LOC107355563 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107355563
Entrez Gene ID	107355563
Full Name	putative glutamate synthase [NADPH]
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015922149.1	XP_015777635.1	LOW QUALITY PROTEIN: putative glutamate synthase [NADPH]

Pathways from BioSystems
Gene Ontology

The following LOC107355563 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107355563 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
OAc82285	XM_015922149.1 Latest version!	Acropora digitifera putative glutamate synthase [NADPH] (LOC107355563), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1021.30 $1459.00

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

LOC107355563 ( XM_015922149.1 ) cDNA ORF clone, Acropora digitifera -> XP_015777635.1 Acropora digitifera putative glutamate synthase [NADPH] (LOC107355563), mRNA.

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CloneID	OAc82285
Clone ID Related Accession (Same CDS sequence)	XM_015922149.1
Accession Version	XM_015922149.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5844bp) 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	2016-03-13
Organism	Acropora digitifera
Product	LOW QUALITY PROTEIN: putative glutamate synthase [NADPH]
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441685.1) 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 :: Acropora digitifera 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases internal stop codons :: corrected 13 genomic stop codon ##RefSeq-Attributes-END##

ATGGCAACAA ATAGAATTGG TACCAAAAAT CGCCGCTTCT ACATTTGCAG CTTGTCTTGT 
GATGTCATTG TCTACAAGGG AATGTTAAAA CCAGTGCAAC TCCAAGGATT CTTCCATGAT 
TTACAGTCAG AGGACTATTG TACTCATTTT GCCTTGGTCC ATGGTCGATT TTCAACAAAC 
ACGTTTCCCA GCTGGGAGAG AGCTCATCCA AACAGGTATC TAGCACACAA TGGGGAAATA 
AACACAATAC AAGGAAACAT CAATAACATG AACACACGTG AGGGAACCAT GTTTAGCAAA 
TATTATGGCA GCAACACACA AAAGCTTTTT CCTGTGATTG AAGCAGACCT TTCAGACTCT 
GGGACAGTTG ATAATGTGCT TGAACTTTTA GTCATGGCTG GAGGCAGATC TCTTCCCGAG 
