AlfalfaGEDB | MS.gene056045

M. sativa cultivar XinJiangDaYe / MS.gene056045

KEGG: -
GO: GO:0003674 GO:0003676 GO:0003677 GO:0005488 GO:0097159 GO:1901363
PFAM: PF00249.34 PF06584.16

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.gene056045.t1	XP_024638392.1	97.4	1126	25	2	1	1123	1	1125	0.00E+00	2110.1

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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.gene056045.t1	Q6A333	43.7	1180	478	31	1	1123	1	1051	2.6e-211	737.3

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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.gene056045.t1	A0A072VM38	96.6	1136	25	3	1	1123	1	1135	0.0e+00	2102.0

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TFs/TRs:

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Gene ID	Type	Classification
MS.gene056045.t1	TF	MYB-related

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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.gene049142	MS.gene056045	0.824281	8.79E-54	-1.69E-46
MS.gene049283	MS.gene056045	0.859785	3.25E-63	-1.69E-46
MS.gene049368	MS.gene056045	0.822236	2.64E-53	-1.69E-46
MS.gene049499	MS.gene056045	0.809321	2.00E-50	-1.69E-46
MS.gene049983	MS.gene056045	0.842799	2.07E-58	-1.69E-46
MS.gene050084	MS.gene056045	0.805699	1.18E-49	-1.69E-46
MS.gene050085	MS.gene056045	0.817671	2.92E-52	-1.69E-46
MS.gene050105	MS.gene056045	0.838441	2.87E-57	-1.69E-46
MS.gene050213	MS.gene056045	0.811576	6.53E-51	-1.69E-46
MS.gene050361	MS.gene056045	0.807045	6.12E-50	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene005237	MS.gene056045	PPI
MS.gene055583	MS.gene056045	PPI
MS.gene056045	MS.gene005237	PPI
MS.gene056045	MS.gene055583	PPI
MS.gene056045	MS.gene055582	PPI
MS.gene056045	MS.gene005236	PPI
MS.gene056045	MS.gene44107	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.gene056045.t1	MTR_1g083040	96.567	1136	25	3	1	1123	1	1135	0.0	2263
MS.gene056045.t1	MTR_1g083040	95.599	1136	25	4	1	1123	1	1124	0.0	2233
MS.gene056045.t1	MTR_1g083040	95.423	1136	25	4	1	1123	1	1122	0.0	2226
MS.gene056045.t1	MTR_1g083040	94.454	1136	25	5	1	1123	1	1111	0.0	2199
MS.gene056045.t1	MTR_1g083040	95.966	818	19	3	1	805	1	817	0.0	1605
MS.gene056045.t1	MTR_4g119390	43.719	1210	547	32	1	1123	1	1163	0.0	788
MS.gene056045.t1	MTR_4g119390	43.393	1226	563	35	1	1123	1	1198	0.0	776
MS.gene056045.t1	MTR_1g492660	40.816	98	26	2	22	114	91	161	2.58e-12	68.6

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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.gene056045.t1	AT3G21430	43.039	1178	566	24	1	1123	1	1128	0.0	791
MS.gene056045.t1	AT3G21430	43.039	1178	566	24	1	1123	1	1128	0.0	791
MS.gene056045.t1	AT3G21430	42.749	1186	562	25	1	1123	1	1132	0.0	789
MS.gene056045.t1	AT3G05380	47.039	912	396	24	1	855	1	882	0.0	668
MS.gene056045.t1	AT3G05380	53.179	173	73	4	952	1123	887	1052	2.34e-44	175
MS.gene056045.t1	AT3G05380	47.039	912	396	24	1	855	1	882	0.0	668
MS.gene056045.t1	AT3G05380	53.179	173	73	4	952	1123	887	1052	2.34e-44	175
MS.gene056045.t1	AT3G05380	47.039	912	396	24	1	855	1	882	0.0	668
MS.gene056045.t1	AT3G05380	53.179	173	73	4	952	1123	887	1052	2.34e-44	175
MS.gene056045.t1	AT3G05380	46.820	912	397	25	1	855	1	881	0.0	667

