LOC110936921 cDNA ORF clone, Helianthus annuus(common sunflower)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC110936921
Entrez Gene ID	110936921
Full Name	uncharacterized ATP-dependent helicase C29A10.10c-like
Gene Type	protein-coding
Organism	Helianthus annuus(common sunflower)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022179326.1	XP_022035018.1	uncharacterized ATP-dependent helicase C29A10.10c-like

Pathways from BioSystems
Gene Ontology

The following LOC110936921 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC110936921 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
OHe98803	XM_022179326.1 Latest version!	Helianthus annuus uncharacterized ATP-dependent helicase C29A10.10c-like (LOC110936921), 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)

LOC110936921 ( XM_022179326.1 ) cDNA ORF clone, Helianthus annuus(common sunflower) -> XP_022035018.1 Helianthus annuus uncharacterized ATP-dependent helicase C29A10.10c-like (LOC110936921), mRNA.

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CloneID	OHe98803
Clone ID Related Accession (Same CDS sequence)	XM_022179326.1
Accession Version	XM_022179326.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4137bp) 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	2017-08-06
Organism	Helianthus annuus(common sunflower)
Product	uncharacterized ATP-dependent helicase C29A10.10c-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_035436.1) 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 :: Helianthus annuus 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##

ATGACTTCTA AAGGGAGGCC ATTATTTGAT CTCAATGAGC CTGCTACGGA GGAGGATGAG 
GAGAGTGATG GTGTGTTCTG TTTTCAGCCT CAAAGGGCGA TTCCGTCTAC AACACATACT 
TCAGATTTGT TTAAACCGTC AAATAGTCCG CGTAGGATAA TAAACAATAA TGCCTTTTCT 
CATGCGCCTT CTGTTTCGGG CTTTCAGCCT TTCGTTCGGT CAAAAGGAGT ACAGGCATCT 
GAAACTAATG AAGAGCGGAA GAAGGAAATT GGTATAGGGT CTGTGGTTGA AAAAGAAGAA 
GGTGAATGGT CTGATGCAGA CGGCAGTGGT GTGCCTGAAA AGTCAACTTC TGCCCCTGAT 
GATGATAAGT CAGAGGTGAA ACCAATGGCT GTTTTAGTTG ATCAAAGGGT TTCAAGTGTG 
