AlfalfaGEDB | MS.gene060312

M. sativa cultivar XinJiangDaYe / MS.gene060312

KEGG: -
GO: GO:0003674 GO:0005488 GO:0005515
PFAM: PF13415.9 PF13418.9 PF13422.9 PF13964.9

Nr:

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060312.t1	RHN82242.1	98.8	665	7	1	1	664	1	665	0.00E+00	1197.6

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Swissprot:

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060312.t1	Q921I2	39.2	513	275	15	1	498	1	491	2.4e-87	324.7

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Trembl:

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060312.t1	A0A396JXG1	98.8	665	7	1	1	664	1	665	0.0e+00	1197.6

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TFs/TRs:

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Gene ID	Type	Classification
No data available in table

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Protein Kinases:

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Gene ID	Type	Classification
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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049159	MS.gene060312	0.820352	7.18E-53	-1.69E-46
MS.gene049404	MS.gene060312	0.800306	1.53E-48	-1.69E-46
MS.gene049435	MS.gene060312	0.819574	1.08E-52	-1.69E-46
MS.gene049850	MS.gene060312	0.804926	1.71E-49	-1.69E-46
MS.gene050442	MS.gene060312	0.814596	1.42E-51	-1.69E-46
MS.gene050561	MS.gene060312	0.806419	8.30E-50	-1.69E-46
MS.gene050807	MS.gene060312	0.808455	3.07E-50	-1.69E-46
MS.gene050844	MS.gene060312	0.802012	6.87E-49	-1.69E-46
MS.gene051247	MS.gene060312	0.802192	6.30E-49	-1.69E-46
MS.gene051744	MS.gene060312	0.808818	2.57E-50	-1.69E-46

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PPI:

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Gene1	Gene2	Type
No data available in table

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060312.t1	MTR_1g107265	93.983	698	8	2	1	664	1	698	0.0	1332
MS.gene060312.t1	MTR_1g107265	93.155	672	12	2	1	638	1	672	0.0	1273
MS.gene060312.t1	MTR_2g069030	31.111	270	157	11	87	353	36	279	3.17e-22	98.6
MS.gene060312.t1	MTR_1g084120	26.087	253	155	8	100	349	52	275	5.08e-19	91.7
MS.gene060312.t1	MTR_2g019860	25.330	379	215	16	66	408	86	432	6.31e-19	91.7
MS.gene060312.t1	MTR_4g119100	28.846	260	146	12	66	314	93	324	2.05e-18	90.1
MS.gene060312.t1	MTR_4g119100	28.846	260	146	12	66	314	94	325	2.54e-18	89.7
MS.gene060312.t1	MTR_4g119100	28.846	260	146	12	66	314	94	325	2.96e-18	89.7
MS.gene060312.t1	MTR_4g109680	26.104	249	146	11	103	343	55	273	1.78e-16	83.6
MS.gene060312.t1	MTR_4g109680	31.944	144	84	6	84	222	140	274	2.29e-15	80.1

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene060312.t1	AT5G50310	73.748	659	141	8	15	657	15	657	0.0	905
MS.gene060312.t1	AT3G07720	28.767	292	176	12	55	343	9	271	5.96e-18	85.9
MS.gene060312.t1	AT4G04670	25.728	206	124	6	114	315	314	494	6.65e-16	82.4
MS.gene060312.t1	AT3G05420	27.731	238	137	10	91	314	199	415	4.44e-15	79.3
MS.gene060312.t1	AT3G05420	27.731	238	137	10	91	314	198	414	4.59e-15	79.3
MS.gene060312.t1	AT1G74150	24.275	276	171	11	75	343	26	270	1.05e-14	77.8
MS.gene060312.t1	AT1G74150	30.000	150	93	5	79	224	132	273	2.91e-13	73.6
MS.gene060312.t1	AT1G74150	26.108	203	127	8	117	314	14	198	6.66e-12	68.9
MS.gene060312.t1	AT1G74150	24.275	276	171	11	75	343	26	270	1.12e-14	77.8
MS.gene060312.t1	AT1G74150	30.000	150	93	5	79	224	132	273	3.06e-13	73.2

