LOC107346357 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107346357
Entrez Gene ID	107346357
Full Name	uncharacterized LOC107346357
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015912149.1	XP_015767635.1	uncharacterized protein LOC107346357

Pathways from BioSystems
Gene Ontology

The following LOC107346357 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107346357 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
OAc74339	XM_015912149.1 Latest version!	Acropora digitifera uncharacterized LOC107346357 (LOC107346357), 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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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)

LOC107346357 ( XM_015912149.1 ) cDNA ORF clone, Acropora digitifera -> XP_015767635.1 Acropora digitifera uncharacterized LOC107346357 (LOC107346357), mRNA.

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CloneID	OAc74339
Clone ID Related Accession (Same CDS sequence)	XM_015912149.1
Accession Version	XM_015912149.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5634bp) 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	uncharacterized protein LOC107346357
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441332.1) 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 :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGCAACAG GGAAGCAGAA CTTCCCTTCC TTTGCGTCCA TCGTTTCTGT TCTGTCAATA 
GTGTTTTATT GCGCTGGATT TCTAAGGGTT GAATTTGTTT TGCGCGAGTA CAAGGACAGA 
ATTGATTCTC TTGAGAGAGC TTCTGGAAAT CAGCCACGCA CAAGCGAACC CAGCTATGCA 
CCGACAACAA AGAATGTTTC TGACAGAGAG CTTGAGCTTT TCAGACTGAA AAGACGTCAT 
GTAGAGTCAT CTCATTCTTC CTGCATGTCT TGTAGCCCAG GTCCTCCCGG TCCACCTGGA 
CCGAAAGGAG AAAAAGGTTC GAGGGGAAAG AGAGGCCAAA GGGGAAGAAA CGGAAATAAA 
GGAGATCAAG GAATTATGGG ATCGCCTGGA AGGAGTGGTA AGCAAGGCAT CATGGGACCT 
CAAGGAATAA TCGGACAGAA AGGGCAAAAA GGAGACGTGG GACCGCTAGG CATACCTGGA 
GCTAAAGGAG AACCTGGTGA ATCGATTTCA GCTCCAGCAG TTGCTGTTTC CCCCACAAAG 
TTAACAGTGA ACGAAGGAAG TTCAGCCTCG TTTCAGTGTT CAGTCACCGG AAATCCTGAG 
