UREG_06575 cDNA ORF clone, Uncinocarpus reesii 1704

Gene
Clones
gRNAs

Summary

Gene Symbol	UREG_06575
Entrez Gene ID	8438404
Full Name	hypothetical protein
Gene Type	protein-coding
Organism	Uncinocarpus reesii 1704

mRNA and Protein(s)

mRNA	Protein	Name
XM_002583562.1	XP_002583608.1	hypothetical protein

Pathways from BioSystems
Gene Ontology

The following UREG_06575 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UREG_06575 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
OUa01303	XM_002583562.1 Latest version!	Uncinocarpus reesii 1704 conserved hypothetical protein, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	30	$1161.30 $1659.00

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)

UREG_06575 ( XM_002583562.1 ) cDNA ORF clone, Uncinocarpus reesii 1704 -> XP_002583608.1 Uncinocarpus reesii 1704 conserved hypothetical protein, mRNA.

Price & Availability↑

CloneID	OUa01303
Clone ID Related Accession (Same CDS sequence)	XM_002583562.1
Accession Version	XM_002583562.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6402bp) 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	2009-09-15
Organism	Uncinocarpus reesii 1704
Product	hypothetical protein
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NW_003052497). COMPLETENESS: incomplete on both ends.

ATGCCGTGGC GGCCATTGCC TCGGATCGCT TTTGCGGTTG CGGTTTATCC GTTCCAGCCA 
TCATCGCCCG CAGATCTGCC TCTCGAGCTT GGAGATGAGT TGTATATTAT TGAGCAAGGA 
GGAAAGGATG GGGCATGGTA CAGAGGATAC CTTGTTGCGC CCCCCTCGCT ATTGGCAGGG 
CTCACCAGCG TCAAAGGGCA GGCCCTAGAA GCTCGGGTGT TCTCTGGGAT CTTCCCCAAA 
AACTGTGTTG AAGTACGCGA AGTTCTTGGG GAAACTAATA GGAACAAAGA GAATGGAAGT 
GCGGAACTGG CGCTTTCCAA CGGGAATTTG AAGCCCATCG ACGGCAAGGC AGCTGATGGC 
AGCAAAACAA ACAGTTTTAT TGGCTTAGCG GATTTAAAAT CTTCTCGCAA AACGTCACAG 
ATCACGGTCA TTAAATTGGA AGACGATGTC AAGAAACGTC GTTCCGGATC CCCTTTACAA 
TCGCCCTCCA TGGCGTTAAC ACCTCGATCG ACGGGCTCCA GAGATCCGAA CGCCCCCAAA 
CCACCTGCAC CAGTTCCCAT GCTCAAAATC GGAGATGAAA CGCCCACGTC CTTGTCAGAA 
CCTCTGGTAG ACGAAATTGC TTCCTGTTTA CGAGAATGGC ACTCGACAAA CATTCACGAA 
CTCCTGTTGA CAAGGCAATA TACGGCATTG GAAAACATGT CAAATATTGT TTTAGAATTA 
