AlfalfaGEDB | MS.gene068547

M. sativa cultivar XinJiangDaYe / MS.gene068547

KEGG: K10398
GO: GO:0000166 GO:0003674 GO:0003774 GO:0003777 GO:0003824 GO:0005488 GO:0005515 GO:0005524 GO:0006928 GO:0007017 GO:0007018 GO:0008017 GO:0008092 GO:0008144 GO:0008150 GO:0009987 GO:0015631 GO:0016462 GO:0016787 GO:0016817 GO:0016818 GO:0017076 GO:0017111 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00225.26

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.gene068547.t1	XP_013468304.1	96.8	1044	33	0	1	1044	1	1044	0.00E+00	1919.1

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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.gene068547.t1	Q0WQJ7	59.2	1045	415	6	3	1044	2	1038	0.0e+00	1126.7

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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.gene068547.t1	A0A072VL62	96.8	1044	33	0	1	1044	1	1044	0.0e+00	1919.1

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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
No data available in table

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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049397	MS.gene068547	0.834252	3.34E-56	-1.69E-46
MS.gene049596	MS.gene068547	0.848751	5.02E-60	-1.69E-46
MS.gene049989	MS.gene068547	0.897429	1.42E-76	-1.69E-46
MS.gene050297	MS.gene068547	0.913345	6.85E-84	-1.69E-46
MS.gene050648	MS.gene068547	0.818703	1.71E-52	-1.69E-46
MS.gene051094	MS.gene068547	0.831489	1.62E-55	-1.69E-46
MS.gene05124	MS.gene068547	0.828762	7.51E-55	-1.69E-46
MS.gene051629	MS.gene068547	0.806181	9.32E-50	-1.69E-46
MS.gene051742	MS.gene068547	0.81102	8.62E-51	-1.69E-46
MS.gene051955	MS.gene068547	0.817922	2.57E-52	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene007193	MS.gene068547	PPI
MS.gene034850	MS.gene068547	PPI
MS.gene050297	MS.gene068547	PPI
MS.gene052731	MS.gene068547	PPI
MS.gene056892	MS.gene068547	PPI
MS.gene068547	MS.gene065738	PPI
MS.gene068547	MS.gene028638	PPI
MS.gene24699	MS.gene068547	PPI
MS.gene43837	MS.gene068547	PPI
MS.gene81761	MS.gene068547	PPI

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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.gene068547.t1	MTR_1g067630	96.839	1044	33	0	1	1044	1	1044	0.0	2092
MS.gene068547.t1	MTR_2g096010	47.550	1041	514	10	8	1030	4	1030	0.0	922
MS.gene068547.t1	MTR_7g105030	42.327	971	546	8	48	1009	3	968	0.0	726
MS.gene068547.t1	MTR_7g105030	42.327	971	546	8	48	1009	3	968	0.0	726
MS.gene068547.t1	MTR_1g059730	40.373	1018	570	6	49	1044	8	1010	0.0	697
MS.gene068547.t1	MTR_3g100270	39.241	395	207	11	47	427	2	377	4.01e-69	252
MS.gene068547.t1	MTR_5g066320	40.107	374	187	9	44	400	7	360	5.84e-68	249
MS.gene068547.t1	MTR_3g102170	38.265	392	190	10	55	414	9	380	1.97e-66	243
MS.gene068547.t1	MTR_4g094882	37.984	387	186	11	54	405	12	379	2.35e-66	243
MS.gene068547.t1	MTR_1g018940	36.019	422	227	10	55	448	9	415	2.50e-66	243

