SNF2 cDNA ORF clone, Jatropha curcas

Gene
Clones
gRNAs

Summary

Gene Symbol	SNF2
Entrez Gene ID	105649162
Full Name	E3 ubiquitin-protein ligase SHPRH
Gene Type	protein-coding
Organism	Jatropha curcas

mRNA and Protein(s)

mRNA	Protein	Name
XM_012235733.2	XP_012091123.1	E3 ubiquitin-protein ligase SHPRH

Pathways from BioSystems
Gene Ontology

The following SNF2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SNF2 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
OJa65287	XM_012235733.2 Latest version!	Jatropha curcas E3 ubiquitin-protein ligase SHPRH (SNF2), 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)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

SNF2 ( XM_012235733.2 ) cDNA ORF clone, Jatropha curcas -> XP_012091123.1 Jatropha curcas E3 ubiquitin-protein ligase SHPRH (SNF2), mRNA.

Price & Availability↑

CloneID	OJa65287
Clone ID Related Accession (Same CDS sequence)	XM_012235733.2
Accession Version	XM_012235733.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5052bp) 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	2017-04-05
Organism	Jatropha curcas
Product	E3 ubiquitin-protein ligase SHPRH
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012125464.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Apr 6, 2017 this sequence version replaced XM_012235733.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Jatropha curcas Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCAGAA GGAAGCAGGC CCGTCCGCAC AGGTCTGGTG GATTACTTAT AGCAAACAAT 
GACGCTGCTG AGGTTGAATT GGATAAACAG AGAGCAACTG AGACTCTGTC TGCAGAAAAG 
GGGGAATCTG TTGCCACTGA CATACCGTAT TATGTAGAAC TTGATAGGTC CAATTGGGCT 
TCAAATGAGC ATCTTGATAT ATCTGAAGTT ATCTTAAATG ATATGAATTT GACAGAAGCA 
TATTCTAGTT TCAGAATAGA TGCAGACTTC TATCAGGACT CCAAGTATTT GTTAAGATTT 
CGAGTGTGTA ATATTGATGA GTTTGTCCTT GATCGTATTA AGTTAGGTCA TTGGCCTGTG 
CTTTCCTCTA GTGAGGTATC TTTGGAATTG ATTGAGAAAT GCATGGTTGA GGATGAGGAA 
ATACAATCAC TAATTTTCTC TGGGAGTCTT GATGGACCGG ACGAGGGTAT TACTGGTCTT 
GTTCACTTGA CAAGTATGGA ATTTTTGACA TTGAGGCCAG TTCTGGGCTT TAAGTTTTCA 
GAGGAGATGA TGCCTGTGAG AGTTAGGGTG GAGATACTTA AGAAAGCTTT TGACGCTTGT 
GAGTCCCTTC TAGAAAACAC AAGGAACCTA TGGAAGAAGA GTATGACAAA TGTCATGGCC 
TGGCTGCGAC CAGAAGTAAT GACTTCTGAG GCTAGGTATG GGATTACTAA AACTGCAAAT 
ATGGAACTTG ACTTGGTTGC AGAGATGGGA GATGATACCT CCAACTCTAG GAAACGTTCA 
AGGTTTGACG TTGCTGGATT CTATGAAGCT ATTAAGCCAT CAAAATCTGC TCCAATGCTT 
