AlfalfaGEDB | Msa0168690

M. sativa cultivar zhongmu-4 / Msa0168690

KEGG: K20478
GO: GO:0005575 GO:0005623 GO:0005886 GO:0016020 GO:0044464 GO:0071944
PFAM: PF07765.15

Nr:

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Query id	Subject id	identity %	alignment length	mis matches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
Msa0168690	XP_003590595.1	95.546	1796	80	0	51	1846	1	1796	0.0	3428

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Swissprot:

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Query id	Subject id	identity %	alignment length	mis matches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
Msa0168690	sp\|F4HZB5\|NET1D_ARATH	46.482	1805	866	19	58	1842	6	1730	0.0	1358

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Trembl:

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Query id	Subject id	identity %	alignment length	mis matches	gap openings	q. start	q. end	s. start	s. end	e-value	bit score
Msa0168690	G7IDL0	95.546	1796	80	0	51	1846	1	1796	0.0	3428

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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
Msa0012200	Msa0168690	0.809061	2.278875e-50	-8.615850e-47
Msa0027600	Msa0168690	0.801604	8.325271e-49	-8.615850e-47
Msa0028620	Msa0168690	0.809652	1.702182e-50	-8.615850e-47
Msa0044090	Msa0168690	0.816681	4.878533e-52	-8.615850e-47
Msa0076290	Msa0168690	0.831628	1.498535e-55	-8.615850e-47
Msa0091460	Msa0168690	0.802709	4.933684e-49	-8.615850e-47
Msa0101500	Msa0168690	-0.836354	9.831221e-57	-8.615850e-47
Msa0124320	Msa0168690	0.852246	5.237079e-61	-8.615850e-47
Msa0168690	Msa0204770	0.820584	6.349461e-53	-8.615850e-47
Msa0168690	Msa0218370	0.801457	8.924916e-49	-8.615850e-47

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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
Msa0168690	MtrunA17_Chr1g0185241	95.546	1796	80	0	51	1846	1	1796	0.0	3428
Msa0168690	MtrunA17_Chr7g0260161	65.421	1151	365	8	54	1195	2	1128	0.0	1402
Msa0168690	MtrunA17_Chr7g0260161	54.228	745	286	10	1151	1846	1018	1756	0.0	692
Msa0168690	MtrunA17_Chr1g0204981	40.344	1802	990	14	54	1820	2	1753	0.0	1100
Msa0168690	MtrunA17_Chr5g0394641	36.189	1821	974	22	54	1846	2	1662	0.0	915
Msa0168690	MtrunA17_Chr5g0432781	75.862	87	21	0	60	146	16	102	4.84e-40	159
Msa0168690	MtrunA17_Chr5g0412211	58.120	117	43	1	65	181	10	120	2.28e-39	160
Msa0168690	MtrunA17_Chr8g0367521	50.427	117	52	1	65	181	10	120	5.79e-34	142
Msa0168690	MtrunA17_Chr5g0427501	56.000	100	44	0	65	164	10	109	1.32e-32	138
Msa0168690	MtrunA17_Chr3g0132861	33.056	360	166	15	74	402	14	329	3.85e-27	120

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Query id	Subject id	identity %	alignment length	mismatches	gap openings	q. start	q. end	s. start	s. end	bit score
Msa0168690	AT1G03080.3	46.482	1805	866	19	58	1842	6	1730	1358
Msa0168690	AT1G03080.1	46.482	1805	866	19	58	1842	6	1730	1358
Msa0168690	AT1G03080.2	46.482	1805	866	19	58	1842	6	1730	1358
Msa0168690	AT3G22790.1	38.318	1819	992	22	54	1840	2	1722	1003
Msa0168690	AT3G22790.3	38.318	1819	992	22	54	1840	2	1722	1003
Msa0168690	AT3G22790.2	38.318	1819	992	22	54	1840	2	1722	1003
Msa0168690	AT4G14760.4	36.559	1819	1014	28	54	1844	2	1708	938
Msa0168690	AT4G14760.2	36.559	1819	1014	28	54	1844	2	1708	938
Msa0168690	AT4G14760.3	36.559	1819	1014	28	54	1844	2	1708	938
Msa0168690	AT4G14760.1	36.559	1819	1014	28	54	1844	2	1708	938