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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.gene068547.t1	AT2G37420	59.234	1045	415	6	3	1044	2	1038	0.0	1216
MS.gene068547.t1	AT2G37420	59.234	1045	415	6	3	1044	2	1038	0.0	1216
MS.gene068547.t1	AT3G45850	48.400	1000	510	6	18	1014	18	1014	0.0	915
MS.gene068547.t1	AT3G45850	48.400	1000	510	6	18	1014	18	1014	0.0	915
MS.gene068547.t1	AT2G28620	45.374	1016	543	6	4	1014	1	1009	0.0	879
MS.gene068547.t1	AT2G28620	45.374	1016	543	6	4	1014	1	1009	0.0	879
MS.gene068547.t1	AT2G28620	45.374	1016	543	6	4	1014	1	1009	0.0	878
MS.gene068547.t1	AT2G36200	40.631	1014	575	8	48	1044	6	1009	0.0	724
MS.gene068547.t1	AT2G36200	39.426	1045	575	9	48	1044	6	1040	0.0	706
MS.gene068547.t1	AT2G22610	35.294	493	257	14	54	536	417	857	1.52e-68	249

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Find 186 sgRNAs with CRISPR-Local

Find 368 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAACTTATACGATGGAGGG+TGG	0.588812	1.1:+49844537	MS.gene068547:CDS
AAAATATTTGTTTCACAAAT+TGG	0.194436	1.1:-49849119	None:intergenic
AAAATTTGACGAACTGCTCT+CGG	0.492168	1.1:-49844716	None:intergenic
AAACAAGAGCTTACTCACCC+TGG	0.578635	1.1:+49845991	MS.gene068547:CDS
AAACGAAAACTCACCAATCC+TGG	0.458920	1.1:-49849179	None:intergenic
AAACTTATACGATGGAGGGT+GGG	0.638061	1.1:+49844538	MS.gene068547:CDS
AAAGGTAGTGTGTTGTTAAG+AGG	0.477663	1.1:+49844896	MS.gene068547:CDS
AAATATAAAGAATAAGCCTG+AGG	0.698802	1.1:+49846287	MS.gene068547:CDS
AAATGAAATCTATACTCTGT+TGG	0.480457	1.1:+49844946	MS.gene068547:CDS
AAATTTATTCATCAGGAGTT+GGG	0.441797	1.1:+49848092	MS.gene068547:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAAACAATTAACGCATGATG+AGG	-	chr1.1:49847666-49847685	None:intergenic	30.0%
AACTTTCTCTACTTGTTTGT+TGG	-	chr1.1:49844286-49844305	None:intergenic	30.0%
ACAGAAACAACTTAAATGCA+TGG	+	chr1.1:49847898-49847917	MS.gene068547:CDS	30.0%
ATAAATGTCAACCAAAGACT+CGG	-	chr1.1:49846943-49846962	None:intergenic	30.0%
ATGATCTTCAAGAGAATTAC+AGG	+	chr1.1:49847215-49847234	MS.gene068547:CDS	30.0%
ATTGATCTCTGTTGTGATTT+CGG	-	chr1.1:49844429-49844448	None:intergenic	30.0%
ATTTCCAAACTACTGAAATC+AGG	+	chr1.1:49847274-49847293	MS.gene068547:CDS	30.0%
CATGTTAATATGAACCTGTA+AGG	-	chr1.1:49846058-49846077	None:intergenic	30.0%
CGTGATTTATAAATATAGGG+TGG	+	chr1.1:49844665-49844684	MS.gene068547:intron	30.0%
CTTACAGGTTCATATTAACA+TGG	+	chr1.1:49846056-49846075	MS.gene068547:intron	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr1.1	gene	49843914	49850491	49843914	ID=MS.gene068547
chr1.1	mRNA	49843914	49850491	49843914	ID=MS.gene068547.t1;Parent=MS.gene068547
chr1.1	exon	49843914	49844098	49843914	ID=MS.gene068547.t1.exon1;Parent=MS.gene068547.t1
chr1.1	CDS	49843914	49844098	49843914	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49844191	49844320	49844191	ID=MS.gene068547.t1.exon2;Parent=MS.gene068547.t1
chr1.1	CDS	49844191	49844320	49844191	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49844417	49844572	49844417	ID=MS.gene068547.t1.exon3;Parent=MS.gene068547.t1
chr1.1	CDS	49844417	49844572	49844417	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49844683	49845023	49844683	ID=MS.gene068547.t1.exon4;Parent=MS.gene068547.t1
