AlfalfaGEDB | MS.gene90636

M. sativa cultivar XinJiangDaYe / MS.gene90636

KEGG: K10400
GO: GO:0000166 GO:0003674 GO:0003774 GO:0003777 GO:0003824 GO:0005488 GO:0005515 GO:0005524 GO:0006928 GO:0007017 GO:0007018 GO:0008017 GO:0008092 GO:0008144 GO:0008150 GO:0009987 GO:0015631 GO:0016462 GO:0016787 GO:0016817 GO:0016818 GO:0017076 GO:0017111 GO:0030554 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0043167 GO:0043168 GO:0097159 GO:0097367 GO:1901265 GO:1901363
PFAM: PF00225.26

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.gene90636.t1	XP_003600247.2	97.1	1032	30	0	4	1035	77	1108	0.00E+00	1836.2

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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.gene90636.t1	F4JDI6	44.2	1055	483	23	4	1005	106	1107	2.3e-198	694.1

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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.gene90636.t1	G7J1I5	97.1	1032	30	0	4	1035	77	1108	0.0e+00	1836.2

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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.gene04985	MS.gene90636	0.801736	7.82E-49	-1.69E-46
MS.gene050071	MS.gene90636	0.806133	9.54E-50	-1.69E-46
MS.gene050297	MS.gene90636	0.818437	1.96E-52	-1.69E-46
MS.gene053143	MS.gene90636	0.802367	5.80E-49	-1.69E-46
MS.gene054643	MS.gene90636	0.814036	1.89E-51	-1.69E-46
MS.gene055331	MS.gene90636	0.81916	1.34E-52	-1.69E-46
MS.gene05870	MS.gene90636	0.813187	2.91E-51	-1.69E-46
MS.gene059778	MS.gene90636	0.802848	4.62E-49	-1.69E-46
MS.gene060283	MS.gene90636	0.804602	2.00E-49	-1.69E-46
MS.gene06057	MS.gene90636	0.816676	4.89E-52	-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.gene90636.t1	MTR_3g055940	97.287	1032	28	0	4	1035	77	1108	0.0	2060
MS.gene90636.t1	MTR_5g094310	63.909	1100	315	17	4	1035	76	1161	0.0	1247
MS.gene90636.t1	MTR_3g084790	36.268	1136	583	27	4	1016	100	1217	0.0	637
MS.gene90636.t1	MTR_8g080910	35.779	1104	590	24	4	1016	57	1132	0.0	607
MS.gene90636.t1	MTR_4g087040	38.624	378	206	7	4	365	195	562	1.92e-72	264
MS.gene90636.t1	MTR_2g087840	38.158	380	207	7	4	366	90	458	5.93e-71	259
MS.gene90636.t1	MTR_4g123730	39.941	338	183	6	34	366	190	512	1.36e-66	246
MS.gene90636.t1	MTR_1g059730	34.006	347	199	6	32	361	57	390	2.70e-51	196
MS.gene90636.t1	MTR_2g096010	33.420	386	214	9	4	361	51	421	4.04e-51	196
MS.gene90636.t1	MTR_7g105030	33.141	347	202	7	32	361	53	386	1.26e-50	194

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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.gene90636.t1	AT3G20150	47.962	1055	443	23	4	1005	106	1107	0.0	807
MS.gene90636.t1	AT3G20150	47.908	1004	417	23	4	954	106	1056	0.0	784
MS.gene90636.t1	AT4G26660	42.292	759	316	22	332	1035	114	805	2.47e-145	454
MS.gene90636.t1	AT5G55520	42.605	737	337	21	336	1034	109	797	9.19e-142	445
MS.gene90636.t1	AT5G55520	42.469	737	342	19	336	1034	109	801	7.37e-141	442
MS.gene90636.t1	AT3G23670	43.823	429	236	3	4	427	98	526	7.61e-117	383
MS.gene90636.t1	AT3G23670	39.739	307	171	5	737	1033	648	950	1.36e-54	206
MS.gene90636.t1	AT3G23670	43.823	429	236	3	4	427	98	526	1.31e-114	384
MS.gene90636.t1	AT3G23670	33.486	654	344	18	459	1033	651	1292	3.02e-82	292
MS.gene90636.t1	AT4G14150	44.522	429	232	4	4	427	93	520	3.78e-114	383

