AlfalfaGEDB | MS.gene26265

M. sativa cultivar XinJiangDaYe / MS.gene26265

KEGG: K08955
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004175 GO:0004222 GO:0005488 GO:0005524 GO:0005575 GO:0006508 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0008233 GO:0008237 GO:0016020 GO:0016787 GO:0017076 GO:0019538 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0043170 GO:0044238 GO:0070011 GO:0071704 GO:0097159 GO:0097367 GO:0110165 GO:0140096 GO:1901265 GO:1901363 GO:1901564
PFAM: PF00004.32 PF01434.21 PF17862.4

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.gene26265.t1	XP_003616029.2	92.4	632	45	2	1	630	1	631	0.00E+00	1109.4

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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.gene26265.t1	O80983	60.8	663	204	5	25	635	9	667	1.4e-209	731.1

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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.gene26265.t1	G7K0T2	92.4	632	45	2	1	630	1	631	0.0e+00	1109.4

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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.gene049236	MS.gene26265	-0.811488	6.83E-51	-1.69E-46
MS.gene049351	MS.gene26265	0.864716	9.95E-65	-1.69E-46
MS.gene049491	MS.gene26265	0.817916	2.57E-52	-1.69E-46
MS.gene049614	MS.gene26265	0.809547	1.79E-50	-1.69E-46
MS.gene049661	MS.gene26265	0.834608	2.72E-56	-1.69E-46
MS.gene049662	MS.gene26265	0.838372	2.99E-57	-1.69E-46
MS.gene049758	MS.gene26265	0.853683	2.03E-61	-1.69E-46
MS.gene049760	MS.gene26265	0.812532	4.04E-51	-1.69E-46
MS.gene049910	MS.gene26265	0.807839	4.15E-50	-1.69E-46
MS.gene050076	MS.gene26265	0.84607	2.74E-59	-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.gene26265.t1	MTR_5g075360	92.405	632	45	2	1	630	1	631	0.0	1183
MS.gene26265.t1	MTR_5g075360	50.000	170	47	5	661	793	467	635	2.02e-30	128
MS.gene26265.t1	MTR_5g075360	85.630	682	45	3	1	630	1	681	0.0	1157
MS.gene26265.t1	MTR_5g075360	50.000	170	47	5	661	793	517	685	5.87e-30	127
MS.gene26265.t1	MTR_5g075340	80.150	665	88	5	1	624	1	662	0.0	1044
MS.gene26265.t1	MTR_5g075340	49.468	188	50	6	661	804	504	690	5.40e-34	140
MS.gene26265.t1	MTR_3g104470	71.277	658	141	4	23	632	7	664	0.0	914
MS.gene26265.t1	MTR_3g104470	47.826	184	50	5	661	800	499	680	9.76e-31	129
MS.gene26265.t1	MTR_3g104480	69.044	659	156	4	23	633	7	665	0.0	874
MS.gene26265.t1	MTR_3g104480	55.474	137	44	4	661	782	497	631	1.66e-29	125

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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.gene26265.t1	AT2G26140	60.902	665	204	6	23	635	7	667	0.0	774
MS.gene26265.t1	AT2G26140	51.748	143	40	6	661	782	499	633	3.08e-27	119
MS.gene26265.t1	AT5G53170	56.561	442	184	4	183	623	350	784	3.89e-164	498
MS.gene26265.t1	AT5G53170	60.714	56	21	1	661	716	633	687	2.07e-13	74.7
MS.gene26265.t1	AT1G50250	45.356	463	226	7	190	630	256	713	5.82e-128	401
MS.gene26265.t1	AT5G42270	45.168	476	238	6	175	630	229	701	9.60e-127	397
MS.gene26265.t1	AT1G06430	45.575	452	222	7	191	624	215	660	1.33e-121	383
MS.gene26265.t1	AT1G06430	45.575	452	222	7	191	624	215	660	1.33e-121	383
MS.gene26265.t1	AT1G06430	45.575	452	222	7	191	624	215	660	1.33e-121	383
MS.gene26265.t1	AT2G30950	45.133	452	224	7	191	624	222	667	1.96e-119	378