GATGATGACC TACCTGACTT GCTTCCTATT CTGAGACCAT ATCAGCGTCG TGCAGCTCAC 
TGGATGTTGC AGCAAGAGAA AGGAGTTTCA AAAGATTCAG GTGAAAGGGA AATAAGTCAA 
TTCTTTTCTC CCTTGTGTAT GCCTGTGGAT TTTCTTGACG GTTCTTCAAC AATGTTCTAT 
AATCCATTCA GTGGCAACAT TTCATTGTGC CCGATGTTTA CTTCACCATA TATCTTTGGT 
GGGATTCTTG CCAACGAGAT GGGTTTGGGG AAGACAGTTG AACTGCTTGC TTGTATATTT 
GCACATCGGA AGTTAGCATG TGAAGATGAA TGTGAAGATG GCATCTTCAT TAATAATGCA 
TGGCAAGATG TGGGAGATCA GAAAGTAAAT CTTAGAAGAT TGAAAAGAGA ACGTGTTGAG 
TGCATATGTG GAGCTGTGAG TGAAAGCTAT ACATATAAGG GACTATGGGT ACAATGCGAC 
ATTTGTGATG CCTGGCAACA TGCAGATTGT GTTGGTTATT CAACTAAAGG GAAAAAGAAG 
AGATCAATGG TTGAGGTACA AAAACATAGA AAGAAAACTA CAATCAGCTT TGTTGAGAGA 
GATGGAGAGC ATATTTGCCA GATGTGCTCT GAATTGATAC AAGCTACCGA TTCTCCAATA 
GCTACCAGTG CCACTCTTAT TGTCTGTCCA GCACCTATAT TACCTCAGTG GCATGCTGAA 
ATTGCACGCC ATACACGTCC AGGTTCCTTA AAAACTTGTG TATATGAAGG TGTACGAGAT 
ACATCTCTTT CAAATACATC GGCAGTGGAC ATTAATGAAT TTATTGGTGC TGATATTGTG 
TTGACAACAT ATGATGTGCT CAAAGAGGAT TTGTCTCATG ACTCTGATAG ACATGAAGGT 
GATCGACACT TCCTGAGATT CCAGAAAAGG TATCCTGTTA TTCCAACTCT TCTCACCAGA 
ATATTTTGGT GGAGGGTTTG CTTGGATGAA GCTCAAATGG TGGAGAGTAA TGCTACTGCT 
GCAACAGAAA TGGCTCTTAG ATTGTCTGCT AAGCACCGTT GGTGTATCAC AGGGACTCCT 
ATACAACGGA AACTTGATGA CTTGTATGGA CTTCTAAGAT TCCTTAAAGC AAGCCCTTTC 
AATGTTTCTC GGTGGTGGAT TGATGTTATA AGAGACCCAT ATGAGAGGAG AGATGCAGGA 
GCCATGGAAT TTACACATAA ATTCTTCAAA CAAATCATGT GGCGGTCTTC AAAAATACAT 
GTTGCAGATG AGTTGCAACT CCCACCTCAG GAAGAATGTG TCTCCTTGCT CACTTTTTCT 
GCAATTGAAG AGCACTTTTA CCAGAGACAG CACGAAACTT GTGTGAGTTA TGCCCGTGAA 
GTTATTGAAA GTTTGAGAGA TGATATTCTC GAAAGAGGAG TCCCAGGTTG TTCCTCTTTG 
GATGCTTCGG CTGATCATTT CATAACCCAT GCTGACGCTG CAAAGCTACT TAACTCACTC 
TTAAAGCTTC GCCAGGCATG CTGCCACCCT CAAGTAGGAA GTTCAGGGCT GCGTTCTGTA 
CAGCAATCCC CCATGACTAT GGAGGAAATA TTAATGGTTC TTATTGGTAA GACGAAGATA 
GAAGGGGAAG AAGCTCTCAG GAAATTAGTT GTTGCTCTAA ATGCACTAGC AGGAATAGCT 
ATAATTGAAC AAAAATTTTC TCAAGCTTCA TCATTGTATA AAGAAGCATT GTCTCTAACC 
GAAGAGCATT CTGAAGATTT CCGTTTAGAC CCTTTATTGA ATATTCACAT TCATCATAAC 
CTTGCTGAGA TACTTCCAAA GGTCATTGAG AGCTCCTCCC AACTCTCCTC AAATGTACAA 
CAATTACATG GAAACTGTGA GAAGTCCTCC AAGAGGGACA GCATCGAAGA TTGTGATATA 
AATGCTGCGA AGAGGCAAAG AGTTACTGGA GAGTATAGTT CGGATTTTAC TATTAATGTT 
GAGAATATGC TAGTTCCATC AGAAAGTTGC TTAAATGGTA ACCAAGGAAG AGATGACAAA 
TCCAATGTAT CATCAAAATC CTTCAGTGCG AGGTCATTAA GAACAACATG CGAGGAATTG 
