LOC107328540 cDNA ORF clone, Acropora digitifera

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107328540
Entrez Gene ID	107328540
Full Name	DNA-dependent protein kinase catalytic subunit-like
Gene Type	protein-coding
Organism	Acropora digitifera

mRNA and Protein(s)

mRNA	Protein	Name
XM_015893261.1	XP_015748747.1	DNA-dependent protein kinase catalytic subunit-like

Pathways from BioSystems
Gene Ontology

The following LOC107328540 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107328540 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
OAc86202	XM_015893261.1 Latest version!	Acropora digitifera DNA-dependent protein kinase catalytic subunit-like (LOC107328540), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

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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)

LOC107328540 ( XM_015893261.1 ) cDNA ORF clone, Acropora digitifera -> XP_015748747.1 Acropora digitifera DNA-dependent protein kinase catalytic subunit-like (LOC107328540), mRNA.

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CloneID	OAc86202
Clone ID Related Accession (Same CDS sequence)	XM_015893261.1
Accession Version	XM_015893261.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4833bp) 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	DNA-dependent protein kinase catalytic subunit-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015442161.1) 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 :: 5% of CDS bases ##RefSeq-Attributes-END##

ATGGCTGCGC TAAAGAAAGC ATTGGATAGT TTTGTGGCAC TCAATTTTCC TCTGAAGTCA 
ACAGAATTCA TATTTGGCAG TCCTCAGTAC AACGACTATA TCCAAGCATT AGATAAGATG 
TTTGAACCAT ATGCAAAGTA CTGGATCACT CCTCTCACGG AATTGATTCT TCGAATGAAA 
GATTCAGAAC AGCCTGGAAC TGAAGGAATC AACTACTTCA TTGTTGATCT TGTGGTGACC 
ATGTTGTCGT GGAACAGTAC AGCTCTACCA GAGGATCGGT ATTTGACAAG CAAACTTCTT 
GAGTTTGTGA TGACGAGAGC ACAACACAGA AACCGCTCCG TGTTCAAAAA CAATTTAGAG 
ATCATCAAAA CTATGGTAGA AATCTGGAAG AGCAGATTAG AAGTGCCATC AAAGGTGATA 
GTTGACAACT TAAGCAACCC TGACCCTACT AAAAAGGACA ATGCTGTTGG CATTCAGTTA 
CTTGGGATCA TTGCAGCTAA TGGCCTCTCA CTTTCGCATG ACGCCACAGC TGATAAAGAA 
AGATTTTACA GTTGTCTTAC AAACAATCTA ACGTTCAAGT ACAAAGAAGT TTACGCTGCC 
GCTGCTGAAG TGATTGGCTT ACTGCTTAAG CAGGCTGCTG ATGTGCAAAA GGTATTTGAT 
GGTACTTTGC ACGACATGGT CAGTGAAAAG CTGATGTCAT TGGTTAGTTC AGCCAGACCA 
