LOC106942617 cDNA ORF clone, Poecilia latipinna(sailfin molly)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106942617
Entrez Gene ID	106942617
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Poecilia latipinna(sailfin molly)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015025941.1	XP_014881427.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC106942617 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106942617 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
OPo101914	XM_015025941.1 Latest version!	Poecilia latipinna interferon-induced very large GTPase 1-like (LOC106942617), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

LOC106942617 ( XM_015025941.1 ) cDNA ORF clone, Poecilia latipinna(sailfin molly) -> XP_014881427.1 Poecilia latipinna interferon-induced very large GTPase 1-like (LOC106942617), mRNA.

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CloneID	OPo101914
Clone ID Related Accession (Same CDS sequence)	XM_015025941.1
Accession Version	XM_015025941.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5124bp) 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	2015-12-14
Organism	Poecilia latipinna(sailfin molly)
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_015117037.1) 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 Version :: Poecilia latipinna 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##

ATGGAACATG TTGGTGGAAA AGACTTAGTG GCCAATGACA AAGATTTAAG AAAAAAATCT 
GAAATCAAGG CTGTTTCATG TGAACCAAAT CAGACTGAAA GTAAATCAAA GGAATCCACT 
GACAAAGAAG ACTCAGAGGT GAAAGATGTC AGAGGAGACA AATGCATGGA AGGGCATGAG 
AAAAAGGATG AAGCTGAGAC TGTAACGAAG CATGATGGTG TAAAAGACTC GGAGGCCAAT 
GACAACGACG AAGGAGAAAA GACTGATTCA TCTCAACCGA GTCAGGAAAG TAAGAGTTTT 
CAAAGTCCTC CATCTACAGC ACCTCCCACC AAGTCTGGTA CCCTTGATAT GGATGGGAAC 
AGAGACAAGC CTACTAGGAA TACTTTTGAG GACAACCAAA AGAAACACCA AAAAGAAACT 
GAAAAACTAC TCGGAAGACT TCACCTCCAG GGCCAACATC AACGCACGTT AACATCAGAG 
TACTTTGTAC AAATAGGTCT ACCTATAAAA AAGACTGAGA TCTTTGAGAA AGATCTAGTT 
TGTGCTTTTC TTCAGAGGTT AATGATGTTA GATTATAGAG CCAGATACAT CCCTGTTCAG 
CAAAAAAGCT CTGATATGAA CAATTCACAT TCTGTTCAAG TGTCTGACAG TGCTCTTCCA 
GATGACGATG ACTTAGATGC TCTTTTTACT ACTAACGTAG ACATAGATCA GTCAAAAGAG 
AATCATGTTC ACCCAATGGA TGTTCAAATG GCAGCATTTC ACTGCTCAGA CAGCTTCCTT 
