LOC110668178 cDNA ORF clone, Hevea brasiliensis(rubber tree)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110668178
Entrez Gene ID	110668178
Full Name	probable disease resistance protein At4g27220
Gene Type	protein-coding
Organism	Hevea brasiliensis(rubber tree)

mRNA and Protein(s)

mRNA	Protein	Name
XM_021829328.1	XP_021685020.1	probable disease resistance protein At4g27220

Pathways from BioSystems
Gene Ontology

The following LOC110668178 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110668178 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
OHe171392	XM_021829328.1 Latest version!	Hevea brasiliensis probable disease resistance protein At4g27220 (LOC110668178), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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)

LOC110668178 ( XM_021829328.1 ) cDNA ORF clone, Hevea brasiliensis(rubber tree) -> XP_021685020.1 Hevea brasiliensis probable disease resistance protein At4g27220 (LOC110668178), mRNA.

Price & Availability↑

CloneID	OHe171392
Clone ID Related Accession (Same CDS sequence)	XM_021829328.1
Accession Version	XM_021829328.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4848bp) 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	2017-07-18
Organism	Hevea brasiliensis(rubber tree)
Product	probable disease resistance protein At4g27220
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_018746077.1) 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 :: Hevea brasiliensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTGGTA TCTTGCTTTC GGTAGCATGC ATGATTGCGG GCTACTTGAT CGAGTACTTA 
GTTGCTCCCA TTGGACCTAT GGTTGTTGAG TACTTGCTTG GTCCCATTGC AAGTGCGATT 
ACTTGTATCT ACTACTACAA GAGCAACTGT CAGGGCCTGA GGAGAGAAAT TGAGAAGTTG 
ATGCTTGTAA GTGAGAGGGT GAAACATATG GTTGATGAAG CTGAAAGAAA TGGGGAAGAG 
ATAGAATCTG ATGTGCAGAA GTGGTTGAAG AGTGTGCGTG AAATCATTGA AGAATCAAAC 
AGATTTTTCG AGGTTGAAGC AAATGCACAG AGGAGAATTT TTTGTGGGTT ATTTCCTAAT 
TTCAACTCCC ACTACCAACT AAGCAAGAAG GCGGTGGAAA TGGTGAAGAT CGTCGATGAA 
CTCCAGGAAG ATGGTAGATT TGATAGAGTT TCCTACTCTG TCACTCCACG TTGGAAAGGG 
TTTGCGCCTG TTGAAGGTTA TAAGGCCTTC GACTCTAGAA TGTCAACTTC CAGGAAGATT 
ATGGCAGCAT TTAGAAATGA ATCCATCACC ACAATTGGGG TGTATGGAAT GGGAGGTGTG 
GGGAAGACCA CACTACTTAA AGAGCTTGGT AGGCTGGCTT TGGAAAACAA GTTATTCGAT 
GATGTGGTTA TGGCAACTGT TACTCAGAAT CCAGAATTGA AAAAAATTCA AGGAGAAATT 
