EEA1 cDNA ORF clone, Python bivittatus(Burmese python)

Gene
Clones
gRNAs

Summary

Gene Symbol	EEA1
Entrez Gene ID	103067477
Full Name	early endosome antigen 1
Gene Type	protein-coding
Organism	Python bivittatus(Burmese python)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007435972.1	XP_007436034.1	early endosome antigen 1
XM_025171671.1	XP_025027439.1	early endosome antigen 1

Pathways from BioSystems
Gene Ontology

The following EEA1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EEA1 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
OPy13600	XM_007435972.1 Latest version!	Python bivittatus early endosome antigen 1 (EEA1), 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)

EEA1 ( XM_007435972.1 ) cDNA ORF clone, Python bivittatus(Burmese python) -> XP_007436034.1 Python bivittatus early endosome antigen 1 (EEA1), mRNA.

Price & Availability↑

CloneID	OPy13600
Clone ID Related Accession (Same CDS sequence)	XM_007435972.1
Accession Version	XM_007435972.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4359bp) 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	2016-03-10
Organism	Python bivittatus(Burmese python)
Product	early endosome antigen 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006535087.1) 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 :: Python bivittatus Annotation Release 101 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 :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGATTCAGG TGCTTGGCAA GTGGCTCACG ATTACAACTG TTGCAGTATT GAATTTAAGT 
TTAAGAAAGG ATTACGATTG CCCTTCTGAT AGTGTAAAAA CAGGGCATTC TGACAGGGAT 
AATACACTAT ATTTTCTCTT TTTTCAGACT CCAGGCAGAG TTGGATCTCA GAGCTCTGAC 
TCTGATTCAT CTGCAGTCCC TGGAAATGCA GTGGATATCA ACAATGAGAG TACTTCAGAG 
GGATTTATTT GTCCTCTTTG CATGAAATCA CATGGATCAG CTGAAGAACT TTTTAAACAC 
TATGAAGCAG TTCATGATTC TGGTATTGAT ACAAGTCATG GAGGAGAATC TAACATGACC 
CCCAAAAGTG ATGACATAAC TTTACTGAGA CAAGAAGTTC AAGACTTGCA AGCTTCACTT 
AAGGAAGAAA GATGGTACTC TGAAGAGCTG AAGAAAGAAT TGGAAAAAGT TCAAGGGCAG 
AGGCAGCAAG AATCCAAACC TGATGGACTA GCAACTGCTG CCTCTACAGA ATTGGAATCT 
TTAGAACAGC AGTTAGAAGA CAGTCAAGTA GAAAAATTTA ATATTAAGCA AATGAAAGAC 
