AlfalfaGEDB | MsG0780041576.01

M. sativa cultivar ZhongmuNo.1 / MsG0780041576.01

KEGG: -
GO: GO:0046983
PFAM: PF00010

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
MsG0780041576.01.T01	XP_003626318.2	80.984	305	13	5	1	282	1	283	8.28E-166	473
MsG0780041576.01.T02	XP_003626318.2	93.59	234	6	3	7	233	85	316	7.09E-152	435
MsG0780041576.01.T03	XP_003626318.2	93.069	202	6	2	1	195	116	316	6.16E-131	380
MsG0780041576.01.T04	PNX77732.1	73.684	209	27	5	1	183	89	295	2.04E-96	291
MsG0780041576.01.T05	XP_003626318.2	86.23	305	13	4	1	298	1	283	0	518
MsG0780041576.01.T06	ABD32380.2	85.616	292	13	4	1	285	1	270	2.12E-172	490
MsG0780041576.01.T07	XP_003626318.2	95.098	102	5	0	1	102	215	316	4.54E-63	204
MsG0780041576.01.T08	XP_003626318.2	91.971	137	3	2	1	130	148	283	7.28E-80	249
MsG0780041576.01.T09	XP_003626318.2	96.226	53	2	0	1	53	231	283	9.48E-27	109

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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
MsG0780041576.01.T01	Q9C7T4	47.02	302	115	7	14	282	1	290	2.57E-70	223
MsG0780041576.01.T02	Q9C7T4	57.798	218	68	2	27	230	113	320	3.78E-79	243
MsG0780041576.01.T03	Q9C7T4	55.825	206	67	2	1	192	125	320	6.14E-71	221
MsG0780041576.01.T04	Q9C7T4	49.275	207	51	2	27	179	113	319	1.63E-54	178
MsG0780041576.01.T05	Q9C7T4	45.426	317	114	7	14	298	1	290	5.47E-70	223
MsG0780041576.01.T06	Q9C7T4	45.741	317	113	8	1	285	1	290	2.41E-70	223
MsG0780041576.01.T07	Q9C7T4	62.366	93	35	0	7	99	228	320	1.10E-31	115
MsG0780041576.01.T08	Q9C7T4	50	144	48	2	1	130	157	290	5.57E-37	132
MsG0780041576.01.T09	Q9C7T4	71.698	53	15	0	1	53	238	290	3.40E-18	79.3

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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
MsG0780041576.01.T01	G7KZP3	80.984	305	13	5	1	282	1	283	3.96e-166	473
MsG0780041576.01.T02	G7KZP3	93.590	234	6	3	7	233	85	316	3.39e-152	435
MsG0780041576.01.T03	G7KZP3	93.069	202	6	2	1	195	116	316	2.94e-131	380
MsG0780041576.01.T04	A0A2K3LGR4	73.684	209	27	5	1	183	89	295	9.73e-97	291
MsG0780041576.01.T05	G7KZP3	86.230	305	13	4	1	298	1	283	0.0	518
MsG0780041576.01.T06	Q2HTN6	85.616	292	13	4	1	285	1	270	1.01e-172	490
MsG0780041576.01.T08	G7KZP3	91.971	137	3	2	1	130	148	283	3.48e-80	249
MsG0780041576.01.T09	G7KZP3	96.226	53	2	0	1	53	231	283	4.53e-27	109

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TFs/TRs:

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Gene ID	Type	Classification
MsG0780041576.01.T01	TF	bHLH
MsG0780041576.01.T03	TF	bHLH
MsG0780041576.01.T04	TF	bHLH
MsG0780041576.01.T05	TF	bHLH
MsG0780041576.01.T06	TF	bHLH

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Protein Kinases:

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Gene ID	Type	Classification
No data available in table

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Network:

Co-expression Network

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Gene1	Gene2	correlation coefficient	p_value	FDR
MsG0080047814.01	MsG0780041576.01	0.813081	3.066441e-51	1.983033e-48
MsG0080048952.01	MsG0780041576.01	0.805222	1.481258e-49	7.793162e-47
MsG0080049014.01	MsG0780041576.01	0.810244	1.269239e-50	7.611897e-48
MsG0180000065.01	MsG0780041576.01	0.816476	5.423014e-52	3.846568e-49
MsG0180000353.01	MsG0780041576.01	0.804081	2.563501e-49	1.309707e-46
MsG0180001178.01	MsG0780041576.01	0.805969	1.032569e-49	5.538019e-47
MsG0180001565.01	MsG0780041576.01	0.806951	6.410867e-50	3.525780e-47
MsG0180003281.01	MsG0780041576.01	0.805736	1.155700e-49	6.161729e-47
MsG0180003361.01	MsG0780041576.01	0.807751	4.337662e-50	2.435766e-47
MsG0180003444.01	MsG0780041576.01	0.800146	1.652767e-48	7.638789e-46

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PPI

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Gene1	Gene2	Type
No data available in table

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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
MsG0780041576.01.T01	MTR_7g113830	80.984	305	13	5	1	282	1	283	1.00e-169	473
MsG0780041576.01.T01	MTR_1g082480	55.975	318	99	11	1	285	1	310	9.34e-98	291
MsG0780041576.01.T01	MTR_1g082480	55.873	315	98	11	1	282	1	307	3.24e-96	288
MsG0780041576.01.T01	MTR_3g099620	51.712	292	115	7	14	282	1	289	1.90e-88	267
MsG0780041576.01.T01	MTR_5g064950	46.939	294	106	12	14	282	1	269	4.13e-72	224
MsG0780041576.01.T01	MTR_5g064950	45.455	308	118	12	14	296	1	283	9.54e-72	224
MsG0780041576.01.T01	MTR_8g066770	57.065	184	60	4	111	282	104	280	1.68e-60	195
MsG0780041576.01.T01	MTR_8g024210	54.070	172	75	2	111	282	171	338	1.20e-46	161
MsG0780041576.01.T01	MTR_0194s0050	46.667	195	88	4	103	282	166	359	2.04e-45	158
MsG0780041576.01.T01	MTR_2g022280	40.361	166	95	2	121	282	1	166	2.35e-30	114

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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
MsG0780041576.01.T01	AT1G72210	47.020	302	115	7	14	282	1	290	2.04e-71	223
MsG0780041576.01.T01	AT1G72210	47.020	302	115	7	14	282	1	290	2.62e-71	223
MsG0780041576.01.T01	AT1G22490	43.910	312	129	10	14	298	1	293	2.06e-62	201
MsG0780041576.01.T01	AT1G22490	45.270	296	116	10	14	282	1	277	2.39e-62	200
MsG0780041576.01.T01	AT5G65320	49.153	177	85	2	117	288	98	274	7.58e-47	159
MsG0780041576.01.T01	AT3G24140	41.202	233	110	4	94	300	170	401	1.10e-46	162
MsG0780041576.01.T01	AT3G24140	41.379	232	109	4	95	300	171	401	1.65e-46	162
MsG0780041576.01.T01	AT5G65320	49.708	171	81	2	117	282	98	268	4.42e-45	155
MsG0780041576.01.T01	AT4G01460	46.328	177	89	2	111	282	105	280	3.20e-42	148
MsG0780041576.01.T01	AT4G01460	46.328	177	89	2	111	282	105	280	3.20e-42	148

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Find 34 sgRNAs with CRISPR-Local