GAACCCGACA AGTTTATAAC TTGTGTGCAC AAATTGCAAC AGAACTATCC TCCTATTGCT 
GACAGATTTG TAAATCAGAT CTTGTTTAAG CTGCCGTCTG TTTATGGAGA TTTCAAGACG 
TACTGTCTCG AGATTCTTTG CTCCAGAGCT GAAAATATTA CAAACTTGTT CACAGAGTTG 
AAAACTAAAG GTTTAAAGGA CATTTTGACT TGCCGAGATG AAGGGAGCCA GGTTGCTGTG 
CTGAAGATAC TACAACGACT TTTGAAGAAG CTGACTGTTG CAGAACTGCA GTTTATTTTC 
CCGTCTGTGA CTGCTTTTAT AACTCATCCA AGTATTTTGT GCCGGGAGTT GATGTATGAT 
ATCCTCATCT GGATTTATGA CATGCTCAGG TTAGTTTTCA TTTTTCAATT TTCATTCGTT 
TTGCCACAAG CCAAGGAGAG AACAAAGGCC GCTCGTGAGA GCCGAGTCGT AATGTATCGA 
AAATATCGAA CTGGGGACTT GCCAGATATC CAAATCAAGT TTTCTGAACT CATAGCTCCA 
TTGCAAGCTG TAGCACAGCG TGACAGTACT TTTGCAAAGA AGTTGTTCAG TGTTCTTTTT 
CGAGGAATCT TTTCTCAAAT TGAGAAAAAG CTATCAGTAC CTGAAGCAGC TAATGTTGCT 
TCAGATATCA ACACAGCTGT GAACAACATG GTCTCCTCAT CTACAAAGTT TTTTCCTGCT 
TTCATCTCCA GTATCCAGGA TATTTGTTAC CATGAGCACA AACTGTCGAT AGACCCAACG 
TCTGTTAGTG CAGCCTGTCT GACAAGCTTA CAGCAGCCCA TTGGGATCAT GTTGCTCGAG 
AAGCAGTTGC TGCAGAGTGA AGATAGCGGG CAGAGTAGTC GCAAGAGGGC CAGAGGCTTG 
GCTGCCCCAC CTTCTCAAGA AACTATAACA TGGATAGAAT TGTCGAGGTT ATATAGGTCA 
TTGGGTGACT ATGATGTTCT TCGAGGAATT TTTACTGGAC ACATTGGTAC CAAACCCATT 
ACCCAAAAAG CACTGGAAGC AGAGGCACGC GGGGACTTCT CGCAAGCTCT AAAACTCTAC 
AATGAGGCTA TTGCTACTGA AAGCTGGCCA GATGGTGAAC CTCAGCGGGA AGAGGAGGAC 
TTGTGGGACG ATGGCAGACT ACAGTGCTTT GCTAACCTCA CGCAGTGGGA AAACGTGGAA 
AAATTTTCTT TGTTAAGCAT TGACGATGGC GACACTCCGG ACATTGACAA AGTTTGGACC 
GACCCTTTTT TCCAGGAGCA CTACCTTCCT TATCTTATAA CAAGCAAGCT CAAACTACAG 
TGCCAGAGGA TGGAAGACCA GTCTCTGAAT TCGTTTGTTA CAAGAGCAAT GCGAAATAAC 
GACTGGGCAG CATTACTACA GAGTCGTCAT AGTGACAGCC TTGCTTTGAT GTACCTTCTT 
CAAGATGATT ATGACAGAGC ACTTTACTTT ACTGGATACT TTGAGCAGAG TTTCCTTATG 
GACTGGGCCG GCTTGGACTC TACCATGTCT TCAAGCCGCT CTGCGAAACT TCAGCCTTTG 
CAAAAAATGG CAGAAATGCA GGAGTTTCTT GAATTTATTG CTCAAGAAGA GAACTTTTCA 
AGTACAAATG CAGCGGAATC GATGTTTAAC AAGTGGTCCT ATCGATTTCC TGATCCGAGG 
CTTCATCCTA TCGTTGTCTG GGATGATATT GTAACAAACA GGATTGTATA CATGAGAAAG 
ATCTTAAGGA AATTTGAAAC AGCTGATAGC GAAGAGAGAT CTGGAATCTG TTTGGGTGGT 
TTAAGGCAAA GCATCCTGCA ACATGAAGTT CAACTTCACT TGCGCATGGC AAATACTGCA 
AAAGAACAGG GAAATTATCA AGTTGGAAAC AAATGTCTAC GGGAAGCGCT AAAGTTGATA 
CCCGAGGACG ACTACAGCTT GCAAATCAGT TGGTCGCACG TCTATGCCAA AATGAATCAC 
AAGAAGATTC AATCCTTAAC AGATAAAGAA GCTGTAGAGA CTGCTGTGAT GATAGTAGGA 