CCTGCAGTAA CGTGGAGTAG AATAAACAGC CAGTCAGTTC TTAGCCAATC AGCGGTATTT 
GGAGGAATGT TTAGGTTGCG AAATGTAAAA GGAAGTGACG CGGGTATTTA TCGATGTTCA 
GCTACAAATA TCCTTGGAAA TGCTCAAGAA GACACCCAAC TGGTAATAAA TGTTCATCTA 
ACGGTTTCCA TACATCCGGG ACCTCTACAC GCCATTGAAG GTAGGGACGT CACTCTCCCA 
ACTTGTAACG TGACTGGTCA TCCCACCCCA GTAGTCACCT GGAGTAAGGC GTTCGGTCAG 
CTGCCGCAGG GGAGGGCGAA GAGTAACAAC AGTGTTTTAA CACTTCGCGA TGTTCGCAAA 
AGCGATTCTG CTGACTACGT CTGTACTGCG ACTAACATGT TGGGAAAAGC TGTTCAGAAG 
ACTCTCTTGG TTGTAATTTC CCTTCCTCAG TTTACTGTTG AGCCGCCTGC CAAGATCGTG 
GAGTCTATTG GGGCCAACAC TACTTTGAAC TGCAGTGCTG CTGGTGATCC TCAACCAGTC 
ATCAGCTGGA AAAGACAAGG CTCTCAACTG CCAGTTGGAC GAAGCCAGCA GATTGATGGC 
GCGTTAGTCA TCAGAGATGT TCAAAAAGAG GACGCAGGAA TTTACATTTG CGTTGCAACC 
AGCGCTGGCG TTTTTCATGT GGAGAGGGTA ACTTACGTAG AACTTCAAGA GCTCAAAGAC 
TGCTCAGATC TTTTGAAATC AGGTCAAACG CAGAGTGGAG TTTACTCTAT TGACCCAGAC 
GGTAAAGGAT CCTTTGATGT TTATTGTGAC ATGCGCACAG ACGGTGGAGG ATGGACCGTG 
TTTCAGAGAA GACAAGATGG CTCGGTAGAC TTCTATCGGG GATGGAACGA TTACAAATCA 
GGCTTTGGTC AGCTGACGGC TGAGTTCTGG TTAGGAAACG ACAAAATCCA CAGGTTGACT 
GCCTCTAGAG CCAGCTCTCT GCGAGTGGAG CTGGAGGATT GGAACGGAGT CAGAGTGTAT 
GCCAAATATG TTCGGTTTAA CATCGGTGAC GAGCAGGCGC AGTATCGACT TGAAGTGAGT 
TCATATTCAG GGACAGCAGG AGGAGATTCT TTAGCTCAAC ATAATAACAT GGCATTTAGC 
ACAAAGGATA GAGATCACGA CAGATATAGC AGGAGAAACT GTGCTGTGCG GTATACTGGT 
GCCTGGTGGT ACAATCAATG CCACCACTCT AATCTTAACG GTAAATACCT GGGAAATAAA 
CGAGACAACC GAGGAATCCG GTGGAACGGA TTCAGAGACA CTCTTTCATT GAAACTCATT 
GAAATGAAAC TGAGGCCATC ATCTTGTTCT GGCTGGGATA TCGCAACAGG ATACGTGGAG 
GTATTTAGTA ATTATTCTCT TCCTCAAAGA GTACTGTGTC GTAATATGGC TTCGAAGAAG 
CAGAATTTCC CTTCCTTCGC GTCCATCGTT TCTGTTCTTT CAATAGTGTT TTATTGCGCT 
GGATTTCTAA GGGTTGAATT TAAATTGCAC GAGTACAAGG ACAGAATTGA TTCTCTTGAG 
AGAGCTTCTG GAAATCAGCT ACGCACAAGC GAACCCAGCC ATGCACCGAC AACAAAGAAT 
GTTGCTGACA GAGAGCTTGA GCTTTTCAGA CTGAAAAGAC GTCATGTAGA GTCAACTCAT 
TCTTCCTGCA TGTCTTGTAG CCCAGGTCCT CCCGGTCCAC CTGGACCGAA AGGAGAAAAA 
GGTTCGAGGG GAAAGAGAGG TCAAAGGGGA AGAAACGGAA ATAAAGGAGA TCAAGGAATT 
