AlfalfaGEDB | MS.gene49838

M. sativa cultivar XinJiangDaYe / MS.gene49838

KEGG: K10756
GO: GO:0003674 GO:0003676 GO:0003677 GO:0005488 GO:0006260 GO:0008150 GO:0008152 GO:0009058 GO:0009059 GO:0009987 GO:0034645 GO:0043170 GO:0044237 GO:0044249 GO:0044260 GO:0071704 GO:0097159 GO:1901363 GO:1901576
PFAM: PF13177.9

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene49838.t1	XP_013451525.1	98.5	326	5	0	1	326	29	354	6.90E-180	639.8

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene49838.t1	Q8VXX4	85.3	326	48	0	1	326	29	354	1.5e-162	573.5

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene49838.t1	A0A072U8X4	98.5	326	5	0	1	326	29	354	4.9e-180	639.8

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR

PPI:

Gene1	Gene2	Type
MS.gene49838	MS.gene055975	PPI
MS.gene51549	MS.gene49838	PPI
MS.gene007737	MS.gene49838	PPI
MS.gene030666	MS.gene49838	PPI
MS.gene86296	MS.gene49838	PPI
MS.gene49838	MS.gene70990	PPI
MS.gene75013	MS.gene49838	PPI
MS.gene08109	MS.gene49838	PPI
MS.gene03199	MS.gene49838	PPI
MS.gene97701	MS.gene49838	PPI
MS.gene045233	MS.gene49838	PPI
MS.gene057458	MS.gene49838	PPI
MS.gene49838	MS.gene02570	PPI
MS.gene49838	MS.gene027909	PPI
MS.gene49838	MS.gene70261	PPI
MS.gene022091	MS.gene49838	PPI
MS.gene049111	MS.gene49838	PPI
MS.gene027904	MS.gene49838	PPI
MS.gene75426	MS.gene49838	PPI
MS.gene00233	MS.gene49838	PPI
MS.gene03698	MS.gene49838	PPI
MS.gene49838	MS.gene05092	PPI
MS.gene49838	MS.gene030664	PPI
MS.gene045239	MS.gene49838	PPI
MS.gene068178	MS.gene49838	PPI
MS.gene018011	MS.gene49838	PPI
MS.gene016068	MS.gene49838	PPI
MS.gene51584	MS.gene49838	PPI
MS.gene41343	MS.gene49838	PPI
MS.gene49838	MS.gene053381	PPI
MS.gene49838	MS.gene025347	PPI
MS.gene66051	MS.gene49838	PPI
MS.gene79130	MS.gene49838	PPI
MS.gene52682	MS.gene49838	PPI
MS.gene051698	MS.gene49838	PPI
MS.gene021573	MS.gene49838	PPI
MS.gene49838	MS.gene05905	PPI
MS.gene49838	MS.gene045235	PPI
MS.gene49838	MS.gene64164	PPI
MS.gene49838	MS.gene43369	PPI
MS.gene65125	MS.gene49838	PPI
MS.gene029825	MS.gene49838	PPI
MS.gene33127	MS.gene49838	PPI
MS.gene95527	MS.gene49838	PPI
MS.gene29445	MS.gene49838	PPI
MS.gene26406	MS.gene49838	PPI
MS.gene007738	MS.gene49838	PPI
MS.gene49838	MS.gene58112	PPI
MS.gene49838	MS.gene54070	PPI
MS.gene49838	MS.gene045065	PPI
MS.gene000365	MS.gene49838	PPI
MS.gene49838	MS.gene85342	PPI
MS.gene013784	MS.gene49838	PPI
MS.gene015760	MS.gene49838	PPI
MS.gene49838	MS.gene049622	PPI
MS.gene49838	MS.gene23694	PPI
MS.gene58114	MS.gene49838	PPI
MS.gene51548	MS.gene49838	PPI
MS.gene046177	MS.gene49838	PPI
MS.gene43188	MS.gene49838	PPI
MS.gene016071	MS.gene49838	PPI
MS.gene70263	MS.gene49838	PPI
MS.gene58285	MS.gene49838	PPI
MS.gene90906	MS.gene49838	PPI
MS.gene49838	MS.gene65479	PPI
MS.gene72993	MS.gene49838	PPI
MS.gene46640	MS.gene49838	PPI
MS.gene49838	MS.gene041066	PPI
MS.gene62799	MS.gene49838	PPI
MS.gene49838	MS.gene008401	PPI
MS.gene038612	MS.gene49838	PPI
MS.gene49838	MS.gene062116	PPI
MS.gene027907	MS.gene49838	PPI
MS.gene04418	MS.gene49838	PPI
MS.gene34567	MS.gene49838	PPI
MS.gene49838	MS.gene92603	PPI
MS.gene49838	MS.gene98264	PPI
MS.gene58116	MS.gene49838	PPI
MS.gene49838	MS.gene039458	PPI
MS.gene49838	MS.gene69612	PPI
MS.gene49838	MS.gene015168	PPI
MS.gene063568	MS.gene49838	PPI
MS.gene030661	MS.gene49838	PPI
MS.gene49838	MS.gene010334	PPI
MS.gene49838	MS.gene26084	PPI
MS.gene49838	MS.gene017431	PPI
MS.gene49838	MS.gene78227	PPI
MS.gene49838	MS.gene70258	PPI
MS.gene28432	MS.gene49838	PPI
MS.gene78972	MS.gene49838	PPI
MS.gene92710	MS.gene49838	PPI
MS.gene49838	MS.gene056335	PPI
MS.gene89203	MS.gene49838	PPI
MS.gene068179	MS.gene49838	PPI
MS.gene49838	MS.gene46262	PPI
MS.gene49838	MS.gene070139	PPI
MS.gene49838	MS.gene23886	PPI
MS.gene49838	MS.gene011421	PPI
MS.gene33126	MS.gene49838	PPI
MS.gene05640	MS.gene49838	PPI
MS.gene91631	MS.gene49838	PPI
MS.gene49838	MS.gene97314	PPI
MS.gene009155	MS.gene49838	PPI
MS.gene53708	MS.gene49838	PPI
MS.gene047613	MS.gene49838	PPI
MS.gene013822	MS.gene49838	PPI
MS.gene49838	MS.gene78224	PPI
MS.gene39538	MS.gene49838	PPI
MS.gene78922	MS.gene49838	PPI
MS.gene49838	MS.gene75579	PPI
MS.gene071851	MS.gene49838	PPI
MS.gene49838	MS.gene015893	PPI
MS.gene55687	MS.gene49838	PPI
MS.gene28434	MS.gene49838	PPI
MS.gene028001	MS.gene49838	PPI
MS.gene77911	MS.gene49838	PPI
MS.gene49838	MS.gene98464	PPI
MS.gene49838	MS.gene28438	PPI
MS.gene063209	MS.gene49838	PPI
MS.gene49838	MS.gene016069	PPI
MS.gene000626	MS.gene49838	PPI
MS.gene02591	MS.gene49838	PPI
MS.gene49838	MS.gene000635	PPI
MS.gene74260	MS.gene49838	PPI
MS.gene033382	MS.gene49838	PPI
MS.gene067033	MS.gene49838	PPI
MS.gene49838	MS.gene98468	PPI
MS.gene49838	MS.gene09124	PPI
MS.gene059054	MS.gene49838	PPI
MS.gene49838	MS.gene09125	PPI
MS.gene90097	MS.gene49838	PPI
MS.gene51586	MS.gene49838	PPI
MS.gene04079	MS.gene49838	PPI
MS.gene49838	MS.gene04748	PPI
MS.gene021887	MS.gene49838	PPI
MS.gene04645	MS.gene49838	PPI
MS.gene067030	MS.gene49838	PPI
MS.gene78924	MS.gene49838	PPI
MS.gene97703	MS.gene49838	PPI
MS.gene03699	MS.gene49838	PPI
MS.gene75575	MS.gene49838	PPI
MS.gene049767	MS.gene49838	PPI
MS.gene049768	MS.gene49838	PPI
MS.gene49838	MS.gene95446	PPI
MS.gene045232	MS.gene49838	PPI
MS.gene47573	MS.gene49838	PPI

