AlfalfaGEDB | MS.gene49743

M. sativa cultivar XinJiangDaYe / MS.gene49743

KEGG: K01772
GO: GO:0000166 GO:0003674 GO:0003824 GO:0004325 GO:0004672 GO:0005488 GO:0005524 GO:0006464 GO:0006468 GO:0006725 GO:0006778 GO:0006779 GO:0006783 GO:0006793 GO:0006796 GO:0006807 GO:0008144 GO:0008150 GO:0008152 GO:0009058 GO:0009987 GO:0016301 GO:0016310 GO:0016740 GO:0016772 GO:0016773 GO:0016829 GO:0017076 GO:0018130 GO:0019438 GO:0019538 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0033013 GO:0033014 GO:0034641 GO:0035639 GO:0036094 GO:0036211 GO:0042168 GO:0042440 GO:0043167 GO:0043168 GO:0043170 GO:0043412 GO:0044237 GO:0044238 GO:0044249 GO:0044260 GO:0044267 GO:0044271 GO:0046148 GO:0046483 GO:0051186 GO:0051188 GO:0071704 GO:0097159 GO:0097367 GO:0140096 GO:1901265 GO:1901360 GO:1901362 GO:1901363 GO:1901564 GO:1901566 GO:1901576
PFAM: PF00069.28 PF00762.22

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.gene49743.t1	XP_003630416.1	98.3	527	9	0	319	845	1	527	1.10E-301	1045.8

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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.gene49743.t1	Q0DIV0	85.9	455	60	3	391	844	74	525	6.5e-223	775.4

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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.gene49743.t1	G7LGG4	98.3	527	9	0	319	845	1	527	7.8e-302	1045.8

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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.gene049137	MS.gene49743	0.862975	3.46E-64	-1.69E-46
MS.gene049171	MS.gene49743	0.887344	1.55E-72	-1.69E-46
MS.gene049173	MS.gene49743	0.842128	3.12E-58	-1.69E-46
MS.gene049217	MS.gene49743	0.870083	1.91E-66	-1.69E-46
MS.gene049222	MS.gene49743	0.892571	1.40E-74	-1.69E-46
MS.gene049285	MS.gene49743	0.885819	5.85E-72	-1.69E-46
MS.gene049320	MS.gene49743	0.884671	1.57E-71	-1.69E-46
MS.gene049366	MS.gene49743	0.80604	9.98E-50	-1.69E-46
MS.gene04939	MS.gene49743	0.831229	1.88E-55	-1.69E-46
MS.gene049427	MS.gene49743	0.829902	3.97E-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.gene49743.t1	MTR_8g095320	98.292	527	9	0	319	845	1	527	0.0	1066
MS.gene49743.t1	MTR_3g097290	84.369	499	78	0	343	841	25	523	0.0	849
MS.gene49743.t1	MTR_8g095330	99.344	305	2	0	1	305	2	306	0.0	639
MS.gene49743.t1	MTR_3g097290	82.584	356	62	0	343	698	25	380	0.0	609
MS.gene49743.t1	MTR_3g097320	91.803	305	25	0	1	305	1	305	0.0	604
