EML5 cDNA ORF clone, Crocodylus porosus(Australian saltwater crocodile)

Gene
Clones
gRNAs

Summary

Gene Symbol	EML5
Entrez Gene ID	109321665
Full Name	echinoderm microtubule associated protein like 5
Gene Type	protein-coding
Organism	Crocodylus porosus(Australian saltwater crocodile)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019552385.1	XP_019407930.1	echinoderm microtubule-associated protein-like 5

Pathways from BioSystems
Gene Ontology

The following EML5 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the EML5 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
OCr82964	XM_019552385.1 Latest version!	Crocodylus porosus echinoderm microtubule associated protein like 5 (EML5), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

EML5 ( XM_019552385.1 ) cDNA ORF clone, Crocodylus porosus(Australian saltwater crocodile) -> XP_019407930.1 Crocodylus porosus echinoderm microtubule associated protein like 5 (EML5), mRNA.

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CloneID	OCr82964
Clone ID Related Accession (Same CDS sequence)	XM_019552385.1
Accession Version	XM_019552385.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5910bp) 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	2016-12-19
Organism	Crocodylus porosus(Australian saltwater crocodile)
Product	echinoderm microtubule-associated protein-like 5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017728947.1) 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 :: Crocodylus porosus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGGACC GCAGCGCCCC GAGCTGCCAC TTGCGGCTGG AGTGGGTGTA CGGCTACCGT 
GGCCACCAGT GCCGCAACAA CCTCTACTAC ACGGCGGCCA AGGAGATCGT CTACTTCGTG 
GCGGGCGTCG GCGTCGTCTA CAGCCCCCGC GAGCACCGCC AGAAATTCTA CCTGGGCCAC 
CAGGACGACA TCATCAGCCT TGCTTTGCAT CCTGAACGAG TGTTGGTGGC AACAGGTCAA 
GTTGGGAAAG AACCATATAT TTGCGTCTGG GACTCTTACA CTGTGCAAAC TGTTTCAATA 
CTGAAAGATG TTCACACACA TGGTATAGCT TGCTTAGCCT TTGATGTAGA TGGGCAGCGT 
TTGGTCTCAG TTGGCTTGGA TTCAAAAAAT ACAATATGTG TTTGGGACTG GAGAAGAGGA 