AAACAGAAAA TGATCACAAA GTTGTCACAG TGTCAGTATG CCTTACCACT GCTTGTTCCT 
GATCCTCTCA CATCAAATCT TGAGTGTCCT TTGTGGACAT TCAGACGAGT AATAAAAACA 
TGGAAAATAA GCACAGTCAA AGAAAATGCA ACCACTGTCA CCATGAAGAG CATGCCAATC 
TACAAAGGTC AGACTCCCAT GGTTTCATTT TTTCGACTGG GCTCCATGTC TTTGTCCAAA 
TCTCAGCTGA TGAATGCCTT GATCAACGAC CGCCACGACA CATTCTTCCA CAGAAACTGT 
AAAGGAAGCA CCAAATCTCG TCATTTGATG GATGGGGTGG CAGAGATTGC CTGGTACTAT 
CCTGCTGGAA AACCCAATGA TTTCTTTACT GACTGCATTG CCTTCTGTAA TCTTCATGGG 
GATTCTCTAG CAAACGTAAA ACAGCGTGAA ATCCTGACTG AAATGTCTTC AGTCATTGTT 
GTTCTTGTTC CAACTCTGGA CAAAAGCCAG GAAAGTACTG CAGTCATTTA TATGCTTTAC 
AAGTCTTCAA AGCCTCTAAT CATTCTCATT GCTGACAATG AGTGTAGTGC AGTTCAGATG 
AAACCTCAAA AATATAAACT GGGTCTGAAA GAAAGAAGCC AGACGGATGT TTCTGAAGAA 
CTAAAAAAGA TTATAAAAAG CCTTTTGTCT GGACCCCACA CATCCTTCAG ACTGGAAACT 
ATGGCTGATG TCTCGGTGGT CAAAGTGGAT GAAAATCAGA AAATCTGCCA GAACGGGAAA 
TCTGCTGCAA TGAAAATAAT TGAATTGATT GAAGGGATGA ACGTTGCCAA AATCAAAGAT 
AAATTTCTCC CCTGTCAAGG TCAACTTTGG TCCAACTGGT GCAAAATCAA TAAAGAGTTG 
CATCATCTTA AAGGACACAT TGAGAAAGAA AAGGCCCAGA AAACTCATCA GCTAATGAAA 
CTACGAGAGA AACAGTGTAA AGCGTCCAAC AGTAAACTGA TGAAGTTGTT CACTCACAGC 
CTCCAAAGTT TGCCACCAAA AGAAAGAGAA TATTTCCTGA CATGGACTCA GATCCTCATA 
GTTGCCCTCT CCACTGATGA TCTTTCTTCA ATTCTCCAAA ACTATGATGA AACGTGGTCA 
GAGGTCTTGG TCTTGAAGAA GAAACATGAC AAATCTTATA AATTAAAACA CAAACAGACT 
GAGCTTGAAC TCTTGTCAAA AAAGCTGCAA TCAGCAACCT TTGGTCTGGA ACACATCTTC 
AGAGAGATGG GGCAGATCTA TGAAGCCCAT AAAACTCTGA ATAAACTATC ACTGAGCCGA 
CATCCTGATT GGACTAAATA CCCTGAGCTG GCTGCAGATC TGATGATATC AGGACACCCG 
ATGGAGCTGA TGGATGGGGA TGCAGGCCAC GTGCCTTTAA TATGGATCTC TAGTCTCTTA 
AAAGAAGTAA TCAAGAAACT TGGTGACCAG AGAGTCTTTG TGCTGTCAGT TCTGGGCGTG 
CAAAGTAGTG GAAAGTCAAC GATGCTGAAC GCCATGTTTG GCCTGCAGTT TGCAGTCAGT 
GCTGGGAGAT GCACCAAGGG TGCCTACATG CAACTGGTTA AACTGTCAGA GGAAATCAAG 
GACAACTACA AGTTTGACTA CATTCTAGTT GTGGACACTG AAGGACTGCG AGCTCTTGAG 
TTAGCAGGTA ATGCTACCCT TCATCATGAC AATGAACTTG CAACATTTGT TGTTGGTCTG 
GGAAACATGA CACTGATCAA CATCTTTGGT GAGAATCCAG CTGAGATGCA AGATGTCCTA 
CAGATTGTTG TGCAGGCTTT GATGAGGATG AAGAAAGTTG AGCTTTCTCC AAGTTGTGTG 
TTTGTCCATC AGAACGTCAC AGATATTACA GCAGCAGAGA AAAACATGGA TGGAAAGAGA 
CGACTGCAAG AAAAACTGGA CAAGATGACT CAACTTGCTG CCAAAGAGGA AGTGTGTGAT 
GTTGAGTGCT TCAGTGATGT CATCGCATTT GATGTGCAAA AAGATGTAAA ATATTTTGCT 
CAGCTGTGGG AGGGAAGTCC ACCAATGGCT CCTCCAAATC CAGGTTATAG TGAGAGTGTC 
CAAGAACTGA AGTCCATCAT CTTGTCTAAA GCCAAACAGT CTACTGGGAT CACTCTGTCA 
CATTTCAACA ACAAAATCCA AGACCTGTGG AACGCCTTGA TGAATGAACA CTTTGTTTTT 
AGTTTCAAAA ACACCCAAGA AATTGCAGTT TACAGAAAAC TGGAGGTTCA ATATGGGCAC 
TGGACTTGGG CCCTGAGGAG TGAGATGCTG AACATTGAAA ACCAACTTTA TCCTAGAATT 
GAAAAAGGCC AACTGGACAA AGTTGAGCTC AGTTACCTTA ATAAAGAAAT GAGTGAAACA 
TATGAAGAAG TAACAAAAAG TATGTCAGAT TACTTTGAAG ATGACAAAGA CAAAGAGTTG 
TTGGTTCAGT GGCGGGGCCA ATTTGAGAAC AAAATCAAAG AGTTTCATGA AGAACTTGTG 
AGAGGAGTGA AAAGAAAACT GGATGAAGTA ATCCAGCAAA ATAATGCTAG AAAAATGCTT 
GACAAGAAGA AGACAGAGTT TGAAAACTAT CTACTCCAGA AGAGCAAAGA GCTCGCTCAC 
CAGTTAAAAT GCATTGATGA TGAAGAGGAA CTAAAAGCAC AGTTCAACGA TGTTTGGAGT 
CACTGGGTTA AGGAATTAAC CTCTGATACA AAACCCATTG AGAACATAAA CTTGGAGAAA 
GATCAGATTG CTGTGCTTCA AGAACTTGGT GTTGAATGGG GACTCATTGA TGAGTCAAAA 
AGAAGTAAGA GATACAAAAA TCTGTCAGAA CATGGTGATT ATTCTGATTA CACTACCATA 
AAAAAGAGCA TTGGAGGTGT CATTGAATGT GTCAGAATGA CTTTTGATTC ACATAAAGAC 
CAGGAACTGA TCCGATCATT CATTAACGAG GTTGAACAAG AATGTCTTGA GGCCATTAAG 
AGCAAACCTG TTGCAACAAG AGGTTACAGG TCAACCTACT TGCAGGAACT GGCCAAAAAT 
GTTAAACAAA AAGTGACAGA GTTTGAATCA GGGAAGAAAT TTACATTCAA GAAGGAGTTT 
ACAGTTGATC TTTCACTGTA TGTGTTTGAT AGGGCTGAAG TTTGGCTTTT AAACTCCCAC 
AAGATCTACA GAGACAACAA TGATGCTCTC ACTTATTTGG ACAACAAGAA AAATGAGTAT 
TACAACATTT TCAGAAGCTT CTGCAAAGGA AGTTCATCTG CTGTGGTGTT TGGAGAAATT 
ATGTGTGAAA AACTCAAAGT CTCTGCTGTT GAAGCCGTCT GTAACAAGAC TGGAGTTGAT 
ATTGCTGGAC AGATGATGTG CAGTTTCCCA GCATTCAGTG AGACCAGACT GAACTTAGAG 
AAACATGTGT TGGCATCTCT GGCAGAGAAA GAAGACTTTA ACATATTCAT CACCTACATT 
CAAAATCCAA GGGCTCAAGT CGAGGCTTTC ATCAAAGAAC AAGTAAAGAA ATACATGTTC 
ATGACACAGA AAGTTAAAGC CCAAACTATC CTGAAGAAAA ATGTAGAAGA AATCAGCAGA 
GTCATCAGTC AGGCTTTGTT TGAGGCAACA GAGAAATTCC AACACATTAA GGGAAACATA 
GAAATGTGGG TGGAGGAATT TTCGAGAAAA CTAAAACCAA AGTTGATACT TGATACTGTT 
AGTTGTCAAA ACTTCAGTGA CATTAACAAT TTTGACTTTC TTAAAGAAGA GATAGAGAAA 
GGCCTGAAAA GAATCACAAC AGAGATGAGC GAACTCCCCC TGGAAAAGGT GAATGACTGC 
AGGATGAAAC CTGATCAGAT CCTGATTGAT CAGCTGTGTA ACTGCTGCTG GGAAAGGTGT 
CCATTCTGTG CTGCTGTTTG CACCAACACT TTGAAGGACC ACAGACCTGA GAAGCACAGC 
GTTCCTTTTC ATCGACCCAA TGGGGTTAAT GGTTTCAGAG TTAGAGGAAC AGATGATCTG 
GTCATTGATT TCTGCACCAC ATTAGTTGCA AGTGATGGAA ACTTTCAGCC AAATGAGTCA 