Find 72 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AACAATGATTGTGGTGGTGG+TGG	0.531255	7:-92642920	None:intergenic
AAGATGGTTTCTAGTTTGCA+TGG	0.504712	7:+92643616	MsG0780041576.01.T05:CDS
AAGCATAATTCTCTGTTTGT+TGG	0.375728	7:-92642862	None:intergenic
ACAATCATTGTTGCCACAAA+TGG	0.405629	7:+92642931	MsG0780041576.01.T05:CDS
ACATTGCTGTAGAACGCAAC+AGG	0.469202	7:+92643071	MsG0780041576.01.T05:CDS
ACCAAAACAGCTCTTGAAGA+TGG	0.460812	7:+92643600	MsG0780041576.01.T05:CDS
ACCATCTTCAAGAGCTGTTT+TGG	0.261447	7:-92643601	None:intergenic
ACCCTTTGGACGTAAGATTC+AGG	0.337296	7:-92643139	None:intergenic
AGAATTATGCTTATGGAAAT+TGG	0.223168	7:+92642873	MsG0780041576.01.T05:CDS
AGCGTTAAGGTAATTGTCTG+TGG	0.656091	7:+92643703	MsG0780041576.01.T05:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAGCATAATTCTCTGTTTGT+TGG	-	Chr7:92642865-92642884	None:intergenic	30.0%
CAAACAGAGAATTATGCTTA+TGG	+	Chr7:92642866-92642885	MsG0780041576.01.T05:CDS	30.0%
GCTAAAAAGTGGTTAGAATT+TGG	-	Chr7:92643760-92643779	None:intergenic	30.0%
GTGATCAAGCATCAATTATT+GGG	+	Chr7:92643326-92643345	MsG0780041576.01.T05:CDS	30.0%
GTTGAATTCTTTCCAACATT+TGG	-	Chr7:92643930-92643949	None:intergenic	30.0%
TGATCAAGCATCAATTATTG+GGG	+	Chr7:92643327-92643346	MsG0780041576.01.T05:CDS	30.0%
TTCAAGAGAAAGCTAAAAAG+TGG	-	Chr7:92643771-92643790	None:intergenic	30.0%
ACAATCATTGTTGCCACAAA+TGG	+	Chr7:92642931-92642950	MsG0780041576.01.T05:CDS	35.0%
AGTGGTTAGAATTTGGAAAG+TGG	-	Chr7:92643753-92643772	None:intergenic	35.0%
ATGGTCTTTGTTGAATCCAT+AGG	-	Chr7:92642741-92642760	None:intergenic	35.0%

