TEX14 cDNA ORF clone, Aquila chrysaetos canadensis

Gene
Clones
gRNAs

Summary

Gene Symbol	TEX14
Entrez Gene ID	105404714
Full Name	testis expressed 14, intercellular bridge forming factor
Gene Type	protein-coding
Organism	Aquila chrysaetos canadensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_011581845.1	XP_011580147.1	inactive serine/threonine-protein kinase TEX14

Pathways from BioSystems
Gene Ontology

The following TEX14 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TEX14 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
OAq19798	XM_011581845.1 Latest version!	Aquila chrysaetos canadensis testis expressed 14 (TEX14), 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)

TEX14 ( XM_011581845.1 ) cDNA ORF clone, Aquila chrysaetos canadensis -> XP_011580147.1 Aquila chrysaetos canadensis testis expressed 14 (TEX14), mRNA.

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CloneID	OAq19798
Clone ID Related Accession (Same CDS sequence)	XM_011581845.1
Accession Version	XM_011581845.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4419bp) 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	2015-03-12
Organism	Aquila chrysaetos canadensis
Product	inactive serine/threonine-protein kinase TEX14
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011950904.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Aquila chrysaetos canadensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTTTCCAT ATTTCCTCTA TCTCAGAAGG AATATGGCAG TCAGTTTTAG TGTTAATGAA 
CCAACCGTTG CCTTTTACTC GGGGTGGGGT GCAACAAGCA CTGGCCTCAT AATCTTTTGT 
TTTCTTGCAG GTATTTTTGT TGATGCTGTA AATTCCATGG GCCAAACTTC TCTCTTCACT 
GCTGCACTGC TAGGTCTTGG TAAAATAGTG GATGTGCTGT TGGATTATGG CTCAGACGCT 
AATCATCGCT CTTACGATGG AAGCACCCCA GTCCACGCAG CTGCATTCTC AGGAAATCAG 
TGGATTCTTA GCAAGTTATT GGATGAAGGA GGTGATCTGA GAGTACATGA TAAAGATGGA 
AAAAGTCCTC AGTACTGGGC TATGTCAGCT GGAAAAGAAA GCAGTGCTCA GATGCTGGAA 
TTTATACAGC GTTGTACATT CCACATGCAG GCTGCCATTC AAAATTTTCC CTCTGATCTA 
CTCAGGAAGG TTGGTTCATC AAAAGCGCTG GTCTGCAGTC CGTCTAGGTT TGGTGGTCTT 
GTTCAAGGAA ATGTTGACAG TCCTCTGGGT AGATTTCTAA AAGGTGGAGC TAATGCAGCC 
