AlfalfaGEDB | MS.gene51818

M. sativa cultivar XinJiangDaYe / MS.gene51818

KEGG: K12813
GO: GO:0003674 GO:0003824 GO:0004386 GO:0016462 GO:0016787 GO:0016817 GO:0016818 GO:0016887 GO:0017111 GO:0042623
PFAM: PF00271.34 PF04408.26 PF07717.19 PF13401.9

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.gene51818.t1	XP_013459064.1	98.1	1037	20	0	1	1037	1	1037	0.00E+00	1616.7

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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.gene51818.t1	Q8VY00	71.7	1043	279	6	1	1039	1	1031	0.0e+00	1350.5

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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.gene51818.t1	A0A072UU00	98.1	1037	20	0	1	1037	1	1037	0.0e+00	1616.7

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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.gene049142	MS.gene51818	0.883032	6.32E-71	-1.69E-46
MS.gene049159	MS.gene51818	0.86921	3.67E-66	-1.69E-46
MS.gene049254	MS.gene51818	0.857091	2.07E-62	-1.69E-46
MS.gene049343	MS.gene51818	0.832467	9.30E-56	-1.69E-46
MS.gene049350	MS.gene51818	0.803617	3.20E-49	-1.69E-46
MS.gene049368	MS.gene51818	0.817424	3.32E-52	-1.69E-46
MS.gene049404	MS.gene51818	0.816566	5.18E-52	-1.69E-46
MS.gene049435	MS.gene51818	0.834741	2.52E-56	-1.69E-46
MS.gene049452	MS.gene51818	0.806204	9.21E-50	-1.69E-46
MS.gene049501	MS.gene51818	0.836276	1.03E-56	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene51818	MS.gene95208	PPI
MS.gene51818	MS.gene021588	PPI
MS.gene51818	MS.gene057915	PPI
MS.gene51818	MS.gene015907	PPI
MS.gene51818	MS.gene50869	PPI
MS.gene54084	MS.gene51818	PPI
MS.gene86309	MS.gene51818	PPI

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	bit score
MS.gene51818.t1	MTR_3g023880	98.939	1037	11	0	1	1037	1	1037	2123
MS.gene51818.t1	MTR_6g061840	73.661	915	201	12	129	1037	2	882	1354
MS.gene51818.t1	MTR_5g075310	73.136	845	166	9	212	1049	15	805	1253
MS.gene51818.t1	MTR_6g061840	73.183	798	174	12	129	920	2	765	1161
MS.gene51818.t1	MTR_8g041990	64.247	744	110	12	275	1011	2	596	903
MS.gene51818.t1	MTR_6g061840	72.213	619	134	11	129	743	2	586	865
MS.gene51818.t1	MTR_1g023985	57.528	631	266	2	404	1034	562	1190	804
MS.gene51818.t1	MTR_1g114490	56.863	612	262	2	423	1034	512	1121	775
MS.gene51818.t1	MTR_1g086640	54.025	646	275	9	407	1034	52	693	717
MS.gene51818.t1	MTR_2g098440	49.558	678	328	6	369	1034	522	1197	705

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	bit score
MS.gene51818.t1	AT1G32490	76.606	1043	228	10	1	1039	1	1031	1630
MS.gene51818.t1	AT2G35340	73.314	1038	267	4	1	1037	1	1029	1603
MS.gene51818.t1	AT1G32490	75.743	1043	227	11	1	1039	1	1021	1603
MS.gene51818.t1	AT2G35340	76.880	891	205	1	147	1037	2	891	1462
MS.gene51818.t1	AT4G16680	68.010	769	228	6	272	1037	6	759	1092
MS.gene51818.t1	AT3G26560	57.686	631	265	2	404	1034	507	1135	803
MS.gene51818.t1	AT4G16680	64.685	555	182	3	271	825	84	624	731
MS.gene51818.t1	AT5G13010	50.737	678	320	6	369	1034	509	1184	720
MS.gene51818.t1	AT2G47250	52.851	649	284	9	407	1037	60	704	719
MS.gene51818.t1	AT3G62310	52.542	649	286	8	407	1037	56	700	717

