LOC110066064 cDNA ORF clone, Orbicella faveolata

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110066064
Entrez Gene ID	110066064
Full Name	ATP-dependent DNA helicase DDX11-like
Gene Type	protein-coding
Organism	Orbicella faveolata

mRNA and Protein(s)

mRNA	Protein	Name
XM_020773264.1	XP_020628923.1	ATP-dependent DNA helicase DDX11-like

Pathways from BioSystems
Gene Ontology

The following LOC110066064 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110066064 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
OOr97417	XM_020773264.1 Latest version!	Orbicella faveolata ATP-dependent DNA helicase DDX11-like (LOC110066064), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00

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)

LOC110066064 ( XM_020773264.1 ) cDNA ORF clone, Orbicella faveolata -> XP_020628923.1 Orbicella faveolata ATP-dependent DNA helicase DDX11-like (LOC110066064), mRNA.

Price & Availability↑

CloneID	OOr97417
Clone ID Related Accession (Same CDS sequence)	XM_020773264.1
Accession Version	XM_020773264.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4164bp) 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	2017-04-09
Organism	Orbicella faveolata
Product	ATP-dependent DNA helicase DDX11-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018150208.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Orbicella faveolata Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGATTCAAG GCCCTGGCAA GAAAGATTTT GCAATGGAAG ATTTTCATAC AGATAATTCT 
GCAAGAAATG GGCCTCAAAA TTGCGATTTT ATTCAAGCTG CAGTTAATCG ACCGACTAGT 
CGCGAATCGG TGGCAAAAGA TGAGGAAATT TTCTTTCCAT TTCCTTTCCC GCCATACGAC 
ATCCAGGAGG ATTTCATGAA AACTTTGTAT CACGTGCTTG AAAATGGAGG AGTTGGAATT 
TTTGAAAGTC CAACAGGAAC GGGGAAATCT TTGAGTTTAA TCAGTGGATC TCTAACCTGG 
CTCAAGGATT TTGAGGGAAG GCAACAAAAG GAGCTAGAGA ATTCTCCAGC AAGTGCAAGA 
AATGTTACTG AAAACTGTAT TACTGCTGAA AGTAAAGATC CCTCATCAAC ACCAGACTGG 
GTGGCAGAGT TTGCTGAAAA GCAAGCCCAA AGGGAAGCAG AAGACAGAAT TAAGGAGAAA 
AGAGAGAGGC TTGAGGAACA GAAGTCAAAG CTTCAAAGAA TCAAGAATGA AATAAGATCA 
