AlfalfaGEDB | MS.gene46303

M. sativa cultivar XinJiangDaYe / MS.gene46303

KEGG: K06062
GO: GO:0003674 GO:0003824 GO:0005488 GO:0005515 GO:0008080 GO:0016407 GO:0016410 GO:0016740 GO:0016746 GO:0016747
PFAM: PF00439.28 PF00583.28

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.gene46303.t1	XP_013449820.1	94.6	542	21	2	1	534	1	542	7.80E-266	926

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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.gene46303.t1	Q9AR19	74.5	505	110	5	49	534	64	568	7.8e-198	691.4

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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.gene46303.t1	A0A072U411	94.6	542	21	2	1	534	1	542	5.7e-266	926.0

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TFs/TRs:

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Gene ID	Type	Classification
MS.gene46303.t1	TR	GNAT

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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
No data available in table

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PPI:

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Gene1	Gene2	Type
MS.gene00233	MS.gene46303	PPI
MS.gene009155	MS.gene46303	PPI
MS.gene014181	MS.gene46303	PPI
MS.gene015760	MS.gene46303	PPI
MS.gene017431	MS.gene46303	PPI
MS.gene021887	MS.gene46303	PPI
MS.gene027904	MS.gene46303	PPI
MS.gene027907	MS.gene46303	PPI
MS.gene029611	MS.gene46303	PPI
MS.gene030183	MS.gene46303	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.gene46303.t1	MTR_7g096040	94.649	542	21	2	1	534	1	542	0.0	967
MS.gene46303.t1	MTR_8g062330	77.228	404	80	5	143	534	44	447	0.0	630
MS.gene46303.t1	MTR_2g018270	40.860	93	52	2	432	522	85	176	1.61e-13	73.6
MS.gene46303.t1	MTR_3g115560	43.662	71	39	1	446	516	144	213	6.56e-13	71.6
MS.gene46303.t1	MTR_3g115560	43.662	71	39	1	446	516	30	99	7.25e-13	71.2
MS.gene46303.t1	MTR_8g005100	41.667	84	47	2	446	529	98	179	2.22e-11	63.9

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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.gene46303.t1	AT3G54610	70.337	563	136	8	3	534	6	568	0.0	737
MS.gene46303.t1	AT1G76380	47.761	67	34	1	446	512	166	231	2.77e-13	72.8
MS.gene46303.t1	AT1G76380	47.761	67	34	1	446	512	165	230	2.86e-13	72.8
MS.gene46303.t1	AT1G76380	46.269	67	35	1	446	512	165	230	2.16e-12	70.1
MS.gene46303.t1	AT5G63320	37.113	97	58	2	432	526	167	262	2.31e-12	69.7
MS.gene46303.t1	AT5G63320	37.113	97	58	2	432	526	167	262	2.31e-12	69.7
MS.gene46303.t1	AT5G63320	37.113	97	58	2	432	526	167	262	6.61e-12	68.9
MS.gene46303.t1	AT1G20670	42.254	71	40	1	446	516	196	265	8.53e-12	68.2
MS.gene46303.t1	AT3G27260	35.088	114	69	3	395	504	143	255	3.54e-11	66.2
MS.gene46303.t1	AT3G27260	35.088	114	69	3	395	504	143	255	3.89e-11	66.2

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Find 150 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
AAAATTATTGAAGACATCCC+TGG	0.509554	7.3:-15295984	MS.gene46303:CDS
AAATCAGTGTAAGGAAGCTT+TGG	0.395327	7.3:+15298664	None:intergenic
AACAGAACCACCACCAGCAC+CGG	0.436102	7.3:+15303568	None:intergenic
AACCCTAAGATGGAATCACA+CGG	0.703924	7.3:-15304013	None:intergenic
AAGATGGAATCACACGGCGG+AGG	0.639882	7.3:-15304007	MS.gene46303:CDS
AAGCCGGACAATGTACTCCT+TGG	0.484190	7.3:+15301985	None:intergenic
AAGGAAGAAGGAGGGAACGG+TGG	0.624336	7.3:+15303878	None:intergenic
AATGTACTCCTTGGGCATAT+TGG	0.350870	7.3:+15301994	None:intergenic
AATGTCGGTAGAACCGCCTA+AGG	0.583109	7.3:+15293897	None:intergenic
AATTGTCACATTGTTTATCC+TGG	0.388783	7.3:-15296364	MS.gene46303:CDS

