AlfalfaGEDB | MS.gene45438

M. sativa cultivar XinJiangDaYe / MS.gene45438

KEGG: -
GO: GO:0000166 GO:0003674 GO:0003824 GO:0005215 GO:0005488 GO:0005524 GO:0005575 GO:0006810 GO:0008144 GO:0008150 GO:0015399 GO:0016021 GO:0016462 GO:0016787 GO:0016817 GO:0016818 GO:0016887 GO:0017076 GO:0017111 GO:0022804 GO:0022857 GO:0030554 GO:0031224 GO:0032553 GO:0032555 GO:0032559 GO:0035639 GO:0036094 GO:0042626 GO:0043167 GO:0043168 GO:0051179 GO:0051234 GO:0055085 GO:0097159 GO:0097367 GO:0110165 GO:1901265 GO:1901363
PFAM: PF00005.30 PF00664.26

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.gene45438.t1	RHN38804.1	98.6	1259	17	0	47	1305	256	1514	0.00E+00	2439.5

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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.gene45438.t1	Q9M1C7	69.8	1247	369	4	47	1293	259	1498	0.0e+00	1717.6

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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.gene45438.t1	A0A396GGM4	98.6	1259	17	0	47	1305	256	1514	0.0e+00	2439.5

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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
No data available in table

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Network:

Co-expression Network:

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Gene1	Gene2	correlation coefficient	p_value	FDR
MS.gene049356	MS.gene45438	0.866195	3.40E-65	-1.69E-46
MS.gene049369	MS.gene45438	0.87161	6.00E-67	-1.69E-46
MS.gene049396	MS.gene45438	0.842047	3.28E-58	-1.69E-46
MS.gene049907	MS.gene45438	0.810091	1.37E-50	-1.69E-46
MS.gene050122	MS.gene45438	0.845331	4.34E-59	-1.69E-46
MS.gene050499	MS.gene45438	0.839956	1.16E-57	-1.69E-46
MS.gene050520	MS.gene45438	0.85593	4.53E-62	-1.69E-46
MS.gene050704	MS.gene45438	0.808012	3.82E-50	-1.69E-46
MS.gene05105	MS.gene45438	0.817556	3.10E-52	-1.69E-46
MS.gene051360	MS.gene45438	0.849829	2.52E-60	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene002714	MS.gene45438	PPI
MS.gene01628	MS.gene45438	PPI
MS.gene016542	MS.gene45438	PPI
MS.gene016553	MS.gene45438	PPI
MS.gene018634	MS.gene45438	PPI
MS.gene019881	MS.gene45438	PPI
MS.gene019882	MS.gene45438	PPI
MS.gene019883	MS.gene45438	PPI
MS.gene019887	MS.gene45438	PPI
MS.gene020726	MS.gene45438	PPI

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	bit score
MS.gene45438.t1	MTR_5g094830	55.840	1250	533	7	47	1292	259	1493	1434
MS.gene45438.t1	MTR_5g033030	53.520	1250	564	7	48	1292	251	1488	1370
MS.gene45438.t1	MTR_1g069450	53.063	1257	572	4	48	1290	272	1524	1363
MS.gene45438.t1	MTR_5g094810	54.187	1242	531	7	47	1284	263	1470	1362
MS.gene45438.t1	MTR_3g056705	52.426	1257	574	7	48	1292	306	1550	1352
MS.gene45438.t1	MTR_5g033320	53.078	1251	564	9	48	1292	245	1478	1342
MS.gene45438.t1	MTR_7g098690	52.229	1256	570	5	48	1290	270	1508	1323
MS.gene45438.t1	MTR_3g056700	51.278	1252	594	5	48	1292	60	1302	1313
MS.gene45438.t1	MTR_3g056675	49.920	1250	561	8	48	1292	60	1249	1233
MS.gene45438.t1	MTR_8g080050	49.881	1259	582	14	49	1294	220	1442	1230