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Find 242 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
AAAACAAGAGAGATTCATGA+TGG	0.598180	1.1:+61408884	MS.gene056045:CDS
AAAACCTGCGTGGTTTGCCA+AGG	0.555120	1.1:-61408703	None:intergenic
AAACCTGCGTGGTTTGCCAA+GGG	0.605604	1.1:-61408702	None:intergenic
AAAGAAAGAGTGGAAAATGT+TGG	0.469922	1.1:+61405647	MS.gene056045:CDS
AAAGACGGTCAAACCTTCTG+AGG	0.581676	1.1:+61408093	MS.gene056045:CDS
AAAGATGCTATTACGAAGAT+TGG	0.351072	1.1:+61411715	MS.gene056045:CDS
AAAGCGTGCTCTAGATAAAA+AGG	0.313137	1.1:+61410636	MS.gene056045:CDS
AAATAAAGTTAAAATTCGTG+CGG	0.700583	1.1:+61407019	MS.gene056045:CDS
AAATGCTAATAATGGCATAT+TGG	0.389348	1.1:+61410940	MS.gene056045:CDS
AACAGATGAAATCCACGCCT+TGG	0.497756	1.1:+61405986	MS.gene056045:intron

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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
chr1.1	gene	61402437	61412431	61402437	ID=MS.gene056045
chr1.1	mRNA	61402437	61412431	61402437	ID=MS.gene056045.t1;Parent=MS.gene056045
chr1.1	exon	61402437	61402541	61402437	ID=MS.gene056045.t1.exon1;Parent=MS.gene056045.t1
chr1.1	CDS	61402437	61402541	61402437	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61403214	61403312	61403214	ID=MS.gene056045.t1.exon2;Parent=MS.gene056045.t1
chr1.1	CDS	61403214	61403312	61403214	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61403476	61403538	61403476	ID=MS.gene056045.t1.exon3;Parent=MS.gene056045.t1
chr1.1	CDS	61403476	61403538	61403476	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61403792	61403869	61403792	ID=MS.gene056045.t1.exon4;Parent=MS.gene056045.t1
chr1.1	CDS	61403792	61403869	61403792	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61404240	61404408	61404240	ID=MS.gene056045.t1.exon5;Parent=MS.gene056045.t1
chr1.1	CDS	61404240	61404408	61404240	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61405037	61405296	61405037	ID=MS.gene056045.t1.exon6;Parent=MS.gene056045.t1
chr1.1	CDS	61405037	61405296	61405037	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61405461	61405830	61405461	ID=MS.gene056045.t1.exon7;Parent=MS.gene056045.t1
chr1.1	CDS	61405461	61405830	61405461	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61405991	61406068	61405991	ID=MS.gene056045.t1.exon8;Parent=MS.gene056045.t1
chr1.1	CDS	61405991	61406068	61405991	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61406928	61407175	61406928	ID=MS.gene056045.t1.exon9;Parent=MS.gene056045.t1
chr1.1	CDS	61406928	61407175	61406928	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61408019	61408303	61408019	ID=MS.gene056045.t1.exon10;Parent=MS.gene056045.t1
chr1.1	CDS	61408019	61408303	61408019	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61408410	61408588	61408410	ID=MS.gene056045.t1.exon11;Parent=MS.gene056045.t1
chr1.1	CDS	61408410	61408588	61408410	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61408700	61408982	61408700	ID=MS.gene056045.t1.exon12;Parent=MS.gene056045.t1
chr1.1	CDS	61408700	61408982	61408700	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61409530	61409724	61409530	ID=MS.gene056045.t1.exon13;Parent=MS.gene056045.t1
chr1.1	CDS	61409530	61409724	61409530	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61410508	61410657	61410508	ID=MS.gene056045.t1.exon14;Parent=MS.gene056045.t1
chr1.1	CDS	61410508	61410657	61410508	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61410917	61411057	61410917	ID=MS.gene056045.t1.exon15;Parent=MS.gene056045.t1
chr1.1	CDS	61410917	61411057	61410917	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61411143	61411355	61411143	ID=MS.gene056045.t1.exon16;Parent=MS.gene056045.t1
chr1.1	CDS	61411143	61411355	61411143	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61411688	61411978	61411688	ID=MS.gene056045.t1.exon17;Parent=MS.gene056045.t1
chr1.1	CDS	61411688	61411978	61411688	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1
chr1.1	exon	61412267	61412431	61412267	ID=MS.gene056045.t1.exon18;Parent=MS.gene056045.t1
chr1.1	CDS	61412267	61412431	61412267	ID=cds.MS.gene056045.t1;Parent=MS.gene056045.t1

