LOC107337646 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107337646
Entrez Gene ID	107337646
Full Name	adenylate cyclase type 10-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015902858.1	XP_015758344.1	adenylate cyclase type 10-like

Pathways from BioSystems
Gene Ontology

The following LOC107337646 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107337646 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
OAc66891	XM_015902858.1 Latest version!	Acropora digitifera adenylate cyclase type 10-like (LOC107337646), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1161.30 $1659.00

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)

LOC107337646 ( XM_015902858.1 ) cDNA ORF clone, Acropora digitifera -> XP_015758344.1 Acropora digitifera adenylate cyclase type 10-like (LOC107337646), mRNA.

Price & Availability↑

CloneID	OAc66891
Clone ID Related Accession (Same CDS sequence)	XM_015902858.1
Accession Version	XM_015902858.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6453bp) 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	adenylate cyclase type 10-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015441160.1) 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 :: 6% of CDS bases ##RefSeq-Attributes-END##

ATGGACAAAC ATCAAGGTTA CCAAGAACTG GAGAAGCATA AAGGAGACCT AACAGAATCT 
CTCGTGCTTA ACAACTTCTC AAATGCATCC ATACACGTTT ATTTTCAATT TTTGTCTTTC 
ATCTCTTTTT CTGATGTTGT GCTCTTACAC AGAAGCTGGT CCAGGAAAGG GGCCCAGGGA 
GCCCAGCAAT CCCTTATTTT TAACCAAAGC AGACGCCCAC CAGGCTTTAC GTCACTCTGC 
GAAACATATG CCTTAAAAGC ATCGGAAGAA TCATGTGGAA CGGAGAAACT AACGACAACA 
CTGAACAAGT ATCTCGGAAA AATAGTGGAA GATATATTGA AACATGGAGG AGATGTTCTG 
AAATTTGCTG TAATGAGACG AAAAGAAGGT GGAGGAACTA GAGCAGGAGA CGCTCTTTTG 
GCCTTGTGGG TATCTGAAGG AAGTTGCAAA GATACGACAC TTCTCATCAA CAAAGCTATC 
ATCTGCAGCA TAGCGATACA AGAAGAATGC GACAACTACT TGACTGATGT CGGTGTAACG 
CTGGGAGTCA AGATTGCGTT GTCTGTGGGC AAAATGATTG TCACTCACGT CGGAGTTGAC 
GAGTCCAAGC ATTTCGATCT GTCAGGCAGA GCGGTTGATG ACGTGAACAA AGCAGAGAAG 
TGGGCAGAGC CTGGGGCGAT AATTTTATCT CACATGGCGT ATTTAAACTG TGACCAAACC 
CTGTTTTTGT TTGAAATTAT GGCTGATGGA TGGCATTACA GAGTCGCTGG AGCTAAAGTA 