GCCATTATGA CAATGGTCCC TGAAGCATGG CAAGGAAATA AGTTGATGAG CCAGGAAAAA 
CAGGACTTTT ATCGCTGGAT TTCGTGTTCC ATGGAGGCTT GGGATGGTCC AGGTGAGAAC 
ATTTACTTTT TTCCTGCTGA GCATGCATTG ATGAACTGCC TGTCAGAGGA GGCATTATCT 
TCTATATAGT ATTAGGTTAC AAGCTCTGGT CAATGCAAAA TTCTGCTCCA ATAGGGTGTT 
GTTCATTACC TCTCCATATT TCAGGGGCGT TTGCGACCAG GTAGAATGCT TTTAGTGGAT 
ACTGAAGTGG GCAATGTTGT TGAAGATCAT GAGCTAAAGC ACAAAATGGC AAATTTACGA 
CCATGCAGTG CACTCCTTGA GAAAGGTGTC AAGACACTCA AAGATATCCA TGCGGCATTC 
CTTGCCTCAA AGAACCTTTC AGCAGACACA GTGCCGTTGA TACAGAAACC CTCACAGAAT 
GAACTGATTC ACAGAGACAG AAGACTGCCA ATGTTTGGTT TTTCTCTTGA AGATCTGAAC 
CTGTTGATTT TGCCAATGGT TAAGAACAAG AAGGAGGCTC TTGGATCAAT GGGTAATGAT 
GCTCCGTTGT CCTGTCTCAC CATGTATCCT CAGCTGGTCT TTGATTACTT CAAACAATTG 
TTTGCACAGG TGACGAATCC ACCCATTGAT CCAATCCGAG AGAACATTGT GATGTCACTG 
GCATGCCCTG TTGGACCAGA GCCAAATCTT CTTGAGCCTG AAGTGGCAAA CTGTTCTCGT 
GTGTATTTAG ACCATCCACT TTTGTCATGT GCAGATGTGG AAGCTATCAA AGGCTGTGGT 
CTGAGCTGGT GTAAGAGCCA GACAATTGAC ATCGTTTACC CAGTGCAAGA TGGAGTCAAT 
GGCCTTATTC CAGCACTTGA CAGAATCTGC AAGGAGGCTT CAGAGGCTGT GGAGAATGAA 
TGTGCATTTA TTGTTTTAAC TGACAGAGCT GCAGGAAGAG ACCAGGTACC AATCAGCTCT 
TTATTGTCAT TGGGTGCGGT TCACCATCAC CTCATCAGAA TGAAACAAAG ATCTCAGGTT 
GGAATTATTT GCGAGTCAGG TGAAGTCAGA GAAATTCATC ACTTTTGTGT TCTGTTGGGC 
TACGGAGCAG ATGCCATTTG CCCATATTTA GTTTTTGAGA CGGTTGCCAA TCAGCGGGAC 
CAAGGTTTGC TAGATCCTCC TCTCTCAGAC AATGAGATTG TTTATAACTT CTCTGCTGCT 
GTTCAGAAAG GCATTGCTAA GGTCATGGCT AAAATGGGAA TATCCACTCT TCATAGTTAC 
AAGGGAGCTC AAATATTTGA GGCTGTGGGG ATTGCAGAGG AGGTCATTGA AAAGTGCTTT 
GTTGGAACAG CATCCCGGCT GAGTGGTGTA ACCTTTGAAA TCCTGGCTCA GGAGGCCTTG 
ACCAAGCACC GTATTGCATT TGCTGATCGC GAATGTGACA ATGTTTTGGT CAACAACAAG 
GGTGAATATC ACTGGCGTGA GGGAGGAGAA AAACATATCA ATGATCCCAA GTGCATCGCA 
AACCTTCAAG ATGCTGTGCG AGTGAAAAGT CAGCCTTCCT ACCAGAAGTA TAGTCAAACC 
TCCATTGAAG TGGTGCGCTC TTGCACTTTA CGTGGGCAGC TGCAGATAAA ATTTTCAAAG 
AAACCATTGG ACATCTCAGA AGTTGAACCT GCTTCTGAAA TAGTGAAAAG GTTTGTTACA 
GGTAGGCATT GGACAAAAAG GACCTTTTCT TGGTGGCAAG TCTCATGATA ATTGAACAGT 