AAATTGTTAT CAATGGCTCC TGGTCATACA GACAGGATAT TTGATATTTC TTGGGATTTA 
TATCAACCAA ACAAACTTGT CAGCTGTGGT GTAAAACACA TTAAGTTCTG GAGCTTGTGT 
GGTAATTCAT TAACACCAAA ACGTGGTGTT TTTGGCAAGA CTGGTGATCT GCAAACAATA 
CTGTGTCTAG CCTGTGCAAG AGATGAAGTG ACATATTCTG GTGCGCTTAA TGGAGATATA 
TGTGTATGGA AAGGAATCAA TCTTGTAAGG ACAATACAAG GAGCACATGC TGCAGGAATT 
TTCAGCATGA ATGCATGTGA AGAAGGCTTT GCCACTGGTG GCAGGGATGG CTGTGTTCGT 
TTATGGGATT TAAATTTTAA ACCAATTACT GTGATTGATC TCAGGGAAAC AGACCAGGGA 
TATAAAGGTC TGTCTGTAAG AAGTGTGTGC TGGAGGGGAG ATCATATCCT AGTTGGTACA 
CAAGACAGTG AAATTTTTGA AATTGTGGTG CATGAACGCA ATAAGCCTTT CCTGATCATG 
CAGGGGCACT GCGAAGGAGA GCTGTGGGCT CTAGCTGTCC ACCCTACAAA ACCTTTGGCT 
ATGACTGGAA GTGATGATCG ATCAGTCAGA ATATGGAGCT TAATAGACCA TGCATTGATC 
GCCCGGTGCA ATATGGAGGA ACCAATTCGC TGTGCAGCAG TTAGTACAGA TGGAATCCAT 
CTTGCACTTG GAATGAAAGA TGGCTCTTTC ACTGTACTTC GAGTCAGAGA TATGACAGAA 
GTGGTTCATA TTAAAGACAG GAAGGAAGCT ATTCATGAAT TAAAATATTC ACCAGATGGT 
AATTTCCTCG CTGTTGGCTC CAATGACAGC TCTGTTGATA TTTATGGTGT TGTTCAGAGG 
TACAAAAAAG TTGGGGAATG TGTTGGATCC CTAAGTTTCA TCACTCACAT GGACTGGTCT 
GCTGACAGTA AATACTTACA GACCAATGAT GGCAGTGGGA AAAGACTTTT TTACAGGATG 
CCAAGTGGAA AAGAAGTTGC AAACAAAGAA GAATTAAAAG GTGTCCCCTG GGCTTCATGG 
ACATGTGTTT CTGGCTTAGA AGTTAATGGA ATATGGCCCA AGTATTCCGA TATCAATGAT 
ATCAATTCTG CAGATGCAAA TTTTATTGGG CAAGTTTTGG TTACTGCTGA TGACTATGGA 
ATAGTCAAAT TATTTCGATA CCCATGTGTA AGAAAAGGAG CAAAGTTTAA AAAATATCTT 
GGTCATTCAG CTCATGTGAC AAATGTCAGG TGGTCACATG ATCATCAGTG GGTTGTTTCT 
ATTGGTGGAG CTGATCATTC TGTCTTTCAG TGGAAATTTG TCCCTGATAG GAAGTTGAAG 
GATTCTCTTC ACATAGCACC ACAAGAAAGT CTAGTTGATT CTAATAGTGA TGAATCAGAT 
TCAGATCAGT CTGATGTTCC AGAGCTGGAC TCTGAAATTG AACAAGAGAC TCAGATTACA 
TACCGTCGAC AGGTTTACAA AGAAGATCTA CCTCAGCTTA AAGAGCAATG CAAAGAAAAA 
CGAAAAAGTG CAGCTTCTAA AAGAAGGGAG AGAGCTCCAG GAAACAGTAT AAGACTACAT 
TTTGTTCATG GTTACAGAGG TTACGACTGT CGGAGTAATC TATTTTATAC TCAGACTGGT 
GAAATTGTAT ACCATGTTGC AGCAGTTGGT GTAGTATACA ATCGACAGCA GAACACACAG 
CGCTTTTATC TGGGTCATGA TGATGACATC CTCTGCCTTT CTATTCATCC CTTAAAGGAC 
TATGTGGCAA CAGGCCAGGT TGGTCGGGAT TCTGCAATAC ATGTCTGGGA TACAGAGACA 
