LOC115364832 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC115364832 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC115364832 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
OPi136627	XM_030059462.1 Latest version!	Myripristis murdjan interferon-induced very large GTPase 1-like (LOC115364832), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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)

LOC115364832 ( XM_030059462.1 ) cDNA ORF clone, -> XP_029915322.1 Myripristis murdjan interferon-induced very large GTPase 1-like (LOC115364832), mRNA.

Price & Availability↑

CloneID	OPi136627
Clone ID Related Accession (Same CDS sequence)	XM_030059462.1
Accession Version	XM_030059462.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4737bp) 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	2019-07-26
Organism	Myripristis murdjan(pinecone soldierfish)
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 (NC_043988.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Myripristis murdjan Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGCAAA GAAGCAAAGC AGTGAAGGCC CTCTTCAGCA GACTTCACCT TCAAAATTAC 
AAAGGTCAAC AGAAGCTGAC ACATGCAGTT TTTCTTAAAA TAGGGCCAAG TGTAAAACAG 
CAACATGAGA CATCTGAGAA GGATTTAGCA AATACTTTCA TCCAGAGGTT GATGACGCTG 
GATCATAGAG CCAGATACAT CCCTGTAAAA GAAGACCCAG CAGTCAGTCA TCCGAACCAA 
GTTCAAACAC CTGACAGTGC TGGTACAGAT GAAAGTGTTT TTGATGCTTT TTTCAACACA 
GACCAAGAAA CTGAGCAAAG AAAACAAAGC CATGTTCACC CAATGGATGT TCAGATGGCA 
GTTTTTCACT GCTCAGACAG TTTTCTCAAG CAGAACATCA TTTCCAAGTT ATCCCAATGT 
CAGTATGCTT TACCTTTGCT TGTCCCTGAC CTGTTAAAAA TGAATATTGA GTGTCCTATG 
TGGACATTTA GACAAATAAG AAAAAGCTGG AAGCAGACAG ATGACTCAAA CCTTGTGACA 
ATGAAGAGTG TGCCGATCTG CAAAGCTGAG ACACCCATGG TGGCATTTCT CCGGCTTGGT 
TCATTGTCAT CATCTAAATC TCAGCTGATG AGCAGCTTAA TCAATGAGCG TCACAACACG 
TTCTTTCATA GAAACTGCCC AGGCAGCACC AAATCTCGCT ACTTGATTGA TGGCTTGGCT 
GAGATTGCCT GGTACTGCCC TTCTGGAAAA CCCAATGATG CATTCAGTGA CTGCATTGCC 
TTCTGTAATC TCCATGGTGA TGCTCTGTCA TGTGAAACAC AGCGTGACAT ACTGATTGAA 
AAATCCTCAG TCAATGTTAT TTTGTTACCA AGTCTGGAAA AAGGTGGAAA AAGTTCTGAA 
