LOC107354646 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107354646
Entrez Gene ID	107354646
Full Name	uncharacterized LOC107354646
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015921129.1	XP_015776615.1	uncharacterized protein LOC107354646

Pathways from BioSystems
Gene Ontology

The following LOC107354646 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107354646 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
OAc81470	XM_015921129.1 Latest version!	Acropora digitifera uncharacterized LOC107354646 (LOC107354646), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC107354646 ( XM_015921129.1 ) cDNA ORF clone, Acropora digitifera -> XP_015776615.1 Acropora digitifera uncharacterized LOC107354646 (LOC107354646), mRNA.

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CloneID	OAc81470
Clone ID Related Accession (Same CDS sequence)	XM_015921129.1
Accession Version	XM_015921129.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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 LOC107354646
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441636.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST 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##

ATGGTGCTCA CGCCTGTTGA GGATGACGGG AATGGACGTC CGTTAATTAG ATTTCCAAGA 
AAGAAAGCAG TCGTGAAGTC CAACAAAGTC ATTGTGAAAA CCATAGCTGT AGAAGTCACA 
AGACGAAATG ACAAAGACTA TGAATGGAGT GATTTTAAAG TGGACGTTAG AAGCGACTCA 
CAGAACAGTA TGTGCCCTTT GTATCGGGAT CACGACCCAG GGAACTTCAT GACAGTCCAC 
TTCAGCCACG CCGCGCCCTA TGAAGCAGTG CTTAAGTTGC TAAAGAACGG CATCACATTG 
AAATACGAAC ATTCTCCTCA AGAATGTTAT GTGTTCTTTG GTCACAGTGC CAGTCAGCTC 
AGAGAAAGAA CTTGTGTATT GTACAATGGG AAGCAAGGGA GAGTAGAAGA GATCTTAAAA 
CGTTACGGAG AGTTTGAGAG GATCCCAGAT ATCGCAAAGA GAGCTGCAAG AATAGGTTTA 
CTATTTTCAA CTGCCAAGGC AACTTGTGAA ATTCCTGATG AAAAAATTGG TGTCGTGGAA 
GACATTGAGA GAGACAAATA CAACTTTACG GATGGATGTG GCTTTATATC AACAGAGTGC 
GCCAAACGGG TCACGGAAAA CTTGAACATT GAAACATTGT ACGAAGGTAT AAAGTCACCG 
GAGTTTCCAT CCGTGTTTCA AATTCGGCTC AAAGGCTGCA AAGGAATCCT GTGCCATGAT 
CCGAGGTTGA AAGAAGGCCT GCAAATCCGA CCATCAATGG AAAAGTTTAA GTGGAGTCGT 
AAGGGTCCAC ATCCCTTCGG AATTGTCGAT AAGGGATTTT CAAGACCAAA CGAATTTGGA 
TCCTTGAACA AACAGTACAT AATGCTTCTG TCAGCGCTTG GTGTTCCCGA TGAGGCTTTC 
CTCCAAAAAC AAGAGGACTA CTTCAAGGAA CTTCAAGACA TCACAACAAA TCATGAAATT 
GCCGTAAAGT ACTTGTGCGT TGCTGAGGAG TTCGAGTTGG CAGAAAAGTT GTTGAAGACC 