AAACAGAAAT ATCTATCTGT ATTTGCCACA AAGCTCTCTA TGGCTCAACA AGACTTCAGG 
AAGTCATACA TGCAGGTTTG TAATGCATTT AGTGACAGAG AAAATCAAGA TACAGCTTGG 
TGGTTGGATG CTCTTCATGA GGCTGAGCAG AACAAGGACT TCTCAAGAGA CCTGATAAGA 
AAGATTGAAG AGGCAGTCTC GGGAACTCTG AACAATTCAA GGTCATCAAG AATTGGATCT 
CACTTCCGAA GCATTACTGC TTTAAAGTAC CATATCCAGA CTCGTTGGGA CCAATTGGAA 
GCCTCTAGGA GAACATTACT TGATCGACTT TTGGAAATTG ATGAAACAAT GGAGAAACCA 
AAGGAAGAGG ATATTGAACG TGTGAGGTGC TGTCGAATCT GCCAAGCTAT TGATGATGGT 
CCTACGTGCA TTCACTGTGA ACTAGAGGAA TTATTTAAGG ATTATGAAGC AAGGCTTTTT 
CGTCTTAACA AATCCCATGG AGGGATCATT GCATCAGCTG AAGAGGCAGT AGATCTGCAG 
AAAAAAAGCT CTGCATTAAA TCGTTTCTAT TGGAATTTAT CAGGGCCAAA TAAAATTTTA 
TCTTCATCTG TTGATGCTAA TGAAACATCA AAGAAGAGAG GTGCTGGGGA AAGAGTAATG 
GTTTCAAAAT CACCCTCTGA ATTGGAGATC ATTTTTGGTG TTTTAAAGAG CCATTGCAAA 
GTCCAGTTGA GGAGGGAGGG ACTTTCAGCA GCCAGCAAGC AGCTGCATAT TCTGGAGGGC 
ATGAGGAAGG AATACAGCCA TGCCAGGTCC CTGGCAGTTT CCCAAGCTCA ACATCTGCGT 
GCTCATGATG AAATTAAGAT GGCAACTTCA CGTTTGCATC TAAGAGTAGA TGAGAATGAC 
AACTCAATTG ATGCTTTAGG TCCAAATGAA TTAGAGTCTG CAAGTGTGCT GCACTCAAAT 
GAAAAGTTCA TTTCCTTGAC CTTGTTGTCA CGTATAAAAG GGAGGCTTCG TTATCTGAAG 
GGTCTGGTAT TATCCAAGCA GAAGTCACCA TCAGTAAGTT CATATAATTC TTCAATAACT 
CAAGAAATGG CAACACTGGC GATGTCTACA GAGAAGACAA GTGAAGACTT ACCTAAAGAT 
GTTGAGGAAT CATGTCCAAT CTGTCAAGAA AAGCTAAACA ATCAAAAGAT GGTTTTCCAA 
TGTGGGCATT TTACTTGCTG TAAATGTTTA TTTTCCATGA CTGAGCAAAG ACGGCATGAT 
AATAAGTTCC AACGCAAATG GGTAATGTGC CCAACATGTC GGCAGCATAC AGATTTTGGG 
AATATTGCCT ATGCAGATGA CAGACAAGAC AAATCTTGTA ATATGGCTAT TTTAAATACA 
GTTGAAGGTT ATGAAAAATA TGAAGCGTCT TTGGCTGTTC AAGGTTCATA TGGAACAAAG 
ATTGAAGCAG TCATGAGGAG AATCTTGTGG ATCAAGTCTT CTGATCCTGA AGCCAAAGTT 
CTGGTTTTCT CAAGTTGGAA TGATGTTCTT GATGTGTTAG AACATGCACT CGATGCGAAT 
GGTATCACCT ATATTCGGAT GAAAGGAGGC AGGAAAGCAC ATACTGCCAT CAGTGAATTT 
AGAGGGGAGA AAAACAATTC AAAAGTGAGT CACAAAATAC ATGGCCAACA AAAGAAACCA 
AAATCGATTC AAGTGTTGCT TCTCTTAATC CAACATGGAG CCAATGGCCT TAATCTTTTA 
GAAGCACAGC ATGTTGTTCT TGTGGAGCCA CTACTTAATC CTGCAGCGGA GGCACAAGCA 
ATCAGCCGAG TACACCGAAT TGGGCAGGAA AGAAGAACAT TGGTCCATCG CTTTATAGTT 
AAAAACACAG TGGAAGAGAG TATATATAAA CTGAACAGGA GTAGAGACAC TAGTTCATTC 
ATAAATGGCA ATACAAAGAA TCAGGATCAA CCTCTCTTGA CACTTAAAGA TGTTGAATCT 
CTATTTGCGA CAGTAACATC CACAGTTCCA AAATGTGATG AAGAGCCGAC TGAAAGTCTA 
AGACATTTGC CTCCTTCTGT GGCTGCTGCT ATTGCAGCTG AGAGGAGACT GAAGGCGAAT 
AATACAACGT AA