ATATTGTCAG ACCTTTCCAA GTCTCCAAAG CCCCTCATTT GTCTGATTGC TGATAATGAT 
AGTCCTGCAG TTGAGGTAAA AGAAGGCACA AGAAAGTACA AGATGGGTCT AAAAGACAAA 
AGTCTGTCAG AAGTATCTGA AGAAATGAAA GCAATCATCA AAAAGATTTT GTCCAGTCAA 
TACAACCCCT TCAAGCTTGA AAGCATGGCC AAGGCCCGTG GGATCAGGGT GGATGAAGAT 
GATGAGGCCT GCCAGAGAGG GAAATCTGCT GCTTTGCAGA TACAGAATTT GCTTGAGGAG 
AAGGACATCT CAAAAATCAA AGACACATTC CTCCAGTGTC AAGGGAAATT GTGGAAAAAG 
TGGTGCGAAA ATAACAAAGG CCTGTATCGC CTCCATGGAC AGATTGAGAA GGAAAAATGT 
CAAACAGAAA AAGAACTGAA ACAAATACGA GAAAAACAAT GTGATGTTGC ATCCAGTAAA 
CTTATGAACT TGTTTTTGAA GAACCTCCAG TCTCTGCATT CACATGAGAA AAAGTATTTC 
CTGAAGTGGA CTGAAATCTT GTTGGATGAC CTCTCTACAG ACGACCTTTC TGGGATTCTG 
CAAGCATATG ATCAAAAGTG GACTGAAGTC TTGAATTTGA AAAAGAAAGA TGACAAAGGA 
GAGAAACAGA ACCAGACAAA GAAACAAAAT GTTGAAAAAC AGAGAGCTGA ACTTGAAGAA 
TTATCAGCAA AACTGCAGTC AGCGACCTTT GGCTTGGAGC ACATGTTTAG GGAAATGGGG 
CAGATCTATG AGGCCCATGA GTCTGTGAAC AGAACGACAG GAGAGCTGAA CTGGTCCAAA 
TACCCTGAAC TGGCTGCAGA GCTGATGATA TCAGGACACC CAATGGAGCT GATGGATGGT 
GACGCTGGTC ACGTGCCTTT AACATGGATC ACTCGTCTTC TAGACGCTGT CATCAGGAAA 
CTGAAAGACA AGCGAATTTT TGTTTTGTCA GTTCTCGGCA TCCAAAGCAG TGGAAAATCA 
ACAATGCTGA ATGCCATGTT TGGCTTACAG TTTGCTGTCA GTGCTGGCAG GTGCACGAGA 
GGTGCCTTCA TGCAGCTAGT CAAAGTTTCA GCAGAGATCC AGAAAGACTT TAAATTTGAC 
TATGTTTTAG TTGTGGACAC TGAGGGACTG CGTGCTCCTG AGTTGGCAGA GAATGCCAGT 
CTTCACCATG ACAATGAATT GGCAACGTTT GTCATTGGTC TGGGAAACCT GACTTTGATC 
AACATCTTTG GAGAGAATCC AGCAGACATG CAGGACATTC TTCAGATTGT TGTACAGGCT 
TTCATGAGGA TGAAGGAGGT AAATCTCTCT CCAAGTTGTG TGTTTGTCCA CCAGAATGTT 
ACAGATATTG CAGCTGGAGA GAGAAACATG GAAGGAAAGA GACGCTTGCA AGAAAAACTG 
GACAAGATGG CCCAGCTAGC TGCCAAAGAG GAAGTGAGCA ATGCTGACTG CTTTAGTGAC 
ATCATTGCAT TTGATGTACA AACAGATGTT CAATACTTTG CCCAGCTATG GGAGGGAAGT 
CCACCCATGG CCCCTCCAAA CCCAGGTTAC AGTGAGAGCA TCCAAGAACT GAAGAACATC 
ATCCTTACAA AAGCATCAAA ATCTGAAGGA CTGACTCTCT CACAGTTCAG AAGCCGCATT 
TCAGACCTCT GGAACGCCTT GCTGAATGAA CACTTTGTTT TCAGCTTCAA AAACACACAG 
GAAATTGCAG TGTACAGAAA ACTTGAGGTC CAGTATGGGA AATGGACCTG GGCCTTGAGA 
TGTGCCCTGT TGAACATTCA ACACCAGCTT CATAACAGAA TTGAAATTGG AAAACTTGAC 