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Find 191 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
AAAAGGACGGCGAGAGATTT+TGG	0.226559	5.4:-59107681	MS.gene26265:CDS
AAACAATGCAGCTGCAGCTT+CGG	0.430789	5.4:-59106353	MS.gene26265:CDS
AAAGAAGAAAGTAGTATAGG+CGG	0.643623	5.4:-59109271	MS.gene26265:CDS
AAAGTGGAGTTAATTACTTC+TGG	0.416498	5.4:-59104950	MS.gene26265:CDS
AAATAATTTGTATGAAGAGA+CGG	0.519458	5.4:+59109909	None:intergenic
AACTACTCTGGCCAGGAAAA+TGG	0.299629	5.4:-59104903	MS.gene26265:CDS
AACTTCTCTGGCCAGGCAAA+TGG	0.442048	5.4:-59106995	MS.gene26265:CDS
AAGACTGCTTTCCATGAGTG+TGG	0.644163	5.4:-59107252	MS.gene26265:CDS
AAGATTGCTCAGTTTACACC+TGG	0.526268	5.4:-59107438	MS.gene26265:CDS
AAGCATTAGTAAAAGTTGGT+AGG	0.533579	5.4:-59109866	MS.gene26265: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
chr5.4	gene	59104422	59113178	59104422	ID=MS.gene26265
chr5.4	mRNA	59104422	59113178	59104422	ID=MS.gene26265.t1;Parent=MS.gene26265
chr5.4	exon	59113104	59113178	59113104	ID=MS.gene26265.t1.exon1;Parent=MS.gene26265.t1
chr5.4	CDS	59113104	59113178	59113104	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59110194	59110281	59110194	ID=MS.gene26265.t1.exon2;Parent=MS.gene26265.t1
chr5.4	CDS	59110194	59110281	59110194	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59109829	59110080	59109829	ID=MS.gene26265.t1.exon3;Parent=MS.gene26265.t1
chr5.4	CDS	59109829	59110080	59109829	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59109179	59109313	59109179	ID=MS.gene26265.t1.exon4;Parent=MS.gene26265.t1
chr5.4	CDS	59109179	59109313	59109179	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59108924	59109030	59108924	ID=MS.gene26265.t1.exon5;Parent=MS.gene26265.t1
chr5.4	CDS	59108924	59109030	59108924	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59107664	59108140	59107664	ID=MS.gene26265.t1.exon6;Parent=MS.gene26265.t1
chr5.4	CDS	59107664	59108140	59107664	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59106738	59107490	59106738	ID=MS.gene26265.t1.exon7;Parent=MS.gene26265.t1
chr5.4	CDS	59106738	59107490	59106738	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59106306	59106382	59106306	ID=MS.gene26265.t1.exon8;Parent=MS.gene26265.t1
chr5.4	CDS	59106306	59106382	59106306	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59104891	59105157	59104891	ID=MS.gene26265.t1.exon9;Parent=MS.gene26265.t1
chr5.4	CDS	59104891	59105157	59104891	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59104718	59104835	59104718	ID=MS.gene26265.t1.exon10;Parent=MS.gene26265.t1
chr5.4	CDS	59104718	59104835	59104718	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1
chr5.4	exon	59104422	59104655	59104422	ID=MS.gene26265.t1.exon11;Parent=MS.gene26265.t1
chr5.4	CDS	59104422	59104655	59104422	ID=cds.MS.gene26265.t1;Parent=MS.gene26265.t1

