AlfalfaGEDB | MS.gene031811

M. sativa cultivar XinJiangDaYe / MS.gene031811

KEGG: K02552
GO: GO:0003674 GO:0003824 GO:0008150 GO:0008152 GO:0008909 GO:0009058 GO:0016853 GO:0016866 GO:0050486
PFAM: PF00425.21

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.gene031811.t1	XP_003607323.2	95.6	526	23	0	1	526	42	567	6.30E-292	1012.7

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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.gene031811.t1	Q9ZPC0	56.7	531	195	4	17	518	53	577	3.0e-165	583.2

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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.gene031811.t1	G7JQL8	95.6	526	23	0	1	526	42	567	4.5e-292	1012.7

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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
No data available in table

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PPI:

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Gene1	Gene2	Type
MS.gene031811	MS.gene006487	PPI
MS.gene052322	MS.gene031811	PPI

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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.gene031811.t1	MTR_4g076520	95.627	526	23	0	1	526	42	567	0.0	1036
MS.gene031811.t1	MTR_7g011400	86.256	211	29	0	298	508	21	231	1.21e-130	380
MS.gene031811.t1	MTR_8g069840	31.250	192	121	5	40	224	79	266	6.95e-15	78.6
MS.gene031811.t1	MTR_8g069840	31.250	192	121	5	40	224	79	266	8.18e-15	78.2
MS.gene031811.t1	MTR_1g095360	24.667	300	211	10	218	506	532	827	9.74e-13	71.2
MS.gene031811.t1	MTR_1g095360	24.667	300	211	10	218	506	567	862	1.02e-12	71.2

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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.gene031811.t1	AT1G18870	56.154	520	207	4	15	520	47	559	0.0	590
MS.gene031811.t1	AT1G18870	56.008	516	206	4	19	520	1	509	0.0	583
MS.gene031811.t1	AT1G74710	54.597	533	213	5	6	516	35	560	0.0	583
MS.gene031811.t1	AT1G74710	54.237	531	214	5	6	514	35	558	0.0	574
MS.gene031811.t1	AT1G18870	53.077	520	199	5	15	520	47	535	0.0	539
MS.gene031811.t1	AT1G68890	30.476	210	133	5	26	226	67	272	1.05e-19	94.0
MS.gene031811.t1	AT2G29690	27.083	288	185	6	248	515	318	600	9.68e-14	74.3

