AlfalfaGEDB | MS.gene09158

M. sativa cultivar XinJiangDaYe / MS.gene09158

KEGG: K01759
GO: GO:0003674 GO:0003824 GO:0004462 GO:0005488 GO:0016829 GO:0016846 GO:0043167 GO:0043169 GO:0046872
PFAM: PF00903.28

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene09158.t1	XP_013455950.1	98.9	186	2	0	1	186	49	234	6.00E-104	386.7

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene09158.t1	O49818	95.6	182	8	0	1	182	1	182	2.8e-102	372.5

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene09158.t1	A0A072UKQ3	98.9	186	2	0	1	186	49	234	4.3e-104	386.7

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049222	MS.gene09158	0.806379	8.47E-50	-1.69E-46
MS.gene049609	MS.gene09158	0.842948	1.89E-58	-1.69E-46
MS.gene049627	MS.gene09158	0.80968	1.68E-50	-1.69E-46
MS.gene049794	MS.gene09158	0.899222	2.45E-77	-1.69E-46
MS.gene050538	MS.gene09158	0.807099	5.96E-50	-1.69E-46
MS.gene050547	MS.gene09158	-0.801547	8.55E-49	-1.69E-46
MS.gene050593	MS.gene09158	0.821111	4.80E-53	-1.69E-46
MS.gene050699	MS.gene09158	0.802458	5.56E-49	-1.69E-46
MS.gene050747	MS.gene09158	0.838494	2.78E-57	-1.69E-46
MS.gene050772	MS.gene09158	0.81424	1.70E-51	-1.69E-46
MS.gene050937	MS.gene09158	-0.813949	1.98E-51	-1.69E-46
MS.gene050950	MS.gene09158	0.839679	1.37E-57	-1.69E-46
MS.gene051387	MS.gene09158	0.804832	1.79E-49	-1.69E-46
MS.gene051694	MS.gene09158	0.836495	9.05E-57	-1.69E-46
MS.gene051838	MS.gene09158	0.823104	1.66E-53	-1.69E-46
MS.gene051858	MS.gene09158	0.806882	6.63E-50	-1.69E-46
MS.gene052501	MS.gene09158	0.820766	5.77E-53	-1.69E-46
MS.gene052503	MS.gene09158	0.824467	7.95E-54	-1.69E-46
MS.gene052505	MS.gene09158	0.828746	7.57E-55	-1.69E-46
MS.gene052615	MS.gene09158	0.802209	6.25E-49	-1.69E-46
MS.gene052823	MS.gene09158	0.816159	6.38E-52	-1.69E-46
MS.gene052825	MS.gene09158	0.825573	4.36E-54	-1.69E-46
MS.gene052982	MS.gene09158	0.829866	4.05E-55	-1.69E-46
MS.gene053203	MS.gene09158	0.852159	5.54E-61	-1.69E-46
MS.gene053207	MS.gene09158	0.854505	1.18E-61	-1.69E-46
MS.gene053213	MS.gene09158	0.81251	4.09E-51	-1.69E-46
MS.gene053286	MS.gene09158	0.808942	2.42E-50	-1.69E-46
MS.gene053574	MS.gene09158	0.810148	1.33E-50	-1.69E-46
MS.gene054600	MS.gene09158	0.820666	6.08E-53	-1.69E-46
MS.gene054927	MS.gene09158	0.86568	4.95E-65	-1.69E-46
MS.gene055289	MS.gene09158	0.817449	3.28E-52	-1.69E-46
MS.gene055577	MS.gene09158	0.843119	1.70E-58	-1.69E-46
MS.gene056083	MS.gene09158	0.818995	1.47E-52	-1.69E-46
MS.gene056610	MS.gene09158	0.82518	5.40E-54	-1.69E-46
MS.gene056692	MS.gene09158	0.80244	5.60E-49	-1.69E-46
MS.gene056877	MS.gene09158	0.810847	9.40E-51	-1.69E-46
MS.gene057048	MS.gene09158	0.800213	1.60E-48	-1.69E-46
MS.gene057416	MS.gene09158	0.80375	3.00E-49	-1.69E-46
MS.gene057658	MS.gene09158	0.84331	1.52E-58	-1.69E-46
MS.gene05837	MS.gene09158	0.819638	1.05E-52	-1.69E-46
MS.gene058544	MS.gene09158	0.815433	9.27E-52	-1.69E-46
MS.gene058838	MS.gene09158	0.817786	2.75E-52	-1.69E-46
MS.gene05883	MS.gene09158	0.82476	6.78E-54	-1.69E-46
MS.gene059023	MS.gene09158	0.836273	1.03E-56	-1.69E-46
MS.gene05914	MS.gene09158	0.800655	1.30E-48	-1.69E-46
MS.gene059303	MS.gene09158	0.816838	4.50E-52	-1.69E-46
MS.gene059718	MS.gene09158	0.841557	4.42E-58	-1.69E-46
MS.gene059756	MS.gene09158	0.806093	9.72E-50	-1.69E-46
MS.gene059902	MS.gene09158	0.808651	2.79E-50	-1.69E-46
MS.gene06077	MS.gene09158	0.804385	2.22E-49	-1.69E-46
MS.gene06092	MS.gene09158	0.844417	7.66E-59	-1.69E-46
MS.gene061150	MS.gene09158	0.809034	2.31E-50	-1.69E-46

