AlfalfaGEDB | MsG0280007869.01

M. sativa cultivar ZhongmuNo.1 / MsG0280007869.01

KEGG: -
GO: GO:0004553 GO:0005975
PFAM: PF00332

Nr:

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Query id	Subject id	identity %	alignment length	mis matches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MsG0280007869.01.T01	AAV66071.1	100	370	0	0	1	370	1	370	0	758
MsG0280007869.01.T02	AAV66071.1	84.848	330	1	1	1	281	41	370	0	554
MsG0280007869.01.T03	ABD32325.1	99.115	113	1	0	20	132	250	362	3.52E-75	237
MsG0280007869.01.T04	AAV66071.1	100	330	0	0	1	330	41	370	0	676
MsG0280007869.01.T05	AAV66071.1	100	307	0	0	1	307	64	370	0	630
MsG0280007869.01.T06	AAV66071.1	100	201	0	0	1	201	170	370	8.30E-145	417
MsG0280007869.01.T07	XP_003594775.2	100	135	0	0	1	135	260	394	8.77E-94	286

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Swissprot:

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Query id	Subject id	identity %	alignment length	mis matches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MsG0280007869.01.T01	Q03467	91.644	371	29	2	1	370	1	370	0	701
MsG0280007869.01.T02	Q03467	79.456	331	18	2	1	281	40	370	0	526
MsG0280007869.01.T03	Q03467	92.105	114	8	1	20	132	257	370	1.71E-72	223
MsG0280007869.01.T04	Q03467	93.051	331	22	1	1	330	40	370	0	642
MsG0280007869.01.T05	Q03467	92.857	308	21	1	1	307	63	370	0	597
MsG0280007869.01.T06	Q03467	94.554	202	10	1	1	201	169	370	7.54E-141	400
MsG0280007869.01.T07	Q03467	94.118	136	7	1	1	135	235	370	6.61E-91	270

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Trembl:

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Query id	Subject id	identity %	alignment length	mis matches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MsG0280007869.01.T01	Q5RLY0	100.000	370	0	0	1	370	1	370	0.0	758
MsG0280007869.01.T02	Q5RLY0	84.848	330	1	1	1	281	41	370	0.0	554
MsG0280007869.01.T03	Q2HU16	99.115	113	1	0	20	132	250	362	1.68e-75	237
MsG0280007869.01.T04	Q5RLY0	100.000	330	0	0	1	330	41	370	0.0	676
MsG0280007869.01.T05	Q5RLY0	100.000	307	0	0	1	307	64	370	0.0	630
MsG0280007869.01.T06	Q5RLY0	100.000	201	0	0	1	201	170	370	3.96e-145	417
MsG0280007869.01.T07	A0A396JD42	100.000	135	0	0	1	135	260	394	4.19e-94	286

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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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Network:

Co-expression Network

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Gene1	Gene2	correlation coefficient	p_value	FDR
MsG0080048773.01	MsG0280007869.01	-0.808074	3.702590e-50	2.096861e-47
MsG0180001029.01	MsG0280007869.01	0.812630	3.849159e-51	2.459781e-48
MsG0180001800.01	MsG0280007869.01	0.801976	6.983737e-49	3.380762e-46
MsG0180003237.01	MsG0280007869.01	0.833297	5.781278e-56	6.630069e-53
MsG0180003452.01	MsG0280007869.01	0.813191	2.900438e-51	1.881289e-48
MsG0180004424.01	MsG0280007869.01	0.809978	1.448396e-50	8.626355e-48
MsG0180004542.01	MsG0280007869.01	-0.800723	1.260793e-48	5.913063e-46
MsG0180004808.01	MsG0280007869.01	0.801569	8.462324e-49	4.054659e-46
MsG0180005130.01	MsG0280007869.01	0.865860	4.346653e-65	1.435471e-61
MsG0180005143.01	MsG0280007869.01	0.865739	4.746284e-65	1.560927e-61

