AlfalfaGEDB | MS.gene070787

M. sativa cultivar XinJiangDaYe / MS.gene070787

KEGG: -
GO: GO:0003674 GO:0005488 GO:0005515
PFAM: PF00439.28 PF17035.8

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.gene070787.t1	XP_013443370.1	91	782	31	4	1	774	1	751	0.00E+00	1123.2

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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.gene070787.t1	Q9LK27	44.2	746	325	16	22	755	33	699	5.6e-120	433.3

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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.gene070787.t1	A0A072TV39	91.0	782	31	4	1	774	1	751	0.0e+00	1123.2

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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.gene049159	MS.gene070787	0.830522	2.80E-55	-1.69E-46
MS.gene049190	MS.gene070787	0.814396	1.57E-51	-1.69E-46
MS.gene049255	MS.gene070787	0.806321	8.71E-50	-1.69E-46
MS.gene049404	MS.gene070787	0.813537	2.43E-51	-1.69E-46
MS.gene049672	MS.gene070787	0.806069	9.84E-50	-1.69E-46
MS.gene049808	MS.gene070787	0.832922	7.17E-56	-1.69E-46
MS.gene049824	MS.gene070787	0.817669	2.93E-52	-1.69E-46
MS.gene049825	MS.gene070787	0.80794	3.95E-50	-1.69E-46
MS.gene049850	MS.gene070787	0.815467	9.11E-52	-1.69E-46
MS.gene049873	MS.gene070787	0.828955	6.74E-55	-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.gene070787.t1	MTR_0018s0090	91.944	782	24	4	1	774	1	751	0.0	1291
MS.gene070787.t1	MTR_0018s0090	90.447	649	23	4	1	641	1	618	0.0	1070
MS.gene070787.t1	MTR_3g075040	46.020	804	356	20	1	774	24	779	7.10e-166	498
MS.gene070787.t1	MTR_3g075040	41.486	646	302	18	1	617	24	622	1.71e-124	386
MS.gene070787.t1	MTR_2g091135	27.407	405	252	9	68	432	164	566	1.06e-42	165
MS.gene070787.t1	MTR_2g091135	27.407	405	252	9	68	432	164	566	1.31e-42	165
MS.gene070787.t1	MTR_2g091130	36.531	271	134	7	191	432	294	555	1.70e-41	161
MS.gene070787.t1	MTR_2g018270	61.386	101	39	0	197	297	83	183	4.38e-37	146
MS.gene070787.t1	MTR_2g018270	41.714	175	84	6	589	755	335	499	6.45e-21	97.4
MS.gene070787.t1	MTR_4g079650	41.206	199	94	4	191	370	653	847	2.20e-35	144

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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.gene070787.t1	AT3G27260	44.515	784	344	18	8	774	9	718	1.44e-176	524
MS.gene070787.t1	AT5G14270	44.384	730	316	11	50	774	45	689	3.25e-173	514
MS.gene070787.t1	AT5G14270	44.384	730	315	11	50	774	45	688	5.06e-173	514
MS.gene070787.t1	AT5G14270	44.384	730	315	11	50	774	45	688	5.06e-173	514
MS.gene070787.t1	AT3G27260	43.928	774	343	18	8	764	9	708	1.65e-168	506
MS.gene070787.t1	AT3G27260	43.423	783	343	19	8	764	9	717	4.87e-166	500
MS.gene070787.t1	AT3G27260	44.596	731	326	14	41	764	1	659	5.24e-166	498
MS.gene070787.t1	AT5G63320	41.136	722	343	14	51	749	55	717	1.28e-125	402
MS.gene070787.t1	AT5G63320	37.946	448	215	8	51	494	55	443	3.80e-83	273
MS.gene070787.t1	AT5G63320	37.946	448	215	8	51	494	55	443	3.80e-83	273

