LOC108551871 cDNA ORF clone, Eufriesea mexicana

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108551871
Entrez Gene ID	108551871
Full Name	uncharacterized LOC108551871
Gene Type	protein-coding
Organism	Eufriesea mexicana

mRNA and Protein(s)

mRNA	Protein	Name
XM_017906215.1	XP_017761704.1	uncharacterized protein LOC108551871

Pathways from BioSystems
Gene Ontology

The following LOC108551871 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108551871 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
OEu11799	XM_017906215.1 Latest version!	Eufriesea mexicana uncharacterized LOC108551871 (LOC108551871), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LOC108551871 ( XM_017906215.1 ) cDNA ORF clone, Eufriesea mexicana -> XP_017761704.1 Eufriesea mexicana uncharacterized LOC108551871 (LOC108551871), mRNA.

Price & Availability↑

CloneID	OEu11799
Clone ID Related Accession (Same CDS sequence)	XM_017906215.1
Accession Version	XM_017906215.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4497bp) 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	2016-08-23
Organism	Eufriesea mexicana
Product	uncharacterized protein LOC108551871
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_016913149.1) 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 :: Eufriesea mexicana Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGAATTTAC ACGAACGCTA TATGTGTACT TCAACAATAG ATTTCTCAAT TTTGGAATTA 
TTAGAAATTG CATTTAAAGA TAACCCATTT TTATTATTAC ATCGTTTGAG CAAATATTAT 
AATACCGAAA TAATGAAAAA TAATCTACAT ACAAAACAAT TAAATACATT TCGAATGATA 
TTATGTTATG AATATCAAAT TTTATTTCAT ACACGGAAGG AACATGTTAA AATAGTTTCA 
AGCGATTTAT GTTTTAAAAC TATTGAAAAC GCTTTATTTA TAAGAAATCA ACTAGAAAAT 
TTTATTGAAT ATCCTATTTT ATACGATATT GTAATTTTAC AATTAACACT TTATTGTGAC 
CCACAATGTA TTGAACAACA TTTTACGAAT TTTCGAAAAT TAAATGCTGA TATCTTGAAT 
ACTAATGAAA GTAAATTTTT GTATATGAAA ATACTAGAAT GTTTTGTAGA ATCATTACAA 
TTAAAGAAAT ATTTATATAA TGGTTTGGAA TCAAATCTAC TAAAACGTTT TAATTCATTG 
TATTTGAAAG ATATGACATT ATGGTTACAA ATGAAAGAAA ATAAAGAATG GCAATTATTT 
GCTTCAGTTT TACCAAAATT AATAAGTACC TTTGGTTCTG AAAATATTTT GCCAACTATA 
TGGGATTGTA TTTTAAACAA ATTGGATGAT ATAAAAGATT CATTAAATGC TCTCAGCATA 
TTAACAGATA TATGTTTTTC ATTAAATTCA GAAAATACTA GTCTCATATA TCATGATTTA 
TGTTTCACAG AACAACTATG GTTATTAATA ATACAATGTT TAAAGTCTTC TGTACAACAA 
TATCGTAAAC AAGCATTATT TATAATGAAA CAAATAACTA ATATGATAAG TACCATAGAT 
GAAAGTGATC TAAAATTGAA GAAATTTAAA AATACTCCTT TTATATGTAA TCAATCAATT 
GAAACAAAAA TATCAATAAA TGACATTAAA CAGAAGTACT TCATAATATT GGAAGTATTG 
GAGGAAAAGC AACATCATTT AATATTACCT GCATTAACTC ATTTAACAAT TTTGGTACAA 
GGAAACAAAG AACATGCTAT GTGTAACAAT TGCTTTGACA ATATTTGGTT ACAAGTGATT 
TTTGAGAGGA TATTGTTGCA TGAAAATAAT ATCATAGTAA AAGAGGGAAT ATTATATGTT 
TGCAAATCAG TTGCCTTTTT ATTTGATGCT CAATTTTTAA AATTGTTTAT ACATGTTTTA 
AATAATACAT TTCTATATGA ATGTCAAAAT TATCAACAAG AACCAGAAAT ATTAAAAGAT 
ATCATAACAT TATTTATGCA TATAAGAAAG GAACAAGTTG ACTTTCTTAA TAAAGTTTTT 
CAAGTAATGA ATGAAGAAAC ATGGGCTCCA ATACCAATAT TTTATATGAT AAGAGTTTTA 
AGAATAGTTT CAAGTAAGGT GTCAAACCAG TGGAAAGATG ACCAACTAAG TTTAATTAAA 
TCTTTAATTC AGAAAAGCCT AAATATGCAT TCTCATATAT TAAGGATTGC ATCACAAATT 
GAGCTTTTGA AGATAATTGT ACTTTCTGTA AAAGAAATTA ATAATTTCAA AAGTACAATA 
AATATGTTGT TAGAATTTCC TTTAGAAGAA ATTTTTATAA AAAATTCATT CTCATGGAAT 
ATTGTAATAG CATGGTTAAA AAAAGTATTA GTAAAAGAAG ATGTAATAAA TTTTATTAAA 
TTTATGTGTG AAGAGCATTC ATGTCAAAAT TTATATTTTA GATTTAATCC TGAAAAATTT 
GCTGTTATTG TTGTCATGTT TCATGATGCA AATTTAATAT TACAACAGAA AGCATGTCCT 
GCAAAAGAAA TATTAAATAA TTGGTTGTTG TCCCTCAAAG GGATAGAGGC AAGACCTTAT 
GCAAATATTG CAGATATCTT TTATATGGTA GAATTTATGT CACATTTACT TAATTTAAGT 
GTTATAAAAT CTTCTAAAAT TATTATACAA CTGTTAACTT TATATATTAA TGACGCATTA 
AAATTTTTAC TCAAAAACAG TCGAACTGTA CCATACAAGT TTAGTTATAA AGAAATACAC 
AGATATCTTA CTGCAATTGT TTTAATTCTT AATAATGGAA ATTTACTTTT AACAGAAAAA 
GAAATTCTAC ATTATGTTGA AAAATTCAAA ACCGAAAGTA TAATTATTAT TCAAAATATA 
AAACAATATA CAAATATGCA CTATGTGTAT GCATTATATA TTTTACATTA TACTCAAAAT 
ATTTTATGTA CAAATCACAC ATTATTTTAT TTACAACCAT TGTTAAATAT TTGTGACATT 
CGCATATTTA ATGATAGTGG AAATGAAAGA AAATCTAATG GAAAATTAGC ATCAGATTGT 
TACATATTAC TTGCAAAACT TACAAATCAA TTTTTATCAA AAGTGGAAAT AGAATTATGG 
CCTCAAAAAG TTGATTGGAT TAAAAGCATT TTCTACTTAC ATGAAATGGG AGGAAATGAT 
ATTGTTCCAG AAATAGCACT AATATTAGGA ACAATGATTA ATAAGGGAAC AATAAAAGAT 