AGACAGTTAG ATCAGAAAAT GAAACGGTCG CTTGAACAAT TTCGAAACCG AGTTCGAGAG 
CCCCAGCAAT CCAAACCAAA TCCTTTGCAA AAAGTGAAAA AGTCTGCTGC TCAAAAGTTG 
AAGATTCCCA TCGAAAAATC AAGAAATGTT TATGGTGTGT GTGATCCCTC TGGAACATTA 
AAACCCAAGA CTGTCTTCTT TCAGCCAACA ATTCGAGGTC AAACGATTAT TTTGAATGAC 
ATGCAGGTTG TAGTTGCCAA GAATCCCTGT TATCATCCAG GAGACATGAG GATTTTACGT 
TGCATGGACG TTCCAGAATG CCATCATCTG GTCGACTGCG TTGTTTTTCC AACTGAAGGA 
AGAAGGCCTC ATCCTGATGA GATCGCTGGA AGTGATCTCG ACGGTGACAA GTTCTTTGTT 
TGCTGGGATG ACGATCTTGT CCCCAAAAAA GAAGAAAACC CGTGCCAGTA TCCAGCAGCC 
AAGCCCAAGA AAAGACTGGC TAATCCTACA AGAGAGGATT TCCTCAAATA CTTTGCAAGG 
TATAGCAATT CAACAGTGAG TAGGCTCAAT ACTTTGTTTG ACAGATGGGC TGATGCTGAG 
GGAATCAATT CAACCCAATG CAAGATGGTC GCGGCTCTTT TTTCCCGCGC CATTGACGCT 
GCCAAGACAG GAGAACGAGT CGTTATCCCT CCAAACATTT TGGAGGCACC TGTTAACGAT 
GACAACAGTG ACAAGTTCGT TTGGCAGAAA CTCTTCCAAA GAGCCAAGAT ATTTGAGAAA 
GACTTAGCCA TACAGAATGC TTTGCGTGGA AACGTCGAAG CGTTTGATGA AGAGGACATT 
CTTGCACTCA TACAAAACCA AGAATCTCGT CTCAGTGAAT ACCGACTTTT TCGGCTTGTC 
TACAAATGGT GCCAATTCAA CAAGGAAAGA GATATTACTC GTTACATTTC GTACATCGAC 
TTCACGAAGT TCAGTGAGAA CCAACTCAGA CGTTTACCGG CTGACATCCC AAACATTGAC 
CTAGAGCCTT TTCTTCGCCC TTTTCATCAA TCACTAATTC TCTTAAAAGA TGACATCGAC 
GCTTTCAAAC TTGATCGAGG CCATGAGAGG TGCTGGAGAC TTGTTTATAG AACATATGGT 
GAAGAAATGT CATGGAACGT TCTCTACAAT GTCTTGACCT CTCCTTTGGA AAAGTTGCTT 
GTGTTTCGCT TTCGGCTTGG AGGAATACAG TGGACCATTT CATTGGCTAT GTCAGTTCCT 
TTAAGCTCAG CTGAGGTTTT GACTTTGGAA AACGAAGATC TGCACCGTGC TCAAGCGTAT 
GTTTCAGTGG ATGTTCATTC GGGAGAGAGG CATGTCTTAG ATCTGAAGGG AGGTTACAGC 
TTCGCTTTGG AAGGACGAAG GCTAGATATC TTCACAGGAA AAAAGCAGAA TACTTTCATC 
TGTTTGAAGG AAGATGAAAA CCATCACGTG CCTATCATGA GTGTCGCGCT TGATCGATTC 
AGGTCGACAC TACCCCGCGA CTATCAAACT AGACTTAGAC GAGAACAGTT CCTGCAGATG 
GAGGTTTTCT GTGGTTATGA ACGCTCGGAT CCTGGGCAAA ACATTCGAAA AATGGAACCG 
GGTAAGTCCC CGTGGAGCTC AGATACCGAT ACGAATGCTT CCAAGAAGAC TGTCAGTGCA 
ATGGATAATG GAGAACAACC TGCGTTTATC AGCCGTGATG GTGACTTTCC AAGTCTTCAC 
TGTGGCCCTG AGGCCCTCGT CAGTGATTTC GAGAGTTATC TACTCACAGT GCATGAACGT 
CTAGAGAAGG GTCAGCTACA AAACAGTCAT ATGGAGGAAA TGCATGACCG AATGATTTCC 
TTAACCGACG ATCAGGAGAA GCATCAAATA GCGTGCCATT TAGAGTCACT TCTCTGGAGG 
TCCAGCGTTT CCTTAAAGAC GACCGAACAG TACACGAATC TACTGATTTG CTTGTTAAGC 
GGGCTCCAAG AATTCAATCT GGACTTTGTC CTTGGTGAAA ATAGATTCAT CACACTTGTA 
GCCCGTGTGA AACGATACCT GGACTCTTTG TGGAAAAGAA CCGTCTGGTT CACTGTGGAT 