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Find 226 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
AAAAGAAATTAGAAGAACTG+AGG	0.584487	3.4:+16172080	MS.gene51818:CDS
AAAGACTCCATTCCTGTCTT+TGG	0.226123	3.4:-16177986	None:intergenic
AAAGAGATGCTGCAGCAACA+AGG	0.637412	3.4:+16170517	MS.gene51818:CDS
AAATTAACACGTAAGGAGGA+AGG	0.629387	3.4:+16171247	MS.gene51818:CDS
AAATTTCTTCCGCAAACGCA+CGG	0.495429	3.4:-16169509	None:intergenic
AACAATTGATTATTGTCGAT+TGG	0.412509	3.4:+16183638	MS.gene51818:CDS
AACAGACTCCCGTGCGTTTG+CGG	0.409712	3.4:+16169500	MS.gene51818:CDS
AACCAAGGAGTATATGAGAC+AGG	0.572507	3.4:+16183029	MS.gene51818:CDS
AACTAAGGTAGGTAGACGGA+TGG	0.640198	3.4:+16178306	MS.gene51818:CDS
AACTACCCATTTATACTTAT+CGG	0.264842	3.4:+16175848	MS.gene51818: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
chr3.4	gene	16169225	16184280	16169225	ID=MS.gene51818
chr3.4	mRNA	16169225	16184280	16169225	ID=MS.gene51818.t1;Parent=MS.gene51818
chr3.4	exon	16169225	16169324	16169225	ID=MS.gene51818.t1.exon1;Parent=MS.gene51818.t1
chr3.4	CDS	16169225	16169324	16169225	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16169439	16169566	16169439	ID=MS.gene51818.t1.exon2;Parent=MS.gene51818.t1
chr3.4	CDS	16169439	16169566	16169439	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16169689	16169901	16169689	ID=MS.gene51818.t1.exon3;Parent=MS.gene51818.t1
chr3.4	CDS	16169689	16169901	16169689	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16170016	16170087	16170016	ID=MS.gene51818.t1.exon4;Parent=MS.gene51818.t1
chr3.4	CDS	16170016	16170087	16170016	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16170456	16170542	16170456	ID=MS.gene51818.t1.exon5;Parent=MS.gene51818.t1
chr3.4	CDS	16170456	16170542	16170456	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16171235	16171268	16171235	ID=MS.gene51818.t1.exon6;Parent=MS.gene51818.t1
chr3.4	CDS	16171235	16171268	16171235	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16171376	16171430	16171376	ID=MS.gene51818.t1.exon7;Parent=MS.gene51818.t1
chr3.4	CDS	16171376	16171430	16171376	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16172042	16172101	16172042	ID=MS.gene51818.t1.exon8;Parent=MS.gene51818.t1
chr3.4	CDS	16172042	16172101	16172042	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16172273	16172344	16172273	ID=MS.gene51818.t1.exon9;Parent=MS.gene51818.t1
chr3.4	CDS	16172273	16172344	16172273	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16173525	16173588	16173525	ID=MS.gene51818.t1.exon10;Parent=MS.gene51818.t1
chr3.4	CDS	16173525	16173588	16173525	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16174245	16174324	16174245	ID=MS.gene51818.t1.exon11;Parent=MS.gene51818.t1
chr3.4	CDS	16174245	16174324	16174245	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16174796	16174863	16174796	ID=MS.gene51818.t1.exon12;Parent=MS.gene51818.t1
chr3.4	CDS	16174796	16174863	16174796	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16174973	16175030	16174973	ID=MS.gene51818.t1.exon13;Parent=MS.gene51818.t1
chr3.4	CDS	16174973	16175030	16174973	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16175229	16175286	16175229	ID=MS.gene51818.t1.exon14;Parent=MS.gene51818.t1
chr3.4	CDS	16175229	16175286	16175229	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16175362	16175430	16175362	ID=MS.gene51818.t1.exon15;Parent=MS.gene51818.t1
chr3.4	CDS	16175362	16175430	16175362	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16175835	16175903	16175835	ID=MS.gene51818.t1.exon16;Parent=MS.gene51818.t1
chr3.4	CDS	16175835	16175903	16175835	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16176109	16176198	16176109	ID=MS.gene51818.t1.exon17;Parent=MS.gene51818.t1
chr3.4	CDS	16176109	16176198	16176109	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16176560	16176646	16176560	ID=MS.gene51818.t1.exon18;Parent=MS.gene51818.t1
chr3.4	CDS	16176560	16176646	16176560	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16176917	16177032	16176917	ID=MS.gene51818.t1.exon19;Parent=MS.gene51818.t1
chr3.4	CDS	16176917	16177032	16176917	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16177114	16177180	16177114	ID=MS.gene51818.t1.exon20;Parent=MS.gene51818.t1
chr3.4	CDS	16177114	16177180	16177114	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16177494	16178534	16177494	ID=MS.gene51818.t1.exon21;Parent=MS.gene51818.t1
chr3.4	CDS	16177494	16178534	16177494	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16179052	16179114	16179052	ID=MS.gene51818.t1.exon22;Parent=MS.gene51818.t1
chr3.4	CDS	16179052	16179114	16179052	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16179714	16179837	16179714	ID=MS.gene51818.t1.exon23;Parent=MS.gene51818.t1
chr3.4	CDS	16179714	16179837	16179714	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16179919	16180019	16179919	ID=MS.gene51818.t1.exon24;Parent=MS.gene51818.t1
chr3.4	CDS	16179919	16180019	16179919	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16182988	16183050	16182988	ID=MS.gene51818.t1.exon25;Parent=MS.gene51818.t1
chr3.4	CDS	16182988	16183050	16182988	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16183140	16183212	16183140	ID=MS.gene51818.t1.exon26;Parent=MS.gene51818.t1
chr3.4	CDS	16183140	16183212	16183140	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16183592	16183677	16183592	ID=MS.gene51818.t1.exon27;Parent=MS.gene51818.t1
chr3.4	CDS	16183592	16183677	16183592	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1
chr3.4	exon	16184188	16184280	16184188	ID=MS.gene51818.t1.exon28;Parent=MS.gene51818.t1
chr3.4	CDS	16184188	16184280	16184188	ID=cds.MS.gene51818.t1;Parent=MS.gene51818.t1