GAAGAAAAGT CTACTGCGTC CACAATGCAC CCAACTGGCG TTAGCTTGGC TCTCATGTCC 
GGCGTCCTTA CAACAGATGC TGTTTTATTT TCCGCGCCAA CTGTTGCGAA AAGAATATTT 
GCTCCTCATC TTGGGACTCT GTTGTCTCGT TATCACCCTG AACTTAAGCT GCCGAGTGCA 
ATGTATCCAT TGAAACATCT TTTAGATCAA CTGGGTTTTG AAGAAAAGAG TGAAGACTGT 
AGTGCATTAC GTCAACTGCT GACACATGTC CCGGATGTGG TCATTCACAG CGATCACAAA 
ACGTCCATGC CACGTGTTAA TCGCGTGATA GGCGTGTGCA TGTTTGCTGA CATTTCAGGC 
TTTACGTCAC TCTGCGAAAC ATATGCCTTA AAAGCATCGG AAGAATCATG TGGAACGGAG 
AAACTAACGA CAACACTGAA CAAGTATCTC GGAAAAATAG TGGAAGATAT ATTGAAACAT 
GGAGGAGATG TTTTGAAATT TGCTGGAGAC GCTCTTTTAG CCTTGTGGGT ATCTGAGGGA 
AGTTGCAAAG ATACGACACT TCTCATCAAC AAAGCTATCA TCTGCAGCAT AGCGATACAA 
GAAGAATGCG ACAACTACTT GACGGATGTC GGTGTAACGC TGGGAGTCAA GATTGCGTTG 
TCTGTAGGCA AAATGATTGT CACTCACGTC GGAGTTGACG AGTCAAAGCA TTTCGATCTG 
TCAGGCAGAG CGGTTGATGA CGTGAACAAA GCAGAGAAGT GGGCAGAGCC TGGGGCGATA 
ATTTTATCTC ACATGGCGTA TTTAAACTGT GACCAAACCC TGTTTTTGTT TGAAATTATG 
GCTGATGGAT GGCATTACAG AGTCGCTGGA GCTAAAGTAG AGGAAAAGTC TACCGCGTCC 
ACAATGCACC CAACTGGCGT TAGCTTGGCT CTCATGTCCG GCGTCCTTAC AACAGATGCT 
GTTTTATTTT CCGCGCCAAC TGTTGCGAAA AGAATATTTG CTCCTCATCT TGGGACTCTG 
TTGTCCCGTT ATCACCCTGA ACTCAAGCTG CCGAGGTTAT TCAGGAAGAG AAATCAAGCA 
GAACAGAGAC AAAGCATCAT CCCTGGGAAA GCACATCCGT TGCAAAGCGA ACGATTTGAC 
GATCCAGATC ATCGCACAGA TGTTTTCACA AAACTCAGTG AACAGGATAT CGCTGATCTT 
CGAGCTTATG TATCAAAACC TGTGCTTTCA AAGATCGATC ACGGTCAAGA TCTTGATTGG 
CTCTCGGAGA TGCGCCAGGT CTCAGTGCTG TTCATAAATA TGGTTCTTCC CACGAAAGGG 
AATTCCAATT CATTGGCTCT GCAGAAGGCT TTTGAAGTGA TTTACGAATG CTCAAAAAGA 
CTCAGAGGTA ACTTGAACAA AGTCTTCTCC TTTGACAAGG GCTGTACATT CGTAGTAATA 
TTTGGTCTCC CTGGAGATAA GCACGAAGAT GATCCCGCGC GTGCGCTAAA GGCAGCGCAC 
AGAATTCTGG ATAGCTTGCA TCAAATTATG GATATCACAA ACGAGTCTAT AGGTGTGACA 
ACTGGCCGTG CATTTTGTGG TGTTGTGGGC CACAGAGATA GGCACGAATA CACAGTGATT 
GGTAGAAAAG TCAACATGGC GGCCCGGCTG ATGATGAACT ACCCTCGAGT GCTTTCCTGT 
GATGACGACA CTTACAGATT GGCTAAGTCA AAATTAAAGA AGGAAGACTT TGTAACGTTG 
CCTTTTGTGG AGCTCAAAGG CATCGCAGAA CCGGGAATAG TGAGGGAATA CAACAAGCAC 
CATGACGCAC CCGTGATAAT CTCACGAAAT GTGTTCTTAA GAATAACAAA GAAGTTCGAG 
