AlfalfaGEDB | MS.gene35640

M. sativa cultivar XinJiangDaYe / MS.gene35640

KEGG: K03687
GO: GO:0000166 GO:0000774 GO:0003674 GO:0005488 GO:0005515 GO:0006457 GO:0008150 GO:0009987 GO:0017076 GO:0030234 GO:0030554 GO:0036094 GO:0042802 GO:0042803 GO:0046983 GO:0051087 GO:0060589 GO:0060590 GO:0097159 GO:0098772 GO:1901265 GO:1901363
PFAM: PF01025.22

Nr:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene35640.t1	XP_003601139.1	94.4	233	13	0	41	273	72	304	1.30E-112	416

Swissprot:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene35640.t1	A2BNE2	44.5	155	86	0	99	253	62	216	4.6e-29	129.8

Trembl:

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene35640.t1	G7J465	94.4	233	13	0	41	273	72	304	9.7e-113	416.0

TFs/TRs:

Gene ID	Type	Classification

Protein Kinases:

Gene ID	Type	Classification

Network:

Co-expression Network:

Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049171	MS.gene35640	0.817969	2.50E-52	-1.69E-46
MS.gene049222	MS.gene35640	0.817883	2.62E-52	-1.69E-46
MS.gene049285	MS.gene35640	0.841359	4.99E-58	-1.69E-46
MS.gene049320	MS.gene35640	0.80827	3.36E-50	-1.69E-46
MS.gene049609	MS.gene35640	0.821192	4.60E-53	-1.69E-46
MS.gene05010	MS.gene35640	0.810981	8.79E-51	-1.69E-46
MS.gene050163	MS.gene35640	0.802234	6.18E-49	-1.69E-46
MS.gene050333	MS.gene35640	0.827689	1.36E-54	-1.69E-46
MS.gene050504	MS.gene35640	0.80734	5.30E-50	-1.69E-46
MS.gene050518	MS.gene35640	0.800371	1.49E-48	-1.69E-46
MS.gene050538	MS.gene35640	0.814647	1.38E-51	-1.69E-46
MS.gene050593	MS.gene35640	0.837249	5.81E-57	-1.69E-46
MS.gene050747	MS.gene35640	0.82181	3.31E-53	-1.69E-46
MS.gene050767	MS.gene35640	0.807216	5.63E-50	-1.69E-46
MS.gene050770	MS.gene35640	0.810668	1.03E-50	-1.69E-46
MS.gene050772	MS.gene35640	0.845296	4.44E-59	-1.69E-46
MS.gene050950	MS.gene35640	0.828884	7.01E-55	-1.69E-46
MS.gene051228	MS.gene35640	0.817925	2.56E-52	-1.69E-46
MS.gene051387	MS.gene35640	0.817423	3.32E-52	-1.69E-46
MS.gene051434	MS.gene35640	0.809592	1.75E-50	-1.69E-46
MS.gene051694	MS.gene35640	0.802129	6.49E-49	-1.69E-46
MS.gene052271	MS.gene35640	0.805223	1.48E-49	-1.69E-46
MS.gene052379	MS.gene35640	0.808627	2.82E-50	-1.69E-46
MS.gene052870	MS.gene35640	0.819071	1.41E-52	-1.69E-46
MS.gene052872	MS.gene35640	0.811773	5.92E-51	-1.69E-46
MS.gene052966	MS.gene35640	0.801107	1.05E-48	-1.69E-46
MS.gene053104	MS.gene35640	0.834115	3.61E-56	-1.69E-46
MS.gene053107	MS.gene35640	0.813749	2.19E-51	-1.69E-46
MS.gene053203	MS.gene35640	0.801749	7.77E-49	-1.69E-46
MS.gene053207	MS.gene35640	0.83221	1.08E-55	-1.69E-46
MS.gene053213	MS.gene35640	0.839725	1.33E-57	-1.69E-46