Gene Sequence

>MS.gene26265

ATGGCGGCATCGACGCGTTTAATAACGCAGCAGCAGCAGCTCACTTGTTCAATCCATCAAACTCGAATGCAGCAGGTAACTTCTTTTCATGCTAGCTAGCTGTTCAATACATTTTTTTTTCCTTTTTTTCAATAGATTAAGCAACAAACATTACAAACAAATTGAAACACTTGAATTGGATTGTTGAAAATCAAACACAAACATAGTTGACCATACACATAGATTGTTCAAAACCCAAAAGGACATAACCAAACTAGCATCAGTTCAGTTCATTCAACTGGCAATATAAGAATGAGAATCCAGTCTTTTTTCCAATCCAGTTACGGATAATTTCTTTGACTTGTGTTCGCACAATTCGACTATCATTGGTCTCTAAATTGTCCAATTGAAAGCTGGTGGATGAGTAGAGAGGTTGTTGCAATGGGGGCCAGCCTCGTAAGCTTCAACATACACTGGCTACTTTGGTCCAAAAGACATAACCCTCATGGGCTTTTTGTCAAACAACAAGAGTGCAGCCTTAAACCAGAAAAAAAAAAAAAAACTAATAGCAGAAGCCAGATCTGGAAACTCCATGGTGGCTTTGGAAATGGTCGAATTAATGCCAAGAGTGAAGGTGTAGCAGCAGTAATGGATGCATCATTTTTGTCAAGCTTCTCATAGTTCGGTGGCGGTGACTCGGGTGGAGGTCGTGTAGTCCAAAGAGGAAGTTCATGTTTGGCTCGCGGTGGCCAGAGAAGATCTCCTCTTGGGGTCGACACCACCATCAGATCTGGACTTTTGTTATGGTTGTTGCAAGCAGGAACGATGGAGGTCGTGGATGATGTTGGTATGGGATGGCATATGACCGAGGCATGATGGTAGAGAGGTGGTTATGGAGAAACATGGCCTTGAAAGGAAAGGGGAAGAACAAGGAACACCTAGGAGCGGCTACCCATATGGTCGGGGAAGGCAGATCACAATGATCTGGGTTGTTTTGCCCCCGCTGAACCAAGGGGAAACCCTAGTTTGGGTGGCTGAAATCATGTTAAGTTTTAGAGAGAAAACACATGCGGTATTTTTTCTTATTGAATTTGATGCAATGCAATGCTGTTCTTGAACGTAAAATGAGCAAATTTCAATGCATATGTGTAATCAATACAAGTTCATCAAAATTCAAAACTATATATAGATCATGTTTGGATAAATAGATTATTTGCAGATTATAGCACAAGCGCTCAGGGGCGGATCTAGACATTGCATATTAGTGTGGCAAAAAATTTAAAGAAACTATAATACAAATTATACTCAAAATAATATATAACATTGTTTGATGCAAATTACAACGAAAATCGTCTACCATCCATTTGTTGAAAATGAGCTAGAATAACATCAGTGCTAATTGTGAAAAGAACATCTCTTTCAATATAAGTTACAAGACGATCATTTAACCATTCATCACCCATTTTGTTACGTAATTGACTCTTCACAATCTTCATAGCTGAAAAAACACGTTCAACACTTGCAGTTGCAACCGGCAAGAGCAAAGCCAACTTCAACAGCTTAAAAACCAAAGAAAATGTCTTGCACTTATTTGTTTCCACAAGTATTGCACAAAGATCCGAAAGCCCTTTTAACTTTGCAAATTTTGGATCAGATTTAACATTTCTAACATAATTCTGAAGTTGTCTGCGCAACTCCACTTCCGACACATCTACAAAATCATTTGGATAAAGCTCAGCCATCCTTAATAATTTGTTCACATCAAAAGCAGCAAATGACCTAGCAGGACTCAAACATGAAACACATTGTAAAAGTTCGGTATTCTCTTCATCAAACCTAGCATTAAGCTCTTGCAATTGCAAATCTAAAACACTAAATAAACAATCATTCTGAAGCTGGGTGCACTTGTACAATAATCAATTATCACCATTGTACAATAATCAATTATCATAAACAAGCAATTTTTAAGAAGGTTCACTTGTTTAGAACGCACAGTAGCAAAAGAAACAAAGTAGGTGCACTTATTTAGAACCCACAGTAGCAAAAATTTTATAGCACTAACTGTTCTTGCTAAAAGTTTAAGTCTTTAAACATAACATTCATATATATATCAGAAGCTGAGGTTGCAATTTGCAAAACATAGTGGCAAAGACAAGTAACCTTTTTAAGACATTCAATTGATTTTCCTACAGTTGTCAACAAGGAGCACTAAAATCATATCAACGGCACAAACAAGGGTGTGTGTGTGCTACTGACTCAATACACATCAATCATCATTCACAGAAAATCTCCAATTCAAACCCTAAAAAAAACCCCAATTCTAAAACCCTAAAAAAAGCAATTGTAGAATGAATGAGAAAGTAAAGAATCAATTGATTGTTTGACTTACCTTGCAATTTGTTTGTTAAGAGGTTGTGATTTGATTTGTTTGTGAGAAGAGAAGAAGTTGAATGTTGTTTTCTGAGAGTAGAGAAGAGAAGAAAGATACGAGTTGTGTGTGTTGTGTTTCCCACTTTCCCTTATGTTATGTGTATAAAAAAATAAAAAATAAAATTGGGCAGGAATCTGGTGTGGCAGCTGCCACACCATGCCTCAGTGTGGTTCCGCCCCTGCAAGCGCTTATGCATAAGCTAGTTTTATAGTAAAAGATAAATTAAAGTTAATTTGTTTTTGTATATGCTATAAATTATTTTAATAAACTATATTAAAGAACTTATGAAAATAAGCCGAAAAATGCTTGTGAAAATTGTATTAAGATGTTTTCGTAAGTTCTTCCAAGCTTTAATTTTTTGCTTCAATTTTGATTATTCTTGGTATACTAATCAGGCAGGTATCATAATTGGACTGCAATTTCCATCACTGCTCTATATCTTGTATTACTTTTATTTGTCATATGATCTTATAAGTTATTTTTGCAGGTTGAAAGGCGTCAATCTGAATTTGGAAAGGTCAAAGAATTATTGAGTAGAAACTATGTATCTCGCAACAAGTTTGAGGGCTGTCCAAGTATGAAACTTTTGTTCCCTTTTCATATTTAGTTCATACCTATTTGATGTACCTAGAAAACTATCATTGGCTTTAGATATTGCTTTGATGCACTTACTTTCAAATTTATGTAGAGAATAGGCTTTTCTTTTCCCAGTCCAGGTATCTAGGAAATCTGGTCCGACCACTATGCGATTCATCTGAAGCAGAGAAAGCCACTTCTCCTAAAGAACTTTATGATGAAAATGATCCTGAAGCCGTGATTAGGGCATTTGAAAGCAACCCGTCTCTTCATACAAATTATTTGGCATTTTCTGAATATGTTAAAGCATTAGTAAAAGTTGGTAGGCTGTCTGAAAGTGAATTTTTGAAAACTTTGCTAAGAGGTAACTATTTGGTTAGAATTACTCATTTTCTCTTGTCTGTGTTTGCATGTGATTGTGCTTTGCTCTGTTTGACCATATTTTGTGGACCCTCTAACCCTGCTAAATTCCTGTGTGTATATTGTAAATCATTTCATTTGTTTATTGCCAAGTGTCAACAATCCATTTATGTGGTAGCATTGATCAGAATATTTTTTTTTGGAGATTATGAAGTTTGATTAAAATCTTACACTTCTAATCATTCCGAACAAGTGACAATTATGATAACTCTTTTGACCTTTTATTTAGTGATAGGAACAAGTATAAATTCACAAAACTTGCATTTCATGGATGTATGAAATCATTAATCTTAAATAGATCCATGTTGGAGTCTGCAGAATTCAAAACTCGGCATTGCAATTGTGCACTTGTCGAAGTTTGTTATTCTGCTTCTTTTTCAATCAGCTCTTGGAATACTCCTTTCTTTTGCTTATTTTACCGATCATAAAAGTTATAACCCGAGGTATATGAATTTTCAGCTATTTCTAATTCAGCGAAAAAAGAAGAAAGTAGTATAGGCGGCGTTGCGGCTCTTACAGACGCCGGAGAACCTACAAGAGATGGGATTCTTGGAACTACAAGTGCTCCTACTGATATGGTCGCTGCATTAGAAGGTGGAAATTTCAAAGAGCAACTATGGCATACAATTTGGTTTATTGCAGTGGCCTTCCACTGAGTTTAATTCAATAGTCAATCTGAATTTGATTCGCACATTCTCTGTTTTGTTATTCACCCTTTTTTTATATTATTTTATGTACAAAGAAGTGCAGCCCAGTGTAGAGACAAGTACTAAACTTAGCGATATGAAAGGTGTAGGCGAGGCAAAGGCTGAACTTGAAGAAATTGTTGATTACCTAAAAGATCCTAAGGTAGACTTTTCCAGCATTAATCCATGCTCTCTTGCAAGCATTTCTCGCACTCTAGCATGAAATAGTTATTTGATTTACCTGTGTCCTAAGCTATTCCAATCTCGTTGATTACTTATTTGATACCACGAGAAGTTTTATTATTCTTTGGGCGTGGATATGTTGATACAAAGTTATTAAACAGTGATCATTATTTTGTTGACGAGAAAAAAGCCGTTTTAATGCAAACAGAAAAAAGTAAAAGTTGTTGATAAATCCGTTCTATTGCTCTGGATAATAATTTCTAAACAAATTGAATATATATAGCACACACACTTATCCTTATGCTTCCTTGACATTTTACCTTAGTTGGACTGAGTTAGTAAGCAGAAATAAATGTAAGGAGAGTGTGCGGCGGCCGTTGACAGAAATGCAGTAAGAAAAAGAAGAAAGGGGTTGGGTGATGCTTTCTGACCAAGAAACCCCAAAACAAATTCTGCCAGATTCTCATTTCTGTTTCTGTTTTTTGTTTCTTCAAATTTTCAAATGCTGCTGCTGCTCTCTATTTCTTCTCACGTAGTATGTTAATTAATTCTGTTTTTTATATATATTCTTTCTCCTTTTTATTTTTTATGCTGTTATTTTTTCTCTTTTGCTAATGCTGTATTATAATCATCTTTGAAATCAATGCTGTATTTACCTTCTTTCTTACTTTTCAAGTTATATTATATATACTTTTTTTCACGACCACATTCTAGCCTGTATTCTTCTGTACTATCTTTAGATAACTCTTTTCCCTTGTCACAGCGCTTTACTCGTCTTGGTGGCAAACTCCCAAAAGGTATTTTGATTGTTGGGCCGCCTGGCACTGGTAAAACAATGTTGGCGAGAGCTATTGCTGGAGAAGCCGAGGTTCCTTTCTTCTCAACCAGTGGACGTGAATTTGAAGAGATGGTTGTTGGTGTTGGTGCACAAAGGGTGAGAGATCTTTTTGCTGCTGCAAAAAAGCGGGTGCCTTGTATAATCTTTATTGATGAGATTGATGCTTTTGGTGGAAAACCAAATTCAAACGACCAAATGTACATGAAGTTGACTTTAAATCAAATGCTTGTTGAGTTAGATGGACTCAAACAAAATGAAGGCATAATTGTGATTGGTGCTACTAACTCTCACAAGTTAATAGATGAGGCTTTGTTGAGACATGGGCGATTTGATCGCCATGTTGTTGTTCCCAAACCTGATGTAAAAGGACGGCGAGAGATTTTGGAATATCACATGTCAAAGGTATGCTTTTACTCTTGAAAAATATTATCTTGGGTTGGATGGCTTAAGAATTTTTTGAGGCGCGTGTGAATGTGCACAATTTTGAGATATATTAAGGTTCTGGAATATAGAATTGTTAGAACTTAGAAGGAAACTTTGAATGTGTGTGCGTTTCTTACTCCAATACGATACAGGTTCTGAAGGCAGATAATGTTGATCTGATGAAGATTGCTCAGTTTACACCTGGGTTCTCTGGTGCTGACCTTGCAAACTTGGTTAATATTGCTGCCCTGAGGGCAGCAAAGGACGGTGCCGAAGCCGTGAGCACACATGATTTAGAGTTCGCACTGGAGAAGATTATAATGGGAAGTCAGCGCAAGTCAGTTGTTATATCTGAGGAATCAATAGAAAAGACTGCTTTCCATGAGTGTGGCCATGCCTTAGTTGCAATTTATACTGATGGTGCGAATCCTGTTCACCAGGCAACTATTGTTCCTCGTGGGGAGTCTCGTGGCAGGGTTTCTTATTTGCCTAAAGATCAGAACAGGCTCTCTCGTAAACAGATGCTTGCCAGACTTGATGTTTGCATGGGAGGTCGGGTTGCTGAAGAGCTAATTTTCGGACAAAGTGGAGTTAATTCCGGTGCATGCTCAGATCTTTTTAAGGCAACTTCTCTGGCCAGGCAAATGGTTACTAGATATGGTATGAGTACTGAAGTTGGACCCGTCAGTCACGATTACTTCGATAACGGGAGAAGTATGAGCTCAGAAACTAGGCTGCTTATTGATAAAGAAGTGAAGAATTTGCTTGAGAGAGCTTACAACAATGCAAAAACTATTCTAACCACCCATCAAAAGGAGCTTCATCTGCTTGCAAAGGCTCTTCTGAAGCATCACACACTTACAGGAAATCAGATTAAAGATTTACTTGCAAATGGGCAGTCACGTGTAGTCAAAGCTAAGGCTATGTTTGGATTGATGATATGTGATGGAATGGAATGGAATGAAATTGAATAAATTAAAATTCCATTGTTTGGATAGTCATTAAAAGAGTGGAATGGAATGGAACTCAATGGTGTATGTATTCCATCACTTACACTCATTTTGCTTACCATCCGATTTGGGCGGAATAAGATGGAATACTCAGTTAATTAATTTTGCAAACTACTAAATTACAAATATATCCCTTACCTTCTCTACATAATTCTGTTCCCTCTATTCTTCACTTCAACAAGTTGTTTTTCTTCGACATATGCAGTGTTGGTCTTCATTATAATTTATCAATCTGAGGCCGAGGCTTCAGATGCCACAAACAATGCAGCTGCAGCTTCGGATGCCGCGACCAATGCAGCTGAAGCTGAACCTTCTCAAACTTCTTAGGTGTGAGTGGAGTGGCAATGTTCTTCAACAGTAAAATAACATTACCGTTCACCTTATCGAAAAACAGAATTGGAAATAAAAAGAAATTGACACTAATAAATCATGTGGTTTTGGGATGGTTTCATATAAATTCTTTCTTTCTCCTTATTTACTCTTGCCTCTATTCTTTTGAGAAGAGAAAATTTTCAATTTTTTAGTGAGTAAAAGCAATTATAAATATGACCAACAATTTTTAGAAACACTTATACTTACTCTGCAGATAAATACTATGTTTTAGTATTTAATTTTGAATTAAAAAAAAAAACGTAATTCTTGGTTTGCAGATATACTTTTTCGTTCCTGGACTTTGTTTATCTTCAATTCGATCTTTAACTTCATATTTTCTTATGAGTTTGAAGGTTAAATTAAGTACTTCATCAAAAAAAAAATTTCTTCGAATATTTCTTCTTTGCTGAGAAGAAAATATTTTGATTTGAAGTGTCTATATTGTATGCATCTATAATTATAATATAACTTTGCTTGTAACTTTGAAGTAGGCATCCTTTCTTCCATATTTTGCTGAAGAGTAAATTCCTTCACGGATATCAACCTTGGGAGGAGCAGACTTACCCACCCTTATTACAATGTCATTATCTAGGAATGGCACAAAACGCGTGCTCAAGAAGAGAGAAAGATTTATTCAATATAATATAATTATATTTAACTAGTCTACTCTCCTGTGAGAAATTTTCTATCAGCAGATGATCTAAACCCATAAAATGTAAAAACTATATCAAATTAAACTTAGAATTAAAATGAGCCCCAAACATCTCCATTATCTAAATTAATTTTGTGATTTTACGACCCCAAATCATTTGAAATCCATTAGAGGTTAATTAATATAGTATGATAAATATTCAGCTCTAGCGTTTTTTTAGATGTTCAAACAAACACTTCATCTTGAAAATAAAGAAAAATTGAAATGAAATTCAAACATCAAGATATTGAAACACTGAGAACCCTAAAACCTTTAATCAAGAACAAAAAAAAAAAAAAAAACCCCAAAAAGAAAAACTACACCCAACATCTTGAAAGGCACTTTTGGAGATTGACATCATCAAATCCGTTTAGAAAGAAGATTGCTTACCATGAGGTTGGCCATGCCTTAGTTACAATTTATACGGTGGTGCGTATCCTGTTCACGAGGTAAATATTGATCCTCATGGGGTGACTCGTGGCAGGGTTTCTCATTTGCTTTCTGACAACGATCAGAACAGTCTCTCTCGTAAACAGATGCTTGCCAGACTTGATGTTTGCATGGGAGGTCGGGCTGCTGAAGAGCTAATTTTCGGACAAAGTGGAGTTAATTACTTCTGGTGCATCCTCAGATCTTTTGAAGGCAACTACTCTGGCCAGGAAAATGGTTACCAAATATGGTATGACTATGAATACTGAAGTTGGACCTGTCAGACACGATTACTTTGATAACAGGAGAAGTATGAGCTCAGAAACTAGGCTGCTTATTGAGAAAGAAGTGAAGAATTTGCTTGAGATCAGAGCTTACAACAATGCAGAAACTATTCTTACCATCTATGAAAAGGAGCTTGATGTGCTTGCAAAGGCTCTTCTGAAGCATCAGACACTTTACTTGCAAATGTCAATTCCTGGCAGAATCGGCAGTCACGTGTAGTCAAAGCTCAGGGAAGTTCACGGTCCAATCCAGCAGCTGATGAGGCCGATGATTCAGATTCCACGAACAATGCTGCTGCAGCTTCGGATGCCGCAACCAATGCAGCTGAAGCTTGTCCTTCTGCTGCTGCAAAGGCTCAAGGAGTTGACAAAGTAGAAAGGGCGGAGGTACACAGCGACCAGCAGGGGCTCCCTCCTTCCCTCCAGCCTTCATAA

