AURDEDRAFT_71766 cDNA ORF clone, Auricularia subglabra TFB-10046 SS5

Gene
Clones
gRNAs

Summary

Gene Symbol	AURDEDRAFT_71766
Entrez Gene ID	18867725
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Auricularia subglabra TFB-10046 SS5

mRNA and Protein(s)

mRNA	Protein	Name
XM_007352991.1	XP_007353053.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following AURDEDRAFT_71766 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the AURDEDRAFT_71766 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAu36235	XM_007352991.1 Latest version!	Auricularia subglabra TFB-10046 SS5 hypothetical protein partial mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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5 or more Clone	50% OFF
All Other ORF Clones
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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

AURDEDRAFT_71766 ( XM_007352991.1 ) cDNA ORF clone, Auricularia subglabra TFB-10046 SS5 -> XP_007353053.1 Auricularia subglabra TFB-10046 SS5 hypothetical protein partial mRNA.

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CloneID	OAu36235
Clone ID Related Accession (Same CDS sequence)	XM_007352991.1
Accession Version	XM_007352991.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3990bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2015-11-05
Organism	Auricularia subglabra TFB-10046 SS5
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_006765438). ##Metadata-START## Organism Display Name :: Auricularia subglabra TFB-10046 SS5 GOLD Stamp ID :: Gi06358 ##Metadata-END## COMPLETENESS: incomplete on both ends.