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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
chr7.3	gene	15292928	15304026	15292928	ID=MS.gene46303
chr7.3	mRNA	15292928	15304026	15292928	ID=MS.gene46303.t1;Parent=MS.gene46303
chr7.3	exon	15303469	15304026	15303469	ID=MS.gene46303.t1.exon1;Parent=MS.gene46303.t1
chr7.3	CDS	15303469	15304026	15303469	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15302859	15302923	15302859	ID=MS.gene46303.t1.exon2;Parent=MS.gene46303.t1
chr7.3	CDS	15302859	15302923	15302859	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15301974	15302054	15301974	ID=MS.gene46303.t1.exon3;Parent=MS.gene46303.t1
chr7.3	CDS	15301974	15302054	15301974	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15300991	15301062	15300991	ID=MS.gene46303.t1.exon4;Parent=MS.gene46303.t1
chr7.3	CDS	15300991	15301062	15300991	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15300236	15300383	15300236	ID=MS.gene46303.t1.exon5;Parent=MS.gene46303.t1
chr7.3	CDS	15300236	15300383	15300236	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15299057	15299100	15299057	ID=MS.gene46303.t1.exon6;Parent=MS.gene46303.t1
chr7.3	CDS	15299057	15299100	15299057	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15298636	15298735	15298636	ID=MS.gene46303.t1.exon7;Parent=MS.gene46303.t1
chr7.3	CDS	15298636	15298735	15298636	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15296348	15296416	15296348	ID=MS.gene46303.t1.exon8;Parent=MS.gene46303.t1
chr7.3	CDS	15296348	15296416	15296348	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15295979	15296027	15295979	ID=MS.gene46303.t1.exon9;Parent=MS.gene46303.t1
chr7.3	CDS	15295979	15296027	15295979	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15293849	15293967	15293849	ID=MS.gene46303.t1.exon10;Parent=MS.gene46303.t1
chr7.3	CDS	15293849	15293967	15293849	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15293561	15293654	15293561	ID=MS.gene46303.t1.exon11;Parent=MS.gene46303.t1
chr7.3	CDS	15293561	15293654	15293561	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15293088	15293229	15293088	ID=MS.gene46303.t1.exon12;Parent=MS.gene46303.t1
chr7.3	CDS	15293088	15293229	15293088	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1
chr7.3	exon	15292928	15292991	15292928	ID=MS.gene46303.t1.exon13;Parent=MS.gene46303.t1
chr7.3	CDS	15292928	15292991	15292928	ID=cds.MS.gene46303.t1;Parent=MS.gene46303.t1

