AlfalfaGEDB | MS.gene31528

M. sativa cultivar XinJiangDaYe / MS.gene31528

KEGG: -
GO: GO:0000166 GO:0003674 GO:0005488 GO:0017076 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0036094 GO:0043167 GO:0043168 GO:0043531 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00931.25 PF13855.9

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.gene31528.t1	RHN75663.1	95.6	3097	135	1	1	3097	1	3096	0.00E+00	5801.9

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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.gene31528.t1	Q9T048	26.6	914	588	27	1	867	1	878	2.0e-64	250.8

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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.gene31528.t1	A0A396JH71	95.6	3097	135	1	1	3097	1	3096	0.0e+00	5801.9

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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.gene054010	MS.gene31528	0.840385	8.98E-58	-1.69E-46
MS.gene054011	MS.gene31528	0.812787	3.56E-51	-1.69E-46
MS.gene054012	MS.gene31528	0.836554	8.74E-57	-1.69E-46
MS.gene054013	MS.gene31528	0.835259	1.86E-56	-1.69E-46
MS.gene054183	MS.gene31528	0.812234	4.70E-51	-1.69E-46
MS.gene054486	MS.gene31528	0.805573	1.25E-49	-1.69E-46
MS.gene055909	MS.gene31528	0.812508	4.09E-51	-1.69E-46
MS.gene055911	MS.gene31528	0.81885	1.58E-52	-1.69E-46
MS.gene057888	MS.gene31528	0.803357	3.62E-49	-1.69E-46
MS.gene058995	MS.gene31528	0.807988	3.86E-50	-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.gene31528.t1	MTR_2g089975	96.254	3097	115	1	1	3097	1	3096	0.0	6096
MS.gene31528.t1	MTR_1g041550	73.105	2573	672	7	1	2568	1	2558	0.0	3727
MS.gene31528.t1	MTR_1g041550	68.265	1585	460	12	1523	3097	1013	2564	0.0	2090
MS.gene31528.t1	MTR_1g036750	71.883	2575	683	9	1	2568	1	2541	0.0	3603
MS.gene31528.t1	MTR_1g036750	68.501	1581	477	9	1523	3097	982	2547	0.0	2101
MS.gene31528.t1	MTR_1g044020	71.989	2242	581	13	866	3094	618	2825	0.0	3191
MS.gene31528.t1	MTR_1g044020	72.311	437	117	4	1	434	1	436	0.0	637
MS.gene31528.t1	MTR_1g044020	42.761	594	252	13	550	1058	387	977	1.59e-107	387
MS.gene31528.t1	MTR_1g044020	21.989	2192	1251	78	800	2787	850	2786	6.16e-49	194
MS.gene31528.t1	MTR_1g044020	26.835	395	223	13	798	1142	1116	1494	2.32e-18	94.0

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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.gene31528.t1	AT4G27190	26.484	910	594	27	1	867	1	878	1.64e-66	247
MS.gene31528.t1	AT4G27220	27.886	771	498	24	171	900	141	894	2.18e-59	224
MS.gene31528.t1	AT4G27220	27.886	771	498	24	171	900	133	886	4.30e-59	223
MS.gene31528.t1	AT4G26090	27.172	725	432	24	175	881	178	824	7.15e-52	201
