AlfalfaGEDB | MS.gene74958

M. sativa cultivar XinJiangDaYe / MS.gene74958

KEGG: K14007
GO: GO:0003674 GO:0005488 GO:0005575 GO:0006810 GO:0006886 GO:0006888 GO:0008104 GO:0008150 GO:0008270 GO:0015031 GO:0015833 GO:0016192 GO:0030117 GO:0030120 GO:0030127 GO:0032991 GO:0033036 GO:0042886 GO:0043167 GO:0043169 GO:0045184 GO:0046872 GO:0046907 GO:0046914 GO:0048193 GO:0051179 GO:0051234 GO:0051641 GO:0071702 GO:0071705 GO:0098796
PFAM: PF04810.18 PF04811.18

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.gene74958.t1	XP_013470296.1	92.7	645	35	3	1	635	1	643	1.80E-221	778.9

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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.gene74958.t1	Q9M081	80.8	323	61	1	313	635	305	626	4.8e-154	546.2

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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.gene74958.t1	A0A072VQR2	92.7	645	35	3	1	635	1	643	1.3e-221	778.9

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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.gene050330	MS.gene74958	0.808269	3.37E-50	-1.69E-46
MS.gene050786	MS.gene74958	0.875618	2.67E-68	-1.69E-46
MS.gene052309	MS.gene74958	0.884863	1.33E-71	-1.69E-46
MS.gene052358	MS.gene74958	0.871383	7.13E-67	-1.69E-46
MS.gene052361	MS.gene74958	0.82645	2.70E-54	-1.69E-46
MS.gene054017	MS.gene74958	0.803119	4.06E-49	-1.69E-46
MS.gene055784	MS.gene74958	0.915163	8.16E-85	-1.69E-46
MS.gene055785	MS.gene74958	0.889148	3.14E-73	-1.69E-46
MS.gene055786	MS.gene74958	0.815916	7.23E-52	-1.69E-46
MS.gene056969	MS.gene74958	0.812008	5.26E-51	-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.gene74958.t1	MTR_1g112310	96.429	644	13	2	1	635	1	643	0.0	1214

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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.gene74958.t1	AT4G32640	59.104	670	195	22	1	635	1	626	0.0	642
MS.gene74958.t1	AT4G32640	59.104	670	195	22	1	635	1	626	0.0	642
MS.gene74958.t1	AT3G44340	73.743	358	70	4	278	635	296	629	8.21e-179	536
MS.gene74958.t1	AT3G44340	73.743	358	70	4	278	635	296	629	8.21e-179	536
MS.gene74958.t1	AT3G44340	73.743	358	70	4	278	635	296	629	9.46e-179	536
MS.gene74958.t1	AT3G44340	73.743	358	70	4	278	635	296	629	9.46e-179	536
MS.gene74958.t1	AT3G44340	73.743	358	70	4	278	635	296	629	9.46e-179	536
MS.gene74958.t1	AT3G07100	44.223	251	139	1	382	632	315	564	1.34e-70	247

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Find 240 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
AAAAGGGCGGCTGGGAAGCA+TGG	0.520850	1.3:-76168103	None:intergenic
AAAGAACCAGGAGGTCCAGT+AGG	0.618898	1.3:-76168260	None:intergenic
AAAGGTGGTTGTTGGGCAAA+AGG	0.424211	1.3:-76168059	None:intergenic
AAATTCCAAGGCCCACTCCA+GGG	0.611989	1.3:+76169618	MS.gene74958:CDS
AAATTGCAGTGGTAGTCCCG+TGG	0.658549	1.3:-76172149	None:intergenic
AAGAAGTACACAGCAGGCAT+TGG	0.533461	1.3:-76172688	None:intergenic
AAGCCTTGCAGCGTGAGCAA+CGG	0.580266	1.3:-76171343	None:intergenic
AAGGTGGTTGTTGGGCAAAA+GGG	0.407872	1.3:-76168058	None:intergenic
AAGTAATAGAACTTCTGAAT+CGG	0.491268	1.3:+76174719	MS.gene74958:CDS
AATAATCATTGTTACTTGAA+TGG	0.339902	1.3:-76170581	None:intergenic

