AlfalfaGEDB | MS.gene78207

M. sativa cultivar XinJiangDaYe / MS.gene78207

KEGG: K03255
GO: GO:0003674 GO:0005488 GO:0005515
PFAM: PF12807.10 PF13424.9 PF15044.9

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.gene78207.t1	XP_024630375.1	95.5	1775	74	3	1	1772	1	1773	0.00E+00	2818.1

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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.gene78207.t1	F4JKH6	62.3	1721	518	32	1	1627	1	1684	0.0e+00	1539.2

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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.gene78207.t1	A0A396JCC6	95.5	1775	74	3	1	1772	1	1773	0.0e+00	2818.1

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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.gene049137	MS.gene78207	0.843281	1.54E-58	-1.69E-46
MS.gene049171	MS.gene78207	0.830127	3.50E-55	-1.69E-46
MS.gene049173	MS.gene78207	0.834581	2.76E-56	-1.69E-46
MS.gene049217	MS.gene78207	0.876465	1.37E-68	-1.69E-46
MS.gene049222	MS.gene78207	0.84732	1.25E-59	-1.69E-46
MS.gene049285	MS.gene78207	0.876217	1.66E-68	-1.69E-46
MS.gene049320	MS.gene78207	0.86026	2.34E-63	-1.69E-46
MS.gene049351	MS.gene78207	0.831691	1.45E-55	-1.69E-46
MS.gene049356	MS.gene78207	0.819414	1.18E-52	-1.69E-46
MS.gene049369	MS.gene78207	0.84569	3.47E-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.gene78207.t1	MTR_8g027685	47.824	1723	738	38	24	1655	21	1673	0.0	1384
MS.gene78207.t1	MTR_4g009960	53.404	1410	527	26	1	1349	1	1341	0.0	1313
MS.gene78207.t1	MTR_4g009960	58.935	1164	407	15	1	1118	1	1139	0.0	1275
MS.gene78207.t1	MTR_4g009960	58.824	1139	398	15	1	1093	1	1114	0.0	1244
MS.gene78207.t1	MTR_3g027610	35.926	540	295	3	590	1079	730	1268	1.57e-96	344
MS.gene78207.t1	MTR_6g052190	77.632	76	17	0	1038	1113	67	142	6.01e-29	114
MS.gene78207.t1	MTR_0321s0030	40.625	96	50	2	639	727	389	484	7.84e-13	73.9

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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.gene78207.t1	AT4G28080	60.160	1870	584	43	1	1766	1	1813	0.0	2013
MS.gene78207.t1	AT1G01320	48.308	1714	723	38	24	1636	21	1672	0.0	1394
MS.gene78207.t1	AT1G01320	48.252	1716	723	38	24	1636	21	1674	0.0	1393
MS.gene78207.t1	AT1G01320	48.028	1724	723	39	24	1636	21	1682	0.0	1385
MS.gene78207.t1	AT1G15290	51.504	1396	567	31	1	1350	1	1332	0.0	1281
MS.gene78207.t1	AT1G15290	51.334	1387	570	29	1	1342	1	1327	0.0	1271
MS.gene78207.t1	AT3G52140	39.175	485	249	5	639	1079	772	1254	1.52e-94	338
MS.gene78207.t1	AT3G52140	39.264	489	247	6	639	1079	772	1258	9.10e-94	335
MS.gene78207.t1	AT3G52140	39.264	489	247	6	639	1079	784	1270	1.43e-93	335
MS.gene78207.t1	AT3G52140	38.266	473	251	6	639	1079	784	1247	1.44e-87	316

