LOC106837611 cDNA ORF clone, Equus asinus(ass)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106837611
Entrez Gene ID	106837611
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Equus asinus(ass)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014851270.1	XP_014706756.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC106837611 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106837611 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
OEq01414	XM_014851270.1 Latest version!	Equus asinus interferon-induced very large GTPase 1-like (LOC106837611), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC106837611 ( XM_014851270.1 ) cDNA ORF clone, Equus asinus(ass) -> XP_014706756.1 Equus asinus interferon-induced very large GTPase 1-like (LOC106837611), mRNA.

Price & Availability↑

CloneID	OEq01414
Clone ID Related Accession (Same CDS sequence)	XM_014851270.1
Accession Version	XM_014851270.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4161bp) 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	2015-12-01
Organism	Equus asinus(ass)
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014636794.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Equus asinus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAAAGCA CATTGAAGGC ACACCTTCTT AACATCCTTG AGGACCTTTT AGAGGAGGAG 
TTGGTAAAGT TCAAGTTCCA ACTCACAAAC ATAGCTCTTT CTGAGGGATA CAACCACATT 
CCTCGGGGCA CTGTCCAGCA AGCAACCCCA GTGACACTTG CTGATCTACT GATCCGGTAC 
TATGGGGAGG AATATGCCAA GACTGTGACC CAGGAGGTCC TGAAAGCCAT AAACCAGCGT 
AGCCTGTTGG AGAAGCTCCA TCAATCAATG GAAAAATCTG GATCTTCTGC TCAAAAAGTT 
GCAAAAAAGA CAAATAAGAG GAAGCAAGAG AATGAAGCAG GACCAAATGA AGATAAACAG 
CAACTAACTA TCTCAAAGAG ATTTAGAAAT ATCTTTAACC AAAAGAAAAT ATCCAATGAA 
TCTGCACCTT ATCCCAGAGA TCCTCAACCA AGCAATGATA AGGAAGTAAC AACCAAAAAT 
CAATACTTTC ATGACTTGAT TCGGCGGCTT AATCTGGACA GTTATTATCC CAAGAAGATG 
GCCAAAGTCA ATTCTCTTTT GATAAATAAG ACCTCCCTCC ATGGCACTCA ACCAAGAGCT 
GAAACAGAGC TACCATTTTG TTTTCTAGAG AAACTTTTGG TATTAGATTA CCATTTGCGA 