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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
chr1.3	gene	76167894	76175714	76167894	ID=MS.gene74958
chr1.3	mRNA	76167894	76175714	76167894	ID=MS.gene74958.t1;Parent=MS.gene74958
chr1.3	exon	76167894	76168766	76167894	ID=MS.gene74958.t1.exon1;Parent=MS.gene74958.t1
chr1.3	CDS	76167894	76168766	76167894	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76169461	76169694	76169461	ID=MS.gene74958.t1.exon2;Parent=MS.gene74958.t1
chr1.3	CDS	76169461	76169694	76169461	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76169990	76170064	76169990	ID=MS.gene74958.t1.exon3;Parent=MS.gene74958.t1
chr1.3	CDS	76169990	76170064	76169990	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76170490	76170588	76170490	ID=MS.gene74958.t1.exon4;Parent=MS.gene74958.t1
chr1.3	CDS	76170490	76170588	76170490	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76171314	76171425	76171314	ID=MS.gene74958.t1.exon5;Parent=MS.gene74958.t1
chr1.3	CDS	76171314	76171425	76171314	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76172132	76172259	76172132	ID=MS.gene74958.t1.exon6;Parent=MS.gene74958.t1
chr1.3	CDS	76172132	76172259	76172132	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76172679	76172798	76172679	ID=MS.gene74958.t1.exon7;Parent=MS.gene74958.t1
chr1.3	CDS	76172679	76172798	76172679	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76173853	76173933	76173853	ID=MS.gene74958.t1.exon8;Parent=MS.gene74958.t1
chr1.3	CDS	76173853	76173933	76173853	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76174472	76174549	76174472	ID=MS.gene74958.t1.exon9;Parent=MS.gene74958.t1
chr1.3	CDS	76174472	76174549	76174472	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76174669	76174761	76174669	ID=MS.gene74958.t1.exon10;Parent=MS.gene74958.t1
chr1.3	CDS	76174669	76174761	76174669	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1
chr1.3	exon	76175697	76175714	76175697	ID=MS.gene74958.t1.exon11;Parent=MS.gene74958.t1
chr1.3	CDS	76175697	76175714	76175697	ID=cds.MS.gene74958.t1;Parent=MS.gene74958.t1