Gene Sequence

>MS.gene056045

ATGGCACCGACAAGGAAATCTAGAAGTGTGAATAAGCGGTTTAAAAATACAAATGATATTTCTCCTGAGAAAGATGGAGCTGGCTCAAGTAAAAACAAGCAACGGGTATATCTATTTGATAGCGTTTTTTGATTTCGAAACATGAAGTAACATGGTGCATAATAAAATACAGCACTGCATCCTGCATGGTATTGTATTGCAATAATAGTTTCTAAAAGAGTTTTAGTGGTAGCTCTTGGCAAATAATATTGATGTCAGTATTAGTGTAGGTCACTAGATACATTTTATTATCTTTTAAACTATGTTGCATCGGTACAGGAATTTGGCATCTGTTACATCACAATACACAAATTCAATTTTTTTAAAAGTTAAGATATTATTATGTCGATATGTATTGCATAAAATACATTAATTTATCAAAGTTTGCTACTTTACCCGATAACTTTGAAGAAAACCTGACAAGAGCCATTTATGTTTTGAGAGAGGAAATTCGGGAGAATGGACTTGGATTTGAGTCTTTCTGTTTTGGATTTTTAAAATGACATGATTTCATGGGTTTTTGGGTATTACACCAAACAAAGGATAAACCTCAAATACAAAACCAAGTGCATCATACCTGTATTTCTATTGGCTATGAATACATGGTAAAAAAATCACCAATTTGGAGTATCCATGCATCATGCATATTAATTGCTGTCCATTATAGTATGCGCTGAGCATGAACAAGATTTAATCTCCTGTTTAAACCTCACATTTTGAATCCTGTTCAATACACAGAAGAAGAAGTTGTCTAATAAATTGGGATCTCAGTGGAGCAAGGGGGAACTAGAGCGATTCTATGAAGCATACAGAAAGCATGGTAAAGATTGGAAGAAGGTGTGCTTTTGTTTTGGTGTTGTTTTCTCTCTATCTTGCTCTTTCATTTCGAAACTTGAGGACATTTTGGGTTTCTCTTTCATCTTCATATCATTACCACTACCATTTTAATTTACAATGCTTGTTATTATTCTCTTTCATATTGATTTATTTAAATTTCCAGGTGGCTGCCGCTGTACGTAATAGATCCATTGAAATGGTGGAAGCTCTTTACAATATGAATCGGGTAAATCAATACTATAGTAACTTATTTTGTAGTCTTGTCTCACGAGCCGTATTGTATGCATTATGCCTTTAGGTTTAGAAATTAGGTATTGTCTGGGTGCATGTATTTTTTTTCCTTAAGTGATTTGGCTTAGAAAAATTAGATGACACTATTGTATGCATTAATGGATATCGAGCCATCATGAACTGAATTATTAATGCTGTGTAGATCTCTTGCGTTAAGTGCCATTGAAACCATTATTTGTGATTAACAGGCATATCTATCTCTACCAGAGGGGACAGCTTCTGTTGTAGGCCTCATTGCAATGATGACAGATCATTATAATGTCCTGGTAAGGTCAACATTATTTTTTCGCTGTGGTGTAGGTCTTCCTTTTTTCCTTAACAAAATTTCTAAACAGCTTTTGGTCTGGAAATATCTTTTAGAAAAGCAAAATATTTTCATAAAGAAGGGTGAACATATTCTGTTGAGAACTAAAATTAATATGTTATCTTGTTCTTTGCCCCGATGGTCAGACCTCACTTCTGCAGTATAGTTTTTCCATCTCTATTTCCTCAGCAACTATCCTGACATTATAAATGATGTAGTTCATGCTTACACTTGGATTTACATATCTCTTATGTTTGTTGAAATGGGTTGGTTTCTGGGGAAGTTGTATTCTTCTGAATTGAGATTTACTTTTCTGTACCTGACATCGACAGGAAGAGAGTGATAGTGAAAGGGAGAGCAATGATGCACCAGGATCTCGAAAACCTGTGAAACGAAAGCGTGAAAAACTTCAGCTTAATGTCTCAAAGGATCCTGTCCAGTCTCAGTCTGTTACTTCCAGTGATGGTTGCCTCTCTCTACTGAAGAAAAGACGCATTGATGGTAAGATACATGTCGTAGTCTCACTACTCTTTTTTTTTCCTCATCAGGGAATTGGGTTTTTGGTTTGCCTTTAATTTGTGTATAGTTAGTGCTCAGTTTACTGCAGTCATGCAATACAAAAACAATGCTTAGTTGGCTGCTGTTAGTAAAGCTGCACAGTCAGTTTTTTTTGGGTACAAAGCTGCACAGTCAGTTAGTTATGGTCTAGAATATTCTAATGACAGTAATTTGCAAAGTTAGTGGCAACTATTATAATTTATTAGAGAACTTGACAGTGTAAACAGACTAACAGAGTTATTATAACCTTCAGCCTGTGTTTGTACAGCTGTTTGTACTGCAGTCATTTCAGATTAAATTCAGTATCATTTTGTTTTCAAAATTGAGATTCTCAAATTCTTTCAAACTCAGTTCTCTAATAATACCTTTTCCACCCAAAACTTCAGATTATACATTACTTTTTCAATTTAGTCTGGTATTTCACAGCGATCTTCATCATATATTAGTTGCCTTTGTCCAGATTTGTTATTGTGAACTGTTAGTTGTGCTTGTATTCCTGGTAACATATTTTTCATACTGTGTAAGATATTCTGCACTGGATTGTAGTATTGATGGCTATTCAATTAATCAGGTCTGCAGCCTCGTGCTGTTGGAAAAAGGACACCACGAGTCCCAGTTTACCACTCTCAAAAGAAAGATGATAGGGAGAATTATGTTTCGCCTAACAAAAGAAGCTTGAAGTCTACTGTTGATGGTAATGATGACGAAGTTGAACATGTAGCTTTTGCATTAAGCAGGGCTTCACAAAGAGGAGGCTCTCCCCTAGTTTCTCAGACACCACATAGGAGAGGAGAACAGAAGTTCTCTCCTGCTCAGAGCCGGGATAGAATGGTATTCAACTGTGCTGCCATTATATAGTGTTTGTTGGCTATATTTTTACTTCAAAATGAGTAAATGTTCTGAATGTGTGAATAAGTGCAATATTGATGGCTATATTATTACTTGCTTATGTTTGATATATATATTTTTTATTTTTTTTGTAATTTTTCAACTAGCGCCAAATGTCAGAGACAGCTCGTGCCAAGTTTCTCGATGCTTCTGTGGATGGAGAGTTTTTGGAAGGTAGTCTTGAAAGCAGGGGAGCTGAAAATGGAGAATATGTTAGAGATACTAGTTCCTTGATGGATATGGAAGGAACGAGCACTGCTGGAGTTCCTAAGGGAGGAAAATTTTACAGAAAGAAAGAAAGAGTGGAAAATGTTGGAAATTATCAGCTTGATGACGGAGGAGAAGCATGCAGCGGCACTGAAGAAGGACTAAGTTTTAATTCTTTGAAGGAAAATAATATGGAGGTAACTAACGAAAAGCTTGAGCAATTCTCCCCAACAAGTCAGCGGAAAAGAAACAAAAAACTCCTCTTTGGAGGTAATTCTGTCAATAGGGATGTCTTTGGAGGTAATTCCTTTTCCTGCCTTAACCTTAGGCCATAATTAATGTAATAATGGTTTGACTTTTGCAAAAAAATAATCTTTCATTTACTTTCACATCTCTCTTAATTGATATTATTCTATTACTTTATAAACAGATGAAATCCACGCCTTGGATGCTTTGCAAACTTTGGCCGATCTATCTCTAATGATGCCGTCTTCTGAAGTAGAATCTGGTAAGAATAAATTTTTTGATATATTTTACTGTGTCTTAGAATTGGGGTTGGGTCTAACACAACCCTACAAAACCACTTATAAACACATTTTCATGCCATATCTTATCCAAAACGGGACCTCTCAACACACACACACACGCACACACACACACACACACACACACACAAAACTAGACATCTGGAGTGTGGGCCGATAGGGAGTGGCTCAGTGGATGTTGGATAGGGCTCTAATACCATCTTTGATTTTGGGTTGTGCTTAACACTACCCTACAAAGCCGGCTTGCAATGCGAGGACTGTCCACCACTTATAAACACATTTTCATGCCATATCTTATCCAAAACGGGACCTCTCAACACACACACACGCACACACATACACACACACCCCCCAAAACTAAACCTCTCAATGCGAGGACTGTCCACCACTTATAAACACATTTTCATGCCATATCTTATCCAAAACGGGACCTCTCAACACACACACACGCACACGCACACGCACACACACACCCCCCAAAACTAGACATCTGGAGTGTGGGCTGATAGGGAGTGGCTCAGTGGATGTTGGATAGGGCTCTAATACCATCTTTGATTTTGGGTTGTGCTTAACACTACCCTACAAAGCCAGCTTGTAAGGTGAGAAGTTTCCACCACTTATAAACACATCATCAAGCCACATCTCATCCAATATGGGACTTCTCAACATAACTGTAGGTTTTGTCAAAAAAAAAAAAACATAACTGTAGGTGAGACACAAATACAGAGAGAGGGGGGAGAGGGAGAGAGAGAGAGAGAGAGAGAAAGCAATAACAGTCAAAATTCTTTTAATTGATTATTCAACTTTTCCTTGCCCGTCTAGAATCACGTCTCCAGTTGAAGGGAGAAAGAATGATGGTTGATAAAGATGATAAGTCTGCTTTACCCGAATCAACATCAACAAGCCATAGGAGAAATAAAGTTAAAATTCGTGCGGTCGACACTTCAACGTCCAAAAAATCTAAACTCAAGGATATAGCAAATGATACCAATGCTCTCTCTGAATCAAAAGAACAGCTTCCATTTGCTGATAAGATATGGAAGAGAAAGCAAAAGTCCACTGTGTCAAAGGCAAGTATAGTTTATTCCCTAATTGTTATATCCCGCACATTTTGTGTTGTGTTTGGTCTGCTTATTATTTCTCAAAAGTAATATTTCTTTTACTCAACAAGCATTTCTCTTGCAATGAATACTTGTTTATTGATACAAAAAAAAAAAAATAGAGGACAGAATTTTACAAACTAGAACAGAAACTACATCATTAGGTATACAAACTAGTATTAGAAGATGATATGAAAATAATTTAAATATCTTTCTCGATATTAGAATATCATTGATTATCTCTTAGGATTAGTCTTCCTATTTCTTAGTTATTATTATCATGATTTATTTCCCTATATTATTAGAATCAGGAGTCTCTTATTAGTGGGAATTTTTCCCACTGTAAGAATTTTCAAGGAGATTATGGGGTGGATGCATAGGTTCCATGCTTATATATGCAACGCCACAGCCATCACCTACATTTTGTGGAAACAGTAGTTTGTTCCTAAAATACTGTAAATCTTAGTTACAGAGTGTTTGGGCGCACATTCGTTAAGTGGTTATAATTGACCATTGTGATTTGTTGATATAGGTATATAGTTTGTCCTTTGTTGTTGGTTGAACCACATTCGGTTCCCTGTCTCTCTTCGCTCTATTCTTTGATCATTTACTGTTTATGTTAAACTCAAGAGTTCAAACACAATTAGGATTCTGATTGTAATTCATCATTATTTCTCAAGCAATTCAAATCACCTTATTCAACTACATTATATAGTATGTGTCCAAATGTCGTTATCTTCTCATTTTCGATATATTTGGAGTGTAGTTATAAGTTATTACATACTTATTAAAGCTGTTTCACGTTCTCTGTAGGCTGTAGATGATGAGAAAAAAACGGTGATTAAAGGAAAATACACCGATCAAGTTTTTGCCTCACCAAAACAAATAAAGACGGTCAAACCTTCTGAGGTTTTACTGCGTGCTGATCAGAAAGGTTTAGCAGTATCAACTTCTGAAATTCCACTTTTAAGTGAAGTTAGTTCACCAACTAAACAAAGAAGTAGACGCAAGATGATTTTTCAGAGACCATCCATGCGTAAAGAGAAGTCTTATGAGAATGTATTGAAAAGTCAACCTAATAAGCACTCTACCCAAAAGGTTCAAGCTTTTTCATAATTCAATTTGACTCTGCATTCTAAAGCTTTGAGGGGATTCAAGGTTTCTTATTTTTTGAAAGTATTATAATTTTCTTTGTAACTTGCAGGAAAAGCTTTCTAGCTGTTTGTCATCTTATTTGGTTCGCAGATGGTTTACTTTTGAATGGTTTTATAGTGCACTTGATTATCCATGGTTTGCCAAAAGAGAATTTGTGGAGTACTTAAATCATGTTGGACTAGGGAATATCCCAAGGCTAACTCGTGTTGAGTGGAGTGTCATAAAAAGGTTCAAAATTCAATTGTAGTTGCTATAATTTTCTGCTTAACCATGTGAATGTTAAAGTATGTGATTGTAAAGGACCTACTTGACATTGCAGTGCTGTACTTGTTTCTGCAGTTCCCTTGGCAAACCACGCAGGTTTTCGGAACACTTTTTACATGAAGAAAGACAAAAACTTGAACAGTATCGAGAATCAGTGAGGAAACATTATTCTGAGCTGCGGACTGGTATAAGAGATGGACTTCCAACAGATTTGGCAAGACCATTATATGTTGGACAACGTGTAATTGCCATTCACCCCAAAACAAGAGAGATTCATGATGGTAGCGTGCTTACAGTTGACCATGACAAGTGCAGAATTCAGTTCGATCGTCCCCAGTTAGGAGTTGAATTCATCACGGTATTATGATTTATTATATGGCATTTTTTGAATATTTTTTTAGCAATTCTTCAAGATGTAGTTTAAAACCTATGATCAAAATCAGCTCCATTAACATATATATACAATCTTTACATGTCACATGCTTAATATTGTAATTTACATGTCACATGCTTAATATTGTAATAATAGTAAACAATAAGAAGTGGTGCCTTGTGCTATTCTTCTATGCACGGTATCCAGAGAAAGGTCTGACCCATTCTTGGTTTATAGTAGCTGGCATTACCTTGCATTTGCTAGAGGTTAATTCCAACACTCTAATCTGTGGCCTCTTGGTTACTCGTTAGAAACTCAAAGCATTGTGTCACGGTTTCCTTTCCTCATTTTTTTTGTCTCATTTAATGCAATTTCTTTGATAAACGACCTTTATATGCAACATACTAAAAACAAACAATCTAAAGCTTTAAATATTTTTTCTTTTAATTGAAGAAAATTAGCATGGTATTTTTAAAATTTGATAACAATTTCCATATTTTCTTGCTTTTGATGAGTGGGGTTTTTTGTTCAGGACATTGATTGCATGCCTTTGAATCCATTAGATAATATGCCCGAAGCTTTGAGGAGGCAGATTGGTGCCAGAAAAGCCTCTTTTACGAGTATAGAACCACATATTAATGGAAATTCAAGTTTTGGGGGATGTGAAATGCATGCTTCACCTGTGAAGGTACGCCCCTCTTCAAGTGCTTTAGTTAAGCAAGGAAAGGTTAGATTGCTAACAATTATCAAAATGTTTTTAATATTATGCCACAGAATTTCGTTTTGGTGCTTATGCTTTTATTTTAAAATAACCTATACATTGTAGTTACTATTTTTAATTACTGACTAAGTTTTGTTCCTTTCCTTTTGCCTAATGGACAAGCCTTGACATACATTTTCATTGTTTTGCACTGCTATGATTAACTGGATGAATTTAACTACCCAATCAAGTTATCTGACTTCCTAAGGCTTTGTTTGGGAGTTTGGAGGGGAATGAATAAGAGGCTTAGAGGATTAAGTAGGAGGAAAGGGGAAGGGAGAGTAATCCCCCCACCTTTTGTGGAGGTTTCTTTTTCTTCATTGGATCAAAACCCTCCAATATGGAGGATCTCAAAAAATACATTAAGGGATGACTTTGGAGAGTTTTGGAGGGTTTTGATTTAATTTTCAAATCCTTCCCGTCTTTGCAATACTCTCAAATGAAAGAAAATCATAGATATTCTCTTCCCATCCTCCCCCAAAACACTATTCTAAATAAGGTGACACAGTGAAAGATTTCCCTTCATTTCTATGCATCCTTTTGCTTCTAAAGCCCTTTCCCTCCTGACTTCCAAATAAAGACTAAAGAAATGCATTAAAGGTCTAGTAGTGGTTCTCTTGAATCTTCCATCGCTTTCACATGGTTTATTAATCCTAATTTTCACTGTCATGGCAATGTTAATGACGATACATAAATATATTAGGTTTTCTACAAATAATTCTAATTACATAATTTCTTTAAAATTTTCAGGTGGATGCTAACCACGTCACTTCCCAGGCCAATATTGGTAACCTCTGTGCTCAAGCTGCCTCTGCTCAACCGTGTAAAGTGATGCAACATCAATCTAAAGAAGCTGATATACATGCACTTTCTGAATTAAAGCGTGCTCTAGATAAAAAGGTTCTTTCTTTACATTTTATACACATGCACTTTCTGAATTAGATCATGCTCTAGATAAAAAGGTTTTTTCCTTACATTTTATCCTCCCAAATTAATACTTTTTTATGCAGTTCTTTTGGAAAATGTTTTACTTTCCGTTTTCATTTACCCTTTTCATCTTGATGATTTCTAAATCTTAATGGGATTTATCTATCTTTATTTGTAAATTTTCCTTGGTTAGATATGGCCTTGTTCTTACTTTTTCCAGCTGCTCTTACAGGATACACTATTAGCAGAGCTTCGAAATGCTAATAATGGCATATTGGAAAACCAAAATGGCATAGAATGTTTAAAAGATTCTGAAGGTTTCAAGAAGCATTATGCCACGGTACTTGTAGAGCTAAAGGAAGCCAGTGGACAGGCATGTGGCTTCCTTTGATTATTAATGTCATTACAACATTCTGCAGTAACCTTGAAGCAACATTTGATTGGGTTATATTTTACAGGTTTCTGATACCATGCTTCAATTGAGGCAACGCAATACCTATACGGAAACCTCTCTGCCACCATGGATGAAGCCCAAAGCAAATTTTGATGGCCATGATGACCTTCCTAGTATGTCGGATAGTTCTATGACACAAGAGTCTAGGTCAACTGTCATTGAAATCATTAAAGGATCCAGGCTACAGGCACATGCAATGCTGGATGCTGCATTTCAGGTATGGATGCTCTGTGGATCTTATGCCCCTCCGGTTTTGCAGTCAGTCATTATGACTTATACATAAATGGTCTTTTCACATCTTGTTTCCTCCCTATTTCGGTGACCTGGGAGCATTTTTCTGTTCTTTTATCCTAGCAAATTATTCTCATTGTTCATGATCCGGTATTTACTTATTATCATGAGCACTGATGCTTGTTTGTTTAGTTGCAAAGCTTAGAACGGTCGCAGTAGACATAGAGCTCTAGCTGTAGTGTGTCGCATTACTCCTTGAACACCATGCAATTATGTCCAGCTAAAGAACCTTTGACATATTTTTATGCTATAAATCAGGCATGGTCTCAAGCTACAAAGGAAGGTAAAGATGCTATTACGAAGATTGGGCAGGCATTGGATTCTATTGATTATCAGCAGTTGTCCACCAAGTACAGGTTGCCTGTGATAAGGTCTCAAGATCAAGTGAATGGCAGTTATTATCATGCTAATCAGTCGACTTGCAGAGCATCAGAGCCTTTACTTAACGATGCATCTGGTCCGAAACTGCACAAAGATTCTGACGAAGTTGAGATTGAAATACCATTTGAGCTCATCACTTCATGTGTGGCTACATTAACCATGATTCAGGTAATTAAAGACATGTCAAACTTGGCCTATTTCACAACTTCCCATTCGATTGTAAAGTTAATGTTTTCCTTGGCATACTCTTCAAAAAGAGTTTTGAACAGCACATCTTTGGGGGCGTGCACCTATTTTAAATGGTGAACTGGTGCATCATGATACTGATGAAAATAAGAATTTTTTTAGTGACGTTTTTGTCCTCTTCCCCATTCTTGAATATACATCATATATTGGTATGCATTGTTGAATCAATCTTGCTTTCCAAAATTAATCTTTTTATTGTTTAACTTGCAGAGTTGTACTGAACGGCAATACCCTCCAGCTGATGTGGCTCAGATATTAGATTCTGCCGTTACCAGCCTGCAACCGTGCGATACTCGAAACCTTCCTATTTACAGAGAAATTCAAATGTGCATGGGAAGAATAAAGACCCAGATTTTAGCTCTCATCCCTACTTAG

