AlfalfaGEDB | MS.gene29489

M. sativa cultivar XinJiangDaYe / MS.gene29489

KEGG: -
GO: GO:0008150 GO:0009892 GO:0009987 GO:0010468 GO:0010605 GO:0010629 GO:0016458 GO:0019222 GO:0031047 GO:0048519 GO:0050789 GO:0060255 GO:0065007
PFAM: PF03468.17 PF03469.17 PF03470.17 PF05605.15

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.gene29489.t1	XP_003616411.1	96.3	1122	41	0	1	1122	1	1122	0.00E+00	2046.2

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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.gene29489.t1	Q8VZ79	44.3	662	348	8	464	1121	2	646	1.2e-144	515.8

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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.gene29489.t1	G7KBR6	96.3	1122	41	0	1	1122	1	1122	0.0e+00	2046.2

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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.gene049142	MS.gene29489	0.845224	4.64E-59	-1.69E-46
MS.gene049159	MS.gene29489	0.846992	1.53E-59	-1.69E-46
MS.gene049254	MS.gene29489	0.816908	4.34E-52	-1.69E-46
MS.gene049272	MS.gene29489	0.811468	6.90E-51	-1.69E-46
MS.gene049404	MS.gene29489	0.813792	2.14E-51	-1.69E-46
MS.gene049435	MS.gene29489	0.843733	1.17E-58	-1.69E-46
MS.gene049501	MS.gene29489	0.821064	4.92E-53	-1.69E-46
MS.gene049711	MS.gene29489	0.807289	5.43E-50	-1.69E-46
MS.gene049850	MS.gene29489	0.882007	1.49E-70	-1.69E-46
MS.gene050156	MS.gene29489	0.807581	4.71E-50	-1.69E-46

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PPI:

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Gene1	Gene2	Type
MS.gene021364	MS.gene29489	PPI
MS.gene028669	MS.gene29489	PPI
MS.gene052055	MS.gene29489	PPI
MS.gene052107	MS.gene29489	PPI
MS.gene052108	MS.gene29489	PPI
MS.gene29489	MS.gene45507	PPI
MS.gene29489	MS.gene31237	PPI
MS.gene29489	MS.gene49238	PPI
MS.gene30970	MS.gene29489	PPI
MS.gene30971	MS.gene29489	PPI

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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.gene29489.t1	MTR_5g079940	96.970	1122	34	0	1	1122	1	1122	0.0	2266
MS.gene29489.t1	MTR_3g067815	63.706	653	218	6	472	1122	5	640	0.0	818
MS.gene29489.t1	MTR_3g067815	60.194	103	40	1	229	331	2	103	2.27e-30	129
MS.gene29489.t1	MTR_3g067815	59.615	104	37	2	117	215	1	104	4.81e-28	121
MS.gene29489.t1	MTR_3g067815	58.095	105	41	2	350	454	2	103	6.27e-28	121
MS.gene29489.t1	MTR_3g067815	48.872	133	61	4	1	132	1	127	4.15e-26	115
MS.gene29489.t1	MTR_4g131350	40.406	641	345	12	487	1120	72	682	1.34e-140	440
MS.gene29489.t1	MTR_4g131350	37.008	127	68	4	20	135	72	197	1.76e-15	81.6
MS.gene29489.t1	MTR_4g131350	44.186	86	42	3	131	211	72	156	2.22e-14	78.2
MS.gene29489.t1	MTR_4g131350	40.698	86	46	2	247	328	72	156	9.12e-14	76.3

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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.gene29489.t1	AT3G48670	51.017	639	293	7	487	1121	24	646	0.0	629
MS.gene29489.t1	AT3G48670	51.042	96	47	0	247	342	24	119	2.42e-23	107
MS.gene29489.t1	AT3G48670	48.889	90	45	1	131	219	24	113	9.33e-19	92.4
MS.gene29489.t1	AT3G48670	49.451	91	45	1	25	114	29	119	2.87e-18	90.9
MS.gene29489.t1	AT3G48670	50.000	86	41	1	371	456	27	110	1.04e-16	85.9
MS.gene29489.t1	AT3G48670	51.017	639	293	7	487	1121	24	646	0.0	629
MS.gene29489.t1	AT3G48670	51.042	96	47	0	247	342	24	119	2.42e-23	107
MS.gene29489.t1	AT3G48670	48.889	90	45	1	131	219	24	113	9.33e-19	92.4
MS.gene29489.t1	AT3G48670	49.451	91	45	1	25	114	29	119	2.87e-18	90.9
MS.gene29489.t1	AT3G48670	50.000	86	41	1	371	456	27	110	1.04e-16	85.9