ATGGGATCAC CTGGAAGAAG TGGTAAACAG GGCATCATGG GACCTAGAGG AATAATTGGA 
CAAAAAGGAG ACGTGGGACC GCAAGGCATG CCTGGAGCTA AAGGGGAACC TGGTGAATCG 
ATTTCGGCTC CAACGGTTGC TGTTTCCCCC GCAAAGTTGA CAGTAAACGA AGGAAGTTCA 
GCCTCGTTTC AATGTTCAGT CACCGGAAAT CCTGAGCCTG CCGTAACGTG GAGTAGAGTA 
AACAGTCAGT CAGTTCTTAG CCAGTCAGCG GTATCTGGAG GAATGTTTAG GTTGCGAAAT 
GTAAAAGGAA GTGACGCGGG TATTTATCGA TGTTCAGCGA CAAACATCCT CGGAAATGCT 
AAAAAAGACA CCCAACTGGT AGTAAATGTC CGTCCGAAGG TTTCCATTCA TCCGGGACCT 
CTTCACGCCA TTGAAGGAAG TAACGTCACT CTTCCAACTT GCAACGTAAC TGGTCATCCC 
TCACCGGTAG TCACCTGGAG TAAGTCGTTT GGTCAGTTAC CTCAGGGAAG GGTAGAGAGT 
AACAACAGTT TCTTCTCACT TCGTGATGTC CATAAAAGTG ATTCTGCTGA CTACTTTTGT 
GAGGCTACAA ACAAGTTGGG GAAAGACGTT CAGAAGACTC TCTTAGTTGT GGTTTCCCTC 
CCTCGGTTTA CTGTTAAGCC GCCTCCCAAG ATTAAGGGAC GTATTAAGGC CAACCTGACT 
TTGAACTGCA GCGCTACTGG TGATCCTCAG CCAGTCATCA GCTGGAAAAG ACAAGGCTCT 
CAACTGCCAG TTGGACGAAG CCAGCAGATT AATGGCGCCT TAGTCATTAC GGATGTTCAA 
GAAGAGGATG CGGGAAATTA TATTTGCGTT GCAACCAGCG CTGCAGTGTT TGAAAGAGAA 
ACTGGTGTGA TGGTCGAGGT TCCGCCGCCT CAAGATTGCT TGGATCTGTT GAGAACGGGT 
CAAACTCAGA GTGGAGTTTA CTCATTTGAC CCAGACGGTA AAGGGCCCTT TGATGTTTAT 
TGTGACATGC GCACTGATGG TGGAGGATGG ACCGTGTTTC AAAGAAGACA AAATGGCTCG 
GTAGATTTCT ATCGGGGATG GAACGATTAC AAATCAGGCT TTGGTCAGCT GACGGCTGAG 
TTCTGGTTAG GAAACGAGAA GATCCACAGG TTGATTGCCT CTAGAGCCAG CTCTCTACGA 
GTGGAGCTCG AGGATTGGAA CGGAGTCAGA GTGTTTGCCA AATATGGTCA GTTTTACATC 
GGTGACGAGA AGGATAGGTA TCGACTTAAA GTGAGTTCAT ATTCAGGGAC AGCAGGAGAT 
TCGTTAGCTT ATCATAGTAA CTGGTGGTTT ACCACAAAAG ACAGAGATAA TACAAATTGG 
GGTAGTTACT GTGCCAAGAC GAATAGTGGT GGCTGGTGGT ACGATGAATG CCAATACTCC 
AATCTAAACG GAAAATACCT GGGAAATAAA CAAGATTACC AAGGAATCCA GTGGGACGGA 
TTCAGAGGCA CTCGTTCATT GAAATTCAGT GAAATGAAAC TGAGGCCATC ATCTTCCTTG 
GAGGGTTCAC TATACTGCAT AGGTGCTTTA CTAGGTTTTG GTCACAGGGG GTTTCTGGTT 
TTTGAGCTCG TGGATTTCGT GGCTTCACGA GAGCTTGAGC TTTTGAGAGT GAAAAGACGT 
CATGTAGAGT CATCTCATTC TTCCTGCATG TCTTGTAGCC CGGGTCCTCC CGGTCCACCT 
GGACCGAAAG GAGAAAAAGG TTCGAGGGGA AAGAGAGGCC AAAGGGGAAG AAACGGAAAT 
AAAGGAGATC AAGGAATTAT GGGATCACCT GGAAGGAGTG GAAAGCAAGG CATCATGGGA 
