AlfalfaGEDB | MS.gene35788

M. sativa cultivar XinJiangDaYe / MS.gene35788

KEGG: -
GO: GO:0000079 GO:0001932 GO:0003674 GO:0005488 GO:0005515 GO:0005575 GO:0008150 GO:0016021 GO:0019220 GO:0019222 GO:0019899 GO:0019900 GO:0019901 GO:0031224 GO:0031323 GO:0031399 GO:0032268 GO:0042325 GO:0043549 GO:0045859 GO:0050789 GO:0050790 GO:0050794 GO:0051171 GO:0051174 GO:0051246 GO:0051338 GO:0051726 GO:0060255 GO:0065007 GO:0065009 GO:0071900 GO:0080090 GO:0110165 GO:1904029
PFAM: PF03124.17 PF08613.14

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.gene35788.t1	BBH00015.1	62.1	729	213	11	4	715	8	690	3.00E-236	828.2

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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.gene35788.t1	Q9LJ45	64.5	203	52	4	506	699	12	203	1.9e-61	238.8

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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.gene35788.t1	A0A4Y1R7F9	62.1	729	213	11	4	715	8	690	2.2e-236	828.2

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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.gene049171	MS.gene35788	0.806736	7.12E-50	-1.69E-46
MS.gene049217	MS.gene35788	0.847555	1.07E-59	-1.69E-46
MS.gene049222	MS.gene35788	0.830959	2.19E-55	-1.69E-46
MS.gene049232	MS.gene35788	0.852487	4.47E-61	-1.69E-46
MS.gene049285	MS.gene35788	0.827278	1.71E-54	-1.69E-46
MS.gene049320	MS.gene35788	0.81596	7.07E-52	-1.69E-46
MS.gene049396	MS.gene35788	0.849098	4.02E-60	-1.69E-46
MS.gene049609	MS.gene35788	0.801391	9.20E-49	-1.69E-46
MS.gene05010	MS.gene35788	0.8256	4.29E-54	-1.69E-46
MS.gene050216	MS.gene35788	0.846653	1.90E-59	-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.gene35788.t1	MTR_2g088870	99.446	361	2	0	1	361	1	361	0.0	745
MS.gene35788.t1	MTR_2g088870	98.892	361	2	1	1	361	1	359	0.0	736
MS.gene35788.t1	MTR_7g076560	74.118	340	84	2	39	376	6	343	0.0	527
MS.gene35788.t1	MTR_2g088860	96.957	230	7	0	494	723	4	233	9.42e-159	458
MS.gene35788.t1	MTR_7g081130	41.709	199	101	3	515	712	10	194	1.37e-47	167
MS.gene35788.t1	MTR_8g007380	41.709	199	99	2	515	712	9	191	1.13e-45	162
MS.gene35788.t1	MTR_7g094880	43.781	201	97	3	513	713	28	212	1.18e-41	151
MS.gene35788.t1	MTR_7g094880	43.781	201	97	3	513	713	43	227	1.53e-41	151
MS.gene35788.t1	MTR_4g028060	41.758	182	97	2	514	695	27	199	7.02e-33	126
MS.gene35788.t1	MTR_1g075640	26.937	271	176	9	98	358	411	669	7.34e-23	104

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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.gene35788.t1	AT5G35730	72.296	379	92	4	1	376	1	369	0.0	561
MS.gene35788.t1	AT2G32295	58.449	361	133	1	1	361	5	348	3.44e-149	443
MS.gene35788.t1	AT2G32295	58.449	361	133	1	1	361	5	348	3.44e-149	443
MS.gene35788.t1	AT3G21870	64.532	203	52	4	506	699	12	203	1.96e-68	224
MS.gene35788.t1	AT2G44740	49.057	159	80	1	524	682	8	165	6.35e-45	160
MS.gene35788.t1	AT3G63120	53.676	136	59	2	557	692	61	192	4.66e-42	152
MS.gene35788.t1	AT3G63120	53.676	136	59	2	557	692	61	192	4.66e-42	152
MS.gene35788.t1	AT3G05327	40.341	176	88	3	510	680	25	188	6.92e-39	143
MS.gene35788.t1	AT2G45080	40.884	181	94	3	515	695	27	194	6.43e-38	141
MS.gene35788.t1	AT3G60550	38.889	216	107	6	489	695	1	200	2.38e-37	139

