AlfalfaGEDB | MS.gene38054

M. sativa cultivar XinJiangDaYe / MS.gene38054

KEGG: K14489
GO: GO:0000155 GO:0000160 GO:0003674 GO:0003824 GO:0004672 GO:0004673 GO:0006793 GO:0006796 GO:0007165 GO:0008150 GO:0008152 GO:0009987 GO:0016301 GO:0016310 GO:0016740 GO:0016772 GO:0016773 GO:0016775 GO:0035556 GO:0044237 GO:0050789 GO:0050794 GO:0065007 GO:0140096 GO:0140299
PFAM: PF00072.27 PF00512.28 PF02518.29 PF03924.16 PF07983.16

Nr:

Show entries

Search:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene38054.t1	AET00919.1	93.7	1162	45	1	2	1135	101	1262	0.00E+00	2146.7

Showing 1 to 1 of 1 entries

Previous1Next

Swissprot:

Show entries

Search:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene38054.t1	Q9C5U2	65.9	991	324	5	128	1116	198	1176	0.0e+00	1251.1

Showing 1 to 1 of 1 entries

Previous1Next

Trembl:

Show entries

Search:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene38054.t1	G7KEP4	93.7	1162	45	1	2	1135	101	1262	0.0e+00	2146.7

Showing 1 to 1 of 1 entries

Previous1Next

TFs/TRs:

Show entries

Search:

Gene ID	Type	Classification
MS.gene38054.t1	TR	Others

Showing 1 to 1 of 1 entries

Previous1Next

Protein Kinases:

Show entries

Search:

Gene ID	Type	Classification
No data available in table

Showing 0 to 0 of 0 entries

PreviousNext

Network:

Co-expression Network:

Show entries

Search:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049260	MS.gene38054	0.818547	1.85E-52	-1.69E-46
MS.gene049749	MS.gene38054	0.804741	1.87E-49	-1.69E-46
MS.gene050478	MS.gene38054	0.809001	2.35E-50	-1.69E-46
MS.gene050546	MS.gene38054	0.804178	2.45E-49	-1.69E-46
MS.gene050787	MS.gene38054	0.807485	4.94E-50	-1.69E-46
MS.gene050959	MS.gene38054	0.807854	4.12E-50	-1.69E-46
MS.gene052207	MS.gene38054	0.827644	1.40E-54	-1.69E-46
MS.gene052287	MS.gene38054	0.80382	2.90E-49	-1.69E-46
MS.gene054010	MS.gene38054	0.807667	4.52E-50	-1.69E-46
MS.gene054012	MS.gene38054	0.800638	1.31E-48	-1.69E-46

Showing 1 to 10 of 21 entries

Previous1 2 3Next

PPI:

Show entries

Search:

Gene1	Gene2	Type
No data available in table

Showing 0 to 0 of 0 entries

PreviousNext

Show entries

Search:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene38054.t1	MTR_5g097410	95.267	1162	27	1	2	1135	101	1262	0.0	2289
MS.gene38054.t1	MTR_3g085130	55.578	977	377	15	160	1113	89	1031	0.0	1041
MS.gene38054.t1	MTR_8g080770	53.286	989	404	11	144	1113	18	967	0.0	1031
MS.gene38054.t1	MTR_8g106150	53.571	980	399	13	164	1113	41	994	0.0	974
MS.gene38054.t1	MTR_8g080770	53.691	894	358	10	239	1113	2	858	0.0	939
MS.gene38054.t1	MTR_3g085130	54.982	853	329	14	284	1113	1	821	0.0	889
MS.gene38054.t1	MTR_8g106150	51.921	755	321	12	389	1113	9	751	0.0	707
MS.gene38054.t1	MTR_2g067240	51.746	315	90	3	327	639	1	255	9.52e-93	298
MS.gene38054.t1	MTR_5g097420	97.321	112	3	0	1136	1247	7	118	1.59e-77	251
MS.gene38054.t1	MTR_4g133730	56.881	109	44	1	1142	1247	8	116	2.15e-40	145

