGTCAACATGTCTGCATCATGTTAGGTGTTTGTGCTTCATAAATGATTTCACTCATCTTTTTCATTTAAACTTAGAAGAGTTGTGGTTGTGTGAATTGCAGGTTGAGGATAGTGAATTGGCTGATGTGGCAGCAGTTAGTGCAGGGAACAATCATGAGGTAGGAAATATGATAGCTGAGGCGTTGAGTAAGGTTGGTAGAAAGGGTGTCGTGACACTTGAGGAGGGAAGGAGTGCTGAAAACAATCTGTATGTTGTTGAGGGCATGCAATTTGATCGAGGATATATTTCACCCTACTTTGTTACTGACAGTGAGAAAATGACTGTTGAATTTGAGAACTGCAAGGTGCGACATTTGTTTCCTATTCGCCAACTTATTATTATCTTCGCCATCAACTTGTGTTTTTACTTAAAAATTTATATATGTTTTTGTGCAGTTGCTTTTAGTTGACAAAAAGATATCCAATGCAAGGGATCTTATTAACATACTAGAGGACGCAATTAGAAACGGATTCCCTATTTTGATAATTGCAGAGGATATTGAACAAGAAGCTTTGGCAACTCTTGTTGTGAACAAACTTAGAGGATCACTGAAGATTGCAGCACTTAAGGCTCCTGGATTTGGAGAACGCAAGAGCCAATACCTTGATGATATTGCGATCTTGACAGGAGGTTTATAAATTTAAATCTTTCTTGTCTTTGCTTATTCTGTTAAATTTAGAAGTGTATAATTTCTCCCTTTGTTCCTTTTTTGGTTTAGCTGTTGGTAACAATATGTATCTTCCTAATTCGCTTACAGGTACTGTTATCAGAGAGGAGGTTGGACTTAGCTTAGACAAAGCTGGGAATGAGGTTCTAGGCACTGCGGCCAAGGTGGTGCTCACCAAAGATACAACCACAATAGTTGGTGATGGAAGTACCCAAGAAGCAGTTACCAAGCGAGTTTCACAAATTAAGAACCAAATTGAGGTTTCCCTCTCTCTCTTTCCCCCGCCTCTCCACCCCCTAAATATTGTTTGCATGGCATGTGACTTTTTTGAGACCTTGTACATGAAGAATAAGTAATGATAGTTTTAAAAAATGCGAAATATTTTGGCCTGATGGTGTTGGCTTGGGACCTTGGAGTGTGCTCCTCCTCAAGGTCTCAGGTTTGATTCTCCGCGGTGCCAATTTGGGTGGGCTAATTTAGCTTCCTCAAAAAAAAAAAGTCTACATTATACAGGCTAGCTTCTTAATTTTTTTTTTATTTTTAAAATGTCTACATATTCTATAGGCTGCAGAACAAGATTATGAAAAGGAGAAGCTGAACGAAAGGATTGCAAAACTGTCTGGCGGTGTGGCTGTAATTCAGGTAATAATGATCCCATCTCAGTGAACTTGTTGAAATTTGATAATAAGCTTGCTTTTAACTTCTCTTCAAATCATATTAAGCAGTGCAAATTTTGTGTTTTGTTACGAGTATAGGTTGGTGCACAAACTGAGACAGAACTCAAGGAAAAGAAATTGAGAGTTGAGGACGCTCTTAATGCCACAAAGGTGACTTAATATTTCTCAGAATGTTCATTAATTCATCCTTTTACCGGTTCTATAAGCTCATAGTTTCTTTACTTTCAGGCCGCTGTTGAGGAGGGTATTGTAGTTGGCGGTGGGTGCACTTTGCTCAGACTTGCATCAAAGGTGGATGCAATCAAGGCTACCCTTGCAAATGATGAAGAAAAAGTGAGTCATCATTTGATATTGCAAGAACTCAAGTTGTTTTTTTCCCCCCTTTATATGGAGATATTTTTCGTTTTAGGTCCTTGAAAGTGTTATTGACTTGTTTGTGCTATGTTCAGTGATGTCATTATTTCATATTCAAATTTCCGACACTGATTATAACTTTATAATTAAAACGTGGCGCAGGTTGGAGCAGACATTGTTAAAAGAGCTCTTAGTTACCCTCTGAAATTAATAGCAAAAAATGCTGGTGTAAATGGCAGTGTTGTTAGTGAGAAGGTATAAAAATCGGCTAAATTTAGAACTCGTTACTCTTGTATGTGCTTGTGCTGATGTAACTTATGTAACTTGTATATTGGTAGGTTCTATCCAACGACGATACGAGATACGGATATAATGCTGCAACTGGAAAATATGAAGATTTAATGTCGGCTGGGATCATTGATCCAACAAAGGTGATTTATAGATTCATTAATGTACTGTATTGTTTTTTAACTTATCTGCATGTGAATTTACCGCTATCTTTAGTAGCATGTCTAGTAAATTAAACTTAGCTTGTAGGGCCCGCATCATTATAAATGGTTTGTATATGGATATCTTGTGTTTTGATTAAATTTTGGTTTCGCACCAAATGAGGTTCTTAAATCATGCATATTGTTGCAAATTGAAAGTGTATCATTCCTTAGAAAAATTGTATTTGGAGGATGTTAGGCACAATACATTACAGATTTGTTGAAGTGTCACTGGACTTTAATGTGGGAAACAAGACCTGATTTATTTTATGTTCTAGTTTCTTGATTAGGGAAATTGGGGTGTAATACTATTCTATGACGATTCTTAAAAGGCTTCTTGTAACATAGCTTATCCTGCATGTTTCTGCCTTCTATGTGTGACACTACACTCTATCATGTTTCTGCATTCTTTATTCTTGATACGAAACATTGATAATCTGAAGCATCCTACTGTTGTCCAGGTGGTCAGATGTTGCTTGGAACATGCAGCCTCTGTTGCGAAAACATTCTTAATGTCAGACTGTGTTGTTGTTGAGATAAAGGAACCTGAGGCTGCACCTGTTGGTAACCCAATGGACAATTCAGGTATGTAGTTTGCGGTATTTTTATGTTTCTATTACCGTGTAATTAATTAATAATGGAAATGTATGTATGATATCTATAAAAAGATAGTGATATTTTAATTAAAAGTGACAATAGAAAATAATAATAAATATTTTGATAACATTTTTTTTATGTGATATACGTTTAAACTATATCTATTTGTTTGTAACCAAAAAAATACCATTGTTTATTCCTATTACTCTGTGTGTAACTGTCAATTGATAACCTAAGAATCTTGAATTTTAAGGTGAAAACTATGATTTTAAATATTGGGTATCTCACATATCTTTTTGTAAAACGTTGTTGGCTGACTCTGCCTTTCTTTTCTCCTAGGATTCGGCATGTAGAAGTGGCGGCTGCTTAAAATGGGAACACCATTGTCCTCCTATTTTTTCGATGTAATACACAATTTGGTAGCTATTTTATTTGTAGGACCAAGTCCAAATGTAGGACAGACGGCTGTAGTGTAACGTAACAATGACATTTTTGTTTCTCTTGAGCTAATAATTGAAAAAGGTTTTGCAAATCATTTGTCCAGTATATTTTACTTTTATTAAACTGTTTTGTACGTGTTCCCGGAAATAATCTCGGAGAGGTTGAAGAGTAGAAAGTTATACTCATAGGAAATCATATTATTGAAAAAGATATACAAAAGGAGATACTTCTACTTATAGGGAATCGTTTTGTAAAGGATACACAGTGAGATACAATTGTACTATTTATAGGAGCTCATTGTCGGTTAACTACTAACTAATTAGTCCTCACCAGAATGAACTAACATTCTTAACAATATTATTCTAAAATGTCTTGATCCCATAACAGAATCTCTATTTTTGTTACCCGTGAAGGATTTGATGTTGCCAACTCGATAATTAGGATCATGCTGTCGTTTTTTTTTTTGCTTTCGCATCGGTTTCCGACCAATCAAAGGTGGACGACTAATCCGGCTCGTACGTAGAGGCATGCGTACTGGTCAAGCGTTGTCCCCCCTGGGAATCGAACCCGGTATTCCCCGGGTACATCCTTGGAAGAAGATCCTTGCCACTGGAGCCCAAGCAACTTGGTTTGTCGTTTGGCTTTTTTCTTGCCCAGAAATTGATTATGTATTGACTATCCTAGGATCATGCTGTTATTTGGCTTTGGGAAAACAAGTTCACTGCTTTAGGCAATGTAATGGCTTTGGGAAAACAAGTTCACTGCTTTAGGCAATGTAATTATAGAAATATATCGTAATTGTGTAGTTAACCACTTGAACCAGACTAGAGATCATATTTCAGAACTATGTTATGTATTTTAGTTCAGTGTGATTGTGAGAAGCTTTGCTGCTCTTTACCCAAACAGTTCTGCTCATTCCCAAAGTAAAAGTCCAAAATGCCCCTACGCAACTTAAGTTGCGCAACGCAACTTAACTTGAGCTCAGAATACACTAGCGCAACTTAACTTGAGCTAGTGTATTTCTGTTCAGAATACACTAGCGCAACTTAACTTGAGCTCAGAATACACTAGCGCAACTTAACTTGAGCTCAGAATACACTAGCGCAACTTAAGTTGCGTAGGGGCATTTTGGACTTTTACTTTGGGAATGAGCAGAACTGTTTGGGTAAAGAGCATCACTCATCTTTTTCAAACCTTGGTAAGATTCACCAGGAAACAATCACTCAGCTTAGTTACAGCAACCATGTTAACTTATGGCTATCTAGCACCTACGTTTTGCATCTCATTGTTGCATTGGCACTTTTATTTCTCCTTATATGAATCCATCTTTTTATTTTTATTTTTTTATACATTTTAAATACACAAAGACAACTAAATTCCATTTTGTGCAATCATTTCACATGAGGTCAATCAATGAAAAATCTTTTGTAAGTGTTCTGTGAGTCTCAATGTCTTCTCTATCTTGAACTAAAGCACCATCTGCTCATCTTATATTTTGGTCTCTATAAAATTTTAGCATGTAATTTTAGTCCTTGTTAAATTAAATAAATTTTGTTTAATTATTATTGAACATTTTAATTTTGGAATAATTTTGTAAAAATACTTGTTTAAAACTTTATAAAGAATTTCTCTACAAAAAATTAACTTGATTTGATTTTTAGGTCAAAATTTTCGTTAGTTTTATCTTGAATTTTTTTTTTTTGACGTTCGTCTTATCTTGAAATTTTGACGTTTATAAATTGTAATTTTTTATAAAAGAGTTTTTTATAATGTTTTTTTTTTGTAGGAAGAGTTTCTTATGATGTTTTTAACATGTTTGTAAAAAATCATTCAAAAATTTAAGTATAATTAAAAAAATTCTCTTGACAAAAAAAAAATTCTTATTTAACATGAATTAAAACTACGTCTTGATTTTTTTTTTTATAAAGACCAAAACTTGACACTTTTTTATAAGGATTAAAAACGAAATTTGTTATATTTATAAAGATTAAAAATTTATTTAACCCTTGCTTTTTTTCTTCAACATAAATTAAGTTTAGCAGAAACATTGATGTCTCACAACATTACAAATTTAATATGAATTCCAACTAACAAATATGTTGATATTTAACATCAACAATGCCTCAAATAAAATTAGAGTAAAGAAAACCTATGAAAAAAAATGTTTTTTTTTTCCTTTTTAGGGACTAATATGATATGATTTGATTTTGGAAACAACAAAAATGAATTTTCTAGAAAGATATAGAGACAAAACTAACTTAAAAAATTGTACCACTAAACATTGAAACCTCTACCTAATATATAGTTTCATTTCATCTTCCATTCTCAATTTTCCGAGCAACAAAGGTTAGAAAACTTATCCAAAACCAAATCCTCTTAAACCCTAGCCACCATTTCTCCCAATTCCACACAACCATGGCATCATTAAATTTATCCTCATGCAACCTCTCTTCCTCCGCTTCCATTTCTTCATTCCCATCTTCTTCCACTCGCAGAAAAACTACCAGTACCGTCGCTCTCTCCAGGAAGAGTCGGAACCTTAAAGTCTCCGCCATGGCCAAGGAGTTGCATTTCAACAAAGATGGTTCCGCTATCAAGAAACTCCAGGTGGGTTATTCACAATCATGCTCAAAAAACGAAAAAATTGATTTTTTTTTAATGGTTTTTTAATTGTTTTGTTTGTGTTTTTGTTACAGAATGGTGTGAACAAGCTTGCAGATTTGGTTGGTGTTACTCTTGGTCCTAAGGGAAGGAATGTTGTTCTTGAGAGCAAGTATGGTTCTCCTAAGATTGTTAATGATGGTGTCACTGTTGCCAAAGAGGTGTGTTTCTTATTGAGTCTGTTTTTGAATTTGCTGATATTTTATATATTTGAATTATATGAATTTGTATGAATTAGTGTCTAGGATTTCAATTGAGTTATTGTATTTGGTAAATTATTTGATTTGTCTGAGTTCAGGGTCTAAGATTTTACTTGAATCACTGTTTTTGGTGAATTAGTTATGTAGGGTGTTTGTTTTGATGTGGGGTGTTTAAGGGTCTAAGATTTTACTTGAATTGTTGTTTTTGGTAATATATTTAATTTGTCCGAGTGTAAGGGTCTAAGATTTTACTTGAATTATTGTTTGTGAATTAGTTATGTGGAGTGTTTGTTTTGATGTGGGGTGTTTAGGGTCTAAGATTTTACTTGAATTATTATTTTTAGTGAATTAGTTATATGTGGTGTTTAATCTGATGTTCTGTTTGCATTTGCGTTCAAAAGGTGGAGTTGGAGGATCCGGTTGAGAATATTGGTGCTAAATTGGTTAGACAGGCGGCCGCCAAGACAAATGATTTGGCAGGCGATGGAACTACTACCTCTGTTGTTTTGGCTCAAGGTCTTATTGCAGAAGGTGTTAAGGTAGACTTGTTGTGAGTTTTGTAATAAGTAACTAATAAATGCTTGATTTGGTTTTGCTTGTTGTTACATAATTGGGGTCTCATTTAGAGTGAAATTTCATTTTATAGGTTGTTGCAGCAGGTGCAAACCCTGTGCTTATCACACGTGGTATTGAGAAGACAGCGAAAGCTCTTGTCGCTGAACTTAAACTAATGTCAAAAGAGGTGAAGCCGTTTTCTTGTTTTTTTGTGTATCTATGTTTAAGCATTTTTATTCCACGGGCTTCTGGTACCACAAACTTCCCACATTTTTTTGCATATTTTGGGGTGTTCATTGCTTAGCAATTATTGGCTAATATCTATGAAGCACTAACGCCTTTGGGATTACATTGCTTAGCAACTAGTTCCTATGAAACACAAACACCTTTGGGATTAGGCTTTGTCTCCATGTCCGACATGCGTCGTTGCACGGCACATGTACAACATGTGTAAGACAACTGAAACAAATACCAAAAAGATTTATTTTTTCTTTGCTTCAACATGCCTTAGGTACTCCTTGAACACATCTGTGGGGTTAAAGATGTGTTGTAGAAATGATAATCAATGAGGGGATTTAAGACATTCAATTTGATTATATCACTTTATCTTTTTGGTTGTGTACGGATAAATGAAGGTGAAAGACTATATATCTTATCAAATTATTTTGTAATGGATTTTTTTCTCAATTTAGATGTAGGGGTGTGCATGGTTCATGAACTGAACCAAATTTATGGTTCGGTTCAGTTCTTATAACTTCTTTCATCCAAAATCTGTTTTTTTTGTAAACCCGGTTCAATACGATTCAAAATCGGTGAACTGGTTTATAATACAAAACTAAAATAACCTTTTTTTTTTCTTTTTTTATGAATTGAAATGGTTTTGTGCTAAAACATTAGCCTTCAATTCTGGGTTGAAATTAAGAACTTGCAGATTTGTAAATTATGAAATGGAGGTTTGTGAAATCATATGAATAGCAGAAGAGGGGTTGTGAAATGGGTACGGATATACCCCAGTTTTGAGAAACAATAAACCAAATTGTTTTTAAAATTTTAAATTGGACAGTATCAGTTTTTGTAAATAAATAGTTAGGTTTTTTTAGATTGATTAATTGGATTTTAAGTTATAGTTCATGTGAACCGGTTTTTATGCACACCCCTATTTAGATGCACTTGTATATTTTGATTCTCAATTTTAATATTTTATAAATAATGTTAATATTTTATTAAATTATAACACACACACACACACAGGTGTCAATGTCCTATGTTTTTTACATTAATAGTGTCAACATGTCTGCATCATGTTAGGTGTTTGTGCTTCATAAATGATTTCCCTCATCTTTTTCATTTAAACTTAGAAGAGTTGTGGTTGTGTGAATTGCAGGTTGAGGATAGTGAATTGGCTGATGTGGCAGCAGTTAGTGCAGGGAACAATCATGAGGTAGGAAATATGATAGCTGAGGCGTTGAGTAAGGTTGGTAGAAAGGGTGTCGTTACACTTGAGGAGGGAAGGAGTGCTGAAAACAATCTGTATGTTGTTGAGGGCATGCAATTTGATCGAGGATATATTTCACCCTACTTTGTTACAGACAGTGAGAAAATGACCGTTGAATTTGAGAACTGCAAGGTGCGACATTTGTTTTCTATTCGCCAACTTATTATTATCTTTGCCATCAACTTGTGTTTTTACTTAAAAATTTATATGTTTTTGTGCAGTTGCTTTTAGTTGACAAAAAGATATCCAATGCAAGGGATCTTATTAACATACTAGAGGACGCAATTAGAAACGGATTCCCTATTTTGATAATTGCAGAGGATATTGAACAAGAAGCTTTGGCAACTCTTGTTGTGAACAAACTTAGAGGATCACTGAAGATTGCAGCACTTAAGGCTCCTGGATTTGGAGAACGCAAGAGCCAGTACCTTGATGATATTGCCATCTTGACAGGAGGTTTATAAATTTAAATCTTTTATGTCTTTGCTTATTCTGTTAAATTCAGAAGTGTATAATTTCTTCATTTGTTCCTTTTTTGGTTTAGCGGTTGGTAACAATATATATCTTCCCAATTCACTTATAGGTACTGTTATCAGAGAGGAGGTTGGCCTTAGCTTAGACAAAGCTGGGAATGAGGTTCTAGGCACTGCGGCCAAGGTGGTGCTCACCAAAGATACAACCACAATAGTTGGTGATGGAAGTACCCAAGAAGCAGTTACAAAGCGAGTTTCACAAATTAAGAACCAAATAGAGGTTTCCCTCTCTTTCTTTCCCCGTCTCTCCACCCCTTAAAAATTGTTTGCATGGCATGTTACTTTTTTGAGACCTTGTACATGAAGAATAAGTAATGATACGCTTAAAAAATGAGAAATATTTTGGAGTTATGCATAACGTTAGGTAGATAGTTAAAATTAGTAATCCAAATGTATGTATGCAGCATACGAGTGGTCATATATAAGGAGAAATGTATGTATAGAAGAGTATGACAGATTCACTGTTACGTCGACTCTAATAAAATGTCTACATATTATACAGGCTGCAGAACAAGATTATGAAAAGGAGAAGTTGAATGAAAGGATTGCAAAACTGTCTGGTGGTGTGGCTGTAATTCAGGTAATAATGATTCTATCTCAGTGAAATCGTTGAAATTTTATAATAAGCTTGCCTTTTAACTTCTCTGCAAATCATATTAAGTAATGCAAGTTTTGTTTTGTTACGAGTATAGGTTGGTGCACAAACTGAGACAGAACTCAAGGAAAAGAAATTGAGAGTTGAAGACGCTCTTAACGCTACAAAGGTGACTTTATCTTTCCCATAATGTTCATTAATTTATCCTTTTACTGGTTCGATAAGCTCATATTTTCTTCACCTTTAGGCCGCTGTTGAAGAGGGTATTGTAGTTGGTGGTGGGTGCACTTTGCTCAGACTTGCATCAAAGGTGGATGCAATCAAAGCTACCCTTGCAAATGATGAAGAAAAAGTGAGTCATCATTTGATATTGCGAACTCAAGTTTTTTTTATTTTTCATATGGAGATAATTTTCGTTTTAGGTTGTTGAAAGTGTTCTTGACTTGTTTGTGCTCTTTTCAGTTATATCATTATTTCATATTCAACTTTTTGACTCTGAATATGACTTTATAATTAAAACGCGACGCAGGTTGGAGCAGACATTGTTAAAAGAGCCCTTAGCTACCCTCTGAAATTAATAGCAAAAAATGCTGGTGTAAATGGCAGTGTTGTTAGTGAGAAGGTATAAAAATTGGCTAAATTTGGAATTTGTTACTCTCGCGTGTGCTTGTGCTGATGTAATTTGTATATCGGTAGGTTCTATCCAACGACGATACGAGATATGGATATAATGCTGCCACTGGCAAATATGAAGATTTGATGTCTGCTGGGATCATTGATCCTACAAAGGTGATTTATAGATTCATTCCTGTATTTTTTTTTTCTCTAGTAAATTAAACTTAGCTTGTAGGGCCCGCATCATTATAAATGGTTTGTATATGGATGTCTTATGTTAGTTTTGATTAAATTTTGGTTTCGTACCAAATACGAGGTTCTTAAATCATGCATATTGTTGCAAAATGGCAGAGTATCATTCCTTAAAAAAATTGTATGTGGAGGATGTTAGGCACGATACATTATAAATTTGTTGAAGTCTCACTGGACTTTTAATGTGGGAAACAAGACCTGATTTATTTTATGTTCTAGTTTCTTGATTAGGGAAATTGGGGTGTAATACTCTTCTATAACGATTTTTAAAACAATTCTTGGAACATACCTTATTGTGCATGTTTCTGCCTTCTATGCGTGTGAATGCTTATCTTACAATAACATAGTAACAATATGATATTTTATTCTTGATACGAAACTTTGACTTGGAACATACCTTATTGTGCATGTTTCTGCCTTCTATGTGTGTGAATGCTTATCTTACAATAACATAGTAACAATATGATATTTTATTCTTGATACGAAACTTTGATAAACTGAAGCATCCTAATCTTGTCCAGGTGGTTAGATGTTGCTTGGAACATGCAGCGTCTGTTGCGAAAACATTCTTAATGTCAGACTGTGTTGTTGTTGAGATAAAGGAACCTGAGGCTGCACCTGTTGGCAACCCTATGGACAATTCAGGTATGTAGTTTGAACATTCATTCGAATCGTCGAGTTTGCGGTATTTTTGTTTCTATTGCCGTGTCAATAATGGAAATGTATATATGATATCTATAAAAAGATAGTGATATTTTAATTAAAAGCGAAAATAGAAAATAATGATAAATATTTTGTTAACATTTTTTTATGTGAAATATGTATAAACTATATCTATTTGTTTGTAACCAAAAAAATACCATCATTTATTCCTATTACTCTGTGTGTAACTGTCAATTGATAACCTAAGAATCTTGAATTTTAAGGTGCAAAATATGATATTATATACTAGGTATCTCACATATTTTGTAAAACGTTGTTGGCTGACTCTGCCTTTCTTTTCTCCTAGGATTCGGTATGTAG

Protein sequence

>MS.gene00538.t1

MASLNLSSCNLSSSASISSFPSSSRRKTTSNVALTRKNRSHKVSAMAKELYFNKDGSAIKKLQNGVNKLADLVGVTLGPKGRNVVLESKYGSPKIVNDGVTVAREVELEDPVENIGAKLVRQAAAKTNDLAGDGTTTSVVLAQGLIAEGVKVVAAGANPVLITRGIEKTAKALVAELKLMSKEVEDSELADVAAVSAGNNHEVGNMIAEALSKVGRKGVVTLEEGRSAENNLYVVEGMQFDRGYISPYFVTDSEKMTVEFENCKLLLVDKKISNARDLINILEDAIRNGFPILIIAEDIEQEALATLVVNKLRGSLKIAALKAPGFGERKSQYLDDIAILTGGTVIREEVGLSLDKAGNEVLGTAAKVVLTKDTTTIVGDGSTQEAVTKRVSQIKNQIEAAEQDYEKEKLNERIAKLSGGVAVIQVGAQTETELKEKKLRVEDALNATKAAVEEGIVVGGGCTLLRLASKVDAIKATLANDEEKVGADIVKRALSYPLKLIAKNAGVNGSVVSEKVLSNDDTRYGYNAATGKYEDLMSAGIIDPTKGRNVVLESKYGSPKIVNDGVTVAKEVELEDPVENIGAKLVRQAAAKTNDLAGDGTTTSVVLAQGLIAEGVKVVAAGANPVLITRGIEKTAKALVAELKLMSKEVEDSELADVAAVSAGNNHEVGNMIAEALSKVGRKGVVTLEEGRSAENNLYVVEGMQFDRGYISPYFVTDSEKMTVEFENCKLLLVDKKISNARDLINILEDAIRNGFPILIIAEDIEQEALATLVVNKLRGSLKIAALKAPGFGERKSQYLDDIAILTGGTVIREEVGLSLDKAGNEVLGTAAKVVLTKDTTTIVGDGSTQEAVTKRVSQIKNQIEAAEQDYEKEKLNERIAKLSGGVAVIQVGAQTETELKEKKLRVEDALNATKAAVEEGIVVGGGCTLLRLASKVDAIKATLANDEEKVGADIVKRALSYPLKLIAKNAGVNGSVVSEKVLSNDDTRYGYNAATGKYEDLMSAGIIDPTKVVRCCLEHAASVAKTFLMSDCVVVEIKEPEAAPVGNPMDNSGFGM