GCAGACAAGC TGGGCCTGAG ATTCGATGAG GAGTCTGTCG CTGGAAGAGC AGGTCATCTG 
CGTGAGAGGT TAAAGAAGGA GAAGAAAATC CTTGTGATTC TAGATGATAT TTGGGCAAGG 
CTTGATTTGG AGGAAGTTGG AATTCCTTAT GGAAATGCTC ATAAAGGATG CAAGATATTG 
CTGGCTTCAA GAAGTTTGGA TGTGTTATCC ACTGAAATGG ATGCCCAAAA AACTTTTGCA 
GTTGGAGTAT TAACAGATCA GGAAGCTTGG GATCTTTTCA AAAAGATGGC AGGCGATTCT 
GTTGAAGATC CTGACCTGCA ATCTACAGCA GTTGAGATAG CTAAGGAATG TGCAGGTCTG 
CCAGTTGCAA TTGTAACCGT TGCAAGAGCA CTGCGTAATA AAAATTCATT TGAGTGGAAG 
AATGCCTCGC GACAACTAAA AAGGCCCAAC TCAAGAAACA TAAGGGGAAT GCAGGCAGTC 
ATATATTCAA CTCTAGAATT GAGTTACCAT CAATTAGAAA GTGAGGAACT CAAGTCAACT 
TTCTTGCTTT GCGGTCTGAT GAATTATAAT GCTTCTATCC AGGATTTGCT GAAGTATGGC 
ATGGGTTTGG GCTTACTACA AGATGTTTAT ACGACTGAAG AAGCGCGGGA CAGAGTTTAT 
ACACTGGTCC GCAATCTCAA GGCTTCATGT TTGTTGGTAG ATGGTACTAG CACTGATGGT 
TTTGGTATGC ATGATGTGGT TCGTGATGTT GCCATGTCAA TTGCATCTAG GGAAAATCAC 
GTATTTGTAG TGAGAGATGA TGTTGAGTTG GTGGAATGGC CAGATGAGGA TACATTGAAC 
AAGTGCACTG CAATCTCTCT TCAGTATTGC GATATTAGAG AGCTACCTGA TCGGTTGCGC 
TGCCCCAAGC TTAAGTTCTT TTATATGGGA TGTGAGGATC CTTCTCTGAA AATTCCAGAA 
AATTTTTTCA AGGGATTGAA TGCACTCAAA GTCTTACACA TTGCAAAAGT GCATTTTCCT 
GCCCTGCCTT CATCACTTTG TTTTCTGGGA AGCCTCCGAA CTTTATGTCT TCATCAATGT 
GTGCTGGGAG ATGTAGCGAT AGTTGGAGAG CTGAAGAAAT TAGCCATTCT TAGCTTTGCT 
GGATCTGATA TTACACAGTT GCCAAGGGAG ATCAGGCAAC TGACTCGGCT AAAGTTGTTG 
GATTTGAGCA ATTGTATGAA ACTCAAAGTC ATACCGCCCA ATGTCATTTC AAGCTTGTTC 
CAATTAGAAG AGTTACATAT GGCAAATAGC TTTGTTGGAT GGGAGGATCC AATCAACACT 
CAAAGGGGTA ATGCTAGCAT TGCTGAGTTG AAGCAACTGC CTAACTTGGT CTATTTAGAT 
GTACACATTC CGGATGCCAA GGTTATGCCA AAAGACTACC TCTTTGAAAG GTTGACAAGA 
TACAGAATAT TTATTGGTGA TATCTGGGAT TGGTCTGGTG AGAATGAAAC ATCCAGAACC 
TTGAAGCTCA AGCTTGATAC AAGCATTCAG CAGGGGCGAG CTGTCATCCT GTTGAAGAGC 
GCTGAAGATC TATATTTGGA TGGACTGGAG GGGCTGAGGA ATGTAGTTTG CGAATTAGAC 
AGTGAAGGTT TTCCACGTTT GAAGCATCTT CATGTTCAAA ACAGCAATGA GATTCAATAT 
CTCATTGATT CAATGGAGGG GGATCCTTGC ACTGCTTTTC CTATCCTAGA GTCACTGGTT 
CTTCACAGAT TGATTAACTT AGAGATGATA TGCCATGGCC AGCTAACAAC AATGTCTTTC 
CATAAGTTAA GAATTGTGAA GGTAGAAAAC TGTGACAGTT TGAAGAACCT ATTTTCATTT 
TCCATGGTTA GAGACCTTGT GCAACTTCAA GAAATCAAAG TAGCTGATTG CAAGGTCATG 
CATGAGATTG TAACTAAGGA GGGAGAGGAG GATATCAATG ACAAGGAAAC TAGTGCTGAG 
ATTCAGTTTT TGCATTTACA CTCCTTGGAA CTAGAATGTC TACCCAAGCT CACGAGTTTC 