Showing 1 to 10 of 72 entries

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Chromosome	Type	Strat	End	Strand	Name
Chr7	gene	92642656	92643978	92642656	ID=MsG0780041576.01;Name=MsG0780041576.01
Chr7	mRNA	92642656	92643789	92642656	ID=MsG0780041576.01.T01;Parent=MsG0780041576.01;Name=MsG0780041576.01.T01;_AED=0.29;_eAED=0.31;_QI=0\|0\|0\|1\|0.5\|0.33\|3\|0\|306
Chr7	exon	92642656	92642759	92642656	ID=MsG0780041576.01.T01:exon:20179;Parent=MsG0780041576.01.T01
Chr7	exon	92642808	92643159	92642808	ID=MsG0780041576.01.T01:exon:20180;Parent=MsG0780041576.01.T01
Chr7	CDS	92642656	92642759	92642656	ID=MsG0780041576.01.T01:cds;Parent=MsG0780041576.01.T01
Chr7	CDS	92642808	92643159	92642808	ID=MsG0780041576.01.T01:cds;Parent=MsG0780041576.01.T01
Chr7	CDS	92643325	92643789	92643325	ID=MsG0780041576.01.T01:cds;Parent=MsG0780041576.01.T01
Chr7	mRNA	92642950	92643978	92642950	ID=MsG0780041576.01.T02;Parent=MsG0780041576.01;Name=MsG0780041576.01.T02;_AED=0.34;_eAED=0.35;_QI=0\|0\|0\|1\|1\|0.66\|3\|0\|233
Chr7	exon	92642950	92643159	92642950	ID=MsG0780041576.01.T02:exon:20182;Parent=MsG0780041576.01.T02
Chr7	CDS	92642950	92643159	92642950	ID=MsG0780041576.01.T02:cds;Parent=MsG0780041576.01.T02
Chr7	CDS	92643325	92643711	92643325	ID=MsG0780041576.01.T02:cds;Parent=MsG0780041576.01.T02
Chr7	CDS	92643874	92643978	92643874	ID=MsG0780041576.01.T02:cds;Parent=MsG0780041576.01.T02
Chr7	mRNA	92643064	92643978	92643064	ID=MsG0780041576.01.T03;Parent=MsG0780041576.01;Name=MsG0780041576.01.T03;_AED=0.37;_eAED=0.38;_QI=0\|0\|0\|1\|1\|0.66\|3\|0\|195
Chr7	exon	92643064	92643159	92643064	ID=MsG0780041576.01.T03:exon:20185;Parent=MsG0780041576.01.T03
Chr7	CDS	92643064	92643159	92643064	ID=MsG0780041576.01.T03:cds;Parent=MsG0780041576.01.T03
Chr7	CDS	92643325	92643711	92643325	ID=MsG0780041576.01.T03:cds;Parent=MsG0780041576.01.T03
Chr7	CDS	92643874	92643978	92643874	ID=MsG0780041576.01.T03:cds;Parent=MsG0780041576.01.T03
Chr7	mRNA	92642950	92643978	92642950	ID=MsG0780041576.01.T04;Parent=MsG0780041576.01;Name=MsG0780041576.01.T04;_AED=0.37;_eAED=0.38;_QI=0\|0\|0\|1\|0.5\|0.33\|3\|0\|183
Chr7	exon	92642950	92643158	92642950	ID=MsG0780041576.01.T04:exon:20186;Parent=MsG0780041576.01.T04
Chr7	exon	92643474	92643711	92643474	ID=MsG0780041576.01.T04:exon:20187;Parent=MsG0780041576.01.T04
Chr7	CDS	92642950	92643158	92642950	ID=MsG0780041576.01.T04:cds;Parent=MsG0780041576.01.T04
Chr7	CDS	92643474	92643711	92643474	ID=MsG0780041576.01.T04:cds;Parent=MsG0780041576.01.T04
Chr7	CDS	92643874	92643978	92643874	ID=MsG0780041576.01.T04:cds;Parent=MsG0780041576.01.T04
Chr7	mRNA	92642656	92643789	92642656	ID=MsG0780041576.01.T05;Parent=MsG0780041576.01;Name=MsG0780041576.01.T05;_AED=0.28;_eAED=0.30;_QI=0\|0\|0\|1\|1\|1\|2\|0\|322
Chr7	exon	92642656	92643159	92642656	ID=MsG0780041576.01.T05:exon:20188;Parent=MsG0780041576.01.T05
Chr7	CDS	92642656	92643159	92642656	ID=MsG0780041576.01.T05:cds;Parent=MsG0780041576.01.T05
Chr7	CDS	92643325	92643789	92643325	ID=MsG0780041576.01.T05:cds;Parent=MsG0780041576.01.T05
Chr7	mRNA	92642695	92643789	92642695	ID=MsG0780041576.01.T06;Parent=MsG0780041576.01;Name=MsG0780041576.01.T06;_AED=0.29;_eAED=0.31;_QI=0\|0\|0\|1\|1\|1\|2\|0\|309
Chr7	exon	92642695	92643159	92642695	ID=MsG0780041576.01.T06:exon:20189;Parent=MsG0780041576.01.T06
Chr7	CDS	92642695	92643159	92642695	ID=MsG0780041576.01.T06:cds;Parent=MsG0780041576.01.T06
Chr7	CDS	92643325	92643789	92643325	ID=MsG0780041576.01.T06:cds;Parent=MsG0780041576.01.T06
Chr7	mRNA	92643508	92643978	92643508	ID=MsG0780041576.01.T07;Parent=MsG0780041576.01;Name=MsG0780041576.01.T07;_AED=0.43;_eAED=0.45;_QI=0\|0\|0\|1\|1\|0.5\|2\|0\|102
Chr7	exon	92643508	92643711	92643508	ID=MsG0780041576.01.T07:exon:20190;Parent=MsG0780041576.01.T07
Chr7	CDS	92643508	92643711	92643508	ID=MsG0780041576.01.T07:cds;Parent=MsG0780041576.01.T07
Chr7	CDS	92643874	92643978	92643874	ID=MsG0780041576.01.T07:cds;Parent=MsG0780041576.01.T07
Chr7	mRNA	92643325	92643789	92643325	ID=MsG0780041576.01.T08;Parent=MsG0780041576.01;Name=MsG0780041576.01.T08;_AED=0.39;_eAED=0.39;_QI=0\|-1\|0\|1\|-1\|1\|1\|0\|154
Chr7	CDS	92643325	92643789	92643325	ID=MsG0780041576.01.T08:cds;Parent=MsG0780041576.01.T08
Chr7	mRNA	92643556	92643789	92643556	ID=MsG0780041576.01.T09;Parent=MsG0780041576.01;Name=MsG0780041576.01.T09;_AED=0.45;_eAED=0.45;_QI=0\|-1\|0\|1\|-1\|0\|1\|0\|77
Chr7	exon	92643556	92643789	92643556	ID=MsG0780041576.01.T09:exon:20191;Parent=MsG0780041576.01.T09
Chr7	CDS	92643556	92643789	92643556	ID=MsG0780041576.01.T09:cds;Parent=MsG0780041576.01.T09