AAGGTTGATC ACGGTTTTCT TGTTAAGGAG ATGACCACTA CTCGAGAAGA TGTCCAAAAG 
GCCATGAAGA CATACTTTGA CGATGATGAA GATAAAGAGA TGTTGGTTCA ATGGCGAGGT 
CGATTTGTAA GCAAAATAAA GGAGTTTCAT GATGAACAGG TGGCAGAAGT TAAAAGAAAG 
CTGGAGGAAG TTATCCAGCA GAGGAACGCC TGCAAAGAGC TGGATGACAA AAAGGCCGAG 
TTTGAGAACA AGCTACTGCA AAAAAGCAAA GAGCTCGCTC ATGAGTTAAA AGACAAGGCA 
AAAGATGAAA AGGAACTTAA AAAGCAATTC AACAGAATTT GGGATGCGCG AGTCAGTGAA 
TTAGCAGCAG CTGCACCCAA AATTCATGAT ATTTCCATTA GAGATGATTT GTTTTCTATC 
CTTACCGACC TTGGCATTGA ATGGTCTCTT ATAAGTGAAT GCAAGAAATG GGGTAAATAC 
AAAAACATGC CAAAGATGGG TGACTATTTT GGTTATGTAA CCATAACCAA GGGCAATTTG 
GCAGCCAAAG CATGGGAGAA TGTTAAGGCT TCCTGTAGAG GGAATACTCT TCCTTATGAG 
GAGGACCAAC AGATCAGATC CTTCATCGCT GAGGTTGAGA GACAGTCCAT AGAGAAAATA 
AAGACCAAGC CTGTTGCTAG TAGAGGCTAC ACTTCCACCT ACTTGCATGA AGTAGCCAGT 
TATGTCAAAG ACAAAGTCAA AGCTTTTGAA TCAGAGACAA AGACATACAC TTTCAAGAAT 
CACTTTACAG TCAATCTTTT GCTGTATGTA TGTGACATTG CAGGGAATCA GCTATTAAAT 
TCTCATGAGG AATTCAAGAC CAATAATGAC CCACTGACCT ATTTAGAAAG CAAGAAAGAG 
CATCATTACA GTATATTTGT GAGCTATTGT GAAGGTAACT CCTCTGCTGC TGTGCTTGGT 
GAACTGATCT GTAACAAACT GAAGGACTCC ACAGTTCTGG CTGTCTACAA CAAGACTGCC 
ATGGAGCTGG CTGACGAGAT GATGCACAGT TACCCACCCC TCAGTGGAAA CAAGGCTAAC 
TTGGAGAAAC ACATTTTAAA GTCACTGGCA GAGAAAGAGG ACTTTGACAG CTACATAAAC 
TACCTCAGGC GCCCAAGATC CCACATGGAG TCTTTCATAA CAGAAGAAGT AGAGAAATAC 
ATCCTCACTG AACACAAGGA CAAAGCACTC AGTGTTCTCA AGAAAAACGT GAAACGTATA 
GAGAAGCTTG TGAGTGACGC AGTGGAAACT GCAATTGAGA ATGTCAAAAC TCAGGGAGGA 
GACATCGACA CGTGGCTGGA GGAGTTCTCC AGTTCTCTGG AAGATGAGCT GGCATTTTCT 
ACAAACTGTG GTCAAAATTT TGGTGACATA AATGACTTTG ACTTTTTCAA GGAAGAGCTA 
GACAAAGGCA TTAAATCCAT TTTTGAGGAG ATGAGTAGCC TCACGATAGA CAGTATGGAG 
CAATTCAGTG AGAGGCCTGA TCAACTGCTT ATCAACCACA AATGTAAAAC CTGCTGGACT 
CAATGTCCTT TCTGTGGAGC CGTTTGCACC AACACAGACG AGGATCACAG TCCTGATGAT 
CATATGGTCA CTTTTCATCG CCCTAGTGGG ATCAATGGGG CACATGTTAG AGGTACAGTA 
GAACTATGCG TTGATTTCTG CTCAACATTA GTTACAAGCA ATCAGAGGTT TTACCCTAAT 
TCTTCTTCAA AAAAGTCTGT TCTTTATAAA GTGTACAAAA CTGCTGGAGG TGAATATGCT 
