AlfalfaGEDB | MS.gene65443

M. sativa cultivar XinJiangDaYe / MS.gene65443

KEGG: -
GO: -
PFAM: -

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.gene65443.t1	XP_013467040.1	89.5	1195	94	3	1	1163	1	1195	0.00E+00	2003

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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.gene65443.t1	O80386	30.9	627	338	22	1	595	1	564	2.0e-44	183.0

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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.gene65443.t1	A0A072VSG5	89.5	1195	94	3	1	1163	1	1195	0.0e+00	2003.0

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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.gene059154	MS.gene65443	0.813261	2.80E-51	-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.gene65443.t1	MTR_1g041465	91.046	1195	75	3	1	1163	1	1195	0.0	2170
MS.gene65443.t1	MTR_1g075740	58.423	1294	377	25	1	1160	1	1267	0.0	1296
MS.gene65443.t1	MTR_2g012990	33.832	535	267	20	1	480	1	503	6.62e-63	232
MS.gene65443.t1	MTR_2g079850	34.050	558	251	22	1	491	1	508	1.94e-62	233
MS.gene65443.t1	MTR_8g022280	34.979	243	119	5	1	242	1	205	1.36e-31	135
MS.gene65443.t1	MTR_2g079850	29.268	369	182	18	189	491	1	356	4.55e-18	90.5

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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.gene65443.t1	AT5G43310	41.415	1258	549	37	1	1154	1	1174	0.0	724
MS.gene65443.t1	AT5G43310	41.172	1246	545	37	1	1142	1	1162	0.0	707
MS.gene65443.t1	AT5G43310	41.172	1246	545	37	1	1142	1	1162	0.0	707
MS.gene65443.t1	AT5G43310	39.620	1315	549	38	1	1154	1	1231	0.0	697
MS.gene65443.t1	AT5G43310	43.369	1033	418	28	1	943	1	956	0.0	657
MS.gene65443.t1	AT1G61100	41.246	337	162	10	1	324	1	314	2.11e-63	232
MS.gene65443.t1	AT1G61100	40.950	337	162	10	1	324	1	313	3.88e-63	231
MS.gene65443.t1	AT4G27430	34.563	515	268	18	1	485	1	476	1.37e-62	233
MS.gene65443.t1	AT4G27430	34.563	515	268	18	1	485	1	476	1.37e-62	233
MS.gene65443.t1	AT3G14172	37.975	237	106	5	7	242	7	203	9.57e-36	148

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Find 259 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
AAAACCAGCAGACTGAGTAC+TGG	0.581304	1.1:+25592513	MS.gene65443:CDS
AAAATGCAGGCCCAAAATGT+AGG	0.547274	1.1:+25591875	MS.gene65443:CDS
AAACAAGTGGAAAGCAATGA+AGG	0.479950	1.1:+25588389	MS.gene65443:CDS
AAACTTTGATCCTTTATGCA+CGG	0.554780	1.1:-25592400	None:intergenic
AAAGATCCTTTAGATTTGAC+TGG	0.486545	1.1:+25591569	MS.gene65443:CDS
AAAGTAGAACCTTGAGAATA+TGG	0.244404	1.1:-25593871	None:intergenic
AAATACATCCCACACTGAAA+TGG	0.391049	1.1:+25590051	MS.gene65443:CDS
AAATGACATCAAAGCCGGTA+TGG	0.601021	1.1:-25589744	None:intergenic
AAATGAGAATCCTCAGGTGA+AGG	0.601096	1.1:+25594032	MS.gene65443:CDS
AAATGGGCTGAGCAAACCTG+AGG	0.708672	1.1:-25587464	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
chr1.1	gene	25586588	25594584	25586588	ID=MS.gene65443
chr1.1	mRNA	25586588	25594584	25586588	ID=MS.gene65443.t1;Parent=MS.gene65443
chr1.1	exon	25586588	25586646	25586588	ID=MS.gene65443.t1.exon1;Parent=MS.gene65443.t1
chr1.1	CDS	25586588	25586646	25586588	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25587420	25587599	25587420	ID=MS.gene65443.t1.exon2;Parent=MS.gene65443.t1
chr1.1	CDS	25587420	25587599	25587420	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25588171	25588291	25588171	ID=MS.gene65443.t1.exon3;Parent=MS.gene65443.t1
chr1.1	CDS	25588171	25588291	25588171	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25588371	25588428	25588371	ID=MS.gene65443.t1.exon4;Parent=MS.gene65443.t1
chr1.1	CDS	25588371	25588428	25588371	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25589089	25589141	25589089	ID=MS.gene65443.t1.exon5;Parent=MS.gene65443.t1
chr1.1	CDS	25589089	25589141	25589089	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25589220	25589275	25589220	ID=MS.gene65443.t1.exon6;Parent=MS.gene65443.t1
chr1.1	CDS	25589220	25589275	25589220	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25589643	25589795	25589643	ID=MS.gene65443.t1.exon7;Parent=MS.gene65443.t1
chr1.1	CDS	25589643	25589795	25589643	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25589940	25590106	25589940	ID=MS.gene65443.t1.exon8;Parent=MS.gene65443.t1
chr1.1	CDS	25589940	25590106	25589940	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25590880	25592138	25590880	ID=MS.gene65443.t1.exon9;Parent=MS.gene65443.t1
chr1.1	CDS	25590880	25592138	25590880	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25592249	25593085	25592249	ID=MS.gene65443.t1.exon10;Parent=MS.gene65443.t1
chr1.1	CDS	25592249	25593085	25592249	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25593161	25593193	25593161	ID=MS.gene65443.t1.exon11;Parent=MS.gene65443.t1
chr1.1	CDS	25593161	25593193	25593161	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25593793	25594177	25593793	ID=MS.gene65443.t1.exon12;Parent=MS.gene65443.t1
chr1.1	CDS	25593793	25594177	25593793	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25594352	25594417	25594352	ID=MS.gene65443.t1.exon13;Parent=MS.gene65443.t1
chr1.1	CDS	25594352	25594417	25594352	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1
chr1.1	exon	25594514	25594584	25594514	ID=MS.gene65443.t1.exon14;Parent=MS.gene65443.t1
chr1.1	CDS	25594514	25594584	25594514	ID=cds.MS.gene65443.t1;Parent=MS.gene65443.t1