CAACTTGATA AATTTTGTGA CAGTAAAATA CTGGAAAATG AGCCTCTGAG AGCTCTAGAG 
CAGCACATTC TTCGGAGCCA GACATTTGAT ATCATCACAA AGGCGATATT CGCAGATGGT 
ATGGATGAAT CTCTTATTTG TCGAGTTCCA TCTTTTGTTG CTTGTTTTAT AGAAATGACT 
CTCTTTGGTA TTCTGTGGAG TGTCGTCATT AAGATATTTT TTGTCTATCA GGCTCTTTGG 
TATCCATTTA AGATAAGCAG TGAACAGTTT GTGTTTGATA ACAGTAAGGA AGGAAAAACT 
AGTCAGGACG CAGTTAAAAG TCTGCAGTCA GCGTTGGAGA GTCCATTGAT GAATGACTTT 
ATTTCTGCTT TGGAGCAGCT CACAGATCCA GAGATGTCTT TTAAGGATTG GTGCGATGGA 
TCGATGAGGC AGTTACTTGA AAACAAAGAT AAGAGAACGG ATGCTCAAGC CATTAGAGAT 
TGCTATAAAA GTATGTTCCA GAACTTGTTT GAATCTGGAA CGAGGGCACA GAATACATCG 
CAAATACGGG GGAATGACTT TGGCCCTGTT AGGAAAAGGT TTGCTCAGGA ATTTTCCGAT 
GAAGTTCAGA AATTGTTTGG TAAAGAGGGG GAAAAACTCA TCGGACTCAA AGTTAACCAA 
TTTATGAATC AGGGGAGAGC GGTTCATCGG AAGATGGAGG AGAAAGGATC CCGCTCCCGT 
CCGGTGTCAA ATCTTAAGGA TTACTCTCCT TGGTTGTTTC ATTTTCAGTC TATTAACTAC 
ACACATGCTT TAGAGATTCC TGGGCAGTAT ACTGGACGAG AAAAACCCCT TCCTGAGTAT 
CACGTTAAAA TCACAGGGTT CGATGAAAGG GTACTGATCT TGTCGTCAAT TCGTAAACCC 
AAGCGCATCA TCATTCGAGG GGACGATGAA AAGGATCACT TTTTTTTGGT CAAAGGTGGA 
GAGGATTTAC GACTGGATCA GAGGATCGAG CAACTGTTTG GCCTGATGAA CGACGTCATG 
ACCAGTTATC CAGCATGCAG CCAAAGAGGC CTAAGGCTGA GGACATACCA AGTCATCCCC 
ATGACTCCTC GAGTGGGGTT GATTGAGTGG ATACAGAACA CCAAGCCATT CAAAGAGGTG 
CTGAAAGAAG CCATGACACC GACTGAGCGT GACAACTACG AGGGAAACGG TGGTCCGTGT 
AAGCGCCATA CAGCATGGAT TGGAAAGTTT AAAGGTAGCA AGACCTTAGA CAGTGTTTAC 
GGCGAAATGT ACAAGAAAGC AAATCGAACT GAAACGGAAA AAAGCTTTCA GCAAACGGTG 
GGACTAGTGC CTTGGGACCT GCTCAGGCGC TCTTTTCTCA AACTCGCTGC CTCTCCTGAA 
GCATTCCTCA TCCTTAGGTC GCATTTTGCG AAAACGCATT CATGTTTGTC GATTTGTCAA 
TACATTTTGG GTATCGGCGA TCGCCATTTG TCAAACTTTA TGGTTGACAT GGAAACGGGA 
GAAATGATTG GAATTGACTT TGGCCACGCC TTCGGTTCGG CCACGCAGTT TCTTCGTGTG 
CCAGAACTGA TGCCTTTCAG ACTAACGCGT CAATTTATCA ACCTGATGTT ACCATTGAAA 
GAGAGTGGAA CCTTGCAGAG CGTCATGGTG CATACATTGA GAGCTTTGAG AAGTAACCAC 
GAACTTCTCG TTAACACAAT GGACGTATTC ATCAAGGAGC CTTCCCTAGA TTGGCAGGTG 
TTTGCTCGTA GACAAGCCAG GTCACAAGGA ATAAACACAG ATGATGGCGA TGTTGCTTGG 
TATCCTCGAC AGAAGATACA AAATGCTAAA AAGAAACTAG AAGGATTCAA CCCTGCTTAT 
GTTATGAGGG ATGATCTTGC GTTAGGCCAC GAGGCAACTT CCTGGTATAA ATTTATGGAA 
GCCGTGTGTC TTGGAGATGC AAAGGCAAAT ATAAGAGCTC GCGAACCAGA AAGTGGTTTA 
TCAGTAGAGA GTCAAGTTGC TTGTCTTATT GATCACGCAA CAGATCCAAA TATTCTCGGA 
CGAACTTACG CTGGGTGGGA ACCGTGGATG TAA

