LOC107602659 cDNA ORF clone, Sinocyclocheilus grahami

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107602659
Entrez Gene ID	107602659
Full Name	interferon-induced very large GTPase 1-like
Gene Type	protein-coding
Organism	Sinocyclocheilus grahami

mRNA and Protein(s)

mRNA	Protein	Name
XM_016295222.1	XP_016150708.1	interferon-induced very large GTPase 1-like

Pathways from BioSystems
Gene Ontology

The following LOC107602659 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107602659 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
OSi34092	XM_016295222.1 Latest version!	Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107602659), 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)

LOC107602659 ( XM_016295222.1 ) cDNA ORF clone, Sinocyclocheilus grahami -> XP_016150708.1 Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107602659), mRNA.

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CloneID	OSi34092
Clone ID Related Accession (Same CDS sequence)	XM_016295222.1
Accession Version	XM_016295222.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5055bp) 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	2016-04-18
Organism	Sinocyclocheilus grahami
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_015505511.1) 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 :: Sinocyclocheilus grahami Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGTATTG AGTGGCTTCA GAGAGTATTT GGTGATGGAG TTCTTCAATT TGTGATGATT 
CTCTTCACCT ATGAGAGCCA GGAAGAGTCT GACTCTATAA TAGATGATCT GAAGAAAAAC 
TCTGCTCTAG AGCGGCTGAT TGAGAAATGT GACGGAAGAT ATCACACCTG CAGCAAGAAC 
ATGAGCAACC AGTCAGAGAT GAGAGACCTG ATGAACAGGA TTGAGCAACT GTTTATTGAT 
AATAAACAGC AGGGCTACCC TAGTGAGATG TACACAGCAA AAGACCTGCA AAACAGGACA 
CGTCGAAGTG GTAAGAACAC AGATTTGGGA CATGTAGAGA AGTGTTCATT AGATGGGGCA 
CGATTAGATC GAAACAGAAA CGGAAGGAGG AAAGAAATAG AGCGTCTATT TCACAGACTT 
CATCTTGATA ACATACACCC CTCTAAACTA AGAGCTGCAG ATGTTCTTCA ACTAACTACA 
CATTCATTAC AGTCCCATGA GTCTTGTGCT GATGAGGACC TCATACAGAC TTTCCTACAA 
AAAATACTGA TGATGAACTA CAGAGCAAGG TACATTAAAA CTATAGACAC ACAACATGAT 
GAGCAACAAA GAAACAATGA CTTGACTGAA GATGAGGATG ATGCTGATAT TTTCCGAGAA 
ATATCTTTGA TTCCTGAAGA AACAAACGGG AGTGATGCTA TCCACCCGAT GGATGTTCAG 
ATGGCCGTGT TTCATTGTGC TGATCGTTTC TTAAAGCAGC TGATGGTGAC TAAACTGTCT 
CAGTGTCAGT ACTCTCTGCC TCTGCTTGTT CCTGATCCAT TCACACAAGA GATTGAGTTT 
