LOC115370772 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC115370772 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC115370772 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
OPi131785	XM_030067934.1 Latest version!	Myripristis murdjan interferon-induced very large GTPase 1-like (LOC115370772), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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)

LOC115370772 ( XM_030067934.1 ) cDNA ORF clone, -> XP_029923794.1 Myripristis murdjan interferon-induced very large GTPase 1-like (LOC115370772), mRNA.

Price & Availability↑

CloneID	OPi131785
Clone ID Related Accession (Same CDS sequence)	XM_030067934.1
Accession Version	XM_030067934.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5211bp) 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_043992.1) 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##

ATGTCAGTCA AGCTTCCCAG GAGGCTGAGC AGCAAGAAGA AAAAACCTCA AATCAACAAT 
GCCCAGGCAG AGATTCTGTG TAAGCTGGGC CTGGAAGCCT TCTGGACAAA ACCACTGGAC 
CCAGCCTCTA TGTTGGACAT CAGCACTTGG ACTCTGGAGA ACCAAGACCC TCAGGTACCT 
GAGTACCTAC CTTATGCTTT CCTTCAGCGC CTGTGGCTGC TTAGCCCTCA AGCTCGGAGA 
TCATGCTGCA AACCATCAAC TAATGCTCTG GATGACACCT CAGGAGAAGA CGGTGTCAAT 
GGTCTAGTAG GAGAAACTGA ATGTGCCGTC AATCCCCTTG ACCTAGTGAC AGCTGTCTAT 
AGATCTGCTA ACACCTTCCT TCAGCAGGAA ATTGCAGTGC GCATGGCACA ATGCAAGTTT 
GCCATACCCT TGATCCTTCC TTCCATATAC CCAGAGCAGC CTGGCTGCTT CCTTCTTTGG 
CCTTTGAGAG GTGTTGTGAG CCAGTGGAGA CCTCCATCAC CTCCTAAAAC AAGACAGGTC 
CTAGAAGGGA ACTTGGCCAG CACAGAAATG CCAATAGTTT CCTGTGTGAA GCTCGGTCAC 
TGTGGAGTCT CAAAGTCACG AGTGCTGAAC CATGTTTTGG GTGGATCCAA ATCCCCTACT 
GAAAGTTTCC TTCACCGTGG GATGGATGGA GGACAGCTGC CACAGAGACT TGCCAATGGT 
CTGGTAGAGG TAGGGTGGTA TCTGCCCACT GGAGACACTG ACAGAGATAT TTTCCCTGTG 
CCTGTGGTAA TCTCTAACCT ACGTGGTGAT GCAGCTGCAC ATGAAAAATG CCTAGCTCTT 
CTATGTCAAG CATCATCAGC TGTTGTCGTC TTCTGTGGTG ATCTTAGGGA GAAAGACAAA 
CGTCTTCTTG CTTACTGGAA AGACACGGCA AGCAAACTCC TGGTTGTTGA CCTCTCAGAA 
ACAATGGAAA AGGTAAAAGA AAATAAAGTT GTAGGTTTTG TTGCTCAGAA CCTGGAGGAA 
GAGGTGGGGC TGGCCAAAGA GTCAGTGCTG TCATGTGGAC CTATCAGTGA GGAGGACTTG 
GCAGACAGGC TGCGTGAGAC CTTGAATGAT CTGTTACCAG ATAAACTAAA ACTTGTTACA 
TTTGAAGCAG CAGCGAGGAT ATCAGTGGAG CTAGGCTTCA GCATAGACGA AGGGGAAGTG 