Protein sequence

>MS.gene056045.t1

MAPTRKSRSVNKRFKNTNDISPEKDGAGSSKNKQRKKKLSNKLGSQWSKGELERFYEAYRKHGKDWKKVAAAVRNRSIEMVEALYNMNRAYLSLPEGTASVVGLIAMMTDHYNVLEESDSERESNDAPGSRKPVKRKREKLQLNVSKDPVQSQSVTSSDGCLSLLKKRRIDGLQPRAVGKRTPRVPVYHSQKKDDRENYVSPNKRSLKSTVDGNDDEVEHVAFALSRASQRGGSPLVSQTPHRRGEQKFSPAQSRDRMRQMSETARAKFLDASVDGEFLEGSLESRGAENGEYVRDTSSLMDMEGTSTAGVPKGGKFYRKKERVENVGNYQLDDGGEACSGTEEGLSFNSLKENNMEVTNEKLEQFSPTSQRKRNKKLLFGDEIHALDALQTLADLSLMMPSSEVESESRLQLKGERMMVDKDDKSALPESTSTSHRRNKVKIRAVDTSTSKKSKLKDIANDTNALSESKEQLPFADKIWKRKQKSTVSKAVDDEKKTVIKGKYTDQVFASPKQIKTVKPSEVLLRADQKGLAVSTSEIPLLSEVSSPTKQRSRRKMIFQRPSMRKEKSYENVLKSQPNKHSTQKEKLSSCLSSYLVRRWFTFEWFYSALDYPWFAKREFVEYLNHVGLGNIPRLTRVEWSVIKSSLGKPRRFSEHFLHEERQKLEQYRESVRKHYSELRTGIRDGLPTDLARPLYVGQRVIAIHPKTREIHDGSVLTVDHDKCRIQFDRPQLGVEFITDIDCMPLNPLDNMPEALRRQIGARKASFTSIEPHINGNSSFGGCEMHASPVKVRPSSSALVKQGKVDANHVTSQANIGNLCAQAASAQPCKVMQHQSKEADIHALSELKRALDKKDTLLAELRNANNGILENQNGIECLKDSEGFKKHYATVLVELKEASGQVSDTMLQLRQRNTYTETSLPPWMKPKANFDGHDDLPSMSDSSMTQESRSTVIEIIKGSRLQAHAMLDAAFQAWSQATKEGKDAITKIGQALDSIDYQQLSTKYRLPVIRSQDQVNGSYYHANQSTCRASEPLLNDASGPKLHKDSDEVEIEIPFELITSCVATLTMIQSCTERQYPPADVAQILDSAVTSLQPCDTRNLPIYREIQMCMGRIKTQILALIPT