Gene Sequence

>MsG0780041576.01.T07

ATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTTGAAGATGATTGCAAGCTTGGATCAGTGGATGAGATAGCTGCAGCTGTATACCAAATGTTGGAAAGAATTCAACAAGAGTCATCAATCAATATATTGAATTAA

>MsG0780041576.01.T02

ATGGATGAAGTGTCAAATCCATCTTTAGATAGTTCAATTTCAACTCGTTGTTCTCGTTCCAAGAAACGCAGAGTCAAAACAAGTAAGAATAAAGAAGAAATTGAGAATCAGAGAATGACTCACATTGCTGTAGAACGCAACAGGAGAAAACAAATGAATGAGTATCTCTCTGTTCTTAGATCTCTCATGCCTGAATCTTACGTCCAAAGGGGTGATCAAGCATCAATTATTGGGGGTGCTATTAACTTTGTTAAGAAGCTTGAGCAGAAGCTACAATTTCTTGGTGGTGTTCAGAAACAAAAAGAGGAAAATAAAAACAAGCCCTTTTCTGAATTTTTCACCTTTCCACAATACTCAACAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTTGAAGATGATTGCAAGCTTGGATCAGTGGATGAGATAGCTGCAGCTGTATACCAAATGTTGGAAAGAATTCAACAAGAGTCATCAATCAATATATTGAATTAA

>MsG0780041576.01.T08

GGTGATCAAGCATCAATTATTGGGGGTGCTATTAACTTTGTTAAGAAGCTTGAGCAGAAGCTACAATTTCTTGGTGGTGTTCAGAAACAAAAAGAGGAAAATAAAAACAAGCCCTTTTCTGAATTTTTCACCTTTCCACAATACTCAACAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTAATTGTCTGTGGTCCCTGTCATGTTTTTTTTTTCTTCCACTTTCCAAATTCTAACCACTTTTTAGCTTTCTCTTGA

>MsG0780041576.01.T05

ATGTGTTTACCAGAGGAAAATAGAGAAAGAGAGAGATCCATGGCACTAGAACCAACTCTACTATATCCACAAGACCCTTTCACCTATGGATTCAACAAAGACCATTACAATTACAACCTGTTAACAGATTCTGAAGCAAACTTTGACTACACCAACTTCAACCTTCAAAATGAAGAAGATCAACTTTCTACTTTTCTCATCAAGAACCAACAAACAGAGAATTATGCTTATGGAAATTGGAGTAACAATTGTTCATCTCCTTCACCACCACCACCACAATCATTGTTGCCACAAATGGATGAAGTGTCAAATCCATCTTTAGATAGTTCAATTTCAACTCGTTGTTCTCGTTCCAAGAAACGCAGAGTCAAAACAAGTAAGAATAAAGAAGAAATTGAGAATCAGAGAATGACTCACATTGCTGTAGAACGCAACAGGAGAAAACAAATGAATGAGTATCTCTCTGTTCTTAGATCTCTCATGCCTGAATCTTACGTCCAAAGGGGTGATCAAGCATCAATTATTGGGGGTGCTATTAACTTTGTTAAGAAGCTTGAGCAGAAGCTACAATTTCTTGGTGGTGTTCAGAAACAAAAAGAGGAAAATAAAAACAAGCCCTTTTCTGAATTTTTCACCTTTCCACAATACTCAACAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTAATTGTCTGTGGTCCCTGTCATGTTTTTTTTTTCTTCCACTTTCCAAATTCTAACCACTTTTTAGCTTTCTCTTGA