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

RefSeq	XP_015748747.1
CDS	1..4833
Translation	MAALKKALDSFVALNFPLKSTEFIFGSPQYNDYIQALDKMFEPYAKYWITPLTELILRMKDSEQPGTEGINYFIVDLVVTMLSWNSTALPEDRYLTSKLLEFVMTRAQHRNRSVFKNNLEIIKTMVEIWKSRLEVPSKVIVDNLSNPDPTKKDNAVGIQLLGIIAANGLSLSHDATADKERFYSCLTNNLTFKYKEVYAAAAEVIGLLLKQAADVQKVFDGTLHDMVSEKLMSLVSSARPEPDKFITCVHKLQQNYPPIADRFVNQILFKLPSVYGDFKTYCLEILCSRAENITNLFTELKTKGLKDILTCRDEGSQVAVLKILQRLLKKLTVAELQFIFPSVTAFITHPSILCRELMYDILIWIYDMLRLVFIFQFSFVLPQAKERTKAARESRVVMYRKYRTGDLPDIQIKFSELIAPLQAVAQRDSTFAKKLFSVLFRGIFSQIEKKLSVPEAANVASDINTAVNNMVSSSTKFFPAFISSIQDICYHEHKLSIDPTSVSAACLTSLQQPIGIMLLEKQLLQSEDSGQSSRKRARGLAAPPSQETITWIELSRLYRSLGDYDVLRGIFTGHIGTKPITQKALEAEARGDFSQALKLYNEAIATESWPDGEPQREEEDLWDDGRLQCFANLTQWENVEKFSLLSIDDGDTPDIDKVWTDPFFQEHYLPYLITSKLKLQCQRMEDQSLNSFVTRAMRNNDWAALLQSRHSDSLALMYLLQDDYDRALYFTGYFEQSFLMDWAGLDSTMSSSRSAKLQPLQKMAEMQEFLEFIAQEENFSSTNAAESMFNKWSYRFPDPRLHPIVVWDDIVTNRIVYMRKILRKFETADSEERSGICLGGLRQSILQHEVQLHLRMANTAKEQGNYQVGNKCLREALKLIPEDDYSLQISWSHVYAKMNHKKIQSLTDKEAVETAVMIVGQLDKFCDSKILENEPLRALEQHILRSQTFDIITKAIFADGMDESLICRVPSFVACFIEMTLFGILWSVVIKIFFVYQALWYPFKISSEQFVFDNSKEGKTSQDAVKSLQSALESPLMNDFISALEQLTDPEMSFKDWCDGSMRQLLENKDKRTDAQAIRDCYKSMFQNLFESGTRAQNTSQIRGNDFGPVRKRFAQEFSDEVQKLFGKEGEKLIGLKVNQFMNQGRAVHRKMEEKGSRSRPVSNLKDYSPWLFHFQSINYTHALEIPGQYTGREKPLPEYHVKITGFDERVLILSSIRKPKRIIIRGDDEKDHFFLVKGGEDLRLDQRIEQLFGLMNDVMTSYPACSQRGLRLRTYQVIPMTPRVGLIEWIQNTKPFKEVLKEAMTPTERDNYEGNGGPCKRHTAWIGKFKGSKTLDSVYGEMYKKANRTETEKSFQQTVGLVPWDLLRRSFLKLAASPEAFLILRSHFAKTHSCLSICQYILGIGDRHLSNFMVDMETGEMIGIDFGHAFGSATQFLRVPELMPFRLTRQFINLMLPLKESGTLQSVMVHTLRALRSNHELLVNTMDVFIKEPSLDWQVFARRQARSQGINTDDGDVAWYPRQKIQNAKKKLEGFNPAYVMRDDLALGHEATSWYKFMEAVCLGDAKANIRAREPESGLSVESQVACLIDHATDPNILGRTYAGWEPWM

Target ORF information:

RefSeq Version	XM_015893261.1
Organism	Acropora digitifera
Definition	Acropora digitifera DNA-dependent protein kinase catalytic subunit-like (LOC107328540), mRNA.

