AlfalfaGEDB | MS.gene070317

M. sativa cultivar XinJiangDaYe / MS.gene070317

KEGG: -
GO: GO:0000271 GO:0003674 GO:0003824 GO:0005575 GO:0005975 GO:0005976 GO:0006073 GO:0008150 GO:0008152 GO:0008194 GO:0009058 GO:0009059 GO:0009250 GO:0009987 GO:0016020 GO:0016051 GO:0016740 GO:0016757 GO:0016758 GO:0016759 GO:0016760 GO:0030243 GO:0030244 GO:0033692 GO:0034637 GO:0034645 GO:0035251 GO:0043170 GO:0044042 GO:0044237 GO:0044238 GO:0044249 GO:0044260 GO:0044262 GO:0044264 GO:0046527 GO:0051273 GO:0051274 GO:0071704 GO:0110165 GO:1901576
PFAM: PF03552.17

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.gene070317.t1	XP_003600351.1	90	459	45	1	1	458	93	551	1.60E-246	861.7

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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.gene070317.t1	Q8VZK9	57.4	458	177	4	2	458	108	548	1.5e-152	540.8

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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.gene070317.t1	G7IV14	90.0	459	45	1	1	458	93	551	1.1e-246	861.7

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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.gene049351	MS.gene070317	0.823173	1.60E-53	-1.69E-46
MS.gene049427	MS.gene070317	0.827782	1.29E-54	-1.69E-46
MS.gene049661	MS.gene070317	0.814842	1.25E-51	-1.69E-46
MS.gene049662	MS.gene070317	0.817068	3.99E-52	-1.69E-46
MS.gene050301	MS.gene070317	0.848527	5.79E-60	-1.69E-46
MS.gene050397	MS.gene070317	0.813128	2.99E-51	-1.69E-46
MS.gene050432	MS.gene070317	0.804792	1.82E-49	-1.69E-46
MS.gene050670	MS.gene070317	0.820489	6.68E-53	-1.69E-46
MS.gene05101	MS.gene070317	0.833814	4.30E-56	-1.69E-46
MS.gene05105	MS.gene070317	0.827277	1.71E-54	-1.69E-46

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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.gene070317.t1	MTR_3g060240	89.978	459	45	1	1	458	93	551	0.0	878
MS.gene070317.t1	MTR_3g060220	87.991	458	55	0	1	458	94	551	0.0	859
MS.gene070317.t1	MTR_3g060220	87.991	458	55	0	1	458	93	550	0.0	859
MS.gene070317.t1	MTR_3g060280	70.499	461	126	4	1	458	103	556	0.0	676
MS.gene070317.t1	MTR_3g060280	70.499	461	126	4	1	458	103	556	0.0	676
MS.gene070317.t1	MTR_3g060280	70.499	461	126	4	1	458	103	556	0.0	675
MS.gene070317.t1	MTR_3g060280	71.676	346	88	4	1	343	103	441	1.76e-179	509
MS.gene070317.t1	MTR_8g063270	37.575	503	257	9	1	450	75	573	1.99e-110	343
MS.gene070317.t1	MTR_2g087960	37.267	483	268	8	2	458	95	568	3.63e-110	337
MS.gene070317.t1	MTR_2g087900	39.308	491	250	10	2	457	94	571	4.10e-110	337

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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.gene070317.t1	AT1G55850	57.424	458	177	4	2	458	108	548	0.0	555
MS.gene070317.t1	AT4G23990	41.037	463	259	6	2	458	117	571	4.99e-124	378
MS.gene070317.t1	AT4G24000	40.781	461	256	5	2	458	95	542	7.63e-123	374
MS.gene070317.t1	AT4G24010	40.564	461	264	4	2	458	98	552	2.27e-119	366
MS.gene070317.t1	AT5G17420	35.373	523	269	9	1	457	313	832	1.13e-105	337
MS.gene070317.t1	AT2G25540	34.879	539	266	11	2	458	331	866	1.71e-102	329
MS.gene070317.t1	AT2G32540	35.887	496	259	10	2	458	92	567	2.64e-94	301
MS.gene070317.t1	AT5G09870	34.815	540	266	14	2	458	340	876	1.51e-93	305
MS.gene070317.t1	AT2G32530	34.827	491	271	10	2	458	92	567	2.69e-92	296
MS.gene070317.t1	AT4G15320	36.179	492	260	10	2	458	92	564	1.06e-91	294