>MsG0780041576.01.T06

ATGGCACTAGAACCAACTCTACTATATCCACAAGACCCTTTCACCTATGGATTCAACAAAGACCATTACAATTACAACCTGTTAACAGATTCTGAAGCAAACTTTGACTACACCAACTTCAACCTTCAAAATGAAGAAGATCAACTTTCTACTTTTCTCATCAAGAACCAACAAACAGAGAATTATGCTTATGGAAATTGGAGTAACAATTGTTCATCTCCTTCACCACCACCACCACAATCATTGTTGCCACAAATGGATGAAGTGTCAAATCCATCTTTAGATAGTTCAATTTCAACTCGTTGTTCTCGTTCCAAGAAACGCAGAGTCAAAACAAGTAAGAATAAAGAAGAAATTGAGAATCAGAGAATGACTCACATTGCTGTAGAACGCAACAGGAGAAAACAAATGAATGAGTATCTCTCTGTTCTTAGATCTCTCATGCCTGAATCTTACGTCCAAAGGGGTGATCAAGCATCAATTATTGGGGGTGCTATTAACTTTGTTAAGAAGCTTGAGCAGAAGCTACAATTTCTTGGTGGTGTTCAGAAACAAAAAGAGGAAAATAAAAACAAGCCCTTTTCTGAATTTTTCACCTTTCCACAATACTCAACAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTAATTGTCTGTGGTCCCTGTCATGTTTTTTTTTTCTTCCACTTTCCAAATTCTAACCACTTTTTAGCTTTCTCTTGA

>MsG0780041576.01.T03

ATGACTCACATTGCTGTAGAACGCAACAGGAGAAAACAAATGAATGAGTATCTCTCTGTTCTTAGATCTCTCATGCCTGAATCTTACGTCCAAAGGGGTGATCAAGCATCAATTATTGGGGGTGCTATTAACTTTGTTAAGAAGCTTGAGCAGAAGCTACAATTTCTTGGTGGTGTTCAGAAACAAAAAGAGGAAAATAAAAACAAGCCCTTTTCTGAATTTTTCACCTTTCCACAATACTCAACAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTTGAAGATGATTGCAAGCTTGGATCAGTGGATGAGATAGCTGCAGCTGTATACCAAATGTTGGAAAGAATTCAACAAGAGTCATCAATCAATATATTGAATTAA

>MsG0780041576.01.T09

ATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTAATTGTCTGTGGTCCCTGTCATGTTTTTTTTTTCTTCCACTTTCCAAATTCTAACCACTTTTTAGCTTTCTCTTGA

>MsG0780041576.01.T04

ATGGATGAAGTGTCAAATCCATCTTTAGATAGTTCAATTTCAACTCGTTGTTCTCGTTCCAAGAAACGCAGAGTCAAAACAAGTAAGAATAAAGAAGAAATTGAGAATCAGAGAATGACTCACATTGCTGTAGAACGCAACAGGAGAAAACAAATGAATGAGTATCTCTCTGTTCTTAGATCTCTCATGCCTGAATCTTACGTCCAAAGAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTTGAAGATGATTGCAAGCTTGGATCAGTGGATGAGATAGCTGCAGCTGTATACCAAATGTTGGAAAGAATTCAACAAGAGTCATCAATCAATATATTGAATTAA

>MsG0780041576.01.T01

ATGTGTTTACCAGAGGAAAATAGAGAAAGAGAGAGATCCATGGCACTAGAACCAACTCTACTATATCCACAAGACCCTTTCACCTATGGATTCAACAAAGACCACAACTTCAACCTTCAAAATGAAGAAGATCAACTTTCTACTTTTCTCATCAAGAACCAACAAACAGAGAATTATGCTTATGGAAATTGGAGTAACAATTGTTCATCTCCTTCACCACCACCACCACAATCATTGTTGCCACAAATGGATGAAGTGTCAAATCCATCTTTAGATAGTTCAATTTCAACTCGTTGTTCTCGTTCCAAGAAACGCAGAGTCAAAACAAGTAAGAATAAAGAAGAAATTGAGAATCAGAGAATGACTCACATTGCTGTAGAACGCAACAGGAGAAAACAAATGAATGAGTATCTCTCTGTTCTTAGATCTCTCATGCCTGAATCTTACGTCCAAAGGGGTGATCAAGCATCAATTATTGGGGGTGCTATTAACTTTGTTAAGAAGCTTGAGCAGAAGCTACAATTTCTTGGTGGTGTTCAGAAACAAAAAGAGGAAAATAAAAACAAGCCCTTTTCTGAATTTTTCACCTTTCCACAATACTCAACAAGTGACAGTGTGTGTGAGAGTTCTGAGACAAAAATGGGTGGTGAGGTTCAATCTCGCAATATTGCTGATATTGAAGTGACAATGGTTGAAAGCCATGCAAATCTCAAAGTAAGAACAAAGAAAAGACCAAAACAGCTCTTGAAGATGGTTTCTAGTTTGCATGGATTGTGTCTCACAATCTTGCACCTTAATGTCACTACAGCTGATGAATTTGTCTTCTATTCTATCAGCGTTAAGGTAATTGTCTGTGGTCCCTGTCATGTTTTTTTTTTCTTCCACTTTCCAAATTCTAACCACTTTTTAGCTTTCTCTTGA