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Find 158 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAACAAAGAAAGTCGGCAA+AGG	0.555688	1.2:+79851919	MS.gene060312:CDS
AACAGCTTGATGAGCACTGC+GGG	0.441731	1.2:-79853110	None:intergenic
AACCCTGCACGAGGACCAGG+AGG	0.671017	1.2:-79855637	None:intergenic
AAGAAGAGTGGGATGCCTCC+TGG	0.521741	1.2:+79855622	MS.gene060312:CDS
AAGAGATGAAGCTGAGGATA+TGG	0.300328	1.2:+79856545	MS.gene060312:CDS
AAGAGGAGGGCTCTGCTATT+TGG	0.302506	1.2:+79855676	MS.gene060312:CDS
AAGTGTTTCATTGTCAGCAA+TGG	0.562261	1.2:-79856622	None:intergenic
AATCTAAACTTACCAGCGAT+TGG	0.570438	1.2:-79856115	None:intergenic
AATCTTTGATGCAATATTCT+GGG	0.445092	1.2:-79856598	None:intergenic
AATGGCGTCAATATCATCTT+CGG	0.454860	1.2:-79852016	None:intergenic

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CRISPR-GE

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badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content
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Chromosome	Type	Strat	End	Strand	Name
chr1.2	gene	79851910	79861284	79851910	ID=MS.gene060312
chr1.2	mRNA	79851910	79861284	79851910	ID=MS.gene060312.t1;Parent=MS.gene060312
chr1.2	exon	79851910	79852041	79851910	ID=MS.gene060312.t1.exon1;Parent=MS.gene060312.t1
chr1.2	CDS	79851910	79852041	79851910	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79852124	79852210	79852124	ID=MS.gene060312.t1.exon2;Parent=MS.gene060312.t1
chr1.2	CDS	79852124	79852210	79852124	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79852297	79852365	79852297	ID=MS.gene060312.t1.exon3;Parent=MS.gene060312.t1
chr1.2	CDS	79852297	79852365	79852297	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79853028	79853160	79853028	ID=MS.gene060312.t1.exon4;Parent=MS.gene060312.t1
chr1.2	CDS	79853028	79853160	79853028	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79853251	79853297	79853251	ID=MS.gene060312.t1.exon5;Parent=MS.gene060312.t1
chr1.2	CDS	79853251	79853297	79853251	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79853404	79853490	79853404	ID=MS.gene060312.t1.exon6;Parent=MS.gene060312.t1
chr1.2	CDS	79853404	79853490	79853404	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79853997	79854058	79853997	ID=MS.gene060312.t1.exon7;Parent=MS.gene060312.t1
chr1.2	CDS	79853997	79854058	79853997	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79854887	79854929	79854887	ID=MS.gene060312.t1.exon8;Parent=MS.gene060312.t1
chr1.2	CDS	79854887	79854929	79854887	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79855083	79855163	79855083	ID=MS.gene060312.t1.exon9;Parent=MS.gene060312.t1
chr1.2	CDS	79855083	79855163	79855083	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79855357	79855473	79855357	ID=MS.gene060312.t1.exon10;Parent=MS.gene060312.t1
chr1.2	CDS	79855357	79855473	79855357	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79855619	79855724	79855619	ID=MS.gene060312.t1.exon11;Parent=MS.gene060312.t1
chr1.2	CDS	79855619	79855724	79855619	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79856061	79856124	79856061	ID=MS.gene060312.t1.exon12;Parent=MS.gene060312.t1
chr1.2	CDS	79856061	79856124	79856061	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79856334	79856376	79856334	ID=MS.gene060312.t1.exon13;Parent=MS.gene060312.t1
chr1.2	CDS	79856334	79856376	79856334	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79856480	79856710	79856480	ID=MS.gene060312.t1.exon14;Parent=MS.gene060312.t1
chr1.2	CDS	79856480	79856710	79856480	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79856801	79856962	79856801	ID=MS.gene060312.t1.exon15;Parent=MS.gene060312.t1
chr1.2	CDS	79856801	79856962	79856801	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79857947	79858084	79857947	ID=MS.gene060312.t1.exon16;Parent=MS.gene060312.t1
chr1.2	CDS	79857947	79858084	79857947	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79858903	79859046	79858903	ID=MS.gene060312.t1.exon17;Parent=MS.gene060312.t1
chr1.2	CDS	79858903	79859046	79858903	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79859258	79859344	79859258	ID=MS.gene060312.t1.exon18;Parent=MS.gene060312.t1
chr1.2	CDS	79859258	79859344	79859258	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79861019	79861087	79861019	ID=MS.gene060312.t1.exon19;Parent=MS.gene060312.t1
chr1.2	CDS	79861019	79861087	79861019	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1
chr1.2	exon	79861192	79861284	79861192	ID=MS.gene060312.t1.exon20;Parent=MS.gene060312.t1
chr1.2	CDS	79861192	79861284	79861192	ID=cds.MS.gene060312.t1;Parent=MS.gene060312.t1

