AlfalfaGEDB | MS.gene70521

M. sativa cultivar XinJiangDaYe / MS.gene70521

KEGG: K09486
GO: -
PFAM: PF00012.23

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.gene70521.t1	XP_013461130.1	98.1	841	16	0	1	841	1	841	0.00E+00	1446

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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.gene70521.t1	F4JMJ1	70.6	832	240	3	1	832	1	827	3.9e-295	1015.4

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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.gene70521.t1	A0A072UZC8	98.1	841	16	0	1	841	1	841	0.0e+00	1446.0

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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.gene050114	MS.gene70521	0.813877	2.05E-51	-1.69E-46
MS.gene051120	MS.gene70521	0.854399	1.26E-61	-1.69E-46
MS.gene051757	MS.gene70521	0.806549	7.80E-50	-1.69E-46
MS.gene056432	MS.gene70521	0.800671	1.29E-48	-1.69E-46
MS.gene058638	MS.gene70521	0.808498	3.01E-50	-1.69E-46
MS.gene058639	MS.gene70521	0.810013	1.42E-50	-1.69E-46
MS.gene058758	MS.gene70521	0.843078	1.75E-58	-1.69E-46
MS.gene06117	MS.gene70521	0.835274	1.85E-56	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene006488	MS.gene70521	PPI
MS.gene031810	MS.gene70521	PPI
MS.gene29095	MS.gene70521	PPI
MS.gene70521	MS.gene052323	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.gene70521.t1	MTR_3g081170	97.416	890	17	1	1	890	1	884	0.0	1770
MS.gene70521.t1	MTR_3g051300	28.462	780	488	19	25	801	2	714	7.41e-90	302
MS.gene70521.t1	MTR_2g102180	27.838	837	525	24	25	836	2	784	2.09e-76	267
MS.gene70521.t1	MTR_5g092570	27.129	822	510	21	25	830	2	750	6.26e-76	264
MS.gene70521.t1	MTR_4g012050	26.884	889	553	25	25	875	2	831	9.63e-71	251
MS.gene70521.t1	MTR_5g066800	29.865	519	340	10	23	538	6	503	3.06e-67	236
MS.gene70521.t1	MTR_7g025760	29.508	549	329	14	27	564	10	511	2.76e-62	222
MS.gene70521.t1	MTR_8g099945	29.320	515	321	12	8	508	11	496	1.34e-61	221
MS.gene70521.t1	MTR_6g033850	31.614	446	277	9	27	469	10	430	7.44e-61	219
MS.gene70521.t1	MTR_8g099795	29.159	511	319	13	11	508	16	496	6.58e-60	217

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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.gene70521.t1	AT4G16660	69.381	872	240	6	21	890	21	867	0.0	1235
MS.gene70521.t1	AT4G16660	69.381	872	240	6	21	890	45	891	0.0	1233
MS.gene70521.t1	AT1G11660	28.759	838	511	21	25	856	2	759	1.30e-92	309
MS.gene70521.t1	AT1G11660	28.759	838	511	21	25	856	2	759	1.30e-92	309
MS.gene70521.t1	AT1G11660	28.759	838	511	21	25	856	2	759	1.30e-92	309
MS.gene70521.t1	AT1G11660	28.571	798	488	20	65	856	1	722	8.27e-86	290
MS.gene70521.t1	AT1G79930	26.826	876	567	22	25	874	2	829	2.60e-77	269
MS.gene70521.t1	AT1G79930	27.119	826	529	21	25	825	2	779	7.35e-75	261
MS.gene70521.t1	AT3G12580	28.381	525	333	12	27	544	10	498	2.74e-61	220
MS.gene70521.t1	AT5G28540	28.932	515	322	13	9	508	10	495	1.17e-60	219