MS.gene053286	MS.gene35640	0.834954	2.22E-56	-1.69E-46
MS.gene053322	MS.gene35640	0.824496	7.82E-54	-1.69E-46
MS.gene053574	MS.gene35640	0.823802	1.14E-53	-1.69E-46
MS.gene054600	MS.gene35640	0.813856	2.07E-51	-1.69E-46
MS.gene054642	MS.gene35640	0.845889	3.06E-59	-1.69E-46
MS.gene054954	MS.gene35640	0.80436	2.24E-49	-1.69E-46
MS.gene055224	MS.gene35640	0.816884	4.39E-52	-1.69E-46
MS.gene055362	MS.gene35640	0.81593	7.18E-52	-1.69E-46
MS.gene055502	MS.gene35640	0.817699	2.88E-52	-1.69E-46
MS.gene055577	MS.gene35640	0.821286	4.38E-53	-1.69E-46
MS.gene055636	MS.gene35640	0.833602	4.85E-56	-1.69E-46
MS.gene055638	MS.gene35640	0.807797	4.24E-50	-1.69E-46
MS.gene055647	MS.gene35640	0.820939	5.26E-53	-1.69E-46
MS.gene055722	MS.gene35640	0.815943	7.13E-52	-1.69E-46
MS.gene05592	MS.gene35640	0.838502	2.77E-57	-1.69E-46
MS.gene056083	MS.gene35640	0.815845	7.50E-52	-1.69E-46
MS.gene056374	MS.gene35640	0.818223	2.19E-52	-1.69E-46
MS.gene056657	MS.gene35640	0.81278	3.57E-51	-1.69E-46
MS.gene056692	MS.gene35640	0.814115	1.82E-51	-1.69E-46
MS.gene056897	MS.gene35640	0.8204	7.00E-53	-1.69E-46
MS.gene056898	MS.gene35640	0.800944	1.14E-48	-1.69E-46
MS.gene057011	MS.gene35640	0.812616	3.88E-51	-1.69E-46
MS.gene057129	MS.gene35640	0.807848	4.14E-50	-1.69E-46
MS.gene057331	MS.gene35640	0.870536	1.36E-66	-1.69E-46
MS.gene057416	MS.gene35640	0.85068	1.45E-60	-1.69E-46
MS.gene058323	MS.gene35640	0.849044	4.16E-60	-1.69E-46
MS.gene05837	MS.gene35640	0.814813	1.27E-51	-1.69E-46
MS.gene058419	MS.gene35640	0.808789	2.61E-50	-1.69E-46
MS.gene058544	MS.gene35640	0.819886	9.18E-53	-1.69E-46
MS.gene058773	MS.gene35640	0.85451	1.17E-61	-1.69E-46
MS.gene059022	MS.gene35640	0.821719	3.48E-53	-1.69E-46
MS.gene059023	MS.gene35640	0.820175	7.88E-53	-1.69E-46
MS.gene059029	MS.gene35640	0.825345	4.93E-54	-1.69E-46
MS.gene059181	MS.gene35640	0.817905	2.59E-52	-1.69E-46
MS.gene059536	MS.gene35640	0.816667	4.91E-52	-1.69E-46
MS.gene059677	MS.gene35640	0.814121	1.81E-51	-1.69E-46
MS.gene059718	MS.gene35640	0.821737	3.44E-53	-1.69E-46
MS.gene059960	MS.gene35640	0.817236	3.66E-52	-1.69E-46
MS.gene060804	MS.gene35640	0.82018	7.86E-53	-1.69E-46
MS.gene06092	MS.gene35640	0.844665	6.57E-59	-1.69E-46
MS.gene061150	MS.gene35640	0.834318	3.21E-56	-1.69E-46
MS.gene061200	MS.gene35640	0.817947	2.53E-52	-1.69E-46

PPI:

Gene1	Gene2	Type

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene35640.t1	MTR_3g073450	94.017	234	14	0	40	273	71	304	1.17e-160	448
MS.gene35640.t1	MTR_7g087250	46.535	202	106	1	53	252	103	304	1.40e-57	187
MS.gene35640.t1	MTR_7g087250	42.604	169	95	1	53	219	103	271	1.66e-36	131

Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
MS.gene35640.t1	AT1G36390	54.359	195	89	0	63	257	78	272	9.17e-68	212
MS.gene35640.t1	AT1G36390	54.359	195	89	0	63	257	78	272	9.17e-68	212
MS.gene35640.t1	AT5G17710	49.738	191	94	2	63	252	115	304	6.01e-55	180
MS.gene35640.t1	AT5G17710	49.738	191	94	2	63	252	113	302	6.76e-55	180
MS.gene35640.t1	AT5G17710	49.738	191	94	2	63	252	113	302	6.76e-55	180

Find 52 sgRNAs with CRISPR-Local

Find 0 sgRNAs with CRISPR-GE

CRISPR-Local

CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
ACAAGATTTACCAAGCTTAT+TGG	0.223350	3.3:+63553088	MS.gene35640:CDS
TAACTTACCAAAGGATTAAA+AGG	0.227686	3.3:-63553524	None:intergenic
TGAGGAGTCCGAAGTGTTTA+AGG	0.256357	3.3:+63555427	MS.gene35640:CDS
TTCGTGTTGGCCACGGTTGA+TGG	0.276701	3.3:-63548454	None:intergenic
TGAAGAAATAATACAATCTA+AGG	0.316412	3.3:+63553172	MS.gene35640:CDS
TTGATGGCTGCTCCAAGGAC+TGG	0.358588	3.3:-63555568	None:intergenic
TACAAGAAAGCCTTTCTTAA+CGG	0.370413	3.3:+63553125	MS.gene35640:CDS
TCAATTCTAGCAGCTGTTGA+TGG	0.374139	3.3:-63555584	None:intergenic
CAGTGACCTCAATGTCGATT+TGG	0.386412	3.3:-63548512	None:intergenic
GCACTTGTGAAGGTTTCCTT+AGG	0.414176	3.3:+63555512	MS.gene35640:CDS
AGCAATTTGTAGAGACTTTG+AGG	0.424003	3.3:+63553465	MS.gene35640:CDS
AGTGGCATCTACCCAGTCCT+TGG	0.435806	3.3:+63555556	MS.gene35640:CDS
CTTTCCATCGCCGTTAAGAA+AGG	0.448413	3.3:-63553135	None:intergenic
AGGTTTCTTGCTCAAAGATA+AGG	0.453331	3.3:+63555478	MS.gene35640:CDS
GTGAAGGTTTCCTTAGGTCC+CGG	0.454329	3.3:+63555518	MS.gene35640:CDS
TGCTCAAAGATAAGGTTGTA+AGG	0.460819	3.3:+63555486	MS.gene35640:CDS
GGAAAGAATTAGCATTCAAT+CGG	0.485047	3.3:+63553316	MS.gene35640:CDS
TGATGGCTGCTCCAAGGACT+GGG	0.486960	3.3:-63555567	None:intergenic
ACAACAGATTGAAGCGGAAA+CGG	0.508186	3.3:+63553400	MS.gene35640:CDS
AAAACAGACGAGACTCGAAA+TGG	0.509669	3.3:+63553056	MS.gene35640:CDS
AAAGCCTTTCTTAACGGCGA+TGG	0.510023	3.3:+63553131	MS.gene35640:CDS
TATCAAAATCCGCTTGCAAA+CGG	0.510414	3.3:-63553271	None:intergenic
