AlfalfaGEDB | MS.gene073304

M. sativa cultivar XinJiangDaYe / MS.gene073304

KEGG: K01534
GO: GO:0000166 GO:0003674 GO:0005215 GO:0005488 GO:0005575 GO:0006810 GO:0006811 GO:0006812 GO:0008150 GO:0008324 GO:0015075 GO:0015318 GO:0015399 GO:0016021 GO:0019829 GO:0022804 GO:0022853 GO:0022857 GO:0022890 GO:0030001 GO:0031224 GO:0036094 GO:0042625 GO:0042626 GO:0043167 GO:0043169 GO:0046872 GO:0051179 GO:0051234 GO:0097159 GO:0110165 GO:1901265 GO:1901363
PFAM: PF00122.23 PF00702.29

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.gene073304.t1	XP_003610069.2	79.5	1049	115	4	1	965	1	1033	0.00E+00	1578.5

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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.gene073304.t1	Q9SZW4	71.4	688	195	2	8	694	4	690	1.6e-278	960.3

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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.gene073304.t1	G7JUC1	79.5	1049	115	4	1	965	1	1033	0.0e+00	1578.5

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TFs/TRs:

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Gene ID	Type	Classification
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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
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PPI:

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Gene1	Gene2	Type
MS.gene037502	MS.gene073304	PPI
MS.gene057833	MS.gene073304	PPI
MS.gene057838	MS.gene073304	PPI
MS.gene057841	MS.gene073304	PPI
MS.gene073304	MS.gene70077	PPI
MS.gene073304	MS.gene70072	PPI
MS.gene49850	MS.gene073304	PPI
MS.gene70078	MS.gene073304	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.gene073304.t1	MTR_4g127580	74.761	1046	170	12	1	965	1	1033	0.0	1468
MS.gene073304.t1	MTR_2g036380	55.612	793	323	8	8	778	3	788	0.0	859
MS.gene073304.t1	MTR_2g036380	56.028	705	281	8	96	778	1	698	0.0	763
MS.gene073304.t1	MTR_2g036380	56.240	617	241	8	184	778	27	636	0.0	659
MS.gene073304.t1	MTR_2g036380	56.373	612	238	8	189	778	1	605	0.0	656
MS.gene073304.t1	MTR_8g012390	33.453	556	320	14	155	675	369	909	6.44e-75	266
MS.gene073304.t1	MTR_5g010420	32.143	560	335	14	160	688	397	942	1.83e-73	262
MS.gene073304.t1	MTR_2g035840	27.989	761	449	20	3	671	188	941	1.93e-71	256
MS.gene073304.t1	MTR_4g094232	34.783	529	305	11	177	671	351	873	2.25e-70	253
MS.gene073304.t1	MTR_8g079250	31.127	559	320	13	159	671	402	941	2.35e-70	253

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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.gene073304.t1	AT4G30110	56.181	995	352	15	8	965	4	951	0.0	1036
MS.gene073304.t1	AT4G30110	56.181	995	352	15	8	965	4	951	0.0	1036
MS.gene073304.t1	AT2G19110	65.077	776	252	5	10	771	16	786	0.0	997
MS.gene073304.t1	AT2G19110	65.077	776	252	5	10	771	16	786	0.0	997
MS.gene073304.t1	AT2G19110	65.077	776	252	5	10	771	16	786	0.0	997
MS.gene073304.t1	AT4G30120	64.325	541	190	2	1	538	1	541	0.0	719
MS.gene073304.t1	AT4G30120	66.492	382	127	1	158	538	1	382	2.39e-178	522
MS.gene073304.t1	AT5G44790	33.962	583	316	19	161	688	402	970	1.41e-78	277
MS.gene073304.t1	AT1G63440	32.724	547	324	14	160	675	404	937	6.60e-73	261
MS.gene073304.t1	AT5G21930	32.051	546	316	13	177	671	297	838	3.96e-67	242