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Find 175 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
AAACATCCATAGAAACCTCG+AGG	0.714436	7.3:-60800815	MS.gene070787:CDS
AAAGAAAACAACTTGCCAAT+AGG	0.373479	7.3:-60801043	MS.gene070787:CDS
AAATGAGGCTGATGAAGAGG+TGG	0.664901	7.3:-60799624	MS.gene070787:CDS
AACAGTGAATTTGCAGTTCC+AGG	0.325521	7.3:+60800684	None:intergenic
AACGGTGGAGAATCATTTCT+AGG	0.460214	7.3:+60800345	None:intergenic
AACGGTTTCAATTTATTCCC+TGG	0.475915	7.3:+60800783	None:intergenic
AAGAAATCAATGATGTAGGC+AGG	0.537972	7.3:+60800117	None:intergenic
AAGCCTCGTGGATGGAATAG+AGG	0.526795	7.3:-60800747	MS.gene070787:CDS
AAGCTCAGACTTAAACCTAT+TGG	0.425510	7.3:+60801028	None:intergenic
AAGGCTACAAGCAGAAGCGA+AGG	0.598802	7.3:-60792999	MS.gene070787: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
chr7.3	gene	60792546	60801261	60792546	ID=MS.gene070787
chr7.3	mRNA	60792546	60801261	60792546	ID=MS.gene070787.t1;Parent=MS.gene070787
chr7.3	exon	60799954	60801261	60799954	ID=MS.gene070787.t1.exon1;Parent=MS.gene070787.t1
chr7.3	CDS	60799954	60801261	60799954	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60799763	60799811	60799763	ID=MS.gene070787.t1.exon2;Parent=MS.gene070787.t1
chr7.3	CDS	60799763	60799811	60799763	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60799522	60799683	60799522	ID=MS.gene070787.t1.exon3;Parent=MS.gene070787.t1
chr7.3	CDS	60799522	60799683	60799522	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60798222	60798289	60798222	ID=MS.gene070787.t1.exon4;Parent=MS.gene070787.t1
chr7.3	CDS	60798222	60798289	60798222	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60796143	60796215	60796143	ID=MS.gene070787.t1.exon5;Parent=MS.gene070787.t1
chr7.3	CDS	60796143	60796215	60796143	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60793505	60793585	60793505	ID=MS.gene070787.t1.exon6;Parent=MS.gene070787.t1
chr7.3	CDS	60793505	60793585	60793505	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60793301	60793416	60793301	ID=MS.gene070787.t1.exon7;Parent=MS.gene070787.t1
chr7.3	CDS	60793301	60793416	60793301	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60793122	60793188	60793122	ID=MS.gene070787.t1.exon8;Parent=MS.gene070787.t1
chr7.3	CDS	60793122	60793188	60793122	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60792898	60793028	60792898	ID=MS.gene070787.t1.exon9;Parent=MS.gene070787.t1
chr7.3	CDS	60792898	60793028	60792898	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1
chr7.3	exon	60792546	60792815	60792546	ID=MS.gene070787.t1.exon10;Parent=MS.gene070787.t1
chr7.3	CDS	60792546	60792815	60792546	ID=cds.MS.gene070787.t1;Parent=MS.gene070787.t1