CAGTTGTACC AGATTGTAGA TGCTTTGCTC CTTGGAAATG ACTTCGTCAC TGGATGTCGC 
ATAGTTGATG TCGTTCGCCA AGGATACATA CCACTGGAAG GTTTTACGTC TCACTCAAAT 
GTCCTGCCAT ACTTTCTTCA CTGGATCTCA TTAATAACTC TCGAGTCCCT TAAGGAGGTG 
GAACAAGCCG TCCTTCCGAG TCACAACAAC CAGTCACGCG AGCGCATTAA AGCCCAGGCT 
TTGGCCTGCC CAGAAGAATT GACCTTCACA ATGGTACTGA CAGCTGGAAG CCAAATATTT 
CGCCCAGCAG ACGGTGTCGC ATTGAGTCGG TCGAGTATCT CTAGGCGTAA ATACGTCGCT 
GAGGTAACAG CTATCGATGG AGTAATCCTT ACTGTTACTA TAGTGTGGCC CGCCGGTGCA 
GCAGATGACA ATTCAAGGGA GGACATCGTG AATGGGACAT GGTGTCTTCA CAAGTTTCCG 
AGTTTTGTTG GACACCGACG GATTGCTGCT GCATTGAAGG CGCTACTGGA TACGACATCC 
TGCGGTCGAA ACTTGTTTGA AGCGGTTGTT GGAAGCTTTT ATATCAGTGA GTTATCCAAC 
GAAGAAGCAC AGCAAGAGAA CGACGCTGAT GCTGACGGAA ATCAGTATGC TTCACATTTA 
GCGAGTGCAT TTAAGTCAGA TGAAGACAAA TCCCTGCAGT CGAGCACTTC ATTTGAGCCT 
TGGCAGTCTG GAAACGAGAG CCAAAATGCT GCCGTTCGCG ATGCAACTTG CAGCGAGTCT 
GCTGCCACCA CTCTCATACA GGGCCCGCCT GGCTCCGGAA AGACTGTCAC TTGCGCAGAG 
ATAGTACGCC GCTGGCTACT AGACAGCGAG GATCCAGTTC TTCTGGTGGC GGAGACAAAC 
GAAGGAGTGG ACAATCTCCT GAAGAAGCTT TTAGAGCACG GCGTCAAACA AGAGAAGATG 
GTGCGTTTTG GAAGCTCTGG GTGGAAAGTA GCCAAAGAGC TGGAACCTCT AACGTTCGAA 
GCCAAGTACC GCCAACTTGT TGCGGACAAA AAGGACCGCA ACAGAATCGA TAGAAAGTTG 
GCCAAAAGGA TTCTGGAGAG TTCCAAAGTT TTATGTACCA CTTGCATCAG TGCTGGGTCG 
GCGCTGCTTG ATGGATTCGA GTTCAGACGA GTCTTGGTTG ATGAAGCCTC ACAAGCTACT 
GAGCCAACGA TCCTTGTGTC TCTGACACGT GGGTGCCAAA AGCTTGTGCT AGTGGGTGAT 
GACCAGCAAT TGCCTCCCAT GGTGCTGTGC GAGCTTGCAA GGGGTCCAAA TCTTCTCTCA 
ACATCTATGT TCTCTCGTTT ACGGCAAGTG GGATTTCCAG TACGAATGCT TGATATCCAG 
TACAGAATGC ATCCATCCAT TGCCTCGTTT CCTTCACGCC AATTTTACGA CGGGAAACTC 
CAGAGCGGTG TGTCTGGAGA CGATAGAAAA GCACCTGACG GTTTCAACTG GCCAAATAAG 
AGCGTTCCTG TGGTTTTCCT GACCACGCCC AATTCAGCGG AGGAGATGAC AAAGGCATCG 
TCAAAGCAGA ATGCTTTTGA GGCCAAACAA GTTTCTGAAA TCGTTCTCGA CTTGCTGAAA 
GCAAAAGACG TAACTGAGGA CCAAATCGGA ATAATAACGC CCTACCGAGC CCAGCTCAAA 
CTTATCTCGG AAACGAAACA GCTTCAAAAC ATCTCAATCA GAACAGTGGA CGGGTTCCAG 
GGCCAGGAGC GTGATGTCAT CGTTTTCTCC GCCGTGCGGT GTAACGAGCA CGGCAACGTC 
GGTTTCCTCG ACGACGAGAA ACGAATGAAC GTTCTCTTGA CGCGCGCGCG CAGAGGATTG 
ATTGTCATTG GCAACAAGCA GACACTTGGA AAATGTGATT TGTGGCAAAA ATGGATAGAT 
TGGGTCGAGG AGAATAAACT ATCACGTGAA ATTACTCCAG AGGACACAAC AGAAAAACAG 
AGTAGAGAAA GGCCATCATC CAGAGGGAGA GACAGAGGCC GAGGGACTCT ACCAAAAGGA 
CACGGAAGAG GTCGAAGAGG AAGAAACTGG AAAGCTTCTT CTTTTCAAGA TCGTTGA