GACCTTGCAC GCCGGCAATT CCTCCACAAT GTTTTGACCG CTCAAGAAAG AGCGTCATTA 
CGAGAAGCAA CGGTGTGGAA TTTGGTGCGA GGAAACAAAA CATTGAGCGG AGATGTTATC 
GTGCGCGACC CGAAGCAACG GGGACGATTA CTGACTGGTG ATGACTCGGC TATCGAGATG 
GCAAAGCTAC AATCTGAGAT GAGCATGCTT GACGGTGAAA CGAAGCCGCA TATTGACAAC 
GTCTCGTTAC ACCATTTGCT ATTTGAGGTG AACGCAGTTA CAGGAACCAA AGCAGGCTCC 
GCTCCTCTCT CAATAAGCCT TTGGCTTCAA TCCGCAAAAG GGGAAATCAA ACAGTTGACC 
GAATCGTATG CTCTAGACAT TCCCTCTGCA GAAACTTTCG TTGCAATGTC TCAAAACGGA 
AGTTTGAAAA CTCTTTTCAC CGATTTGAAC GCCGCAGATA TTGGGGATAG TTCTGCATCC 
GATTCAAAGC TCTACCTCGT TGTTCGAGTG CTTGGGCCTG AGTCCGCCAG ACCTAGCTTT 
GTTGCCAAAT CGCGGACGTC CTCGCGCGAC GGACCCTCAG GCAACAAATC TACCCCGGCC 
CTGAATAATG TGGGAAAGGG AAGTCTGAAA TCAAGGCGAA GCATGATCTG GGGCCAAAAG 
ACTAGAGGAT TGCCGCACCT TGACCAGAAT GAAATTTCGC GCCTTCCACA ATCGAGTGGA 
TCGTCAACTA GTGTTTCTAC ACATCCTGAA AGACCAGTTA AAGAAATATC TGTCTTGCGT 
ACAGCCGGCA TTGGCGTTTT AGAAATTGGT TCGATTCTCA AAAGCGACAA AGACGTGGAT 
CAGGTGGTCA GTATTTGGTC TCCCTTGGGT CCAACCGACG AGGAAGACAA TTACACAGAA 
GGATTCGATG ACATAGTTCG CTCGTTATTA CCTAGCCCTA CCGGTAGATA CGGTAGATGT 
TATCGCGCAT CGAGACTACA TGCACATCTT AGCCCTTTTG CAAGTGAGGA TACAGAAACA 
CTCATCCGAA ATAATCCGAC TTTGCTTCAT AATGTTACGC AGACAAGAAG AATCGGTTTT 
CCAGCAGCTC CAACGAAACC TCGATCGGAC ATCTATGTTA ACTTGTCCAA GGTCAATATT 
TCGCAGGATG CGTTGCTTTC TCATCCCATC AACGGCCAGG TTGCTGTGCC TCAGGTTACC 
GGCTTGCGGA ACTTACAACT TACTCTAGAA GCCCGAAACG CGTCTGGAGC TAGGATCGAG 
CATTGTATCT ATCCATCCTC AAACGCTTCA GGGGTGACCG CCTGGAGAAC GACAGTTGCT 
GAACGAGGCT CGGCGTGGAA CCAGATAATT CGATTAAACA TTCCCTCCGA CGAAGTGCAG 
GGCTCTCATT TGATTATGAG CGTAGCAGAC GCGCCAGAGT TTCCATTTGC ATTGAGCTGG 
CTGCCGCTCT GGGACCAGCA AGCATTTATT AGGGACGGTC GCCATAGTTT GTTGCTACAT 
GCGTATGATA AATCCACTTC CAGCGTGGAG AATGGAAGAG GCTCCTATCT ATCGTTACCA 
TGGAGTGCAC TCGGAAAAAA TGAATCAACG AAAGATGAAG CCTTAACAGG TCCACTTGCA 
ACTTTGACTC TCGAGACGGA ACTTTGCAGC ACCCAATACT CTCAAGATCA AGCTCTACTG 
GGGCTTGTGA ACTGGAAGGA GAAGCCAGCC ACGCAGCTTT TGGAACTCCT GCGGACAATT 
GTCTTCGTCC CCGAGATCGA AATCGTCAAG CACCTTCGAG ATGTTTTTGA TGCTTTGTTT 
GGCATTATGG TTGAACAGGC GGGCAATGAG GAATTCGAAG ACCTTATTTT CAGGGACCTT 
GTTACCGTAC TCGGTATTGT GCATGATCGT CGGTTCAACT TAGGGCCTTT GGTTGATAGA 
TATGCCGAAC AAGAATTCAA CTTTCCGTTT GCGACTCCAT GTCTGATACG GAGTTTCTTA 
CGCCTTCTTC AGGCCACCGC CGACTCACAG CAAGCTCGGA ATCTTCGAGC AGCTTTGAAA 
GTTGGCAGAC ACTTATTAAA ATTTATAATC AATGCGAGAG GTCAGCAGAA AGCCAAAGAA 
GAATGCATTG GCATCACAAA CATTCAGTCA ACTTTTAATC GAGATCTGCA TTCTATTTTC 
AAGTCGGTTG AGGCACTCAT GCAGAACCCT GCCCCCACTT TGGTTGGTAG CAAGACGCTG 
GCTGTGCAGC ACTTCCATAC CTGGCTTCCC GAACTCTTGA ATGCGGTAGA TAAAGAAGAA 
GTCGTCAATA TTGCGTTCAG CTTCATGGAT GCATGCAAAG ACGTCAAGAA AATGCTGGTG 
CTCTACAAAA TCTTGCTAAT TCTGAATTAT ACGAGGCTCC CCTTGTTTGG AGAATCGGCT 
GAGAGGAGCC GTCTAATCTC AAAGAGTATT GAATGGCTTT CGCCCTACTG GGGAGAAACC 
CAGGATATCA CCGACCAGTA TAGAGACCAG GTTCGCCTTT GCTCGTCTGT GGTAGCAGAA 
CAGCTTAAAA CCCCTGAATC AGGACTTTTC GGGTACATGC CAATGGCAGT GGCGTCATAT 
TGCGCTATCG TGGCCGACGG CGTGGAGGAG ACCGAATGGC TCTCCTTGCT TTTCAGCAAA 
TCCTTTCCCT TCCAACTCAA GCAATCGAAA ACGAAGCAGA GGTTTGACGA AGCGTTAGTT 
GAGCTTTCCG CAATCATTGC CGCGATGTCA AAGTTACAGA TGCCAAAGGA TTTACCCCTT 
TCGCATGACG AGCTAGCGAT CTTCCTCTCT CACATATTCA ATGCCCATAA ATCTGTTCTT 
GATAATGAGG CTTATCCCGC GACCTGGCTA AGTTTGCACA TATATCACCA CCAATCTATC 
ATGAAAAGCT TGGAAGATCT CTCATCTATT TTAATTCAGT CGTTCCTCCC TGCTCCAGAT 
GAGGCGGATA CTTTTGATAT GGAATTATGG AAGCTGTTCT TCGTTACATT GCTCAAGCTG 
GTGTCCAGTG ACGCTTTGGC GCTCGAGACC TTTCCTGAGC AAAGACGGCG GGCTGTATGG 
AAAATTGCGG GAGATGTCCG TGAGCAGGGC GCTGAATTAC TTCAAAAAAC CTGGCGTTCT 
ATCGGCTGGG ATACAACTGT CGAAGAGCGA GCACGGTATG GGCTGGTTAA ACTCGGAGGC 
TACCAAGTGC AATACGTCCC GGGCTTGGTG CCGCCCATCA TCGAACTCTG CCTTAGCGTT 
CATGAGGGCC CTCGACGTGT CGCTGTAGAG ATTTTGCAGA CCATGATCGT GAGCGAATGG 
CAATTGAATG AAGACCTATC CGTGGTTGAA GCGGAGATAA TATCCAGCCT CGACGAGCTG 
TTCAAGACTA AAAATCTCAC CGAAAGCATT ACCCAAAAGT TATTTATAAA TGAACTGCTT 
GAATTGTTTG AAACGAGCTC AACCTCCCCT GATGCAGAAT TACTGGTCAC GTTGAAAGAG 
TTAATCGCAA CAGTCGACGA ACTATTAGAT CTTCTGGTCG CTTCGCACAA TGGGAATATC 
ACGGAAAGTC TTAATACGAT AAAACTAATG GAATTTATGA AAGATATGGA GCGTGGAGAC 
ATCTTTATTC GATATGTCCA CGAGCTGGCG CATGGGCAGG CTGCGGCGCG CAATTACACA 
GAAGCCGGCC TTGCGCTTCA ATTCCACGCC GATCTTTACG AATGGGATAT CTCGAAAACT 
GTTGAAGCAC TTTCCAACCC TACATATCCG GAGCAAACAG CATTCGAACG GAAGGAGACT 
