LOC100369495 cDNA ORF clone, Saccoglossus kowalevskii

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100369495
Entrez Gene ID	100369495
Full Name	angiotensin-converting enzyme-like
Gene Type	protein-coding
Organism	Saccoglossus kowalevskii

mRNA and Protein(s)

mRNA	Protein	Name
XM_002741097.2	XP_002741143.2	angiotensin-converting enzyme-like

Pathways from BioSystems
Gene Ontology

The following LOC100369495 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100369495 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
OSg15447	XM_002741097.2 Latest version!	Saccoglossus kowalevskii angiotensin-converting enzyme-like (LOC100369495), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

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)

LOC100369495 ( XM_002741097.2 ) cDNA ORF clone, Saccoglossus kowalevskii -> XP_002741143.2 Saccoglossus kowalevskii angiotensin-converting enzyme-like (LOC100369495), mRNA.

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CloneID	OSg15447
Clone ID Related Accession (Same CDS sequence)	XM_002741097.2
Accession Version	XM_002741097.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4248bp) 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	2014-02-17
Organism	Saccoglossus kowalevskii
Product	angiotensin-converting enzyme-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003153251.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Feb 18, 2014 this sequence version replaced XM_002741097.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Saccoglossus kowalevskii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCGTTATC TACTGCTTTT CAGCGCAGCC CTGGTCGCTG TGCGTGCGCA AATAGACTGC 
GGTGCACCCG CTGGGTCGGT TGCAGACGAA TCTAAGGCCG TGCTCTGGTT GAATAATACG 
TACAACCCCA ATGCAGAGAT CATTTACTCA ACCGCCATTA GTGCGTCTTG GGACTATGAG 
ACTAACATCA CCGAGTACAA CCAACAAGTG ATGTTAGATG CTATATCCGT CGCTGGTGGT 
TTTGACAGGG ACATGCGAAC GTGTGCTTTG GTATTCGACA GAACTGATTT CACATTTGAT 
ACAAACAGAC GATTAGAGAA CCTCATCTAT ATCGGTGCAG CGGCGCTGGA TGATGAAAAG 
TTCGATGAGT TTAACCAAAT AGTTGCTGAC ATGTCGGCTA TTTACAACAC TGGTGAGGTA 
TGTGACAAAC CAGGGGATCC AAATCCAGAT GCATGTTACC CATTGGACCC AGATCTGTAT 
