AlfalfaGEDB | MsG0180004634.01

M. sativa cultivar ZhongmuNo.1 / MsG0180004634.01

KEGG: -
GO: -
PFAM: -

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
MsG0180004634.01.T01	GAU14725.1	46.57	1239	573	9	405	1578	579	1793	0	1096
MsG0180004634.01.T01	GAU14725.1	32.685	257	141	6	111	353	149	387	1.76E-23	122

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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
MsG0180004634.01.T01	P14381	26.592	628	415	16	666	1264	65	675	1.58E-44	181

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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
MsG0180004634.01.T01	A0A2Z6M3S4	46.570	1239	573	9	405	1578	579	1793	0.0	1096

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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
MsG0080047831.01	MsG0180004634.01	-0.809501	1.833756e-50	1.078459e-47
MsG0080047910.01	MsG0180004634.01	0.818448	1.950436e-52	1.460529e-49
MsG0080047945.01	MsG0180004634.01	0.814755	1.310877e-51	8.871179e-49
MsG0080047967.01	MsG0180004634.01	0.831748	1.400127e-55	1.533605e-52
MsG0080048036.01	MsG0180004634.01	-0.817870	2.634732e-52	1.941628e-49
MsG0080048059.01	MsG0180004634.01	0.893252	7.471302e-75	7.066118e-71
MsG0080048202.01	MsG0180004634.01	-0.807552	4.779699e-50	2.670059e-47
MsG0080048256.01	MsG0180004634.01	-0.801651	8.144057e-49	3.910117e-46
MsG0080048528.01	MsG0180004634.01	0.813523	2.451800e-51	1.604875e-48
MsG0080048697.01	MsG0180004634.01	0.813079	3.068644e-51	1.984395e-48

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PPI

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Gene1	Gene2	Type
No data available in table

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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
MsG0180004634.01.T01	MTR_7g083690	51.186	801	321	9	361	1143	376	1124	0.0	789
MsG0180004634.01.T01	MTR_7g083690	37.327	217	58	4	137	353	70	208	4.16e-27	121
MsG0180004634.01.T01	MTR_7g057470	49.023	563	264	4	535	1090	143	689	0.0	579
MsG0180004634.01.T01	MTR_7g057490	49.023	563	264	4	535	1090	143	689	0.0	579
MsG0180004634.01.T01	MTR_6g024380	49.802	506	210	1	609	1114	9	470	3.94e-160	498
MsG0180004634.01.T01	MTR_5g021380	51.242	443	214	1	633	1073	534	976	2.34e-147	482
MsG0180004634.01.T01	MTR_5g021380	34.559	136	67	4	128	255	53	174	8.19e-12	71.2
MsG0180004634.01.T01	MTR_1g083600	87.500	264	25	2	1600	1855	2	265	8.25e-146	451
MsG0180004634.01.T01	MTR_6g016175	48.227	423	190	2	608	1030	8	401	6.98e-131	424
MsG0180004634.01.T01	MTR_6g016175	45.312	64	35	0	1336	1399	402	465	7.92e-11	67.4

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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
MsG0180004634.01.T01	AT3G05625	67.717	254	69	4	1604	1853	9	253	4.93e-111	353
MsG0180004634.01.T01	AT3G05625	66.138	189	51	4	1604	1788	9	188	9.25e-76	250
MsG0180004634.01.T01	AT1G43760	26.995	426	276	12	725	1128	209	621	5.97e-31	131
MsG0180004634.01.T01	AT4G29090	28.521	284	170	9	1311	1578	53	319	2.50e-16	85.1

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Find 8 sgRNAs with CRISPR-Local