Gene Sequence

>MS.gene51818

ATGGCGAGCGATGACAATCTAAAGACATGGGTTTCAGATAAGTTGATGTCACTACTTGGATATTCCCAGCGCACAGTTGTACAGTACATGATTGGACTATGTAATTCATCTAAGATCATTTTATCACCCTAAAAATAATTCTATATAATCATTTTGGAAATGGTACTTTGGGATTCACATGCTATATGTCAGTAATATCTTTTTGGTTTTGCAGCCAAGCAAGCTACTTCACCAGCTGATTTAGTGGGAAAGCTAGTGGAGTTTGGGATTTCAACAACAGACTCCCGTGCGTTTGCGGAAGAAATTTTCTCAAGAGTTCCTCGTAGATCGTCCGGCTTAAATGTGAGTTTTGATCCAAGACACAATGAATATACTACCTTTTTCTTAGTATATATCCAGCAAATCCTTTCTTACAGAAGTAATTATTATCTGCTGGCTATTGATCTTTTTGTGCTCTATAATAGCAATATCAAAAACAAGAGAGAGAAGCTGCAATGTTGGCAAGGAAGCAGGCGACTTACACAATTTTGAAGGATGACGACGACATCGACGATGACCATACTGTTGGTGGTGACGATAAATCGTCGATAACTACTGCTTCTACATCTAGAAAGCCAGACAATCATAAAAAACGTTTCAGGAAGAAAACTGAAGTTCAAGATGATCAAGAAGATGAGGCAAAGTGTTCATAACCTATTAGTTTCACTTCCTTATTTGTGCTCATGGTAAGTTGCTGATCAATGTTTCTTCTAACAAGGTTTGACTTATTTTGATCAAATGCATCGATGCAGGTAATTTCAAGGAAAGAAAGGGAAAGACAGGTTAAGAGAAGAACTTCCCCTGATGAAGAGAGTGGTTCAGAGGTACCATTTTTTTAATGTCTACAAGTACTGATGATGAGACTTCTATTATATCCACTTGTTTGATTAATTCTGTTGCGCTGTCCCTCAGATTTATATTTTTTAGCTGAGTGCATTGATATATATGTTCAACTCAATTGATCACTGAGTTTGTGCCCCTATTTTCTTTTGGTATTAAAATTTAATATGATTTATGTTCTCAAAAAGGAATAAAGAATTTTGTAATAGTTTAATTTTTGTTGATATACCAAAGAGACCTTTGTTAGTTTTTCTTTCTTTGCTTATAGAACTCTCTTATTAATCGGTTTTGTAAAAGCATTCTTATTGTTTTATAAATATGAATCAATTCTAACTTGTGTAAATGTAAACAGTCAGAAGAAGAAAGATTGAAAGATCAAAGAGAAAGGGACGAATTAGTGCAGCATATGAGAGAAAGAGATGCTGCAGCAACAAGGAAGGTACTCATTAATAGTCGGATTTAATTTGTCAATTGCACCCGAAGGCTTTTCTCTTATGAATCTGTATTTTTTTTGGTTGATGCCATTATGCTTAAGTTGGTGTCTTAGTAGTATCTACATCAATACTTCCTTTTGGATAAAAAAAAGAAAACTTGTTTTAAAGAATGGGCAAAAATGTGTGGAAGGTGGGTAGTAATGTCCGTGGACATCCTGTATCTTAGTGCTGAAATCTTTCGGGATTTTGCTATTATCAGCCATAAAATGCATGTTAGATCATATCCATTGGCCATGATTTTAGGAACTTGTGTTGCCTTTACATCTTGTGTGATTCTTTACTCTCCCTCTCTCTCTCTCTATAGTATATATATAGGGTTATGATAGAAGACACCTTTTGTGAAGGTGTCTTTTATCAAGTTACTCTATAAGTATTTGCGAAAAGACACCAACTTACTTTTATGAAGGTGTCTTTTAGCAAAGTTATAACTAAAAAGTGAAAATCACACCTTAAGGTGTGGCTTGATAAAAGACACCACCAAAGGGTGGCTTGTAACATAACCCATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATCATTTGCTCCCATTTTTAACTTTTCTGTGTCTTCATTCTAAATGTTTGCCTTGTTTCTTGTTTATCAGTTGACTGAACAAAAATTAACACGTAAGGAGGAAGGTATGCAACTGGATGGTTGAGCTTACGTACATGCACACATAAGTTCAAATGTGCCTTTATATCCAAATGTTGATTTTAATTTCTTGGTTCAATCTTTCTTCCAACAGAAGAAGCAATTCGAAGATCTAATGCTGCAGAGCAGGATGATTTGCGTTCTTTGAGGTTTGCTATTATATATATATGGTTGTGTTGCATGGAAAAATTATTTCATTAGCAGTCATAAGAACCACAAATTTCTGCCATTTGCCAGATAGTTGTTAGGATAAGGGTTCAGAAGAAGAAATATATTACTTGGAGCTATTTAAGAGGTGTACTGCTAACTACCTAGTATCTTGTAGACCGATGCTTTAAAATTCCGACTAGTCTCCAAGACAGAGGAGTTTACTGAAGATCTAACAAAACTAATTTCATAAATAAGTATATGAACCATTTTTTATGGTGTGCAATGGGGGCAACAAGGTTTGAACCCTGGACCTCATGCATACTACCCAAACACCTCACCGCTAGACTAATCCTAGTCTTCACAAATTCTTATATACTCTTAAAAAAATCGTCCAGGGCATGGTTTGGAAAAGACTTCGGATGGACTAGTTGAAATTTAGGTTTTTGATATTACCCATTGGTGTCATTTGCCCTAATAACAAACAACATATAGTGCATAAGGCTCTGTTGTTCTTTTTTCCTTTTATTTTTTGTTTAAATAAGATACACTTTTGATGGCATAAAGTTGGCTGCAGTATGTCACTTCGCTTATTGTTTTTCTGCTGTTTCAGAAAGTATTCACGGCAAGAATACTTGAAGAAAAGGGAGGAAAAGAAATTAGAAGAACTGAGGTATGATTCTACTTCCGTTTTGTTTATTTTCGTAAGGTTGTTTCCAGTTCTGATTTTCTGTCGATGAACAAATTAATATTTGGTATCTTGGACATCGCTGTTATGTGTTATAATGTTATTTTTCCTTAATCTTCTAGTTGAAATTGATAACCTTTTGCACGATTATTGCAGAGATGATATTGAAGATGAACAATATCTATTTGATGGTGTGAAGCTTTCAGAAGTGGAACAGCGTGAGTTAAGGTACTAGTTGCTTTTTCCAGTTCTCCTCCTTCAATTTTTCTTTTGTTACTTTATGATACATTTTTATTTCTTTAAAATTGTTTTCCCTATAAAAAGTAGTGTCAAGCAAATTATGTAAAGGAAATTCTTTACCCAACCTCGGTACCCTAGCCTTTCTTTTTTTTCTTTCTAATTTTAAAGCTACACTCAAATGCTTAGATTCGCCTTTTCTTTTATTGTCTTCTGATATTTAAATTTTTAGGAATACATAAAGTATTCCGATAATTTCTTAAAAAGCCGCATTTTTCTTTTACAAATATGGTAATAGCGGTATATACTGTGACTTAATGAAAAAGGACAAACTTCTTTTTTGTAATCTCTACTGAACTCGATTTTTCGTAATATCTCTCTGTGCGTTGAAACCATTTCTTAATCTCTGTATGCTTCAAAATTCCTCGATTTTTATCTTTGTTCTCTCTGCATGATTCTGAACTCTCTCTATCTGTGTTCTATCATTCTGCGTACCCAATTTTGATGATGCCAGTGTTCAAGTAAATATGTTATAGGAGTGAGTTTTTAGCTTGTCTGTTAAGTGTCATCTGCCATGAGGTTGGATATCCTTGCTAGATGTTTCTAGATATAATTTTCCCTGTCTCTCTTTCATTCAAGCGGCATACGACATACTCATTTTCTTGTTATACATTCACCAAAGATGTTTGATTCTTCTTTTTGCTCTCTCTATCTACTTTTCAGTTTTTGGTAATAACACTAAAATACTTGGTGCTCTGGATGTTTAAGTCCTTTAGACGAGGATATTATTTTTTTAGTGTAAAATATATCATAATACTTGTCTTGTACGTGTCATATATCAAAATAGATGCACTATTCTGTGTGCTTTCTTCCATTGCTCTATGGGCCTTGCATCAATACAAGTGTGATATTCTTATGTATAACCATATTAACCATGCTTGAAACATATTATTTAAATTATTATCTATTTAATTTAGTTTAGTTAAAAATTCAAACCTGTTTGTTACGGGAATAAGAGGCATACTTGTGTATTCTGCCTTTGTACATGAGAGCTAGAACCCTTACATCATTATGCTGAGTTCTTAAAGAGCTGTATATTCACTAATGGCAAAGATATATCTTCTGTATCTTTAGAATGAAAAAGTTCTAAAGTTTTTTTATTTCTCCCCAGGCACAAGAAAGAACTATATGAACTTATAAAAAAGCGGTCAGAGGAGGCAGACAATGTGAATGAGGTAATCAATAAGTTTATATTTCATGAATAATGAGTGTTAGATCAGGATCAGTTTTTTATTCCTTCATGGTTGATCGTTGTTGAAATGTAGTCACTTTTTTTATTCATTCAAGATAAGCTATTTGCCAGTTGTTCTTGTTAGGGTTAAATATGTTGCGGGTGCCTATAAAATGACAACCCTTCATCTTTAAATCACTATTAAAAATTATGTTTTTAATATCTTCCGAGAGAAGACTAAAAACATATTTTTTTTGCTAAATAGTGGGACTGCACATGAATAAAATATTTATATGGACTAAATTTGAATGGTTGTTATTTGAATGGGATTAAAGACATATTTAACCCTTCTTGTTATATATATTTGGTTATGCTTTTGCTTTCTTTTGATGATGACTTATTTAATTCCTTGACTGAATCTGTGTAGTTTTATAATATGGCGATCCTTCTCATTTGTAATGGCATAATGTATAAAAATATTACAATCTCTAATCTTTTTGGAAAATTGGGACAGGATCCTTGACAAAGGGATCATTTGGGATTGTGATAAGTCAAATACACATCTATATCTGTCTTTGCTAAACTCTCATGTTCTTCTGGAATTGTAGTACACATCTATATCTGTCTTTGCTAAACTCTCATGTTCTTCTGGAATTGTAGTATAGAATGCCAGACGCTTATGATCAAGAAGGTGGCGTTAATCAAGAAAAGAGATTTTCTGTGGCTATGCAGCGTTACAGGTTCTCACTTACCACATGTTCTCCACTATGATTGAAAAAATATAAAAAGAAAAAGGAATCAGATATGAACTATTAACAAGATACCATTCATAATGTATTTTCTCTGATTTTTATCCCATGAGTTTCCAAAAGGTACTTGCCTTTAATGAGAATGTACAACATAACTGCTATCTTGTATTAAGAGTTGGGCTTTGGCCCTATACTCTAACCTCCACAATTAAGAGTTGGGCTTTGGCCAATACTCTAACCTCCACCAGTCAGAATTCTGTTGGAGACAGTTAGCAACAGCTGACAATTCAGTAAGAAATTAGTTGCATCTTTCTATACTATAAATGTATCATTGTACTTCATCACATTCAGATTGTATATACAAGAATAATTCAGATTAAACTCTGCTAGATTCTCTCTCACTTTATCTCATTCTCCCTTTCTAACAACGTTATTGGACATCTTTAATTTTGTTTATCTTAGGGATACAAATGCTGAGGAAAAGATGAATCCATTTGCTGAGCAAGAGGCATGGGAGGAACATCAAATTGGTAAATCTCTTTATTATTACGCTCCTTATAGTATGTACCTTTTGAAAAATTAAATCCCTGTTCTTTTTCTGTGTTTTCATATTTTTGTATTCTTGATATCATCTTCTAGGAAAGGCAACACTGAAGTATGGCTCCAAAAATAAAAAACTAGCCTCTGATGATTACCAGTAAGTTGGTTCTTTTAAAACAATTGTTGCTCAATGTCATACTGTAATCTTGTTCTGTTGTTACGTATTGGATGACACTGAAGTCTTCATTCAGTGTGCTTTTATTATTTAGGTGTAGCATTGACGCTGATTCATTATGTATCTTTCTCTGAGTGCACACATTACTGATTATAAACTTATTACAATTTATGCATGTAGGTTTGTGTTCGAGGACCAAATTGATTTTATCAAGGCATCTGTGATGGATGGAGATAAGGTATGTTAATGACTCAACTTGACTCATGACGTTTAATGGTGATATTGTTGTTTTTGAGCCAGACTTGCTCTGCAGTTTGATAATGACGAGATGGCAGATTCAATTGAAAAGTCCAAAGCAAAGTCTGCAGCAGAGGCACTTCAGGTAGCATTTCAGTAATTCAATTAATAATGGCTTTATTTAGTGTTAGTGGTTTGACAGGCACTGCCTTGCCAATGGTTATCGTGATAGTTTTAGCCCATGCCCATGGGTTGAGGCAATACACTAAAAAAGGAAAAGCTATGAAGTCACGTCTCTGTATAAAATCGCAACTGGAAAGATAACTTGAGGCTGCTATTATGTTGGTTTATGAAGTAATTACTAATTATAATGATGTTATTGAATTTTATTTCTTAGAGAAAGAAATGATGATTGAAGCTGACTATTAGTTATTCATTTAAAACTTGAATGTTATGGATTAGAATCCTCAATCTTTGTCAAGATTAATTCATTAAAGCTGACTACCGATGCATGTTATATTCATGTACTTTTCCGACTTCTTTTTTCAGGAGGAGAGGAAAAAACTACCCATTTATACTTATCGGGATGAATTGCTCCAAGCTGTTCATGACCACCAGGCATGGTTACCTCCCTTTTTAATCCTTCTCTTTCCCATTGTTTATTCTGATAGTTCTGCCTTATGGTTTTTGAGGAATGAATTTCATCTCTGTTGTCAATGAACTGTCTTTTGTTTTTGTTTGATTCCATTACTTTTTTATTCACATTTTCATGTGTATAATTGAATATCCATTTGAATTAACCTTCAATAATTTCCTTTAATAGGTACTTGTAATTGTTGGTGAAACCGGTTCTGGAAAGACTACACAAATTCCTCAATATCTTCATGAAGCTGGCTACACAAAACATGGAATGGTGTGGTTTTGATTTTTTTTTTTTTTTTTTTATGTTTTTATTTTTATTTTTATTTTTTTTATAATTTTTATGTTAATACAATAGGTTAAGTCATTTTAAAACTTCATTGGATGTCCTTGTTATATTATATCTACTTTTATTTTTACAATTGGTAGATATGGTTGATATTTCATTTTATTTATATCTGCTTTGTCGCTGCCTACTATTATTTGTCATTTATGGAACAAATAGCTATATGTATGTTTTATGGTGTGTTGCTTTATGATTGTGTCAATGTGTTGCAAATGGTTGCATCTTCTAAAGTTATCATGCCTTTCCTTGGCATTGGAAAGAAGTTTAAAATTGTTGTATTTTTGTACAGATTGCATGTACTCAGCCACGTCGTGTTGCTGCTATGAGTGTGGCTGCTCGAGTTGCTCACGAATTAGATGTTAAACTAGGACACGAGGTAGGCTATCTTCATTTTTTCAATATTATTATTTTATGTTCCGTGTTGGTTAATACAGCTATTTTCTTTAAAATTTCTTACTCCCTAAAAGATGGTACAAACTACAAATATGTACGCCATGTGGGAAGCATAAAGTTTTCATTAATAAAGAATTAAATTATAACTTGTCAAAAAAAAAAAAAAGGAATTAAATTATAAATATCTCCCGCTTTTTCCCAACTGAACTTTTCTAGTATTAGTTATGATTAATTCAATTTTTTCTTTTTAAAGGTTGGGTACTCCATCCGTTTTGAGGATTGCACATCAGACAAGACTATTCTGAAATATATGACAGATGGAATGTTACTGAGGGAATTTCTTGGTGAGCCTGATCTGGCAAGTTATAGGTGAGCATATATTGGATTAGGATTCAGGGTTAGGTTGGATGCTTTATGGTTGTTCTCTTACTATGTTTGCTAATATTGTAGTGTTGTGATGGTGGATGAGGCTCATGAAAGGACACTCTCAACTGATATTTTGTTTGCATTAGTGAAGGTGAGCCCTTGGTTTTGTTTTTTTTTTTTGCTTTGTAATCCAAGCGAGTTGAATGGCAGATGATATAATTTTGTTCCTTGAACAATCAGTATCTTGATTGGGATATTCAAGACATTTTTTGCATGCTTTTGATGTTGATCACATGTATTATTTTTGTTCCAACTTGTCGTGCAATGATTCTTATTTTTGGTTACTGTCTATAACTCATCAAAGCATGGTCTTTGCTTATATCTGGATGTATTTGAAGCGTATGCTCAGGTTAATCGAATAAATAAGCTGATATTTAGATCTAACATTATAATTTTTTTGACAGGATATTTCTCGCTTCCGATCTGATCTTAAGTTGCTGATATCAAGTGCTACACTTGATGCAGAAAAGTTCAGTGATTACTTTGATTCTGCTCCAATATTCAAAATTCCAGGGAGAAGGTATCCAGTTGAAATACACTTTACCAAAGCACCAGAAGCTGACTACTTAGATGCAGCTATTGTAACAGCACTTCAAATCCATGTTACTCAAGCTCCTGGAGATATATTAATATTCCTTACTGGTCAAGAGGAAATTGAAACGGCTGAAGAAATCTTGAAGCATCGAACTAGAGGCTTAGGGACTAAAATTGCTGAATTAATTATATGTCCTATATATGCCAACCTACCAACGGAACTGCAAGCCAAAATATTTGAACCAACTCCTGAAGGGGCACGAAAGGTTGTCCTTGCTACCAATATCGCAGAAACATCATTGACAATTGATGGAATAAAGTATGTAATTGATCCAGGATTCGTTAAGATGAAGAGTTATAATCCAAAGACAGGAATGGAGTCTTTACTAGTGTCTCCAATCTCAAAAGCCTCAGCTATGCAGCGAGCTGGTCGATCTGGAAGAACAGGTCCTGGAAAGTGCTTCCGGTTGTATACTGCATACAATTTTCAAAATGATTTGGATGATAACACTGTACCCGAAATACAGAGGACTAACCTCACAAATGTAGTTTTGACTTTAAAAAGTCTTGGTATTCATGACTTGTTGCACTTTGAATTTATGGATCCTCCACCTGCGGAGGCCTTATTGAAAGCCCTGGAGCTTCTATTTGCTTTAAGTGCTTTAAATAAGCTTGGTGAGTTAACTAAGGTAGGTAGACGGATGGCAGAGTTCCCACTTGATCCTATGTTGTCAAAAATGATAGTGGTTTCAGAAAAATACAAGTGTTCAGAAGACATAATTTCCATTGCTGCTATGCTTTCTATTGGAAATTCAATATTTTACCGTCCAAAGGATAAACAAGTACATGCAGACAATGCAAGGCTGAATTTTCACACTGGAAATGTTGGAGACCATATGGCGTTGCTCAAGGTTCATTCACTTTTAAATTTTTTGTTTAATTGGTTATTGACTTGTCTATTTTTCGTTTGTGCATCTTTGGAAATGACAGCGACAATTGCTGATCTCATTACACATTGAGTATTTGCTGTTATGTATTAGCAGAGCCCCAGCCATTAGTTAATTAGTTAGAACAACATGATATGAATTATAGTAGAGAAAGAATAAAGATCTGTCTTCGATTGTGAAGTGGAAATTAGGATGAAGATCCTAGTTCTCTCTAATACAAGGAGTAGAATATTCCGTATTTATATCATTCTATCGATAAACATTCCTTTCTTTGCCTCAGTTACGTCAAAATATGTCATTGTTCCTGTTGTGAATTATCTTTTCATTTAGATGGAATGTTTTATAAATCAAATCATGAGATACGGTGAGATTATTGTTGAGTTGCATGCATATCTATCCTTGTTAGGCTGTAATTTACTATTGATATATTTCCTTGTTCTAGATTATTGTTGAAACTTCTTAATAATTATTTTTTCTTCAGGTCTACAATTCTTGGAAGGAGACCAATTATTCAACACAATGGTGTTATGAAAATTATATACAGGTATGGTTCTTTGCTACGAAAACTAGTACTTTTACGTGAATAAGTGAAAAGTCGTGGAGTTAGAGTGGAGAACATCAAGTGAAGTGAGGTGGTATAATTATTTAGAAATGTTTCTTTATTTTACCAATATCAAATTTAATTTGATACCCCCAAAAAATAATAAATTTAATTTAACCAATTTAATTAGTCCATATAACACAATAAGTTTAATTATGTACTCTTGGTCATTTTAGATAAAGACTGATAAGATATATTTTTGCCGTTGAAACCTACTCCCTGTTATCGTTGTTGACTGTGGAGGTGCATGTTTTTGTGGTAGTTATTTTCTGTGCTTGGTTGTTTTTTATTTCTTGTTCTTCTCTTGGTTTCTCTGTCTCTCACTATTTATATCTCGAGGTCACTTAAGATAATTTTTTAGTTACTGATAGTATCATAAAAACTTCTACCATAGTCTATTCCCACCAGGTGGGGATTGACTACATAGATTAAATGACACTGTAATGTCTTATCATGAATTGTGCAAGGAGTATCCATTTAAGGTATTGGGTTTAAGGTTTAGGGTTGCGTTAATATTTGTGGCATTTTTTTTTTATGTTTAGGTAAGGAGCATGAAACGGGCGAGGGATATCCGTGATCAACTTGCAGGTCTATTAGAGAGGGTTGAGATTGAGCTTTCTACAAATCCTAATGATTTAGATGCCATCAAGAAATCTATAACATCTGGTGAGCTTTAAAAACTTGTAATCATCACTTGCATTAAGAATCTTTTTTCATCCTGCTGATTCAAATTTTTATCCACTGCAGGATTTTTCCCACACTCTGCAAAATTGCAAAAAAATGGATCGTATCGGACACTTAAACATGGGCAGACTGTTCACATACATCCTAGTTCAGGGCTGGCACAGGTACTTTTTGTATATTGAATGCTATTAGAATATTATAAAATATCTTATAATATCTTTTTATATTATGTTGGAGTATCTTGAGCATCTCTTAGGATTAAATCTTATACTGTATTTCTTATAACCCACTTGTGTGTTATGTGTTTTTAATTGACTACTTCACCCTCCCTTTTCATTTTTATAACCTGGAGCTATCAAGTTCTTGCCATGGCGGGGTATAGGGAACAAAGGGAAGGGTTGGATCTACAATGGGTCTATTGTAGGCTGTGTATTATTTGCAAGAGGTTGATTTCACGACTCGAACTTCTCATCTCGTAGTCTCATGGAAGCAGGTAAAGGACGATACTGATAAGTGATGATGGGAGGGTCGAACTCGAGGGTCAATTGGAATAGATGGCTCTCGAATATCTAACACGGAAGGTAAAATGGAACATAAGGATTATCTTGTAGTACTTGAGTACTTGGGCAACAAACGCTGCTGTCATTGAGGTGGTGGAGAAAGGGCTTTCTTCAAAAAAGGTGGCATAAGAAATATAAAAACGAGTTGAAGAATAATATCACTTGTACCCTTTCTGCATCCACTAATAGCCAAGAAAGACTCACTTTAAACAAATTATGAAGACTTGTCGTGAGATAGCGAACAAAGCAAGTTGAACAAAGGACACAAGGAAAAACAAGGAGGAAGGGGTCAATAGGGAATAACAGGGAAGGAAAATTTTACCATTTAATGAAGAGGATGTCATTCTATTCATCAAATAAATAGCACCTAGTGCAAGGAGAAATAGGGAAGAAGGGTTCAAAGAACCTAAGACACAACGAGAAACATGGACGAAGGGTTCAATAGGGAATAAGTGGAATGGGGGAATACTATCATTTTGAGAAAAGGATGATATTCTCTTTATCAAATAACTAGCATTAATCACAACATCACCCCAAATTTTAAAGGTGTTTAGGCATGTAGCAGTCTCAATGATATGGCGGTATTTTCTTACTGCCGTACTGTTTTTTTAAGGGGTGTGAGACAAGTTTATTGATGCACCATTCCATGTGATGTGATAAAGTCATTAAGGGGAGAAGAAAAGTATTCTTTTTCATTATCAACACCTAAGATGGGAATAGAATGACTATATCGAGTTCAAAGCAGTTGAGAAGAGAGATATTCGAAGATTTAGACTGAGGATAGGGTGAAATGCTTGAGTGATTAGTACTCCGTAGATTGGATATATATATATGCTTTTGAATTGATTACATGATGTTTTGTTCAAGAAGAAACAAATACATGACAACTTCCGAAGTACATGTGCGAATTTTGAAGCACATAAATCAATCTAAGCACCCTACATGAATAGGAACGTACACAAACCTAAGCACAAATTGCTGCTATTCCTTACTAGTTATTTTCTGATTCCAACAGAAGTCTTTTCAGATTTTTTGGAATAAAGAAAACAACTTTGAAAGTTCTTGCATTGAAAAAATCCACAGACCACAGGTCAATTGTGGCCCTACTCAACCTCATCAATGGAAGCGGTGATGCCTAAACCCAAGGATAGAACTAACAGAACCTGAATCTCTTAGATTTTTGTCCCAGCCAACCTCATAATTTCCGTTTTGTAAGGTAAGGGTTGCGATGGCGTTGCATAGACCTTAAATTCATTTATATTGCGGTTGCAATTGCGGACCACAATTTTTTTTTGTTGGTGGCCGGGGTTTGAACCCCTGACCTTGCATATATTATGCATTGTCCTTATCAACCGAGCTAAGCTCATGAGGGCCGCAATTTAAATCCACAGCGACTACCTTGTCTCAGAAAGGTATAATAGGCATATTAGTGACGTGTTTTACAGTCTAGGGACGACAAGTGAGAGACTAGGAATCATTTTCTTCATCTTATTTCTATTTTAGGAGTGCTAACGACAAACTCTTTCATTGGTTAAAATTCACACAGGCCCCACCAAATCATGCGGGTCCCCTAGGAATTTGGTGGGACCCACATGAATTTTAACCAATAAAAGTGTGTGTGTTGGAAAGTGTGTTGCTAGCATTATTTTTTCAATTTAGATGACCCAAATGGAGAAGAATGAGACTTGAGAGATCCAATACCAACTTTGAAAGTTGAAAGAGAAAATCTAAATATTGTAACGTATAAGAAAAAAAATACAAGCACTGATAATCCTAATTTTTAGCCCTAGTAATTGCAGACCATCATTGTGATATGTACAGCTGTCAATTTATATAGGCCTTTAAAAAAAATCCCCAAGACCAAATGCTGTCTCACAGGCCCCAACTTAAATATCCTCCCACTTAAAATCTCTCGATGCTTACGGGACTTCACTTAGATAAACCCCCAAGACAAAAACTCGCTCACAGACCCTAACTTTTATAAAGTACCAAAAAAGTTTGTAGTTTTTTATGTTTGTGCATTCTCCAATTATTTATTTGTTTTTCCCCCAAAAGAATCCCCAAAAAGTTGAAAAGCTGACAAAAAACATGGGGCTTTGAACCCCATGACCCGAGCCCACAGAAAATAGTGACATAATGGGCTGGGGGCCCAAAAGTATTTCTCTATAGGGAGCTCATAATTATGGGGCTTACGGCTTAGTAGGGGCCTTGATAAGCGGGGCTCAGAACTTTGGGGCTTCTTTAACAGCTCTAGTGATATGTACGAAAAAAGGAATGAAATTGTATAGACATATTTAGAACTTATGAGTAGGATATTTAGTGTTGTTTTATCTATGGAACGGAACTGTCACAATCTAGTTGAAAAGGTTTCGTTAGAGAGTTTTGTTTGTGTGTGTATGTGGATGTCAATTTAAGGCGTTTTGAAATGAAAAGATTCTATCAATTTTTTGTTGCATGAAAGTTCATTACAAATACTGCAAAGACTGGACTTCTGTGTTATAAAAAAAAATATCCAATTTTTTCTCTTATTATTTATTTATTTATTTATCTTCCACTTTGTTTCTACTTGAAGGTTCTCCCAAAATGGGTTGTGTACCATGAACTAGTACTCACAACCAAGGAGTATATGAGACAGGTATTCTCAACGTTTAAGTTATTCAAGCGTTTTATGACTTTTTTCAATGAATGCTTGGGAATAGCTGAAACTGTATATTCTTATTGCAGATCACGGAGTTAAAGGCAGAGTGGTTGTTGGAGATAGCCCCTCACTATTACCAGCTCAAGGATGTTGAAGACAGTATGCTCTCTTTCTCTTTATTTCTAGTATTGTTCTATGCTGCAACAAATCCAACACAATTCCCTTGGATTCCTGATTTGGTTTAAAAATTTGAGATCCTTTTATGGAGAATTAATCTTTTAATCTAGTTTTGTTTGAAATAGTCCATAAAGTGATATTGAGATCTTGATTATACTACCTATTCAGTTTAGGACAGAATAGAAATGAAGTGGCAGCTGTGAAGAATTCCATAAGCACCAATCTATAAGCCTAGAGTAGGAAATTACACACATCCATCATGTTTCTGTCCTTAACTGAATATTCATGTCTATTCCCTCTCTCCGTAATTGACTTTCCCTCCCAAATCATTTTTATGGGCCTACGGGGAAAATACTTGCAGGGGCTTTCAGTGTTAGTAGACCCAATGACATTGGGGGCTTGATGAAAACAATTGATTATTGTCGATTGGAAACACAAGATCTGCTTGTTAGTTGTAGTTGAAATGTGATTATGTGGAGTTTTTACTGGAATCTATTTAATAATTTTTTTTTTTTGAGGTGTTGAGTTGGAGAGATTGACTGTTTATTAGATACTAAAGATGAAAAAGTAAAAAAGATGTATACACGTAAACCAACCGAAGTACCAAATTGAGGAGAGCTCCATTGAAGATGCTCTAAGATTTTAAAAGTTTCACTCTTTACCTTTTACCCTATATAACTTCAACTATATTGAACTTGTAAAGTTATATAACTTAAACAATATTGAACTTGTAAAGTTATATAAATTTCCACCAATGTTGACAAAGGGTAGTTGTAATTAACCTTTTTAATTGAAATGTTCTATTAGTTCTATAAGATCAACATAGAGTATTAACAGTTTTAAATTTGTTTATTATTCAGCGATCATATTCTTGATTTATACCATTAAAATTTGAGATTCGTGTGAATCAGACCTCTTCCTTCATCTATTGAGTTGTTGAATCAAATTTTGTCGCAGCTGGTTCCAAAAAAATGCCCCGTGGAGAAGGACGCGCAAGAATCACAGACAACTAGCACATCTCCAAAGATGCTTTGGTACCGAGAAGAATGA