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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
MsG0280007869.01.T01	MTR_2g034480	97.784	361	8	0	10	370	2	362	0.0	726
MsG0280007869.01.T01	MTR_2g034470	76.657	347	77	2	24	370	20	362	0.0	540
MsG0280007869.01.T01	MTR_2g034470	77.273	330	72	1	41	370	1	327	0.0	521
MsG0280007869.01.T01	MTR_2g034440	77.532	316	70	1	33	347	20	335	0.0	505
MsG0280007869.01.T01	MTR_4g076570	55.312	320	138	4	30	346	16	333	2.85e-120	352
MsG0280007869.01.T01	MTR_4g076470	54.819	332	141	4	17	347	5	328	4.09e-120	350
MsG0280007869.01.T01	MTR_1g052430	55.627	311	134	3	35	343	32	340	1.54e-118	349
MsG0280007869.01.T01	MTR_4g076440	54.518	332	142	4	17	347	5	328	7.86e-116	340
MsG0280007869.01.T01	MTR_4g076430	53.916	332	144	4	17	347	5	328	6.00e-114	335
MsG0280007869.01.T01	MTR_4g076490	51.754	342	155	5	10	349	72	405	2.44e-112	334

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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
MsG0280007869.01.T01	AT4G16260	61.494	348	125	5	13	356	1	343	1.09e-151	431
MsG0280007869.01.T01	AT4G16260	63.636	319	108	4	41	356	1	314	1.41e-142	407
MsG0280007869.01.T01	AT3G57240	56.875	320	127	6	30	347	30	340	9.23e-115	337
MsG0280007869.01.T01	AT3G57270	51.524	328	152	4	23	347	16	339	7.83e-111	327
MsG0280007869.01.T01	AT3G57260	50.440	341	156	5	12	347	6	338	1.76e-109	324
MsG0280007869.01.T01	AT3G57260	50.440	341	156	5	12	347	22	354	2.79e-109	324
MsG0280007869.01.T01	AT5G56590	38.024	334	187	8	34	353	25	352	9.96e-76	243
MsG0280007869.01.T01	AT5G20390	39.873	316	179	6	31	341	29	338	1.33e-75	238
MsG0280007869.01.T01	AT2G16230	40.308	325	185	6	31	347	21	344	2.31e-71	231
MsG0280007869.01.T01	AT5G20340	38.924	316	182	6	31	341	39	348	1.10e-70	225

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Find 110 sgRNAs with CRISPR-Local

Find 199 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAATCAAGTATATTGCAGT+TGG	0.537070	2:+22064129	MsG0280007869.01.T01:CDS
AAACAAAAGAAGTACCCATT+TGG	0.414004	2:+22064789	MsG0280007869.01.T01:CDS
AAACTTATTTGATGCTATGT+TGG	0.449549	2:+22064509	MsG0280007869.01.T01:CDS
AAAGAAATGTATTGAATTTC+TGG	0.164011	2:+22064097	MsG0280007869.01.T01:CDS
AAATCTTCATGATCAAATCA+AGG	0.476242	2:+22064242	MsG0280007869.01.T01:CDS
AACAATCCCAATAGAAGGAG+AGG	0.583975	2:-22061758	None:intergenic
AACCGATCCCAGTGTTATCT+AGG	0.365306	2:-22064548	None:intergenic
AACTCATTCCCTCCATCTAA+AGG	0.483297	2:+22064297	MsG0280007869.01.T01:CDS
AAGAAGTACCCATTTGGATT+TGG	0.328985	2:+22064795	MsG0280007869.01.T01:CDS
AAGGAAGAGATATATCACGC+GGG	0.748768	2:-22064431	None:intergenic