TAGTCTGTAC ATCTGGACAA AATTGGTGGG AAGAGCAACA CAGGGGAGGG GGGTGAGGAT 
CCCTTGAGAG GAGCTGATAG CAACTCAAGA TCAGCTATTC GGCAAGTTGC ATCTGGAAGA 
TTTGGCGTGA ATGCTTGGTA TCTGGCCATG GCAGAAGACC TGCAGATTAA AATGGCACAG 
GGTGCAAAAC CTGGAGAAGG AGGAGAATTG CCTGGATACA AGGTGTCCAA GGAAATTGCC 
AAGACTCGCA AATCTGTCCC AGGGGTAGGA CTTATCAGCC CTCCTCCTCA TCATGACATC 
TACTCCATTG AGGATTTGGC TGAGCTTATT TACAACCTCA AGTGCTCCAA TCCCCATGCT 
CGTATTAGTG TGAAACTGGT TTCTGAGGTG GGAGTGGGTG TAATTGCTGC TGGTGTTGCA 
AAGGGTCATT CCGAACACAT TGTCATTTCT GGTCATGATG GTGGAACTGG TGCAAGTACG 
TGGTCAGGTA TCAAGCATGC CGGGTTACCA TGGGAACTTG GCATCGCAGA AACCCATCAA 
ACCCTTATAC TGAACAATCT GCGCAGGAGA GTTATCCTTC AAGTTGATGG ACAGATTCGA 
ACAGGACGTG ATGTGGTGAT TGGTGCCTTG CTTGGTGCTG ATGAATTTGG TTTCTCTACT 
GCTCCTCTCA TTGCCATGGG TTGCACTATG ATGAGAAAAT GTCATCTAAA CACTTGCCCT 
GTTGGTATAG CTACACAAGT AAGATGGATA ATATTAGTCT TTGTTTTTTG TTGCTTCATG 
TTGAAGACAG GTTGTCCTAT CAAAGCCTGC TAACTGTTAG CTAGTTAAGA ACCGGTTAAG 
GCACTGAATT AATGAAACAG TTCTTCTGAA AAGAAACTCT AGATTTGCCG GACCAAATAA 
TACATAGTCG TAGCCAGGGT TTTTAAAAGG GGGGGTCACA CTGTGTCAAA CAATTCTCTT 
AACACGAGGT TGTCTTTATG GCATCAACAG GACAATCAGC TAATTGAAGC AGCAGCAGAA 
ATTCTCAGTG GTGGTTCAAA GCCGTTGCAC TTGGAGATGC CAGTCATGAA TACTGACAGA 
GCATTTGGCA CAACACTCAG CTACCACATT GCAAGGAAAT TTGGAGAACA AGGTCTCCCT 
GATGGTACAA TTCACATTAA AGCAAGAGGC TCCGCAGGTC AGAGTTTTGG TGCATTTTTG 
TCCCCTGGAA TCACACTGGA ATTAGAAGGA GACTCTAATG ACTACGTTGG CAAGGGCCTG 
GCTGGTGGTA AGGTCATTGT CTATCCAAGC AGTCATCATC CTGCTGACTA CAAAGCAGAA 
GAGAATATAA TTGTTGGCAA TGTGTGCTTG TATGGGGCCA CTGCAGGAAA GGCCTTTATC 
AGGGGAATTG CTGCCGAAAG ATTTTGTGTT AGAAACTCTG GTGTGACAGC TGTGGTTGAG 
GGTGTAGGTG ATCATGGCTG TGAATACATG ACAGGTGGTC TGTGTGTTGT GCTGGGCTCC 
ACCGGTCGTA ACTTTGCTGC TGGCATGTCA GGGGGAATTG CGTTTGTACT GGACAGGAAG 
AATAACTTCT CATCGCTTTG CAACCAAGAG ATCGTGGACC TTGAGCCAGT GACCGGGCCA 
GATGTGGATC TGGTCAGGGG ACTGGTTCAA GAGCATCATC AGTTGACTGG TTCAACCGTG 
GCCGAGCGTC TGCTGGAGGA CTGGGGCAGC TCAATTAAAT TGTTTGTCAA GGTAACTCCT 
CGTGACTACA GGAGGGCGCT TGAGCAGCTT AAAGAAGAAG AGGAAGCACA GAAACTAAAT 