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

RefSeq	XP_015776615.1
CDS	26..5242
Translation	MVLTPVEDDGNGRPLIRFPRKKAVVKSNKVIVKTIAVEVTRRNDKDYEWSDFKVDVRSDSQNSMCPLYRDHDPGNFMTVHFSHAAPYEAVLKLLKNGITLKYEHSPQECYVFFGHSASQLRERTCVLYNGKQGRVEEILKRYGEFERIPDIAKRAARIGLLFSTAKATCEIPDEKIGVVEDIERDKYNFTDGCGFISTECAKRVTENLNIETLYEGIKSPEFPSVFQIRLKGCKGILCHDPRLKEGLQIRPSMEKFKWSRKGPHPFGIVDKGFSRPNEFGSLNKQYIMLLSALGVPDEAFLQKQEDYFKELQDITTNHEIAVKYLCVAEEFELAEKLLKTRQLDQKMKRSLEQFRNRVREPQQSKPNPLQKVKKSAAQKLKIPIEKSRNVYGVCDPSGTLKPKTVFFQPTIRGQTIILNDMQVVVAKNPCYHPGDMRILRCMDVPECHHLVDCVVFPTEGRRPHPDEIAGSDLDGDKFFVCWDDDLVPKKEENPCQYPAAKPKKRLANPTREDFLKYFARYSNSTVSRLNTLFDRWADAEGINSTQCKMVAALFSRAIDAAKTGERVVIPPNILEAPVNDDNSDKFVWQKLFQRAKIFEKDLAIQNALRGNVEAFDEEDILALIQNQESRLSEYRLFRLVYKWCQFNKERDITRYISYIDFTKFSENQLRRLPADIPNIDLEPFLRPFHQSLILLKDDIDAFKLDRGHERCWRLVYRTYGEEMSWNVLYNVLTSPLEKLLVFRFRLGGIQWTISLAMSVPLSSAEVLTLENEDLHRAQAYVSVDVHSGERHVLDLKGGYSFALEGRRLDIFTGKKQNTFICLKEDENHHVPIMSVALDRFRSTLPRDYQTRLRREQFLQMEVFCGYERSDPGQNIRKMEPGKSPWSSDTDTNASKKTVSAMDNGEQPAFISRDGDFPSLHCGPEALVSDFESYLLTVHERLEKGQLQNSHMEEMHDRMISLTDDQEKHQIACHLESLLWRSSVSLKTTEQYTNLLICLLSGLQEFNLDFVLGENRFITLVARVKRYLDSLWKRTVWFTVDQLYQIVDALLLGNDFVTGCRIVDVVRQGYIPLEGFTSHSNVLPYFLHWISLITLESLKEVEQAVLPSHNNQSRERIKAQALACPEELTFTMVLTAGSQIFRPADGVALSRSSISRRKYVAEVTAIDGVILTVTIVWPAGAADDNSREDIVNGTWCLHKFPSFVGHRRIAAALKALLDTTSCGRNLFEAVVGSFYISELSNEEAQQENDADADGNQYASHLASAFKSDEDKSLQSSTSFEPWQSGNESQNAAVRDATCSESAATTLIQGPPGSGKTVTCAEIVRRWLLDSEDPVLLVAETNEGVDNLLKKLLEHGVKQEKMVRFGSSGWKVAKELEPLTFEAKYRQLVADKKDRNRIDRKLAKRILESSKVLCTTCISAGSALLDGFEFRRVLVDEASQATEPTILVSLTRGCQKLVLVGDDQQLPPMVLCELARGPNLLSTSMFSRLRQVGFPVRMLDIQYRMHPSIASFPSRQFYDGKLQSGVSGDDRKAPDGFNWPNKSVPVVFLTTPNSAEEMTKASSKQNAFEAKQVSEIVLDLLKAKDVTEDQIGIITPYRAQLKLISETKQLQNISIRTVDGFQGQERDVIVFSAVRCNEHGNVGFLDDEKRMNVLLTRARRGLIVIGNKQTLGKCDLWQKWIDWVEENKLSREITPEDTTEKQSRERPSSRGRDRGRGTLPKGHGRGRRGRNWKASSFQDR

Target ORF information:

RefSeq Version	XM_015921129.1
Organism	Acropora digitifera
Definition	Acropora digitifera uncharacterized LOC107354646 (LOC107354646), mRNA.