TGCTCTAAAG TGACAGAGGC AACCGTGTCT CCATGGAGGA AGAAAACACC AACAGAAGAC 
CTTTGTTCTG AAGAAACAAT TTTGCAGAAT GAGCTACATA CTTCCACACC ACTTTTCAGT 
GACAAGATTG AGTTCTCCAA CTTGGAGTTT TTGAATCTCA TTGCAATTGG CTGTCAACGG 
TTATGGCAAG ATCAAACTCT GAGAAGTACT GCTGGAAACC CACAAGTAAT ATCCAGCTTC 
CAAAACCTAA CATTGTTGCG TGTGAAGAGC TGTCATAATT TGAGTTATCT GTTACCATCC 
TCTGCTTCAG TAAGTCTTAT CAAACTCAAA CGTTTTGAGG TTCACAAATG CACTGCTATC 
AAAGACATAT TTGTTACATC GGGGGAGGCA TGGATGGGGA CGTTGTCATT CCCTCAACTT 
GAATTCTTAA GCCTAAAAGA TCTTCCTCAT GTCACAAGAT TCTGTTGGGG AAATTCTGCT 
GTATTTCCAT CCTTGAACAA ATTGTACATA AAACATTGCC CGGAATTGAA GGAATTCATT 
TTCAGCCCTA CAACTGCTGA CATAACAGTT GAAAAGGAAC TAGATGGAAC GTGCATGGGG 
AATAACCTCC ACACTGCTAT AAAGCCTCTC TTCAGTGAAA AGGTTTCACT TCCATCCTTG 
AAAGTAATGA AAATCGCCCA CTTGCATAGC TTGAAGATGC TTTGGAGCAA CCAAGCCACT 
GAAAATTCTT TTTGCAAATT AAAGGCTGTG AAAGTTAAGC ACTGTGGGAA ACTACAGGCT 
ATTTTCCCTT CTAATGCATT CAGAAGATCA AAAAGTCTTG AGTCACTGAC AGCAATTGAT 
TGTGATTCCC TAGAAAATGT ATTTGAAGTG CAAGACGTGA AAGTTGAGGA AACACATATT 
GTGGCAGCTG CTCGGTTAAG AAGCTTATAT TTATCTCATC TGCCAAAACT GAGACATGTT 
TGGAGTAAGG ATCCTGGGGG AGTTCTTACA TATACAAGTC TACACACGGT AAGTGTTTCC 
ATTTGCCCAA GCCTGAAAAG TCTTTTTCCT GCCTCTGTTG CCAAAGATCT TCTTCAACTC 
AAGCAGCTGG AGGTAGACTC GTGCGCTGTA AAGGAAATTG TTGCTAAGGA AGAAGCAGTG 
GAAATGTCAT GCATGGTGGA TGAATTGGTT GCTAAGGAAG AAGGACTAGA AATAGCAGCT 
AGGTTCGTGT TTCCTCATGT AACCTACTTG CGACTTCAAG CTTTACCGGA ACTCAGGAGT 
TTCTATCCTG GGCTACATAT TTCAGAATGG CCATCGTTGA AAAAATTGGA AGTGAATGGA 
TGTCATAAAG TGGAAATAGT CGCTTTGGAT TATCATAGCT TCCAAAAAAT GCTTGGGGCA 
TGCCAGTTTG AAATCCCAAT TCCACATCCT CTATTCTTGG TTGAAAAGGA TACATTCCAG 
AACTTAGAGG AACTGAGCTT GGAGGGTAAC AGTGTAATGA TGGAGACATG GCATAGCGAG 
TTTCTAGCAG AGTTCTTTTT CTCACAGTTA AGAAAATTGA AGCTGTCTAG GCTGAAATAT 
CTATGGAAAG AAGACTCTTG CCTAGGCCTA ATTTTTCAAA ATCTGGAAAC TTTAGAAATA 
TCATATTGTG GCCTCTTGAA ATCTTTAGTA CCATCCTCGG TTTCATTCAA ACTTTTGACT 
GCTCTGGAAG TATCAAATTG TGATGGATTG ACAAATTTGA TCATGCCCTC AACAGCTGCA 
AGTATGATGC ACCTTACAAG AATGTGTATA AGTGAATGCA GAATGATGAC AGAAATTGTC 
AATTATAAGA CAGGCGAGGC GGAAGATGAG ATTGTTTTCA GTCAGCTGAA GTCTTTGGAA 
CTTCATTATT TGCCAATCCT TACAAGCTTT TGTGCAGGAT ACCAGTCCTT GATTTTCCCA 
GCGCTGGAAA AAGTAATTGT AAACCATTGC CCCCAGATGC AAGCTTTCTG CAAGGGAGTC 
CTTGATACAC CAAAGCTAGA TAGAGTCTAT ATATCAGAAG AAGAAGATAA GTGGCACTGG 
GAGGGCAACC TAGATGCCAC CATAGGACAA TTGGCCATTG TTTTGTAA