TCATATGCTG TCAAATCTGG AAAGAGGAAG GTTTGTTTGA CCTCCACTAG GCCACCCCCA 
CCCCTACCAC CACCCCATTC CCCCTGTTAT ACTGAGCTTC CATCTTGTTT AGCAAGTCTG 
GAGATATCAT TGATCATTCT CTTATTAATT TGTATCCAGC ATAGTGATGA CAATTCAAGC 
AAAGATGAAG AAATGGAGCA GAAAATTTCT AAGGAAATCA ATGAAGTCTT GGGCAAGACA 
AGTCTGAATG ATCCTGATGC TGATATTGTG TTAACAGAGT ACCTCAGTGA CAGAGAAGAG 
GCTGAGTCAG ATGAAGAAGA GGAAGATAAA GTTGAAGAAC CTCATTGCCT AAAGATATTC 
TATTGCAGTC GGACACACTC ACAGCTGGCA CAGTTTGTGA GAGAAGTTCA GAAGAGTTCG 
TTCAGTGACA GCACAAGGGT CGTGTCACTT GGATCACGAC AGAATCTCTG CATCAATGAA 
GATGTTAAGA GCCTGAAAAA TATTAACAGA ATCAATGATA GATGTTTGGA ACTTCAGAAG 
AATGACAAAG ACAATAAAAA AGCTAAAGGA GAGAATGCTC CAAAGAAGAA AAAACTTACC 
AAAGGTTGTC CATTTTATGC ATATCAGCAG ATGCAGAAGT TTAGGGACCA TGTCTTGGTA 
AGAAGCATCA ATTCCTCCAC TAGGCCACCC CCACCCCTAC CACCACCCCA TTCCCCCTGT 
TATACTGAGC TTCCATCTTG TTTAGCAAGT CTGGAGATAT CATTGATCAT TCTCTTATTA 
ATTTGTATCC AGCATAGTGA TGACAATTCA AGCAAAGATG AAGAAATGGA GCAGAAAATT 
TCTAAGGAAA TCAATGAAGT CTTGGGCAAG ACAAGTCTGA ATGATCCTGA TGCTGATATT 
GTGTTAACAG AGTACCTCAG TGACAGAGAA GAGGCTGAGT CAGATGAAGA AGAGGAAGAT 
AAAGTTGAAG AACCTCATTG CCTAAAGATA TTCTATTGCA GTCGGACACA CTCACAGCTG 
GCACAGTTTG TGAGAGAAGT TCAGAAGAGT TCGTTCAGTG ACAGCACAAG GGTCGTGTCA 
CTTGGATCAC GACAGAATCT CTGCATCAAT GAAGATGTTA AGAGCCTGAA AAATATTAAC 
AGAATCAATG ATAGATGTTT GGAACTTCAG AAGAATGACA AAGACAATAA AAAAGCTAAA 
GGAGAGAATG CTCCAAAGAA GAAAAAACTT ACCAAAGGTT GTCCATTTTA TGCATATCAG 
CAGATGCAGA AGTTTAGGGA CCATGTCTTG GTTGATATAA AAGATATTGA GCAGCTTGTT 
TCAGTTGGAG AGAAACTCAA TGCTTGTCCT TACTATGGAA CAAGATTAGC CATACCTCCA 
GCACAGCTTG TCGTTTTGCC CTATAACATC CTTCTCCACA AGTCCACCAG AAAAGCCTGT 
GGAATACGGC TTGACGGCAA TGTAGTCATC ATAGATGAAG CACACAATTT GATTGACACA 
ATCAGTAGTG TACATAGTAT TGAAATCACT GGTTCTCAGA TTTCATGTGC ACATTCACAA 
CTGACACAGT ATCAAGATCG TTACAGGACA AGATTAAAGG CAAAAAATTT ACTATACATC 
CAGCAGCTAC TCTATGTCTT GACATGTTTC TTAAACGGTC TGGGTGGAAA GGAGCAAAAT 
CTATCAAAAG CAATATCATC AATTACAACT GATGAATGTG GTGCGAAAGA AGCAAGAACG 
CAAGGTTGTT TTCATTATTC GTTATGTTAC CTGTGTAATG GCTTTATATC TTTAGTTAAC 