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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.gene45438.t1	AT3G60160	69.848	1247	369	4	47	1293	223	1462	0.0	1794
MS.gene45438.t1	AT3G60160	69.848	1247	369	4	47	1293	259	1498	0.0	1793
MS.gene45438.t1	AT3G60160	68.525	1112	343	4	47	1158	259	1363	0.0	1570
MS.gene45438.t1	AT3G60160	25.333	150	111	1	1130	1278	698	847	8.32e-11	67.4
MS.gene45438.t1	AT3G60970	69.513	1089	288	3	205	1293	1	1045	0.0	1562
MS.gene45438.t1	AT3G60970	22.581	372	242	10	954	1305	114	459	1.39e-15	82.8
MS.gene45438.t1	AT1G04120	53.202	1265	573	4	48	1296	253	1514	0.0	1380
MS.gene45438.t1	AT1G04120	52.885	1265	572	5	48	1296	253	1509	0.0	1365
MS.gene45438.t1	AT3G13080	53.668	1254	561	4	48	1292	269	1511	0.0	1362
MS.gene45438.t1	AT3G13080	53.601	1222	547	4	48	1260	269	1479	0.0	1329

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Find 255 sgRNAs with CRISPR-Local

Find 397 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAACATATTGTTCCAGTTTC+TGG	0.114874	8.4:+78366445	None:intergenic
AAATCTTGGATTAGGTTCAT+TGG	0.411501	8.4:-78369841	MS.gene45438:CDS
AAATGGCAAACAAAATAGGA+TGG	0.606363	8.4:-78367485	MS.gene45438:CDS
AACAAGCATGGTGAGACTAA+TGG	0.469741	8.4:+78371106	None:intergenic
AACTCAACATGTCCAAGACA+GGG	0.659895	8.4:-78364871	MS.gene45438:CDS
AACTCAATTTCATCAAGTGT+TGG	0.449033	8.4:+78369255	None:intergenic
AACTGGAAGAATCTTGAACA+GGG	0.654633	8.4:-78367626	MS.gene45438:intron
AACTGTTAAAGGAGGAATTC+TGG	0.416593	8.4:-78367929	MS.gene45438:CDS
AAGAATAATTGACCTTAAAG+AGG	0.505006	8.4:+78368815	None:intergenic
AAGATACCAAACCAAGATCA+TGG	0.491567	8.4:-78369757	MS.gene45438:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAAACCAATCATCATATGTG+TGG	+	chr8.4:78367587-78367606	None:intergenic	30.0%
AAACATATTGTTCCAGTTTC+TGG	+	chr8.4:78369537-78369556	None:intergenic	30.0%
AAACCATTTAGCTGATGATA+AGG	+	chr8.4:78370301-78370320	None:intergenic	30.0%
AAAGAATATGCAGATTTCCT+TGG	-	chr8.4:78365329-78365348	MS.gene45438:CDS	30.0%
AAATGGCAAACAAAATAGGA+TGG	-	chr8.4:78368494-78368513	MS.gene45438:intron	30.0%
AACCATTTAGCTGATGATAA+GGG	+	chr8.4:78370300-78370319	None:intergenic	30.0%
AACTCAATTTCATCAAGTGT+TGG	+	chr8.4:78366727-78366746	None:intergenic	30.0%
AACTGAATTGCTTTATACAG+TGG	-	chr8.4:78370469-78370488	MS.gene45438:intron	30.0%
ACAAAGTCAGTGATCAAATA+TGG	+	chr8.4:78365785-78365804	None:intergenic	30.0%
ACAGCTAAGGAAATTTGTAT+CGG	+	chr8.4:78366103-78366122	None:intergenic	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr8.4	gene	78364866	78371135	78364866	ID=MS.gene45438
chr8.4	mRNA	78364866	78371135	78364866	ID=MS.gene45438.t1;Parent=MS.gene45438
chr8.4	exon	78371000	78371135	78371000	ID=MS.gene45438.t1.exon1;Parent=MS.gene45438.t1
chr8.4	CDS	78371000	78371135	78371000	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78368828	78370440	78368828	ID=MS.gene45438.t1.exon2;Parent=MS.gene45438.t1
chr8.4	CDS	78368828	78370440	78368828	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78368629	78368715	78368629	ID=MS.gene45438.t1.exon3;Parent=MS.gene45438.t1
chr8.4	CDS	78368629	78368715	78368629	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78367627	78368283	78367627	ID=MS.gene45438.t1.exon4;Parent=MS.gene45438.t1
chr8.4	CDS	78367627	78368283	78367627	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78367374	78367538	78367374	ID=MS.gene45438.t1.exon5;Parent=MS.gene45438.t1
chr8.4	CDS	78367374	78367538	78367374	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78366786	78367080	78366786	ID=MS.gene45438.t1.exon6;Parent=MS.gene45438.t1
chr8.4	CDS	78366786	78367080	78366786	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78366432	78366646	78366432	ID=MS.gene45438.t1.exon7;Parent=MS.gene45438.t1
chr8.4	CDS	78366432	78366646	78366432	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78366023	78366328	78366023	ID=MS.gene45438.t1.exon8;Parent=MS.gene45438.t1
chr8.4	CDS	78366023	78366328	78366023	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78365605	78365668	78365605	ID=MS.gene45438.t1.exon9;Parent=MS.gene45438.t1
chr8.4	CDS	78365605	78365668	78365605	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78365273	78365512	78365273	ID=MS.gene45438.t1.exon10;Parent=MS.gene45438.t1
chr8.4	CDS	78365273	78365512	78365273	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1
chr8.4	exon	78364866	78365005	78364866	ID=MS.gene45438.t1.exon11;Parent=MS.gene45438.t1
chr8.4	CDS	78364866	78365005	78364866	ID=cds.MS.gene45438.t1;Parent=MS.gene45438.t1

