AlfalfaGEDB | MS.gene09582

M. sativa cultivar XinJiangDaYe / MS.gene09582

KEGG: K03097
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004672 GO:0005488 GO:0005524 GO:0006464 GO:0006468 GO:0006793 GO:0006796 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0009987 GO:0016301 GO:0016310 GO:0016740 GO:0016772 GO:0016773 GO:0017076 GO:0019538 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0036211 GO:0043167 GO:0043168 GO:0043170 GO:0043412 GO:0044237 GO:0044238 GO:0044260 GO:0044267 GO:0071704 GO:0097159 GO:0097367 GO:0140096 GO:1901265 GO:1901363 GO:1901564
PFAM: PF00069.28

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.gene09582.t1	XP_003611611.2	96.1	414	12	1	1	410	1	414	1.30E-231	812

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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.gene09582.t1	O64816	85.3	348	51	0	60	407	81	428	2.7e-182	639.4

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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.gene09582.t1	G7K3U9	96.1	414	12	1	1	410	1	414	9.1e-232	812.0

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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
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PPI:

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Gene1	Gene2	Type
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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.gene09582.t1	MTR_5g015830	97.826	414	5	1	1	410	1	414	0.0	840
MS.gene09582.t1	MTR_4g095670	75.822	426	80	4	1	410	1	419	0.0	622
MS.gene09582.t1	MTR_4g095400	77.961	363	78	1	47	409	27	387	0.0	563
MS.gene09582.t1	MTR_1g075610	30.154	325	180	11	99	397	6	309	2.12e-40	146
MS.gene09582.t1	MTR_8g432510	32.581	310	178	12	111	405	139	432	1.04e-39	148
MS.gene09582.t1	MTR_4g007750	29.179	329	179	10	109	403	2	310	3.12e-39	143
MS.gene09582.t1	MTR_8g098845	30.492	305	181	8	114	402	55	344	2.41e-38	142
MS.gene09582.t1	MTR_2g083940	32.131	305	178	12	110	400	33	322	2.20e-37	139
MS.gene09582.t1	MTR_2g083940	31.833	311	171	12	110	400	87	376	4.96e-37	139
MS.gene09582.t1	MTR_3g460950	30.581	327	206	10	81	396	2	318	5.21e-37	138

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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.gene09582.t1	AT2G23070	80.526	380	63	1	39	407	49	428	0.0	600
MS.gene09582.t1	AT3G50000	80.747	348	62	1	62	409	60	402	0.0	556
MS.gene09582.t1	AT5G67380	82.036	334	60	0	77	410	76	409	0.0	552
MS.gene09582.t1	AT2G23080	81.571	331	61	0	79	409	2	332	0.0	536
MS.gene09582.t1	AT5G67380	74.251	334	53	1	77	410	76	376	0.0	520
MS.gene09582.t1	AT2G23080	80.808	297	57	0	79	375	2	298	1.43e-168	474
MS.gene09582.t1	AT1G76540	30.573	314	173	11	109	397	12	305	1.06e-39	144
MS.gene09582.t1	AT2G30980	30.295	373	218	14	58	404	8	364	1.34e-39	146
MS.gene09582.t1	AT1G20930	30.000	320	181	10	109	404	14	314	2.47e-39	143
MS.gene09582.t1	AT1G06390	32.566	304	178	10	110	400	69	358	2.59e-39	145

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Find 120 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
AAAGGGTGGTGGAAAATTGG+TGG	0.572817	5.2:+7549438	None:intergenic
AAAGTTGCTTGACATTGTTA+GGG	0.545644	5.2:-7547552	MS.gene09582:CDS
AAATATAGTGAAGTGTTTGA+GGG	0.525926	5.2:-7549082	MS.gene09582:CDS
AAGATATTGCAAAATCTCTG+TGG	0.659624	5.2:-7547590	MS.gene09582:CDS
AAGCGACGGAGAACGGAAAA+GGG	0.556827	5.2:+7549421	None:intergenic
AAGCTTTGCCTGATAGACTG+GGG	0.722764	5.2:-7545609	MS.gene09582:CDS
AATATCCTCCTCCGCCGCCG+CGG	0.612281	5.2:-7549366	MS.gene09582:CDS
AATCCCTCGCTGTTCAGTGG+GGG	0.652261	5.2:-7549228	MS.gene09582:intron
ACACATTCAAATACAAGGCT+TGG	0.433688	5.2:+7547512	None:intergenic
ACATTCAAATACAAGGCTTG+GGG	0.597113	5.2:+7547514	None:intergenic