CAAGAAGATA TATTAAATTT AGAATCTATT TTTACTCTAT GTTGGAGAAC AACTTTGTTG 
AGTACAAAAA ATAAAATTTA CTTCTGTGCA ATAAAAAATC TTCTAAAAGT TATTATAAAC 
AATAATTTTT TGATATTGCC CAACATTAAG AATTTTGTAG ACAATTTTCT TAATCAATTA 
CTCGAAGAAA GTAATAATGT GCCAAAATTG AAGAATATCT TATTAAATGA AATGAAGTTA 
TTAAATATAT ACTGTTTAAG ATATCTACAA GAATCACTAT TGGCATGTCT TCTTCATGGA 
CATGTACTTC GAAAAGATAA ACAAATAGAG CATCAAGTCT ATTTAGATAT TACAAAAAAT 
TATGATAATT GTTACCCACA ACACATACAG GCAATAGATC ATAGTAATGA TATTAATATT 
AGAGCAGCTT CTGTTGTTCT ATTACATAAA ATAATCAATG AAGATACAGA GTTTGCATCA 
ATATTTCTTC CAAAAATTTT ACAGAAATTG GATAAATACA AACATAAACG ATATTTTAAT 
CATTCATACA TGCATAAGAT AAAACATCGA ATTATGCAAA TTTTATTAAT AATACAGCCA 
AGACTAACTA AGGATGATAC TGTATCATTA CAAGAATTTC TTTGTAATTT GATACTTTTG 
GAAACTAATC AACATAGTGT TCGAATAATG CAAGAATGGA TATTAATAAA AATTTTCTTA 
GAAAATGTGG AATTTCATCA CAAAATTTGG GAATTCCTTG AAAAAGGCAT TACAATGCGT 
CCTGGATGTG TTAGTTCCAT AATGTGTATT GTCTATCATG TTTCAACACT TCTTCCTAAA 
GATTTCCAAA GCACTTTTAT TTTAACAGGA ATCAATTATA TTACACATTG TTGTTTAGGG 
CAACAATATA GTATGCGTCT TTATGCTCAG ATCACTTTTG TCAAATTATA TAAAATATTG 
GAAAAATTAA ATTCTGATAA TATTACATTA CAATACAAAG CATTGTATAA TGCTTCAATT 
GCAAATCTAA AAGATGGATT ACTAAAAAAT TCAAGTAAAA TTCAAGATGA TTTCTATTTA 
TCTACTTTTC ATCCCATATT GGATTATACT TTACAAACAA TTTATTTTGA ACTACCTCGA 
TTGACTAATA TGGATGCAAG TGAATGGATA CTTCCATATT TCTTTAAAAT TTTAAATTTT 
AAAGAGATTA ATGGTCATTC TCTCCAACTG TATAACTTAA ATACATCATT ATCAGATACT 
AAAACATCAT CATATTTAAT AAAATGCTCA GGTGATACCG AATTTAAGAA AGATTATAAT 
ATGGGTTCTG AAGAACTGAA TATACAAAAA AAAATGAATC CTTTAATGGA TGGATTCAAA 
TTAAATTTGT CACAGAATGA TATTTTTCCA ACAATTAGAG AATCCATTTT ACATAAAAGA 
ATATTGGATG AAGAAGGTCT TATAGTTGTA GCATGTCTTA TTAATAGGAT TCCAAATTTA 
GGAGGACTTG CTCGTACTTG TGAAATTTTC AATGTCAAAG AATTAGTTAT TGCAAACTTA 
AACCAAATTA AAGATAAAGA ATTTCAAAAC CTTAGTGTAT CAGCTGAAAA TTGGATAACT 
ATTACAGAGA CAAAACCATA TGATTTACCT AAATATTTAT TAAATAAAAA GGATATGGGA 
TGGTCTTTGA TAGGAGTAGA ACAAACAGTA AATAGCATAA ATGTGCTAGA TATGAAATTT 
AAAAAGAAAA CAATTCTTGT TCTAGGAAAT GAAAAGAATG GAATTCCTGC CAACTTGATA 
CCATTGTTCA ATACTTGTAT AGAAATACCA CAAGTTGGTG TGATTCGATC ATTAAATGTT 
CATGTCAGTG GAGCTATATG TATATGGCAA TATGCAAAAC AACACATATT AATGTGA

