AlfalfaGEDB | MS.gene75711

M. sativa cultivar XinJiangDaYe / MS.gene75711

KEGG: K11844
GO: GO:0003674 GO:0003824 GO:0004553 GO:0005488 GO:0005975 GO:0006464 GO:0006508 GO:0006511 GO:0006807 GO:0008150 GO:0008152 GO:0008233 GO:0008234 GO:0008270 GO:0009056 GO:0009057 GO:0009987 GO:0016579 GO:0016787 GO:0016798 GO:0019538 GO:0019783 GO:0019941 GO:0036211 GO:0036459 GO:0043167 GO:0043169 GO:0043170 GO:0043412 GO:0043632 GO:0044237 GO:0044238 GO:0044248 GO:0044260 GO:0044265 GO:0044267 GO:0046872 GO:0046914 GO:0051603 GO:0070011 GO:0070646 GO:0070647 GO:0071704 GO:0101005 GO:0140096 GO:1901564 GO:1901575
PFAM: PF00332.21 PF00443.32 PF02148.22 PF07983.16

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.gene75711.t1	XP_003601616.1	95	1075	49	1	442	1516	1	1070	0.00E+00	1840.5

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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.gene75711.t1	Q8W4N3	39.8	1081	519	21	442	1515	1	956	1.4e-178	629.0

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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.gene75711.t1	G7JA39	95.0	1075	49	1	442	1516	1	1070	0.0e+00	1840.5

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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.gene049180	MS.gene75711	0.803969	2.70E-49	-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.gene75711.t1	MTR_3g083600	94.977	1075	49	1	442	1516	1	1070	0.0	2017
MS.gene75711.t1	MTR_3g083580	96.811	439	14	0	1	439	1	439	0.0	905
MS.gene75711.t1	MTR_8g085720	75.339	442	105	3	1	439	1	441	0.0	710
MS.gene75711.t1	MTR_3g065460	49.309	434	214	3	11	439	6	438	7.55e-149	463
MS.gene75711.t1	MTR_1g031900	50.957	418	202	2	24	439	22	438	5.81e-148	461
MS.gene75711.t1	MTR_5g078200	50.000	434	211	3	11	439	5	437	2.80e-147	465
MS.gene75711.t1	MTR_1g031900	50.957	418	202	2	24	439	22	438	5.73e-147	459
MS.gene75711.t1	MTR_5g078200	50.370	405	198	2	37	439	1	404	8.37e-141	446
MS.gene75711.t1	MTR_4g132280	48.182	440	225	2	23	460	42	480	5.29e-140	441
MS.gene75711.t1	MTR_6g088885	36.547	446	264	6	6	439	9	447	9.75e-101	333

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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.gene75711.t1	AT3G13560	64.126	446	156	3	1	443	1	445	0.0	601
MS.gene75711.t1	AT3G13560	64.126	446	156	3	1	443	1	445	0.0	601
MS.gene75711.t1	AT3G13560	64.126	446	156	3	1	443	1	445	0.0	601
MS.gene75711.t1	AT3G13560	64.126	446	156	3	1	443	1	445	0.0	601
MS.gene75711.t1	AT3G13560	64.126	446	156	3	1	443	1	445	0.0	601
MS.gene75711.t1	AT2G01630	50.239	418	205	2	24	439	21	437	2.54e-150	465
MS.gene75711.t1	AT2G01630	50.239	418	205	2	24	439	21	437	4.67e-149	464
MS.gene75711.t1	AT1G11820	48.810	420	212	2	25	442	43	461	5.33e-140	439
MS.gene75711.t1	AT1G11820	47.404	443	224	3	25	459	43	484	7.56e-140	440
MS.gene75711.t1	AT1G66250	47.971	419	214	3	23	439	29	445	2.35e-139	439