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene49838.t1	MTR_6g027590	98.466	326	5	0	1	326	29	354	0.0	669
MS.gene49838.t1	MTR_6g471010	96.933	326	10	0	1	326	29	354	0.0	665
MS.gene49838.t1	MTR_5g020810	35.913	323	188	4	1	318	440	748	3.21e-68	227
MS.gene49838.t1	MTR_3g118160	30.029	343	207	7	6	319	454	792	2.84e-41	153
MS.gene49838.t1	MTR_3g088380	32.692	208	103	4	6	206	42	219	6.58e-27	108
MS.gene49838.t1	MTR_3g088120	22.500	320	203	7	2	313	61	343	1.13e-20	91.7
MS.gene49838.t1	MTR_3g088120	23.881	268	164	6	1	260	60	295	4.88e-20	89.0
MS.gene49838.t1	MTR_4g102860	30.319	188	99	4	3	189	45	201	2.78e-18	84.3

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene49838.t1	AT5G27740	85.276	326	48	0	1	326	29	354	0.0	603
MS.gene49838.t1	AT1G21690	33.014	209	103	4	5	206	41	219	4.71e-26	106
MS.gene49838.t1	AT1G21690	33.014	209	103	4	5	206	41	219	5.71e-26	106
MS.gene49838.t1	AT1G21690	32.701	211	105	4	3	206	27	207	2.09e-25	104
MS.gene49838.t1	AT1G21690	31.579	209	99	4	5	206	41	212	2.12e-23	99.0
MS.gene49838.t1	AT1G77470	25.000	220	133	4	1	219	67	255	2.47e-18	85.1
MS.gene49838.t1	AT1G63160	26.484	219	127	6	3	220	45	230	1.14e-16	80.1