TGTAAAAAAG CCATGGCTAC TGTAGAGGAC GTGTTGAAAG GTTTAGATGA AGGTTTGGCC 
CAGTTCATGG AGAAACAACT GCCTATGCAA GGTGCATCAT GGTACAAACT GGCACAGATG 
GAGAAAGAGG AGACCAAACA GAAAAAAGCA GGAGAGAAGA AAAACCTCCA GCAACAAAAT 
GAAAAGAAAA ATATTCTTCT CAAGTTGCGC AGCTACAAAA TGACCACAGC CATGAAGTCT 
TTCACAGATG CACTCTCCAC AACAGACAAA ATGGAAAGAA TGTATTTTAT TAGCTGGATG 
AAATTGAGGC TTAGGGCCAT TCAAATTAAA CAACAATGCA GCCCCCAAGA ACCATGCACA 
AATGAGCAGA AGTTAAATCA ACTTAGTGAC ATGAACGTGT CAACAAAAAA GAAAGATCAA 
GAGCCTGAAA ATTTTGATGA GCCTGAAAAT GGAACAAATG ATGATCTAGA TGACAACGAA 
AGTTTCTACA CTGACTCATC AGTGGAAGAA GAACAGTCAC TGAACCTAAA CCACACTGGA 
AATGGTGGAC TGCAACAGGC TGAAGTAGCG CAAGACTTAG AACTTATTAT GGAACAGTCT 
ACAAAACTAA ATATGAAGCT GTATGAAAAA GTTAATATAG CGTTAGAAGA TGATGAAAAC 
CAGAACTCTT GTGAACATCA AACTTCAGAC CCAGAAATCT CTGAGGACCA AAATCTCCAT 
TTGGAGTTCA GGGAAAATGG AACTTTTGAT CTCAACTTGC CAGAGAAACC GCCCGAGGAA 
CCAAAACTGA AAACAGACAA ATCAGACTTC TCTGCAGAAG CATACATGGG CGTGGATACC 
TCTTCTGAAA ATCAGGGGTC CTCAGGCTCA TTTGTAGAGC AGCATTTTGA GCCTGATCCT 
TCCTCTCTGG GCCTTGAACA CTTCCTACGT GAGATGGGGT TAATTTTTGA GTTGACACAC 
ATGAGCAAAG GAAGAAAGAG TCAAAATGTT TTGCGCCTTC CTAAATTAGC TGCCGATTTG 
CTGCTATATG GCATACCACT TGAGATAATG GATGGAGATG CCTCTAATAT CCCCAGAAGA 
TGGCTGCACC GTGTCTTTGA AGAACTCAAA CACTGCCTGC CTCAAGGACG GTTCAGGACC 
CGAGTACTGA CAAACCTTGG GGTCCAACAT GCAAGGAATG CCGAGGTGTT TTCTGCATTA 
TTTGGGGTGA AATTCCTTAA TGGAGGGAGA AGATCCACGA AAGGGGTGTA TATGCTGGCT 
TTATGTCTCC CTGATCACCT GAGAAAGGAT ATGGAATGTG ACTTTCTGTT GTTAATTGAT 
GTAGAGGGTC TCTGTTCACC ACTGCTGGAC AAAAAAGCAA ACACCAAGGT CCATGACAAT 
GAGATGGCCA CCTTGGCAAC AGGACTGAGT GATGTTCTGA TGCAAAACAT AGTTTCATCT 
GGAAATACTG AGTTTGAAAC TGACTTCAGT GTGATACTTA GTGCTCTCCT CCGCATTAAG 
GCATGTGGCT ACCTGCCCAT TTGCCAACTC TTAACCCAGA ATGAAGAATT AAACAGCAAG 
TTACACGCCT TGCAGTTAGG ACGTGTAGCT GAAATTCTTC AGACAGACAA TGGGACCAGA 
GGGACTAAAT ATACTGATTG TCGTCTTGTA AAAAGCACAA GCAGTATCCC CTGTGTCATA 
GGGCCTTGGC ACAATGTCTC CCTTTCTGAA CCAGTTGATA AAGATTATAG TAAGGCTGTG 
TTAGAGCTGA AGCAAAATCT TTTTGAGGCA TTGAAGAAGT GTGCAGCCAA GTCTGAAGCC 
CCAGGGCTGC CTGGATTTCT GGGTCGTTTA TGTGCTGTTT GGGAAGCAGT GAAAGCAGAT 
TCATTCTCCA TTGGGCTTCA GAATACTGAG GTGTCTGATG CATTTTCTAT GCTATGCACA 
GAGCTTTCCC AATGGGAGAA GAATTTCCTT GACCACATGG AAAGGTGGTT TGTTGGGGCA 