GCTGCGGTGG TTAGTTTGTC TTCAGATGTT AATGATGTGA AGGATGAAAA TAGTAATCAT 
GGTTATTTAG GTCTTAAAGC AGAGGGCGGT AGTATGCCTG AAACGTCAAC TTCTGCCCAT 
GACGACGACA AGTCAGAGGT GAAACCGTTG GCTGTTTTAG TAGATCAAAA GGTTTCAAGT 
GTGGCTGCAG TGATTAATAC GTCTTCAAAT GCACATGATA TAAAGGATGA AAATAGTAAT 
AATGGTTCTA CAGGACTTGA TGTCAATTCA GTCGATAGGA AAAGTAGTGA TAGTCAAGAA 
GATTCTGTGG TGGCTCCAAA ACAAAAAGAG ATTAAAGGGG TTGAAGCAAT TCATGCTTTA 
AAGATCGCTA ATAATCCAGG AAAGCGTCCA AAAATTGACC TACAACGGGA AGCAATGTTG 
GGCAAAAAAC GTAGCAGGCA GACAATGTTT CTTAATTTAG AAGATGTCAA GCAAGCAGGA 
GCCATTAAAA CCTCCGTCCC TAGACGGCAG AACTTTCCGC CACCTGTCAC TTCTCGTATA 
GTGAAAGATA AACAGGTTCA GCCACCAATA ACAAAGGATT CTAAACAGGT GGACCAATCA 
TGCAATGAAA GCAGTGGTAG TTTTATGGAT TCTTGTGATA ATAAGTCTGA ATGTAATAAT 
GGTGACACGA ATTCGGGAAT TTTAGGTCGT CCAAAAAGGT CATCCAGTAG TACTGATCTT 
GCTGCAGAGG ATAAACCTGT TATCAATCAT AGGCATAGCG TATTGAAGCA GACAAAGAAT 
GCACAAGTCA CGGGTAGAAA GACTGGTTTA ATCAGTCAGA ATTCTATTGA TCCTAAAGCA 
GCTGGAGGCA AAAAGCTTCC TTCTAAAAAG CCATCGACTG TCGCTACCCA GTATCAGGAT 
ACATCAGTGG AACGGCTTCT TCGTGAGGTG ACCAATGAGA AGTTTTGGCA GCATCCAGAG 
GAGGCAGAGC TTCAATGTGT TCCTGGAAGC TTTGAATCAG TAGAAGAGTA CGTTAAAGTA 
TTTGAGCCCT TGCTTTTTGA GGAATGTCGG GCACAACTTT ACAGCACATG GGAGGAGTCA 
ACTGAAACAG CTTCTAGAGA TTTGCATGCA ATGGTCCGTA TAAAAAGTGT TGAGAGACGA 
GAAAGAGGTT GGTATGATGT GATACTTGCA CCTGCAAATG AGTGCAGATG GAATTTCAAG 
GAGGGTGATG TGGCAGTTCT TTCGACCCCT AGACCTGGAA CAGTCATACC CAAGAGAAAC 
AACAGTTCAA CTACGGGGGA GGAGTCAGAG GTGAGTGGAC GTGTGGCTGG CACTGTTAGA 
CGACACATAC CGGTAGATAC TCGTGATCCT ACAGGGGCAA TCCTTCACTT CTATGTCGGG 
GATTCTTATG ATTCTAACAG GGTTGATGAC GATCATATCC TAAGGAAACT ACACCCAAAG 
GGAATATGGT TTCTAACCGT TCTTGGTTCT CTTGCTACAA CTCAGAGAGA ATATATTGCA 
TTGCATGCAT TTCATAGACT CAATTCCCAG ATGCAAACCG CGATTCTTCA GCCGAGCCCA 
GAGCTATTCC CCAAATACGA AGAACAGGCA CCTGCAATGC CCGATTGTTT CACACCAAAC 
TTTGTTGATT ATCTTCACAG AACCTTTAAC ACTCCACAAC TGTCAGCAAT ACACTGGGCT 
GCAACCCATA CTGCAGCAGG TACGACCAAC GGGTCAACAA AGAAGCAAGA ACCATGGCCC 
TTTACACTAG TCCAAGGTCC ACCTGGAACC GGAAAGACTC ATACGGTGTG GGGGATGCTG 
AACGTAATAC ATCTCGTCCA GTACCAGCAT TACTACACCG CATTGCTTAA AAAACTAGCC 