AGTTGGTGTA CTTTGCAGTT TTCTCACTTT GAGATCCGTT GTCATCCAGG GCGATCAGAC 
GAAGTGAACG AGATAAAGCA GCTTCTTCAG ACAATTAAAT CTAATGATGC TCTAGGGACA 
AGCAACACGC GATTTGTTTC GATTGAAGGT GAAGGTGGGA TTGGCAAAAC ACGCATCTTG 
GAGGAAATCA TGGACGTGGC AGAAGATGAA GATTACAAAG TTGATTTCGT GGAGGCAGAT 
TTGGGGCATG CGCACACGCC ATATTATGTG GTGCAGAACC TAGTAACAAA TCTACTGGAG 
CTGGACACCT GTCGCACTGC TCCAGAAAGA GAGCATGCGT TAATGCAGCA TATCACTGAC 
CTCAAGCTAC GAGAAAGAAT GTTTCTCTTA AATTATTTGC TTGGAACTCA TATTCCGCCA 
AACCCTGATT TTGCTTATTT GGACTCCGAT GAAATCATTG CACATTTCCA CACTCTTCTG 
TTTGAAATTG TTCATCAGTT TGCTGTCAGC CAGCCATGTC TTTTTGCTGT AGACAATGCA 
CAGTTTATTG ACCCAGAGTC GTGGGATTTT TTAGAAGATC TGTCCAAGGA TTCCCATGCT 
ATTTTAGTGC TGGCTCTAAG ACCGTTCTCC TCATCAAATC CACCTTGTGA AACTGCAGAA 
AGACTGATTG GACACAACAC CACCAAGAGA ATCAAACTAG GTGGCCTACC AGCTGAAGTT 
ATGAGCGACC TCGCGTGTCA GTTAATGGAC GTCATGTATA TCCCCAGCGA GCTTGATGAA 
ATTATAAGAC GAAAAAGCCA GGGCGTCGCC TCATGGTGCG AGCAATTGAT CAAGGACATG 
CTTACTAGTG ACATCATCAA AATAGTTGAC AGTAACCAAG CCTTTTCAGA CCCAGATGAT 
CATACTGAAT CCTCTGCTAC TTCCACATCT ATCTTCGCGT CGCAAAATCA CAAAGATCGC 
CCCGAAGTGT CTCGTCCGTT AACTCCTTTC TACAGCGAAG ATGATCACTT GAAAGCAGGA 
AGGGAAGACC TTCAACGAAA GAGCTTCCTA AAGCCCCAAA GCCTATTTGA AGGGAGGCGG 
GTTTCTCAAG GTGCAACTGA GAACCTTCTA TCCCCTGCTG GTCGTTGGTC CAAACTCGAC 
GCACCAATAT CAAATTCCTT TTTTAGTTTT AGGCGAGTTA GCGAGCTACC TGAACAAGAA 
CTTCTTGAAG AGGTTCAAAG TTTTCACCTG GATCCCAAAG ATTTTGTTCG TGCTTCCAGG 
AACTCAATGC CGTTTGACAC GAATAATGTG TGCATTGTTA CTCCTGGTGT TGACTTAGCT 
AAAGTGGTGG TCCCAGATTC AGTCAAGGAC ATGGTTCTTG CCCGCGTGGA CCGAATGCTC 
CCTTTGGAAC AGCTGACTTT GAAATGTTCC AGTATCTTGG GCGCAGAATT TCACAGGAAC 
TTGCTTCAAG CTATCCTGCC AAAATCAATC CAAAAACGAC TCGACTTGGT AGTGTACAAC 
CTTGCCAAAG AATCAATTTT AGAGTGCGCC AGTTTGGCAG CTCAGCACCA GATTGCACAC 
AACCACCATG GATTCTACGA TTTCAATGAT CCAACGCATT CGCAACAACA CACCCACCAC 
CACCATCATC ACCACCATCA CAACGTAGCA AGCTCGATCC ATGCCTCTGT CTACTGTGGT 
TGCCATGCCG ACGAGGTGAC TAAGGTACTG AATTTGTCAA GACTTATGAC TCCAAACGGA 
CCAAAGAAGC ACTGCTTGTA CCTGAAGTTT GTGAACACAT ATGTACAGGA GACGTTATAT 
TCCCTTTGGC TCGAGGACCA GCGAAAAGAA ATTCACGAAA AAGCAGCCAT GTTTCTCGAA 
TCACAAGCCC ATAAATGCAA GTCCTGTGGG GGAGGTGGAT TTGTAATCAG CATTGATCTT 