CCTCAAGGAA TAATCGGACA GAAAGGGCAA AAAGGAGACG TGGGACCGCT AGGCATGCAT 
GGAGCTAAAG GGGAACCTGG TGAATCGATT TCAGCTCCAG CAGTTGCTGT TTCCCCCACA 
AAGTTAACAG TGAACGAGGG AAGATCAGCC TCGTTTCAGT GTTCAGTCAC CGGAAATCCT 
CAGCCTGCAG TAACGTGGAG TAGAATAAAC AGCCAGTCAG TTCTTAGCCA ATCAGCGGTA 
TCTGGAGGAA TGTTTAGGTT GCGAAATGTA AAAGGAAGTG ACGCGGGTAT TTATCGATGT 
TCAGCTACAA ATATCCTCGG AAATGCTCAA GAAGACACCC AACTGGTAAT AAATGTGCAA 
CCATCGGTTT CCATACATCC GGGACCTCTA CACGCCATTG AAGGTAGCGA CGTCACTCTC 
CCAACTTGTA GTGTGACTGG TCACCCCACA CCAGTAGTCA CCTGGAGTAA GTCGTTCGGT 
CGGCTGCCTC ACGGGAGGGC GAAGAGTAAC AACAGTGTTT TAACACTTCG CGATGTTCGC 
AAAAGTGATT CTGCTGACTA CGTCTGTACT GCGACTAACA TGTTGGGAAA AGTTGTTAAG 
AAGACTCTTT TGGTTGTGGT TTCCCTTCCT CAGTTTACTG TTGAGCCGCC TGCCAAGATC 
GACGCAGGAA ATTACATTTG CGTTGCAACC AGCGCTGGCG TTTTTCATGT GGAGAGGGTA 
ACTTACGTAG AAATTCAAGA GCCTAAAGAC TGCTCAGATC TTTTGAAATC AGGTCAAACT 
CACAGTGGAG TTTACTCTAT TGACCCAGAC GGTAAAGGAT CCTTTGATAT TTATTGTGAC 
ATGCGCACTG ACGGTGGAGG ATGGACCGTG TTTCAGAGAA GACAAAATGG CTCGGTAGAC 
TTCTATCGCG GATGGAACGA TTACAAATCA GGCTTTGATC AGCTGACGGC TGAGTTCTGG 
TTAGGAAACG ACAAGATCCA CAGGTTGACT GCCTCTAGAG CCAGCTCTCT TCGAGTGGAG 
CTGGAGGATT GGAACGGAGT CAGAGGGTAT GCCAAATATG GTGGGTTTAA CATCGGTGAC 
GAGCAGGCAA AGTATCGACT TGAAGTGAGT TCATATTCAG GGACAGCAGG AGGAGATTCT 
TTAGCTTATC ATAATAACAT GGCATTTAGC ACAAAAGATA GAGATTATGA CAATTACGGT 
GGAAACTGTG CTGTGTCGTT TACTGGTGCC TGGTGGTACA ATGCGTGCCA CAACGCTAAT 
CTTAACGGTA AATACCTGGG AAATAAACGA GACAACCGAG GAATCCGGTG GAGTGCATTC 
AGAGGCTCTC TTTCATTGAA ATTTATTGAA ATGAAACTGA GGTCATCATC TTAG

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

RefSeq	XP_015767635.1
CDS	923..6556
Translation	MATGKQNFPSFASIVSVLSIVFYCAGFLRVEFVLREYKDRIDSLERASGNQPRTSEPSYAPTTKNVSDRELELFRLKRRHVESSHSSCMSCSPGPPGPPGPKGEKGSRGKRGQRGRNGNKGDQGIMGSPGRSGKQGIMGPQGIIGQKGQKGDVGPLGIPGAKGEPGESISAPAVAVSPTKLTVNEGSSASFQCSVTGNPEPAVTWSRINSQSVLSQSAVFGGMFRLRNVKGSDAGIYRCSATNILGNAQEDTQLVINVHLTVSIHPGPLHAIEGRDVTLPTCNVTGHPTPVVTWSKAFGQLPQGRAKSNNSVLTLRDVRKSDSADYVCTATNMLGKAVQKTLLVVISLPQFTVEPPAKIVESIGANTTLNCSAAGDPQPVISWKRQGSQLPVGRSQQIDGALVIRDVQKEDAGIYICVATSAGVFHVERVTYVELQELKDCSDLLKSGQTQSGVYSIDPDGKGSFDVYCDMRTDGGGWTVFQRRQDGSVDFYRGWNDYKSGFGQLTAEFWLGNDKIHRLTASRASSLRVELEDWNGVRVYAKYVRFNIGDEQAQYRLEVSSYSGTAGGDSLAQHNNMAFSTKDRDHDRYSRRNCAVRYTGAWWYNQCHHSNLNGKYLGNKRDNRGIRWNGFRDTLSLKLIEMKLRPSSCSGWDIATGYVEVFSNYSLPQRVLCRNMASKKQNFPSFASIVSVLSIVFYCAGFLRVEFKLHEYKDRIDSLERASGNQLRTSEPSHAPTTKNVADRELELFRLKRRHVESTHSSCMSCSPGPPGPPGPKGEKGSRGKRGQRGRNGNKGDQGIMGSPGRSGKQGIMGPRGIIGQKGDVGPQGMPGAKGEPGESISAPTVAVSPAKLTVNEGSSASFQCSVTGNPEPAVTWSRVNSQSVLSQSAVSGGMFRLRNVKGSDAGIYRCSATNILGNAKKDTQLVVNVRPKVSIHPGPLHAIEGSNVTLPTCNVTGHPSPVVTWSKSFGQLPQGRVESNNSFFSLRDVHKSDSADYFCEATNKLGKDVQKTLLVVVSLPRFTVKPPPKIKGRIKANLTLNCSATGDPQPVISWKRQGSQLPVGRSQQINGALVITDVQEEDAGNYICVATSAAVFERETGVMVEVPPPQDCLDLLRTGQTQSGVYSFDPDGKGPFDVYCDMRTDGGGWTVFQRRQNGSVDFYRGWNDYKSGFGQLTAEFWLGNEKIHRLIASRASSLRVELEDWNGVRVFAKYGQFYIGDEKDRYRLKVSSYSGTAGDSLAYHSNWWFTTKDRDNTNWGSYCAKTNSGGWWYDECQYSNLNGKYLGNKQDYQGIQWDGFRGTRSLKFSEMKLRPSSSLEGSLYCIGALLGFGHRGFLVFELVDFVASRELELLRVKRRHVESSHSSCMSCSPGPPGPPGPKGEKGSRGKRGQRGRNGNKGDQGIMGSPGRSGKQGIMGPQGIIGQKGQKGDVGPLGMHGAKGEPGESISAPAVAVSPTKLTVNEGRSASFQCSVTGNPQPAVTWSRINSQSVLSQSAVSGGMFRLRNVKGSDAGIYRCSATNILGNAQEDTQLVINVQPSVSIHPGPLHAIEGSDVTLPTCSVTGHPTPVVTWSKSFGRLPHGRAKSNNSVLTLRDVRKSDSADYVCTATNMLGKVVKKTLLVVVSLPQFTVEPPAKIDAGNYICVATSAGVFHVERVTYVEIQEPKDCSDLLKSGQTHSGVYSIDPDGKGSFDIYCDMRTDGGGWTVFQRRQNGSVDFYRGWNDYKSGFDQLTAEFWLGNDKIHRLTASRASSLRVELEDWNGVRGYAKYGGFNIGDEQAKYRLEVSSYSGTAGGDSLAYHNNMAFSTKDRDYDNYGGNCAVSFTGAWWYNACHNANLNGKYLGNKRDNRGIRWSAFRGSLSLKFIEMKLRSSS

Target ORF information:

RefSeq Version	XM_015912149.1
Organism	Acropora digitifera
Definition	Acropora digitifera uncharacterized LOC107346357 (LOC107346357), mRNA.

Target ORF information:

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

XM_015912149.1

ORF Insert Sequence:

ATGGCAACAG GGAAGCAGAA CTTCCCTTCC TTTGCGTCCA TCGTTTCTGT TCTGTCAATA 
GTGTTTTATT GCGCTGGATT TCTAAGGGTT GAATTTGTTT TGCGCGAGTA CAAGGACAGA 
ATTGATTCTC TTGAGAGAGC TTCTGGAAAT CAGCCACGCA CAAGCGAACC CAGCTATGCA 