CCTGAAAGTT ACAAGCAAGC ATCCGAGAGT ATCGCTTCTG ATAACGTTCC GAACGGGTCT 
ATTGATGAAG TTCTCCAAAG CATGGACCAG AACCTGTTTC GAACGCTTCA TAAGCTCTGC 
CCGAAACCGA GAATGCTAGT CTGTGCTCCG TCAAATGCCG CTACCGATGA GCTGCTTACA 
CGTGTTCTTG ATCGTGGGTT TATCGATGGC GAGATGAAAG TTTACCGCCC TGACGTGGCT 
CGAGTTGGGG TTGATTCTCA AACACGAGCA GCTCAGGCAG TGTCGGTCGA GCGTCGAACC 
GAGCAGCTTT TGGTGAAGAG CCGAGATGAA GTTTATGGGT GGATGCACCA GTTAAAAGGT 
CGTGAAGCTC AGTTATCTCA ACAAATAGCA TCGCTTCAAA GAGAACTTAA CGTTGCAGCT 
TTCACGGGTC GGTCCCAAGG TTCGGTTGGT GTGGATCCTG ATGTTCTTGC ATCTCGTGAC 
CAGAGCCGAG ACGTGTTGTT ACAAAATCTT GCGGCTGTGG TTGAAAATCG GGATAAAGTA 
CTAGTGGAAA TGTCTCGTCT TTTTATTCTA GAAGGTCGGT TTCGTGGTGG CGGGAACTTT 
AACTTGGAGG AAGCTCGAGC TAGTCTAGAA GCAAGTTTCG CCAATGAGGC TGAGGTGGTT 
TTCACTACGG TTTCAAGCAG TGGTCGAAAG CTTTTCTCAC GCTTAACCCA CGGGTTCGAC 
ATGGTGGTCA TCGATGAAGC GGCCCAAGCT AGTGAAGTCG GCGTGCTTCC TCCTCTTGCT 
CTGGGTGCAG CCCGGTGCGT TCTTGTGGGG GACCCACAAC AACTTCCCGC AACCGTTATT 
AGCAAAGCTG CTGGGACCCT GCTATACAGC AGAAGTCTTT TCGAAAGATT TCAACAAGCG 
GGATGCCCTA CAATGTTACT TTCGGTGCAG TACCGTATGC ACCCTCAAAT ACGAGAATTC 
CCTTCGAGAT ACTTCTATCA GGGACGCCTT ACCGATAGTG AAAGTATTGC TAATTTGCCT 
GATGAGGCAT ACTACAAGGA CCCGATGTTA AAACCTTATA TTTTTTACGA TATCACTCAT 
GGCCGGGAGT CACATCGGGG CGGGTCAGTT TCGTATCAGA ATATCCACGA AGCCCAGTTT 
TGCCTTAGGT TATATCAACA TCTTCAAAAA AGTGTCAAGT CTCTAGGTAT AGGGAAAGTT 
TCGGTGGGCA TTATTACCCC TTATAAGCTG CAATTGAAAT GTATACAACG GGAATTTGAG 
GAAGTTTTGA AATCCGAAGA AGGGAAGGAC CTTTATATCA ATACTGTTGA TGCTTTTCAA 
GGGCAAGAAC GTGATGTTAT TATTATGTCT TGTGTGCGTG CTTCCAACCA TGGTGTGGGT 
TTCGTTGCTG ATATTCGCCG AATGAATGTT GCTCTCACGC GCGCAAAAAG GGCACTTTGG 
GTTATGGGGA ACGCAAGTAC GTTGGTTCAG TCGGATGACT GGGCTGCGCT GATTGCTGAT 
GCGAAGGCCA GGGAATGTTA TATGGACATG GACTCGCTCC CTAAAGATTT TATGGCGTCT 
AAGGTGCCAC CACCAGCCTA TGGTTCACCA CAGACGAGGT TTTCTAACAT GAGGAATGTG 
AAGAGACCTG GGTTTAGATA CCGACCATAT GACCACATGG AGTCTCGGTC AGAAGATGAT 
GAGAAAACAA ACTCATCATT TGCTCCAAGA AACGGAAATT ACCGCCCTTT CAAGGCACCA 
ACGGAAGGTT CCCTTGATGA TTTTGATCAA TCGGGCGATC GTTCAAGAGA TGCCTGGCAA 
CATGGCATTC AGAAGAGACC GAATTCAACC CCTCTTGGAG GAAAACGCGA CCCGTGA