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Find 190 sgRNAs with CRISPR-Local

Find 358 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAAGACCAAATGAGAGAGA+CGG	0.594496	3.2:-48232996	MS.gene90636:CDS
AAAGCATTTGGAAAATGTAA+GGG	0.551141	3.2:-48233020	MS.gene90636:intron
AAATAACCAAAGGAAAAGTG+TGG	0.656978	3.2:-48233491	MS.gene90636:CDS
AACACTATCCCCATCTAATC+CGG	0.449078	3.2:+48235349	None:intergenic
AACACTTCAATTCTGTCATA+TGG	0.374288	3.2:-48236586	MS.gene90636:CDS
AACGAGGCTGACGATTTGAG+TGG	0.685226	3.2:-48234025	MS.gene90636:CDS
AACTCTGGTCCATCAAATAT+TGG	0.354061	3.2:+48233535	None:intergenic
AAGAAATCGTTATCTCAGCT+TGG	0.499497	3.2:-48235284	MS.gene90636:CDS
AAGAGAGAGATGGACAGAAA+TGG	0.421576	3.2:-48232347	MS.gene90636:CDS
AAGCATGATGCTATGAAGGA+AGG	0.539714	3.2:-48232118	MS.gene90636:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAAGAAAACAATCAAGGTGA+TGG	+	chr3.2:48234402-48234421	None:intergenic	30.0%
AAATAACCAAAGGAAAAGTG+TGG	-	chr3.2:48235612-48235631	MS.gene90636:intron	30.0%
AACAATTCTACCTAACATTC+TGG	-	chr3.2:48233611-48233630	MS.gene90636:CDS	30.0%
AACACTTCAATTCTGTCATA+TGG	-	chr3.2:48232517-48232536	MS.gene90636:CDS	30.0%
AATAAGCTGAAAACAGCTTA+TGG	-	chr3.2:48234024-48234043	MS.gene90636:CDS	30.0%
AATTAGACCTGATGAAAAAG+AGG	-	chr3.2:48231636-48231655	MS.gene90636:CDS	30.0%
AGCAAATCTCCAATATTTGA+TGG	-	chr3.2:48235559-48235578	MS.gene90636:CDS	30.0%
AGGAAATGTGAAGTCATTTA+AGG	+	chr3.2:48234143-48234162	None:intergenic	30.0%
ATAAAGGATGACTCCAAAAA+TGG	-	chr3.2:48233224-48233243	MS.gene90636:CDS	30.0%
ATAGGTGAAGAAAATTCTGT+TGG	-	chr3.2:48235511-48235530	MS.gene90636:intron	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr3.2	gene	48231529	48237596	48231529	ID=MS.gene90636
chr3.2	mRNA	48231529	48237596	48231529	ID=MS.gene90636.t1;Parent=MS.gene90636
chr3.2	exon	48237585	48237596	48237585	ID=MS.gene90636.t1.exon1;Parent=MS.gene90636.t1
chr3.2	CDS	48237585	48237596	48237585	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48237372	48237500	48237372	ID=MS.gene90636.t1.exon2;Parent=MS.gene90636.t1
chr3.2	CDS	48237372	48237500	48237372	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48236582	48236665	48236582	ID=MS.gene90636.t1.exon3;Parent=MS.gene90636.t1
chr3.2	CDS	48236582	48236665	48236582	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48236329	48236454	48236329	ID=MS.gene90636.t1.exon4;Parent=MS.gene90636.t1
chr3.2	CDS	48236329	48236454	48236329	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48236171	48236230	48236171	ID=MS.gene90636.t1.exon5;Parent=MS.gene90636.t1
chr3.2	CDS	48236171	48236230	48236171	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48236006	48236059	48236006	ID=MS.gene90636.t1.exon6;Parent=MS.gene90636.t1
chr3.2	CDS	48236006	48236059	48236006	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48235809	48235901	48235809	ID=MS.gene90636.t1.exon7;Parent=MS.gene90636.t1
chr3.2	CDS	48235809	48235901	48235809	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48235532	48235627	48235532	ID=MS.gene90636.t1.exon8;Parent=MS.gene90636.t1
chr3.2	CDS	48235532	48235627	48235532	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48235284	48235429	48235284	ID=MS.gene90636.t1.exon9;Parent=MS.gene90636.t1
chr3.2	CDS	48235284	48235429	48235284	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48234526	48234675	48234526	ID=MS.gene90636.t1.exon10;Parent=MS.gene90636.t1
chr3.2	CDS	48234526	48234675	48234526	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48234006	48234129	48234006	ID=MS.gene90636.t1.exon11;Parent=MS.gene90636.t1
chr3.2	CDS	48234006	48234129	48234006	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48233120	48233926	48233120	ID=MS.gene90636.t1.exon12;Parent=MS.gene90636.t1
chr3.2	CDS	48233120	48233926	48233120	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48232940	48233038	48232940	ID=MS.gene90636.t1.exon13;Parent=MS.gene90636.t1
chr3.2	CDS	48232940	48233038	48232940	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48232771	48232860	48232771	ID=MS.gene90636.t1.exon14;Parent=MS.gene90636.t1
chr3.2	CDS	48232771	48232860	48232771	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48231877	48232662	48231877	ID=MS.gene90636.t1.exon15;Parent=MS.gene90636.t1
chr3.2	CDS	48231877	48232662	48231877	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1
chr3.2	exon	48231529	48231780	48231529	ID=MS.gene90636.t1.exon16;Parent=MS.gene90636.t1
chr3.2	CDS	48231529	48231780	48231529	ID=cds.MS.gene90636.t1;Parent=MS.gene90636.t1