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Find 92 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
AAAAGCTCTTTAGCATTATT+AGG	0.175521	3.3:+48555989	None:intergenic
AAACAATTCTCAATCTCTAA+GGG	0.548566	3.3:-48554572	MS.gene070317:CDS
AAACACATCATGGGGAAAAG+AGG	0.548558	3.3:-48550481	MS.gene070317:intron
AAAGAGTACCAATGAATTCA+TGG	0.349547	3.3:+48554988	None:intergenic
AAAGCTCTTTAGCATTATTA+GGG	0.321781	3.3:+48555990	None:intergenic
AACAAGTGATTCTGACAATG+TGG	0.692479	3.3:+48547348	None:intergenic
AAGGTCTTGAAGTATGCATC+TGG	0.496793	3.3:+48556022	None:intergenic
AAGTATGCATCTGGCGACCT+AGG	0.537937	3.3:+48556031	None:intergenic
AATCCAAAAGAGTACCAAAT+AGG	0.368216	3.3:+48547271	None:intergenic
ACACACAAATATGTCCACTT+TGG	0.492778	3.3:+48556252	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
chr3.3	gene	48547144	48556281	48547144	ID=MS.gene070317
chr3.3	mRNA	48547144	48556281	48547144	ID=MS.gene070317.t1;Parent=MS.gene070317
chr3.3	exon	48555979	48556281	48555979	ID=MS.gene070317.t1.exon1;Parent=MS.gene070317.t1
chr3.3	CDS	48555979	48556281	48555979	ID=cds.MS.gene070317.t1;Parent=MS.gene070317.t1
chr3.3	exon	48555327	48555467	48555327	ID=MS.gene070317.t1.exon2;Parent=MS.gene070317.t1
chr3.3	CDS	48555327	48555467	48555327	ID=cds.MS.gene070317.t1;Parent=MS.gene070317.t1
chr3.3	exon	48554997	48555125	48554997	ID=MS.gene070317.t1.exon3;Parent=MS.gene070317.t1
chr3.3	CDS	48554997	48555125	48554997	ID=cds.MS.gene070317.t1;Parent=MS.gene070317.t1
chr3.3	exon	48554447	48554659	48554447	ID=MS.gene070317.t1.exon4;Parent=MS.gene070317.t1
chr3.3	CDS	48554447	48554659	48554447	ID=cds.MS.gene070317.t1;Parent=MS.gene070317.t1
chr3.3	exon	48550482	48550721	48550482	ID=MS.gene070317.t1.exon5;Parent=MS.gene070317.t1
chr3.3	CDS	48550482	48550721	48550482	ID=cds.MS.gene070317.t1;Parent=MS.gene070317.t1
chr3.3	exon	48547144	48547491	48547144	ID=MS.gene070317.t1.exon6;Parent=MS.gene070317.t1
chr3.3	CDS	48547144	48547491	48547144	ID=cds.MS.gene070317.t1;Parent=MS.gene070317.t1