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Find 356 sgRNAs with CRISPR-Local

Find 457 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAAGATGCTGGACTTCTCA+TGG	0.538711	1_4:+51543144	None:intergenic
AAAAGCGGAGGCAGAAATTT+CGG	0.343350	1_4:-51544821	Msa0168690:CDS
AAAATTAAAATACTAAGGGT+TGG	0.484576	1_4:-51542645	Msa0168690:CDS
AAAGAAAGCCCTTGCCAAAT+TGG	0.283355	1_4:-51544794	Msa0168690:CDS
AAAGAATCAGGAGTTGAAGT+TGG	0.551982	1_4:-51542316	Msa0168690:CDS
AAAGATCCACAGCAACTTAC+AGG	0.338970	1_4:-51542214	Msa0168690:CDS
AAAGCTGAAGGAGACATGTG+AGG	0.682253	1_4:-51543519	Msa0168690:CDS
AAAGGAGAAGAGAGAATGGA+AGG	0.523931	1_4:-51542285	Msa0168690:CDS
AAAGGAGATTGAACAGAAAA+TGG	0.204127	1_4:-51540805	Msa0168690:CDS
AAAGGCATTGGAAAAGAATC+AGG	0.438966	1_4:-51542328	Msa0168690:CDS

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
ATTGTATTTATTGGACGATC+AGG	-	chr1_4:51539737-51539756	Msa0168690:three_prime_UTR	30.0%
TGAACAAAATTCTGATATGC+TGG	+	chr1_4:51539778-51539797	None:intergenic	30.0%
TCTCAAATTGATTGATCTGA+AGG	+	chr1_4:51539875-51539894	None:intergenic	30.0%
TACAACAATAGAACAGAAAG+CGG	-	chr1_4:51540067-51540086	Msa0168690:CDS	30.0%
TAAGTCCTAAGAACTCAAAA+TGG	-	chr1_4:51540159-51540178	Msa0168690:CDS	30.0%
GTGTATATTTCATCAATGTC+TGG	-	chr1_4:51540495-51540514	Msa0168690:CDS	30.0%
AGACTTATTTAGCCGTTATA+TGG	-	chr1_4:51540601-51540620	Msa0168690:CDS	30.0%
TATCATTGAAATGAGTTCAG+AGG	+	chr1_4:51540899-51540918	None:intergenic	30.0%
GCACTGTTTATATTGAACAA+GGG	+	chr1_4:51541909-51541928	None:intergenic	30.0%
AGCACTGTTTATATTGAACA+AGG	+	chr1_4:51541910-51541929	None:intergenic	30.0%

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Chromosome	Type	Strat	End	Strand	Name
chr1_4	gene	51539680	51546665	51539680	ID=Msa0168690;Name=Msa0168690
chr1_4	mRNA	51539680	51546665	51539680	ID=Msa0168690-mRNA-1;Parent=Msa0168690;Name=Msa0168690-mRNA-1;_AED=0.04;_eAED=0.04;_QI=0\|0.5\|0.4\|0.8\|1\|1\|5\|268\|1846
chr1_4	exon	51539680	51541018	51539680	ID=Msa0168690-mRNA-1:exon:15181;Parent=Msa0168690-mRNA-1
chr1_4	exon	51541201	51545411	51541201	ID=Msa0168690-mRNA-1:exon:15180;Parent=Msa0168690-mRNA-1
chr1_4	exon	51546145	51546334	51546145	ID=Msa0168690-mRNA-1:exon:15179;Parent=Msa0168690-mRNA-1
chr1_4	exon	51546502	51546566	51546502	ID=Msa0168690-mRNA-1:exon:15178;Parent=Msa0168690-mRNA-1
chr1_4	exon	51546662	51546665	51546662	ID=Msa0168690-mRNA-1:exon:15177;Parent=Msa0168690-mRNA-1
chr1_4	CDS	51546662	51546665	51546662	ID=Msa0168690-mRNA-1:cds;Parent=Msa0168690-mRNA-1
chr1_4	CDS	51546502	51546566	51546502	ID=Msa0168690-mRNA-1:cds;Parent=Msa0168690-mRNA-1
chr1_4	CDS	51546145	51546334	51546145	ID=Msa0168690-mRNA-1:cds;Parent=Msa0168690-mRNA-1
chr1_4	CDS	51541201	51545411	51541201	ID=Msa0168690-mRNA-1:cds;Parent=Msa0168690-mRNA-1
chr1_4	CDS	51539948	51541018	51539948	ID=Msa0168690-mRNA-1:cds;Parent=Msa0168690-mRNA-1
chr1_4	three_prime_UTR	51539680	51539947	51539680	ID=Msa0168690-mRNA-1:three_prime_utr;Parent=Msa0168690-mRNA-1