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Find 230 sgRNAs with CRISPR-Local

Find 406 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAACAGGATTATTTGTACA+GGG	0.638147	5.3:+64625522	MS.gene29489:CDS
AAAACCGGACTATGTGTACA+GGG	0.646630	5.3:+64626258	MS.gene29489:CDS
AAAACGGGATTACGTGTACA+GGG	0.683449	5.3:+64626792	MS.gene29489:CDS
AAAATCCGGTCTTTATGCGT+GGG	0.559938	5.3:+64628093	MS.gene29489:CDS
AAAGAGAGGTATCAGAGAGA+AGG	0.584942	5.3:+64626324	MS.gene29489:CDS
AAAGCCTGCAAATAAATATT+TGG	0.216840	5.3:+64627712	MS.gene29489:CDS
AAAGGCAGTTTGTATGGCCA+TGG	0.546980	5.3:+64627804	MS.gene29489:CDS
AAAGGCGGATCATCTGGCTT+TGG	0.451279	5.3:+64626876	MS.gene29489:CDS
AAATCCTTGAACACGCTTCT+GGG	0.387945	5.3:+64626281	MS.gene29489:CDS
AAATCCTTGAACATGCTTCC+GGG	0.383309	5.3:+64626815	MS.gene29489:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAAAAAGATTAGAGGGAGTT+AGG	-	chr5.3:64627027-64627046	None:intergenic	30.0%
AAATATATATGCCAGTTCAG+TGG	+	chr5.3:64629347-64629366	MS.gene29489:intron	30.0%
AACATATGAACAGCTCAAAA+AGG	+	chr5.3:64626702-64626721	MS.gene29489:CDS	30.0%
AACTAGAACTGACATTGAAA+AGG	+	chr5.3:64626858-64626877	MS.gene29489:CDS	30.0%
AACTCCTTAATCATGCTTTA+GGG	+	chr5.3:64627579-64627598	MS.gene29489:CDS	30.0%
AAGGAAAACCTAATCTCATT+CGG	+	chr5.3:64629233-64629252	MS.gene29489:intron	30.0%
AAGGGATGAATATCGAATAA+GGG	+	chr5.3:64627901-64627920	MS.gene29489:CDS	30.0%
ACAAAGTGAACAACATAATC+GGG	+	chr5.3:64628134-64628153	MS.gene29489:CDS	30.0%
ACACAATTTATCAACAGAAG+CGG	-	chr5.3:64627055-64627074	None:intergenic	30.0%
ACATATGAACAGCTCAAAAA+GGG	+	chr5.3:64626703-64626722	MS.gene29489:CDS	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr5.3	gene	64624877	64630644	64624877	ID=MS.gene29489
chr5.3	mRNA	64624877	64630644	64624877	ID=MS.gene29489.t1;Parent=MS.gene29489
chr5.3	exon	64624877	64625192	64624877	ID=MS.gene29489.t1.exon1;Parent=MS.gene29489.t1
chr5.3	CDS	64624877	64625192	64624877	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64625356	64625688	64625356	ID=MS.gene29489.t1.exon2;Parent=MS.gene29489.t1
chr5.3	CDS	64625356	64625688	64625356	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64626074	64626436	64626074	ID=MS.gene29489.t1.exon3;Parent=MS.gene29489.t1
chr5.3	CDS	64626074	64626436	64626074	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64626602	64626958	64626602	ID=MS.gene29489.t1.exon4;Parent=MS.gene29489.t1
chr5.3	CDS	64626602	64626958	64626602	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64627375	64628367	64627375	ID=MS.gene29489.t1.exon5;Parent=MS.gene29489.t1
chr5.3	CDS	64627375	64628367	64627375	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64628554	64628735	64628554	ID=MS.gene29489.t1.exon6;Parent=MS.gene29489.t1
chr5.3	CDS	64628554	64628735	64628554	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64629061	64629150	64629061	ID=MS.gene29489.t1.exon7;Parent=MS.gene29489.t1
chr5.3	CDS	64629061	64629150	64629061	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64629497	64629784	64629497	ID=MS.gene29489.t1.exon8;Parent=MS.gene29489.t1
chr5.3	CDS	64629497	64629784	64629497	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64629871	64630080	64629871	ID=MS.gene29489.t1.exon9;Parent=MS.gene29489.t1
chr5.3	CDS	64629871	64630080	64629871	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1
chr5.3	exon	64630408	64630644	64630408	ID=MS.gene29489.t1.exon10;Parent=MS.gene29489.t1
chr5.3	CDS	64630408	64630644	64630408	ID=cds.MS.gene29489.t1;Parent=MS.gene29489.t1