Gene Sequence

>MS.gene90636

ATGTTAAGGCAAGTTCAAATTTTTAGTTTCTGTTTTTGTTGCATTTTTCAGTGTTCAATTTATACTGATATGTGTTGTTTTCGGATTTTGAAACAGGTTGTGGTGAGAATTAGACCTGATGAAAAAGAGGGTGATTTGATGGTTAAGAAGGTTTCTTCTGATGGTTTGTGTGTTGGGGATGAACAGTTCAATTTTGATGAAGTTTTTGATGCTGAATCCAGTCAGGTAGTAGATAGTGAAATTATATTAGATTCATTGTTTGTCTGTAATTGTGCTTTAGATCTTCAATAATTTTACATGATGTAGCAAATCATGAATCAAAATTCAAATCATGATAGAGAACTTAGCTTACATGATTATGATGAGTTAAGGGCATGTTTATCAAATCGAGATTCAAATCATGAATTGAAAGACTTATTTTTCAGAATTGTGAATTGAATCTTATTATAAATCATTAAGTTAGATTATCAATATTTCAGTAAAAACAACACCAAACCTATAAGCTAATATGTGATCTATTAGTATCAAATAATTCAAGATTAAAGTCGTACATAAATCAAACGAGGAAGAAATTAGTTGGCTACACTAAAATTAGGCAGTGATTCATTAGAATGAATGTGATTAATCATATTGAATCGGAATTCGAAATGAGATCCATAGTAGATACAACATTAAGTAAGATTCCTGTCAATTAGAAATTGGAAATTTGTTGAATTTGCCGTTAAAATGAAGGAATTAGTAAGTTGACTTATTTGGCTTAATTTTGTTGTTTCCTATGCATAGAAGTAATTATGATGAAAGAATGTTATGACGTAGTTTGTTCTATTTAGCCGATTTAAATGGTGAAATAAGGCTTGTTTGTTTTTTCTTTGTATCCGTAATAGAAGATCAACCACTAATGTGATTTACGGGCTGTTCTATGTATGTCCAGGAAGATGTTTTTCAGTCGGTTGGTGTTCCCTTGGTTCAAAATGCTTTAGCTGGTTACAACACTTCAATTCTGTCATATGGCCAGGTACTTATTGATGCATTGTGTGTTGTATTTTTGAACTTTCATGTGAAAAAATGTATAGCATTTGTTATGGAAATATTGAGGTTTAATGGTTATTAACCCTTCCATATGTATTGTACTTCTTTACTAGTCTGGAAGCGGAAAGACTTATACAATGTGGGGTCCGCCAAGTGCCATGGCTGAGGATCCCTCACATCATAGTCAACAGGGAATTGTTCCTCGGATCTTCCAAATGTTATTTTCTGAGCTTGAAAGAGTATGTTCTGCTTCCTACATTAATTGTTATTATTTTGCTAAATTTCTGCATTATGGTATTTTGAATTTTGACTGTTTGAGTTTGAATTGCTAAATTAGGAGAGACTTATGTCTGACCAGAAACAGTTCAGCTATAAATGCCGTTGTTCTTTTCTTGAGGTAAGTTTGAACTTGAATGTCATTATAAAGCTTCTGAATGTAGCAGTGAGCTTGTCCTTTGGAGTTGCTAATGCATTTTTTTGCTCTTTTTTTTTCCTTGTTTTGTAACAGATATATAACAATCAAATTGGGAATTTACTCAATCCAAATCAGCAGAACCTTGAGGTAGGGGTACTGTCATCTTGTGTTAAATATGATATTATTTTCTACTCCAGTTTTAAATGCTGCATGCTAATTATAATTATGGCTTGGTCCGTATCATGTTGCAGATAAAGGATGACTCCAAAAATGGGTTTTATGTTGAGAATCTGATAGAGGAATATGTCACATGCTATGATGACGTGGCACAAGTTCTGATTAAGGTAGAGAAGCATTCTAGCGTTTTACCGTCGAAAGTCAGATTTCTCTATGCCATTTATTAGAAGCTGAATACTTGTTTATGCTAGCTGATATATTTGTCAAGCAATTGTATGCATTTGCCTTCGTTTTTTTGTTTAATATATTTGTTCAAATCTTGATCAGCTATATTCATTTGTGCTGCAGGGCCTTTCAAGCAGAAAAACCGGAGCAACAAGCTTAAATTCAAATAGCTCTAGATCACATGTCATTTTCACTTTTGTGATTGAGTCTTTGTGTAAGGTAATGCCATATTTTAGAACAATTCTACCTAACATTCTGGCATTGGCGTGAGGAAACTATGGTTATGATGCTAAATATGCGTTTCATTAACTGATTCTTCAGGGCACCACAAAGGGTTTCAGTAGTTTAAAAGCTAGCAGAATCAGCCTTATCGATCTTGCCGGATTAGATGGGGATAGTGTTGACAATGGGAGCAGCCAATATCTATGGGAAAGCAGACATGTAAAGAAATCGTTATCTCAGCTTGGGTAAGATCCCATGACCAAGGCCCTGTTTGGATAAAGAACGTAATTAATTGTTTATCGCACAATCACTTATCATATAAGTGCGTATGTATAAATTATTTCTATAACAAAGGATAAAATAAAGTGAAATTGTTTTCATATAACCTATAAGTTGTTTTCATAAGCTATCCTAGAGAGGTTATGGAAATAAGCTGAAAACAGCTTATGGACATGTCAAATGTTTTTTTTTTGTAAGCTCTACTAAACAGTCTCACAAGTGCTTATGTCAGTTAATGAGCTCAAATAAGCCAATAAAAATAGGCCTTAAATGACTTCACATTTCCTATTTATATCTTCTACTACAACATGTTTGTATGGGTTTTTCAATAAGTTGAAACATAAAAGTAATGCATTATCTTCGTATTTTATTATGTCAAATTGCTACGTTGCTACTTAATTCCATATATTTGTAACATATTTCTTCTTCTTTCCATATATTTGTAACATTTTTCTTCTTCTTTGAAGAGCATTGTCCGGCTACTTGTGGATTAGTTGCTTGTATCACTAGTTAATAACCAAGTCCATCACCTTGATTGTTTTCTTTTTGTAACTTTTGTGTTTCATTAATGTAGGCATTTAGTGGATGCTCTTACGGACAAATCTCAGTCTAAAGAAGATGAAGACATTCCACACAGTAACTCCTGTTTGACTCGATTGCTACAAGAATCACTTGGTGGAAATGCTAAACTCTCAGTAATATGTTCCATCTCCCCTCATAACAAGTACTACCTCCCTTCTTTTTTTTATAACTATCTTTGACACTTTTCACATATATTAAGAATAGTTAGCAATGTCATTAATGTGTACATTTTTGTGTATAAATATTACTAAATTTTGAAATGTGTATATGTATTAAATTTTAAATTTCCATGACAAATTGGTAGTAATTATGAGGGATAAATTTGTTTTTTTTTTTGTAAGCTATATTTGGAAAAAGCTAATGGATGTATCTATTAATTTGAAAAGGTGCTTATATTTAGGGACAATATTTTTAAGAGGGGGTTTATCATTAGGGACAAAGGTAGTATTACCTGGATCAAAGAGCATAGTTTGTCTGTCTATAGAGTAATAGGAAAGTATTGAGTTCTAGAGATAAAGATTCAACTTTTTGATTGTAGGAGCAATGATGAAACAGTCTGCACACTCAGATTTGGGGAGAAAGTAAGATCCATTAGAAACAAGCCAATTATTAATGTAATAAACGAGGCTGACGATTTGAGTGGTAAAATCCGACACTTGAAGGTAAACTCCTGGACTTTTTAATTGAAACAGTTTTATAAGGATTAGACTGATGCAAGTCTCTGTGTTTTCTTTGGTTCAGGAAGAACTTATTAGAGTGAAGGCTGGTGATGTTCATAGCTCAGTTGGGGGTAAAAATGGATGCTTCCAAGGACATAACGTGCAGGAAAGCCTTAATCAGTTGAAAGTCAGCTTAAACCGTTCTATACTCCTATCTAACTTAGATAATAATACTGGTGTAGCTGTAAATGTCGGCGAGGATGACATACAGCAATTACGCCAGCAAATCGATGAATTAGATAGTTCATGTGAAGGGATTCCAAAATACATTTCTGTCGGTGAAGATTGTGTTCAGTTTTATTCTTTTGAGGAAAATTATGATGCAGACACAACCATAGGTGAAGAAAATTCTGTTGGTGATAGCATTTCAGTCATTTCATGCAGCAAATCTCCAATATTTGATGGACCAGAGTTGTCCGAGTCTCCAAAATTCAGAAATAACCAAAGGAAAAGTGTGGCTTTTTCATCGAGTTATCTAGGAAGTAGGAACAATGTTTCTGAGAGTTCAACTTTCGGGAATGACCTTTCAGGAAAATCGTTTAAACGGGGTGAGCATATGCAAACTTCATTACAGTCAGGCAAAGCTGAGTCCTTGGCAGAAAGTCTCCAGAGGGGATTACAGATAATTGATTATCACCAACAGAACTCGCCATTGAACAAATCTTCAAGCTCCTTTTCTTTTGGCCGTTTAACTTTGACACCATGTCCAGAAATCGACAAGGTTGAACCTTATGATCAAACAATACAACAAAACATTTCTAATGATGAAGTAACTTCCACATTCCTTTGTGCATCTTGTCGTACAAATTTAACAGATAAAGTTCCAAAAGTATGTTTCAACTTAATCTCTACAAATTTCTCTTTCAAATGTATTTTTTACTGACTATTTTTCCTTCTTTCGCTCTTAAAGCATTTGGAAAATGTAAGGGCAAAAGACCAAATGAGAGAGACGGAGCTCGAGAGTGTTTGTAAGGAGCAAGCAGCTAGAATTGAGCAACTAAATCAATTGGTATTAAGATTCTGCCTTCCTGAATTATGTTTGTGGCTGGTTTCTACATTTACTGATAATGTTGTGCATTTGTCTCCAGGTGGAGAAATTGAAAGGAGAGAAAAATATAAACTCCATTTCTGTGTTTGATGAGGGTGAAGAGTATAGCTCCATGAAGGATGAAAACAAGGTCCATTGTTGATCTTTAATTCAATTTAATTTTATACATATAAATTCTACCCAGACGACGGTTTGTTCTGATTTGATTTAATTTGTTTTCTTCTTTTGTCATTTGCAGCTTCTGAGGAGCAATTCCTTGCATGGTCATTTGCTGTATGTTATAGAGGAAAAATGTGAAATCAAAGAAGTCCTTGAAGAGTTAGATCAGAGAGAGATCTCTTTTGATTCAACTGAGAAAGAATCACTACTCAAGGAAATTCAGAGTCTTAGGAGCAAGCTGCAATTATATAGTGATGCACCAGTCAAAATTTCTATAGACAAACTGAGAACTTCTTTAATGTCAAGATCCATACAACTGCAAAAAAGTGGTGTATTTTCTCACGATAATAGGAATGAGGAGCTGGAAAATGAAAGAGAGAGATGGACAGAAATGGAAAGCGATTGGATCTGTCTTACTGACGAACTTAGAGCTGACCTTGAGTCGTACCGCCGGCGTGCAGAGAAGTTGGAAACTGAACTGAAGTTAGAGAAGAAGGGTGCAGAAGAAATGGACGATGCACTAAAAAGAGCTGTTAACGGGCATGCAAGAATGGTAGAACACTATACCGATCTTCAAGAAAAATATGATGACTTGGCTTCAAAGCATGATGCTATGAAGGAAGGGATAGCCGAGGTGAAGAAGGCAGTGGTAAAAGCCTCTAAAAAAGGTAAAGCACGCTTTGCCAAATCCCTTTCTTCTGAGCTTTCTGCATTGAGGTTGGAGAGGGAAAGGGAGTCAAAATTATTGAAAAAGGAGAACCAGTGTTTGAAAATACAACTTCGAGACACTGCTGAAGCTGTTCAGGCTGCCGGGGAACTACTTGTTAGACTAAGAGAAGCTGAACAAGCTGCATATGTTGCTGAGGTACAATTCTATCATTGATCGAGAAGATTTTTAGTAAATGTTGCATTGCATATTTCTGACTCATTTATTGTTTATTACATTTCTTGTGTTATACAGGAAAACTTTGCAAATGTCCGACAAGATAACGAAGAGTTAAAAATGCAAGTGGAGAAGCTGAATAGAAAACACAATACAGAGATTAATACCATGAAGCAGTATCTTGCAGAGAGCAAATTGCCAGAGTCTGCATTGAGGCCACTGTATCAAGAGGATTCTGATATGAAACACAATAATACAACTTCTTCCTATGCTTATGATGATCAAGCATGGAGAGCAGAATTCGGAGCGATATATCAGGAGCATTACTAA