TATCTAGTTT ACAGAGGTAA TATAGATACA ATATCTACTG TGTCCCAGAC ACTGAGAACC 
ACAGAACAAG AAAGAACATT TGAGAACTTT TTCATTATCA AGGAAACACA ATCAAATGCA 
GTACAAATTT GCATCCACCC AATGGACATA CAAATGGCAA TTTTTCACTG TGCAGATGAC 
TTTACAAGGC AGTATATTTT CACCAAACTT TCCATTTGCC AATTCGCTCT CCCACTTTTG 
GTGCCAAATC CTTGCAATTC CCAAATTGAA TTCCCTCTTT GGTCTCTCAG GCAAATCAGG 
AGAAGCTGGA GAGAGGTGGA AAAAATAGGA TGGGAGAAAA AAATTAGGAA TTATAATAAC 
CAGCTGATTA GTTGGCAACC TATACATATT ATATCTTTCA TAAGAGTTGG AAATTATGTC 
TCTACTTCCA AGTCTCAGAT TTTGAATGCA CTCCTGAGTA AAGGCAAACA TGACCATTTT 
TCCTCCCACC ATTCTAGGGA AGACAATAAT AGATGTCTAT TGATAGATGG TATGGTGGAA 
ATCTGCTGGT TCTGCCCAGG TGGGAGAGCT GAGGACAGAT TTGAAAACTG TATTGCCTTC 
ACCAATCTCC ATGGAAATGC TGAAATACAT GAGAGGCAGG TTAAGTTCCT GCAGCAGGTC 
TCCTCAGTCA CTGTCATTCT CCTGTCAACT TCCAATTTTG ACAAAATGAC TAGTTCCCTT 
CTACTCGAAT TTTGGAATTC ACCCAAACCT CTTATCTGTT TGTTCGAAAA TGCAGAAAAT 
ATTATGGATG AGAATTCTGC TCACAAAGTG AGAATTGGGA TCAAGAACCT AAATAAGATA 
GAACTAGCTG ATAAAATTAC AGCTACTTTA ACACAGTTGC TGAAGAAGTC TGGATCTCCT 
TACAGTTTGA GTGATTGGGC CAACATTGCT AGGAAGTATG AATTTATTAT TGATGAGGAC 
CAAAGAGGCT GCCAAGAAGC AGGGAAAAAA GCAGACATCC TAATGGACAT CTTGAGAAAA 
GTGAAATTAC CTGAGATAAA GGAGAAGTTA CTACCACTTC AGGGAGGTCT ATGGCGTGAT 
TGGTGTAAAA AGGATAAGGA ACTCCATCAG CTCAGAGAAA AAGGAAACAG GAGCATTGAG 
CAATACACGA ATGAGATTGA GAAGGAAAAG CAGATAATAC GTTGTGAACA GTACCACAAA 
GTTATTAACC TTAATGACCT GATGAAGTCT CTGTTTGAAA GTCTTCAGTC ACATCCAGAG 
ACCCACACAG AGCTCTACTT TCTGCAGGGG CTGAGCATGT TAATGGACCA ACTAACCACA 
GGAGAGTTAG AAAAGCTCCA CCAGAGGCAT CGTTTTCTGT TGGCTCAGGT GCGAACAGAG 
AAGCAGAAGC TGTCAAAGAG AGACTCCCTC AGACGCTGGG AGGCTGAGCT ACAAGCTGTT 
TCCAAAGAGA TCAGTGACTC TACCCTGGGA ATTGAGCATC TCCTGAGAGA GATGGGCCAG 
ATCTACGAAG CTCTGGAAGA AGCTTCTTCC CAAACAAATA CACTATTTCT CTCCCTTCCC 
CAAATGGCTG CTGACCTGAT GGTATCTGGA ACTCCCATTG AGCTGATGGA TGGAGATGCA 
TCTTATGTGC CCCTGAAGTG GGTGGCAGCT GTTTTAGACA AGGTCTCTGA GAAACTTAGA 
GACAAACGGG TGTTTGTTCT CTCTGTCCTT GGCCTACAGA ACTCAGGAAA GTCCACTCTG 