TTGTATTTCG AGATCATTCA ACATTTCGAG GACGGGAAAG CATGGGCTCA CGCACTATCA 
TGCTATCGGG AGCTGGCGGA TCATTACGAA CATACGATAA TTGACTTCTC GAAACTCTCG 
AGGACCCAAG CGTCCATGGC TCGAATATAC GAAGCAATTG TCAAAGAAGA CATTTTGATT 
CCCAGGTACT TCCGTGTCAC CTTCAAAGGA CTCGGTTTCC CGCCGACTTT ACGAGACAAA 
CAATACATTT TCGAAGGCTC ACAGTCAGAC CGTATGACTA CTTTCACTGA TCGCATGCAA 
AAACAATACC CAACCGCTCA GCTTGTCCAC TACGGTGAAA TTGAAGACCT TGAAGGGCAA 
TTTCTGCAAA TCGCTCCGGT AAGCGTACAC AAAGATGTAA GCCATCCAGT GTACCAGCGG 
CCAAAGGTCC CGCAATCCGT CCGAGAGCAT CTTTTAACAG CAGTGGCTTC GAACTTCTCC 
ATCACATCCA AAAAGCATTT GAGCAGTAAT CAAGTCAAAG AACAATATAT CACGAAGTCA 
GTGTTCACGA CGGCAGAACC TTTCCCTAAT GTCCTGAGGC GAAGTGAAAT TGTTGCAACT 
GAAGAAGTTG TCTTGACGCC TTTGCAAACG GCTATTGAAC GGACGTCCAG GAAAACGCAA 
GAGCTACTGA TGCTTGAGAA AAGGATTGCA TCCGGGGACG ATACTAACCT CAATAGCCTG 
ACGGATGTCC TAGGCCAAAT GCTCGACGTT GAATCCTCGG TGCCAACCTG TGTCGCCCAA 
TATCGAGCAT TCTTGACGGG CGATGAATTG AATGATCATT CTGCGCTCGG GGAAGACCTT 
GATATAATAC CAGTAGATCC GCTCAACAAT GCCCTCGCAG TTGCTTTGGT TGACCATGCG 
ATTTCGCTGA AGCGATGTAT AGCGTTATAT TCGCGCCCAG CATATCAGGC TACGCAAGCC 
GAGCTTGCTC AGCGGCTAGA GACTGTGTTT GCTCCTGAGC TTGCAACTCT TGCGATATCA 
CCTTCTCAGC ACTTGCCATC CGAGCCTTCA ATCCAATTCG GTTCTCGACA AGAGCAATTT 
ACAAATGGAA GTATGCAAGG CGCGTCTTCA ACTTCCCAGC CTCGTTTGGC TAGCCTTAAA 
TCGGACCCTG GACGGCCCTC CCGTGATAGT ATAGCTAGGC CTTTGATGGA CAAGCCGCCA 
GCTAGCAACC GCCTTAGCCT TAACCCATTC AAACGCTCGA ATCATGTGGC ATCTGGCTCA 
AATGCGACCA TTACGGCTGT CAATACTGCT GTCTCTGCCC AAAAAGATCA AAGTCAACAA 
AGCATTGTGA AACCAAACGG TGTTCCTACT GACCAAGTGA CCAGGGCTCC ACAACCAGCC 
GGTGTGAAAT TAGAGCAAGA CCGTGAACCT TCGGATACTG TCAGTAGGGC GCGCAGTCAA 
TCGCGCGGAG GAAAAAGCGA TACAAGCCGG AAACGGCGAA GCTTCTTCGG AGGCAGTGAA 
AAGTTCGCCG TTGGCACAAG TGACCCGCAA AGAGGTGCTC ACTCAGTTCC GCCAGCAAGT 
CCGCCCACGG AAGACATGCG CACAACGCAA CAAAGGATAA TGGAGCGGGC AAATAAGTCC 
CGAGCACAAC AGAGTCACAA AGAACCCCGA ACGCCCAATT CAATTCCTAA TAGTGCTGGC 
CAGCGGCAAA CACCACCAAG CAATGCAATT GACCACCGCC TCGTGGCATC GGATAAGAAT 
CCACCGCGAC CGAAAACTGG TCATAGCTCT GTCAGTGACC ACACCGGTAG TGGTGTTCGA 
GATTCGATGA TGAAGCGATT CAGCTTGTTA AAGGTCGGCC GGAAAGGTAG CAAAGCTAAC 
TTCCATGAGA AACCCTTGGG TGGTGTCTTG AGAGAGGAAT AA