MS.gene31528.t1	AT5G05400	24.883	856	543	28	32	841	35	836	5.34e-48	188
MS.gene31528.t1	AT1G12210	27.044	636	419	19	23	624	19	643	3.81e-47	186
MS.gene31528.t1	AT1G12220	28.463	657	423	21	22	643	17	661	3.99e-46	182
MS.gene31528.t1	AT1G12220	28.463	657	423	21	22	643	17	661	3.99e-46	182
MS.gene31528.t1	AT1G61190	27.041	588	392	17	30	590	25	602	2.58e-45	179
MS.gene31528.t1	AT1G12210	27.094	609	406	18	43	624	4	601	3.52e-45	179

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Find 506 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
AAAACATTGATGCTCAAACT+TGG	0.484325	2.4:+11159029	MS.gene31528:CDS
AAAACTTTCAACCAAAGTAG+AGG	0.580217	2.4:-11160168	None:intergenic
AAAATAATCCAAAATGGCTT+TGG	0.389209	2.4:+11162076	MS.gene31528:CDS
AAAATCATAACTTTCAATTG+GGG	0.585303	2.4:-11166956	None:intergenic
AAAATTGAAGCATGTATGGA+AGG	0.552332	2.4:+11162597	MS.gene31528:CDS
AAACATCATATTTGAAAATT+TGG	0.085775	2.4:+11167834	MS.gene31528:CDS
AAACCTCTTTCCACTCTCAG+TGG	0.674328	2.4:+11162690	MS.gene31528:CDS
AAACTGATGAAGGAAATCAT+TGG	0.504466	2.4:+11165849	MS.gene31528:CDS
AAACTGATGACGGAAATCAT+TGG	0.511929	2.4:+11164001	MS.gene31528:CDS
AAACTTAAGACATTCTTTGT+TGG	0.445223	2.4:+11162853	MS.gene31528: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
chr2.4	gene	11156869	11168741	11156869	ID=MS.gene31528
chr2.4	mRNA	11156869	11168741	11156869	ID=MS.gene31528.t1;Parent=MS.gene31528
chr2.4	exon	11156869	11159670	11156869	ID=MS.gene31528.t1.exon1;Parent=MS.gene31528.t1
chr2.4	CDS	11156869	11159670	11156869	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11160029	11160277	11160029	ID=MS.gene31528.t1.exon2;Parent=MS.gene31528.t1
chr2.4	CDS	11160029	11160277	11160029	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11160355	11161077	11160355	ID=MS.gene31528.t1.exon3;Parent=MS.gene31528.t1
chr2.4	CDS	11160355	11161077	11160355	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11161334	11162143	11161334	ID=MS.gene31528.t1.exon4;Parent=MS.gene31528.t1
chr2.4	CDS	11161334	11162143	11161334	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11162292	11163032	11162292	ID=MS.gene31528.t1.exon5;Parent=MS.gene31528.t1
chr2.4	CDS	11162292	11163032	11162292	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11163250	11164068	11163250	ID=MS.gene31528.t1.exon6;Parent=MS.gene31528.t1
chr2.4	CDS	11163250	11164068	11163250	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11164142	11164882	11164142	ID=MS.gene31528.t1.exon7;Parent=MS.gene31528.t1
chr2.4	CDS	11164142	11164882	11164142	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11165098	11165916	11165098	ID=MS.gene31528.t1.exon8;Parent=MS.gene31528.t1