MS.gene49743.t1	MTR_2g006330	88.119	303	36	0	1	303	1	303	0.0	578
MS.gene49743.t1	MTR_4g086855	77.076	301	68	1	2	302	21	320	2.09e-173	505
MS.gene49743.t1	MTR_4g019850	59.732	447	150	6	316	762	12	428	1.54e-172	507
MS.gene49743.t1	MTR_4g019850	59.732	447	150	6	316	762	23	439	1.58e-172	508
MS.gene49743.t1	MTR_3g104260	73.054	334	90	0	429	762	92	425	1.90e-172	507

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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.gene49743.t1	AT2G30390	84.176	455	60	2	400	842	56	510	0.0	757
MS.gene49743.t1	AT2G30390	82.366	465	60	3	400	842	56	520	0.0	749
MS.gene49743.t1	AT1G10940	87.869	305	37	0	1	305	1	305	0.0	581
MS.gene49743.t1	AT5G63650	88.350	309	36	0	1	309	1	309	0.0	578
MS.gene49743.t1	AT1G10940	85.623	313	37	1	1	305	1	313	0.0	573
MS.gene49743.t1	AT5G08590	87.500	304	37	1	1	304	1	303	0.0	568
MS.gene49743.t1	AT1G60940	87.417	302	38	0	1	302	1	302	0.0	565
MS.gene49743.t1	AT1G60940	87.417	302	38	0	1	302	1	302	0.0	565
MS.gene49743.t1	AT5G26030	71.176	340	98	0	427	766	84	423	8.13e-180	525
MS.gene49743.t1	AT5G26030	71.176	340	98	0	427	766	84	423	8.13e-180	525

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Find 227 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
AAAAGCTTGGGTTGCCTCTC+TGG	0.343755	4.4:-7539349	None:intergenic
AAAGAAGGCTATGCTTCCAT+TGG	0.556763	4.4:+7543129	MS.gene49743:CDS
AAAGAATTGGCTTTAGAATC+TGG	0.287435	4.4:+7546247	MS.gene49743:CDS
AAATGAAGTAGTACCTTCTC+TGG	0.467324	4.4:-7544487	None:intergenic
AACTCCAGCTTATATAGCAC+CGG	0.570248	4.4:+7538369	MS.gene49743:CDS
AACTCTTCTACACTGCCCAG+GGG	0.707896	4.4:-7546707	None:intergenic
AAGAGGGGATCCACCACCAA+TGG	0.548779	4.4:-7543145	None:intergenic
AAGAGTGCTGAAACTTGGAA+TGG	0.588223	4.4:+7546800	MS.gene49743:CDS
AAGCGAGAGTATTACTGGAT+CGG	0.581846	4.4:-7542934	None:intergenic
AAGGTGTATCGATGCTCTGG+AGG	0.658242	4.4:+7542645	MS.gene49743: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
chr4.4	gene	7536479	7546922	7536479	ID=MS.gene49743
chr4.4	mRNA	7536479	7546922	7536479	ID=MS.gene49743.t1;Parent=MS.gene49743
chr4.4	exon	7536479	7536598	7536479	ID=MS.gene49743.t1.exon1;Parent=MS.gene49743.t1
chr4.4	CDS	7536479	7536598	7536479	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7537614	7537688	7537614	ID=MS.gene49743.t1.exon2;Parent=MS.gene49743.t1