CCTCTCTGGA CATTCAGACA AATCAACAAG AGCTGGAAGA TGAAAGATGC TAAAAATGAA 
ATAATCAGCA AAATCCAACC AGTCTGGAAG ACAGAAACAC CTATGGTGAC TTTCTTCAGG 
TTTGACTCTG TAGCCTCATC CAAATCTCAG TTGATGAATA ATCTAGTTAA TGAGAGACAC 
AACACGTTCT TCCACAGGAA CTGCCCAGGC AGCAGCAAAA CCAGACTACT GATGGATGGA 
GTGGTGGAGA TCGCCTGGTA CTGCCCCTCT GGGAAAAACA CGGATAAATT CAGTCAGTGT 
GTTGCTTTCT GTAACCTTCA TGGTGATGCA GGAGATAATG AGAAACAGCT GCAGATCCTC 
ACTGAAATGG CCTCAGTCAA TGTTGTTGTT CTACCAAGAC TTGACCAGAA TGACAAGAAC 
GCAAAAGAGA TTCAAAACCT GTACAGGGGC AGAAAGCCAC TCATTTGTCT TTTTACTGAA 
GATAAATCTA AAGTATCTGT AATAAGGAAA GAAAAATACA AAATTGGACT AAAAGACAGA 
AATCAGGCTG ATGTATCTGA AGAACTCATA ATAGCTATAA ATAAATGTCT CTCATTCTCA 
TCTTCAAAAT CATCATCTGT TTTTAGACTT GAAGATGTGT CCAAATACTC AGGTATCAGA 
GTAGATGAGG ATCATGACAA TGACTGCAAC AGAGGGAAAA AAGCAGCCCA GCATATGATG 
GTTTTACTGG AGAAAAAAAA TCTGACGGAA ATAAAAGAAT CATTTCTGCC CTGTCAGGGC 
AAACCGTGGC ATCAGTGGTG CGAAAAAAAC AAAGAACTAC ATCGATCTCA GGGAAATGAA 
ATAGACATAG AAATAAATAA GAAACAAGAC ATGAAGAAAT TTCGTGAACA GCAGTATAAA 
AATGGCATTG GTGATTTCAT GAAGTTGTTT ATTGCAGAAA TAAATTCACA ATCACCAAAT 
GAAAAGATAT TTTTTCTTAA ATGGCTCACA ATCCTCCTGG ATGAATATAC TTCAGCTGAC 
CTTTCTACTC TGCATTACAA GTACAATGAA AAATGGTCAA AAGTCAGAGC TGTGCAACAG 
ATGACCAATG AACATGCAGA ACTTGAAAGG ATATCAAAAG AACTTCAAGC AGCAACCTTT 
GGCTTGGAGC ACATCCTGAG GGAGATCGGT CAGATCTATG AATCATGTAA ATCAGTGAAT 
AAGAACAAAG AAGGTCTGCC ATGTAATTTT TCTTCTCTCC CGAGTCTTGC AGCAGAGATG 
ATGATCTCTG GATTTCCACT GGAGCTGATG GATGGAGATG CTGCTCATGT TCCTGTGGTC 
TGGGTGACTG CTGTTCTACA TGAACTCATC CAGAAACTGG GAGACAAGAG AGTCTTTGTG 
CTGTCAGTTT TAGGGATCCA GAGCTCTGGG AAATCCACTA TGCTGAACGC CATGTTTGGA 
CTGCAGTTTG CTGTCAGTGC TGGCAGATGC ACCAGAGGAG CTTTCATGCA GCTGGTCAGA 
GTGTCAGAGG AGATGAAAAA ACAGCTGAAG TTTGACTATA TTCTGGTTGT TGATACTGAG 
GGGCTTCGTG CTCTAGAACT GTCTGGAAGG TCAACAAGAC ATCTGGACAA TGAATTGGCC 
ACATTTGTTG TTGGTCTTGG TAATCTGACA TTGATCAATA TCTTTGGAGA AAACCCATCA 
GAGCTGCAGG ACATTCTTCA GATCGTTGTT CAGGCCTTCA TGAGGATGAA GAAGGTCAGA 
CTGAATCCCA GTTGCATGTT TGTTCATCAG AACGTTTCAG AAGTCACAGC CGGAGAGAGA 
AACATGGAGG GAAGGAGACG GCTGCAGCAG ACACTGGATG AAATGACAAA ACTTGCTGCT 
AAAGATGAAG TCTTTGATGC TGAATGTTTC AATGATGTCA TTACTTTTGA TATACAGAAA 
GATGTGAAAT ATTTTGCACA GCTGTGGGAG GGAAGTCCAC CAATGGCACC TCCAAACCCA 
TCATATTGTG AAAACATCCA AGAGCTAAAG ACAACTTTTT TTAGCCATGC CTCAAAATCA 
CATGGCTTAG AGCTGACACA CCTAAAAGGC CGTATTAATG ATCTCTGGGA GGCTTTACTG 