Target ORF information:

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

XM_015893261.1

ORF Insert Sequence:

ATGGCTGCGC TAAAGAAAGC ATTGGATAGT TTTGTGGCAC TCAATTTTCC TCTGAAGTCA 
ACAGAATTCA TATTTGGCAG TCCTCAGTAC AACGACTATA TCCAAGCATT AGATAAGATG 
TTTGAACCAT ATGCAAAGTA CTGGATCACT CCTCTCACGG AATTGATTCT TCGAATGAAA 
GATTCAGAAC AGCCTGGAAC TGAAGGAATC AACTACTTCA TTGTTGATCT TGTGGTGACC 
ATGTTGTCGT GGAACAGTAC AGCTCTACCA GAGGATCGGT ATTTGACAAG CAAACTTCTT 
GAGTTTGTGA TGACGAGAGC ACAACACAGA AACCGCTCCG TGTTCAAAAA CAATTTAGAG 
ATCATCAAAA CTATGGTAGA AATCTGGAAG AGCAGATTAG AAGTGCCATC AAAGGTGATA 
GTTGACAACT TAAGCAACCC TGACCCTACT AAAAAGGACA ATGCTGTTGG CATTCAGTTA 
CTTGGGATCA TTGCAGCTAA TGGCCTCTCA CTTTCGCATG ACGCCACAGC TGATAAAGAA 
AGATTTTACA GTTGTCTTAC AAACAATCTA ACGTTCAAGT ACAAAGAAGT TTACGCTGCC 
GCTGCTGAAG TGATTGGCTT ACTGCTTAAG CAGGCTGCTG ATGTGCAAAA GGTATTTGAT 
GGTACTTTGC ACGACATGGT CAGTGAAAAG CTGATGTCAT TGGTTAGTTC AGCCAGACCA 
GAACCCGACA AGTTTATAAC TTGTGTGCAC AAATTGCAAC AGAACTATCC TCCTATTGCT 
GACAGATTTG TAAATCAGAT CTTGTTTAAG CTGCCGTCTG TTTATGGAGA TTTCAAGACG 
TACTGTCTCG AGATTCTTTG CTCCAGAGCT GAAAATATTA CAAACTTGTT CACAGAGTTG 
AAAACTAAAG GTTTAAAGGA CATTTTGACT TGCCGAGATG AAGGGAGCCA GGTTGCTGTG 
CTGAAGATAC TACAACGACT TTTGAAGAAG CTGACTGTTG CAGAACTGCA GTTTATTTTC 
CCGTCTGTGA CTGCTTTTAT AACTCATCCA AGTATTTTGT GCCGGGAGTT GATGTATGAT 
ATCCTCATCT GGATTTATGA CATGCTCAGG TTAGTTTTCA TTTTTCAATT TTCATTCGTT 
TTGCCACAAG CCAAGGAGAG AACAAAGGCC GCTCGTGAGA GCCGAGTCGT AATGTATCGA 
AAATATCGAA CTGGGGACTT GCCAGATATC CAAATCAAGT TTTCTGAACT CATAGCTCCA 
TTGCAAGCTG TAGCACAGCG TGACAGTACT TTTGCAAAGA AGTTGTTCAG TGTTCTTTTT 
CGAGGAATCT TTTCTCAAAT TGAGAAAAAG CTATCAGTAC CTGAAGCAGC TAATGTTGCT 
TCAGATATCA ACACAGCTGT GAACAACATG GTCTCCTCAT CTACAAAGTT TTTTCCTGCT 
TTCATCTCCA GTATCCAGGA TATTTGTTAC CATGAGCACA AACTGTCGAT AGACCCAACG 
TCTGTTAGTG CAGCCTGTCT GACAAGCTTA CAGCAGCCCA TTGGGATCAT GTTGCTCGAG 