TCCCAACAAG CATCACACAA TAAGGACGTG AAACGGGTTA CAGGTATGAC CGGCAGAACA 
AGAGCAGAAG TCTCAGAAAT GAGACAAAAG GTACAAAGCC AAGGAGCATT TTCTGCACGT 
GCGCATGAAA GGTCTGAAGT TCGAAGCAAA ATCCGTACAT CGCAGACTGG AGACAAGGAG 
TCTCAAGAAC ATACTTCAGA CAGAAGAAGG GCTGACAGAA AATTACCTGA GACATCAGAG 
GCTATCAAGA ATGCCGTTAT TGAGCAGACC GAAGGTGGGA AAAAGAGGAG CTGTTTGTGC 
AGGTTCTTTT GCGGAAAAAG CGTGAATCCA ACTAAAGAAG AATCAAGTGA AACCCAGAAC 
CAACTCCTGC TGAAAATTTC TCATAAGGAC AAGTCCGCAG TCAATGGAAA AGTTACAGAA 
TCGGGCGCTG CGGCGTTGGC AACTTCAGCT AATATGCGGG CCTTGTCATA TTTATATGAA 
GTGCAGTCCA TTATTGAAGA GACTAAAGCC AATCAGGAGC CATTGGCGAC AAGGGAAGAA 
ACTGCAAGAG TGGAAAGTCT GATTGGACAG GCATTGTCTC AGATGAATCG GCTTCACGAA 
GCTCTTGCTC ATCTTCTGAC GGCGCTTCAA ATTCTCGGAA AAAAACAACC TACATCAGAT 
CTCGGGTGCT ACATCAGAAT TCGCAAAGAA GCTCTGAGAC ACTGTTTGCA CGTGTTTTTA 
CCCGGTTACT ACATTGGAGG GGCAGGGGAA AACTCAGCTC TTCTGATTGA ACAGTCTCGT 
TGTTTAAGCC ACCTCAGCTA CGTGTATCAC TCTCTGCATC AGAACAATAG ATCATTAATG 
GCTGCTCTTG AAGAACTCAA TTCAGCTGAG GAGGCCGAAG AAAATCTGCA TGAGATGATA 
AACGCCTATG CAGGGGTTAT TGAATGTGCA CATCTGGTTG GTTGGAATGG ATGGGGAAAA 
ACTTACGAGG AAATTGGCAA AAACAGATGC CAAGACTCAT CTTTGTACTT AGATGCAGTA 
GATATGCTAA CTGTCGCTCA TCTTTACTGC GTGAGCCTTG CTTTCAGATT GGCGATCGGT 
GGAGTGACGA CAGCCATCAG CTCAGGTGAA CATGCTCTGG CTATCGCGAA ACAAGTTCAG 
GATTCTCACC TAAAGACCGC ATGTATCCCT CTTCTTGCTC AGGGCTTTCT TATGGCGGCA 
AAGATTTCTA GTTGTTTGGA AGTCCTGAAA GAACTCAACT CGTCAGCCCA GGAATCTAAC 
GACCTTCATG GCCAGGCACT GTACATGTGC TGTTGTTTCG ACGTGATCCT CGAAGCGGGC 
TGGAAATTGG AGGACATCAG TAACGTTATG CAGTTTACAA TCACCATGTC CAGTGATCCA 
GCCTTCTCGG CGGACGTTCT GCCAAAGTTT TATCTCAACG CATCTCTTGC ATTGTGGTAT 
GCAAGGAAAC GAGATTGGGA AAATGCCGAA TCGTTCTTCT CGACAGCTTC AGCCTTGGAG 
CCACCCACAC TAGAAGTTTA CATGTCTGTA CATGGGTTCG TGAAAATGAT TGAGTTCTGG 
CTGTTGAAGT TTCAAGAAAA TGGAAAAATT AAACAACAAC AGCAAGAGAT CCAAAGAGGA 
TTAAAGAAAC TCCAGGGGTC GCTTCATCAG TACCCAGTGT TTAAAGGACG CCAGCTTCAT 
TTATTAGCCT ACTATCTCCT CTTGAAGGGG AAAAAAGAGA AATGCAAAGC CAAGTTGCGC 
AAATGTTATA GCAAGAGCAA AGATATGGGA TTGTGGCTGG AGATAGAGTG GGCAAAGAAA 
AACATGAATT TTTGGTTCAG CACAGTCAAA GCACCCGAGC GGGTATACCA CGGTCAGACA 
ATGTTTACCT TGCCGAAACC TCGAGATATG TGA