AATGAACGAT TTGTGTTCAG CTTCAGAAAT GCTCTAGAAA TCGCAACATA CCGAAAACTG 
GAAACAGAAT ACAGCAAGTG GTCCTGGAAT CTCCGCAGAA CTATGCTGGA TATAGAGAAC 
AAACTCTACA ACAACATAGA AAATGAAAGA ATTGATGAGG TTTCAGAAAG TCATCTTAAA 
GGAAAACTAA AAGTGAAAAG TGAAGAAGTA GAAAAATCTA TGTCAGATTT CTTTGAGAGA 
GACAAAGATA AAGATATACT GATACAGTGG AAAGCATCAT TTCACATCAA AATCAATGAG 
CTTCAGGAAA ACATTGTGAG AGAAACAAAG AGGAAATTAA ATGAGATTCT TCAGCAGCGA 
GATATGAAGA AAAGGATCGA TGCTCAAAGG ACACGCCATG AAAATACTCT CTTGGAAAAG 
AGCAAAGAAC TTGCAATAAA ACTCAAAGAC AAAGCCAATG ATGAAACAAT CCTGAAAAAA 
GAGTTTGGAA AGTTTTGGAA AGAGTGTGTT AATCAGATTA CCACAGAAAC TCCTCCAATC 
AAAGACATTG ATGTATTAAA AGACATGAAA CAGTTCCTCA GTAACTATAA AACTGTTCCT 
GTAAATGCAT GGAAAACGAG CAGGAATATT TTCTCTGTGC CGAGTTATTC AGATTATGTA 
CAGTTAAAGA AATCCTGTGG AATTACAGAA TATGTTAAAA ATTCCTTCAG GTCAGCTAAA 
CAGAAGTTTG AGTTTAAAAC CCAAATTAGA ACCTTAGTCA ATGACATTGC TCAACATGTA 
GACAACATGA TCATGTCGTA TAACATTGCA ATGATGGGCT ACAACAAAAG CTGCATTCAA 
GAACTCGCAG ATTATGTCAA AGACAGAGTA GAAGATTATG GGCACGGCTC CAGGGACTAT 
GTGTTTACGA AAGAATTTTA CATGGATTTG GTCATTTCCA TCTGTAAGAG AGAAAACAAG 
ATAATTACTG ACCAGTATAC AATGTTCAGG GAAGCCAATG ATCCTGTTTT CTACTTTGAA 
AAGAAGAGCA AAGAGTACTA CAGTATTTTC CAGAAATACT GTCAAGGTGC AACATCAGCT 
GCCATTTTTG GTGAGATCAT CTGTCAGAAA CTGAAAGAGC CCATTCAGAA GAGTGTCTAC 
AAAGATACAG CCAGAGATAT GACTAATGAA ATTCAAATAA AGTGTGACAC ACTAAATGGA 
AACAGATCTA AACTAGAGAA ACACATCCTA AAGAATCTGG CAGAACTGGA GGATTTTGGC 
AAATACATTA CATACTTCAA CACTCCCAGA GACCACTTAA AGAGTTTTGT CAGAGATGAA 
GTCAATCAGT ACATCACTGA TAAGTTTAGA GTCAGTGTTC AGCCCAAGAT GAAGGAGAAC 
ATTGAACTCC TGCAGCAGAA GGTCATGGCA GCAGCTCACA GAGCGACTAC ACTCGTCAAC 
ACGACCAGCG GAGATGTTCA GAAGTGGCTG GATAATTTCG CACTGCAGCT CTCAGATTTG 
CTGATATTCT CTGTAAAGGA CCTCAATGGA GTGAGTCATG ATGGTGTGGA TGATTTCAAC 
CTCCTAGAAG ATGTGATGAG CGAAGAACTT GGTTCAGTAT CATCTGAAAT ACAACAGAAA 
TTCAGTACAA AGACGTTTCC AGTAAATCTG GAACATAAAG ACAGACCAGA TGAGATTCTG 
ATTGATCATC TCTGTCAGTG CTGCTGGGTT CAGTGTCCGT TCTGTGCAGC CACCTGCACC 
AACACTGTAG AAAACCATAC TGGTGATCAC AGTGTTCCTT TCCATCGAGT GGATGGACTC 
ACTGGTAGCT GTTATGATGA AACAGAGTGT CTCAGTACAG ATTTTTGCAC AACTTTAGTA 
AGAACTAGTA AAATGTTCTA TACAGGTCAG TGGTTTCTGT GCAGAGAGTA CAGAAATGCA 
GGAAATGTTT ATACAGAGTG GAACATCACT CCTGACTTCT CAGAGCTGCC GTACTGGAAG 
TGGTTTGTGT ACAGATTTCA GGAAGATCTG GAAAAACACT TTGATAAAAC ATTCCACATG 
TGGGATGAGA TTTCATATGA ATGGAGCCAA TACTCAAAAG AGCAAGCTAT CGAGAGTTTG 
GATGAATACA TCTAA