ACAAATAGAA TCATCTCCTA CAAAGCTGAG GACTTAGAGA TTATGATCAA AGATGACCTC 
CTGAATGTAC TGAAGGAAGA AGCCAGTGAA GAGGTCAAAA CAGAGGTGAA TAATCTCAGG 
ACAAAACTTG AGGCCTATTT GATAAAAGAT GACCTCCATA AAACTCATAT TGCAATTTAC 
AGACCAAGCT TAATGAACTA TATGGATGAA CTTGAGGAGC AGGTAACTGA AGACATGATG 
GAGAGGTTAG AGTCAGCCAA AGAAAATCAT TGCTCTTCCA CACAGCTGAG AATCTTTCAG 
ACCTTATTGG AAAAGGAACT GGAGTCCAAG CTACACATGC TTGTAGAGAA AAGCAAGTCA 
ACCAAAATTC TCCTTACAGA TATTCAACTG GAGGAGGAGT TTGACAATGT GTGGAGAAGT 
GTACTGTCTA ACTTTGACTT CAGACCTTCA GAAATAGATG ATATTACTGG AAGGGTGACA 
GCAGTTCTGA GAGAGAACCT CAGCAGCCGT GGGCTAATGA AACACATGAA GATGCTTGAA 
GACATTCGCC AAAACAAGAC ATCTGGCTTT GCAGTTTATG ATGAGCACTT TGGATACCGC 
AGCAGATTAA AGCACATGTT TGAGGACAAC AACCGACAAC AGAGGTTAGA TGCTCAACAA 
GTAGCACACA ACGTCGTCGA GGAGTACAAT CAGTTTGTAG CAGATAAATG TAGTTCACCA 
GCAGACTTCT CTGACAGCTA CATTGTAGAA CTGTTAGAAA ATGTTGACAA AAGTTTGAAG 
GAAAAGCCTT TGGAAATCAG ATCAGCTTTT GAAGTAGATC TGAAAGTTTA TCTGTGTAGC 
TGTGCATGCA GAGACTTTCA AAAATTACAT GATCTTTATG GCAAAGACAG AGAGCTGTTG 
ACCATTATCA ACAGGAGCAA GAACAAGTAC TTGGCAGAGT TTATCTACCA GTTCAGGAAG 
AGGGACCAGT GCCAGAGGGT TGCCCAAGCT TTCGCCTCCA TGATCTTCAA ACCTACAATT 
TTGGACTATA TTTACAGGCC ACTAGGGAGG CGCATCACTG AACAAATGTT AAGCCAAGAC 
AATGCCCGAC AGTATCTGTC TCCCCAAGCC TTCAATCAGA GCCTGCTGGA GGAGCTCATA 
GAGGAAGACA GTTTTGAGAG CTTCCTGGAA TACTTGCTTT CTTATGAGAA CTTCAGACTG 
AAGAGGATCC AGCAGAAAGT GGTGGCTAAC CTCTCTGAGT CAACTATTCT GGATGAGTGG 
AGGCGACAAC GGCTTGGAGA AATTGTGGGC AAGATGGCTG CAGCAGTGAG CGAGACAGCA 
GAGGGTGTAA GTGGAGTGCT AAGTGATACA AAGCTACTGC TGGAGAAAGT GTGCATCACT 
GTGGAGATGG ATGCAGATGT GGATGTCCCC AGGACTCTTC TTGATGGGCC TCTCTTCAGT 
ATCACAGCAG AATGGGATCG CTTTGTCTCT TGTTTGTTGG AGGAACTGGC TGAGATGCGG 
TTGGCTCTAG CCCAGGAGTT CTCCAAAAAG GTAGATATCA ACCAGCTTCT CCAAGACCTT 
CCCGTTAAGC CCCAAGATTG TCTCCTCAAC AGAGTGAGAG GCTGTGAGAA GCAGTGTCCT 
TTCTGTAGAG CCCCCTGTGA AATGGGGCAA ATGGAGCATG AGGTACACAG GACCCTGCTC 
CACCGACCAC AAGGTATACT GTCCTATACC TGTGATGACT CCTGCTCCCT GTCTGAAGTC 
AGCTGCCCCA CAACTCAGGA CGGCCTGTTA CTGGACAATG ATGCCGAGGG GAAGTCTCTG 
GCCAGCAGTG ATTGCCATTC CCTCCCCCCA GACTGGTGGA TCTCCCCTGA GGAACAAGAC 
AGCCAGAGAG CCACTGCTTA CTGGAGATAT GTGTTGGTCC GGTTTAATGA GAGGTTTGCA 
CAGGAATATG AGCGGGAGCC AGCCCAGCTC CCTGAGGAGT GGAAGAACAT CACAAAGGAG 
GAGGCCTTGG ACAGCCTGAG GGATGCCTTC CACATGAATC AGTGCAAATA G