Find 68 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
TCCAAGCGATGCAGGCTTTC+AGG	0.177682	6.3:+19220632	MS.gene49838:CDS
TGTCCTCATTTGCTGTTCTA+TGG	0.252413	6.3:+19218880	MS.gene49838:CDS
TTCTATGGTCCTACGGGTTC+TGG	0.295931	6.3:+19218895	MS.gene49838:CDS
CTCTACATTGGCAGCATTTG+TGG	0.316429	6.3:+19226978	MS.gene49838:intron
CAGCACCAGGTCCAAACATT+TGG	0.316754	6.3:-19218948	None:intergenic
GCAAGTCTCAAATGATAATA+TGG	0.323719	6.3:-19225284	None:intergenic
GCTCTTCTCCGCCAAATGTT+TGG	0.325475	6.3:+19218937	MS.gene49838:CDS
TTCAGCCAAATGTTGCAATT+AGG	0.339645	6.3:-19227029	None:intergenic
AAAGGGAAGAAAGGATTTAA+AGG	0.340018	6.3:+19220714	MS.gene49838:CDS
TCTTTCCTAATTGCAACATT+TGG	0.343190	6.3:+19227024	MS.gene49838:CDS
GAAGGGCTACAACTTCCTTC+TGG	0.367171	6.3:+19225214	MS.gene49838:CDS
GGCGGAGAAGAGCCATGATT+AGG	0.386355	6.3:-19218927	None:intergenic
TTTACCTTCAAAATTATCTC+TGG	0.387415	6.3:-19225772	None:intergenic
TTCAGGTGAAGGTGGAAAAT+AGG	0.393658	6.3:+19220217	MS.gene49838:intron
TCCTGAAAGCCTGCATCGCT+TGG	0.402265	6.3:-19220633	None:intergenic
TGGAGTCATTTCGATATGAT+TGG	0.408894	6.3:-19220613	None:intergenic
TATATTCCTCCCAGTCCATT+GGG	0.410211	6.3:-19225480	None:intergenic
GCGGAGAAGAGCCATGATTA+GGG	0.410779	6.3:-19218926	None:intergenic
TGAAGGAACAGAGCCCAAAA+AGG	0.416911	6.3:+19225527	MS.gene49838:CDS
TTCTTCCCTTTAGCATCAAT+AGG	0.419177	6.3:-19220702	None:intergenic
TCAAGAAATAATCAAAGAAA+TGG	0.433507	6.3:+19220668	MS.gene49838:CDS
TTTGTAGATGCTCATGAACT+TGG	0.439746	6.3:-19227001	None:intergenic
CGTTCTGCGGAGAGAATGTT+GGG	0.440273	6.3:-19220931	None:intergenic
AAATGCACCAAGTGAAGAAC+AGG	0.440498	6.3:+19221052	MS.gene49838:CDS
AATAGACCTATTGATGCTAA+AGG	0.441862	6.3:+19220696	MS.gene49838:CDS
TTGCTGTTCTATGGTCCTAC+GGG	0.442147	6.3:+19218889	MS.gene49838:CDS
CAGTTCATTGGTAAGAAAGA+AGG	0.442426	6.3:+19225196	MS.gene49838:CDS
CTCCGCCAAATGTTTGGACC+TGG	0.453363	6.3:+19218943	MS.gene49838:CDS
TTTGCTGTTCTATGGTCCTA+CGG	0.454131	6.3:+19218888	MS.gene49838:CDS
TAGGATGCGCCTTGGACAAA+AGG	0.463525	6.3:+19226379	MS.gene49838:CDS
AGAAATCAAATCGGAATTTG+AGG	0.467465	6.3:+19225257	MS.gene49838:CDS
TATTCGTACATTAAGACAAC+GGG	0.467729	6.3:-19221030	None:intergenic
TTTAGGTTGTTTCAAGTTCG+AGG	0.467965	6.3:+19225715	MS.gene49838:intron
ATAGACCTATTGATGCTAAA+GGG	0.470305	6.3:+19220697	MS.gene49838:CDS
ATTGTTTGTTTGTCAGTGAA+AGG	0.479733	6.3:-19225454	None:intergenic
GTTTGGACCTGGTGCTGAAA+AGG	0.486709	6.3:+19218954	MS.gene49838:CDS
TTACTAACCTGTTCTTCACT+TGG	0.496208	6.3:-19221059	None:intergenic
ATATATTCCTCCCAGTCCAT+TGG	0.506552	6.3:-19225481	None:intergenic
GTTGGTGTTTCAGGTGAAGG+TGG	0.511764	6.3:+19220209	MS.gene49838:intron
GCTCTGTTCCTTCATTATGT+CGG	0.511967	6.3:-19225518	None:intergenic
GAAGCACGAAGTTTGCCATT+GGG	0.512579	6.3:+19225916	MS.gene49838:CDS
ATTGATGCTAAAGGGAAGAA+AGG	0.515065	6.3:+19220705	MS.gene49838:CDS
TGAAGCACGAAGTTTGCCAT+TGG	0.519048	6.3:+19225915	MS.gene49838:CDS
AGTTCATTGGTAAGAAAGAA+GGG	0.531136	6.3:+19225197	MS.gene49838:CDS
CACCAGGTCCAAACATTTGG+CGG	0.533440	6.3:-19218945	None:intergenic
TGGCAAGAAAACCCTAATCA+TGG	0.537613	6.3:+19218915	MS.gene49838:CDS
ACCTTCAAAATTATCTCTGG+AGG	0.542248	6.3:-19225769	None:intergenic
CCTCATTGAAACAGGAACAT+AGG	0.544665	6.3:+19226360	MS.gene49838:intron