Gene Sequence

>MS.gene45438

ATGGCAGCCATTAGTCTCACCATGCTTGTTGGAACATGTAACTTTACCTCTAGAATTTGGCTTTCTTGTGATATTGTTAGTCCAACTCCTAAGAAATTGCGTGAACAACATCACCAAGCAAAACAAGGTCTCACAAGTGCATCCAAATTGCATAAAATTTGGTTTTCCTTACATGATAAGCTTAGCTTGCACCACTTTATTCTTGGCTATTCATGCCTTAATGCTAATATTGATGCTCAATCATGAGCCTCAATGTACTTCAAAACTTCAAACTTTTACATCAGAGATCATTCAAGTGTTATCATCTGCAACTATTCTAATAGCAATATGCAAGATGTCAAAAACAAATGCTAATTTCCCGTGGATTATAAGGATTTGGTGGTTTTTCAGTTTCCTTTTGAGCATTATCAGCACAGCCCTTCATGTCCATTTCAGTATAAAAAATAAGGGTGTTATTGGTATAAAAGAATATGCAGATTTCCTTGGTTTGTTTGTTTCAACATGTCTGTTAGTTGTTTCAACAAGAGGGAAAACAGGCATAGTCATCATTGCAACAAATGGTAGCATATCTGAACCACTTTTGGAAGAGAAAAATGAGAAACATTCTTCTCAGTGTCTAAAAGAATCACCATATGGAAAAGCTACAATTTTTCAATTGATAAATTTCTCATGGCTCAATCCGTTGTTTGCGGTAGGGTATAAGAAACCTCTTCAATTGGATGACATTCCTAATCTTGACATCAAGGACTCTGCTGAATATCTAAATTGTGCATTTGATGAGAGTCTTAGACAAGTTAAGGAAAAAGATGGAACTACAAATCCATCTATCTACAAGGCAATCTATTTATTTGCTAGAAAGAAAGCGGCAATCAACGCGCTTTTCGCAATAATAAGCGCTTCAGCATCTTATGTTGGTCCATATTTGATCACTGACTTTGTGAATTTCCTCACCGAGAAGGACAGTCGCGGACTAAAGAGCGGATACCTTTTGTCTCTAGGTTTCTTATGTGCTAAAATGGTTGAGGTCATAGCTCAGAGGCAATGGATTTTCGGTGCTCGGCAACTAGGCCTCCGCCTAAGAGCCGCATTGATATCACACATATATAAGAAGGGCTTACATCTATCAAGCCGATCGCGTCAAAGTCATTCTGGTGGTGAGATAATGAACTACATGAGTGTAGATGTGCAGAGGATTACAGATTTCGTTTGGTATGTAAATGTTATTTGGATGCTGCCGATACAAATTTCCTTAGCTGTTATCGTTTTGCAGACAAATCTTGGATTAGGTTCATTGGCTGCATTAGCTGCTACACTAGCAGTTATGACTTTGAACATACCTTTAACGAAAATACAGAAAAGATACCAAACCAAGATCATGGATGCAAAAGACAACAGAATGAAGACCACTTCAGAAATTCTCAAAAACATGAGGACTTTGAAACTTCAAGCATGGGATAGTGAGTTTTTCCAAAGGATAGAATCATTGAGAAGTGTTGAATATGGATGGTTATCAAAGTCATTAAGACAACAGGCGTTTTCGGCTTTTATCTTCTGGGGTTCACCTACATTCATTTCAGTGATAACCTTTTGGACATGCATGTTCGTAGGGATTGAGCTGACAGCTGGAAGGGTCTTATCCGCATTTGCGACATTCCGAATGTTACAAGATCCTATCTTTAGTCTACCTGATCTACTCAATGTTATTGCTCAAGGAAAAGTTTCTGTCGATAGGATCGCTTCTTTTCTTAAGAAGGAAGAAATCCAACATGATGTAATTGAATATGTTTCCAAGGACAAAACAGAATTTGATGTAGTTATTGAGAAAGGAAGATTCAGTTGGGATCCTGAGACAACAATTCCAACACTTGATGAAATTGAGTTGAATGTTAAGAGAGGAATGAAGGTTGCAATTTGTGGTTCTGTTGGTTCCGGGAAATCTAGTATGCTCTCAGGAATTTTGGGAGAGATATTTAAACAATCAGGGAATGTTAAGATTAGTGGTACAAAGGCTTATGTTCCACAATCAGCATGGATACTTACTGGAAATATTAGGGACAATATAACCTTTGGAAAAGAGTTCGATGAAGATAAGTATGAAAAAACTGTTGAAGCATGTGCATTGAAAAAGGACTTTGAGCTATTCTCATGTGGTGATTTGACTGAGATTGGTGAAAGAGGGATTAATATGAGTGGTGGACAGAAACAAAGAATACAGATAGCTAGAGCTGTTTATCAAGATGCTGATATATACCTTTTTGATGATCCTTTCAGTGCTGTCGATGCTCATACCGGCACTCACCTCTTTAAGGTCAATTATTCTTTTTTGTACTTTAAATTTGTAAAATATTTCAATGTTTGAAGACTTGTTTGTGAAACAATTGCATTGCTTTAATGTTAGGTGTTTCATATGTTTTCCGCAGGAATGTCTTCTGGGGATTCTCAAAGAAAAAACTATACTATTTGTTACACACCAAGTTGAGTTTCTTCCAGCAGCAGACCTCATTCTGGTAAATGATGATGCTTGCTTGAAAGTTTGGTTCTATATTTATTTAGTCAATAAAGAGTATATCAAATTATGCTGTTGAAGAGATTATAGTCTGTTAAACTACGAATTTAATTCATATACACCGTCAGTTTAAAGATTTTCTACATTGGCAATCAATTGTAATCCTCACATCTTTAAAAACATTTGGTTGTAATCAATAAATACTTCTAAAGCCACACATATGATGATTGGTTTTGATTTTTTGACAGTGTAAAATATATCATTTTACTTTGGATTCCTTAATGTTTGATATACCTCTTCCACTTTTATCATATATCACGCTGCCACTGATCCAAATGAAAACCAGGTGATGCAAAATGGAAGGATTGCACAAGCCGGAACATTTGAAGAACTTCTAAAGCAAAATATAGGATTTGAATTATTAGTTGGTGCTCATAGCAAAGCACTAGAGTCAGTTCTTATGGTTGGAAATTCAAGTAAAGCAAATTTAAATCCAATACCTGAAGGAGAATGCATCACCTACTCAAACTCAAGTTCTGAACTTTTGCACACACAACTTGACACAGTGCAAGATAATCCTCCTACAGAAAGCAAAGGAAATAATGATGGAAAATTGGTTACAGATGAAGAAAGAGAAACAGGAAGCATATCAAAAGAAGTTTACTGGTCTTATTTGACAACTGTTAAAGGAGGAATTCTGGTTCCAATCATACTATTGGCACAGTCTTCATTCCAAATACTTCAGATTGCTAGTAACTATTGGATGGCTTGGGTTTGTCCTACAAAATCTGATGCTAAGCCTATATTTGATATGAATTTCATACTACTTATTTATATGGTACTTTCTGTTGCTGGTTCCCTTTGTGTTCTTCTGAGAGCCATGTTGGTGTTAAATGTTGGACTTTGGACAGCACAAACTTTTTTCACAAGAATGTTGCATAATGTGCAACGAGCCCCCATGTCATTTTTTGATTCTACCCCAACTGGAAGAATCTTGAACAGGGTAAGAATTCATATCTATCAATGCTATCTATGACTATTATTGTTATTGCACTATATAACAACACTGATATTGAAAGTCTTAATTTCAGGCCTCCACAGATCAAAGTGTGCTAGACTTGGAAATGGCAAACAAAATAGGATGGTGTGCTTTCTCAATAATACAAATTCTTGGCACTATTGCGGTGATGTGTCAGGCAGCATGGCAAGTATTTATCATCTTCATTCCAGTAACTGCAATTTGCATATGGTATCAAGTATGTATCCTTTTTCCTTTTTGCTCTCTCTCTCTATTAAAGGACATAAAACAAGTTTTACTCATAACTAATTCCAAAATTAATGCAAGATATAATATTTCGATTTTGCAATGTGTAAGCTATGTGAACCGAAGCTTATGCTCAAATTTTAAGTCCAACATTTAAAGTAGATAAAAATGCTCATATTTAAGTTATTTTTGTACTTACAAAGAAATCAGTCTCTTTCTCATGTCCTTCTCTATCCACCGTTGTTTTATGAAATCCTGACAGAAGTTGAATGATGTTTATTTCAGCGATATTATAATCCGACAGCAAGAGAACTGGCTCGCTTAGCACAGATACAAATTACTCCAATTCTCCACCATTTTTCAGAATCTTTAGCAGGAGCTGCATCAATACGAGCTTTTGATCAAGAAGGCCGTTTCATGAGCACAAATCTTGTCCTTCTGGATGGCTTCTCAAGGCCATGGTTTCACAACGTGTCTGCAATGGAATGGCTTTCTTACAGATTGAACTTGCTTTCAAATTTTGTTTTTGCCTTTTCACTTGTCTTGCTAGTGAGCCTCCCTGAAGGTTTCATAAATCCAAGTAAGTACAAACCTTTATTGAGAAAATATTAGTAATAGACAATAAAACCATGTGTTTTGCAAACATACGAAGTTATTTTCATATAATGCTCCTCACAGGAATTGAAAATGATCTTACTTTCATTTCCGGTATGTTACAGGCATTGCAGGGTTAGCAGTAACATATGGAATCAATTTGAATGTCTTGCAAGCTTCGGTTATATGGAACATTTGCAATGCAGAAAACAAGATGATATCAGTTGAAAGAATTCTTCAATATACAAATATCGCAAGTGAATCACCTCTTGTGATTGAAGACTGTCGGCCGCCAAGAAACTGGCCAGAAACTGGAACAATATGTTTCCAAAATTTGCAGGTTTGATATAGCAAGAATTAAGGACACACAAAATATATAATGAATCAAGTTTCTATGTCCAATTTTTCCTTACATATCTTCTACACAAACTTTTATGTTACAGATACGATATGCTGAACATCTACCATCTGTGTTGAAAAATATCACTTGCACATTTCCTGGAAGGAAGAAAATAGGTGTTGTAGGACGAACTGGCAGTGGTAAATCAACCCTCATACAGGCAATTTTCAGGATTGTTGAACCAAGAGAGGGATGCATTATGATTGACAATGTGGACATATGTGAGATAGGTCTCCATGACTTAAGGTCAAGGCTCAGCATTATCCCACAAGATCCAGCCTTGTTTGAAGGCACAGTCAGAGGAAACCTGGACCCTCTGGAGCAATACTCTGACAATGAAGTGTGGAAGGTAAACACTTCAATCAAAGTTAATGTATGTTTATCACTATTAGCACAGTTAAAAATATCTTCTCATTGAAGAGGAAAGAGAGTATCCAGATGAATACTCATTGGTTACATTTAGGGTGCGTTTGATACACTGAGGTACAAAACAATGAGAATGGCACAAGACAAACACTTGATACACTTTACAACTCTTTGTTATGTACATTTTTTTATGGAGAACAGCACAAGTAATATATTGTGAAATTTACTAAAACATCCTTAGTACTTTTTCTAAGAGCAAATTATGTATGGTAAGCTACACGTGAAATGGTCGTATTTTTTTCCCTTATCATCAGCTAAATGGTTTTTTCATTTTCAGGCACTAGATAAATGTCAGCTAGGACACCTAGTGAGGGCCAAGGAAGAGAAGTTGGACTCCCCAGGTTGGATTCATTGGCTATCAACTTGCACAGTTTATTATGCTTTTGGTAATAATAATCATAGTTACTGATAAAAACTGAATTGCTTTATACAGTGGTTGAAAATGGTGATAATTGGAGTGCTGGACAAAGGCAATTATTTTGCCTTGGAAGAGCTTTGCTGAAGAAAAGCAGCATTTTAGTACTAGATGAAGCAACAGCCTCAGTGGACTCTGCAACTGATGGGGTGATACAGGATATCATTTGTCAAGAGTTCAACAATCGAACAGTTGTCACAATAGCTCATCGAATCCACACAGTCATCGATAGCGACTTGGTTTTGGTTCTCAGCGATGGTAAGTGTTTGAGATTACAAATAGAACTAATTTGACCATTTAATTGTGTTGCAAAATAGAATTTTAAATAGGTTTTCAAATAAAAAAATGTACACCGACAGTGTAAATAAGCATTACACCGACAAAAATATGAAAGATATTGATAAATATTCAACAACCAAATGAAGTTACAAAATAATGACACTAGAGTTTGACATTATATGGGAAGAAGTATCTTAATATATATCTTTTTTTTGAGTAAATCTTAATATATATCTTATGTTACAGGGAGAATTGCAGAATATGATGAACCATCAAAGTTACTTGAAAGAGAAGATTCTTTCTTCTACAAACTTATAAAGGAGTACTCTAGCAGATCCCATAGCTTCAATAACTTGGCAACTCAACATGTCCAAGACAGGGAATAA