Gene Sequence

>MS.gene29489

ATGGCTCACTGCTCTATCAAGGATACCGGTATAGCGGAATCCCAGTTGAGTTGGTGGTATCTCGTATCATCTTACGAAGAACTCAAAACAGGGAAACAAAAGGTAAAAACCTCGGCCGAGAGTTTCAGTTGTCCGTACTGCCCCGAGAGGAAACAGGATTATAAGTTAAATGAACTCCTTAATCACGCCACTGGGATTGGTAGGAGTAGTTCAGAGAAGAGAAGTGCTAAAGAGAAGGGTAGTCATTTGGCTTTGGTAAAATATTTGGAGCAAGATCTTAACAGTAAGGATGGTGCATCGAGACCTATAGATCAAGGTGATCTGTTGTTAGTCTTATATTCCGTTTTAGTCGTCGTTTTAAGGTTAATTACATTACACATACCAATAAAACTGATTAATATTGTTACTTTTGATTAAATTATTTGCCTGGTAAATCAGCAGGACAACGATCTTTGCTAACACTAATTTTTGTCTTTCAGTTACGAACACAATAAGTCCAGGACAAACAGTAATGTCTCACTGTTCTATCAAGGATACCGATATAAGTTGGTGGTATGTAGATACAGCTTATGAAGAGCTCAAAAATGGAACTCGGAATGTGAAAACCTCAGACGGGACTTTCATATGCCCGTACTGCCCTAATAGAAAACAGGATTATTTGTACAGGGAACTCCTAGAACATGCTTTTATGGTTGGTCGGAGTAGTTCAGATAAGAGAAGTGCAAGAGAAAGAGCTAATCATCTTGCTTTGTTGAAATATTTGGAAAAGGATATTACGAGTATGCCTGGACCGTCAAAGCCTGTTGATAAAGGTGATCCTGATCCTGCTGTTTGCGATATACCACGGAAATTTTTTCGTTCTAGTTAATATATTTTTCTGGGTAATTGAATAGGCTGAAACTATCCATTTCACAGTGATATTATTTTTTATACTATATATAAAAGAGATATCGGGATTTGGTGTAGTCTTTACTCTGTCAATTTGACCCTTAATTTAAACTTTTTATTTTTACTATTTTATCATTCTAATATATTTTTGTTATATTAATAATCAACTAAATTTTGTAACTTCAATTATTTTTATAAAAAAGCAGAAAGACAGACACATTAACGCCTGTTTGCACGCTAGTAATAGAATACTGATTCTGTAAAGCAGCATAGTAAAAATCAGTGCTAAAACTAACTTTTGTCTTTCAGGTACAAAATTGATAAGTCAAGGACAAACTGTCACGGCTCCATGCTCTAACAAGGATACTGGTTCAAGTGATCCTCGAATAAGTTGGTTGTATGTAGATAAATTTTATCAAGAACTCAAGAATGGAAGTCTCAAAGTGAGAATCTCAGATGAGGCTTTCACTTGTCCATACTGCCCGAAAATGAAAAAACCGGACTATGTGTACAGGGAAATCCTTGAACACGCTTCTGGGGTCGGTCAGAGTAGTTCGCAAAAGAGAGGTATCAGAGAGAAGGCAACTCATCTGGCTTTAATGAAATATTTGAAACAGGATATTATATATGTGCCTGCTCCATCAAAACCTGTGATTGAAGGTGATTCTTCTGGTAAGTAAGCAATTGTTCAAAACTTCAGTTCAATTTTTCCTAGTTACTGAATATACCGACTTTGACCAATTCAATTAACAATGATATTTGGTCGAAGTAACGTGCAAGGAGATATATTTTATCAAAGCTTAACAGTCGGTACTAAAACAATATTTTGTTTTTCAGGAGCCATGATACAAAGCCGAGAAGAAAATGCGACGACTCGCTGCTCCGACAAAGATTCTGATAAAAGTGCATCTCAAATAAATTTAGGGCAATTAAAAAGAACATATGAACAGCTCAAAAAGGGGATTCAAAACGTGAGAACCTCAGATAAGACTTTCACTTGCCCATACTGCCCTAATAATAAAAGGATAAAACGGGATTACGTGTACAGGGAAATCCTTGAACATGCTTCCGGGGTGGGTTGGAGTATCTCACAAACTAGAACTGACATTGAAAAGGCGGATCATCTGGCTTTGGTTAAATATTTGAAAAAGGATCTTATAAATGTCGGTGGTCCTTCAGAACCAACGAAGAAAGGTGATATCTCGCTCTTAATGAAACATTTATGAAAAAAATCTTTGTTTAACCTTTCTTTCCAATTACCTAACTCCCTCTAATCTTTTTTAAATGCCGCTTCTGTTGATAAATTGTGTTCCTACTTACATGTCATTTTCCTAGTTCAATGCAATATTAACTACTGTTTTGTCAATGACACCCTTAACTATTTGGCGCTGAGTGAGAAATAAGTGGAATGGGATAATAAATTTTAAGGGTATTATAGGTAAAAAAAACTAACAATTTCATCAAAAGTTAATAACTTTAAAATGACAAATAAAGAAACAAAGGGAATGATATGCAGACATTGGCCAACTCACAATGATATTTAATGGAATGGAAGTAATCTATGAAGCACTTAACAAGAATCATTACTAACTCCTTATTTTGTTTTGCAGGCACCATAATGTTGAACCGAGGAGTAACTGTAACAGGTCACCTCTCTGAGAAGGATGCTAATAATAGTGCATCTCAAATAAATGCGTTGTTTGTAAATAAATCCTATGCAGAACTCAAGAAGGGAATTCACAAGGTCAAAACATCAGAAGATACTTTCTCATGTCCGTATTGCCCTAAGAGAAAATGCAATTATAGGTACAGCGAACTCCTTAATCATGCTTTAGGGGTAGGTCAAAGTGACGCACAAAGGAGAAGTGTATTGGAGAAGGCCAACCATCTAGCTTTAGTGAAATATTTGGAAAAGGATCTTATGACTATGAATGTGGAACGTCCGTTAAAGCCTGCAAATAAATATTTGGAAAACAATCTTATGAATGTGGAACAAAATCGAACAAAACCAGTGAATGAAAACATTCTTGTCAATTCTGAAAGGCAGTTTGTATGGCCATGGACTGGGATTGTGGTAAATATTCCCACTAGCCAAACCGAAGATGGACGATGTATTGGTGAAAGTGGTTCCAAGCTAAGGGATGAATATCGAATAAGGGGTTTTAATCCACGTAGAGTCCGAACGCTTTGGAATTCATGGGGTCACACCGGAGCTGCAGTCGTGGAATTCAATAAAAGTTGGCTAGGGTTATATAATGCATTGGCATTTGAAAGGGCGTATGAATTAGATTGTCACGGGAAAAAGGACTGGCTTTCTTGTAGTGAACAAAAATCCGGTCTTTATGCGTGGGTTGCCCGAGCTGATGACTACAAAGTGAACAACATAATCGGGGAACAACTACAAAAGATGGATGTTAAAACAATACCTGAAATCATGGAGCAAGATGCTAGAAGGTTCAATAGACTCGTGCAGAGTATGCATAACATTCTTCAAGTAAAGAACAACAAGATAAAAGAAATGGAAGTAGTATGCAATGAAATTACACTTCGCATGGACATTGTGATGGGCGAAATAGATAGACTTGCTCAATCTCACAGTCAAGGTATCTATATTATAGAAGCTGCGTTAATTTTTCTCTAATTTTGATCATTACTTGCCAATCGTTTCTAAATGTTGTTTATAGACATTCTGCTAGACTTTTGAAACACATTTGCAACAATTTACTGTTTTAAATGACGTTGAACTATTCAAATGATATTGTTTTATGTCATCATTGCTTGTATTTCAGAGATGAAGAAAATACAGTCAAGTGCAAATCAACACTTTCAGAGTGTTTTGAATGGTCATGAAAGGCTTAAGTTGCAACTGGAATCTCAGAAAAGAGAACTTGAGTTGCGAAGAATTGAACTGGAAAAACGTGAGGCACGTAATGAAAGTGAAAGGAAAAAGTTGGATGAAGAGATTAACAAGGTGCATTGCTTTTCTAATTTTGTTTCATCTTTTTTATCGTTCTGTGACTCACATTCCTGTGAAATGAAGATCAAAGTGAAAATATTGTTTAAGGGTGATTAATTAAGATAGTTTTAATTTTATCTGTTTAGATTTTCCATTTTTTTTCCTCTTTTTTTCTTTCCCTTTTTTCTCCAAACAAGGATCTTGCCGAGGAATCTATAAACCAAAAGTTTGGCATTATTTATTTTTTGCGTCTTTGAAATTCTTCAATAATAATGATACGGTTAAGAATCTTGTCAAATGTTTCATTTAGGTCCATGCTTATGTTTTTTGCTTTTTCTAGACTGCAACGAAAAATCACTTTCTTCAAATGGCTGCTTTGGAGCAACAAAAAGCTGGTGAAAATGTTTTGAAACTTGCTGCAGATCAAAAGGTCCGTATAATTTGTTTTAATGCTTTTTTAATATCCAAAGGTGTTAATGTCAGGATTAGTTCTGTTTATGGTTCGGTTCAGGAAGGAAAACCTAATCTCATTCGGTAAAACTGACCCGAACCATATTCGGTAAACTTGAACCAAACCGTTGAGGGTTTGTCCCGGACCCAATTGGTATACACTGAACTGGTGCACCAAATATATATGCCAGTTCAGTGGTTCTGAACCAAAACTACCTTTTCGGTGTGGTTCGGTTTAACGGTTTGATTCGGTTTTTGGTTTTATTAACAGTCTTAGTCAGCAAAGTGGCAAGCTGATAATGGTACTTGACTATCTATTTATCCAGCGGCAAAAAGAACAACTCCATGCCAAAATCATCCAGCTTGAAAAACAACTAAATGTGAAACAAAAACTGGAATTGGAGATTCAGCAACTAAGAGGAAAACTAAACGTCATGAAGCACATGGAAGATGATGGAGAACATGATGTTCTGGATATGATGGATGCCTTACATATAGATTTAAGAGAGAAGGAACAGTCACTTCGAGACATGGATGCATTGAACCAAACTCTGATCATTAAAGAGCGTAAGAGCAATGATGAACTGCAGGAAGCTCGAAAGGAATTGATTACTGTAATTTTTTTAATTTTTCTAATGATTTGTGTTTTGAAAGTTCTTTCCTCGCATCTTTTAAACTCTTGGATTTTTATCTATCACAGACCATTAAAGAGATGCCAAGTTGTGCCGATATTCGTGTGAAGAGAATGGGGGAGCTAGACTTTAGACCATTTCTAGAAGCTATGAAGAAAAAATATAATGAAGATGTTGCAGAAGATAGAGCTTCTGAACTGTGTTCGTTGTGGGAAGAGTACCTGAAGGACCCTGACTGGCATCCATTTAAAATTTCTACAATCCAAGAGAAACATCAGGTTGTATTAGAAAATTGACCGTTGGATTGAAAAATCATATCATATAGATAATCTATGTAAATTTTTACGTTATTCTAAAATGATTTGATGTGCCCCTGAAGTACGTCAAGATTAATGCCGTTTAATAAAAGCACGTAAGACCTAAAACTTGACGTACCTCATGTTGTCAAACTCGTGCTACTTGTTTTGGAAAATATCTTTTAATAGAGCAAATTGATCTACACAATGGATTTCATTTTCATTTTAATCTAAAAGTACATTGCATTATTTTTCTCTATATATTTTCCTAGTGAAACTTACCTTCTTCGTGCTTTCTTTGAATTTCAGGAAGCTATAGACGATGAAGATGAAAAGCTGAATGAACTGAGAAACGAGATGGGCGAAGAAGTTTACAAAGCTGTGGTGGCAGCATTGAAAGAGATAAATGAATATAATCCAAGTGGGCGGTACATAACCTCGGAATTATGGAATTACGCAGAGGGAAAGAGAGCGACTTTGCAAGAAGGAGTGCGAGTTTTATTAAAGCAGTGGAAATTGCATAGACAAAAAAGGGGAATGATATGA