GACGTAATGG CCAATAGTCG CAACTGGAGT GAACTGGTAT GGGCATGGGA AGGATGGCGT 
GATACATGTG GTCCTCCCAT GAAACCAATG TACCCGAGAT ATGTTGAATT ATCCAACGAA 
GCAGCTCTTC TGAACGACCA ACCGGACATG GGTGCCTTCT GGCGATCCTG GTATGAAATG 
GAAGATTTCG AGGCTGAAGT AATGAGACTG TGGGACGAAG TGTTGCCTAT GTACGAGCAG 
TTACATGCAT ACGTACGAAG AAAGTTGAGC GGGGTTTATG GAACAGAACA CGTTAGTTTA 
ACCGGAGCCA TCCCGGCACA CATCACCGGT AATATGTGGG CACAGGATTG GATGAGTATC 
AGCGACATCG TGTTACCATT CCCTAATGCT TCATCCATTG ATGTTACAGA CGAATTAATT 
AACCAGGGTT ACGATGCTCT GCAGATGTTC CAACTATCAG AAGATTTCTT TGTATCCATG 
GGATTGATTC CATCGCCACA GAGTTTCTGG GAGGATTCCA TGTTTGAAAA ACCAGATGAT 
GGACGAGAGG TCACGTGCCA TGCTTCAGCG TGGGATTTTT TCAACAGGAA AGATTTCAGA 
ATCAAGATGT GTACACGTGT AAATCACGAG GATTTGATCA CCATTCATCA CGAGATGGGA 
CACACTCAGT ATTACTACCA ATACGCACCA CAGCCCGTTG AATACCGCGA TGGCGCCAAC 
AATGGCTTCC ACGAGGCGCT CGGTGACACC ATATCTCTGT CTGTCCAGAC ACCGGAACAT 
CTCTACGAGG TTGGTTTACT ACCGGAACTT GTCCAAGATC AGGAGTCGGA TCTGAATTAC 
CTGATGTCGA TGGCTTTGCA GAAAGTAGCT TTCCTGCCTT TCGGTTTACT CATTGACCTC 
TGGAGATGGG AAATCTTTGA CGGCACCATT ACTGAATACA ACTATAATGA AAGGTGGTGG 
CATATGAGAA CTGGTATTCA GGGTGTGGTG GAGCCAGTCA AACGTTCCGA TTTGGCGGGT 
GATTTTGATG CTGGCGCAAA ATACCACGTT CCGGCCGACG TTCCCTACAT CAGGTACTTC 
GTGAGTCACA TTTTGCAATT TCAGTTCCAC GAAGCCATAT GCGAGGCTGC TGGCGAGTAC 
CCTGCTAAAC CACTGCACCA TTGCGACGTG TACGAGTCTC ACGAAGCTGG TGATCTTCTC 
GCGGAAATGA TGAGGCCTGG TTCCAGTATA CCTTGGCAGG ACGTCCTAGA AGCAATGACC 
GGATCACGTG ACATGAGTAC GCTCCCGTTA CAGGAATTCT TCAAACCTTT GATAACTTAT 
CTGACTGCCG AGAACACTAA GAACGACGAG TTCATTGGCT GGGATATTAA CTGGAAGCCA 
CCGGAGACCC CTTGCAAACA CCACTCTACC GCCGCTATGT ACGCCGTGAT GAATGCTGCT 
GCCATTGTCT TGGCATGTCT CTCAATGTCC GCGCTAATCT CCGCTGAAGA CGAGTTGATA 
ACAGATGAAG GCGAAGCCAG AGAGTATCTT GTTATGTACA ATACCCTTGC GCAAGAAACG 
TATTTCAAAT ATGTTACTAC GTCCTGGAAC TACGCCACGA ACTTGACAGA TGTGAACAAG 
GATATATTCG TTCAAGAAAG TCTGAAATCC GCAGCATTTG ATTTAGAGGC CCGTGCCAAC 
GTGTCAAAGT TCGACTGGAC TAATTTTGAC CCGGATGTGA TGAGGCAGCT TCAGAAGATC 
TACTACATCG GATCGTCTGC ATTGGAAGGG GACGATTTGA TAGAATATGA AAACATCCTA 
GCTGATATGG AGCAGATATA CTCAACAGCG AAAGTGTGCG AAAGTGAATC AATTTGCATA 