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Find 347 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
AAACAACTCTCCACAGAGAC+TGG	0.424855	3.3:-70221903	None:intergenic
AAACATGGGAAGAAGAAAGG+AGG	0.701973	3.3:+70219851	MS.gene75711:CDS
AAACTAGCGTCCGGTTCGTT+AGG	0.408986	3.3:-70215828	None:intergenic
AAACTTTGACGCGGAAATGA+AGG	0.439597	3.3:-70215443	None:intergenic
AAAGAAGAAAGTTCCTCAGC+CGG	0.556963	3.3:+70221666	MS.gene75711:CDS
AAAGTCTATATGGGTTTGTT+TGG	0.313011	3.3:+70219895	MS.gene75711:CDS
AACAATAGCAGTTGGAAGTG+AGG	0.580046	3.3:+70215341	MS.gene75711:CDS
AACCCATATAGACTTTGAAT+CGG	0.495116	3.3:-70219888	None:intergenic
AACCTCCTCACCAACAGGCT+CGG	0.577433	3.3:-70219678	None:intergenic
AACTACCGAGCCTGTTGGTG+AGG	0.560780	3.3:+70219673	MS.gene75711: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
chr3.3	gene	70214394	70223137	70214394	ID=MS.gene75711
chr3.3	mRNA	70214394	70223137	70214394	ID=MS.gene75711.t1;Parent=MS.gene75711
chr3.3	exon	70214394	70214460	70214394	ID=MS.gene75711.t1.exon1;Parent=MS.gene75711.t1
chr3.3	CDS	70214394	70214460	70214394	ID=cds.MS.gene75711.t1;Parent=MS.gene75711.t1
chr3.3	exon	70215073	70216323	70215073	ID=MS.gene75711.t1.exon2;Parent=MS.gene75711.t1
chr3.3	CDS	70215073	70216323	70215073	ID=cds.MS.gene75711.t1;Parent=MS.gene75711.t1
chr3.3	exon	70219567	70222558	70219567	ID=MS.gene75711.t1.exon3;Parent=MS.gene75711.t1
chr3.3	CDS	70219567	70222558	70219567	ID=cds.MS.gene75711.t1;Parent=MS.gene75711.t1
chr3.3	exon	70222897	70223137	70222897	ID=MS.gene75711.t1.exon4;Parent=MS.gene75711.t1
chr3.3	CDS	70222897	70223137	70222897	ID=cds.MS.gene75711.t1;Parent=MS.gene75711.t1