ATCAAACCAC TGTCAGTATT AAAGGGCTAT CACCAATATG GTGTTTGTGC TGTTGATTTT 
TCAGCTGATG GCAAACGCTT GGCTTCTGTT GGTATAGATG ACAATCATAC TGTTGTACTC 
TGGGATTGGA AGAAGGGAGA GAAGCTCTCA GCAGTAAGAG GAAGCAAAGA TAAGATTTTT 
GTTGTTAAGA TGAATCCTTA TATGCCTGAC AAACTGATTA CAGCTGGAAT TAAACACATG 
AAATTCTGGC GAAGAGCAGG GGGAGGACTG ATTGGGAAAA AGGGCTGCAT AGGTGCAATG 
GGAAGAACGG ATACAATGAT GTGCGCAGTA TACGGCTGGA CTGAAGAGAT GGCATTCTCT 
GGAACTTCCA CTGGGGATGT GTGTATCTGG AGAGATTTGT TTCTCATAAA AACTGTCAAA 
GCACATGATG GTCCAGTGTT CAGCATGCAT GCATTAGAAA AAGGATTTGT AACAGGAGGA 
AAAGATGGGG TAGTGGCTCT TTGGGATGAT ACCTTTGAAC GCTGTCTCAA AACCTATGCC 
ATCAAACGAG CTGCTTTGGC ACCTGGCTCT AAAGGTCTCC TTTTAGAAGA TAACCCTTCT 
ATACGAGCCA TATCATTAGG ACATGGTCAT ATTTTAGTGG GCACAAAAAA TGGTGAAATA 
CTAGAGGTGG ATAAAAGTGG ACCAATAACT CTGCTGGTTC AGGGTCACAT GGAGGGGGAA 
GTTTGGGGTC TAGCTACCCA TCCTCATTTA CCTATTTGTG CCACTGTAAG TGATGACAAA 
ACCTTAAGAA TATGGGATTT ATCTCCAAGC CATTGCATGT TAGCTGTTCG CAAGTTGAAA 
AAGGGGGGCA GATGTTGCTG CTTTTCTCCT GATGGGAAGG CGTTGGCTGT AGGTCTCAAT 
GATGGAAGTT TCTTGATTGT GAACGCAGAC ACTTTGGAGG ATCTAGTCTC TTTCCACCAT 
AGGAAGGATG TTATTTCAGA AATTCGATTC TCTCCTGGAG CTGGAAAATA CTTAGCTGTG 
GCATCATGTG ACAACTTTGT AGACATCTAC AATGTAATGA GCAGTAAGCG AGTAGGAATC 
TGCAAGGGAG CAACCAGTTA CATAACACAC ATGGACTGGG ACATAAGAGG GAAACTTCTA 
CAAGTTAACA CTGGTGCTAA AGAACAATTA TTTTTTGAAG CTCCTCGTGG GAAGAGGCAG 
ACAATTCCCA GTTTGGAGGT AGAAAAGATT GGCTGGGCAT CATGGACAAG TGTTCTGGGA 
TCTTGCTGTG AAGGAATCTG GCCAATTATT GGAGAAGTCA CGGATGTAAC TGCTTCGTGC 
CTCACTAGTG ATAATAAGGT GTTAGCCACA GGCGATGATT TTGGGTTTGT GAAGCTGTTT 
CGATACCCTG CTAAAGGAAA GTTTGGAAAA TTTAAAAGGT ATGTGGCACA CAGTACACAT 
GTAACAAATG TTCGTTGGAC TCATGATGAC AGTTTGTTAG TCACTGTTGG AGGGGCAGAC 
ACCTCTCTAA TGCTGTGGAC CTATGAGATG GAGGGACATC GAGACAGCAG ACAGTGTGAT 
AGTGAAGAGT CTGATCTAGA TTCTGAAGAA GATGGAGGCT ATGACAGCGA TGTGACACGA 
GAAAATGAAA TTAATTACAC CATCAAAGCC TTATCAACAA ACATCAGACC AATGTTTGGA 
ATTAAGCCTC ACCTGCAACA AAAGGAACCA TCATTAGATG AAAGACCACC AGTTAGTAGG 
GCACTGCCAC AGCCTGAAAA ACTTCAAACA AATAACGTTG GCAAAAAAAA GAGACCTATA 