Gene Sequence

>MS.gene74958

ATGGCTGCTCCTGTGCCTCCAGGGGCACCTAGACCCGGTAGTCAACCACCTCCACCTAACTATGTACCTAATTACAGACCTAATTCTGATGGATTAGCTGATAATTTCAACAATTTGAACCTTAATCGTCCTCCAATGACCTCTAATCCTGTTGCTAGACCTCCCCCTTTTGCCCAACAACCACCTTTTCCGTCATCCGGTCCAGGGATCCATGCTTCCCAGCCGCCCTTTTCACGTCCCGGTCCACCTCCAGGTGCATTGGTGAGGCCAGGTGGGGGTCCTCCTTCTGGAGGACCACCAAATGCTGGTCCTCCTGGAAGGCCTACTGGACCACCTCCTGGTCAACCTTCACCATTTGGGTCAAGACCTACTGGACCTCCTGGTTCTTTTGCAGCGCCGGTTTCTGGCGGTGTTGGTGTTCCTCCACCTGGCGGTTCTCCACCTCTTCGTCCATCTGGGCCTCCTCCGCAGAATTTTGGTGCTCGTCCGAGTCTAAGTCCTTTTAATGCGCCACCGAGTCAAAGTCCTTTTAATGCGCCACTGAGTCAAAGTCCTTTTAATGCCCCGCCGACGAGTGCTCCACCTGGCATGCCACCTACCAGTGTGCCACCCAGTAGCTTGTTGAGTAACGGGCCACCAGCATTTTCTGGTGGGGCTATGCCAGGTCCTCCACGCTTTCCGGGTGGTGGTGTGCAACAACCACCACTTGGACCTCCAACAATGAGAACTCCTCTAGCTCCGTCTGCTCAGTCTCCGTTTAACATGGCACCACCTGCTCAGTCTCCGTTTAACATGGCACCACCTCAGGGAATAATGCAGCCTCCTAGTTCACCTTTTGGAGCACCTTCTTGGCAGACTCAACAACAACAACAGGTACCTACTCTGTTACATACTAGTATGCATGATTAGACTTTTGTCAGCATGTTTAAAAGAAAAAATATTTGGTGGCTGTAATATCTTAGCATAACTGGAGGTACGTTTGGTTAGACGAATGAAAGGTTGAGCTGTATTTGTTACTCTTATACGAAAAGCAGAAGATTAGTTTATGCATTTATATACAAGGGTGCCATGTGTACGTGTCAGCATTACTCAGTAAGGCTGTAGCCTTGTAGGTACTAAAGCAATGATGGTGCCTATTAATTTGACTGCAAGTGGCTACAGGCATAATACGGTATGTTGCCCTTGCGGCTGTGTGATGTGATGATGTAGCTTTTTAATTTATGCTTCAGGCTGAGGTTTGGTATAAAAAACAGTCTGTAAAATGTAAGCCTTAGCCTGAAAAATACGAGAAACTATGGTTAAGCTGTTATCTAAATTTTCAAAACTCATCTGTTCCCCGTCTACTGTGTATCACAGGTGCACCAATTAGCATATCATTACGTAATTAACAGACTATCATAGTGTGAGAGTTTGTGTGTTCTTAGCATGTAATACAAATAAATGGGTATTTGGCAACAGTAAAAATTCACATGCATAGTTGTGGGCATTAGTATTTATTTGTGTGTTGTACCCACATGCATTTATTCATCTTCTGAAAACCAGTCAATGAACATTTGTAATTCTGCAGTTAGTTCCACCTCCTACAGTTCCTGGTTCTGCACAGCCTCCCAGGATGTTTGGAATGCCACCACCACTGCCAAATCAATCTATGACTACAACTATATCACCTGCTGTTGGTCAAACTGGAGCCCCCATGGCAGGGCCTTCCAAAATTGATCCCAATCAAATTCCAAGGCCCACTCCAGGGACCTCAGTGATCTTGCACGAGACTCGTCAAGGCAATCAAGCAACCATCCCTCCGGTATTCATCTGAAACTTCTGGATAAATGATTTTCTCTTTTTAAATATAAAACAGATAGAGAATTGGCTTTATGTTGAAACTGAGGCTTGCTAAGCGTGTTTGCATATTCTTGGTTTTTGTATTATTTATTAGTTATTCATTTCCTTCTCTATTATTACATTTTTCCTTTTACATTATTTTATTTCAAATTTTTTTTTCAATATGTAGTTTCATAGCCGCTGCAATGTCTATTTTTGGGGAAAGTCCTATATACCACTACTGCTGTTTGATCCTATGATTTTTATTTTTTGTCCAGCCTGCTACAAGTGATTACATTGTTAGAGATACTGGCAATTGCAGTCCACGTTACATGAAGTGCACAGTCAATCAGGTAATGTTTAATATCTTCAAAATATTTTTAGCTATGAATAAGGTCATGAGAAATGCCAAGGTTTCTTGCCTGTGTCACTTATGTAGAGTTCTATTTGTGGCTTCTATGTTGTGGTTACTTAAAGGTTGCTTTTGTGGGTTGGTGATCACATATACAGAGGGGTTGAAGGGTTTTATTCTTTGATATATTTTTTATGCTTTGGATTCCGAAGAGGTTTTTTATTTTTATCATTTTTGCATAAGAAGACGCGTTATTCTCTTTCCCCGTATTTTTTTTCTTTCTAAAGATTAAATTCTGTTGTTCTAAGTGAATTTTGGTGTTAATTTTCTGAGATTAGTTATTTCAATATTGAAAATTTTGACATTTCTATCATTTCATATTAATTTTTTTTTTCATTGCTTTGTTCCTTTTGTTGATCGAAACAGATTCCTTTCACTGCTGAACTTTTGACAACATCAGGAATGCAGTTGGCTATGTTAGTCCAACCTTTGGCACTTCCACACCCATCTGAGGAGCCCATTCAAGTAACAATGATTATTCCTTTGTAGTTTTTGCATCTGTTTTTTATCCTTACAAAAATTAATTGATGTGTTAGCTGTAGAAGTTTCTATACAACAACCAAGCCTTACCCTACTAAGTGGGGTCGGCTACATGGATACTGTTCTATCACAAATCATAGCTGTAGAAGTTTTTATAGCCGTGTTTAATTTTTGTTGAAGTGCTATTGTTCGCTATTTTTTTGAAGTTATGGAGGATTCATTTAGTAGGGTGACTTACGTACATTTCACTTTCACGTGCTATGAACTTAATTATGCAAATAAAAAATTCAGATTTTTCTTTATCTGTCAAATGTTTGATGGCATGCTAGCTATTTGCAGCATTACTGCTTTTGGAAATCAAACATACATGCCATTTTAAGGATTCATGAAATGACATCTTTTGGGATTCTTTGTTTATGTTATAACTTGCTGTGGCTTTCTTATATTTGCTTGTATTTCCTCAGAGAATGCTAAAAATATACATCTTTCAAGTTTTGTTGTCTGTTTATGTTTGAACCAATAAGATTGGTGGTTGGTGTTGAGCCCATAAATACTGTATTCAAATAATTTATTGTATAGCTGTAGTAGTAGATATAAATTATTGTATGAAGTTTGTGAATTTCCCGCTCTGCTATTTCTAACATGTTTGTATAGGTTGTTGTAATAACTTCTAAATATATCTTTTGTCCAAATATCCAATGTTTATGTAGGTTGTTGATTTTGGAGAGAGTGGTCCTGTCCGTTGCTCACGCTGCAAGGCTTACGTTAATCCTTTTATGAAATTTATTGATCAGGGAAGACGCTTTATCTGCAATTTGTGTGGTAAGTATTATTACAATTGCACATCCTACTATTGTTTGTTGGTACTTGGTATATGCTATGGTAGGCTGTTTGGAGATGAATTTTACGTTAACATTTCCCTAGAATGAAGAGAGAAGAAATAGAAAGCTTTATTTTGTCATTTACTGGCAAAGTCAATCAATAGTTGTTGGTTGAGGACAATCAATCATATTACAAGTTTATGCGTATCTTGCAACTTATTCATTGCTCACTTTTAAATGTGATTATTGCTGCTAATTTTACTTTTTTTCTTTCTATTTTGATAAAAGAAATTCATTAAGACAGAAGTATGCACAAGAGATTGGAGGATAAGGGGTTTTCTTTTTGGTGTAAACGAAAAATAAAGCAACAAAGATAAATAGAAAATATTCATCAGATGGGTAGGTGTGACAGGATGACAGACATATTTCATTGCAGGGAGTCTTAACCAGTATCAATGTGATAATCAGAGGGCAAGGATAATTCCATAGAATTCTCTCTCCTCCTATCTCTGAGGCTATTTTTGTTGTGTGAAAAAAATTACTAGAGTGTGTGGAAGAGACAAAGGAGTGAAAGATTGAGTGGATTTGATTTATTGTTTGGTATACAAGAGAAAAAGGAGAGAAATATAAGAGGATGGGTCTATTCAATATTTTGCCTTTTGCGACATCGGTAACTATTTAACTGTGGATGTACATCTGTTTTACAGGATTTAGTGACGAAACTCCACGGGACTACCACTGCAATTTGGGTCCAGATGGTCGACGTAGAGATGCTGATGAGAAGCCTGAGCTATGTAGAGGAACGGTTGAGTTTGTTGCTACTAAAGAATTCATGGTTAGTTTATTTATAAAAAATACTTGTAGACTAAAATTATGAATTTATTAGTTAGCTCTTTACCAAGCCTAATAATTCTTGGGTAAATTTGTTTTCGTAATATACACTAAATCAAGTGTTGAGGCAATTTACCTTCAAGCCTATCCATCTTGATGTAATTGACGGCTGTTATAAATGGCTGTTTGTTCATAGAGTCATGTTTATTTGGTCTTTTTGTATACTGGATTGATAAAGTATAGTTAATTATACGATGGCCTAAATTTACGTTACGGTTCTAAGATGATATGCTAAGTAAGCAGTTTAGGCTTTTGTATGGAATACATAGTTTCCTTCTCTTTTCTTTGTTTTTTTTTTAATTTTATTTCTGTCATCCTTAAGTGTCCAATGATGAATAGTGTCCAATTCACTGTTTTGTGTAGGTCCGTGAGCCAATGCCTGCTGTGTACTTCTTTCTAATTGATGTATCAATGAATGCTGTTCAAACTGGTGCAACAGCCGCAGCTTGCAGTGCCATAAGTCAAGTTATTACAGACCTTCCTGTGAGTTCTAACTGTCACAACTTACCAATCATTTATTCATGATAATCTTTGTGAAGCTTAATGTTTTTCAATTTTTCTTTTGTTTGATTGTTTGAAACTTATTCCATTTATATTGGTGCTTTACTATCACAAGACAAAACCTTTAAGATTCTTCCTCCTCTCTGCTCCTGCATCCAAAACAAAAACAAAATAAACTGAACAAATTGTTTAAATTGAACAGGGTGATATGAAAAATCAGATTCCCACCAAGTTGGTCCCTTATAATAGCTTGACTATCATTTTTGTAATTTATTGACTATGCATTGTCTTGTGCGAGATTTTCGGTCTTTTGGTCCTATATTACGTTAATTTGTGAGGCACATCTTTGATTAAGATGTCACAAAACACCATCAATGCTAAGCTTGTGTGACCATTTACAAATCTGTTTAAAATTCTAGTCAGTTAAACTCCAAAGAGCACAATTGGCCATATTTTCCACAATGAATTATAACAACTTTCTTGCCTGCATTCAATGGATTGAGGATTCCAATGTTTGATATGAGTAGGACATGAGAACGGCGTGATTCAATATTTATAGGTACGATCACATTCATCATATGCTAAACATTTTCCACAATGTAGACTATAGATATTAAAATTAAATTCTTATTGTTAGGGCCAAACTCAGTGAAATAGTGGGGAGACTAGAAAAGGGAGAAGTGTATGCACATACATGAAATTACTCATTGGATGAAAACAGTAATGGCTTATAAGCCTGACCAATTACCCCAAAGGAAAACCAAGTTACCTGCTATCATATAATTTGGAGAGTCAAAACATTGAAACTTAAGTAATTTTTTTATATTAGACGGAATATTTATAGTCTGTTATTGTTATTTTTTCACTCCATTTGCCAGTCCTCTGTTTATTTTTTGTGGTTACTTATCTAACTCAATTTCTACCAGAACTCTTTTATTTATTTGAAATTTGAGTGGTGCGACCACAGATTCTGACAAATATCTTATTTTGTTTGACATTGAGTTCATGACTTGGTTTTTTCTTCTTATTACTACAGGAAGGCCCTAATACAAAGGTGGGAGTTGCAACGTTTGACTCGACAATTCATTTCTACAACTTGAAACGTGCATTGCAGCAGGTAGCACATAAGTACCCAACTAAACATACTGAGTTTACCAATTTTTTTTGTTTTTTTGTTTTTTTGTTATGGCATATTTACTGTTAAACCCATATTTTAATTCAGTTTAAATTAGTTGCAAAATTAAGGATATATAATATTTAGGTGAATTTGAAGGTGGAAAAATATTAGCTACAAGGGCCGAATATTGCCGCAGGCATTAGTTTCAATGTTTCTTCTTGTAGAGGGTGAATGAAATTTAGGATTTGTATACTATATATTTAATTGGTGTCCAGCAAACTGACCGGTCATATTGCCATTGTTTGAGTCTGTTTTTCCTGTCTCTCAGCAGTGAAAACAGCGGTTTTCTGTTATTATTTGTTTTCTTTGCTGTTTTTAACTTGAGACTGTATTGTGAAATTTAGAACACAATATTCCTTTGCGACTTGTCAAACACGGTGCCAATTAACTAATAGTTTAGAACTAGCCCTTTGCCCTTTGCAGTTTACAGTTTTAGGTAAACAAGCCTCATGCTGATCTTGAAATTTAAAATTTGTAGCCACTGATGCTCATTGTTCCTGATGTCCAAGATGTTTATACTCCTTTGCAAACTGATGTAATTGTTGGACTATCCGAGGTTAGTTTCAAATATTTTCGTGCTTGCAGAAGGTTACTAGATAAATTGATTACTTCGTTTTCTTTTCTTATTTTCGGTTTAGCCAATATGGTTAATTGGTTTGCTTCTTTTATGCTTAGTGCCGTCAACATTTAGAATTACTTCTCGAAAGCATTCCTACCATGTTCCAAAGTAATAGAACTTCTGAATCGGCCTTTGGTGCAGCAATCAAGGTATTGCGTTTTGCTTTAATGTTATAATAGTTGTCTGACTTTGCAATGTTTTTTATGCTGTTTGCTGAGATGGAATCAACTTTTTTTTTTTTTTTTTTATGAACGTTCATATAGTTTCTCGCTATAACTCCACTCTATAATTTCTTCATTTTCTTCTTTGCTTCCTTTCTGCATTTCTGAGATTTATTTTTCACGCAAGATTTTACTTTTTGTATGTAGAGTGTCTCTGTGATGTGTACTACTTACGTTTCATAGGGTGTCTTTTTAGTGTGTGCAGTTTTTTTTTTTTTTTTTTTTAAATTTAAATGATTTATGTTTTGGGTCAATGTGGATGCCTCATTGCTAGGAACCTACATTAGAAACAGAGGGAAAAAATAAATAAAAAATGATTTTATTGTTGGACAGTAAATAAATATATTAGGAAACAGAAATTTCCCAAGATTTTCCCGTCCGGAAAGGTTTCCCATTTTACAATTGAACACTTGCTTGGTTCTCTCGAAAGACATTGCCAAATGATCTCCCTACATACTTCCCTCTATCTAATAGGTTAGAGAGAAAAATGTTGATACTTTCTCCTCCCACAACTCATTAACCAACTAACTGCCTCCCTCTACCTTATCTGCCACTATTTGTGGCAGTCTAACTGAGCCACTGTAACAGCTTACATAGAAACATGGGCTGGCCCGCTTAATTTCTTGGACCCGTCCTTGTTTCTCCTGTCATTGCTTTGTTCTTTATTCCTCTACTGGTATTTATAATTCTTTCTGTTTGGGATTTCTATCTCGCAATTTTTGGCATTTGTTGTTACTTACCGTCTTCTCACTGAGGTTGACAAAAAAAGTATACATTTTGCCATTTAATAGATATAGTTTTTGACACCCATTCCTCTAACCAGCAACAATATTGATGCTGATACCTTTGTTTTCTTCTTTTAGGCGCTTTCCTTGCAATGA