CCGACAACAA AGAATGTTTC TGACAGAGAG CTTGAGCTTT TCAGACTGAA AAGACGTCAT 
GTAGAGTCAT CTCATTCTTC CTGCATGTCT TGTAGCCCAG GTCCTCCCGG TCCACCTGGA 
CCGAAAGGAG AAAAAGGTTC GAGGGGAAAG AGAGGCCAAA GGGGAAGAAA CGGAAATAAA 
GGAGATCAAG GAATTATGGG ATCGCCTGGA AGGAGTGGTA AGCAAGGCAT CATGGGACCT 
CAAGGAATAA TCGGACAGAA AGGGCAAAAA GGAGACGTGG GACCGCTAGG CATACCTGGA 
GCTAAAGGAG AACCTGGTGA ATCGATTTCA GCTCCAGCAG TTGCTGTTTC CCCCACAAAG 
TTAACAGTGA ACGAAGGAAG TTCAGCCTCG TTTCAGTGTT CAGTCACCGG AAATCCTGAG 
CCTGCAGTAA CGTGGAGTAG AATAAACAGC CAGTCAGTTC TTAGCCAATC AGCGGTATTT 
GGAGGAATGT TTAGGTTGCG AAATGTAAAA GGAAGTGACG CGGGTATTTA TCGATGTTCA 
GCTACAAATA TCCTTGGAAA TGCTCAAGAA GACACCCAAC TGGTAATAAA TGTTCATCTA 
ACGGTTTCCA TACATCCGGG ACCTCTACAC GCCATTGAAG GTAGGGACGT CACTCTCCCA 
ACTTGTAACG TGACTGGTCA TCCCACCCCA GTAGTCACCT GGAGTAAGGC GTTCGGTCAG 
CTGCCGCAGG GGAGGGCGAA GAGTAACAAC AGTGTTTTAA CACTTCGCGA TGTTCGCAAA 
AGCGATTCTG CTGACTACGT CTGTACTGCG ACTAACATGT TGGGAAAAGC TGTTCAGAAG 
ACTCTCTTGG TTGTAATTTC CCTTCCTCAG TTTACTGTTG AGCCGCCTGC CAAGATCGTG 
GAGTCTATTG GGGCCAACAC TACTTTGAAC TGCAGTGCTG CTGGTGATCC TCAACCAGTC 
ATCAGCTGGA AAAGACAAGG CTCTCAACTG CCAGTTGGAC GAAGCCAGCA GATTGATGGC 
GCGTTAGTCA TCAGAGATGT TCAAAAAGAG GACGCAGGAA TTTACATTTG CGTTGCAACC 
AGCGCTGGCG TTTTTCATGT GGAGAGGGTA ACTTACGTAG AACTTCAAGA GCTCAAAGAC 
TGCTCAGATC TTTTGAAATC AGGTCAAACG CAGAGTGGAG TTTACTCTAT TGACCCAGAC 
GGTAAAGGAT CCTTTGATGT TTATTGTGAC ATGCGCACAG ACGGTGGAGG ATGGACCGTG 
TTTCAGAGAA GACAAGATGG CTCGGTAGAC TTCTATCGGG GATGGAACGA TTACAAATCA 
GGCTTTGGTC AGCTGACGGC TGAGTTCTGG TTAGGAAACG ACAAAATCCA CAGGTTGACT 
GCCTCTAGAG CCAGCTCTCT GCGAGTGGAG CTGGAGGATT GGAACGGAGT CAGAGTGTAT 
GCCAAATATG TTCGGTTTAA CATCGGTGAC GAGCAGGCGC AGTATCGACT TGAAGTGAGT 
TCATATTCAG GGACAGCAGG AGGAGATTCT TTAGCTCAAC ATAATAACAT GGCATTTAGC 
ACAAAGGATA GAGATCACGA CAGATATAGC AGGAGAAACT GTGCTGTGCG GTATACTGGT 
GCCTGGTGGT ACAATCAATG CCACCACTCT AATCTTAACG GTAAATACCT GGGAAATAAA 
CGAGACAACC GAGGAATCCG GTGGAACGGA TTCAGAGACA CTCTTTCATT GAAACTCATT 
GAAATGAAAC TGAGGCCATC ATCTTGTTCT GGCTGGGATA TCGCAACAGG ATACGTGGAG 