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

RefSeq	XP_017761704.1
CDS	1..4497
Translation	MNLHERYMCTSTIDFSILELLEIAFKDNPFLLLHRLSKYYNTEIMKNNLHTKQLNTFRMILCYEYQILFHTRKEHVKIVSSDLCFKTIENALFIRNQLENFIEYPILYDIVILQLTLYCDPQCIEQHFTNFRKLNADILNTNESKFLYMKILECFVESLQLKKYLYNGLESNLLKRFNSLYLKDMTLWLQMKENKEWQLFASVLPKLISTFGSENILPTIWDCILNKLDDIKDSLNALSILTDICFSLNSENTSLIYHDLCFTEQLWLLIIQCLKSSVQQYRKQALFIMKQITNMISTIDESDLKLKKFKNTPFICNQSIETKISINDIKQKYFIILEVLEEKQHHLILPALTHLTILVQGNKEHAMCNNCFDNIWLQVIFERILLHENNIIVKEGILYVCKSVAFLFDAQFLKLFIHVLNNTFLYECQNYQQEPEILKDIITLFMHIRKEQVDFLNKVFQVMNEETWAPIPIFYMIRVLRIVSSKVSNQWKDDQLSLIKSLIQKSLNMHSHILRIASQIELLKIIVLSVKEINNFKSTINMLLEFPLEEIFIKNSFSWNIVIAWLKKVLVKEDVINFIKFMCEEHSCQNLYFRFNPEKFAVIVVMFHDANLILQQKACPAKEILNNWLLSLKGIEARPYANIADIFYMVEFMSHLLNLSVIKSSKIIIQLLTLYINDALKFLLKNSRTVPYKFSYKEIHRYLTAIVLILNNGNLLLTEKEILHYVEKFKTESIIIIQNIKQYTNMHYVYALYILHYTQNILCTNHTLFYLQPLLNICDIRIFNDSGNERKSNGKLASDCYILLAKLTNQFLSKVEIELWPQKVDWIKSIFYLHEMGGNDIVPEIALILGTMINKGTIKDQEDILNLESIFTLCWRTTLLSTKNKIYFCAIKNLLKVIINNNFLILPNIKNFVDNFLNQLLEESNNVPKLKNILLNEMKLLNIYCLRYLQESLLACLLHGHVLRKDKQIEHQVYLDITKNYDNCYPQHIQAIDHSNDINIRAASVVLLHKIINEDTEFASIFLPKILQKLDKYKHKRYFNHSYMHKIKHRIMQILLIIQPRLTKDDTVSLQEFLCNLILLETNQHSVRIMQEWILIKIFLENVEFHHKIWEFLEKGITMRPGCVSSIMCIVYHVSTLLPKDFQSTFILTGINYITHCCLGQQYSMRLYAQITFVKLYKILEKLNSDNITLQYKALYNASIANLKDGLLKNSSKIQDDFYLSTFHPILDYTLQTIYFELPRLTNMDASEWILPYFFKILNFKEINGHSLQLYNLNTSLSDTKTSSYLIKCSGDTEFKKDYNMGSEELNIQKKMNPLMDGFKLNLSQNDIFPTIRESILHKRILDEEGLIVVACLINRIPNLGGLARTCEIFNVKELVIANLNQIKDKEFQNLSVSAENWITITETKPYDLPKYLLNKKDMGWSLIGVEQTVNSINVLDMKFKKKTILVLGNEKNGIPANLIPLFNTCIEIPQVGVIRSLNVHVSGAICIWQYAKQHILM

Target ORF information:

RefSeq Version	XM_017906215.1
Organism	Eufriesea mexicana
Definition	Eufriesea mexicana uncharacterized LOC108551871 (LOC108551871), mRNA.

Target ORF information:

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

XM_017906215.1

ORF Insert Sequence:

ATGAATTTAC ACGAACGCTA TATGTGTACT TCAACAATAG ATTTCTCAAT TTTGGAATTA 
TTAGAAATTG CATTTAAAGA TAACCCATTT TTATTATTAC ATCGTTTGAG CAAATATTAT 
AATACCGAAA TAATGAAAAA TAATCTACAT ACAAAACAAT TAAATACATT TCGAATGATA 
TTATGTTATG AATATCAAAT TTTATTTCAT ACACGGAAGG AACATGTTAA AATAGTTTCA 
AGCGATTTAT GTTTTAAAAC TATTGAAAAC GCTTTATTTA TAAGAAATCA ACTAGAAAAT 
TTTATTGAAT ATCCTATTTT ATACGATATT GTAATTTTAC AATTAACACT TTATTGTGAC 
CCACAATGTA TTGAACAACA TTTTACGAAT TTTCGAAAAT TAAATGCTGA TATCTTGAAT 
ACTAATGAAA GTAAATTTTT GTATATGAAA ATACTAGAAT GTTTTGTAGA ATCATTACAA 
TTAAAGAAAT ATTTATATAA TGGTTTGGAA TCAAATCTAC TAAAACGTTT TAATTCATTG 
TATTTGAAAG ATATGACATT ATGGTTACAA ATGAAAGAAA ATAAAGAATG GCAATTATTT 
GCTTCAGTTT TACCAAAATT AATAAGTACC TTTGGTTCTG AAAATATTTT GCCAACTATA 
TGGGATTGTA TTTTAAACAA ATTGGATGAT ATAAAAGATT CATTAAATGC TCTCAGCATA 
TTAACAGATA TATGTTTTTC ATTAAATTCA GAAAATACTA GTCTCATATA TCATGATTTA 
TGTTTCACAG AACAACTATG GTTATTAATA ATACAATGTT TAAAGTCTTC TGTACAACAA 
TATCGTAAAC AAGCATTATT TATAATGAAA CAAATAACTA ATATGATAAG TACCATAGAT 
GAAAGTGATC TAAAATTGAA GAAATTTAAA AATACTCCTT TTATATGTAA TCAATCAATT 
GAAACAAAAA TATCAATAAA TGACATTAAA CAGAAGTACT TCATAATATT GGAAGTATTG 
GAGGAAAAGC AACATCATTT AATATTACCT GCATTAACTC ATTTAACAAT TTTGGTACAA 
GGAAACAAAG AACATGCTAT GTGTAACAAT TGCTTTGACA ATATTTGGTT ACAAGTGATT 
TTTGAGAGGA TATTGTTGCA TGAAAATAAT ATCATAGTAA AAGAGGGAAT ATTATATGTT 
TGCAAATCAG TTGCCTTTTT ATTTGATGCT CAATTTTTAA AATTGTTTAT ACATGTTTTA 
AATAATACAT TTCTATATGA ATGTCAAAAT TATCAACAAG AACCAGAAAT ATTAAAAGAT 
ATCATAACAT TATTTATGCA TATAAGAAAG GAACAAGTTG ACTTTCTTAA TAAAGTTTTT 
CAAGTAATGA ATGAAGAAAC ATGGGCTCCA ATACCAATAT TTTATATGAT AAGAGTTTTA 
AGAATAGTTT CAAGTAAGGT GTCAAACCAG TGGAAAGATG ACCAACTAAG TTTAATTAAA 
TCTTTAATTC AGAAAAGCCT AAATATGCAT TCTCATATAT TAAGGATTGC ATCACAAATT 
GAGCTTTTGA AGATAATTGT ACTTTCTGTA AAAGAAATTA ATAATTTCAA AAGTACAATA 
AATATGTTGT TAGAATTTCC TTTAGAAGAA ATTTTTATAA AAAATTCATT CTCATGGAAT 
ATTGTAATAG CATGGTTAAA AAAAGTATTA GTAAAAGAAG ATGTAATAAA TTTTATTAAA 
TTTATGTGTG AAGAGCATTC ATGTCAAAAT TTATATTTTA GATTTAATCC TGAAAAATTT 
GCTGTTATTG TTGTCATGTT TCATGATGCA AATTTAATAT TACAACAGAA AGCATGTCCT 
GCAAAAGAAA TATTAAATAA TTGGTTGTTG TCCCTCAAAG GGATAGAGGC AAGACCTTAT 
GCAAATATTG CAGATATCTT TTATATGGTA GAATTTATGT CACATTTACT TAATTTAAGT 
GTTATAAAAT CTTCTAAAAT TATTATACAA CTGTTAACTT TATATATTAA TGACGCATTA 
AAATTTTTAC TCAAAAACAG TCGAACTGTA CCATACAAGT TTAGTTATAA AGAAATACAC 
AGATATCTTA CTGCAATTGT TTTAATTCTT AATAATGGAA ATTTACTTTT AACAGAAAAA 
GAAATTCTAC ATTATGTTGA AAAATTCAAA ACCGAAAGTA TAATTATTAT TCAAAATATA 