Protein sequence

>MS.gene26265.t1

MAASTRLITQQQQLTCSIHQTRMQQVERRQSEFGKVKELLSRNYVSRNKFEGCPKNRLFFSQSRYLGNLVRPLCDSSEAEKATSPKELYDENDPEAVIRAFESNPSLHTNYLAFSEYVKALVKVGRLSESEFLKTLLRAISNSAKKEESSIGGVAALTDAGEPTRDGILGTTSAPTDMVAALEEVQPSVETSTKLSDMKGVGEAKAELEEIVDYLKDPKRFTRLGGKLPKGILIVGPPGTGKTMLARAIAGEAEVPFFSTSGREFEEMVVGVGAQRVRDLFAAAKKRVPCIIFIDEIDAFGGKPNSNDQMYMKLTLNQMLVELDGLKQNEGIIVIGATNSHKLIDEALLRHGRFDRHVVVPKPDVKGRREILEYHMSKVLKADNVDLMKIAQFTPGFSGADLANLVNIAALRAAKDGAEAVSTHDLEFALEKIIMGSQRKSVVISEESIEKTAFHECGHALVAIYTDGANPVHQATIVPRGESRGRVSYLPKDQNRLSRKQMLARLDVCMGGRVAEELIFGQSGVNSGACSDLFKATSLARQMVTRYGMSTEVGPVSHDYFDNGRSMSSETRLLIDKEVKNLLERAYNNAKTILTTHQKELHLLAKALLKHHTLTGNQIKDLLANGQSRMPQTMQLQLRMPRPMQLKLNLLKLLSYNLYGGAYPVHEVNIDPHGVTRGRVSHLLSDNDQNSLSRKQMLARLDVCMGGRAAEELIFGQSGVNYFWCILRSFEGNYSGQENGYQIWRSMSSETRLLIEKEVKNLLEIRAYNNAETILTIYEKELDNRQSRVVKAQGSSRSNPAADEADDSDSTNNAAAASDAATNAAEACPSAAAKAQGVDKVERAEVHSDQQGLPPSLQPS