AAGGAAACCTTCACAAGTGC+TGG	0.513889	3.3:-63555509	None:intergenic
GTTTGTTACGACGGAAGCTA+TGG	0.517000	3.3:-63548541	None:intergenic
CTTTCTTGTATGCTTTAACA+AGG	0.523367	3.3:-63553112	None:intergenic
GCCACGGTTGATGGCGGTGA+CGG	0.528175	3.3:-63548445	None:intergenic
TGAAGGTTTCCTTAGGTCCC+GGG	0.534603	3.3:+63555519	MS.gene35640:CDS
TTAACAAGGACCAATAAGCT+TGG	0.547746	3.3:-63553098	None:intergenic
GTTTCTGTGGTTGTAACAGT+TGG	0.553708	3.3:+63553497	MS.gene35640:CDS
GAGTCCGAAGTGTTTAAGGA+AGG	0.560329	3.3:+63555431	MS.gene35640:CDS
AATCCCTTCCTTAAACACTT+CGG	0.563851	3.3:-63555435	None:intergenic
GAGGAGTCATCATGTTTCTG+TGG	0.572246	3.3:+63553484	MS.gene35640:CDS
TGTAAGGCCAGCACTTGTGA+AGG	0.574016	3.3:+63555502	MS.gene35640:CDS
TACAATCTAAGGCAATTGAA+AGG	0.576919	3.3:+63553183	MS.gene35640:CDS
AGCTGTTGATGGCTGCTCCA+AGG	0.578183	3.3:-63555573	None:intergenic
TTTGAGCAAGAAACCTCGAC+GGG	0.582305	3.3:-63555471	None:intergenic
ACATGAAGCCGTTGGACGTG+AGG	0.584494	3.3:+63555409	MS.gene35640:CDS
GCAATATCTCCGTTTGCAAG+CGG	0.589266	3.3:+63553262	MS.gene35640:CDS
AGTCCGAAGTGTTTAAGGAA+GGG	0.590140	3.3:+63555432	MS.gene35640:CDS
CTTTAGGAAAAGATGTGAGA+AGG	0.603142	3.3:+63553295	MS.gene35640:CDS
TTGCAGATACATGAAGCCGT+TGG	0.609028	3.3:+63555401	MS.gene35640:intron
TGTTACGACGGAAGCTATGG+CGG	0.613080	3.3:-63548538	None:intergenic
TTCGGACTCCTCACGTCCAA+CGG	0.617680	3.3:-63555417	None:intergenic
AGTTAAACAACAGATTGAAG+CGG	0.621582	3.3:+63553394	MS.gene35640:CDS
GAAAGTATCTAGTTTATCCG+CGG	0.637283	3.3:+63553220	MS.gene35640:CDS
TTTACAAGAAACTTTATCCG+CGG	0.638607	3.3:-63553237	None:intergenic
CTTTGAGCAAGAAACCTCGA+CGG	0.642365	3.3:-63555472	None:intergenic
ACCGTCACCGCCATCAACCG+TGG	0.643015	3.3:+63548444	MS.gene35640:CDS
CGAAAGCCAAATCGACATTG+AGG	0.652574	3.3:+63548506	MS.gene35640:CDS
TGTAGACACTGTAAGTGCGA+AGG	0.657751	3.3:-63548479	None:intergenic
ATAATTAAAGAATCCCGTCG+AGG	0.675021	3.3:+63555458	MS.gene35640:CDS
GTGTTGGCCACGGTTGATGG+CGG	0.686599	3.3:-63548451	None:intergenic