ATGCGCCTCC GGATGGGACC GGTCAACAAG TCCCTCGTGC GCGGCTGCCT CACCTCACAC 
GCGATGATGA GCACGCTCGA AGACACCTAC GAGGCCGGTG GCATCACCGA GCAAGTCAGC 
CTCCGCCAGC AGCTTGCGGA CCTTCGGGCC GACGACACGA CGGACGTGAC CGAACACTGC 
AAGAAGATGC TTGAGCTCAA ATCATTGCTC GCAGCCAACG GCGACCCGAT TGCGGACGAG 
CAGTTCTGCA AGACGCTGCT GGTCTCGCTT CCCAAGAGCT GGCAGTCGTT CTCGAGCGGC 
TTTAAGCCCG AGCAGTTCCT CCCGCGGACC GAGAAGGTCA TCAGGCCGAT GGGTCTCGCG 
CGGCGCATCA ACGACGAGTA CCGCACGCGC CGCGCTAAGG AGTCCTCCAT CGATCCCCCG 
GCTGCGCTAC TTGCACGTGC CGAGGCCGTG CCGCCTGAGT GCTACAACTG CGGCGAAGCA 
GGTCACTTCT CGCGCGACTG CTGGAAACCG CGCACCCAGG CAAGCCTGAG GGCTGACGCT 
GCTGCAGGCC GTTCCGCTCG CGGCCAACCA ACCCGCGGAG GTTTCGAACC GCACGATCCG 
ATCGCACCGC CTCACAGCCA CGCCGTCGTG ATGTCCATGG CGCCTGACGC GTTCTTCTAC 
GATAGCGGCG CCAACGTCAA CGTTGCAAAC AACCGGGACG TCTTCGAGAC GTACATCCCC 
ACACCTGGCG CTTATGTCAG AGGAGTTGGC GCTCAACGGA TCCCTAAGCT CGGCGTTGGC 
ACCGTCGTCG TCATCGCGCT CGCTGTCGGC CCCGCGGGCG AGAAGCGCAC GCGCCATATC 
CGCCTGACGA ACGTCGCGCA CATCCCCAGT GCACCGGCCA ACCTGATCTC GGTGTCGCGG 
CTCACGCTCG GCGGCCGCCT CGTCGTTTTC GGACCACGTG GTGCGCATGT GATCGACCAG 
AAGACCGGCG AGAAGATCAT GACCGGGCGA CGCGAAGGGG AGCTCTATCG TGCCAATCTC 
GTCGCTCAAT CGTCTACCGT TCTATTCACC TGTACCTTAC GCGAGCTGCA CGAAATCCAG 
GGCCACGCCA ACTTTGATTA CTTGCGGCGG ATGGTGAAGG AGAAACGGAT GACCGGTATT 
CATGTCACCG ATCTCGACGA GAAGCAGCCT CTGTGCACCG CGTGCACTCG CGCCAAGCAC 
GTCAAGCGTC CTTTCCCTTC GGCGTCTCAG CGCGACGAGT CGCGGATGCA GATAGGAGAG 
ATCATGCATG TCGATGTTTT TGGTCGAGCA CCACACAAGG CGATTGGTGG GGAAGAGTAC 
TTCACCCATT TCGTCGACAG GAGAACACGC TACTCGCTCG TTTATGGCTC CAAGACGAAG 
GGCAATCAGC TCCAGCACAT CAAGTGGTGC CAGGCGTGGC TCATGACGCA GTTCGGCGTC 
AGACTGAAAT GTCTACAGTT CGACGAGGGG CTCGAATTTC TGAACGACCA GGTCCGCACA 
TACTGTGCAG AACAGGGCAT ACGCCTCCAA GTGACGGCGC CATACTCGTC TTCTTCTAAC 
GGGATTGTCG AGCGCGCACA TCTCACCATT TTGAACATGG CGAGAGCAAT GATGTTCAAC 
TGCGGCGCGC CACGATTCCT CTGGTTTGAA GCCGTCCTCT ATGCGGTTTA CATCAAGAAT 
CGCCTCCCAA CTCGAGCGCT GGGCTACTCG TCACCGTATG AAACCGCCTG GGGACACGTC 