Gene Sequence

>MS.gene070317

ATGCTACCCAAAGTGGACATATTTGTGTGTACGGCAAATCCAGATATTGAACCACCAATAATGGTGATTAACACAGTATTATCTGTGATGGCATATGATTATCCAACAGAGAAGCTTAGTGTGTATCTTTCAGATGATGCTGGATCAGATATTACATTTTATGCTCTCTTAGAGGCTTCTAAATTTGCTAAGCATTGGTTGCCATTCTGCAAGAGATTCAAGGTTGAACCTAGGTCGCCAGATGCATACTTCAAGACCTTAGACACTTACCCTAATAATGCTAAAGAGCTTTTGGCCATCAAGGTAACAAAGTAACCAACTTTGCTCTAGATATGTAAATCTCTTTAGGAATATATCTTTTCAGAATGCTTCTCTCATATCAACCTATAAAGATGGATATAAAGGTGAGCTCTTAGGTTAAAATATTTTGGTTAACTTTTAGGTTAATTTGACATAACATATTATTGTATGTTGTTATTGAACAAATGAAATATAATTGCAAATTATTATGAATAAAATTTGCGGCATAGCAGCCAATAGGGTTGAGTGTAGTACAAGGGGCTAGAGTGCCACAACATCAATGGTCGAATCGAATTAGAGAGGAAAGGAATACCCCGCATTTAGTATCTGACCCACCTCCTTAATTTGGCAACTCCTTCAAAAAAAAAAAATCAAATCATAAGGAATTTTTTACTTGGTACATCATGCTACATTAATTTGGCAACTCCTTCAAAATATTTTTTTTTTGCGAGAATACTGAAAAATGGATCATCAATATGTAAATAATGGAAACTTTTTTATTTTCATGTAATAGAGACTGTACCAAGATATGGAAAGTCGAGTAGAAAATGCATCCAAGTTGGGTGAAGTACCGAAGGAAGCATACTCAAATCATAAGGAATTTTCTCAATGGGATTCTTATTCATCTAGACGTGACCATGACACAATTCTTCAAGTATGTATCATTTTCTTTTCCGATTGAATTTCCTTCACAGTAGTTTAAAATATGTTCGTATTTGTTGTACAAAATTGCTCTTTAAACTTCTAAAATTGCTCTCAGACACCCTTAAATTATCCAAACGGTAGTTAATTGTCGTTCCTGATTTGCTAATAATTTAATATAACAATTAGTTGGTTTGTATTAATTTGTTTATAGATACTGCTTCATAGAAAGGACAATGCTAGAGATGAAGATGGTTTTGTTATGCCCACCTTGGTATATTTGGCTCGTGAGAAAAGACCCAAATTTCATCATAACTTCAAAGCTGGAGCCATGAATTCATTGGTACTCTTTTTTTTTTTTTTTTGATCAAGAATTCACTGGTACTCTATATTTATATACTAAGCCTATATTTGATCGTGGATTTAAATTTAATTAGGATTAAGTTTAATTTTTGAATGCATGTTCAGTATATATGTATTAATTTTTATTTTATTTTTTTAAGGAAAGTATATATGTATTAATTGTTGGTCCCCAATGCAGATAAGGGTGTCATATATCAATGTAATTAGTTGTTTGTTGTTCAAAAAAAATGTAATTAGTTTTATTTTGAAGGAAGGAAAAAAAAAAATGTAATTAGTTGTTTAGTATATAGTGTATTAATTGTTGGTCCTGAATGCAGATAAGGGTGTCATCAATGATTAGCAATGGGAAAATAATTCTCAATGTAGATTGTGACATGTACTCAAACAATTCTCAATCTCTAAGGGATGCACTTTGCTTCTTCATGGATGAAGAAAAGGGACATGAAATTGCCTTTGTGCAGGCTCCTCAGGTCTTTGAAAATATCACAAAAAATGACATATACGGTGGTTCTTTGGCTATAGCTTATGAGGTAAAGTAGTTCATATATGCTAATAAAATTGAAGTGAATAAACCAAACTATGTATTATTAATAGAATATAGTATATAGAATATAGTTGTTTACACCTTAAAACAAACTATCTTTGTTCTCACCTGTCTATAAACTTCCTCCAAGCCACCACCTTCTTCTCCCCCTCCTAGTCCAAATAAACTTTAAGTAGATATGGATATGTCTCGTGAGCTTAGCTCAGTTGATAGGGCCAATGCATATTATATAAGCTTCCGTCTGAATATTCCGTCTGAAAATGACCTTTTTTTAGTAGTGGTTGAGGTGTTTTTGTTAGCCGCCCTCTGGTTGTTTTGCTCGTGATCTAGCGGCAATTTTTTATTTTTTATTTTCTTTTTGGTGTGGTCGATGGTGGTGTATGTGTGTGGCCACTTTCCTCACTGTCGTGATGGATTTGTATTTATGGGCTTGCGACAGTTTGGTCTGTGTTTTTATGCTTCTGTTCTTGATCTGAGATTGGCTGCTTGAAGATATGTGGTCTTTTTTGTTGTTCGTTCACCTATTGTATTTGGTGGTATTGCCTCTTCGATTCTCAGATGTTCCTGATCTATTGAGATATGCATGTTTCAAGGCGTCAAGGTATGCCTCAAATCTAGTACTGGATAGTTCTCTGTGTTAGTTTGTGGGACTGTTCTCATAATGTTAATGCTCGAAAGAACTTTTATGCATGTTGCTTTGTTACCGTGTTGGCGATCAAACCATTTGCCTGTTTTATGTTGTCATAATGTTCTCATAATGTTAATGCTCGAAATGAGGGTTTATGTTGTCTCAGCAAAGTTTACATGAGGTGTCGCGTTAGAAGAAACTGGTAGATATGACAGAGACTGATTGGGCATAGATGAAGGAAAAAGTTGTGGGATTGATTCGTGTTGAGTAAGAATCATATATTAGACATGAAAGAAATCCAAAGGGGCTGAAACGAAGTTAAACTGGCAAAACTTCTTGCGTTTGGACCGTAGTGTGTGTGTGTGTGTGTGTGTGTGGCTTATAACATAGTAATTACTAATTCATCAAAATAAATATATGGAATTATAAATGCTCTATAGTCGTAAAGGTGTGCATAATTAGCCGAACTCCACGAGCAAGGATTATCTCATTTTCTTGTGATTTTTGTTTCTTTTATTCTTCTACTACAAATTGATGTTCTAACAATTCATATATATGCTAATTAAAGACGATGTGATGTATCATAACATAAAATTAGAAGATTTTAGAACGATGTCTAAATCCAAGAACAAGAAAACAAAAGAGTACTTTAGTTGGAAACAGACCAGGCATTGGAGGTGAGATTTTCCAAACAAAAAACATGGCTCACCCAACTCAGTAATATGATCCAAATCTATATTCTAGCAATGAAGGCGGTATTTTATGTTTAATCTAGCAAGTGAAAAGAAACATCGATTTTTGACTCAGGTTTTCTTATTGTATGACTTCGCACTAAGAGTGATTCAGAACATTCAGGTCAGGTGGTTTTGAATTTGTTTATTTTAGTGATGATAAAGCATGTGCTATCATTTGAATGAGAATAATTAAAACTTTTATGGACAATGGTGGCGTGCGAACGTTGAATGATGTCAGGTATATTCCATAAGGTAAATGTTTCTCAAGTTTGATGAAGATAGTGATGAAATTATGGCCCGCAGTAAAGAGAAAACACCAAGATTTATAATGGTTCATCCTTTCGTTCACGCTTCAGGCTAATCCACTCATCTTGATGGAAAACGTCTCCACCAAGGATTTCCACTAGAAATATGAATGTTTGATTACAATGTGATTACAAGAATTCCTTGAAACTACCTTAGTTCTTCAACTCCTATGCAATCACCCCCCAATCTTCAAAACCCTTTGAAATTGGTGCTTATTGATGTCTTCGAATCCTCAATTACCCGTGCAACCATTGAAGTTCTTCACCTGAACTCTTTGATGCTCCGTTTGGAAATTGGATCCCCTTGAACACAAGAACTTTAGAAAGAACCCCCAAGACCTTTGGAAGTGAAATGAGATTATTCACTTCACTTTAGAACCTTGATTCACCCAATCAATTTCCTTGAATGAACCAACTTACAATCCTTATAGCACTCTAGAAATCTATGACTCAAAGATCAAAGTGAATCTAAGAAAAAGTGTCTAATCTTGAAGAATGTATGAACAATGAGGTTTGGAGACTCTAAAAAGAATATATGCAAATGATTCAATGTTTTTGGTGTTATGAGGAAGTGACTATGTATAGAAAAGGGTGGCAAGTGCAAACTTTTGGCCGAAAACAACAGTGAATCGATTCACTAAATGTGTGAATCGATTCAGACAGCTAAATGACAAGCCTGATGAACTATAAAGATGCTATGAAGATTGATAAGTGTCACACTAAATTTGAATCGATTCATAAAGCCCGGGATGAAGATTGAAACGATTCAAATTATTTTGAATCGATTCAACACAAGTCAGAAAGATTCCATGATACGATTCAAACTATTTTGAATCAATTCAAGAGTGATAAGATTCAAAATTTCATCAAACGAATCACTCCAAGTCAGAGACTTTTGGTGATACGATTCAAGCAACGCTGAATCGATTCAAATGTGCAGAAAACCAATTTTGGAAAACAGAAATGAGGTTTCTTGTGATATAAGCTATGTAGGACAAACAAGAATCACAGAGCATGATGAGACATAGCTTTGCTAGGTGCTTTAACATAGTCTATGATATACTACCAAAATAAAAACAACATCTAGGAATTCTTAATCAACATCAAAACATAACCTAAGGCTATGCAAGCTTTAAAATTCATCATGGACATGAAGGTGGAGTACATGATTATTCTCTTGTACGTGACAAAGAGTGTTGTCAGATCAAACCGCCATGGATATGAAGGCCTGGCAACCGATGCAATTTTTACTAACACTGGAGATTGTTCCCTCTTTCGAGATATTATAGTTACTCAAGAGAAAGACGAGTGGATATGTGCTTTGGTGGAGGAAATGGAGTCGTGAAGAAAGATAAAAAAATGGGAGTTTGTTAAGATTCCTAAGGGGAAAGGATTATCAATTGCAAGTTGGTTTACATGAGAAAACCAACACTAGCTGGAAAAAAGAAGGGGGAAAATTCACTTGTTCGGGAGACTAGGGAGCTTCGAGAACGACAATGAATTAAACTTCTAGGACCCTTAAGAGACTTTGACATCACGGCTCCACTCAAAATCTTAAGAAAATAGGTATATAGATCATCTCTCTTATCTATTCAACCTTTCTCTATTCCTAGTTGATGTGGGGCTAACCGCTTACTCTTGAATTCCAACAATCTCCCCTTATGCGTGAGTCACCCACATCATTAGCTTGATCCATATTAGGATCAAGCTCCCCCATCTAGGACCCCTAAGAGACTTAACACCACATCTTCACTCAAAACCTTTAAATATTAGGTGTATGTGTCACCTCTTATATTTTTTACATTTCTTCTATTCCTAGTTGATGTGCAACTAACCACTCACACTTGAATTCTATCTTATCGCCTTTTATGTATATCTTATGTTTTTATGAATGAAATTTATATTGACAACAAAAAAAAAATGACAAATTGCACTATGCTATAGCAGCTTACATTTTTTTTTTGTTCGATAGGCATTATAGTAGCTTAGTGACTCCATTAGTATCTTACATCAATAGTTTATAAATTTGTGAACATATATGTAGGTGGAATTTTATGGCTTAGATGGATTTGGTGGGCCCCTTTATATTGGAACCGGCTGCTTTCATAGGAGAGATACACTATGTGGAAGAGAGTATAGTGATCAATGCAAGATTGATTGGAAGAATGCAAATGATGAAAATATTGAACATATGATAAAAGAAGCAAGCTTGCATGAGCTAGAAGAAAAATCAAAGACTCTTGCAAGTTGTACCTACGAGCAAAACACATCATGGGGAAAAGAGGTTACACTCACCTTTCAAAAATAATATAACTTTAGTTTTTGGTACCTTCAGAATTTTTCCTTTATTTATTTATTTTTTTTGTCATTGACTTCTTCATATATTAAAGTCAGGATCTCTAGATTACGCAAAAGAAATAGAGAATTTTGTTTGATAAGATAAATGTTCAAAAAGTTAAATTTGAGAAATAAAAATTATACCAACCCATATTAGTTGTCAATAAAAAATCTATTGAATATTTGGTTATATATAATATTAGTTTGGATGAATGAAAGAAATTTTTGAAAACTTGATATAGTAATTTTTACGAGGAAACCCATTACCAACAATAGTTGTCGCGCACTTTTCCATATATTGTTAAAACATTTTGCTTGTGTAGTCTGAGTGGCATGGCATGATCTCAAACTAACGGCATCTGAAATTGTTTATTGAGTATAAATGTGTGGTTCCCTTTCAGCAGTAAATTAGGATCTTTTTTATGAGGCAAAGTGAATACTCCCTCCGTCCCAGTTTAATTGAGTCAGTTGACCATTTCACACAGATTAAGAAAAGTGTATAAATAAAAGAGAGAGAAAACTGATTTTAAGTGTCTTTGTCAAAGATTTGTGCATTCTTCTTTATCATAAACTAGTGAAAAGACGGGCACTCACATGCCCGTCTTTCCGCTTTTTTTATTGCGCTAACGTTTAAAAATTATTAACGGTGTTTTTTTTTTATGAAATTTTGATTTTGATTAAAACTAAAAATATAAATGTTTGTTGTTTTCAAGTTACAACAAACTAAACTAATCATGATTATATATTTCAATGACACCAACAATATAACAAAAAATATAATCTATTTTTTTTTAATGACACCAGCAACAACTTTACTATAGAAAAAGTTGTTTAAGGGTATAATCGGGATAATGAAAATGTAACATTTAGTTTTTTTTTTGAAGGAAAAATGTAACATCTAGTTTGTTACACTTTTTAAATAATAAAGAAAAAAAAATCAGACTTATGTATATTTATATCGTGTTTATTTTAATTTTTTTAATATTTAAATTTATTCTTATCTATTTGTTACATGTGTTATTTGTATTGAAAATTGAGGGCATTTTTGGAAAGAAAAACCAACCCAAAAGAGGTAAAAGGGGTTGTTTTCTTTATATATATAGTATAGATAATTTACATGATTTTTCCCATAACTTGTAATTCTGTATTTCTATCGTTTCATTGTATCGGTTATGTTTTTTTAACCTCAAATAAAGATCGTTACAATTTTTCTAACAAACCAATATTTTTCTTAAAAAAAAAAAAACAAAGCAATATTTTGTTTACCTAGAATTAAAGCAACAAACTTTATCCAAATTGTAAACACGAAAAATAGGGTTCATGGTTCACAGAAAAATTAGAGAGAACCTAAAAACTCCAATCGTGGATGATTTCTAAACATTAATTCCAACGTATCCCAATAAACCAAATAGAATGGCTTTCTCTATACCACTGGTTCATTTTATTTAATAATCGTGGATTAGTTCTTAGAGGTTTTTGTGTAAGGGGTTTGATTTATTTTCTTTGTTGTAGCTGTTGTTAGGCCTGTTAATAGTGACTGTTGTGCATGTAGTTGACTTCTCAAAACAAATATCACTATGAAAGAAAGCAATTAAAGAGTGCAGAGTGGATTCATCACTCAAACTCGAAATTACTATCAAACTATTGTTACATAAACAATTCGAATCATAATCACTTATAAACCAGCAAAGTCAAATAATCCATAAAATTAATCGACTTTGATTAGTTGTAACATGAAAGAAAGAAAAAAAAAACTTACAGGTTAATTCTGAATTTTGATGCAGAGGGCTGAGAGAGGTTGAAAAAAACGAAACAATACGGGTAACGAACTATGAACTGTGAGAGCCCTACTTACTAATATTTAATATAGTGCTAACAAATCTTTTTCTAAATATTTTGAGTCCTAATCTTTTTTTAGAGGATTTAAAGTCCAATCTTTAACATTATATTTTGCTTACGTTTGTTACTAATCTTTTTTTTAGAGGACTTAAAGTCCAACCTTTAACATTATTTTTTGCTCACGTTTGATACCTAATCTTTTTTTTAGAGGATTTAAAGTTCAATCTTTAACATTATTTTTTGCTTGCGTTTGTTAATAGTTTTTTAGAGGATTTAAAGCCCAATCTTTAACATTATTTTTTGCTTACGTTTGTTACTAATCTTTTTTTAGAGGATTTAAAGTTCAATTATTATTTTTTGCTTGCGTTTGTTGCTAATCATTTTTTAGAGGATTTAATGTTTTTAATTATTTTGTTCTCACGTTTGTTACATTTATTTTAATATTTAAATTTATTTTTATCTATTTGTTACACGTGTTATTTGTATTGAAAATTAAGAGTATTTTTGGAAAGAAGTTACATTTATTTTAATATTTAAATTTATTTTTATCTATTTGTTACACGTGTTATTTGTATTGAAAATTAAGAGTATTTTTGGAAAGAAAAATCCAACCCAAAAGTGCTGAAATGGGTAGTTTTCTTTATATATAGTAAGTATAGATGTAAAGTAGAATATATTGAATTGGAAGTGATAAAAGTAGTATTAATTAGAGTTATAATTGGAAAAAAGTAATTAATGTTGTATTGAAAAGTGAAATGAAGTAATATTTTTAGGACAATATTTTTTTGAGCAATGCTATATCTCTAGAAAAATAACATCAAGAATTCTTCAAGAATAAAGAGTAGCCAATCACAATGCACTATTTGCCACAATTCAAGGATGTGTGACTGAAAAATAGGAAGTGGACAAATAAGTCATCCAATTAAAATTTGCCAACGGTGTCTTGAAAAATTCTTGAAGCTATTTTTCTTGAGAAATAGCATTTTCCTTTTTTTTTTTTTTTACAAATGGCTCAAATATTATGGGACGGAGAGAGTAAAAAATAAAAAAAATTTATATCTATTTAATTTTCGTAAATGTATGAATATTTGATTGCAGATGGGACTAGTATATGGTTGTGTAGTGGAGGATATAATAACAGGGTTATCTATTTTACGCAAAGGATGGACATCAATATATTATAATCCAACAAGAAAAGCTTTCTTGGGTTTGAGTCCAACCACATTGTCAGAATCACTTGTTCAACATAAGAGATGGTCCGAAGGACTATTTCAAATTTTACTTTCAAAGTTCAGTCCTATTTGGTACTCTTTTGGATTAATCAGTCCAGGCCTTCAAATGTCTTATTGTCACTATAATATGTGGGCGTTAAACTCCTTTCCAACTCTGTATTATTCCACCGTCCCATCACTTTTTCTCCTCAAAGGCATTTCCTTGTTTCCACAG

Protein sequence

>MS.gene070317.t1

MLPKVDIFVCTANPDIEPPIMVINTVLSVMAYDYPTEKLSVYLSDDAGSDITFYALLEASKFAKHWLPFCKRFKVEPRSPDAYFKTLDTYPNNAKELLAIKRLYQDMESRVENASKLGEVPKEAYSNHKEFSQWDSYSSRRDHDTILQILLHRKDNARDEDGFVMPTLVYLAREKRPKFHHNFKAGAMNSLIRVSSMISNGKIILNVDCDMYSNNSQSLRDALCFFMDEEKGHEIAFVQAPQVFENITKNDIYGGSLAIAYEVEFYGLDGFGGPLYIGTGCFHRRDTLCGREYSDQCKIDWKNANDENIEHMIKEASLHELEEKSKTLASCTYEQNTSWGKEMGLVYGCVVEDIITGLSILRKGWTSIYYNPTRKAFLGLSPTTLSESLVQHKRWSEGLFQILLSKFSPIWYSFGLISPGLQMSYCHYNMWALNSFPTLYYSTVPSLFLLKGISLFPQ