Gene Sequence

>Msa0168690

ATGGCATATCAGAATTTTGTTCATTCAGTTTTGGAATTTGAGAAAGAAAATCCAAGTTCAACCAATCAGTCAGAAGCATATGAAGGTTTTGCCTCTTCATGTCTTTCAAGGATTAATAAAGTACTTACAACAATAGAACAGAAAGCGGTGATGGCGGCGGCGACTCGGTCTCATGCAGATTCTAGGAGAATGTATTCTTGGTGGTGGGATAGCCACATAAGTCCTAAGAACTCAAAATGGCTCCAAGAAAATCTTACAGATATGGATGTCAAGGTGAAGCAAATGATTAAGCTCATTGAAGAAGATGCAGATTCCTTTGCCAGGAGAGCGGAAATGTACTATAAAAAGCGCCCAGAGCTTATGAAAATGGTTGAAGAGTTTTATAGGGCATACCGCGCATTGGCTGAGAGATATGATCATGCAACTGGAGTGATCCGTCATGCTCATCGGACCATGGCTGAAGCATTTCCTAATCAAATTCCTGTTATGATCACAGACGATTTACCAATGGTTACTTCCATGGAGACTGAGCCACGTACTCCAGAAACACGCCATCCTTCACGTACATTTCTGGACTCAGATGAATCAGAAAAAGATGCTCATTTTATCAAAAGAAATGGAGCAGATAGTGAAGAACCTAATTCTGCTTTGAACAAGACAGGTTTAAGACAGCTCAATGATCTCCTCATCCCTCGAGAACATCCAAAGTTTGAAGGGCATGCTCGAAGGGGGCTCAATTTTTTAGAGACGCAGGAGGACAGTAGTGAGCTAAACAATGGAGGCCGTGGCACTAAGGCTCGTGTCTTGTCTGAGTCTGAATGCGTGACAAAAGCGGAGGCAGAAATTTCGGCCTTAAAGAAAGCCCTTGCCAAATTGGAAGATGAAAAGGAAGCTGGTTTGCTTCAGTATCAGCAGAGTTTGGAGAAATTGTCTAATCTTGAATTAGAAGTGTCTTCTGCACAAGAGAATTCTCAAAGAGTCGATGAACGAGCAAGCAAAGCAGAAGCTGAAGTTCGAGACTTGAAGGAAGCGGTAGTCAAATTACAGGCTGAAAGGGAAGCTACTCTTCTTCAGTACCAGGAATGCTTGGAGAAAATAACCAATCTGGAGAAAAATATTTCTTTTGCTCAGAAGGATGCAGGAGAGTTTAACGAGCGTGCTACTAGAGCTGAAACTGAAGTTGAGTCCTTGAAGCAGGACCTTGTTCGAGTAGAAGCTGAAAAGGAAGCTGCCCTTGTTCAATATAAACAGTGCTCGGAGACATTATCAAAACTGGAGGAGAGATTAAAAGAATCCGAGGAGAATGTTAGAAGGATCAATGAGCAAGCTAATTTAGCTGAAAATGAAATTGAAGCTTTGAAGTTGGAAGTTACTGAACTTAATGAAGAGAAGGAAGATGCTGCTCTCCGATATCAGCAATGCTTGGAGATAATTTCCAGTCTGGAACATAAACTCTCTTGTGCTGAAGAGGAGGTGCGTAGGTTAAATTCTAAGATAGACGATGAGGTTGAAAAGTTACATAGTTCTGAACAGAAGTGTCTTCTTTTGGAAACATCGAATCATGCTCTACAGTCTGAATTACAGTCTTTGGCACACAAGATGGGATCTCAAAGTGAAGAACTTAACGAGAAGCAGAAAGAACTGGGTAAACTTTGGAGTTCCTTACAAGAGGAGAGATTGCGATTCATTGAGGCTGAAACTGCTTTCCAAACTCTTCAGCATTTGCATTCTCAATCTCAGGAAGAACTTAGAGCTCTTGCTGCTGACTTTCACAGTAAAGTGGAAATACTAGGGAATGTTGAATCACGTAAACAGTCTCTAGAGGATGAAGTGCACAGATTCAATGAGGAAAACAAAATTCTAAATGAGCTCAAGATTTCTTCATCTTTGTCTATACAAACTTTGCAGGATGAGATATTGAATTTGAAAGAGAAAATAGAGAAACTTGAACAGGAGGTTGAACTGCGACTTAATGAAAGAAATGCTCTTCAGCAAGAAATTTACTGTCTTAAAGAGGAGCTTAATGATATGAATAAAAAACATGAAGCTATGATTGACGAGGTCAGGTCAGCTGATTTAGATCCACAATGCTTTGGCTCATCGGTGAAACAATTGCAAGACGAGAACTCAAAGCTGAAGGAGACATGTGAGGCTGAAAAAGATGAGAAACTGGCTCTTATGGTAAAATTGGAAACCATGGAGAAGCTTTTGGAGAAAAATTCTGTTTTAGAGAATTCCATTTCAGACTTGAATGCTGAGTTGGATAGTGTCAGAGGAAAAGTAAATGTGTTGGAAGGAACATGCCAGTCTCTGCTTGTGGAGAAATCAACTCTTGCTGCTGAGAAGGCCACCTTGTTTTCTCAATTACAAGCCACAACTGAAAAGCTCGAGAAGTTCTCGGAAAATAACAACCTTTTGGAAAATTCACTATTTGATGTCAGTACCGAACTTGATGTACTAAGAGGGAAGTCAAAGATCTTAGAAGACGCGTGCCAGTTACTTGACCATGAGAAGTCCAGCATCTTTTCAGAGAAAGAAGCCTTAGTTTCAGAGTTGAACACCACCCAGAAAATTCTGAAAGATCTTGAAAAACAACACAGTGAATTGGAACTAATGCATTTGGAACTAAAAGGAGAAAGGGAGTCGTCACTTAAAAAGGTAGAAGAGCTACTGGTTTCTCTATATTCCCAAAGGGAAGAGCATTGCAGAGTTTTGAAGTTGAATGAAGATGAAGTGGCCAACAAGGAATTACAAATTGATATTCTGAAAGAAGATGCAAAGTGCCGGAAACAAGAATATGAGGAGGAACTGGATAGATCACTAAACGCTCAGATTGAAATTTTCATCTTGCAGAAGTGTATCCAAGATTTGGAGAAAAGGAACTTTTCCCTTCTAGTTGAGTGCCAGAGACTTTTGGAGGCGTCCAAAATGTCTGACAAAATCATTTCTAAATTGGAGACTGAAAATATTCAAAAGCAAGATGATGTGGATTCTCTGTCTGAGAAAATTAAAATACTAAGGGTTGGGCTGCATCAGGTGTTGAAGACTCTTGACATTAACGGCGAGAATTTCTTTCAAGACATGCTTGACGAAGACCGAACTCTCCTGAACCATATACATGGAAAACTTAAGGAGAGAAAGAAGTCTTTTGACACGATTTTCAAGGAAAGCCACCACTTGGCCGTTGAGAATTCAGTTCTGATTACATTTCTTGAGCAGTTGAGACTGACTGTAGAAAATCTTGTGATAGAAAAAGGAGCACTTGATGAGGAGTCCAGGTTACAGTCTAAGCAGTTCATGGCATTGCAAATTGAATTCCAAAAGGCATTGGAAAAGAATCAGGAGTTGAAGTTGGCCATAAGCAAAGGAGAAGAGAGAATGGAAGGTATGACAACTGAGATAGTTAATCTACACGAAGAGCTATCAAACTTTGAAAAGATCCACAGCAACTTACAGGAAAAAAGTTGCACGATACTTGAAGAGAAAAAATCCTTGATGGGAAGATTTAAAGATCTGAGTGAGGAGAAGAGTAACTTGGAAGAAGAAATTTGTCTCCTGTCCCACGAGACATTCGTTCAATCTAATATTTCTGCGGTTTACCAGAATATTATCTCTGAAAAACTCCTGGAACTTAAACAGCTTGGTCAAGAACTTCATAAGCTCGGTTCAGAAAATAATAACCTTGAGGAGAGATTGAAGATAATGGCACACAAATTAGAAAATGCAGAAATGGAAAATTCTCATCTTAAAGAGTTATTTGTAAAGTCAAATGTTGAATTGAATTTAGTTGAATCTGTCAATGATCAATTGACTTGTCAGATTAGGAATGAAAGGGAAATGTTGAGTCAAAAGGAAAAAGTGCTTTCGGAAGCAGCCAAGACGTTTCATGCTTTACACACAGAGAAAACAGAATTGGAAAGAACGGTGGAAGATCTGAAGATTCGATATGATGATACCAAGGGGAAACTTGAAGAGCAAGCTAATCAAATTTCCCACTTGTCCTCAGACAAGGACCGTCAGAATGAAGAGCTTGGATGCCTTAGTGAAGTGAACCAGAAATTGGAGTCTGAAACGAAGTGCCTACACCAAGAACTTGAAGAAACTAAGCTGAGGGAAAAGAAGCTAAGTTATGAAGTACATGAAGGAATAAATGAGATTGAACAATGGGAAACTCAGGCTGCAGCACTATATGCTGAGCTGCAGGTTTCTGCTGTCAATGAAACACTATTTGAAGGGAAGGCCTGTGAGCTAGCTGGTACATGCCAGGATCTTGAGAACATAAACTGCTCGAAAGACATGGAAAGTGAACAGCTGAAAGAATTAGTTGGCAAGTTGGAAGGTGAAAATGGGAGACTGTGTGAGCAATTAGCTGCTTATGTCCCAGCTATCAGTGCTTTGAATGATTGTGTAACATCTCTGGAGGTGCAGACTCTTGGGCATCCAAAACATCATGACTATGAAAAACCTGAGGTTAAAAATTTGGTGAATCACCAATACATTGAAAATGGTCAACAAATAGATGAAGATCAATCTGTTACGGCACCAGATCCTCTCCTCGACTTCCAAGACCTGCAGAGGAGGATCAATGAAATTTCAATGGCAGTTAAGAATTTTAACGCAAGTTCCAAAGCCAATGTTGAAATGAGAGAGATTCAAGAAGCAAAGGAGATTGAACAGAAAATGGGGAGTTTAAGGCCAGATAATCCTGTAACTGAGATTGAAGTACTTCCAAAAGACATCATGCTTGATCAAATATCTGAATGTTCATCATATGGAGTAAGCAGGGGAGGAACTCTTGAGTCTGATGATCATATGCTTGAGTTGTGGGAAACATCTGATAAGACACAGAAGATGGCGGCAGAACCGGCAGAAGATCATCATCAAAGAAGAGCATCCAAGGAAACATACAACAAACATCCTTCAGGAGATTCCTTGGTGGAAAAGGAGTTGGGGGTGGACAAGTTAGAAATCTCAAGAAGAATGTCACGGCCACGTGAAGAAGGCAACAAGAGTAGGGTTTTGGAAAGACTTGATTCTGATTCACAGAAGTTAACGAACCTTCAAATAACCATACAAGATTTGATGAAGAAAGTGGAAACTATTGAGAAGAGTACAAAGGGAAAAAGTGCCGAGTATGATACCGTTAAAGAGCAGCTTGAAGCGTCTCAGGAGACTGTAATGAAGTTGTTCGATGCTAACCGCAAGCTGGTGAAGAATGTAGAAGAAGGTGCACTATCTTCAGCTGAGAGAGCTTCATCAGAATCAGATGAGATTGGAAGTGTCAGCAGGAGGAGAGTTTCGGAACAAGCGCAGAGAGGATCAGAAAAAATAGGACAACTTCAGTTGGAGGTTCAAAGACTTCAGTTTCTTCTTTTGAAACTCAATGATGCAAAAGAAAGCAAAGAGAAAACCAAAATGGCCGATCAAAGTCGGAGAGTACGTTTGCGGGATTATCTCTATGGTGCGACAAAAACCAACAACCAAAAGAAGAAGAAAACACCTTTTTGTGCATGTGTAAGGCCACCCACTAAGGGTGATTGA