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AGTATCCAATAAAAGGATCT+AGG	-	Chr2:22064350-22064369	None:intergenic	30.0%
ATAATGCACAATCCATTAAG+AGG	+	Chr2:22063067-22063086	MsG0280007869.01.T01:intron	30.0%
ATTTGATGCTATGTTGGATT+CGG	+	Chr2:22064515-22064534	MsG0280007869.01.T01:CDS	30.0%
CATGACGAATCAAATTATCA+AGG	-	Chr2:22064653-22064672	None:intergenic	30.0%
CTCTATCTTCTATATAGAGA+TGG	+	Chr2:22061814-22061833	MsG0280007869.01.T01:intron	30.0%
GACATTTATTTCGAAACGAA+GGG	-	Chr2:22062445-22062464	None:intergenic	30.0%
GAGTTAGACCATCTATAATA+CGG	+	Chr2:22063320-22063339	MsG0280007869.01.T01:intron	30.0%
GTTCTTTCAGAAATGATGTT+AGG	+	Chr2:22064319-22064338	MsG0280007869.01.T01:CDS	30.0%
TACCAACATGGCTAAAATAA+GGG	-	Chr2:22064410-22064429	None:intergenic	30.0%
TTACCAACATGGCTAAAATA+AGG	-	Chr2:22064411-22064430	None:intergenic	30.0%

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Chromosome	Type	Strat	End	Strand	Name
Chr2	gene	22061651	22065100	22061651	ID=MsG0280007869.01;Name=MsG0280007869.01
Chr2	mRNA	22061651	22065100	22061651	ID=MsG0280007869.01.T01;Parent=MsG0280007869.01;Name=MsG0280007869.01.T01;_AED=0.49;_eAED=0.49;_QI=62\|1\|1\|1\|0\|0.5\|2\|213\|370
Chr2	exon	22061651	22061806	22061651	ID=MsG0280007869.01.T01:exon:40242;Parent=MsG0280007869.01.T01
Chr2	exon	22063869	22065100	22063869	ID=MsG0280007869.01.T01:exon:40243;Parent=MsG0280007869.01.T01
Chr2	five_prime_UTR	22061651	22061712	22061651	ID=MsG0280007869.01.T01:five_prime_utr;Parent=MsG0280007869.01.T01
Chr2	CDS	22061713	22061806	22061713	ID=MsG0280007869.01.T01:cds;Parent=MsG0280007869.01.T01
Chr2	CDS	22063869	22064887	22063869	ID=MsG0280007869.01.T01:cds;Parent=MsG0280007869.01.T01
Chr2	three_prime_UTR	22064888	22065100	22064888	ID=MsG0280007869.01.T01:three_prime_utr;Parent=MsG0280007869.01.T01
Chr2	mRNA	22063895	22064887	22063895	ID=MsG0280007869.01.T02;Parent=MsG0280007869.01;Name=MsG0280007869.01.T02;_AED=0.49;_eAED=0.49;_QI=0\|0\|0\|1\|0\|0\|2\|0\|281
Chr2	exon	22063895	22064033	22063895	ID=MsG0280007869.01.T02:exon:40244;Parent=MsG0280007869.01.T02
Chr2	exon	22064181	22064887	22064181	ID=MsG0280007869.01.T02:exon:40245;Parent=MsG0280007869.01.T02
Chr2	CDS	22063895	22064033	22063895	ID=MsG0280007869.01.T02:cds;Parent=MsG0280007869.01.T02
Chr2	CDS	22064181	22064887	22064181	ID=MsG0280007869.01.T02:cds;Parent=MsG0280007869.01.T02
Chr2	mRNA	22063895	22064887	22063895	ID=MsG0280007869.01.T03;Parent=MsG0280007869.01;Name=MsG0280007869.01.T03;_AED=0.50;_eAED=0.50;_QI=0\|0\|0\|1\|0\|0\|2\|0\|132
Chr2	exon	22063895	22063952	22063895	ID=MsG0280007869.01.T03:exon:40246;Parent=MsG0280007869.01.T03
Chr2	exon	22064547	22064887	22064547	ID=MsG0280007869.01.T03:exon:40247;Parent=MsG0280007869.01.T03
Chr2	CDS	22063895	22063952	22063895	ID=MsG0280007869.01.T03:cds;Parent=MsG0280007869.01.T03
Chr2	CDS	22064547	22064887	22064547	ID=MsG0280007869.01.T03:cds;Parent=MsG0280007869.01.T03
Chr2	mRNA	22063895	22064887	22063895	ID=MsG0280007869.01.T04;Parent=MsG0280007869.01;Name=MsG0280007869.01.T04;_AED=0.49;_eAED=0.49;_QI=0\|-1\|0\|1\|-1\|0\|1\|0\|330
Chr2	exon	22063895	22064887	22063895	ID=MsG0280007869.01.T04:exon:40248;Parent=MsG0280007869.01.T04
Chr2	CDS	22063895	22064887	22063895	ID=MsG0280007869.01.T04:cds;Parent=MsG0280007869.01.T04
Chr2	mRNA	22063964	22064887	22063964	ID=MsG0280007869.01.T05;Parent=MsG0280007869.01;Name=MsG0280007869.01.T05;_AED=0.49;_eAED=0.49;_QI=0\|-1\|0\|1\|-1\|0\|1\|0\|307
Chr2	exon	22063964	22064887	22063964	ID=MsG0280007869.01.T05:exon:40249;Parent=MsG0280007869.01.T05
Chr2	CDS	22063964	22064887	22063964	ID=MsG0280007869.01.T05:cds;Parent=MsG0280007869.01.T05
Chr2	mRNA	22064282	22064887	22064282	ID=MsG0280007869.01.T06;Parent=MsG0280007869.01;Name=MsG0280007869.01.T06;_AED=0.49;_eAED=0.49;_QI=0\|-1\|0\|1\|-1\|0\|1\|0\|201
Chr2	exon	22064282	22064887	22064282	ID=MsG0280007869.01.T06:exon:40250;Parent=MsG0280007869.01.T06
Chr2	CDS	22064282	22064887	22064282	ID=MsG0280007869.01.T06:cds;Parent=MsG0280007869.01.T06
Chr2	mRNA	22064480	22064887	22064480	ID=MsG0280007869.01.T07;Parent=MsG0280007869.01;Name=MsG0280007869.01.T07;_AED=0.50;_eAED=0.50;_QI=0\|-1\|0\|1\|-1\|0\|1\|0\|135
Chr2	exon	22064480	22064887	22064480	ID=MsG0280007869.01.T07:exon:40251;Parent=MsG0280007869.01.T07
Chr2	CDS	22064480	22064887	22064480	ID=MsG0280007869.01.T07:cds;Parent=MsG0280007869.01.T07