chr2.4	CDS	11165098	11165916	11165098	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11166431	11167174	11166431	ID=MS.gene31528.t1.exon9;Parent=MS.gene31528.t1
chr2.4	CDS	11166431	11167174	11166431	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11167262	11168086	11167262	ID=MS.gene31528.t1.exon10;Parent=MS.gene31528.t1
chr2.4	CDS	11167262	11168086	11167262	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1
chr2.4	exon	11168721	11168741	11168721	ID=MS.gene31528.t1.exon11;Parent=MS.gene31528.t1
chr2.4	CDS	11168721	11168741	11168721	ID=cds.MS.gene31528.t1;Parent=MS.gene31528.t1

Gene Sequence

>MS.gene31528

ATGGAAATTTTAACTTCCGTTGTTGCAAAAATAGCAGAATATACCGTTGTGCCTATTGGACGTCAAGCAAGTTACTTGATATTCTACAAAGGTTACTTCAAGACGTTAATGGAGAATGTTGAAAGCCTTCAGGCTGCAAGAGAAAGATTGATCCATTCGGTTGACAGAGAAAGGGGAAATGGTAAAGAAATTGAAAAGGATGTTTTGAATTGGTTAGAGAAAGTGAACGGGGTCATTGAAAAGGCAAATGGGCTTCAAAACGATCCTCGTCGTGCCAATGTAAGGTGCTCAGCATGGCCATTCCCCAACTTGATTTTACGTCATCAACTTGGTAGGAAAGCCAGAAAAATTACAAAAGATGTTGTTCAAGTTCACGGAAAAGGGATTTTTGATCAAGTTGGTTACCTTCCCCCTCTAGATGTAGTAGCCTCCTCCTCAACAAGAGATGGTGAAAAGTACGACACAAGAGAGTTGCTTAAGGAGGACATTGTGAAGGCTTTAGCAGATCTTAATTCACACAACATTGGAGTTTATGGGTTAGGTGGGGTGGGTAAGACCACTCTGGTCGAGAAAGTTGCTCAAATAGCCAAGGAACATAAATTGTTCGATAAAGTGGTTATGGCAGAAGTATCTAAAAATCCAGACATTAAAAAAATTCAAGGGGAGATTGCAGATTTCTTGGGTCTGCGATTCGAAGAGGAGACTATTCTTGGCAGAGCACAACGTCTAAGACAAAGAATCAAGCTGGAGAAAAGTATCCTTATCATTCTAGATAACATGTGGACCATACTTGATTTGAAAACAGTGGGGATTCCATTTAGTAATGAACATAATGGTTGCAAATTGTTGATGACATGCAGAAATCAAGAAGTGTTGCTGCAAATGGATGTTCCAAAGGATTTCACTTTCAAAGTTGAACTTATGAGTGAAAAGGAGACATGGAGCTTATTTCAATTTATGGTAGGGGATGCAGTTAAAGATAGCAATTTGAAAGATGTACCGTTTCAAGTGGCCCAAAAATGTGCAGGTTTGCCTCTTAGGGTAGTGACAGTAGCGTGTGCAATGAAATATAAGAAGGATCTTCAATCTTGGAAAGATGCATTAAGGAAATTACAAAGTAATGATCATACAGAGATGGACTCGGGAACTTATTCTGCTTTGGAATTGAGTTACAACTCATTGGAGAGTGATGAAATGAGGGCTCTTTTCTTGCTTTTTGCATTACCGTTACGTGAAAACATAGAGTACTTTCTCAAAGTTGCAATGGGGTTGGGCATATTGAAGCATATTAATGTCATGGATGATGCAAGAAACAGACTTTACACAATAATCAAATCTTTGGAGGCAAGATGTCTTTTGCTTGAAGTTAAAACAGACGGAAATATCCAAATGCATGACTTTGTTCGTGATTTTGCTATCTCCGTAGCACGTAGGGACAAACATGTACTTCTAAGAGAACAATCTGATAAGGAATGGCCAACCAAGGATTTTTTTAAAAGGTGCACGCAGATCGTTCTGGATAGGTGTGATATGCACGAGATTCTTCAAACGATTGATTGTCCAAATATTAAGCTTTTCACTTTGTTCAGTAAGAATCAATCTTTAGAAATCCCCGATACTTTTTTTAAAGGTATGAGAAGCCTTAGAGTGCTAGATTTAACATACTTGAACTTGTCATCATTACCCACATCATTTAGGTTGCTAACAGACCTTCAAACATTATTTTTGGATTTTTGCATTTTGGAAAATATGGATGCAATAGAAGCTTTGCAAAATTTAGAAATTCTTAGACTCGGGAAATCTTCAATGATCAAGTTGCCAAGAGAAGTAGGGAAATTGACTCAATTGAAAATGCTTGATTTGAGCCATTCAGGAATAGAAGTGGTCCCACCCAACATCATATCAAGTTTAACTAAATTGGAGGAGTTGTACATGGGAAATACCTCTTTTAATTGGCAAGATGTGAATTCAACTGTTCAAAATGAAAATGCTAGTCTTGCCGAGCTTCGAAAACTAACCAACTTGACAGCCCTAGAATTACAAGTTCGTGAGACTTGGATGTTGCCAAGGGACTTGCAATTGATGTTTGAGAAGCTGGAAAGATATAAAATAGCTATTGGAGATGTATGGGACTGGTTTGACATTATGGATGGAACCTTAAAAACATTGATGCTCAAACTTGGTACAAACATACATTTGGAGCACGGAATTAAAACATTGATTAAATGTGTTGAGAATTTGTACTTGGATGATGTAGATGGAATTCAAAATGTGCTTTATCAACTAAATGGGGAAGGATTTCCATTTCTGAAACATCTTCACCTCCAAAATAATGCAAACTTGAAGCACATTGTTGACTCTAAAGAGAGGAATCAAATCCATGTGTCTTTTCCCATCTTGGAAACACTAGTAATTCTTAATCTTAAAAACTTGGAGCATGTTTGTCATGGTCAACCTTCAATTACTTCTTTTGGAAATCTCAGTGTTATCAAAGTAAAAAATTGTGTCCAATTAAAATATCTATTCTCCTATGAAATGGTTAAAGAACTTTCCCACATTTCTAAGATTGAAGTTTGCGAGTGCAATTCTATGAAGGAGATAGTGTTCGGAGACAACAAATCAAGTGCAAATAATGATATCACTGATGAAAAAATTGAGTTTCTTCTATTGCGTTCTTTAACTTTAGAACATTTGGAGACACTTGATAATTTCGCCTCTGATTATTTGACACATCATAGAAGTAAGGAAAAGTATCAAGGTCTACAGCCATATGCTTCTACTACACCATTTTTCAGTGCTCAGGTATGTTATTTTGTTTTAGCTTCTTTAGATACAAATGATATAAATTGGTACGTTTAGTGAAGAAAAAAAACAATTGAGTAAATGAACAAGATTAATATTTTCTGTTCAAAAAACTATAATGCTTATTTTTTCCACGAAACTACAATAGATGTGATAAGAAAAGTCATTTAAAAAATTGTAAGTATACTATTAGTTATAAGTTAGTTTTTATTCTTAAAAAATATTTAAATAGATTCTTGTATTTGAAGACTTCATACTGATTCATAGTTTTTACTTTTTAATTATACTATTAGTTGTACGTTGTTTCAATGTTTCATACTATAAGACTAATGATTTCTGTTAATTTGTTTTTATGTAGGTTGCATTTCCTAATTTGGATACCCTTAAATTGAGCTCAATTCTCAATTTGAATCAAATTTGGGATGACAATCATCAATCTATGTGCAACTTGACTAGCTTGATTGTCGATAATTGTGTTGGATTGAAGTATTTATTCCCCTCTACTTTGGTTGAAAGTTTTATGAACCTCAAACACCTTGAAATAAGTAATTGTCCTATGATGGAGGAGATAATAGCTAAAAAAGACAGAAACAATGCATTTAAAGAGGTATGGTAATTCTACTATCTCCCGCTTGCAATTTAAATAATTATTTATACTGATGGTGGTTGTTCATGAATTCATAGGTTCATTTTTTGAAATTAGAAAAAATCATACTGAAGGATATGGATAACTTGAAGAGAATATGGCATTACCAATTTAAAACATTGAAGATGTTGCAAGTGAACAATTGCAAGAAAATTGTGGTGGTTTTTCCTTCTTCAATGCAAAAAACATATAATGAGCTAGAAAAGTTGGAGGTTAGAAACTGTGCTTTAGTTGAAGAGATATTTGAATTGACTTTGAATGAAAATAACAATGAAGAGGATACATCACATTTGAAAGAAGTTACTTTAAATGGATTGTGGGAGTTGAAAAAGATATGGAGTGGAGATCCAGAAGGAATTCTTAGTTTTCAAAATCTAATAAATGTACAACTAGATGGTTGTAGAAGCTTGGAATATCTATTACCGTTCTCCGTAGCCACTCGTTGCTCACATCTCAAGGAACTTTACATACAATCTTGTGCAAACATGAAGGAAATTGTTGCAGAGGAGAAAGAATCTAGCGCGAATGCAGCTCCCACATTTGAGTTTAATCAACTGAGTACTTTATTGCTTTGGAACTTACATAAACTCAATGGTTTCTATGCTAGAAATCATACTCTGCTATGTCCACGTTTGAGTAAAATTCATGTTGCCGATTGTACAAAGTTGAATTTGTTCAGAACTCTATCTACAAAAAACTCAAATTTTCAAGATGATAAACACTCTGTTTCAACGAAACAACCACTTTTCATTGCCGAAGAGGTATGCATAAAATTAAATACTCTGCATGACTTGTCTGTGTGTGTGTGTTTTTTTTTTTTACTGTTATTCTTTTGAAATACCAAACCATTATTACATCTGTATTCATTTATAAATTTGGAACAATCTAAGACAACCCAAAAACTTTTTAAAATGTTTAATTCTTTTACATTTGTATTCTTTTAGTCAATAGTAATTATCGTTTAACCAAATAGTAAAATGTTTAATTCTTTAACATTGTTGTTTAAATATGATTTAGGTGATTCCAAACTTGGAGTTGTTGATGATGGCACAAGAAGATGCTGACATGATATTGCAAACCCAAAACTCAAGTGTCTTCTTTAGCAAAATGACATGTATTGGCTTGAGTAGCTATGACACTGAAGATGCTAGCTTTCCTTATTGGTTTCTTGAAAATGTGCATACTCTTGAAGAACTAATTGTTGAGCGGAGTTGCTTCAAGAAGATATTCTGCGATAAAGGAGAAATAAGTGAGAAGACTCGTACACATATCAAAACACTCACATTGAGTGCATTACCTGAACTTCAACATATATGTGAGGAAGGATTCCAAATTGACCCAGTTCTTGAGTTCCTTGAATGCTTAAATGTTTTTAGTTGTCCTAGTTTGACAAATTTGATGCCTTCCTCTGTCACCCTTAATCATCTGACGCAGTTGGAGATAATAAAATGCAATGGGCTAAAATATATATTCACAACTCCTACGGCGCGAAGTTTGGACAAGCTCACACTGCTGAAGATAGAAGACTGCAATTCACTTGAAGAAATAGTTACTGGTGTAGAAAATGTTGACATTGCTTTTATAAGTTTACAAATTTTAAAATTGGAATGTTTGCCCAGAATCATCAAATTTTGCTCTATCAAGTGTTTCATGAAGTTTCCATTGTTGGAGAATGTAATTGTGAGGGAATGTCCTCGCATGAAGACTTTTTCAACGGGAAGCACAAGTACACCAATTCTACAAAAAGTTAAAATTGCAGAAAATAATCCAAAATGGCTTTGGAAGGGAAACTTAAACGATACAATATACAATATGTTTATAGACAAGGTATGTTTATTTACCACTTTACTTGTTGTGTAACAATATAATGATTTGGTTTTACAATAATTAGTGTGTAAAAAACTATTTTGTATATGCATTATATTTTTACTACTACATTTGTTTGAACTAACTCGCAATACAATTGTTTTTACAGGTGGCATTTGGTAGTTTCAAGCATTTAAAACTATCTGAATATCCCGAGTTAAAAGACTTGTGGTATGGTCAGCTTGAGCAAAACACATTTAGGAGTTTGAAGTATTTAGTGGTTCATAAATGTGATTTTTTATCCGATGTTCTCTTTCAACCCAACTTGCTGGAAGTGCTGATGAACCTGGAAGAATTAGATGTGGCGGATTGTAATTCATTAGAAGCAGTTTTTGATTTGAAAGGTGAATTTGCAAAAGAAATCGTTGAGCGGAATTCTACTCAATTGAAGAAATTAAAACTATCTAATCTTCCAAAATTGAAGCATGTATGGAAGGAGGATCCACATTACACTATGAGGTTTCAAAATATAAATGATGTATTTGTTAAGGAATGTGAAAGCTTGATAAACCTCTTTCCACTCTCAGTGGCTAGAGATATAATACAACTTCAAAGTCTGAAAGTAAGTGACTGTGGGATTCAAGAAATCGTTGCCAAGGACGAAGGAACATGTGAGATAGTTAAGTTTGTGTTTCCTCATTTAACATCCATCACACTTGAAGATTTGCCCAAACTTAAGACATTCTTTGTTGGGGCACATTCTCTTCAATGTAAATCTTTGAAAACAATCAAGTTGTTCGGATGTCCAAGAATAGATCTATTTAGGGAAGAACCTTTGAGACAACAAGAAAGCTCAAGAAATGATGAGCTCAATATCTCAAAATATCAACCTCTTTTTGTGATTGAAGAGGTATGGGTAGCGTTAAATATCATTCTTGCTCTAAATATACATGTACAAATTTGACCTGTTTTTCAATGTTTGTTAATTTGAAAATAAATTATTCAACATGTCTATTATAATTGATAATTAACTTGAGTTGTTATTCTATTATCACAAATAGAATATTTTTTATTGTTTTAAAAATATAGAAGCAATATGTTTTATTTTGATTTAGTTTTTGCAACAGGTACTTGCTAATGTGGAGAATTTGAACTTGAACAGTAAAGATTTTGGCATGATATTGCAGAGCCAGTATTCAGGGGTTCAATTCAACAACATCAGACACATTGCCGTGTGTGAGTTCTACAATGAAGAATCTACTTTTCCATATTGGTTCTTGAAAAATGTTCCTAATTCCGAAAGCTTGTTGGTCCAGTGGAGTTCCTTCACAGAGATATTCCACGGCGAACCAATCATTAGAACCGAAAAGGAAACTCAAATTAGCCCGCAACTCAAACAGTTGGACTTATGGAACCTGAGCAAGCTTCAATGTATATGCAAAGAAGGATTTCAAATGGACCCCGTTCTACATTTTCTTGAAAGATTAATTGTTTCTAAGTGTTCCAGTCTGACAAAGTTGGTTCCATCCTCTGTTACCTTCAGTTACATGACCTATTTAGAGGTAACAAACTGCAATGGGTTGAAAAATTTGATAACACACTCAACAGCAAAGAGCCTTATCAAACTCACAACAATGAAGATTAAAATGTGTAATTGGCTTGAGGATATAGTAAACGGTAAAGAAGATGAGACAAACGAGATTGCATTTTGCAGTTTACAATATCTAGAACTAGTTTCTTTACAAAGGCTTTGTCGATTTTGCTCATGCCCATGCCCCATTAAGTTTCCGTTGCTGGAAGTTGTAGTTGTCAAAGAATGTCCTCGAATGGAACTTTTTTCATTGGGAGTTACCAACACAACAAGTCTTCAAAATGTACAAACTGATGACGGAAATCATTGGGAGGGTGACCTCAATGTAACCGTAAAGAAATTGTTTGATGACAAGGTATGTTTTACTTTACACTATATTTTACTACTACTTTTGTGTGAACTAACATGAAATACAATTGTTTTTGCAGGTGGGATTTGGTAGTTTAAAGCATTTAAAACTATCTGAATATCCCGAGTTAAAAGAGTTGTGGTACGGTCGACTTGAGCATAAAGCATTTAGGAGTTTGAAGTATCTAGTGGTCCATAAATGTGATTTTTTATCCGATGTGCTCTTTCAACCTAACTTGTTAGAAGTACTGATGAACTTGGAAGAATTAGAGGTCGAAGATTGTAATTCATTAGAAGCAGTTTTTGATTTGAGAGGTGAATCTCCGAAAGAAGTTGTTGTGCAAAATTCTAGTCAATTGAAGAAATTAAAACTATCTAAGCTTCCAAAACTGAAGCATGTATGGAAAGAGGATCCACATTACACTATGAGGTTTCAAAATTTAAGTGATGTATCTGTTGTGGGATGTGAAAACTTGATAAGCCTCTTTCCACTCTCATTGGCTAAAGATATGATGCAACTTCAAAGTCTTCTAGTCAGTAACTGTGGGATTGAAGAAATTGTTGCCAAGGAAGAAGGAACAGATGAAATGGTTAAATTTGTCTTTCCTCATTTGACATCCATTGAACTTGATTTCTTGACCAAACTTAAGGCATTCTTTGTTGGAGTTCATTCTCTTCAATGTAAATCATTGAAAATGATCAAGTTGTTCGGATGTCCAAAAATAGAGCTATTTAAGGCAGAACCTTTGATACATCAAGAAAGCTCCACAAATGATGAGGTCAATATATCTCAATATCAACCTCTTTTTGTGATTGAAGAGGTAGGGATAGCGTTAAATATCATCCTTGCTCTAAATATACATGCACACGTTTGAACTCTTTCAATGTTCTGTTAATGAAGATAAATTATTCAATATTTCTAATTATAATTGATAATTTACTTTGGAGTTATTATTCTACTTACTATAGATAGAACATTTTAATTGTTTTAAAAAATTTGAAGCAGAATGTTGTTTTAATATAGTTTTTGCAACAGGTACTTGCCAATGTGGAGAGTTTGTCCTTGAACAATAAAGATTTTCACATGATATTGCAGAGCCAATTTTCAGGGGTTCAATTAAACAACCTCAAACACATTACTGTGTGCGGAATCTACTATGAAGAAGCTAATTTTCCACATTGGTTCCTGAAAAATGTTCCTAATTCAGTAAGCTTGATAGTCGAATGGTGTTTCTTCACAGAGATATTCCAAGGCGAACAAATCATAAGAACAAAAAAGGAAACTCAAATTAGCCCACGATTTAGAGAGTTGAAATTACGGAACCTGACCAAGCTTCGATATATATGCAAAGAAGGATTTCAAATGGACCCAGTTCTACAGTTTCTTGAAAGCATTTATGTTTATAAGTGTTCCAGTCTGACAAAGTTGGTTCCATCCTCAGTTACCTTCAGTTACATGACCTATTTGGAGGTAACAAATTGCCATGGGTTGATAAATTTGATAACACACTCAACATCAAAGAGTCTTGTCAAACTCACAACAATGAAGATTAAACTGTGTAATTTGCTTGAGGATATAGTGAACGGTAAAGAAGATGAGACAAACGAGATTGTATTTTGCAGTTTACAAACTCTAGAACTCATTTCTTTAAAAAGACTCGGTCGATTTTGCTCATGCCCATGCCCCATTATGTTCCCGTTGCTGGAAGTTGTAGTCATCAAAGAATGTCCTCGAATGGAACTTTTTTCATTGGGAGTGGCCAACACAGAAAATCTTCATAATGTACAAACTGATGAAGGAAATCATTGGGAGGGTGACGTCAACCGAACCGTTAAGAAACTATTTGATGACAAGGTATGTTTTACTTTCATCCACCAATTTATTTGCTTTGGGATAGTTTAAGACTGTCTATCTAATTTTCTATTAAAAAAGTGAAAAATTAGATAAATATTCTGATTTGATAAGAATATAGAAATCCTTCAAACTCTTGGGCAAATTTTGCCATTATGAAGCTATGCTCCTTCTCTCTGAAGCTGGATTCTTCTTGCTTTGGTTTTGCAGTTCTAGTGCAGATTTATATTTCTCCTTTTAAGAAGAAACTTTTCATTTTGTGATCAAGTTTTCAAATCGAAGTGATGAAAAATGAAAGTTACCTAGATGACAAAAGTATGAACTTTTTAGTGAAATATACCTTTTTAAAAATTTAGTGGGAAGTAAGAAAAAATAGTAAGGTTGAAGGAGATGAAAATTGTTAAAAAAGTGCAACAGATAATGGTGATGTGTGTGAAAGACAGAGATGACGACTAGAGTTGTTGACTAATTAAAACAATTTTGATTTGTCTTTTGATTTATTTTTTTGAATGATCAGGTTGCATTTAGTAAATTCAAGTACTTAGCCTTGTCTGACTATCCTGAGCTAAAGGATTTGTGGTATGGTCAACTTCATCACAACGTGTTCTGCAATTTGAAACATCTTGTGGTGGAAAGGTGTGATTTTTTATCACATGTTCTTTTTCCATCAAATGTAATGCAAGTGCTACAGACATTGGAAGAACTAGAAGTAAAAGATTGTGATTCATTAGAAGCAGTGTTTGATGTGAAAGGTTGGAAGTCACAAGAAATAATGATTAAACGAAGCACTCAATTGAAAAGTCTAACTTTGTCTAGCTTACCCAAATTAAAACACGTATGGAACGAGGATCCTCATGAAATTATCAGCTTTGGAAACTTATGCAAGGTGGATGTTTCTATGTGCCAAAGCTTGTTATATATCTTTCCATATTCACTATGTTTAGATCTTGGACATCTTGAAATGCTTAAGTTAATGTCTTGCGGAGTCAAGGAAATTGTTGCAATGGAAGAAGCTGGATCAATGGAGATTAATTTTAATTTTCCCCAATTGAAAGTTATGATTTTGTATCATTTGACAAATCTTAAGAGTTTCTATCAAGGAAAGCATACTTTAGATTGCCCTTCATTGAAGACTTTGAATGTATATCGTTGTGAAGCATTAAGAATGTTTTCTTTCGACAATTCAGACTTGCAACAACCTTACTCCATTGATGAAAATCAGGACATGCCAGTTCAACAAGCTCTGTTTTGCATTGAAAAGGTAAATCCCACCATTCCTTGTTTTTCTTTATTTGTCCGTGTAGTAATACGTTGGTATTTATTTTTATTTTGGATGTTTATTTTTCAGTTGAGCCCCAACCTGGAGGATTTGGCAGTAAATGGCACAGATATGTTGGGGATATTGAATGGTTATTGTCAAGAAAATATCTTTCATGAAGTCAAATTTCTTCGTTTACAATGCTTCGATGAAACTCCAACTATTCTTCTGAATGATTTCCATACAATATTTCCTAATCTTGAAACATTTCAAGTGCGTGATAGTTCTTTTGAAACATTGTTCCCTACTAAAGTAACCACAGGTTATCTCAGTATGCAAATGTTAAATCAAATAAGAATGTTGATTCTTTTTGATTTGGAAAAGCTCAAGCACGTCTGTCAGGAAGACTTTCCATTGGATCATCCTCTGCTACAACATCTTGAAAACTTATATGTAGTGAATTGTCCAAGTTTGATAAGCTTGGTACCATCGTCGACATTTTTCACAAATTTAACCTCTTTGGAAGTGGACAACTGCAAAGAGCTGATCTATTTGATAACATCTTCAACAGCGAAAAGCTTAGTTCAAATCCAAACATTAAAAATAAAGAATTGTGAGAAGATGTTGGATGTCGTGAAGATTGATGATGAAAAAGCAGAGGAAAACATCATATTTGAAAATTTGGAATACTTGGAATTTTCTTCGTTGTCAAGTTTGAGAAGCTTCTGTTATGGGAAACAAGCATTCATTTTCCCATCTTTGTACAGTTTCATCGTTATAGGATGTCCTCAAATGAAGGTCTTCTCATCTGCAATCACAGTAGCACCATGTGTCACAAAAATTAATATGGGAGAAGAAAATATGCGATGGAAAGATGATCTTAACACAACTATTGAACAAATGTTCATAGAAAAGGTACATAATATTTATGAAAATTGTTTACTTTATTATTCACTTAATTAAACAAGGCTCACAGTATTAATTTGGTGCATGTTTGGACGGTGACTTTGAAATTAATTATGGATTTACTACAAAGTTTCAAAGTTCCTGAAAAGAAAATTTAAATATCTACATCCATTAATTAGTTTTTTTGTTCATTCTACTATATTTTCCTTATCCAAGAAAGTTTGAGATCTAATTGGCTAAACAAAATTATCTAATAAAAGGGCTTTAACTCCTTTTCTATTTACAAAAAAAAGTCTAATGAAACATACTTCTTTTTTTATTTTATAATTCTAATGAAACATACTATTACATAGTAATGGAGAAAGAGATACTGCCTTCTATATTTACGCTGAATAAGTTACTTTTATCTTTAAAAAAACCCGATGGTATGATAATCAAACTAATTTTTTATTTTTTTTAGAAAGCAAGATCAAACTATCATAACTGTCAAGTCATTTTAAAAATATGTATCAGACTTTACCTTAAAATTGATTTAATATCTACGATTTCAACGTTATATTATATGTTTCAGACCGAAGATGTTCATACATATATATTTAGGGGTTGATGTATTTGTTAATTAATCTTAACAATTTGTCAACAGGAAGTCCCACATTCTAATTAA

Protein sequence

>MS.gene31528.t1

MEILTSVVAKIAEYTVVPIGRQASYLIFYKGYFKTLMENVESLQAARERLIHSVDRERGNGKEIEKDVLNWLEKVNGVIEKANGLQNDPRRANVRCSAWPFPNLILRHQLGRKARKITKDVVQVHGKGIFDQVGYLPPLDVVASSSTRDGEKYDTRELLKEDIVKALADLNSHNIGVYGLGGVGKTTLVEKVAQIAKEHKLFDKVVMAEVSKNPDIKKIQGEIADFLGLRFEEETILGRAQRLRQRIKLEKSILIILDNMWTILDLKTVGIPFSNEHNGCKLLMTCRNQEVLLQMDVPKDFTFKVELMSEKETWSLFQFMVGDAVKDSNLKDVPFQVAQKCAGLPLRVVTVACAMKYKKDLQSWKDALRKLQSNDHTEMDSGTYSALELSYNSLESDEMRALFLLFALPLRENIEYFLKVAMGLGILKHINVMDDARNRLYTIIKSLEARCLLLEVKTDGNIQMHDFVRDFAISVARRDKHVLLREQSDKEWPTKDFFKRCTQIVLDRCDMHEILQTIDCPNIKLFTLFSKNQSLEIPDTFFKGMRSLRVLDLTYLNLSSLPTSFRLLTDLQTLFLDFCILENMDAIEALQNLEILRLGKSSMIKLPREVGKLTQLKMLDLSHSGIEVVPPNIISSLTKLEELYMGNTSFNWQDVNSTVQNENASLAELRKLTNLTALELQVRETWMLPRDLQLMFEKLERYKIAIGDVWDWFDIMDGTLKTLMLKLGTNIHLEHGIKTLIKCVENLYLDDVDGIQNVLYQLNGEGFPFLKHLHLQNNANLKHIVDSKERNQIHVSFPILETLVILNLKNLEHVCHGQPSITSFGNLSVIKVKNCVQLKYLFSYEMVKELSHISKIEVCECNSMKEIVFGDNKSSANNDITDEKIEFLLLRSLTLEHLETLDNFASDYLTHHRSKEKYQGLQPYASTTPFFSAQVAFPNLDTLKLSSILNLNQIWDDNHQSMCNLTSLIVDNCVGLKYLFPSTLVESFMNLKHLEISNCPMMEEIIAKKDRNNAFKEVHFLKLEKIILKDMDNLKRIWHYQFKTLKMLQVNNCKKIVVVFPSSMQKTYNELEKLEVRNCALVEEIFELTLNENNNEEDTSHLKEVTLNGLWELKKIWSGDPEGILSFQNLINVQLDGCRSLEYLLPFSVATRCSHLKELYIQSCANMKEIVAEEKESSANAAPTFEFNQLSTLLLWNLHKLNGFYARNHTLLCPRLSKIHVADCTKLNLFRTLSTKNSNFQDDKHSVSTKQPLFIAEEVIPNLELLMMAQEDADMILQTQNSSVFFSKMTCIGLSSYDTEDASFPYWFLENVHTLEELIVERSCFKKIFCDKGEISEKTRTHIKTLTLSALPELQHICEEGFQIDPVLEFLECLNVFSCPSLTNLMPSSVTLNHLTQLEIIKCNGLKYIFTTPTARSLDKLTLLKIEDCNSLEEIVTGVENVDIAFISLQILKLECLPRIIKFCSIKCFMKFPLLENVIVRECPRMKTFSTGSTSTPILQKVKIAENNPKWLWKGNLNDTIYNMFIDKVAFGSFKHLKLSEYPELKDLWYGQLEQNTFRSLKYLVVHKCDFLSDVLFQPNLLEVLMNLEELDVADCNSLEAVFDLKGEFAKEIVERNSTQLKKLKLSNLPKLKHVWKEDPHYTMRFQNINDVFVKECESLINLFPLSVARDIIQLQSLKVSDCGIQEIVAKDEGTCEIVKFVFPHLTSITLEDLPKLKTFFVGAHSLQCKSLKTIKLFGCPRIDLFREEPLRQQESSRNDELNISKYQPLFVIEEVLANVENLNLNSKDFGMILQSQYSGVQFNNIRHIAVCEFYNEESTFPYWFLKNVPNSESLLVQWSSFTEIFHGEPIIRTEKETQISPQLKQLDLWNLSKLQCICKEGFQMDPVLHFLERLIVSKCSSLTKLVPSSVTFSYMTYLEVTNCNGLKNLITHSTAKSLIKLTTMKIKMCNWLEDIVNGKEDETNEIAFCSLQYLELVSLQRLCRFCSCPCPIKFPLLEVVVVKECPRMELFSLGVTNTTSLQNVQTDDGNHWEGDLNVTVKKLFDDKVGFGSLKHLKLSEYPELKELWYGRLEHKAFRSLKYLVVHKCDFLSDVLFQPNLLEVLMNLEELEVEDCNSLEAVFDLRGESPKEVVVQNSSQLKKLKLSKLPKLKHVWKEDPHYTMRFQNLSDVSVVGCENLISLFPLSLAKDMMQLQSLLVSNCGIEEIVAKEEGTDEMVKFVFPHLTSIELDFLTKLKAFFVGVHSLQCKSLKMIKLFGCPKIELFKAEPLIHQESSTNDEVNISQYQPLFVIEEVLANVESLSLNNKDFHMILQSQFSGVQLNNLKHITVCGIYYEEANFPHWFLKNVPNSVSLIVEWCFFTEIFQGEQIIRTKKETQISPRFRELKLRNLTKLRYICKEGFQMDPVLQFLESIYVYKCSSLTKLVPSSVTFSYMTYLEVTNCHGLINLITHSTSKSLVKLTTMKIKLCNLLEDIVNGKEDETNEIVFCSLQTLELISLKRLGRFCSCPCPIMFPLLEVVVIKECPRMELFSLGVANTENLHNVQTDEGNHWEGDVNRTVKKLFDDKVAFSKFKYLALSDYPELKDLWYGQLHHNVFCNLKHLVVERCDFLSHVLFPSNVMQVLQTLEELEVKDCDSLEAVFDVKGWKSQEIMIKRSTQLKSLTLSSLPKLKHVWNEDPHEIISFGNLCKVDVSMCQSLLYIFPYSLCLDLGHLEMLKLMSCGVKEIVAMEEAGSMEINFNFPQLKVMILYHLTNLKSFYQGKHTLDCPSLKTLNVYRCEALRMFSFDNSDLQQPYSIDENQDMPVQQALFCIEKLSPNLEDLAVNGTDMLGILNGYCQENIFHEVKFLRLQCFDETPTILLNDFHTIFPNLETFQVRDSSFETLFPTKVTTGYLSMQMLNQIRMLILFDLEKLKHVCQEDFPLDHPLLQHLENLYVVNCPSLISLVPSSTFFTNLTSLEVDNCKELIYLITSSTAKSLVQIQTLKIKNCEKMLDVVKIDDEKAEENIIFENLEYLEFSSLSSLRSFCYGKQAFIFPSLYSFIVIGCPQMKVFSSAITVAPCVTKINMGEENMRWKDDLNTTIEQMFIEKEVPHSN