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Find 391 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
AAAAGAGACGGAAGTTGTTG+TGG	0.587720	2.2:-32756509	MS.gene78207:CDS
AAACCAGCTCATGTTAGTGG+TGG	0.648703	2.2:-32756784	MS.gene78207:CDS
AAACTTGAACCATCTGTAAA+AGG	0.294098	2.2:-32763245	MS.gene78207:CDS
AAAGATCTCCGTGGAAGCAA+AGG	0.587448	2.2:+32756016	None:intergenic
AAAGGAGAAATATTTACCGG+TGG	0.651086	2.2:+32756034	None:intergenic
AAAGGAGATTCATAGTAATG+TGG	0.618501	2.2:-32756608	MS.gene78207:CDS
AAAGGTCTTGGCAAGCAAGG+TGG	0.639257	2.2:-32763227	MS.gene78207:CDS
AAAGTCAGATATTGTCAGCA+TGG	0.614552	2.2:-32761571	MS.gene78207:CDS
AAATATTCTTCAAAATGAAA+AGG	0.469679	2.2:-32755642	MS.gene78207:CDS
AAATCTATCAGATGGGAGCT+TGG	0.471127	2.2:-32763338	MS.gene78207: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
chr2.2	gene	32755394	32767345	32755394	ID=MS.gene78207
chr2.2	mRNA	32755394	32767345	32755394	ID=MS.gene78207.t1;Parent=MS.gene78207
chr2.2	exon	32767276	32767345	32767276	ID=MS.gene78207.t1.exon1;Parent=MS.gene78207.t1
chr2.2	CDS	32767276	32767345	32767276	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32766995	32767056	32766995	ID=MS.gene78207.t1.exon2;Parent=MS.gene78207.t1
chr2.2	CDS	32766995	32767056	32766995	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32766290	32766382	32766290	ID=MS.gene78207.t1.exon3;Parent=MS.gene78207.t1
chr2.2	CDS	32766290	32766382	32766290	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32766138	32766210	32766138	ID=MS.gene78207.t1.exon4;Parent=MS.gene78207.t1
chr2.2	CDS	32766138	32766210	32766138	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32765837	32766049	32765837	ID=MS.gene78207.t1.exon5;Parent=MS.gene78207.t1
chr2.2	CDS	32765837	32766049	32765837	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32765654	32765718	32765654	ID=MS.gene78207.t1.exon6;Parent=MS.gene78207.t1
chr2.2	CDS	32765654	32765718	32765654	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32765376	32765507	32765376	ID=MS.gene78207.t1.exon7;Parent=MS.gene78207.t1
chr2.2	CDS	32765376	32765507	32765376	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32764805	32764846	32764805	ID=MS.gene78207.t1.exon8;Parent=MS.gene78207.t1
chr2.2	CDS	32764805	32764846	32764805	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32764195	32764713	32764195	ID=MS.gene78207.t1.exon9;Parent=MS.gene78207.t1
chr2.2	CDS	32764195	32764713	32764195	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32763952	32764112	32763952	ID=MS.gene78207.t1.exon10;Parent=MS.gene78207.t1
chr2.2	CDS	32763952	32764112	32763952	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32763025	32763526	32763025	ID=MS.gene78207.t1.exon11;Parent=MS.gene78207.t1