PPI:

Gene1	Gene2	Type

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene09158.t1	MTR_4g057685	98.925	186	2	0	1	186	1	186	9.45e-140	387
MS.gene09158.t1	MTR_4g057685	98.925	186	2	0	1	186	49	234	2.06e-139	388
MS.gene09158.t1	MTR_8g102980	33.775	151	69	6	29	175	86	209	8.16e-18	80.1
MS.gene09158.t1	MTR_8g102980	33.775	151	69	6	29	175	86	209	9.13e-18	79.7
MS.gene09158.t1	MTR_4g132270	29.605	152	80	4	29	178	16	142	8.32e-16	73.6
MS.gene09158.t1	MTR_4g132270	29.605	152	80	4	29	178	39	165	1.09e-15	73.6
MS.gene09158.t1	MTR_4g132260	30.921	152	78	5	29	178	16	142	1.31e-15	73.2
MS.gene09158.t1	MTR_2g023500	30.872	149	76	5	31	177	24	147	1.37e-14	70.5
MS.gene09158.t1	MTR_6g087120	33.113	151	70	7	29	175	87	210	1.55e-14	70.9
MS.gene09158.t1	MTR_3g110185	30.921	152	70	6	31	176	562	684	1.64e-13	68.2
MS.gene09158.t1	MTR_3g110185	26.667	150	79	5	29	174	690	812	1.91e-11	62.4

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene09158.t1	AT1G08110	81.967	183	33	0	4	186	3	185	9.92e-109	308
MS.gene09158.t1	AT1G08110	81.967	183	33	0	4	186	3	185	9.92e-109	308
MS.gene09158.t1	AT1G08110	81.967	183	33	0	4	186	3	185	9.92e-109	308
MS.gene09158.t1	AT1G08110	81.967	183	33	0	4	186	53	235	3.73e-108	309
MS.gene09158.t1	AT1G67280	35.762	151	66	6	29	175	1	124	1.34e-18	80.9
MS.gene09158.t1	AT1G67280	28.859	149	74	6	29	173	131	251	1.53e-11	61.6
MS.gene09158.t1	AT1G67280	35.762	151	66	6	29	175	89	212	2.74e-18	81.3
MS.gene09158.t1	AT1G67280	28.859	149	74	6	29	173	219	339	1.64e-11	62.4
MS.gene09158.t1	AT1G11840	33.557	149	68	6	31	175	20	141	1.40e-16	75.1
MS.gene09158.t1	AT1G11840	33.557	149	68	6	31	175	20	141	2.84e-16	75.1
MS.gene09158.t1	AT1G11840	33.557	149	68	6	31	175	20	141	2.84e-16	75.1
MS.gene09158.t1	AT1G11840	33.557	149	68	6	31	175	20	141	2.84e-16	75.1
MS.gene09158.t1	AT1G11840	33.557	149	68	6	31	175	20	141	2.84e-16	75.1
MS.gene09158.t1	AT1G11840	33.557	149	68	6	31	175	59	180	4.12e-16	75.1