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

RefSeq	XP_016150708.1
CDS	211..5265
Translation	MGIEWLQRVFGDGVLQFVMILFTYESQEESDSIIDDLKKNSALERLIEKCDGRYHTCSKNMSNQSEMRDLMNRIEQLFIDNKQQGYPSEMYTAKDLQNRTRRSGKNTDLGHVEKCSLDGARLDRNRNGRRKEIERLFHRLHLDNIHPSKLRAADVLQLTTHSLQSHESCADEDLIQTFLQKILMMNYRARYIKTIDTQHDEQQRNNDLTEDEDDADIFREISLIPEETNGSDAIHPMDVQMAVFHCADRFLKQLMVTKLSQCQYSLPLLVPDPFTQEIEFPLWTFRQINKSWKMKDAKNEIISKIQPVWKTETPMVTFFRFDSVASSKSQLMNNLVNERHNTFFHRNCPGSSKTRLLMDGVVEIAWYCPSGKNTDKFSQCVAFCNLHGDAGDNEKQLQILTEMASVNVVVLPRLDQNDKNAKEIQNLYRGRKPLICLFTEDKSKVSVIRKEKYKIGLKDRNQADVSEELIIAINKCLSFSSSKSSSVFRLEDVSKYSGIRVDEDHDNDCNRGKKAAQHMMVLLEKKNLTEIKESFLPCQGKPWHQWCEKNKELHRSQGNEIDIEINKKQDMKKFREQQYKNGIGDFMKLFIAEINSQSPNEKIFFLKWLTILLDEYTSADLSTLHYKYNEKWSKVRAVQQMTNEHAELERISKELQAATFGLEHILREIGQIYESCKSVNKNKEGLPCNFSSLPSLAAEMMISGFPLELMDGDAAHVPVVWVTAVLHELIQKLGDKRVFVLSVLGIQSSGKSTMLNAMFGLQFAVSAGRCTRGAFMQLVRVSEEMKKQLKFDYILVVDTEGLRALELSGRSTRHLDNELATFVVGLGNLTLINIFGENPSELQDILQIVVQAFMRMKKVRLNPSCMFVHQNVSEVTAGERNMEGRRRLQQTLDEMTKLAAKDEVFDAECFNDVITFDIQKDVKYFAQLWEGSPPMAPPNPSYCENIQELKTTFFSHASKSHGLELTHLKGRINDLWEALLNERFVFSFRNALEIATYRKLETEYSKWSWNLRRTMLDIENKLYNNIENERIDEVSESHLKGKLKVKSEEVEKSMSDFFERDKDKDILIQWKASFHIKINELQENIVRETKRKLNEILQQRDMKKRIDAQRTRHENTLLEKSKELAIKLKDKANDETILKKEFGKFWKECVNQITTETPPIKDIDVLKDMKQFLSNYKTVPVNAWKTSRNIFSVPSYSDYVQLKKSCGITEYVKNSFRSAKQKFEFKTQIRTLVNDIAQHVDNMIMSYNIAMMGYNKSCIQELADYVKDRVEDYGHGSRDYVFTKEFYMDLVISICKRENKIITDQYTMFREANDPVFYFEKKSKEYYSIFQKYCQGATSAAIFGEIICQKLKEPIQKSVYKDTARDMTNEIQIKCDTLNGNRSKLEKHILKNLAELEDFGKYITYFNTPRDHLKSFVRDEVNQYITDKFRVSVQPKMKENIELLQQKVMAAAHRATTLVNTTSGDVQKWLDNFALQLSDLLIFSVKDLNGVSHDGVDDFNLLEDVMSEELGSVSSEIQQKFSTKTFPVNLEHKDRPDEILIDHLCQCCWVQCPFCAATCTNTVENHTGDHSVPFHRVDGLTGSCYDETECLSTDFCTTLVRTSKMFYTGQWFLCREYRNAGNVYTEWNITPDFSELPYWKWFVYRFQEDLEKHFDKTFHMWDEISYEWSQYSKEQAIESLDEYI

Target ORF information:

RefSeq Version	XM_016295222.1
Organism	Sinocyclocheilus grahami
Definition	Sinocyclocheilus grahami interferon-induced very large GTPase 1-like (LOC107602659), mRNA.