TTATTTGAAC AGAAAGCAGC ACAACTGGCC ACTGAGATTG TGGAACTTAA AGCCAAATAT 
GATGAAGAAA CAAGCCTTCG AGAACTTGCA GAACAGAAAG TGACTAATTT AACACAAGAG 
CTACAGGAGC AAAAAGGTGT ATGTGAAGAT TTAAACACAG AGCTGCTTCA AAGACCAGGG 
ATAGAAGATG TCGCAGTTCT AAAGAAGGAA TTAGTCCAAG TTCAAACCTT GATGGATAAG 
ATGACTTTGG AGTGTGAGAA AAAATCTGAG AAATTGAAAG ATGAGTGCAG TCATTTGAAA 
GCAGAATATA CAAATGCAGA GGCTACCATT AATCAGTTAA GAGCTGAACT TGCCAAAGGA 
CCACAGGAAG TTGCTATATA TGTACAAGAC ATCCAAAAAC TTCAAACTTC AATTAATGAA 
CTGGCACAGA AAAATCAGAG TCTAGTGGAA AAATTAAAAA AGAAAGAATT GGATTATACT 
CAGTTAGAAG AAAGAAAACA TGAAGAATCA CTAGGTAAAA AGAATCTGCA AGCGACTCTT 
AATCAAAAGG ACTTGGACTG TCAACAGCTT CAGGCAAGAT TATCTGCATC TGAGGACTCA 
TTACAGAGAT TGCAGAAAGA ATTGTGTGAA AGGGGAGAAA CAAGTCAAAA ACTTAAGGAA 
GAATTGTCAG AAACTGAAGC CAAATACCAA CATCTTAAGG CAGAATACAA GCAGCTACAA 
CAACAAAGGG AAGAAAAAGA ACAACGGAGC CTGCTGCTTC AAAATGAACT CAATCAGTTG 
CACAATAAAC TTTTGGAAAC AGAACATCAA CTTGGGGAAG CACATGGCCG ACTAAAAGAG 
CAGAGACAGC TATCTAGTGA AAAGCTGATG GACAAGGAAC AGCAAGTAGC TGACATTCAG 
TTAAAACTTT CACGTGCTGA AGAGCAGCTA AAGGAAAAAG CAGCAAATAC AACTGAATTG 
CAACATCAGT TAGACAAAAT GAAGCAGCAG CATCAGGAGC AACAGAATCT TCAGCAAAGT 
ACTACAGCAA AACTTCGAGA AGCCCAGAAT GATTTAGAGC AAGTTCTACG CCAGATTGGT 
GATAAGGATC AAAAAATCCA AAACCTTGAA GCCCTGCTAC AAAAGAGTAA GGAGAATATT 
TCTTTGCTAG AAAAAGAAAG GGAAGACTTG TATGCCAAAA TTCAAGCTGG TGAAGGAGAA 
ACAGCAGTTC TAAATCAGTT ACAGGAGAAG AATCATGCTT TGCAGGAACA GGTAACTCAG 
CTGACAGAAA AACTGAAGAA TCAGTCAGAA AGCCATAAAC AGGCCCTGGA AAATTTGCAT 
GAGCAGGTGC AGGAGCAGAA GGCCCACTTA AGAGCCTCTC AAGACAGTGT TCTCTCCTTG 
GAAGCAACTA TCAGTGAGCT AAGTAATCAG CTAAGTGAAA GTAAAGAAAA AGTAATGCAA 
CTTGATTTGC AGGTAAAAGC AAAGACTGAA TTGCTTCTGT CAGCAGAAGC AGCAAAAGCT 
GCTCAGAGAG CGGACCTTCA GAATCATTTG GATACTGCCC AGAATGCGTT GCAAGATAAG 
CAGCAGGAAC TAACAAAGGT CAGTATGCAG TTGGATCAAG TTGCTTCTAA GCTGCACGAC 
AAAGAAGAAT ATTGTATACA GCTAGAATCC AGTCTTAAAG AGTACAAAGA AAAGCAACTT 
CATTTAGAAC AAAAAACTGA AGAACTAGAA GGTCAGCATA AGAAACTTGA AGCTGATCTT 
TTTGAAGTTT CGGGACATAA AGAAAAGGCT CTTCAAGAAC TACAGCAGCA AAAAAAACAC 
TGCACAGACT TGAGCCTCAA AGCTGCAGAT CTGAGCAAAC AATTAGATGC AGAAAGAGAA 