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

RefSeq	XP_029923794.1
CDS	105..5315
Translation	MSVKLPRRLSSKKKKPQINNAQAEILCKLGLEAFWTKPLDPASMLDISTWTLENQDPQVPEYLPYAFLQRLWLLSPQARRSCCKPSTNALDDTSGEDGVNGLVGETECAVNPLDLVTAVYRSANTFLQQEIAVRMAQCKFAIPLILPSIYPEQPGCFLLWPLRGVVSQWRPPSPPKTRQVLEGNLASTEMPIVSCVKLGHCGVSKSRVLNHVLGGSKSPTESFLHRGMDGGQLPQRLANGLVEVGWYLPTGDTDRDIFPVPVVISNLRGDAAAHEKCLALLCQASSAVVVFCGDLREKDKRLLAYWKDTASKLLVVDLSETMEKVKENKVVGFVAQNLEEEVGLAKESVLSCGPISEEDLADRLRETLNDLLPDKLKLVTFEAAARISVELGFSIDEGEVCKKAMATVEDVLKGLDEGLAQFMEKQLPMQGASWYKLAQMEKEETKQKKAGEKKNLQQQNEKKNILLKLRSYKMTTAMKSFTDALSTTDKMERMYFISWMKLRLRAIQIKQQCSPQEPCTNEQKLNQLSDMNVSTKKKDQEPENFDEPENGTNDDLDDNESFYTDSSVEEEQSLNLNHTGNGGLQQAEVAQDLELIMEQSTKLNMKLYEKVNIALEDDENQNSCEHQTSDPEISEDQNLHLEFRENGTFDLNLPEKPPEEPKLKTDKSDFSAEAYMGVDTSSENQGSSGSFVEQHFEPDPSSLGLEHFLREMGLIFELTHMSKGRKSQNVLRLPKLAADLLLYGIPLEIMDGDASNIPRRWLHRVFEELKHCLPQGRFRTRVLTNLGVQHARNAEVFSALFGVKFLNGGRRSTKGVYMLALCLPDHLRKDMECDFLLLIDVEGLCSPLLDKKANTKVHDNEMATLATGLSDVLMQNIVSSGNTEFETDFSVILSALLRIKACGYLPICQLLTQNEELNSKLHALQLGRVAEILQTDNGTRGTKYTDCRLVKSTSSIPCVIGPWHNVSLSEPVDKDYSKAVLELKQNLFEALKKCAAKSEAPGLPGFLGRLCAVWEAVKADSFSIGLQNTEVSDAFSMLCTELSQWEKNFLDHMERWFVGATNRIISYKAEDLEIMIKDDLLNVLKEEASEEVKTEVNNLRTKLEAYLIKDDLHKTHIAIYRPSLMNYMDELEEQVTEDMMERLESAKENHCSSTQLRIFQTLLEKELESKLHMLVEKSKSTKILLTDIQLEEEFDNVWRSVLSNFDFRPSEIDDITGRVTAVLRENLSSRGLMKHMKMLEDIRQNKTSGFAVYDEHFGYRSRLKHMFEDNNRQQRLDAQQVAHNVVEEYNQFVADKCSSPADFSDSYIVELLENVDKSLKEKPLEIRSAFEVDLKVYLCSCACRDFQKLHDLYGKDRELLTIINRSKNKYLAEFIYQFRKRDQCQRVAQAFASMIFKPTILDYIYRPLGRRITEQMLSQDNARQYLSPQAFNQSLLEELIEEDSFESFLEYLLSYENFRLKRIQQKVVANLSESTILDEWRRQRLGEIVGKMAAAVSETAEGVSGVLSDTKLLLEKVCITVEMDADVDVPRTLLDGPLFSITAEWDRFVSCLLEELAEMRLALAQEFSKKVDINQLLQDLPVKPQDCLLNRVRGCEKQCPFCRAPCEMGQMEHEVHRTLLHRPQGILSYTCDDSCSLSEVSCPTTQDGLLLDNDAEGKSLASSDCHSLPPDWWISPEEQDSQRATAYWRYVLVRFNERFAQEYEREPAQLPEEWKNITKEEALDSLRDAFHMNQCK

Target ORF information:

RefSeq Version	XM_030067934.1
Organism	Myripristis murdjan(pinecone soldierfish)
Definition	Myripristis murdjan interferon-induced very large GTPase 1-like (LOC115370772), mRNA.