CCAAGTCTCG CGCACTTGCG CAAATTTGGT TCGCGCATGT GGGTCCATCG GCCGAAGGAA 
CTGCGCACCA AGCTCAACGA GCGCTCCGTG CAACACATGT TCACGGGTTT CACAGAAGAA 
TCGCGCGCAT ACCGATACTA CAAGGTCGGC GCTCGTCAGA TTTTGATGTC ACGAAGCGTG 
ATTTTCGAGG ACAACCAGCC CGCGGGCCCA GATGCTGCCC GCAACCCACC TGATCGAGCA 
GCAGAGCTAG CACTACCACT ATCGCCAGCT GGAGAGTCTA TTGACTTGGA CACTCCGGCA 
CTTCCCGTGG TGCCGCTGCC GCATTTGCAC GCCCCAGCTA TGCACATACC GCCTCAGCCT 
GCACCGCATG TGCCGCTTCC CCAGATACAG CAAGTACCTC CTCCTGCTCC AGCTCCACCA 
CCAGCACCTC CACAGCCTCA GCAGAATGCG TCTCCAGTTA GACCGCGTGC CGAAGGGGCA 
AAGCGCAGCG GACGCCTTGC AGCCCTTCCG CGGCTAGACT ACCAGCTAAT CGGCAACCCG 
GACTCGCGAT CAGCTAAAGC ACGACAGCAA GCTCGAGATG CAGCAGCACG AGATCAACGA 
GACGCCGACT CCGGGCATGA CAGCTCAGAG AGCGAGCTTA CGCCAGTTCC GGAAGACGCA 
GACATACTCG AATTCGTGCT TGCAGCTGAA ACGCTCGACG ACGAGCCAGC TACTTTTGCT 
GAAGCCATGC GCCGTCCTGA TGCGGACAAG TGGCGTGCAG CAATCGACGC CGAGATGGCA 
CAACACAGCC GTTTCCACAC CTTTCGTCGC ACGAAGCTAC CACGAGAACG TCGCGCTATC 
AGCTGCAAAT GGGTATTCAA AATTAAGCGA AACGATCGAG GTGAAATAGT CAAGTACAAG 
GCTCGCCTCG TCGCTCGCGG TTTCACCCAG CAGCCCGGTG TCGACTATTT CGAGACTTTC 
TCGCCTGTTG TCAGGCTTGA GACCTTGCGC AGCATGCTTG CGATTGCCAC GGAGCTCAGA 
CTCAACGTCC AGGTCGTCGA TGTTGTTGGC GCCTACCTGA ATGGCACACT CACGGAAGAG 
ATCTACATGG AGCAGCCGCC AGGTCTACAC GACGGCTCGG ACGATGTCTT CAAACTTCTA 
CGATCGATCT ACGGGCTCAA ACAGTCCGCA CTTGTGTGGA ATGCGACCCT AGATGCTGCC 
TTCATCGCGA TGGGATTCAC GCGTCTCCTC AGCGACCGCT GTGTCTACAT CCGTCGGTCT 
GGCACCAAGA TCTGGATTGT TGCTGTTCAT GTGGACGACA TGACTCTCCT CGCGTCCACT 
GCGGAGGACA ATGAAGCTCT CAAGTCCGAG ATCTCGAAAC GCTTCGACAT TGTCGATCTC 
GGCGACATCA CGCAGGTCGT TGGACTTGAG GTTCGACGCA GCAGCAACCT CAGTACTACC 
ACGATCACTC AGTCGCAATA TATCGACAAA ATGCTCGCTC GTTTCGGCAT GACTGCCTGC 
AACACTTCGC CGACACCCGC CGATCCCAAC GTGAAGCTCA TCCCGTTTAA GGGGGAGCCG 
GACGAGGTTA GACGAGCCGA GTATCAGCGG TTGATTGGGT CCTTACACTA CGCCGCACGC 
GGATCGCGCC CGGACATACA GCTCCGTACA TCGCAGCTCA GCCAACATCT CGCCAATCCC 
GGTCCAATCC ACATGACCGC AGCGAAACGT ATCCTGCGGT ACCTCAAGGG TACTCGGGAG 
