AlfalfaGEDB | MS.gene93871

M. sativa cultivar XinJiangDaYe / MS.gene93871

KEGG: -
GO: GO:0003674 GO:0005488 GO:0005515
PFAM: PF00514.26 PF00651.34

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.gene93871.t1	XP_003592432.1	99.3	704	5	0	1	704	1	704	2.80E-263	917.9

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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.gene93871.t1	B9DHT4	80.6	701	132	2	4	702	6	704	3.3e-188	659.8

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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.gene93871.t1	G7IE13	99.3	704	5	0	1	704	1	704	2.0e-263	917.9

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TFs/TRs:

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Gene ID	Type	Classification
MS.gene93871.t1	TR	TRAF

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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.gene050084	MS.gene93871	0.805249	1.46E-49	-1.69E-46
MS.gene050085	MS.gene93871	0.801503	8.73E-49	-1.69E-46
MS.gene055547	MS.gene93871	0.801735	7.83E-49	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene042713	MS.gene93871	PPI
MS.gene045983	MS.gene93871	PPI
MS.gene053945	MS.gene93871	PPI
MS.gene93871	MS.gene78758	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.gene93871.t1	MTR_1g104870	99.290	704	5	0	1	704	1	704	0.0	1427
MS.gene93871.t1	MTR_5g005940	84.848	693	103	1	12	702	7	699	0.0	1172
MS.gene93871.t1	MTR_5g005940	85.836	586	81	1	12	595	7	592	0.0	999
MS.gene93871.t1	MTR_7g094910	63.490	682	241	4	18	698	11	685	0.0	845
MS.gene93871.t1	MTR_7g094900	67.045	616	198	3	84	698	93	704	0.0	832
MS.gene93871.t1	MTR_7g094910	65.049	618	208	4	18	634	11	621	0.0	779
MS.gene93871.t1	MTR_3g008350	25.769	520	315	18	18	519	7	473	2.50e-20	95.5
MS.gene93871.t1	MTR_1g012360	27.436	390	251	13	137	508	104	479	2.38e-19	92.8
MS.gene93871.t1	MTR_1g018180	26.400	250	176	3	295	536	74	323	2.80e-16	81.3
MS.gene93871.t1	MTR_7g094490	30.675	163	93	3	517	664	187	344	3.89e-16	81.6

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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.gene93871.t1	AT5G19330	78.887	701	144	2	4	702	6	704	0.0	1094
MS.gene93871.t1	AT5G19330	73.077	650	116	7	4	645	6	604	0.0	872
MS.gene93871.t1	AT5G13060	61.970	660	249	2	39	697	68	726	0.0	833
MS.gene93871.t1	AT3G06190	31.461	178	100	4	522	681	182	355	1.41e-17	85.5
MS.gene93871.t1	AT3G06190	31.677	161	89	3	522	664	182	339	2.18e-16	82.4
MS.gene93871.t1	AT5G19000	29.114	158	97	2	522	664	183	340	6.83e-14	74.7
MS.gene93871.t1	AT5G19000	29.114	158	97	2	522	664	183	340	6.83e-14	74.7
MS.gene93871.t1	AT3G03740	27.778	180	112	3	533	696	210	387	9.90e-14	74.7
MS.gene93871.t1	AT2G23140	30.978	184	125	2	194	377	539	720	1.37e-13	75.1
MS.gene93871.t1	AT2G23140	30.978	184	125	2	194	377	539	720	1.37e-13	75.1