AAGCAGTTGC TGCAGAGTGA AGATAGCGGG CAGAGTAGTC GCAAGAGGGC CAGAGGCTTG 
GCTGCCCCAC CTTCTCAAGA AACTATAACA TGGATAGAAT TGTCGAGGTT ATATAGGTCA 
TTGGGTGACT ATGATGTTCT TCGAGGAATT TTTACTGGAC ACATTGGTAC CAAACCCATT 
ACCCAAAAAG CACTGGAAGC AGAGGCACGC GGGGACTTCT CGCAAGCTCT AAAACTCTAC 
AATGAGGCTA TTGCTACTGA AAGCTGGCCA GATGGTGAAC CTCAGCGGGA AGAGGAGGAC 
TTGTGGGACG ATGGCAGACT ACAGTGCTTT GCTAACCTCA CGCAGTGGGA AAACGTGGAA 
AAATTTTCTT TGTTAAGCAT TGACGATGGC GACACTCCGG ACATTGACAA AGTTTGGACC 
GACCCTTTTT TCCAGGAGCA CTACCTTCCT TATCTTATAA CAAGCAAGCT CAAACTACAG 
TGCCAGAGGA TGGAAGACCA GTCTCTGAAT TCGTTTGTTA CAAGAGCAAT GCGAAATAAC 
GACTGGGCAG CATTACTACA GAGTCGTCAT AGTGACAGCC TTGCTTTGAT GTACCTTCTT 
CAAGATGATT ATGACAGAGC ACTTTACTTT ACTGGATACT TTGAGCAGAG TTTCCTTATG 
GACTGGGCCG GCTTGGACTC TACCATGTCT TCAAGCCGCT CTGCGAAACT TCAGCCTTTG 
CAAAAAATGG CAGAAATGCA GGAGTTTCTT GAATTTATTG CTCAAGAAGA GAACTTTTCA 
AGTACAAATG CAGCGGAATC GATGTTTAAC AAGTGGTCCT ATCGATTTCC TGATCCGAGG 
CTTCATCCTA TCGTTGTCTG GGATGATATT GTAACAAACA GGATTGTATA CATGAGAAAG 
ATCTTAAGGA AATTTGAAAC AGCTGATAGC GAAGAGAGAT CTGGAATCTG TTTGGGTGGT 
TTAAGGCAAA GCATCCTGCA ACATGAAGTT CAACTTCACT TGCGCATGGC AAATACTGCA 
AAAGAACAGG GAAATTATCA AGTTGGAAAC AAATGTCTAC GGGAAGCGCT AAAGTTGATA 
CCCGAGGACG ACTACAGCTT GCAAATCAGT TGGTCGCACG TCTATGCCAA AATGAATCAC 
AAGAAGATTC AATCCTTAAC AGATAAAGAA GCTGTAGAGA CTGCTGTGAT GATAGTAGGA 
CAACTTGATA AATTTTGTGA CAGTAAAATA CTGGAAAATG AGCCTCTGAG AGCTCTAGAG 
CAGCACATTC TTCGGAGCCA GACATTTGAT ATCATCACAA AGGCGATATT CGCAGATGGT 
ATGGATGAAT CTCTTATTTG TCGAGTTCCA TCTTTTGTTG CTTGTTTTAT AGAAATGACT 
CTCTTTGGTA TTCTGTGGAG TGTCGTCATT AAGATATTTT TTGTCTATCA GGCTCTTTGG 
TATCCATTTA AGATAAGCAG TGAACAGTTT GTGTTTGATA ACAGTAAGGA AGGAAAAACT 
AGTCAGGACG CAGTTAAAAG TCTGCAGTCA GCGTTGGAGA GTCCATTGAT GAATGACTTT 
ATTTCTGCTT TGGAGCAGCT CACAGATCCA GAGATGTCTT TTAAGGATTG GTGCGATGGA 