TCTTGTGTGA CTAGGTATCA AAAGAGGCCT CGGGAAGCAA TGTATACAAT GTATGTAAAG 
CTTAGAACAA TCAATGACTT CTTGTTTTCT GTCCAGATGG ACAATGTCAA CTTTTTCAAG 
GTTGATATAA AAGATATTGA GCAGCTTGTT TCAGTTGGAG AGAAACTCAA TGCTTGTCCT 
TACTATGGAA CAAGATTAGC CATACCTCCA GCACAGCTTG TCGTTTTGCC CTATAACATC 
CTTCTCCACA AGTCCACCAG AAAAGCCTGT GGAATACGGC TTGACGGCAA TGTAGTCATC 
ATAGATGAAG CACACAATTT GATTGACACA ATCAGTAGTG TACATAGTAT TGAAATCACT 
GGTTCTCAGA TTTCATGTGC ACATTCACAA CTGACACAGT ATCAAGATCG TTACAGGACA 
AGATTAAAGG CAAAAAATTT ACTATACATC CAGCAGCTAC TCTATGTCTT GACATGTTTC 
TTAAACGGTC TGGGTGGAAA GGAGCAAAAT CTATCAAAAG CAATATCATC AATTACAACT 
GATGAATGTG GTGCGAAAGA AGCAAGAACG CAAGATGTAA AGCTTAGAAC AATCAATGAC 
TTCTTGTTTT CTGTCCAGAT GGACAATGTC AACTTTTTCA AGATTAAAAA ATACTGCGAG 
AAGAGCATGA TCTCTAAAAA GCTGAATGGA TTTATTGACA AGTATCATTC TATACAAGTG 
GGTGCAGGAT CAGAAGAGGA CACATTGTAT CAGAGCAGTA CTTCTCCTCT TCAGATTATT 
GAGAGCTTTT TGGAAGCTCT CACAAATGCA GACAAAGATG GAAGGGTTGT TGTTAATAAG 
CAAGATCGAC TCAGTAGTTC CAGCCTGAAG TTTCTACTTT TGAACCCTGC TGTCCATTTT 
ACAAGCATAG TCAGAGAAGC CAGAGCAGTT ATTGTGGCTG GAGGAACAAT GCAACCTATG 
TCAGATTTCA AAGACCAGCT GTTTACTTGT GCAGGACTCC CAAGTGAAAA CATAATAGAG 
TTTTCTTGTG GTCATGTTAT TCCAGCGGAA CATTTGCTCT CCGTGGCGTT AGATAGAGGC 
CCTTCGGGAA AAGAACTGGA TTTCACTTAC CAGTCCAGAG ATTCTGCCCA GCTGAAAGAG 
GAGTTAGGTC GGCTACTTAT CAACATTTTT GCCGTAGTTC CTGGTGGTGT GGTGTGCTTT 
TTCTCGTCAT ACGATTATGA GCAGCAAGTC TACAGACACT GGCAAACAAC CGGCCTTCTT 
GATAAAATGA ACGCGCGAAA AAAGGTCTTT AGAGAACCAA GAAAAGCTAA CCAACTTGAT 
CAAGTACTTT CGTCATATTC TGCCTGCATT AAGAAGTCAG CTGTGACTAC GAACACGTCT 
CCGAATGGTG CGGTGTTATT TTGTGTGGTA GGAGGAAAAA TGAGTGAGGG GATCAACTTT 
TCCGACGACC TCGGAAGGTG TGTGGTGATG GTTGGACTTC CTTATCCTAA TATTTACTCC 
CCGGAACTGA AGGAGAAAAT GACTTATCTC GATGCCACTT TAGGGCCCAA AGCTGGCCAA 
ACGCATTACG AAAATCTTTG CATGAAAGCT GTAAATCAAT CAATAGGTCG TGCTATCCGT 
CACAGAGGAG ACTATGCCAC CATCTTGTTA CTTGATCAGC GCTACGGGTC TGCTAGGATA 
CAGAGAAGCT TACCTGGTTG GATTTCAAAC CGACTTCAAC ATCATTCGCG CTTCGGATCT 
GCATTTGCCG CCATTCGCAA GTTTTTCGTG GACAAGCGAC AGACGGATGG AATTACAGAC 
CAAGAAGCAC AACCAAATAC TTAA