chr4.4	CDS	7537614	7537688	7537614	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7537792	7537893	7537792	ID=MS.gene49743.t1.exon3;Parent=MS.gene49743.t1
chr4.4	CDS	7537792	7537893	7537792	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7538000	7538053	7538000	ID=MS.gene49743.t1.exon4;Parent=MS.gene49743.t1
chr4.4	CDS	7538000	7538053	7538000	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7538147	7538239	7538147	ID=MS.gene49743.t1.exon5;Parent=MS.gene49743.t1
chr4.4	CDS	7538147	7538239	7538147	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7538331	7538423	7538331	ID=MS.gene49743.t1.exon6;Parent=MS.gene49743.t1
chr4.4	CDS	7538331	7538423	7538331	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7538605	7538709	7538605	ID=MS.gene49743.t1.exon7;Parent=MS.gene49743.t1
chr4.4	CDS	7538605	7538709	7538605	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7538804	7538902	7538804	ID=MS.gene49743.t1.exon8;Parent=MS.gene49743.t1
chr4.4	CDS	7538804	7538902	7538804	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7539260	7539430	7539260	ID=MS.gene49743.t1.exon9;Parent=MS.gene49743.t1
chr4.4	CDS	7539260	7539430	7539260	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7542280	7542419	7542280	ID=MS.gene49743.t1.exon10;Parent=MS.gene49743.t1
chr4.4	CDS	7542280	7542419	7542280	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7542614	7542941	7542614	ID=MS.gene49743.t1.exon11;Parent=MS.gene49743.t1
chr4.4	CDS	7542614	7542941	7542614	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7543045	7543188	7543045	ID=MS.gene49743.t1.exon12;Parent=MS.gene49743.t1
chr4.4	CDS	7543045	7543188	7543045	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7543536	7543637	7543536	ID=MS.gene49743.t1.exon13;Parent=MS.gene49743.t1
chr4.4	CDS	7543536	7543637	7543536	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7544176	7544279	7544176	ID=MS.gene49743.t1.exon14;Parent=MS.gene49743.t1
chr4.4	CDS	7544176	7544279	7544176	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7544369	7544495	7544369	ID=MS.gene49743.t1.exon15;Parent=MS.gene49743.t1
chr4.4	CDS	7544369	7544495	7544369	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7545389	7545541	7545389	ID=MS.gene49743.t1.exon16;Parent=MS.gene49743.t1
chr4.4	CDS	7545389	7545541	7545389	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7545997	7546097	7545997	ID=MS.gene49743.t1.exon17;Parent=MS.gene49743.t1