Protein sequence

>MsG0780041576.01.T07

MGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVEDDCKLGSVDEIAAAVYQMLERIQQESSINILN*

>MsG0780041576.01.T02

MDEVSNPSLDSSISTRCSRSKKRRVKTSKNKEEIENQRMTHIAVERNRRKQMNEYLSVLRSLMPESYVQRGDQASIIGGAINFVKKLEQKLQFLGGVQKQKEENKNKPFSEFFTFPQYSTSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVEDDCKLGSVDEIAAAVYQMLERIQQESSINILN*

>MsG0780041576.01.T08

GDQASIIGGAINFVKKLEQKLQFLGGVQKQKEENKNKPFSEFFTFPQYSTSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVIVCGPCHVFFFFHFPNSNHFLAFS*

>MsG0780041576.01.T05

MCLPEENRERERSMALEPTLLYPQDPFTYGFNKDHYNYNLLTDSEANFDYTNFNLQNEEDQLSTFLIKNQQTENYAYGNWSNNCSSPSPPPPQSLLPQMDEVSNPSLDSSISTRCSRSKKRRVKTSKNKEEIENQRMTHIAVERNRRKQMNEYLSVLRSLMPESYVQRGDQASIIGGAINFVKKLEQKLQFLGGVQKQKEENKNKPFSEFFTFPQYSTSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVIVCGPCHVFFFFHFPNSNHFLAFS*

>MsG0780041576.01.T06

MALEPTLLYPQDPFTYGFNKDHYNYNLLTDSEANFDYTNFNLQNEEDQLSTFLIKNQQTENYAYGNWSNNCSSPSPPPPQSLLPQMDEVSNPSLDSSISTRCSRSKKRRVKTSKNKEEIENQRMTHIAVERNRRKQMNEYLSVLRSLMPESYVQRGDQASIIGGAINFVKKLEQKLQFLGGVQKQKEENKNKPFSEFFTFPQYSTSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVIVCGPCHVFFFFHFPNSNHFLAFS*

>MsG0780041576.01.T03

MTHIAVERNRRKQMNEYLSVLRSLMPESYVQRGDQASIIGGAINFVKKLEQKLQFLGGVQKQKEENKNKPFSEFFTFPQYSTSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVEDDCKLGSVDEIAAAVYQMLERIQQESSINILN*

>MsG0780041576.01.T09

MVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVIVCGPCHVFFFFHFPNSNHFLAFS*

>MsG0780041576.01.T04

MDEVSNPSLDSSISTRCSRSKKRRVKTSKNKEEIENQRMTHIAVERNRRKQMNEYLSVLRSLMPESYVQRSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVEDDCKLGSVDEIAAAVYQMLERIQQESSINILN*

>MsG0780041576.01.T01

MCLPEENRERERSMALEPTLLYPQDPFTYGFNKDHNFNLQNEEDQLSTFLIKNQQTENYAYGNWSNNCSSPSPPPPQSLLPQMDEVSNPSLDSSISTRCSRSKKRRVKTSKNKEEIENQRMTHIAVERNRRKQMNEYLSVLRSLMPESYVQRGDQASIIGGAINFVKKLEQKLQFLGGVQKQKEENKNKPFSEFFTFPQYSTSDSVCESSETKMGGEVQSRNIADIEVTMVESHANLKVRTKKRPKQLLKMVSSLHGLCLTILHLNVTTADEFVFYSISVKVIVCGPCHVFFFFHFPNSNHFLAFS*