Gene Sequence

>MS.gene070787

ATGGCTAAGAGTAGGCATTCTGGAGGCTATTGTGAAACAGTCGTTGTATCCGATGGCTCGGCTACTGAACTTACTGTTTCCGAGGAGGAGGAGGTGGAGGATACTCGGAAATGTGTTACTTTGATCAATTCAGGTCGACGAGGGGCGTATGGTGTTCCAATGCAACTTGTTCCTTTGTCAAAATTGTCAGTTTTTCAAAGAAAACAACTTGCCAATAGGTTTAAGTCTGAGCTTGAACGGGTTCGACTTTTTCAAAAGAAATTTCAAATGCAGAAGAGAAATGGTGTTACTTTGCCGTCTTCTAGTGATATTAATATCAACCGTGGTCAAATAGACAACTTGAGAAAACCTTCAATATCTGCTTCCGTTCAAGAGACCTCGAGAAAACCATCAATATCTTCTTCAGTACAAGGAAATGCATTGAAAACATCCATAGAAACCTCGAGGAAATCAGTACCAGGGAATAAATTGAAACCGTTAGGTCAGACTCAGAAGCCTCGTGGATGGAATAGAGGCACTTGTGGAAAGTTTGAGACTCAGGCACGAACTTGTTTGCCTGGAACTGCAAATTCACTGTTGATGAAAGATTGCGAGTCACTATTGAAACTGTTGATGAAGCACAAATTTGGTTGGGTTTTTAATGCTCCTGTGGATGTGGTTAAGTTGAATATTCCTGACTATTTCAGTGTCATAACGCATCCTATGGATTTGGGAACAGTACAAAACAAGATTGCTAAAGGATCATACACAGGCCCATTGGAATTTGCTGCTGATGTGAGGCTTACATTTTCAAATGCGTTGACATATAATCCACCTAAGACTGATGTCCATATCATGGCTGATACCCTTAGTAAATATTTCGAAACGAGATGGAAAACATTACAGAAGAAAATTCCTAGAAATGATTCTCCACCGTTGCCCACGAAGACAAACACCAGTGAAGATGTACAAACCACCAGACCAATGCCTCCTTCTAAAAAGAGGAAAATTGGTTCACTGCCTCCTCAACCCAAAATTATCCCTCCTCCTCAACCTCAAGTTATCCCACCTGCTAAACTGGTTATGTCGAATCAAGAGAGGCAAAATATTGGTAGAGAATTGGAGTCTTTTGAAGGAGTAATACCTGCCTACATCATTGATTTCTTGAAAGAACATAGTTCAAATGGTAAAGAAGGTGAAGAAGATGACATTGAGATTGATATTGATGAATTTAGTGATGATGCAATGTTCAAATTACGAAAGCTTTTGGATTACTATTTACTGGAGAAGAAAAAAACCGAAGTAAAAGTTGAAGCATGTGAAATAGAGGTGCCTCTCTGCTAACCTAACACTTCCATGAAATATGCTAGTATCGTATTTTGTCTGAAATGTACCCACCCTGTTCATAATGAGATGTCAGTCTCACAACATGTATGACGTGACTTCTGGTTTTTTATGTTTGCTGTTGCAGCTTTTGAATGACTCTGGACCAAGCAATTCATCGTTGCAAGCATTTAAAGGTTATATTCGTGTTTTTTTTTTATGTCCGTGTGTGAACGTTTATGTTTTGTTTTTTGTTTAAATTTGTTTTGCTTGTAGGTAATGATCCGGCTGATGAAGAGGTCAACATTATTGGAAATGAGGCTGATGAAGAGGTGGACATTTGTGGGATTGAGTCCCCTGTCACGAGCCATCCTCCTGTAGTGATTGAAAAGGATACAACCTACCAAACGAGTAAATGTTCAAGTCCAGGGAGCAGTGGTAAGTGTGGTTTGAACTTTGAATTTCTTTTTGATGCTTTTGAAATTTGAATACTACTACTACTAAGTAATTAATTTTGTGATAAGTATTATAGGATGTGGAAATCTGATCATATGATAATACATTTAGTACATGATTTGTAAAAAATATCTTATTGAAAGTTTATATTATATGTGCATGCTTATATTTTACATTTTTTTATTACTCTCCTCTTAAATCATACTTTAGCTGTTGGTTTTCACCTCTTTTCCAAAATACTCAAGGAAAACTAAGAAACCAATGGGCAGTTGCTTCTGAATAAGTGCTACATACCAAACACATATTAGGGACATCTTAAGAATATAGAATCATGTATGGCAAAAATATAACTAAAAAAAATGTTCCAGGTTTTAAGTTCACACTTGAGGTTTTCCAATAAATCAAGGAAAACTAGGAAAGCAATGGACAGTTGCTTCTGAATAAGGATCACATACCACACACATATTAGGGACGTCTTAAGAATATGGTCAATTATCTGCATAAGCTTGCCCCATTTAAACATAAAACTGGGAGCAAAGCATCTTCTTAACTTGCCAGTACTTTGGTATTGCCTTTTTTTCTTTAACAAGGAGCTACTAAAACCTTGATCAATGATCAGCATATGCAAAGCCATTGATGGTTTCACTAGCATGACTGGAATAGGCTTCCTAATTTGTGAGAACATGTGAAATTGTCTTGTAATGTGTCGATACACCGACATTTTTGGTTTGGTAAATGAGACTATGAAGCAAATTTGTTCTTCTATATTTGAAGTTTTGAAATTTATATTTAAAACTGAATTTCTTTGTTAAAGGGCATGGATCACGTGAGGGTGGTTCTGTAAGTCTCATCATAATTGACACACACACACACACATATATATATACTGTCCAATGGAAGGATATAACAAATGGAGGAGACAGGGTAATGAGGGTTTAACTGTAATTATTGCTTTGCAAAGGGCCATTGGTTCTTCGACATGGTTGAAAACTGGTAATTTTATTTTACTTGTTTTAGGGAGTGGCTGTTGTGCTAAACCTTATTTTGTAGGATCAATATTGATACAAGTACCTATTAATTTGTTAGTACTTAGTAATGCAGGTGCATGCTTGACCAAACTAGACTTGTTTCTTGACCTTTGATACTTGTTATGAGTTAATTAAATGTCCAAATTGTATGTTAATTATTGCTTATATCTAATGTGTACATTGCAGATTCGGACTCTGGTGGTTCTTCTGATAGTGAATCTGATGATGAAGCAATACCACAGGATTTATCAAAGGTCTGGTTTAATTATTCAGTGAAGAATTTATTTATTGTTTGGTATTTTTGAATGTCCAGAGCTAGAATTAAAAATATCTTACCATATCACTATTCTATCATAGATAAAAGGATTTTATTGTAGAATTGGTTTCATATTGTTGAAGTTGTGGGATTTTAGATAAAAGGAGGAGAGAAAATAATATGAACTTTGAATATCATTGATAATTGATAAATTTGATAATGACTTGATAGTAGGTTGATACAAAAAACTGAATACTAATCCCTATTTATAGGGATACATAGACTCAATCATGAATCAAGAACAAATCATAGTGATAATAATAATAATAAGTAATATAATAAGTAATATAAAAGGTAATTCTAAGAGATACTCTAAAATAATATAAAAGATATTTATAATATTTTATATTATTCTAACACTCCCTCTCAGGCTAAAGCTTACTAAGCTTTAAGCTTGTTACAAATAAACCATTATTAGGCCAGTGCTCACTCCGGTAGCTGAAGGCTTAATTGAAGTGTCTCCACATCATGCCAAACAACAATGATATTGGGCCAGTGTTCACTCCAGCAGCTGAAACCCAACCTTGTAGGTGTTGGGACTTCAAATAAAAAAGGTGTTAAGTCAGTGCTCACTACGACAATTGAAATCTTAACAGGAAGCGTCGCCGCTTAAAACAAAAAACCAAAACAATATTTAGTCAACATTCACTCCGGCAGCTAAAACTCTAATTGGAATGAATTATAGTGGCACAACCTCAAACTAAACAAAATAAGCAGCATATATCCACTAGTGTAAATTAACAAATATGTTTTAATGAAAATTACTAAAGTAACCCTCAAGCTATTGGTTTTAAATAAAAAAGATGAAGGATATTTTTGTCCAAATGAAAAGGTGCACTTTTGCTAACTTGGACCTTTATGTTTTTTGTTGGTCTAAGTTAGCAAACCCCTATATATATATATATATATTTTTTTTATTTTTTTTTTTTCTACTGAAGGTGCCAAATGCTTGAGGCACACAAACCAGAAAGATGTGCAAACTAACCAAAGATGCTCACGAACTGTGGCAAATGCATAAACAACCCAAGAACACAGACAGCAGTAAACATCAAAACACAAGACGGCAAGCACCAAAAACCAAATAGAGCAGTAGAAACTTTAGATCCAAAAGCCAAACAGGGCCAAATTCAGAATAGGAAATCACAACGGAGCAAACACAAAAAATGGTAAAGATGATGGGCTGTTTGCACTAAAAAGCAGGTACCTGTAGCACTGAAACCAAAGAACTAAATATAGAAACAAGACCGGAAAAACAACTTCAACGCCAAAAACTCTCGCCTAAAGACCACCGAACGGACGTCGGTGCGTGGGCAGAAACAAAGATGACTATGGTGGAATGCGTGGGACAATTTCTGGAGATTAAAATTTTGGGCTGGTAGATCGAGAGATTACCCAAACAATGGGCGTGCGTGACTACGACAGAAAATGAGCCGAAAAAACTTTCTGGTGGCGCGACAGAAACTTGTAAAAAAAGTGTAAACCATTATTATATTCCCAACCTTTTGGAATTTGACAATGGAATAGTGACAGGTCAATTCAAGGAGGGTTGAACCAGGCTCTAGATACCATGTTGAAGTTGTGAGATTTTAGATAGGAGAGAAAATAATAAAAACTTTGAAAATCTTGATAATAACTTGATAGTTGATAGTAGTTTGAGATAAAGACTAAATACTAATCTCTATTTATATGGATTAATAGACATAATCTTAAATAAATAGGGAAATCAAATAATAAGTAATGTGAAAACTACTCCTAAGAGATAAACTAAGATGCTCTAATATAATCAATATAAAGATTTCATAGGATATATTTTTATATTCTAACACCTTCAATGTCAATACAGTTCTAGCATCTTTAGTGTTATATGATTGCTTATGCTCCTTTGGATATTGTCTTTGGTAACTTTGCTTCATACCACAATTATTCATTTATATTTTACTTCAGGTACCAGAAATTATAAGCACTGGTGCTCAGATGGATTTAAAGACCACTGCTGCTCATACTTCTGAAATAAATCGTGAGTAATTGTTACTTGTTTTTTCATGCTTCAAGTTGATGATCGAGTACGCTCTGCAGATTTAGAAATAAGGCAATTTTGAGTTTCTTTACCCATTGCCTCCTGTTTGTTATGTATGATTTGCTTCTTCTGCATGACTTATTAGTTTTTGATATTGAATTCTGGGCTGGATACTCTTTTTTGGTGAGTGCGTTAAGATTAAGAATCAGTAAGATTGAAATGAAAAATAGCAAGAATAAAAAGAATAGACTATAGATTTTATTATTGGAAACTGAAAGAAAGGAAAATGAAGAATAAAATTATTGCCAAGGGTTTCCCCTATAAAAGATCTCTCCTCTCAACAATTATCGATTGCACCGGATGAGCCCCTCCATCCCTATGCTCCCTTTTTATAGTATCTTTTAACTAACCTAACTAATTTAACTGCTCTTCATTATCTAAACAGACGCCAAAATTAATCTGCTCAGCTGTTGTAGAGTCATGTTGACAATTGTGCTGCAGGGGTTATGAGTTATGAGGACTGAACTTGATGTAAATGTTTTGGAATAGTAGTATAGGTCAGTAATGAGGACAACCGAGTTTTTGATCAACTGTGTCTTGCTAATTAAAAACTGCTTGCCCCTGTACTAACTCTGATGATTTTTTCTGCAACCAGCTACTGGATAATGATTTTTTTTTTATCAACTTTCTTTTGATCTTGATTTTCTGATAGAAGCCATTCTTAGCACATCAGACCACCTACCATTTATATACACGCACCAAACCAAATAGTGTTGGGCATGAGGGGGTGTATTGGAAAAACCAAGTCCAACATAGATCGAGTTAGTTCAAACCCAAAATTCTATGATCCTGGAACTTCCCATAACTGAACAGATTGCGAATAAAAATGGGTAACAAGGAGGAGATGTCTAACACATAGTTAAAGGAAAGACTAGATTGATAGATAAATAGATAGATGAGTAGTGCTAGCAACACTCTCTTTTGAACACTCTTTAATACTCACTCTCTTATTGGTTTAAATCATTGTGGGTCTACACTTTGGAAATAGAACCCACACAAAGTGGTGGGACATACATTGATTCCATCCAATAAAAGCGTGAGTGCTAAAGAGAGTGTGCAAAAGTGAGTGTTGCTAGCACTCCTCATGATAGAGAGATAGATGGTTAGATAGGGAAGACCTAATTGGAATGATAAAGACGATGAAATTGCGAGATACAAAGATGACAAGCAAATACTTTAGAAATGAGGCTATTGGAAAATGGTCAGGTTTGGCGGTTAAAAGCTCGGGCTGCTGGGTTTTAGTTCAAAAAACCAAATGGAAAAACCTTGGGATGCTAGTAGAGGGTCCTTTTAAGCAATTTTACTTTCCTAACAAAATGAGCTTTTAGTTTTCTACCATTTTGGAGAGATTTTTATTTTTATTTTAGTTAAGAATACATCTAAAGAAGATAGTTTGTTTAACTTATTTAATATGTTACATGTAAAAGGTCAGATTGGTGATATACAATGTTATAATGATCCCAACTTAAAATACATGAGTGGAACCAAGGCTTACTTCTTCAAATTGTGGGACCAAAAATAATGCTGGACTTCACTCCCATATAGTTTTTAAAATTCAGGAGTCAGTTATAAATGTCAGCAAAGAATTTGTCAGGAGTTTGATAGAAATTGGATCAGGTTTAAAAGATATTCAATGAACTACACAAAATACATTTACTCCCTCAATACTAATCCTCACTAATTACATAACTCTGCATCTTAAACCATATCCCATTTATTGGACACATGCCTCTGATTTATATTCCTTGTAACTAACTTAACCTAATCAAGTTTCTTAACGACTTCTCAATTAACTATCCTATCAATACTCTTCTCTTAAACTTTCACATCTTCCTCGAGCTGAATAGCTAATAGTTGCTGGAAAATTTTAACATCCTCTAGGATCCATTACTTAAATCATAAAAACCACGATTTAAATGACAAGGTGCCCCAACATTCTTTAAATATCTACTGTTTAAGGCATAATTTTTTTTTCCTTCTGAACCAGCTATTTGTGTTTGACACATTAAACACAGAAATTCATTTTCCTGCACAATAATCCGGATCCTCTGCACTGCTTTGGGCTTGGCCAGTCATTCCTTTCCCATAGTCTTCTCTATGCTTTTGGACTGGGTCCAGAAGGCCTAGGAGACATCTGACCCTGTTCTTACAGTTCTAATACAAGGTGCTGCCTCTTGCGGGTTTAGCCGCGGAAGCGCATGCAAGACAGTTAGAGTGGTTCTGGTGGTGGCGGTGTATTGGATGAACTATCTGAAAATTCAAGCTTTCTGGCTGTTATGTCTCTCTCACTTGAGAAATGGATCCCTCCATTTGGAGAGGATCTTATTCTTACCCTCTTTGGATCTTTCAGACTTGGATTAGCAACTTTTCACTTATCTTATAGACTTGTGATAAAACTAAAACATCTCCACATGCTAGCATCAACTTCTTTTATTGTTCATGGTTGAATTTCATTGGTGTTGCTGTATTATCTTATACTCTTATGCTTTATTTTGAGAGTCAGTTAATGGCATGGATAAATTTGAGGAGAAATCTCAGCAAAAGACAAATTCTTGTGACTATGATAGCTTTCAAGATGGTAAGAGTGCATGTATTATTGAAGATATGTTAATAACTTTCTATTGTGATATTCAATCTCAAAACCAGTTATCTTATTAATATTTTAGGAGAATGTGGTGCAAGTGAGAGACAAATCTCCCCTGATAAACTTTATCGAATTGCATTAATAAAGAATCGATTTGCTGATACTATCTTGAAAGCTCGAGAAAAGACACTGACCCAGGTAGGCCACACCACACATTTGAGCTACACAGTACTCAGTCTGCGGGAAATTATCCTTCTGCTTATTTTTCAATTTGTGTGCATTTTATTCAATTTAATTTGGTTGTGGTTAGGGTGTGAAGGGAGATCCTGAGAAAATGCGTCTGGATAAAGAAAAATTGGAGATGGAACGACGAAAAGGTGATTTGGGTGTCGCACTTGCGTGAGGGCTATACAATTCTTGCTATTAAATGCTAACTAACCTATCTGTTGATCTGACTCATTCTTGAGCAGAAAAGGCAAGGCTACAAGCAGAAGCGAAGGCTGCTGAAGAAGCTAGAAAGCGGGCAGAAGAAGAAGCTGCTGCGGAATCCAGACGAAAGAGGGAGCTTGAGAGACAAGCTGCACGACAAGCACTGCTACAGGTAAATAACTGTCTTTGTTGCCGGAAATGTCTCTACATTCTTGCTTCAAATTTTACTTTAACATACACTGGCATCTTTGCAGATGGAAAAAACTGTGGAGATCAATGAGAATTCTCAATTTCTGGAAGATTTGGAAATGCTTAGAGTTGTGCCTGCTGAGCAATTACCATGTTCTGTGGACGAGACAAGTCCTGATGACTCTCAGAATGGGATGGGTAGTTTCAAGTTTGGTGGGAGTAATCCCTTGGAACAACTAGGATTGTATATTAAAGTTGAGGATGAAGAGGAAGAAGGAGATCCACTTTGTGGTCCAAATCCTGTAAATGATGTAGAAGAGGGGGAGATTGATTAA