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

RefSeq	XP_020628923.1
CDS	274..4437
Translation	MIQGPGKKDFAMEDFHTDNSARNGPQNCDFIQAAVNRPTSRESVAKDEEIFFPFPFPPYDIQEDFMKTLYHVLENGGVGIFESPTGTGKSLSLISGSLTWLKDFEGRQQKELENSPASARNVTENCITAESKDPSSTPDWVAEFAEKQAQREAEDRIKEKRERLEEQKSKLQRIKNEIRSSYAVKSGKRKVCLTSTRPPPPLPPPHSPCYTELPSCLASLEISLIILLLICIQHSDDNSSKDEEMEQKISKEINEVLGKTSLNDPDADIVLTEYLSDREEAESDEEEEDKVEEPHCLKIFYCSRTHSQLAQFVREVQKSSFSDSTRVVSLGSRQNLCINEDVKSLKNINRINDRCLELQKNDKDNKKAKGENAPKKKKLTKGCPFYAYQQMQKFRDHVLVRSINSSTRPPPPLPPPHSPCYTELPSCLASLEISLIILLLICIQHSDDNSSKDEEMEQKISKEINEVLGKTSLNDPDADIVLTEYLSDREEAESDEEEEDKVEEPHCLKIFYCSRTHSQLAQFVREVQKSSFSDSTRVVSLGSRQNLCINEDVKSLKNINRINDRCLELQKNDKDNKKAKGENAPKKKKLTKGCPFYAYQQMQKFRDHVLVDIKDIEQLVSVGEKLNACPYYGTRLAIPPAQLVVLPYNILLHKSTRKACGIRLDGNVVIIDEAHNLIDTISSVHSIEITGSQISCAHSQLTQYQDRYRTRLKAKNLLYIQQLLYVLTCFLNGLGGKEQNLSKAISSITTDECGAKEARTQGCFHYSLCYLCNGFISLVNSCVTRYQKRPREAMYTMYVKLRTINDFLFSVQMDNVNFFKVDIKDIEQLVSVGEKLNACPYYGTRLAIPPAQLVVLPYNILLHKSTRKACGIRLDGNVVIIDEAHNLIDTISSVHSIEITGSQISCAHSQLTQYQDRYRTRLKAKNLLYIQQLLYVLTCFLNGLGGKEQNLSKAISSITTDECGAKEARTQDVKLRTINDFLFSVQMDNVNFFKIKKYCEKSMISKKLNGFIDKYHSIQVGAGSEEDTLYQSSTSPLQIIESFLEALTNADKDGRVVVNKQDRLSSSSLKFLLLNPAVHFTSIVREARAVIVAGGTMQPMSDFKDQLFTCAGLPSENIIEFSCGHVIPAEHLLSVALDRGPSGKELDFTYQSRDSAQLKEELGRLLINIFAVVPGGVVCFFSSYDYEQQVYRHWQTTGLLDKMNARKKVFREPRKANQLDQVLSSYSACIKKSAVTTNTSPNGAVLFCVVGGKMSEGINFSDDLGRCVVMVGLPYPNIYSPELKEKMTYLDATLGPKAGQTHYENLCMKAVNQSIGRAIRHRGDYATILLLDQRYGSARIQRSLPGWISNRLQHHSRFGSAFAAIRKFFVDKRQTDGITDQEAQPNT

Target ORF information:

RefSeq Version	XM_020773264.1
Organism	Orbicella faveolata
Definition	Orbicella faveolata ATP-dependent DNA helicase DDX11-like (LOC110066064), mRNA.

Target ORF information:

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

XM_020773264.1

ORF Insert Sequence:

ATGATTCAAG GCCCTGGCAA GAAAGATTTT GCAATGGAAG ATTTTCATAC AGATAATTCT 
GCAAGAAATG GGCCTCAAAA TTGCGATTTT ATTCAAGCTG CAGTTAATCG ACCGACTAGT 
CGCGAATCGG TGGCAAAAGA TGAGGAAATT TTCTTTCCAT TTCCTTTCCC GCCATACGAC 
ATCCAGGAGG ATTTCATGAA AACTTTGTAT CACGTGCTTG AAAATGGAGG AGTTGGAATT 
TTTGAAAGTC CAACAGGAAC GGGGAAATCT TTGAGTTTAA TCAGTGGATC TCTAACCTGG 
CTCAAGGATT TTGAGGGAAG GCAACAAAAG GAGCTAGAGA ATTCTCCAGC AAGTGCAAGA 
AATGTTACTG AAAACTGTAT TACTGCTGAA AGTAAAGATC CCTCATCAAC ACCAGACTGG 
GTGGCAGAGT TTGCTGAAAA GCAAGCCCAA AGGGAAGCAG AAGACAGAAT TAAGGAGAAA 
AGAGAGAGGC TTGAGGAACA GAAGTCAAAG CTTCAAAGAA TCAAGAATGA AATAAGATCA 
TCATATGCTG TCAAATCTGG AAAGAGGAAG GTTTGTTTGA CCTCCACTAG GCCACCCCCA 
CCCCTACCAC CACCCCATTC CCCCTGTTAT ACTGAGCTTC CATCTTGTTT AGCAAGTCTG 
GAGATATCAT TGATCATTCT CTTATTAATT TGTATCCAGC ATAGTGATGA CAATTCAAGC 
AAAGATGAAG AAATGGAGCA GAAAATTTCT AAGGAAATCA ATGAAGTCTT GGGCAAGACA 
AGTCTGAATG ATCCTGATGC TGATATTGTG TTAACAGAGT ACCTCAGTGA CAGAGAAGAG 
GCTGAGTCAG ATGAAGAAGA GGAAGATAAA GTTGAAGAAC CTCATTGCCT AAAGATATTC 
TATTGCAGTC GGACACACTC ACAGCTGGCA CAGTTTGTGA GAGAAGTTCA GAAGAGTTCG 
TTCAGTGACA GCACAAGGGT CGTGTCACTT GGATCACGAC AGAATCTCTG CATCAATGAA 
GATGTTAAGA GCCTGAAAAA TATTAACAGA ATCAATGATA GATGTTTGGA ACTTCAGAAG 
AATGACAAAG ACAATAAAAA AGCTAAAGGA GAGAATGCTC CAAAGAAGAA AAAACTTACC 
AAAGGTTGTC CATTTTATGC ATATCAGCAG ATGCAGAAGT TTAGGGACCA TGTCTTGGTA 
AGAAGCATCA ATTCCTCCAC TAGGCCACCC CCACCCCTAC CACCACCCCA TTCCCCCTGT 
TATACTGAGC TTCCATCTTG TTTAGCAAGT CTGGAGATAT CATTGATCAT TCTCTTATTA 
ATTTGTATCC AGCATAGTGA TGACAATTCA AGCAAAGATG AAGAAATGGA GCAGAAAATT 
TCTAAGGAAA TCAATGAAGT CTTGGGCAAG ACAAGTCTGA ATGATCCTGA TGCTGATATT 
GTGTTAACAG AGTACCTCAG TGACAGAGAA GAGGCTGAGT CAGATGAAGA AGAGGAAGAT 
AAAGTTGAAG AACCTCATTG CCTAAAGATA TTCTATTGCA GTCGGACACA CTCACAGCTG 
GCACAGTTTG TGAGAGAAGT TCAGAAGAGT TCGTTCAGTG ACAGCACAAG GGTCGTGTCA 
CTTGGATCAC GACAGAATCT CTGCATCAAT GAAGATGTTA AGAGCCTGAA AAATATTAAC 
AGAATCAATG ATAGATGTTT GGAACTTCAG AAGAATGACA AAGACAATAA AAAAGCTAAA 
GGAGAGAATG CTCCAAAGAA GAAAAAACTT ACCAAAGGTT GTCCATTTTA TGCATATCAG 
CAGATGCAGA AGTTTAGGGA CCATGTCTTG GTTGATATAA AAGATATTGA GCAGCTTGTT 
TCAGTTGGAG AGAAACTCAA TGCTTGTCCT TACTATGGAA CAAGATTAGC CATACCTCCA 
GCACAGCTTG TCGTTTTGCC CTATAACATC CTTCTCCACA AGTCCACCAG AAAAGCCTGT 
GGAATACGGC TTGACGGCAA TGTAGTCATC ATAGATGAAG CACACAATTT GATTGACACA 
ATCAGTAGTG TACATAGTAT TGAAATCACT GGTTCTCAGA TTTCATGTGC ACATTCACAA 