Gene Sequence

>MS.gene060312

ATGGGGAAGAAAACAAAGAAAGTCGGCAAAGGCAAAGAGAAAACAGAGAAAAAAACCGCAAAAGCCGATATGAAACGAGCTCGCAGGGAAGAAAAAAAGCTTTCTCCCGAAGATGATATTGACGCCATTCTCGTAACTAACTATACCTTTTTCATTGCTTCTTCGTTCAATTTTCTTCAAGCAATGAAAAACCTAACAATTGTTTATCACACAGTTGAATATTCAAAAAGAAGAAGCTAAGAAGAAAGAAGTTCACGTTGAAGATAATGTTCCCGCTCCTTCTCCTCGCTCCAATTGCTCGGTAATCCTAAAGCCGTTATTTAACACTTCGTTTCTTACTGTTTACATTTTGAATTTGTTTGTTTTATTGCTTGATTGATTGTGCAGCTTACCGTTAATCCGTTGAAAGAGACGGAGTTGGTTCTATATGGAGGTGAATTCTACAATGGGAACAAGGTTAGGTTTGTCATTTGTTGAATTGAAGCGTTTTGATTTTGATTAAGTGTAATTGATTTTGAGTGAATCGGTTTTGACTAAAATCGAGTTGAAGGTAAAATGATCTATGTTTTGATGCATTCATGTAAAAGTGAGTTGAACAATAAATTTGAGTTTAAAAATCAATTCTAGAATCAGAAGCTACAATTTCTAGCTTCAAGTAGAATCAATTTTGGAGGCAAAGTTAATTTGTACTTTAGAGGAACCAAACACATCTACAATCAATTTTGGCTCCTCCAAAAGTGAAACATGTGGCGGTGAAAATTGATTTTGGTTAAAAGTGATTTGAATGTAGTCGTATGTGTTTGGATGCATTTATGTAAACGTGAATAATGTGAGTTCAATGTTGTTTGGATATTTTAGATCAAAATTGCTTGAGTGTATAATTACCAAAAATAGTTTTAACATGTATATAAAAATTGCAAAAAGTTAGAATTGATTCCACCTCAACTTGAAAGCTACAAATAGTTGCTTTAGATCAGAATTGATTCTCAAAATAAAAACCAAACATAAAAAAATCTGGTCAATTTGACTTTTGTAAACTCAATTTCCGGAGTTCCCACCACGGAACCAAACAGGTACTAAGTAGTTGCAACTTACCATCAGGTTTTGAATATATGCAGACTTTCGTCTATGGTGATCTTTATCGATATGATGTCGAGAAGCTGGAGTGGAAACTGATTTCGAGTCCTAATAGTCCTCCTCCCCGCAGTGCTCATCAAGCTGTTGCTTGGAAGAATTATGTTTATATTTTTGGTAATTTGATTTGGTTTTGTCTTGATATTTGTGTGGATTTGTGGATCACACTTGAAAGTTCATGTGTCGTTTTTTTTTAATGTGCTTTAGGTGGTGAATTTACATCTCCAAATCAAGAGAGGTTCCATCACTACAAGGTTAAATCTGCATTACCTTGCTTCTGTTTGTGGTTAAGGAAAATGTGGTTCACTTTACTGGGTTTTGACTGTTTGAGATGTTGCTTTTGAATTTTGACCACTGTAGGATTTTTGGATGTTGGACCTGAAAACTAATCAGTGGGAACAACTTAATTTAAAAGGGTGTCCTGGTCCACGTTCGGGACATCGGATGGTATGTTCGAGCTCTTTTATGAAACCATGTAGTTAGTTACCAACTTTCTTGCAAGAATATCCGATTCATACATCTTAAGTCAAACGGGTTTTTGGTATGTTTGTTTCTGAAAATTCTTTTTTATTTAACTCAAATAACATCACACTACTGTCTGTTTGCATAGCAAAATTCCTCAGATTATTCTTTACGGCATCAAATGCTCAAATGACATGAGCTCTGTTACCTGACAATCACAGATTCCCTCTATCTTGGTTATTTTCTTCTTTTAATTTGCAACCCAAAAGTTAAAAACATCACCACGTGTTTTGAGATCATAACATACTTCTAGTCCTGTTAGAAACACAAAAGCTTATTGATCTGCATTACATTTCATGTTCATTCATCTCAAAGAAATATTCCATCTCTGAGAATTCCGTAAAGCCATATCAGAATTTAAACAACAAAAGAAATTATTATAACTGAACGGCTGAAGCTGATTTGATTACTAATATCCTTATCATTTGCAGGTATTATACAAGCACAAGATTATTCTTTTTGGTGGCTTTTATGATACACTTAGAGAAGTGAGGTTGTTAACACTGCTTAGTTCTTTTTTATTTGTATTCAAAAAAACTTTTTCCTGCATCTGATGAAAAACTTGCTATGGAAGCAGAGATTGAGCTTCTTTTTTCTTTGTGCATCTTCTTTGGATGTTTTCGTTGTTAGTGAATGTTAGCTTGGCAACATTGATTTCTAAGTTTTGGTTTTGAGGGATGGAATGGAAATCGTTTTTGCTTATGCCATATTTTTTTTGTGTGTGATTGTAGATGCACGACATTTATGTTTGAATGGACCCTCATTGGATTATTTTCAATCCTTATAGTTTGTAGTTGTATTTGGATGGTTGTGTTGGCCTACAGAAATTAAAGTTATTTAGTAGCGAGCATGATATGAATAAGGGTCAATATGAGATTTTAAGTTGCGGCAAGTGGAATAAAGAAGGTGAGTGATATGAATGTTGTTAGAGTAAATGATTAAAAGTAGTGAGAGGGAGGGAGTGAAAAGGGGAATTGGTATAGTAGTTTTTTTTCCTGATAAATTTAATTTCTCCTATTCCGTTATTGCAAGAAATTCCACGATCAATGTTCTTGACTCTGGAGATAGAAATATGGAATCTACACAACAAAGTTCTCCTTTTCAATCCGATTTTATTTCTTTCTGTTCTCTTTTATGTTTCGCACGAGGTTACATTCTTTGCATGTATTGTATGTTATTGAACCGTATAGATTTTGCAACTAGATGCTCTTCACACATGAGAGTTAAATGGAGGCCTTTAAACCACATACAACTAGAGACTGATTATCGGTATTGATTCACTTGATGACCTTTCTATGTCACTTCTTAATTGGTTTTGCAGGTACTACAATGATCTATTTGTATTTGACCTTGATCAATTTAAGGTAAATTTATTTAATACACTATATTGTGTCCTAATTATGTTAATGTACTACTTGCTATTCCATAAGCAAAACTCAAACGTCGGCATGTATGATGTAATAGTGTTAATATAGTTTTTATTATGTGATTAACACCAATCTGATTTTGTGCTGCAGTGGCAAGAAATAAAGCCTAAGCCTGGAGCAATGTGGCCAACTGGGCGTAGTGGTTTTCAATTATTTGTTTACCAAGATGATGTGAGTTAAATACTAATCCCCTTATATGAAGCTAATTTTTGTTTTAAATTACTTATAGTTATGCTTTTGTTTATCATAATTGTCAAATTTTCCCACGTGTCGTTTCAATCATTATGATTAATTAGGGTGGCTAATTGAAGAATTTTTTAAGTTTAGAAGCTGTCTTCTTTACATTGTTACTTTTACATTGCAGATTTTCTTATATGGTGGCTATTCAAAAGAAGTTTCATCTGACAAGAATGCCTCTGAGAAAGGAATTGTTCATTCAGATATGTGGTCCCTTGATCCCAAGACTTGGGAATGGAACAAGGTTGTGGTTTGGAGTTTAGTATTTGGTGAATTTGTATATTCCTCTTCTTAGGCAACTCAAACCCCTAGACCCCCAGAAAAATACCGTATGTTATTATTTAATAGTTCAACTGTTTTCTTAACATTCCTTTCTTCCTTCTTGGTAGGTTAAGAAGAGTGGGATGCCTCCTGGTCCTCGTGCAGGGTTTTCCATGTGTGTTCATAAGAGGAGGGCTCTGCTATTTGGTGGTGTTGTGGATATAGAAGTTGAAGGTAGCCTTTTATTTTCATGATTATTTTTGCAATTTGTGACCATCTAATCTGCATACACTTATAATTAAATGAACGGGACTCACTGCACAAGATCTCATCAGTGAGGCCTTTTTAATGTTTACAAACAATTAATATGATCCGCAGTCTGATTAAATTCTTTCGGAGGAATTAAATGAATGGGACTCACTGCACAAGATCTCATCAGTGAGGCCTTTTTAATATTTACAAACAATTAATATGATCCGCAGTCTGATTAAATTCTTTTCGGAGGAAGTGTGTTTATTTGTTTATGCTTGCTGTATGGTTGGTTTTTCTAATTGCACTTAAATCATGCAGGCGATGCAATGATGAGCTTGTTCTTGAATGAGCTTTATGGCTTTCAGTTAGACACCAATCGCTGGTAAGTTTAGATTGCTTCAGTGATTACACCATTTTCTTAAGTTTCCATTTATGTAATAAATTCTTCCGTTTGCTCTTGACTCGAGGCCTTCGTAATTTTTTCATTAATTTTTAATTTGAGCTTTTCTGCATATGCTGGTTAGAGTTAAGTTGTGCTCTCATATTAAACGGTTCGTGGTTAGCTTATTATTGATGCTGTTTGTGTAATAGGTACCCTCTGGAGTTAAGAAAGGATAAATCAACAAAAGATAAGGTAGATTTGATACACAGTGCATTTATTACTTCCAATTTTTTTCTTTCTTTTTTTACTATTTTGTATGCAATAGTTTTGCTGCCTAATGAAATGGGTTTTGCAGTTAAGAAAGACCGAACAAAATTGTACTAACGATGTCGACAAGAAGGCAGAACCACTATGTACTCCAAGAGATGAAGCTGAGGATATGGAATACGAAGAAAGCAGCATTAATGATATATCCCAGAATATTGCATCAAAGATTACCATTGCTGACAATGAAACACTTACCAAACCTGAAGGAAAGTCTAAGGAATCTGGTGCTAAATTCGACATTCAAAATTCTTTGCCCGAGGTTTGCATTTTGATCCAACAATCTTAGTGATGACACTGGTTTTAGTTTTGCTCATTTATTTATTTTATTGAATTTCTCCAAACTTTCTAGGCAGTGAAACCCTGTGGACGCATTAATTCTTGCATGGCTGTTGGAAGAGATACACTATATATATATGGTGGCATGATGGAGATTAAAGATCAAGAAATCACTCTTGACGACTTGTACTCTCTCAACCTTAGCAAACTTGATGAATGGAAGTGCATTATACCGGTTTGTGTTCTTTCCTTGATTACTTTTGGCTGATAGATGCATACACTCCACTACTAATTGCAATTGATGATGTCTCATTTGTTCTTGACTACTCTGGAATATTAACATAAGTTTTCTGTTCTTCTAAGTAAATACATAAGTTTTCTGTTCTTGGCTGATCAGTTTTTTCTGCCACTGCTAAGTTAGTGAACGATTTTATCCTTCCCAGATAAGTAGTGGAGTAGTAGTAGTAGTATATCATAGAGGTTCTGTTGTACATAATGTATATTTGTAATTATTTATGTTAGTTGTATTTGGCCCATTAAGTTTATAACTCTAGCTAAACACATTAGTGTCTATACTCTCGTTACAACTTTGAATATATCAGAATTATTTTCTACAGTTTATATAAACTCTAGTAAAATAGTAAATCAATATTATGGTTCCTGAAATTGTAAGGGCTAGGCAGTTTAGTCTCTCAAATTCGTAAACAATAATTTAGTCGCTTTAATTAAAGACACTAGTCAAATTAGTCCTTTTTTCGAATTTAACATCACAGTTTTAAAGGTTTTATGTTTGTCTTGATACGGTAAGAGACTATTCAAGACAATATGCAGGTCTTTCATCGATTTTGATGAATGTTCCTTAAAGAGATACTTTGGTAGATGAACTAAATTGACTGAAGTTCTTTAAATTAAGGGACTAAGTTGTTATTTTGCAAATTTGAGAGACTAAATTACCTGACTCTTACAATTTTGACTACCTGGACTAAATTACCCAACCCTTATTTTGACTACCAAAATGCTGATTTACTCATTATAAATAATAATATGAATTGTGGTGATACTTCTTTTACATTAGATTGTTGGATATAAACCATGCAGATACAGTTGATATTGCTGTCTCGCAAATATTTAATCTAGAATGTATTATGCATGCAACTTTATATTTAAATACACGTTTAGTTTATCTGCTATAGTCTGACTTCTTTCTTCTTCCACCCAGGCATCAGAATCTGAATGGGTGGAAGTTTCAGAGGATGATGATGATGATGAAGAAAATGAAGATGATGATGACGATGATGAATCTAATAGTGATGGTACAAGTGAGGAGAACGAAGATGATGATGATGATGAGGAGGAGGTGCCCATTCTAATCTCAAAACTCCAAAATAAAAATGAGCGAACTAAAACCCCCTGTTTTACATTTATGTAACAGTAAGAACCTAGAGAGAACCCCTTTTTTCTATAGGAAAGGAAACATTAATGAGTCATACCTCATGCAAGTTATGGTCAATTTGCCATCCCTTATTTAGCCTTATACGCGGGGGAACAAATCATTCATTTGGTGTGGCTCCATTTCAGGTTCAAATATTTGGGCACCAAATTGAATCTTCAACTCAGCTTCACCAAATGAACAGTTCTTCCCCTTTTCTCTAAAAACGAACCTGGACCAAGGTTGAAAAGTGACATTTGATAACTGTCCGCACAATGTCCATGAGAAAAATCTCTTGTTAACAAGTATACTAGTGCAATATAATTTTGAATTAGTTGTAGTTTTTCTATAAATAAAAGAAAATTCCAGATAGGTTTTTTTATAATAAAGGTCTGTGTTGTAACCACAAAATACAAGGAAAGGAAAGATATTTTGCTAGATCTAATCCATCTGTTGTATAAGGACGAATTCTTAATAATTCAGTCTATAATATTTTGATGGGCTTCAGTTTACTTTTTGAGACAATAACCTGCAACGTGATGTTTGTCTTTTCCTATGTTTAAGATCCATGATAGACACTGAGCATTGCATTTCTTAGTTGTTTTTCATTAAACTTGCAATAGCTATTATGCGCACATACTGTCAAACATATGTGCGATCAACTCTTCATAACCAGGCAGTTTGTTTTTCCTTGAAACAATGAGACTTTCTGCATTATTTATTTGGCTTTACGTTTTGGTCACTAGGTTCTGAATGCATCAGATCAAGTGGGAGATGCTGTAGCTTTAATCAAGGGAGGGGTAAAGAATCTGCGTAGGAAAGAAAGAAGGTCACGGATAGAGCAAATCAGAGCTAGCCTTGGCTTGTCAGATTCACAGAGAACACCATTGGTAGTTTATCAATATTTATTAAAGACACTTTACACAGTTGATTATAGATTGAAGCTAGTGGATGCATGCATTTTTTTTAATTTTTTGTTCCATTGAGCTCTACTACCTTTCTTGATTGTGTCTGGTTGTATTTTTGCCTACAAAAGCCTCTTTGAGCTTCAATATTTTTCTTCGTTCCACTGCTTTCTTAATTGTCTTGTTGCATGTAAAGGCAGGTGAGTCCTTGAGAGATTTCTATAAGCGTACAAATTTGTATTGGCAAATGGCAGCCCATGAACACACTCAGCACACTGGAAAAGTAGGTTATCTCTTTTCGTTTGTTATATTCATACATACAGTTTTACCCATAAAACTATACGGTCTGTAGTAGTTGACTAGTTTCCGCCTTTCCTATATTTCTTTTACCGCATATCATATTTTACTTAATGTATTCTGGGGGAACGGAGAGAGACTTCAGTTGGTCTTTCTGTTTTCCTCATCTCAAATTGACCAAGTCCTTGTTCTAAAATTACAAAATGTTGGTCTGATCTGCATGCAAGTAATATTTGACGGAGGTTATATAACCCTGAACTTTGGTTTTCTTGCAAATTGAAACAATGAACTTTAAAATCTTCTTGTTCACTAGCTCAATTCTTATAGATAGCATAAATCATAGATTAAAAAAATAACGAACTTTTATTAATATTACAAATGAAGTCTATTAAACGTTATTAGTGTGAGTAAACCCCCAATTTTGTCCCTCAAGTATCGCTCGTCTATTTAGTCTTGAAAGTATATAAATATAAATAACAGTTCTGAAGGTTTTATTAGCGGTCACTAGTGTCATGTCAATATATAACATCACAAGGACTAATGGGATAGCCCCTAAAAAAAAGGGACTAACAGGATAAATTATTGTATACTTAAGGGACTACGTAATATATTATAACATATTACAATGTTGTTTATGTAAAGAGGCAAGCTAAAGGTGTCGCCCATAATCTAGCTAGGGCGGCTCCGTCTCAGTCTTGTGCTCAGGTGTTTAAGTACGTTCCTGATTGATTGTGCGCCTTATTGAGAATGAAATGGCATAGATATCCTTATGTAAAAAAAGAGACTACTTAATATTTTTATATACTTTAGGGACTAAGTAGGAAATAGTGTTACATGAGGGGCTAACTTGAAGGTTTTGTTAAGTACTTTAAATATTTTTAACATTAAATTAAAATGAAATAAAGTTACAATAATATTAAAGCAGTATTTCTATATTTTAGTTATGAAATTATTAATTTTTTATTCAAACCATATATTTATATATTGATATTTTTAAATTTTAGTTGTGAAGAAGCTTAGAATTTCATGATTTCACGAGTCCGTTTGTGTGTTAATTTCAACTAAAAGGACTGCTTAGTGAAAAATTAGTGGGTATGAACTAAATCAAAAGGTTTTAAATTAAAGTCCATGAACTAAAATAAAGTTACAATAATATTAAAGCAGTATTTCTATATTTTAGTTATGAAATTATTAATTTTTTATGCAAACCATATATTTATATATTGATATTTTTAAATTTTAGTTGTGAAGAAGCTTAGAATTTCATGATTTCACGAGTCCGTTTGTGTGTTAATTTCAACTAAAAGGACTGCTTAGTGAAAAATTAGTGGGTATGAACTAAATCAAAAGGTTTTAAATTAAAGTCCATGGTGTCGATATGTAAAATTGTCAAAGTTTAAGATGGTTGTATGTATATCTTCCCTATTTGATTTGTAGATTGTTTATCTTTTATAATTATTTTGTTTGTGTATGCATTATTTATACACGCACTCCCTCATTGTTACCTTCTGAAACAAGCACAACCAATTTGAAATAAAGTTGTTACTCCTCTAGCTCTATTTGAACTTCCTCTCCGTAGCTGTTCCTTTTTGATATGTGAAGACACTTGTTCATATAGAAATACATGAATGCCTAATGTTTGTGGTGAAATGGGTGATAGGAACTCCGGAAGGATGGTTTTGATCTTGCAGAAACACGATACAGGGAGCTAAAACCTATTCTTGACGAGGTATTTTTTTTTTTGCGCTCACATCATTGGCTCAAATTGGCACCTAAAAACTATTTATAACTACATTCTTGACGTGGTACTGTTTCTTTCTTTTGTCACTGTAGCTGGCTTTATTAGAAGCTGAGCAGAAAGCTGAAGAGGCCGAGGGGCCTGAAACTAGTATGAAGAAAAGAGGCAAGAAGAAAACTAGAAATTGA