Gene Sequence

>MS.gene65443

ATGAACTCTTCAACAAGGTTGGATTCAGCTGTGTTTCAGCTCACACCAACTAGAACTAGGTAACATTCATCAATCAATTTTTTTTACTTCTTATTATGCTTCTTCCATTAACTTTATTTATAAATACTACTTTACAAAGAGAGATTGCAAGATATATATTTTTTGGTCTCAATGATTGTTCGATTCGGAGGTAAGTAAAGTCTTACCAATAATTGTTTCGGTCCGGATTTGAAAATGAGAGATTGATAAACAGTAGAGTTTTAATAGAAAAACAAATTAATATTTCATTTGATATTATAAAATGACTTATATCTAGCATATGAGATATTTGATTGTCATATGTAACAAATTCAAATTGGGATGGTTGCTATTTTGAGGAGTGATTAATTTATGGTAAAGTTGCTATTTATTTTTGTTTCTTTTATTTAATTGTCATGTGCATTGGTTGAGTTTTGTTTTCAAGTTTATTTTCATTGGTGACATTATGCCAACATGATTTTTGTTTTTGTAACTAGTGGTTGATGTAAGCATTTTCATTAGTGTAAATTTGGTACTTAGTTTTTTAATGTGCTTTAAATTGATCTAAGTTCTTTGGATATAATTAGCATAGTAACTGTATTGGTTATATATCCTTCAGTAATCGATGCTAGAAACCGAGTTTAAGAAATAAGGAAATTTACTGAGGGGTGTGTTGTGTTTATACATATGATCATATGATTTTTATGTCACTGATTGATGATTGATCAGTGTGATAGTTCACTGAAAACATTGGATGTATAGTATTTGCTACCTGATTTGTTGCTTTGATATTTCTCCCTTTTGTGTAAATTAGGTTTGATTTGGTCATAACTGTGAATGGAAAGAAGGAGAAAATTGCCTCAGGTTTGCTCAGCCCATTTCTATGCCACTTGAAGGCTGCTCAAGATCAAATGGATAAGGGTGGTTATTCAATTGTTCTTGTGCCTGAGAATGGATGCGATGTCACGTGGTTTACCAGGGGAACTATCGAAAGGTGTGGCTTGCTATCATATTTTTTTATTTGTTGATAATTCTTGTTGGCATATATTGGAATCAATGTTGTCAATTAGCGACTATAGCGTAGTGGAATTTTATCAAATCACTATTGTTTTCCATTACGCTATTTAGTACAAAGTGTTGTCAGATAGAGGCTATAGTGATGCTATAACACTGTAGCGTAGCAGAATTTGAAATAACAACCATTTTTGCAATCTGTGATTGACAACATTGCTTGGAATTTGAATTGATAGAGTTATTTTTTTGAGCGATTTAGAGGTTTGAGCTTATTGGTTGGTATTCTTTCTTATGTCCAATGCTATTTTAGAAGCCGTTTTTCATTTGTCGAAACATCTGTGAGAAAGTTCCCTTTAAGCCTATTTTGTTCTAGCTTTTTCCAAAGCAGAGGGATTTACTGGGGAAATGGCAGTGAAGCATTGCATTTGAAAGCTAAAACATAGATTAATCACTTATAACTCTAAGATTGGAAACTTAAAGTTTGTTGATTGTTCTCTTACAAATGTTTCGTATAAATGAGCATGCTGAATTAATTTTCTATGCTTCTATAGGTTTGTTCGGTTCGTTAGCACACCTGAGATACTGGAACGTGTATATACTATAGAATCTGAAATCTTACAAATTGAAGAGGCAATTGCAATTCAAGGAAATAATTCCATAGGGATTGGCACTGTAAGTAAATATCTAACAGCATTTTTAAATTCAACCACAACAATTAAATTGTTCATATTATTATCTTCTGTGCCTGTAGGTGGAAGAAAACCAAATAAAACAAGTGGAAAGCAATGAAGGGACTTTTGAAAGGACAGGTGCGTCTTATGCAAGTTATTGTTGTGTACAACAAGTTATTATTGTGTACAACTGTACCAACCAACTTGTATTAAACAAAAAACAGTATACATGTATATTAAAAGCTTTGCTGAAATTCATAATCTGATTGGATTAACAACTTAATTAAGGGCTTTTAGAATAAGCACTTATCATATAAGTGGTTTTGCATAAGATATTTCTATAATAAATAAAAGATAAAACAAAATCAATCTATTTTCATACAAGCTACTCCCTCCGTCCCGGTTTAATTGACCTACTTTGGTTTTTCACACAGATTAAGAAAAGTGTATAAATAAAGGGGAAAGTCGAATATATTGTATTGGGAATGATAAAAGTAGTATTATTTAGTGTTATATTGTATTGGGAATGATGAAAGTTGTATTGAAAATTGAAATGAGTCAGTTATTTTGGGACACTTTTTTTTAGAAAATGGGTCAGTTATTCCGGGACGGAGGGAGTATAAGCTGTTTTCATAAGTCATCCAGGAGAACCTATAGAAATAAGCTGAAAACAACTTATGAGCATGTTGTAAGTTGTTTTCGTAAGTACTCCTAAAGTCTCACAAGTGCTTAAGCCAGTCGATAAGCTCAAATAACTCAATCACAACAGGCCCTAAGAGAACTTGTTGCTTTTCTCAGGAAGGAAGATTAAGGAGGATAGTAATGTGGAGAAAGCAGTTGTTCCTTACAAGGTTGGAGGTCTTGAATTCCTAAACTTATATTGATTTATCATTTTCTAATCATAATCAGTCTGTGTGGATATGTCTCAGTCTGATACACAGCCGCCTGAAGCAAATGGAAGCACCTTGTCACAAGGAAAATCAAAGTAAATTCTAAATCTCAAAGTTCTTCTTTTATACAGAATGAGTATAGAATTTTAGTTGATGGTTTGCATAATTTATATGAAATTCATTAAGTGCCAATGGCAGACATGGATATCACTCGAGAAACTATTATTGATATGGTTGGAGCAACAAAAGCTAAGATGTCACCAACATGCCCAACTGCTTTATGATGAATAAAGTGACATTGGCAGAATTTTTGTATTTAAGCGTAGTTAAGCTAAAGATCTTATTTTCTACAAATGTAAAAGTGGTTTATTTTTTGTGTTGTATTCATTGAGCTACTTTTGACAATGCAAAACAGGTTGTTAACATCTGTGTCGTATTCACTTTCTTTACGTACTGTTTTAGAGTCCAGCTTTTGAGAGTCCTGGAGACACGTAAGTCGGTTCTGCAGAAAGAGCAAGGAATGGCATTTGCACGTGCTGTTGCTGCAGGTTTCGACATCGACTCCATACCGGCTTTGATGTCATTTGCTGAATGCTTTGAAGCGTCACGCTTGATGTAAGAATATTCTTCGTTCTCAACCATTTTTTACTTAATCATTGGTTAGTGCCTTAGTGAGATGCTGGATTCTTCACCATCTGGCCATTAAATGCATATTATTTCTGAACAATGTTGCAGATTCTAAATTTTTTCACATTTCAGGGATGCGTGTAGAAAATTCATGTCTCTATGGAAAAGAAAGCATGAGAGTGGCCTATGGCTTGAAATCGAAGCTTCTGAAGTGACACCTAATCGTGCAGACTTCTCTACAATAAATACATCCCACACTGAAATGGACTCAGAAAGTAACGGTGGGAAAACAAATTCAGGTACATGGCAACTCCAGCAAATTCTGATCTTGTAAATTCGTGAAGTCTTCATGACCTAAAGCATATCTTTGAAAATTCGTTAGTCATTACTCATTACTCACTGGTTGTTACTCTTTCTTACATGATTAAACCCTTACATATACATGCTTGGATCAAACTTAATTTTCACATTTAGAGAAGCTGTTTTTCTTTTCCTGTTATTAGCCTATACTTCAAAGAATCTAGAGCCATGTAAAGGTTTTTTGTTTTTTGTTTTTGGATAAATTAGTGGTCATGTTAGTTTCTAGGGTTTGTGCCCTGGGTCTCCTTCTTAAAATTCCTTCGGTTTCCCTTAGCTCACCAACCAAGCTACCTACGTGGGACTATGCGAAAGAATTATTAAGGTTTTCTTACTTTCATAAATGGACTAAGCGTAGAAACTTGTTTGAGGAAGATGTATTAAGTATATATAATATATCCCTAAAAAAAAAGTATATATAATATATAAGAGCAAGGGTGGTTTTGAAGCCACATAATCTTATAATGGTTTTTAGCTGCTCCGAAATTTCTGCAAATTTTGGTTTTAAAAGTTTGTCAATTTGATAGGTTTCCGTGGTTAGTGGAAGGAAGATTTAACTGGAGTTTTGTTGAAAGAAAATTTTAATGCTTCCTGCCAAGAATAATATATCTGGGCAAGAAAATTTCAGATGTTTATTTTTTTCTCCCCCTTAATGTACGTAGATTATTTTTCACATTTAAAGATATGTTTCATATGGACTAAAAACCAACTGCAGGAAACCAAGCTAATATTCAAGGTCAATTTTCTCATCATGGATTCTCCCCTTGGCCTGTTCATTCTCTCCCAGGTGCTTTGCCAGTGTTCCATCCTTATGCAGTCGAAGGCATACCCTACTATCCGACTTATCCAGGAAACAGTGCATTTATGCAGCCAGGTTGTCCGCCTATGGAGGATCCCCGACTACATGCTGATCAAAGTATTCGACACAGAAGACATTCCATGGATAATAGACACGGCAATACTGATTCCGAAAATTGGGACATTGAAACTTCAAAAACAAGTTTTAAGGATGAAATGGATATAGAGAGGGAAGGTTTACAGACTGGAGACCGAAGGAAGAAGACCAGTCGATCAGACAGACGTAAATCTAGCACGGTGGTCGTCCGAAATATCAATTACATAGCAAAGACTGAACATTCTTCTGGCAGTGAATCATATTCTGATTCTGCCACTGAAACCGAAGAAGTTCACAAATCTGTGAAGACCTCAAAAAGAAGAGGATCGGGTAAGGCATCTTTGAAGAGGTTGAATTCAACTGATAAGGAAGAAACAGACGGAGGACATTGGCAAGCATTCCAAAATTATTTATTGAAAGGTGTAGATGAAGATAGACATGCCATTAACCAAAACCAGTTTGAAATGGAAAAAGGTGATCACGTAAGAAGAAAAAAACATGTTGCAGCCAAAGATCCTTTAGATTTGACTGGTAAGTCACATCCTTCATCAGATGTGGCTGCTGTCAATGGACAATGTTATTCAAACACTGATTTGGAAAAGAAGTTGTTTCATAATGTGAATGATGACTCAATCATGGTTGAACACAGAGTCAATGATCCAGTAAATATTGAGGGAAATGCTATTGACATGGACTCCGAGTTCCCGAATGAAGGAAAACGGAAAATCTCCAATTATCAACCAGCTGAATTGAGCTTGTTGCCTGAAAGAGGAGCTGATAAAGGGTCAATGCGTTATGACTGTGCACTAGACTACAAAATGCAGGCCCAAAATGTAGGCGGTTCTTCACAGGATAAAAAGAACAAAGGGGCATTGGCTCATCACACCAAACCAAGATCTAAGATGTTGGATAAGGAGCAGAAATCAAAACCTACACCAAGTAGTTCTGATAGAAAAAAGACCGTTGGGCCAATAAGAAGGGGTAAACCGAATAAACCTAGTCCATTGGATGAAGCACGAGCACGTGCTGAAAGACTGCGTAACTACAAAGCAGATCTCCAAAAACTGAAGAAAGAGAAGGTACTCACTCAAGTTGAAGTAATTGGAAATTAAATTAACATTGTTTCAATTATGTTTACAATTAGATTAACAGATATACTTATTTATTTTCTATTATTTCTAATAATCAGGAAGAGGAAGATATAAAACGTATAGAGGCTTTAAAGAAGGAGAGACAAAAGAGAATCGCTGCTAGGAGTAGCTCAGTCACCAAACCAACCATCAAGTCAACCATGCCATCACTGCAAACAAAGAAACAGTTTCAAACAAAATTTTTGTCAACCGTGCATAAAGGATCAAAGTTTAGTGATTCAGAGCCAAGATCATCCTTACCCTTCCAAAGATTCCCTATCAGAACTGTTTCTGGTGGATCCAATGATTCTTTAAAACCCTCAAAAACCAGCAGACTGAGTACTGGCAGTAGCCACTCAGTTTCAAGCAAATTAAGGCGATCAGTGCCTCTTCTGCATGAACCTAAGCAAGAGAAGGGTGGTGCTGCAAACAATCCTAAGGCATCAATAACAATCAGTAGAAGATTCTCAGAACCTAAAATGAGTACCATTCGTCCGACTTCCTTAGTTAAACCACGGAGCTCTAGGACAATTTCAAGGACAAAAGCAGTTGATGAGACCGAGAGAAGAAAGATTTCTGCTATTGTGAATTATGATAAAGACAAGATTGCAACCCTTCCAGAACTGAAAATCAGAATATCTAAAGAGAAGACACAAAAGCTTAATGATGACAAGCCTTCTATGAATTCAGAAGGTGCCTTGCTGAAGAAAAGTGAAATTGAAATTTCAACCACTGATGATAGAGATGAAATTCCTATGATTGATAAGACTGTTGTGATGCTTGAGGGTGAAAAAAAACCCTGTGCCCTTGATATCAACGATGAGAAACCAAGAGGGAAAACAACGATAGCAAAGAGACAAGATGACAAAGATAAAGAAATGGAGAAAACTGAGAAAGTATCAAGTTGTACTGCTGTCTGTGCACTGGCTTCATCCTTAAGAACAAATATGGTACCCATAGGAACCTTGGAGAACCAATCACAAGTGAAGCACGTATCCTCGAAGGTGTGTCTTCATAACTAGAGTAGATTTATCATTGGTTAATTATTTTCATAGTTTATACTCTTTTATGTGTATTTTTTTCTTAAAAAATAAACTTCATAAACATGACCGTGAGTATGGTTATAAATGTCTTGTCTGCCTAACAGCATGTGATCTTTTTGAGTATTGCAGTCAACTTAGCCTGCAAGAGTTACGTTACTTGATATGTTTTCTATAGTTTATGCTTGGCTAAGCACAAGCATAGTACTGCAAATTTCTCAAATCTACATTCTCATTGTAAATTGTTAAAATTGCATCAGGACCTTAAACATTAGTCCACTTTCATAGATTTTTTCTCTTCCACCAATGCTTATATATAGAATTTGGATATGATATGGAGACGTGATGTCTATGTTCAATTCTTTGATTAGAAGAAATTAGCTGATATTTAATTTTAATTTCAGATATGTTATTTTTAGACCTTTAAGTTTAACAGTATTGGCAAGAAAATTGTAAATTGATTTATTGTTGACTACATGCTTGTGTTGTTTATTTGAATTCTGTGTATGGGAACAATTCTTAGTACTTCAGTTAATTTGGAATATATTATCTTCCAAATTCAGGTTAAAATGAATAATACAAAGAATGAACCTTCAAAATCATCATCTAGCAGTCACACTGCCGAGGAAACATCCCGCACCCCATATTCTCAAGGTTCTACTTTGGAAGATGGCCGTGCACGAAATTCTGAGTATGGTAAAGCACCTCCCACGAGCTTGGAAATTACATCAATCGGTATGGAGACTTTCAGAGCACACGTGTCTGACACCAGGAACTCTACACTTGAGAAAATTCCTGAGGTAAATGAGAATCCTCAGGTGAAGGACTCACCGAAAGGGTTAAGGCGGCTGTTAAAGTTTGGAAAAAAGAATCACAACTCAGCTACTGGGCACAATATGGAATCAGATCATGCCAATGAAATTGGAGTGAATGGTTCCACCAATGAAGGTAGTGTGATTCTTTCTGATCGCAATATATAGATATTCAATTTTTATGGCACTTTCTAAAATAGGTTATACAAAAGTTTAGAAAAATAATAATTTTTATGGCACTTTCATTTGTCATGTGACTAATATTACTCAACCTAACACCATCATATTTTGATTTGTTATGTTTTCTTAGCTCCCACTTTGAGGAATTTACTTTCTCGAGATGAAACTCTCTCAACCAACGCAACTCCTCAAAAGCGTAAGCAATTCAATTCATTTGAGAGAAAATTGAATCAACTCTTACTTGATCTTGACATCTGAATATGGACATGATAAATGTCTTTTTCTTTTACAGCTACTCGCTCTTTCTCCTTGTTATCGCCGTTTCGAAGCAACAGCCGAGAAAAAAAGATAATGACAACTTGA