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

RefSeq	XP_021685020.1
CDS	965..5812
Translation	MAGILLSVACMIAGYLIEYLVAPIGPMVVEYLLGPIASAITCIYYYKSNCQGLRREIEKLMLVSERVKHMVDEAERNGEEIESDVQKWLKSVREIIEESNRFFEVEANAQRRIFCGLFPNFNSHYQLSKKAVEMVKIVDELQEDGRFDRVSYSVTPRWKGFAPVEGYKAFDSRMSTSRKIMAAFRNESITTIGVYGMGGVGKTTLLKELGRLALENKLFDDVVMATVTQNPELKKIQGEIADKLGLRFDEESVAGRAGHLRERLKKEKKILVILDDIWARLDLEEVGIPYGNAHKGCKILLASRSLDVLSTEMDAQKTFAVGVLTDQEAWDLFKKMAGDSVEDPDLQSTAVEIAKECAGLPVAIVTVARALRNKNSFEWKNASRQLKRPNSRNIRGMQAVIYSTLELSYHQLESEELKSTFLLCGLMNYNASIQDLLKYGMGLGLLQDVYTTEEARDRVYTLVRNLKASCLLVDGTSTDGFGMHDVVRDVAMSIASRENHVFVVRDDVELVEWPDEDTLNKCTAISLQYCDIRELPDRLRCPKLKFFYMGCEDPSLKIPENFFKGLNALKVLHIAKVHFPALPSSLCFLGSLRTLCLHQCVLGDVAIVGELKKLAILSFAGSDITQLPREIRQLTRLKLLDLSNCMKLKVIPPNVISSLFQLEELHMANSFVGWEDPINTQRGNASIAELKQLPNLVYLDVHIPDAKVMPKDYLFERLTRYRIFIGDIWDWSGENETSRTLKLKLDTSIQQGRAVILLKSAEDLYLDGLEGLRNVVCELDSEGFPRLKHLHVQNSNEIQYLIDSMEGDPCTAFPILESLVLHRLINLEMICHGQLTTMSFHKLRIVKVENCDSLKNLFSFSMVRDLVQLQEIKVADCKVMHEIVTKEGEEDINDKETSAEIQFLHLHSLELECLPKLTSFCSKVTEATVSPWRKKTPTEDLCSEETILQNELHTSTPLFSDKIEFSNLEFLNLIAIGCQRLWQDQTLRSTAGNPQVISSFQNLTLLRVKSCHNLSYLLPSSASVSLIKLKRFEVHKCTAIKDIFVTSGEAWMGTLSFPQLEFLSLKDLPHVTRFCWGNSAVFPSLNKLYIKHCPELKEFIFSPTTADITVEKELDGTCMGNNLHTAIKPLFSEKVSLPSLKVMKIAHLHSLKMLWSNQATENSFCKLKAVKVKHCGKLQAIFPSNAFRRSKSLESLTAIDCDSLENVFEVQDVKVEETHIVAAARLRSLYLSHLPKLRHVWSKDPGGVLTYTSLHTVSVSICPSLKSLFPASVAKDLLQLKQLEVDSCAVKEIVAKEEAVEMSCMVDELVAKEEGLEIAARFVFPHVTYLRLQALPELRSFYPGLHISEWPSLKKLEVNGCHKVEIVALDYHSFQKMLGACQFEIPIPHPLFLVEKDTFQNLEELSLEGNSVMMETWHSEFLAEFFFSQLRKLKLSRLKYLWKEDSCLGLIFQNLETLEISYCGLLKSLVPSSVSFKLLTALEVSNCDGLTNLIMPSTAASMMHLTRMCISECRMMTEIVNYKTGEAEDEIVFSQLKSLELHYLPILTSFCAGYQSLIFPALEKVIVNHCPQMQAFCKGVLDTPKLDRVYISEEEDKWHWEGNLDATIGQLAIVL

Target ORF information:

RefSeq Version	XM_021829328.1
Organism	Hevea brasiliensis(rubber tree)
Definition	Hevea brasiliensis probable disease resistance protein At4g27220 (LOC110668178), mRNA.