Gene Sequence

>MsG0280007869.01.T04

ATGATGGGAAACAATCTACCACCGGCAAACGAAGTTATAGATCTCTACAAAGCAAACAATATCAAGAGAATGAGACTCTATGATCCTAATCAAGCTGCTCTAAATGCATTAAGAAATTCAGGCATTGAACTCATTCTTGGTGTGCCTAATTCCGACCTTCAAAGCCTAGCCACCAACTCTGATAATGCACGTCAATGGGTACAAAGAAATGTATTGAATTTCTGGCCTAGTGTCAAAATCAAGTATATTGCAGTTGGTAATGAAGTGAGTCCAGTTGGAGGTTCTTCTTGGCTAGCACAATATGTTTTACCTGCCACCCAAAATATATATCAAGCTATAAGAGCGAAAAATCTTCATGATCAAATCAAGGTTTCAACCGCTATTGACATGACCCTTATTGGAAACTCATTCCCTCCATCTAAAGGTTCTTTCAGAAATGATGTTAGGGCATACCTAGATCCTTTTATTGGATACTTGGTATATGCAGGTGCACCTTTACTTGTCAATGTTTACCCTTATTTTAGCCATGTTGGTAACCCGCGTGATATATCTCTTCCTTATGCTCTTTTCACTTCACCGGGTGTTATGGTACAAGATGGTCCAAATGGGTACCAAAACTTATTTGATGCTATGTTGGATTCGGTGCATGCAGCCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

>MsG0280007869.01.T07

ATGGTACAAGATGGTCCAAATGGGTACCAAAACTTATTTGATGCTATGTTGGATTCGGTGCATGCAGCCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