Gene Sequence

>MS.gene75711

ATGAAGCTTCAAAAATGGCTCACCAGTGCGTTATTGCTCACTCTTGCTACTGTAAACAATGTATTAGGTAATTTATGCCACACTCCTTTGTCAATCTCAATTATTCTGTTCATTTTTGCTTTGAGTTGAAAAAACTATTATTATTACCATGTTCAGCGTTATACTATGTTCTTTTTTTTTTTTTGGTTTCATTATACTGGTTTTTCATTTGTAAAGATTGGGTTATGTGTTATCAGTTAACTTTTATTCGCAGTTACAGATATTTCTAAACCATTTTTTTAGTCAAAATACAATGTTTGATAGTAGCCATGTATTCTTGTAATCTTTTCTTCATACTATGAGCATAATCGATGAAGCACGGATACGGACACGGACACTCTGACACCGCTAATAATTTGAGAAAGTCACATAATTCGGTGTAATTATATGTGTCGGTGTCGGACACAACACATGTCCTACACCAGGACACGTCTAATCCAAGAAGTGTCCGTGCTTCATAGGAGCATATGCTACTTTATTATTTAACTTCATAGTTAGAATTTTAAAGAATAACATCCTGGACATTTTTCTAACGAAGTAGTTGGTTTTGAAACTTAATAATAATTGAGTTAGAGTGTTGCAAGGAATAAATATTTTTCCAGTTGATATTAGATCACATTATTTATCATGTATGATGTAGGTGCATTTGTGGGGGTAAACATTGGCACTCATGTTACTGATCTACCATCAGCTTCAAATATTGTTGCTATTCTAAAATCTCATCAAATTACTCATGTGCGTCTCTATGATGCTAATGCTCACATGCTACAAGCCCTATCAAACACCGGCGTTGAAGTCCTTGTTGGCGTCACCGACGAAGAAATATTGAGAATTGGAGAATCTCCATCAGTGGCTGCAACATGGATTAGCAAAAACGTAGCTGCTTACATGCCTCACACAAATATCACAACAATAGCAGTTGGAAGTGAGGTTCTAACTTCAATCCCAAATGTTGCTCGTGTTCTTGTTCCTGCCATGAATCATCTTCACAGTGCCTTAGTTGCTTCAAACCTTCATTTCCGCGTCAAAGTTTCGACGCCTCAGTCCATGGATTTAATCCCTAAGCCTTTTCCTCCTTCTACAGCCACTTTTAACTCATCATGGAACTCAACAATTCACCAAGTCCTCCAGTTTTTGAAGAACACAAACTCTTCTTATATGTTAAATGCTCACCCTTATTATGGATATACTAAAGGAGACGGCATTTTTCCAATTGAATATGCTTTACTTCGATCCCTTCCTTCAACAAAGAAAATTGTTGATCCGAACACATTATTCCGTTATGACAGTATGTTTGATGCTATGGTGGATGCTACTTATTATTCAATACAAGCATTAAATTTCAATGATATACGGATCATTGTCACAGAAACTGGTTGGCCACATTTAGGTGGACCTAACGAACCGGACGCTAGTTTAGAAAATGCTGAGACCTACAATAATAATTTGATTAGGAGAGTACTTAATGATTCAGGTTCTCCTAGTCAACCGATGATGGCTATTAATACCTACTTATATGAATTGTTTGATGAAGATAAGAGAATAGGACCTATATCTGAAAGACATTGGGGACTTTTTTACACTACTAATGGAAGTAGTGTTTACCCTTTGAGTTTTAGTTCTTCTAACAAGATTTTCGGAAATTCTTCGAAGTCTTTTTGTGTGGCTAAAGATGGCGCGGACGCTGAAAAGATGGAAGCTGGTTTGGACTGGGCTTGCGGAGAAGGCCGGGCAAACTGTGCAGCTATTCAAGCTGGGAGACCTTGCTATTTCCCCAATGATGTGAAAAGCCATGCCTCTTATGCTTATAATGATTATTATCAAAAAATGAATAGTGTGGGAGGAACATGTGACTTTGATGATACAGCTATGATAACTACCGAGGATCCAAGTAAGTTAACGCTGTTATAATTAGTTGCAGTTGGTTATAAGTAATTACTTGTTGGTTTAGTATTAATTGCAAGTTACTTGAAAAAAATGGTGTTTAGGATTGCTGTATAGTGTATCCTACACTCAACAAGTAGCTTCTTTTAGGATTGTTATAAAGTAATTTTGATGATACAGCTATGTACTTTTATTTTAGTAAAATTTGTTAGCTTATTTAGGATTGTTATATAGTGTATTACACTCAACAAGTAGCTTCTTATAATCTGTTTTAATTCAAATCTTTCTGTATGTCACTTTTGTAACATATCAACTCATTCCTTTATAATGTCATATAACCACATGCTTTTCAAATTATTCTATACACCATTGCATAATTTAGAGGACTTGCTCTTGCGAAGCCAGAAATTCGCACCCAAAAGTGACGTAATTTTCAACCGTTAATGAGCTATGAAGCACTGACACAACACAGACTGGAACACAACATTGACACCGGTAATGATTTGAGAAAATGACATTAATGAGCTGTGAAGCACAAACACGAACACAACATTGACACGTTAACACCGGTTATGATTTGAGAAAATGACAAAACTGAATGTAACCTTATGTGTCGGTGTTGTGTCGGTCTGTCAAAAATTGACACGTGTCAGACATTGGGCACACCTTCGATCAGAAGTGTCGGTGCTACAAAGTTAGTGAGCAAACATTTAATCTGAATATTTCATGGTTTTTCAAGGTCCCAGTTCACCTTTTTTTGTGATTATCACTAAAATGTTTGTTTGTGAATAATGACATGCCTATATTGAAGATTTGTATAGAGAATAAAGCAACTAATAATGAGTACTTTGTTATACAGGTCATGGATCATGTGTATATGCAGGAAGGTAAGAATGTGACTCTTTTGTACATCCATTATAATGAATTAGAGTTGCAAGTAAACTTTTACATTGTTATATAAAACTAATATTGGTATTGAATATTTTCATATCAGTTCTAACTTGAGCACGGGTGGTGATGGGAGCTTTTCTTCTATTGCATTTGGACCTGTAAGTCCTATTGGTGCTGGATTGAAGTTGCAACTGTCTAGCCTTCACTATGCATTCTCTTCTACTAGTCTACTTTTGGCTCTGATGTTGTAATGACCAGAAAAATGATGCCTTTTTAGCTTGCAATTGCAATTCAATGGTCATTGGAATGTAGTTTTCATTGAGTTTTATATTTTCTTTTTAAAGGTTTTCTGTTAGTTTGGTTCTTCAGATTTGTGTTCCATCTTGTATGGTGTATTTGGGGTCAATGTAATTTACACTCTCAAGATAGGTACTTGCAAAAATTTAGTGCTTTAGAACTTAGCAGTAGAAGACAACAAACGAGGTATCACAGTTTTGCTTATCTTTTTGAGCGAATAGATTTATTATGCAGTATTTAACATGCATTCTAAAAAAATTAGCTTAAGTGATCAATGTTATCCCCTTTCTTTTGGAATGAATCATTGTTAGCACCTGTTCTCTAACAGAGTGGAGTAACCAGTCAAGCTCAATACAAGGCTTTTATTTGATAAAATAATAATGCAGTTGGATATATAATATGGACAATGCATAAAATATGCAAAAGGTCCGGGGTTCAAATCCATCCGGCCACCACAAAAAAAAAAAAACGGCGTTTATTTTGACACATTCTTTTTTTAAACGGTCAATATGTTAATCGATAATTTGTTGGTATTTTTTGGAGATATGAATAATATCACTCTACTCTTTAACTCTTTCACAGAATAAAATGTGTTATCACTCTTATCACTCTACTCTTTAACTCTTTCACCATAGTCATCAAACAATGTTTGTCGATTGACAATTATGTAATGCTCAAGAGTTAATGTTTCCTTGCCTCAAAAGGAAAAAAGAGTTAGTCTTTCTTTTACAAAGCAACATAGCTCAACTACAATTTGATATATATATTAAATGGAAAAGTCCGGTTTTAAACTTTTATCCAACTACAATTTAAAAACATTTCTAAATCTTTAAAATAAGAAGCAAATTAACAATTTCTAAAAATATTTTAAAATTTCAAATATAGTAAACATGAATGTTATTTTTAATCGTATCTTATTTTAAATCTAAATCAAATTAGGGTATATTAACAGTGGAAAGAGGATTGGATCGGGCAGTGTGACCCGACTGGACTGGTAACACAAACCAACCTTGCACGTCTCTCTCTCTCCACCCGAGAGAGAGCTCATCCACCACCACCATCCGCCGCATCTTTCAATCTTCTCTTCTCTTCCTCTGATTTTCAATTCACTCAAACACAAAGGTATGAATTCACTACTCACTTTATCTTAATTATTAATTAATTACTTATTGTATTGTTTCTATATTTATTTATCTATTTATTAATTCATCACTTCCTTCGTTTCCTTATTTTCTGGGTTTCACTTATCGATCTCATTCTGTTGCATTACTCCCCACACTTTTATCCACCGCTTATTGCTTCGCTTCATTAGATAGTAAATTAATTAACTTTATCACTAAATATATATATATATATATGAATTCATGTTTGTTTCTAATTTCTATTGATTGATTTTTAATCCCACTGTCAACCTGATTCTGTTAATTTCTTCAAAAAAAAAAAAACCTGATTCTGTTAATTAGTTATGACAAATTCAATTGCATTTGCTTTCAAAACTTACTCTCTTGTTAAGCACTCTCTTTATGGCCCTGTTTGGTTAAACAACTTATTTTGCACCTTATAGCATAAGCACTTTTCGAAGAACCTCTTCTATAACACAATATAAAATCAAGTCCAACTGTCTTCATAAGCTAGTGTTTATGCCAGTGGTTAAGCTCAAATAAGTCAATCTAAACAAGCCCTATGTGTGTAACTGAAGTGTTCTTTTGCTGTTTACTTCGTTTAAATTTTCAAAGCTTTGTTAGGTGTTATTATTGGATAAGATTTATGGCTTACAATTGCCCTTATACTTAGATTGAACCTTTTTTGAATCTAGCTTATTGTCACGTATAGTGAAGCAGCAATTCTTTGAAGTTTGAAGACCCTTGTGTTGAAATTTTATTTTGCCTCCTGAATTGCAGGTATAATCATTTCTACACCGTTTTTTTTGTTCTTTTTTGCTTTCTTCTGGTTGGGTGTGTATAACATGCAACACGTGTTGTTATTTAATGTTAGTGGGACATATATCTGATTTCTTGTTTGTGTATGTTGGCATAGTTCATTGATTTGTTTTCGATTATAGGAACAATGGCGAAGAAAATAAAAAAGAGGGGTCGAAGTTCTGTTAAGGAGAAGGCGGTTGTTATCTATTCGTCGCCAGAAAATGTTACGGAATCATGTAACCCGCCAACTACCGAGCCTGTTGGTGAGGAGGTTTCAGTTGCAAAAGAGACAAATCCTTGTCCTCATCTTGTTAAAGGTATTCAATTAGATATCTTGTCTAGTAAGGTTGAGTCTTCTGCACCCATAAGGTGTGAAGGTTGCAGGGAAGGTGCGGCTGATAGGAGGGGCAGTAGAGGAAAAGGTAAACATGGGAAGAAGAAAGGAGGTACAGACTCAAAATCCGATTCAAAGTCTATATGGGTTTGTTTGGAATGTGGTCAATACACCTGTGGAGGTGTGGGGCTACCTATAACCCCTAATTGTCATGCAATTGTGCATTCAAAGAAAGCTCGGCACCCGTTAGTGGTTAATATTGAAAAACCTCAACTGTGTTGGTGTTTTCGTTGCAATATGCTTATTCAAGTTGATAAGCTTGAAACTGATGAAGCAAGTCATGTTATATCTGATGTTGTGAAATTGTTAAAAGGACGATCGTCAGGAAAAACTTTAGTAGATGTTGAGGATGTTTCCATTGGGGATGGCAGTGTCACTTCAGAAATTAAGTTAGGATCTCTGTCCACAAGCGGTTCATATGGACAAGGTGGTTATGTGGTTCGAGGCATGGTTAATCTTGGGAATACTTGTTTCTTTAATTCAATCATGCAAAATCTGCTTGCTATGAATAAATTGCGGGACAATTTCCTAAGGATTGATGCTTTTGTTGGGCCACTTATTTGTTCGTTGAAGAAGTTGTTCACTGAAACAAACCCAGAATCAGGATTCAAAAACATTATAAATCCAAGATCCTTTTTTGGTTGTGTATGTTCTAAGTCTCCTCAATTCCGAGGATATCAGCAACATGACAGTCATGAATTGCTTCGTTGTTTATTGGATGGTTTGAGTACTGAAGAACTAGCTGGTAGGAAGCAGAATGGCTCTCTCAAGAGAGATGGGACCTCTTCCAAAACTTTAGTTGATGCTTTATTTGGGGGGCAGATATCTAGTACTGTATGTTGCAATGAATGTGGGCATTCGTCAACAGTGTATGAGCCTTTTTTAGATCTTTCCCTCCCTGTTCCAACCAAGAAACCTCCGCCTCGGAAGGCTCAACCAGCGCCCCGAACCAGAAAGACTAAACCTCCACCAAAAAAAGGAGCAAAATCTCGAGTCAAAGTTAACAGGGACGATGATCCGTTATCCGTTCAAAATGTACCAAGCCAATCATCCAGCCATGAATCATCCTGCCCTGATCAGTCTGTCACATCAGTTGCTGGAGAATTGGTGGCTTCTTCTGGTGTTTCTACGATATTAGGTTCTAAAGAAATAAGCAGCGAGGCCAAAGTTAACAGGGATGATGATCTGTTACCCGTTCAAAATGTACCAAGCCAATCATCCAGCCATGAATCATCCTGCCCTGATCAGTCTGTCACATCAGTTGCTGGAGAATTGGTGGCCTCTTCTGGTGTTTCTACAGTATTAGGTTCTGAAGAAATAAGCAGTGAGGCCAATAAAGAGGACTTATCTCCACCAAATTTGGTTACAGTTGTAGAGTCTCAACAAATGCAAGGGCTTGACAGTGTTGCAAATAAAACGTCAGATTCATCAGATGCTTTTGCATGGTTGGATTATGCGGAAGCTGAAACCAATGAAGAGGACTTATCTCCACCAAATTTGGTTACTGTTGAAGAGTCTCAACAAATGCAAAGGCTTGACAGTGTTGCAAACAAAACATCAGATTCATCAGATGATTTTCCATGGTTGGATTATGTGGAAGCCGAAACCACGATAGATGAATATGCTTCCATATCCCAGAAGGAAGATGCACCGGAGGTACAGGACTCTGAGAACAAGGATGAACGTTTGACTGCATTCCCTGAACAAGCTAGCTGTGAAACCAGTGGTCCTGTTTGTTTTCGCAAGGAGGATCAATACCAAAGGCCTGATTTTTCTTCATCAAATGAGCGGGAAGATGAGGTTCCTTTACAAGTTCAAAATTCAGAAGTGCTGTTACTTCCATACAAAGAAGAAAGTTCCTCAGCCGGAGACATCACTGGAATAGATGGTGGGGACTCCTTGTCTGTTTTGGGTGGTGGTCCAGAAGAATCAGAGTTTGATGTCTTTGGTGGCTTATTTAATGAGCCAGAAGTTGTTGCTGGGCCTGCTCCCAGGCCTTCTTCGTCTGGTGATGTGGAAGCTGGCATTATAATAAGAAACATCAGTGAATCTGATCCAGATGAAGTAGATGATACAGATTCTCCAGTCTCTGTGGAGAGTTGTTTGGCACATTTTATAAAGCCCGAGCTTCTTTCAGATGAAAATGCTTGGCATTGTGAGAACTGTTCAAAAATCCTCCAACGTCAGAAGAAGAAAGCAAAAGAGCAGGAAAAAACTCTATCCGATGGAAATGCGAGTGGTAGTCATGATGAATCGTGGCATGCATCTAAAGCGTGTTCTTTTAAAGTCAGCAGTACAGGAAATGAAGATATTAAAAATGACAAGAATATAGAAAGTTCAGTTTCACATGTTCAACATGTCACAGAGCTTGAAAACGGTCAAACAGATGAGCTGCATAGTTGTGAATTACAGTCTTCAAGTTTACATCAACCCAACAATGAAGAAAGCTGTGATAATTCAGCTGTTGATTCTTCTATTACCGGAAACGTCCAACAAGATGCTCCAGTGTTTGATAATGATGATAATGACTCAGAAGAATGCAGTGGCAAAGTGACCGACCTAGAAAGCATTAGAGTGAATAGGGATGCAACTAAGAGGGTCCTCGTTTATAGAGCTCCACCTGTCTTGACCATTCATCTGAAGAGATTCAGCCAGGATGCCCGTGGTCGCTTAAGTAAATTAAATGGTCATGTCAACTTCAGAGAATCAATGGATCTTAGACCATATATGGATCCCAGGTACTTCGTTACTTGCTAGTGTTCTTGTTTGAAGTTTTAACTACTTATAATTGCCTAATGCATATACTTCTATCAAATTTTCTTCATTTTACATATTTACCCAATTATCTTCTCTAATTTGTTTTTATTTTCAAGTGTTAAAAATTATCAGTTTATTTTAGTTTAATCTTTGGAAATTCGGAACAATTTTGGAAATATTGAAAACCACTGTGTACAATTTGGATTTCTGAATTCAGTTTTTACCTTAAATTTTACTTTTTGTAGATTTTACCTCTTTTCTTTATACATTTGTATTGGTCCACCGGCATGTGATTCACTCCCAATTTCTGTTTAAAAAGGTGTATTAATGAAGAGGAGTATAGATACCAGTTGGTTGGTGTCGTGGAGCACTCGGGAACCATGAGAGGGGGTCACTATGTTGCTTATGTGAGAGGGGGCCAGAGGAACAGAGAGAAGGTTGATAATAAAGAAAATGAGAGTTCCACATGGTATCACGCGAGTGATGCGTATGTGCGTCAAGTTTCCCTTGATGAAGTTCTTCGTTGTGAGGCATACATTTTGTTTTATGAAAGAAATTGA