GAGGACCTAG TTTTGGAGCT GGTATTTGGC TACCGAGGCA AGGACTGCAG GAACAATGTG 
CACTATTTGA ATGATGGTGC TGATATAATT TATCATACAG CATCTGTTGG AATTCTCTAT 
AATGTGGCAA CAGGCTCTCA GTCTTTTTAC CAGGAACATA ATGATGATAT TTTGTGCCTC 
ACTGTAAATC AGCACCCCAA ATTTATCAAC ATTGTGGCAA CTGGCCAAGT AGGAGACTCA 
GCAGATATGT CAGCTACAGC TCCTTCTATC CATGTGTGGG ATGCAATGAG CAAACAGACA 
CTGTCTGTAC TGAGATGCTA CCATTCAAAG GGAGTTTGTT CAGTCAGTTT CAGTGCCACG 
GGCAAACTTC TTCTCTCTGT AGGGCTGGAT CCTGAACACA CCATTACCAT TTGGAAGTGG 
CAGGAAGGTG CCAAAATTGC CAGCCGAGCA GGTCATAACC AGCGTATATT TGTAGCAGAA 
TTTAGACCAG ATTCAGACAC GCAATTTGTT TCAGTGGGAG TAAAGCATGT GAGATTCTGG 
ACCCTTGCTG GAAGAGCTCT TCTTAGTAAA AAGGGGCTAC TGAGTTCAAT AGAAGATGCC 
CGGATGCAGA CTATGCTCGC TGTAGCTTTT GGAGCTAATA ACTTGACATT TACAGGTACC 
ATCAGTGGAG ATGTTTGTGT TTGGAAAGAA AATGTATTGG TACGAATTGT GGCCAAAGCT 
CACAATGGGC CTGTTTTCAC AATGTACACC ACACTAAGAG ATGGCCTGAT TGTAACAGGA 
GGCAAGGAAA GACCGTCAAA GGAAGGAGGA GCAGTTAAAC TATGGGATCA AGAGCTGAAG 
CGATGTCGTG CCTTCAGACT GGAGACAGGA CAGATTACTG ACTGTGTTCG CTCTGTGTGC 
AGAGGCAAAG GGAAAATTCT TGTTGGGACA AGAAATGCTG AAATAATTGA AGTTGGAGAG 
AAAAATGCAG CATGTAACAT TTTAATTAAT GGCCATATGG ATGGTCCTAT CTGGGGACTG 
GCAACGCATC CTTCAAGAGA TTTTTTCCTT TCTGCCGCAG AAGATGGAAC AGTGAGACTG 
TGGGATATTG CTGAAAAGAA GATGCTGAAC AAAGTCAGTT TGGGACATGC AGCTCGTACA 
GTTTGTTACA GCCCAGAAGG TGATATGGTG GCTATTGGCA TGAAAAATGG GGAATTTATC 
ATCTTGCTTG TGACCTCATT AAAAATATGG GGGAAAAAAA GAGACCGAAG ATCAGCTATC 
CAAGATATCA GGTTTAGTCC AGATTCTCGT TATTTAGCGG TGGGTTCTAG TGAGAATGCA 
GTAGATTTTT ATGACTTAAC CTTGGGTCCC ACACTTAATC GAGTCAGCTA TTGCAAAGAT 
ATCCCAAGCT TTGTGATCCA GATGGACTTC TCTGCAGACA GCTGCTATCT CCAGGTTTCT 
ACTGGGTCTT ACAAAAGGCA GGTCTATGAA GTGCCTTCAG GAAAACAGCT TACAGACCAG 
GCTGTGATTG ATAGAATAAC ATGGGCTACT TGGACCAGCG TTCTAGGGGA TGAAGTAGTT 
GGAATCTGGT CCAGACATGC TGAGAAAGCT GATGTAAATT GTGCCTGTGT TTCTCACTCG 
GGAATCAACC TCGTAACAGG CGATGATTTT GGCATGGTCA AACTGTTCGA CTTTCCATGT 
CCTGAAAAGT TTGCAAAACA CAAACGATTT TTAGGTCACT CAGCCCATTT GACTAATATT 
CGATTTACAA GCGGGGATAG ATATGTTGTC AGTGCTGGTG GGGATGACTG CAGCTTATTT 
GTCTGGAAAT GTGTGCATAT GCCTCATTGA