CCCCTGGATC CAGATCTCAC GAGACTAATG GCAACCAGTC GTGACTATGA TGAGTTGAAA 
TGGGCATGGG AAGGTTGGCG TAGAGAAACT GGACCTGAAA TGAAAGATAT GTACGAGAAT 
TTTGTGACTC TGGCGAATAA AGCAGCAAAG GTTAATGATC AACCCGACAT GGGAGCCTAC 
TGGCGGTCTT GGTACGAAGT AGATGACTTG AAAGCCGACT CTATGCGTCT CTGGGAACAA 
CTTAGGCCAT TTTATGAGCA GCTGCACGCA TACGTCAGGG GGAGACTTAG TGAACATTAT 
GGGGAGTCGT TGGTTGATCC CAAACGTCCC ATACCTGCAC ATTTATTAGG TAATATGTGG 
GCTCAGAGTT GGGGTAATAT ACTGGATCTG GTTCTACCTT ACCCTGGAAA GACTTCAATT 
GATGTCACGC CTGCTCTGGT GGATCAGGGT TATGACGCAC TGCGCATGTT CAATATATCC 
GAGGAGTTCT TCACATCTCT TGGTTTGATC CCTTCGCCTC AATCCTTCTG GGATGACACC 
ATGTTCGTGA AACCGACGGA TGGTAGAGAT GTGGTCTGCC ATGCATCGGC CTGGGATTTC 
TACAACGCAA AAGATATAAG AATCAAAATG TGCACATCAA TCAATATGGA AGATCTGATA 
ACCATTCACC ATGAAATGGG ACATACACAA TATTTCCTGC AATATAAAGA TCAACCGGTC 
GTGTATCGCA GAGGAGCCAA CCCAGGATTC CATGAAGCTG TTGGTGACTT ACTTGCTCTG 
TCCGTATCCA CACCCGATCA CTTACATCAA ATTGGTTTAT TAGATACGGT TGAAGATGAT 
GCCGAGGCCG ACATCAACTT TCTGATGAGT ATGGCGTTGG ATAAGATAGC TTTCTTGCCG 
TTTGGTTTGT TAATGGATCT CTGGAGGTGG GACGTGTTTG AAGGCCTCAC GACCAAGGAC 
TCGTACACGG AGGCGTGGTG GAAGCTAAGG AACGACATTC AGGGAGTTGA GGCACCTGTT 
GAACGAAGTG ACGAAGCTGG CCATTTTGAC CCAGGCGCCA AGTACCATAT ACCTGGCAAC 
ACGCCATATA TACGATACTT CATTAGTCAT GTGTTGCAGT TTCAAATGCA TCGTTCTTTG 
TGCGAAACAG CTGGTAATAC CCGTTCCTTA CACCAGTGTG ACATTTACAG ATCTAAGGAA 
GCTGGCAAAA AATTAGGGGA TATGTTAAAG CTTGGTTCAA GTAAAAAATG GCCTGAGGCA 
CTGGAAGCTA TAACAGGAAG CAGGGAGATG GACGCCTCGG CCATAGTTGA TTACTTCAAA 
CCGCTGATGA CTTGGTTAGA AGAGAAGAAC GAGGAAAAGG GATATGTTGT GGGATGGAGT 
GACACAGGCT CTGTTATAAC AATGAATGAT ATCAATGAAG AATATGTTTC CTTACTGAAT 
GAAATGATGT GGATCCAGGT TCTAGCCATC ATAAAAAAAC ATCTAAAAAG TATCATATGT 
GAAAACATTG AAGATGCTAC ATTTGTTAAA TCACATCGGG CATACGAAAG TGAGAAAATT 
GGGTCTAGTT ATGACAAGGT TGTCAACATA GAAAAGCGTA TTGCTTGTGG AGTTGCTGAA 
CGAATGAAGA CAACTGATAA TACTGATTTT CTAGAGAACA CTGCAGATGG TCAGAACACT 
CTTCATGGTA CAATGCTGGT AATCAGTCAA AACGAGGAGA TGGCACGAGA GTTATATGAA 
GCCGGTAAAG AGTTTACACC ACCTTATTCG GGAGAGTGGG AGCTTCATCT TGGTGCTCTT 
GAAGTGCAAG TCAAGTACTA CTTTGCTCAT GATCTCCACA AGTATGCCCG ACTTGTGTCA 
GTATATTTTG CACAAATGAA GCTGCTTAAG AAACCTGGAA TGCTCTGA