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

RefSeq	XP_002583608.1
CDS	1..6402
Translation	MPWRPLPRIAFAVAVYPFQPSSPADLPLELGDELYIIEQGGKDGAWYRGYLVAPPSLLAGLTSVKGQALEARVFSGIFPKNCVEVREVLGETNRNKENGSAELALSNGNLKPIDGKAADGSKTNSFIGLADLKSSRKTSQITVIKLEDDVKKRRSGSPLQSPSMALTPRSTGSRDPNAPKPPAPVPMLKIGDETPTSLSEPLVDEIASCLREWHSTNIHELLLTRQYTALENMSNIVLELDLARRQFLHNVLTAQERASLREATVWNLVRGNKTLSGDVIVRDPKQRGRLLTGDDSAIEMAKLQSEMSMLDGETKPHIDNVSLHHLLFEVNAVTGTKAGSAPLSISLWLQSAKGEIKQLTESYALDIPSAETFVAMSQNGSLKTLFTDLNAADIGDSSASDSKLYLVVRVLGPESARPSFVAKSRTSSRDGPSGNKSTPALNNVGKGSLKSRRSMIWGQKTRGLPHLDQNEISRLPQSSGSSTSVSTHPERPVKEISVLRTAGIGVLEIGSILKSDKDVDQVVSIWSPLGPTDEEDNYTEGFDDIVRSLLPSPTGRYGRCYRASRLHAHLSPFASEDTETLIRNNPTLLHNVTQTRRIGFPAAPTKPRSDIYVNLSKVNISQDALLSHPINGQVAVPQVTGLRNLQLTLEARNASGARIEHCIYPSSNASGVTAWRTTVAERGSAWNQIIRLNIPSDEVQGSHLIMSVADAPEFPFALSWLPLWDQQAFIRDGRHSLLLHAYDKSTSSVENGRGSYLSLPWSALGKNESTKDEALTGPLATLTLETELCSTQYSQDQALLGLVNWKEKPATQLLELLRTIVFVPEIEIVKHLRDVFDALFGIMVEQAGNEEFEDLIFRDLVTVLGIVHDRRFNLGPLVDRYAEQEFNFPFATPCLIRSFLRLLQATADSQQARNLRAALKVGRHLLKFIINARGQQKAKEECIGITNIQSTFNRDLHSIFKSVEALMQNPAPTLVGSKTLAVQHFHTWLPELLNAVDKEEVVNIAFSFMDACKDVKKMLVLYKILLILNYTRLPLFGESAERSRLISKSIEWLSPYWGETQDITDQYRDQVRLCSSVVAEQLKTPESGLFGYMPMAVASYCAIVADGVEETEWLSLLFSKSFPFQLKQSKTKQRFDEALVELSAIIAAMSKLQMPKDLPLSHDELAIFLSHIFNAHKSVLDNEAYPATWLSLHIYHHQSIMKSLEDLSSILIQSFLPAPDEADTFDMELWKLFFVTLLKLVSSDALALETFPEQRRRAVWKIAGDVREQGAELLQKTWRSIGWDTTVEERARYGLVKLGGYQVQYVPGLVPPIIELCLSVHEGPRRVAVEILQTMIVSEWQLNEDLSVVEAEIISSLDELFKTKNLTESITQKLFINELLELFETSSTSPDAELLVTLKELIATVDELLDLLVASHNGNITESLNTIKLMEFMKDMERGDIFIRYVHELAHGQAAARNYTEAGLALQFHADLYEWDISKTVEALSNPTYPEQTAFERKETLYFEIIQHFEDGKAWAHALSCYRELADHYEHTIIDFSKLSRTQASMARIYEAIVKEDILIPRYFRVTFKGLGFPPTLRDKQYIFEGSQSDRMTTFTDRMQKQYPTAQLVHYGEIEDLEGQFLQIAPVSVHKDVSHPVYQRPKVPQSVREHLLTAVASNFSITSKKHLSSNQVKEQYITKSVFTTAEPFPNVLRRSEIVATEEVVLTPLQTAIERTSRKTQELLMLEKRIASGDDTNLNSLTDVLGQMLDVESSVPTCVAQYRAFLTGDELNDHSALGEDLDIIPVDPLNNALAVALVDHAISLKRCIALYSRPAYQATQAELAQRLETVFAPELATLAISPSQHLPSEPSIQFGSRQEQFTNGSMQGASSTSQPRLASLKSDPGRPSRDSIARPLMDKPPASNRLSLNPFKRSNHVASGSNATITAVNTAVSAQKDQSQQSIVKPNGVPTDQVTRAPQPAGVKLEQDREPSDTVSRARSQSRGGKSDTSRKRRSFFGGSEKFAVGTSDPQRGAHSVPPASPPTEDMRTTQQRIMERANKSRAQQSHKEPRTPNSIPNSAGQRQTPPSNAIDHRLVASDKNPPRPKTGHSSVSDHTGSGVRDSMMKRFSLLKVGRKGSKANFHEKPLGGVLREE

Target ORF information:

RefSeq Version	XM_002583562.1
Organism	Uncinocarpus reesii 1704
Definition	Uncinocarpus reesii 1704 conserved hypothetical protein, mRNA.

Target ORF information:

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

XM_002583562.1

ORF Insert Sequence:

ATGCCGTGGC GGCCATTGCC TCGGATCGCT TTTGCGGTTG CGGTTTATCC GTTCCAGCCA 
TCATCGCCCG CAGATCTGCC TCTCGAGCTT GGAGATGAGT TGTATATTAT TGAGCAAGGA 
GGAAAGGATG GGGCATGGTA CAGAGGATAC CTTGTTGCGC CCCCCTCGCT ATTGGCAGGG 
CTCACCAGCG TCAAAGGGCA GGCCCTAGAA GCTCGGGTGT TCTCTGGGAT CTTCCCCAAA 
AACTGTGTTG AAGTACGCGA AGTTCTTGGG GAAACTAATA GGAACAAAGA GAATGGAAGT 
GCGGAACTGG CGCTTTCCAA CGGGAATTTG AAGCCCATCG ACGGCAAGGC AGCTGATGGC 
AGCAAAACAA ACAGTTTTAT TGGCTTAGCG GATTTAAAAT CTTCTCGCAA AACGTCACAG 
ATCACGGTCA TTAAATTGGA AGACGATGTC AAGAAACGTC GTTCCGGATC CCCTTTACAA 
TCGCCCTCCA TGGCGTTAAC ACCTCGATCG ACGGGCTCCA GAGATCCGAA CGCCCCCAAA 
CCACCTGCAC CAGTTCCCAT GCTCAAAATC GGAGATGAAA CGCCCACGTC CTTGTCAGAA 
CCTCTGGTAG ACGAAATTGC TTCCTGTTTA CGAGAATGGC ACTCGACAAA CATTCACGAA 
CTCCTGTTGA CAAGGCAATA TACGGCATTG GAAAACATGT CAAATATTGT TTTAGAATTA 
GACCTTGCAC GCCGGCAATT CCTCCACAAT GTTTTGACCG CTCAAGAAAG AGCGTCATTA 
CGAGAAGCAA CGGTGTGGAA TTTGGTGCGA GGAAACAAAA CATTGAGCGG AGATGTTATC 
GTGCGCGACC CGAAGCAACG GGGACGATTA CTGACTGGTG ATGACTCGGC TATCGAGATG 
GCAAAGCTAC AATCTGAGAT GAGCATGCTT GACGGTGAAA CGAAGCCGCA TATTGACAAC 
GTCTCGTTAC ACCATTTGCT ATTTGAGGTG AACGCAGTTA CAGGAACCAA AGCAGGCTCC 
GCTCCTCTCT CAATAAGCCT TTGGCTTCAA TCCGCAAAAG GGGAAATCAA ACAGTTGACC 
GAATCGTATG CTCTAGACAT TCCCTCTGCA GAAACTTTCG TTGCAATGTC TCAAAACGGA 
AGTTTGAAAA CTCTTTTCAC CGATTTGAAC GCCGCAGATA TTGGGGATAG TTCTGCATCC 
GATTCAAAGC TCTACCTCGT TGTTCGAGTG CTTGGGCCTG AGTCCGCCAG ACCTAGCTTT 
GTTGCCAAAT CGCGGACGTC CTCGCGCGAC GGACCCTCAG GCAACAAATC TACCCCGGCC 
CTGAATAATG TGGGAAAGGG AAGTCTGAAA TCAAGGCGAA GCATGATCTG GGGCCAAAAG 
ACTAGAGGAT TGCCGCACCT TGACCAGAAT GAAATTTCGC GCCTTCCACA ATCGAGTGGA 
TCGTCAACTA GTGTTTCTAC ACATCCTGAA AGACCAGTTA AAGAAATATC TGTCTTGCGT 
ACAGCCGGCA TTGGCGTTTT AGAAATTGGT TCGATTCTCA AAAGCGACAA AGACGTGGAT 
CAGGTGGTCA GTATTTGGTC TCCCTTGGGT CCAACCGACG AGGAAGACAA TTACACAGAA 
GGATTCGATG ACATAGTTCG CTCGTTATTA CCTAGCCCTA CCGGTAGATA CGGTAGATGT 
TATCGCGCAT CGAGACTACA TGCACATCTT AGCCCTTTTG CAAGTGAGGA TACAGAAACA 
CTCATCCGAA ATAATCCGAC TTTGCTTCAT AATGTTACGC AGACAAGAAG AATCGGTTTT 
CCAGCAGCTC CAACGAAACC TCGATCGGAC ATCTATGTTA ACTTGTCCAA GGTCAATATT 
TCGCAGGATG CGTTGCTTTC TCATCCCATC AACGGCCAGG TTGCTGTGCC TCAGGTTACC 
GGCTTGCGGA ACTTACAACT TACTCTAGAA GCCCGAAACG CGTCTGGAGC TAGGATCGAG 
CATTGTATCT ATCCATCCTC AAACGCTTCA GGGGTGACCG CCTGGAGAAC GACAGTTGCT 
GAACGAGGCT CGGCGTGGAA CCAGATAATT CGATTAAACA TTCCCTCCGA CGAAGTGCAG 
GGCTCTCATT TGATTATGAG CGTAGCAGAC GCGCCAGAGT TTCCATTTGC ATTGAGCTGG 