Target ORF information:

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

XM_015921129.1

ORF Insert Sequence:

ATGGTGCTCA CGCCTGTTGA GGATGACGGG AATGGACGTC CGTTAATTAG ATTTCCAAGA 
AAGAAAGCAG TCGTGAAGTC CAACAAAGTC ATTGTGAAAA CCATAGCTGT AGAAGTCACA 
AGACGAAATG ACAAAGACTA TGAATGGAGT GATTTTAAAG TGGACGTTAG AAGCGACTCA 
CAGAACAGTA TGTGCCCTTT GTATCGGGAT CACGACCCAG GGAACTTCAT GACAGTCCAC 
TTCAGCCACG CCGCGCCCTA TGAAGCAGTG CTTAAGTTGC TAAAGAACGG CATCACATTG 
AAATACGAAC ATTCTCCTCA AGAATGTTAT GTGTTCTTTG GTCACAGTGC CAGTCAGCTC 
AGAGAAAGAA CTTGTGTATT GTACAATGGG AAGCAAGGGA GAGTAGAAGA GATCTTAAAA 
CGTTACGGAG AGTTTGAGAG GATCCCAGAT ATCGCAAAGA GAGCTGCAAG AATAGGTTTA 
CTATTTTCAA CTGCCAAGGC AACTTGTGAA ATTCCTGATG AAAAAATTGG TGTCGTGGAA 
GACATTGAGA GAGACAAATA CAACTTTACG GATGGATGTG GCTTTATATC AACAGAGTGC 
GCCAAACGGG TCACGGAAAA CTTGAACATT GAAACATTGT ACGAAGGTAT AAAGTCACCG 
GAGTTTCCAT CCGTGTTTCA AATTCGGCTC AAAGGCTGCA AAGGAATCCT GTGCCATGAT 
CCGAGGTTGA AAGAAGGCCT GCAAATCCGA CCATCAATGG AAAAGTTTAA GTGGAGTCGT 
AAGGGTCCAC ATCCCTTCGG AATTGTCGAT AAGGGATTTT CAAGACCAAA CGAATTTGGA 
TCCTTGAACA AACAGTACAT AATGCTTCTG TCAGCGCTTG GTGTTCCCGA TGAGGCTTTC 
CTCCAAAAAC AAGAGGACTA CTTCAAGGAA CTTCAAGACA TCACAACAAA TCATGAAATT 
GCCGTAAAGT ACTTGTGCGT TGCTGAGGAG TTCGAGTTGG CAGAAAAGTT GTTGAAGACC 
AGACAGTTAG ATCAGAAAAT GAAACGGTCG CTTGAACAAT TTCGAAACCG AGTTCGAGAG 
CCCCAGCAAT CCAAACCAAA TCCTTTGCAA AAAGTGAAAA AGTCTGCTGC TCAAAAGTTG 
AAGATTCCCA TCGAAAAATC AAGAAATGTT TATGGTGTGT GTGATCCCTC TGGAACATTA 
AAACCCAAGA CTGTCTTCTT TCAGCCAACA ATTCGAGGTC AAACGATTAT TTTGAATGAC 
ATGCAGGTTG TAGTTGCCAA GAATCCCTGT TATCATCCAG GAGACATGAG GATTTTACGT 
TGCATGGACG TTCCAGAATG CCATCATCTG GTCGACTGCG TTGTTTTTCC AACTGAAGGA 
AGAAGGCCTC ATCCTGATGA GATCGCTGGA AGTGATCTCG ACGGTGACAA GTTCTTTGTT 
TGCTGGGATG ACGATCTTGT CCCCAAAAAA GAAGAAAACC CGTGCCAGTA TCCAGCAGCC 
AAGCCCAAGA AAAGACTGGC TAATCCTACA AGAGAGGATT TCCTCAAATA CTTTGCAAGG 
TATAGCAATT CAACAGTGAG TAGGCTCAAT ACTTTGTTTG ACAGATGGGC TGATGCTGAG 
GGAATCAATT CAACCCAATG CAAGATGGTC GCGGCTCTTT TTTCCCGCGC CATTGACGCT 
GCCAAGACAG GAGAACGAGT CGTTATCCCT CCAAACATTT TGGAGGCACC TGTTAACGAT 
GACAACAGTG ACAAGTTCGT TTGGCAGAAA CTCTTCCAAA GAGCCAAGAT ATTTGAGAAA 
GACTTAGCCA TACAGAATGC TTTGCGTGGA AACGTCGAAG CGTTTGATGA AGAGGACATT 
CTTGCACTCA TACAAAACCA AGAATCTCGT CTCAGTGAAT ACCGACTTTT TCGGCTTGTC 
TACAAATGGT GCCAATTCAA CAAGGAAAGA GATATTACTC GTTACATTTC GTACATCGAC 
TTCACGAAGT TCAGTGAGAA CCAACTCAGA CGTTTACCGG CTGACATCCC AAACATTGAC 
CTAGAGCCTT TTCTTCGCCC TTTTCATCAA TCACTAATTC TCTTAAAAGA TGACATCGAC 
GCTTTCAAAC TTGATCGAGG CCATGAGAGG TGCTGGAGAC TTGTTTATAG AACATATGGT 
GAAGAAATGT CATGGAACGT TCTCTACAAT GTCTTGACCT CTCCTTTGGA AAAGTTGCTT 
GTGTTTCGCT TTCGGCTTGG AGGAATACAG TGGACCATTT CATTGGCTAT GTCAGTTCCT 
TTAAGCTCAG CTGAGGTTTT GACTTTGGAA AACGAAGATC TGCACCGTGC TCAAGCGTAT 
GTTTCAGTGG ATGTTCATTC GGGAGAGAGG CATGTCTTAG ATCTGAAGGG AGGTTACAGC 
TTCGCTTTGG AAGGACGAAG GCTAGATATC TTCACAGGAA AAAAGCAGAA TACTTTCATC 
TGTTTGAAGG AAGATGAAAA CCATCACGTG CCTATCATGA GTGTCGCGCT TGATCGATTC 
AGGTCGACAC TACCCCGCGA CTATCAAACT AGACTTAGAC GAGAACAGTT CCTGCAGATG 
GAGGTTTTCT GTGGTTATGA ACGCTCGGAT CCTGGGCAAA ACATTCGAAA AATGGAACCG 
GGTAAGTCCC CGTGGAGCTC AGATACCGAT ACGAATGCTT CCAAGAAGAC TGTCAGTGCA 
ATGGATAATG GAGAACAACC TGCGTTTATC AGCCGTGATG GTGACTTTCC AAGTCTTCAC 
TGTGGCCCTG AGGCCCTCGT CAGTGATTTC GAGAGTTATC TACTCACAGT GCATGAACGT 
CTAGAGAAGG GTCAGCTACA AAACAGTCAT ATGGAGGAAA TGCATGACCG AATGATTTCC 
TTAACCGACG ATCAGGAGAA GCATCAAATA GCGTGCCATT TAGAGTCACT TCTCTGGAGG 
TCCAGCGTTT CCTTAAAGAC GACCGAACAG TACACGAATC TACTGATTTG CTTGTTAAGC 
GGGCTCCAAG AATTCAATCT GGACTTTGTC CTTGGTGAAA ATAGATTCAT CACACTTGTA 
GCCCGTGTGA AACGATACCT GGACTCTTTG TGGAAAAGAA CCGTCTGGTT CACTGTGGAT 
CAGTTGTACC AGATTGTAGA TGCTTTGCTC CTTGGAAATG ACTTCGTCAC TGGATGTCGC 
ATAGTTGATG TCGTTCGCCA AGGATACATA CCACTGGAAG GTTTTACGTC TCACTCAAAT 
GTCCTGCCAT ACTTTCTTCA CTGGATCTCA TTAATAACTC TCGAGTCCCT TAAGGAGGTG 
GAACAAGCCG TCCTTCCGAG TCACAACAAC CAGTCACGCG AGCGCATTAA AGCCCAGGCT 
TTGGCCTGCC CAGAAGAATT GACCTTCACA ATGGTACTGA CAGCTGGAAG CCAAATATTT 