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

RefSeq	XP_019407930.1
CDS	56..5965
Translation	MADRSAPSCHLRLEWVYGYRGHQCRNNLYYTAAKEIVYFVAGVGVVYSPREHRQKFYLGHQDDIISLALHPERVLVATGQVGKEPYICVWDSYTVQTVSILKDVHTHGIACLAFDVDGQRLVSVGLDSKNTICVWDWRRGKLLSMAPGHTDRIFDISWDLYQPNKLVSCGVKHIKFWSLCGNSLTPKRGVFGKTGDLQTILCLACARDEVTYSGALNGDICVWKGINLVRTIQGAHAAGIFSMNACEEGFATGGRDGCVRLWDLNFKPITVIDLRETDQGYKGLSVRSVCWRGDHILVGTQDSEIFEIVVHERNKPFLIMQGHCEGELWALAVHPTKPLAMTGSDDRSVRIWSLIDHALIARCNMEEPIRCAAVSTDGIHLALGMKDGSFTVLRVRDMTEVVHIKDRKEAIHELKYSPDGNFLAVGSNDSSVDIYGVVQRYKKVGECVGSLSFITHMDWSADSKYLQTNDGSGKRLFYRMPSGKEVANKEELKGVPWASWTCVSGLEVNGIWPKYSDINDINSADANFIGQVLVTADDYGIVKLFRYPCVRKGAKFKKYLGHSAHVTNVRWSHDHQWVVSIGGADHSVFQWKFVPDRKLKDSLHIAPQESLVDSNSDESDSDQSDVPELDSEIEQETQITYRRQVYKEDLPQLKEQCKEKRKSAASKRRERAPGNSIRLHFVHGYRGYDCRSNLFYTQTGEIVYHVAAVGVVYNRQQNTQRFYLGHDDDILCLSIHPLKDYVATGQVGRDSAIHVWDTETIKPLSVLKGYHQYGVCAVDFSADGKRLASVGIDDNHTVVLWDWKKGEKLSAVRGSKDKIFVVKMNPYMPDKLITAGIKHMKFWRRAGGGLIGKKGCIGAMGRTDTMMCAVYGWTEEMAFSGTSTGDVCIWRDLFLIKTVKAHDGPVFSMHALEKGFVTGGKDGVVALWDDTFERCLKTYAIKRAALAPGSKGLLLEDNPSIRAISLGHGHILVGTKNGEILEVDKSGPITLLVQGHMEGEVWGLATHPHLPICATVSDDKTLRIWDLSPSHCMLAVRKLKKGGRCCCFSPDGKALAVGLNDGSFLIVNADTLEDLVSFHHRKDVISEIRFSPGAGKYLAVASCDNFVDIYNVMSSKRVGICKGATSYITHMDWDIRGKLLQVNTGAKEQLFFEAPRGKRQTIPSLEVEKIGWASWTSVLGSCCEGIWPIIGEVTDVTASCLTSDNKVLATGDDFGFVKLFRYPAKGKFGKFKRYVAHSTHVTNVRWTHDDSLLVTVGGADTSLMLWTYEMEGHRDSRQCDSEESDLDSEEDGGYDSDVTRENEINYTIKALSTNIRPMFGIKPHLQQKEPSLDERPPVSRALPQPEKLQTNNVGKKKRPIEDLVLELVFGYRGKDCRNNVHYLNDGADIIYHTASVGILYNVATGSQSFYQEHNDDILCLTVNQHPKFINIVATGQVGDSADMSATAPSIHVWDAMSKQTLSVLRCYHSKGVCSVSFSATGKLLLSVGLDPEHTITIWKWQEGAKIASRAGHNQRIFVAEFRPDSDTQFVSVGVKHVRFWTLAGRALLSKKGLLSSIEDARMQTMLAVAFGANNLTFTGTISGDVCVWKENVLVRIVAKAHNGPVFTMYTTLRDGLIVTGGKERPSKEGGAVKLWDQELKRCRAFRLETGQITDCVRSVCRGKGKILVGTRNAEIIEVGEKNAACNILINGHMDGPIWGLATHPSRDFFLSAAEDGTVRLWDIAEKKMLNKVSLGHAARTVCYSPEGDMVAIGMKNGEFIILLVTSLKIWGKKRDRRSAIQDIRFSPDSRYLAVGSSENAVDFYDLTLGPTLNRVSYCKDIPSFVIQMDFSADSCYLQVSTGSYKRQVYEVPSGKQLTDQAVIDRITWATWTSVLGDEVVGIWSRHAEKADVNCACVSHSGINLVTGDDFGMVKLFDFPCPEKFAKHKRFLGHSAHLTNIRFTSGDRYVVSAGGDDCSLFVWKCVHMPH

Target ORF information:

RefSeq Version	XM_019552385.1
Organism	Crocodylus porosus(Australian saltwater crocodile)
Definition	Crocodylus porosus echinoderm microtubule associated protein like 5 (EML5), mRNA.

Target ORF information:

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

XM_019552385.1

ORF Insert Sequence:

ATGGCGGACC GCAGCGCCCC GAGCTGCCAC TTGCGGCTGG AGTGGGTGTA CGGCTACCGT 
GGCCACCAGT GCCGCAACAA CCTCTACTAC ACGGCGGCCA AGGAGATCGT CTACTTCGTG 
GCGGGCGTCG GCGTCGTCTA CAGCCCCCGC GAGCACCGCC AGAAATTCTA CCTGGGCCAC 
CAGGACGACA TCATCAGCCT TGCTTTGCAT CCTGAACGAG TGTTGGTGGC AACAGGTCAA 
GTTGGGAAAG AACCATATAT TTGCGTCTGG GACTCTTACA CTGTGCAAAC TGTTTCAATA 
CTGAAAGATG TTCACACACA TGGTATAGCT TGCTTAGCCT TTGATGTAGA TGGGCAGCGT 
TTGGTCTCAG TTGGCTTGGA TTCAAAAAAT ACAATATGTG TTTGGGACTG GAGAAGAGGA 
AAATTGTTAT CAATGGCTCC TGGTCATACA GACAGGATAT TTGATATTTC TTGGGATTTA 
TATCAACCAA ACAAACTTGT CAGCTGTGGT GTAAAACACA TTAAGTTCTG GAGCTTGTGT 
GGTAATTCAT TAACACCAAA ACGTGGTGTT TTTGGCAAGA CTGGTGATCT GCAAACAATA 
CTGTGTCTAG CCTGTGCAAG AGATGAAGTG ACATATTCTG GTGCGCTTAA TGGAGATATA 
TGTGTATGGA AAGGAATCAA TCTTGTAAGG ACAATACAAG GAGCACATGC TGCAGGAATT 
TTCAGCATGA ATGCATGTGA AGAAGGCTTT GCCACTGGTG GCAGGGATGG CTGTGTTCGT 
TTATGGGATT TAAATTTTAA ACCAATTACT GTGATTGATC TCAGGGAAAC AGACCAGGGA 
TATAAAGGTC TGTCTGTAAG AAGTGTGTGC TGGAGGGGAG ATCATATCCT AGTTGGTACA 
CAAGACAGTG AAATTTTTGA AATTGTGGTG CATGAACGCA ATAAGCCTTT CCTGATCATG 
CAGGGGCACT GCGAAGGAGA GCTGTGGGCT CTAGCTGTCC ACCCTACAAA ACCTTTGGCT 
ATGACTGGAA GTGATGATCG ATCAGTCAGA ATATGGAGCT TAATAGACCA TGCATTGATC 
GCCCGGTGCA ATATGGAGGA ACCAATTCGC TGTGCAGCAG TTAGTACAGA TGGAATCCAT 
CTTGCACTTG GAATGAAAGA TGGCTCTTTC ACTGTACTTC GAGTCAGAGA TATGACAGAA 
GTGGTTCATA TTAAAGACAG GAAGGAAGCT ATTCATGAAT TAAAATATTC ACCAGATGGT 
AATTTCCTCG CTGTTGGCTC CAATGACAGC TCTGTTGATA TTTATGGTGT TGTTCAGAGG 
TACAAAAAAG TTGGGGAATG TGTTGGATCC CTAAGTTTCA TCACTCACAT GGACTGGTCT 
GCTGACAGTA AATACTTACA GACCAATGAT GGCAGTGGGA AAAGACTTTT TTACAGGATG 
CCAAGTGGAA AAGAAGTTGC AAACAAAGAA GAATTAAAAG GTGTCCCCTG GGCTTCATGG 
ACATGTGTTT CTGGCTTAGA AGTTAATGGA ATATGGCCCA AGTATTCCGA TATCAATGAT 
ATCAATTCTG CAGATGCAAA TTTTATTGGG CAAGTTTTGG TTACTGCTGA TGACTATGGA 
ATAGTCAAAT TATTTCGATA CCCATGTGTA AGAAAAGGAG CAAAGTTTAA AAAATATCTT 
GGTCATTCAG CTCATGTGAC AAATGTCAGG TGGTCACATG ATCATCAGTG GGTTGTTTCT 
ATTGGTGGAG CTGATCATTC TGTCTTTCAG TGGAAATTTG TCCCTGATAG GAAGTTGAAG 
GATTCTCTTC ACATAGCACC ACAAGAAAGT CTAGTTGATT CTAATAGTGA TGAATCAGAT 
TCAGATCAGT CTGATGTTCC AGAGCTGGAC TCTGAAATTG AACAAGAGAC TCAGATTACA 
TACCGTCGAC AGGTTTACAA AGAAGATCTA CCTCAGCTTA AAGAGCAATG CAAAGAAAAA 