GAGTGGAGCA TCACACCTGA TAATTCTACG CTGGCATACT GGAAATGGTT TGTATGCCAA 
TTTCAAAAGG ACCTGGAAGT TCACCATGAA AAAAAATTTA AGGGCAACGG ACAGATTCCC 
AGTGGATGGA GACGTTTCAC CAAAGAAGAC GCCATCAAGA GTTTGGAGAA ACTGTAA

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

RefSeq	XP_029915322.1
CDS	18..4754
Translation	MEQRSKAVKALFSRLHLQNYKGQQKLTHAVFLKIGPSVKQQHETSEKDLANTFIQRLMTLDHRARYIPVKEDPAVSHPNQVQTPDSAGTDESVFDAFFNTDQETEQRKQSHVHPMDVQMAVFHCSDSFLKQNIISKLSQCQYALPLLVPDLLKMNIECPMWTFRQIRKSWKQTDDSNLVTMKSVPICKAETPMVAFLRLGSLSSSKSQLMSSLINERHNTFFHRNCPGSTKSRYLIDGLAEIAWYCPSGKPNDAFSDCIAFCNLHGDALSCETQRDILIEKSSVNVILLPSLEKGGKSSEILSDLSKSPKPLICLIADNDSPAVEVKEGTRKYKMGLKDKSLSEVSEEMKAIIKKILSSQYNPFKLESMAKARGIRVDEDDEACQRGKSAALQIQNLLEEKDISKIKDTFLQCQGKLWKKWCENNKGLYRLHGQIEKEKCQTEKELKQIREKQCDVASSKLMNLFLKNLQSLHSHEKKYFLKWTEILLDDLSTDDLSGILQAYDQKWTEVLNLKKKDDKGEKQNQTKKQNVEKQRAELEELSAKLQSATFGLEHMFREMGQIYEAHESVNRTTGELNWSKYPELAAELMISGHPMELMDGDAGHVPLTWITRLLDAVIRKLKDKRIFVLSVLGIQSSGKSTMLNAMFGLQFAVSAGRCTRGAFMQLVKVSAEIQKDFKFDYVLVVDTEGLRAPELAENASLHHDNELATFVIGLGNLTLINIFGENPADMQDILQIVVQAFMRMKEVNLSPSCVFVHQNVTDIAAGERNMEGKRRLQEKLDKMAQLAAKEEVSNADCFSDIIAFDVQTDVQYFAQLWEGSPPMAPPNPGYSESIQELKNIILTKASKSEGLTLSQFRSRISDLWNALLNEHFVFSFKNTQEIAVYRKLEVQYGKWTWALRCALLNIQHQLHNRIEIGKLDKVDHGFLVKEMTTTREDVQKAMKTYFDDDEDKEMLVQWRGRFVSKIKEFHDEQVAEVKRKLEEVIQQRNACKELDDKKAEFENKLLQKSKELAHELKDKAKDEKELKKQFNRIWDARVSELAAAAPKIHDISIRDDLFSILTDLGIEWSLISECKKWGKYKNMPKMGDYFGYVTITKGNLAAKAWENVKASCRGNTLPYEEDQQIRSFIAEVERQSIEKIKTKPVASRGYTSTYLHEVASYVKDKVKAFESETKTYTFKNHFTVNLLLYVCDIAGNQLLNSHEEFKTNNDPLTYLESKKEHHYSIFVSYCEGNSSAAVLGELICNKLKDSTVLAVYNKTAMELADEMMHSYPPLSGNKANLEKHILKSLAEKEDFDSYINYLRRPRSHMESFITEEVEKYILTEHKDKALSVLKKNVKRIEKLVSDAVETAIENVKTQGGDIDTWLEEFSSSLEDELAFSTNCGQNFGDINDFDFFKEELDKGIKSIFEEMSSLTIDSMEQFSERPDQLLINHKCKTCWTQCPFCGAVCTNTDEDHSPDDHMVTFHRPSGINGAHVRGTVELCVDFCSTLVTSNQRFYPNSSSKKSVLYKVYKTAGGEYAEWSITPDNSTLAYWKWFVCQFQKDLEVHHEKKFKGNGQIPSGWRRFTKEDAIKSLEKL

Target ORF information:

RefSeq Version	XM_030059462.1
Organism	Myripristis murdjan(pinecone soldierfish)
Definition	Myripristis murdjan interferon-induced very large GTPase 1-like (LOC115364832), mRNA.