AAAGACATAA TTCATGGTTT GAAAAGCGAG ACCAACGGAG AAAAGACCAA TGGTGAGAAG 
ATAAACGGAG AGAAGTCAAA CGGAGAGAAG TCAAACGGAG AGAAGTCAAA CGGAGAGAAG 
TCAAACGGAG AGAAGTCAAA CGGAGAGAAG TCAAACGGAG AGAAAACGAA CGGAGAGAAA 
ACGAACGGAG AGAAAGGAGA GCATTCGCCA CCACCAGTCA ACAAAGAAAA GGATTCCAGT 
TTGGTTGATA TTGAAGAAGC CATTCCAGAT GTTACGATGG ATCAAAAGAA TATTGACAAA 
TTGCTGGATA AAACAAGAGG GTTTGTAAAA TATTCGCGGA GCAAAGTGAA GTATCGCCCT 
CCCAAGCAGC GAATGAAAGA TTGGAATGAG ATTTACACCA ACAAAGGCAA ATCAGAGTTG 
AAGGTCCAAG CTGCCAGGTG CATGGAATGT GGTGTGCCTT TCTGTCAGTC TCATACAGGT 
TGTCCTTTGG GGAACATCAT TCCCAGATGG AACGATTTGG TATTTCAGGA AGAAGTGAAT 
GAATGGCATT GCTGTTTACT TCTCACAACA TATTTGCCTT TGGATTGTTT CTAGGGAGCT 
TGTGTGCTTG GGATAAACGC CGAACCAGTG ACAATCAAGA AAATCGAGTG CGCAATAATC 
GACCATGGCT TTGAACAAGG GTGGATCCAA GCACAGATTC CTGCCCGTCG TACCGGGAAG 
AAAATCGCCA TTATTGGCAG TGGTCCTTCA GGTCTCGCTG CGGCAGCACA GTTGAACAAG 
GCTGGTCATT GGGTCACCGT CTATGAGAGA AATGACAGAT GTGGTGGACT CTTGATGTAT 
GGAGTGCCAC CAATGAAACT CAGCAAGAAG GTAGATCAAG CTTCTCTTGA CATTGTGGGA 
AGAAATCATG GTTGTGTTTG TAGAAGCAGA AACGCAATGA TATCGGTGGC ATTTGCGTGG 
ACTTGTCCAA GCATCATAAA TTTCGCCCGG TATTTCACAG TCACACTTGA AATTTCAAAT 
GCTTCACGTT TGGTTCGCTC TTGTAAGATT AGCAATAGCT ATTTACGGGG TGTGGTGGGA 
AGTGCAAAAT GTAAAGGACG ACTCTGCATC TTGCTACTGT TCATTGTTAC CGTAGGAAAC 
TATAAACTGC CTTCCTTGGA TGCCACTGGC AAGGATGTTG TCGTTATCGG CGGCGGAGAT 
ACCGGCGTGG ATTGCATTGG AACGTCTCTC AGACAGAATG CCAAGAGCAT TACAAATTTC 
GAGGTCCTTG CTTCGCCCCC TAAAAGCAGA AGTGCTACCA ACCCATGGCC TTTGTGGCCA 
CGAGTATTCA GAGTAGAATA CGGACATGAA GAGGCTGCTG TGAAATACGG AGGCGACCCT 
CGGGTTTTCA GTGTTATGAG CAAGGAATTT ATTGGAGACG AACGAGGCCA CGTGAAGGGT 
ATCAGAACTG CTCAAATCAA CTGGGTGCAG GATGCTACAG GCAGATGGCA AATGGAAGAT 
ATTCCTGGAT CCGAAAAAGT CTTCAAAGCT GACCTGGTCA TTATAGCAGC AGGTTTCTTG 
GGCCCTGAAA AAACATTGGC CGAACAGTTC GGAATCAAGA AGGACCCGAG AAGTAATTTT 
GCTACTGAGA AAAACAAGTT TTTGACGAGC GTCCCCAAGG TCTACGCTGC CGGAGATTGT 
CATCGCGGCC AATCATTGAT CGTCACAGCC ATTTCTGAGG GACGACAAGC AGCGCGACAA 
ATCGACCTCG ACCTCATGGG CTCAACATCC CTGGCAGGAC CCGGAGGTCA AATACACAGT 
GTCACACCCT CCTCAGGGAA ATAG