Showing 1 to 10 of 78 entries

Previous1 2 3 4 5…8Next

Show entries

Search:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene38054.t1	AT5G35750	64.878	1025	334	9	101	1116	169	1176	0.0	1311
MS.gene38054.t1	AT1G27320	55.895	950	380	11	177	1114	107	1029	0.0	1042
MS.gene38054.t1	AT2G01830	53.279	976	398	16	163	1113	106	1048	0.0	972
MS.gene38054.t1	AT2G01830	53.279	976	398	16	163	1113	106	1048	0.0	972
MS.gene38054.t1	AT2G01830	53.279	976	398	16	163	1113	106	1048	0.0	972
MS.gene38054.t1	AT2G01830	53.279	976	398	16	163	1113	106	1048	0.0	972
MS.gene38054.t1	AT2G01830	53.279	976	398	16	163	1113	129	1071	0.0	971
MS.gene38054.t1	AT2G01830	53.279	976	398	16	163	1113	118	1060	0.0	971
MS.gene38054.t1	AT5G35740	67.308	104	33	1	1145	1247	16	119	2.27e-49	171
MS.gene38054.t1	AT5G10720	36.042	283	148	6	521	803	369	618	3.20e-40	162

Showing 1 to 10 of 100 entries

Previous1 2 3 4 5…10Next

Find 261 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

Show entries

Search:

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAAGGAGAAACAGAATCTG+TGG	0.578251	5.1:+77729250	MS.gene38054:CDS
AAACAAGCATCAAAATTATG+TGG	0.560851	5.1:-77730012	None:intergenic
AAACTTGAATCAGGACATGT+CGG	0.606659	5.1:+77728899	MS.gene38054:CDS
AAAGCAAGCAGATTGAAGAC+TGG	0.571842	5.1:-77729411	None:intergenic
AAAGTTTCAAAAGTTAAATT+TGG	0.231203	5.1:+77728980	MS.gene38054:CDS
AAATATATATCCAAGAAGAA+AGG	0.557028	5.1:-77727791	None:intergenic
AAATATGCGGCTTTGAGCAT+CGG	0.576359	5.1:-77729066	None:intergenic
AAATGTCTAGTTGACCTCAT+GGG	0.606651	5.1:+77729161	MS.gene38054:CDS
AAATTGATCTTGCAACATAC+GGG	0.535060	5.1:-77726238	None:intergenic
AACAAAAGCCAGACAACTTG+TGG	0.503467	5.1:-77725981	None:intergenic

Showing 1 to 10 of 261 entries

Previous1 2 3 4 5…27Next

CRISPR-GE

Show entries

Search:

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content
No data available in table

Showing 0 to 0 of 0 entries

PreviousNext

Chromosome	Type	Strat	End	Strand	Name
chr5.1	gene	77725006	77732702	77725006	ID=MS.gene38054
chr5.1	mRNA	77725006	77732702	77725006	ID=MS.gene38054.t1;Parent=MS.gene38054
chr5.1	exon	77725006	77725269	77725006	ID=MS.gene38054.t1.exon1;Parent=MS.gene38054.t1
chr5.1	CDS	77725006	77725269	77725006	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77725892	77726344	77725892	ID=MS.gene38054.t1.exon2;Parent=MS.gene38054.t1
chr5.1	CDS	77725892	77726344	77725892	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77726539	77726814	77726539	ID=MS.gene38054.t1.exon3;Parent=MS.gene38054.t1
chr5.1	CDS	77726539	77726814	77726539	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77726983	77727152	77726983	ID=MS.gene38054.t1.exon4;Parent=MS.gene38054.t1
chr5.1	CDS	77726983	77727152	77726983	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77727434	77727646	77727434	ID=MS.gene38054.t1.exon5;Parent=MS.gene38054.t1
chr5.1	CDS	77727434	77727646	77727434	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77727726	77727912	77727726	ID=MS.gene38054.t1.exon6;Parent=MS.gene38054.t1
chr5.1	CDS	77727726	77727912	77727726	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77728131	77728182	77728131	ID=MS.gene38054.t1.exon7;Parent=MS.gene38054.t1
chr5.1	CDS	77728131	77728182	77728131	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77728276	77728505	77728276	ID=MS.gene38054.t1.exon8;Parent=MS.gene38054.t1
chr5.1	CDS	77728276	77728505	77728276	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77728614	77728712	77728614	ID=MS.gene38054.t1.exon9;Parent=MS.gene38054.t1
chr5.1	CDS	77728614	77728712	77728614	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77728801	77729459	77728801	ID=MS.gene38054.t1.exon10;Parent=MS.gene38054.t1
chr5.1	CDS	77728801	77729459	77728801	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77729567	77730064	77729567	ID=MS.gene38054.t1.exon11;Parent=MS.gene38054.t1
chr5.1	CDS	77729567	77730064	77729567	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77730158	77730409	77730158	ID=MS.gene38054.t1.exon12;Parent=MS.gene38054.t1
chr5.1	CDS	77730158	77730409	77730158	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77730756	77730810	77730756	ID=MS.gene38054.t1.exon13;Parent=MS.gene38054.t1
chr5.1	CDS	77730756	77730810	77730756	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77731920	77731965	77731920	ID=MS.gene38054.t1.exon14;Parent=MS.gene38054.t1
chr5.1	CDS	77731920	77731965	77731920	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77732097	77732351	77732097	ID=MS.gene38054.t1.exon15;Parent=MS.gene38054.t1
chr5.1	CDS	77732097	77732351	77732097	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1
chr5.1	exon	77732668	77732702	77732668	ID=MS.gene38054.t1.exon16;Parent=MS.gene38054.t1
chr5.1	CDS	77732668	77732702	77732668	ID=cds.MS.gene38054.t1;Parent=MS.gene38054.t1