Target ORF information:

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

XM_021829328.1

ORF Insert Sequence:

ATGGCTGGTA TCTTGCTTTC GGTAGCATGC ATGATTGCGG GCTACTTGAT CGAGTACTTA 
GTTGCTCCCA TTGGACCTAT GGTTGTTGAG TACTTGCTTG GTCCCATTGC AAGTGCGATT 
ACTTGTATCT ACTACTACAA GAGCAACTGT CAGGGCCTGA GGAGAGAAAT TGAGAAGTTG 
ATGCTTGTAA GTGAGAGGGT GAAACATATG GTTGATGAAG CTGAAAGAAA TGGGGAAGAG 
ATAGAATCTG ATGTGCAGAA GTGGTTGAAG AGTGTGCGTG AAATCATTGA AGAATCAAAC 
AGATTTTTCG AGGTTGAAGC AAATGCACAG AGGAGAATTT TTTGTGGGTT ATTTCCTAAT 
TTCAACTCCC ACTACCAACT AAGCAAGAAG GCGGTGGAAA TGGTGAAGAT CGTCGATGAA 
CTCCAGGAAG ATGGTAGATT TGATAGAGTT TCCTACTCTG TCACTCCACG TTGGAAAGGG 
TTTGCGCCTG TTGAAGGTTA TAAGGCCTTC GACTCTAGAA TGTCAACTTC CAGGAAGATT 
ATGGCAGCAT TTAGAAATGA ATCCATCACC ACAATTGGGG TGTATGGAAT GGGAGGTGTG 
GGGAAGACCA CACTACTTAA AGAGCTTGGT AGGCTGGCTT TGGAAAACAA GTTATTCGAT 
GATGTGGTTA TGGCAACTGT TACTCAGAAT CCAGAATTGA AAAAAATTCA AGGAGAAATT 
GCAGACAAGC TGGGCCTGAG ATTCGATGAG GAGTCTGTCG CTGGAAGAGC AGGTCATCTG 
CGTGAGAGGT TAAAGAAGGA GAAGAAAATC CTTGTGATTC TAGATGATAT TTGGGCAAGG 
CTTGATTTGG AGGAAGTTGG AATTCCTTAT GGAAATGCTC ATAAAGGATG CAAGATATTG 
CTGGCTTCAA GAAGTTTGGA TGTGTTATCC ACTGAAATGG ATGCCCAAAA AACTTTTGCA 
GTTGGAGTAT TAACAGATCA GGAAGCTTGG GATCTTTTCA AAAAGATGGC AGGCGATTCT 
GTTGAAGATC CTGACCTGCA ATCTACAGCA GTTGAGATAG CTAAGGAATG TGCAGGTCTG 
CCAGTTGCAA TTGTAACCGT TGCAAGAGCA CTGCGTAATA AAAATTCATT TGAGTGGAAG 
AATGCCTCGC GACAACTAAA AAGGCCCAAC TCAAGAAACA TAAGGGGAAT GCAGGCAGTC 
ATATATTCAA CTCTAGAATT GAGTTACCAT CAATTAGAAA GTGAGGAACT CAAGTCAACT 
TTCTTGCTTT GCGGTCTGAT GAATTATAAT GCTTCTATCC AGGATTTGCT GAAGTATGGC 
ATGGGTTTGG GCTTACTACA AGATGTTTAT ACGACTGAAG AAGCGCGGGA CAGAGTTTAT 
ACACTGGTCC GCAATCTCAA GGCTTCATGT TTGTTGGTAG ATGGTACTAG CACTGATGGT 
TTTGGTATGC ATGATGTGGT TCGTGATGTT GCCATGTCAA TTGCATCTAG GGAAAATCAC 
GTATTTGTAG TGAGAGATGA TGTTGAGTTG GTGGAATGGC CAGATGAGGA TACATTGAAC 