GTATTTAGTA ATTATTCTCT TCCTCAAAGA GTACTGTGTC GTAATATGGC TTCGAAGAAG 
CAGAATTTCC CTTCCTTCGC GTCCATCGTT TCTGTTCTTT CAATAGTGTT TTATTGCGCT 
GGATTTCTAA GGGTTGAATT TAAATTGCAC GAGTACAAGG ACAGAATTGA TTCTCTTGAG 
AGAGCTTCTG GAAATCAGCT ACGCACAAGC GAACCCAGCC ATGCACCGAC AACAAAGAAT 
GTTGCTGACA GAGAGCTTGA GCTTTTCAGA CTGAAAAGAC GTCATGTAGA GTCAACTCAT 
TCTTCCTGCA TGTCTTGTAG CCCAGGTCCT CCCGGTCCAC CTGGACCGAA AGGAGAAAAA 
GGTTCGAGGG GAAAGAGAGG TCAAAGGGGA AGAAACGGAA ATAAAGGAGA TCAAGGAATT 
ATGGGATCAC CTGGAAGAAG TGGTAAACAG GGCATCATGG GACCTAGAGG AATAATTGGA 
CAAAAAGGAG ACGTGGGACC GCAAGGCATG CCTGGAGCTA AAGGGGAACC TGGTGAATCG 
ATTTCGGCTC CAACGGTTGC TGTTTCCCCC GCAAAGTTGA CAGTAAACGA AGGAAGTTCA 
GCCTCGTTTC AATGTTCAGT CACCGGAAAT CCTGAGCCTG CCGTAACGTG GAGTAGAGTA 
AACAGTCAGT CAGTTCTTAG CCAGTCAGCG GTATCTGGAG GAATGTTTAG GTTGCGAAAT 
GTAAAAGGAA GTGACGCGGG TATTTATCGA TGTTCAGCGA CAAACATCCT CGGAAATGCT 
AAAAAAGACA CCCAACTGGT AGTAAATGTC CGTCCGAAGG TTTCCATTCA TCCGGGACCT 
CTTCACGCCA TTGAAGGAAG TAACGTCACT CTTCCAACTT GCAACGTAAC TGGTCATCCC 
TCACCGGTAG TCACCTGGAG TAAGTCGTTT GGTCAGTTAC CTCAGGGAAG GGTAGAGAGT 
AACAACAGTT TCTTCTCACT TCGTGATGTC CATAAAAGTG ATTCTGCTGA CTACTTTTGT 
GAGGCTACAA ACAAGTTGGG GAAAGACGTT CAGAAGACTC TCTTAGTTGT GGTTTCCCTC 
CCTCGGTTTA CTGTTAAGCC GCCTCCCAAG ATTAAGGGAC GTATTAAGGC CAACCTGACT 
TTGAACTGCA GCGCTACTGG TGATCCTCAG CCAGTCATCA GCTGGAAAAG ACAAGGCTCT 
CAACTGCCAG TTGGACGAAG CCAGCAGATT AATGGCGCCT TAGTCATTAC GGATGTTCAA 
GAAGAGGATG CGGGAAATTA TATTTGCGTT GCAACCAGCG CTGCAGTGTT TGAAAGAGAA 
ACTGGTGTGA TGGTCGAGGT TCCGCCGCCT CAAGATTGCT TGGATCTGTT GAGAACGGGT 
CAAACTCAGA GTGGAGTTTA CTCATTTGAC CCAGACGGTA AAGGGCCCTT TGATGTTTAT 
TGTGACATGC GCACTGATGG TGGAGGATGG ACCGTGTTTC AAAGAAGACA AAATGGCTCG 
GTAGATTTCT ATCGGGGATG GAACGATTAC AAATCAGGCT TTGGTCAGCT GACGGCTGAG 
TTCTGGTTAG GAAACGAGAA GATCCACAGG TTGATTGCCT CTAGAGCCAG CTCTCTACGA 
GTGGAGCTCG AGGATTGGAA CGGAGTCAGA GTGTTTGCCA AATATGGTCA GTTTTACATC 
GGTGACGAGA AGGATAGGTA TCGACTTAAA GTGAGTTCAT ATTCAGGGAC AGCAGGAGAT 
TCGTTAGCTT ATCATAGTAA CTGGTGGTTT ACCACAAAAG ACAGAGATAA TACAAATTGG 
GGTAGTTACT GTGCCAAGAC GAATAGTGGT GGCTGGTGGT ACGATGAATG CCAATACTCC 