GATTGTATAG TTCCTTTTAA ACAGTACCCA ACTGCAGGAG AACCATATGC TTCATGGAGC 
ATTACAGCTG ATAACTCTAA GCTGGCCTTC TGGAAATGGT TTGTCTGTCG CTTTCAAAAG 
GAACTGGAAG AGTACTATGA TAAGAAATTC CAGGGTAGAG GAGAAATTCC TCATCAATGG 
AAAACCCTCA GTAAGAAGGA TGCTATTGAA AGTCTAAAAG AAAATGTAGT TTGTGAGGAA 
ACTGCAGCCA TCCATAAAAA TTAA

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

RefSeq	XP_014881427.1
CDS	65..5188
Translation	MEHVGGKDLVANDKDLRKKSEIKAVSCEPNQTESKSKESTDKEDSEVKDVRGDKCMEGHEKKDEAETVTKHDGVKDSEANDNDEGEKTDSSQPSQESKSFQSPPSTAPPTKSGTLDMDGNRDKPTRNTFEDNQKKHQKETEKLLGRLHLQGQHQRTLTSEYFVQIGLPIKKTEIFEKDLVCAFLQRLMMLDYRARYIPVQQKSSDMNNSHSVQVSDSALPDDDDLDALFTTNVDIDQSKENHVHPMDVQMAAFHCSDSFLKQKMITKLSQCQYALPLLVPDPLTSNLECPLWTFRRVIKTWKISTVKENATTVTMKSMPIYKGQTPMVSFFRLGSMSLSKSQLMNALINDRHDTFFHRNCKGSTKSRHLMDGVAEIAWYYPAGKPNDFFTDCIAFCNLHGDSLANVKQREILTEMSSVIVVLVPTLDKSQESTAVIYMLYKSSKPLIILIADNECSAVQMKPQKYKLGLKERSQTDVSEELKKIIKSLLSGPHTSFRLETMADVSVVKVDENQKICQNGKSAAMKIIELIEGMNVAKIKDKFLPCQGQLWSNWCKINKELHHLKGHIEKEKAQKTHQLMKLREKQCKASNSKLMKLFTHSLQSLPPKEREYFLTWTQILIVALSTDDLSSILQNYDETWSEVLVLKKKHDKSYKLKHKQTELELLSKKLQSATFGLEHIFREMGQIYEAHKTLNKLSLSRHPDWTKYPELAADLMISGHPMELMDGDAGHVPLIWISSLLKEVIKKLGDQRVFVLSVLGVQSSGKSTMLNAMFGLQFAVSAGRCTKGAYMQLVKLSEEIKDNYKFDYILVVDTEGLRALELAGNATLHHDNELATFVVGLGNMTLINIFGENPAEMQDVLQIVVQALMRMKKVELSPSCVFVHQNVTDITAAEKNMDGKRRLQEKLDKMTQLAAKEEVCDVECFSDVIAFDVQKDVKYFAQLWEGSPPMAPPNPGYSESVQELKSIILSKAKQSTGITLSHFNNKIQDLWNALMNEHFVFSFKNTQEIAVYRKLEVQYGHWTWALRSEMLNIENQLYPRIEKGQLDKVELSYLNKEMSETYEEVTKSMSDYFEDDKDKELLVQWRGQFENKIKEFHEELVRGVKRKLDEVIQQNNARKMLDKKKTEFENYLLQKSKELAHQLKCIDDEEELKAQFNDVWSHWVKELTSDTKPIENINLEKDQIAVLQELGVEWGLIDESKRSKRYKNLSEHGDYSDYTTIKKSIGGVIECVRMTFDSHKDQELIRSFINEVEQECLEAIKSKPVATRGYRSTYLQELAKNVKQKVTEFESGKKFTFKKEFTVDLSLYVFDRAEVWLLNSHKIYRDNNDALTYLDNKKNEYYNIFRSFCKGSSSAVVFGEIMCEKLKVSAVEAVCNKTGVDIAGQMMCSFPAFSETRLNLEKHVLASLAEKEDFNIFITYIQNPRAQVEAFIKEQVKKYMFMTQKVKAQTILKKNVEEISRVISQALFEATEKFQHIKGNIEMWVEEFSRKLKPKLILDTVSCQNFSDINNFDFLKEEIEKGLKRITTEMSELPLEKVNDCRMKPDQILIDQLCNCCWERCPFCAAVCTNTLKDHRPEKHSVPFHRPNGVNGFRVRGTDDLVIDFCTTLVASDGNFQPNESDCIVPFKQYPTAGEPYASWSITADNSKLAFWKWFVCRFQKELEEYYDKKFQGRGEIPHQWKTLSKKDAIESLKENVVCEETAAIHKN

Target ORF information:

RefSeq Version	XM_015025941.1
Organism	Poecilia latipinna(sailfin molly)
Definition	Poecilia latipinna interferon-induced very large GTPase 1-like (LOC106942617), mRNA.