CTCGGCATCG TGTACTCTCG CAGCACTGGG CTTCCCTCAC TAGAATCCTA CGTCGACGCT 
GACTGGGGTC AGGACCCCAG TGACCGAAAA TCGATCTCCG GTCAGGTGTT CAAACTTGCC 
AACGGCCCGG TCTCATGGGC CTCGCGCAAA CAACGATCGG TAGCGAAGTC GTCGATGGAG 
GCTGAGTACA TCGCTGCAAG CGGTGCTTCC TCAGAGCTAC TCTGGTTACG CACGCTACTA 
CGAGAGCTCG GCTTCCCGCC CAATGGCTCG TCAATATTGA AGATGGATAA TACAAGCGCG 
ATCTCAGCGG CGCTTTCACA TGGTAGCGAC TCAAAAGCGA AACACATCGA TATCGCGCAC 
CATTTCATTC GGGATCACGT CGCCAAGGGA GACATCCAGC TCATGCACAT CGCGTCTGCA 
AACAATCTCG CAGACTTCTT CACCAAGGCC CTTCCGCGTG TCCATTTCGA AAAGTTACGA 
ATGCGCATTG GGCTAGCCGA CCGTGGCTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_007353053.1
CDS	1..3990
Translation	MRLRMGPVNKSLVRGCLTSHAMMSTLEDTYEAGGITEQVSLRQQLADLRADDTTDVTEHCKKMLELKSLLAANGDPIADEQFCKTLLVSLPKSWQSFSSGFKPEQFLPRTEKVIRPMGLARRINDEYRTRRAKESSIDPPAALLARAEAVPPECYNCGEAGHFSRDCWKPRTQASLRADAAAGRSARGQPTRGGFEPHDPIAPPHSHAVVMSMAPDAFFYDSGANVNVANNRDVFETYIPTPGAYVRGVGAQRIPKLGVGTVVVIALAVGPAGEKRTRHIRLTNVAHIPSAPANLISVSRLTLGGRLVVFGPRGAHVIDQKTGEKIMTGRREGELYRANLVAQSSTVLFTCTLRELHEIQGHANFDYLRRMVKEKRMTGIHVTDLDEKQPLCTACTRAKHVKRPFPSASQRDESRMQIGEIMHVDVFGRAPHKAIGGEEYFTHFVDRRTRYSLVYGSKTKGNQLQHIKWCQAWLMTQFGVRLKCLQFDEGLEFLNDQVRTYCAEQGIRLQVTAPYSSSSNGIVERAHLTILNMARAMMFNCGAPRFLWFEAVLYAVYIKNRLPTRALGYSSPYETAWGHVPSLAHLRKFGSRMWVHRPKELRTKLNERSVQHMFTGFTEESRAYRYYKVGARQILMSRSVIFEDNQPAGPDAARNPPDRAAELALPLSPAGESIDLDTPALPVVPLPHLHAPAMHIPPQPAPHVPLPQIQQVPPPAPAPPPAPPQPQQNASPVRPRAEGAKRSGRLAALPRLDYQLIGNPDSRSAKARQQARDAAARDQRDADSGHDSSESELTPVPEDADILEFVLAAETLDDEPATFAEAMRRPDADKWRAAIDAEMAQHSRFHTFRRTKLPRERRAISCKWVFKIKRNDRGEIVKYKARLVARGFTQQPGVDYFETFSPVVRLETLRSMLAIATELRLNVQVVDVVGAYLNGTLTEEIYMEQPPGLHDGSDDVFKLLRSIYGLKQSALVWNATLDAAFIAMGFTRLLSDRCVYIRRSGTKIWIVAVHVDDMTLLASTAEDNEALKSEISKRFDIVDLGDITQVVGLEVRRSSNLSTTTITQSQYIDKMLARFGMTACNTSPTPADPNVKLIPFKGEPDEVRRAEYQRLIGSLHYAARGSRPDIQLRTSQLSQHLANPGPIHMTAAKRILRYLKGTRELGIVYSRSTGLPSLESYVDADWGQDPSDRKSISGQVFKLANGPVSWASRKQRSVAKSSMEAEYIAASGASSELLWLRTLLRELGFPPNGSSILKMDNTSAISAALSHGSDSKAKHIDIAHHFIRDHVAKGDIQLMHIASANNLADFFTKALPRVHFEKLRMRIGLADRG