Target ORF information:

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

XM_030067934.1

ORF Insert Sequence:

ATGTCAGTCA AGCTTCCCAG GAGGCTGAGC AGCAAGAAGA AAAAACCTCA AATCAACAAT 
GCCCAGGCAG AGATTCTGTG TAAGCTGGGC CTGGAAGCCT TCTGGACAAA ACCACTGGAC 
CCAGCCTCTA TGTTGGACAT CAGCACTTGG ACTCTGGAGA ACCAAGACCC TCAGGTACCT 
GAGTACCTAC CTTATGCTTT CCTTCAGCGC CTGTGGCTGC TTAGCCCTCA AGCTCGGAGA 
TCATGCTGCA AACCATCAAC TAATGCTCTG GATGACACCT CAGGAGAAGA CGGTGTCAAT 
GGTCTAGTAG GAGAAACTGA ATGTGCCGTC AATCCCCTTG ACCTAGTGAC AGCTGTCTAT 
AGATCTGCTA ACACCTTCCT TCAGCAGGAA ATTGCAGTGC GCATGGCACA ATGCAAGTTT 
GCCATACCCT TGATCCTTCC TTCCATATAC CCAGAGCAGC CTGGCTGCTT CCTTCTTTGG 
CCTTTGAGAG GTGTTGTGAG CCAGTGGAGA CCTCCATCAC CTCCTAAAAC AAGACAGGTC 
CTAGAAGGGA ACTTGGCCAG CACAGAAATG CCAATAGTTT CCTGTGTGAA GCTCGGTCAC 
TGTGGAGTCT CAAAGTCACG AGTGCTGAAC CATGTTTTGG GTGGATCCAA ATCCCCTACT 
GAAAGTTTCC TTCACCGTGG GATGGATGGA GGACAGCTGC CACAGAGACT TGCCAATGGT 
CTGGTAGAGG TAGGGTGGTA TCTGCCCACT GGAGACACTG ACAGAGATAT TTTCCCTGTG 
CCTGTGGTAA TCTCTAACCT ACGTGGTGAT GCAGCTGCAC ATGAAAAATG CCTAGCTCTT 
CTATGTCAAG CATCATCAGC TGTTGTCGTC TTCTGTGGTG ATCTTAGGGA GAAAGACAAA 
CGTCTTCTTG CTTACTGGAA AGACACGGCA AGCAAACTCC TGGTTGTTGA CCTCTCAGAA 
ACAATGGAAA AGGTAAAAGA AAATAAAGTT GTAGGTTTTG TTGCTCAGAA CCTGGAGGAA 
GAGGTGGGGC TGGCCAAAGA GTCAGTGCTG TCATGTGGAC CTATCAGTGA GGAGGACTTG 
GCAGACAGGC TGCGTGAGAC CTTGAATGAT CTGTTACCAG ATAAACTAAA ACTTGTTACA 
TTTGAAGCAG CAGCGAGGAT ATCAGTGGAG CTAGGCTTCA GCATAGACGA AGGGGAAGTG 
TGTAAAAAAG CCATGGCTAC TGTAGAGGAC GTGTTGAAAG GTTTAGATGA AGGTTTGGCC 
CAGTTCATGG AGAAACAACT GCCTATGCAA GGTGCATCAT GGTACAAACT GGCACAGATG 
GAGAAAGAGG AGACCAAACA GAAAAAAGCA GGAGAGAAGA AAAACCTCCA GCAACAAAAT 
GAAAAGAAAA ATATTCTTCT CAAGTTGCGC AGCTACAAAA TGACCACAGC CATGAAGTCT 
TTCACAGATG CACTCTCCAC AACAGACAAA ATGGAAAGAA TGTATTTTAT TAGCTGGATG 
AAATTGAGGC TTAGGGCCAT TCAAATTAAA CAACAATGCA GCCCCCAAGA ACCATGCACA 
AATGAGCAGA AGTTAAATCA ACTTAGTGAC ATGAACGTGT CAACAAAAAA GAAAGATCAA 
GAGCCTGAAA ATTTTGATGA GCCTGAAAAT GGAACAAATG ATGATCTAGA TGACAACGAA 