CGAAAAAGTG CAGCTTCTAA AAGAAGGGAG AGAGCTCCAG GAAACAGTAT AAGACTACAT 
TTTGTTCATG GTTACAGAGG TTACGACTGT CGGAGTAATC TATTTTATAC TCAGACTGGT 
GAAATTGTAT ACCATGTTGC AGCAGTTGGT GTAGTATACA ATCGACAGCA GAACACACAG 
CGCTTTTATC TGGGTCATGA TGATGACATC CTCTGCCTTT CTATTCATCC CTTAAAGGAC 
TATGTGGCAA CAGGCCAGGT TGGTCGGGAT TCTGCAATAC ATGTCTGGGA TACAGAGACA 
ATCAAACCAC TGTCAGTATT AAAGGGCTAT CACCAATATG GTGTTTGTGC TGTTGATTTT 
TCAGCTGATG GCAAACGCTT GGCTTCTGTT GGTATAGATG ACAATCATAC TGTTGTACTC 
TGGGATTGGA AGAAGGGAGA GAAGCTCTCA GCAGTAAGAG GAAGCAAAGA TAAGATTTTT 
GTTGTTAAGA TGAATCCTTA TATGCCTGAC AAACTGATTA CAGCTGGAAT TAAACACATG 
AAATTCTGGC GAAGAGCAGG GGGAGGACTG ATTGGGAAAA AGGGCTGCAT AGGTGCAATG 
GGAAGAACGG ATACAATGAT GTGCGCAGTA TACGGCTGGA CTGAAGAGAT GGCATTCTCT 
GGAACTTCCA CTGGGGATGT GTGTATCTGG AGAGATTTGT TTCTCATAAA AACTGTCAAA 
GCACATGATG GTCCAGTGTT CAGCATGCAT GCATTAGAAA AAGGATTTGT AACAGGAGGA 
AAAGATGGGG TAGTGGCTCT TTGGGATGAT ACCTTTGAAC GCTGTCTCAA AACCTATGCC 
ATCAAACGAG CTGCTTTGGC ACCTGGCTCT AAAGGTCTCC TTTTAGAAGA TAACCCTTCT 
ATACGAGCCA TATCATTAGG ACATGGTCAT ATTTTAGTGG GCACAAAAAA TGGTGAAATA 
CTAGAGGTGG ATAAAAGTGG ACCAATAACT CTGCTGGTTC AGGGTCACAT GGAGGGGGAA 
GTTTGGGGTC TAGCTACCCA TCCTCATTTA CCTATTTGTG CCACTGTAAG TGATGACAAA 
ACCTTAAGAA TATGGGATTT ATCTCCAAGC CATTGCATGT TAGCTGTTCG CAAGTTGAAA 
AAGGGGGGCA GATGTTGCTG CTTTTCTCCT GATGGGAAGG CGTTGGCTGT AGGTCTCAAT 
GATGGAAGTT TCTTGATTGT GAACGCAGAC ACTTTGGAGG ATCTAGTCTC TTTCCACCAT 
AGGAAGGATG TTATTTCAGA AATTCGATTC TCTCCTGGAG CTGGAAAATA CTTAGCTGTG 
GCATCATGTG ACAACTTTGT AGACATCTAC AATGTAATGA GCAGTAAGCG AGTAGGAATC 
TGCAAGGGAG CAACCAGTTA CATAACACAC ATGGACTGGG ACATAAGAGG GAAACTTCTA 
CAAGTTAACA CTGGTGCTAA AGAACAATTA TTTTTTGAAG CTCCTCGTGG GAAGAGGCAG 
ACAATTCCCA GTTTGGAGGT AGAAAAGATT GGCTGGGCAT CATGGACAAG TGTTCTGGGA 
TCTTGCTGTG AAGGAATCTG GCCAATTATT GGAGAAGTCA CGGATGTAAC TGCTTCGTGC 
CTCACTAGTG ATAATAAGGT GTTAGCCACA GGCGATGATT TTGGGTTTGT GAAGCTGTTT 
CGATACCCTG CTAAAGGAAA GTTTGGAAAA TTTAAAAGGT ATGTGGCACA CAGTACACAT 
GTAACAAATG TTCGTTGGAC TCATGATGAC AGTTTGTTAG TCACTGTTGG AGGGGCAGAC 
ACCTCTCTAA TGCTGTGGAC CTATGAGATG GAGGGACATC GAGACAGCAG ACAGTGTGAT 
AGTGAAGAGT CTGATCTAGA TTCTGAAGAA GATGGAGGCT ATGACAGCGA TGTGACACGA 
GAAAATGAAA TTAATTACAC CATCAAAGCC TTATCAACAA ACATCAGACC AATGTTTGGA 