Protein sequence

>MS.gene070787.t1

MAKSRHSGGYCETVVVSDGSATELTVSEEEEVEDTRKCVTLINSGRRGAYGVPMQLVPLSKLSVFQRKQLANRFKSELERVRLFQKKFQMQKRNGVTLPSSSDININRGQIDNLRKPSISASVQETSRKPSISSSVQGNALKTSIETSRKSVPGNKLKPLGQTQKPRGWNRGTCGKFETQARTCLPGTANSLLMKDCESLLKLLMKHKFGWVFNAPVDVVKLNIPDYFSVITHPMDLGTVQNKIAKGSYTGPLEFAADVRLTFSNALTYNPPKTDVHIMADTLSKYFETRWKTLQKKIPRNDSPPLPTKTNTSEDVQTTRPMPPSKKRKIGSLPPQPKIIPPPQPQVIPPAKLVMSNQERQNIGRELESFEGVIPAYIIDFLKEHSSNGKEGEEDDIEIDIDEFSDDAMFKLRKLLDYYLLEKKKTEVKVEACEIELLNDSGPSNSSLQAFKGNDPADEEVNIIGNEADEEVDICGIESPVTSHPPVVIEKDTTYQTSKCSSPGSSDSDSGGSSDSESDDEAIPQDLSKVPEIISTGAQMDLKTTAAHTSEINQSVNGMDKFEEKSQQKTNSCDYDSFQDGECGASERQISPDKLYRIALIKNRFADTILKAREKTLTQGVKGDPEKMRLDKEKLEMERRKEKARLQAEAKAAEEARKRAEEEAAAESRRKRELERQAARQALLQMEKTVEINENSQFLEDLEMLRVVPAEQLPCSVDETSPDDSQNGMGSFKFGGSNPLEQLGLYIKVEDEEEEGDPLCGPNPVNDVEEGEID