Target ORF information:

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

XM_016295222.1

ORF Insert Sequence:

ATGGGTATTG AGTGGCTTCA GAGAGTATTT GGTGATGGAG TTCTTCAATT TGTGATGATT 
CTCTTCACCT ATGAGAGCCA GGAAGAGTCT GACTCTATAA TAGATGATCT GAAGAAAAAC 
TCTGCTCTAG AGCGGCTGAT TGAGAAATGT GACGGAAGAT ATCACACCTG CAGCAAGAAC 
ATGAGCAACC AGTCAGAGAT GAGAGACCTG ATGAACAGGA TTGAGCAACT GTTTATTGAT 
AATAAACAGC AGGGCTACCC TAGTGAGATG TACACAGCAA AAGACCTGCA AAACAGGACA 
CGTCGAAGTG GTAAGAACAC AGATTTGGGA CATGTAGAGA AGTGTTCATT AGATGGGGCA 
CGATTAGATC GAAACAGAAA CGGAAGGAGG AAAGAAATAG AGCGTCTATT TCACAGACTT 
CATCTTGATA ACATACACCC CTCTAAACTA AGAGCTGCAG ATGTTCTTCA ACTAACTACA 
CATTCATTAC AGTCCCATGA GTCTTGTGCT GATGAGGACC TCATACAGAC TTTCCTACAA 
AAAATACTGA TGATGAACTA CAGAGCAAGG TACATTAAAA CTATAGACAC ACAACATGAT 
GAGCAACAAA GAAACAATGA CTTGACTGAA GATGAGGATG ATGCTGATAT TTTCCGAGAA 
ATATCTTTGA TTCCTGAAGA AACAAACGGG AGTGATGCTA TCCACCCGAT GGATGTTCAG 
ATGGCCGTGT TTCATTGTGC TGATCGTTTC TTAAAGCAGC TGATGGTGAC TAAACTGTCT 
CAGTGTCAGT ACTCTCTGCC TCTGCTTGTT CCTGATCCAT TCACACAAGA GATTGAGTTT 
CCTCTCTGGA CATTCAGACA AATCAACAAG AGCTGGAAGA TGAAAGATGC TAAAAATGAA 
ATAATCAGCA AAATCCAACC AGTCTGGAAG ACAGAAACAC CTATGGTGAC TTTCTTCAGG 
TTTGACTCTG TAGCCTCATC CAAATCTCAG TTGATGAATA ATCTAGTTAA TGAGAGACAC 
AACACGTTCT TCCACAGGAA CTGCCCAGGC AGCAGCAAAA CCAGACTACT GATGGATGGA 
GTGGTGGAGA TCGCCTGGTA CTGCCCCTCT GGGAAAAACA CGGATAAATT CAGTCAGTGT 
GTTGCTTTCT GTAACCTTCA TGGTGATGCA GGAGATAATG AGAAACAGCT GCAGATCCTC 
ACTGAAATGG CCTCAGTCAA TGTTGTTGTT CTACCAAGAC TTGACCAGAA TGACAAGAAC 
GCAAAAGAGA TTCAAAACCT GTACAGGGGC AGAAAGCCAC TCATTTGTCT TTTTACTGAA 
GATAAATCTA AAGTATCTGT AATAAGGAAA GAAAAATACA AAATTGGACT AAAAGACAGA 
AATCAGGCTG ATGTATCTGA AGAACTCATA ATAGCTATAA ATAAATGTCT CTCATTCTCA 
TCTTCAAAAT CATCATCTGT TTTTAGACTT GAAGATGTGT CCAAATACTC AGGTATCAGA 
GTAGATGAGG ATCATGACAA TGACTGCAAC AGAGGGAAAA AAGCAGCCCA GCATATGATG 
GTTTTACTGG AGAAAAAAAA TCTGACGGAA ATAAAAGAAT CATTTCTGCC CTGTCAGGGC 