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Find 0 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
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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
15115	gene	14923	24915	14923	ID=MS.gene35788
15115	mRNA	14923	24915	14923	ID=MS.gene35788.t1;Parent=MS.gene35788
15115	exon	14923	14992	14923	ID=MS.gene35788.t1.exon1;Parent=MS.gene35788.t1
15115	CDS	14923	14992	14923	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	15340	15473	15340	ID=MS.gene35788.t1.exon2;Parent=MS.gene35788.t1
15115	CDS	15340	15473	15340	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	16038	16076	16038	ID=MS.gene35788.t1.exon3;Parent=MS.gene35788.t1
15115	CDS	16038	16076	16038	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	16208	16300	16208	ID=MS.gene35788.t1.exon4;Parent=MS.gene35788.t1
15115	CDS	16208	16300	16208	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	16452	16568	16452	ID=MS.gene35788.t1.exon5;Parent=MS.gene35788.t1
15115	CDS	16452	16568	16452	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	18178	18273	18178	ID=MS.gene35788.t1.exon6;Parent=MS.gene35788.t1
15115	CDS	18178	18273	18178	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	18462	18575	18462	ID=MS.gene35788.t1.exon7;Parent=MS.gene35788.t1
15115	CDS	18462	18575	18462	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	19180	19233	19180	ID=MS.gene35788.t1.exon8;Parent=MS.gene35788.t1
15115	CDS	19180	19233	19180	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	19567	19614	19567	ID=MS.gene35788.t1.exon9;Parent=MS.gene35788.t1
15115	CDS	19567	19614	19567	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	19952	20102	19952	ID=MS.gene35788.t1.exon10;Parent=MS.gene35788.t1
15115	CDS	19952	20102	19952	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	21344	21509	21344	ID=MS.gene35788.t1.exon11;Parent=MS.gene35788.t1
15115	CDS	21344	21509	21344	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	21613	21671	21613	ID=MS.gene35788.t1.exon12;Parent=MS.gene35788.t1
15115	CDS	21613	21671	21613	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	22057	22126	22057	ID=MS.gene35788.t1.exon13;Parent=MS.gene35788.t1
15115	CDS	22057	22126	22057	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	22257	22297	22257	ID=MS.gene35788.t1.exon14;Parent=MS.gene35788.t1
15115	CDS	22257	22297	22257	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	22733	22877	22733	ID=MS.gene35788.t1.exon15;Parent=MS.gene35788.t1
15115	CDS	22733	22877	22733	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	23455	23537	23455	ID=MS.gene35788.t1.exon16;Parent=MS.gene35788.t1
15115	CDS	23455	23537	23455	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	23790	24201	23790	ID=MS.gene35788.t1.exon17;Parent=MS.gene35788.t1
15115	CDS	23790	24201	23790	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1
15115	exon	24636	24915	24636	ID=MS.gene35788.t1.exon18;Parent=MS.gene35788.t1
15115	CDS	24636	24915	24636	ID=cds.MS.gene35788.t1;Parent=MS.gene35788.t1