Target ORF information:

RefSeq Version	XM_007352991.1
Organism	Auricularia subglabra TFB-10046 SS5
Definition	Auricularia subglabra TFB-10046 SS5 hypothetical protein partial mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_007352991.1

ORF Insert Sequence:

ATGCGCCTCC GGATGGGACC GGTCAACAAG TCCCTCGTGC GCGGCTGCCT CACCTCACAC 
GCGATGATGA GCACGCTCGA AGACACCTAC GAGGCCGGTG GCATCACCGA GCAAGTCAGC 
CTCCGCCAGC AGCTTGCGGA CCTTCGGGCC GACGACACGA CGGACGTGAC CGAACACTGC 
AAGAAGATGC TTGAGCTCAA ATCATTGCTC GCAGCCAACG GCGACCCGAT TGCGGACGAG 
CAGTTCTGCA AGACGCTGCT GGTCTCGCTT CCCAAGAGCT GGCAGTCGTT CTCGAGCGGC 
TTTAAGCCCG AGCAGTTCCT CCCGCGGACC GAGAAGGTCA TCAGGCCGAT GGGTCTCGCG 
CGGCGCATCA ACGACGAGTA CCGCACGCGC CGCGCTAAGG AGTCCTCCAT CGATCCCCCG 
GCTGCGCTAC TTGCACGTGC CGAGGCCGTG CCGCCTGAGT GCTACAACTG CGGCGAAGCA 
GGTCACTTCT CGCGCGACTG CTGGAAACCG CGCACCCAGG CAAGCCTGAG GGCTGACGCT 
GCTGCAGGCC GTTCCGCTCG CGGCCAACCA ACCCGCGGAG GTTTCGAACC GCACGATCCG 
ATCGCACCGC CTCACAGCCA CGCCGTCGTG ATGTCCATGG CGCCTGACGC GTTCTTCTAC 
GATAGCGGCG CCAACGTCAA CGTTGCAAAC AACCGGGACG TCTTCGAGAC GTACATCCCC 
ACACCTGGCG CTTATGTCAG AGGAGTTGGC GCTCAACGGA TCCCTAAGCT CGGCGTTGGC 
ACCGTCGTCG TCATCGCGCT CGCTGTCGGC CCCGCGGGCG AGAAGCGCAC GCGCCATATC 
CGCCTGACGA ACGTCGCGCA CATCCCCAGT GCACCGGCCA ACCTGATCTC GGTGTCGCGG 
CTCACGCTCG GCGGCCGCCT CGTCGTTTTC GGACCACGTG GTGCGCATGT GATCGACCAG 
AAGACCGGCG AGAAGATCAT GACCGGGCGA CGCGAAGGGG AGCTCTATCG TGCCAATCTC 
GTCGCTCAAT CGTCTACCGT TCTATTCACC TGTACCTTAC GCGAGCTGCA CGAAATCCAG 
GGCCACGCCA ACTTTGATTA CTTGCGGCGG ATGGTGAAGG AGAAACGGAT GACCGGTATT 
CATGTCACCG ATCTCGACGA GAAGCAGCCT CTGTGCACCG CGTGCACTCG CGCCAAGCAC 
GTCAAGCGTC CTTTCCCTTC GGCGTCTCAG CGCGACGAGT CGCGGATGCA GATAGGAGAG 
ATCATGCATG TCGATGTTTT TGGTCGAGCA CCACACAAGG CGATTGGTGG GGAAGAGTAC 
TTCACCCATT TCGTCGACAG GAGAACACGC TACTCGCTCG TTTATGGCTC CAAGACGAAG 
GGCAATCAGC TCCAGCACAT CAAGTGGTGC CAGGCGTGGC TCATGACGCA GTTCGGCGTC 
AGACTGAAAT GTCTACAGTT CGACGAGGGG CTCGAATTTC TGAACGACCA GGTCCGCACA 
TACTGTGCAG AACAGGGCAT ACGCCTCCAA GTGACGGCGC CATACTCGTC TTCTTCTAAC 
GGGATTGTCG AGCGCGCACA TCTCACCATT TTGAACATGG CGAGAGCAAT GATGTTCAAC 
TGCGGCGCGC CACGATTCCT CTGGTTTGAA GCCGTCCTCT ATGCGGTTTA CATCAAGAAT 
CGCCTCCCAA CTCGAGCGCT GGGCTACTCG TCACCGTATG AAACCGCCTG GGGACACGTC 
CCAAGTCTCG CGCACTTGCG CAAATTTGGT TCGCGCATGT GGGTCCATCG GCCGAAGGAA 
CTGCGCACCA AGCTCAACGA GCGCTCCGTG CAACACATGT TCACGGGTTT CACAGAAGAA 