Protein sequence

>MS.gene45438.t1

MAAISLTMLVGTCNFTSRIWLSCDIVSPTPKKLREQHHQAKQGLTRYKKPLQLDDIPNLDIKDSAEYLNCAFDESLRQVKEKDGTTNPSIYKAIYLFARKKAAINALFAIISASASYVGPYLITDFVNFLTEKDSRGLKSGYLLSLGFLCAKMVEVIAQRQWIFGARQLGLRLRAALISHIYKKGLHLSSRSRQSHSGGEIMNYMSVDVQRITDFVWYVNVIWMLPIQISLAVIVLQTNLGLGSLAALAATLAVMTLNIPLTKIQKRYQTKIMDAKDNRMKTTSEILKNMRTLKLQAWDSEFFQRIESLRSVEYGWLSKSLRQQAFSAFIFWGSPTFISVITFWTCMFVGIELTAGRVLSAFATFRMLQDPIFSLPDLLNVIAQGKVSVDRIASFLKKEEIQHDVIEYVSKDKTEFDVVIEKGRFSWDPETTIPTLDEIELNVKRGMKVAICGSVGSGKSSMLSGILGEIFKQSGNVKISGTKAYVPQSAWILTGNIRDNITFGKEFDEDKYEKTVEACALKKDFELFSCGDLTEIGERGINMSGGQKQRIQIARAVYQDADIYLFDDPFSAVDAHTGTHLFKECLLGILKEKTILFVTHQVEFLPAADLILVMQNGRIAQAGTFEELLKQNIGFELLVGAHSKALESVLMVGNSSKANLNPIPEGECITYSNSSSELLHTQLDTVQDNPPTESKGNNDGKLVTDEERETGSISKEVYWSYLTTVKGGILVPIILLAQSSFQILQIASNYWMAWVCPTKSDAKPIFDMNFILLIYMVLSVAGSLCVLLRAMLVLNVGLWTAQTFFTRMLHNVQRAPMSFFDSTPTGRILNRASTDQSVLDLEMANKIGWCAFSIIQILGTIAVMCQAAWQVFIIFIPVTAICIWYQRYYNPTARELARLAQIQITPILHHFSESLAGAASIRAFDQEGRFMSTNLVLLDGFSRPWFHNVSAMEWLSYRLNLLSNFVFAFSLVLLVSLPEGFINPSIAGLAVTYGINLNVLQASVIWNICNAENKMISVERILQYTNIASESPLVIEDCRPPRNWPETGTICFQNLQIRYAEHLPSVLKNITCTFPGRKKIGVVGRTGSGKSTLIQAIFRIVEPREGCIMIDNVDICEIGLHDLRSRLSIIPQDPALFEGTVRGNLDPLEQYSDNEVWKALDKCQLGHLVRAKEEKLDSPVVENGDNWSAGQRQLFCLGRALLKKSSILVLDEATASVDSATDGVIQDIICQEFNNRTVVTIAHRIHTVIDSDLVLVLSDGRIAEYDEPSKLLEREDSFFYKLIKEYSSRSHSFNNLATQHVQDRE