AATTGCATCCGACATAATGA+AGG	0.550631	6.3:+19225510	MS.gene49838:CDS
TCGTTCTGCGGAGAGAATGT+TGG	0.552349	6.3:-19220932	None:intergenic
CAGGAACATAGGATGCGCCT+TGG	0.553627	6.3:+19226371	MS.gene49838:intron
GAAATGACTCCAAGCGATGC+AGG	0.555135	6.3:+19220624	MS.gene49838:CDS
GTACATTAAGACAACGGGAG+CGG	0.575694	6.3:-19221025	None:intergenic
ATTAAGACAACGGGAGCGGA+TGG	0.578928	6.3:-19221021	None:intergenic
GGACCATAGAACAGCAAATG+AGG	0.588205	6.3:-19218883	None:intergenic
ACATTCTCTCCGCAGAACGA+TGG	0.595529	6.3:+19220935	MS.gene49838:CDS
GTATAGCAGAGAAATCAAAT+CGG	0.601405	6.3:+19225248	MS.gene49838:CDS
TGTATTTCTCCATCGTTCTG+CGG	0.603903	6.3:-19220944	None:intergenic
ATCAAATCGGAATTTGAGGA+GGG	0.625589	6.3:+19225261	MS.gene49838:CDS
TTACATAATATGCTGCCCAA+TGG	0.628048	6.3:-19225931	None:intergenic
AATCAAATCGGAATTTGAGG+AGG	0.632114	6.3:+19225260	MS.gene49838:CDS
AGTGCTGGTGCTTAATGATG+TGG	0.635658	6.3:+19220890	MS.gene49838:intron
TTATTCGTACATTAAGACAA+CGG	0.642459	6.3:-19221031	None:intergenic
ATATTCCTCCCAGTCCATTG+GGG	0.660973	6.3:-19225479	None:intergenic
ATACGAGCAGCAAAACCAGA+AGG	0.663121	6.3:-19225229	None:intergenic
TGAAGGTGGAAAATAGGACA+TGG	0.666148	6.3:+19220223	MS.gene49838:CDS
TATTCCTCCCAGTCCATTGG+GGG	0.689660	6.3:-19225478	None:intergenic
GTGGAGCTTACTGTTGGACA+CGG	0.710106	6.3:-19225306	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr6.3	gene	19218865	19227050	19218865	ID=MS.gene49838
chr6.3	mRNA	19218865	19227050	19218865	ID=MS.gene49838.t1;Parent=MS.gene49838
chr6.3	exon	19218865	19218975	19218865	ID=MS.gene49838.t1.exon1;Parent=MS.gene49838.t1
chr6.3	CDS	19218865	19218975	19218865	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19220222	19220254	19220222	ID=MS.gene49838.t1.exon2;Parent=MS.gene49838.t1
chr6.3	CDS	19220222	19220254	19220222	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19220567	19220735	19220567	ID=MS.gene49838.t1.exon3;Parent=MS.gene49838.t1
chr6.3	CDS	19220567	19220735	19220567	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19220892	19221073	19220892	ID=MS.gene49838.t1.exon4;Parent=MS.gene49838.t1
chr6.3	CDS	19220892	19221073	19220892	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19225181	19225317	19225181	ID=MS.gene49838.t1.exon5;Parent=MS.gene49838.t1
chr6.3	CDS	19225181	19225317	19225181	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19225450	19225548	19225450	ID=MS.gene49838.t1.exon6;Parent=MS.gene49838.t1
chr6.3	CDS	19225450	19225548	19225450	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19225720	19225789	19225720	ID=MS.gene49838.t1.exon7;Parent=MS.gene49838.t1
chr6.3	CDS	19225720	19225789	19225720	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19225875	19225949	19225875	ID=MS.gene49838.t1.exon8;Parent=MS.gene49838.t1
chr6.3	CDS	19225875	19225949	19225875	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19226374	19226419	19226374	ID=MS.gene49838.t1.exon9;Parent=MS.gene49838.t1
chr6.3	CDS	19226374	19226419	19226374	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1
chr6.3	exon	19226992	19227050	19226992	ID=MS.gene49838.t1.exon10;Parent=MS.gene49838.t1
chr6.3	CDS	19226992	19227050	19226992	ID=cds.MS.gene49838.t1;Parent=MS.gene49838.t1