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

RefSeq	XP_015758344.1
CDS	1..6453
Translation	MDKHQGYQELEKHKGDLTESLVLNNFSNASIHVYFQFLSFISFSDVVLLHRSWSRKGAQGAQQSLIFNQSRRPPGFTSLCETYALKASEESCGTEKLTTTLNKYLGKIVEDILKHGGDVLKFAVMRRKEGGGTRAGDALLALWVSEGSCKDTTLLINKAIICSIAIQEECDNYLTDVGVTLGVKIALSVGKMIVTHVGVDESKHFDLSGRAVDDVNKAEKWAEPGAIILSHMAYLNCDQTLFLFEIMADGWHYRVAGAKVEEKSTASTMHPTGVSLALMSGVLTTDAVLFSAPTVAKRIFAPHLGTLLSRYHPELKLPSAMYPLKHLLDQLGFEEKSEDCSALRQLLTHVPDVVIHSDHKTSMPRVNRVIGVCMFADISGFTSLCETYALKASEESCGTEKLTTTLNKYLGKIVEDILKHGGDVLKFAGDALLALWVSEGSCKDTTLLINKAIICSIAIQEECDNYLTDVGVTLGVKIALSVGKMIVTHVGVDESKHFDLSGRAVDDVNKAEKWAEPGAIILSHMAYLNCDQTLFLFEIMADGWHYRVAGAKVEEKSTASTMHPTGVSLALMSGVLTTDAVLFSAPTVAKRIFAPHLGTLLSRYHPELKLPRLFRKRNQAEQRQSIIPGKAHPLQSERFDDPDHRTDVFTKLSEQDIADLRAYVSKPVLSKIDHGQDLDWLSEMRQVSVLFINMVLPTKGNSNSLALQKAFEVIYECSKRLRGNLNKVFSFDKGCTFVVIFGLPGDKHEDDPARALKAAHRILDSLHQIMDITNESIGVTTGRAFCGVVGHRDRHEYTVIGRKVNMAARLMMNYPRVLSCDDDTYRLAKSKLKKEDFVTLPFVELKGIAEPGIVREYNKHHDAPVIISRNVFLRITKKFESWCTLQFSHFEIRCHPGRSDEVNEIKQLLQTIKSNDALGTSNTRFVSIEGEGGIGKTRILEEIMDVAEDEDYKVDFVEADLGHAHTPYYVVQNLVTNLLELDTCRTAPEREHALMQHITDLKLRERMFLLNYLLGTHIPPNPDFAYLDSDEIIAHFHTLLFEIVHQFAVSQPCLFAVDNAQFIDPESWDFLEDLSKDSHAILVLALRPFSSSNPPCETAERLIGHNTTKRIKLGGLPAEVMSDLACQLMDVMYIPSELDEIIRRKSQGVASWCEQLIKDMLTSDIIKIVDSNQAFSDPDDHTESSATSTSIFASQNHKDRPEVSRPLTPFYSEDDHLKAGREDLQRKSFLKPQSLFEGRRVSQGATENLLSPAGRWSKLDAPISNSFFSFRRVSELPEQELLEEVQSFHLDPKDFVRASRNSMPFDTNNVCIVTPGVDLAKVVVPDSVKDMVLARVDRMLPLEQLTLKCSSILGAEFHRNLLQAILPKSIQKRLDLVVYNLAKESILECASLAAQHQIAHNHHGFYDFNDPTHSQQHTHHHHHHHHHNVASSIHASVYCGCHADEVTKVLNLSRLMTPNGPKKHCLYLKFVNTYVQETLYSLWLEDQRKEIHEKAAMFLESQAHKCKSCGGGGFVISIDLSQQASHNKDVKRVTGMTGRTRAEVSEMRQKVQSQGAFSARAHERSEVRSKIRTSQTGDKESQEHTSDRRRADRKLPETSEAIKNAVIEQTEGGKKRSCLCRFFCGKSVNPTKEESSETQNQLLLKISHKDKSAVNGKVTESGAAALATSANMRALSYLYEVQSIIEETKANQEPLATREETARVESLIGQALSQMNRLHEALAHLLTALQILGKKQPTSDLGCYIRIRKEALRHCLHVFLPGYYIGGAGENSALLIEQSRCLSHLSYVYHSLHQNNRSLMAALEELNSAEEAEENLHEMINAYAGVIECAHLVGWNGWGKTYEEIGKNRCQDSSLYLDAVDMLTVAHLYCVSLAFRLAIGGVTTAISSGEHALAIAKQVQDSHLKTACIPLLAQGFLMAAKISSCLEVLKELNSSAQESNDLHGQALYMCCCFDVILEAGWKLEDISNVMQFTITMSSDPAFSADVLPKFYLNASLALWYARKRDWENAESFFSTASALEPPTLEVYMSVHGFVKMIEFWLLKFQENGKIKQQQQEIQRGLKKLQGSLHQYPVFKGRQLHLLAYYLLLKGKKEKCKAKLRKCYSKSKDMGLWLEIEWAKKNMNFWFSTVKAPERVYHGQTMFTLPKPRDM

Target ORF information:

RefSeq Version	XM_015902858.1
Organism	Acropora digitifera
Definition	Acropora digitifera adenylate cyclase type 10-like (LOC107337646), mRNA.

Target ORF information:

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

XM_015902858.1

ORF Insert Sequence:

ATGGACAAAC ATCAAGGTTA CCAAGAACTG GAGAAGCATA AAGGAGACCT AACAGAATCT 
CTCGTGCTTA ACAACTTCTC AAATGCATCC ATACACGTTT ATTTTCAATT TTTGTCTTTC 
ATCTCTTTTT CTGATGTTGT GCTCTTACAC AGAAGCTGGT CCAGGAAAGG GGCCCAGGGA 
GCCCAGCAAT CCCTTATTTT TAACCAAAGC AGACGCCCAC CAGGCTTTAC GTCACTCTGC 
GAAACATATG CCTTAAAAGC ATCGGAAGAA TCATGTGGAA CGGAGAAACT AACGACAACA 
CTGAACAAGT ATCTCGGAAA AATAGTGGAA GATATATTGA AACATGGAGG AGATGTTCTG 
AAATTTGCTG TAATGAGACG AAAAGAAGGT GGAGGAACTA GAGCAGGAGA CGCTCTTTTG 
GCCTTGTGGG TATCTGAAGG AAGTTGCAAA GATACGACAC TTCTCATCAA CAAAGCTATC 
ATCTGCAGCA TAGCGATACA AGAAGAATGC GACAACTACT TGACTGATGT CGGTGTAACG 
CTGGGAGTCA AGATTGCGTT GTCTGTGGGC AAAATGATTG TCACTCACGT CGGAGTTGAC 
GAGTCCAAGC ATTTCGATCT GTCAGGCAGA GCGGTTGATG ACGTGAACAA AGCAGAGAAG 
TGGGCAGAGC CTGGGGCGAT AATTTTATCT CACATGGCGT ATTTAAACTG TGACCAAACC 
CTGTTTTTGT TTGAAATTAT GGCTGATGGA TGGCATTACA GAGTCGCTGG AGCTAAAGTA 
GAAGAAAAGT CTACTGCGTC CACAATGCAC CCAACTGGCG TTAGCTTGGC TCTCATGTCC 
GGCGTCCTTA CAACAGATGC TGTTTTATTT TCCGCGCCAA CTGTTGCGAA AAGAATATTT 
GCTCCTCATC TTGGGACTCT GTTGTCTCGT TATCACCCTG AACTTAAGCT GCCGAGTGCA 
ATGTATCCAT TGAAACATCT TTTAGATCAA CTGGGTTTTG AAGAAAAGAG TGAAGACTGT 
AGTGCATTAC GTCAACTGCT GACACATGTC CCGGATGTGG TCATTCACAG CGATCACAAA 
ACGTCCATGC CACGTGTTAA TCGCGTGATA GGCGTGTGCA TGTTTGCTGA CATTTCAGGC 
TTTACGTCAC TCTGCGAAAC ATATGCCTTA AAAGCATCGG AAGAATCATG TGGAACGGAG 
AAACTAACGA CAACACTGAA CAAGTATCTC GGAAAAATAG TGGAAGATAT ATTGAAACAT 
GGAGGAGATG TTTTGAAATT TGCTGGAGAC GCTCTTTTAG CCTTGTGGGT ATCTGAGGGA 
AGTTGCAAAG ATACGACACT TCTCATCAAC AAAGCTATCA TCTGCAGCAT AGCGATACAA 
GAAGAATGCG ACAACTACTT GACGGATGTC GGTGTAACGC TGGGAGTCAA GATTGCGTTG 
TCTGTAGGCA AAATGATTGT CACTCACGTC GGAGTTGACG AGTCAAAGCA TTTCGATCTG 
TCAGGCAGAG CGGTTGATGA CGTGAACAAA GCAGAGAAGT GGGCAGAGCC TGGGGCGATA 
ATTTTATCTC ACATGGCGTA TTTAAACTGT GACCAAACCC TGTTTTTGTT TGAAATTATG 
GCTGATGGAT GGCATTACAG AGTCGCTGGA GCTAAAGTAG AGGAAAAGTC TACCGCGTCC 
ACAATGCACC CAACTGGCGT TAGCTTGGCT CTCATGTCCG GCGTCCTTAC AACAGATGCT 
GTTTTATTTT CCGCGCCAAC TGTTGCGAAA AGAATATTTG CTCCTCATCT TGGGACTCTG 
TTGTCCCGTT ATCACCCTGA ACTCAAGCTG CCGAGGTTAT TCAGGAAGAG AAATCAAGCA 
GAACAGAGAC AAAGCATCAT CCCTGGGAAA GCACATCCGT TGCAAAGCGA ACGATTTGAC 
GATCCAGATC ATCGCACAGA TGTTTTCACA AAACTCAGTG AACAGGATAT CGCTGATCTT 
CGAGCTTATG TATCAAAACC TGTGCTTTCA AAGATCGATC ACGGTCAAGA TCTTGATTGG 
CTCTCGGAGA TGCGCCAGGT CTCAGTGCTG TTCATAAATA TGGTTCTTCC CACGAAAGGG 
AATTCCAATT CATTGGCTCT GCAGAAGGCT TTTGAAGTGA TTTACGAATG CTCAAAAAGA 