TCGCGCGCAT ACCGATACTA CAAGGTCGGC GCTCGTCAGA TTTTGATGTC ACGAAGCGTG 
ATTTTCGAGG ACAACCAGCC CGCGGGCCCA GATGCTGCCC GCAACCCACC TGATCGAGCA 
GCAGAGCTAG CACTACCACT ATCGCCAGCT GGAGAGTCTA TTGACTTGGA CACTCCGGCA 
CTTCCCGTGG TGCCGCTGCC GCATTTGCAC GCCCCAGCTA TGCACATACC GCCTCAGCCT 
GCACCGCATG TGCCGCTTCC CCAGATACAG CAAGTACCTC CTCCTGCTCC AGCTCCACCA 
CCAGCACCTC CACAGCCTCA GCAGAATGCG TCTCCAGTTA GACCGCGTGC CGAAGGGGCA 
AAGCGCAGCG GACGCCTTGC AGCCCTTCCG CGGCTAGACT ACCAGCTAAT CGGCAACCCG 
GACTCGCGAT CAGCTAAAGC ACGACAGCAA GCTCGAGATG CAGCAGCACG AGATCAACGA 
GACGCCGACT CCGGGCATGA CAGCTCAGAG AGCGAGCTTA CGCCAGTTCC GGAAGACGCA 
GACATACTCG AATTCGTGCT TGCAGCTGAA ACGCTCGACG ACGAGCCAGC TACTTTTGCT 
GAAGCCATGC GCCGTCCTGA TGCGGACAAG TGGCGTGCAG CAATCGACGC CGAGATGGCA 
CAACACAGCC GTTTCCACAC CTTTCGTCGC ACGAAGCTAC CACGAGAACG TCGCGCTATC 
AGCTGCAAAT GGGTATTCAA AATTAAGCGA AACGATCGAG GTGAAATAGT CAAGTACAAG 
GCTCGCCTCG TCGCTCGCGG TTTCACCCAG CAGCCCGGTG TCGACTATTT CGAGACTTTC 
TCGCCTGTTG TCAGGCTTGA GACCTTGCGC AGCATGCTTG CGATTGCCAC GGAGCTCAGA 
CTCAACGTCC AGGTCGTCGA TGTTGTTGGC GCCTACCTGA ATGGCACACT CACGGAAGAG 
ATCTACATGG AGCAGCCGCC AGGTCTACAC GACGGCTCGG ACGATGTCTT CAAACTTCTA 
CGATCGATCT ACGGGCTCAA ACAGTCCGCA CTTGTGTGGA ATGCGACCCT AGATGCTGCC 
TTCATCGCGA TGGGATTCAC GCGTCTCCTC AGCGACCGCT GTGTCTACAT CCGTCGGTCT 
GGCACCAAGA TCTGGATTGT TGCTGTTCAT GTGGACGACA TGACTCTCCT CGCGTCCACT 
GCGGAGGACA ATGAAGCTCT CAAGTCCGAG ATCTCGAAAC GCTTCGACAT TGTCGATCTC 
GGCGACATCA CGCAGGTCGT TGGACTTGAG GTTCGACGCA GCAGCAACCT CAGTACTACC 
ACGATCACTC AGTCGCAATA TATCGACAAA ATGCTCGCTC GTTTCGGCAT GACTGCCTGC 
AACACTTCGC CGACACCCGC CGATCCCAAC GTGAAGCTCA TCCCGTTTAA GGGGGAGCCG 
GACGAGGTTA GACGAGCCGA GTATCAGCGG TTGATTGGGT CCTTACACTA CGCCGCACGC 
GGATCGCGCC CGGACATACA GCTCCGTACA TCGCAGCTCA GCCAACATCT CGCCAATCCC 
GGTCCAATCC ACATGACCGC AGCGAAACGT ATCCTGCGGT ACCTCAAGGG TACTCGGGAG 
CTCGGCATCG TGTACTCTCG CAGCACTGGG CTTCCCTCAC TAGAATCCTA CGTCGACGCT 
GACTGGGGTC AGGACCCCAG TGACCGAAAA TCGATCTCCG GTCAGGTGTT CAAACTTGCC 
AACGGCCCGG TCTCATGGGC CTCGCGCAAA CAACGATCGG TAGCGAAGTC GTCGATGGAG 
GCTGAGTACA TCGCTGCAAG CGGTGCTTCC TCAGAGCTAC TCTGGTTACG CACGCTACTA 
CGAGAGCTCG GCTTCCCGCC CAATGGCTCG TCAATATTGA AGATGGATAA TACAAGCGCG 
ATCTCAGCGG CGCTTTCACA TGGTAGCGAC TCAAAAGCGA AACACATCGA TATCGCGCAC 
CATTTCATTC GGGATCACGT CGCCAAGGGA GACATCCAGC TCATGCACAT CGCGTCTGCA 
AACAATCTCG CAGACTTCTT CACCAAGGCC CTTCCGCGTG TCCATTTCGA AAAGTTACGA 
ATGCGCATTG GGCTAGCCGA CCGTGGCTGA