CTGAATGCAA TGTTTGGGCT TCAGTTCAGT CTCAGTGCTG AGGAGTGCAC CCGGGGGGCC 
CATATGCAGC TCCTGAAGGT GGAAGAGATG CTCAAGGAAC AGCTGGGCTT TGATTTTGTG 
CTTGTTGTGG ACACAGAAGG ACTTCGGCCC TCAGAGTTCA TTAACAAAGC ACATAGTGAG 
GAAAATGAGT TGGCAACCTT TATCATTGGA CTTGGAAACT TAACTCTAAT CAATGTTTTT 
GGGAATGATC TATCAGAAAT ACAAGATATT CTGCAAATAG CTGTCCATGC CTTTCTCAGG 
ATGAAACAAC TGAACATCTC CCCAAGGTGC CTGTTTGTTC ATCAGAACAC AGAAGAAATT 
ATAGATACAA ATCAAAGTAT GGAAAGGCAA AGATGGCTGC AAGAGAGATT GGATGAAATG 
ACACTTGCTG CAGCTGAACA AGAACAGTGC TCAGATGTAT GCCACTTCAG TGATGTCATT 
AAGTTTGATG TCAAGACCCA CATCCATTAC TTTGCTCACC TCTGGGAAGG TTCTCCCCCA 
ATGGCCCCTC CTAATCCCTG CTATAGCCAC AATGTTCAGG AGCTGAAAAG CAGGATTCTT 
AAGCATGCCA AAGAAGAATC CAAGGGAGGT ATTTTGAAGA TATCAGAACT TAAAGTGTGG 
ATACAGGATT TATGGAAGGC CTTAGTGAAT GAGAACTTCA TTTTCAGGTT CAGGAACACC 
CAGGAAGTCA AGGCTATGAA TAAACTGGAG ACCATGTACA ACAGCTGGAC CTGGGAACTG 
AGAAGTCATA TGCTGGACTT GCAGAATCAG CTGACCAACA AGATTCAGAA TGGAGAAGTT 
GAGGAGATCA AGAGAAGCTC AATTGAGAAT CGAATTGCAG GAAGACATGA AGCCATTAAG 
CAAGAACTTG AAAGGTATTT TCGAGAAGAC AGAGATAGAG ATATCTTGGC TCAGTGGAAA 
GGAAGATTTG AAGCTAATCT GAAGAATCTT AAAGAGGAGC TTATAAGAGA AACTATGAGA 
AAATGTGAGT ATTTAATTAG TGGAAAGAAA ATACAAGACC TTTTGAAGGA GGAAAAAGTA 
AAATTTGAAC ATAAGCTATT AGAAAAAATC AGAGAGATGG CTGTGTCCCC CAGTGGGAAA 
GAGTTACATG ATAAGGAGCT GAGAGAGATG TTCAACAAGA TCTGGTCAGA GAACATCTGC 
ATTCTGTTGC CTCCCACACT CCCGTCTGCT GAGGGTCCTG ATATTGATAT TGAGCTAGAG 
AACATCCTCC TGGAGCATTT TAAACAGCAT CCCAATATTG TGAACAAAAT CAGATATCGT 
AATACAAGGA AAACATTTTC TATCAATTAT TCCAAACATG TTATCACCTC TCAAAAGTTC 
CAAGTATATG GACCCTCTGT GGAAGACTTT GAAAAAGATA TTATAAAGAA GACAACAGCT 
CAAATTATGA AATTGGTTGA AGAACTCATA CACATAAGAG AACAACAGAA TGAGGGTTAC 
AGTTCTAGTT ACTTCCATGA AATTCTGCGA GTGATCCATA CTGAGGCTGA GGCTGCATCT 
CAAGGAGCCA GGTTCATACT GACAAACAGA TATAAACTAG AACTTGCCCT CGAGCTCTTC 
CAAGAGGCAG CAAACAGCTT TAAAAAGATA TGTATTGCAT TCAAGAGAGC AAACAACCCC 
GTTCTCTACC TAGAAAGCAT AAAAGAGGAA GTTTTTACTA AATTGATCTT ATCCTACAAA 
AACTGCCAAA ACATTGGCTG A