Gene Sequence

>MS.gene49838

GTTTCGGAACATGATTGTCCTCATTTGCTGTTCTATGGTCCTACGGGTTCTGGCAAGAAAACCCTAATCATGGCTCTTCTCCGCCAAATGTTTGGACCTGGTGCTGAAAAGGTTGTTTTTTTGTTACTTTTCTGTGTTTGTTTCAATTAGAATGTTTTTTTTTTTAAAAAAAATAAAAAGTACACACTTGGGTTCAATTTTATTTTTTAGGGTCCATAAACGAAGTGACAATCACTACCTGAAACTCACACACAACTGTAATGTCTTGGGTTTGGACTCGGGTGAAGGTGTTCAGTTTATCAGTATTGGCATTGTCAGTTGAGCTAGGCCTTATGGACCACCTGGTTCAATAATTGTAAATATAAAAATAGGCTCTTTGTTAAATAGGGTTTTAAACTGTGATCGCGATAACGGTGACATGATTTTTTAATATTACATAGAATTGTTGTCAAATGCAGCTGATGTGATCTTAGGACCTATTTGGATTGGCATATTTGAGCTTATCTATTGACATAAATGTTGTGAGATTATTTGGGAGAACTTATGAAAACAACTTATGACCTGTTCATAAGCTATTTTCAGCTCATTCTCGTAAGCTCTTTGTAATAATTTAAGAAAATAGATTATAGCGTATTTGAAAAAAATTTAACTTTATTTTATCTTTTGCTATATAAATAACTTATACATAAGTGCTTATCATAATAAGTGTTTGTGCTATGAAATGAACTTCAAATAAGTTGTTTATACAAACAAGGACTTAGTCACGATTGTGGAGATATCAAAAACCTTAATGTCGTGACTTAGATAGTGGACTTTTTATCAATACCTTGCTCGATAGTGAAAACAAAATGTGTTGGGATAGTCTTAACTTTTACGGACAGTGAGGGTCTAATGTGATTTCTAGATAGTTGAGGTTCTAGACAAGAAAAATTAGAATAAAGTGTATCTAATTAATTTTGAAGAATGTAGTTGGTTTTTGGTTTATTCTCTTAGAATGGATACTTGTGTAAGCACCTTCCCTGTTGCATTACAAATAAAAATTTAAGGTTTAACTAGAGAAATTTAATTAGTTCCCCTGTTGTCTTTCTCATTTGTTGTTATAATGTAGCTTTAGTCTTTGATTGTTTGTTGTTAAGAGTGCTACATTTGATGAGATAAGGCTCGAGAATGTGTTTATAAGTGGTGGGTAGTTAGTCATCTCCTTACAAGCTGGTTTTGTAAGAGTTGAGTTAGGCCCGACTAAAATTCTAAGATTTGTGTTTATAGATATCATGCTCATGTTCGATTTACTTCTGTTTACTTCTTGGTGCTGTAATTTGTTTCCATTTTAAATCGTCTCTGTTGGTTGGTGTTTCAGGTGAAGGTGGAAAATAGGACATGGAAAGTAGATGTAAGCTTCATTCTTTCTCAAACTATACCCTTATATTTTTGTGTTGTCGTTGTGAACTTGTGAAACACTTACATATGTATTGTTTGGGAGTTTCTATGATTTTGCTGGTACCCTTAGTAATTTGTGATGAATAACACTTCATGAAGTAGCACAGCACTCGTTCAGCTTTAAGTTATTATTCTTGGTGGTGCCACTGTTGAGGCAATACTGTGAGTTGTATTTCGTTGGATTTGTTGTGTACACTAAACTGAATCATTGGTTTTCATTTGGCTTATTTATTTTAACTTTGAAGTACTGCGGAATTGGTTTCAGGCTGGGAGTAGATCTATTGATTTAGAGCTGACAACACTATCAAGTGCCAATCATATCGAAATGACTCCAAGCGATGCAGGCTTTCAGGACAGATACATTGTTCAAGAAATAATCAAAGAAATGGCTAAAAATAGACCTATTGATGCTAAAGGGAAGAAAGGATTTAAAGGTAACATACTTGCTGTCTGTGTTTTCATACTATATCTTAGTGCTTCCATCTTCGCTTGTATGATACATGTTTAGGTCTACCAGCATTCACGTTACCTTTTTTATCCTTTAGTTTACTTCATTTTTCAAGCTGATATTTCGTTTTCTTCTCTATCAGTGCTGGTGCTTAATGATGTGGACAAACTCTCTAGAGAAGCCCAACATTCTCTCCGCAGAACGATGGAGAAATACAGTGCTTATTGCAGATTAATTTTATGTTGCAATAGTTCTTCAAGAGTCACAGAAGCCATCCGCTCCCGTTGTCTTAATGTACGAATAAATGCACCAAGTGAAGAACAGGTTAGTAAATTTTAAATCTGCAACAGTGACATTGGAATGAAAAGAATTATGTTTGTTTTGGCTTTTTTCAAGCATTGGGACGATTGTTTTTTCTGGCAGGGTTATTAGTAGTAAGCTGTTTAATTGTTTTCCATATTATTTTCATATTTTGCTTGTTAGTTATTTCCCATAGATGAATGATGTTCTATCACATGGTTGTTGGTATTGCAAGATGATAGTAGGTTAGGTCCATACTTCATAAATTTTTTATTTTTGTTTTTTTCAATTTGTTAGGAGTTATTCCAATCCTGCCAAGGCCGGTCCCAAGCCCGGGTAAAATGGAGAGGGTTGTGTTAGGCCTCGACAGCCAACGTAAAACTTTGTCGAATCTCTATGACATGGACCAAATACGAAATAGTGTGAATGCTAGGTCGTTGCCCGGAAGCAACGCGCTGTATGGCTCGAGTACAGTGTCAAATGAGCAAGGGCCGCTGCATCGCCGCCTGGATGTAGTGAAAAATAAGCAAGGGTTCCCACATCTTCGTGAACGGGTGCGGGTAAAGAAGCTAGTTCATGAGAGTAGGATTCGTTTTGGAACTTGGAATATAGGTACTCTTACGGGTAAATCTATGGAAGTAGTAGACACTATGACTAGGAGGAGGATTAACTTTATGTGCCTACAAGAAACTAAGTGGGTGGGGAAAAAGGCGAGAGAATTAGATAGTTCAGGATTTAAGCTTTGGTACACGGGCGAAGTTAGATCGAGAAATGGGGTAGGCATCATTGTGGATAAGGAGTGGAAGAAAGATATTGTGGATGTTAAAAGGATAGGAGATCGGATTATAGCCTTAAAGTGTGTAGTGGAACAAGACACCTTTAACGTAATTAGCGCTTATGCACCTCAGGTAGGACTAGAAGAACACCTTAAAGTAAAGTTTTGGGAGGAGCTAGAAGGATTAATTCAGGATATTCCATTAGGAGAAAAGATTTTTCTAGGAGGGGATTTGAATGGGCATGTAGGGAGGGTTTCGAGAGGTTTCGAGGGCGTGCATGGGGGGTATGGTCTCGGGGAGGTAAATGCGGAGGGAAATTCCATCTTAGATTTTTCATCGGCTTTTGATCTTACAATAGCAAATACGTGTTTTAGGAAAAGAGAGGAGCATCTCATCACTTACAAGAGTGGGGCCTCTTGTTCTCAGATCGATTTCTTTCTCATTAGGAAAACAGACAGGAAGATCTGTTTAGACTGTAAAGTCATACCGGGAGAGGGCTTAACTACCCAACATAGAGTAATGGTGATGGATGTAAGGGTTAAGAGGAGGGCAAAGAGAAGAGACCGTAGCGGGGCTCCGCGAATCAAGTGGTGGCATTTAAAGGGTGACAAACAAAGGATATTCCAACACAAGATATTAGAGGGAGGTTTGAGGCAACCACATGGAAGCGCTAATGATATGTGGGAGAGGATGGCTCATGAGATTAAGAAGGTGGCAAAAGAGACATTGGGAGAATCTAGAGGTTTTGGACCTAGGGGTAAAGAATCTTGGTGGTGGAATGACAGTGTTCAGAGTAAAGTTCGGATCAAGAGAGATTGTTTTAGAGATTGGTCTAAGTGTAAAAATGCCGAAACTTGGGATAAATATAAGATAGCTAGGAAAGAGGCTAAGAAGGCGGTGAGCGAAGCGAGAACTCAAGCATTTGAAGGATTATACCAATCTTTAGGTACCAAGGAGGGGGAGAAATCTATATACAAGCTTGCGAAGGGACGAGAACGAAAGACAAGAGACCTGGACCAAGTGAAGTGTATTAAGGATGAAGAGGGTATAGTTTTGGTGCAAGAGAGAGATATTAAGGATAGATGGAAGAAGTATTTCCACAACTTATTTAACGAAGGATATGAGATCTTACCAGACTCTAACAGGTTAGACATCAGAGAGGAGGACCGAAACTATAACTATTATCGTCGGATTCAGGAGCACGAGGTGAAAGAAGCGTTGAAAAGGATGAGTAATGGCAAGGCAGTTGGGCCGGACAACATACCTATCGAAGTGTGGAAAAGTCTTGGCGATAGAGGAATTGGGTGGCTCACAAAACTTTTCAACGAGATTATGAGGACGAAGAAAATGCCGGACGAGTGGAGAAGAAGCACCTTAATTCCAATCTATAAGAACAAGGGGGATATACAAGATTGCGCGAATTATAGGGGAATTAAGCTAATGAGTCATACCATGAAGTTATGGGAAAGGGTAATTGAGCGAAGACTAAGAAAAGAGACTCACGTTACGGATAACCAATTTGGTTTTATGCCTGGGAGGTCGACTATGGAAGCGATCTACTTACTTCGACGCGTGATGGAGCGATATCGGACGGATAAAAAAGACTTGCACTTAGTTTTCATTGATTTGGAGAAGGCGTATGATAGAGTACCTAGAGAGATTTTGTGGAAAGCCCTGGAGAAGAAAGGGGTGAGGATTGCCTATATTAGAGCTATCCAGGATATGTATGAGGGGGCTTCGACTAGTGTGAGGACGCAGGATGGGGATACCGGAGATTTTCCCATAACAATAGGACTGCACCAAGGGTCAACCCTAAGTCCTTATCTTTTTACTTTAGTTTTGGATGTACTGACGGAACACATCCAAGAGTTAGCACCGAGATGTATGCTTTTTGCAGATGATGTAGTCTTGCTTGGTGAGTCGAGGGAGGAGTTAAACGGGAGGCTAGAGACTTGGAGGCAAGCCTTAGAAGCGTACGGTTTCCGCCTGAGTAGAAACAAGACGGAATATATGGAATGTAACTTCAGTAAAAGGAGAAGTGGGTCTACCTTAGAGGTGAAAGTTGGAGATCATATCATACCCCAAGTTACACGGTTTAGATATCTTGGGTCCATAGTACAAAATGACGGAGAAATAGAAGCTGATGTACATCATCGTATTCAAGCTGGGTGGTTGAAATGGAGAAGAGCCTCAGGTGTTTTGTGCGATAAGAAAGTACCACTTAAGCTGAAAGGAAAGTTCTATCGGACAGCAGTCAGACCGGCAATGTTGTATGGTACGGAGTGTTGGGCGGTTAAGAGCCAACACGAGAGTAAAGTAAGCGTAGCGGAGATGAGGATGTTGCGTTGGATGAGTGGTAAGACTAGACATGATAGGATTAGGAATGACATCATTAGAGAGAGAGTGGGGGTAGCACCTATAGTAGAAAAGTTGGTAGAAAATAGGCTTAGATGGTTTGGACATGTAGAGAGAAGACCCGTAGACGCCGTGGTAAGAAGAGTAGATCAAATGGAGGAGAGTCAGGTTAAAAGAGGTAGAGGAAGACCTAAGAAAACTATTAGAGAAACCATTAGAAAAGATTTAGAGGTCAATGAGTTGGATCCAAATATGGTCTTTGATAGAACATTATGGCGGCATTTGATCCATGTAGCCGACCCCACTTAGTGGGATAAGGCGTTGTTGTTGTTGTTGTTGTTGTTGTTAGGAGTTATTCCATGTTAAGACATATTATGACATGCTGGTTAAGAAACTCAGAAAGTTAGTTTCCGTTTTAGATCGGCGTTGTCAACTGCGGGTCACGTAAGATAATAGTTTTGTTCAAATTCCTCTATGTTATAGTGCTAATGCTATAGCCTCGCTATTTGACAACATTGATGGGCATATCACGGCCACGGACAATAGTGATTTGTTATGCTTTAGTCCACTTGAAAACGTTGATTTAGATTATAGAATGCTTTTGTAGTTTTAGTGAAGGGCTTCTATATCACTTTCTGGGATTCGGCCGCGGTCTCTGTTATAAACATTGATTCGGCCAAGTTCTCTTTTATAAACATTGTGGTTAGGCCAAGTACTTCCTTGAAAACTAAAAAAAAGCCTGAATATGGATGGGATAGTTAGGTTATTTGACTCTGATACTGCTCTCCTTATTTTTACTCCAGTTACTATAAGGATCATGCCAAAGGCATTCATAGGATTCCGAACTTTCTGTATAATATTTATCAAATGAGCATCCACCATAGAATATGATGTCAATGGACTATATTTTGTTATTTTATATACTTTCTACTCATATTGTCTAGCATATCCATTTTATAAGTTGAATGTTCATCTTTACTAAATATTTGGAGTGTGGCAGATTGTTGAAGTTTTACAGTTCATTGGTAAGAAAGAAGGGCTACAACTTCCTTCTGGTTTTGCTGCTCGTATAGCAGAGAAATCAAATCGGAATTTGAGGAGGGCCATATTATCATTTGAGACTTGCCGTGTCCAACAGTAAGCTCCACAAGCTTCTCAATTAATATGTGATGCTTAATCTCAGATCTTCACTTACTTTTCAAAGATTTGTTTTATGGATAACTATTAACAGCTATCTCTTTTGCATGTTGTAACATGTGTTACTTGAAGGTATCCTTTCACTGACAAACAAACAATTCCCCCAATGGACTGGGAGGAATATATTTCAGAAATTGCATCCGACATAATGAAGGAACAGAGCCCAAAAAGGTTTGCACTTTGCATATAGTTTTCTGATTTTTCATGATAAACAAAATGTTATACTGAACCTTGAAGTTAATCAGTTTTATGAATCACCTACCCGAATATGCTGTCAACTATCTTTTACTTTTAGTTACTTACATGCAATGCATCTTTCATTTCCCGTGTTATATATTTTAGGTTGTTTCAAGTTCGAGGAAAGTTGTATGAGCTTCTAATCAACTGTATTCCTCCAGAGATAATTTTGAAGGTAAATGTGTCGCTTTAAGCTGTCCCTATGTAAGTTTGTTTTTTTCCGTTCATACTTGACTTTTAACATCATTTTGTTTGTTCAGAGGCTACTTTATGAGCTTTTGAGGAAACTGGATGCTGAACTGAAGCACGAAGTTTGCCATTGGGCAGCATATTATGTAAGTGCAAGAGTTCTGGCCTGCTGTATTTGTTTTACATAAATTTGTAAACTCAAGCAATAGTTCGTATGTAGTTCTGCTATGCACTTTTGGTGTATTAGCATTCATCTTCTTAATTGTTCTGAATCTTTGCACAATCGTTCAAATATTGGAAAGTACAAAGTCAAAATCGGCCAATAACCAAATTCCTAGTGAAAATAAAAAAAAAATCTTATTATTTTAAGTAATATTAATTATAAGTAATATAAATAACTATGTTAGTCATTATTCTTTTCATTTTATATGCACCCCTCTCCCCACCATACACTCCTCATTTCCTTGAAATTAAATAAATTCATAGGTAAAGATTTTGTCTACCCTTTCTTACTTCTATATTGTTTCTAAGTATGGAGTTGCTGATTCTTTTTTCCCCTCATTGAAACAGGAACATAGGATGCGCCTTGGACAAAAGGCCATTTTTCACATCGAAGGTGCTTAGAGTTTGACCTTAATGTGCAATATGAGATTTACAGTGACATCTTTTTGAGCTTATGTGCTGTCTATGCATACTTTGTATAAACCGGTCACGATTTCTAATTCAAACACTGTCTATATTTACTTTTGGGATTGATAGGGACTTGCTATTTTGGGATGTTTGAGTCTCACGTTGAGTAGTATCAAATGCTTAGTTGAGTATTTAAGTAGCTTGGCTCTTCCTCTTTGATAGCTAAAGTACTTGGATACTCATCAGTCTACGTGTGTGTTTACACCTACATGTTTATAAAAAGTAAATATGGGTCATAGCACCAATATGGTGTGGCACAGTTGACAGATGACTAGATTCCCTAAACATGTGGTCCAGGAAAAATTTGAAACTAATGTATAGAAGAACATTTGTTGAAAAGATTAGTGGTGCTTTGAGAGATTTGTCTCTGCCCTCAGCCATAAACATGGATTATAGCAATAAGTTTATACAAAGTGGGTATAGATTGGGATATAAGTTATTGGTTTATACAATATCTAATTGATTGCTGACCATCTTTTTTTGTCTCTACATTGGCAGCATTTGTGGCCAAGTTCATGAGCATCTACAAATCTTTCCTAATTGCAACATTTGGCTGA

Protein sequence

>MS.gene49838.t1

VSEHDCPHLLFYGPTGSGKKTLIMALLRQMFGPGAEKVKVENRTWKVDAGSRSIDLELTTLSSANHIEMTPSDAGFQDRYIVQEIIKEMAKNRPIDAKGKKGFKVLVLNDVDKLSREAQHSLRRTMEKYSAYCRLILCCNSSSRVTEAIRSRCLNVRINAPSEEQIVEVLQFIGKKEGLQLPSGFAARIAEKSNRNLRRAILSFETCRVQQYPFTDKQTIPPMDWEEYISEIASDIMKEQSPKRLFQVRGKLYELLINCIPPEIILKRLLYELLRKLDAELKHEVCHWAAYYEHRMRLGQKAIFHIEAFVAKFMSIYKSFLIATFG