CTCAGAGGTA ACTTGAACAA AGTCTTCTCC TTTGACAAGG GCTGTACATT CGTAGTAATA 
TTTGGTCTCC CTGGAGATAA GCACGAAGAT GATCCCGCGC GTGCGCTAAA GGCAGCGCAC 
AGAATTCTGG ATAGCTTGCA TCAAATTATG GATATCACAA ACGAGTCTAT AGGTGTGACA 
ACTGGCCGTG CATTTTGTGG TGTTGTGGGC CACAGAGATA GGCACGAATA CACAGTGATT 
GGTAGAAAAG TCAACATGGC GGCCCGGCTG ATGATGAACT ACCCTCGAGT GCTTTCCTGT 
GATGACGACA CTTACAGATT GGCTAAGTCA AAATTAAAGA AGGAAGACTT TGTAACGTTG 
CCTTTTGTGG AGCTCAAAGG CATCGCAGAA CCGGGAATAG TGAGGGAATA CAACAAGCAC 
CATGACGCAC CCGTGATAAT CTCACGAAAT GTGTTCTTAA GAATAACAAA GAAGTTCGAG 
AGTTGGTGTA CTTTGCAGTT TTCTCACTTT GAGATCCGTT GTCATCCAGG GCGATCAGAC 
GAAGTGAACG AGATAAAGCA GCTTCTTCAG ACAATTAAAT CTAATGATGC TCTAGGGACA 
AGCAACACGC GATTTGTTTC GATTGAAGGT GAAGGTGGGA TTGGCAAAAC ACGCATCTTG 
GAGGAAATCA TGGACGTGGC AGAAGATGAA GATTACAAAG TTGATTTCGT GGAGGCAGAT 
TTGGGGCATG CGCACACGCC ATATTATGTG GTGCAGAACC TAGTAACAAA TCTACTGGAG 
CTGGACACCT GTCGCACTGC TCCAGAAAGA GAGCATGCGT TAATGCAGCA TATCACTGAC 
CTCAAGCTAC GAGAAAGAAT GTTTCTCTTA AATTATTTGC TTGGAACTCA TATTCCGCCA 
AACCCTGATT TTGCTTATTT GGACTCCGAT GAAATCATTG CACATTTCCA CACTCTTCTG 
TTTGAAATTG TTCATCAGTT TGCTGTCAGC CAGCCATGTC TTTTTGCTGT AGACAATGCA 
CAGTTTATTG ACCCAGAGTC GTGGGATTTT TTAGAAGATC TGTCCAAGGA TTCCCATGCT 
ATTTTAGTGC TGGCTCTAAG ACCGTTCTCC TCATCAAATC CACCTTGTGA AACTGCAGAA 
AGACTGATTG GACACAACAC CACCAAGAGA ATCAAACTAG GTGGCCTACC AGCTGAAGTT 
ATGAGCGACC TCGCGTGTCA GTTAATGGAC GTCATGTATA TCCCCAGCGA GCTTGATGAA 
ATTATAAGAC GAAAAAGCCA GGGCGTCGCC TCATGGTGCG AGCAATTGAT CAAGGACATG 
CTTACTAGTG ACATCATCAA AATAGTTGAC AGTAACCAAG CCTTTTCAGA CCCAGATGAT 
CATACTGAAT CCTCTGCTAC TTCCACATCT ATCTTCGCGT CGCAAAATCA CAAAGATCGC 
CCCGAAGTGT CTCGTCCGTT AACTCCTTTC TACAGCGAAG ATGATCACTT GAAAGCAGGA 
AGGGAAGACC TTCAACGAAA GAGCTTCCTA AAGCCCCAAA GCCTATTTGA AGGGAGGCGG 
GTTTCTCAAG GTGCAACTGA GAACCTTCTA TCCCCTGCTG GTCGTTGGTC CAAACTCGAC 
GCACCAATAT CAAATTCCTT TTTTAGTTTT AGGCGAGTTA GCGAGCTACC TGAACAAGAA 
CTTCTTGAAG AGGTTCAAAG TTTTCACCTG GATCCCAAAG ATTTTGTTCG TGCTTCCAGG 
AACTCAATGC CGTTTGACAC GAATAATGTG TGCATTGTTA CTCCTGGTGT TGACTTAGCT 
AAAGTGGTGG TCCCAGATTC AGTCAAGGAC ATGGTTCTTG CCCGCGTGGA CCGAATGCTC 
CCTTTGGAAC AGCTGACTTT GAAATGTTCC AGTATCTTGG GCGCAGAATT TCACAGGAAC 
TTGCTTCAAG CTATCCTGCC AAAATCAATC CAAAAACGAC TCGACTTGGT AGTGTACAAC 
CTTGCCAAAG AATCAATTTT AGAGTGCGCC AGTTTGGCAG CTCAGCACCA GATTGCACAC 
AACCACCATG GATTCTACGA TTTCAATGAT CCAACGCATT CGCAACAACA CACCCACCAC 
CACCATCATC ACCACCATCA CAACGTAGCA AGCTCGATCC ATGCCTCTGT CTACTGTGGT 