Find 978 sgRNAs with CRISPR-GE

CRISPR-Local

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CRISPR-Local
sgRNA_sequence	on_target_score	Position	Region
AAAATTAAGTAAAATGATGA+AGG	0.521273	1:-80522376	None:intergenic
ATGCAGGTCTGATGATTATA+TGG	0.301057	1:+80522218	MsG0180004634.01.T01:intron
TACATTACAGTCTAAAGAGA+TGG	0.581754	1:+80522333	MsG0180004634.01.T01:exon
TCGGCAAAGACAGTGAACCT+TGG	0.571507	1:-80522250	None:intergenic
TGAATATTAGTTGACTGTAC+TGG	0.442168	1:+80522410	MsG0180004634.01.T01:exon
TTATATGGCTTCTCTTTCCA+AGG	0.521826	1:+80522233	MsG0180004634.01.T01:exon
TTCACTGTCTTTGCCGAAAT+TGG	0.138782	1:+80522256	MsG0180004634.01.T01:exon
TTCAGCTGAAGTTCCAATTT+CGG	0.309631	1:-80522269	None:intergenic

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CRISPR-GE

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sgRNA_sequence	Strand	Position	Region	GC_content
AAAAATAAGAACGGTGATAG+GGG	-	Chr1:80517380-80517399	None:intergenic	30.0%
AAAGGAAAGCAAATACTAGA+TGG	+	Chr1:80517098-80517117	MsG0180004634.01.T01:CDS	30.0%
AACCTGGATACTAAGATTAT+GGG	+	Chr1:80516336-80516355	MsG0180004634.01.T01:CDS	30.0%
AAGAAATACTATTCTGAACC+CGG	-	Chr1:80516470-80516489	None:intergenic	30.0%
AAGCTTCATGTTAATATGTG+GGG	+	Chr1:80520770-80520789	MsG0180004634.01.T01:intron	30.0%
AAGTAGTGATGTGAAAAATG+AGG	-	Chr1:80518910-80518929	None:intergenic	30.0%
AATAGGGTTTCTGTTTACTA+TGG	+	Chr1:80513273-80513292	MsG0180004634.01.T01:CDS	30.0%
ACGAAACATACACACTAATT+TGG	-	Chr1:80520311-80520330	None:intergenic	30.0%
ACGGTAATGAATTGTAGAAA+AGG	+	Chr1:80517674-80517693	MsG0180004634.01.T01:intron	30.0%
AGAAGCTTCATGTTAATATG+TGG	+	Chr1:80520768-80520787	MsG0180004634.01.T01:intron	30.0%

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Chromosome	Type	Strat	End	Strand	Name
Chr1	gene	80512490	80522486	80512490	ID=MsG0180004634.01;
Chr1	mRNA	80512490	80522486	80512490	ID=MsG0180004634.01.T01;Parent=MsG0180004634.01
Chr1	exon	80512490	80513767	80512490	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80512955	80513767	80512955	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	CDS	80513862	80514103	80513862	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80513862	80514103	80513862	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80514588	80515358	80514588	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80514588	80515358	80514588	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80515471	80517487	80515471	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80515471	80517487	80515471	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80517593	80517676	80517593	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80517593	80517676	80517593	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80518010	80518859	80518010	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80518010	80518859	80518010	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80519668	80519942	80519668	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80519668	80519942	80519668	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80520016	80520082	80520016	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80520016	80520082	80520016	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80520175	80520214	80520175	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80520175	80520214	80520175	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80521159	80521295	80521159	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80521159	80521295	80521159	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80521393	80521454	80521393	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80521393	80521454	80521393	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80521596	80521676	80521596	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80521596	80521676	80521596	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80522069	80522130	80522069	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80522069	80522130	80522069	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01
Chr1	CDS	80522224	80522290	80522224	ID=MsG0180004634.01.T01.cds;Parent=MsG0180004634.01.T01
Chr1	exon	80522224	80522486	80522224	ID=MsG0180004634.01.T01.exon;Parent=MsG0180004634.01.T01