Target ORF information:

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

XM_015025941.1

ORF Insert Sequence:

ATGGAACATG TTGGTGGAAA AGACTTAGTG GCCAATGACA AAGATTTAAG AAAAAAATCT 
GAAATCAAGG CTGTTTCATG TGAACCAAAT CAGACTGAAA GTAAATCAAA GGAATCCACT 
GACAAAGAAG ACTCAGAGGT GAAAGATGTC AGAGGAGACA AATGCATGGA AGGGCATGAG 
AAAAAGGATG AAGCTGAGAC TGTAACGAAG CATGATGGTG TAAAAGACTC GGAGGCCAAT 
GACAACGACG AAGGAGAAAA GACTGATTCA TCTCAACCGA GTCAGGAAAG TAAGAGTTTT 
CAAAGTCCTC CATCTACAGC ACCTCCCACC AAGTCTGGTA CCCTTGATAT GGATGGGAAC 
AGAGACAAGC CTACTAGGAA TACTTTTGAG GACAACCAAA AGAAACACCA AAAAGAAACT 
GAAAAACTAC TCGGAAGACT TCACCTCCAG GGCCAACATC AACGCACGTT AACATCAGAG 
TACTTTGTAC AAATAGGTCT ACCTATAAAA AAGACTGAGA TCTTTGAGAA AGATCTAGTT 
TGTGCTTTTC TTCAGAGGTT AATGATGTTA GATTATAGAG CCAGATACAT CCCTGTTCAG 
CAAAAAAGCT CTGATATGAA CAATTCACAT TCTGTTCAAG TGTCTGACAG TGCTCTTCCA 
GATGACGATG ACTTAGATGC TCTTTTTACT ACTAACGTAG ACATAGATCA GTCAAAAGAG 
AATCATGTTC ACCCAATGGA TGTTCAAATG GCAGCATTTC ACTGCTCAGA CAGCTTCCTT 
AAACAGAAAA TGATCACAAA GTTGTCACAG TGTCAGTATG CCTTACCACT GCTTGTTCCT 
GATCCTCTCA CATCAAATCT TGAGTGTCCT TTGTGGACAT TCAGACGAGT AATAAAAACA 
TGGAAAATAA GCACAGTCAA AGAAAATGCA ACCACTGTCA CCATGAAGAG CATGCCAATC 
TACAAAGGTC AGACTCCCAT GGTTTCATTT TTTCGACTGG GCTCCATGTC TTTGTCCAAA 
TCTCAGCTGA TGAATGCCTT GATCAACGAC CGCCACGACA CATTCTTCCA CAGAAACTGT 
AAAGGAAGCA CCAAATCTCG TCATTTGATG GATGGGGTGG CAGAGATTGC CTGGTACTAT 
CCTGCTGGAA AACCCAATGA TTTCTTTACT GACTGCATTG CCTTCTGTAA TCTTCATGGG 
GATTCTCTAG CAAACGTAAA ACAGCGTGAA ATCCTGACTG AAATGTCTTC AGTCATTGTT 
GTTCTTGTTC CAACTCTGGA CAAAAGCCAG GAAAGTACTG CAGTCATTTA TATGCTTTAC 
AAGTCTTCAA AGCCTCTAAT CATTCTCATT GCTGACAATG AGTGTAGTGC AGTTCAGATG 
AAACCTCAAA AATATAAACT GGGTCTGAAA GAAAGAAGCC AGACGGATGT TTCTGAAGAA 
CTAAAAAAGA TTATAAAAAG CCTTTTGTCT GGACCCCACA CATCCTTCAG ACTGGAAACT 
ATGGCTGATG TCTCGGTGGT CAAAGTGGAT GAAAATCAGA AAATCTGCCA GAACGGGAAA 
TCTGCTGCAA TGAAAATAAT TGAATTGATT GAAGGGATGA ACGTTGCCAA AATCAAAGAT 