AAACCGTGGC ATCAGTGGTG CGAAAAAAAC AAAGAACTAC ATCGATCTCA GGGAAATGAA 
ATAGACATAG AAATAAATAA GAAACAAGAC ATGAAGAAAT TTCGTGAACA GCAGTATAAA 
AATGGCATTG GTGATTTCAT GAAGTTGTTT ATTGCAGAAA TAAATTCACA ATCACCAAAT 
GAAAAGATAT TTTTTCTTAA ATGGCTCACA ATCCTCCTGG ATGAATATAC TTCAGCTGAC 
CTTTCTACTC TGCATTACAA GTACAATGAA AAATGGTCAA AAGTCAGAGC TGTGCAACAG 
ATGACCAATG AACATGCAGA ACTTGAAAGG ATATCAAAAG AACTTCAAGC AGCAACCTTT 
GGCTTGGAGC ACATCCTGAG GGAGATCGGT CAGATCTATG AATCATGTAA ATCAGTGAAT 
AAGAACAAAG AAGGTCTGCC ATGTAATTTT TCTTCTCTCC CGAGTCTTGC AGCAGAGATG 
ATGATCTCTG GATTTCCACT GGAGCTGATG GATGGAGATG CTGCTCATGT TCCTGTGGTC 
TGGGTGACTG CTGTTCTACA TGAACTCATC CAGAAACTGG GAGACAAGAG AGTCTTTGTG 
CTGTCAGTTT TAGGGATCCA GAGCTCTGGG AAATCCACTA TGCTGAACGC CATGTTTGGA 
CTGCAGTTTG CTGTCAGTGC TGGCAGATGC ACCAGAGGAG CTTTCATGCA GCTGGTCAGA 
GTGTCAGAGG AGATGAAAAA ACAGCTGAAG TTTGACTATA TTCTGGTTGT TGATACTGAG 
GGGCTTCGTG CTCTAGAACT GTCTGGAAGG TCAACAAGAC ATCTGGACAA TGAATTGGCC 
ACATTTGTTG TTGGTCTTGG TAATCTGACA TTGATCAATA TCTTTGGAGA AAACCCATCA 
GAGCTGCAGG ACATTCTTCA GATCGTTGTT CAGGCCTTCA TGAGGATGAA GAAGGTCAGA 
CTGAATCCCA GTTGCATGTT TGTTCATCAG AACGTTTCAG AAGTCACAGC CGGAGAGAGA 
AACATGGAGG GAAGGAGACG GCTGCAGCAG ACACTGGATG AAATGACAAA ACTTGCTGCT 
AAAGATGAAG TCTTTGATGC TGAATGTTTC AATGATGTCA TTACTTTTGA TATACAGAAA 
GATGTGAAAT ATTTTGCACA GCTGTGGGAG GGAAGTCCAC CAATGGCACC TCCAAACCCA 
TCATATTGTG AAAACATCCA AGAGCTAAAG ACAACTTTTT TTAGCCATGC CTCAAAATCA 
CATGGCTTAG AGCTGACACA CCTAAAAGGC CGTATTAATG ATCTCTGGGA GGCTTTACTG 
AATGAACGAT TTGTGTTCAG CTTCAGAAAT GCTCTAGAAA TCGCAACATA CCGAAAACTG 
GAAACAGAAT ACAGCAAGTG GTCCTGGAAT CTCCGCAGAA CTATGCTGGA TATAGAGAAC 
AAACTCTACA ACAACATAGA AAATGAAAGA ATTGATGAGG TTTCAGAAAG TCATCTTAAA 
GGAAAACTAA AAGTGAAAAG TGAAGAAGTA GAAAAATCTA TGTCAGATTT CTTTGAGAGA 
GACAAAGATA AAGATATACT GATACAGTGG AAAGCATCAT TTCACATCAA AATCAATGAG 
CTTCAGGAAA ACATTGTGAG AGAAACAAAG AGGAAATTAA ATGAGATTCT TCAGCAGCGA 
GATATGAAGA AAAGGATCGA TGCTCAAAGG ACACGCCATG AAAATACTCT CTTGGAAAAG 