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Find 145 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
AAAACTTCCCATCTAATATT+TGG	0.076983	1.2:-77832496	None:intergenic
AAACTTCCCATCTAATATTT+GGG	0.326330	1.2:-77832495	None:intergenic
AAAGCATCTCTATCAAAGGT+CGG	0.649168	1.2:-77828883	None:intergenic
AAAGGGAGTGCTTTCGCATT+AGG	0.305562	1.2:+77825552	MS.gene93871:CDS
AAATGATGAAAATAAAATTC+AGG	0.399085	1.2:+77827764	MS.gene93871:CDS
AAATGTCTGCCTTTGCATTG+GGG	0.623106	1.2:+77828930	MS.gene93871:CDS
AACCAGTTATTGGATTACTT+AGG	0.550875	1.2:+77828121	MS.gene93871:CDS
AAGAAAGAGGTTCTATTTGC+TGG	0.352180	1.2:+77828090	MS.gene93871:CDS
AAGATCAACAAGGTGTGTTA+AGG	0.453328	1.2:-77827447	None:intergenic
AAGGTCACTGCCTCTCCGAG+AGG	0.690613	1.2:+77825124	MS.gene93871: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
chr1.2	gene	77825105	77833590	77825105	ID=MS.gene93871
chr1.2	mRNA	77825105	77833590	77825105	ID=MS.gene93871.t1;Parent=MS.gene93871
chr1.2	exon	77825105	77825351	77825105	ID=MS.gene93871.t1.exon1;Parent=MS.gene93871.t1
chr1.2	CDS	77825105	77825351	77825105	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77825433	77825590	77825433	ID=MS.gene93871.t1.exon2;Parent=MS.gene93871.t1
chr1.2	CDS	77825433	77825590	77825433	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77827413	77827585	77827413	ID=MS.gene93871.t1.exon3;Parent=MS.gene93871.t1
chr1.2	CDS	77827413	77827585	77827413	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77827665	77827785	77827665	ID=MS.gene93871.t1.exon4;Parent=MS.gene93871.t1
chr1.2	CDS	77827665	77827785	77827665	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77827866	77827940	77827866	ID=MS.gene93871.t1.exon5;Parent=MS.gene93871.t1
chr1.2	CDS	77827866	77827940	77827866	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77828048	77828142	77828048	ID=MS.gene93871.t1.exon6;Parent=MS.gene93871.t1
chr1.2	CDS	77828048	77828142	77828048	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77828327	77828402	77828327	ID=MS.gene93871.t1.exon7;Parent=MS.gene93871.t1
chr1.2	CDS	77828327	77828402	77828327	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77828857	77828964	77828857	ID=MS.gene93871.t1.exon8;Parent=MS.gene93871.t1
chr1.2	CDS	77828857	77828964	77828857	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77829292	77829420	77829292	ID=MS.gene93871.t1.exon9;Parent=MS.gene93871.t1
chr1.2	CDS	77829292	77829420	77829292	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77830226	77830294	77830226	ID=MS.gene93871.t1.exon10;Parent=MS.gene93871.t1
chr1.2	CDS	77830226	77830294	77830226	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77830488	77830547	77830488	ID=MS.gene93871.t1.exon11;Parent=MS.gene93871.t1
chr1.2	CDS	77830488	77830547	77830488	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77830688	77830811	77830688	ID=MS.gene93871.t1.exon12;Parent=MS.gene93871.t1
chr1.2	CDS	77830688	77830811	77830688	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77830923	77831062	77830923	ID=MS.gene93871.t1.exon13;Parent=MS.gene93871.t1
chr1.2	CDS	77830923	77831062	77830923	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77831836	77831899	77831836	ID=MS.gene93871.t1.exon14;Parent=MS.gene93871.t1
chr1.2	CDS	77831836	77831899	77831836	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77832029	77832108	77832029	ID=MS.gene93871.t1.exon15;Parent=MS.gene93871.t1
chr1.2	CDS	77832029	77832108	77832029	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77832469	77832533	77832469	ID=MS.gene93871.t1.exon16;Parent=MS.gene93871.t1
chr1.2	CDS	77832469	77832533	77832469	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77832632	77832749	77832632	ID=MS.gene93871.t1.exon17;Parent=MS.gene93871.t1
chr1.2	CDS	77832632	77832749	77832632	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77832873	77832997	77832873	ID=MS.gene93871.t1.exon18;Parent=MS.gene93871.t1
chr1.2	CDS	77832873	77832997	77832873	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1
chr1.2	exon	77833503	77833590	77833503	ID=MS.gene93871.t1.exon19;Parent=MS.gene93871.t1
chr1.2	CDS	77833503	77833590	77833503	ID=cds.MS.gene93871.t1;Parent=MS.gene93871.t1