Protein sequence

>Msa0168690

MAYQNFVHSVLEFEKENPSSTNQSEAYEGFASSCLSRINKVLTTIEQKAVMAAATRSHADSRRMYSWWWDSHISPKNSKWLQENLTDMDVKVKQMIKLIEEDADSFARRAEMYYKKRPELMKMVEEFYRAYRALAERYDHATGVIRHAHRTMAEAFPNQIPVMITDDLPMVTSMETEPRTPETRHPSRTFLDSDESEKDAHFIKRNGADSEEPNSALNKTGLRQLNDLLIPREHPKFEGHARRGLNFLETQEDSSELNNGGRGTKARVLSESECVTKAEAEISALKKALAKLEDEKEAGLLQYQQSLEKLSNLELEVSSAQENSQRVDERASKAEAEVRDLKEAVVKLQAEREATLLQYQECLEKITNLEKNISFAQKDAGEFNERATRAETEVESLKQDLVRVEAEKEAALVQYKQCSETLSKLEERLKESEENVRRINEQANLAENEIEALKLEVTELNEEKEDAALRYQQCLEIISSLEHKLSCAEEEVRRLNSKIDDEVEKLHSSEQKCLLLETSNHALQSELQSLAHKMGSQSEELNEKQKELGKLWSSLQEERLRFIEAETAFQTLQHLHSQSQEELRALAADFHSKVEILGNVESRKQSLEDEVHRFNEENKILNELKISSSLSIQTLQDEILNLKEKIEKLEQEVELRLNERNALQQEIYCLKEELNDMNKKHEAMIDEVRSADLDPQCFGSSVKQLQDENSKLKETCEAEKDEKLALMVKLETMEKLLEKNSVLENSISDLNAELDSVRGKVNVLEGTCQSLLVEKSTLAAEKATLFSQLQATTEKLEKFSENNNLLENSLFDVSTELDVLRGKSKILEDACQLLDHEKSSIFSEKEALVSELNTTQKILKDLEKQHSELELMHLELKGERESSLKKVEELLVSLYSQREEHCRVLKLNEDEVANKELQIDILKEDAKCRKQEYEEELDRSLNAQIEIFILQKCIQDLEKRNFSLLVECQRLLEASKMSDKIISKLETENIQKQDDVDSLSEKIKILRVGLHQVLKTLDINGENFFQDMLDEDRTLLNHIHGKLKERKKSFDTIFKESHHLAVENSVLITFLEQLRLTVENLVIEKGALDEESRLQSKQFMALQIEFQKALEKNQELKLAISKGEERMEGMTTEIVNLHEELSNFEKIHSNLQEKSCTILEEKKSLMGRFKDLSEEKSNLEEEICLLSHETFVQSNISAVYQNIISEKLLELKQLGQELHKLGSENNNLEERLKIMAHKLENAEMENSHLKELFVKSNVELNLVESVNDQLTCQIRNEREMLSQKEKVLSEAAKTFHALHTEKTELERTVEDLKIRYDDTKGKLEEQANQISHLSSDKDRQNEELGCLSEVNQKLESETKCLHQELEETKLREKKLSYEVHEGINEIEQWETQAAALYAELQVSAVNETLFEGKACELAGTCQDLENINCSKDMESEQLKELVGKLEGENGRLCEQLAAYVPAISALNDCVTSLEVQTLGHPKHHDYEKPEVKNLVNHQYIENGQQIDEDQSVTAPDPLLDFQDLQRRINEISMAVKNFNASSKANVEMREIQEAKEIEQKMGSLRPDNPVTEIEVLPKDIMLDQISECSSYGVSRGGTLESDDHMLELWETSDKTQKMAAEPAEDHHQRRASKETYNKHPSGDSLVEKELGVDKLEISRRMSRPREEGNKSRVLERLDSDSQKLTNLQITIQDLMKKVETIEKSTKGKSAEYDTVKEQLEASQETVMKLFDANRKLVKNVEEGALSSAERASSESDEIGSVSRRRVSEQAQRGSEKIGQLQLEVQRLQFLLLKLNDAKESKEKTKMADQSRRVRLRDYLYGATKTNNQKKKKTPFCACVRPPTKGD*