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

RefSeq	XP_002741143.2
CDS	1..4248
Translation	MRYLLLFSAALVAVRAQIDCGAPAGSVADESKAVLWLNNTYNPNAEIIYSTAISASWDYETNITEYNQQVMLDAISVAGGFDRDMRTCALVFDRTDFTFDTNRRLENLIYIGAAALDDEKFDEFNQIVADMSAIYNTGEVCDKPGDPNPDACYPLDPDLYDVMANSRNWSELVWAWEGWRDTCGPPMKPMYPRYVELSNEAALLNDQPDMGAFWRSWYEMEDFEAEVMRLWDEVLPMYEQLHAYVRRKLSGVYGTEHVSLTGAIPAHITGNMWAQDWMSISDIVLPFPNASSIDVTDELINQGYDALQMFQLSEDFFVSMGLIPSPQSFWEDSMFEKPDDGREVTCHASAWDFFNRKDFRIKMCTRVNHEDLITIHHEMGHTQYYYQYAPQPVEYRDGANNGFHEALGDTISLSVQTPEHLYEVGLLPELVQDQESDLNYLMSMALQKVAFLPFGLLIDLWRWEIFDGTITEYNYNERWWHMRTGIQGVVEPVKRSDLAGDFDAGAKYHVPADVPYIRYFVSHILQFQFHEAICEAAGEYPAKPLHHCDVYESHEAGDLLAEMMRPGSSIPWQDVLEAMTGSRDMSTLPLQEFFKPLITYLTAENTKNDEFIGWDINWKPPETPCKHHSTAAMYAVMNAAAIVLACLSMSALISAEDELITDEGEAREYLVMYNTLAQETYFKYVTTSWNYATNLTDVNKDIFVQESLKSAAFDLEARANVSKFDWTNFDPDVMRQLQKIYYIGSSALEGDDLIEYENILADMEQIYSTAKVCESESICIPLDPDLTRLMATSRDYDELKWAWEGWRRETGPEMKDMYENFVTLANKAAKVNDQPDMGAYWRSWYEVDDLKADSMRLWEQLRPFYEQLHAYVRGRLSEHYGESLVDPKRPIPAHLLGNMWAQSWGNILDLVLPYPGKTSIDVTPALVDQGYDALRMFNISEEFFTSLGLIPSPQSFWDDTMFVKPTDGRDVVCHASAWDFYNAKDIRIKMCTSINMEDLITIHHEMGHTQYFLQYKDQPVVYRRGANPGFHEAVGDLLALSVSTPDHLHQIGLLDTVEDDAEADINFLMSMALDKIAFLPFGLLMDLWRWDVFEGLTTKDSYTEAWWKLRNDIQGVEAPVERSDEAGHFDPGAKYHIPGNTPYIRYFISHVLQFQMHRSLCETAGNTRSLHQCDIYRSKEAGKKLGDMLKLGSSKKWPEALEAITGSREMDASAIVDYFKPLMTWLEEKNEEKGYVVGWSDTGSVITMNDINEEYVSLLNEMMWIQVLAIIKKHLKSIICENIEDATFVKSHRAYESEKIGSSYDKVVNIEKRIACGVAERMKTTDNTDFLENTADGQNTLHGTMLVISQNEEMARELYEAGKEFTPPYSGEWELHLGALEVQVKYYFAHDLHKYARLVSVYFAQMKLLKKPGML

Target ORF information:

RefSeq Version	XM_002741097.2
Organism	Saccoglossus kowalevskii
Definition	Saccoglossus kowalevskii angiotensin-converting enzyme-like (LOC100369495), mRNA.

Target ORF information:

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

XM_002741097.2

ORF Insert Sequence:

ATGCGTTATC TACTGCTTTT CAGCGCAGCC CTGGTCGCTG TGCGTGCGCA AATAGACTGC 
GGTGCACCCG CTGGGTCGGT TGCAGACGAA TCTAAGGCCG TGCTCTGGTT GAATAATACG 
TACAACCCCA ATGCAGAGAT CATTTACTCA ACCGCCATTA GTGCGTCTTG GGACTATGAG 
ACTAACATCA CCGAGTACAA CCAACAAGTG ATGTTAGATG CTATATCCGT CGCTGGTGGT 
TTTGACAGGG ACATGCGAAC GTGTGCTTTG GTATTCGACA GAACTGATTT CACATTTGAT 
ACAAACAGAC GATTAGAGAA CCTCATCTAT ATCGGTGCAG CGGCGCTGGA TGATGAAAAG 
TTCGATGAGT TTAACCAAAT AGTTGCTGAC ATGTCGGCTA TTTACAACAC TGGTGAGGTA 
TGTGACAAAC CAGGGGATCC AAATCCAGAT GCATGTTACC CATTGGACCC AGATCTGTAT 
GACGTAATGG CCAATAGTCG CAACTGGAGT GAACTGGTAT GGGCATGGGA AGGATGGCGT 
GATACATGTG GTCCTCCCAT GAAACCAATG TACCCGAGAT ATGTTGAATT ATCCAACGAA 
GCAGCTCTTC TGAACGACCA ACCGGACATG GGTGCCTTCT GGCGATCCTG GTATGAAATG 
GAAGATTTCG AGGCTGAAGT AATGAGACTG TGGGACGAAG TGTTGCCTAT GTACGAGCAG 
TTACATGCAT ACGTACGAAG AAAGTTGAGC GGGGTTTATG GAACAGAACA CGTTAGTTTA 
ACCGGAGCCA TCCCGGCACA CATCACCGGT AATATGTGGG CACAGGATTG GATGAGTATC 
AGCGACATCG TGTTACCATT CCCTAATGCT TCATCCATTG ATGTTACAGA CGAATTAATT 
AACCAGGGTT ACGATGCTCT GCAGATGTTC CAACTATCAG AAGATTTCTT TGTATCCATG 
GGATTGATTC CATCGCCACA GAGTTTCTGG GAGGATTCCA TGTTTGAAAA ACCAGATGAT 
GGACGAGAGG TCACGTGCCA TGCTTCAGCG TGGGATTTTT TCAACAGGAA AGATTTCAGA 
ATCAAGATGT GTACACGTGT AAATCACGAG GATTTGATCA CCATTCATCA CGAGATGGGA 
CACACTCAGT ATTACTACCA ATACGCACCA CAGCCCGTTG AATACCGCGA TGGCGCCAAC 
AATGGCTTCC ACGAGGCGCT CGGTGACACC ATATCTCTGT CTGTCCAGAC ACCGGAACAT 
CTCTACGAGG TTGGTTTACT ACCGGAACTT GTCCAAGATC AGGAGTCGGA TCTGAATTAC 
CTGATGTCGA TGGCTTTGCA GAAAGTAGCT TTCCTGCCTT TCGGTTTACT CATTGACCTC 
TGGAGATGGG AAATCTTTGA CGGCACCATT ACTGAATACA ACTATAATGA AAGGTGGTGG 
CATATGAGAA CTGGTATTCA GGGTGTGGTG GAGCCAGTCA AACGTTCCGA TTTGGCGGGT 
GATTTTGATG CTGGCGCAAA ATACCACGTT CCGGCCGACG TTCCCTACAT CAGGTACTTC 
GTGAGTCACA TTTTGCAATT TCAGTTCCAC GAAGCCATAT GCGAGGCTGC TGGCGAGTAC 
CCTGCTAAAC CACTGCACCA TTGCGACGTG TACGAGTCTC ACGAAGCTGG TGATCTTCTC 
GCGGAAATGA TGAGGCCTGG TTCCAGTATA CCTTGGCAGG ACGTCCTAGA AGCAATGACC 
GGATCACGTG ACATGAGTAC GCTCCCGTTA CAGGAATTCT TCAAACCTTT GATAACTTAT 
CTGACTGCCG AGAACACTAA GAACGACGAG TTCATTGGCT GGGATATTAA CTGGAAGCCA 
CCGGAGACCC CTTGCAAACA CCACTCTACC GCCGCTATGT ACGCCGTGAT GAATGCTGCT 
GCCATTGTCT TGGCATGTCT CTCAATGTCC GCGCTAATCT CCGCTGAAGA CGAGTTGATA 
ACAGATGAAG GCGAAGCCAG AGAGTATCTT GTTATGTACA ATACCCTTGC GCAAGAAACG 
TATTTCAAAT ATGTTACTAC GTCCTGGAAC TACGCCACGA ACTTGACAGA TGTGAACAAG 