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

RefSeq	XP_015777635.1
CDS	68..5911
Translation	MATNRIGTKNRRFYICSLSCDVIVYKGMLKPVQLQGFFHDLQSEDYCTHFALVHGRFSTNTFPSWERAHPNRYLAHNGEINTIQGNINNMNTREGTMFSKYYGSNTQKLFPVIEADLSDSGTVDNVLELLVMAGGRSLPEAIMTMVPEAWQGNKLMSQEKQDFYRWISCSMEAWDGPGENIYFFPAEHALMNCLSEEALSSIYVTSSGQCKILLQGVVHYLSIFQGRLRPGRMLLVDTEVGNVVEDHELKHKMANLRPCSALLEKGVKTLKDIHAAFLASKNLSADTVPLIQKPSQNELIHRDRRLPMFGFSLEDLNLLILPMVKNKKEALGSMGNDAPLSCLTMYPQLVFDYFKQLFAQVTNPPIDPIRENIVMSLACPVGPEPNLLEPEVANCSRVYLDHPLLSCADVEAIKGCGLSWCKSQTIDIVYPVQDGVNGLIPALDRICKEASEAVENECAFIVLTDRAAGRDQVPISSLLSLGAVHHHLIRMKQRSQVGIICESGEVREIHHFCVLLGYGADAICPYLVFETVANQRDQGLLDPPLSDNEIVYNFSAAVQKGIAKVMAKMGISTLHSYKGAQIFEAVGIAEEVIEKCFVGTASRLSGVTFEILAQEALTKHRIAFADRECDNVLVNNKGEYHWREGGEKHINDPKCIANLQDAVRVKSQPSYQKYSQTSIEVVRSCTLRGQLQIKFSKKPLDISEVEPASEIVKRFVTGRHWTKRTFSWWQVSLNSSVHLDKIGGKSNTGEGGEDPLRGADSNSRSAIRQVASGRFGVNAWYLAMAEDLQIKMAQGAKPGEGGELPGYKVSKEIAKTRKSVPGVGLISPPPHHDIYSIEDLAELIYNLKCSNPHARISVKLVSEVGVGVIAAGVAKGHSEHIVISGHDGGTGASTWSGIKHAGLPWELGIAETHQTLILNNLRRRVILQVDGQIRTGRDVVIGALLGADEFGFSTAPLIAMGCTMMRKCHLNTCPVGIATQVRWIILVFVFCCFMLKTGCPIKACLLASEPVKALN*NSSSEKKLICRTKYIVVARVFKRGGHTVSNNSLNTRLSLWHQQDNQLIEAAAEILSGGSKPLHLEMPVMNTDRAFGTTLSYHIARKFGEQGLPDGTIHIKARGSAGQSFGAFLSPGITLELEGDSNDYVGKGLAGGKVIVYPSSHHPADYKAEENIIVGNVCLYGATAGKAFIRGIAAERFCVRNSGVTAVVEGVGDHGCEYMTGGLCVVLGSTGRNFAAGMSGGIAFVLDRKNNFSSLCNQEIVDLEPVTGPDVDLVRGLVQEHHQLTGSTVAERLLEDWGSSIKLFVKVTPRDYRRALEQLKEEEEAQKLNKDIIHGLKSETNGEKTNGEKINGEKSNGEKSNGEKSNGEKSNGEKSNGEKSNGEKTNGEKTNGEKGEHSPPPVNKEKDSSLVDIEEAIPDVTMDQKNIDKLLDKTRGFVKYSRSKVKYRPPKQRMKDWNEIYTNKGKSELKVQAARCMECGVPFCQSHTGCPLGNIIPRWNDLVFQEEVNEWHCCLLLTTYLPLDCFGACVLGINAEPVTIKKIECAIIDHGFEQGWIQAQIPARRTGKKIAIIGSGPSGLAAAAQLNKAGHWVTVYERNDRCGGLLMYGVPPMKLSKKVDQASLDIVGRNHGCVCRSRNAMISVAFAWTCPSIINFARYFTVTLEISNASRLVRSCKISNSYLRGVVGSAKCKGRLCILLLFIVTVGNYKLPSLDATGKDVVVIGGGDTGVDCIGTSLRQNAKSITNFEVLASPPKSRSATNPWPLWPRVFRVEYGHEEAAVKYGGDPRVFSVMSKEFIGDERGHVKGIRTAQINWVQDATGRWQMEDIPGSEKVFKADLVIIAAGFLGPEKTLAEQFGIKKDPRSNFATEKNKFLTSVPKVYAAGDCHRGQSLIVTAISEGRQAARQIDLDLMGSTSLAGPGGQIHSVTPSSGK

Target ORF information:

RefSeq Version	XM_015922149.1
Organism	Acropora digitifera
Definition	Acropora digitifera putative glutamate synthase [NADPH] (LOC107355563), mRNA.

Target ORF information:

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

XM_015922149.1

ORF Insert Sequence:

ATGGCAACAA ATAGAATTGG TACCAAAAAT CGCCGCTTCT ACATTTGCAG CTTGTCTTGT 
GATGTCATTG TCTACAAGGG AATGTTAAAA CCAGTGCAAC TCCAAGGATT CTTCCATGAT 
TTACAGTCAG AGGACTATTG TACTCATTTT GCCTTGGTCC ATGGTCGATT TTCAACAAAC 
ACGTTTCCCA GCTGGGAGAG AGCTCATCCA AACAGGTATC TAGCACACAA TGGGGAAATA 
AACACAATAC AAGGAAACAT CAATAACATG AACACACGTG AGGGAACCAT GTTTAGCAAA 
TATTATGGCA GCAACACACA AAAGCTTTTT CCTGTGATTG AAGCAGACCT TTCAGACTCT 
GGGACAGTTG ATAATGTGCT TGAACTTTTA GTCATGGCTG GAGGCAGATC TCTTCCCGAG 
GCCATTATGA CAATGGTCCC TGAAGCATGG CAAGGAAATA AGTTGATGAG CCAGGAAAAA 
CAGGACTTTT ATCGCTGGAT TTCGTGTTCC ATGGAGGCTT GGGATGGTCC AGGTGAGAAC 
ATTTACTTTT TTCCTGCTGA GCATGCATTG ATGAACTGCC TGTCAGAGGA GGCATTATCT 
TCTATATAGT ATTAGGTTAC AAGCTCTGGT CAATGCAAAA TTCTGCTCCA ATAGGGTGTT 
GTTCATTACC TCTCCATATT TCAGGGGCGT TTGCGACCAG GTAGAATGCT TTTAGTGGAT 
ACTGAAGTGG GCAATGTTGT TGAAGATCAT GAGCTAAAGC ACAAAATGGC AAATTTACGA 
CCATGCAGTG CACTCCTTGA GAAAGGTGTC AAGACACTCA AAGATATCCA TGCGGCATTC 
CTTGCCTCAA AGAACCTTTC AGCAGACACA GTGCCGTTGA TACAGAAACC CTCACAGAAT 
GAACTGATTC ACAGAGACAG AAGACTGCCA ATGTTTGGTT TTTCTCTTGA AGATCTGAAC 
CTGTTGATTT TGCCAATGGT TAAGAACAAG AAGGAGGCTC TTGGATCAAT GGGTAATGAT 
GCTCCGTTGT CCTGTCTCAC CATGTATCCT CAGCTGGTCT TTGATTACTT CAAACAATTG 
TTTGCACAGG TGACGAATCC ACCCATTGAT CCAATCCGAG AGAACATTGT GATGTCACTG 
GCATGCCCTG TTGGACCAGA GCCAAATCTT CTTGAGCCTG AAGTGGCAAA CTGTTCTCGT 
GTGTATTTAG ACCATCCACT TTTGTCATGT GCAGATGTGG AAGCTATCAA AGGCTGTGGT 
CTGAGCTGGT GTAAGAGCCA GACAATTGAC ATCGTTTACC CAGTGCAAGA TGGAGTCAAT 
GGCCTTATTC CAGCACTTGA CAGAATCTGC AAGGAGGCTT CAGAGGCTGT GGAGAATGAA 
TGTGCATTTA TTGTTTTAAC TGACAGAGCT GCAGGAAGAG ACCAGGTACC AATCAGCTCT 
TTATTGTCAT TGGGTGCGGT TCACCATCAC CTCATCAGAA TGAAACAAAG ATCTCAGGTT 
GGAATTATTT GCGAGTCAGG TGAAGTCAGA GAAATTCATC ACTTTTGTGT TCTGTTGGGC 
TACGGAGCAG ATGCCATTTG CCCATATTTA GTTTTTGAGA CGGTTGCCAA TCAGCGGGAC 
CAAGGTTTGC TAGATCCTCC TCTCTCAGAC AATGAGATTG TTTATAACTT CTCTGCTGCT 
GTTCAGAAAG GCATTGCTAA GGTCATGGCT AAAATGGGAA TATCCACTCT TCATAGTTAC 
AAGGGAGCTC AAATATTTGA GGCTGTGGGG ATTGCAGAGG AGGTCATTGA AAAGTGCTTT 
GTTGGAACAG CATCCCGGCT GAGTGGTGTA ACCTTTGAAA TCCTGGCTCA GGAGGCCTTG 
ACCAAGCACC GTATTGCATT TGCTGATCGC GAATGTGACA ATGTTTTGGT CAACAACAAG 