>MsG0280007869.01.T01

ATGCCTTCTTTCTTTGCTCCAACCAGGAGGTTCTCCTTGGCTTCTCCTCTCCTTCTATTGGGATTGTTCACAATAAACCTCATTCCCACAGCAGATGCTCAAATAGGAGTATGTTATGGTATGATGGGAAACAATCTACCACCGGCAAACGAAGTTATAGATCTCTACAAAGCAAACAATATCAAGAGAATGAGACTCTATGATCCTAATCAAGCTGCTCTAAATGCATTAAGAAATTCAGGCATTGAACTCATTCTTGGTGTGCCTAATTCCGACCTTCAAAGCCTAGCCACCAACTCTGATAATGCACGTCAATGGGTACAAAGAAATGTATTGAATTTCTGGCCTAGTGTCAAAATCAAGTATATTGCAGTTGGTAATGAAGTGAGTCCAGTTGGAGGTTCTTCTTGGCTAGCACAATATGTTTTACCTGCCACCCAAAATATATATCAAGCTATAAGAGCGAAAAATCTTCATGATCAAATCAAGGTTTCAACCGCTATTGACATGACCCTTATTGGAAACTCATTCCCTCCATCTAAAGGTTCTTTCAGAAATGATGTTAGGGCATACCTAGATCCTTTTATTGGATACTTGGTATATGCAGGTGCACCTTTACTTGTCAATGTTTACCCTTATTTTAGCCATGTTGGTAACCCGCGTGATATATCTCTTCCTTATGCTCTTTTCACTTCACCGGGTGTTATGGTACAAGATGGTCCAAATGGGTACCAAAACTTATTTGATGCTATGTTGGATTCGGTGCATGCAGCCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

>MsG0280007869.01.T05

ATGAGACTCTATGATCCTAATCAAGCTGCTCTAAATGCATTAAGAAATTCAGGCATTGAACTCATTCTTGGTGTGCCTAATTCCGACCTTCAAAGCCTAGCCACCAACTCTGATAATGCACGTCAATGGGTACAAAGAAATGTATTGAATTTCTGGCCTAGTGTCAAAATCAAGTATATTGCAGTTGGTAATGAAGTGAGTCCAGTTGGAGGTTCTTCTTGGCTAGCACAATATGTTTTACCTGCCACCCAAAATATATATCAAGCTATAAGAGCGAAAAATCTTCATGATCAAATCAAGGTTTCAACCGCTATTGACATGACCCTTATTGGAAACTCATTCCCTCCATCTAAAGGTTCTTTCAGAAATGATGTTAGGGCATACCTAGATCCTTTTATTGGATACTTGGTATATGCAGGTGCACCTTTACTTGTCAATGTTTACCCTTATTTTAGCCATGTTGGTAACCCGCGTGATATATCTCTTCCTTATGCTCTTTTCACTTCACCGGGTGTTATGGTACAAGATGGTCCAAATGGGTACCAAAACTTATTTGATGCTATGTTGGATTCGGTGCATGCAGCCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

>MsG0280007869.01.T03

ATGATGGGAAACAATCTACCACCGGCAAACGAAGTTATAGATCTCTACAAAGCAAACACCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

>MsG0280007869.01.T02

ATGATGGGAAACAATCTACCACCGGCAAACGAAGTTATAGATCTCTACAAAGCAAACAATATCAAGAGAATGAGACTCTATGATCCTAATCAAGCTGCTCTAAATGCATTAAGAAATTCAGGCATTGAACTCATTCTTGCTTGGCTAGCACAATATGTTTTACCTGCCACCCAAAATATATATCAAGCTATAAGAGCGAAAAATCTTCATGATCAAATCAAGGTTTCAACCGCTATTGACATGACCCTTATTGGAAACTCATTCCCTCCATCTAAAGGTTCTTTCAGAAATGATGTTAGGGCATACCTAGATCCTTTTATTGGATACTTGGTATATGCAGGTGCACCTTTACTTGTCAATGTTTACCCTTATTTTAGCCATGTTGGTAACCCGCGTGATATATCTCTTCCTTATGCTCTTTTCACTTCACCGGGTGTTATGGTACAAGATGGTCCAAATGGGTACCAAAACTTATTTGATGCTATGTTGGATTCGGTGCATGCAGCCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