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Find 130 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
AAACAGGCTAACCACGTTAG+AGG	0.367158	4.3:-31838647	None:intergenic
AAACTCAGGTTGTTCTAGCG+CGG	0.633096	4.3:+31838591	MS.gene031811:intron
AAACTCCAATACCTTTAAAC+AGG	0.425415	4.3:-31838663	None:intergenic
AAACTGCAGGACTTGGGTGA+AGG	0.560757	4.3:-31844354	None:intergenic
AAAGGTTTCATCAGAGTGGA+TGG	0.544311	4.3:+31837501	MS.gene031811:CDS
AAAGTTCAAGAGAATCGGTT+AGG	0.497340	4.3:+31836394	MS.gene031811:CDS
AAATAAAAGTTCAAGAGAAT+CGG	0.483183	4.3:+31836389	MS.gene031811:CDS
AAATGATCAGAAAACTACCA+AGG	0.680764	4.3:+31844166	MS.gene031811:CDS
AAATGATTCCTCACTTACCA+AGG	0.633006	4.3:+31838474	MS.gene031811:CDS
AACCCACAAACTGCAGGACT+TGG	0.444658	4.3:-31844361	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
chr4.3	gene	31835572	31847510	31835572	ID=MS.gene031811
chr4.3	mRNA	31835572	31847510	31835572	ID=MS.gene031811.t1;Parent=MS.gene031811
chr4.3	exon	31835572	31835595	31835572	ID=MS.gene031811.t1.exon1;Parent=MS.gene031811.t1
chr4.3	CDS	31835572	31835595	31835572	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31836333	31836742	31836333	ID=MS.gene031811.t1.exon2;Parent=MS.gene031811.t1
chr4.3	CDS	31836333	31836742	31836333	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31837438	31837555	31837438	ID=MS.gene031811.t1.exon3;Parent=MS.gene031811.t1
chr4.3	CDS	31837438	31837555	31837438	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31837910	31838026	31837910	ID=MS.gene031811.t1.exon4;Parent=MS.gene031811.t1
chr4.3	CDS	31837910	31838026	31837910	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31838349	31838495	31838349	ID=MS.gene031811.t1.exon5;Parent=MS.gene031811.t1
chr4.3	CDS	31838349	31838495	31838349	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31838599	31838673	31838599	ID=MS.gene031811.t1.exon6;Parent=MS.gene031811.t1
chr4.3	CDS	31838599	31838673	31838599	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31838777	31838845	31838777	ID=MS.gene031811.t1.exon7;Parent=MS.gene031811.t1
chr4.3	CDS	31838777	31838845	31838777	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31843209	31843327	31843209	ID=MS.gene031811.t1.exon8;Parent=MS.gene031811.t1
chr4.3	CDS	31843209	31843327	31843209	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31843430	31843487	31843430	ID=MS.gene031811.t1.exon9;Parent=MS.gene031811.t1
chr4.3	CDS	31843430	31843487	31843430	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31844132	31844242	31844132	ID=MS.gene031811.t1.exon10;Parent=MS.gene031811.t1
chr4.3	CDS	31844132	31844242	31844132	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31844337	31844421	31844337	ID=MS.gene031811.t1.exon11;Parent=MS.gene031811.t1
chr4.3	CDS	31844337	31844421	31844337	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31846483	31846580	31846483	ID=MS.gene031811.t1.exon12;Parent=MS.gene031811.t1
chr4.3	CDS	31846483	31846580	31846483	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31847103	31847195	31847103	ID=MS.gene031811.t1.exon13;Parent=MS.gene031811.t1
chr4.3	CDS	31847103	31847195	31847103	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1
chr4.3	exon	31847454	31847510	31847454	ID=MS.gene031811.t1.exon14;Parent=MS.gene031811.t1
chr4.3	CDS	31847454	31847510	31847454	ID=cds.MS.gene031811.t1;Parent=MS.gene031811.t1