ATGATATCTA GAGCCAAATT AGACTTACAG AAAAAAAATG ATACACTAGA AGAAGTAAGC 
CAACAGAGAT TAAAGCAAGA AGAAGAAAGT GCAAAACTGA AGTTAGAAAT TGAGAAATTA 
AATCAAGATA AATTCAAGTA TCACAAGGAA TTAGATGGAA AGCTACAAAT GTTAACAGAT 
GATTTGAAGA AAATGAAGTT GGAAAAGGAT ACTCTATTAA AGGAACTTGA AATCATCAAA 
GGCAAACTGT CAAACAGCAG TGAATCTTTG GAAGAAGCAA AGGATGCATT AGAAAAAGAG 
AAACAGAGAG GAAAGGCAGC AGTGGCAGAA ATTGAAAAAT CTTGTCAAGA AGCTAGGCAT 
CAGCTTCAGT TACAATCTGA ATCTATAGCT AAAGAACAGA ATGAACTGAA AAACCTGCTG 
GAAAAACAAG AAGGGATATC CAAGCAGCTA GTAACAGAGC TTGATTCAGC GCGTGACCAA 
GTCCTGCAGC TTCAGGGTAT TCTCAAAGAC AAAGAAAAAA ATGAACAGCA GCTCCAACTG 
AAGGTAAAAG AACTGAAGGA ATCTTTTGAC CAGAAAAAAA AACAAAATGA GATACAGCAA 
GCTGAATTAA AAACAGCCTT GTTAGAAAAG GCAGAACTGG AAAATAAATT GCAGCAGCAA 
ATAACATTGT CAGAACAAGA CCTTGCTACC CAGAGAATAA AAATAACAGA GCTGCAGAAA 
TCCCATAAAA AAATTCAAGA AAACACAGAA AAACTTCAAC TGGATATTTA TGGTAAAGAA 
TCTGAAATCT TGGCTACACG GCAAGACCTT AAGGTTGCAG AAGAGAAGCT GGCTTTGGCT 
CAAGAAGAAT TGATTTCAAA TAGAAATCAA ATTAGTAATC ATAACCAGTT GATCAAAGAA 
CTTAAGACTA TAAGATCTAC ACTGGAACAG GATGTGTCCA AAAAAGAACA GCAGCTGAAA 
GAGCAAGAGA AGTTGTTACA GGAAATACAG AAAGACAAAG ATTTAAAAGA AAAAGATTTG 
GTTAATGAAA AATCGAAAAC TTCAGAGCTG TATAACATAA ATTGCAAACA AGAAAAAGAA 
AATGTCAAAC TAAGAGATGA AATTAGACTC TGCAAACAAG AGTTTGAGAA GGAGATATCA 
AATCTAAAAG ATGCCAAACA GCTGTTGATT AAACAGAAAC TAGAATTACA GGAGAAGGTT 
GATAATTTTA GTACAGCTCT TGAACAAGAG AAAAAAACCC AGGAAGTCAT CAAAGATCAG 
TGGAAAAAGA GAGAAGGAGA ATTGAAGAAG AAATATGCTG AGATAGAAGC AAAACTGCAA 
GCTTTGGGCA AGGAAAAAGA TGAACAGTGT AAAAGTCATG AAGAGGCTGA GTGTAAGCTC 
AATATGCAGA TAACAGCACT GAATGAAAAT CTGGGGACAG TGAAGAAAGA GTGGCAGAGT 
AGCCAAAGAA GGGTTAGTGA ACTGGAAAAA CAAATAGATG ATCTGCGTGG AGAAATTGCA 
GTTCTCGAAG CCACTGTACA AAACAATCAG GATGAGAGAA GAGTATTGCT AGAAAGGTGC 
CTTAAAAGTG AAGGAGAAAT TGAAAAGCTT CAAAGCAAAC TCATGGATGC ACGAAGAAAA 
CTGGATGATA CTACTGCAGC CATGCAGGAG CTAGGGAGAG AGAACCAGTC ACTGCAGATC 
AAGCATACAC AAGCATTAAA TAGGAAATGG GCTGAAGACA ACGAAGTTCA GAATTGCATG 
GCTTGTGGGA AAAGTTTTTC TGTAACAATA AGAAGGCACC ACTGCAGACA GTGTGGAAAT 
ATCTTCTGTG CTGAGTGTTC CTCAAAGAAT GCCTTAACTC CTTCTTCTAA GAAACCTGTT 
CGTGTCTGTG ATACTTGTTT CAATGATCTA CAAGGATAA