Find 40 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
GAAGTTCAGCTTGTACTTTA+TGG	0.231092	4.3:+43420294	MS.gene09158:CDS
GAAAGGGATAGCATTTATTA+AGG	0.277714	4.3:+43426507	MS.gene09158:CDS
AATTCTGATCCTCGTGGTTT+TGG	0.281200	4.3:+43420944	MS.gene09158:CDS
TTAAGGATCCTGATGGATAC+TGG	0.291792	4.3:+43426524	MS.gene09158:CDS
AAGTTCAGCTTGTACTTTAT+GGG	0.322056	4.3:+43420295	MS.gene09158:CDS
AAATCTTTCACATGCTTTGA+AGG	0.328891	4.3:-43423578	None:intergenic
GTTTAGTTTGCTTAAGAGAT+TGG	0.379480	4.3:+43420258	MS.gene09158:intron
AAAACAATTGGAAATGTAAC+AGG	0.384667	4.3:+43426565	MS.gene09158:CDS
AGTTTGGACCTTTGCTCAAA+AGG	0.403037	4.3:+43420778	MS.gene09158:CDS
GTTCTATCAACCGAGTTACT+TGG	0.418891	4.3:-43420755	None:intergenic
AACTGTAGATGAAGCTACTA+AGG	0.437049	4.3:+43419058	MS.gene09158:CDS
TTGTGATACCCTTTGAACTC+TGG	0.470702	4.3:-43420917	None:intergenic
TCTACAGTTGCATGGAGACC+AGG	0.474404	4.3:-43419044	None:intergenic
CTTGTACTTTATGGGGTATG+AGG	0.487117	4.3:+43420303	MS.gene09158:CDS
ACTCGGTTGATAGAACAGTT+TGG	0.493547	4.3:+43420762	MS.gene09158:CDS
ATTTCAATCCAGTATCCATC+AGG	0.500386	4.3:-43426532	None:intergenic
TACAAGCTGAACTTCATCTC+AGG	0.504945	4.3:-43420286	None:intergenic
AAAGTGATCCAGAGTTCAAA+GGG	0.513681	4.3:+43420909	MS.gene09158:CDS
TTCGGAATCAAAGGAATCAC+CGG	0.527144	4.3:+43419013	MS.gene09158:CDS
AATGGCTACTTCGGAATCAA+AGG	0.533331	4.3:+43419004	None:intergenic
ATGTGAAAGATTTCAGAACC+TGG	0.545629	4.3:+43423588	MS.gene09158:CDS
TGGAGACCAGGGTTGTTAGC+CGG	0.553858	4.3:-43419032	None:intergenic
TAGCTTCATCTACAGTTGCA+TGG	0.555738	4.3:-43419052	None:intergenic
GAAAGTGATCCAGAGTTCAA+AGG	0.558602	4.3:+43420908	MS.gene09158:CDS
TCTTAACAAACTCAACTCCC+AGG	0.559513	4.3:-43423606	None:intergenic
GCATTTATTAAGGATCCTGA+TGG	0.563476	4.3:+43426517	MS.gene09158:CDS
AGTTCAGCTTGTACTTTATG+GGG	0.564812	4.3:+43420296	MS.gene09158:CDS
TAAAGTAATATTCAGTAACT+GGG	0.571275	4.3:+43420880	MS.gene09158:intron
GAATCACCGGCTAACAACCC+TGG	0.584889	4.3:+43419026	MS.gene09158:CDS
CTTATGTTTACAGGACACAT+TGG	0.591800	4.3:+43423538	MS.gene09158:intron