CTGCCGCTCT GGGACCAGCA AGCATTTATT AGGGACGGTC GCCATAGTTT GTTGCTACAT 
GCGTATGATA AATCCACTTC CAGCGTGGAG AATGGAAGAG GCTCCTATCT ATCGTTACCA 
TGGAGTGCAC TCGGAAAAAA TGAATCAACG AAAGATGAAG CCTTAACAGG TCCACTTGCA 
ACTTTGACTC TCGAGACGGA ACTTTGCAGC ACCCAATACT CTCAAGATCA AGCTCTACTG 
GGGCTTGTGA ACTGGAAGGA GAAGCCAGCC ACGCAGCTTT TGGAACTCCT GCGGACAATT 
GTCTTCGTCC CCGAGATCGA AATCGTCAAG CACCTTCGAG ATGTTTTTGA TGCTTTGTTT 
GGCATTATGG TTGAACAGGC GGGCAATGAG GAATTCGAAG ACCTTATTTT CAGGGACCTT 
GTTACCGTAC TCGGTATTGT GCATGATCGT CGGTTCAACT TAGGGCCTTT GGTTGATAGA 
TATGCCGAAC AAGAATTCAA CTTTCCGTTT GCGACTCCAT GTCTGATACG GAGTTTCTTA 
CGCCTTCTTC AGGCCACCGC CGACTCACAG CAAGCTCGGA ATCTTCGAGC AGCTTTGAAA 
GTTGGCAGAC ACTTATTAAA ATTTATAATC AATGCGAGAG GTCAGCAGAA AGCCAAAGAA 
GAATGCATTG GCATCACAAA CATTCAGTCA ACTTTTAATC GAGATCTGCA TTCTATTTTC 
AAGTCGGTTG AGGCACTCAT GCAGAACCCT GCCCCCACTT TGGTTGGTAG CAAGACGCTG 
GCTGTGCAGC ACTTCCATAC CTGGCTTCCC GAACTCTTGA ATGCGGTAGA TAAAGAAGAA 
GTCGTCAATA TTGCGTTCAG CTTCATGGAT GCATGCAAAG ACGTCAAGAA AATGCTGGTG 
CTCTACAAAA TCTTGCTAAT TCTGAATTAT ACGAGGCTCC CCTTGTTTGG AGAATCGGCT 
GAGAGGAGCC GTCTAATCTC AAAGAGTATT GAATGGCTTT CGCCCTACTG GGGAGAAACC 
CAGGATATCA CCGACCAGTA TAGAGACCAG GTTCGCCTTT GCTCGTCTGT GGTAGCAGAA 
CAGCTTAAAA CCCCTGAATC AGGACTTTTC GGGTACATGC CAATGGCAGT GGCGTCATAT 
TGCGCTATCG TGGCCGACGG CGTGGAGGAG ACCGAATGGC TCTCCTTGCT TTTCAGCAAA 
TCCTTTCCCT TCCAACTCAA GCAATCGAAA ACGAAGCAGA GGTTTGACGA AGCGTTAGTT 
GAGCTTTCCG CAATCATTGC CGCGATGTCA AAGTTACAGA TGCCAAAGGA TTTACCCCTT 
TCGCATGACG AGCTAGCGAT CTTCCTCTCT CACATATTCA ATGCCCATAA ATCTGTTCTT 
GATAATGAGG CTTATCCCGC GACCTGGCTA AGTTTGCACA TATATCACCA CCAATCTATC 
ATGAAAAGCT TGGAAGATCT CTCATCTATT TTAATTCAGT CGTTCCTCCC TGCTCCAGAT 
GAGGCGGATA CTTTTGATAT GGAATTATGG AAGCTGTTCT TCGTTACATT GCTCAAGCTG 
GTGTCCAGTG ACGCTTTGGC GCTCGAGACC TTTCCTGAGC AAAGACGGCG GGCTGTATGG 
AAAATTGCGG GAGATGTCCG TGAGCAGGGC GCTGAATTAC TTCAAAAAAC CTGGCGTTCT 
ATCGGCTGGG ATACAACTGT CGAAGAGCGA GCACGGTATG GGCTGGTTAA ACTCGGAGGC 
TACCAAGTGC AATACGTCCC GGGCTTGGTG CCGCCCATCA TCGAACTCTG CCTTAGCGTT 
CATGAGGGCC CTCGACGTGT CGCTGTAGAG ATTTTGCAGA CCATGATCGT GAGCGAATGG 
CAATTGAATG AAGACCTATC CGTGGTTGAA GCGGAGATAA TATCCAGCCT CGACGAGCTG 
TTCAAGACTA AAAATCTCAC CGAAAGCATT ACCCAAAAGT TATTTATAAA TGAACTGCTT 
GAATTGTTTG AAACGAGCTC AACCTCCCCT GATGCAGAAT TACTGGTCAC GTTGAAAGAG 
TTAATCGCAA CAGTCGACGA ACTATTAGAT CTTCTGGTCG CTTCGCACAA TGGGAATATC 