AAGAGCATTT ACAGCTTTGG TTTTGGGAAG TTTTATCTTG CAGGCAGCGG GCATCTAGGG 
TACTTGGCAT CTCTCCCTAT TATTGGGGAA AAAGATGTGG TTCAGGCAGA TGATGAACCA 
ACATTTTCTT ACCATGTTGG ACCATACATG ATCATGACAA ATAAACTCCG TCATCCTCAT 
TTGCTACAGT TGATGTCTGT TTGTCTGTCT AGTGACTTGG AGAAAACCCG TTTAGTATAT 
GAAAGAGTTA ACTTTGGTTC TCTGTACAGC ATCCTTCATG AAAGGCGTAC AGAATTCCCA 
GTACTGCATA TGGAGACTAT TTTGCATGTG CTGCTTCAAA TTAATGATGC TTTGCGTTTT 
CTACACTCCC GTGGATTTAT CCACCGTTCT GTTACCTCCT ATGCTATTCA GATTGTTTCT 
TCCGGTGAAG CAAAGCTATG CAACTTGGAA TACATGATAG AGAGCAAAGA TGGTGGAGAA 
CACAGTGATC TGACACGTAT TCCTGTCCCA GTCCAGCTGT ATAAGTGGTG CTCTCCTGAA 
GTAATCCTTG AAAAAGTTGT CACGGTCAAA TCGGATATTT ATAGCTTCTG TACAGTAGTG 
CAGGAGGCTT TGACAGAGAC CCCTCCCTGG AAAGGTCTTG AAGACTCAGT TATTAAACAG 
CTCATAATTT CGGGACAGCA GTTAGAAGCA GATGTCAGAC TTCCTATGCC CTATTATGGC 
ATTGTGAAGT CAGGGCTAGA ACCTAAACAG AAGAACCGCT CCATGAAACT TCAGGATATT 
CAGTACATAC TGAAGAATGA CTTAAAGGAC TTAACTAAGT CTCAAACTGG TCATGCTGAT 
GAAACGCCAA AAGCACAAAG ACCTGCTGTT TTTGCAGATG TGAACATCTG TTTGGCATCA 
GCTTTTAGCT ACCAGAGGAG AACACAGGAA TTGCAGGGAA AAGAGATAAC TGAGGCTGAC 
AGCTCTACTG CCCCAAGATA TTCTTTTTTT CCTGAGGAGA ATAGTGCGTT AGTGGACCAA 
GAGGCATCAA CCAGTCTACA GCCAGTTGCA CAGGACAAAA ATTGTGACAT AGCTTCTGAA 
CTCCAGATGA CCCTCAGTGT CAGTGATGTG GATGACAGCC TCTGTAGCTT TGAAATCAAT 
GAAATCTTTG CCAGTTATCC AGAACTTCAT GAAGACTTCC TGGAAGAAGG AGCTGGATTA 
GGTCAAGCTC TAAACGATGA AAAAAGGCAG CAACAGGAAG AAGATAAGGC TACCCTCAGA 
GACCTGGATG CATCCCCTGA AGTGCACTGT GAGGAAAAGC CAGTTTATGA GGAAGGTGGC 
TTTTCAGAAT CGAGTACAGA GTACACTACG GAAGAGGAGG AGAGGATAAG TGAGACCTCT 
GACCTATGTA TGCTGGCACA GGTAAGACAA GATGCTGGGA GAAGAATGAG TAGTCTGTCC 
CAAAATGAGC AGCACATCAG CAAATGTGTC CTTAATTTAA AGATTTTTCA AAGCATGTTG 
CAGCAGGCAG CAGATTCCCT GTGCAGAACA GAGGAGAAAC TGGACAAATT AGAGGCCACT 
GAAAAGCAAA AGAAGCTGCT CCAGGAGATC GGAATGAACC AGCTTTCTAA GCAAATTTGT 
CAAGAAAGAC ATTGGAGCAG ATCTGATGAT ACTTTCCAAA ATACCAATAA CCCTTTTTCT 
GGAGTTAATA CTTTTTTATG GAAGGCTATA GGTCCACCAT CAAGTGACTA TATTCCACCA 
CTGATAACAC ATCAGGCACA AGGAGCGTTG GGTGGAGACA GCTTCCAAGC TGTTTCAAAG 
ATGGCAAAAG AAATGCAGGC GATTCAAAAT GAAAAGTGGA AGTGCTTTTA TGAAATGAGT 
AAGGGTAAAA ATGGAAACAA CCATCGTGAT CTTGGCTTCA GTGTGGTGAA AAGCCTGGAT 