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Find 182 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
AAAATACACAAGTGCAGCAT+AGG	0.559359	3.1:-67258023	None:intergenic
AAAATCTTTATCATGATTAA+CGG	0.339448	3.1:-67260710	None:intergenic
AAAGAGTTGCTCGAGCATTC+AGG	0.378527	3.1:+67259600	MS.gene70521:CDS
AAAGGAGAGGTAACACCAGG+TGG	0.691496	3.1:-67260769	None:intergenic
AAATGTACATTTGCCTTAAT+GGG	0.291582	3.1:-67260993	None:intergenic
AACAGATCAAATATACGCAG+TGG	0.697423	3.1:+67259629	MS.gene70521:CDS
AACCGCTACCTTGAGCGATT+CGG	0.448333	3.1:-67257432	None:intergenic
AACCGGCGGCTTCTTCGCCG+AGG	0.635630	3.1:-67257556	None:intergenic
AAGAGCTCTGTGAAGATATT+TGG	0.119153	3.1:+67259556	MS.gene70521:CDS
AAGAGGATTGCTTCAGGCGG+CGG	0.515955	3.1:+67257871	MS.gene70521: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
chr3.1	gene	67257335	67265678	67257335	ID=MS.gene70521
chr3.1	mRNA	67257335	67265678	67257335	ID=MS.gene70521.t1;Parent=MS.gene70521
chr3.1	exon	67257335	67258099	67257335	ID=MS.gene70521.t1.exon1;Parent=MS.gene70521.t1
chr3.1	CDS	67257335	67258099	67257335	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67258441	67258673	67258441	ID=MS.gene70521.t1.exon2;Parent=MS.gene70521.t1
chr3.1	CDS	67258441	67258673	67258441	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67259530	67259689	67259530	ID=MS.gene70521.t1.exon3;Parent=MS.gene70521.t1
chr3.1	CDS	67259530	67259689	67259530	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67260340	67260585	67260340	ID=MS.gene70521.t1.exon4;Parent=MS.gene70521.t1
chr3.1	CDS	67260340	67260585	67260340	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67260700	67260836	67260700	ID=MS.gene70521.t1.exon5;Parent=MS.gene70521.t1
chr3.1	CDS	67260700	67260836	67260700	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67260968	67261304	67260968	ID=MS.gene70521.t1.exon6;Parent=MS.gene70521.t1
chr3.1	CDS	67260968	67261304	67260968	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67261434	67261595	67261434	ID=MS.gene70521.t1.exon7;Parent=MS.gene70521.t1
chr3.1	CDS	67261434	67261595	67261434	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67262195	67262269	67262195	ID=MS.gene70521.t1.exon8;Parent=MS.gene70521.t1
chr3.1	CDS	67262195	67262269	67262195	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67262347	67262447	67262347	ID=MS.gene70521.t1.exon9;Parent=MS.gene70521.t1
chr3.1	CDS	67262347	67262447	67262347	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67262553	67262622	67262553	ID=MS.gene70521.t1.exon10;Parent=MS.gene70521.t1
chr3.1	CDS	67262553	67262622	67262553	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67263369	67263425	67263369	ID=MS.gene70521.t1.exon11;Parent=MS.gene70521.t1
chr3.1	CDS	67263369	67263425	67263369	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67263525	67263586	67263525	ID=MS.gene70521.t1.exon12;Parent=MS.gene70521.t1
chr3.1	CDS	67263525	67263586	67263525	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67265304	67265376	67265304	ID=MS.gene70521.t1.exon13;Parent=MS.gene70521.t1
chr3.1	CDS	67265304	67265376	67265304	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1
chr3.1	exon	67265484	67265678	67265484	ID=MS.gene70521.t1.exon14;Parent=MS.gene70521.t1
chr3.1	CDS	67265484	67265678	67265484	ID=cds.MS.gene70521.t1;Parent=MS.gene70521.t1