Protein sequence

>MS.gene65443.t1

MNSSTRLDSAVFQLTPTRTRFDLVITVNGKKEKIASGLLSPFLCHLKAAQDQMDKGGYSIVLVPENGCDVTWFTRGTIERFVRFVSTPEILERVYTIESEILQIEEAIAIQGNNSIGIGTVEENQIKQVESNEGTFERTGRKIKEDSNVEKAVVPYKSDTQPPEANGSTLSQGKSKVQLLRVLETRKSVLQKEQGMAFARAVAAGFDIDSIPALMSFAECFEASRLMDACRKFMSLWKRKHESGLWLEIEASEVTPNRADFSTINTSHTEMDSESNGGKTNSGNQANIQGQFSHHGFSPWPVHSLPGALPVFHPYAVEGIPYYPTYPGNSAFMQPGCPPMEDPRLHADQSIRHRRHSMDNRHGNTDSENWDIETSKTSFKDEMDIEREGLQTGDRRKKTSRSDRRKSSTVVVRNINYIAKTEHSSGSESYSDSATETEEVHKSVKTSKRRGSGKASLKRLNSTDKEETDGGHWQAFQNYLLKGVDEDRHAINQNQFEMEKGDHVRRKKHVAAKDPLDLTGKSHPSSDVAAVNGQCYSNTDLEKKLFHNVNDDSIMVEHRVNDPVNIEGNAIDMDSEFPNEGKRKISNYQPAELSLLPERGADKGSMRYDCALDYKMQAQNVGGSSQDKKNKGALAHHTKPRSKMLDKEQKSKPTPSSSDRKKTVGPIRRGKPNKPSPLDEARARAERLRNYKADLQKLKKEKEEEDIKRIEALKKERQKRIAARSSSVTKPTIKSTMPSLQTKKQFQTKFLSTVHKGSKFSDSEPRSSLPFQRFPIRTVSGGSNDSLKPSKTSRLSTGSSHSVSSKLRRSVPLLHEPKQEKGGAANNPKASITISRRFSEPKMSTIRPTSLVKPRSSRTISRTKAVDETERRKISAIVNYDKDKIATLPELKIRISKEKTQKLNDDKPSMNSEGALLKKSEIEISTTDDRDEIPMIDKTVVMLEGEKKPCALDINDEKPRGKTTIAKRQDDKDKEMEKTEKNQSQVKHVSSKVKMNNTKNEPSKSSSSSHTAEETSRTPYSQGSTLEDGRARNSEYGKAPPTSLEITSIGMETFRAHVSDTRNSTLEKIPEVNENPQVKDSPKGLRRLLKFGKKNHNSATGHNMESDHANEIGVNGSTNEAPTLRNLLSRDETLSTNATPQKPTRSFSLLSPFRSNSREKKIMTT