AATCTAAACG GAAAATACCT GGGAAATAAA CAAGATTACC AAGGAATCCA GTGGGACGGA 
TTCAGAGGCA CTCGTTCATT GAAATTCAGT GAAATGAAAC TGAGGCCATC ATCTTCCTTG 
GAGGGTTCAC TATACTGCAT AGGTGCTTTA CTAGGTTTTG GTCACAGGGG GTTTCTGGTT 
TTTGAGCTCG TGGATTTCGT GGCTTCACGA GAGCTTGAGC TTTTGAGAGT GAAAAGACGT 
CATGTAGAGT CATCTCATTC TTCCTGCATG TCTTGTAGCC CGGGTCCTCC CGGTCCACCT 
GGACCGAAAG GAGAAAAAGG TTCGAGGGGA AAGAGAGGCC AAAGGGGAAG AAACGGAAAT 
AAAGGAGATC AAGGAATTAT GGGATCACCT GGAAGGAGTG GAAAGCAAGG CATCATGGGA 
CCTCAAGGAA TAATCGGACA GAAAGGGCAA AAAGGAGACG TGGGACCGCT AGGCATGCAT 
GGAGCTAAAG GGGAACCTGG TGAATCGATT TCAGCTCCAG CAGTTGCTGT TTCCCCCACA 
AAGTTAACAG TGAACGAGGG AAGATCAGCC TCGTTTCAGT GTTCAGTCAC CGGAAATCCT 
CAGCCTGCAG TAACGTGGAG TAGAATAAAC AGCCAGTCAG TTCTTAGCCA ATCAGCGGTA 
TCTGGAGGAA TGTTTAGGTT GCGAAATGTA AAAGGAAGTG ACGCGGGTAT TTATCGATGT 
TCAGCTACAA ATATCCTCGG AAATGCTCAA GAAGACACCC AACTGGTAAT AAATGTGCAA 
CCATCGGTTT CCATACATCC GGGACCTCTA CACGCCATTG AAGGTAGCGA CGTCACTCTC 
CCAACTTGTA GTGTGACTGG TCACCCCACA CCAGTAGTCA CCTGGAGTAA GTCGTTCGGT 
CGGCTGCCTC ACGGGAGGGC GAAGAGTAAC AACAGTGTTT TAACACTTCG CGATGTTCGC 
AAAAGTGATT CTGCTGACTA CGTCTGTACT GCGACTAACA TGTTGGGAAA AGTTGTTAAG 
AAGACTCTTT TGGTTGTGGT TTCCCTTCCT CAGTTTACTG TTGAGCCGCC TGCCAAGATC 
GACGCAGGAA ATTACATTTG CGTTGCAACC AGCGCTGGCG TTTTTCATGT GGAGAGGGTA 
ACTTACGTAG AAATTCAAGA GCCTAAAGAC TGCTCAGATC TTTTGAAATC AGGTCAAACT 
CACAGTGGAG TTTACTCTAT TGACCCAGAC GGTAAAGGAT CCTTTGATAT TTATTGTGAC 
ATGCGCACTG ACGGTGGAGG ATGGACCGTG TTTCAGAGAA GACAAAATGG CTCGGTAGAC 
TTCTATCGCG GATGGAACGA TTACAAATCA GGCTTTGATC AGCTGACGGC TGAGTTCTGG 
TTAGGAAACG ACAAGATCCA CAGGTTGACT GCCTCTAGAG CCAGCTCTCT TCGAGTGGAG 
CTGGAGGATT GGAACGGAGT CAGAGGGTAT GCCAAATATG GTGGGTTTAA CATCGGTGAC 
GAGCAGGCAA AGTATCGACT TGAAGTGAGT TCATATTCAG GGACAGCAGG AGGAGATTCT 
TTAGCTTATC ATAATAACAT GGCATTTAGC ACAAAAGATA GAGATTATGA CAATTACGGT 
GGAAACTGTG CTGTGTCGTT TACTGGTGCC TGGTGGTACA ATGCGTGCCA CAACGCTAAT 
CTTAACGGTA AATACCTGGG AAATAAACGA GACAACCGAG GAATCCGGTG GAGTGCATTC 
AGAGGCTCTC TTTCATTGAA ATTTATTGAA ATGAAACTGA GGTCATCATC TTAG