Gene Sequence

>MS.gene38054

ATGCAGATTTTGTCCAATTGTATTGATGAAAGGAGGCTTCAAATGTTGTTAAGTAGTGGTACAGTGAACACTCCACAGTTAATGTGTCCGAAGAATTTGGAGTTACAAAAGGAGCATAGATATGTTGCAGAATCTGTAGAACAATGCCCAATTCTTGATGACTTTGTTCACATGAAGCTTGGATTATCATTCCCTTGGAAAGCATATGTAACATTGGACTCTGCACTTTTGTCCGATTTGGTTAACGTTTTGCTCCGTGGAAAGGTAGAGTTTTTACTATGTATCTGTTATGCCTAAAAGTTCTGTAGTTTAAATTGTTGATTCTGCTTGGAATTTGTTGGTACCTATGAATCATCCTAATTTACATAGTGATTGACCTTTAGACATCTTATATGCCTCATTTCTTTTAAGAATGTTGAGTGCATGTTTGCTTCCACATTGGTGTGGAGTTGAATGTGCGGTTGATAAACTCTACAAGACATAGCTTTTATCCTGTTTTACAGTATACCAACCACACTTTGAGTTTGTCGAAGCTCGGTGAGAAACAAAACCAGTAGTAATGCATCATATGGATTTTCGATGATACCATTTTTATGCCCTTGCTAGAAGTTTGAAGATTCCTTTGAATTTGTAAACCAGAATCATAACATTCTTTTCAGCTTTGCTAGTGCTATAATTAATTCATATTTTGATGTTTAAAGCACAGTGTAGTGCTAATCGTACTTTATTCTAGAATTTCATTTTACCTATAGTCTAATAACTTGATTATGTAAAGTAGTGGATTTTTGTTAGAGTTGCTGCAAACATTGTGCAGCAAGTGTGAAGATACATGCTTATTTGAAACATATAATTAATTCACTTTTTTATTTTGGTTTTGCAATCACAGGTGATGAGGGTGTGTGCGATTGTGGATAATGTGAATTTATCTAGTTTAATTAAAGGATGTTGTTTGGTCCTTATTGGCATTATACTGTCCCACAAGTTGTCTGGCTTTTGTTTACTAAGGAAGAATCAAAAGCAGAAGGTAGTTAAGGAGCATCCACCTGCTCCACAAAAGCGGATTCAACATTGTATGCCCGGTCATTCAAAGGCTACTGGTTGGCGGAGAAAAAAGTTGCTAGTTATTTTTATGTCAGTTGGAATCCTTGGTTCTGCATGGTTATTTAGGTACATGAGTTCAGACATTGCACAAAGAAGAGAAGAAATGCTTGCCACTATGTGTGATGAGAGAGCCCGTATGTTGCAAGATCAATTTAACGTGAGCATGAACCATGTCCATGCTCTCGCTATTCTTGTGTCTACATTTCACCATGGTAAACATCCTTCCGCAGTTGACCAGGTAACATACTCAATGTCATTATTTTCTCTTATTGGGGTATTGCCTCGGGTCTGCTAGTTCATATTTCATATTTAGAGTTATTCATGGCTTATTTATTGTTATTGTTTTAATTTTAATATTACACATTTTAAGGAAAACAATTGAAGTGATAAAGTATAAGGAAAAATAACATTGAAGCTTTTGTTTGACTGCAGAAAATATTTGGAGAATATACAGAGAGTTCGGCATTTGAGAGGCCACTTACTAGTGGTGTTGCTTATGCTTTGAAAGTTCTCCATTCTGATAGGATGCATTTTGAGAAGCAGCATGGTTGGACAATTAAGAAAATGGAAACTGAGAACGAGGCATTAGTTCAAGAATGTATTCCAGAAAACTTGGATCCAGCGCCCATTCAAGATGAATATGCACCAGTCGTATTTGCTCAAGAAACGGTTTCTCATATTGTATCCATCGACATGATGTCAGGGAAGGTGTGCCTCTCTTAGCTTGCTATCACACCTTATGTTATTGACAGTCGTCACAGTCATAGTGATAGATTCAGATGAAATAAGCTTGGATCTTTTGTCTGTAGATTTTTGCATTAAATTGCTCACATATCAGGTTGTAACAAAATTTTATTTTTTTGCATTGTTATATAGGAGGATCGTGAGAATATTTTGCGAGCAAGGGCATCTGGAAAGGGGGTTCTGACATCCCCTTTTAAACTACTAAAGTCCAATTACCTCGGTGTTGTACTTACATTTGCTGTCTATGACTCTAAGCTTCCTCCAGATGCTACGCCTGAACAGCGTATTGAAGCTACTGTGGGGTAATTTTATCCAATGATAACTTAATGAGATTAATACACATACACTATCAACGTAAATAAGTTTTACACATTCATCCTATGATGTGTTGCCACATCACTTAATTAGTTACATTCATCCTACCGTGGAGTATTTTTACAATGTCGGTGTATTGGATGTAATGTGTGTGTTGGTATCCGTGTATCACATGCATTTGTAAAACCTCTTTACAGTGACAGTGTATATATTTTAACTCAATTACAAACTGAATGTAATGTGTGTGTTGTTATCCATGTATTGGAAGGTATCTGGGTGCATCCTATGATGTTCCATCACTTGTGGACAAGCTTCTTCACCAGCTTGCCTGTCAGCAAACCATTGCTGTCAATGTGTATGACACAACTAATGCATCTGATCCTATTACGATGTATGGTACCGATGTTCTTGATACTGGCTTACTACACGTAAGCGGTCTAGATTTTGGGGATCCACTACGAAAACATGAGATGCACTGCAGGTTTGTTTTCACTATAAAGTTCTATTTTATGCCCAAATAATTGAAATATCACATAAGTATATTTCCATTTTTTTGCCAGGTTCAAGCATATGCCTCCATTTCCTTGGACAGCATTCTGGGCATCCTTGGGGGTATTTGTTATTACCTTTCTTCTTGGATATATATTTTATGCAGCAATAAATCGAATAGCTAAAGTGGAAGATGACTATTGTCAAATGAGAGAGCTGAAAGTTCGTGCTGAAGCTGCAGATGTCGCAAAATCTCAGGTTAGATATATTTTGGGGATCGTTGCTTTCTGTAATGCAACAAAATTGTTTCCGATGGCAAGAATGTTAGGATTTCTGTTGCAAATTCATATGTTCAATACATCATATGTTGATCATGTTAAACATGAGAATTATTACTCACAACTTATATAACCTTTTATGTAATTGAAATTAATAATTCTCTCTTGACCTCAAAGGATTAGTTTCTCTTTTTGTAGTTTCTTGCGACAGTTTCACATGAGATCAGGACTCCATTGAATGGTGTTTTAGGTAATTGAGAATAATTTGTTGTTGTTATAATAGATAATCCCATCTGGTAAACACTTGTTGGCTAATCTCAACTGTTTTCAAATAATTTTCCAGGTATGCTGCAAATGTTGATGGATACTGACCTTGATGACAATCAGATGGATTTTGCCCAAACTGCTCACACGAGTGGTAAAGATCTTATATCGGTTATAAGCGAGGTTCTCTATCAAGCTAAGATCGAGGCAGGCAAACTAGAACTTGAGGCTGTAGCTTTTCATCCACATGCAATTCTAGATGAAGTTCTATCACTTTTCTCTGAAAAGTCCGATGAAAAAGGAATTGAGGTGAAGCCCTATCTTTAGATACTTTACTTTGTTTTGTACCCTCCAATTATCTCGGCATTCAGTCTTTACATAAACTTATGTTCTCTATACCTTTTTGGTTGAGTACAGTTGGCTGTTTATGCATCTAACCAAGTACCTGAAGTTGTCATCGGCGATCCTAAACGCTTCCGACAAATAATTACCAATCTTGTTGGAAATTCGCTTAAGGTTTGCAACATTTTACACTGAACTATCATCTCTTTTAGCTGCTGCGGATTTATAATCTCTGTTAATTAGTTTACTTGCTGCATTTCAGTTCATTCACAATAAAGGACATGTTTTTGTCTCGATTCATCTGGCAAATGAAGTGAAGAGTCCACTTCACATCATGGATGCAGTGCTGAGAGAATGCTTAAACTTGAATCAGGACATGTCGGAAAGAACATGCAATACATTGAGTGGATTTCCTGTAGGAAACAGATGGAAAAGCTGGGAAAAGTTTCAAAAGTTAAATTTGGCGCATGAGTCAGAAACTATCCAACTACTAGTAACAGTCGAGGACACTGGTATAGGAATTCCTACCGATGCTCAAAGCCGCATATTTACACCTTTCATGCAGGCTGATAGTTCCACATCGCGAACATACGGTGGAACTGGAATAGGATTAAGCATTAGTAAATGTCTAGTTGACCTCATGGGAGGAGAAATTGGATTTGTAAGTGAGCCTGAAATTGGAAGTACTTTTTCATTTACTGGAAATTTTAGAAAAGGAGAAACAGAATCTGTGGATGAGAAATGGCAGAAGAATAACCCTTTGGCCTCTGAGTTCCAGGGTTTGAGAGCATTAGTAATAGATAGAAGAAAAATCCGGGCTGAGGTTACACGATATCACCTGCAGAGGTTGGGCATGTCTGTAGATGTAAATTCCAGTCTTCAATCTGCTTGCTTTTCTATTTCTGATACTTGCAACTCAAGGTAATGTGTTAGTTTTTTTGGTCTAAGATGAAAATTCAGATCAGTTGTACCGGACATTAGGTTATTATAATATTTACTAATTATTGCTTTTGTTTCCATTCTTTCAGTATGTCGACGCAGTTGGCCATGATTCTTATAGACAAGGATTCTTGGGACAAGGAAAGTAGCATCTTATACGCAATCAAGAAACAAGGACAGAATGGCGTCAAAGGTGACTCGCTAAACTTTCCAAAGATTTTTCTCCTGGCCACCCACCTTAGCCCCAATGAGCAGAAGGAGCTAAAGTCAGTTGGTATCATAGATGATGTACTAATGAAGCCTCTTTGGCAAAGTGTTTTGATTCGCTACTACAGAGAATCCCTTGGAACTGGGAGAAAACAAATAGACAGAAAAAAAGTATCCCAACTTGAAAATTTATTGATACACAAACGAATTTTGGTGGTCGATGATAACGCAGTGAACAGAAAAGTTGCAGAAGGTGTTCTGCGAAAATATGGAGCAGTAGTTACCTGTGTGGAGGGTGGTAAGGCTGCTCTTAAGGTGCTTAAACCACCACATAATTTTGATGCTTGTTTCATGGATCTCCAAATGCCAGAAATGGACGGGTAATTAATCTGCATATTCTTCATCTGTTTAGTTTGTTTTTGACTTTTGTATGCAAGTATAATTCACAAGTATTTTCTTCTTACATGTTGCAGTTTTGAGGTGACTAGGCTAATCCGGTATATGGAGAACGAGGTAAATGAAAAAATTGCTTGTGGGGAAGAATTGGCAGAGATGTTTGGTAACATTTCTTACTGGCACATACCAATACTAGCTATGACAGCTGATGTAACTCAAGCATCAAATGAAGAATGCAAAAAATGTGGGATGGATGACTTTGTGTCAAAGCCATTTGAAGAAGAGCAACTCTATACGGCAGTGGCACGTGTCTTCAGTTTTTGTTCACAGTAAGGAAGTAGCATTGCTTATTGACACGCTGCAATACTAGCTACTACAGCTGATGCAACTCGGCCTTCGAAAGCAGAATTCTGCATAATGGATCTCAGCTATGGCTGTGTAGATATAGTAAGTGTCGTGTTTCATCATCCTTGGATTTTCATATTACAAGTGCATTTAGTAGAAAATTTTCAATGATTAGAACATACATGTGTTTCATTTCTAAATTTTGTCACTCTACTCAAGTATGTTTCATTTTAGCTGCAGCTTGTTTTTTCATTCACATCTACAATGTTTGATTTAAAATATTTTATTACTATTTACTTATTAACAGTTTTTCACTTGTCCTCTTTTCAGAAAGTTGATTTCAACTGCAATATATTACATGGAATCACTCATTGCAGGAGCAGAGGTGAACAGGAGTCAAAATTAAATTTATATGTACATATCATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATATTTTGTATATTCGTATCGAGCAAGTAGGATATAAGATAAAATGTTGTAGTTATGTCATCATTAATTAATTCATTTTCTGGGGGGCTAAGATGGAAAGAAATGGAAGATATCTGAACCCTCAGAAGTTTGTATGTAACATGTATAGTTATTAATCAATCCAGTATTATGGAATATGTATCAATATTGTGAGATTACAACTCCAATATATCACAAAAAAGTTGCAATGGATATTGGTTTATGATAACATGAGAACCACCAAAGGACCAAGAACCTTTTTCCATATGGAAAAAGGCAATAAAGAAAAAGGGTTGCAAAAACATAAAAGGTGTGAAAAAGGAAGTGAAATAGATAATCATCTTGTAATTGAAAGCGGTTAAAAAAAATGTAAAGCTTTGTTGAGTTGGAATATCATCTGACAGCATATATAAAGTATAGAATATATTACTTTCTATATGTGATTGTCAAGGAAGTGACTAAGCCATAAACATTACCTTGTTACAGCTCATTTTGTGGATTTGGATTGCGTACCGTGATAAATCCATGCATTCATACAAAAAGAAAACACATTTTGATATTTTTTAACTCCAAAATATCGAGCTTTTCAAGCCTATAGATTGTCTGATCTTGATCCAATGGCCACCAATGTGTTTTTTTAAGAGATGACCAACGTGTTGATTGTATGAATGCGTGATATTTGTGACGGTTGGCAATCCAAATCCTCATTTATGTGGGTTACATACATATGTGTGACCACTAGAAGTTATCAATAGTTTATTGTATAGGTAGATCCCATTGTCAATCTGATCTTGAAATATGGTCGTCCACATGGAATATAAAATTATTTCTTAGCCTTTTCAAGCACATAACTTATTTGGCCTTTTCTCTTCGCATTAGAACTATATAGATAAGTAGCATAATGTTGTTCTTGGTGTCTTAGCTATCTATTAACTTTTCATTTTTACAATGCCAATATCCATGTTGAAGTTGATGTTTACTCTACTCTTCATAGCCATGATTCTTCCAAAATCTGGTAATGAAAACATACTTATGTTCCAAAATATATCAAATTGTTACATTACAACTCTTTTAGCTGCTTCTTAATTTTCCTCCCTCTGTTGTGTATGTTTATAATGTTCATCTTCTAGAGTCTGTTACATGCAGCGAACGCCGAATTCGAGCTATGGTGTGTAGCAGATGAGCAGACCACTGACTCTGATTTGCAGGATGCCTTGAATTGGGCTTGTGGGAAAGGAGGTGCAGATTGTCGCAAAATTCAACAAGACCAACCTTGCTATTTTCCAAACACATTGAAAGACCATGCTTCTTATGCCTTTAACAGTTACTTTCAGAAATTCAAGAACAATGGTGGTTCTTGTTATTTTAGAGGTGCTGCCATGACAACAGAAGTGGATCCTAGTAAGTATTACTGAACATATTTTTGATAACCACACCCCACTTCTGGAGTTGTTTAAACTAGGAAATGTACATGTTCACATGACAATGATTGCAAAAAGTAGATCTAGAAATGAGTTGGCCATGTGATTTTGAATAGTTTAATGAATATTAAAATGGTACAATTGATTTACCTTGATGTGTGAATGCAAAAGGGGAAAAGTAAAAGTAACTTGGCAAACAAGTAAGGTTTTTAGTGTTAAATGTTTACAAGCTATATTTAGTAAAAGACTAAACTTAGATGTGGTACCAGTCTTGATTGTTAAATGTGTATGTGCAGGTCATGATTCTTGCCACTATGACTTCTTTCCCTGA