AAATTTCTCC CCTGTCAAGG TCAACTTTGG TCCAACTGGT GCAAAATCAA TAAAGAGTTG 
CATCATCTTA AAGGACACAT TGAGAAAGAA AAGGCCCAGA AAACTCATCA GCTAATGAAA 
CTACGAGAGA AACAGTGTAA AGCGTCCAAC AGTAAACTGA TGAAGTTGTT CACTCACAGC 
CTCCAAAGTT TGCCACCAAA AGAAAGAGAA TATTTCCTGA CATGGACTCA GATCCTCATA 
GTTGCCCTCT CCACTGATGA TCTTTCTTCA ATTCTCCAAA ACTATGATGA AACGTGGTCA 
GAGGTCTTGG TCTTGAAGAA GAAACATGAC AAATCTTATA AATTAAAACA CAAACAGACT 
GAGCTTGAAC TCTTGTCAAA AAAGCTGCAA TCAGCAACCT TTGGTCTGGA ACACATCTTC 
AGAGAGATGG GGCAGATCTA TGAAGCCCAT AAAACTCTGA ATAAACTATC ACTGAGCCGA 
CATCCTGATT GGACTAAATA CCCTGAGCTG GCTGCAGATC TGATGATATC AGGACACCCG 
ATGGAGCTGA TGGATGGGGA TGCAGGCCAC GTGCCTTTAA TATGGATCTC TAGTCTCTTA 
AAAGAAGTAA TCAAGAAACT TGGTGACCAG AGAGTCTTTG TGCTGTCAGT TCTGGGCGTG 
CAAAGTAGTG GAAAGTCAAC GATGCTGAAC GCCATGTTTG GCCTGCAGTT TGCAGTCAGT 
GCTGGGAGAT GCACCAAGGG TGCCTACATG CAACTGGTTA AACTGTCAGA GGAAATCAAG 
GACAACTACA AGTTTGACTA CATTCTAGTT GTGGACACTG AAGGACTGCG AGCTCTTGAG 
TTAGCAGGTA ATGCTACCCT TCATCATGAC AATGAACTTG CAACATTTGT TGTTGGTCTG 
GGAAACATGA CACTGATCAA CATCTTTGGT GAGAATCCAG CTGAGATGCA AGATGTCCTA 
CAGATTGTTG TGCAGGCTTT GATGAGGATG AAGAAAGTTG AGCTTTCTCC AAGTTGTGTG 
TTTGTCCATC AGAACGTCAC AGATATTACA GCAGCAGAGA AAAACATGGA TGGAAAGAGA 
CGACTGCAAG AAAAACTGGA CAAGATGACT CAACTTGCTG CCAAAGAGGA AGTGTGTGAT 
GTTGAGTGCT TCAGTGATGT CATCGCATTT GATGTGCAAA AAGATGTAAA ATATTTTGCT 
CAGCTGTGGG AGGGAAGTCC ACCAATGGCT CCTCCAAATC CAGGTTATAG TGAGAGTGTC 
CAAGAACTGA AGTCCATCAT CTTGTCTAAA GCCAAACAGT CTACTGGGAT CACTCTGTCA 
CATTTCAACA ACAAAATCCA AGACCTGTGG AACGCCTTGA TGAATGAACA CTTTGTTTTT 
AGTTTCAAAA ACACCCAAGA AATTGCAGTT TACAGAAAAC TGGAGGTTCA ATATGGGCAC 
TGGACTTGGG CCCTGAGGAG TGAGATGCTG AACATTGAAA ACCAACTTTA TCCTAGAATT 
GAAAAAGGCC AACTGGACAA AGTTGAGCTC AGTTACCTTA ATAAAGAAAT GAGTGAAACA 
TATGAAGAAG TAACAAAAAG TATGTCAGAT TACTTTGAAG ATGACAAAGA CAAAGAGTTG 
TTGGTTCAGT GGCGGGGCCA ATTTGAGAAC AAAATCAAAG AGTTTCATGA AGAACTTGTG 
AGAGGAGTGA AAAGAAAACT GGATGAAGTA ATCCAGCAAA ATAATGCTAG AAAAATGCTT 