Protein sequence

>MS.gene90636.t1

MLRQVVVRIRPDEKEGDLMVKKVSSDGLCVGDEQFNFDEVFDAESSQEDVFQSVGVPLVQNALAGYNTSILSYGQSGSGKTYTMWGPPSAMAEDPSHHSQQGIVPRIFQMLFSELERERLMSDQKQFSYKCRCSFLEIYNNQIGNLLNPNQQNLEIKDDSKNGFYVENLIEEYVTCYDDVAQVLIKGLSSRKTGATSLNSNSSRSHVIFTFVIESLCKGTTKGFSSLKASRISLIDLAGLDGDSVDNGSSQYLWESRHVKKSLSQLGHLVDALTDKSQSKEDEDIPHSNSCLTRLLQESLGGNAKLSVICSISPHNKSNDETVCTLRFGEKVRSIRNKPIINVINEADDLSGKIRHLKEELIRVKAGDVHSSVGGKNGCFQGHNVQESLNQLKVSLNRSILLSNLDNNTGVAVNVGEDDIQQLRQQIDELDSSCEGIPKYISVGEDCVQFYSFEENYDADTTIGEENSVGDSISVISCSKSPIFDGPELSESPKFRNNQRKSVAFSSSYLGSRNNVSESSTFGNDLSGKSFKRGEHMQTSLQSGKAESLAESLQRGLQIIDYHQQNSPLNKSSSSFSFGRLTLTPCPEIDKVEPYDQTIQQNISNDEVTSTFLCASCRTNLTDKVPKHLENVRAKDQMRETELESVCKEQAARIEQLNQLVEKLKGEKNINSISVFDEGEEYSSMKDENKLLRSNSLHGHLLYVIEEKCEIKEVLEELDQREISFDSTEKESLLKEIQSLRSKLQLYSDAPVKISIDKLRTSLMSRSIQLQKSGVFSHDNRNEELENERERWTEMESDWICLTDELRADLESYRRRAEKLETELKLEKKGAEEMDDALKRAVNGHARMVEHYTDLQEKYDDLASKHDAMKEGIAEVKKAVVKASKKGKARFAKSLSSELSALRLERERESKLLKKENQCLKIQLRDTAEAVQAAGELLVRLREAEQAAYVAEENFANVRQDNEELKMQVEKLNRKHNTEINTMKQYLAESKLPESALRPLYQEDSDMKHNNTTSSYAYDDQAWRAEFGAIYQEHY