AAGTGCACTG CAATCTCTCT TCAGTATTGC GATATTAGAG AGCTACCTGA TCGGTTGCGC 
TGCCCCAAGC TTAAGTTCTT TTATATGGGA TGTGAGGATC CTTCTCTGAA AATTCCAGAA 
AATTTTTTCA AGGGATTGAA TGCACTCAAA GTCTTACACA TTGCAAAAGT GCATTTTCCT 
GCCCTGCCTT CATCACTTTG TTTTCTGGGA AGCCTCCGAA CTTTATGTCT TCATCAATGT 
GTGCTGGGAG ATGTAGCGAT AGTTGGAGAG CTGAAGAAAT TAGCCATTCT TAGCTTTGCT 
GGATCTGATA TTACACAGTT GCCAAGGGAG ATCAGGCAAC TGACTCGGCT AAAGTTGTTG 
GATTTGAGCA ATTGTATGAA ACTCAAAGTC ATACCGCCCA ATGTCATTTC AAGCTTGTTC 
CAATTAGAAG AGTTACATAT GGCAAATAGC TTTGTTGGAT GGGAGGATCC AATCAACACT 
CAAAGGGGTA ATGCTAGCAT TGCTGAGTTG AAGCAACTGC CTAACTTGGT CTATTTAGAT 
GTACACATTC CGGATGCCAA GGTTATGCCA AAAGACTACC TCTTTGAAAG GTTGACAAGA 
TACAGAATAT TTATTGGTGA TATCTGGGAT TGGTCTGGTG AGAATGAAAC ATCCAGAACC 
TTGAAGCTCA AGCTTGATAC AAGCATTCAG CAGGGGCGAG CTGTCATCCT GTTGAAGAGC 
GCTGAAGATC TATATTTGGA TGGACTGGAG GGGCTGAGGA ATGTAGTTTG CGAATTAGAC 
AGTGAAGGTT TTCCACGTTT GAAGCATCTT CATGTTCAAA ACAGCAATGA GATTCAATAT 
CTCATTGATT CAATGGAGGG GGATCCTTGC ACTGCTTTTC CTATCCTAGA GTCACTGGTT 
CTTCACAGAT TGATTAACTT AGAGATGATA TGCCATGGCC AGCTAACAAC AATGTCTTTC 
CATAAGTTAA GAATTGTGAA GGTAGAAAAC TGTGACAGTT TGAAGAACCT ATTTTCATTT 
TCCATGGTTA GAGACCTTGT GCAACTTCAA GAAATCAAAG TAGCTGATTG CAAGGTCATG 
CATGAGATTG TAACTAAGGA GGGAGAGGAG GATATCAATG ACAAGGAAAC TAGTGCTGAG 
ATTCAGTTTT TGCATTTACA CTCCTTGGAA CTAGAATGTC TACCCAAGCT CACGAGTTTC 
TGCTCTAAAG TGACAGAGGC AACCGTGTCT CCATGGAGGA AGAAAACACC AACAGAAGAC 
CTTTGTTCTG AAGAAACAAT TTTGCAGAAT GAGCTACATA CTTCCACACC ACTTTTCAGT 
GACAAGATTG AGTTCTCCAA CTTGGAGTTT TTGAATCTCA TTGCAATTGG CTGTCAACGG 
TTATGGCAAG ATCAAACTCT GAGAAGTACT GCTGGAAACC CACAAGTAAT ATCCAGCTTC 
CAAAACCTAA CATTGTTGCG TGTGAAGAGC TGTCATAATT TGAGTTATCT GTTACCATCC 
TCTGCTTCAG TAAGTCTTAT CAAACTCAAA CGTTTTGAGG TTCACAAATG CACTGCTATC 
AAAGACATAT TTGTTACATC GGGGGAGGCA TGGATGGGGA CGTTGTCATT CCCTCAACTT 
GAATTCTTAA GCCTAAAAGA TCTTCCTCAT GTCACAAGAT TCTGTTGGGG AAATTCTGCT 
GTATTTCCAT CCTTGAACAA ATTGTACATA AAACATTGCC CGGAATTGAA GGAATTCATT 
TTCAGCCCTA CAACTGCTGA CATAACAGTT GAAAAGGAAC TAGATGGAAC GTGCATGGGG 
AATAACCTCC ACACTGCTAT AAAGCCTCTC TTCAGTGAAA AGGTTTCACT TCCATCCTTG 
AAAGTAATGA AAATCGCCCA CTTGCATAGC TTGAAGATGC TTTGGAGCAA CCAAGCCACT 
GAAAATTCTT TTTGCAAATT AAAGGCTGTG AAAGTTAAGC ACTGTGGGAA ACTACAGGCT 
ATTTTCCCTT CTAATGCATT CAGAAGATCA AAAAGTCTTG AGTCACTGAC AGCAATTGAT 
TGTGATTCCC TAGAAAATGT ATTTGAAGTG CAAGACGTGA AAGTTGAGGA AACACATATT 
GTGGCAGCTG CTCGGTTAAG AAGCTTATAT TTATCTCATC TGCCAAAACT GAGACATGTT 
TGGAGTAAGG ATCCTGGGGG AGTTCTTACA TATACAAGTC TACACACGGT AAGTGTTTCC 
ATTTGCCCAA GCCTGAAAAG TCTTTTTCCT GCCTCTGTTG CCAAAGATCT TCTTCAACTC 
AAGCAGCTGG AGGTAGACTC GTGCGCTGTA AAGGAAATTG TTGCTAAGGA AGAAGCAGTG 
GAAATGTCAT GCATGGTGGA TGAATTGGTT GCTAAGGAAG AAGGACTAGA AATAGCAGCT 
AGGTTCGTGT TTCCTCATGT AACCTACTTG CGACTTCAAG CTTTACCGGA ACTCAGGAGT 
TTCTATCCTG GGCTACATAT TTCAGAATGG CCATCGTTGA AAAAATTGGA AGTGAATGGA 
TGTCATAAAG TGGAAATAGT CGCTTTGGAT TATCATAGCT TCCAAAAAAT GCTTGGGGCA 
TGCCAGTTTG AAATCCCAAT TCCACATCCT CTATTCTTGG TTGAAAAGGA TACATTCCAG 
AACTTAGAGG AACTGAGCTT GGAGGGTAAC AGTGTAATGA TGGAGACATG GCATAGCGAG 
TTTCTAGCAG AGTTCTTTTT CTCACAGTTA AGAAAATTGA AGCTGTCTAG GCTGAAATAT 
CTATGGAAAG AAGACTCTTG CCTAGGCCTA ATTTTTCAAA ATCTGGAAAC TTTAGAAATA 
TCATATTGTG GCCTCTTGAA ATCTTTAGTA CCATCCTCGG TTTCATTCAA ACTTTTGACT 
GCTCTGGAAG TATCAAATTG TGATGGATTG ACAAATTTGA TCATGCCCTC AACAGCTGCA 
AGTATGATGC ACCTTACAAG AATGTGTATA AGTGAATGCA GAATGATGAC AGAAATTGTC 
AATTATAAGA CAGGCGAGGC GGAAGATGAG ATTGTTTTCA GTCAGCTGAA GTCTTTGGAA 
CTTCATTATT TGCCAATCCT TACAAGCTTT TGTGCAGGAT ACCAGTCCTT GATTTTCCCA 
GCGCTGGAAA AAGTAATTGT AAACCATTGC CCCCAGATGC AAGCTTTCTG CAAGGGAGTC 
CTTGATACAC CAAAGCTAGA TAGAGTCTAT ATATCAGAAG AAGAAGATAA GTGGCACTGG 
GAGGGCAACC TAGATGCCAC CATAGGACAA TTGGCCATTG TTTTGTAA