TGCCATGCCG ACGAGGTGAC TAAGGTACTG AATTTGTCAA GACTTATGAC TCCAAACGGA 
CCAAAGAAGC ACTGCTTGTA CCTGAAGTTT GTGAACACAT ATGTACAGGA GACGTTATAT 
TCCCTTTGGC TCGAGGACCA GCGAAAAGAA ATTCACGAAA AAGCAGCCAT GTTTCTCGAA 
TCACAAGCCC ATAAATGCAA GTCCTGTGGG GGAGGTGGAT TTGTAATCAG CATTGATCTT 
TCCCAACAAG CATCACACAA TAAGGACGTG AAACGGGTTA CAGGTATGAC CGGCAGAACA 
AGAGCAGAAG TCTCAGAAAT GAGACAAAAG GTACAAAGCC AAGGAGCATT TTCTGCACGT 
GCGCATGAAA GGTCTGAAGT TCGAAGCAAA ATCCGTACAT CGCAGACTGG AGACAAGGAG 
TCTCAAGAAC ATACTTCAGA CAGAAGAAGG GCTGACAGAA AATTACCTGA GACATCAGAG 
GCTATCAAGA ATGCCGTTAT TGAGCAGACC GAAGGTGGGA AAAAGAGGAG CTGTTTGTGC 
AGGTTCTTTT GCGGAAAAAG CGTGAATCCA ACTAAAGAAG AATCAAGTGA AACCCAGAAC 
CAACTCCTGC TGAAAATTTC TCATAAGGAC AAGTCCGCAG TCAATGGAAA AGTTACAGAA 
TCGGGCGCTG CGGCGTTGGC AACTTCAGCT AATATGCGGG CCTTGTCATA TTTATATGAA 
GTGCAGTCCA TTATTGAAGA GACTAAAGCC AATCAGGAGC CATTGGCGAC AAGGGAAGAA 
ACTGCAAGAG TGGAAAGTCT GATTGGACAG GCATTGTCTC AGATGAATCG GCTTCACGAA 
GCTCTTGCTC ATCTTCTGAC GGCGCTTCAA ATTCTCGGAA AAAAACAACC TACATCAGAT 
CTCGGGTGCT ACATCAGAAT TCGCAAAGAA GCTCTGAGAC ACTGTTTGCA CGTGTTTTTA 
CCCGGTTACT ACATTGGAGG GGCAGGGGAA AACTCAGCTC TTCTGATTGA ACAGTCTCGT 
TGTTTAAGCC ACCTCAGCTA CGTGTATCAC TCTCTGCATC AGAACAATAG ATCATTAATG 
GCTGCTCTTG AAGAACTCAA TTCAGCTGAG GAGGCCGAAG AAAATCTGCA TGAGATGATA 
AACGCCTATG CAGGGGTTAT TGAATGTGCA CATCTGGTTG GTTGGAATGG ATGGGGAAAA 
ACTTACGAGG AAATTGGCAA AAACAGATGC CAAGACTCAT CTTTGTACTT AGATGCAGTA 
GATATGCTAA CTGTCGCTCA TCTTTACTGC GTGAGCCTTG CTTTCAGATT GGCGATCGGT 
GGAGTGACGA CAGCCATCAG CTCAGGTGAA CATGCTCTGG CTATCGCGAA ACAAGTTCAG 
GATTCTCACC TAAAGACCGC ATGTATCCCT CTTCTTGCTC AGGGCTTTCT TATGGCGGCA 
AAGATTTCTA GTTGTTTGGA AGTCCTGAAA GAACTCAACT CGTCAGCCCA GGAATCTAAC 
GACCTTCATG GCCAGGCACT GTACATGTGC TGTTGTTTCG ACGTGATCCT CGAAGCGGGC 
TGGAAATTGG AGGACATCAG TAACGTTATG CAGTTTACAA TCACCATGTC CAGTGATCCA 
GCCTTCTCGG CGGACGTTCT GCCAAAGTTT TATCTCAACG CATCTCTTGC ATTGTGGTAT 
GCAAGGAAAC GAGATTGGGA AAATGCCGAA TCGTTCTTCT CGACAGCTTC AGCCTTGGAG 
CCACCCACAC TAGAAGTTTA CATGTCTGTA CATGGGTTCG TGAAAATGAT TGAGTTCTGG 
CTGTTGAAGT TTCAAGAAAA TGGAAAAATT AAACAACAAC AGCAAGAGAT CCAAAGAGGA 
TTAAAGAAAC TCCAGGGGTC GCTTCATCAG TACCCAGTGT TTAAAGGACG CCAGCTTCAT 
TTATTAGCCT ACTATCTCCT CTTGAAGGGG AAAAAAGAGA AATGCAAAGC CAAGTTGCGC 
AAATGTTATA GCAAGAGCAA AGATATGGGA TTGTGGCTGG AGATAGAGTG GGCAAAGAAA 
AACATGAATT TTTGGTTCAG CACAGTCAAA GCACCCGAGC GGGTATACCA CGGTCAGACA 
ATGTTTACCT TGCCGAAACC TCGAGATATG TGA