GGTGAATATC ACTGGCGTGA GGGAGGAGAA AAACATATCA ATGATCCCAA GTGCATCGCA 
AACCTTCAAG ATGCTGTGCG AGTGAAAAGT CAGCCTTCCT ACCAGAAGTA TAGTCAAACC 
TCCATTGAAG TGGTGCGCTC TTGCACTTTA CGTGGGCAGC TGCAGATAAA ATTTTCAAAG 
AAACCATTGG ACATCTCAGA AGTTGAACCT GCTTCTGAAA TAGTGAAAAG GTTTGTTACA 
GGTAGGCATT GGACAAAAAG GACCTTTTCT TGGTGGCAAG TCTCATGATA ATTGAACAGT 
TAGTCTGTAC ATCTGGACAA AATTGGTGGG AAGAGCAACA CAGGGGAGGG GGGTGAGGAT 
CCCTTGAGAG GAGCTGATAG CAACTCAAGA TCAGCTATTC GGCAAGTTGC ATCTGGAAGA 
TTTGGCGTGA ATGCTTGGTA TCTGGCCATG GCAGAAGACC TGCAGATTAA AATGGCACAG 
GGTGCAAAAC CTGGAGAAGG AGGAGAATTG CCTGGATACA AGGTGTCCAA GGAAATTGCC 
AAGACTCGCA AATCTGTCCC AGGGGTAGGA CTTATCAGCC CTCCTCCTCA TCATGACATC 
TACTCCATTG AGGATTTGGC TGAGCTTATT TACAACCTCA AGTGCTCCAA TCCCCATGCT 
CGTATTAGTG TGAAACTGGT TTCTGAGGTG GGAGTGGGTG TAATTGCTGC TGGTGTTGCA 
AAGGGTCATT CCGAACACAT TGTCATTTCT GGTCATGATG GTGGAACTGG TGCAAGTACG 
TGGTCAGGTA TCAAGCATGC CGGGTTACCA TGGGAACTTG GCATCGCAGA AACCCATCAA 
ACCCTTATAC TGAACAATCT GCGCAGGAGA GTTATCCTTC AAGTTGATGG ACAGATTCGA 
ACAGGACGTG ATGTGGTGAT TGGTGCCTTG CTTGGTGCTG ATGAATTTGG TTTCTCTACT 
GCTCCTCTCA TTGCCATGGG TTGCACTATG ATGAGAAAAT GTCATCTAAA CACTTGCCCT 
GTTGGTATAG CTACACAAGT AAGATGGATA ATATTAGTCT TTGTTTTTTG TTGCTTCATG 
TTGAAGACAG GTTGTCCTAT CAAAGCCTGC TAACTGTTAG CTAGTTAAGA ACCGGTTAAG 
GCACTGAATT AATGAAACAG TTCTTCTGAA AAGAAACTCT AGATTTGCCG GACCAAATAA 
TACATAGTCG TAGCCAGGGT TTTTAAAAGG GGGGGTCACA CTGTGTCAAA CAATTCTCTT 
AACACGAGGT TGTCTTTATG GCATCAACAG GACAATCAGC TAATTGAAGC AGCAGCAGAA 
ATTCTCAGTG GTGGTTCAAA GCCGTTGCAC TTGGAGATGC CAGTCATGAA TACTGACAGA 
GCATTTGGCA CAACACTCAG CTACCACATT GCAAGGAAAT TTGGAGAACA AGGTCTCCCT 
GATGGTACAA TTCACATTAA AGCAAGAGGC TCCGCAGGTC AGAGTTTTGG TGCATTTTTG 
TCCCCTGGAA TCACACTGGA ATTAGAAGGA GACTCTAATG ACTACGTTGG CAAGGGCCTG 
GCTGGTGGTA AGGTCATTGT CTATCCAAGC AGTCATCATC CTGCTGACTA CAAAGCAGAA 
GAGAATATAA TTGTTGGCAA TGTGTGCTTG TATGGGGCCA CTGCAGGAAA GGCCTTTATC 
AGGGGAATTG CTGCCGAAAG ATTTTGTGTT AGAAACTCTG GTGTGACAGC TGTGGTTGAG 
GGTGTAGGTG ATCATGGCTG TGAATACATG ACAGGTGGTC TGTGTGTTGT GCTGGGCTCC 
ACCGGTCGTA ACTTTGCTGC TGGCATGTCA GGGGGAATTG CGTTTGTACT GGACAGGAAG 
AATAACTTCT CATCGCTTTG CAACCAAGAG ATCGTGGACC TTGAGCCAGT GACCGGGCCA 
GATGTGGATC TGGTCAGGGG ACTGGTTCAA GAGCATCATC AGTTGACTGG TTCAACCGTG 