Gene Sequence

>MS.gene93871

ATGGAGTTTCAGAGACGCCAAGGTCACTGCCTCTCCGAGAGGAAGGGGCAAAAACGTAAGTTAGACGAAGAATTACCGGAAGACCGTCAGATCTCGTCGGCACCGCCTACCGCCGACGAACGTGCGGCACTTCTCGTCGAAGTTGCTAATCAGGTCACCGTTCTCGAGTCTACTTTCACGTGGAATGAAGACGATCGAGCCGCGGCTAAGCGTGCTACTCATGCGCTCGCCGATCTCGCGAAGAATGGTAAATCTATGTCTCCGATCTTGTTGAATTGCGCTTGAATTGCATGTGTGTGTGTTAATTTACTGGTGATTTTGTTTGCAGAGGAAGTGGTGAATGTGATTGTGGAAGGAGGTGCGATTCCGGCTTTGATTAAGCATCTTCAAGCACCGCCTGTTACTGATTGCGTTCAGAAGCCGCTGCCGTTTGAGCATGAAGTTGAGAAAGGGAGTGCTTTCGCATTAGGACTTCTCGCCGTCAAGGTAATTTGATTTTTCTTTCTTTATTATCAAATTTGTATGATTCTGGAAAATGAATTGATTGAAGAATTGTTTTATGTTGAATTCAATTATTTAGTTGAGTAGTAGTAGTGCATATTCTTCGAAATGTTATTCAATTTTTGTTATAGCAGTATTATGCAAGTGTAGTAGACATGTTAGAAATGAGAAAAAGAAGTTGGCATATTAGAGTGGGAGGAAAAGTAGCATATTGGAATTTTGTTCTAGTTTTGTTTTGTGCGTTTTAAAATTAGAGCACGACCATACACAAACTTTAAAAAATGTTATATATTTTCATTCTAATATGTTATTTAAAAAATGTTATATATTTTCATTCTAATATGTTATGTTAGTATAAGAGTTTAGCTAAGGAGAGTATAGCAAATTATTCCGTTCTGTTTTATTTTTCCTATTAAACAGGACATACTGTATTGAATGATCTATGTGGAATTTTGAGTTTGTCATATTGGATTTTTTTTTTTTAATCCACAGTTATGTTGTATTCAAGAGGGTGAATGGAAATGTTGTTTTATATCAACATCCACTGTCAGGACTTTCAGTTTTATCTGTTTTGAATGTATTGTTGGATTGTCATATTTCATTCCAGAGAGGATAGATCACTAATGCATGTACTTGGGTAAACATAATATTAAATGAAAAACTGATTTTATAAAATTAATTTGGTTGCAATAGAGTCTGAAGTAAAATGATTAATATTTGCATGTCTTTCCCCTGAAAGTTTGTTTGTTGTAAACTTTGGTGTAAATTTTTTAACCCCATACGGAAATTACTTATTTTTTCACTTCTACTCAAACAGTGGTTTGGAGTCACAATATTTTTTCCTTTTCTGATAGGACCTATTTTAACTGAAATCACATCTGATGTGAAGTGAAATCAATTTTGTTACTCTACTTTGTGAAACAAATTACACTAAATCACAGTGATGAGCCAAGGAAGTGACCATATACAGTCATAATGAAATACAAGGCTTTAGAATTGATTGAATTATGTGAATATTGTATTGTTATTCGTGATAATGTATATGGTTTGCCTTTGTGAATCAATTCCATAAGACATACTGCATCAAGCACCTGCTGGTTGATACGAAACATTTATTGATCAGAATTTTTCTTAATGCCGAACAAGGCACTTACTCTCTCTTAAATTTTATATTTTTCTCTATGCTGTACAAGGCACTTACTCTCTCTTATTTCTCTGAAAAAAAACATATCGGGTTTGGGTGGTTATGTTAGAAAAAAAGAAGTGATGGGGCGACATGAAAGCAACATGTTAAATTTTGAAATGATCACAAATTAAGAGTAAAATCTGAATGCATTGAACAAAAACTAGAAATACTAAGAGAAAAATCCATGGTCAATTAACCAAGCGAAAAAATCAAATGAGTTTTTGGATGACCAATTACGAGATAGTAGATTCTTATAAAATGTTCAATTAAAGTGAATGTCTCTCATAGGTTTAAATAATAAATTGGGTGGTCTGGTCCGTGACTACGGTGAGGGTGTCTCTTGCTATGGGATTTTAGAGTTCTAAACATTCATGTATGTACGCTGTTATGCCAATTACATGATTGATTTTTGCTTTGGTTATGAGATGTGAATTGAGTAGAATGTGATTTCCTTTATCAATTCACTTGTCAACATCCTCCATGATGAGGACCTTGTCACTTTTTCGCCATACTTTGTATTATATATATGGCATATATCATATATTCCATTTAACTTTTAGCTGCCCTTTAAAAAAAGATATAATTGTCCAGCTAACGTCTTATTTGAAATGCTTTCTACAGCCGGAACATCAACAACTAATTGTGGACAGTGGTGCCTTAACACACCTTGTTGATCTTTTAAAGAGGCATAATAATGGTTTGACTTCTCGTGCCATTAATAGTCTCATTCGTAGGGCTGCAGATGCTGTTACTAATCTCGCACATGAGAATAGCAACATTAAAACCCATGTCAGGTTTGCCTCTCATGCACGATTGTATATTTAGACTCAGTTTGGATTTTTTTTCTTAACATTATATGGATTTTCTGTGTAGGATGGAAGGTGGAATTCCACCACTTGTTCATTTGCTGGAATTTGCTGATACAAAGGTGCAAAGAGCAGCTGCTGGTGCACTGCGAACTCTAGCTTTTAAAAATGATGAAAATAAAATTCAGGTAGGCAGTGGTCATTGTTGAAAGTTGAGTTTTGAATATGATAATTAGTTACATACTTACATAACATGATGATTTGCCAGATTGTTGAATGTGATGCTCTTCCGACTCTGATTCTAATGCTGCGTTCTGAAGATGCTGCTATTCATTATGAAGCGGTATGGATAAGGAAACCGTAATGATAAATTTTAGGTTTTGCAATAATTTTGAGCTGTCTATATACATCTCTCATCTGGCATATGCAATGAATTGGATTGTATTACAGGTTGGTGTGATCGGAAATTTAGTTCACTCATCTCCGAATATAAAGAAAGAGGTTCTATTTGCTGGTGCTTTACAACCAGTTATTGGATTACTTAGGTATAATATCAGCTCTGGACTCAATTATTGCCGGGCCCATTCTATTGCATTTCCCCTTCCCTCTCCCCGTATCTTGAATTTGTTTATATGCCCAATTTTTTTGTTTCTTGACAATAATTTCTGTGATTTATAACTAAATCAACATGTTTCAATTAATGCATTCTAATAATGTTTCTTTTAATAGCTCACGCTGCCCTGAAAGTCAGAGGGAAGCGGCATTGTTACTTGGACAGTTTGCAGCTACTGATTCAGACTGCAAGGTAAGGATAAACTTCACAACCGGAAGGGATAGTGGAAAATTTTAGTTAGGAGTAATTTTTCAAAATCTCCAAGTCAAACTTTCAAGTTTGGTTCATTTTCTTTTATTGTTTATTTTTGTACTTGTACTTGAGGGGTAAAGAGAGAGTTAAGCTGGGACGAATCCCTCACTTCACTTTTATGGTTGTTTCTTGAGTAGTTAAGAGAGATGGAAAGAACAGAATCAACAGCATACCTTTTTTTTGTTGAATAAAACAACTGAACATTAGTTGGGGGTAACTGTTCACCAACTACAATTCCATGTTTGGTTGTTTTGTATTATTTACATTTTGCTAAAATAACAACTCCATGGTTCTAGAATAGTTGATTATATAGGTGCTACTCCTGTGATGGTACATCATACATTATATCTCCTTGCTCACAGTTCTTACCATACGTTCCACCTGGTTTGTTTAGGTTCACATTGTACAGAGAGGTGCTGTCCGACCTTTGATAGAGATGCTTTCGTCTCCTGATGTACAACTTAGAGAAATGTCTGCCTTTGCATTGGGGAGATTGGCCCAGGTTATTGTTTTTTTTGTTTTTTTCTTTCCTTGTTTATAATTCAATTTTGTAAGTTGGGAATGTGATTCTCTTTTAGATTCATGGAAACATGTCAGCGTTTTCTTTCCTTCCGTAATAGATTTTTAGATTTGCAACACATCTTGTACACCTCCATCTTCTCGTTAATTGATGTATCTAGTGGGCTCATACCTAAGAACATAACTCATCTTAGTGATATATAACAACATATTACATGCAAGTGCTATACAATGTTTACATTTATAGGCAGAGTTCTTAACATATAAACATCCCTTTTGCCATGATTGACATTTTTTTTTCCAATTTCAGGACACACATAACCAAGCTGGTATTGCACACAATGGTGGTTTAGTGCCACTGCTCAAGCTTCTTGACTCAAAAAATGGGTCTTTGCAACATAATGCTGCTTTTGCTCTTTATGGCCTTGCAGAGAATGAGGTATGATATAACTGAAAATCCGAATGAAGTGGACATCTTCTGTCTTACAACATCAACAACCAAGCCGTGTCTCATTAGGTGGGATCGGCTATGTGGATCAAACGATTCCATAATAATATATCACAAGACATGATATTAGCCAAATGATTGACCTCTAAATCTTAAATGTTTTGGAATTTTGCTTTTTTGGCCCCCCAAAGCGGTTCGGTTTGTAATTCCCAAACGGCTTTTTTGTGTTTATAAGCCCTTCGGGAGATATCTCCCGAACGTTGTTTTATAGGCTTTAAGAGTAAATAGGGGGGCCAAAAGAGCAGTCATCAATGTTTTGCCCATAGTTTTTCTTGGCTTTGCTCTGTCTCTAGCGATTGAGCTATGCTCCATCATATCTACTCTCCTTTCTATTGAATCTGAAGAACTTCTCCACACATTTCTAAACCACCTATTTTCTACAAACAGGTGCTACTCCAACTCTCTCTCAAATGTTATTTTTCCCAATCCTTATGTCTAGTATTTCCACTCATCCAACACAACATTCTCATCCTTGATACGTTGAGTTTATTCCCGTATTGGCATTTTACAGCCCATCAACCGTATCATACAACATTGTCAGTCTTATAACTGTTTGACAAAATATTCCCTTTCACACGAGCTGTATCTTTTTATCACATAAAGATGCGAAGACTTCCTCCATTTCAACTACCCTGCTTGGATAAAATGATTTACATCTCCACTCTTAAATTTAAATAATTGTTACTTCAAATATAGTAATTAACTATTCCCTTTTTTGTTTTATTTTTCCCCACAGGATAATGTGTCGGATTTCATTAGGGTAGGTGGAGTTCAAAGACTACAAGAAGGAGAGTTTATTGTTCAAGTAAGTTTTCTCTTTATTCCTAGTTTTAGCACTTATTTCAGGCTTTCTGCTTTTATCCTTGGATTCCTGTATAAAAGGGAACTATAATACTTCACGATTGCATGTGAATAGTTATAGCATTAGGGATTGAACGGGGAAAAATAGATTCTTATTGGACATATATTGACCTATGTGGATATGGTTTCTATTGCAGGCGACTAAAGATTGTGTTGCCAAGACATTGAAAAGATTAGAGGAGAAGATTCACGGTCGTGTATGACATCATACTAATATTACTTTCTGCATTTTGTTGTAACTAGCATGCGAAATGATTAGAGTGCAACTAGTACATCAACTATCAGTTCTATGGGTTGTTGTGTTCAAACTTGTAATCCGTCAATTTTCTTCTTATAGGTGTTGAACCATCTGTTATATCTTATGCGAGTTTCAGAAAGGGGTTTTCAAAGGCGAATTGCGTTGGTTCTTGCACATCTTTGCCCTGCAGATGATCAAAGAAGAATTTTTATTGAACACCATGGTAAATGCATCTTCGTAAAATACTTTCATGGGTTTGATTATTGTTGTTTCATGCTGTACAAATTCCTTTTTGTACTTGTTATATTTCAAAGTTAAGCATCTGTCCATGTAGGTCTTGAGTTGCTTATCAGTCTTCTCAGCTCATCCAGCTCCAAACAGCAACTTGATGGTGCTGTGGCTTTATGCAAGTTGGCCAATAAAGCCTCGGCCCTGTCTCCTGTAGACGCCGCTCCTCCTTCTCCAACACCACAGGTAGGTTCAAGTCCAGTTGTATTTTCCTCAATCCTCACAATCTTTCTGTTCAAATTTAATAAAAAAGAAAGGGGTCTTTATGATGTGAATAGGCATCGGCTTTCATTTATTCGAAATCTTCAGATTTTTTCTTTTTTCCTTTTGATTTTAACATAGGAAAATGTTGTTTCCTTTTTTTTATATCAATCCTTTTTAGAAAAGGGGTCTTTATGATGTCAATAGGCATCAGTCTTCATGTATTCGAAATCTTCAGTTTTTCTTTTTTCCTTTTGATTTCAGCAGAGAAAAATGTTGTTTCCTTTGGTTATATCAACCCTTTTTGCACTGATATGACCTTTCAACACACATTTTGTTTTATGTACTTTGGTATTTAAGTTTTTCTAATATTGGTATCACATGTTGTGTATAGTAGTGAGTGGTCGATACAAGGACTTCTTAATGATTTACATTATTATTTGTGTATGATATTTGTTGACTGCTGTGGTGACATTTTACGTTTATGTGAATATGAGTGATGATGTCTAGCTAAAAATATATGGTCCATTTAAAAATGAGCATCTGATGGCTAATAACCAGACGTTATTATTCTACCAAAAAAAAAAAAAAAAAAACCAGACATTATTATCAATGTCTTGCTATTTTCCATGCCTTCCAACCTGCATAAGAATTTGGGTGCTGAGCTCCCTCTTCAATCTCGCTTTGTCTAAGTAATTATGGAGTGAGGTGTTTCTAAAAGCTGGATTATCTATAATTATAAACTATTCTTCTTACAGGTTTACTTAGGAGAGCAGTATGTAAACAATGCTACATTGTCCGATGTTACATTTTTGGTTGAAGGTGATTATCCCTTCTGTCCACATTGTTTCGTTCTTAAAACTGTTGCATAGCTACCTTCTCTTAAAATATGGTACTGTATCTTCAGTTGACATGTACTGTTAACTGGTTAATCTCTTTTCTTTGTTGCAGGCAAACGCTTTTATGCTCATAGAATATGTCTACTGGCATCTTCAGATGCATTTCGTGCAATGTTTGATGGTGGTTATAGGGTGAGTATACACTGAGCTCCCACACCAAATTATATTTTTCCCTTCCCTAAAGAAGCTCCCCCAAGAAATAAGCATACTGCAAGAAGCAATTATTATTTTTACTTATTACAAAATGATGTCCAAAAGAATAAAACCATTATTGACTTAACATGTTTTATTTAGCTACATTATTTCAATAAAATGTTTTGATTTTCATGCTCTTTCAACCTCCTGACAACTTTTACTGCAAACTTGGCTGTTGTGTTGATTGGTAGATTTGAATTGAAGCATATAACTATCAAAATTTGCATTTTTATTCAAAGCAGAAAGTGATTGATTTATGTCACTGATGTACATCGTTTTATTGCATTTGCATGACAGGAGAAGGATGCAAGGGACATAGAGATCCCAAATATTAGATGGGAAGTTTTTGAGTTGATGATGAGGTCTAATAAATTCTGCAGTCATGTTTTGTAAAATTTTTAATGTGAAAGTTTCTATATGTGAATAACATATCTTAATTGTTTATTTGGTCGGCATCCAGATTTATATATACTGGATCAGTTGATATCACTCCAGATATTGCTCAAGACCTTCTTCGAGCAGCTGATCAATATCTTTTAGATGGACTAAAGAGACTTTGTGAGTACACAATTGCACAGGTGAGCTAGGAAAATTGGTTGTATGGATAATATTTACTCTTCTCTTTCTCATGAAAATAACTCTTGCTTGATATATCTGTGTTTGTAAAATGGGTGCCTCATGACCCGATGTTCTTGTCTCAGGATATATTACTGGAGAACGTGTCAAGTATGTATGAACTTTCAGAAGCCTTCAATGCATTATCATTGAGGCATGCATGCATTCTTTATATCTTGGAGCACTTTGATAAGTTGAGCGCGAGGCAAGGGTATTGATCTGATTCCCTCAATTCTATTCGATGTTGGACATTTATACTGAACTAATAACTTGGTACCTTGTTTAGTAGTGCTCTGTCTTCATGTTTGTTGTAGTTTTGGTGACCGACCTTGGTAGTTTATATTCTAATGAAATGTGAAGTACCGTGCACTGATTTTTTTTTCTAGTTCTTTTTGGGTGAGGAGGGACATATTTTGATGTGTGCTCAATATATAGTTGGCATCTCACTTTTCTTTTCTTCCATAGCGACTTATTATATCGTGTTCTTACTTCTGCTTGTTTTAGACAAAGTTCATTCAAAGGGATGCTAAACTTTATTATAAATAGATTTTGTGGCGGTAGAAACCAACCTCTGGTTAGCTGAATGGTTCGGTTTCAGCAAGTTGCTCAATGCACAGTTTATTTATAATGGCGTCGTGCTTAAATCATATGATATTTAGAATGGTCTCGTGCTTAAATCTTCAGCTTCTTGATTGTGTGGCACCAATTGTTTGCAGGCACTCTCTTCTGATTCAGCGTATAATACCAGAGATCCGCAATTACTTTGTTAAAGCTCTTACAAATGCCAACTCCCATAGACTGTAA