Target ORF information:

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

XM_030059462.1

ORF Insert Sequence:

ATGGAGCAAA GAAGCAAAGC AGTGAAGGCC CTCTTCAGCA GACTTCACCT TCAAAATTAC 
AAAGGTCAAC AGAAGCTGAC ACATGCAGTT TTTCTTAAAA TAGGGCCAAG TGTAAAACAG 
CAACATGAGA CATCTGAGAA GGATTTAGCA AATACTTTCA TCCAGAGGTT GATGACGCTG 
GATCATAGAG CCAGATACAT CCCTGTAAAA GAAGACCCAG CAGTCAGTCA TCCGAACCAA 
GTTCAAACAC CTGACAGTGC TGGTACAGAT GAAAGTGTTT TTGATGCTTT TTTCAACACA 
GACCAAGAAA CTGAGCAAAG AAAACAAAGC CATGTTCACC CAATGGATGT TCAGATGGCA 
GTTTTTCACT GCTCAGACAG TTTTCTCAAG CAGAACATCA TTTCCAAGTT ATCCCAATGT 
CAGTATGCTT TACCTTTGCT TGTCCCTGAC CTGTTAAAAA TGAATATTGA GTGTCCTATG 
TGGACATTTA GACAAATAAG AAAAAGCTGG AAGCAGACAG ATGACTCAAA CCTTGTGACA 
ATGAAGAGTG TGCCGATCTG CAAAGCTGAG ACACCCATGG TGGCATTTCT CCGGCTTGGT 
TCATTGTCAT CATCTAAATC TCAGCTGATG AGCAGCTTAA TCAATGAGCG TCACAACACG 
TTCTTTCATA GAAACTGCCC AGGCAGCACC AAATCTCGCT ACTTGATTGA TGGCTTGGCT 
GAGATTGCCT GGTACTGCCC TTCTGGAAAA CCCAATGATG CATTCAGTGA CTGCATTGCC 
TTCTGTAATC TCCATGGTGA TGCTCTGTCA TGTGAAACAC AGCGTGACAT ACTGATTGAA 
AAATCCTCAG TCAATGTTAT TTTGTTACCA AGTCTGGAAA AAGGTGGAAA AAGTTCTGAA 
ATATTGTCAG ACCTTTCCAA GTCTCCAAAG CCCCTCATTT GTCTGATTGC TGATAATGAT 
AGTCCTGCAG TTGAGGTAAA AGAAGGCACA AGAAAGTACA AGATGGGTCT AAAAGACAAA 
AGTCTGTCAG AAGTATCTGA AGAAATGAAA GCAATCATCA AAAAGATTTT GTCCAGTCAA 
TACAACCCCT TCAAGCTTGA AAGCATGGCC AAGGCCCGTG GGATCAGGGT GGATGAAGAT 
GATGAGGCCT GCCAGAGAGG GAAATCTGCT GCTTTGCAGA TACAGAATTT GCTTGAGGAG 
AAGGACATCT CAAAAATCAA AGACACATTC CTCCAGTGTC AAGGGAAATT GTGGAAAAAG 
TGGTGCGAAA ATAACAAAGG CCTGTATCGC CTCCATGGAC AGATTGAGAA GGAAAAATGT 
CAAACAGAAA AAGAACTGAA ACAAATACGA GAAAAACAAT GTGATGTTGC ATCCAGTAAA 
CTTATGAACT TGTTTTTGAA GAACCTCCAG TCTCTGCATT CACATGAGAA AAAGTATTTC 
CTGAAGTGGA CTGAAATCTT GTTGGATGAC CTCTCTACAG ACGACCTTTC TGGGATTCTG 