TCGATGAGGC AGTTACTTGA AAACAAAGAT AAGAGAACGG ATGCTCAAGC CATTAGAGAT 
TGCTATAAAA GTATGTTCCA GAACTTGTTT GAATCTGGAA CGAGGGCACA GAATACATCG 
CAAATACGGG GGAATGACTT TGGCCCTGTT AGGAAAAGGT TTGCTCAGGA ATTTTCCGAT 
GAAGTTCAGA AATTGTTTGG TAAAGAGGGG GAAAAACTCA TCGGACTCAA AGTTAACCAA 
TTTATGAATC AGGGGAGAGC GGTTCATCGG AAGATGGAGG AGAAAGGATC CCGCTCCCGT 
CCGGTGTCAA ATCTTAAGGA TTACTCTCCT TGGTTGTTTC ATTTTCAGTC TATTAACTAC 
ACACATGCTT TAGAGATTCC TGGGCAGTAT ACTGGACGAG AAAAACCCCT TCCTGAGTAT 
CACGTTAAAA TCACAGGGTT CGATGAAAGG GTACTGATCT TGTCGTCAAT TCGTAAACCC 
AAGCGCATCA TCATTCGAGG GGACGATGAA AAGGATCACT TTTTTTTGGT CAAAGGTGGA 
GAGGATTTAC GACTGGATCA GAGGATCGAG CAACTGTTTG GCCTGATGAA CGACGTCATG 
ACCAGTTATC CAGCATGCAG CCAAAGAGGC CTAAGGCTGA GGACATACCA AGTCATCCCC 
ATGACTCCTC GAGTGGGGTT GATTGAGTGG ATACAGAACA CCAAGCCATT CAAAGAGGTG 
CTGAAAGAAG CCATGACACC GACTGAGCGT GACAACTACG AGGGAAACGG TGGTCCGTGT 
AAGCGCCATA CAGCATGGAT TGGAAAGTTT AAAGGTAGCA AGACCTTAGA CAGTGTTTAC 
GGCGAAATGT ACAAGAAAGC AAATCGAACT GAAACGGAAA AAAGCTTTCA GCAAACGGTG 
GGACTAGTGC CTTGGGACCT GCTCAGGCGC TCTTTTCTCA AACTCGCTGC CTCTCCTGAA 
GCATTCCTCA TCCTTAGGTC GCATTTTGCG AAAACGCATT CATGTTTGTC GATTTGTCAA 
TACATTTTGG GTATCGGCGA TCGCCATTTG TCAAACTTTA TGGTTGACAT GGAAACGGGA 
GAAATGATTG GAATTGACTT TGGCCACGCC TTCGGTTCGG CCACGCAGTT TCTTCGTGTG 
CCAGAACTGA TGCCTTTCAG ACTAACGCGT CAATTTATCA ACCTGATGTT ACCATTGAAA 
GAGAGTGGAA CCTTGCAGAG CGTCATGGTG CATACATTGA GAGCTTTGAG AAGTAACCAC 
GAACTTCTCG TTAACACAAT GGACGTATTC ATCAAGGAGC CTTCCCTAGA TTGGCAGGTG 
TTTGCTCGTA GACAAGCCAG GTCACAAGGA ATAAACACAG ATGATGGCGA TGTTGCTTGG 
TATCCTCGAC AGAAGATACA AAATGCTAAA AAGAAACTAG AAGGATTCAA CCCTGCTTAT 
GTTATGAGGG ATGATCTTGC GTTAGGCCAC GAGGCAACTT CCTGGTATAA ATTTATGGAA 
GCCGTGTGTC TTGGAGATGC AAAGGCAAAT ATAAGAGCTC GCGAACCAGA AAGTGGTTTA 
TCAGTAGAGA GTCAAGTTGC TTGTCTTATT GATCACGCAA CAGATCCAAA TATTCTCGGA 
CGAACTTACG CTGGGTGGGA ACCGTGGATG TAA