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

RefSeq	XP_007436034.1
CDS	1..4359
Translation	MIQVLGKWLTITTVAVLNLSLRKDYDCPSDSVKTGHSDRDNTLYFLFFQTPGRVGSQSSDSDSSAVPGNAVDINNESTSEGFICPLCMKSHGSAEELFKHYEAVHDSGIDTSHGGESNMTPKSDDITLLRQEVQDLQASLKEERWYSEELKKELEKVQGQRQQESKPDGLATAASTELESLEQQLEDSQVEKFNIKQMKDLFEQKAAQLATEIVELKAKYDEETSLRELAEQKVTNLTQELQEQKGVCEDLNTELLQRPGIEDVAVLKKELVQVQTLMDKMTLECEKKSEKLKDECSHLKAEYTNAEATINQLRAELAKGPQEVAIYVQDIQKLQTSINELAQKNQSLVEKLKKKELDYTQLEERKHEESLGKKNLQATLNQKDLDCQQLQARLSASEDSLQRLQKELCERGETSQKLKEELSETEAKYQHLKAEYKQLQQQREEKEQRSLLLQNELNQLHNKLLETEHQLGEAHGRLKEQRQLSSEKLMDKEQQVADIQLKLSRAEEQLKEKAANTTELQHQLDKMKQQHQEQQNLQQSTTAKLREAQNDLEQVLRQIGDKDQKIQNLEALLQKSKENISLLEKEREDLYAKIQAGEGETAVLNQLQEKNHALQEQVTQLTEKLKNQSESHKQALENLHEQVQEQKAHLRASQDSVLSLEATISELSNQLSESKEKVMQLDLQVKAKTELLLSAEAAKAAQRADLQNHLDTAQNALQDKQQELTKVSMQLDQVASKLHDKEEYCIQLESSLKEYKEKQLHLEQKTEELEGQHKKLEADLFEVSGHKEKALQELQQQKKHCTDLSLKAADLSKQLDAEREMISRAKLDLQKKNDTLEEVSQQRLKQEEESAKLKLEIEKLNQDKFKYHKELDGKLQMLTDDLKKMKLEKDTLLKELEIIKGKLSNSSESLEEAKDALEKEKQRGKAAVAEIEKSCQEARHQLQLQSESIAKEQNELKNLLEKQEGISKQLVTELDSARDQVLQLQGILKDKEKNEQQLQLKVKELKESFDQKKKQNEIQQAELKTALLEKAELENKLQQQITLSEQDLATQRIKITELQKSHKKIQENTEKLQLDIYGKESEILATRQDLKVAEEKLALAQEELISNRNQISNHNQLIKELKTIRSTLEQDVSKKEQQLKEQEKLLQEIQKDKDLKEKDLVNEKSKTSELYNINCKQEKENVKLRDEIRLCKQEFEKEISNLKDAKQLLIKQKLELQEKVDNFSTALEQEKKTQEVIKDQWKKREGELKKKYAEIEAKLQALGKEKDEQCKSHEEAECKLNMQITALNENLGTVKKEWQSSQRRVSELEKQIDDLRGEIAVLEATVQNNQDERRVLLERCLKSEGEIEKLQSKLMDARRKLDDTTAAMQELGRENQSLQIKHTQALNRKWAEDNEVQNCMACGKSFSVTIRRHHCRQCGNIFCAECSSKNALTPSSKKPVRVCDTCFNDLQG

Target ORF information:

RefSeq Version	XM_007435972.1
Organism	Python bivittatus(Burmese python)
Definition	Python bivittatus early endosome antigen 1 (EEA1), mRNA.

Target ORF information:

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

XM_007435972.1

ORF Insert Sequence:

ATGATTCAGG TGCTTGGCAA GTGGCTCACG ATTACAACTG TTGCAGTATT GAATTTAAGT 
TTAAGAAAGG ATTACGATTG CCCTTCTGAT AGTGTAAAAA CAGGGCATTC TGACAGGGAT 
AATACACTAT ATTTTCTCTT TTTTCAGACT CCAGGCAGAG TTGGATCTCA GAGCTCTGAC 
TCTGATTCAT CTGCAGTCCC TGGAAATGCA GTGGATATCA ACAATGAGAG TACTTCAGAG 
GGATTTATTT GTCCTCTTTG CATGAAATCA CATGGATCAG CTGAAGAACT TTTTAAACAC 
TATGAAGCAG TTCATGATTC TGGTATTGAT ACAAGTCATG GAGGAGAATC TAACATGACC 
CCCAAAAGTG ATGACATAAC TTTACTGAGA CAAGAAGTTC AAGACTTGCA AGCTTCACTT 
AAGGAAGAAA GATGGTACTC TGAAGAGCTG AAGAAAGAAT TGGAAAAAGT TCAAGGGCAG 
AGGCAGCAAG AATCCAAACC TGATGGACTA GCAACTGCTG CCTCTACAGA ATTGGAATCT 
TTAGAACAGC AGTTAGAAGA CAGTCAAGTA GAAAAATTTA ATATTAAGCA AATGAAAGAC 
TTATTTGAAC AGAAAGCAGC ACAACTGGCC ACTGAGATTG TGGAACTTAA AGCCAAATAT 
GATGAAGAAA CAAGCCTTCG AGAACTTGCA GAACAGAAAG TGACTAATTT AACACAAGAG 
CTACAGGAGC AAAAAGGTGT ATGTGAAGAT TTAAACACAG AGCTGCTTCA AAGACCAGGG 
ATAGAAGATG TCGCAGTTCT AAAGAAGGAA TTAGTCCAAG TTCAAACCTT GATGGATAAG 
ATGACTTTGG AGTGTGAGAA AAAATCTGAG AAATTGAAAG ATGAGTGCAG TCATTTGAAA 
GCAGAATATA CAAATGCAGA GGCTACCATT AATCAGTTAA GAGCTGAACT TGCCAAAGGA 
CCACAGGAAG TTGCTATATA TGTACAAGAC ATCCAAAAAC TTCAAACTTC AATTAATGAA 
CTGGCACAGA AAAATCAGAG TCTAGTGGAA AAATTAAAAA AGAAAGAATT GGATTATACT 
CAGTTAGAAG AAAGAAAACA TGAAGAATCA CTAGGTAAAA AGAATCTGCA AGCGACTCTT 
AATCAAAAGG ACTTGGACTG TCAACAGCTT CAGGCAAGAT TATCTGCATC TGAGGACTCA 
TTACAGAGAT TGCAGAAAGA ATTGTGTGAA AGGGGAGAAA CAAGTCAAAA ACTTAAGGAA 
GAATTGTCAG AAACTGAAGC CAAATACCAA CATCTTAAGG CAGAATACAA GCAGCTACAA 
CAACAAAGGG AAGAAAAAGA ACAACGGAGC CTGCTGCTTC AAAATGAACT CAATCAGTTG 
CACAATAAAC TTTTGGAAAC AGAACATCAA CTTGGGGAAG CACATGGCCG ACTAAAAGAG 
CAGAGACAGC TATCTAGTGA AAAGCTGATG GACAAGGAAC AGCAAGTAGC TGACATTCAG 
TTAAAACTTT CACGTGCTGA AGAGCAGCTA AAGGAAAAAG CAGCAAATAC AACTGAATTG 
CAACATCAGT TAGACAAAAT GAAGCAGCAG CATCAGGAGC AACAGAATCT TCAGCAAAGT 
ACTACAGCAA AACTTCGAGA AGCCCAGAAT GATTTAGAGC AAGTTCTACG CCAGATTGGT 
GATAAGGATC AAAAAATCCA AAACCTTGAA GCCCTGCTAC AAAAGAGTAA GGAGAATATT 
TCTTTGCTAG AAAAAGAAAG GGAAGACTTG TATGCCAAAA TTCAAGCTGG TGAAGGAGAA 
ACAGCAGTTC TAAATCAGTT ACAGGAGAAG AATCATGCTT TGCAGGAACA GGTAACTCAG 
CTGACAGAAA AACTGAAGAA TCAGTCAGAA AGCCATAAAC AGGCCCTGGA AAATTTGCAT 
GAGCAGGTGC AGGAGCAGAA GGCCCACTTA AGAGCCTCTC AAGACAGTGT TCTCTCCTTG 
GAAGCAACTA TCAGTGAGCT AAGTAATCAG CTAAGTGAAA GTAAAGAAAA AGTAATGCAA 
CTTGATTTGC AGGTAAAAGC AAAGACTGAA TTGCTTCTGT CAGCAGAAGC AGCAAAAGCT 
GCTCAGAGAG CGGACCTTCA GAATCATTTG GATACTGCCC AGAATGCGTT GCAAGATAAG 