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

RefSeq	XP_022035018.1
CDS	321..4457
Translation	MTSKGRPLFDLNEPATEEDEESDGVFCFQPQRAIPSTTHTSDLFKPSNSPRRIINNNAFSHAPSVSGFQPFVRSKGVQASETNEERKKEIGIGSVVEKEEGEWSDADGSGVPEKSTSAPDDDKSEVKPMAVLVDQRVSSVAAVVSLSSDVNDVKDENSNHGYLGLKAEGGSMPETSTSAHDDDKSEVKPLAVLVDQKVSSVAAVINTSSNAHDIKDENSNNGSTGLDVNSVDRKSSDSQEDSVVAPKQKEIKGVEAIHALKIANNPGKRPKIDLQREAMLGKKRSRQTMFLNLEDVKQAGAIKTSVPRRQNFPPPVTSRIVKDKQVQPPITKDSKQVDQSCNESSGSFMDSCDNKSECNNGDTNSGILGRPKRSSSSTDLAAEDKPVINHRHSVLKQTKNAQVTGRKTGLISQNSIDPKAAGGKKLPSKKPSTVATQYQDTSVERLLREVTNEKFWQHPEEAELQCVPGSFESVEEYVKVFEPLLFEECRAQLYSTWEESTETASRDLHAMVRIKSVERRERGWYDVILAPANECRWNFKEGDVAVLSTPRPGTVIPKRNNSSTTGEESEVSGRVAGTVRRHIPVDTRDPTGAILHFYVGDSYDSNRVDDDHILRKLHPKGIWFLTVLGSLATTQREYIALHAFHRLNSQMQTAILQPSPELFPKYEEQAPAMPDCFTPNFVDYLHRTFNTPQLSAIHWAATHTAAGTTNGSTKKQEPWPFTLVQGPPGTGKTHTVWGMLNVIHLVQYQHYYTALLKKLAPESYKQASESIASDNVPNGSIDEVLQSMDQNLFRTLHKLCPKPRMLVCAPSNAATDELLTRVLDRGFIDGEMKVYRPDVARVGVDSQTRAAQAVSVERRTEQLLVKSRDEVYGWMHQLKGREAQLSQQIASLQRELNVAAFTGRSQGSVGVDPDVLASRDQSRDVLLQNLAAVVENRDKVLVEMSRLFILEGRFRGGGNFNLEEARASLEASFANEAEVVFTTVSSSGRKLFSRLTHGFDMVVIDEAAQASEVGVLPPLALGAARCVLVGDPQQLPATVISKAAGTLLYSRSLFERFQQAGCPTMLLSVQYRMHPQIREFPSRYFYQGRLTDSESIANLPDEAYYKDPMLKPYIFYDITHGRESHRGGSVSYQNIHEAQFCLRLYQHLQKSVKSLGIGKVSVGIITPYKLQLKCIQREFEEVLKSEEGKDLYINTVDAFQGQERDVIIMSCVRASNHGVGFVADIRRMNVALTRAKRALWVMGNASTLVQSDDWAALIADAKARECYMDMDSLPKDFMASKVPPPAYGSPQTRFSNMRNVKRPGFRYRPYDHMESRSEDDEKTNSSFAPRNGNYRPFKAPTEGSLDDFDQSGDRSRDAWQHGIQKRPNSTPLGGKRDP

Target ORF information:

RefSeq Version	XM_022179326.1
Organism	Helianthus annuus(common sunflower)
Definition	Helianthus annuus uncharacterized ATP-dependent helicase C29A10.10c-like (LOC110936921), mRNA.

Target ORF information:

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

XM_022179326.1

ORF Insert Sequence:

ATGACTTCTA AAGGGAGGCC ATTATTTGAT CTCAATGAGC CTGCTACGGA GGAGGATGAG 
GAGAGTGATG GTGTGTTCTG TTTTCAGCCT CAAAGGGCGA TTCCGTCTAC AACACATACT 
TCAGATTTGT TTAAACCGTC AAATAGTCCG CGTAGGATAA TAAACAATAA TGCCTTTTCT 
CATGCGCCTT CTGTTTCGGG CTTTCAGCCT TTCGTTCGGT CAAAAGGAGT ACAGGCATCT 
GAAACTAATG AAGAGCGGAA GAAGGAAATT GGTATAGGGT CTGTGGTTGA AAAAGAAGAA 
GGTGAATGGT CTGATGCAGA CGGCAGTGGT GTGCCTGAAA AGTCAACTTC TGCCCCTGAT 
GATGATAAGT CAGAGGTGAA ACCAATGGCT GTTTTAGTTG ATCAAAGGGT TTCAAGTGTG 
GCTGCGGTGG TTAGTTTGTC TTCAGATGTT AATGATGTGA AGGATGAAAA TAGTAATCAT 
GGTTATTTAG GTCTTAAAGC AGAGGGCGGT AGTATGCCTG AAACGTCAAC TTCTGCCCAT 
GACGACGACA AGTCAGAGGT GAAACCGTTG GCTGTTTTAG TAGATCAAAA GGTTTCAAGT 
GTGGCTGCAG TGATTAATAC GTCTTCAAAT GCACATGATA TAAAGGATGA AAATAGTAAT 
AATGGTTCTA CAGGACTTGA TGTCAATTCA GTCGATAGGA AAAGTAGTGA TAGTCAAGAA 
GATTCTGTGG TGGCTCCAAA ACAAAAAGAG ATTAAAGGGG TTGAAGCAAT TCATGCTTTA 
AAGATCGCTA ATAATCCAGG AAAGCGTCCA AAAATTGACC TACAACGGGA AGCAATGTTG 
GGCAAAAAAC GTAGCAGGCA GACAATGTTT CTTAATTTAG AAGATGTCAA GCAAGCAGGA 
GCCATTAAAA CCTCCGTCCC TAGACGGCAG AACTTTCCGC CACCTGTCAC TTCTCGTATA 
GTGAAAGATA AACAGGTTCA GCCACCAATA ACAAAGGATT CTAAACAGGT GGACCAATCA 
TGCAATGAAA GCAGTGGTAG TTTTATGGAT TCTTGTGATA ATAAGTCTGA ATGTAATAAT 
GGTGACACGA ATTCGGGAAT TTTAGGTCGT CCAAAAAGGT CATCCAGTAG TACTGATCTT 
GCTGCAGAGG ATAAACCTGT TATCAATCAT AGGCATAGCG TATTGAAGCA GACAAAGAAT 
GCACAAGTCA CGGGTAGAAA GACTGGTTTA ATCAGTCAGA ATTCTATTGA TCCTAAAGCA 
GCTGGAGGCA AAAAGCTTCC TTCTAAAAAG CCATCGACTG TCGCTACCCA GTATCAGGAT 
ACATCAGTGG AACGGCTTCT TCGTGAGGTG ACCAATGAGA AGTTTTGGCA GCATCCAGAG 
GAGGCAGAGC TTCAATGTGT TCCTGGAAGC TTTGAATCAG TAGAAGAGTA CGTTAAAGTA 
TTTGAGCCCT TGCTTTTTGA GGAATGTCGG GCACAACTTT ACAGCACATG GGAGGAGTCA 
ACTGAAACAG CTTCTAGAGA TTTGCATGCA ATGGTCCGTA TAAAAAGTGT TGAGAGACGA 
GAAAGAGGTT GGTATGATGT GATACTTGCA CCTGCAAATG AGTGCAGATG GAATTTCAAG 
GAGGGTGATG TGGCAGTTCT TTCGACCCCT AGACCTGGAA CAGTCATACC CAAGAGAAAC 
AACAGTTCAA CTACGGGGGA GGAGTCAGAG GTGAGTGGAC GTGTGGCTGG CACTGTTAGA 
CGACACATAC CGGTAGATAC TCGTGATCCT ACAGGGGCAA TCCTTCACTT CTATGTCGGG 
GATTCTTATG ATTCTAACAG GGTTGATGAC GATCATATCC TAAGGAAACT ACACCCAAAG 
GGAATATGGT TTCTAACCGT TCTTGGTTCT CTTGCTACAA CTCAGAGAGA ATATATTGCA 
TTGCATGCAT TTCATAGACT CAATTCCCAG ATGCAAACCG CGATTCTTCA GCCGAGCCCA 
GAGCTATTCC CCAAATACGA AGAACAGGCA CCTGCAATGC CCGATTGTTT CACACCAAAC 