AAACAATATA CAAATATGCA CTATGTGTAT GCATTATATA TTTTACATTA TACTCAAAAT 
ATTTTATGTA CAAATCACAC ATTATTTTAT TTACAACCAT TGTTAAATAT TTGTGACATT 
CGCATATTTA ATGATAGTGG AAATGAAAGA AAATCTAATG GAAAATTAGC ATCAGATTGT 
TACATATTAC TTGCAAAACT TACAAATCAA TTTTTATCAA AAGTGGAAAT AGAATTATGG 
CCTCAAAAAG TTGATTGGAT TAAAAGCATT TTCTACTTAC ATGAAATGGG AGGAAATGAT 
ATTGTTCCAG AAATAGCACT AATATTAGGA ACAATGATTA ATAAGGGAAC AATAAAAGAT 
CAAGAAGATA TATTAAATTT AGAATCTATT TTTACTCTAT GTTGGAGAAC AACTTTGTTG 
AGTACAAAAA ATAAAATTTA CTTCTGTGCA ATAAAAAATC TTCTAAAAGT TATTATAAAC 
AATAATTTTT TGATATTGCC CAACATTAAG AATTTTGTAG ACAATTTTCT TAATCAATTA 
CTCGAAGAAA GTAATAATGT GCCAAAATTG AAGAATATCT TATTAAATGA AATGAAGTTA 
TTAAATATAT ACTGTTTAAG ATATCTACAA GAATCACTAT TGGCATGTCT TCTTCATGGA 
CATGTACTTC GAAAAGATAA ACAAATAGAG CATCAAGTCT ATTTAGATAT TACAAAAAAT 
TATGATAATT GTTACCCACA ACACATACAG GCAATAGATC ATAGTAATGA TATTAATATT 
AGAGCAGCTT CTGTTGTTCT ATTACATAAA ATAATCAATG AAGATACAGA GTTTGCATCA 
ATATTTCTTC CAAAAATTTT ACAGAAATTG GATAAATACA AACATAAACG ATATTTTAAT 
CATTCATACA TGCATAAGAT AAAACATCGA ATTATGCAAA TTTTATTAAT AATACAGCCA 
AGACTAACTA AGGATGATAC TGTATCATTA CAAGAATTTC TTTGTAATTT GATACTTTTG 
GAAACTAATC AACATAGTGT TCGAATAATG CAAGAATGGA TATTAATAAA AATTTTCTTA 
GAAAATGTGG AATTTCATCA CAAAATTTGG GAATTCCTTG AAAAAGGCAT TACAATGCGT 
CCTGGATGTG TTAGTTCCAT AATGTGTATT GTCTATCATG TTTCAACACT TCTTCCTAAA 
GATTTCCAAA GCACTTTTAT TTTAACAGGA ATCAATTATA TTACACATTG TTGTTTAGGG 
CAACAATATA GTATGCGTCT TTATGCTCAG ATCACTTTTG TCAAATTATA TAAAATATTG 
GAAAAATTAA ATTCTGATAA TATTACATTA CAATACAAAG CATTGTATAA TGCTTCAATT 
GCAAATCTAA AAGATGGATT ACTAAAAAAT TCAAGTAAAA TTCAAGATGA TTTCTATTTA 
TCTACTTTTC ATCCCATATT GGATTATACT TTACAAACAA TTTATTTTGA ACTACCTCGA 
TTGACTAATA TGGATGCAAG TGAATGGATA CTTCCATATT TCTTTAAAAT TTTAAATTTT 
AAAGAGATTA ATGGTCATTC TCTCCAACTG TATAACTTAA ATACATCATT ATCAGATACT 
AAAACATCAT CATATTTAAT AAAATGCTCA GGTGATACCG AATTTAAGAA AGATTATAAT 
ATGGGTTCTG AAGAACTGAA TATACAAAAA AAAATGAATC CTTTAATGGA TGGATTCAAA 
TTAAATTTGT CACAGAATGA TATTTTTCCA ACAATTAGAG AATCCATTTT ACATAAAAGA 
ATATTGGATG AAGAAGGTCT TATAGTTGTA GCATGTCTTA TTAATAGGAT TCCAAATTTA 
GGAGGACTTG CTCGTACTTG TGAAATTTTC AATGTCAAAG AATTAGTTAT TGCAAACTTA 
AACCAAATTA AAGATAAAGA ATTTCAAAAC CTTAGTGTAT CAGCTGAAAA TTGGATAACT 
ATTACAGAGA CAAAACCATA TGATTTACCT AAATATTTAT TAAATAAAAA GGATATGGGA 
TGGTCTTTGA TAGGAGTAGA ACAAACAGTA AATAGCATAA ATGTGCTAGA TATGAAATTT 
AAAAAGAAAA CAATTCTTGT TCTAGGAAAT GAAAAGAATG GAATTCCTGC CAACTTGATA 
CCATTGTTCA ATACTTGTAT AGAAATACCA CAAGTTGGTG TGATTCGATC ATTAAATGTT 
CATGTCAGTG GAGCTATATG TATATGGCAA TATGCAAAAC AACACATATT AATGTGA