chr4.4	CDS	7545997	7546097	7545997	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7546198	7546399	7546198	ID=MS.gene49743.t1.exon18;Parent=MS.gene49743.t1
chr4.4	CDS	7546198	7546399	7546198	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1
chr4.4	exon	7546698	7546922	7546698	ID=MS.gene49743.t1.exon19;Parent=MS.gene49743.t1
chr4.4	CDS	7546698	7546922	7546698	ID=cds.MS.gene49743.t1;Parent=MS.gene49743.t1

Gene Sequence

>MS.gene49743

ATGGATAAGTATGAGGTTGTTAAGGATTTGGGTGCTGGCAATTTTGGTGTGGCTAGGCTTCTCAGGAATAAGGAGACTAAGGAGCTTGTTGCTATGAAATACATTGAACGTGGCCAAAAGGTTTCTTCTCTCTTTCAATTCAAGTTTTTTACTTTTCTGTCTGTTTTTTGTTCATCATTTTTTTTTAGATTTATCAGTATCATGTTTTGTATTTGGAGTAATCATTGAAGGACTTGTAAAGTTGGAATTTTTATTGGTGAAAAGTGGAAAATTGGTGTTGAGATATGCATTTGAGCAAATCAAAGGAATTGAGCAGGGATAGAAAAATTCAATTAAAAATCATAGCTTTCATGCATGAAGCTCCCCCTGATTTTGAAAAGTTATTAATTTGCTAATTGTTGCTGATCAAATATACATTCAGATAATTCTTTCACATGAAATACATATTTAGCTAATTGTTGCTGTCTGAAAGAATAATCTGCTTGTAAACAGTGCTTGGCTTACTTATACACTTTCTTGAAGAGAAATGAAATGAATTAAACTGGATCTTTAAGGTCTCAGCCAGGTTCAACTATATGATTTTGAAGAAATTAAACTGTTTATTTATGTTCCAGAGAGGAAGTTTCATTTACTTCCAATATTGCTGTTTATGCACACTGGTCTCATGAAAGGAGATATTGTAACAGTTATATTAATTCAACGAATGTTTATAGGAATACGAACATTTAAAAGGGGTAAATAGTAAAAAAACATACTTTCAAATCTTACAAATTACAGGTAGTTACTCTAGGGAATAACAGTTGCAGCAAAAACTAGTTGAAAGCATAATATGTTTATTCAACATCAATCTTTATGTTACTCAAACAAGTTGCCAATATTTAGAACCAATAGCACCATGGATTCTACTACTTGTTCCATTTACCTATGCTTTATATTGCACATGCTAACAAAGCAATGAAGCAGAAAATTTGAAGCAGTATCATATGAACATTCACTTAAAGCTACAAAATAATATTTTGCTAATTGATTGAGGTAGCAAACCTGTTGAAAAGAAGAAGAAAAAAAACTATTAATTTGACATCTGGGATTTTAAGTTTTTTTTTTTCTTCTTATTTTTCTGCTACTTCATTTCCAGATTGATGAAAATGTGGCTAGAGAGATTATCAACCACAGGTCACTTCGGCACCCGAATATAATTCGCTTCAAGGAGGTAAGGACTTTATTTGTTTATCTGTTGGATCAGTTTGTATTGATTACACTGTTAATTGTTCTGAGTTGTTAACTGTTACTTCAATGGGGTTTTGATTGGTCAGGTGGTTTTGACCCCTACTCATTTAGCCATAGTAATGGAGTATGCAGCTGGAGGGGAACTCTTTGAGAGGATCTGTAATGCTGGTCGGTTCAGCGAAGATGAGGTTAATAACATGACATGGTCTTCAAATGTTCTGCTCTTTTTGACAATTTTTTAGTGTCATTGCTACTGTATTCATATCTCATTTATTTTCTACTTTGATTGTTCAGGCTAGATATTTCTTTCAGCAGCTGATATCTGGGGTCCATTACTGTCATGCCATGGTAAAATCTTGCTCAATTTTTGAAAAATTATATAGGACCTTGGGGATTCAAAAATACACAGTGTGAACAGATGCTTTTACTCTCCTTTTGCAGCAAATATGTCACAGAGATTTGAAGCTGGAAAATACACTTTTAGATGGAAGCCCTGCACCTCGCTTGAAAATTTGTGACTTTGGTTATTCCAAGGTACTGGAACGATTACCATTGAGTTTCACAGTTTTAACAATATTTCGTTTACTGTCTATATCTCTCAAAGTGCTTCCTTTTTGTCGTGTAGTCATCTTTGCTTCATTCCCGACCCAAATCAACTGTTGGAACTCCAGCTTATATAGCACCGGAGGTTCTTTCTAGGAGGGAGTATGATGGGAAGGTATGTACACTTTTTCAGAATTGGTTCTGCATAGTTCCTTCCTTACTTCTTTCTATGATTGCGTCTATACATGTTTGTTATCTCTGATTTTATCACTATATTCCTCTAATCATGCTATCTGGGAAAGTCTTTTAAATGCATCTACTGAACTAGTATATTTATGATTCTATAACTGTTTTAGTTGGCTGATGTCTGGTCCTGCGGAGTGACCCTTTATGTCATGCTGGTTGGAGCATATCCCTTTGAGGATCAAGATGACCCTAGAAATTTTAGGAAAACAATTCAGGTATGCCATCTTTCCTCCCTTACAATACTGATGTTCATATTGTTTCATGTTATTATCCCATCATCTTATCCCCGTTTCATTTCCTCTTCGGCAGCGGATAATGGCTGTTCAATACAAAATCCCTGATTATGTCCACATATCTCAAGATTGCAAACACCTCCTATCTCGTATATTTGTTGCAAATCCATTAAGGGTATGTTATCATGTTTGTGGAATTTGTATTATATTATCTTTTGTTACAATTTGATGGTGTCATCTCTAATCTATTATAACAAAAAGATAAAATAAAGTCAAATTGTTTTTGTAAATAAATTGTTTTAATAAGCTATCATGGAGAGCTTATGGAAATAAGCTGAAAACTGTTTTTTTTTTTTTTTTAAGAGGAAGCTGAAAACTGTTTATGAACATGTCATAAGCTATTTTCACACGCTCTTCCAAACAATCTCACAAGTGTTTATGCCAACAGATAAGTTCAAATAAGTCAATCATAACAGATTTATTGTCTATCAAGCTAACTACCTGACCTTATTATTCTTGTCATTGTCTACAGAGAATTTCTCTCAAGGAAATCAAGAACCATCCATGGTTTTTAAAGAATCTTCCAAGGGAGCTAACTGAATCAGCCCAAGCTGCGTATTACCAGAGAGGCAACCCAAGCTTTTCTATTCAAAGTGTGGACGAGATAATGAAAATTGTGGGAGAGGCAAGAGAACCTCCTCCGGTATCTAGGCCGGTCAAAGGTTTTGGCTGGGAAGGCGAAGAAGAAGAGGAGGAAGAAGTGGAAGAAGAGGTTGAGGAAGAGGAGGATGAAGAAGATGAGTATGACAAGAGGGTCAAAGAGGTTCATGCAAGTGGAGAATTTCAAATCAGTTAAGCCATGTAATTCTTGTTATAAAGTATTAGTATTTTTTATGCTAGAAAGCACCTATTTATGTGTACTATAATTTATAGCTGCTATAAGACTTCTGAAATCGTTCATGTATGATAATATTTTTCAATTACCTGTCTCTGTTATGGTCAATATAGTTTAGCTAAAAATCTATGTATCTTTGTTCAGTTAAGGGGAAGTTCATCATAAACCTGCACATAATGACTTTCTGCTTTTTGATTGCTCTGTGTATCTTATTCGAGAATAGTCTCTCACTTCCAAATATAAAATTAAGAGAATGAGTAAGTAGTGTCAATGGCTTGGGAGGAGTCCTTGAGATATATTTGCATTGCATGTGGACTGTTGAGTAGGCGTAAAACAGGACATGTGAAGTGCATAGTCATACGAAACCACTTGATTCAATTTATACTATTGTTAAATAAGCAAGTGGTAGAGTATCATTACTTATTTAAATGTATTCTGTACAAACTTTTGAGAGGAAATCACCAGATTAGGCTCTGAAATTAAGAACATATCATTTCAGTTTCTGAAATTTTCGAATTGGCAAAAACATCTCTAATTTTGTAATACGTCAATCAGTTTAATCCTTCTTATGTTAATTGGTTACTCTGCATGAGCTGACACATTAAGTGGAAGAAAATTTCCTCATTCTTAAGTCCTTTTGCTGCACTGAATTTGTAATACATCAATCAATTTTGTCCTTTTTAAGTTCATCACAAGATGCATTTGAAATGAACATGGCTCAATAAAGTCAAGGTGAATTTATCTCTTGCTCCTTAGAAAATAAATCACAGTTTCAGTAAAAGAGTGGAACAGGATTATCTACATGTTTCATAAGTACATTACAGTAAAAAGTGGTTGTGTGGAGCGCGGCTGTCCAGTTCTGGTGCATATTTGTCAAATTTCTTCCAGTTGACAGCAGATGCCTCATTATTTTTATTTTGCTATACAATCATGAAGAAATTGGCAACCATGAAGAAATTCACATGTTAACTCTTTTACTAAAAAAGGTTGTTCATTTTTATCAATGTCTCATGCACTATCTTTTTAGCCTCTTAAGTCTCAACCTCATTTCCTGTTGCAATTCAAACCCAAAAGCAAAACAATTTTGAGACCTAAAACTTTGTTTGAATGGCGATGCATCACGAGACACATTGATGTATCCACTACGAATAAAGATCAAATGCAAATCATATTCTTGGAGTGTGAAATTTTAGTTTCATCATGACAGATTCTTGGCTCACCTAAGGATGTGTGGCATCAACAGCATCAAGGATTTCTTTTAGAACTTCCAATGCATTGCTGCAAAACCAACGAGCCAAACACTTGGTCTTTATCAGGTTAATGCTGCAAAACAAGACAGCAGAATAAGCGAGGTTCATAGATAACGAAAATAGTACGGGTCCATTCAGTTTATCCATATTTTACAAACCAACTAGCCAAACACTTGGTCTTTATCAGAGTAAGTAATAATAATTTCCTTATGATGGATGAACCTATGAAGAGCAAATTAATATGATTATGGTAGTAACTAGTAAGCATATTTTTTCTGTGTCAGTTCATAGGAAAAGATTCATATGTTAAGACACTCAAAAAAACACCTAATCTCATGCTTCTAAGCAAAACCGTTTTGGAAAATAATCAAGAGAAGGGATATATGCATCTAATCACAAGTTTTGAATCTCCTTTCTACGCACATATTATGCCAAATATGAATTATACAACAATTGTTTAGCAATGGATTTTATATTTTCTACCTTAATCAATGTCGTGCGCCGAGTGTGTACGTACGAGTGTTTTGCTAGTTTACATTTACAAAACTTAGTCACAATTTTATTTTATACATTTTACTTGTAAGTTCTTTTATACAAAGAATTGGAGTAAAAAATTCATCCCAGTGCATATTGACTAAAATTAATGACTCAAAATAAATTACATGCAAATCATTGGAGCTTTGGAAAATAAAAACCTTTGGAATTCAAAATAAATCAATTTTAACAAGAACTTAGTGTAAAAAAAAAATAATCCAATTTCATGAATCACACATTACCAATTTTAAAATAAATTAAAAAAATTACATGTTGGTACCTCTAAGTGGATAATTCAGAATTTGTCAACAAAAAAAGTGGATAATTCAGAAATAAAATTTCATTCATGAATTTATTTTACATTTCTATTTACAAAAATACAAAAACAAATTTGATACCAAATGAAAAACAAATAAGGCCCAGAAAATTTGTAGCCATCAAGGGGAAGGGTCAAAGGGAACATTTAATATTGTGACATATTTGTCCAAAAAATGACAATGAAAGAAAGATAATAGTGGAAAATAGTGGGCAGTAAAATTAGTTGAGAAGATGAGATGGATAAACAGAAATAGAAGAAGAGGTCTGTGTTTTTTTCAGTCTCACCAGTCACTCTCAACCTCAAGGGTCCCTCTCTCTGCTCTACTCATATTCAGATTTATTTTAAAGATATTTATTTATAGTAATTTCTACCATTACTTCATACTAAACACTGCATAAAAATAATACCCTAAAAGAAAAAAATTCTTCATTTTTAGTCCAATTTGTGGGAATCAGGTAAAGTTTCTTCCTTTTTCATAAATCAATTTCTGGGTTTCGTTTTTTTTAGCTTCAATTTTGTTGCTAATAGCTCAAACATGTGTATTTGTGCAGTAGTTGAAGGACAAGGTAGTGGTTAAAGTGCTGTTTTTTCAAGCTATGAATTCTCCAATTCGTGCCCCTTCAACTTCTTCTTGCTCATATATTCGTCCTCATTCTTGCCGCACTTGTGCTTCTCGTAATTTCAAGCTTCCTATGTCAGTGTTCCTTTTTCAATTGTTATTGTGTTTTTAACATTTTTAGTAACCAAATATTTTACTAAGGTTATTTCTTGTTTGTAGTTTAGTTGATAGGATCTGTAGAATCATCATATTCCTCGTATGAAATTGTGTTTTTCTTGTATTTTGATTGCTTTGTATCATCATAATCCTAATATTCTTTATTTTTATAGGCTATTGCCACAGGCAATCTGTACCACTCAAAAGGTGTATCGATGCTCTGGAGGCCACACGGAGGCTTCTAGTAACGCTAATCCATTGAAAACTTGCATTGTTGGCAAATTTACTCCAGGATGGTCTGAAGCACAACCCTTGGTTTCCAAGCAATCACTCAACAGGCACCTTTTACCTGTGGGAGCTTTAGTAACTTCAACAACTCAAGATGTATCTGATACGCCTCTTATTGGTGATGATAAGATCGGAGTGTTATTGTTGAACCTTGGAGGTCCAGAGACTCTAGATGATGTGCAGCCTTTTTTGTTTAACCTTTTTGCCGATCCAGTAATACTCTCGCTTGAGCACACAATATTCATATGATATGATCAAATTGTTTTTTTTTTTTTTTATTATCACCGTTAGTTACATTTTCTGTATAATTATGCAGGATATCATACGATTGCCAAGGTTATTTAGTTTTCTTCAAAAGCCACTGGCTCAATTTGTATCTGTTTTAAGAGCACCAAAGAGCAAAGAAGGCTATGCTTCCATTGGTGGTGGATCCCCTCTTAGACGCATGACTGATGCACAGGCATGACACTTCCTGATAACTTTTTTCTGTACACTACCACACATTTGACTTTCGAATTGTTAGATAGGGCATTTGGAAACTTTTTCAATTTACCAGATACTGAATTTAGTTCGTAAAATGTTATCCTCTCATATAATTGCTGTTTTTCCAACCGTTTAAGCCATTTTTTTTAAATTCTCACTAGTCCATTGAGATTTTACAATTGACTTGCATTATAATTTTTCTATTGTGTTTGAAACTTTTTCTAATACTATGATGCGGTGACGTACACTACATTAAGTTCTTTCTTTTGTTATCTCTCTCTCCCCCTTGTATTGCTCTAGTGCTGATAATGATTCTCTATACAGGCTGAAGAGTTAAGAAAATCTCTATTTGAAAAGAATGTCCCAGCAAAAGTGTATGTTGGCATGCGTTACTGGCATCCATTCACCGAAGAGGCTATTGAGCTGGTATTGATCATCTTTATGTTTGATTACAATGTCAAATTGGATAGTAATAAATAAGATTGTGCCACTTTTAGTGATGTATTTTTACAAGTTTTAGGAGGATGACATCTGATGTTCTCTGTTAAGTTGTTTATAAATATAAGAAAATATGCATTTTTCATTGTTTTAAAAATTAGAAAAAGTAATTGGCCAAATATGTCAATTTATTTTATAGTATAGTTTTCAGCATATTTATGCAAACAACATTAAAGGAGTAAGAACTTTTTAAAAAAAAATGGTTTGCAATCGTAATAATAGTATTAGATTGGTCGAAATTATTGCCATTTTGAATGTGTAAATTTTGTATTTCTTGGGACAGTTAAGTTCTCTGTTATTTAGCAAATACGTGATTTAACCAATTATCTTCTTGAATAAACTTTAACCTTGGAACGGACTCATGGGTTAACTAATTTTTGTCAAAGTATTTTTACATGAATTTATCCGTCACATTTGTGATTTACTCAAGCCAATCATGACCAATTTTTCCTTTGAAATCATGTAGATTAAAAGGGATGGAATTACAAAGCTTGTTGTGCTTCCACTTTATCCACAATTTTCAATTTCGACCAGTGGTTCAAGTTTGCGTCTCTTGGAGAGCATATTCCGGTGATTACTATAAAATATTCTGTTATCACATCATCATACTCCAATTTATTATCTAACTTTCGGTTGTGAATTATTTATTGGTTCCTTAGAGAAGATGAGTATCTAGTCAACATGCAGCACACGGTAATACCTTCGTGGTACCAACGTGAAGGATACATAAAGGCAATGGCAAATTTAATTGAAAATGAGCTAAAAGGTTTTGACTTACCAGAGAAGGTACTACTTCATTTTTATATTTAAAAGACAAAAGCGTTGTTCCTAAACATTTGTATATTATCAATGTTATTCTTCTACTTTAAATATTGATAGCTTAATGTATATAGTCAGTATCAGATATTTCTGGTTAGGTTAATAGAATGATGACTGTATGAGTAACTTACTCTGTTTGATTAACTTAGGCAATTGGGAGATTGTGAAATGACTTTTTTTATAAAAATTAAAACAATCAACAACTTCGTTTATCTTTTATAGGTTTCGTTGTATTTTTGGTCCTGCTATTATGGTCATATCTGATTGAGCCCGCCAATAATTTTTTGCTGAAATTTAATCCCTTGATTTTTTCAATTGCTACAACCAACTCCTTTCATTAGCTTTTTTCCATCTGAAATATTCAAATCCACCATTTTCTATTCCTAATATTCGCAAATTAAACCAAATGTACCTTTTTAACCCTGTTCCACTCGGCATTTAAAACGCCAACTTTCACCCAAAATTGTGGGGAATCTTGAAAAGGTTTCCTCTTTGAAAATTTAACCTCACAAGCCTTCAAGTGTCGCTAAATTAGTATTGAGAATTTGTGCAATGCGGGGAGAAATTTTTGAAAAGAATCTATGTTTGGTGCGATTTACAATTTTGTGTTCAATTATTTAGCAGAAACAACGTTTGACAATAAATAACACTATCACATTAGGCATAGATTAATATTGTGTATCAAGTGTTAAGTATCACGTTCATAAAGCTAAGTATAACATCAATAATATTTGAGAAGGCAGTGTGAATCCATAAAGTTTTTCCGAAACTCGAGCTCCTTACAAGCTTAAGGTTGGTGGTTGGGTGTCACTTCGTTGTAAATATTTGTTGTTAGTCCTAGTGACTAATTTTTGTTGCAGGTCATGATATTCTTCAGCGCACATGGGGTTCCAGTTGCGTATGTCGAAGAGGCTGGTGATCCATACAAAGCAGAGATGGAGGAGTGTGTGGATTTAATCATGGAAGAGCTTGAGAAAAGAAAGATAACCAATGCATACACACTTGCTTATCAGGTACTTTTTTGTTAGAAATTTGGGACCCTCGGTTTCTAGAAGTATTAATGCATGTTGATTCATAAAGTGCGCAAATCCAAGCTTATGGTATAATGTTTACCTTAGTTCTGCCAGTATGGTATTCACCAAAGTAGCAATTGGTATTTCCCTATCAACAAGGCCATAATATTCTGAACAGTTTGTGTGATTCAGCTTATTACTTATTGCATAAAGAAAGCTCTTTGCAAAAAATAATACTCTCTGATATAGATCCCGAAGAACCATGCAAAGACTACTCAACAGCGTTCTCGCCGAGGACTACGTTTAGTCATCAAGTCAATAGGTGGTGAAGATGAGTTGTCTCTACAGTACAAAAAAAATTGTACCACCAATCTCCCTATGGCCAAAATGTGGCAACTGCTTTTAGATACAGCCTTTTTCCAAATTTCTAACAATGCATTATAATGCTTATACAGAGTAGAGTTGGACCTGTGGAATGGTTAAAACCCTATACAGATGAGACAATAATTGAACTTGGGAAAAAGGGAGTAAAAAGTTTGCTGGCCGTACCAATTAGGTAACATCAGCTTTGTTTTTTATTTATTATTTATTCCTCTCTGACCTGCACTAGGTTGAGTGATACTAATATTTGGTTTAACCTCTTTATGCACTCACAGCTTTGTCAGTGAACATATTGAAACACTAGAAGAAATTGATGTTGAGTACAAAGAATTGGCTTTAGAATCTGGAATAGAAAATTGGGGCCGTGTTCCTGCTCTTGGATGTGAACCCACTTTCATTTCAGACTTGGCAGATGCTGTAATTGAGAGTCTCCCATATGTTGGTGCGATGGCCGTTTCAAACCTTGAAGCTCGACAGGTACGCTAATCAACTCTCATTTATATTTTTGTATTGTGGAAGGAAAATATTTTATTCAAACATTATCTGCCACGTTGTCAAATGTCATTGTCAATACCTCGAGCGATTAGTCTCCGACTCTTGGCCGGGGATAAGGATAACCCTGAGCTCACCGGAAAAAGGATACACACATGTAGACATCTTCCATATCAGCATATTTTTTTAGATAAATCAAGTCATATAGATTCACATAGTAGTGTATTTTCTAATTGCATGCTTTCATTGTGTGATCTAACAAAAAGTTTTGGTTTGTTGACAGTCTTTGGTTCCCCTGGGCAGTGTAGAAGAGTTATTGGCAGCATATGACTCACAACGTAGGGAGTTGCCACCACCAATATTGGTGTGGGAATGGGGATGGACAAAGAGTGCTGAAACTTGGAATGGAAGAGCAGCTATGATTGCTGTGTTGCTTCTGTTGTTTTTAGAAGTCACCACTGGAGAGGGGTTTTTGCACCAGTGGGGAATATTGCCCTTATTTAGGTGA

Protein sequence

>MS.gene49743.t1

MDKYEVVKDLGAGNFGVARLLRNKETKELVAMKYIERGQKIDENVAREIINHRSLRHPNIIRFKEVVLTPTHLAIVMEYAAGGELFERICNAGRFSEDEARYFFQQLISGVHYCHAMQICHRDLKLENTLLDGSPAPRLKICDFGYSKSSLLHSRPKSTVGTPAYIAPEVLSRREYDGKLADVWSCGVTLYVMLVGAYPFEDQDDPRNFRKTIQRIMAVQYKIPDYVHISQDCKHLLSRIFVANPLRRISLKEIKNHPWFLKNLPRELTESAQAAYYQRGNPSFSIQSVDEIMKIVGEAREPPPLKDKVVVKVLFFQAMNSPIRAPSTSSCSYIRPHSCRTCASRNFKLPMLLPQAICTTQKVYRCSGGHTEASSNANPLKTCIVGKFTPGWSEAQPLVSKQSLNRHLLPVGALVTSTTQDVSDTPLIGDDKIGVLLLNLGGPETLDDVQPFLFNLFADPDIIRLPRLFSFLQKPLAQFVSVLRAPKSKEGYASIGGGSPLRRMTDAQAEELRKSLFEKNVPAKVYVGMRYWHPFTEEAIELIKRDGITKLVVLPLYPQFSISTSGSSLRLLESIFREDEYLVNMQHTVIPSWYQREGYIKAMANLIENELKGFDLPEKVMIFFSAHGVPVAYVEEAGDPYKAEMEECVDLIMEELEKRKITNAYTLAYQSRVGPVEWLKPYTDETIIELGKKGVKSLLAVPISFVSEHIETLEEIDVEYKELALESGIENWGRVPALGCEPTFISDLADAVIESLPYVGAMAVSNLEARQSLVPLGSVEELLAAYDSQRRELPPPILVWEWGWTKSAETWNGRAAMIAVLLLLFLEVTTGEGFLHQWGILPLFR