AGTTTCTACA CTGACTCATC AGTGGAAGAA GAACAGTCAC TGAACCTAAA CCACACTGGA 
AATGGTGGAC TGCAACAGGC TGAAGTAGCG CAAGACTTAG AACTTATTAT GGAACAGTCT 
ACAAAACTAA ATATGAAGCT GTATGAAAAA GTTAATATAG CGTTAGAAGA TGATGAAAAC 
CAGAACTCTT GTGAACATCA AACTTCAGAC CCAGAAATCT CTGAGGACCA AAATCTCCAT 
TTGGAGTTCA GGGAAAATGG AACTTTTGAT CTCAACTTGC CAGAGAAACC GCCCGAGGAA 
CCAAAACTGA AAACAGACAA ATCAGACTTC TCTGCAGAAG CATACATGGG CGTGGATACC 
TCTTCTGAAA ATCAGGGGTC CTCAGGCTCA TTTGTAGAGC AGCATTTTGA GCCTGATCCT 
TCCTCTCTGG GCCTTGAACA CTTCCTACGT GAGATGGGGT TAATTTTTGA GTTGACACAC 
ATGAGCAAAG GAAGAAAGAG TCAAAATGTT TTGCGCCTTC CTAAATTAGC TGCCGATTTG 
CTGCTATATG GCATACCACT TGAGATAATG GATGGAGATG CCTCTAATAT CCCCAGAAGA 
TGGCTGCACC GTGTCTTTGA AGAACTCAAA CACTGCCTGC CTCAAGGACG GTTCAGGACC 
CGAGTACTGA CAAACCTTGG GGTCCAACAT GCAAGGAATG CCGAGGTGTT TTCTGCATTA 
TTTGGGGTGA AATTCCTTAA TGGAGGGAGA AGATCCACGA AAGGGGTGTA TATGCTGGCT 
TTATGTCTCC CTGATCACCT GAGAAAGGAT ATGGAATGTG ACTTTCTGTT GTTAATTGAT 
GTAGAGGGTC TCTGTTCACC ACTGCTGGAC AAAAAAGCAA ACACCAAGGT CCATGACAAT 
GAGATGGCCA CCTTGGCAAC AGGACTGAGT GATGTTCTGA TGCAAAACAT AGTTTCATCT 
GGAAATACTG AGTTTGAAAC TGACTTCAGT GTGATACTTA GTGCTCTCCT CCGCATTAAG 
GCATGTGGCT ACCTGCCCAT TTGCCAACTC TTAACCCAGA ATGAAGAATT AAACAGCAAG 
TTACACGCCT TGCAGTTAGG ACGTGTAGCT GAAATTCTTC AGACAGACAA TGGGACCAGA 
GGGACTAAAT ATACTGATTG TCGTCTTGTA AAAAGCACAA GCAGTATCCC CTGTGTCATA 
GGGCCTTGGC ACAATGTCTC CCTTTCTGAA CCAGTTGATA AAGATTATAG TAAGGCTGTG 
TTAGAGCTGA AGCAAAATCT TTTTGAGGCA TTGAAGAAGT GTGCAGCCAA GTCTGAAGCC 
CCAGGGCTGC CTGGATTTCT GGGTCGTTTA TGTGCTGTTT GGGAAGCAGT GAAAGCAGAT 
TCATTCTCCA TTGGGCTTCA GAATACTGAG GTGTCTGATG CATTTTCTAT GCTATGCACA 
GAGCTTTCCC AATGGGAGAA GAATTTCCTT GACCACATGG AAAGGTGGTT TGTTGGGGCA 
ACAAATAGAA TCATCTCCTA CAAAGCTGAG GACTTAGAGA TTATGATCAA AGATGACCTC 
CTGAATGTAC TGAAGGAAGA AGCCAGTGAA GAGGTCAAAA CAGAGGTGAA TAATCTCAGG 
ACAAAACTTG AGGCCTATTT GATAAAAGAT GACCTCCATA AAACTCATAT TGCAATTTAC 
AGACCAAGCT TAATGAACTA TATGGATGAA CTTGAGGAGC AGGTAACTGA AGACATGATG 