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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
chr5.2	gene	7541666	7549545	7541666	ID=MS.gene09582
chr5.2	mRNA	7541666	7549545	7541666	ID=MS.gene09582.t1;Parent=MS.gene09582
chr5.2	exon	7549229	7549545	7549229	ID=MS.gene09582.t1.exon1;Parent=MS.gene09582.t1
chr5.2	CDS	7549229	7549545	7549229	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7549018	7549147	7549018	ID=MS.gene09582.t1.exon2;Parent=MS.gene09582.t1
chr5.2	CDS	7549018	7549147	7549018	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7547433	7547627	7547433	ID=MS.gene09582.t1.exon3;Parent=MS.gene09582.t1
chr5.2	CDS	7547433	7547627	7547433	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7545555	7545712	7545555	ID=MS.gene09582.t1.exon4;Parent=MS.gene09582.t1
chr5.2	CDS	7545555	7545712	7545555	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7544548	7544638	7544548	ID=MS.gene09582.t1.exon5;Parent=MS.gene09582.t1
chr5.2	CDS	7544548	7544638	7544548	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7544300	7544365	7544300	ID=MS.gene09582.t1.exon6;Parent=MS.gene09582.t1
chr5.2	CDS	7544300	7544365	7544300	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7542618	7542700	7542618	ID=MS.gene09582.t1.exon7;Parent=MS.gene09582.t1
chr5.2	CDS	7542618	7542700	7542618	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7542237	7542300	7542237	ID=MS.gene09582.t1.exon8;Parent=MS.gene09582.t1
chr5.2	CDS	7542237	7542300	7542237	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7542083	7542151	7542083	ID=MS.gene09582.t1.exon9;Parent=MS.gene09582.t1
chr5.2	CDS	7542083	7542151	7542083	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1
chr5.2	exon	7541666	7541725	7541666	ID=MS.gene09582.t1.exon10;Parent=MS.gene09582.t1
chr5.2	CDS	7541666	7541725	7541666	ID=cds.MS.gene09582.t1;Parent=MS.gene09582.t1