GATGAAATGA GCCTAGACCA TGAGGTAAAT CAGCATTTAC TCCCACGTGT ATCTGTAAGA 
TGCAAAAAAA AGTTCAGCTT GCAGTGTCAG AGAGGAGGTG ATTCACATTC TGCAGCAAGT 
AGAAGTGAAG AAGAGAGGTG GTGCTATCCA AAATCAAGAT CTGAAATTTA CAGTGCAAAT 
ATAAGTGAGG AGGGAAGGAT GATGCAATCA GAATGGAGGA CTGAAGTAAA ACAAATGGCC 
AGAAGAGTGG CCTCAGGACA GCTAGAACTT GGCTCTCCAT ATCCAGCCAG TGAATACACA 
TCTGAAAGTG AAACAGAGAG TATAAAGGAA GCCTTTCAAC ATGTCACTGT TAGAGTCCAA 
AAAAGTCAAG ACCTACAAAG ATACAGGTGG CAGATAGGTG ATAATGTTGA GCCTTGGGAT 
CTGGGCAGTG AGGATAGATC TGAATCTGAG GAGAGTGATC TGGAGTCTGC ATTCAGAAGT 
TCTGGAGGGA GAAGTTGCCA GTCGCCATCA CAAGATGAAC AAGCAGAATC TGGAATAGCT 
ATTCATAAGA ATTCAGTCCT TCCTCAACAA GTTGAGAATC TCACCAGAGG GCATTCAAGG 
AAATTACATT GTTCCCTTAA TTCATCTCCT GATATGTCTG AAGAATTCTT GACTCCTGAT 
CCTCATTCTT TCCTTCCTCC TACTACTCAG GGAAGTTCAC AACTAGAGAC CTCAGATGCT 
GAGGGCAAAT TAGAAGATGC TTGTGAAGGA TTTTTACAGA AACAGTTACC TGAAGATGCA 
GGATCAGGTA TTCAGGTTTC AGGAGGAAAA ATGCTATTTT GCAGCACAGC GACGCAGAAC 
TCTGGCAGTA ACACACTAGG AGTGAATCAG CTTAGCCATA TGCCTGTAGC CAGTGTTGAA 
GCAGCACGAG AAGTGGTACT GTGGGAGCCG CAGGAAGAAT GCAATGAAAA AGATGTATCA 
TCGACAGATA TTCAGGATTT GTCAAGTATC CCCTGTGAGC AAGAGAACTA CTACAGGGAT 
GTAGATTGTG AAACACCCAG AGTGAGTCAT GCACCAACTA GAGTCAGCAC TCCACTCAAC 
TCAGAAGAAA AAATTCCAGT AGCCTATGAG AAATACAAAC ACTGCCATGA AGTAGCTTCA 
GATTCTTCCT TTTGTGGTTC TCAAGAGACC TCCTCTGCAG TGTCCAGGAC ATTCACTACA 
GCCTGTGGAG AGGGAAGGAA CACTGAAATT CCCTTGGTTG CTTCAGGAGT TTCCTCATCT 
GAATTGAATG AGCCTGATGG GTTGCCAGTA GTTGCTTCAT CCTTGAGAAG CACCAGGAAA 
GCATCTGCAC TCTCACAGGC ACCTAACCAC TTCATTGATG AGCTGCCTCC ACCAGCCCAA 
GAGCTGCTGG ATGAAATTGA ATATTTAAAG CAGCAAGATT CCGTCGCTCA AGACTTTAAA 
GAGAAGGGAT TGTATGACTG CGAAGTGCAA AGAAATGTTC CTGATCAAAT TAAAATGGAA 
GACAGAGTCT CAAGCAAAGA ATCTGAGAGA AATGAGGAGA GAAATCATAG TTTATGGACT 
GAGGAGTCAT TTAATCAAGC AGAGGAAACA GAAAGGGCTC ACTCTACTCT TGATGATATT 
TTAGAAAGAA TGCTCCGTGC AATTCCTGGA GATGAGGAGG TCCAAGAACA ACCTCAGGGA 
CGCACTCTTG GGGCTGCAAG CCTGCAAGAT CCAGAAGATG CTGGAAGGAC GAAGGGAGTA 
GAGGAAGGTG GAGCTGGGGC CAGAGGCAGA GCACCAGAAG GCTGTGCGGG GAGTTCAGAA 
GACACACATC CTGAAGATCA GAAATCCCGC TTACAGCAAC AGCAGTCTTC ATCTTTGCCA 
TTCACGGTAA TTGTTTTGGA TCAGAGCTCT CCTACATGA