ATCTGAAGCTCCAAGTAACT+CGG	0.594666	4.3:+43420745	MS.gene09158:CDS
TTTGTTAAGAAACCAGAGGA+TGG	0.620597	4.3:+43423619	MS.gene09158:CDS
ACTGTAGATGAAGCTACTAA+GGG	0.621301	4.3:+43419059	MS.gene09158:CDS
CTACAGTTGCATGGAGACCA+GGG	0.624177	4.3:-43419043	None:intergenic
TGTGAAAGATTTCAGAACCT+GGG	0.628860	4.3:+43423589	MS.gene09158:CDS
TGAGTTTGTTAAGAAACCAG+AGG	0.656268	4.3:+43423615	MS.gene09158:CDS
GAGTTCAAAGGGTATCACAA+TGG	0.683137	4.3:+43420920	MS.gene09158:CDS
AATGGCAATTCTGATCCTCG+TGG	0.690634	4.3:+43420938	MS.gene09158:CDS
AAAGTAATATTCAGTAACTG+GGG	0.695535	4.3:+43420881	MS.gene09158:intron
TATCACTTACCAAAACCACG+AGG	0.836687	4.3:-43420953	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr4.3	gene	43419005	43426600	43419005	ID=MS.gene09158
chr4.3	mRNA	43419005	43426600	43419005	ID=MS.gene09158.t1;Parent=MS.gene09158
chr4.3	exon	43419005	43419100	43419005	ID=MS.gene09158.t1.exon1;Parent=MS.gene09158.t1
chr4.3	CDS	43419005	43419100	43419005	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1
chr4.3	exon	43420025	43420086	43420025	ID=MS.gene09158.t1.exon2;Parent=MS.gene09158.t1
chr4.3	CDS	43420025	43420086	43420025	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1
chr4.3	exon	43420264	43420324	43420264	ID=MS.gene09158.t1.exon3;Parent=MS.gene09158.t1
chr4.3	CDS	43420264	43420324	43420264	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1
chr4.3	exon	43420740	43420819	43420740	ID=MS.gene09158.t1.exon4;Parent=MS.gene09158.t1
chr4.3	CDS	43420740	43420819	43420740	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1
chr4.3	exon	43420895	43420965	43420895	ID=MS.gene09158.t1.exon5;Parent=MS.gene09158.t1
chr4.3	CDS	43420895	43420965	43420895	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1
chr4.3	exon	43423551	43423640	43423551	ID=MS.gene09158.t1.exon6;Parent=MS.gene09158.t1
chr4.3	CDS	43423551	43423640	43423551	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1
chr4.3	exon	43426500	43426600	43426500	ID=MS.gene09158.t1.exon7;Parent=MS.gene09158.t1
chr4.3	CDS	43426500	43426600	43426500	ID=cds.MS.gene09158.t1;Parent=MS.gene09158.t1