Protein sequence

>MS.gene51818.t1

MASDDNLKTWVSDKLMSLLGYSQRTVVQYMIGLSKQATSPADLVGKLVEFGISTTDSRAFAEEIFSRVPRRSSGLNQYQKQEREAAMLARKQATYTILKDDDDIDDDHTVGGDDKSSITTASTSRKPDNHKKRFRKKTEVQDDQEDEVISRKERERQVKRRTSPDEESGSESEEERLKDQRERDELVQHMRERDAAATRKLTEQKLTRKEEEEAIRRSNAAEQDDLRSLRKYSRQEYLKKREEKKLEELRDDIEDEQYLFDGVKLSEVEQRELRHKKELYELIKKRSEEADNVNEYRMPDAYDQEGGVNQEKRFSVAMQRYRDTNAEEKMNPFAEQEAWEEHQIGKATLKYGSKNKKLASDDYQFVFEDQIDFIKASVMDGDKFDNDEMADSIEKSKAKSAAEALQEERKKLPIYTYRDELLQAVHDHQVLVIVGETGSGKTTQIPQYLHEAGYTKHGMIACTQPRRVAAMSVAARVAHELDVKLGHEVGYSIRFEDCTSDKTILKYMTDGMLLREFLGEPDLASYSVVMVDEAHERTLSTDILFALVKDISRFRSDLKLLISSATLDAEKFSDYFDSAPIFKIPGRRYPVEIHFTKAPEADYLDAAIVTALQIHVTQAPGDILIFLTGQEEIETAEEILKHRTRGLGTKIAELIICPIYANLPTELQAKIFEPTPEGARKVVLATNIAETSLTIDGIKYVIDPGFVKMKSYNPKTGMESLLVSPISKASAMQRAGRSGRTGPGKCFRLYTAYNFQNDLDDNTVPEIQRTNLTNVVLTLKSLGIHDLLHFEFMDPPPAEALLKALELLFALSALNKLGELTKVGRRMAEFPLDPMLSKMIVVSEKYKCSEDIISIAAMLSIGNSIFYRPKDKQVHADNARLNFHTGNVGDHMALLKVYNSWKETNYSTQWCYENYIQVRSMKRARDIRDQLAGLLERVEIELSTNPNDLDAIKKSITSGFFPHSAKLQKNGSYRTLKHGQTVHIHPSSGLAQVLPKWVVYHELVLTTKEYMRQITELKAEWLLEIAPHYYQLKDVEDRAFSVSRPNDIGGLMKTIDYCRLETQDLLLVPKKCPVEKDAQESQTTSTSPKMLWYREE