AGCAAAGAAC TTGCAATAAA ACTCAAAGAC AAAGCCAATG ATGAAACAAT CCTGAAAAAA 
GAGTTTGGAA AGTTTTGGAA AGAGTGTGTT AATCAGATTA CCACAGAAAC TCCTCCAATC 
AAAGACATTG ATGTATTAAA AGACATGAAA CAGTTCCTCA GTAACTATAA AACTGTTCCT 
GTAAATGCAT GGAAAACGAG CAGGAATATT TTCTCTGTGC CGAGTTATTC AGATTATGTA 
CAGTTAAAGA AATCCTGTGG AATTACAGAA TATGTTAAAA ATTCCTTCAG GTCAGCTAAA 
CAGAAGTTTG AGTTTAAAAC CCAAATTAGA ACCTTAGTCA ATGACATTGC TCAACATGTA 
GACAACATGA TCATGTCGTA TAACATTGCA ATGATGGGCT ACAACAAAAG CTGCATTCAA 
GAACTCGCAG ATTATGTCAA AGACAGAGTA GAAGATTATG GGCACGGCTC CAGGGACTAT 
GTGTTTACGA AAGAATTTTA CATGGATTTG GTCATTTCCA TCTGTAAGAG AGAAAACAAG 
ATAATTACTG ACCAGTATAC AATGTTCAGG GAAGCCAATG ATCCTGTTTT CTACTTTGAA 
AAGAAGAGCA AAGAGTACTA CAGTATTTTC CAGAAATACT GTCAAGGTGC AACATCAGCT 
GCCATTTTTG GTGAGATCAT CTGTCAGAAA CTGAAAGAGC CCATTCAGAA GAGTGTCTAC 
AAAGATACAG CCAGAGATAT GACTAATGAA ATTCAAATAA AGTGTGACAC ACTAAATGGA 
AACAGATCTA AACTAGAGAA ACACATCCTA AAGAATCTGG CAGAACTGGA GGATTTTGGC 
AAATACATTA CATACTTCAA CACTCCCAGA GACCACTTAA AGAGTTTTGT CAGAGATGAA 
GTCAATCAGT ACATCACTGA TAAGTTTAGA GTCAGTGTTC AGCCCAAGAT GAAGGAGAAC 
ATTGAACTCC TGCAGCAGAA GGTCATGGCA GCAGCTCACA GAGCGACTAC ACTCGTCAAC 
ACGACCAGCG GAGATGTTCA GAAGTGGCTG GATAATTTCG CACTGCAGCT CTCAGATTTG 
CTGATATTCT CTGTAAAGGA CCTCAATGGA GTGAGTCATG ATGGTGTGGA TGATTTCAAC 
CTCCTAGAAG ATGTGATGAG CGAAGAACTT GGTTCAGTAT CATCTGAAAT ACAACAGAAA 
TTCAGTACAA AGACGTTTCC AGTAAATCTG GAACATAAAG ACAGACCAGA TGAGATTCTG 
ATTGATCATC TCTGTCAGTG CTGCTGGGTT CAGTGTCCGT TCTGTGCAGC CACCTGCACC 
AACACTGTAG AAAACCATAC TGGTGATCAC AGTGTTCCTT TCCATCGAGT GGATGGACTC 
ACTGGTAGCT GTTATGATGA AACAGAGTGT CTCAGTACAG ATTTTTGCAC AACTTTAGTA 
AGAACTAGTA AAATGTTCTA TACAGGTCAG TGGTTTCTGT GCAGAGAGTA CAGAAATGCA 
GGAAATGTTT ATACAGAGTG GAACATCACT CCTGACTTCT CAGAGCTGCC GTACTGGAAG 
TGGTTTGTGT ACAGATTTCA GGAAGATCTG GAAAAACACT TTGATAAAAC ATTCCACATG 
TGGGATGAGA TTTCATATGA ATGGAGCCAA TACTCAAAAG AGCAAGCTAT CGAGAGTTTG 
GATGAATACA TCTAA