Gene Sequence

>MS.gene46303

ATGGAATCACACGGCGGAGGACCACTCCGTTCCCGGAGTTCCCAATCCGCTTCTCCATCCCACTCCGCCTCCGCTTCCGCCACCTCATCCATCCACAAACGCAAACTCGTCTCCGAAGATCACGCGCCACCGTTCCCTCCTTCTTCCTTATCCGCCGACACACGCGACGGCGCCTTAACCTCCAATGACGACCTCGAAAGCATCTCGGCTCGCGGAAACGACTCTGATTCCGATGATGACTCCGAAGATGCAGTTGTCGACGACGACGAAGATGAGTACGATAATGACAACGGTTCCTCCATGCGGAATTTCACTGCTGCTAGGCTTAACAATGCTCCTTCCGCTCCTCGCAATACGAAGATCAAAAGTGAAAATTCAACTGTTAAGATCGAACAATCTGATGGAGCTAAAGATGCTGGACCTCCTGTCACCGGTGCCGGTGCTGGTGGTGGTTCTGTTCCCGGCATTGTGGTTAAGGAGGATGCGACGAAGATATTCACTGAAAATTTGCAGACTAGTGGTGCTTATAGTGCCAGGGAAGAGAGTCTCAAGAAAGAGGTAATTAACTCTTCAATTTTATCTTCTTTAACTTAATTTCAATTCTCGATAAAGTTTCGTAGTTACTTGTGTAAATTTTGTTTGAGAATTTGTTTCGAAAACTCAAAATTTCATAGTTATTTGTAATTTTTGTTTGAGAATTTGTAAATTTCATAAGAGTTTTTAATTGCTTGTTAATGACAGTTTACTTAAAGTTGTTAGGAACTGTTTGGATTAACTTATTTGAGATTCATTGCGAGACTGTTTGGGAGAATTTTTGAAAACACCTTATGACATTTTTCATAAACTTTTTTCAGCTTATTTTCATAAGTTCTCCAAGATTGCTTATGAAAACAGCTTATAGCATTTACAAAACAATTTAACTTTATTATATCATTTGCAACAACAATAACTTCCGTAAGGTTATACATAACGCTTACCATGATAAGCACTTGTACAATAAGCTGTTTATCTAACCAGGCCCATAGTTTTATATAAATTATTACAAACTAGTTTGAGCTTTGAGGTGATAGGTGTAATGATTGAGATTGTATTGTCTTTTTCAGGAAGAAACTGGAAAACTCAAATTTACATGTCTGTCAAATGATGGAGTTGACCAGCATATGGTTTGGTATAACATTTATGCTTCCCTGCTTACACTACTGATCTTCTTATTAACATTTATGCATATAATATTTACATGATTGCTAGTAAGCGGGAATGGATCAAACAATTAACTTTTGGGGAGGGCAAGTATAAAAGTGAGAGTAAACTTATATTTCCAGCAATTTAAAGATGTAATCGATAGTATATTTATGCTCTTTTTTATAGGAGAGATCAAATTTGTTACTGAATAGAATGGAAAATAATATCATTGTTTTACCATTGAGAGATCAATTCAGTGGAATTTGAAGAACCAATGTGATGGTCTCCATTGACTTGTAGGGTCTGTTTGATGTCAATAAATAGCAGACCAATGTGATGCGAAGTATATATTTTAAGGATTGAAATGATATTTATTCTTAAAGTTAAGATATTAAAAATTAGTGGTTGGAAATATGAATGTATCATACCGTTTTCAAAGTTTAGGCTGTGCATAATGATACTCCGAGCATACTCCTAATTTATGTGAGTATTTTTCAGTAGACCATATAACCTGTAACATAATACCTATTAGCCATTCACAAAAAATAAATAAAAATACATACTCATTAAGCTAATGACTACATTTTTTTAGTTACAGTTACGAATTAGTGCTAGAATCTATGCAACATGAACTTATATTAGGCCAAAGGCACCTGCTCACTCCCATTGCATCCATTTTAGTCTGCTACATTCTTTTGTTAGTTAAAACTCAAGACAATTTTTTAGTGGGCGAAATAATCATTACTGATATTGTTCCATTCTTGCCATTGTTATTTGCTTTGCTCCATAGGTTGATAGGATTGAAGAATATATTTGCTAGACAACTTCCCAATATGCCCAAGGAGTACATTGTCCGGCTTGTTATGGATAGGTAATTCCCACAATCTTTTTAAGTACTCATCATACTTTCTTACTCACACGGTGCTTAAATTAGTCTGGGTATGATACATATTTGGTGTAAAATTATTTCTCCATTCAAGGCAAAAACAACTCCCAGTTGCTCTGCCCCACAAAACCTTATTAAAAAGCATGTCTTATACTATTTGTATATCAAATATAATAATGTTGACCAATGCGTTTTAGTTTGGAATGTAAATTTTCTTCATTAGTAACAACTGGGAAACTTATTTTACTATAATTCTCTCCTCCCTTTCTCTACCCATCTAAACTAGGATCCCATAATTTCTATGTAGAAAAAACTAGCAGATACAGTTCTAATTAATTGCGAAGTGGAAGTGTATAAAGTTTTTTTCTGTTGTTTTTATGGTTTCCCAAAGATTTTGCAGCCATACCAAGCAATAAGAAACTAGGAATAGAAGTGAAAGACATGAAACTATCTATACAGAATAGCTTAGTATTTTTACAAGTTACTTTACGTAATTCATACTTGTGGCATGAGTAATAATACTGTATCTGTTGCTGCTTCAAAGTTCAAAGAGTATTTGAAACTTGATACGGAGGAGCACCATAGGTTTACCAACGTGCCATACTAGGAGTACTCTTCATTCTGCCAAGAGGACCACTGTTGCTTCTCGGTCTTACATCAATATCATCTCCATTATTTTATTAAAGATTAAAGTTTGATTTGTAAGGGATATCTCTATTTGATACTTGAGATATTTCTCATAAAAGTTCTATTTTGCATGCAGGATTAGTTCGGAAACTAGTCAATTTATTGAATATGAACTGCATCCTAGATATTATTATTTTTTTCCTCTGCTACTCTGGAATTTTTCCTCATTTTGTCTTTAATTATGAAACCTTTTTATGGTAAATTTGTAGGAGCCATAAGTCTGTAATGGTTATAAGGCGTAATCACGTTGTTGGAGGCATTACATATCGTCCATATGCAAGGTAATAATTTGTCTCTATGTTTTTATCTACCTTTCAGGTTCTAGTTGTCATGTGACTGAAAGGTCACGGGTTCAAGTCCTGGAAACAGCCTCTTGTGTAAAACAGGGTAAGGCTGCGTACAATACACCAAATGGTGGGACCCCTTCCCGGACCCTGCATATGCGGGAGCTCTAGTGCACCGGGTTACCCTTTTATATCTATATTTATGTCGTTATATTGTTATTGTTATTGTTCTAATATCAATAACCGAGAACAAAATGTTTACAGTAATAGTAGTAATTATCACAGGTTATTAAAAAGGTCAACTGTTGTCTGTTTTAGCTGTTATATTGTCTTATTTGTATAGTTGTACTTTCGTTGCACATGATAAAAATGCTTCTCAAGGTCCATATAAGTTAACAGTCTGGGATTCAGTTTGATTAATAATTTGACGGGAAATACCCAAGCTCTAAATATATGTTGTGCTTGTTTTCCCCCATTAATTTCGTCTCCTGCCTACTTATTTTTTCTATAATTTCTCCTCCCCACCCCCGACTAAAAAAATTTTACTTGTAAGGATTGTGCCATGGTTTAATTTATTAATACTGTTGCGCACTATGGTTGATAGCCAGAGGTTCGGTGAGATAGCCTTTTGTGCAATTACGGCTGATGAGCAAGTAAAAGGGTATGGTACCAGATTGATGAATCACTTAAAACAGTATGCTCGTGATGTAGATGGGCTGACACATTTTCTCACATATGCCGACAATAATGCTGTTGGATATTTCATCAAATAGGTTTGGTTGTCAATATTTATGATCATTATCATCTGGGTATCTATTGATATCAGTAGTTAGATAAATGTTTTGCTTTCTGACCAAGTCATACATATATTATGAACAATTTCCCTAAATATTAATCTTTTTGCTACATGAGTTGCAGCAGTTCACATGGCAGGAAAAACAATAAAAGTAAGGATCTTGCTAACAAGTGTCCTAAAGGCACATGTTAATGAGCTAAATATAGAAATATTATCTTGGAATATGTGTTGAACAGAACAATTTTAAACTTTTAAAGAATTAAATACACAACTTCCAAAATAATATCTCTATCTTTGACTCCTTAATATGTGCCCTTGGCACTTGTTAGCATATGCCTAAAAGTAATATGCATATTTCTAACATGTGTAGGTGCAATGTTTATTGCGCCAAGCCGCTAACCACGCTCTGGAGCATCACATCCTAGTTGGGTTGTGCTAAATGCTAATAGTATAATAGTATGGTGCATCAATATGTATTGCTATTATGGAGTAAAAGGATGATGTGGCTAAAGGAGCAATAATTTGGGAAATTGTTTGAAAATGTACAACTAAAATATAGTATAGGATGATGTTGAAAAATACCTAATTTGGGATAAAAAAAACCATTTTTCTGTCTGATAAGAGATTTTGTCTGACAAATTTTCTTCGTGGTTCTTGATGGCTTGGTAAATTCCAATAGAGATACATCTGGATTTTACTAGCTGGCATTAGAAAATAGAAAGTATGTAATGGGTTCCTTCTGCCCTAATTCTGGAAAATAATAGTAGAATTATCTGTTACGAACCTTCTTTTTTGCTTCTTGGTGGAGGCTATCAATATTAGTTTATTCGCGAAGAACTTTCACAACGACCAGTATATTTCCTGGTTAAGTTTGTCAGGAATTTGGTAGCCACAGAAGCATAATTTCACTGCATGGTAGCAGTCATATAGGATCCATATCTTGTTCTTTCTATTTCATTTAATCTTTTGGTACTCTAGAAATTATTTTTTAAATTTGGAAGGGGTTCTGTGCCAAAAAAACCTTATGTTGAATTAACCGGATACTGTTTTACATTTTACAAACTTGCAATGTTGTTTGATTGTATTTTCAGGGATTTACTAAAGAGATTCACTTGGAGAAAGATCGATGGCATGGGTATGCTTATACTCAATTTTGTTGTCTGATATCTATGAGAAGCACTTCCCACACATTCATTTCATGATTTTACTATAGATGCTGTGCTGTGTCTATTAAGTGAACTGAAAATTTTGAACTTAGATTTTGCTATTATATAACTTCATTTAGTTGTTGAGGGTGTGGGGTTTTAAAGTACAATTGCAGGGATTTCTAGTAACTTTGTTTAGATTATGATTATGATTTCTATTAAATAAAAATTTCATGATGCACTATTTAGTTAAATGGATGTATTCTCGTTTACAGTCTATGAAAATTCATTATATTTACTTGTCATTTCAGTTACATAAAGGATTATGATGGGGGAATTCTCATGGAATGTAAGATTGATCCAAAGCTTCCTTACACTGATTTATCAACTATGATCCGTCGTCAAAGACAGGTAAGATAATATATATATTTTTAATTTAGTTTTAATTTGCATTGTTAAAACAGGGTCATATCATATCACCCATCTAAAATGTTTTAGATAAATTTTATTTTAATAAAAAGACAGGATTATAATTGAAAATAACTAATACATTAAATCGTAATGTTAAATCTCAGAAGAAGCTTATTTGTTTTTTTTGGTAGATAGATGAAATGGTAATAGGCTTTGGAAACTCACACACACAAGTGGAGGAGCCGGGGTTCAAACCCTTGCCACAGCGTCCGGCCTAGAAATTTCGGCATTTTTGCCAATTGAACTAGGACTTATTATGAACTCTGAAAAAGCTTATTATCAATGCACACACACACATATTAGCCGACCCCACTTAGCAGGATAAGGCTTGGCTGCTGTTGTTGTTATGTGCGTGTGTGTGTGTTCAGTGTAGTTTGTTATTTTTACAAATCTTACGATCTCTGTCACATTAAGGTCCTATGTTTTACGATCTTGCAACCTCCTCCTGGTCTTTAGGCAGGATCTCGATCTTGACAACATTGGATCAAACAATTTGCTGTCACAAGAATTGTTTACCTTACAATGTTGAAGATCAAAACGAGAGTATCAAATATGAAGTATAAATAGGAAAGGAAGATTACAAATTATATTAGAATAAGAATTTTTTATAGCTTTGAATAGGAGTAACAAAAGGTTCAACAAAATGTTTCACCCTATCCCTGGGCATGGACTTGGTTGTTACATATTCAACAAAAGAGCACAATTCTGAACCCAGTTCCATAGTACAAGAGCAATAAAGCAGTACCGGACATCACAAAACTCGAATCCTAAGGCTTTGTTTGGGAGTTTAGAGGGGAGGGGAAGGGAAGGCTTTGAGGGGTGGAAAATTTGAGGGAAAATGGAGAAATCTTTCAAAATTTTTAAAAGAGTAGTTTTTTAGAGAATGATAAACTAACGCATATGATTACTATATTTTTAATTTTAAAAATATTATAACAACATAGATTAAATTTGAAGAATTCATATAAACCCTCCAAAACCCTTCTCCAATACAATTTTATAGTTCCCCCAAATGAGGAGGGTTTTGTATTATGAAGAAAAGTTAACCCCCCAAAGCCCTCCCCTCCCATTTTCCTCTATTTCTTCCACTTGCTCATTCCTTTTTTCCCAAGCCTTCCCCTCCCTTCCCCTCCAAACTCGCAAACAAAGCCTAAAGGGCCTCCTAGCTGATAGGATGTCCTTGAGAGATATCATTTTTCTAAGATTTGAGGATGAGGATGGTGCTTTTTCTGGCGCGACTTCCTCGTGATAGGGGACCGAGAATGTCAGAAGGGAGGCTGTGAATGTGAGCTCTTTTAGGTGGTGTTAGGTCCTAGATGATGTAAAAGTTCTAAATTAGATATTCAAACATACACCTGCACAATTGTTCCAGCAGAAAATACTATAAAAAAGAAAGATGTTGACAGGGACACGAATTTTATCTTGATTCTCCAAGAATTGGAGAGCTTGGCCTCCCTCCAAATAACCACTCCAATAACTTCCCAATAGCCAATTTTCCCCGTCTGGTCAATTAAAAAAAAGGGCAACCCGGTGCACTAGAGCTCCCGCATATGCAGGGTCCGGGAAGGGGTCCCACCATTTGGTGTATTGTACGCAGCCTTACCCTGTTTTACACAAGAGGCTGTTTCCAGGACTTGAACCCGTGACCTTTCAGTCACATGACAACAACTTCACCAGTTGCGCCAAGGTTACCCCTCATTCCCCGTCTGGTCAATTGATTACTTTTTTTTTTTTCTTTCTCTATGATGTGTAGCTGGCCTGGTCTGCTTTAATATTGTGAACAACTAAGTTATTTTTTTGTTGTATTTCTATTATTTCAAATCTGTTTTACAATTTTGAGTGAATTTTTTGTCGGTCTTGTCTGGTCTGATCAGTCATATTTTTTTGAATGCATTATCTTTGTTTTTACATGTGTAGCTGGTCTGATCTTTTTTATATTTTTGAATGCATTATCTTTGTTTCTATATGATGTATAGTTGGCCAGTTTAAATTTTGTAAAAAAATATGATGTTATCTTGTTGAAGTTTTAGCCATTTTTATATTTTGAATGCAGTATCTTTGTTTCTATATGATGTTTAGCTTCTACTAGTTAATATTTTTACTTGCCACTCTTAATAAATCATGACATGTTTGGTTATTATTGTTGGTTGTAATTGTAGGCAATAGATGAAAAGATTAGAGAATTGTCTAATTGTCACATTGTTTATCCTGGAATCGATTTTCAGAAGGTATGTGGCACTCTCAATTCTGCTTGTTTCTGTAATTTCCTGTCTAGAATTTGATGTTTTCCCCATGTCTAGTGATTTTGTAAAATATGGATTGTATTGTCAGCTTAATGCATATTGCATTTGTGACATTAGCACAATTGTACCGTACTTACAATATCCAAGCATGCTAACTTCCTTAACATTAACAATGAGTAAGGATAGAGAAGAGAGTCATCTTTTATTTTGGTTGAAGCTGCATTTTTCTTCTTTTTCATACATCAGTCTGATTAGAAAGCTTATAGAATATTAACTTTCCCCCTCCTGATTGACACAATATGCAGAAAGAAGCTGGTATTCCTAAGAAAATTATTGAAGACATCCCTGGTTTAAGTACGTACTTTATTCCCAATTTCTGTGTAACTACTTGTCAACATTTTTTGTTTGGTTTCTGTGGGAAAGATTATGCATTACCTGTCTTCACAATACAGCGTGTTTCATGTCAATCTTTTTCGTTTCTTTTTATAGTTCAGTTAACTTTTACTTGTATGATATGTCGACCTCTTTCATCTATAAGGCCTTATGAATGGTTCCAAACCTTTTTGATTCTTAATGCTGATCGCATCTTACTGATTAAACTTAACCATGTCTAGAAGCATAGATTCTTCTCATAGTTCTAGTGTTATTATCATCATAGATTTTGTGTACGGAGTTCTGTTTTGTTATTTATGATGTAAGAAACTAATGCCGTTTTTGGAAGTTCTTGAGCTAAGGGAAGTGGGAGGCGGTATTATTTATGATGTATGAAACTTTTGCCATTTTTGGAATTTCATGAGCCAAGGGATGGAGGGAGGTGGTGTTATTTTGTTGTTGTTTGGATGTTTCATTAAAGGAGGGGAACTCTCTTTTACCTTGTTTGGGAACTAAAATTAGAGGGATGTTATTTCCCATTTTCCTTTTATTAAATTTGAAAGAAAAAAATGTCTCCTCAACCCTGAAATTCAAGGAGAAAGGATGGTGTGAACACGTTCACCTCCTTTGGTCCTTCCCCTTCCATTCCCTTTCCTCTGCAAAAAACTTCAAATCAAAAGCTTTGTCACCTCTCCTCTCCTCTCCGTGCTCCCCTACTCCTAATAAAGATAGCATAATATGTTGAAAATTGCTGTTCACACATTTCATAAGGCTGTGTCACACATGTAAAATACGTTTTTGCCCCTTCGGCAGTTAACTGCCGAATTATGAAACCGGCTGCAGTTAACTACCGAGGAAAACTTCGGCAGTTAACTACCGAGGAAAATTGAAAACTTCGGCAGTTAACTGCCGAGGAATCCTCAAACCCCCCGTTTTTTTTTTTACAAAAACAATTAATTCTTTTTATTCTTTAAACCTAAATTTTCCTTAATTAAATTTAATTCTTTAATCCTTTTAAGGAATTAAACACAATTTTTTTTATGATTTCATTCATGTGATTTTGTTGCCATAAATGAAGAAATATGAGAGATGAATAATATCTGTAAATAATATCTGCAATCGGTAGTTAATGGACCTAAAATGATAATTCAATAAAAAAAAATGCAACAACAAAAAACGTTACAAATGATAGAATAATTATATTTGTAATTATTAGTAATTAATTATAATATTTAAGATATTTTTTTGTTGTTCACAAATTATAATATTTCAGATATTATTCATCTCTCTTTCAGATAATTATATTTGTAATTATTCTATCAATAATACCTTTTTTTTTGTACAAATAAAACCACTTTTCTATTCTTAAAAAAAAAAACATTTTTTTTAATTAATAAACGTGATTGAATATGTAGTAATTCTAGGATCTCATATTTTTTTATTTATGGCAACAAAATCATATGAATGAAATCAACAACTTTATAAAAAGAATCGTGTATTTAATGGCAACAAAATCCATATTTCTTCATTTATGGCAACAAAATCACATGAATGAAAAAGAATTATGTTTAATTCCTTAAAAGGATTAAAGAATTAAATTTAATTAAGGAAAATTTAGGTTTAAAGAATAAAAAGAATTAATGGTTTTTGAAGGAAAAAAAAAGGGGGTTTGAGGATTCCTCGGCAGTTAACTGCCGAAGTTTTCAATTTTCCTCGGTAGTTAACTGCCGAAGTTTTCCTCGGTAGTTAACTGCAGCTGGTTTCATAATTCGGCAGTTAACTGCCGAGGGGGCAAAAACGTATTTTACATGTGTGATACAGCCTTATGCAATGTGTCAACAGCAATTTTCTAATATGTTTGTTCATCAACTGGGATGTTGTGAAAAAATTATCCCATTGCATCCTTATGAATGAATGGTTTTCTTTTTCATATTTTGTTTGGTAATTTCCTGATCAATGTTTGAATTAATCAATGGTTGAATGCCAATAACAGGAGAGGCTGGATGGACTCCTGATCAGTGGGGTCATTCACGGTTCAGAACCTTAGGCGGTTCTACCGACATTGCTACAAATCTAAAACATTTAACTGCATTTATGCGTACACTTCTAAAGGCAAGTAACTTGATGTTGCACCTCGACTCAAATTTTCATTCATTGATCTTTTTCAGTGAAGTAATTGAAAACAGTGCAAAGAAGCACTGATACATAAATCCATATTCATGGATAATCCCTCCTTAAAATATGTCTGAAAGCAGAATAGTTACACTGGAGAAATCAATTATTATAATCATTTTTCTTTTAAGCAGACGATGCATGATCACGCTGATGCTTGGCCATTCAAGGAACCCGTTGATGCACGAGATGTTCCTGATTATTATGAAATCATCAAAGATCCAATGGGTAAGAAGGATCCTTATATTTCATATTAACTTAACCTATGTCTAGAAGCATGCTCGCTGCTTTTGCTATCTGTTATTGGTATGATATTATTTTGAATCCATGGATTTGGATTCTCTCACGTGTGAATCTCACATGAAGGTTTATATCAGAGATCTCATCATTAAAATTCACCGTGTCTTACATTTAAAAAAATATGCAACTAAATTTTTAATTTTCAATGGTGAGATCTTCCACATAATTCTCTTGTATGAAATCGGTACATGAGAGCATTTAAATCCATTATATAACGTGTGTGTGAAGTCTATATAACATATTCCTAATTTGAGCACAGATCTGAAGACAATGAGTAAGAGGGTGGAGTCAGAGGTATATTATGTCACATTTGAGATGTTTGTTGAGGATGTCAAAAGAATGTTTTCGAATGCACGGACCTATAATTCTCCAGAAACAATATATTACAAATGTGCTACAAGGCATGGTGCTTCAACCTTCTGTTTATTTTTCTTCATGCACTTGCTCTTCATATCAAGAATGTATGTGTTTACTTGTATTCTTGTATTCTTTTGCAGGCTAGAAGCACATTTTCAAAGCAAAGTGCATTCGATTCTCCAGTCCGGCAACAAAGTTCAGTAG