GCCGAGCGTC TGCTGGAGGA CTGGGGCAGC TCAATTAAAT TGTTTGTCAA GGTAACTCCT 
CGTGACTACA GGAGGGCGCT TGAGCAGCTT AAAGAAGAAG AGGAAGCACA GAAACTAAAT 
AAAGACATAA TTCATGGTTT GAAAAGCGAG ACCAACGGAG AAAAGACCAA TGGTGAGAAG 
ATAAACGGAG AGAAGTCAAA CGGAGAGAAG TCAAACGGAG AGAAGTCAAA CGGAGAGAAG 
TCAAACGGAG AGAAGTCAAA CGGAGAGAAG TCAAACGGAG AGAAAACGAA CGGAGAGAAA 
ACGAACGGAG AGAAAGGAGA GCATTCGCCA CCACCAGTCA ACAAAGAAAA GGATTCCAGT 
TTGGTTGATA TTGAAGAAGC CATTCCAGAT GTTACGATGG ATCAAAAGAA TATTGACAAA 
TTGCTGGATA AAACAAGAGG GTTTGTAAAA TATTCGCGGA GCAAAGTGAA GTATCGCCCT 
CCCAAGCAGC GAATGAAAGA TTGGAATGAG ATTTACACCA ACAAAGGCAA ATCAGAGTTG 
AAGGTCCAAG CTGCCAGGTG CATGGAATGT GGTGTGCCTT TCTGTCAGTC TCATACAGGT 
TGTCCTTTGG GGAACATCAT TCCCAGATGG AACGATTTGG TATTTCAGGA AGAAGTGAAT 
GAATGGCATT GCTGTTTACT TCTCACAACA TATTTGCCTT TGGATTGTTT CTAGGGAGCT 
TGTGTGCTTG GGATAAACGC CGAACCAGTG ACAATCAAGA AAATCGAGTG CGCAATAATC 
GACCATGGCT TTGAACAAGG GTGGATCCAA GCACAGATTC CTGCCCGTCG TACCGGGAAG 
AAAATCGCCA TTATTGGCAG TGGTCCTTCA GGTCTCGCTG CGGCAGCACA GTTGAACAAG 
GCTGGTCATT GGGTCACCGT CTATGAGAGA AATGACAGAT GTGGTGGACT CTTGATGTAT 
GGAGTGCCAC CAATGAAACT CAGCAAGAAG GTAGATCAAG CTTCTCTTGA CATTGTGGGA 
AGAAATCATG GTTGTGTTTG TAGAAGCAGA AACGCAATGA TATCGGTGGC ATTTGCGTGG 
ACTTGTCCAA GCATCATAAA TTTCGCCCGG TATTTCACAG TCACACTTGA AATTTCAAAT 
GCTTCACGTT TGGTTCGCTC TTGTAAGATT AGCAATAGCT ATTTACGGGG TGTGGTGGGA 
AGTGCAAAAT GTAAAGGACG ACTCTGCATC TTGCTACTGT TCATTGTTAC CGTAGGAAAC 
TATAAACTGC CTTCCTTGGA TGCCACTGGC AAGGATGTTG TCGTTATCGG CGGCGGAGAT 
ACCGGCGTGG ATTGCATTGG AACGTCTCTC AGACAGAATG CCAAGAGCAT TACAAATTTC 
GAGGTCCTTG CTTCGCCCCC TAAAAGCAGA AGTGCTACCA ACCCATGGCC TTTGTGGCCA 
CGAGTATTCA GAGTAGAATA CGGACATGAA GAGGCTGCTG TGAAATACGG AGGCGACCCT 
CGGGTTTTCA GTGTTATGAG CAAGGAATTT ATTGGAGACG AACGAGGCCA CGTGAAGGGT 
ATCAGAACTG CTCAAATCAA CTGGGTGCAG GATGCTACAG GCAGATGGCA AATGGAAGAT 
ATTCCTGGAT CCGAAAAAGT CTTCAAAGCT GACCTGGTCA TTATAGCAGC AGGTTTCTTG 
GGCCCTGAAA AAACATTGGC CGAACAGTTC GGAATCAAGA AGGACCCGAG AAGTAATTTT 
GCTACTGAGA AAAACAAGTT TTTGACGAGC GTCCCCAAGG TCTACGCTGC CGGAGATTGT 
CATCGCGGCC AATCATTGAT CGTCACAGCC ATTTCTGAGG GACGACAAGC AGCGCGACAA 
ATCGACCTCG ACCTCATGGG CTCAACATCC CTGGCAGGAC CCGGAGGTCA AATACACAGT 
GTCACACCCT CCTCAGGGAA ATAG