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Find 196 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
AAAACTGGTACCATAACGAA+GGG	0.650555	8.1:+5271254	MS.gene073304:CDS
AAAAGCTACTTTGATGTGGT+GGG	0.531802	8.1:+5264848	MS.gene073304:CDS
AAACAGTCATGGCAATTGTC+AGG	0.437376	8.1:+5273318	MS.gene073304:CDS
AAACCGAGAATCGCAACCTT+AGG	0.473316	8.1:-5272752	None:intergenic
AAAGACTCTACTGTATGGGC+TGG	0.592483	8.1:+5270446	MS.gene073304:CDS
AAAGCAGTGATAGCTGAAAC+AGG	0.488240	8.1:+5270272	MS.gene073304:CDS
AACAGTCATGGCAATTGTCA+GGG	0.598439	8.1:+5273319	MS.gene073304:CDS
AACATCCTTAAACCTCTCCA+GGG	0.658607	8.1:+5264905	MS.gene073304:CDS
AACATTCTTGTCATCATAAC+AGG	0.306466	8.1:+5267350	MS.gene073304:CDS
AACTTGCCTGTTATGTGTGG+TGG	0.549306	8.1:+5273694	MS.gene073304: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
chr8.1	gene	5264815	5273933	5264815	ID=MS.gene073304
chr8.1	mRNA	5264815	5273933	5264815	ID=MS.gene073304.t1;Parent=MS.gene073304
chr8.1	exon	5264815	5265010	5264815	ID=MS.gene073304.t1.exon1;Parent=MS.gene073304.t1
chr8.1	CDS	5264815	5265010	5264815	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5267114	5267371	5267114	ID=MS.gene073304.t1.exon2;Parent=MS.gene073304.t1
chr8.1	CDS	5267114	5267371	5267114	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5269789	5269886	5269789	ID=MS.gene073304.t1.exon3;Parent=MS.gene073304.t1
chr8.1	CDS	5269789	5269886	5269789	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5270230	5270485	5270230	ID=MS.gene073304.t1.exon4;Parent=MS.gene073304.t1
chr8.1	CDS	5270230	5270485	5270230	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5270574	5270711	5270574	ID=MS.gene073304.t1.exon5;Parent=MS.gene073304.t1
chr8.1	CDS	5270574	5270711	5270574	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5271015	5271342	5271015	ID=MS.gene073304.t1.exon6;Parent=MS.gene073304.t1
chr8.1	CDS	5271015	5271342	5271015	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5271523	5271725	5271523	ID=MS.gene073304.t1.exon7;Parent=MS.gene073304.t1
chr8.1	CDS	5271523	5271725	5271523	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5271844	5272049	5271844	ID=MS.gene073304.t1.exon8;Parent=MS.gene073304.t1
chr8.1	CDS	5271844	5272049	5271844	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5272455	5272851	5272455	ID=MS.gene073304.t1.exon9;Parent=MS.gene073304.t1
chr8.1	CDS	5272455	5272851	5272455	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1
chr8.1	exon	5273116	5273933	5273116	ID=MS.gene073304.t1.exon10;Parent=MS.gene073304.t1
chr8.1	CDS	5273116	5273933	5273116	ID=cds.MS.gene073304.t1;Parent=MS.gene073304.t1