CAGCAGGAAC TAACAAAGGT CAGTATGCAG TTGGATCAAG TTGCTTCTAA GCTGCACGAC 
AAAGAAGAAT ATTGTATACA GCTAGAATCC AGTCTTAAAG AGTACAAAGA AAAGCAACTT 
CATTTAGAAC AAAAAACTGA AGAACTAGAA GGTCAGCATA AGAAACTTGA AGCTGATCTT 
TTTGAAGTTT CGGGACATAA AGAAAAGGCT CTTCAAGAAC TACAGCAGCA AAAAAAACAC 
TGCACAGACT TGAGCCTCAA AGCTGCAGAT CTGAGCAAAC AATTAGATGC AGAAAGAGAA 
ATGATATCTA GAGCCAAATT AGACTTACAG AAAAAAAATG ATACACTAGA AGAAGTAAGC 
CAACAGAGAT TAAAGCAAGA AGAAGAAAGT GCAAAACTGA AGTTAGAAAT TGAGAAATTA 
AATCAAGATA AATTCAAGTA TCACAAGGAA TTAGATGGAA AGCTACAAAT GTTAACAGAT 
GATTTGAAGA AAATGAAGTT GGAAAAGGAT ACTCTATTAA AGGAACTTGA AATCATCAAA 
GGCAAACTGT CAAACAGCAG TGAATCTTTG GAAGAAGCAA AGGATGCATT AGAAAAAGAG 
AAACAGAGAG GAAAGGCAGC AGTGGCAGAA ATTGAAAAAT CTTGTCAAGA AGCTAGGCAT 
CAGCTTCAGT TACAATCTGA ATCTATAGCT AAAGAACAGA ATGAACTGAA AAACCTGCTG 
GAAAAACAAG AAGGGATATC CAAGCAGCTA GTAACAGAGC TTGATTCAGC GCGTGACCAA 
GTCCTGCAGC TTCAGGGTAT TCTCAAAGAC AAAGAAAAAA ATGAACAGCA GCTCCAACTG 
AAGGTAAAAG AACTGAAGGA ATCTTTTGAC CAGAAAAAAA AACAAAATGA GATACAGCAA 
GCTGAATTAA AAACAGCCTT GTTAGAAAAG GCAGAACTGG AAAATAAATT GCAGCAGCAA 
ATAACATTGT CAGAACAAGA CCTTGCTACC CAGAGAATAA AAATAACAGA GCTGCAGAAA 
TCCCATAAAA AAATTCAAGA AAACACAGAA AAACTTCAAC TGGATATTTA TGGTAAAGAA 
TCTGAAATCT TGGCTACACG GCAAGACCTT AAGGTTGCAG AAGAGAAGCT GGCTTTGGCT 
CAAGAAGAAT TGATTTCAAA TAGAAATCAA ATTAGTAATC ATAACCAGTT GATCAAAGAA 
CTTAAGACTA TAAGATCTAC ACTGGAACAG GATGTGTCCA AAAAAGAACA GCAGCTGAAA 
GAGCAAGAGA AGTTGTTACA GGAAATACAG AAAGACAAAG ATTTAAAAGA AAAAGATTTG 
GTTAATGAAA AATCGAAAAC TTCAGAGCTG TATAACATAA ATTGCAAACA AGAAAAAGAA 
AATGTCAAAC TAAGAGATGA AATTAGACTC TGCAAACAAG AGTTTGAGAA GGAGATATCA 
AATCTAAAAG ATGCCAAACA GCTGTTGATT AAACAGAAAC TAGAATTACA GGAGAAGGTT 
GATAATTTTA GTACAGCTCT TGAACAAGAG AAAAAAACCC AGGAAGTCAT CAAAGATCAG 
TGGAAAAAGA GAGAAGGAGA ATTGAAGAAG AAATATGCTG AGATAGAAGC AAAACTGCAA 
GCTTTGGGCA AGGAAAAAGA TGAACAGTGT AAAAGTCATG AAGAGGCTGA GTGTAAGCTC 
AATATGCAGA TAACAGCACT GAATGAAAAT CTGGGGACAG TGAAGAAAGA GTGGCAGAGT 
AGCCAAAGAA GGGTTAGTGA ACTGGAAAAA CAAATAGATG ATCTGCGTGG AGAAATTGCA 
GTTCTCGAAG CCACTGTACA AAACAATCAG GATGAGAGAA GAGTATTGCT AGAAAGGTGC 
CTTAAAAGTG AAGGAGAAAT TGAAAAGCTT CAAAGCAAAC TCATGGATGC ACGAAGAAAA 
CTGGATGATA CTACTGCAGC CATGCAGGAG CTAGGGAGAG AGAACCAGTC ACTGCAGATC 
AAGCATACAC AAGCATTAAA TAGGAAATGG GCTGAAGACA ACGAAGTTCA GAATTGCATG 
GCTTGTGGGA AAAGTTTTTC TGTAACAATA AGAAGGCACC ACTGCAGACA GTGTGGAAAT 
ATCTTCTGTG CTGAGTGTTC CTCAAAGAAT GCCTTAACTC CTTCTTCTAA GAAACCTGTT 
CGTGTCTGTG ATACTTGTTT CAATGATCTA CAAGGATAA