TTTGTTGATT ATCTTCACAG AACCTTTAAC ACTCCACAAC TGTCAGCAAT ACACTGGGCT 
GCAACCCATA CTGCAGCAGG TACGACCAAC GGGTCAACAA AGAAGCAAGA ACCATGGCCC 
TTTACACTAG TCCAAGGTCC ACCTGGAACC GGAAAGACTC ATACGGTGTG GGGGATGCTG 
AACGTAATAC ATCTCGTCCA GTACCAGCAT TACTACACCG CATTGCTTAA AAAACTAGCC 
CCTGAAAGTT ACAAGCAAGC ATCCGAGAGT ATCGCTTCTG ATAACGTTCC GAACGGGTCT 
ATTGATGAAG TTCTCCAAAG CATGGACCAG AACCTGTTTC GAACGCTTCA TAAGCTCTGC 
CCGAAACCGA GAATGCTAGT CTGTGCTCCG TCAAATGCCG CTACCGATGA GCTGCTTACA 
CGTGTTCTTG ATCGTGGGTT TATCGATGGC GAGATGAAAG TTTACCGCCC TGACGTGGCT 
CGAGTTGGGG TTGATTCTCA AACACGAGCA GCTCAGGCAG TGTCGGTCGA GCGTCGAACC 
GAGCAGCTTT TGGTGAAGAG CCGAGATGAA GTTTATGGGT GGATGCACCA GTTAAAAGGT 
CGTGAAGCTC AGTTATCTCA ACAAATAGCA TCGCTTCAAA GAGAACTTAA CGTTGCAGCT 
TTCACGGGTC GGTCCCAAGG TTCGGTTGGT GTGGATCCTG ATGTTCTTGC ATCTCGTGAC 
CAGAGCCGAG ACGTGTTGTT ACAAAATCTT GCGGCTGTGG TTGAAAATCG GGATAAAGTA 
CTAGTGGAAA TGTCTCGTCT TTTTATTCTA GAAGGTCGGT TTCGTGGTGG CGGGAACTTT 
AACTTGGAGG AAGCTCGAGC TAGTCTAGAA GCAAGTTTCG CCAATGAGGC TGAGGTGGTT 
TTCACTACGG TTTCAAGCAG TGGTCGAAAG CTTTTCTCAC GCTTAACCCA CGGGTTCGAC 
ATGGTGGTCA TCGATGAAGC GGCCCAAGCT AGTGAAGTCG GCGTGCTTCC TCCTCTTGCT 
CTGGGTGCAG CCCGGTGCGT TCTTGTGGGG GACCCACAAC AACTTCCCGC AACCGTTATT 
AGCAAAGCTG CTGGGACCCT GCTATACAGC AGAAGTCTTT TCGAAAGATT TCAACAAGCG 
GGATGCCCTA CAATGTTACT TTCGGTGCAG TACCGTATGC ACCCTCAAAT ACGAGAATTC 
CCTTCGAGAT ACTTCTATCA GGGACGCCTT ACCGATAGTG AAAGTATTGC TAATTTGCCT 
GATGAGGCAT ACTACAAGGA CCCGATGTTA AAACCTTATA TTTTTTACGA TATCACTCAT 
GGCCGGGAGT CACATCGGGG CGGGTCAGTT TCGTATCAGA ATATCCACGA AGCCCAGTTT 
TGCCTTAGGT TATATCAACA TCTTCAAAAA AGTGTCAAGT CTCTAGGTAT AGGGAAAGTT 
TCGGTGGGCA TTATTACCCC TTATAAGCTG CAATTGAAAT GTATACAACG GGAATTTGAG 
GAAGTTTTGA AATCCGAAGA AGGGAAGGAC CTTTATATCA ATACTGTTGA TGCTTTTCAA 
GGGCAAGAAC GTGATGTTAT TATTATGTCT TGTGTGCGTG CTTCCAACCA TGGTGTGGGT 
TTCGTTGCTG ATATTCGCCG AATGAATGTT GCTCTCACGC GCGCAAAAAG GGCACTTTGG 
GTTATGGGGA ACGCAAGTAC GTTGGTTCAG TCGGATGACT GGGCTGCGCT GATTGCTGAT 
GCGAAGGCCA GGGAATGTTA TATGGACATG GACTCGCTCC CTAAAGATTT TATGGCGTCT 
AAGGTGCCAC CACCAGCCTA TGGTTCACCA CAGACGAGGT TTTCTAACAT GAGGAATGTG 
AAGAGACCTG GGTTTAGATA CCGACCATAT GACCACATGG AGTCTCGGTC AGAAGATGAT 
GAGAAAACAA ACTCATCATT TGCTCCAAGA AACGGAAATT ACCGCCCTTT CAAGGCACCA 
ACGGAAGGTT CCCTTGATGA TTTTGATCAA TCGGGCGATC GTTCAAGAGA TGCCTGGCAA 
CATGGCATTC AGAAGAGACC GAATTCAACC CCTCTTGGAG GAAAACGCGA CCCGTGA