CRISPR-GE

badsite warning	sgRNA_sequence	Strand	Position	Region	GC_content

Chromosome	Type	Strat	End	Strand	Name
chr3.3	gene	63548435	63555616	63548435	ID=MS.gene35640
chr3.3	mRNA	63548435	63555616	63548435	ID=MS.gene35640.t1;Parent=MS.gene35640
chr3.3	exon	63548435	63548554	63548435	ID=MS.gene35640.t1.exon1;Parent=MS.gene35640.t1
chr3.3	CDS	63548435	63548554	63548435	ID=cds.MS.gene35640.t1;Parent=MS.gene35640.t1
chr3.3	exon	63553047	63553538	63553047	ID=MS.gene35640.t1.exon2;Parent=MS.gene35640.t1
chr3.3	CDS	63553047	63553538	63553047	ID=cds.MS.gene35640.t1;Parent=MS.gene35640.t1
chr3.3	exon	63555407	63555616	63555407	ID=MS.gene35640.t1.exon3;Parent=MS.gene35640.t1
chr3.3	CDS	63555407	63555616	63555407	ID=cds.MS.gene35640.t1;Parent=MS.gene35640.t1

Gene Sequence

>MS.gene35640

ATGGCTTGCACCGTCACCGCCATCAACCGTGGCCAACACGAAAACCTTCGCACTTACAGTGTCTACATTCACGAAAGCCAAATCGACATTGAGGTCACTGTTACCGCCATAGCTTCCGTCGTAACAAACTGGCTCCAAACTATGCTCATTCATCATCTTCAATACCTCCGCAACCGTAATCTCCATAACCGTAATCACCGCAACCGTAACCGTAATCTCGTTGTCGGCCTCGGCGTTCAATGGACTCCCGGCAACCTTGATCCTTCCGCCGACACGCTACAGTTATGCATCCATGGCAGCTGTCTTATCTTCCACCTCTCTCTCGCCGATATGATTCCGGTCAGTCTCTGCAACTTTCTCCACCTCTCTCTGCATCACAATAAGAGAAATGAAACATAAGAGAAAATGAAATACTACCTCGGTTCCCAAATTTGGGCTCAATTGAGTTAATTTCTTCTAATTTTGGTTGTTTGGGCAATTGCATGTAGGTAATTTGGACACGGATTTGGACTGTTGGGGCTGCAATTTCAGAGGAATTAATGAACAAACAAGTGTTGGAAGTGAGTTCTCTTGTAAGCTTGAATTTGAACTTGGAACCGAATTTGTTGATGGTTACAATAGTTGTAAATATATGTTCTTGACAATTAGAGAAGTTAGAATTTGGGATTTAAGAAATTGCGTATGGAATTGAATGGAAGAGAAGACCCTAATTGGTTCCCTTTTGTTTTTGTGTGAATTATTTTTTTGATAGATTTGTTGCAATCAATTCAAGTAAAAAGGAGTTTTGGAAAAGAGTAATTACTTTGAAGAGAAGCTTAGAAGAATTGGGAGTTTGACATCAAATGGAAAAACAACTTTTGAGGTGGGTTTCTAGTAAGAGATGGATTTTAGTTAGAATTATTTTGGCTAAAGGGTACTTTTCCCCCCTAACTTTCAAAATGTTGCGATTTTGGCCCCCCATGTATGAAAACCACAATTTTGGCCCCCTATGTTTAGGGAAATATGCTCTTTTAACCCCATAACATAAAGGAAATATGTTTTTTTACCCCTTATCTTTTAAAAATGTTGCGATGTTGGCCCCTTATCTTTTCAAAATATTCCCTTTTTTTGGACACGTGTCGCCTTCTCAGCAGTTTTCAAAGTTAGGGGGCCAAAATTGTGGTTTTCATACATGGGGGGCCAAAATCGCAATATTTTGAAAGTTAGGGGGGGAAAAGTACCCTTTAGCCAATTATTTTTTTGATGAAATTGTTGTTCAGTGTAGGAAATAAAATCATATGGAAATAAATTGTAAAACTCTTCTACAAAAAATCATATGGAAATAAAACTCAGTTGCTGCGATGAATTTGGTTTCTTCTCACTTCTGCAAACCGGCCTGTTTTGACGTTCGATTTTGTTGTTGTTGCGAACTCGACTTGTAGCTACTGTGTTTGAATTGGTTCTGATGGAGAGCTGATCCGACCTGCTCTTGTAGAGTTGGATCCGGTTTGGTTTTAAACTTGAATTCTGGAAAAAAATGGTAATTGGTGTTCTTGTGAAATTGCAAGAAAAAAGTTGGTGTTTGATTCAATTTTGGGTCTGCCGAATATTGATAACAGATGTTTTTTACCGTGTCCGTCTTGTATGTGTTCTGTTTTAATTTTTATTCAGAGGCTACTCTTATGAAACTTAAACTCGACGCAAAACGCGATACACCGTCAGTGCAAATTGATGAGGAAGAAGAGTTTACAAAAGATTGTTTAGTTACTGATGAAATTATTACTGAAACAATAAGTATGGTTTAATGGTTTTGATAGTCTTGTATGTGAAACCAATATAATTGTGTAATGGTTTTAAATGATGGAATTATTACTGAAACAATAAGTTTGGTTTAATGGTTTTTATAGTGTTGTATGTGAAACCAATATAATTGTTTAATGGTTTTGATAGTCTTGTATGTGAAACCAATATAATTGTGTAATGGTTTTAAATGATGGAATTATTACTGAAACAATAAGTTTAGTTTAAAGGTTTTTATAGTGTTGTATGTGAAACCAATATAATTGTGTAATGGTTTTAAATGATGGAATTATTACTGAAACAATAAGTTTGGTTTAATGGTTTTTATAGTGTTGTATGTGAAACCAATATAATTGTGTAATGGTTTTAAATGATGGAATTATTACTCAAACAATAAGTATGGTTAAATGGTTTTGATGGTCTTGTATGTGAAACCAATATAATTGTGTAATGGTTTTAAAAGATGAAATTATTATTGGTACATGATTTTAAATAATGATTATGATGTTATACACTAAAATTATTACTGAAACCATATATATGGTTTAATGGTTTTGATAGTTTTCAATGTGAAACCAAAATAATTGTCTAATGGTTTTGTAATAAAATAGAAGAAAAAATGTGATAAACATTTAAACCATTATTCACTAACTATAGTCCACACTTATAACATTTAAAACAATTACTTAATGTGAATTAATCAATCAGTAACCACTTTTTTTTTTATAAGCTCCATCATCTCTCTTTTGTTTCTTCCGTTGTAAAACGAATTTCTGCCTTTGTCTAAGTATAATTGTGGTTTAATGGTTTTGATATACTTGTATGTGAAAGAAAAATAATGGTCTAATGGTTTATAAAATAAAAGAATAATGAAAATTATTATTGATAAACAATTTTAAATAATGACTTTTACTGAAACCATAAGTATGATTTAATGGTTTTGATAGTGTTCGAGCCCCGGTCATAATATTTGGTTTAATAATTTTAATATTTTTATCAATTAAGTTAGAATATGTAGACATTTTTCAAGTATTCAATTGATTACACTAATTTTTTGTGTAAATTTGTACTGATTTCATATTAGCATCGGAAAAACAACTCGAATCAAATAAGTAATGTTAATCAAATAAATAATGTTAAATCTTTTGAAAAAAAAAGAGTTTTGTCATTTATAAAATTCTCCCCAATTTAAAGGATTAGTCTTCACAGTTACGCCAAAGGATATTTGTTTCCCACCAAAAAATCAAATAAGCAAAATTCTATGTAACCAATTCTTAAAAAGTATAAAAAAATATTTTCAACACAAAACATTATCCTTTTACTTTTTTTTTTGGGCAAGTTCATGATTTGTTAAAGGTTTGACATTGTTTTTGTGGCTATGTCATTTTGGTTTGACATTGTTCATGATTTGTTAAAGGTTTGATTTTTTAAAATGAAATCGGAATAAGCTGTTTTGTATAAATAAGTTGTTTTGAATAAGCTGTTTTACACAAATAAGTTGTTTTGTATAAATAAGTTGTTTTGAATAAGCTGTTTTGCACAAATAAGCTATTTTGTATAAATAAGTTGTTTTGAATAAGCTGTTTTGCATAAATAAGTTGTTTTGAATAAGTTGTTTTGCATAAATAAGTTGTTTTGAATAAATTGTTTTTTAAAATGAAATCGGAATAAGTTGTTTTGTATAAATAAGCTGTTTTGAATAAGTTGTTTTGCACAAATAAGCTGTTTTGTATAAATAAGTTGTTTTGAATAAGCTGTTTTGCACAAATAAGCTATTTTGTATAAATAGCTTATTCAAAATGAAATCGGAATAAGCTGTTTTGTATAAATAAGCTGTTTTGAATAAGCTGTTTTGCACAAATAAGCTGTTTTGTATAAATAAGTTGTTTTGAATAAGCTGTTTTGCACAAATAAGCTATTTTGTATAAATAAGTTGTTTCGAATAAGCTGTTTTGCATAAATAAGCTGTTTTGAAAAAGTTGTTTTGCATAAATATGTTGTTTTGCATAAATAAGTTGTTTTGAATAAGTTGTTTTTAAAATGAAATCGAAATAAGCTGTTTTGTATAAATAAGCTGATTTGCACAAATAAGCTGTTTTGCATAAATAAGCTCTTTTGAATAAGCGGTTTTAAAAAAAGTGATCCTAATAAGTTGTTTCGAATAAGCTGTTTTGCATAAATAAGCTGTTTTGAATAAGTTGCCCAAATAATTCTTTTCAATTAGGGGGCTTTAATTTAGTGGGCTTGGTGGGGGCTTTTTTAAGTGGACTTTGAAATTTGAGGCTCTATTGACACCTCTACTTATTAGAATTAAGTTTTCACTTAAGGTGTAGAAAGCAATTATGTTAGATGTAGAAAGCAATTATGCACGGTGCACAACCATAACCACACCCCCAACAAACAACTTCCACAACATACCCTCCGTCCCGTTCGTTAATACAGAAATTATACAATGGCTACTTCTCTCTCGAATCAATCTCTATTGGCTTGTTCTTCTTCATCATCTTCTTCTTCATTCTCTTCAAAATCTCCAAAACCACCCAATTTCGTTCATTTTCCATCTCGCCCCTTTTACGCCTCCAACACTATCTTAGGGTTTCCAACTCTCAATCCAACCTCCTCCCTCTTCGCTTCCAAAGATTCCTTTTCAAGTGTACGCTCTCTCTATCTCTGTTGTTTTTTTTACATCACATACTTTTTGTTATTCGTTCTGTTAATTTTTTTTTTGTATACTCAAATAAGCTGTTTTCATAAACTATCCCCAAGAGCTTATGAAAATAAGCTGAAAACAGCTTCTAACAGCTTATCCTCTCTCTGTCTTGTTTTTGCATAGACAAATGATAAAACAGACGAGACTCGAAATGGTGAAGATAAACAAGATTTACCAAGCTTATTGGTCCTTGTTAAAGCATACAAGAAAGCCTTTCTTAACGGCGATGGAAAGACTGCATTGTTGATTGAAGAAATAATACAATCTAAGGCAATTGAAAGGAATAAATTGATTCAGAAAGTATCTAGTTTATCCGCGGATAAAGTTTCTTGTAAAGAGCAATATCTCCGTTTGCAAGCGGATTTTGATAACTTTAGGAAAAGATGTGAGAAGGAAAGAATTAGCATTCAATCGGATGCTCAGCAAGAATTCATTAAAAAACTTCTGTTGATGGTGGACAGTTTTGAGAGAGTTAAACAACAGATTGAAGCGGAAACGGAGAAAGAGAAGAAGATTGATGCGAGCTATCAAAGTCTTTACAAGCAATTTGTAGAGACTTTGAGGAGTCATCATGTTTCTGTGGTTGTAACAGTTGGCAAGCCTTTTAATCCTTTGGTAAGTTAAATTTGAAATTACCTTCTATCGATATTTAAATCAGTTACAGACTGTAGGTTAAGAGAGTGTTTATTTGAGCAATGTTGTCAATCACGGATTGCGGAAAATAGCTGATTGTTAAAATTCCGCTGCACAATAGGGCTATATCGCCACTATAGTAGCTATTTGACAACATTTTGTACCACATAGCATACTCTGAAGCACGGGTACTCCGTTTTGCTAAACGTACCCGTACCGGGTACTGCGCGGGTACTGGTACACGTACGGTACGCGTACTGTACGCACCCATGAAGCACCAGTTTTTTTTTTTTTTTTTAAATTGTTGGGTACGGCCGGGGTACTGCAGTGGTACTGATTGGGTACGTTTATCCTCTTTTTTTGGAGAAAATGGAGCAATTATAGTTTTTTTTTGTTTTTTTATAAAAGTCAAACTTAACTCCACGCATATCCTCTTTTTTTTTTTTTGAGAAAAACAAGCCCTTTTATGAGAATTAATAGCATTGAAGCTAGTCATTTTACTGAAGATGAGGAAGGAAATAGTGATATCGACACAGTTGGAGTGTGATTTTTCCTATTCATGCATGTTATTAAGTTTTATCCGGTACTTTAGTTTTTCAATTTGGATGTTTTAGCGTTGTAATTTTTTTTTTTTGGTTGAATTTTTGTCGTCATTTGAGCAATATAATTTTCTCATGCAATGTTATTTATTTTAAATTAAAAAAAAATATTTATCGTAACGTACCCGTACCTTTGTTTTTTGAGAAATGCCGTATCCCGTACCCGCACCCGCACCCGTACCGGGTACCGTACCCGCACCCGTGCAACACAGATAGCATATTATGGTGTCTAAAATCCGCTACGCTATAGCGCCGCTATAGATGCTATTTAATAACCTTGATTGCGAGTGATGAAATTATGGAACCAATGTTTAGCTTGCTAGGTTTGCTTTTGGCATTTAAGTTGCTTTTTAGAGAGATAGTACTGCACTGCTCTGTATCATGATCTTTAAATCTATCATCAGATATTTGCTTGTGATTATGGATTTATGACTGTAAGGCACACTACTACATTTTGATCTCACTGCCACGATTTTAAGATACTAAAAGTTGCATAGATGAGATGTTATTTGTTTTGGAATTGCTCAATATATATATTTTGTAGACCCCTAAAAAAGAAATATAGTATTTGGTCGATGTCATAGGGATTCGACAAAGTTTTATGTTGGCTGAAAAAAAAAAAAATATATATATATATATATATATATATATATATATATATATATAGATTTTGAAGAAAAATGTTTTTGCAAGAATTGGTTTTGGTAGAAACAAATTAGTTTTTTTGTTTGGGAATTTTATACGGGCAATGTGAGTGGAGATTTGTTTGGGCACTCATAGACTCATAGTGAAAATCAACTCAAGTACTATCGAAAGGGATTCTGTTTTTATGTTATGTCTAAGGCCTCGTGGGACTTGGCTGCAAACCAAATTACAAATTACAGTTTTTTGTTTTTATTAATCAAATGACCTTTTCTTTATGGCTAATTTGATTGTTGGTATCCCTATACTCCTGCCACATTCTCTGAGCTAAATTGTCTTTTGATTGCACTGTCACGGGAAAGAAACAGAAATTGAGTTTCATACATCTTACTTTTTCCTCTGGAAAGTGAAAATATCTTGTTGATAGTTTGTCTATTCTCATAGTCACCATGCTGCTTGTTTTCCAATCTCAACCACATTATATGCTTGAAAATGAAAACTAAAATGTGGACATCATTTCTGCCTATAGAAGGCATATTAGATGAAATCTTATAAATAGTTACCTACATTGCTATTGTTTAATTTGTTTTTGGAATACTTCTGTTGCAGATACATGAAGCCGTTGGACGTGAGGAGTCCGAAGTGTTTAAGGAAGGGATTATAATTAAAGAATCCCGTCGAGGTTTCTTGCTCAAAGATAAGGTTGTAAGGCCAGCACTTGTGAAGGTTTCCTTAGGTCCCGGGAATAAAAAATCTTCAGTGGCATCTACCCAGTCCTTGGAGCAGCCATCAACAGCTGCTAGAATTGATGAAAGATAA

Protein sequence

>MS.gene35640.t1

MACTVTAINRGQHENLRTYSVYIHESQIDIEVTVTAIASVTNDKTDETRNGEDKQDLPSLLVLVKAYKKAFLNGDGKTALLIEEIIQSKAIERNKLIQKVSSLSADKVSCKEQYLRLQADFDNFRKRCEKERISIQSDAQQEFIKKLLLMVDSFERVKQQIEAETEKEKKIDASYQSLYKQFVETLRSHHVSVVVTVGKPFNPLIHEAVGREESEVFKEGIIIKESRRGFLLKDKVVRPALVKVSLGPGNKKSSVASTQSLEQPSTAARIDER