GATATATTCG TTCAAGAAAG TCTGAAATCC GCAGCATTTG ATTTAGAGGC CCGTGCCAAC 
GTGTCAAAGT TCGACTGGAC TAATTTTGAC CCGGATGTGA TGAGGCAGCT TCAGAAGATC 
TACTACATCG GATCGTCTGC ATTGGAAGGG GACGATTTGA TAGAATATGA AAACATCCTA 
GCTGATATGG AGCAGATATA CTCAACAGCG AAAGTGTGCG AAAGTGAATC AATTTGCATA 
CCCCTGGATC CAGATCTCAC GAGACTAATG GCAACCAGTC GTGACTATGA TGAGTTGAAA 
TGGGCATGGG AAGGTTGGCG TAGAGAAACT GGACCTGAAA TGAAAGATAT GTACGAGAAT 
TTTGTGACTC TGGCGAATAA AGCAGCAAAG GTTAATGATC AACCCGACAT GGGAGCCTAC 
TGGCGGTCTT GGTACGAAGT AGATGACTTG AAAGCCGACT CTATGCGTCT CTGGGAACAA 
CTTAGGCCAT TTTATGAGCA GCTGCACGCA TACGTCAGGG GGAGACTTAG TGAACATTAT 
GGGGAGTCGT TGGTTGATCC CAAACGTCCC ATACCTGCAC ATTTATTAGG TAATATGTGG 
GCTCAGAGTT GGGGTAATAT ACTGGATCTG GTTCTACCTT ACCCTGGAAA GACTTCAATT 
GATGTCACGC CTGCTCTGGT GGATCAGGGT TATGACGCAC TGCGCATGTT CAATATATCC 
GAGGAGTTCT TCACATCTCT TGGTTTGATC CCTTCGCCTC AATCCTTCTG GGATGACACC 
ATGTTCGTGA AACCGACGGA TGGTAGAGAT GTGGTCTGCC ATGCATCGGC CTGGGATTTC 
TACAACGCAA AAGATATAAG AATCAAAATG TGCACATCAA TCAATATGGA AGATCTGATA 
ACCATTCACC ATGAAATGGG ACATACACAA TATTTCCTGC AATATAAAGA TCAACCGGTC 
GTGTATCGCA GAGGAGCCAA CCCAGGATTC CATGAAGCTG TTGGTGACTT ACTTGCTCTG 
TCCGTATCCA CACCCGATCA CTTACATCAA ATTGGTTTAT TAGATACGGT TGAAGATGAT 
GCCGAGGCCG ACATCAACTT TCTGATGAGT ATGGCGTTGG ATAAGATAGC TTTCTTGCCG 
TTTGGTTTGT TAATGGATCT CTGGAGGTGG GACGTGTTTG AAGGCCTCAC GACCAAGGAC 
TCGTACACGG AGGCGTGGTG GAAGCTAAGG AACGACATTC AGGGAGTTGA GGCACCTGTT 
GAACGAAGTG ACGAAGCTGG CCATTTTGAC CCAGGCGCCA AGTACCATAT ACCTGGCAAC 
ACGCCATATA TACGATACTT CATTAGTCAT GTGTTGCAGT TTCAAATGCA TCGTTCTTTG 
TGCGAAACAG CTGGTAATAC CCGTTCCTTA CACCAGTGTG ACATTTACAG ATCTAAGGAA 
GCTGGCAAAA AATTAGGGGA TATGTTAAAG CTTGGTTCAA GTAAAAAATG GCCTGAGGCA 
CTGGAAGCTA TAACAGGAAG CAGGGAGATG GACGCCTCGG CCATAGTTGA TTACTTCAAA 
CCGCTGATGA CTTGGTTAGA AGAGAAGAAC GAGGAAAAGG GATATGTTGT GGGATGGAGT 
GACACAGGCT CTGTTATAAC AATGAATGAT ATCAATGAAG AATATGTTTC CTTACTGAAT 
GAAATGATGT GGATCCAGGT TCTAGCCATC ATAAAAAAAC ATCTAAAAAG TATCATATGT 
GAAAACATTG AAGATGCTAC ATTTGTTAAA TCACATCGGG CATACGAAAG TGAGAAAATT 
GGGTCTAGTT ATGACAAGGT TGTCAACATA GAAAAGCGTA TTGCTTGTGG AGTTGCTGAA 
CGAATGAAGA CAACTGATAA TACTGATTTT CTAGAGAACA CTGCAGATGG TCAGAACACT 
CTTCATGGTA CAATGCTGGT AATCAGTCAA AACGAGGAGA TGGCACGAGA GTTATATGAA 
GCCGGTAAAG AGTTTACACC ACCTTATTCG GGAGAGTGGG AGCTTCATCT TGGTGCTCTT 
GAAGTGCAAG TCAAGTACTA CTTTGCTCAT GATCTCCACA AGTATGCCCG ACTTGTGTCA 
GTATATTTTG CACAAATGAA GCTGCTTAAG AAACCTGGAA TGCTCTGA