Protein sequence

>MS.gene38054.t1

MQILSNCIDERRLQMLLSSGTVNTPQLMCPKNLELQKEHRYVAESVEQCPILDDFVHMKLGLSFPWKAYVTLDSALLSDLVNVLLRGKVMRVCAIVDNVNLSSLIKGCCLVLIGIILSHKLSGFCLLRKNQKQKVVKEHPPAPQKRIQHCMPGHSKATGWRRKKLLVIFMSVGILGSAWLFRYMSSDIAQRREEMLATMCDERARMLQDQFNVSMNHVHALAILVSTFHHGKHPSAVDQKIFGEYTESSAFERPLTSGVAYALKVLHSDRMHFEKQHGWTIKKMETENEALVQECIPENLDPAPIQDEYAPVVFAQETVSHIVSIDMMSGKEDRENILRARASGKGVLTSPFKLLKSNYLGVVLTFAVYDSKLPPDATPEQRIEATVGYLGASYDVPSLVDKLLHQLACQQTIAVNVYDTTNASDPITMYGTDVLDTGLLHVSGLDFGDPLRKHEMHCRFKHMPPFPWTAFWASLGVFVITFLLGYIFYAAINRIAKVEDDYCQMRELKVRAEAADVAKSQFLATVSHEIRTPLNGVLGMLQMLMDTDLDDNQMDFAQTAHTSGKDLISVISEVLYQAKIEAGKLELEAVAFHPHAILDEVLSLFSEKSDEKGIELAVYASNQVPEVVIGDPKRFRQIITNLVGNSLKFIHNKGHVFVSIHLANEVKSPLHIMDAVLRECLNLNQDMSERTCNTLSGFPVGNRWKSWEKFQKLNLAHESETIQLLVTVEDTGIGIPTDAQSRIFTPFMQADSSTSRTYGGTGIGLSISKCLVDLMGGEIGFVSEPEIGSTFSFTGNFRKGETESVDEKWQKNNPLASEFQGLRALVIDRRKIRAEVTRYHLQRLGMSVDVNSSLQSACFSISDTCNSSMSTQLAMILIDKDSWDKESSILYAIKKQGQNGVKGDSLNFPKIFLLATHLSPNEQKELKSVGIIDDVLMKPLWQSVLIRYYRESLGTGRKQIDRKKVSQLENLLIHKRILVVDDNAVNRKVAEGVLRKYGAVVTCVEGGKAALKVLKPPHNFDACFMDLQMPEMDGFEVTRLIRYMENEVNEKIACGEELAEMFGNISYWHIPILAMTADVTQASNEECKKCGMDDFVSKPFEEEQLYTAVARVFSFCSQKLISTAIYYMESLIAGAELMFTLLFIAMILPKSANAEFELWCVADEQTTDSDLQDALNWACGKGGADCRKIQQDQPCYFPNTLKDHASYAFNSYFQKFKNNGGSCYFRGAAMTTEVDPSHDSCHYDFFP