CAAGCATATG ATCAAAAGTG GACTGAAGTC TTGAATTTGA AAAAGAAAGA TGACAAAGGA 
GAGAAACAGA ACCAGACAAA GAAACAAAAT GTTGAAAAAC AGAGAGCTGA ACTTGAAGAA 
TTATCAGCAA AACTGCAGTC AGCGACCTTT GGCTTGGAGC ACATGTTTAG GGAAATGGGG 
CAGATCTATG AGGCCCATGA GTCTGTGAAC AGAACGACAG GAGAGCTGAA CTGGTCCAAA 
TACCCTGAAC TGGCTGCAGA GCTGATGATA TCAGGACACC CAATGGAGCT GATGGATGGT 
GACGCTGGTC ACGTGCCTTT AACATGGATC ACTCGTCTTC TAGACGCTGT CATCAGGAAA 
CTGAAAGACA AGCGAATTTT TGTTTTGTCA GTTCTCGGCA TCCAAAGCAG TGGAAAATCA 
ACAATGCTGA ATGCCATGTT TGGCTTACAG TTTGCTGTCA GTGCTGGCAG GTGCACGAGA 
GGTGCCTTCA TGCAGCTAGT CAAAGTTTCA GCAGAGATCC AGAAAGACTT TAAATTTGAC 
TATGTTTTAG TTGTGGACAC TGAGGGACTG CGTGCTCCTG AGTTGGCAGA GAATGCCAGT 
CTTCACCATG ACAATGAATT GGCAACGTTT GTCATTGGTC TGGGAAACCT GACTTTGATC 
AACATCTTTG GAGAGAATCC AGCAGACATG CAGGACATTC TTCAGATTGT TGTACAGGCT 
TTCATGAGGA TGAAGGAGGT AAATCTCTCT CCAAGTTGTG TGTTTGTCCA CCAGAATGTT 
ACAGATATTG CAGCTGGAGA GAGAAACATG GAAGGAAAGA GACGCTTGCA AGAAAAACTG 
GACAAGATGG CCCAGCTAGC TGCCAAAGAG GAAGTGAGCA ATGCTGACTG CTTTAGTGAC 
ATCATTGCAT TTGATGTACA AACAGATGTT CAATACTTTG CCCAGCTATG GGAGGGAAGT 
CCACCCATGG CCCCTCCAAA CCCAGGTTAC AGTGAGAGCA TCCAAGAACT GAAGAACATC 
ATCCTTACAA AAGCATCAAA ATCTGAAGGA CTGACTCTCT CACAGTTCAG AAGCCGCATT 
TCAGACCTCT GGAACGCCTT GCTGAATGAA CACTTTGTTT TCAGCTTCAA AAACACACAG 
GAAATTGCAG TGTACAGAAA ACTTGAGGTC CAGTATGGGA AATGGACCTG GGCCTTGAGA 
TGTGCCCTGT TGAACATTCA ACACCAGCTT CATAACAGAA TTGAAATTGG AAAACTTGAC 
AAGGTTGATC ACGGTTTTCT TGTTAAGGAG ATGACCACTA CTCGAGAAGA TGTCCAAAAG 
GCCATGAAGA CATACTTTGA CGATGATGAA GATAAAGAGA TGTTGGTTCA ATGGCGAGGT 
CGATTTGTAA GCAAAATAAA GGAGTTTCAT GATGAACAGG TGGCAGAAGT TAAAAGAAAG 
CTGGAGGAAG TTATCCAGCA GAGGAACGCC TGCAAAGAGC TGGATGACAA AAAGGCCGAG 
TTTGAGAACA AGCTACTGCA AAAAAGCAAA GAGCTCGCTC ATGAGTTAAA AGACAAGGCA 
AAAGATGAAA AGGAACTTAA AAAGCAATTC AACAGAATTT GGGATGCGCG AGTCAGTGAA 