Gene Sequence

>MS.gene35788

ATGTTTGCTGTTCCTGCTAATAGTCCTCACTTACGCAAATCTGGGAGTAGACCTGTTGTTTATGATCTTGGTACTTTCAAATTATTTAATGTGCTATTTTCATTTTTAAGTTTAAATATGCTTTTAGTCTCCGCAAACATAGTGTTCTTCTTTAGTTTTAGTCTCTTTTTAGTTTTTGTGTTTGGATTTGCAGAAACTGTTGTTTTTAGTCCCTGACGTCAACTTATTGGGCCACGTGGCATGCTTTTATTGGGCTGCGTATGACGTCAGGTACTAGAAACAATAGTTTTTGAATTCAAAAAAACTTACCGTGACTAAAAGCAAAAAACGATACAATTGCAGAGATTTAAATCATATATAATTATACTAGTTTTTGGTGTTTAATTAATAGAGTTTATTGGTTTTTTCTGTTTGTAGATGAATTTGAGGAGGAAAATGGTGCTGATGAAAGTTTATTGCATTCTGTTGAGGGAAATGATTCGAGGGGTGGAGCAACGCCAATGAATGGTTCTGGAATGATGCCCTCGCCTGTTTTATTGTGGAGATTCAAGGTTTTTTTTTTTGTTGTTTTAAAAAGTTTTTTGAACTTTGTAAATTCTCTTCTATCACTATAATATGTTTGATGCTTTTGATTGAGTGAATGCCAAAGTTGTCTGTATGGTGAGATGGAATGTGTCTTTTTCCTTTGTAAGTTGTCACTGTTGTTAAATGGCAGCCAAGGCACTTCCATGGCAGAGTGGCGTGGCGTATTTTTTGAAAACCTCCATACGTGTTTTGTGAAGAGATGCCTGTCATTGTTGCGTCATAAGCCAAATTGGCGTGTTTATATGGAGGATTTTTGGCCTTATGCCATATTCCACCATCTGCCATAAACAACACCGGGAGCTGCTTAATATTTGATTGCATTGGATAGAAAAATCTAGCGTTGGTTGACAATATCTTATCTGAGAACAGACAGTCATTCAGTTATATCATCTTTAGACTTGGACATGTTATTGTAATTATGAGATGCAATATGACTTTAGGTCTATTGTGTTCTTCAAACTGCTCTCTTTCCTTCTATTGTATTTTATTTTATAATAAATTTTCAAGAATTAATTGAAGTGAATGTCTAGGTACTGTTGTTTCTTATTTGGGGATTCATCTGTTGCAAGGTCAGTACTGTTTTCCCTCTACTACATTTCTCATCATTCCCTATAATGTGGTTTGAAATTGAGTTTGAGTTAATATCTTAAGGATTTCACGATGGTACTTCAATCTTATATGCCATAACGGAAAATTGCAGATTGGATGGGATTCTGTAATGAGAATGAGTGCAGACAAGCGGGAATTATTTCTATATGAAGCATTTTTGTATTTTAATCCTCTTCTTCTCGCGGTTAGTTTTTCTTCCCACTATTTCAGTTTCTATGTGGGTGTGCACACATGGATATATCTCTGTGTATGGATTGAAGGATGTTGTTAAAGATATACTTTTATATCTTTGCATTCTTCATTGTATTGTGTTTCATCTCATTTTTATGTTTCAGGCTTTGATGGTTTGGCTTTGGGGAATCAACTTATGGGTTTTTGCTCAGGGTGGAGTTAATTATGCAAAAATATTTGATCTTGATCAAAATCATCTGACTCACGGAGAAATATGGAAGGTATCAACTCATCACTTTAACTCATGTCATATTTTGCGCATGAAATCGATTTCTTTAGGACCATTAGGGAAATTAAAAAGGGAGTGGCATCGCCTAGAAATTTGAAGTTAGCATCCATTTTTTGTTCCAATATTTGGTTTTCTCAACAATGAACTTTTACTTTCTTTTTATTCAGTCTGTTTTTATGCTTAGTACATCAAATATGCATTGAGTGGAATTTTAATTAAAACTAGTTAAGACTAATAAAGAACAAAACAATCATGGATTTATTGCTGTTTGCAAGGAATGGACATTCCTGTGCATCTAGGAGAGAATAGGGTTTCCTTAAAAGGTCAAGGTGTAGAACATAAGAAACATACCATTTGTTTTAATATAAACCAAGTAACATGCTCTGGAGGGTGTTCTGTTGGAATGGAAGGATCAGTCTATGTACTAAATGTGGTATAAGTAATCTTGCGTTTATTACACTAAACTTTTTGTTAGTTTTGTGTGCTCTGTTTTCAATTTGGGTGCTTTGCTTTGATTAGAAATGACAACATTAGAGAGAGTGTTGGGGTAGTTCCTATAGTAAAAAAGATGGTTGAAACTAGGCTTAGGTGGTTTGGGCATGTAGAGAGAAGACTTATGGATTTTTTAGTTAGGAGAGTAGATCAGATGGAGGGGAGTTGGATCACTGGAGGTAGAGGAAGACCAAGAAAAACTATTAAGAAAGATCTAGAGATAAATGAGTTGGATAGAAATATGGTATTTGATAGAAAATTATGGTGTCTCTTGATTCATCTAGCCGACCCCACATAGTGGGATAAGGAGTGGTTGTTGTTGGGTGCTTTGGTTTCAATTTACTGTTACGATATTGCTGAACGATAGCCTGATGCCTAGAAGGCACTAATGATATACGATATGACATGGACATGGGAGAGGATAGATTTAAAAATTATAGGATATAACATGGATGTAATTCAACCCTCAAAATTGGGAGTCTAGGTATCCTCCATTTAGCAAAGGCTCCATTTACTCCATTTAGGCTTTGGATGAGAGAACAAATATTTTACAGATTAGGTTATGACATTTTAAATATATTAAAATTCTATCATTTATCTAACTGTTGTGGTATTTTTATATGTAGTGGTATGAAAGTTCAAAAAAATTGGAGAAAAAGTACAATTAAAAGTGCCCCAACACGACACGACTACTGTTTATAAATCTTTGTGCTTTCTTGCGTGATGCTATAAAGCTCCCATCATAATAGAGTCCAGTGAAGGGTCAAATTGTTATGGTTATATTATTTGCAGCCCTTACGTTTTCCATAGGCTGATTTCTATGATATTCTAGTCAATAGGCAGGCATACAATAACAAATCCTACCGCTGTGCCAAGAACCCACTTTCCTGGATAAAAAATCCAACCACTGTGCTAAGAACCCACTTCCCTATTATTATGTCGCTAAATTGGCAAATTTCATGGCTTTCTTCTCAGTTCTCCGCCATTCATTTCTCTAATTCTTTTTCTCTTTTTATACTTTGTTCTCCATTTTCTAATAAGTAATAATTCATCTCAAGTGATTGATTGCTATTTTTCCCCCTAAAATTTTTCCGTGTTGATTATTGCAGTGTGCCATGTGGATGACAATCATTGTTCCAACCAGTATGACAGCATACATTTATCTTTATTCTCATGGAGAAGTCGCATATGCTGCATCACAACCAGTGTAATAGATGCATCCACACTGATTACATTTGTTTGCTTGGTTATCACTTTTATCAATTTAATATTGTAGTATTGTCATTTATTCATTGTTTTATATATGATTGATGAATATTTAATTTTATTTTGTGCTTCCTTTTATATATCTTATTATTGGAAGATGTTGAATTTTGTATGTAACCTTCTGCAGGTGCTCTTGTATGCTGCTATTGTGATGGTTTTAATATTCCCCTTTGATATCTTCTATTTTTCATCTAGATATTTCTTCTTAAGGACACTCTGGCGAATAGTTTTCCCATTACAGGCAAGTTTTCTTTTATTTGGATGTATTGTGTTCTATAGTTCTTGATGTGCTTCTCTTGAAATAGTGGTCAGTTGTTAACGTCTGAGTTATATTTATGCTATGCATGAAAGGAAAATATATAAGTATGAAAATAGAATGCTTGATTCATGTATCATATTTACTTGTGTTTTCTCCGTGTTCAGCTTCATAATAATAACAGAAATATACATGCACAAGTAAAACACGTAGAAGGTTGAACCTTTCTATGAGTTTTCTTTGAAGACGCCCATAATTATTGCAGTGTTAAAACTTTTTTTTTTTTTTTGAAGAAGCTAAATTAGCCCACCCAAATTGGCACCGGGGAGAATCGAACCTGAGACCTTGAGGAGGAGCATACTCTCGGGTCCCAAGCCAATACCACCAGACAACCCAAGTGGGTTTGCAGTGTTAAAACTTAGATGTGAATTATTGTTTTTCTTTATTTATTCAGATTCTTAGGACTTGATATCTGAGCCTAAATCTTACCCTTGTTTTTCTCTATCCCTCACCAACTTACGCTTTTGGTATCTTGTTGGAGAATTAAGCTTGCATATGATTTGACATTTTTCTATTTTTATTAAAACAGGCAATATCATTCGCCGATTTTTTCTTGGCTGATATTTTAACTTCAATGGTAAAGGTATGTTTTCCTTCCAATATTATATTTCTCTTGAAAAATCTGTTTTCTCTCCCATGTTAACCTTCATTAATGATTTTATTAACTAGGTTTTGAGCCTAAGTATTAGTTTATTATTTCTAGATCTAAAGGTATACTTTTGCCTGTCTATAGGTATATACTTTTGCATGTATATACCTTTGTTACTAATACAAAGGTCCAACTCTGGCGCGCACACATGACACAACCTGAGAGTTTAGAATTGGCATATTTGTTGATCTAATCCAAATTTTAGTTCCTAAGTTTCTTACTAATGCATATCAATTTTATTTTGATTGTCATTACAATTTTATGCAGGTCTTTTCTGATTTGGAGCGTTCAGTATGTAGAATGGTCCACCAACAGGTTTGGTTCTTATAAATCCATGTCTCCTATTCTGATCATTCCATGAATTTGGTCAACTTGAATATATAATAAATTTCTTTTTTATTGAATTGAGATTATGGAACAAATTCCCTTGATCCCATGCAAATTGTTTTCTAGAGCTAAATCAGCTCAGTGATTCTATAATATTGAGATTTGTAATTCAACTACAATTTTGATTGTGCTTACCGTTCTCCGTTCTTATATAACTTTTACTAATGATTAGACTTTTGAACCTGTATACATAGATTTCCCTAAAGTTGATGCTCAATTAATCATTTGTCTCATGAGAGGATGCATTTTTTATTTTTTTTTGTAGGTTGCAACAATTGCTTGGTTGGAAGCTGATTCTGTTTGTGGCAGTCACTCTGTTGTAATTCCATTAGTTCTTGTTTTGCCTTACCTTTTCCGCTTCAACCAATGTCTCCGGCAGTACAAAGATACTGGAGAGAAAACTAGTCTTCTGAATGGTAAGATCTCTTTGTTGCTCTAATTAATGCCCTTTTCTGTTTCCTTGTAGAACTTGTGTTGTATCACTCATCATCTAAATTTTGCAAGTTTATGAAATTGATGTTATACATTACTACAACAGTCGAAGCCATTTTTCACGAAATTGATGTTATGCATAGTTTAATATGGACGTTTTCTTTTCCTTTTCTGTTTGGCTTTTATTGTGAAATTATGTTTGTAGTCAAATAAATACCACACCACACCACACCATTTAAGGGATGTTTTCCTCTAGTTTGCTTGTGTTACTTCCAATTGTTTGGGACTCCACTTTGAGAGCTTCTGTTGCAGTTTGAAATAAAATTTGTCAGGCGAACTTAGGACATTTATTTTAGTCTTTGTTGGAGTCATCTTTTGCACACAGGTTGAGCTTAGTTCAACTCCGCTAACAAGTAACAAATTTATGGGTGAGGACTGCCCAAACCTTATAAGCACCAACAAAAGTCATATCTCTAGGCAACGTGGGACCAAACTAAACCCACGCCTCACACCTAGCTAACAGTGAAGGCGCTAGAGGATGCAATGAAGACAGCTAGAGTTGGACTGCAATTAAGACAGATTTTACACCCCCCTCCCCCCGCCACTGTAGGCCTAATGGATCAGAAGCATGAAGAATATATAGAGGCAACCCATCAGCTTATCTTTCATAGACTTTAATATCATTTTAAAATTTTGGGTGGACAAACTATATCCCACAACATTAGTTTTAGTTCTAAGGTGAGGATTTCCCAATCCTTATATATAAACACTATAATGGATATCTCTAGGCGATTTGAGACTAAATCTGTCCCTCATACCCAACACAACGAAGGTGCTGGAGGCTGCAATGAAGAGCGCCCGAATGCTATAATTATTAATAATGAATTTTTCATGTTTTTAAAAATGATGTTCTTTGTTGTCATGAACCATCCAAAAAACTTGAGCTGTTTTCTGAAAACACAAGAACAGGGTTATATTATATTTCTAGTATGCCCCCCTATTAGACCTTTTTGAACTTGATGCATGGCCCATGCATAAGTCCATCTTCATTAAGTTTCAACTCAACTTTTTTTATTAGAAGAATGGAACAACAAGGAATTGACCATTTGGTCAGAAAGGATATGTTATGTAATGAACTTATCCTAAAAGCTGAAGTTGTCAGGGAAAGACATCTGAATGATTTTTATATTATATTTCTAACAAGTTCTTTTGGTCATGGTTTCAGCATTAAAATACTCAACCGCAGTGCCAGTGATTTTTCTTTCTGCTCTCAAATATCATGTTTTCCCTGAACGGTGGACAAACTTCTATAGGCCTCTTTGGCTTCTGTCAAGTGTTGTTAACTCATCGTACTCTTTCTACTGGGATGTGACTCGAGATTGGGACCTAAGGTATGAGGAATGTTTGTCCTACATACACCTTTTATGGTATTTCAAACTAAGCTAAGCTTTCTAAAATGTAGATTCTAATGTCAGGATCAATTTTATATCTTAGCCAAACACTTCTAAAAATGGAAGAAGCTGCTTTCATTCCCAATATTGAGTCTCCAGCTGGTACTTCATTGTTAGAATAGTATAAAATATCTTTTATAATTTATATTATACTTGAGTATCTTTAGTTATTTCCTAGGATTAGTTTATAATTTTAGAGTATCTTGTAGTATCTCTTAGGATTATATTTTATATTATGATTTTTTCTTGATTTGTGATTGAGTCTGTGTATTCCTATTTTGTATTAACTATCCAGTGAGTCTGTGATTGAGTCTTTTGTATTAACTATTAAGCTACTATCCAGTTAGTATCAAGTGATTATCAATAATATTTAAGGTTTTTAATATTTTCTCTCTCTCTTTTATCTAAAATCCCACAACTTGAACGATAACTTTTTCACCACTGATGTGACCTAGTGTGATATAAATATTCCTTTCTCTTTTGGCAGTGGCTTCACTCGAATATTCAAGTTCAGCAAACCACATCTGTTCTCATATTTGCTATATGGAAGGAGATGGGTAAGTATAGTTGTATGGCTAGAATTCACTAGCTCCTTTTCCTTTATAATTTGTCATTTGTTTTGATTTCAAGGTAACCATTTCGTAAGACTTCTCACTTTAACTTTGTTAATGAGCTTGTCTTGTACAGTTTCAAAAGTAGGGACTTCATGCTTTTTAATCTTTTCTGGGGTGTGTGGGGGCCATGTTTATTTAGTTTCCAATTTTAATGCTTTTTAATCTTTTCTGGGGTGTGTGGGGGCCATGTTTATTTAGTTTCCAATTTTAAAAAATATAGACAGGCCATGGATTCTTTATTACGCGATGAATGACTCATCGAGTCATCTGTGAATATAGGATTTGTATTCAGTCTTTGCATTTCCTTCAAAATTTGATAAATGTTGATCAAGTCTATGATGCCTTAGTGTAATCAATGGTTAAATTAGCAACTTGTAACTCCTTACATGCGTAAAATCTTATTTACGCGGTTCTCATTTTCTATCTGGTTTGTTGAATGTTTGAAATTCACGTGGTAAAAGAAAAAAGACAAACAGTAGAGAACTGAAACAACAAAACAGATTGTTTCATCATTGTTCTGAAGTAGTTTTGATATATATGGAATTGCAGGTTTACATTTGGGTGATTGGAAGCAATTTGGTTTTGCGTTGCACATGGACATACAAGCTTTCTGCCCATCTTCGCCACAATTACCTCACGGTGTTCACAATTGCTGCTTTGGAGATTTTCCGCCGCTTCCAGTGGATCTTTTTCCGTGTTGAAAATGAGTGGAACAAGATGAATAACAAATCACACATGCAGCTCTCGACGAGTGAAAAGTCAAATGAGGAAGAGAATTTACTTCATTCCATGAATTACAATGTATAGGCTGGAGAACAATATGATGCATGTTTCAAATATTTTGACGATAGGGGAGCTTCATTCTGTTTTGCTTCCCTTTGCATATAAAATTGTCATTCTTTTTTTACAAACTAAACAGCTTGTTCAATTATTACAGTGCTTTTCAGCGGTATTTTGTTCCATTCCGTAATAGCAATTGTATTATAATATCATGTAACCCTTGTTGTAATCCTTCAGGGTTCATAACATTGTTTATGAATGACCAAGTTGCATCCCCAGTATCCCAGTCCTCAGATGTTAATTATGAAGAAGAATCTGTAATTAATCTGCTACAAACCTTAGTTATAGTAACATCTATAATTTCATTGGTTGAAACAGTGGCTGCATGGCACATCCTTCACCAACCAACCAACCGGTCAAAAACTAACAAAACATTGATTTTGCCCTTGCTTTTTTTTGACTTGTAGCTATCGTTATATGGTCCTTCATAGGGGCCTTGTATTTGCAAGGCAGGAAGATACCTCTTATTTTGTTTTGCGCACGAATCAACCAAGCCAAGTTGCTGTTGCCAACTGTATATTCTCAGTAATGGCTTGGTTTTTCTTAGACAAATCACAAAGATGTGGGACCCCCTTTAAATAATATTAGTGGCTTGTGATTTGCAAATAAGAAAAATCTTTGCTACTGACAGAGCCACACACCTAAACCAGATAACATGCAGAGATGGAATTAGCTCCTTAACCATTCAAATAGCAAATATGAGCATCTGCAAGTTCAACTCCCCAGGGTGAAACTGAAACCACCAAGATGGCCTAAATGTTAACAGCAAGTGAGTACAGCAACCATAGCCGGCAGAATCAGCCGGTAACAGGGCCTGCCGAGCTAAACTTGCCAAGAGTGCTGTGGATCCTGTCTTCCACCTTAGAGAAGCTGGTGGCTCGCAATGAAAAACTAGTAGATGAGCTGAACCAGGAACTGGATAAGCTGAATAATGGCACAGTAAGATTAGGGAAGAGCTTGAATTTGTTTCACGGCGTAAGAGCACCAGGAATAAGCATACCTAAGTACTTGGAGAGGATATACAAGTACACTAATTGTAGCCCATCATGTTTTGTGGTTGGCTATGTGTATATAGACATGCTGACTCACAAGCACCCTGATTCTCTAGTCTTGTCCTTGAATGTGCACAGGTTGCTAGTTACCAGTGTCATGGTTGCTTCCAAGATGCTAGATGATGAGTGAGTCCCTAACCCCATTTTACTTCTCCTAAAGCTTAATGTTTTATTGCACTATTAAAGGAACTGAAGTTGATTTAAAGGCCTATTTGGATTAGCTTATCCGGGTTTGTCTATTAGCATAAACACTCATGAGACTCTTTGAGAGAGCTTGTGAAAACAGCTTGTGATATGTCCATAAGTTGTTTTGTGCTTATTATCACAACTTCTCCATGATAGCTTAAAAAACAATTTATAGTTTATATGAAAACAGTTCAACTTTATTTTATCTTTTGTTATTGAAATAGTTTATACATAAAAACTTGGCTAAAAGTGCTTAACTAAGCTATTTATCAAGGCCTTTTAAGTATGGTTAGTTTTACTTCTCTTTTAGCTTACTGTTATATTGTCTTTGTTCTGATTATGTGCATCATGTTCTTTGGTTTTCTGAGCTGTAGACATTATAACAACGCGGTATATGCTCGAGTAGGAGGGGTTAGCAATGCTGAATTGAACAAGCTGGAAATAGAGTTGCTCTTTCTGTTAGATTTTAAAGTTATGGTAAGCCCTCGAGTTTTTGAGAGTTACTGTTTGCACTTAGAAAAGGTGATGCTTGTAAATGGAACTGGCTTGAAGATTGAAAGGACATTGTCACCAAAATCTTTTGAGACTGAAATATCAGTTGAAGATCAGCAAAGCTCTTCCCCACCTCCAATTGTGGATTATGGACTGACATAA