chr1.1	CDS	49844683	49845023	49844683	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49845108	49845246	49845108	ID=MS.gene068547.t1.exon5;Parent=MS.gene068547.t1
chr1.1	CDS	49845108	49845246	49845108	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49845965	49846062	49845965	ID=MS.gene068547.t1.exon6;Parent=MS.gene068547.t1
chr1.1	CDS	49845965	49846062	49845965	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49846152	49846308	49846152	ID=MS.gene068547.t1.exon7;Parent=MS.gene068547.t1
chr1.1	CDS	49846152	49846308	49846152	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49846396	49846465	49846396	ID=MS.gene068547.t1.exon8;Parent=MS.gene068547.t1
chr1.1	CDS	49846396	49846465	49846396	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49846550	49846626	49846550	ID=MS.gene068547.t1.exon9;Parent=MS.gene068547.t1
chr1.1	CDS	49846550	49846626	49846550	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49846879	49846932	49846879	ID=MS.gene068547.t1.exon10;Parent=MS.gene068547.t1
chr1.1	CDS	49846879	49846932	49846879	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49847025	49847105	49847025	ID=MS.gene068547.t1.exon11;Parent=MS.gene068547.t1
chr1.1	CDS	49847025	49847105	49847025	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49847184	49847295	49847184	ID=MS.gene068547.t1.exon12;Parent=MS.gene068547.t1
chr1.1	CDS	49847184	49847295	49847184	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49847383	49847469	49847383	ID=MS.gene068547.t1.exon13;Parent=MS.gene068547.t1
chr1.1	CDS	49847383	49847469	49847383	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49847783	49847958	49847783	ID=MS.gene068547.t1.exon14;Parent=MS.gene068547.t1
chr1.1	CDS	49847783	49847958	49847783	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49848052	49848213	49848052	ID=MS.gene068547.t1.exon15;Parent=MS.gene068547.t1
chr1.1	CDS	49848052	49848213	49848052	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49848362	49848469	49848362	ID=MS.gene068547.t1.exon16;Parent=MS.gene068547.t1
chr1.1	CDS	49848362	49848469	49848362	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49848577	49848735	49848577	ID=MS.gene068547.t1.exon17;Parent=MS.gene068547.t1
chr1.1	CDS	49848577	49848735	49848577	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49848817	49848900	49848817	ID=MS.gene068547.t1.exon18;Parent=MS.gene068547.t1
chr1.1	CDS	49848817	49848900	49848817	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49848982	49849187	49848982	ID=MS.gene068547.t1.exon19;Parent=MS.gene068547.t1
chr1.1	CDS	49848982	49849187	49848982	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49849551	49849652	49849551	ID=MS.gene068547.t1.exon20;Parent=MS.gene068547.t1
chr1.1	CDS	49849551	49849652	49849551	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49849753	49849862	49849753	ID=MS.gene068547.t1.exon21;Parent=MS.gene068547.t1
chr1.1	CDS	49849753	49849862	49849753	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49849965	49850116	49849965	ID=MS.gene068547.t1.exon22;Parent=MS.gene068547.t1
chr1.1	CDS	49849965	49850116	49849965	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1
chr1.1	exon	49850303	49850491	49850303	ID=MS.gene068547.t1.exon23;Parent=MS.gene068547.t1
chr1.1	CDS	49850303	49850491	49850303	ID=cds.MS.gene068547.t1;Parent=MS.gene068547.t1