Gene Sequence

>MS.gene073304

ATGTCTTCTGGTGAGGAGAAGAAGAAGCTGCAGAAAAGCTACTTTGATGTGGTGGGTTTATGTTGTTCTTCAGAGGTACCTCTGATTGAGAACATCCTTAAACCTCTCCAGGGAATCAAAGAAGTCTCCGTCATCGTACCTTCACGGACAGTGATTGTTGTCCATGACACTCTTGTCATTTCCCAACTTCAAATTGGTAATTTACTCTCTCTCTCTCTCTCTGATCCTATCATATCATATATATTGTTGCATTCCACATTCATGATGTTACATCATTAATTAGAAGTGTGTTTATCACATGGTGTTGTGTTGATGATATTAAATTAATTTCAAGTTACCAACGTTTGTTATGCGGTTGTTTGAATGTTAATGTTGGATTTCCATTTTTTGATAATGATTGGACCACATTGGTGCCATAATTCCAGAGAAAGGTGCTAGCTAGTGCTATTACCTAACTCCACGTTGGAATCAAGTGTTTCATTTCTATACACAAGGTCATTGTGAAAATACTTTTAAAAATGCATGTTGTGACATCATTTAATAAATATCATATGCTATATAGTTCAATTGACAATGTTGAAATTATTAATAGACACATTTTTTGTGATTATATGGGTTCAAATCCGAAATCTTTCCTTTATGTGTGTGAGTTTTTTAGTGATGGTGTTTGTCACGCAAACAAAAATGAAACATGTGAATATCACAAGTTATATGTTTTCAAACACCTTAAATGACGCGACACTTATTGAATGTATTACACTCACCAATTAAATATTTTCATTAATTAATTTTGGAAAATAATTTTTTTCTTCAAGTATTCAATAAATTATTAATAAATATTGCTTAAAAAAAATTGTAAATATTGCTGCTGATGCAAAATGTTAGGACAAAAAAGCAGGCTTTTGCTTTCTAACGCACTTTGTCAACTTTAGTTTTTGGCCCATGAAATAAGAACGCCATTTAACCAATTCCACGATAATATTTTCAGAGTTTCATTTTGCTTTGGAATGTAACGTGTTGATAATATATATCAAAGATGTGTTGCCAAAGAATGGTTTTTGAGGATAACGTTAGTTTTATTTATTTTTTGACTGAAGATAACATTAATACAAAGTCTTAGTATTTTAATAAATTTGACTATTCTCATTTTTGTTTTGTTTAATAAATTTGACTATTGTGTTTATTATTAAACAACTGTTCACGTTAATTAGACTCAACTCAAAATGGAAGTGCTCCTTTATCTTTAATCTTTATCACTTGCTGGAAAGAAAGATAAAGATTGATGAAACAATGCATGAAAGTGAAGTGGAACCACGTATATTTCCATTCTCGCATCCTGTATTATACAATGCATGTGGCAGTTTCCCCCCCAAATATGTTAATATATTAAAAAATATTAACTTTGTAAAAAAAGTATTAAATTGGTAGAAAAGAAGATTGAATTCTTACTATAATTTATATTTTGGTACTCTTTTGTTCCATTTTTTTTTTATATAATTTTTTTCCTGTTTTTCTTCCTTTTCTTTTCTTTTCTTTTTTTACCTTTTTTTTTCCTTTTTTCTTTTTCATATATTTTCTTTTATAAATAAACATTTCCTATTTTGACATATATTATTAAAATTTAAAGTGTAGTATATGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTGTTCAATATTGACTTTTTATATTTCAATACAAATTTGTAATATTAATTAAAGAAAATAACAATAATAAAAGGATCTAAACTAGTAGTTTGAGATGACTTATATTATAAACAACAACTTTTTTCCTCATGAATATTTATAATTAAGAATAAAAGAAGGAGTAAATTATTTTAATATAAATATATTTATAATTAAGAATAGAAGAAGGAGTAAATTATTTTCATATAAATTTATGTGAGCTAGTCCATCTGATTTTAAATGGACCTTATTACAAGTGAACAATGAAATACGTTTAATAAATTAGTTGATGATTAGATTGGATATCGAGTTTAAAAATGAATCATTTGAATTATATTATATCAGTATAATTTACCTTTGAACCATATATACTTTTGTGGAGTTCAAATGTCGGTGGCAAGTTACACACACCGCATCATTGTGCACTATGATATGAATAAAGTTTATATTTTAATTGGCTAAAAATAAAAGTTTGTATTTTGCTTTTAATAATTTTTTGCTTTTTATATATCTTTACAAGGAAGTATGGATTGCAAAGCTAAATATTGCACATATATATAAAATTGGTCAAAAGTAAAAAGTGGTTTTGATTAGTTATGTGTTGTTGTGGGGACAGTTAAGGCATTGAATCAAGCAAGACTAGAGGCAAATATTAGAGTTTATGGAGATGAAAAGCACAAAAAGAAATGGCCAAGTGTTTACTCAGTTGCTTCTGGTTTGCTACTATTGCTTTCATTTCTCAAATTTGTGTACCCTCCTTTCAAATTTCTTGCTCTTGCTGCTGTTGCTGCTGGCATTGTTCCTATCATCTTGAAAGCTATTGTTTCCATTCGGAATGTTAGAATTGACATTAACATTCTTGTCATCATAACAGGTATAATTTCATTTGCTTAATACTATATTGTTGTAATTTTTTTACAATATATCATACCGTAACGATTTCATTTTAGCATTTATGAGTTAGTAGTATTATTAATAAAAATTGTCCGTCCTTTTCCATGCCTTTTATAAGGGGACAAAGGTCATCTTTTTTTTTCCTCCCTTCTTCCTATACCATTTAAGTTGAGAATCTTTAATATAAACATGTGAATGGGTATTCTCTTGCACAGTTTGAAATCGTATATATTAAGTTGGTTTGCTACCTCCTCAATTCTCAGTTGAATTATTTTATTGAGGTTCAATTAAAAAAAAAAGGTCAATGAAGCTGAACTATAAAAAAAAGGTCAATGAATTGTTTTAGTAAGGTTGGACAAATATTATTATTTTTTATATATAAAAGAGTAAGAAAAAGTTCTCCACATAAGAGGTCCTATAAAACCGAGAAAAAGAAAACTCTATCCAACCTTTAATTATAAACAAAAATAGATCAAAGAAAATTGATATATCTAGTCCAAAATTTAGACAAAATAGGTAAATTTTCATGACCTATTTTTACTTATAATAATAATAATAATAATTATTATTATTATTATTATAATTAAAGTCAGCAGGAGTACACCAGAAAATCTGCGTGTGCCCATATTTCTCTGAGTATTGATATTTGTACATCTCTTTCTAAACAACTTTCATGACAACTTTGTTTTTCTTTATTTTGATTGGTCAAAATCAATAGAGAGAGAAAAAGGTAGAGAGAGAATAAGAATATAATGTGAGTATGAGAGAGAAAGTTGTCAAAAAGTTGTTAGAAATTGGTTCGACAACTATCATTTCTCTATTTCTCTTGGCATGCGAAAAGGAGGATAGAGATATGTACTATACACACTAATGATTGGTGTTCCTGTCTTGTCCCAGAAGGAAATAAATAACGTTGCCGTTTGCTCATAAAACTTGTATTCTATCAAAAATTTAATGTTTTAGTGCGTGCGTAATTCACACTCCATCAATATTATTAACTTTGTGTTGCGTAGGAGGTTCCATTTTCCACTTTGTTTCCCACTTTGGTATGTTCCTGTTCATTAACAGTGGGTTAAAAGTAGTAACTTGTGTTTATGAGTCTACGTGAATGCGACAAAATTGACCTTATCTTAACTACTATTTAAACATGTGAAGAAACATATAAGAAAGATGTAAACTAAGGTCTTCTTGTGATGTTTGTGCATGGAAAGTGATTAGGTGATTAAGTAATTTAACGATACATATGATTAGGTAGTATATTTTCCAGTAAAAAACTAATTTTATTTTTTAATATAAGTTCTTATTAGATCACAACCTGTTGATAAGTTATTTTGTAAAAAACAATTCTAAGTTAATTTCATAATCTATGATAGAGAGCTTATTGAAATAAGCTAATTACAATTTTTAAGCTATCATAGAGAGCAATTATTTCTTATAAACTGTTTTTATTGACTCTCTCAAACATTTTGACAAGAACTTATGTAAATACCTAAGCTCATACTAGCTATTCATCCATCAATTCAAACATTTTTTAAATGATTAATATACCTATTGTTTATTAGACTACAAAGGCTTAGTATTCAAAAATTAGATTATCAAGCTTAATCTTTTGTGCATATTGTTAAGCTTTTAAACAAACTTTTTCTTTGAGGAAAGAACTTTTAGGGGTCAAAAAAAGTTTGCCGAATATTTTTAACTTCACATGCCTAGCTCAAATTAGGTAACAATTCATTCATGTTAGTTAGGTCCCTAACAAACTTTTCACCTAGTCACTTTTCTCAACAGAGATAGAAACTATTTAGAATTTCATTTTCTATCTTTCTTTTTAGAAACATGACTAGGCCAAAAGTTTGAGAGATTACCAACAATTGATTGGTTAAGTGGTAAAAGATTTGAACCCAACATGCAAGTGGTTGATGGTTCAATCCTCGACTCTTGTATATCGAGAAAATCCAGTTAGGAGGAGAGAACCTACCTTGTATGCGCCACAGTTCCTCAAGAGAGATTAATCATTATTAAACGATGACAGAAACTCCCTACCAATAACTCGGTAACCCAAAAAAAATAGAAATAGATAATTAGTAATACTGCACAACTATCTTCTAATAGTTAAAAATAATGTAATTATTATACAAAAAATTAATGATGTTGTTAAAGGAAGTTTCTTTTTTTTTTTTTTTTTGGTTTATACTCATGAGGAGATGCGTGTAAGGTTACCCATAAGATAAACTTAATTTAACATCTAAATTTCCTTAAATTTTACAATAGTGACACAACTCGTGTGACCTAGAGTTTTATCGATGATACAGTACTCAACATCTAATTCACATTATTTTTTGAAGTAAATTTAAATTTTACTAGGACCCTTCCACTGACTATATTTTTATTATTTGACAGTTATTGGGACCATTGCTATGAACGATTATTTGGAAGCAGGCACCATTGTTTTCCTCTTCTCAATTGCAGAGTGGCTTGAGTCAAGGGCTAGCCACAAGGTCTTTATTTATTATTTTTCATGTATACCTTAGCTCAACAATTAATTCTGAATTATTTATCAAGAAATTAGTGGACTCAAATTGTACACTAAGAACTTATCAAAATAAATATTTTAAGTTACCATTCTTTAATCATCACAGTTATGAATGATGATTGCAATTTGTAATCCTTTAAATGTACTAACTAGAAACAATCTAAACTGAAATAACAAAAAAACAAAAGAAAAAAAATCTTATTTCCTTGTTACTTGCACAACAAGAAAAAATACAGGTAGTCTGTTTCAATTCTTATCGGTAAATGATGTAAAAGTTTTAACTTTATAAAATGTATATATATATTCAGGCAAATGCTGTGATGTCATCTTTGATGAGCATTGCTCCTCAAAAAGCAGTGATAGCTGAAACAGGAGAGATTGTGGATGTTGATGAGGTGAAATTGAATACCATTTTAGCAGTTAAAGCAGGGGAGATTATACCCATCGATGGAATTGTTATAGATGGTGACTGCGAAGTGGATGAGAAGACATTGACAGGGGAATCATTCCCTGTAGCCAAACAAAAAGACTCTACTGTATGGGCTGGCACAATCAATTTAAATGGTAAATTTTAGTCTCCATTGGCACAACCAATTTGTATTTATTAGACTGATTTAGGGAAGTTAATTTACATTTTTTTATTGGTTAAAAGGCTATATTAGTGTGAAGACTACTGCATTAGCTGAAGACTGTGTGGTGGCTAAAATGGCAAAGCTTGTTGAAGAGGCTCAAAACAGCAAAACCAGCACTCAGAGATTGATTGACAAGTTTGCCAAGTTTTATACTCCAGGTTAGACCAAAAATTTCAGTATTTGTTTTGATAATTCTTCAATGAAAATTTTACATGCATTAAGAAAATATAAATAGAACTTAATGGTAAACTTGCTCATACAATTAGAGATAAGTTTTACTCAAACAGTCAATTTTATTTTCTTCATTATAGATATTAATGTAGGTGTTCTTAAAAGTAATATTATCATAAACATGACTTTAATTTTCTCATGTGTTTTAAGGTCCTCATTTTTTGTATCAATTGTTTTCTTGTCTGCATTCAAATTCAATGGCCTAATTGTTTTTTGTGTAACATTTTCAGCTGTTATGGTCATATCAGCTCTTGTAGCAGCGGTTCCATTTGTGTTAAAAGTACATAACGAGAAATATTGGCTTCACTTTGCACTTGTTGTTTTAGTAAGTGCATGTCCATGTTCACTAGTCCTTTCAACACCAGTTGCTACTTTTTGTGCTTATACCAAAGCTGCTACATCTGGTCTTCTCATCAAAGGGGGTCATTCTCTGGAAACACTGGCAAAAATTAAAGTTATGGCCTTTGACAAAACTGGTACCATAACGAAGGGTGAATTTGTGGTCACACATTTTCAAGCTCTTTCAGATGACATTGATAAGAACACATTGCTTTACTGGTGAGGATGACCCTCATTTCCCTTCTCTTACATACCCTTTTTCTGTACAATTTTCTTTCAAGTGTATATTTAATTTATTAACAAAAAATAAATGGAAGCGCATTAGTGAATAATGGTGATATATTATAGTTGGATTTTGAGATTAGACGAAAATGAGAGATTAACAAACTAAATTTTCAGGGTGTCAAGCATTGAGAGCAAGTCAAGCCATCCATTGGCAGAAGCAGTTGTTGATCATGGAAGGTCTCTCTCCATTGAACCAAAGCCAGAAAATGTGACAGAATTTGAAAATTTTCCCGGAGAAGGAATCTGTGGAAAAATTAATGAGAGAGTTATCTACATTGGAAACAAAAAAATAGCCACTAGAGCAGGGTCTGAAACAGGTGAGAAAGCCCTTTCCTACTGTGATATTGCATGTTTAAGTCCAATTGAACTTGAAGTGTAATGTGACATTGTTTTTTGAAACTGAGTAAAAATGTCTATTGTCTTTGTTTTATGTAGTAGTTCCAACCTTAGAAGGTGAAGTTCTTGGAGGAAAGACCATTGGCTACATATACTCAGGACCAACCGCAGTTGGAATTTTCTCTCTATCGGACACTTGTCGGTCAGGGGTTCAGGAGGCAATAAGGAAGCTGAAGTTGTTGGGAATCAAAACAGCTATGCTCACTGGAGACTGTCAGTCAGCTGCAATGCAAGCACAGGAGCAGGTATGTAATGTCATATGATTAAACCCTTATGAATATAATTTGGGCTTTTTGGTTCTAAATTGAGACTGCGACTGCAGTTGTGGTGCTGCGAATCTTTATATTACGGCAAAATGGAGCTGATGAAGCCACTTTGAAAACCTCTAAAACTTTTATAAGTGCGGTCCTAATTGCAATTGTAGTTTTGCGGACAACAATTTAGAACTATATGTGGCTGCATTCAAATTATATATTCTATAGTCTCAAACCTAACGAACTTTGGTGCTGTGAAAGATGAATTGAACTTACTTATAATGTTGTGAGAGGTCACGGGACAATTCCTTTTTCTATATGTAGTTGTAGATATATGAATAAACTCTAGGCTTATCATGGACAAGTTAAATACTAACAAAGTGATTTCGTCTACAGCTAGGTCACGCCCTGGAGTTAGTCCATGCAGAACTTTTGCCAGAGGACAAGGTAAAAATAATCTCAGAACTTAAAAAGGAAGGACCAACAGCGATGATTGGAGATGGTTTAAATGACGCACCTGCATTAGCTTCAGCTGACATCGGGATCTCAATGGGTATTTCTGGTTCTGCACTGGCCAGTGAGACGGGTGATATTATTCTTATGTCGAATGACCTTAGGAAGGTACCAGATGCCATTAAGCTTGCTAGAAAAGCTCGAAGGAAAGTGATACAAAATATTATACTGTCAATCATTCCTAAGGTTGCGATTCTCGGTTTGGCCATTGGGGGTCATCCAATTGTTTGGGCAGCAGTTCTTGCAGATGTTGGAACGTGTCTGTTGGTCATCTTAAACAGTATGTTACTTCTGCGAAGTGGACACAAGCATGGAGGGAAAAGTTGTAAATCATCCACTCAACTGCACATTCACAAAAATGGATGTGGTGACTCTAATGGCGGTTCATCTCATCATCATCATCATCATGATCATCACCCCCATCAGCATCAACATAAACATCACAGCCACAAGCATTGTTGCTCAGAAAAGGCTCAGCCCCAGAAGTGCGCTTCTCATTCCTGTTCCTCAAAGAATCCACCCTGCACTTCAAATCCAAGTTTAGGTGGAAGTGTTAACCATCTCAAAAACTTGGAGAATCATGATCAGTGTAAGGGAAGTGATGAATTACATGAATCAGATCACTGTCATCTTGGAAGATGTGACAAAAGTCAAAATGGAGTGCAGAAGCATGATATTGAAAACAAGTGTTGTTCAGATTCACACAATGTGATTCCAACTGCCAAAGATATCGGTGCAGCTTCGATAAACAGTCATGGCAATTGTCAGGGACATAAGTCCCATGGGACAAAACACTGCCACAACAAAAATATCGACATGGTTACTCACGATAGCACTTCACTTGGGTCACATTGCCATCTCAATCCCTGTGATAAGAAAGAAACTCAACAAGTTACTAAGCATTGCCACTCGAACCATGGTTGTGAAAATCTGCATGACCACGGAACCATTCATGACATTCAGCATCAATCAGGTTGTCTTTCTGATGTTAAGAAGCATGGGACAGGTGAAATATCCATTGACATCATCGAAGAGCATGTTGAATCAGCCTTGAAGCACAGTTGTTCAAGTTTGGCAGAGAAAGAAAAAGAATCCAGAAAAGACTGCTCCAAAGCATGTGAGAACTTGCCTGTTATGTGTGGTGGCTGTGAGGGTCCAAATCAGAAAGAAGTTAGTTCATGCTGCAAGAATGAGGGCTCTTCAAAGGAATCCATTGAAGCATCAGTTGTGCATGCTTGTATAAGCTTGGAGAAGAGAGAAGTTGGTGGATGTTGCAAGAGCTACATGAAGGAATGTTGTGGCAGGCATGGACACTCAGGGGCTGGTAGTTTTGTAGGTTTATCAGAAATTATCACAGAATAG