GAGAGGTTAG AGTCAGCCAA AGAAAATCAT TGCTCTTCCA CACAGCTGAG AATCTTTCAG 
ACCTTATTGG AAAAGGAACT GGAGTCCAAG CTACACATGC TTGTAGAGAA AAGCAAGTCA 
ACCAAAATTC TCCTTACAGA TATTCAACTG GAGGAGGAGT TTGACAATGT GTGGAGAAGT 
GTACTGTCTA ACTTTGACTT CAGACCTTCA GAAATAGATG ATATTACTGG AAGGGTGACA 
GCAGTTCTGA GAGAGAACCT CAGCAGCCGT GGGCTAATGA AACACATGAA GATGCTTGAA 
GACATTCGCC AAAACAAGAC ATCTGGCTTT GCAGTTTATG ATGAGCACTT TGGATACCGC 
AGCAGATTAA AGCACATGTT TGAGGACAAC AACCGACAAC AGAGGTTAGA TGCTCAACAA 
GTAGCACACA ACGTCGTCGA GGAGTACAAT CAGTTTGTAG CAGATAAATG TAGTTCACCA 
GCAGACTTCT CTGACAGCTA CATTGTAGAA CTGTTAGAAA ATGTTGACAA AAGTTTGAAG 
GAAAAGCCTT TGGAAATCAG ATCAGCTTTT GAAGTAGATC TGAAAGTTTA TCTGTGTAGC 
TGTGCATGCA GAGACTTTCA AAAATTACAT GATCTTTATG GCAAAGACAG AGAGCTGTTG 
ACCATTATCA ACAGGAGCAA GAACAAGTAC TTGGCAGAGT TTATCTACCA GTTCAGGAAG 
AGGGACCAGT GCCAGAGGGT TGCCCAAGCT TTCGCCTCCA TGATCTTCAA ACCTACAATT 
TTGGACTATA TTTACAGGCC ACTAGGGAGG CGCATCACTG AACAAATGTT AAGCCAAGAC 
AATGCCCGAC AGTATCTGTC TCCCCAAGCC TTCAATCAGA GCCTGCTGGA GGAGCTCATA 
GAGGAAGACA GTTTTGAGAG CTTCCTGGAA TACTTGCTTT CTTATGAGAA CTTCAGACTG 
AAGAGGATCC AGCAGAAAGT GGTGGCTAAC CTCTCTGAGT CAACTATTCT GGATGAGTGG 
AGGCGACAAC GGCTTGGAGA AATTGTGGGC AAGATGGCTG CAGCAGTGAG CGAGACAGCA 
GAGGGTGTAA GTGGAGTGCT AAGTGATACA AAGCTACTGC TGGAGAAAGT GTGCATCACT 
GTGGAGATGG ATGCAGATGT GGATGTCCCC AGGACTCTTC TTGATGGGCC TCTCTTCAGT 
ATCACAGCAG AATGGGATCG CTTTGTCTCT TGTTTGTTGG AGGAACTGGC TGAGATGCGG 
TTGGCTCTAG CCCAGGAGTT CTCCAAAAAG GTAGATATCA ACCAGCTTCT CCAAGACCTT 
CCCGTTAAGC CCCAAGATTG TCTCCTCAAC AGAGTGAGAG GCTGTGAGAA GCAGTGTCCT 
TTCTGTAGAG CCCCCTGTGA AATGGGGCAA ATGGAGCATG AGGTACACAG GACCCTGCTC 
CACCGACCAC AAGGTATACT GTCCTATACC TGTGATGACT CCTGCTCCCT GTCTGAAGTC 
AGCTGCCCCA CAACTCAGGA CGGCCTGTTA CTGGACAATG ATGCCGAGGG GAAGTCTCTG 
GCCAGCAGTG ATTGCCATTC CCTCCCCCCA GACTGGTGGA TCTCCCCTGA GGAACAAGAC 
AGCCAGAGAG CCACTGCTTA CTGGAGATAT GTGTTGGTCC GGTTTAATGA GAGGTTTGCA 
CAGGAATATG AGCGGGAGCC AGCCCAGCTC CCTGAGGAGT GGAAGAACAT CACAAAGGAG 
GAGGCCTTGG ACAGCCTGAG GGATGCCTTC CACATGAATC AGTGCAAATA G