ATTAAGCCTC ACCTGCAACA AAAGGAACCA TCATTAGATG AAAGACCACC AGTTAGTAGG 
GCACTGCCAC AGCCTGAAAA ACTTCAAACA AATAACGTTG GCAAAAAAAA GAGACCTATA 
GAGGACCTAG TTTTGGAGCT GGTATTTGGC TACCGAGGCA AGGACTGCAG GAACAATGTG 
CACTATTTGA ATGATGGTGC TGATATAATT TATCATACAG CATCTGTTGG AATTCTCTAT 
AATGTGGCAA CAGGCTCTCA GTCTTTTTAC CAGGAACATA ATGATGATAT TTTGTGCCTC 
ACTGTAAATC AGCACCCCAA ATTTATCAAC ATTGTGGCAA CTGGCCAAGT AGGAGACTCA 
GCAGATATGT CAGCTACAGC TCCTTCTATC CATGTGTGGG ATGCAATGAG CAAACAGACA 
CTGTCTGTAC TGAGATGCTA CCATTCAAAG GGAGTTTGTT CAGTCAGTTT CAGTGCCACG 
GGCAAACTTC TTCTCTCTGT AGGGCTGGAT CCTGAACACA CCATTACCAT TTGGAAGTGG 
CAGGAAGGTG CCAAAATTGC CAGCCGAGCA GGTCATAACC AGCGTATATT TGTAGCAGAA 
TTTAGACCAG ATTCAGACAC GCAATTTGTT TCAGTGGGAG TAAAGCATGT GAGATTCTGG 
ACCCTTGCTG GAAGAGCTCT TCTTAGTAAA AAGGGGCTAC TGAGTTCAAT AGAAGATGCC 
CGGATGCAGA CTATGCTCGC TGTAGCTTTT GGAGCTAATA ACTTGACATT TACAGGTACC 
ATCAGTGGAG ATGTTTGTGT TTGGAAAGAA AATGTATTGG TACGAATTGT GGCCAAAGCT 
CACAATGGGC CTGTTTTCAC AATGTACACC ACACTAAGAG ATGGCCTGAT TGTAACAGGA 
GGCAAGGAAA GACCGTCAAA GGAAGGAGGA GCAGTTAAAC TATGGGATCA AGAGCTGAAG 
CGATGTCGTG CCTTCAGACT GGAGACAGGA CAGATTACTG ACTGTGTTCG CTCTGTGTGC 
AGAGGCAAAG GGAAAATTCT TGTTGGGACA AGAAATGCTG AAATAATTGA AGTTGGAGAG 
AAAAATGCAG CATGTAACAT TTTAATTAAT GGCCATATGG ATGGTCCTAT CTGGGGACTG 
GCAACGCATC CTTCAAGAGA TTTTTTCCTT TCTGCCGCAG AAGATGGAAC AGTGAGACTG 
TGGGATATTG CTGAAAAGAA GATGCTGAAC AAAGTCAGTT TGGGACATGC AGCTCGTACA 
GTTTGTTACA GCCCAGAAGG TGATATGGTG GCTATTGGCA TGAAAAATGG GGAATTTATC 
ATCTTGCTTG TGACCTCATT AAAAATATGG GGGAAAAAAA GAGACCGAAG ATCAGCTATC 
CAAGATATCA GGTTTAGTCC AGATTCTCGT TATTTAGCGG TGGGTTCTAG TGAGAATGCA 
GTAGATTTTT ATGACTTAAC CTTGGGTCCC ACACTTAATC GAGTCAGCTA TTGCAAAGAT 
ATCCCAAGCT TTGTGATCCA GATGGACTTC TCTGCAGACA GCTGCTATCT CCAGGTTTCT 
ACTGGGTCTT ACAAAAGGCA GGTCTATGAA GTGCCTTCAG GAAAACAGCT TACAGACCAG 
GCTGTGATTG ATAGAATAAC ATGGGCTACT TGGACCAGCG TTCTAGGGGA TGAAGTAGTT 
GGAATCTGGT CCAGACATGC TGAGAAAGCT GATGTAAATT GTGCCTGTGT TTCTCACTCG 
GGAATCAACC TCGTAACAGG CGATGATTTT GGCATGGTCA AACTGTTCGA CTTTCCATGT 
CCTGAAAAGT TTGCAAAACA CAAACGATTT TTAGGTCACT CAGCCCATTT GACTAATATT 
CGATTTACAA GCGGGGATAG ATATGTTGTC AGTGCTGGTG GGGATGACTG CAGCTTATTT 
GTCTGGAAAT GTGTGCATAT GCCTCATTGA