Protein sequence

>MS.gene073304.t1

MSSGEEKKKLQKSYFDVVGLCCSSEVPLIENILKPLQGIKEVSVIVPSRTVIVVHDTLVISQLQIVKALNQARLEANIRVYGDEKHKKKWPSVYSVASGLLLLLSFLKFVYPPFKFLALAAVAAGIVPIILKAIVSIRNVRIDINILVIITVIGTIAMNDYLEAGTIVFLFSIAEWLESRASHKANAVMSSLMSIAPQKAVIAETGEIVDVDEVKLNTILAVKAGEIIPIDGIVIDGDCEVDEKTLTGESFPVAKQKDSTVWAGTINLNGYISVKTTALAEDCVVAKMAKLVEEAQNSKTSTQRLIDKFAKFYTPAVMVISALVAAVPFVLKVHNEKYWLHFALVVLVSACPCSLVLSTPVATFCAYTKAATSGLLIKGGHSLETLAKIKVMAFDKTGTITKGEFVVTHFQALSDDIDKNTLLYWVSSIESKSSHPLAEAVVDHGRSLSIEPKPENVTEFENFPGEGICGKINERVIYIGNKKIATRAGSETVVPTLEGEVLGGKTIGYIYSGPTAVGIFSLSDTCRSGVQEAIRKLKLLGIKTAMLTGDCQSAAMQAQEQLGHALELVHAELLPEDKVKIISELKKEGPTAMIGDGLNDAPALASADIGISMGISGSALASETGDIILMSNDLRKVPDAIKLARKARRKVIQNIILSIIPKVAILGLAIGGHPIVWAAVLADVGTCLLVILNSGSVNHLKNLENHDQCKGSDELHESDHCHLGRCDKSQNGVQKHDIENKCCSDSHNVIPTAKDIGAASINSHGNCQGHKSHGTKHCHNKNIDMVTHDSTSLGSHCHLNPCDKKETQQVTKHCHSNHGCENLHDHGTIHDIQHQSGCLSDVKKHGTGEISIDIIEEHVESALKHSCSSLAEKEKESRKDCSKACENLPVMCGGCEGPNQKEVSSCCKNEGSSKESIEASVVHACISLEKREVGGCCKSYMKECCGRHGHSGAGSFVGLSEIITE