Gene Sequence

>MS.gene068547

ATGACGTCAATGACCCCAGATCAGTCTAAGAAAGTAGGGTTAGGGATGACAATCCCATCTCCTGCTCCATTTTTAACACCTCGACCCGAACGCCGTCGTCCCGATTCACGAGGCTCTGATCGGAACCCTAACCGTCAGGATAACAAAGATAAAGAGACTAATGTTCAAGTTTTGCTTCGTTGCAGGTAATTCTTCTAATTAGCTTACTTTTTTATTTTTTATTTTTTATTATAATTTACAATATGATTAGAACTTTAATTTAATTTTCTAATTTTAGGCCATTAAGCGATGAAGAACAACGATCGAATGTTCCGAAGGTGGTGTCGTGTAATGAAAATAAAAGGGAAGTGACTGTTATGCATACTATAGCCAACAAACAAGTAGAGAAAGTTTTCAATTTTGACAAGGTATGTCTTTTTTAAAGCTATCTTACTATGATACGGTGATCATAACAATATACTGTAATAATTGATTAACAATTGTTTTTGAATCTGTTTGGTAAGGTTTTCGGACCGAAATCACAACAGAGATCAATATACGACCAAGCAATTTCCCCAATTGTCAATGAAGTTCTCGACGGGTTTAACTGCACTGTCTTTGCTTATGGACAGACCGGGACTGGTAAAACTTATACGATGGAGGGTGGGATGAGAAATAAGGTATACATTTTGACATTTTGTGACTCGACTCACATTTCCTTCCACCGGTTATATGATGTTATGTTACTGATATTTTTTTATCTTTACGTTGCCGTGATTTATAAATATAGGGTGGTGATTTAACTGCTGAGGCTGGTGTTATTCCGAGAGCAGTTCGTCAAATTTTTGATATTTTGGAAGAACAAAGTGCTGACTATAGCATGAAAGTCACATTTCTTGAGCTTTATAATGAAGAAATAACTGATCTGTTGTCTCCAGAAGACAGTTCTACCAGGCCTATTGAAGAAAGAGTGAAGAAACCTGTAGCCCTTATGGAAGATGGAAAAGGTAGTGTGTTGTTAAGAGGACTTGAAGAAGAATCGGTGTATAGTGTAAATGAAATCTATACTCTGTTGGAACGAGGAGCATCAAAGAGGCGTACTTCTGAGACATTGCTTAACAAGAGAAGCAGGTAGCTAGGTTTCTTTTTACTTTTGGTGTTGAAATTCATGTTAGTAGAAGCTATGTTTAACTTGATGAACGCGTTTTGGTGCAGTCGTTCACATTCGGTGTTCACCATTACTGTCTATGTGAAAGAAACAGTAATTGGTGATGAGGAGTTGATTAAGTGTGGCAAGCTTAATCTTGTTGATTTGGCTGGATCAGAAAATATACTACGTTCCGGAGCACGTGAGGTAAAAGCAAAATTTCTGATTTACTCTACTTTTGTTAATTTGCAAGGTAATTTGTCATTTGGCCAATAGCAAATCAGATATATCACATATTCAAGTTAATCTTTAGTGCATTGAAATAATAATTACGTGTATTTGGATGTTCAGCTTAAGTGTTTATTCTTTAAACTATTTTAAGAGAAGTAAGAAGTATCATAAACTATTCTAAGAAACTCAGCTTAAGTGTTTATTCTGTAGACTATTCTAAGAAGTAAGAAGCATCATAAACTATTCTATGAAGTAAAATAAGAAGCATCATCAAACGCTTAAGCCCAATTTTGATTAATTTTTGGCGTATATGAGCTTTTCAACTAAAACAAGCTTACAATATTTGCTTATGGAAAAGTCCATATAAGCTTATAGATGTTTATGAAGTTACATGGGAGAGATTCTAGAAAAAGTTGAGACGTGGAACTAATTTTAATTTGTGCTAGAACTTATTGTCCAAAATATACATAAGTATTGAAAGACTTTTTGATATTTACTTTCCTGCTATTTACAAGAAGTTTTATGACTAATGTTATTTTAGAGCAATCTGATGTTAGAAAGTGACATAAAATGCTTGTATAACTTGGTTTTTCTCCTGATTTTGGTCCTCTTTCTTTGTCTCGAGTCTCGACTATAAGTGAATTTAAATGGTAATGTTTGATCTTACAATACGTTTGCAACAATATGATTACAGGGCCGTGCTAGAGAAGCAGGGGAGATAAACAAGAGCTTACTCACCCTGGGACGTGTGATAAATGCGCTCGTGGAGCATTCTGCGCATGTACCTTACAGGTTCATATTAACATGGTTTTCAATTATTGTTGGTTATTAAAAATAATTGTACCTTAATATGCATGCCATTTGGCTGTCTGTTATTTCAGAGATAGTAAGCTTACAAGGATATTACGAGATTCCTTAGGAGGGAAAACTAAAACATGCATAATTGCTACTATTAGTCCGTCTGCTTATTGTTTGGAAGAAACACTAAGTACCCTAGACTATGCTAGTAGAGCAAAAAATATAAAGAATAAGCCTGAGGTCAGTTACCACTGCCATTACCCCTTAAAAATGTCATAACAGTAGTTTTTTGCTTTGTGCTGATAAAAGCTAATATTTTTCTAATAGGCAAACCAAAAAGTTTCAAAGGCTGTTTTGTTGAAGGACTTGTACTTGGAAATTGAGAGAATGAAAGAAGGTACCTTCACTTTTATTTTAAGTTCTGGAACATAGAGAAGATCCTTGTATCATATATCTTTGTTCATGTGAATATTGAATGCAGATGTACGAGCAGCGAGGGAAAAGAATGGTGTATATATTTCGCATGAAAGATTCGCCAAAGAAGAAGCTGAAAAGAAGGTCCTTTATTTGCTTTAAGTATCTGCATATCTATATTACAATAATAGTATTATAACATTGTCGGAGGAAAGCAAAATCTCTGCATGAATACTTTTCGATTAATTCTCATTGAATTTGCTCTCTTTGCTTGACGAGAATGTTTAAAATATAGTTTCACACTGAAAATTCCATATTTAGATGCATGTTCTATCTTTCTTGGTACTTATTTAGATTTCCCTAGCTTAATTTGTGTTTTATCAACCCTTCATGCAGGAAAGGAGTGAGAAGATAGATCAATTAGAGAATGACCTCAACCTCAGTCAGAAAGTATTCCCCGAGTCTTTGGTTGACATTTATTCCTATTGTGCTTGTGCATACGAACTTCATTGATAAATTATTTCTTCCAATTTATTTTGCAGCAAGTAGACAAATTCCGTGAGCTCTACTTAACAGAGCAAGAACAGAAACTGGATTTGGAATGCGAGCTTAAGGATTGCAAGGTGCATAAAATGGATTTCTTTTTTCCTCCATAATTTCTTATTTAAAAAAGCATCTTATCAAATTAAATTACTCTTTAGGTGAATTTTGAAAAAACCAGCAATGAATTGCATGATCTTCAAGAGAATTACAGGCTAGTTGTTTCAAAGTTGAAGGAGAAGGAGTGCACCATTTCCAAACTACTGAAATCAGGTAAATCAATTGATGATATGCTACAAAGGTTGTATGCTGTTTTTGTTCAATGAACTAAATTATATGCTTTATTTTGCTTGTGAACAGAAAATGCCTTGATTGAGCGTGCAAAGGAAATGTGTACGGATCTTCAGAATGCATCAGATGATATAAATTTTTTGTCATCTAAATTGGGTATGATTATTTTACTCTTCATTTTCCATCAATATGTTCTTTGTTCTTGATATGGTGGGACCCCTTCCCAGACCCTGCGTATGCGGGAGCTTTAGTGCACCGGGTTGCCCTTTTTTATGTTCTTTGTTCCTGATATGTGGCCCTTTTAAAAGAAAATATGCTTCATGGGACATGAAAATGAGTTTGAGCATATCCTCATCATGCGTTAATTGTTTTAGAAATTGGATATATGTGTCCCTTATTCATTTCCTTTCTAGATATTATTGCATTATTTCAACATGATATCTTGAATGAAAGTAAGTTCTTCTTGCAGATCACAAAGAAAGGATGGAGGCAGAAAACCAAAAAATAATCGTGAATTTTTCATCTCTCTTGAATGGGAGCTTGAAAGATTTGCATACAACCATTATAGGATCTATTTCTCAACAACAGAAACAACTTAAATGCATGGAAGATCATGTTTGCTCTCATCTTGCCAGTAAAAGTGATGTAAGAAAACCAAAGTGGATCCTATTTCAGTTACGGTCTCTGTTTGCAATTGACCGTTCATCATTTGATTTTTGCATGACAATATTTTTTCAGGCAGCACATGCTCTGGAAGCAAGGATCAAGAAAATGACAGAAATTTATTCATCAGGAGTTGGGACCCTGAAGGAGCTAGCAAATACATTGCACGTGAAAGCTTCATCTGATATGGAACAGATACAGAATAAAGTTTCATCACAGACTTTAGCTGTTGAGAATGTAATTTAATTGCTGAAAAATATTAGTTTTGTTTTTCTGTTTTAGTTTCAAGCTTCATTGTATGCTTTGGCTGTTCCGTGAATTCTAAAATTATTTGTTTCCATGCTCTCCTATCTCAAGTTGAAATCATGATATGCCTTCTTTACAGTTTCTTGCCACTGTGGTTCTTGAAGCCAATGATGTGATTGACAGCATCCACAATTCTCTTGATGAGCAAAAACAGCTGGTAGCATTCTCCATTCAACAACAAGAGGAAGTATGTTCCATTTGAAACTACTTTTGTTTGGGTTTGTTATGTTTTTTGTGTAAAATATTAGAGCAATAGTTTAATAATGCAATTGCAAACTTAATGGATCATTGTAGGGATTACAACAAAGTATTATTTCAGCACGAGTGGTTTCAGAGGCAACTGTAAAATTCTTCGACAACATTAATATGCATTCTTCAAGAGTAATGAAAATTGTTGAAGAAACTCAAAAGGAGAGATTCCACCAATTGACAAATTTTGAGATGAAGTTCAAGGTAAGAAAACACTGTTACTTATACATTGATTCTAAAAGGTCAAACTTGCGAGGTTGATTTTCTTCCTTCAACCATAAACAGGAAGAGGCTGGAAGAGATGAGGAGGAAGCCTTAGAGCAAATTACAGCAATTTTGTCAAACTTAACATCTAAGAGAACTGCTATGGTGTGTATTCATCCTTTTGTTTCATTTCTTTGTTGCAGTAAGTAGTATAGTATGACTGACTTCTGGCAAATATGCTTTTAGGTCTCAGAGGCGTCAAGGAATATGCAGGATGCAAGTGTGCAACAGTCTAAGAGGTTGCAGCTAGAGATGTTCAACATGCAGCAAGTTTCTAAAGATGCTACCAATGAAGTTAATGAATATGTAGAGAATGCAAATAGCCAATTTGTGAAACAAATATTTTCAGTAAACAGCTGTAAAGCTACAATAGAGGATTGTCTCCAGGATTGGTGAGTTTTCGTTTGTCCTGTTCTTGTCCGTCTTCTTCATTTTTTTTCTTTCTTTGTTTTGTTTTAAATTAATCGATTCTAGTTTTGTTTTGTGTCTGGTGATAGCGAAGAGACAGAAAATATTACCATTTTTCCTTTAACAACAAAATATTTAATATTCCTTCTAACACATTTTTTTTAATTTTGATTAGACTTTGTTAAAAGTAGCCAATATATTCTTGCACAAACACTTTTTGTTAAGGATGGATGATGAATATGTGTACACAAGCAGTTTTTTTTTGTATGACTGAATTTTCCATTGGCATTGCTTGCTTGGTGCTTGTCTCAAAGAAGAGTTTCAATTCTTTTGTACATGCAATGCAGTTCAAATACAGTGGACTGTTCCAGGAAGCAGTGGGAAAGTGCCCAGTTGTCCTTCAACAATTTCCACAAGAACAATCTTGCAGAGATAGAATCTACAGTGAAGTAAGTTTCTTCTAGTTAGTGTCTTGGTGTTTTCTTAATGAGATAGAATCTAGGTGAAGCAATTTCCAATATTTCTTTAACTGTAATCAATGCTCAACAGGAAAAACATCTTGACAAACCATGCTTTGGATCAAAAATTTGTGTCTGTGTCATTATCTATGGATGCTGATTATGATGCAGGAACACACAATCTGCTGGCAGATGTGAATGGTAATTCGAAATTCTCACGTTACAGCTTGTTTCCATCTTATTACTTTCTTTTGTGTCCCTTTCGCTTATTTGACCAGTTGAAAAAATCTGTAATACTTCCAGGTGCACTAATGATGGACCATGAGAACAAGAAGGAAATTGATTCTGTGACGACACAATTGTTGGAACAGCTTAGTTCATTACAAGACAAGCATGGTGGAAATATATCGGATATCAATATTGAAGCAGAAAAGTGCCTTGTTAATGATTACTTGGTATACTAATCTTATTTATTTATTTATTTATTTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATTATGATGATGATGATGATGATGATGACGACGACGACGACGACGACGACGACAACGACGTTTTGAATTAGCCACAAGTTTAAAGTTTGTTTTGTTCTTTATGAACAGGTTGACAAGCATACAAGTTCAACATCTCACAAAAATATTGTATCAGTCCCCAGCCATGCATCCATTGAGGAGATGAGGACACATATCACGGAAGAGAATTCCATGGAAAACCGATTAAAGTGGACCGCAGCAGAAAGCAAAATTCCGCGTCTAACAGAAAATAGAACTCCATTTGCAAATGTTAATTGA

Protein sequence

>MS.gene068547.t1

MTSMTPDQSKKVGLGMTIPSPAPFLTPRPERRRPDSRGSDRNPNRQDNKDKETNVQVLLRCRPLSDEEQRSNVPKVVSCNENKREVTVMHTIANKQVEKVFNFDKVFGPKSQQRSIYDQAISPIVNEVLDGFNCTVFAYGQTGTGKTYTMEGGMRNKGGDLTAEAGVIPRAVRQIFDILEEQSADYSMKVTFLELYNEEITDLLSPEDSSTRPIEERVKKPVALMEDGKGSVLLRGLEEESVYSVNEIYTLLERGASKRRTSETLLNKRSSRSHSVFTITVYVKETVIGDEELIKCGKLNLVDLAGSENILRSGAREGRAREAGEINKSLLTLGRVINALVEHSAHVPYRDSKLTRILRDSLGGKTKTCIIATISPSAYCLEETLSTLDYASRAKNIKNKPEANQKVSKAVLLKDLYLEIERMKEDVRAAREKNGVYISHERFAKEEAEKKERSEKIDQLENDLNLSQKQVDKFRELYLTEQEQKLDLECELKDCKVNFEKTSNELHDLQENYRLVVSKLKEKECTISKLLKSENALIERAKEMCTDLQNASDDINFLSSKLDHKERMEAENQKIIVNFSSLLNGSLKDLHTTIIGSISQQQKQLKCMEDHVCSHLASKSDAAHALEARIKKMTEIYSSGVGTLKELANTLHVKASSDMEQIQNKVSSQTLAVENFLATVVLEANDVIDSIHNSLDEQKQLVAFSIQQQEEGLQQSIISARVVSEATVKFFDNINMHSSRVMKIVEETQKERFHQLTNFEMKFKEEAGRDEEEALEQITAILSNLTSKRTAMVSEASRNMQDASVQQSKRLQLEMFNMQQVSKDATNEVNEYVENANSQFVKQIFSVNSCKATIEDCLQDCSNTVDCSRKQWESAQLSFNNFHKNNLAEIESTVKKNILTNHALDQKFVSVSLSMDADYDAGTHNLLADVNGALMMDHENKKEIDSVTTQLLEQLSSLQDKHGGNISDINIEAEKCLVNDYLVDKHTSSTSHKNIVSVPSHASIEEMRTHITEENSMENRLKWTAAESKIPRLTENRTPFANVN