Protein sequence

>MS.gene35788.t1

MFAVPANSPHLRKSGSRPVVYDLDEFEEENGADESLLHSVEGNDSRGGATPMNGSGMMPSPVLLWRFKVLLFLIWGFICCKIGWDSVMRMSADKRELFLYEAFLYFNPLLLAALMVWLWGINLWVFAQGGVNYAKIFDLDQNHLTHGEIWKCAMWMTIIVPTSMTAYIYLYSHGEVAYAASQPVLLYAAIVMVLIFPFDIFYFSSRYFFLRTLWRIVFPLQAISFADFFLADILTSMVKVFSDLERSVCRMVHQQVATIAWLEADSVCGSHSVVIPLVLVLPYLFRFNQCLRQYKDTGEKTSLLNALKYSTAVPVIFLSALKYHVFPERWTNFYRPLWLLSSVVNSSYSFYWDVTRDWDLSQTLLKMEEAAFIPNIESPAVASLEYSSSANHICSHICYMEGDGFKSRDFMLFNLFWGLHLGDWKQFGFALHMDIQAFCPSSPQLPHGVHNCCFGDFPPLPVDLFPGLVFARQEDTSYFVLRTNQPSQVAVANSSEYSNHSRQNQPVTGPAELNLPRVLWILSSTLEKLVARNEKLVDELNQELDKLNNGTVRLGKSLNLFHGVRAPGISIPKYLERIYKYTNCSPSCFVVGYVYIDMLTHKHPDSLVLSLNVHRLLVTSVMVASKMLDDEHYNNAVYARVGGVSNAELNKLEIELLFLLDFKVMVSPRVFESYCLHLEKVMLVNGTGLKIERTLSPKSFETEISVEDQQSSSPPPIVDYGLT