GACAAGAAGA AGACAGAGTT TGAAAACTAT CTACTCCAGA AGAGCAAAGA GCTCGCTCAC 
CAGTTAAAAT GCATTGATGA TGAAGAGGAA CTAAAAGCAC AGTTCAACGA TGTTTGGAGT 
CACTGGGTTA AGGAATTAAC CTCTGATACA AAACCCATTG AGAACATAAA CTTGGAGAAA 
GATCAGATTG CTGTGCTTCA AGAACTTGGT GTTGAATGGG GACTCATTGA TGAGTCAAAA 
AGAAGTAAGA GATACAAAAA TCTGTCAGAA CATGGTGATT ATTCTGATTA CACTACCATA 
AAAAAGAGCA TTGGAGGTGT CATTGAATGT GTCAGAATGA CTTTTGATTC ACATAAAGAC 
CAGGAACTGA TCCGATCATT CATTAACGAG GTTGAACAAG AATGTCTTGA GGCCATTAAG 
AGCAAACCTG TTGCAACAAG AGGTTACAGG TCAACCTACT TGCAGGAACT GGCCAAAAAT 
GTTAAACAAA AAGTGACAGA GTTTGAATCA GGGAAGAAAT TTACATTCAA GAAGGAGTTT 
ACAGTTGATC TTTCACTGTA TGTGTTTGAT AGGGCTGAAG TTTGGCTTTT AAACTCCCAC 
AAGATCTACA GAGACAACAA TGATGCTCTC ACTTATTTGG ACAACAAGAA AAATGAGTAT 
TACAACATTT TCAGAAGCTT CTGCAAAGGA AGTTCATCTG CTGTGGTGTT TGGAGAAATT 
ATGTGTGAAA AACTCAAAGT CTCTGCTGTT GAAGCCGTCT GTAACAAGAC TGGAGTTGAT 
ATTGCTGGAC AGATGATGTG CAGTTTCCCA GCATTCAGTG AGACCAGACT GAACTTAGAG 
AAACATGTGT TGGCATCTCT GGCAGAGAAA GAAGACTTTA ACATATTCAT CACCTACATT 
CAAAATCCAA GGGCTCAAGT CGAGGCTTTC ATCAAAGAAC AAGTAAAGAA ATACATGTTC 
ATGACACAGA AAGTTAAAGC CCAAACTATC CTGAAGAAAA ATGTAGAAGA AATCAGCAGA 
GTCATCAGTC AGGCTTTGTT TGAGGCAACA GAGAAATTCC AACACATTAA GGGAAACATA 
GAAATGTGGG TGGAGGAATT TTCGAGAAAA CTAAAACCAA AGTTGATACT TGATACTGTT 
AGTTGTCAAA ACTTCAGTGA CATTAACAAT TTTGACTTTC TTAAAGAAGA GATAGAGAAA 
GGCCTGAAAA GAATCACAAC AGAGATGAGC GAACTCCCCC TGGAAAAGGT GAATGACTGC 
AGGATGAAAC CTGATCAGAT CCTGATTGAT CAGCTGTGTA ACTGCTGCTG GGAAAGGTGT 
CCATTCTGTG CTGCTGTTTG CACCAACACT TTGAAGGACC ACAGACCTGA GAAGCACAGC 
GTTCCTTTTC ATCGACCCAA TGGGGTTAAT GGTTTCAGAG TTAGAGGAAC AGATGATCTG 
GTCATTGATT TCTGCACCAC ATTAGTTGCA AGTGATGGAA ACTTTCAGCC AAATGAGTCA 
GATTGTATAG TTCCTTTTAA ACAGTACCCA ACTGCAGGAG AACCATATGC TTCATGGAGC 
ATTACAGCTG ATAACTCTAA GCTGGCCTTC TGGAAATGGT TTGTCTGTCG CTTTCAAAAG 
GAACTGGAAG AGTACTATGA TAAGAAATTC CAGGGTAGAG GAGAAATTCC TCATCAATGG 
AAAACCCTCA GTAAGAAGGA TGCTATTGAA AGTCTAAAAG AAAATGTAGT TTGTGAGGAA 
ACTGCAGCCA TCCATAAAAA TTAA