Gene Sequence

>MS.gene70521

ATGGCGCGGCTCCTCATGAAGCTGACGCTAATTGTATCTATTCTCGCGTTCCTCTTCTCTCCGTCGCATTCCGCTGTATTCAGCGTAGATCTCGGCTCCGAATCGCTCAAGGTAGCGGTTGTTAATCTAAAACCAGGACAAAGTCCGATCTCCGTCGCGATCAACGAAATGTCGAAACGGAAATCACCGGTTCTCGTTTCATTTCACGACGGTGACCGTCTCCTCGGCGAAGAAGCCGCCGGTTTAGTAGCACGGTATCCGCAAAAAGTTTACTCACAAATGCGTGACTTAATCGGAAAACCCTACGCTTCCGCTAAAAAATTTCTAGATTCAATGTACTTACCTTTCGAAGCGAAGGAAAACTCTTCACGCGGTACAGTTAGTTTTGTTGTTGACGAAAACGGTACGGAATATTCGCCTGAGGAGTTAACGGCGATGATTTTGACTTACGCTGCGAATTTGGCGGAGTTTCATTCCAAAATTCCGATCAAAGACGCAGTGATTGCTGTTCCGCCTTATTTTGGACAAGCTGAACGAAGAGGATTGCTTCAGGCGGCGGAATTGGCCGGGATTAATGTGCTTTCATTGATTAATGAATACTCCGGTGCAGCGTTGCAGTATGGGATTGATAAGGATTTCTCGAATGAGTCAAGGCATGTTGTTTTCTATGATATGGGTTCGAGTAGTACCTATGCTGCACTTGTGTATTTTTCATCTTATAAGAGTAAAGAGTATGGGAAGACAGTTTCGGTGAATCAATTTCAGGTATGATAAGTTTGGATTCCAAACTTTGGAAAAATGTGTTTATCATTTGTATTCATCAATATGTGAAATTTACGTGTTGGACTTTTTACTTGTTTAGTTTTAAGCAATTGATTAAGTATGCGTTAGTTTTAGTAGATAAAACTCAAATAAGTCAATCCAAACAGGCCCTAAGTGCGAAATAGAGGGACCATGATTGCCAACTAGAAACAAACAATATAGGAAGAATTTTATGATTAAAAGGTTTGGAATTTCATTCATGCTAAATGTGTGTACTCAACTAAATTTGAACTATGCCTATCTTATTAATCTTAATTTGATCACTTGTTTCGTAATTCATGTAGGTTAAGGATGTGCGTTGGAACCCTGAACTGGGTGGTCAGCATATGGAAATGAGATTGGTAGAGTATTTTGCTAATGAATTCAATGCAAAAGTTGGTGGTGGAATAGATGTGAGAAAATTTCCTAAGGCCATGGCCAAGTTAAAGAAACAGGTTAAACGAACAAAAGAAATTCTTAGCGCAAACACTACAGCTCCCATTTCAGTTGAGTCGCTTCACGGTGATGTGGACTTCAGGTAGGTGATTAGTTGAAAGCTTCTCATTTGTTCAATGAACTTGTGTGTATTAATATCTATAATTCCAAATTAAAGTTGGTGGTTTGTACTTCATAGATCTTAGTGTTTGTCCTTGTCATAAAGTGTGCTGAATTATGCTGTTTCACTAGCTAACTTATTCTTTTGAACAACCGCAAGAAAATCAACCAAACAATCCAAGTGTTATCCCACATCATTATGAAGATAACATGGAAAATGTTTGATCTAAAATAGTCTTTTGGAAAATCAAATTCAGTAAAGCATATTTCTATTTGGTCTGTGGCACTGCGTTACTATTTTGGCAGTGATTGTAATCATTCTTTTCTGTGGGCTTTCTTTTATCAAGGTGGTATTGCCTTTCATTTCCATGTTTTTGTAATAGTAGACAACACCATGAAGGGTTATCTGGACATTACCATGCACAAAAGTTTTCTGCGCAGATTTCTTGTAAGTTTGATGCCAAATGAAAAAATAATCACTAGCCTGTTTTCCTTTTTGCATAAATTACCTGAGTATTTTATTATAAGTTTAGTGTCCCAAGTGAATGGTCCACAATCGTCTAATATGAAAATAATTTTGACACATAAGGCCACATGGCAGTGATCACTCAACAAGAGTCATTTAGAAACTAGAGGTGTCTGTTGTGAAATTGGGAAATATATTTGAAGAAAGTAATTCCCTTACATGTGAATGCTTGTTGAGTGAAATGCATGCAACAAGTAATTAAAATATAAACAATGACGAGGAAGCTATTTTTGTAACTATCATGGCATGAAGTAATTATATACACTATGTATTACACATACAAATCCTTCATCCAACGCTTCTTTTCTTACAGGAGCACAATAACCCGTGAGAAATTTGAAGAGCTCTGTGAAGATATTTGGGAAAAATCTCTTTTACCGTTGAAAGAGTTGCTCGAGCATTCAGGCTTGGCAACAGATCAAATATACGCAGTGGAGTTAATTGGAGGCGCTACCAGAGTGCCAAAATTACAGGTTTGAATAATCTTTCCCCTTCTACTATCATGTTTTCTGCATTGTGTATTAGTGGGATTAGATCATAATTTATATTATTTCGATAGTCAACATTTGTTTTCTATGTATCAACGAGCATCTGTTATATACAACATAAAGCTAGTTTTTTTGACACATATTGGTAAATATGACACTATTATACGCGAAGATGTGCGTTGCTACTTCCATCTTTCGGTTAACTTGACGGAAAAATAGAGGCCAGCTGACAGCTCATGTTTTATTTTTTAAAGATAACTTCATATTACTGTGACATTTTTTTTCTGTAATTTGGGGAGTTCTTCCCTATACTAATTCAATTCCAGCTTCCTATCAAGAGATAGACAACATGATTGTGATTCAGTTGCATAAATTCTTTATATATCAAATGTAAATATGATCAAGTTTCAATAATAAAAAATTCATGACATAGTTGTTAACTTATATTTGATCTTTTTATTGTCAATTTTTTTTTTGAAGGATTATTGTCAAATAAAACTGCAGTACCTTGTCGTTTTATTATGTATTGTTCAATAGTGTTTTCGCTCTGGTTTTACAAATCAAGTATTTTACTTGGCAATCCGGCGTTGATGCATAGAAGTTTACCATTGTTATTCTTTTAACTGTTATTACAGGCTAAGCTTCAAGAGTTCCTTGGTAGAAAAGAACTTGATAGGCATCTCGATGCTGATGAAGCAATAGTTCTTGGTGCTGCTCTGCATGCTGCAAATATAAGCGACGGTATCAAATTAAACCGCAAATTAGGAATGGTTGATGGTTCATTATATGAGTTTGTGGTTGAATTGAATGGTCCTGATCTTCTGAAAAGTGAAAGTTCAAGGCAGTTACTTGTACCCCGGATGAAGAAACTCCCGAGTAAGGTAAATCAATCGATGTTTTATGCAATGCATATAATAGAAACTCCTGAGTAAGTGAAATGATCAATTATATTCTTCAATTTTACTAATCAATTGTCATACGGTTTTACTTAACAGATGTTCAGATCCGTTAATCATGATAAAGATTTTGAAGTTTCACTGGCTTATGAAAGTGAACATCATTTGCCACCTGGTGTTACCTCTCCTTTAATTGCTCAATACCAGATATCTGGTTTAACAGAAACAAGTGGGAAGTAAGGATAAAAAACCTTCTGAATTTTTATGGATATAATTGCTAATTTAAACTCCTCAAGGAAATGTTTTGATACAACATCTTAAAATATCTGATTCCTTCTTTTTATTTTTGGCTTTTCTGTTCTTATAGATACTCATCTCGGAATCTGTCATCCCCCATTAAGGCAAATGTACATTTCTCTCTTAGTAGAAGCGGAATTCTTTCTCTGGATCGAGCAGATGCTGTTATTGAAATAACAGAGTGGGTGGAAGTTCCCAAGAAGAACTTGACCATAGAGAATTCAACTATTTCGTCAAATGTATCAGATGATTCTGGTGCTAAGAACAATTCCGAGGAAAACAATGAAAGTGTGCAAAGTGATGGTGGTATTAATAAGACATCCAACACGAGCGCAGAAGAGCAAGCTGCTGCTGAACCCGCTACCGAAAAAAAGCTGAAAAAGCGGACTTTTAGGGTACCATTGAAGGTGAAAGCTAACCGACCACCCTCTGTAGTCATTAAAATTACTGGTGATTGTCTCGATGAGAAAGATTGATACATTGAAATGAGATCTTCTAATATACTCTTCTTGCCTCTTCCTTTTTACTGGTGGCAGATTGTTGAGAAGTTTACAGGACCAGGGATGTCTCTATCAAAAGATTTTCTTGCTGAAGCTAAAACAAAATTACAAGCACTAGACAAAAAAGATGAAGAAAGGAAAAGGACAGCCGAGTTCAAAAATAATTTAGAAGGATATATATATACCACTAAGGAAAAGGTTGGTAAAAAACAATATGCTTGTGGTTTTTTTAATCTTGTAGGCCTTCATCTTTTTTAAATCATCTTACAGAGATTCTCTAAAATATTGGCATTTAATTAGTTCACTTCAAGTTTATACTGAAAGGGTTGAACTCATTGGCTTGTTTTTTATTTTTTAGGAAAAAATGTAATCCAGAATACAATTAAGAACTGAAAGAAAGATCATTGCCTTGTTTTTATTTTTTTTTACGAAAAAATTTCATCAGAATACAATTAAGAAACAAAAGAATGAGCTGCATTTTTTACAACCAAACATACCCCCAATCTCTAGGCCAATGAACTCAAGAATGCCCCCTAATCTTCATGTTCAATGTTGTTCTTGCAATCACCATAATATACTTATGTTAGTAGATATTTTTTTCTGATTGCCATATAGCTTTCTACAGGGAGGGGGTGGCATTTAGGAATGATCCTCCCACTCTTATTTTTATGGTTTTACATACTATAATCTGATGTTCATTGTTTTTTTAGGATGTTACAAAGTTAACTATTTATTTTTTGTACTTGATAATGTAGCTATTTATTTTTCAACTTGTCTTGTTCGCTTGTTTTTATCAGATTGAAACTCTTGAGGAGTTTGAAAAAGTTTCTACGAGTGAGGAACGCCAGTCCTTTGTTGAGAAGCTTGATGAGGTTATAACCCTTTTCCTTGGCCAACAAACAAGAAATTTCATTGATACAAATTTTGACTTAGGCTTGCATTCTGTCAGGTGCAAGATTGGTTGTATACAGATGGTGAAGATGCCAACGCTACCGAGTTTCAAGAGCGTCTAGATAAGTTAAAAGCTGTTGGAGATCCAATTTTCTTCAGGTCTGTTGTATTCTATGTTTCAAAATAGCTTTATCATGTTTACTAATTACTATGGACCCGTATAGTATAGTAAAGTTTTTCTGAAGGGTTTAACATCTATTTTAGGTTAAAAGAGATTACAGCTCGACCAGCGGCAGTTGAGCATGCCCGTAAGTACATTGATGAGCTGAAACAGGTACCATCAGCATGCTTTGGCTTGTTTCACTTTACATGTGTTCATTTTTAAACTGAAATGTTGTATCTAGTAGAGTCCAATAATCGATGCTGTATTTAACCACGCCTAGTAGAATAAGGCTTTTGGTGGCAGTGGTTGTTGTCAAACTCAAGTTTCTAGATAAACTGGTAGTGTAGGTAAACTCGACTTGTAAGATTCTATCTTATGTTAAAAATAATTTTAAAATTTATGCATGACATATATACTCATGATACCATAAGACAACGTTATTGAACTCCAAAATAAAGCAAAGTAAAAACTGCTGAATAAAGCATGACAAAACTTGAGAAGTTCAGTTTAATAGAGAACGGCAAAATTTAAATTTACGCTTCCAAAGAGATGATAAAATATAGCTTTCACGCAATTATGATAATATCCGAATAAAGTCATTTTTGGGGATTAATTTCAAGGTTATATACGGCTGAATGTCGTTTAAACAGCAACAACAACCAAGCCTTATCCCACTAAGTGGGGTTTGAATGTCGTTTAAACACTGACCAGAAAGATGTACGGCCAAGAATGGAGACAATTAAACACCCATCATATTTATTTTGGCTATACAACGATGTTCTTTTTTTAGAAAAGCTTTTTTTTATGTTAAGGGTGGACAAAGCGAATCTTTACAATGTGCAATTGATAAACCATCTTTAGTATTAGGTGATGCAACATGAAGCATTAATATATAGATCTTTTTCGGACATGCGCAGATTGTAGAAGAGTGGAAAGCAAAAAAGTCTTGGCTCCCAAAAGAACGAGTAGATGAGGTATCTGATTTATCTTGCTTTCAATCTTCTTGAATCTATTAAAATTAATGTGTTACCTCTGGAAATATCATTTCTTTTTTGGGATCGCTATTTTGCCAGGTGATTGATGTTGCAGAAAAGTTAAGGAACTGGTTGGATGAGAAGGAAACTGAGCAAAAGAAGTAAGTTCCTGTCAGTAATTAGATGTTCTTGTAGTGTTTATTTTTGGGTTGAATATAATTTTGGTCCCTACGAAATACTCAGTTTAAATATGAGATTGCTGCAATAAACACTTTAAAATAGTAAATTGTGTCTGTGAATACTTTCTGTATTGGGGTATTTCTATACCAATATAAATGAGAATGCTGCAATAATTAGATAAATGATGTCATTTTATTATGTCAAGAATGGCTCGTGTTAATTTTTAAAATATCAATTCTCTCGTTTGATTTAAGATTAATGTTATATGGTGAATTTTTATGCTAATTTTACGTGTTCTACTATAGCTACATAATGTCTTATATTTTTTAAGTTATATGTTTCCCTTGTCTGTGTCCGTAGTGTATCTTATCTGTGTTCTGTCCGTGCTTTTTAGTTTGTTACTCTTCTAAGGTTGAAAAACTACATGGACTCTGACTTGTGTCAATTTTATGTGGCACAATATGATCAATGAAAATGGTCTATATAGTGAAATAAGCTTAAATTAAGGTTTCATTCTCATACGATAGTTTCTTCTAACCTTAAATGGTCCATACCGATTAATGGCATCTTCTTTTCAATAGCCTAGAATTTGAATATAGATACTCTACAATCAAATATGCTTGACTTGGAGCACTTGTGAAATGAGTGACGTTCTTGGATTTTTTCAAAAAGCGTGTTGAATGAGGACACTCATGTAATCATGTTGGTTTGTGGAGACAGCTGGCAAACCTAAAAGCAGTCCGGGTCGTTACATCAAGTGCTAGATATTCAGGCAGGGTTTGAATCCATCAGTAACTGTAGCTATTAGGATTAGTTGGATAATTTGTTAGAGGGTAATTTTAGGAGTGAAGGTAGAGTGAGGGGTCTTTGGTTTTGAGGAGGAATTGTGCATGAGAAAGATGTGGCTCCAGCGCCATAAGCAATTTTGTGGAGCACCACTCTCGATGGCTGTCAATAGTTCACATTTCCACTTTTTTTTTTTGGGGTAAATGCCACTTTTCGTCCCTGTAATATTAGCGAATTCTGGTTTTAGTCCCTGTAAAAAAAAAGATTTAGATTCTGTCCCTGTAATCTCAGATTCTTCCACTTTTGGTCCCTCCTTTCGTCACGTCAGCAGAATCTGTATAAATTACGTCCCTGTAATTTCAGATTCCTCCCACTTTTGGTCCCTCATTTTACGTGCCATGTATGCAGGTTCTGCTAACGTGGTGAAATGAGGGATCAAAAGTGGAAGAATCTAAAATTACAGGGACAAAATCTAAATCTTTTGTTTTACAGGGACTAAAACCGGAATTCGCTAATATTACAGGGACGAAAAGAGGTATTTACCCTTTTTTTTTGGTCAAGTAGTCTAGTGGCTAGAAATTCACCTTTTTACAGATGAATAAGTGGGGTGTCTGGGGCTCTTGAATACTTGGGGTGCAAGGAGGAGACACATTTTCCACTGCTCCTTGGTGTCTCATTGTGTATCACATTGATATACTGATCAGAGAACATACTCTCTGTAATATAGATCTATGTTTCCCTATTTAAGTTCCAGTTTTATAATCTAGCTTTCTAAACCTTTTAGTTTCCCAAATTGATGACTATCGATTTGATTTTGTTCATTGAGTAAATTCCAGTGCATGTAATAATAGTTCTAAATAAAATGTAATTAATTATTAATTTTTATTCTGTTTTTGTTTTGAACTTTTGAAGGACTTCTGGATTCAGTAAGCCTGCATTTACATCTGAAGAAGTAATCTTAAAGGTGTTAGATCTACAAAACAAGGTACCATCTCTTCTACTTTTCTAGTACACGACAGTGTATAGGCACGTGATTTACATGTCCATGAAAGCAGTTCCATTCATGTTGAGGTTTTCAATTTATATTTTCAGGTTGCCAGTATTAATAGAATCCCCAAGCCCAAGCCCAAGATTCAGAAGCCTGCAAAGAACGAAACTGAGAGCAATGAGCAGAATACTGATAATTCTGATTCTACCTCAACTGATAGTAGTGATCAAACCTCTAATTCAGAAGGCCAAAACAAAGAAAAGGTTGATGAGCAACCCGAAGCTCATGATGAGTTGTGA