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

RefSeq	XP_012091123.1
CDS	228..5279
Translation	MGRRKQARPHRSGGLLIANNDAAEVELDKQRATETLSAEKGESVATDIPYYVELDRSNWASNEHLDISEVILNDMNLTEAYSSFRIDADFYQDSKYLLRFRVCNIDEFVLDRIKLGHWPVLSSSEVSLELIEKCMVEDEEIQSLIFSGSLDGPDEGITGLVHLTSMEFLTLRPVLGFKFSEEMMPVRVRVEILKKAFDACESLLENTRNLWKKSMTNVMAWLRPEVMTSEARYGITKTANMELDLVAEMGDDTSNSRKRSRFDVAGFYEAIKPSKSAPMLDDDLPDLLPILRPYQRRAAHWMLQQEKGVSKDSGEREISQFFSPLCMPVDFLDGSSTMFYNPFSGNISLCPMFTSPYIFGGILANEMGLGKTVELLACIFAHRKLACEDECEDGIFINNAWQDVGDQKVNLRRLKRERVECICGAVSESYTYKGLWVQCDICDAWQHADCVGYSTKGKKKRSMVEVQKHRKKTTISFVERDGEHICQMCSELIQATDSPIATSATLIVCPAPILPQWHAEIARHTRPGSLKTCVYEGVRDTSLSNTSAVDINEFIGADIVLTTYDVLKEDLSHDSDRHEGDRHFLRFQKRYPVIPTLLTRIFWWRVCLDEAQMVESNATAATEMALRLSAKHRWCITGTPIQRKLDDLYGLLRFLKASPFNVSRWWIDVIRDPYERRDAGAMEFTHKFFKQIMWRSSKIHVADELQLPPQEECVSLLTFSAIEEHFYQRQHETCVSYAREVIESLRDDILERGVPGCSSLDASADHFITHADAAKLLNSLLKLRQACCHPQVGSSGLRSVQQSPMTMEEILMVLIGKTKIEGEEALRKLVVALNALAGIAIIEQKFSQASSLYKEALSLTEEHSEDFRLDPLLNIHIHHNLAEILPKVIESSSQLSSNVQQLHGNCEKSSKRDSIEDCDINAAKRQRVTGEYSSDFTINVENMLVPSESCLNGNQGRDDKSNVSSKSFSARSLRTTCEELKQKYLSVFATKLSMAQQDFRKSYMQVCNAFSDRENQDTAWWLDALHEAEQNKDFSRDLIRKIEEAVSGTLNNSRSSRIGSHFRSITALKYHIQTRWDQLEASRRTLLDRLLEIDETMEKPKEEDIERVRCCRICQAIDDGPTCIHCELEELFKDYEARLFRLNKSHGGIIASAEEAVDLQKKSSALNRFYWNLSGPNKILSSSVDANETSKKRGAGERVMVSKSPSELEIIFGVLKSHCKVQLRREGLSAASKQLHILEGMRKEYSHARSLAVSQAQHLRAHDEIKMATSRLHLRVDENDNSIDALGPNELESASVLHSNEKFISLTLLSRIKGRLRYLKGLVLSKQKSPSVSSYNSSITQEMATLAMSTEKTSEDLPKDVEESCPICQEKLNNQKMVFQCGHFTCCKCLFSMTEQRRHDNKFQRKWVMCPTCRQHTDFGNIAYADDRQDKSCNMAILNTVEGYEKYEASLAVQGSYGTKIEAVMRRILWIKSSDPEAKVLVFSSWNDVLDVLEHALDANGITYIRMKGGRKAHTAISEFRGEKNNSKVSHKIHGQQKKPKSIQVLLLLIQHGANGLNLLEAQHVVLVEPLLNPAAEAQAISRVHRIGQERRTLVHRFIVKNTVEESIYKLNRSRDTSSFINGNTKNQDQPLLTLKDVESLFATVTSTVPKCDEEPTESLRHLPPSVAAAIAAERRLKANNTT

Target ORF information:

RefSeq Version	XM_012235733.2
Organism	Jatropha curcas
Definition	Jatropha curcas E3 ubiquitin-protein ligase SHPRH (SNF2), mRNA.