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

RefSeq	XP_014706756.1
CDS	125..4285
Translation	MESTLKAHLLNILEDLLEEELVKFKFQLTNIALSEGYNHIPRGTVQQATPVTLADLLIRYYGEEYAKTVTQEVLKAINQRSLLEKLHQSMEKSGSSAQKVAKKTNKRKQENEAGPNEDKQQLTISKRFRNIFNQKKISNESAPYPRDPQPSNDKEVTTKNQYFHDLIRRLNLDSYYPKKMAKVNSLLINKTSLHGTQPRAETELPFCFLEKLLVLDYHLRYLVYRGNIDTISTVSQTLRTTEQERTFENFFIIKETQSNAVQICIHPMDIQMAIFHCADDFTRQYIFTKLSICQFALPLLVPNPCNSQIEFPLWSLRQIRRSWREVEKIGWEKKIRNYNNQLISWQPIHIISFIRVGNYVSTSKSQILNALLSKGKHDHFSSHHSREDNNRCLLIDGMVEICWFCPGGRAEDRFENCIAFTNLHGNAEIHERQVKFLQQVSSVTVILLSTSNFDKMTSSLLLEFWNSPKPLICLFENAENIMDENSAHKVRIGIKNLNKIELADKITATLTQLLKKSGSPYSLSDWANIARKYEFIIDEDQRGCQEAGKKADILMDILRKVKLPEIKEKLLPLQGGLWRDWCKKDKELHQLREKGNRSIEQYTNEIEKEKQIIRCEQYHKVINLNDLMKSLFESLQSHPETHTELYFLQGLSMLMDQLTTGELEKLHQRHRFLLAQVRTEKQKLSKRDSLRRWEAELQAVSKEISDSTLGIEHLLREMGQIYEALEEASSQTNTLFLSLPQMAADLMVSGTPIELMDGDASYVPLKWVAAVLDKVSEKLRDKRVFVLSVLGLQNSGKSTLLNAMFGLQFSLSAEECTRGAHMQLLKVEEMLKEQLGFDFVLVVDTEGLRPSEFINKAHSEENELATFIIGLGNLTLINVFGNDLSEIQDILQIAVHAFLRMKQLNISPRCLFVHQNTEEIIDTNQSMERQRWLQERLDEMTLAAAEQEQCSDVCHFSDVIKFDVKTHIHYFAHLWEGSPPMAPPNPCYSHNVQELKSRILKHAKEESKGGILKISELKVWIQDLWKALVNENFIFRFRNTQEVKAMNKLETMYNSWTWELRSHMLDLQNQLTNKIQNGEVEEIKRSSIENRIAGRHEAIKQELERYFREDRDRDILAQWKGRFEANLKNLKEELIRETMRKCEYLISGKKIQDLLKEEKVKFEHKLLEKIREMAVSPSGKELHDKELREMFNKIWSENICILLPPTLPSAEGPDIDIELENILLEHFKQHPNIVNKIRYRNTRKTFSINYSKHVITSQKFQVYGPSVEDFEKDIIKKTTAQIMKLVEELIHIREQQNEGYSSSYFHEILRVIHTEAEAASQGARFILTNRYKLELALELFQEAANSFKKICIAFKRANNPVLYLESIKEEVFTKLILSYKNCQNIG

Target ORF information:

RefSeq Version	XM_014851270.1
Organism	Equus asinus(ass)
Definition	Equus asinus interferon-induced very large GTPase 1-like (LOC106837611), mRNA.

Target ORF information:

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

XM_014851270.1

ORF Insert Sequence:

ATGGAAAGCA CATTGAAGGC ACACCTTCTT AACATCCTTG AGGACCTTTT AGAGGAGGAG 
TTGGTAAAGT TCAAGTTCCA ACTCACAAAC ATAGCTCTTT CTGAGGGATA CAACCACATT 
CCTCGGGGCA CTGTCCAGCA AGCAACCCCA GTGACACTTG CTGATCTACT GATCCGGTAC 
TATGGGGAGG AATATGCCAA GACTGTGACC CAGGAGGTCC TGAAAGCCAT AAACCAGCGT 
AGCCTGTTGG AGAAGCTCCA TCAATCAATG GAAAAATCTG GATCTTCTGC TCAAAAAGTT 
GCAAAAAAGA CAAATAAGAG GAAGCAAGAG AATGAAGCAG GACCAAATGA AGATAAACAG 
CAACTAACTA TCTCAAAGAG ATTTAGAAAT ATCTTTAACC AAAAGAAAAT ATCCAATGAA 
TCTGCACCTT ATCCCAGAGA TCCTCAACCA AGCAATGATA AGGAAGTAAC AACCAAAAAT 
CAATACTTTC ATGACTTGAT TCGGCGGCTT AATCTGGACA GTTATTATCC CAAGAAGATG 
GCCAAAGTCA ATTCTCTTTT GATAAATAAG ACCTCCCTCC ATGGCACTCA ACCAAGAGCT 
GAAACAGAGC TACCATTTTG TTTTCTAGAG AAACTTTTGG TATTAGATTA CCATTTGCGA 
TATCTAGTTT ACAGAGGTAA TATAGATACA ATATCTACTG TGTCCCAGAC ACTGAGAACC 
ACAGAACAAG AAAGAACATT TGAGAACTTT TTCATTATCA AGGAAACACA ATCAAATGCA 
GTACAAATTT GCATCCACCC AATGGACATA CAAATGGCAA TTTTTCACTG TGCAGATGAC 
TTTACAAGGC AGTATATTTT CACCAAACTT TCCATTTGCC AATTCGCTCT CCCACTTTTG 
GTGCCAAATC CTTGCAATTC CCAAATTGAA TTCCCTCTTT GGTCTCTCAG GCAAATCAGG 
AGAAGCTGGA GAGAGGTGGA AAAAATAGGA TGGGAGAAAA AAATTAGGAA TTATAATAAC 
CAGCTGATTA GTTGGCAACC TATACATATT ATATCTTTCA TAAGAGTTGG AAATTATGTC 
TCTACTTCCA AGTCTCAGAT TTTGAATGCA CTCCTGAGTA AAGGCAAACA TGACCATTTT 
TCCTCCCACC ATTCTAGGGA AGACAATAAT AGATGTCTAT TGATAGATGG TATGGTGGAA 
ATCTGCTGGT TCTGCCCAGG TGGGAGAGCT GAGGACAGAT TTGAAAACTG TATTGCCTTC 
ACCAATCTCC ATGGAAATGC TGAAATACAT GAGAGGCAGG TTAAGTTCCT GCAGCAGGTC 
TCCTCAGTCA CTGTCATTCT CCTGTCAACT TCCAATTTTG ACAAAATGAC TAGTTCCCTT 
CTACTCGAAT TTTGGAATTC ACCCAAACCT CTTATCTGTT TGTTCGAAAA TGCAGAAAAT 
ATTATGGATG AGAATTCTGC TCACAAAGTG AGAATTGGGA TCAAGAACCT AAATAAGATA 
GAACTAGCTG ATAAAATTAC AGCTACTTTA ACACAGTTGC TGAAGAAGTC TGGATCTCCT 
TACAGTTTGA GTGATTGGGC CAACATTGCT AGGAAGTATG AATTTATTAT TGATGAGGAC 
CAAAGAGGCT GCCAAGAAGC AGGGAAAAAA GCAGACATCC TAATGGACAT CTTGAGAAAA 
GTGAAATTAC CTGAGATAAA GGAGAAGTTA CTACCACTTC AGGGAGGTCT ATGGCGTGAT 
TGGTGTAAAA AGGATAAGGA ACTCCATCAG CTCAGAGAAA AAGGAAACAG GAGCATTGAG 
CAATACACGA ATGAGATTGA GAAGGAAAAG CAGATAATAC GTTGTGAACA GTACCACAAA 
GTTATTAACC TTAATGACCT GATGAAGTCT CTGTTTGAAA GTCTTCAGTC ACATCCAGAG 
ACCCACACAG AGCTCTACTT TCTGCAGGGG CTGAGCATGT TAATGGACCA ACTAACCACA 
GGAGAGTTAG AAAAGCTCCA CCAGAGGCAT CGTTTTCTGT TGGCTCAGGT GCGAACAGAG 
AAGCAGAAGC TGTCAAAGAG AGACTCCCTC AGACGCTGGG AGGCTGAGCT ACAAGCTGTT 