Protein sequence

>MS.gene74958.t1

MAAPVPPGAPRPGSQPPPPNYVPNYRPNSDGLADNFNNLNLNRPPMTSNPVARPPPFAQQPPFPSSGPGIHASQPPFSRPGPPPGALVRPGGGPPSGGPPNAGPPGRPTGPPPGQPSPFGSRPTGPPGSFAAPVSGGVGVPPPGGSPPLRPSGPPPQNFGARPSLSPFNAPPSQSPFNAPLSQSPFNAPPTSAPPGMPPTSVPPSSLLSNGPPAFSGGAMPGPPRFPGGGVQQPPLGPPTMRTPLAPSAQSPFNMAPPAQSPFNMAPPQGIMQPPSSPFGAPSWQTQQQQQLVPPPTVPGSAQPPRMFGMPPPLPNQSMTTTISPAVGQTGAPMAGPSKIDPNQIPRPTPGTSVILHETRQGNQATIPPPATSDYIVRDTGNCSPRYMKCTVNQIPFTAELLTTSGMQLAMLVQPLALPHPSEEPIQVVDFGESGPVRCSRCKAYVNPFMKFIDQGRRFICNLCGFSDETPRDYHCNLGPDGRRRDADEKPELCRGTVEFVATKEFMVREPMPAVYFFLIDVSMNAVQTGATAAACSAISQVITDLPEGPNTKVGVATFDSTIHFYNLKRALQQPLMLIVPDVQDVYTPLQTDVIVGLSECRQHLELLLESIPTMFQSNRTSESAFGAAIKALSLQ