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

RefSeq	XP_011580147.1
CDS	92..4510
Translation	MFPYFLYLRRNMAVSFSVNEPTVAFYSGWGATSTGLIIFCFLAGIFVDAVNSMGQTSLFTAALLGLGKIVDVLLDYGSDANHRSYDGSTPVHAAAFSGNQWILSKLLDEGGDLRVHDKDGKSPQYWAMSAGKESSAQMLEFIQRCTFHMQAAIQNFPSDLLRKVGSSKALVCSPSRFGGLVQGNVDSPLGRFLKGGANAAKSIYSFGFGKFYLAGSGHLGYLASLPIIGEKDVVQADDEPTFSYHVGPYMIMTNKLRHPHLLQLMSVCLSSDLEKTRLVYERVNFGSLYSILHERRTEFPVLHMETILHVLLQINDALRFLHSRGFIHRSVTSYAIQIVSSGEAKLCNLEYMIESKDGGEHSDLTRIPVPVQLYKWCSPEVILEKVVTVKSDIYSFCTVVQEALTETPPWKGLEDSVIKQLIISGQQLEADVRLPMPYYGIVKSGLEPKQKNRSMKLQDIQYILKNDLKDLTKSQTGHADETPKAQRPAVFADVNICLASAFSYQRRTQELQGKEITEADSSTAPRYSFFPEENSALVDQEASTSLQPVAQDKNCDIASELQMTLSVSDVDDSLCSFEINEIFASYPELHEDFLEEGAGLGQALNDEKRQQQEEDKATLRDLDASPEVHCEEKPVYEEGGFSESSTEYTTEEEERISETSDLCMLAQVRQDAGRRMSSLSQNEQHISKCVLNLKIFQSMLQQAADSLCRTEEKLDKLEATEKQKKLLQEIGMNQLSKQICQERHWSRSDDTFQNTNNPFSGVNTFLWKAIGPPSSDYIPPLITHQAQGALGGDSFQAVSKMAKEMQAIQNEKWKCFYEMSKGKNGNNHRDLGFSVVKSLDDEMSLDHEVNQHLLPRVSVRCKKKFSLQCQRGGDSHSAASRSEEERWCYPKSRSEIYSANISEEGRMMQSEWRTEVKQMARRVASGQLELGSPYPASEYTSESETESIKEAFQHVTVRVQKSQDLQRYRWQIGDNVEPWDLGSEDRSESEESDLESAFRSSGGRSCQSPSQDEQAESGIAIHKNSVLPQQVENLTRGHSRKLHCSLNSSPDMSEEFLTPDPHSFLPPTTQGSSQLETSDAEGKLEDACEGFLQKQLPEDAGSGIQVSGGKMLFCSTATQNSGSNTLGVNQLSHMPVASVEAAREVVLWEPQEECNEKDVSSTDIQDLSSIPCEQENYYRDVDCETPRVSHAPTRVSTPLNSEEKIPVAYEKYKHCHEVASDSSFCGSQETSSAVSRTFTTACGEGRNTEIPLVASGVSSSELNEPDGLPVVASSLRSTRKASALSQAPNHFIDELPPPAQELLDEIEYLKQQDSVAQDFKEKGLYDCEVQRNVPDQIKMEDRVSSKESERNEERNHSLWTEESFNQAEETERAHSTLDDILERMLRAIPGDEEVQEQPQGRTLGAASLQDPEDAGRTKGVEEGGAGARGRAPEGCAGSSEDTHPEDQKSRLQQQQSSSLPFTVIVLDQSSPT

Target ORF information:

RefSeq Version	XM_011581845.1
Organism	Aquila chrysaetos canadensis
Definition	Aquila chrysaetos canadensis testis expressed 14 (TEX14), mRNA.

Target ORF information:

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

XM_011581845.1

ORF Insert Sequence:

ATGTTTCCAT ATTTCCTCTA TCTCAGAAGG AATATGGCAG TCAGTTTTAG TGTTAATGAA 
CCAACCGTTG CCTTTTACTC GGGGTGGGGT GCAACAAGCA CTGGCCTCAT AATCTTTTGT 
TTTCTTGCAG GTATTTTTGT TGATGCTGTA AATTCCATGG GCCAAACTTC TCTCTTCACT 
GCTGCACTGC TAGGTCTTGG TAAAATAGTG GATGTGCTGT TGGATTATGG CTCAGACGCT 
AATCATCGCT CTTACGATGG AAGCACCCCA GTCCACGCAG CTGCATTCTC AGGAAATCAG 
TGGATTCTTA GCAAGTTATT GGATGAAGGA GGTGATCTGA GAGTACATGA TAAAGATGGA 
AAAAGTCCTC AGTACTGGGC TATGTCAGCT GGAAAAGAAA GCAGTGCTCA GATGCTGGAA 
TTTATACAGC GTTGTACATT CCACATGCAG GCTGCCATTC AAAATTTTCC CTCTGATCTA 
CTCAGGAAGG TTGGTTCATC AAAAGCGCTG GTCTGCAGTC CGTCTAGGTT TGGTGGTCTT 
GTTCAAGGAA ATGTTGACAG TCCTCTGGGT AGATTTCTAA AAGGTGGAGC TAATGCAGCC 
AAGAGCATTT ACAGCTTTGG TTTTGGGAAG TTTTATCTTG CAGGCAGCGG GCATCTAGGG 
TACTTGGCAT CTCTCCCTAT TATTGGGGAA AAAGATGTGG TTCAGGCAGA TGATGAACCA 
ACATTTTCTT ACCATGTTGG ACCATACATG ATCATGACAA ATAAACTCCG TCATCCTCAT 
TTGCTACAGT TGATGTCTGT TTGTCTGTCT AGTGACTTGG AGAAAACCCG TTTAGTATAT 
GAAAGAGTTA ACTTTGGTTC TCTGTACAGC ATCCTTCATG AAAGGCGTAC AGAATTCCCA 
GTACTGCATA TGGAGACTAT TTTGCATGTG CTGCTTCAAA TTAATGATGC TTTGCGTTTT 
CTACACTCCC GTGGATTTAT CCACCGTTCT GTTACCTCCT ATGCTATTCA GATTGTTTCT 
TCCGGTGAAG CAAAGCTATG CAACTTGGAA TACATGATAG AGAGCAAAGA TGGTGGAGAA 
CACAGTGATC TGACACGTAT TCCTGTCCCA GTCCAGCTGT ATAAGTGGTG CTCTCCTGAA 
GTAATCCTTG AAAAAGTTGT CACGGTCAAA TCGGATATTT ATAGCTTCTG TACAGTAGTG 
CAGGAGGCTT TGACAGAGAC CCCTCCCTGG AAAGGTCTTG AAGACTCAGT TATTAAACAG 
CTCATAATTT CGGGACAGCA GTTAGAAGCA GATGTCAGAC TTCCTATGCC CTATTATGGC 
ATTGTGAAGT CAGGGCTAGA ACCTAAACAG AAGAACCGCT CCATGAAACT TCAGGATATT 
CAGTACATAC TGAAGAATGA CTTAAAGGAC TTAACTAAGT CTCAAACTGG TCATGCTGAT 
GAAACGCCAA AAGCACAAAG ACCTGCTGTT TTTGCAGATG TGAACATCTG TTTGGCATCA 
GCTTTTAGCT ACCAGAGGAG AACACAGGAA TTGCAGGGAA AAGAGATAAC TGAGGCTGAC 
AGCTCTACTG CCCCAAGATA TTCTTTTTTT CCTGAGGAGA ATAGTGCGTT AGTGGACCAA 
GAGGCATCAA CCAGTCTACA GCCAGTTGCA CAGGACAAAA ATTGTGACAT AGCTTCTGAA 
CTCCAGATGA CCCTCAGTGT CAGTGATGTG GATGACAGCC TCTGTAGCTT TGAAATCAAT 
GAAATCTTTG CCAGTTATCC AGAACTTCAT GAAGACTTCC TGGAAGAAGG AGCTGGATTA 
GGTCAAGCTC TAAACGATGA AAAAAGGCAG CAACAGGAAG AAGATAAGGC TACCCTCAGA 
GACCTGGATG CATCCCCTGA AGTGCACTGT GAGGAAAAGC CAGTTTATGA GGAAGGTGGC 
TTTTCAGAAT CGAGTACAGA GTACACTACG GAAGAGGAGG AGAGGATAAG TGAGACCTCT 
GACCTATGTA TGCTGGCACA GGTAAGACAA GATGCTGGGA GAAGAATGAG TAGTCTGTCC 
CAAAATGAGC AGCACATCAG CAAATGTGTC CTTAATTTAA AGATTTTTCA AAGCATGTTG 
CAGCAGGCAG CAGATTCCCT GTGCAGAACA GAGGAGAAAC TGGACAAATT AGAGGCCACT 
GAAAAGCAAA AGAAGCTGCT CCAGGAGATC GGAATGAACC AGCTTTCTAA GCAAATTTGT 