Gene Sequence

>MS.gene09158

ATGGCTACTTCGGAATCAAAGGAATCACCGGCTAACAACCCTGGTCTCCATGCAACTGTAGATGAAGCTACTAAGGGTTACTTCATGCAACAAACTGTAACCCTTTTTTTTCCATTCATATATTTATAATTCCACTTATGCATGTTTGGATTAATTAATAACAACTTAATCAACTGCTTATAGCGTAAATGTTTATCACATAACATAAGTGCTTTATGTATATGCTATTTCTATAATAAAAGATAAATGACCTGTTGGATTGGCTTATTGTTTAGCTTATGCAAATAAATAAGCTTTTATGTGTTATCCATAAGCTTGTCAAGGTAGTTTATGAAAAAAAAAATAGGTTATGAAGATACTATTTTCGTTAGTGAGGACTTATAAATTAACATAAAAACTTATTTATTTGCATAAGAGGAGTACTTTTCATAAGCTCAAAAATAAGCTAAACCAAACGGAGCCAAAATACAGTCAAATTGTTTTCATATCAGCTATAAGCTATTTTATGAGCTATCTACGAATGCTTGTGGAAATAAGCTGAAAATAAGAGTATGTTTGTTACAGTTTTCTCGGTTAAAACAAAATAACCACTTTTAGAAGTTTCCACCTGTTTGTTACAGATTTTCAAAAAAGATGAGAATATGATAATAATCTAAAAACTGCTTCAAATGTGAAGCTGTATTGAGTAGTTTCTCGAAAAAAATATTTTTGATAATTGGTTTTTTTTTTTTTTTTTAAAAGTGATTTTCATTTTAGTAAACAAACACAAAACAACTTTTGCTTTTTTTAAAAAAATCTCTAAAAATTAATGTCTAAACTATTGAATATGAAATTACTTTTTTAATAATCCGTAATATACAGGTGCTAAGTTGTTTCCATAAACTCGACCAAATACTCTAACAAGTGGTTATGTTAGTAAATAAACACTTATATCAGTAAATAATTTAAGCTCTAATGACTCCCTTATGACTGTTATTGTTTGCATAGTGTTGAATTTCTAAAGTTTTGTTTCTATTGCAGATGTTCAGAATCAAAGACCCCAAAGTTAGCCTTGATTTTTATTCTCGCGTTTTGGGCATGTCGTAAGTATTTTATTTTTTAGAACTAATATATTGTGTCCATTGTAACACTTATATTCTGTTGGATAAATTAACCTGATGTTACGTATTCGTGAATGTTGTATGACTAGCTAGAAATGTGATTTTGTTTGAATTTTCTCTGTGTGTTGAAAGCTAACGACAATTTTGTGGTTTGTTTAGTTTGCTTAAGAGATTGGATTTTCCTGAGATGAAGTTCAGCTTGTACTTTATGGGGTATGAGGTATGGCTATGGCTTATACTATTTTTGATAGTAAAAATTTAGTTTTGTGAAGCAAGTTACTGGATTTGAATTATGCATGAGCCATATGCGTTGGATTGGCAATATAAATTTAGGGAAATGTTAACGAGTGCCCCCGGGGCATTTTTTAAGACCTTTAAATGGTAACTATGAAAATATGTGTAATTAATGCATTGGAAATCAAAATATTTGACTTTTTTTATGAAATAACTTCTTCTTTTGGAATTCTTAAATTGTGCCCCGGGGGCACTCGTTAACAAGACTCTTAAATTTAAAGCAATGCTTAAATATAAACCATGTTCATACTTCATATGTTATATATCAACATAACTCCCGAGTAGTTTTATTTTAATGGATATGCTCTTAAAACTTTTTGTTGCATCTTTTTCTTGTTTAGGATACATCTGAAGCTCCAAGTAACTCGGTTGATAGAACAGTTTGGACCTTTGCTCAAAAGGCTACGATTGAATTGACACAGTAAGGAATATGAATATAAATTTGTCAGATTTCTTTATCTTATTGTCTCTTATCTGACAGTAAAGTAATATTCAGTAACTGGGGTACTGAAAGTGATCCAGAGTTCAAAGGGTATCACAATGGCAATTCTGATCCTCGTGGTTTTGGTAAGTGATATCTCATTTGGTTTTATATAAATTTCAGTCTCAAAGCTAGTTATTTTTTATTTTCTTATTTAATAGCATGTAGAGACTCGGCTTAGGTGGTTTGGGCATGTAGAGAGAAGACTTGTAGATTATGTAGTAAGGAGAGTATATTAGATGGATGGAGGGTAGTCAAATCACTTGAAACATTAGAAAAGCTATAAGAGAAACTATTAAGAAAGGTCTATAGATTAATGAGTTGGAGAAATATGATGTACGATAGAGCATTATGACGTAGTTTGATTTATATAGCTGACCCCACTTAATGGTAAAAGACTTGATTGTCGTTGTTGCTGTAATGACATTGTTAATTAGGATCTTTCGTATCATGATTCAGATCTCACGGTTCTATGCAAGTTAACAAGCCATTGATTTGTATCATATGATGAATCACAGATGACTTTTAATCATGCGATTCGTGCACGAATCAATTCGATTTGTATCACCATATATGAATTGCACGATTCGGTGGTGTGTTCTGTCTTTTCTTTCCAATTTTTCTTTTACCAATCTCATCAAAGATATTTAAAAATAAAAGAAAATTACTACAGGGAAAAAAGCTGTTGGGGCAGTATTGAATACACTTTATTTCATTATATCACTGCTCTGTTTTCATTTAGTTAAAATATGCGCTTTATATAAACAATCAGTCATTTCCTCATATACGGGTTTCATACAATTGCTAACACTACACACTTTATTTGGCTCTACCTTTACTTTGTTTTCATTTTGTTCATTTATGATATATAATCTCTTTAGGCTTATGGTTAAGTTTGGTCTATTCCTAAATTTAAAATTATTATACCAAGCAAGCACTACATTCATTTCAAGCATTTTTTAATTTGTGCTTGAATCTCATAATTCGATAAAACTTGATTCACAATTCAGAAGTTAGTTTGGTGATTCATGATTTGAATTGTAAATTTTTGATTTAATATTATGTTTGATGGTTACACTTCGAGTTTATTATTTTGAAAAAAAATTGCTGCATATTATTCTTGCGTTCATATATTGTTGGAGTCTTGGTGCTTATTTGATGACTTGGAAGCTCATGGTTCGTAAAACATGTTTAGTTGTGAATACCTTATATTAACCTTTTTTTTTTCATACACGTGACACAATGGTAGTGTGTGTTTGATTCCTTTAAAGAGAAACTGTCAAATTGGTTTTTGTAAATGGTGAATTTAGCAGGTCATATATATCTTTCGAAATATTTGTAGTAAAAAGTACTGTCAAAAGTCAATGTAGTCAGGATCGAGATCCTATGTAGGATCGGTCGGGCGGTGAAGGAACGTAAAAACGAGGAACTTAACACGATTCATAAGTAGGATCGATAGGTTGTTGATAGAGTTGAGAGATATAAACAGAGAATATAAAGGGAAAACAGAGGAACCAGGCAAAAAAACAGAGAAAAAGGAAGAAAAACAGAGGAAACAAGAAAAAATAATAGAGAAAACAGAGGAAAAACAGCGAAAAACAGAGGAAATAGAGGAAAACAGAGCAAAAACGAATCAGAGTGAAGTCGAAGCACGGTTGAGGTGCCATTGGACGTAGAATCTTAAGATCCTACGAGCCAGCACTCGATCCTGGCTACACTCAAAAGTGTAAATGGGAAACATTTTCTTAGTTGGTTTTGGTATGATATGCATTATTCTAAGTTCGGTTTCTAGGTGTTATCAAATTGTTGTTCAAATAGCGAATTGCTAGTCTAATTTTTGAACCATGAATTGTAAATCATACTGAATGCTGTATAGTGCTCTCAGTGTAATAGTTGTATACGAGGAATTTCAAATCATATACCATTAATTATAAGTCATACTGATTATGATGAGATGAAGATGAAGAAGAAGAAGGAGCAAGAAGATGAAGAAATGTAAGAAAAAAATTAGATGTTGATGATGCACAATAAGATGTAATAAACCTGCATCATCCAACGACTCCCTTTTAAAATAAAAGATCAAACGGTTAAAATTAAAAAATTTAATAAGGTCTACGATAGACAACGTACTATTTTGATCCACTTCACACATTTATGGTTAAAGTTAACAGACTCGGACTTAATTGACTAACGGAGGCATATTTGAGGGGCCGAAAAGAAAAAAATTTAGAGTTATGGGACCAAAATGAAAACAACAAATAAGTTAGGGGACCAAAGGTTCAATCAAGTCTTTAAACTATTACTTTAAAAAAATTGACCTGCTTGCTGTTTAAGTTATTGTTCATATGAGATCCTCATCACTATTATTAATCAGTTATCATTCTTTTCAAGTTTTTTACACATTACCCCAAAAATGTTGATAGACATAATTTATGATTTTTCCATTTTACTCTGGTGACCTAGTTTTCATTTCATAATGAACTCACCTGTAATTAACTTTTATTTATATTTACTTTCTACATTTTCTACTATTAGTTTCATGTCCTTCACGTGGATGTACTTTTTTCTCTCTTCCACAGTTATTTATTGGATATATATATGTGTTATTCATTACCTTATTGGGATAGCTAGGCGACTGAATTCTAATAGGAAGTCGTCCTTATGTTTACAGGACACATTGGCATTACTGTTGATGACACCTTCAAAGCATGTGAAAGATTTCAGAACCTGGGAGTTGAGTTTGTTAAGAAACCAGAGGATGGTAACTTTTTTTAACTTCATTCTAGAAATTCTAAGAAAATTTCTGTTGACACATATGCAAAGGCTGAAACACACATATAAATGACTGAAATACCCCTGCGGCAGTTAACTGCCGAGGAAATGAACCGGCTGCAGTTAACTGCCGAAGTTTCTTCAGCAATTAACTGCCGATGTGTCAACAGCAATTAAAAAAAAACTCCATCGGCACTTAAGTACCGAGGAGTTGTTTCACTCTATTTTTGTTCCTTATATTTGTCTCTCTCTTCTATATTTGATTTCAATCTATCTCTGTGTTCTGTTCTATGTGTCTCCCTTCAATTGTGCTAAGACCATCGTCCTCTCTTCACTACTATTGGAAGTCTTCTTCTTCCTCCTTTGTAAGAGAACCCACACCGTTCTTTTTCCTTGCTGCATCACTTAAAAGCCTTTGTTTTAGTGTGGTTTGTTTAGTATTTGTAAATTTGATTTTACAGGACCATAATTTAACAAAATTGACCGAATTTTGAGTTTACTTCATCGGGATAATTGGTACAAAAATTAGCTGCATGCATTAGTCTGAACCAGTTAAGTTAATAACAAACCTGTTTGTCAAATTTCAGATTTAAAGCTCCGTGGCAGTTAACTGCCGAAGTTTCCGCGGCAGTTAACTGCCGAAAGGGTATTTTGGTCTTTTACTAGTGTTTTTCAGCCCTTCAATATGTGTGAACAGCAGTTTTCAAATTCTAATTGACAAAACTATGAATATATCATTTTTATTTATAAATGATATGGATGCTTTGTGTGTGAGGTCTGTTATACTGCAGTAGATAACTATATGATTTGTTTGCCTACTTGGCCATCTGTTATGTTTTTTTAGTATTGTATCCCTCCTCCACATGATGAAATCCATTTTTATAGATATTTCAAGGGATAACTCGACTCTTAAAATATATATATATATATATATATATATAATTTTTAAGTAGTGTGAAACTTGAGGATGGAATCTAATTCTAGAAACATGGTTTAGAGTTACGAGGTATGTTTTTTGGTAAACAACTTATGCGAGCACTTATGGAGTAAGTGCTCATCATATTGAGGCTTATGTATCAGCTACTGTTGGCCGATATGACGAAAGCAATGATAAGCTAGAGGGGGATGAATAGATTTATCCTCTTTTTAAAAAACTTTTTCGAAAGCGTGGTTCGATAAAACTTCTTTTGAAATCAAATGACTTTATAGGATTATGCAATAGCTTCAATGATAATAGAATAAGCAATGGCACAACAACAATTCAAATTGGAACGAGGAATTCACTCTTCAGCTGTAATTTATCAATCAATTATTAATATACATTATAATCCACAAAACCAATAACTATTTCAAACCAAACCTAACCTTAAACAAGAAATCACTATCACAAGAAACGAAACAACTTTAATTTATGCGATGAGATTATCAACAAGTTAATCTCTAATATGAAAGGTGACTGAATTGATAGATCAACAATGTTCTTGACAATTAGGTTTTAGAAATTATTCAATCACAAAGTATATAACAATTAACCTATCCATCAACATCATATATCAAAGTAAATTTGCAGAAATTAAAAAGTAAGAAAAAGAGAACATGGATTTATAGAGGTTCCCATATCGTCCTCGCTAAGGGTACATCCTCTCTTCGTAGAAGAAAACGCCTCTTCTACGGACTAACACTAGAATGTTGAAAATGTTTACAAAAGTTAATTAAGGTTCCTTCAATTTATGAATAACCATGATCCTAAACCTTCTAAACTATGTAACCACTCCAATGCCTCCAATCTTCAAGCTCTTTGAAATTGGATGAATCTCAAGGTGTTCGGATCAAGCTAGCATGCAATCCTTTAATCTTCTTTCCCAAGAAATCTTCTTTGCTATGTCCTCACTTCGATCCCCTTCAACCTCAATTGTTTGGGAAACAACCCCCACAATTACATTTGGAGGTGAAAAGTACCTCCTTTTGCTTTAGATCCTTGAATGAAACCAAGCTTACAATTATCCTATAGCACCCTAACAATCTAGATCTCAAATCCCATAGGTGTTCTTAGAAAGAGTGTTTAATCTGAAGAAGTTTGTAGAAAAAGAGTGAGAAAAGACTTTAAGAGTGTTTTTGCAATTTGATTTAATGAATGATAGAAAGAGAGGAGGAAACTATATATAGGTGAACAAGTTGGGCTAAAAATTTAACTGAAAAATAGCCTTTGATTTGAATCATCGGTGTAACTTCTGAATCTGAGATGTTATGAAAATTTATTCGATTGCTATGAACACCGATTCAAATCAGGGATTTCCAGATGAAGATTGATTCGAATTAGCAAGAATTTTATTCGAATCCATCTCCTTACAGGACAACCTGAGGGGACGAATGCTTCGAATCATTTCTCCCTTTTATAAAATTTGCTTCGAAACAATAGACAAACTAACAGGGTGCTTTATAAACTAACAGGGTGCTTTGAATCTTGCTGCAGTGCTTCGTTTTGTTATGTTTTTTCGGTTCTACTCTGTTTATGGTTTCTAATCGTGTTCTTTTCTTCACCAATTGTTCTGTTCTTCTTCTCTGTTTAAGTTCTGCTTGATCTGTACTTTAGGTCCTATTTGTGTTGTTCTTGCTCTGTTCTATTAGGGATGTCATTTTGGTTACATATAGAAATTGATTTTGATGGGATGTCTTTTGATTACTTTTAGAACTTTATTTTGATGGAAAATGACAAAGTTAATTATAATTATTGAGTATATCATCCCTTTATGTTAACTGCTAATGGAAAATGTTTAAATTCTGCTGATGCATCAGGCCGCACCACCTGTGCTTCAAACTTAAGTCTTCAATTTATTTGTTTTTGCAGGAAAAATGAAAGGGATAGCATTTATTAAGGATCCTGATGGATACTGGATTGAAATTTTTGACCGGAAAACAATTGGAAATGTAACAGGAAGTGCTGCTTAA

Protein sequence

>MS.gene09158.t1

MATSESKESPANNPGLHATVDEATKGYFMQQTMFRIKDPKVSLDFYSRVLGMSLLKRLDFPEMKFSLYFMGYEDTSEAPSNSVDRTVWTFAQKATIELTHNWGTESDPEFKGYHNGNSDPRGFGHIGITVDDTFKACERFQNLGVEFVKKPEDGKMKGIAFIKDPDGYWIEIFDRKTIGNVTGSAA