ACGGAAAGTC TTAATACGAT AAAACTAATG GAATTTATGA AAGATATGGA GCGTGGAGAC 
ATCTTTATTC GATATGTCCA CGAGCTGGCG CATGGGCAGG CTGCGGCGCG CAATTACACA 
GAAGCCGGCC TTGCGCTTCA ATTCCACGCC GATCTTTACG AATGGGATAT CTCGAAAACT 
GTTGAAGCAC TTTCCAACCC TACATATCCG GAGCAAACAG CATTCGAACG GAAGGAGACT 
TTGTATTTCG AGATCATTCA ACATTTCGAG GACGGGAAAG CATGGGCTCA CGCACTATCA 
TGCTATCGGG AGCTGGCGGA TCATTACGAA CATACGATAA TTGACTTCTC GAAACTCTCG 
AGGACCCAAG CGTCCATGGC TCGAATATAC GAAGCAATTG TCAAAGAAGA CATTTTGATT 
CCCAGGTACT TCCGTGTCAC CTTCAAAGGA CTCGGTTTCC CGCCGACTTT ACGAGACAAA 
CAATACATTT TCGAAGGCTC ACAGTCAGAC CGTATGACTA CTTTCACTGA TCGCATGCAA 
AAACAATACC CAACCGCTCA GCTTGTCCAC TACGGTGAAA TTGAAGACCT TGAAGGGCAA 
TTTCTGCAAA TCGCTCCGGT AAGCGTACAC AAAGATGTAA GCCATCCAGT GTACCAGCGG 
CCAAAGGTCC CGCAATCCGT CCGAGAGCAT CTTTTAACAG CAGTGGCTTC GAACTTCTCC 
ATCACATCCA AAAAGCATTT GAGCAGTAAT CAAGTCAAAG AACAATATAT CACGAAGTCA 
GTGTTCACGA CGGCAGAACC TTTCCCTAAT GTCCTGAGGC GAAGTGAAAT TGTTGCAACT 
GAAGAAGTTG TCTTGACGCC TTTGCAAACG GCTATTGAAC GGACGTCCAG GAAAACGCAA 
GAGCTACTGA TGCTTGAGAA AAGGATTGCA TCCGGGGACG ATACTAACCT CAATAGCCTG 
ACGGATGTCC TAGGCCAAAT GCTCGACGTT GAATCCTCGG TGCCAACCTG TGTCGCCCAA 
TATCGAGCAT TCTTGACGGG CGATGAATTG AATGATCATT CTGCGCTCGG GGAAGACCTT 
GATATAATAC CAGTAGATCC GCTCAACAAT GCCCTCGCAG TTGCTTTGGT TGACCATGCG 
ATTTCGCTGA AGCGATGTAT AGCGTTATAT TCGCGCCCAG CATATCAGGC TACGCAAGCC 
GAGCTTGCTC AGCGGCTAGA GACTGTGTTT GCTCCTGAGC TTGCAACTCT TGCGATATCA 
CCTTCTCAGC ACTTGCCATC CGAGCCTTCA ATCCAATTCG GTTCTCGACA AGAGCAATTT 
ACAAATGGAA GTATGCAAGG CGCGTCTTCA ACTTCCCAGC CTCGTTTGGC TAGCCTTAAA 
TCGGACCCTG GACGGCCCTC CCGTGATAGT ATAGCTAGGC CTTTGATGGA CAAGCCGCCA 
GCTAGCAACC GCCTTAGCCT TAACCCATTC AAACGCTCGA ATCATGTGGC ATCTGGCTCA 
AATGCGACCA TTACGGCTGT CAATACTGCT GTCTCTGCCC AAAAAGATCA AAGTCAACAA 
AGCATTGTGA AACCAAACGG TGTTCCTACT GACCAAGTGA CCAGGGCTCC ACAACCAGCC 
GGTGTGAAAT TAGAGCAAGA CCGTGAACCT TCGGATACTG TCAGTAGGGC GCGCAGTCAA 
TCGCGCGGAG GAAAAAGCGA TACAAGCCGG AAACGGCGAA GCTTCTTCGG AGGCAGTGAA 
AAGTTCGCCG TTGGCACAAG TGACCCGCAA AGAGGTGCTC ACTCAGTTCC GCCAGCAAGT 
CCGCCCACGG AAGACATGCG CACAACGCAA CAAAGGATAA TGGAGCGGGC AAATAAGTCC 
CGAGCACAAC AGAGTCACAA AGAACCCCGA ACGCCCAATT CAATTCCTAA TAGTGCTGGC 
CAGCGGCAAA CACCACCAAG CAATGCAATT GACCACCGCC TCGTGGCATC GGATAAGAAT 
CCACCGCGAC CGAAAACTGG TCATAGCTCT GTCAGTGACC ACACCGGTAG TGGTGTTCGA 
GATTCGATGA TGAAGCGATT CAGCTTGTTA AAGGTCGGCC GGAAAGGTAG CAAAGCTAAC 
TTCCATGAGA AACCCTTGGG TGGTGTCTTG AGAGAGGAAT AA