CAAGAAAGAC ATTGGAGCAG ATCTGATGAT ACTTTCCAAA ATACCAATAA CCCTTTTTCT 
GGAGTTAATA CTTTTTTATG GAAGGCTATA GGTCCACCAT CAAGTGACTA TATTCCACCA 
CTGATAACAC ATCAGGCACA AGGAGCGTTG GGTGGAGACA GCTTCCAAGC TGTTTCAAAG 
ATGGCAAAAG AAATGCAGGC GATTCAAAAT GAAAAGTGGA AGTGCTTTTA TGAAATGAGT 
AAGGGTAAAA ATGGAAACAA CCATCGTGAT CTTGGCTTCA GTGTGGTGAA AAGCCTGGAT 
GATGAAATGA GCCTAGACCA TGAGGTAAAT CAGCATTTAC TCCCACGTGT ATCTGTAAGA 
TGCAAAAAAA AGTTCAGCTT GCAGTGTCAG AGAGGAGGTG ATTCACATTC TGCAGCAAGT 
AGAAGTGAAG AAGAGAGGTG GTGCTATCCA AAATCAAGAT CTGAAATTTA CAGTGCAAAT 
ATAAGTGAGG AGGGAAGGAT GATGCAATCA GAATGGAGGA CTGAAGTAAA ACAAATGGCC 
AGAAGAGTGG CCTCAGGACA GCTAGAACTT GGCTCTCCAT ATCCAGCCAG TGAATACACA 
TCTGAAAGTG AAACAGAGAG TATAAAGGAA GCCTTTCAAC ATGTCACTGT TAGAGTCCAA 
AAAAGTCAAG ACCTACAAAG ATACAGGTGG CAGATAGGTG ATAATGTTGA GCCTTGGGAT 
CTGGGCAGTG AGGATAGATC TGAATCTGAG GAGAGTGATC TGGAGTCTGC ATTCAGAAGT 
TCTGGAGGGA GAAGTTGCCA GTCGCCATCA CAAGATGAAC AAGCAGAATC TGGAATAGCT 
ATTCATAAGA ATTCAGTCCT TCCTCAACAA GTTGAGAATC TCACCAGAGG GCATTCAAGG 
AAATTACATT GTTCCCTTAA TTCATCTCCT GATATGTCTG AAGAATTCTT GACTCCTGAT 
CCTCATTCTT TCCTTCCTCC TACTACTCAG GGAAGTTCAC AACTAGAGAC CTCAGATGCT 
GAGGGCAAAT TAGAAGATGC TTGTGAAGGA TTTTTACAGA AACAGTTACC TGAAGATGCA 
GGATCAGGTA TTCAGGTTTC AGGAGGAAAA ATGCTATTTT GCAGCACAGC GACGCAGAAC 
TCTGGCAGTA ACACACTAGG AGTGAATCAG CTTAGCCATA TGCCTGTAGC CAGTGTTGAA 
GCAGCACGAG AAGTGGTACT GTGGGAGCCG CAGGAAGAAT GCAATGAAAA AGATGTATCA 
TCGACAGATA TTCAGGATTT GTCAAGTATC CCCTGTGAGC AAGAGAACTA CTACAGGGAT 
GTAGATTGTG AAACACCCAG AGTGAGTCAT GCACCAACTA GAGTCAGCAC TCCACTCAAC 
TCAGAAGAAA AAATTCCAGT AGCCTATGAG AAATACAAAC ACTGCCATGA AGTAGCTTCA 
GATTCTTCCT TTTGTGGTTC TCAAGAGACC TCCTCTGCAG TGTCCAGGAC ATTCACTACA 
GCCTGTGGAG AGGGAAGGAA CACTGAAATT CCCTTGGTTG CTTCAGGAGT TTCCTCATCT 
GAATTGAATG AGCCTGATGG GTTGCCAGTA GTTGCTTCAT CCTTGAGAAG CACCAGGAAA 
GCATCTGCAC TCTCACAGGC ACCTAACCAC TTCATTGATG AGCTGCCTCC ACCAGCCCAA 
GAGCTGCTGG ATGAAATTGA ATATTTAAAG CAGCAAGATT CCGTCGCTCA AGACTTTAAA 
GAGAAGGGAT TGTATGACTG CGAAGTGCAA AGAAATGTTC CTGATCAAAT TAAAATGGAA 
GACAGAGTCT CAAGCAAAGA ATCTGAGAGA AATGAGGAGA GAAATCATAG TTTATGGACT 
GAGGAGTCAT TTAATCAAGC AGAGGAAACA GAAAGGGCTC ACTCTACTCT TGATGATATT 
TTAGAAAGAA TGCTCCGTGC AATTCCTGGA GATGAGGAGG TCCAAGAACA ACCTCAGGGA 
CGCACTCTTG GGGCTGCAAG CCTGCAAGAT CCAGAAGATG CTGGAAGGAC GAAGGGAGTA 
GAGGAAGGTG GAGCTGGGGC CAGAGGCAGA GCACCAGAAG GCTGTGCGGG GAGTTCAGAA 
GACACACATC CTGAAGATCA GAAATCCCGC TTACAGCAAC AGCAGTCTTC ATCTTTGCCA 
TTCACGGTAA TTGTTTTGGA TCAGAGCTCT CCTACATGA