CGCCCAGCAG ACGGTGTCGC ATTGAGTCGG TCGAGTATCT CTAGGCGTAA ATACGTCGCT 
GAGGTAACAG CTATCGATGG AGTAATCCTT ACTGTTACTA TAGTGTGGCC CGCCGGTGCA 
GCAGATGACA ATTCAAGGGA GGACATCGTG AATGGGACAT GGTGTCTTCA CAAGTTTCCG 
AGTTTTGTTG GACACCGACG GATTGCTGCT GCATTGAAGG CGCTACTGGA TACGACATCC 
TGCGGTCGAA ACTTGTTTGA AGCGGTTGTT GGAAGCTTTT ATATCAGTGA GTTATCCAAC 
GAAGAAGCAC AGCAAGAGAA CGACGCTGAT GCTGACGGAA ATCAGTATGC TTCACATTTA 
GCGAGTGCAT TTAAGTCAGA TGAAGACAAA TCCCTGCAGT CGAGCACTTC ATTTGAGCCT 
TGGCAGTCTG GAAACGAGAG CCAAAATGCT GCCGTTCGCG ATGCAACTTG CAGCGAGTCT 
GCTGCCACCA CTCTCATACA GGGCCCGCCT GGCTCCGGAA AGACTGTCAC TTGCGCAGAG 
ATAGTACGCC GCTGGCTACT AGACAGCGAG GATCCAGTTC TTCTGGTGGC GGAGACAAAC 
GAAGGAGTGG ACAATCTCCT GAAGAAGCTT TTAGAGCACG GCGTCAAACA AGAGAAGATG 
GTGCGTTTTG GAAGCTCTGG GTGGAAAGTA GCCAAAGAGC TGGAACCTCT AACGTTCGAA 
GCCAAGTACC GCCAACTTGT TGCGGACAAA AAGGACCGCA ACAGAATCGA TAGAAAGTTG 
GCCAAAAGGA TTCTGGAGAG TTCCAAAGTT TTATGTACCA CTTGCATCAG TGCTGGGTCG 
GCGCTGCTTG ATGGATTCGA GTTCAGACGA GTCTTGGTTG ATGAAGCCTC ACAAGCTACT 
GAGCCAACGA TCCTTGTGTC TCTGACACGT GGGTGCCAAA AGCTTGTGCT AGTGGGTGAT 
GACCAGCAAT TGCCTCCCAT GGTGCTGTGC GAGCTTGCAA GGGGTCCAAA TCTTCTCTCA 
ACATCTATGT TCTCTCGTTT ACGGCAAGTG GGATTTCCAG TACGAATGCT TGATATCCAG 
TACAGAATGC ATCCATCCAT TGCCTCGTTT CCTTCACGCC AATTTTACGA CGGGAAACTC 
CAGAGCGGTG TGTCTGGAGA CGATAGAAAA GCACCTGACG GTTTCAACTG GCCAAATAAG 
AGCGTTCCTG TGGTTTTCCT GACCACGCCC AATTCAGCGG AGGAGATGAC AAAGGCATCG 
TCAAAGCAGA ATGCTTTTGA GGCCAAACAA GTTTCTGAAA TCGTTCTCGA CTTGCTGAAA 
GCAAAAGACG TAACTGAGGA CCAAATCGGA ATAATAACGC CCTACCGAGC CCAGCTCAAA 
CTTATCTCGG AAACGAAACA GCTTCAAAAC ATCTCAATCA GAACAGTGGA CGGGTTCCAG 
GGCCAGGAGC GTGATGTCAT CGTTTTCTCC GCCGTGCGGT GTAACGAGCA CGGCAACGTC 
GGTTTCCTCG ACGACGAGAA ACGAATGAAC GTTCTCTTGA CGCGCGCGCG CAGAGGATTG 
ATTGTCATTG GCAACAAGCA GACACTTGGA AAATGTGATT TGTGGCAAAA ATGGATAGAT 
TGGGTCGAGG AGAATAAACT ATCACGTGAA ATTACTCCAG AGGACACAAC AGAAAAACAG 
AGTAGAGAAA GGCCATCATC CAGAGGGAGA GACAGAGGCC GAGGGACTCT ACCAAAAGGA 
CACGGAAGAG GTCGAAGAGG AAGAAACTGG AAAGCTTCTT CTTTTCAAGA TCGTTGA