Target ORF information:

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

XM_012235733.2

ORF Insert Sequence:

ATGGGCAGAA GGAAGCAGGC CCGTCCGCAC AGGTCTGGTG GATTACTTAT AGCAAACAAT 
GACGCTGCTG AGGTTGAATT GGATAAACAG AGAGCAACTG AGACTCTGTC TGCAGAAAAG 
GGGGAATCTG TTGCCACTGA CATACCGTAT TATGTAGAAC TTGATAGGTC CAATTGGGCT 
TCAAATGAGC ATCTTGATAT ATCTGAAGTT ATCTTAAATG ATATGAATTT GACAGAAGCA 
TATTCTAGTT TCAGAATAGA TGCAGACTTC TATCAGGACT CCAAGTATTT GTTAAGATTT 
CGAGTGTGTA ATATTGATGA GTTTGTCCTT GATCGTATTA AGTTAGGTCA TTGGCCTGTG 
CTTTCCTCTA GTGAGGTATC TTTGGAATTG ATTGAGAAAT GCATGGTTGA GGATGAGGAA 
ATACAATCAC TAATTTTCTC TGGGAGTCTT GATGGACCGG ACGAGGGTAT TACTGGTCTT 
GTTCACTTGA CAAGTATGGA ATTTTTGACA TTGAGGCCAG TTCTGGGCTT TAAGTTTTCA 
GAGGAGATGA TGCCTGTGAG AGTTAGGGTG GAGATACTTA AGAAAGCTTT TGACGCTTGT 
GAGTCCCTTC TAGAAAACAC AAGGAACCTA TGGAAGAAGA GTATGACAAA TGTCATGGCC 
TGGCTGCGAC CAGAAGTAAT GACTTCTGAG GCTAGGTATG GGATTACTAA AACTGCAAAT 
ATGGAACTTG ACTTGGTTGC AGAGATGGGA GATGATACCT CCAACTCTAG GAAACGTTCA 
AGGTTTGACG TTGCTGGATT CTATGAAGCT ATTAAGCCAT CAAAATCTGC TCCAATGCTT 
GATGATGACC TACCTGACTT GCTTCCTATT CTGAGACCAT ATCAGCGTCG TGCAGCTCAC 
TGGATGTTGC AGCAAGAGAA AGGAGTTTCA AAAGATTCAG GTGAAAGGGA AATAAGTCAA 
TTCTTTTCTC CCTTGTGTAT GCCTGTGGAT TTTCTTGACG GTTCTTCAAC AATGTTCTAT 
AATCCATTCA GTGGCAACAT TTCATTGTGC CCGATGTTTA CTTCACCATA TATCTTTGGT 
GGGATTCTTG CCAACGAGAT GGGTTTGGGG AAGACAGTTG AACTGCTTGC TTGTATATTT 
GCACATCGGA AGTTAGCATG TGAAGATGAA TGTGAAGATG GCATCTTCAT TAATAATGCA 
TGGCAAGATG TGGGAGATCA GAAAGTAAAT CTTAGAAGAT TGAAAAGAGA ACGTGTTGAG 
TGCATATGTG GAGCTGTGAG TGAAAGCTAT ACATATAAGG GACTATGGGT ACAATGCGAC 
ATTTGTGATG CCTGGCAACA TGCAGATTGT GTTGGTTATT CAACTAAAGG GAAAAAGAAG 
AGATCAATGG TTGAGGTACA AAAACATAGA AAGAAAACTA CAATCAGCTT TGTTGAGAGA 
GATGGAGAGC ATATTTGCCA GATGTGCTCT GAATTGATAC AAGCTACCGA TTCTCCAATA 
GCTACCAGTG CCACTCTTAT TGTCTGTCCA GCACCTATAT TACCTCAGTG GCATGCTGAA 
ATTGCACGCC ATACACGTCC AGGTTCCTTA AAAACTTGTG TATATGAAGG TGTACGAGAT 
ACATCTCTTT CAAATACATC GGCAGTGGAC ATTAATGAAT TTATTGGTGC TGATATTGTG 
TTGACAACAT ATGATGTGCT CAAAGAGGAT TTGTCTCATG ACTCTGATAG ACATGAAGGT 
GATCGACACT TCCTGAGATT CCAGAAAAGG TATCCTGTTA TTCCAACTCT TCTCACCAGA 
ATATTTTGGT GGAGGGTTTG CTTGGATGAA GCTCAAATGG TGGAGAGTAA TGCTACTGCT 
GCAACAGAAA TGGCTCTTAG ATTGTCTGCT AAGCACCGTT GGTGTATCAC AGGGACTCCT 
ATACAACGGA AACTTGATGA CTTGTATGGA CTTCTAAGAT TCCTTAAAGC AAGCCCTTTC 
AATGTTTCTC GGTGGTGGAT TGATGTTATA AGAGACCCAT ATGAGAGGAG AGATGCAGGA 
GCCATGGAAT TTACACATAA ATTCTTCAAA CAAATCATGT GGCGGTCTTC AAAAATACAT 
GTTGCAGATG AGTTGCAACT CCCACCTCAG GAAGAATGTG TCTCCTTGCT CACTTTTTCT 
GCAATTGAAG AGCACTTTTA CCAGAGACAG CACGAAACTT GTGTGAGTTA TGCCCGTGAA 
GTTATTGAAA GTTTGAGAGA TGATATTCTC GAAAGAGGAG TCCCAGGTTG TTCCTCTTTG 
GATGCTTCGG CTGATCATTT CATAACCCAT GCTGACGCTG CAAAGCTACT TAACTCACTC 
TTAAAGCTTC GCCAGGCATG CTGCCACCCT CAAGTAGGAA GTTCAGGGCT GCGTTCTGTA 
CAGCAATCCC CCATGACTAT GGAGGAAATA TTAATGGTTC TTATTGGTAA GACGAAGATA 
GAAGGGGAAG AAGCTCTCAG GAAATTAGTT GTTGCTCTAA ATGCACTAGC AGGAATAGCT 
ATAATTGAAC AAAAATTTTC TCAAGCTTCA TCATTGTATA AAGAAGCATT GTCTCTAACC 
GAAGAGCATT CTGAAGATTT CCGTTTAGAC CCTTTATTGA ATATTCACAT TCATCATAAC 
CTTGCTGAGA TACTTCCAAA GGTCATTGAG AGCTCCTCCC AACTCTCCTC AAATGTACAA 
CAATTACATG GAAACTGTGA GAAGTCCTCC AAGAGGGACA GCATCGAAGA TTGTGATATA 
AATGCTGCGA AGAGGCAAAG AGTTACTGGA GAGTATAGTT CGGATTTTAC TATTAATGTT 
GAGAATATGC TAGTTCCATC AGAAAGTTGC TTAAATGGTA ACCAAGGAAG AGATGACAAA 
TCCAATGTAT CATCAAAATC CTTCAGTGCG AGGTCATTAA GAACAACATG CGAGGAATTG 
AAACAGAAAT ATCTATCTGT ATTTGCCACA AAGCTCTCTA TGGCTCAACA AGACTTCAGG 
AAGTCATACA TGCAGGTTTG TAATGCATTT AGTGACAGAG AAAATCAAGA TACAGCTTGG 
TGGTTGGATG CTCTTCATGA GGCTGAGCAG AACAAGGACT TCTCAAGAGA CCTGATAAGA 
AAGATTGAAG AGGCAGTCTC GGGAACTCTG AACAATTCAA GGTCATCAAG AATTGGATCT 
CACTTCCGAA GCATTACTGC TTTAAAGTAC CATATCCAGA CTCGTTGGGA CCAATTGGAA 
GCCTCTAGGA GAACATTACT TGATCGACTT TTGGAAATTG ATGAAACAAT GGAGAAACCA 
AAGGAAGAGG ATATTGAACG TGTGAGGTGC TGTCGAATCT GCCAAGCTAT TGATGATGGT 
CCTACGTGCA TTCACTGTGA ACTAGAGGAA TTATTTAAGG ATTATGAAGC AAGGCTTTTT 
CGTCTTAACA AATCCCATGG AGGGATCATT GCATCAGCTG AAGAGGCAGT AGATCTGCAG 
AAAAAAAGCT CTGCATTAAA TCGTTTCTAT TGGAATTTAT CAGGGCCAAA TAAAATTTTA 
TCTTCATCTG TTGATGCTAA TGAAACATCA AAGAAGAGAG GTGCTGGGGA AAGAGTAATG 
GTTTCAAAAT CACCCTCTGA ATTGGAGATC ATTTTTGGTG TTTTAAAGAG CCATTGCAAA 
GTCCAGTTGA GGAGGGAGGG ACTTTCAGCA GCCAGCAAGC AGCTGCATAT TCTGGAGGGC 
ATGAGGAAGG AATACAGCCA TGCCAGGTCC CTGGCAGTTT CCCAAGCTCA ACATCTGCGT 
GCTCATGATG AAATTAAGAT GGCAACTTCA CGTTTGCATC TAAGAGTAGA TGAGAATGAC 
AACTCAATTG ATGCTTTAGG TCCAAATGAA TTAGAGTCTG CAAGTGTGCT GCACTCAAAT 
GAAAAGTTCA TTTCCTTGAC CTTGTTGTCA CGTATAAAAG GGAGGCTTCG TTATCTGAAG 
GGTCTGGTAT TATCCAAGCA GAAGTCACCA TCAGTAAGTT CATATAATTC TTCAATAACT 
CAAGAAATGG CAACACTGGC GATGTCTACA GAGAAGACAA GTGAAGACTT ACCTAAAGAT 
GTTGAGGAAT CATGTCCAAT CTGTCAAGAA AAGCTAAACA ATCAAAAGAT GGTTTTCCAA 
TGTGGGCATT TTACTTGCTG TAAATGTTTA TTTTCCATGA CTGAGCAAAG ACGGCATGAT 
AATAAGTTCC AACGCAAATG GGTAATGTGC CCAACATGTC GGCAGCATAC AGATTTTGGG 
AATATTGCCT ATGCAGATGA CAGACAAGAC AAATCTTGTA ATATGGCTAT TTTAAATACA 
GTTGAAGGTT ATGAAAAATA TGAAGCGTCT TTGGCTGTTC AAGGTTCATA TGGAACAAAG 
ATTGAAGCAG TCATGAGGAG AATCTTGTGG ATCAAGTCTT CTGATCCTGA AGCCAAAGTT 
CTGGTTTTCT CAAGTTGGAA TGATGTTCTT GATGTGTTAG AACATGCACT CGATGCGAAT 
GGTATCACCT ATATTCGGAT GAAAGGAGGC AGGAAAGCAC ATACTGCCAT CAGTGAATTT 
AGAGGGGAGA AAAACAATTC AAAAGTGAGT CACAAAATAC ATGGCCAACA AAAGAAACCA 
AAATCGATTC AAGTGTTGCT TCTCTTAATC CAACATGGAG CCAATGGCCT TAATCTTTTA 
GAAGCACAGC ATGTTGTTCT TGTGGAGCCA CTACTTAATC CTGCAGCGGA GGCACAAGCA 
ATCAGCCGAG TACACCGAAT TGGGCAGGAA AGAAGAACAT TGGTCCATCG CTTTATAGTT 
AAAAACACAG TGGAAGAGAG TATATATAAA CTGAACAGGA GTAGAGACAC TAGTTCATTC 
ATAAATGGCA ATACAAAGAA TCAGGATCAA CCTCTCTTGA CACTTAAAGA TGTTGAATCT 
CTATTTGCGA CAGTAACATC CACAGTTCCA AAATGTGATG AAGAGCCGAC TGAAAGTCTA 
AGACATTTGC CTCCTTCTGT GGCTGCTGCT ATTGCAGCTG AGAGGAGACT GAAGGCGAAT 
AATACAACGT AA