Protein sequence

>MS.gene93871.t1

MEFQRRQGHCLSERKGQKRKLDEELPEDRQISSAPPTADERAALLVEVANQVTVLESTFTWNEDDRAAAKRATHALADLAKNEEVVNVIVEGGAIPALIKHLQAPPVTDCVQKPLPFEHEVEKGSAFALGLLAVKPEHQQLIVDSGALTHLVDLLKRHNNGLTSRAINSLIRRAADAVTNLAHENSNIKTHVRMEGGIPPLVHLLEFADTKVQRAAAGALRTLAFKNDENKIQIVECDALPTLILMLRSEDAAIHYEAVGVIGNLVHSSPNIKKEVLFAGALQPVIGLLSSRCPESQREAALLLGQFAATDSDCKVHIVQRGAVRPLIEMLSSPDVQLREMSAFALGRLAQDTHNQAGIAHNGGLVPLLKLLDSKNGSLQHNAAFALYGLAENEDNVSDFIRVGGVQRLQEGEFIVQATKDCVAKTLKRLEEKIHGRVLNHLLYLMRVSERGFQRRIALVLAHLCPADDQRRIFIEHHGLELLISLLSSSSSKQQLDGAVALCKLANKASALSPVDAAPPSPTPQVYLGEQYVNNATLSDVTFLVEGKRFYAHRICLLASSDAFRAMFDGGYREKDARDIEIPNIRWEVFELMMRFIYTGSVDITPDIAQDLLRAADQYLLDGLKRLCEYTIAQDILLENVSSMYELSEAFNALSLRHACILYILEHFDKLSARQGHSLLIQRIIPEIRNYFVKALTNANSHRL