Protein sequence

>MS.gene060312.t1

MGKKTKKVGKGKEKTEKKTAKADMKRARREEKKLSPEDDIDAILLNIQKEEAKKKEVHVEDNVPAPSPRSNCSLTVNPLKETELVLYGGEFYNGNKTFVYGDLYRYDVEKLEWKLISSPNSPPPRSAHQAVAWKNYVYIFGGEFTSPNQERFHHYKDFWMLDLKTNQWEQLNLKGCPGPRSGHRMVLYKHKIILFGGFYDTLREVRYYNDLFVFDLDQFKWQEIKPKPGAMWPTGRSGFQLFVYQDDIFLYGGYSKEVSSDKNASEKGIVHSDMWSLDPKTWEWNKVKKSGMPPGPRAGFSMCVHKRRALLFGGVVDIEVEGDAMMSLFLNELYGFQLDTNRWYPLELRKDKSTKDKLRKTEQNCTNDVDKKAEPLCTPRDEAEDMEYEESSINDISQNIASKITIADNETLTKPEGKSKESGAKFDIQNSLPEAVKPCGRINSCMAVGRDTLYIYGGMMEIKDQEITLDDLYSLNLSKLDEWKCIIPASESEWVEVSEDDDDDEENEDDDDDDESNSDGTSEENEDDDDDEEEVLNASDQVGDAVALIKGGVKNLRRKERRSRIEQIRASLGLSDSQRTPLAGESLRDFYKRTNLYWQMAAHEHTQHTGKELRKDGFDLAETRYRELKPILDELALLEAEQKAEEAEGPETSMKKRGKKKTRN