TCCAAAGAGA TCAGTGACTC TACCCTGGGA ATTGAGCATC TCCTGAGAGA GATGGGCCAG 
ATCTACGAAG CTCTGGAAGA AGCTTCTTCC CAAACAAATA CACTATTTCT CTCCCTTCCC 
CAAATGGCTG CTGACCTGAT GGTATCTGGA ACTCCCATTG AGCTGATGGA TGGAGATGCA 
TCTTATGTGC CCCTGAAGTG GGTGGCAGCT GTTTTAGACA AGGTCTCTGA GAAACTTAGA 
GACAAACGGG TGTTTGTTCT CTCTGTCCTT GGCCTACAGA ACTCAGGAAA GTCCACTCTG 
CTGAATGCAA TGTTTGGGCT TCAGTTCAGT CTCAGTGCTG AGGAGTGCAC CCGGGGGGCC 
CATATGCAGC TCCTGAAGGT GGAAGAGATG CTCAAGGAAC AGCTGGGCTT TGATTTTGTG 
CTTGTTGTGG ACACAGAAGG ACTTCGGCCC TCAGAGTTCA TTAACAAAGC ACATAGTGAG 
GAAAATGAGT TGGCAACCTT TATCATTGGA CTTGGAAACT TAACTCTAAT CAATGTTTTT 
GGGAATGATC TATCAGAAAT ACAAGATATT CTGCAAATAG CTGTCCATGC CTTTCTCAGG 
ATGAAACAAC TGAACATCTC CCCAAGGTGC CTGTTTGTTC ATCAGAACAC AGAAGAAATT 
ATAGATACAA ATCAAAGTAT GGAAAGGCAA AGATGGCTGC AAGAGAGATT GGATGAAATG 
ACACTTGCTG CAGCTGAACA AGAACAGTGC TCAGATGTAT GCCACTTCAG TGATGTCATT 
AAGTTTGATG TCAAGACCCA CATCCATTAC TTTGCTCACC TCTGGGAAGG TTCTCCCCCA 
ATGGCCCCTC CTAATCCCTG CTATAGCCAC AATGTTCAGG AGCTGAAAAG CAGGATTCTT 
AAGCATGCCA AAGAAGAATC CAAGGGAGGT ATTTTGAAGA TATCAGAACT TAAAGTGTGG 
ATACAGGATT TATGGAAGGC CTTAGTGAAT GAGAACTTCA TTTTCAGGTT CAGGAACACC 
CAGGAAGTCA AGGCTATGAA TAAACTGGAG ACCATGTACA ACAGCTGGAC CTGGGAACTG 
AGAAGTCATA TGCTGGACTT GCAGAATCAG CTGACCAACA AGATTCAGAA TGGAGAAGTT 
GAGGAGATCA AGAGAAGCTC AATTGAGAAT CGAATTGCAG GAAGACATGA AGCCATTAAG 
CAAGAACTTG AAAGGTATTT TCGAGAAGAC AGAGATAGAG ATATCTTGGC TCAGTGGAAA 
GGAAGATTTG AAGCTAATCT GAAGAATCTT AAAGAGGAGC TTATAAGAGA AACTATGAGA 
AAATGTGAGT ATTTAATTAG TGGAAAGAAA ATACAAGACC TTTTGAAGGA GGAAAAAGTA 
AAATTTGAAC ATAAGCTATT AGAAAAAATC AGAGAGATGG CTGTGTCCCC CAGTGGGAAA 
GAGTTACATG ATAAGGAGCT GAGAGAGATG TTCAACAAGA TCTGGTCAGA GAACATCTGC 
ATTCTGTTGC CTCCCACACT CCCGTCTGCT GAGGGTCCTG ATATTGATAT TGAGCTAGAG 
AACATCCTCC TGGAGCATTT TAAACAGCAT CCCAATATTG TGAACAAAAT CAGATATCGT 
AATACAAGGA AAACATTTTC TATCAATTAT TCCAAACATG TTATCACCTC TCAAAAGTTC 
CAAGTATATG GACCCTCTGT GGAAGACTTT GAAAAAGATA TTATAAAGAA GACAACAGCT 
CAAATTATGA AATTGGTTGA AGAACTCATA CACATAAGAG AACAACAGAA TGAGGGTTAC 
AGTTCTAGTT ACTTCCATGA AATTCTGCGA GTGATCCATA CTGAGGCTGA GGCTGCATCT 
CAAGGAGCCA GGTTCATACT GACAAACAGA TATAAACTAG AACTTGCCCT CGAGCTCTTC 
CAAGAGGCAG CAAACAGCTT TAAAAAGATA TGTATTGCAT TCAAGAGAGC AAACAACCCC 
GTTCTCTACC TAGAAAGCAT AAAAGAGGAA GTTTTTACTA AATTGATCTT ATCCTACAAA 
AACTGCCAAA ACATTGGCTG A