Protein sequence

>MS.gene75711.t1

MKLQKWLTSALLLTLATVNNVLGAFVGVNIGTHVTDLPSASNIVAILKSHQITHVRLYDANAHMLQALSNTGVEVLVGVTDEEILRIGESPSVAATWISKNVAAYMPHTNITTIAVGSEVLTSIPNVARVLVPAMNHLHSALVASNLHFRVKVSTPQSMDLIPKPFPPSTATFNSSWNSTIHQVLQFLKNTNSSYMLNAHPYYGYTKGDGIFPIEYALLRSLPSTKKIVDPNTLFRYDSMFDAMVDATYYSIQALNFNDIRIIVTETGWPHLGGPNEPDASLENAETYNNNLIRRVLNDSGSPSQPMMAINTYLYELFDEDKRIGPISERHWGLFYTTNGSSVYPLSFSSSNKIFGNSSKSFCVAKDGADAEKMEAGLDWACGEGRANCAAIQAGRPCYFPNDVKSHASYAYNDYYQKMNSVGGTCDFDDTAMITTEDPRTMAKKIKKRGRSSVKEKAVVIYSSPENVTESCNPPTTEPVGEEVSVAKETNPCPHLVKGIQLDILSSKVESSAPIRCEGCREGAADRRGSRGKGKHGKKKGGTDSKSDSKSIWVCLECGQYTCGGVGLPITPNCHAIVHSKKARHPLVVNIEKPQLCWCFRCNMLIQVDKLETDEASHVISDVVKLLKGRSSGKTLVDVEDVSIGDGSVTSEIKLGSLSTSGSYGQGGYVVRGMVNLGNTCFFNSIMQNLLAMNKLRDNFLRIDAFVGPLICSLKKLFTETNPESGFKNIINPRSFFGCVCSKSPQFRGYQQHDSHELLRCLLDGLSTEELAGRKQNGSLKRDGTSSKTLVDALFGGQISSTVCCNECGHSSTVYEPFLDLSLPVPTKKPPPRKAQPAPRTRKTKPPPKKGAKSRVKVNRDDDPLSVQNVPSQSSSHESSCPDQSVTSVAGELVASSGVSTILGSKEISSEAKVNRDDDLLPVQNVPSQSSSHESSCPDQSVTSVAGELVASSGVSTVLGSEEISSEANKEDLSPPNLVTVVESQQMQGLDSVANKTSDSSDAFAWLDYAEAETNEEDLSPPNLVTVEESQQMQRLDSVANKTSDSSDDFPWLDYVEAETTIDEYASISQKEDAPEVQDSENKDERLTAFPEQASCETSGPVCFRKEDQYQRPDFSSSNEREDEVPLQVQNSEVLLLPYKEESSSAGDITGIDGGDSLSVLGGGPEESEFDVFGGLFNEPEVVAGPAPRPSSSGDVEAGIIIRNISESDPDEVDDTDSPVSVESCLAHFIKPELLSDENAWHCENCSKILQRQKKKAKEQEKTLSDGNASGSHDESWHASKACSFKVSSTGNEDIKNDKNIESSVSHVQHVTELENGQTDELHSCELQSSSLHQPNNEESCDNSAVDSSITGNVQQDAPVFDNDDNDSEECSGKVTDLESIRVNRDATKRVLVYRAPPVLTIHLKRFSQDARGRLSKLNGHVNFRESMDLRPYMDPRCINEEEYRYQLVGVVEHSGTMRGGHYVAYVRGGQRNREKVDNKENESSTWYHASDAYVRQVSLDEVLRCEAYILFYERN