chr2.2	CDS	32763025	32763526	32763025	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32762413	32762475	32762413	ID=MS.gene78207.t1.exon12;Parent=MS.gene78207.t1
chr2.2	CDS	32762413	32762475	32762413	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32762231	32762332	32762231	ID=MS.gene78207.t1.exon13;Parent=MS.gene78207.t1
chr2.2	CDS	32762231	32762332	32762231	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32761722	32762042	32761722	ID=MS.gene78207.t1.exon14;Parent=MS.gene78207.t1
chr2.2	CDS	32761722	32762042	32761722	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32761557	32761649	32761557	ID=MS.gene78207.t1.exon15;Parent=MS.gene78207.t1
chr2.2	CDS	32761557	32761649	32761557	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32761368	32761469	32761368	ID=MS.gene78207.t1.exon16;Parent=MS.gene78207.t1
chr2.2	CDS	32761368	32761469	32761368	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32761177	32761281	32761177	ID=MS.gene78207.t1.exon17;Parent=MS.gene78207.t1
chr2.2	CDS	32761177	32761281	32761177	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32760517	32760650	32760517	ID=MS.gene78207.t1.exon18;Parent=MS.gene78207.t1
chr2.2	CDS	32760517	32760650	32760517	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32759500	32759683	32759500	ID=MS.gene78207.t1.exon19;Parent=MS.gene78207.t1
chr2.2	CDS	32759500	32759683	32759500	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32758560	32758691	32758560	ID=MS.gene78207.t1.exon20;Parent=MS.gene78207.t1
chr2.2	CDS	32758560	32758691	32758560	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32758362	32758474	32758362	ID=MS.gene78207.t1.exon21;Parent=MS.gene78207.t1
chr2.2	CDS	32758362	32758474	32758362	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32757472	32757550	32757472	ID=MS.gene78207.t1.exon22;Parent=MS.gene78207.t1
chr2.2	CDS	32757472	32757550	32757472	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1
chr2.2	exon	32755394	32757352	32755394	ID=MS.gene78207.t1.exon23;Parent=MS.gene78207.t1
chr2.2	CDS	32755394	32757352	32755394	ID=cds.MS.gene78207.t1;Parent=MS.gene78207.t1

Gene Sequence

>MS.gene78207

ATGGCTCCAAAGACAGGAAAAACAAAACCGCACAAAACTAAGGGAGAAAAAAAGAAAAAAGAAGAGAAAGGTTCGTTGGGTTACTCAATTTTCATATATGAAACTTCATTTCCTCTTTATTATTAGCCAATTTTTCATTCATGTTAATACAAATAACGTTCAAACTTTAAACCCTGGTTTACTTGTATCTTATGGTTGTCCATCTAATTGCATTGTTATCATTTTTTTTATTCAATTTCATTCGTTCTAAAAATTCTCCACCTTATCCTTTTTACCTCGTCCTTTGCAGTTTTGCCGACTGTTATTGAGATTAGTGTTGAGACACTCGATGGTTCACAAGTTATCCTCAAGGTATGGACGATGGTGAATAATTTCAATTTCTTTGTCTTCTTGCTTCTTATTATTAATTTTATTATTTCTTAAGTAAACACTCCTTAGCGTTTACTTAAGAAGTTTCTATTTACCAATCATTTAAATACTTTTAAAGAATGAATAAGTGTATTCTAACAAATCTTCATAGAAGTCAGTTAAAAAAACATAACTAAAATCGAAGAGATTTTTAACTAGCAAGCAAAACCCGTTCAACAAATTTGTTTCAAGCTGTTATGTCAACCCTTATATATAATTACAGTGATGTGATATTACATCATCATCAATTTTACATTGATTTAATATTAAATCAATGTTACATCGTTCAAAATTGTTTTACTCGATATATATTTTTTAAATTTGACCATTGAGTAGTAAGTTTATATCATTTTAAGGCTTCCTCAAAATAATATGCCATAGGAGAACTCCGACTTCCTCAAATATTAGAGGAGTGAAGCTTATCTTAGCATTTGGATGAGTGAAGCTTATTTTACTGTAAAAACTATACTCCTATTTAATAGTAATATTTTACTTGTGATTTTTATTTGTTGTTTGTAATAACAGCAACTAATTGAATCTATTGTTGGGAGGCAGGGTATCTCTACAGACAGGATACTAGATTTGAGAAAGCTTTTAGCGGTCCATGTTGAGACTTGTCACTTGACTAACTTCTCCATATGTCACGAGGTATGGTAATGTTTTTATGAATAGATGGATGCATGTTACATCATTTTATTTGAACTGAAATTGAGAGAATTGAACACAGGTTCGAGGTGAGAGGCTGAAAGATAACGTGGAAATCGTAGCACTGAAACCATGTCATGTTTCAATCGTGCAAGGTAACTAACTAACCAACTCAATTCAACTTAGTCTTGTGTATACAATTACATACATATGATCACTAACAATATTGTTGTTATTTTTCAGAGGAGTACAACACAGAAGAGGAGGCGGTGACGCATATTCGGAGACTTTTAGACATCACGGCATGCACCTCAGCCTTCAATGGCTCCTCAAAACCCAAAGCAGCCAAGGATCAGAATTTGGACTTGGGTGGTGATGTCTCCATGTGTCCACCGCCAAGACTTGGACAATTCTATGACTTCTTTTCATTTTCCCACCTTACACCTCCCTTTCAATGTCAGTCTAATCTCCACCGCTTTCCTTTCAATCTGGTTCATAGTTGTATGATGGATTTTAGTTTGGAAGAACATTTTTATATTGTAATTTTATTAGTTTAATTTTGGTTTACTGGTAGATATACGAAGATCAAACCGTCCATTCCTCGAGGATAAGACGGAGGATGATTTCTTTCAGATTGATGTAAGGGTTGTTCATTATGTCCTTATTTTAATTTCTTTGAACTACTACATACTGTTTTGCCACTTTCCATAAGAGAGTTATTATGGCATATGGCAGAATACTTATCTACCTTTGATGTGGTATTCTTGTGTATTTGGCATGTGCAGGTTAGGGTTTGTAGCGGAAAACCAACTACAATTGTTGCATCCAGAAAAGGATTCTATCCTGCTGGAAAACGTCTTCTTATGACTCATGCATTGGTGCCTCTCTTACAGCAGATAAGCAGGGTGTTTGATTCTGTAAGTTTAAACTCATTATTGTTTCTTAGAGTGTGTTTGGATGTGGTAATTTGGAAATTTTAAAGAATTTAAAATTCTAGGCAATTTAGAGTTTTTCTGGTTTGAAGCATTTGGCATTCCTAACTGAGGGTTTAAAAAAAAAACTGATTAAGAAATTAAAAATTTAAATGTATTTATCAAAAATTTTAATATATAATATATATATTTTGTTAACATTACTCTTTCATATTGATATTAATGAAAAAACTTTTGAGAAGAAAGATATAATGTTTCCAAAATACTCAGAGTCAAAATTATTTCTTACCTTTTTCTTCAAGAAAACAATTCTCCTCTAGAACTTTTGTTTCTTACTCTAATTTCATAAATATCATGTTGTATATTCTAATAATCGCATTACATCATATTATATTATAGAACTTGGCTAAACAAGAATATGTTCTTCAATAAAAGGTAAATAATAATAATAATAATAATAATAATAATAATAATAATTATAATAATTATAATAATATAGTATTCTTTGTTTCAGGCCTATGGAGCTCTTATGAAGGCATTTACAGAACACAATAAGGTACATATTTTGCATAGAATTACAGGACTTACTTCGTTATGCTAATTGTACCAGATGTTTTTTTTTTACAATTATATTGGTATGATTTCAGTTTGGAAATCTTCCTTACGGTTTTCGTGCAAACACATGGGTTGTCCCTCCAGTTGTTTCTGACAATCCAGCAACGTTTCCCCCACTTCCCATGGAAGATGAAACTTGGGGAGGAAATGGAGGCGGTCAAGGAAGAGATTGTAAACATGAAAAGAGACAGTGGGCAAGAGATTTTGCAATCCTGGCAGCAATGCCTTGTCAAAATGCAGAAGAGAGGCAAATTAGAGATAGGAAAGCCTTTCTGCTTCATAGTTTATTCGTAGATGTATCAGTCTTCAAAGCAGTTTCTGCAATTAAGCATTTTAAAGATAGCAAGCAAAGTTCTATCAGTAATGTTCCAACTTCCTATGAAGAAAGAATTGGTGATTTAAATATTAAGGTGACAAGAGATGTATCTGATGCAAGCCTTAAATTGGACTTCAAAAATGATGGGACTCGAGTTCTCGGATTATCAGAGGAAGAACTTGCTCAGAGAAACTTGCTTAAAGGCATAACCGCTGATGAAAGTGCAGCTGTTCATGTAAGTTTGATGTTTGAACCTCCTATAATGCACTGAAGTGATTTTTGACATTTCAAGTTTTGCCTCTCTTTTGTTTTTCTAGGACACTCCTACTCTAGGTGCAGTGATTATACGACATAGTGGCTACACAGCTGTCGTAAAGGTTTCACCTGAGAGTGATTGGGCGGGGAGTCCTGATGGTTCCTTGGAAATTGATATCGAGGACCAGCCTGAAGGAGGTGCAAATGCATTAAATGTTAACAGGTAGTTTGGACTGCATTTGTTAATTACTCTAATCACTTTAAGAAGTGCAATTTATGATTGTAATAATAAAAATGAAAAACAGCTCTTGCTTTAATTAAAAAAAAAAAACTTTGACATGTAAATTACATTATGCACAACTTTAAACTACTTTTTTTTAATGTAATCTGGCCCTTAATTTACCACTGAGTTGACCTATTTTGATAATCAAGGACCATTACGAGTCCCAGGTGCAAACTTAATTCCTGCATCATAAAAAGCCATTGCTGTCTTTGTAAATCGCAACTTATAATGCAATAGTGACAATATGTTTAAGAATTTCTTTTGGCAAATTTGCTTTGGTATGAGGATTCTTCTACATTTATCATTTTGGGTTAAATCTGGCTTTACAAGTTTCTGATACAATTTTCTTGTAAACTTACCTTCAGCTTGAGGATGCTATTGCATAAGTCATCCTCACCTCAATCATCTAATGCAATCCAACGAGTCCCGAGCACAGATGTTGATAATTCTCATTCTGCTCGGTCTTTCGTAAAGAAAGTTCTGGAGGAAAGTTTTCTAAAATTGAAGGAAGAGGAGGACACTAGACATAGAAAATCTATCAGATGGGAGCTTGGGGCATGTTGGGTACAACATTTGCAAAATCAAGATACAGCAAAAACTGAGCCAAAAATGGCTGAAGAAGCTAAACTTGAACCATCTGTAAAAGGTCTTGGCAAGCAAGGTGGATTACTAAAAGAATTGAAGAAAAAGATTGACATCAGGAACTCGAAAGTCGAACAGGGGAATGACATTGACATAAAGAAGCCCGATGCAACTCAACAGGAATTAGAGAGACAGTGTGAAGAAAAGGAAACTATATGGAGAAAACTGCTTCCTGAGGCTGCATATTCACGCCTTAAAGAATCTAAAACTGATTTTCATCTCAAGGTTCATACGTGCTTTCTGACATGATTGATACTGCATTAGATGGTGTTTAGCATGTTCCTTATTTTTCCTTCTATCCGTATTTGTAATGTGATTCTTCAAAAAAAATGCACCAATTTTCTAATTTAAACTTTTTTTTAAGAGAGAAATTTGGAAGGGGAAAATTTTATTAATCAACGTGATACTAATGTCCATTTTACAAGTGTCACAGAGGGGATTCAAACTCAACCCTTTGAGGTAACAAGGCTAAGCTCTTACCGCTGAGCTAGCACCTCAAGTGTGATTTTTTAATTTAAACTAGTATTGTCCTAATCTGCTCAGTGGCCCAATCTTTGTACTTAAAACCGGAGTAGTATATACATTCATTAAAGAACTTTGCTGTAGCTTCTTCAGCCTTTTAGGACCAAATACATTTTGACTTTTGGGCTAAATACTTCTCGACTCAAGTTTAGCCCAAATTAGGACCAAATACATTTTTACTTTTGCTTATATTTAAAATCAGAGTAGTATATACATTGATAAAAGAGCTTTACTGGTTCTCCAATTTTGCAGTCACCTGATGAATTGATGGAGATGGCACATAAATATTATGATGACGTTGCACTTCCAAAGCTGGTTAGTTTCATAATTTTGAGCTTGTTTTCAATCTGAATTATTCTGGAATGTGTTTAGTTATTGTGATTTCAAATCCTTAGGTGGCAGATTTTGGATCCCTTGAACTTTCACCTGTTGATGGACGAACATTGACTGATTTCATGCATACCAGGGGTTTGCAAATGTTTTCTTTAGGAAAAGTGGTAATGTTCTAATCTTTACCCTTTTCTGCATATTTCCTTTACATATACTACCAGTTCGCCTTACATTGGACTATATGTTTCCTCCTTTAACCAAGTATTGTAGTGTTTCTCCTTAACCTTATTTTAAATCAGGCAATGTTAAAAAAAAATTGTGCCGGTAATTTACTTATTCAAGTTCTGTCTGTCAGGTTGAACTTGCTGATAAACTTCCTCATGTGCAATCACTTTGTATACATGAGATGGTCGTTCGATCCTACAAGCACATCTTGCAAGCTGTTGTTGCAGCTGTTGATAATGATTCTGAATTGGCATCATCTATAGCATCATGCTTAAATATATTGTTGGGAGCACCATCAGTTGAAACTAACGATGTTGACATTACTAATTGTGATATACTGAAATGGAATTGGGTAGAAACCTTTCTTTTGAAGAGGTTTGGTTGGCAGTGGAAGTATGAAAGTAGTAAAGATCTAAGAAAGTTTTCCATTCTCCGTGGACTGTGCCATAAGGTAAAATAAAAGGCTTGATGATATTGACTGCTTTCTTCCATCAACATTTTAACTTTGAGAATCCTTTAAAAGGTTGGACTTGAGCTAGCTCCAAGAGACTATGATATGGATACATCATCTCCTTTCCGAAAGTCAGATATTGTCAGCATGGTCCCTATATACAAGGTGAAATACACAACAAATTAATTTTGTTATCTGGAAAATTGGCTATATTTTTCTCAAGCGATATTGACTCAATTGCAATGTTCATAGCATGTTGCTTGCTCATCTGCTGATGGCCGAACACTGTTGGAATCATCAAAGACTTCCTTGGATAAAGGAAAATTGGAGGATTCTGTCAACTACGGCACAAAGGTATGAATAAATTTTCCCATCTTTCACCAAGGTTTATCCATGTGGCCAGTAACTAATTTACCAACATTTTGAATTGAATCTTGAAGGCACTTTCAAAGTTAGTGTCGGTGTGTGGGCCTTACCATAGAATGACAGCAGGAGCCTATAGTCTCTTGGCTGTTGTGCTATACCATACTGGTGATTTCAATCAGGTATGTGTTTTAATATTGTTAAATTTTGTGTTAACTCATGGCAACTGATGGCATATGACGTGAAAATCAAGAGCGTTATATGTGATTTATATTATATTAGATCACGGATGAATTTGGTTTGACATATTTGAGTTCTTTTTTTTTTTTTTTTTTTTGGTGAACTAAGAGTGAGGAGGATATATTTGAGTTCTTAGTAATAGTAAATCTTTACAAATGTATTTTGTTTAAGAAGTAGTAAATCTGTGCATCATGAAAAACATAAACTAAGTAACTTAACACTGTATTAATTTTCTGAAAACATGTATCATGATGAGAAAGATAAATACACCATTTTGGTTTTATTTTTCTGACAAACATTGCGATATTTGCCAACATTGAATCCGGAGTAGAGACCTGCCTTTTCTTATCTTAATAGAATACATAGGCACGTAATATTTTATGAAACAATTCGAACATTTTTAATTACTTACTTTCTTTGTTAATTCCCTTACCTATCATAATAATAAATTAATTGTGGTTTTCTTAGGCAACCATCTATCAGCAAAAAGCACTAGATATTAATGAAAGAGAGCTTGGACTGGACCATCCTGATACCATGAAAAGTTATGGAGATCTAGCAGTTTTCTATTATCGACTCCAGCATACTGAGTTGGCTTTAAAGTATGCTTCCAATATCGTGCTCTTAATAGTTGATTTCTATATCATTGTATGTCCTTTTTGTTCTTCACATGAGAATCTGAATGTCCCAATATTGTGCGACCTTTTCTATTCTGACCATAGAAAGTCCTGTCACAATTTCGAATCAATAAGAAGACGAACCTCTAATATTATGGATATTGTTCTAGTGTTTCTATGTACCTCCAAAATCTTGTAGCATGAAAATACTCCCCTTAAATTGCACCACAGGTGTATATTAACATTACTTTAAACATCAAGGTAAACTTTCTAAAAAGTATTGTCATTAGCACTAGTGGTTGACCCTAATGTTTTAATATCTAACAAAATAATACAAACATACCTAACATGTGGATATGGGGTGAGCCACACATCCGGGGACTGAACATGGGAATACAATGTAATCTGAAACAAAAACTAGTAGAGGGAAGCAATGGAATAAGGGATGGAAATCAACTCTGCTCTGCCTCTTAGATACATTTACCTAATTAGAGGCCTACTAATCTATCAACAAAGTCTCATGATTTTATGTTTATACCATCTTGATGGGAAGAAAGTGGTAAAATACTAATTTAATTAGTTAGGGGATACCAAGATGGTGGTGACTGGGGTGAGGGAGTTAAGGAGAGGACAGATAAGGAGGCAAAAGGGTTTGATCACCGCTTCCAACATAATACTAACAATTACTAACAATACTAATATTGGCCGTTCCAAAAAAAAAATGTAAATTAAGTAGTTATGATTTTTCTTTGACTAGCCATACATTAGGAAAACTTGTGTTTATAATTTCACCATTCTTGTTTCTTATATGTATTTAGGTATGTTAATCGTGCATTGTATCTTCTGCACCTAACTTGCGGACCTTCACATCCGAACACTGCTGCCACCTACATCAACGTAGCAATGATGGAAGAAGGACTGGGGAATGTCCATGTTGCCCTGAGATACCTTCATGAGGCTTTAAAATGTAACAAAAGATTACTCGGAGCTGATCATATACAGGTACCACTCATTCTTAGCATGAAGAAATGATTTTAAAAGTTGCTATTTGATGAAATCTATAGTCGTATGATGATATGGGAATTGGGATACACAGAAATTGAGATTATGAAACTGAGCAGCACTCTGAGCTCTATACAATAATTAATTATGAAGTTTGAGGTCTTTTGACTACATCATAGAAGGGAAAATAAAATCTTCAATCATACTTATGACATGCCATCTTCCTTTACTATTTGACATTTTCAATCAAAAATTCAAAGAGATGTTTAAGTTTTTTAAATCAATAATAGAGTTGGTTGGACTTGGATGGTCAAAACATATGCTTTTGTGATTCTGGAAATTATTTCACATAAAATGTTAGATTAAAATTGAGTGGTTTAATTTCAAAACAAACTACAAGTTACCCTAGTCTATCATTAAAGCATTATAAGGATTCAATTAGATTTTGTATTATGAAACTATAATGACCCAATAACATTTTATTCAACAGGGACTTGTATGAAAATTTCCATAACATTGGCCATTCTATTGACTTGACTTAACATCTATTTTCCCCAATTGTGGTGAAGTGGTACAAAAGATCTGTAAAACAAAAATCATTAAATGATTGTATCATTCAATGCCATTAAAAAGGGTATTATTGGATTTGAAAATAAAACAAAATGAAGAATTTCTTTATTAATGACAATGTGCAAATTTTTCAAATGTTAGAAATGCAATTTCATGTAGCATTGTTATTTTGTTCAGTGTCTTCCACAATATCCATCCCATTGGGATTAACTTATTTTCAAAATATTGGCTTGTTCAGACAGCAGCCAGCTATCACGCAATAGCCATTGCTCTTTCTTTGATGGAAGCATACTCTCTTAGCGTTCAGCATGAACAGACCACTCTCCAGATATTGCAGGCCAAACTTGGGTCTGATGATCTAAGAACTCAGGTACTCTTGCATATGCTCTTTCATGGTCGATATATATAAGCAGCAATTCTTGTTCCTTAGGCATATAAATGTGAATCTATTACAGGATGCAGCTGCTTGGCTTGAATATTTCGAGTCAAAGGCTCTCGAACAGCAGGAAGCCGCACGGAATGGTACACCTAAGCCAGATGCCTCAATCTCCAGCAAAGGTCATTTAAGGTAGTCATAACAATCAGAATAATTTATACTTAAATCATTCCATCTGGTTCAATTCATTTTCGAAGCAATGCACTTGGATTAATCATTTGTATTTATTTACATTGATTCTGACCTTGGTTAGCCTTCTGCTAACCATCATTCCCTTCATGAACACTAAATGGAATATGTTTTCCTGCTAGCTTAGAGCTAGTTGGATGAAGGTAATATGACAGATGGACTGGCGATGCTTCATTTAAATGAATGTGTTGAGGTCGTAGGGTATAAGATTGAAATTAGTTATAGTTGTTAAGAGAAGATGGGATGGGAGAGTGAGCCAGGACTGGCAAAATTCCCGTGTTTATCATTTTTTTTTACATTCTTTTGTCTTCGTGATATGGGATCACATTAATTCATACTTGGGGAACAGCTCCATAATACTTATTTCTATGGTTTCTATCAGTTCTTTCCTATTTTTTAAACCAGAGTCTATCTGTTTCTAATCAAGTAAATCTACTAATAGAACAGATGTCAAATTAGACAAAAATGATTCGATCTCCGTTTTGTGATTCTGCTTAGTATTTTAATGATTCTACATATTAATTGTGTTCATAATTTTGGCTGAAAATATGTGTTGATTTTACATGAAAAATATCTAGGATCTATGTTCCTAAGTCTTACTCCAATCCTGAAATGGTTGTATATATCTGTCCGAAAAGTTTACAACTGGTTAAATACAATTTTTTACAAGACATGATATTTTCATCAATCAATCAATTTTTTTTCCGCTCAAGCTCCTTTTCAATATTATAACAATCAGAATGTCTTATATCAGTGTGTCAGACCTCTTGGATTACATAACACCAGATGCTGATTTGAAAGCAAGAGAAGCACAAAAGAAGGCTCGTGCCAAGGTAATAAATAACTTATTTTATCCAGGATATTTCTCTTCGTGCTCATATTTTCTTTATTACTTCTAATATTCTTTTACCATCTTTTACTGAAAGAAACTCAATTATATTTATTGTTGCAGTTAAAAGAAAAACCAGGCCAAAATTGGGATACAGCTACAGATGAAAATCACAAGGAGGAAGACGTGTCTCAAGATTATTCAATTTCAAGTGATAAAGAAAACAAATCTGAAGCTCAATTTCAAGAACAAAAGATTGATAAAGTTGAGTCCACTGACATAGATCAAACAATGTTCAATGAAAGTAATAAACTAGCACAGGATGACAGCTCAGATGAAGGATGGCAGGAAGCTGTTCCCAAAGGTCGTTCGCTCATTGGGCGCAAGTCATCTTCATCAAGGAGACCGACCCTAGCAAAACTGAACACCAACTTCATGAGTGCTTCGCAATCACCAAGATATCGAGGAAAGCCCGCAAACTTTTCTTCTCCAAGATCGAATTTAAATGAGACTAGTGTGGGTCCCTCCCTTCCTGTTTCAAAAAAGTTTGTCAAGAGCTCAAGCTTCAGTCCTAAGTTGAATAACTCTAACACCCCTACTGCTGGAGTAGAGAAGTTAGCAGACACAAAGTCAGCTCCAGCCAGCCCAGTTCTAAGTGATCAAATTGCCAAACCAGCTCATGTTAGTGGTGGCGTCGCTCTTCAGTCAACAAGCAAACTTTTTTCTTACAAAGAAGTTGCCTTAGCCCCCCCTGGAACAATCGTCAAGGCTGTAGCTGAACAGCCATCGAAAGGAAATCTCAATGTTGAACAAAATTCCGAGGTGAGCCCCATAATAATTGCAACAAAGGAGATTCATAGTAATGTGGCAAGCTCAAATGATATCGAAGATAATGTTCATAATTCAATTGATGAGAAACCGCAAGAATCTTTCCATGTTGAAGAAAAAGAGACGGAAGTTGTTGTGGTGACAAATAATACCAAAACATTAAAAAGAAATGAGGTCAGAAAACCCCGGGAAGCCAACAATGATAGTGTGGTAGAGAGGAATGTTGAAGTTGGAAACATCATAGCTATTGAGGTTGAGAAATCTGATTGTTTGAACAATGCGACCAATGCTACGCCCAATGGTTCATCAGAGATAGATGCACATACAACTTCTTTAATCATTTCAGTTGAAAGTAAAACACAGTTAGATGGAAATGATGTCTCTTTGTCAAAAGATATGGTTACTGAGGGAGATGAGAAACAACTTGACTTTCCCCAACCATCTGAAGGAGAAAAGAAAGAAGAAATAGAAACCGGAAAAGAACCAACCAAGAAACTTTCAGCTTCTGCACCACCATTTAATCCGTCCACAATTCCAATTTTTGGCTCTGTTCCGGTTCCAGGTTTCAATGATCATGTAGGCATATTGCCCCCACCGGTAAATATTTCTCCTTTGCTTCCACGGAGATCTTTACATCAGTCAGCAACATCTAGGGTTCCATATGGTCCACGAATTTCTGGTGGCTATAATAGACATTATGGGAACCGAGTTCCACGAAATAAAAATGCATTTCCCTCTAGTGATGCCAACCCTAACAGCCCTCCAACAATAATGAACCCACATGCCACAGAGTTTGTACCTGGACAAACTTGGGTACCTCCTAATGAATATATGTCTTCTCCAAATAGCATTCTAGTATCTCCTAACAGTTCTCCTCCAGTCTCTCCTAATGATGATATTCCTCCTAATTCACTAAACGATACCCCAGTGAATCAAAATGAGTTTGCAACATCTCCAAGTTCAAATGATTCGGCGCAAGTTGAAAATATTCTTCAAAATGAAAAGGTTCTGGATGAGCAAGTTACCGAAGCTTTCTCAATACAAGTCAATAGCGAAAAACAGCCAGTTCCTCAACAAGACCCACCTGCGAGCAATGAAAATTGTTGTCCTAGACAAGAAGAAAAGGATATATACTTTGGTCACCCAATTGAGGATGAAGTAGCCAACAACGACACAGTAGATAAGGTAAAGCCAGATAAATGTTGGGGAGATTACAGTGACAATGAAGTTGATACGAATGGGGTAATTGGTTAA

Protein sequence

>MS.gene78207.t1

MAPKTGKTKPHKTKGEKKKKEEKVLPTVIEISVETLDGSQVILKGISTDRILDLRKLLAVHVETCHLTNFSICHEVRGERLKDNVEIVALKPCHVSIVQEEYNTEEEAVTHIRRLLDITACTSAFNGSSKPKAAKDQNLDLGGDVSMCPPPRLGQFYDFFSFSHLTPPFQYIRRSNRPFLEDKTEDDFFQIDVRVCSGKPTTIVASRKGFYPAGKRLLMTHALVPLLQQISRVFDSAYGALMKAFTEHNKFGNLPYGFRANTWVVPPVVSDNPATFPPLPMEDETWGGNGGGQGRDCKHEKRQWARDFAILAAMPCQNAEERQIRDRKAFLLHSLFVDVSVFKAVSAIKHFKDSKQSSISNVPTSYEERIGDLNIKVTRDVSDASLKLDFKNDGTRVLGLSEEELAQRNLLKGITADESAAVHDTPTLGAVIIRHSGYTAVVKVSPESDWAGSPDGSLEIDIEDQPEGGANALNVNSLRMLLHKSSSPQSSNAIQRVPSTDVDNSHSARSFVKKVLEESFLKLKEEEDTRHRKSIRWELGACWVQHLQNQDTAKTEPKMAEEAKLEPSVKGLGKQGGLLKELKKKIDIRNSKVEQGNDIDIKKPDATQQELERQCEEKETIWRKLLPEAAYSRLKESKTDFHLKSPDELMEMAHKYYDDVALPKLVADFGSLELSPVDGRTLTDFMHTRGLQMFSLGKVVELADKLPHVQSLCIHEMVVRSYKHILQAVVAAVDNDSELASSIASCLNILLGAPSVETNDVDITNCDILKWNWVETFLLKRFGWQWKYESSKDLRKFSILRGLCHKVGLELAPRDYDMDTSSPFRKSDIVSMVPIYKHVACSSADGRTLLESSKTSLDKGKLEDSVNYGTKALSKLVSVCGPYHRMTAGAYSLLAVVLYHTGDFNQATIYQQKALDINERELGLDHPDTMKSYGDLAVFYYRLQHTELALKYVNRALYLLHLTCGPSHPNTAATYINVAMMEEGLGNVHVALRYLHEALKCNKRLLGADHIQTAASYHAIAIALSLMEAYSLSVQHEQTTLQILQAKLGSDDLRTQDAAAWLEYFESKALEQQEAARNGTPKPDASISSKGHLSVSDLLDYITPDADLKAREAQKKARAKLKEKPGQNWDTATDENHKEEDVSQDYSISSDKENKSEAQFQEQKIDKVESTDIDQTMFNESNKLAQDDSSDEGWQEAVPKGRSLIGRKSSSSRRPTLAKLNTNFMSASQSPRYRGKPANFSSPRSNLNETSVGPSLPVSKKFVKSSSFSPKLNNSNTPTAGVEKLADTKSAPASPVLSDQIAKPAHVSGGVALQSTSKLFSYKEVALAPPGTIVKAVAEQPSKGNLNVEQNSEVSPIIIATKEIHSNVASSNDIEDNVHNSIDEKPQESFHVEEKETEVVVVTNNTKTLKRNEVRKPREANNDSVVERNVEVGNIIAIEVEKSDCLNNATNATPNGSSEIDAHTTSLIISVESKTQLDGNDVSLSKDMVTEGDEKQLDFPQPSEGEKKEEIETGKEPTKKLSASAPPFNPSTIPIFGSVPVPGFNDHVGILPPPVNISPLLPRRSLHQSATSRVPYGPRISGGYNRHYGNRVPRNKNAFPSSDANPNSPPTIMNPHATEFVPGQTWVPPNEYMSSPNSILVSPNSSPPVSPNDDIPPNSLNDTPVNQNEFATSPSSNDSAQVENILQNEKVLDEQVTEAFSIQVNSEKQPVPQQDPPASNENCCPRQEEKDIYFGHPIEDEVANNDTVDKVKPDKCWGDYSDNEVDTNGVIG