Gene Sequence

>MS.gene09582

ATGGCCATTAGGCCATTCCAATCCACACTATCGCTCCAACGATTCTTCTCTCTTTTCCGAACTCATCATTCAATTTCCTCCTCCGCCACCAATTTTCCACCACCCTTTTCCGTTCTCCGTCGCTTCGCAACTTCGTTCTCACAACCTCGCCGCCCCCAATATCCTCCTCCGCCGCCGCGGCCCGACACTCTGGCTCAACGAATCGGAAAATCCATTCGCCGCCCCGGCGCTTCCTCTAAGGCCAGAATTTACGCTGATGTCAATGTTGTTCGACCTAAGGAATATTGGGATTATGAATCCCTCGCTGTTCAGTGGGGGTAACAATTCTCAATTCAATTCACACCGTTAATCATTTTATTTTTTTAAAAACGTAATTTTTTTTTTTTGAATTGTTATAGGGAACAAGATGATTACCAGGTTTTGAAGAAGGTTGGAAGAGGGAAATATAGTGAAGTGTTTGAGGGTGTTCACTGTGGGAATGATGAAAAATGTATCATCAAGATACTCAAACCTGTCAGGAAGAAGAAGGTGCAATTTTGAATTCTTGGTCGTTTGGATTGACTTATTTAAGCTTCTAAAGATAAGCATTTTTAAGACTATGGTCCTGTTTGGATTGACTAATTTCTGAGCTCATGCAAAATAGCTTACGGAAATAAACAAGTTTTTTATGTATTATTCATAAGCTTGTCAAGGTAGTTTATGAAAAAACGCAACAATTTTCGTTAGTGAGAATTTATGAATTTACATAAAACTTATTTATTTGCATAAGCTATTTTTCACGAGCTCAAAAATAAGCCAATCCTTACGGACCCTATGTTAGAATTTATGAAAATAGCTTATGACATGTTTTTAGACAGTTGTCAGCTTGTTTTTATAACCTCTTCAAGATAGGTAATGAAAAGAACTTATAGCTTATACTAAAACAATTTAATTTTGTCTTTTATTATAGAAATAACTTATACATAAGCGCTTATCATGATAAACATTTATTATATAAGCTGCAAATTAAGTTGTTTATCCAAACACGGCCATGATTGTTGCTTTTCAATAGTGTTCCATGAATGAATTATTGTGTACTTGTGTTTAATTCTTGTATGTAATGCAGTCGCTAAGACCAATCATGGAAGGATGTGTATGAGTTTATATGGAATCATTAGTCATATCAATGCGGCAAGTAGCTAAAAGAAATAAGACAGAACAGTTTTTCGATTTCTAGTTTAGCAGTTCTCTATGGATAGTATGCTCAATTGTACTTTGGTAGCTTGGTCTTTGCATGAACTTCAATCCATTTATCACCTATTTTTAATTGATTTTATGTATAGTTTTTACTAGACGAAGACATAATTTTAAGAGTTTAACATACATGCATTTTCATTGTAAACTATTTTGACACTGACAACCAACGAAGGTTGATATTTTGGCACATCATCCCGCTTTTATAAATTTAATTAAAATAGATTAAATGAAGTAAGCAGCGAGTCTGTCTTGGTTGTCGGTGTAAAATAGATTTGCCACTGACAATACATACCCCTTTAACTCTAGTTTTAGCTACAGCATAGGTTTCTTTTAGTTTTCCTTGGCACTAAAGGTGTTTAAAATTTAAATTATGCACCTTCATTCTTCCTGCAACTAACACACAACACATGCCAATCTGTTGCATACAGTATGTTGGGAAGTAAATTTTATTTTAGTGTTTCAGTTTTTCTGTTATTTTGGAATTTACCTTATATTTTTGGTTCGGATGTGAGTGGCCATGGTTCTTGAGTGAGAGTAATTAGCTACTCCATCATTTATTTCACTGTTTATACAGTATGATTTGATTTAAAGCCTGGAGGTTTGTGTGCATGTCTTTCCTGTCCTCTGGCTATATTATTTGTATGTACTAAACTCTTAAACATGTTCTTGATTCTAAATGCAGATAAAGAGGGAGATCAAGATATTGCAAAATCTCTGTGGAGGACCCAATATTGTAAAGTTGCTTGACATTGTTAGGGACCAGCAATCAAAAACCCCAAGCCTTGTATTTGAATGTGTTAATAACACCGATTTTAAAGTGCTCTATCCTACATTGTCTGACTATGATATACGATATTATATCTATGAACTTCTAAAGGTAAGTTTTTGTGCTTTCTTGTTTATCAAAGAGCAAAGCAACATCTATAATTCAATTTTGTTTATATTTCAATTTTGTTGTCATTATTTGTTTGGCACATTACTGGACAGTAGACAGGAGATAAGCTAATGCTTCATAGTCATAACAAGTTTAATTTTTATATGTTCGAAGAGATAAATTAGAAAGTGTTTGAGCCATTTGCTGGTATATAGCTTTGATAAAGAAGCTTCGGTATTAATTGTAGATGGAATACTGTTAAGGACCTAGTCAAGAGAAATGGAAAGTTGATACAAATGTTCAAACTAAAGTAACCATTTCATTGAGTGACTGAGAATAGGAGAAAGATAACAAGGGTTTTTCATTTTACAACCAAGCCACCACTCTGTTTTTTGCAATTAACAAATCTGAATGCTCCCTCTACCCTTGTATCACCCATTATTATGTAATTAACTCTTCCCAAGTTTCTCTAACTAACTAGCCGATTGTTTTAACTGTTCCTAACTATTTTATATCTTAACAATACCATGTTGGTCAATGTCTTGGTTTTTGAAGTCTTAAGGGTGTTAGTAGAACTTAATTTTGCTCCATAGGTGCTCTTGTCACTTGTGACGATGAAATCTGTAATAATATATCACCTTGTTATTATTTTACGATTTGAGTTTAGAGCCAGTTCCTTTCTTCCCTTGAAATCATTTCAGTTTAGGCTTCGTATTAGGATTGTTTGCATGCAAAAGCAAAAGCTTTTCTATTCCTTCATATGTCTGTGGTATAATGTGGCTAGCTTTCTATGCTAATGGCTCTGATCGTGATTCTTCAATTTAAATGTTTTTTTTTTAAATGTCTAATGCACTTTTGAATTGATGTTAATTTTGGTGTTTCACATTCTTGTTTTGATACTTAATATGCATGCATTGCTTTCACATCTGTCGAAATTTACTCCCGCCGGTCCTATTTATAAAAAACATTTGACTTTTTTTGATACATTGCATAAATGATGTATTTGGTATATATTCTAGACAAGATGCATCAATTACTCAATGAATCTAAAAAGTCAAATTTTTCTTATAAATAGGACCGGAGGGAGTAATTTCTAATTTCCGTGGTCCATGGCCATGTCAACATGACATCTGTTGTCAGATACCGTGCCCTCTGTTTCATCTTCTTAAGAAAATGATTAGTTTATGTTGAATTTAATAGTAAAATAGTGTGTATGGTCTAAGATGTTCATATCAATCAAAGTGGTTGAAACTTGAAAGTAGTAGTAGTGGTATTGTTAGGCAGACTATTTAATGAAATGAGAGCATTGTTGAAAAAAGTTAATAAATGTTGTCTTGGTATTCTAAAGTGACAAATAATTTGAGACAAAAATATTACAAATGAGGCACTGTAATGAGACAGAGGTAGTAATTGTAAAGTCTCGACTTGAAACACTACTAGCACATTACAAGATATGCTTGCAAATTACAATGTATCTGCATCTATCCATGTATGTCTGCTTTTGCGTCCTGCGAGTTTTCTTATTGATATATTTAGCTATACATTCTCACATGATCTGATTGGGCCATATATTTTTTTTAAATTTTTTTTTTTTTGAGGAAATGTATTATCATATGTTGTCAGGTTTGTGAGATATAGTTGTATCGGTTTCTTCTTTTCAGGCATTCCTTTTTTTTGTGTGGCTTTTAACATGGAAGAGTTATTTCTGAATCTTCTTTTACAGGCATTGGATTATTGCCACTCACAAGGAATCATGCATCGGGATGTAAAACCACATAATGTTATGATCGATCATGCGCAGCGTAAGCTTTGCCTGATAGACTGGGGACTTGCAGAGTTTTATCATCCCGGGCAAGAGTATAATGTCCGCGTTGCCTCAAGGTTCGTTATGTTTCTTTTGTTGCCTTTTCCAATGTCTTAAAGTGGTAGAAAAACTTCCTCTGGTCATATCCAGTAGATGAAGAAATTGATGAGCTGGAAAACATTTATGCAGGCCCAAAATTATAGGGGGGTTGGGTTGTGTAAATCACTGCTTTAGTTGGTAATTTCTGAATACACTCTCATTACTTCATCAATATTTTGATGGACTCAGGTTAGAGAGAAAATATGGTTTACACACATAAAGAGGTTGGATCCTGATAGAAACTGGGAAACTGAAATGAAAAGTGTTATTGACTGATAAGGGATGAGCTTGAAGCTCTTTACAATGGAAGAAAAGGGCAACAGAAAACAATAAATGACACCAGAGGTGCAAGAACTTCTATACCAGAGCAGTATACTATTGCTCCTAAACCAGAGTTTCTCTCCTTACTGACTCAACCACTTTCTTGAGTGACTCTAAACTTTCCTCCCTTTTCTTTTATAACAGAACATTCCCCCTAAAAATAAGGAGAATGTTAACTACCTCTTATTCCCTCAGCTTCTGCAACCTTCTAGAAGCTGTGTGTGTATGAGTCGGGCCCAATGATTGGGTCATCACATGTATTGGACCCTGGTGTCGTATCAGATCCCAATTCAGAAATCATTGCAGTTCACTCAGCCCTTGAAAATTATTTCTCAAGGATATTCACGTATTTCTTTGACGTACTTAATGGCAATCATTTTAAATTTTGAGAGGATATTTGGGTTGGATATATTATGTTGGGAGGATTTTCCTCACAGATTTTCTTTCTCCTTGCATCGGTCCCCTTTTGAGCTGTGTACAATAATCTTTAAGATGCTTCTCATTACCGAATCTTTATTATGAAGTTTCCTTGAAAAAACTATTATTTGACTCCACTTTATGCATTGTTTGTAGATATTTCAAAGGTCCTGAGCTACTTATTGATCTTCAAGACTATGATTACTCACTAGATTTATGGTCTCTCGGTTGTATGTTTGCTGGAATGGTAAGGGGTCTACTTTATTATAATGTAATTTGTTTTGTATCATTTAGGGTATAGGCATGGTTATCTCAATTTTCCGAGACGATCCTTTACTTTCACCAATGCATGTCATTGATGTCTTCCTAAAATCGATATAACAGGGTACAGTTTTCTGTTGTGCTTATCTGCTGTTTGTGTTTCTACAGATATTCCGGAAGGAGCCATTCTTTTATGGACAAGATAACTATGATCAACTAGTAAAAATAGCCAAGGTTAGTGAAGATTGTGAACCAGATATGGTGTAGTTTGAGCTAGATTTGTTGGGTTATTTACTTTTTTGGGTGATAATTTATTGGGTTAAATATGTTTTTGGTCCCTATAAATATACCAACTTTTCGTTTTAGTCCCTCTAAAAATTTCCTTCAACTTTTAGTCTCTACAAAATTTTCAATAACTACTTTTGGTCCCTATTTTTAAGTTAATTTTGGTATTTTTTAATGAAATTGTGCAGAAATGTGTAGAATATTGTAAAAATATTTCCCAAAAAAAATCAGAATTTTTTAACAAAACATAAATTTAATATGAATTTTTAACCATAAAAAATTTAAAAATTCATATTAAATTCATGTTTTGTTAAAAAATTCTAAATTTTTTTAGGTGAGATTCTTATAATATTATGAATTTTTCTGCAAAATTTTATTCAAAATTATGATTTCTACATATGAGTTTACTTTAAAGGAGGGACCAAAAGTGATGATGGAAAATTTTTGAGGGAGTAAAAGTTGAAGGAAAATTTTAGAGGGACTAAAACGAAAAGTTGGTATATTTATAGGGACCAAAAACATATTTAACCCTAATTTATTTATCAGTGCTTTTGCTTTGGGCCTGGCATCTACCAGTAACCTATTTCACAATTGGGATTTTTTTATATTACAGCAAATATTTTTTTCAAGAAAACATCACGACCGCTATTTCTTTTATGGGAAATGCTAACGGTGCCCCCGGGGCACTGGTTAAGGATTTGAAAAAGGAAATTATATAGTAGTTAATGCATTAAAATTGTGTAATTAATTTATAATAAAGTCAAAAACAGTTTCCTTTTATGGTAATAATTCGCTTTTATGGTATGCTTAACCGGTGCCCCGGGGGCACCGGTTAGCAGGACCCTTCTTTTATTGTGTCAACTCTCATGTATGGTAAATGGGACCCTTATTTTTGTGTTATTTTTTTGCTACAGCGGTAGTTTTTAGTTTGTGAGGAATTCGCGTGAGAACTCTCGCTATATATAGCATTGGCCTTTTTTCATTATATAAAATTGGGGAAGGGTGGAATTATTATTAACTAAAGTGGCAGTGATATCCATTTACCAACCGCCTCCAAGGGGATTTGAACTTTGTCCCTTGAAGTTACAAGACCAAACTCAGACCACTGAGCTGACACCTCATGAAATGTGATCTTGCAAGTGTTATTTATTACATGTACGCTGTGTGGCTTCCCCTTCCCTATTTTTAGACATTTATCTTCTACGTTAGGTGTTATCAAGTTTGTACCTCTTACTGGTTTTGTGATTTGGTCTTTGTACTGAAATGAAATTTCTCATTCTTGGCCTTTGAGAATGTCTTTTTTTTGTGTCCAATTTCTGTTTCCAACTTGATCCCATGCTTTTTTATACCAATCATGCAGAACACTTAAATGTATTTTTATTAATAATTATTAGTTTTGCCAGCAAACTCAATCTGAATTCTGAAATTGATTTTGAACTGCAAAGGAGGTTTTCTCAGTTCTTAGCTATATGATGTACTATTATGCACATGGAAAGATAGAAACTGAAAATTTTGGATTGATCAACTGTTTTATCCCTGCTGTAACAGGTACTTGGAACAGATGAATTACGTGCGTATCAGGACAAGTATCACATAGAGTTGGACCCACGTTATGCAGTGCTTATTGGGAGGTTAATTTCCATCTTTTACCAATGATGTATATTGGTTCTGTTCCTCTGAATTGGGCAATTCACTTTAAAGGAAAAAGTGAGGAGTTATAGCCATTGATTTGAAAATCAGTAATTGAAATTTAAATAGTGTCATAAATTCATAATTTGTTATTAGTTTAGATGAATATAATCACAATTTCTACTGTTAAATTTTCTTACCTCTTAAAGTGATCCCCCACTTTAAAAGGTCAAGTCTTCTGTGTATATGTTGCATTTGCTCACTAACCATTATTTTTCTAGAAGTGTTAAACTAAAAAAGTGTTCTGATATTGTGGCAGGCATGACCGGAAGCCATGGACAAAGTTCATTAATATGGATAACCGACACTTGGCTGTTCCTGAGGTAGCATGTGTTCTTATTATTTCCGTTCTAGAATACCCATATGTTCATTGCTTCTCATTTTAAATTTATCCCCCCTTTTCTGAAGGCTATTGACTTTCTGGACAAGTTACTACAGTATGATCACCAAGAACGGCTCACTGCAAAAGAAGCTATGGTAAGAAGCCAAATCTTTTGTCATCTTAACATTTTCATTGTTGAAATAGGATCAGTCATCAGTGACACATAGATTTTTGGAATCCAGGCTTCTAATATGATTTGTATCTAGCCATTAATTCATCTGATCCGCCATCAATTAATTTTGCCATGTTTGGATTTTCTTCCCCCTTTGGGCTTTGTGGATAAATCATGTTGGGAATTTATTACAAAATCCTATTTGGACTTTCTCAGTTTCTATTTCACTGACTGATGTAGTAACTGGCTAACTGCTACCCGGTCCATCCTGCACACAATTATTTGACAAAATGAACTTGTTTCCTGTAACGTTGCTTTAACAAATATTCAATGCTTGCAGGCCCACCCCTACTTCAATCCAGTGAGAAATGCAGAAAGCAGTAAAACTCGCACACATTGA

Protein sequence

>MS.gene09582.t1

MAIRPFQSTLSLQRFFSLFRTHHSISSSATNFPPPFSVLRRFATSFSQPRRPQYPPPPPRPDTLAQRIGKSIRRPGASSKARIYADVNVVRPKEYWDYESLAVQWGEQDDYQVLKKVGRGKYSEVFEGVHCGNDEKCIIKILKPVRKKKIKREIKILQNLCGGPNIVKLLDIVRDQQSKTPSLVFECVNNTDFKVLYPTLSDYDIRYYIYELLKALDYCHSQGIMHRDVKPHNVMIDHAQRKLCLIDWGLAEFYHPGQEYNVRVASRYFKGPELLIDLQDYDYSLDLWSLGCMFAGMIFRKEPFFYGQDNYDQLVKIAKVLGTDELRAYQDKYHIELDPRYAVLIGRHDRKPWTKFINMDNRHLAVPEAIDFLDKLLQYDHQERLTAKEAMAHPYFNPVRNAESSKTRTH