>MsG0280007869.01.T06

ATGACCCTTATTGGAAACTCATTCCCTCCATCTAAAGGTTCTTTCAGAAATGATGTTAGGGCATACCTAGATCCTTTTATTGGATACTTGGTATATGCAGGTGCACCTTTACTTGTCAATGTTTACCCTTATTTTAGCCATGTTGGTAACCCGCGTGATATATCTCTTCCTTATGCTCTTTTCACTTCACCGGGTGTTATGGTACAAGATGGTCCAAATGGGTACCAAAACTTATTTGATGCTATGTTGGATTCGGTGCATGCAGCCCTAGATAACACTGGGATCGGTTGGGTGAATGTTGTTGTATCTGAGAGTGGTTGGCCCTCTGATGGAGGGGCGGCTACTTCATATGACAACGCACGTATTTACCTTGATAATTTGATTCGTCATGTTGGTAAAGGTACTCCACGAAGGCCTTGGGCAACAGAAACTTATATTTTTGCTATGTTTGATGAGAACCAAAAGAGTCCAGAATTGGAGAAACATTTTGGAGTGTTTTATCCTAATAAACAAAAGAAGTACCCATTTGGATTTGGTGGGGAAAGAAATGGGGAAATTGTCAATGGTGACTTCAATGCAACTATTTCTCTTAAGAGTGACATGTAA

Protein sequence

>MsG0280007869.01.T04

MMGNNLPPANEVIDLYKANNIKRMRLYDPNQAALNALRNSGIELILGVPNSDLQSLATNSDNARQWVQRNVLNFWPSVKIKYIAVGNEVSPVGGSSWLAQYVLPATQNIYQAIRAKNLHDQIKVSTAIDMTLIGNSFPPSKGSFRNDVRAYLDPFIGYLVYAGAPLLVNVYPYFSHVGNPRDISLPYALFTSPGVMVQDGPNGYQNLFDAMLDSVHAALDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*

>MsG0280007869.01.T07

MVQDGPNGYQNLFDAMLDSVHAALDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*

>MsG0280007869.01.T01

MPSFFAPTRRFSLASPLLLLGLFTINLIPTADAQIGVCYGMMGNNLPPANEVIDLYKANNIKRMRLYDPNQAALNALRNSGIELILGVPNSDLQSLATNSDNARQWVQRNVLNFWPSVKIKYIAVGNEVSPVGGSSWLAQYVLPATQNIYQAIRAKNLHDQIKVSTAIDMTLIGNSFPPSKGSFRNDVRAYLDPFIGYLVYAGAPLLVNVYPYFSHVGNPRDISLPYALFTSPGVMVQDGPNGYQNLFDAMLDSVHAALDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*

>MsG0280007869.01.T05

MRLYDPNQAALNALRNSGIELILGVPNSDLQSLATNSDNARQWVQRNVLNFWPSVKIKYIAVGNEVSPVGGSSWLAQYVLPATQNIYQAIRAKNLHDQIKVSTAIDMTLIGNSFPPSKGSFRNDVRAYLDPFIGYLVYAGAPLLVNVYPYFSHVGNPRDISLPYALFTSPGVMVQDGPNGYQNLFDAMLDSVHAALDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*

>MsG0280007869.01.T03

MMGNNLPPANEVIDLYKANTLDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*

>MsG0280007869.01.T02

MMGNNLPPANEVIDLYKANNIKRMRLYDPNQAALNALRNSGIELILAWLAQYVLPATQNIYQAIRAKNLHDQIKVSTAIDMTLIGNSFPPSKGSFRNDVRAYLDPFIGYLVYAGAPLLVNVYPYFSHVGNPRDISLPYALFTSPGVMVQDGPNGYQNLFDAMLDSVHAALDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*

>MsG0280007869.01.T06

MTLIGNSFPPSKGSFRNDVRAYLDPFIGYLVYAGAPLLVNVYPYFSHVGNPRDISLPYALFTSPGVMVQDGPNGYQNLFDAMLDSVHAALDNTGIGWVNVVVSESGWPSDGGAATSYDNARIYLDNLIRHVGKGTPRRPWATETYIFAMFDENQKSPELEKHFGVFYPNKQKKYPFGFGGERNGEIVNGDFNATISLKSDM*