Protein sequence

>MS.gene46303.t1

MESHGGGPLRSRSSQSASPSHSASASATSSIHKRKLVSEDHAPPFPPSSLSADTRDGALTSNDDLESISARGNDSDSDDDSEDAVVDDDEDEYDNDNGSSMRNFTAARLNNAPSAPRNTKIKSENSTVKIEQSDGAKDAGPPVTGAGAGGGSVPGIVVKEDATKIFTENLQTSGAYSAREESLKKEEETGKLKFTCLSNDGVDQHMVWLIGLKNIFARQLPNMPKEYIVRLVMDRSHKSVMVIRRNHVVGGITYRPYASQRFGEIAFCAITADEQVKGYGTRLMNHLKQYARDVDGLTHFLTYADNNAGFTKEIHLEKDRWHGYIKDYDGGILMECKIDPKLPYTDLSTMIRRQRQAIDEKIRELSNCHIVYPGIDFQKKEAGIPKKIIEDIPGLREAGWTPDQWGHSRFRTLGGSTDIATNLKHLTAFMRTLLKTMHDHADAWPFKEPVDARDVPDYYEIIKDPMDLKTMSKRVESEVYYVTFEMFVEDVKRMFSNARTYNSPETIYYKCATRLEAHFQSKVHSILQSGNKVQ