Gene Sequence

>MsG0180004634.01.T01

ATGAGAGCTGGAGAGAACAAGAGAGGCGGTCAACCTAGGGTTTACCGCCGGAGCCTTTCACCGGCAGAGAGACACATAGGGGGGGATTGGGGTCCCGCCAGGGTGGCAGAAATTGGGGGGGATAGGGGAGATTGGGCTGTGGTGCGGTCGAGGAAGAGGAAAGCGACGGAACCGGTATTCAGAGGACAGGACAGACCAAGGGAATTGACTCGGCAAGGAGGCGCGGCTAGGGGTTCTGATCAGGACAGGAACATTGATTCGAACAGGGTTTCTAATTACAGAAGACATTCTTGGCAAGCAGCAGGAATTGTGGACGACAATAGGGTTTCTGTTTACTATGGCAGTCGTGTTAGCACTGCTGAATGGCATGGGACGGCAACGCACGTTCAGGAAGGGGAACAAGGAGTCAAGGCTTCCTTTTATGTCACAAATTTTCCTGATAGACTCCCATTGTTCCGCTTGCGACAAGCATTTGAAGTATGTGGTATTTTGACGGATGTTTACGTTGCACGTCACAGGAACGCACGAGGGCAGGAGTTTGGCTTTGTTAGGTACGTCAATGTAAGGAACAAAGAGAAACTTGCTCAAGCTTTGAATAACATTTGGATGGGGCAGTGTCGTATTTGGGCGCGTGAAGCACGTTTTGACAGGTTTGCTCACAATGACTTGGAGGTTAGGGTTTCGAACGACGTTGGGAGGAATGAAGTGGCTGTGAAGAGTGTTATAGAGGGAGTAAAACATGTGAGTGGGGGTGATCAGAAGTTGGGGGAGAAAGGTGAGGGAGACAAGAAGGTTACGATCGGGAGTGTGGAGAAGGGCGGAAAGAAGGTTAGTGTGTTGAGGAAGGTGAAGGTCCGTACTGCTCATGGTAAGAAGAAGGAGTCATCAACGCTTGGCATAAGCAAGCAGAAACTCAATGTTATACAGACTACTCAATTTATTCCAAAGTTTACATCTAAGGAGGAGGACCGTGGCTGGGCTAGTGCAGGTATGGTGGCTTCGGTGATCGACGGAAATTCGGCGTTGTCACTTCAACATAGAGTGGAGGACGCCGGGTTTAGAGGAGGTTCAAGGGAGTGGGAGTTGGATGAATTGGTTGATGATTTACGTAAGGAGTGGTGTCAACATAGCGGAAAAAAGGACACGGTTCAGTTAACAAATGTTCCATCACCGAAGCTTGATTTACATAAAGACGACGGAACGAAGGATTTTTTGCAGCCATCTCAACCGGTCTTGCAGCAGGTTCAGCACTCGTTGAATTCAGTTTCTGTTCCTACCACTCGATGTGAACCCAAACAACTTCAAGATGGCACATTCAGCACGGCAGGTACTATTCCATGGAGTTTAGATTGGTTGTCTCTCTGTATTGATAAATCTACCAATTTAAATAATATTGAGCATGCTACAAACTTGCAAAATGAACCTAGTTTATTAAAGAAGGCCGTTAATAAAAAGAAGGACGGCAGTGTGAAGCATTCAGTTGCCTTTATGAAAAGAGTAGCACGTATGCCGTTGAATGATCGTAAGGATATTTTAAAAATTCTGAAGAAACAAGAAAGAATGAGAAAGGCTCGAAAAGGGAAACAACATTCCCGGGCAGCAGGTTTATCTTCTTCTGATTCTTCTAAGAATTCCACATCCTCAGTTAATAACGATTGGGAGAATTGGGTTATATTACATGGTAAACCGGCTAAGTTGGCGGAAGATGTGAAGGACATTGGCAAGGTGGTTGGGGTACAGTATAAGTGTGATACCTCTAATAGTTTTAATTTATTGACGAAGGCGGGGAGAAGAGAGTGGAGGGGTGTTGTGGTGGTTGTAACGAGGGGGCTAGGTGGTGGAGAGAAGAGGTGTGAGATTCGCCGTTTAGTTAATGAGAAGCATCCGTTTGTGTTGTGTATTCAAGAAACGAAGTTGTCCGTGATAGATGATGGGCTAGTCAAATCTTTGTGGGGAGATGCTCCTAATGGATTTTCTTACCAATCTTCGTTGGGGGCTTCTGGTGGTCTAGTGACGGTATGGGATAGTACACATATTGATGTTTGGTGTTCGATGAGCTTTGGTCATACTCTGATTATTAAAGGCACAATTATTCAGACGGGAGAATATTTTGTTATTGTTAATGTGTATGCGCCTTGTGATTTGGTGGCAAAAAGGGCGTTGTGGGAGAGATTGACGGCGTTTGTAAATAATAATAATGATGTTTGTTTATGTGTTTGTGGTGATTTCAACTCCGTACGCAGCACTGAAGAAAGGAGGGGTAGGGGTGTGGTGTTCAGACAGGCGGATGCGGACTGTTTTAATAAATTCATAGATGATACTTTTTTGATTGATTTGCCTATCTGTGGTAGATTGTTTACTTGGTATAGAGGTGACGGTGTTTCAATGAGTAGGTTGGACCGATTTTTATTGTCTGACAAGTGGTGTGTGGCTTGGCCAAATTGTATTCAGGTGGCTTATCAGAGAGGATTGTCTGACCATGTTCCGTTGATGTTGTATGTTGATGATGCGAACTGGGGACCTCGTCCATTACGCATGATTAAATGTTGGGCTGATTTTCCTGGTTACGATGATTTTGTTCGTGAAAAATGGAGCTCTTTTAATATTACTGGTTGGGCCGGTTTTGTGTTGCAACAGAAATTGAAATTGCTGAAATCAAGTTTGAAGGAATGGCATCATAACCACACTAAGAACCTGGATACTAAGATTATGGGGGTTAAGAATCGTATAGCCCAACTAGATGAAAAAGGTGAACAGACAGTGCTTCAAGATGCTGAAATAACGGAGTTACATGACTTATCTATTTCTTTGCACTCTTTGTCCCGGGTTCAGAATAGTATTTCTTGGCAGAAATCTCGAATGCATTGGCTTCACGAAGGCGATGCCAATACGAAATTTTTCCATGGAGTAATGTCCCAAAGAAGACGCCATAATACAATTAATTTGGTGTCTGTTGGCGGTGTTGTTATTGAGGGGGTTCAAAATATCCGGGAGGCTGTGTTTAATCATTTTTCTTCTCATTTTCAAGTGGTGGTGGAGGGGCGGCCTAGTGTGTCTGGTCTCCCATTCCGAAAACTATCCTTTGGTGAAGCTGGTAATTTAACTAAACCTTTTTCGTTAATAGAAGTGAAACAGGCAGTTTGGGACTGTGATGGTTCCAAGAGTCCAGGACCGGATGGTGTCAGTTTTGATTTTATTAAAAGTTTTTGGGATTTATTGAAGGACGACTTTATGCGTTTCTTGAACGAATTCCATCGTAATGGGAAGCTGTCAAAAGGGTTGAATTCTACTTTTATTGCTTTGATTCCAAAGGTGATTAGCCCGCAACAGCTTAATGATTTTCGACCCATCTCATTAGTGGGGTGTTTGTATAAGGTTCTTGCCAAGGTCTTAGCAAACAGGTTACGTGTTGTTATTGGTAGTGTAGTATCAGATTCTCAATCGGCGTTTGTCAAAGGAAAGCAAATACTAGATGGCATTTTGATAGCAAATGAGGTGGTTGATGAAGCTAGGCGGTCGGGAAAAGAACTTTTGATGTTTAAGGTAGATTTCGAAAAAGCTTACGATTCCGTGGATTTAAGATATCTTGAGGCGGTTATGGTTCAAATGAATTTTCCAACTCTTTGGCGAAAATGGATATCTGAGTGTGTGGGGACAGCCACAGCTTCAGTCCTGGTTAATGGGAGTCCGACGGAACAGTTTTCTATTGAGCGGGGCCTCCGACAAGGGGATCCCCTATCACCGTTCTTATTTTTATTGGCAGCAGAAGGGTTCAATATTCTTATGCAACAGGTGGTGGGAGCGCAGTTGTTTCATGGCTATGGTGTAGGCGATGGCAGTGAGGTATCAGGACTAAAGGTGAACTTCCACAAAAGCTTGTTGACTGGGGTGAATGTTTCTGACTCTTGGTTAACTGAAGCGTCGACGGAGGATGGAGGGTTGGGGGTTAGGCGGGTGGGAGCTTTTAATTTATCTTTGTTGGGTAAGTGGTGTTGGCGGATGTTGGTGGATAAGGAGGGATTGTGGTATCGGGTTTTGAAAGCCCGTTACGGTGAGGTGGGGGGGCGGTTAGGGGAGGGTGGTAGAAATTCGTCGGTTTGGTGGAAAACGGTGTGTCAGATTCGTGAGGGTGTTGGTTTGGGGGTTGGAAACTGGTTTGAAGACAATATTCGTCGTGTCGTTGGTAATGGTAGAAATACATTTTTTTGGTATGATAAATGGTTGGGCAATATTCCGTTAAGGTTTAAATATCCTCGTCTGTTTGAGTTAGAGATGGATAAAAACTGTAAGGTGGTGGATAAGGAGAGGTTAGGGTGGGCGGTTGATGGTAGGGCGTGGGTGTGGAGACGCCGTTTGTTTGCGTGGGAGGAGGATATGTTGAGGGAGTGTTCTGTTTTATTGCATAACTTTGTTTTGCAGGATAATGTATCTGACACGTGGAAGTGGTTGTTAGATCCAGTCCATGGTTACACAGTTCGGGGATCATATAATTACTTCTCAAACACATATGACATGATCGATAGGTCTTCGATTGATGACGTGTGGCATAAGCAAATTCCTTCAAAGGTCTCTTTGATGGTGTGGCGTCTTCTACGAAACAGACTACCGACTAAAGACAACTTGGGTCGTCGGGGTATCCTTGCATCGACGGAATTGGCATGCTCTGTAGGCTGTGACTCATCAGAAACTACTACTCATTTATTTTTGCATTGCACCCTTGCAACTAATCTGTGGTTTCAAGTGTGGAATTGGTTAGGTATATCATCAGTGCTATCAGTTATTATCCAGTTGCCTTCCACTATGTCCATGCCAATTATCCACAACCTTAAACCCACCACCACTACCTTACTCTCCCCCTTCCTTTCTTCACCATTCCCATCATCATCATCTTTCAAACCACCCATCTTTTGCTCCAATCCTTCAAATCTCTCTCGAAGACTCTTCCTTCCTTCTGTTTCCGGCATCTGGGACGCCATCACCGGCGGCAGCGGCAATAACAACACCAATGAAGCCCTTCTTGCAATTCGACGAGGAATGTCTCTCTTCAGACAGGGTGATGTTTTGGGGTCTGTTGTGGAGTTTGATAAAGCAATTGAATTGGATCCTCGTCAAAAGGCCTATCTTTGGCAAAGGGGTCTCTCACTTTACTACTTGGATAGATTTGAAGAAGGAGCTGAGCAGTTTCGGTTAGACGTTGCTCAAAATCCAAATGATACGGAAGAGTCCATATGGTGTTTTCTGTGTGAAGCTCAACTATATGGTGTGGATGAAGCAAGAAAGCGATATCTTGAGGCAAATCCAAGGCCTGTCATGAGGGAAACATATAACATGTTTAAGGATGGTGGGGATCCTGAAAAGCTTGTAGGTGCATTCTCCAATAGCAGAGAAAGCGATTATTTTTATGCTTCGCTATATGCTGGGCTTTATTACGAATCTCAGAATGAAAATGATGCTGCAAAAGTTCATATAGTTGCTGCTTGCAAATCTCCTTATGGGCAAAGGTCTGATGATTATATGGCTTCTCTTTCCAAGGTTCACTGTCTTTGCCGAAATTGGAACTTCAGCTGA