Gene Sequence

>MS.gene031811

ATGTATCTTATCCACCGCCAACATGTATGTTATGCAAACTACTCTCACTTTATGTTCCATCTTTTTGTTATCCATTAGTAACCAATTTATATGTGTGTTGCAACACCATCACCAATGCACTGAACACAACATGATAGTATATTTTATTTTATTTTCATTTTGGATACAGTACATATAACATAATGTTTTTTTATTTCATTGTTATGTGAATTAAGGACCCTTTGGTATCAAAAAAATGTTATCTGTTTTAATATTTATTTAATTAATTTGATACTAGAGGATTATTTGAGGTTATCTATTTAGATAAGTACCTGTCTGTAAGACTATTTACGAAGAGTTTATTCATGGAAAAAACTTATGACATGTGTGTAAGTTGTTTTCTTCTTATTTCCACAAATTCTATATATAGTTTATGAAACTAACTTATAACTTAAATAATAACAATTTGACTTTATCTTACTTTTTGTAATTGAAATAAGTTATTTGGAACATTTTTTTTCTCCATATGGACTTATAATTTGGGATGGAGGGAATAGCATTTAACTGTCATTTTAGATGGCAAAGGAAATCATCTCAATAGTTGATAAGAAAATATCCATTGATATTTCAACACATCTATACTTTGAAAGTGAATTTGCTTACTCTAATAATCCAAAGCTTGAGTCGGTCCTTGGGCCGGATATCAAGTTTTCAAAAAATATTTGGTTCTGTGTCTTAAGTCTAATAGTCTATTCAAATTTTGTATGTTTTGATTTGTTCAGAGACCAATCTGTAAGGGATGCTACCTTTCAATGAATGGTTGTAAAGAAGGAGAAATAAATAAAAGTTCAAGAGAATCGGTTAGGACGATAGAAACACGAACATTGCCACCAGTAGCATCAGCTGCAATGGCTATGTACAGTCTCAAAATGGCTATTTCAGAGCTAAAAGAAGACTCTCCATTTAGTACCTCATCTGGCATAGTGAGAGTTGAGGTGCCTATTGAGGAGCAAGTTGAAGCAATCGATTGGCTACATTCACAAAATCACCTTCTGCTTCCTAGATGCTACTTCTCTGGCAAGGAACAGAAATCTTGCCCTGGAAACTTGGTTAGTATTGCTGGTGTTGGTTCTGCTGTTTTCTTTTCGCAGCCGCAACCATTTTCCTATTGGGATTGGATATCTATAAGGAGGTAATTCACCTTTGAAACTTTTTGAAGTTAGTTTTCTGAACTTGTTGACTATGTTTGGTTTTACTAACTTCTTTCCGAATCGAACTGTTAATGCTTTGTCCCAAAATATAGATAGTTCACAAACTGAACTGAACTGAACTGGTTTCCCGTCACAATGAGGTTCTTTGGTGTAGTTCAGTTGAATGGTCGGTTTGATTTTTGATTTTTTAATCGGCCTAGATATTTGGGTGGAGTGTGTGAACATTAATCTTGTCTCCAAAATATAGATGGTTGATTAGTATCTGACAGATTAATTTTGCCTCAGAATTTTGTTTTGATGAAGTGATGAAAAGTATCTTTTGCGTTAGGTTTCTAGAGTAAAAATATGCAACCGTAAGCCTCTTCACGTCATACTGAATTTTAATCAAATCAATTTACAAAATCAAGTTGATTTGAGATCACATTTATTAAAAGTTCATCCGAGCACACAAGGAGTAGTTGCTCTCGTTAATGCAAAATGGAAAACAAAGTAGTAGTTGTTTCTTTGTATGCTCCTTTAATTGAAAAATACAAACATTTTAGTTGAAAGAAATTAATAATTAGAAAATAAGTCATCTTTGGTTGGCATGATAGCTGATAATCCTTTTCTGCACCCTGCCTTCTATGCCACAGCTAGTATATGATATTTTTTGTTGTTGAAAAATTTCACTTTGAAGGTTTCTTTCTGAGAGTTGCCCTTTGATTCGCGCATATGGAGGTATCCGTTTCAATGCAAAAGCAAAGGTTTCATCAGAGTGGATGGCTTTTGGTTCTTTCTACTTCATGATTCCTCAGGTGCATACCCTGTGTTCTTTCCAAAAACTAATTTGGTCCTTCAATGTGTCAAACGTTGTTATTATAGTCTTTGAATGTATGAAATTATAAAAACATCCCTAAATGTTTTTTTACTTGGTGAGTTTGGTCTTTGAATGTGTCTTTTGTTAGTTAGTTTGGTCATCGAATATCTCTTTCATCACTGAATTTAGTCCATAAAACTAGTAACAAAAGACATACCGAAGGATGTTTTTGTAATTTTAATACATTCAAAGATCATAGTGACACTACCTCACACATTTAGGGACCAAACTGATGATTTACTCATTTATAGCATTGGCAGTCAGAGATATCTAGCCGGGAAAAAATTGACAGGTTGAGTTTAATGAGCTTGAAGGAGGATCAATGCTTACCACTACTATTGCTTGGGATAATGATCTTTGTTGGTCATGGGAAAATGCTATCGTGGCACTTCAAGAAACACTTTGCAAAGTAAGTGCTAGGGCCTGTTTGGATTGATTTTTTTGAGTTTATCTACCAGCATAAACACATTCGAGACTGTTTGGGAGAGCTTAATCGAAACAGCTTATGGTATGTCCATAAGTTGTTTCCACAAGCTCTACAGGATAGCTTATGAAAACAACTCATCGCTTATTTGAAAACAATGTAACTTTATTTTATCATTGGTTAGAGAAATAACTTATAGATAAACATTTTATGATAACTGTTTATGGCTGCTTAAGTATATTTGCTTTTAGATTTTTAGGACTCGGGAAGAAGACTTTGTTGAAACTATGCATCTTTGTATTTGCAGGTTTCTACTTCCATTGTAAAGTTTCCTAAGCAAGCTCCTCCAACATTGATATTAAGCAGCCATAACATTCCTAGTAAAGAAGATTGGAATCTTGCTGTTAATAGAGCTTTGCAGATGATAGAGCAAAATGATTCCTCACTTACCAAGGTAACTACATCTCATGCTTTATCTTTATCAGATTTCGAATCATTCCTTGATTTGCAAGAAACCATTTGAAAGTTCATTTTCTTCTTCCACATTGGAAACTCAGGTTGTTCTAGCGCGGAGCACTAGAGTAGTGCCTACTGTTAATATTGATCCTCTAACGTGGTTAGCCTGTTTAAAGGTATTGGAGTTTTCTTTGCTCTTTTCTCTCCATCAAATTCCGCAGTGTTATCTTAATGAAATGCAGTAGAAGGTTTCTTACGTATACATCAATATGATTGTAGGTTGAAGGTGGAAATGCTTACCAATTTTTCCTTCAGCCACCTAATGCACCGGCATTTATCGGAAACACAGTAAGTATGCCATGTGACTGGGAAGATTTATATATTCATACCCTTATCTTTTTATGTCGGGTATGGGCGTATGTGTCACGACCCGAAACACTAATCGTGACCGGCGCACGAACTAGAACATTCTAGCCCGGCAAGCCTATTGATTCAACTTGACAAACTATAAAATAAAAACAATTCCAATTCGGTTTTCACTTCAATAAAAATATTTACTGAAATTTCTACAAAGTTTCCCCTGTAAATTCAACATTTCCAAGATATGAATCCTGTTTAAAAAACCTGTTTCATCATTCAGTATCTCAAATAACATTTTTGTTGTTACTTGTACAACTCAGAATAACACATCCTAGACTACCAAATAGCTGCAGATACATCAATGGACACTGAAATATAAATATAGAAAGAGAAGCCAACCAAGAGGGCCTACCAAAAGTGACACTGCGAAAACTTTGAATCTACTAGCAGCTTTTTACTTAGCTGCTTAGGAATCTGAAAAAAAATAGAAAATAAAAGAGTAAGTCACGAGGACTTAGTGAGAGACAACAACCACTACCAACTAGAAGGGAAACACACAAGAGCACGATTATTTACTTTCTCAAATCTGATATAGATTTACAAAACTAGTATCCGTATAAAATTCAAGTAATCCGCGATCGTTTATACACATGAAAATTCACAGTCAAGTGTATACATGAAAATTCAGAAAACTTTATATATTTATCAAACCAAATAGGATTATATCGAAATCCCAATGTCGTAAAGAGGTGAACCCAAATTCACAACCTTAAAGAAAATATAGAAATCACACATAATGAAATCGAATTAATCAAATCCAAATAGAACATAAAAATCGGATTTAATAAAATGGAATCAAAATAATCAACTTCAAAGAAAGTATAAAAATTCAACTTTTGTTAAAATATCAAAACGGGTGAATCGAGAACTAGCTCCATCTCGTTGATAGCCCTCTCCTCCTAATGGTGGCCTTTCCATAGGGGCGGCTCCATCTAGCAGATAGCTCTTTTCTCTCGACTCAAAACAAAGTGACAAAAAATATAGAAAACCCCGTTTAGTAAAAATAATCAAATGGGTGAATCGAGAACTAGCTCCATCTCGTTGATAGCCCTCTCCTCCTAATGGTGGCCGTTCCATAGGGGCGGCTCCATCTAACGGATAACTCTTTTCTCTCGACTCAAAACAAAGTGTAAAACATTTTCAATTAGGAAATTTACCTCTCATTGATAGCCCTCTCCTCCTAATGGTGGCCTTTCCATAGGGGCGGCTCCATCTAACGGGGTAACTCTACCTAATTGAAATCACATACTAGGTGCACCTAGGTCGTCGTCATTAGAACCGTAATTTTCAAAACATCATTCTTAAAACACAATGCTAAAACCATATTACACAACATAGCGAAACTTATTTCAAAATATGTATCATCAAAACTCAATCGAAAATCTACTACTTATAAACATAAGTAAATCGAAATTCAAATCCAATTCAAAATCCAAATCACGTACAAATTAATATCAAACCTTTCGAAAACGCATATTTCAAAACCACGTTTCACAAGATCTCAACACAACTACGAAAATATATACAATCAAATTATCCGTTTCAATTTCTCTACTTTATAAATCACAAGTAAAATCCAAATCGAAATGGATCCTATATTAATATCGAAAATCCCAAAAACATATATCTCAAAACCTTATTTCTTCATTTCTCAAAACTCATGTCATAGTATAGGCAACCAAACCTCAATTTCAAATCCCAATCCGTCATGGACCAGGATTTGCTGCTGTTCAAAAATAACGCAGTTACACGCTGTTTTTCATTTAAGTCATTGGATTAGATTACAACATTGGGAAGTCTTGTGGCACAACTTCATCCAACGGCTGACATTAAAACTGCGGGAAAAGTTACAGCACCAAATCCCAATCCGTCATGGATAAATCCAAATAGAGTATAATTAAATTTGATGACTTTAAAATTATATAACAATTACCAGAAAAATGTTGAAAAGGTGTGTTCCCCAATTTGATAAATACTTTAACATATAAAATCATAAAAATAGCAATAATAACGATATTGAAAATAAGCGATAATGATCGTCATCAACTCATGTTATGACGAATCAGCTAACTTTGCTCTCTAACCACTCCTGAAGAAGCATGTGAAGCGTCCGGCGTCATATCTGAGCATCAATAATATTTTCTCAAGAATTAGAAACTCATTCAACTACTTCTCTAACTATGTTAACCATAAAATCCCCATTTCATCTACACTAATCTCAATAATTAATTTCTAACACTAATCATGCCTCAATATACACTAATTGAGTTGTAAATTGATAAATATACCTCCAAGAAGTCTCAATGAACAACTTTCACCATATGGGTATTCCTCTTCTTTCCCAAGGCACAAACTCAAATCCCAAAATTCTACCAAATAGAGCTTGTACCATGAAATAGCTTAACTTAGATGTAGAGTTTTCTTAAGGATGTTTGATTTGGTGATGTAATTTGATGATTTTGAAAAGGAAGAAGAAAAAGAATGAAAAGGAAAGGTGGGAACAGAGAGCTAGGGAGGGAGGGAGTAAGAATGAGGGAAAGGGTAGATTTTTTTTCCTTATGTGAGTGTGTTTTTCTCACACGTGTGTGTTGTGTTAATATATATATATAGAGGACATATCTAGTGAGAATGAATTAGTTATATGAGAATGGTGAGAATACTTCTCAACCCTTGGATCAAAAATAAATGGTTCAGATTAAAAAGACTCACATGCGCCTCTCTCTAGTCTATCATTTCTTATAAACCTGTTTTACCTTTTCATCTTCTTGGATAGACCATCATCTGCAACAGATTTTAACCTTACGTTCATTTTCAATTTCAATTTTTACAATCTCACCTGAACTGTTCCAAATTTTCCAGCACAGGATTAAAATCATTGGAGATATTGCCTTTCAAATGGACTTTCTTCTGAATAACACCAACGTATCCAAATAGATTAAAATCATTGCATATCATTCTGGTTCTATTTTTCAGTCCATCAATTGGATTCAATTTTAAATTAATGATCCACTCTATCAAAATAACCCCTTTTCTTTTTGAAAAAAAATCTAAATAATATTCTTGCCCCTTCTTGTCTTCTCCAACCTACCAGCAGATCTCTCTCTCCGGTCTCCCAAATTGTTAACCCTCTTCGTTTCGAGCATCATCCATCTGTCTATTGTCTGATCAGAGTTCCAATAAAAAATGGAGGCAAAACCTAATTTACAATTGAATCCAATTGAAAATAAATAAATGATAATTTTGAGTTTTGTGCTGAACACAACAATTTTATGTTTGAAATAGAATTATTCTCAAAAGCTTCATTCCTTTCTTATTGTTTTACTGATTTTCCAAAGTTTCATTTCATTCTACAATTTTAAATTAGGGAGAAGATTTGGTGCACTAATTTAAGAGAGAAACCGAGAGGGGGAAATTTGGTGAGAGTTGAAAGAGAGGGATATGGGTTTGATGATGGATTAGTGCAATTCGACACAGATAAAAGGTAGAAAAAAATATGAGGAACAATCCGTAGAGCAAAACACAGGATGGAAGGTTTGAGAAGATGATAAGTTGAATGGATTGAGGATAGCATGTGGAAAGGCATATGTGTTGTTTTTTAATCTAGACCATTTATTTTAATCTTGATGGCTGAGATTCATTCTCATCATTCTTATATAAATATGTCATTCTCACTAGATACATCCTCATATATATATATATATATATATATATATATATATATATAATTATTATTAAAACTTATTCATTTATTTTATTCCCCTTTTTTTTTTTTTTTTTTTTAAGTGAAACGGTTCGTTTCAGTATGGCTCATAGTCTACTGATAAGTGGCAATGGTTCAGGGTGTAAACTTGTAAACTGAACTGTAGTTTTAAAACACAAGTTGCAATCTGTAACCCTAAGCATGGATAATAGAAAATATCTGCAACTACTCTGCAGTCGGAGAAATAGATATAATTGTCTGAACTACATGATAAAATCTCGTGTGTTCTTTGTGTTTTTAGTATATGTTTTATTTTGAACCAGGGTTGTTGTTCTAACATATTCTTATTACATACTATTTCAAGATATACTGAAATTTCTAGTAATTATATCCACGAAATGATTTTCACATGATATTTTAAGTTACATTCTAATTATGTTTTATAAATTTTGGTCAATCGCATAATTTTGTTTACCTTAAAAGTCACCATTAGGTAAACAGCCTTTTTGGAAACTATGTTCTGAATTAAATGAGTGATGACACATTTTTCTCCTATGTTTCCATTTTAATCTTTATGAACTTGATGAATAGCCAGAGCAACTATTTCACAGAAAATGGCTCCATATCACAAGTGAAGCTTTGGCCGGAACTCGTGCTAGAGGACTATCACTAGCACTAGACCGTCAAATTGAACTTGACTTACTTACCAGGTTTGCCTTGTTGCTTAGGACTTTGATATAAAAACTGTTGTTTTATGGATGTTTTCCCTGATGCTTGTGATTTTTATTTTTGTTTTCTTTTTGGTTATACAGTCCGAAGGACGACATTGAGTTTACTATAGTAAGAGAAAGCATACGAAGAAAATTGGAGGTATGTTTATTTTTATACTTTTCATTGTTGGCGCTTTTGCTAAAGCACACATTTCCTAATGTACGTTAGATTTTGTTTCTAAATGTTTTTTCCTCAAATCCTTGGATACTGATATAATAGGTATGCAATAGATGGAAGGAAGAGATTCAGTTTCTGTAAAATGATATTTGTTTTTAGGCTTGAATACAATTTTGGTCCCTTTACTTTGTCTCAATCACGATTTTGGTCGCCCATTTCTAAATTCACAATTTCCATCCTCCAATTTTCAAAATGGATGACTTTTTCCCACCCTATACATGTCGATGATATTGAAATTGAAATGCTTATGTGGCAAGTAGATCGATGATGTGACACTGTCTAGGCAGATTCTCACTTAGGGGCCAAAATAATAAATAATTAAAACTAGAGGAACTAAATTTTATTTAAGCCTTGTTTCTATGTGATGAATTTTTAGAATTAAGCTGTTGGCCTCATGCTATTATGTATAATCCAACCCTAGATTGGATTTTTGGAAGTCCGGACTGTATAATCCAACATTCCACATGCTATTTCATTTTGCATAATACCATTGCATCTCCTTACAATCATTTTAGACCTTCCCAGGTTAACACAGGTATGAATCCTTTACGCACATGTTTTCGCAGGTAGTCTGCGAAAAGGTTATAATCGAGCCAAAGAAAATGATCAGAAAACTACCAAGGATCCAACATTTATTTGCTCAATTAACTGGCAGGTTAAGAAACGAAGAGGATGAGGTAACCATGTTACAGTTTAAGTGAGAAATCTTTACCAATGAAAGTAACTTTATTTAATTCACACCATATAACTAAGTTGTCATTTTTCTTTTAGTTTGAAATTTTGTCATCCCTTCACCCAAGTCCTGCAGTTTGTGGGTTTCCAACAAAAGTGGCACAAGTTTTAATTGCGGAAACAGGTATATCCATTTTCCATACATTGTTGTTTCTAATACAACCAAATATTTTCTTACCTGTTCTTGAAAGGATTTTCAGCCTAAGCATATATGTTTCTAGGCTTAAATAGTACATTGGTCCCTGCAAATATGGCCCAGTTGAGTTTTGGTCCTTGTAAAATAAAAATTCAGAAATCGGTCCCTGCAAAATTTTCTGTCTTTTAAAAATACCCCTGGGCCCACTGAAGCTGCATGGTGGCACTCCGATGCTGACGTGGCACATGCTGACTGTGCATAATTGGCCACGTGGCATCTGACGTGGCATATAAATTAATTTTAAAATGTAAAAAATCTGAAAAATTAATTTAAAATTTGAAAATTATAAAAAAAATTCGAAAAATCTAAAAATAAATTAAAAAATCATAAAAAATTTCTGGAAAAAATCTAAAAATTATAAAAAATTTCCGAAAAATCTGAAAATAAATTAAAAAATAATAAAAAATTTCCGGAAAAAATCTAAAAATTATAAAAAATTTCCGAAAAACCTGAAAATAAATTTAAAAATCATAAAAAATTTCTGAAAAAATCTGAAAATTATAAAAAATTTCCGAAAAATCTGAAAATAAATTTAAAAATCATAAAAAATTTCTGAAAAAAATCTGAAAATAAAAATTTTCGAATATTAAATTTTAAGAAAATATTTTAAAAATTCTGAAAATTGTTTTTAAAATAAATATTTTTTTTGAATATTATATATTCTGAAATTTCTGAAAAAAATATTTTTTTTAAAATTAGAATCCACCAGTGTTGTTTTGATTTTTTTGTAACACCCGATTGGGTCGGCATACACTTTGTGTGGATTAACTGGGTTAGATTTATGTCCCCCCAGTTTTTTTTTGTATTTATTTTTTCCTTTTTTTTTAATAATATATATATATGAGCACCTGACATAGACTGGAATCTGCAAGACACTACAACTCTATTGGACTGTCTTCTATTCCTTTTTATGTCGTTGGACTCTTGGCTTATCAAAAAAAAAAATTAAAATTTTCATAAAAGAACAAGAAATTAGATTTTTTTAAAAAATTTAAAAAAATAGGAAATTTATCTTCAGATTTTTCTTTCAAAATTTAAAACTATTAATTTATTTTTTAAAAAAATTTAAAATACATTTTCCAAAATCTGGAAAAAAATTTAGGATTACAAAAATTGAAAAATAAAATATTTTTTCCAAATATTAGAAAAAAATAATTTTTCATTTTTTTTAAATTAAAAATATTTTTTGTTTTGCAATATAATTTTTATGATTTTTAAATTTATTTTCAGATTTTTTGGAAATTTTTTATAATTTTCAGATTTTTTCAGAAATTTTTTATGATTTTTAAATTTATTTTCAGATTTTTTAAATTTAAATAAATAATTTTTTTAATTTACGAAAATTAATTTCTGAAAAAATTAAAAAAATATATTTTAATTTTGAATTTGTTTTTATAATTTTCAAACAAAAATTCTAATATTTTTTAATTTGTAAAAATTACAATCCGTATTTTTTATTTAAAAAAATAAATTTTTCTATTAATTTCCATTTTTTTCTATTTTAAATTTTTTTTTATAATTTTCGGATTTTTTCAGATTTTTAATTAATTTTTCAGATTTTTTATAATTTTCAGATTTTTTTTCGGATTTTAAATTAATTTTTCAGATTTTTTACATTTTTTAATTAATTTATATGCCACGTCAGATGCCACGTGGCAATTATGCACAGTCAGCATGTGCCACGTCAGCATCGGAGTGCCACCTAGCAGCTTCAGTGGGCCCAGGGACTTTTTTAAAAGACAGAAAATTTTGCAGGGACCGATTTCTGAATTTTTATTTTATAAGGACCAAAACTCAACTGGGCCATATTTGCAGGGACCAATGTACTATTTAAGCCATGTTTCTATTTTAGAAATGCAAAATGTGGTATAACTTGTTATAAAGTAAAAGTGTGGAGATATTGATATGTTTGGTAAAACCCATTTTAGAACGTAGTGGGTGATAAAAAGAATTCAACTATTTATTTGATGTTTCAAATTTGGTGTTCAGAAGTATTTGATCGAGGGATGTATGCTGGACCTGTTGGTTGGTTTGGAGGAGGAGAGAGTGAGTTTGCCGTTGGCATCAGGTCAGCATTGGTGGAACAGGTTAGCTATATAATCTCTTTTGATGTCACATTCAGTTTGCATAGGTTGAGATTTTCATAAATAATGATCATGATCCTAAATGATTTATGTTTCCAGCATCTGTTGTTCAAAACACGGTTTTCACCAAGTAGTATAAAATATTATCGTATCTACAAGGAGTAATCAAGACTTACCAAGTTAACTGAGATCCTATATCATGTAGGCGAACGCAAATTTGTTTATTTATTGTAGCGGATTCTCAGTTAACGGAAGCGAGAGCAATAGTAAATATTTGAGAATTCAATGGAGAGAAGGACTAGAGTCATGTTTCACTTGTAATTTTAATACTGCCAATCCTAGTTTTATACATGTTCTTATTTGTCCTCCCAATTCTTAACCACTATTCAAAAAATACTAATAAAGTTTGGCAATCAATGAAAATAATCCTTTCCAAAATTAGCTTTAATCTCACGTTAATCTTCAAAAGTTTTTTACCGGACTGTTTTTTACCACGAATCATAACATTTGCAAGTTTTTATATAGGAACTAGGAGCTTTGATATATGCTGGAACAGGAATAGTGGAAGGAAGCAATCCATACTTAGAGTGGGATGAGCTAGAACTCAAAACATCTCAGGTGTGTATGTGAATGCATACATATTTTGGCATACATACATACCATTCACTGCAAAAGATTGCTAGCAAGTTTGTTACTTCTTCTAAAATGAAATATACGCAAAAAAAAAGTGCATGTATCTAGTCCAAATTTGAATCAGATACATGTACTTGGTCGTTTATATTTCATTCTAGAGCAGTCTTCATTTTATTTCTGATAGGTGTTGTCAAATAGCGGCGCTTTTATATGATACTGAATGTATGTTGATTTGGTTTGCAGTTCACCAAGTTGCTTAAACTGGACTTGCCTCTGAGACAAAAAGTAGATTGTAAATGA

Protein sequence

>MS.gene031811.t1

MYLIHRQHRPICKGCYLSMNGCKEGEINKSSRESVRTIETRTLPPVASAAMAMYSLKMAISELKEDSPFSTSSGIVRVEVPIEEQVEAIDWLHSQNHLLLPRCYFSGKEQKSCPGNLVSIAGVGSAVFFSQPQPFSYWDWISIRRFLSESCPLIRAYGGIRFNAKAKVSSEWMAFGSFYFMIPQVEFNELEGGSMLTTTIAWDNDLCWSWENAIVALQETLCKVSTSIVKFPKQAPPTLILSSHNIPSKEDWNLAVNRALQMIEQNDSSLTKVVLARSTRVVPTVNIDPLTWLACLKVEGGNAYQFFLQPPNAPAFIGNTPEQLFHRKWLHITSEALAGTRARGLSLALDRQIELDLLTSPKDDIEFTIVRESIRRKLEVVCEKVIIEPKKMIRKLPRIQHLFAQLTGRLRNEEDEFEILSSLHPSPAVCGFPTKVAQVLIAETEVFDRGMYAGPVGWFGGGESEFAVGIRSALVEQELGALIYAGTGIVEGSNPYLEWDELELKTSQFTKLLKLDLPLRQKVDCK