Protein sequence

>MS.gene70521.t1

MARLLMKLTLIVSILAFLFSPSHSAVFSVDLGSESLKVAVVNLKPGQSPISVAINEMSKRKSPVLVSFHDGDRLLGEEAAGLVARYPQKVYSQMRDLIGKPYASAKKFLDSMYLPFEAKENSSRGTVSFVVDENGTEYSPEELTAMILTYAANLAEFHSKIPIKDAVIAVPPYFGQAERRGLLQAAELAGINVLSLINEYSGAALQYGIDKDFSNESRHVVFYDMGSSSTYAALVYFSSYKSKEYGKTVSVNQFQVKDVRWNPELGGQHMEMRLVEYFANEFNAKVGGGIDVRKFPKAMAKLKKQVKRTKEILSANTTAPISVESLHGDVDFRSTITREKFEELCEDIWEKSLLPLKELLEHSGLATDQIYAVELIGGATRVPKLQAKLQEFLGRKELDRHLDADEAIVLGAALHAANISDGIKLNRKLGMVDGSLYEFVVELNGPDLLKSESSRQLLVPRMKKLPSKMFRSVNHDKDFEVSLAYESEHHLPPGVTSPLIAQYQISGLTETSGKYSSRNLSSPIKANVHFSLSRSGILSLDRADAVIEITEWVEVPKKNLTIENSTISSNVSDDSGAKNNSEENNESVQSDGGINKTSNTSAEEQAAAEPATEKKLKKRTFRVPLKIVEKFTGPGMSLSKDFLAEAKTKLQALDKKDEERKRTAEFKNNLEGYIYTTKEKIETLEEFEKVSTSEERQSFVEKLDEVQDWLYTDGEDANATEFQERLDKLKAVGDPIFFRLKEITARPAAVEHARKYIDELKQIVEEWKAKKSWLPKERVDEVIDVAEKLRNWLDEKETEQKKTSGFSKPAFTSEEVILKVLDLQNKVASINRIPKPKPKIQKPAKNETESNEQNTDNSDSTSTDSSDQTSNSEGQNKEKVDEQPEAHDEL