Protein sequence

>MS.gene29489.t1

MAHCSIKDTGIAESQLSWWYLVSSYEELKTGKQKVKTSAESFSCPYCPERKQDYKLNELLNHATGIGRSSSEKRSAKEKGSHLALVKYLEQDLNSKDGASRPIDQVTNTISPGQTVMSHCSIKDTDISWWYVDTAYEELKNGTRNVKTSDGTFICPYCPNRKQDYLYRELLEHAFMVGRSSSDKRSARERANHLALLKYLEKDITSMPGPSKPVDKGTKLISQGQTVTAPCSNKDTGSSDPRISWLYVDKFYQELKNGSLKVRISDEAFTCPYCPKMKKPDYVYREILEHASGVGQSSSQKRGIREKATHLALMKYLKQDIIYVPAPSKPVIEGDSSGAMIQSREENATTRCSDKDSDKSASQINLGQLKRTYEQLKKGIQNVRTSDKTFTCPYCPNNKRIKRDYVYREILEHASGVGWSISQTRTDIEKADHLALVKYLKKDLINVGGPSEPTKKGTIMLNRGVTVTGHLSEKDANNSASQINALFVNKSYAELKKGIHKVKTSEDTFSCPYCPKRKCNYRYSELLNHALGVGQSDAQRRSVLEKANHLALVKYLEKDLMTMNVERPLKPANKYLENNLMNVEQNRTKPVNENILVNSERQFVWPWTGIVVNIPTSQTEDGRCIGESGSKLRDEYRIRGFNPRRVRTLWNSWGHTGAAVVEFNKSWLGLYNALAFERAYELDCHGKKDWLSCSEQKSGLYAWVARADDYKVNNIIGEQLQKMDVKTIPEIMEQDARRFNRLVQSMHNILQVKNNKIKEMEVVCNEITLRMDIVMGEIDRLAQSHSQEMKKIQSSANQHFQSVLNGHERLKLQLESQKRELELRRIELEKREARNESERKKLDEEINKTATKNHFLQMAALEQQKAGENVLKLAADQKRQKEQLHAKIIQLEKQLNVKQKLELEIQQLRGKLNVMKHMEDDGEHDVLDMMDALHIDLREKEQSLRDMDALNQTLIIKERKSNDELQEARKELITTIKEMPSCADIRVKRMGELDFRPFLEAMKKKYNEDVAEDRASELCSLWEEYLKDPDWHPFKISTIQEKHQEAIDDEDEKLNELRNEMGEEVYKAVVAALKEINEYNPSGRYITSELWNYAEGKRATLQEGVRVLLKQWKLHRQKRGMI