Protein sequence

>MsG0180004634.01.T01

MRAGENKRGGQPRVYRRSLSPAERHIGGDWGPARVAEIGGDRGDWAVVRSRKRKATEPVFRGQDRPRELTRQGGAARGSDQDRNIDSNRVSNYRRHSWQAAGIVDDNRVSVYYGSRVSTAEWHGTATHVQEGEQGVKASFYVTNFPDRLPLFRLRQAFEVCGILTDVYVARHRNARGQEFGFVRYVNVRNKEKLAQALNNIWMGQCRIWAREARFDRFAHNDLEVRVSNDVGRNEVAVKSVIEGVKHVSGGDQKLGEKGEGDKKVTIGSVEKGGKKVSVLRKVKVRTAHGKKKESSTLGISKQKLNVIQTTQFIPKFTSKEEDRGWASAGMVASVIDGNSALSLQHRVEDAGFRGGSREWELDELVDDLRKEWCQHSGKKDTVQLTNVPSPKLDLHKDDGTKDFLQPSQPVLQQVQHSLNSVSVPTTRCEPKQLQDGTFSTAGTIPWSLDWLSLCIDKSTNLNNIEHATNLQNEPSLLKKAVNKKKDGSVKHSVAFMKRVARMPLNDRKDILKILKKQERMRKARKGKQHSRAAGLSSSDSSKNSTSSVNNDWENWVILHGKPAKLAEDVKDIGKVVGVQYKCDTSNSFNLLTKAGRREWRGVVVVVTRGLGGGEKRCEIRRLVNEKHPFVLCIQETKLSVIDDGLVKSLWGDAPNGFSYQSSLGASGGLVTVWDSTHIDVWCSMSFGHTLIIKGTIIQTGEYFVIVNVYAPCDLVAKRALWERLTAFVNNNNDVCLCVCGDFNSVRSTEERRGRGVVFRQADADCFNKFIDDTFLIDLPICGRLFTWYRGDGVSMSRLDRFLLSDKWCVAWPNCIQVAYQRGLSDHVPLMLYVDDANWGPRPLRMIKCWADFPGYDDFVREKWSSFNITGWAGFVLQQKLKLLKSSLKEWHHNHTKNLDTKIMGVKNRIAQLDEKGEQTVLQDAEITELHDLSISLHSLSRVQNSISWQKSRMHWLHEGDANTKFFHGVMSQRRRHNTINLVSVGGVVIEGVQNIREAVFNHFSSHFQVVVEGRPSVSGLPFRKLSFGEAGNLTKPFSLIEVKQAVWDCDGSKSPGPDGVSFDFIKSFWDLLKDDFMRFLNEFHRNGKLSKGLNSTFIALIPKVISPQQLNDFRPISLVGCLYKVLAKVLANRLRVVIGSVVSDSQSAFVKGKQILDGILIANEVVDEARRSGKELLMFKVDFEKAYDSVDLRYLEAVMVQMNFPTLWRKWISECVGTATASVLVNGSPTEQFSIERGLRQGDPLSPFLFLLAAEGFNILMQQVVGAQLFHGYGVGDGSEVSGLKVNFHKSLLTGVNVSDSWLTEASTEDGGLGVRRVGAFNLSLLGKWCWRMLVDKEGLWYRVLKARYGEVGGRLGEGGRNSSVWWKTVCQIREGVGLGVGNWFEDNIRRVVGNGRNTFFWYDKWLGNIPLRFKYPRLFELEMDKNCKVVDKERLGWAVDGRAWVWRRRLFAWEEDMLRECSVLLHNFVLQDNVSDTWKWLLDPVHGYTVRGSYNYFSNTYDMIDRSSIDDVWHKQIPSKVSLMVWRLLRNRLPTKDNLGRRGILASTELACSVGCDSSETTTHLFLHCTLATNLWFQVWNWLGISSVLSVIIQLPSTMSMPIIHNLKPTTTTLLSPFLSSPFPSSSSFKPPIFCSNPSNLSRRLFLPSVSGIWDAITGGSGNNNTNEALLAIRRGMSLFRQGDVLGSVVEFDKAIELDPRQKAYLWQRGLSLYYLDRFEEGAEQFRLDVAQNPNDTEESIWCFLCEAQLYGVDEARKRYLEANPRPVMRETYNMFKDGGDPEKLVGAFSNSRESDYFYASLYAGLYYESQNENDAAKVHIVAACKSPYGQRSDDYMASLSKVHCLCRNWNFS*