TTAGCAGCAG CTGCACCCAA AATTCATGAT ATTTCCATTA GAGATGATTT GTTTTCTATC 
CTTACCGACC TTGGCATTGA ATGGTCTCTT ATAAGTGAAT GCAAGAAATG GGGTAAATAC 
AAAAACATGC CAAAGATGGG TGACTATTTT GGTTATGTAA CCATAACCAA GGGCAATTTG 
GCAGCCAAAG CATGGGAGAA TGTTAAGGCT TCCTGTAGAG GGAATACTCT TCCTTATGAG 
GAGGACCAAC AGATCAGATC CTTCATCGCT GAGGTTGAGA GACAGTCCAT AGAGAAAATA 
AAGACCAAGC CTGTTGCTAG TAGAGGCTAC ACTTCCACCT ACTTGCATGA AGTAGCCAGT 
TATGTCAAAG ACAAAGTCAA AGCTTTTGAA TCAGAGACAA AGACATACAC TTTCAAGAAT 
CACTTTACAG TCAATCTTTT GCTGTATGTA TGTGACATTG CAGGGAATCA GCTATTAAAT 
TCTCATGAGG AATTCAAGAC CAATAATGAC CCACTGACCT ATTTAGAAAG CAAGAAAGAG 
CATCATTACA GTATATTTGT GAGCTATTGT GAAGGTAACT CCTCTGCTGC TGTGCTTGGT 
GAACTGATCT GTAACAAACT GAAGGACTCC ACAGTTCTGG CTGTCTACAA CAAGACTGCC 
ATGGAGCTGG CTGACGAGAT GATGCACAGT TACCCACCCC TCAGTGGAAA CAAGGCTAAC 
TTGGAGAAAC ACATTTTAAA GTCACTGGCA GAGAAAGAGG ACTTTGACAG CTACATAAAC 
TACCTCAGGC GCCCAAGATC CCACATGGAG TCTTTCATAA CAGAAGAAGT AGAGAAATAC 
ATCCTCACTG AACACAAGGA CAAAGCACTC AGTGTTCTCA AGAAAAACGT GAAACGTATA 
GAGAAGCTTG TGAGTGACGC AGTGGAAACT GCAATTGAGA ATGTCAAAAC TCAGGGAGGA 
GACATCGACA CGTGGCTGGA GGAGTTCTCC AGTTCTCTGG AAGATGAGCT GGCATTTTCT 
ACAAACTGTG GTCAAAATTT TGGTGACATA AATGACTTTG ACTTTTTCAA GGAAGAGCTA 
GACAAAGGCA TTAAATCCAT TTTTGAGGAG ATGAGTAGCC TCACGATAGA CAGTATGGAG 
CAATTCAGTG AGAGGCCTGA TCAACTGCTT ATCAACCACA AATGTAAAAC CTGCTGGACT 
CAATGTCCTT TCTGTGGAGC CGTTTGCACC AACACAGACG AGGATCACAG TCCTGATGAT 
CATATGGTCA CTTTTCATCG CCCTAGTGGG ATCAATGGGG CACATGTTAG AGGTACAGTA 
GAACTATGCG TTGATTTCTG CTCAACATTA GTTACAAGCA ATCAGAGGTT TTACCCTAAT 
TCTTCTTCAA AAAAGTCTGT TCTTTATAAA GTGTACAAAA CTGCTGGAGG TGAATATGCT 
GAGTGGAGCA TCACACCTGA TAATTCTACG CTGGCATACT GGAAATGGTT TGTATGCCAA 
TTTCAAAAGG ACCTGGAAGT TCACCATGAA AAAAAATTTA AGGGCAACGG ACAGATTCCC 
AGTGGATGGA GACGTTTCAC CAAAGAAGAC GCCATCAAGA GTTTGGAGAA ACTGTAA