CTGACACAGT ATCAAGATCG TTACAGGACA AGATTAAAGG CAAAAAATTT ACTATACATC 
CAGCAGCTAC TCTATGTCTT GACATGTTTC TTAAACGGTC TGGGTGGAAA GGAGCAAAAT 
CTATCAAAAG CAATATCATC AATTACAACT GATGAATGTG GTGCGAAAGA AGCAAGAACG 
CAAGGTTGTT TTCATTATTC GTTATGTTAC CTGTGTAATG GCTTTATATC TTTAGTTAAC 
TCTTGTGTGA CTAGGTATCA AAAGAGGCCT CGGGAAGCAA TGTATACAAT GTATGTAAAG 
CTTAGAACAA TCAATGACTT CTTGTTTTCT GTCCAGATGG ACAATGTCAA CTTTTTCAAG 
GTTGATATAA AAGATATTGA GCAGCTTGTT TCAGTTGGAG AGAAACTCAA TGCTTGTCCT 
TACTATGGAA CAAGATTAGC CATACCTCCA GCACAGCTTG TCGTTTTGCC CTATAACATC 
CTTCTCCACA AGTCCACCAG AAAAGCCTGT GGAATACGGC TTGACGGCAA TGTAGTCATC 
ATAGATGAAG CACACAATTT GATTGACACA ATCAGTAGTG TACATAGTAT TGAAATCACT 
GGTTCTCAGA TTTCATGTGC ACATTCACAA CTGACACAGT ATCAAGATCG TTACAGGACA 
AGATTAAAGG CAAAAAATTT ACTATACATC CAGCAGCTAC TCTATGTCTT GACATGTTTC 
TTAAACGGTC TGGGTGGAAA GGAGCAAAAT CTATCAAAAG CAATATCATC AATTACAACT 
GATGAATGTG GTGCGAAAGA AGCAAGAACG CAAGATGTAA AGCTTAGAAC AATCAATGAC 
TTCTTGTTTT CTGTCCAGAT GGACAATGTC AACTTTTTCA AGATTAAAAA ATACTGCGAG 
AAGAGCATGA TCTCTAAAAA GCTGAATGGA TTTATTGACA AGTATCATTC TATACAAGTG 
GGTGCAGGAT CAGAAGAGGA CACATTGTAT CAGAGCAGTA CTTCTCCTCT TCAGATTATT 
GAGAGCTTTT TGGAAGCTCT CACAAATGCA GACAAAGATG GAAGGGTTGT TGTTAATAAG 
CAAGATCGAC TCAGTAGTTC CAGCCTGAAG TTTCTACTTT TGAACCCTGC TGTCCATTTT 
ACAAGCATAG TCAGAGAAGC CAGAGCAGTT ATTGTGGCTG GAGGAACAAT GCAACCTATG 
TCAGATTTCA AAGACCAGCT GTTTACTTGT GCAGGACTCC CAAGTGAAAA CATAATAGAG 
TTTTCTTGTG GTCATGTTAT TCCAGCGGAA CATTTGCTCT CCGTGGCGTT AGATAGAGGC 
CCTTCGGGAA AAGAACTGGA TTTCACTTAC CAGTCCAGAG ATTCTGCCCA GCTGAAAGAG 
GAGTTAGGTC GGCTACTTAT CAACATTTTT GCCGTAGTTC CTGGTGGTGT GGTGTGCTTT 
TTCTCGTCAT ACGATTATGA GCAGCAAGTC TACAGACACT GGCAAACAAC CGGCCTTCTT 
GATAAAATGA ACGCGCGAAA AAAGGTCTTT AGAGAACCAA GAAAAGCTAA CCAACTTGAT 
CAAGTACTTT CGTCATATTC TGCCTGCATT AAGAAGTCAG CTGTGACTAC GAACACGTCT 
CCGAATGGTG CGGTGTTATT TTGTGTGGTA GGAGGAAAAA TGAGTGAGGG GATCAACTTT 
TCCGACGACC TCGGAAGGTG TGTGGTGATG GTTGGACTTC CTTATCCTAA TATTTACTCC 
CCGGAACTGA AGGAGAAAAT GACTTATCTC GATGCCACTT TAGGGCCCAA AGCTGGCCAA 
ACGCATTACG AAAATCTTTG CATGAAAGCT GTAAATCAAT CAATAGGTCG TGCTATCCGT 
CACAGAGGAG ACTATGCCAC CATCTTGTTA CTTGATCAGC GCTACGGGTC TGCTAGGATA 
CAGAGAAGCT TACCTGGTTG GATTTCAAAC CGACTTCAAC ATCATTCGCG CTTCGGATCT 
GCATTTGCCG CCATTCGCAA GTTTTTCGTG GACAAGCGAC AGACGGATGG AATTACAGAC 
CAAGAAGCAC AACCAAATAC TTAA