Hfm1 cDNA ORF clone, Dipodomys ordii(Ord's kangaroo rat)

Gene
Clones
gRNAs

Summary

Gene Symbol	Hfm1
Entrez Gene ID	105987086
Full Name	HFM1, ATP dependent DNA helicase homolog
Gene Type	protein-coding
Organism	Dipodomys ordii(Ord's kangaroo rat)

mRNA and Protein(s)

mRNA	Protein	Name
XM_013018241.1	XP_012873695.1	probable ATP-dependent DNA helicase HFM1

Pathways from BioSystems
Gene Ontology

The following Hfm1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Hfm1 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
ODi142585	XM_013018241.1 Latest version!	Dipodomys ordii HFM1, ATP-dependent DNA helicase homolog (S. cerevisiae) (Hfm1), 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)

Hfm1 ( XM_013018241.1 ) cDNA ORF clone, Dipodomys ordii(Ord's kangaroo rat) -> XP_012873695.1 Dipodomys ordii HFM1, ATP-dependent DNA helicase homolog (S. cerevisiae) (Hfm1), mRNA.

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CloneID	ODi142585
Clone ID Related Accession (Same CDS sequence)	XM_013018241.1
Accession Version	XM_013018241.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4311bp) 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	2015-06-25
Organism	Dipodomys ordii(Ord's kangaroo rat)
Product	probable ATP-dependent DNA helicase HFM1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012267255.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Dipodomys ordii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCTGGAAT CAGATGACTA CATGTATTCT GTGGATAATT TGCTTTTCAG AACCCCAGAT 
GAAGTTGAAA ACTTTCCAGA CAATGAAAAA TCATTGGATT GGTTTCTTCC TCCTGCTTCA 
TTGACTACTG ATATTCCAGA TATTCAGGAA TTAGAGGAAG AAATAGAAAG TCATAAACTA 
TTAGGTCAAG AAAAGAGACC ACAAATGTTG ACATCAAATT TAAAGATTAC TAATGACTAT 
GCAGATTATG TATTACCAAG ACAAAACATG CAATTTTCCC TTAATAAATA TGAACAAGAT 
AATCTAAATT CAGGAAGAAT GGATAACAGT AATTTATCAC ATATTGCTGG CAAACTGACT 
TATGGTTCTT CTCAGAAATA TAAAAGTTAC ATGGGCATTG AAATGGCACC GTTTGAAAAA 
AATGTTCTTG GTGAAATGGA ATTAGTCAAT ATGGCAGAAG ATAAAGGAGA AAGCACATCA 
GCATTTCGAA AAAGATTATT TAAAATTTGT GAAAATGTGC ATGAAAATAC TTATGCCAGT 
GACTGTGCAC ACTTACGTTA TGATCTTGGC TCAGTGAAAA TTACCCAAAG AGAAGTGAAC 
AAGGGGAAAT CAAGGAACTG TGGAAATAAT AACCAGAAGT CTCAATCTTC TGCAAACATG 
CTTCCAGCAG ATGGTGCTTT TCCTTCTTCT GAAATTGGAG AAGATATATT TAAATTATCA 
TCTTTTTCAA TTGCATCCCA GCCTCATGAT ATTCAAGGTG TGACCAAAAA TGGCTTAAGT 
TCTTTGAAAG CTGTTGCAGA AATCCCGGCA AAATTTAGAA GCATTTTCAA AGAGTTCCCT 
TACTTCAATT ATATACAGTC CAAAGCTTTT GATGATCTTC TTTACACAGA TAGAAATTTT 
GTGATTTGTG CTCCAACTGG TTCTGGAAAA ACTGTAGTAT TTGAACTAGC TATCACAAGA 
TTGCTTATGG AAGCACCGTT ACCATGGCTA AACATTAAAA TTGTTTACAT GGCACCAATA 
AAAGCTCTGT GTAGTCAACG TTTTGATGAC TGGAAGGAAA AATTTGGACC ATTAGGATTG 
AATTGTAAAG AACTCACTGG AGATACAGTA ATGGATGACC TATTTGAGAT TCAGCATGCC 
AATATTATTA TGACAACTCC AGAAAAATGG GACAGCATGA CTAGGAAATG GAGAGACAAC 
TCTTTGGTCC AACTGGTTCG GCTATTTCTC ATTGATGAGG TACATGTTGT AAAAGATGAA 
AATCGTGGTC CAACTCTTGA AGTTGTAGTT AGCAGAATGA AAACTGTACA GTCATTATCT 
CAGCCTTTGC AAAATACCAT CACTATTATT CCAATGAGAT TTGTGGCTGT ATCTGCAACA 
ATTCCAAATG CTGAAGATAT TGCAGAATGG CTTTCAGATG GTGAAAGACC TGCTGTATGT 
CTAAAAATGG ATGAGAGCCA CAGACCTGTG AACCTTCGGA AAGTGGTCCT GGGATTTCCT 
TGCAGTAGTA ACCAGACTGA ATTTAAGTTT GATTTAACAT TAAACTACAA AATTTCCAGT 
GTTATAAGAG CATACTCTGA TCAGAAACCG ACACTTGTGT TTTGTGCAAC AAGGAAAGGT 
GTACAACAGG CTGCTTCTGT TCTTGTGAAA GATACTAAAT TTATTATAAC TATGGAGCAG 
AAACAAAGGT TACAGAAGTA TGCATATTCT GTGAGAGATT CAAAACTGAA AGATACCTTA 
ATATATGGTA TTGCTTATCA TCATGCTGGG ATGGAACTGT CAGATAGAAA AGTAATTGAA 
GGAGCATTTG TTACTGGAGA TCTACGAGTT CTTTTTACCA CCAGTACATT AGCTATGGGA 
GTAAATTTGC CTGCTCACTT GGTAATTATA AAATCTACAA TGCATTATGC TGGAGGAATG 
TTTGAAGAGT ACAGTGAAAC AGATATTCTA CAGATGATTG GTAGAGCTGG CCGACCTCAG 
TTTGACACTA CAGCTACTGC AGTTATTATG ACTCGGTTAA GTACCAGAGA CAAGTACATT 
CAAATGTTAG CTTGTAGTGA CACTATAGAA AGCAGTTTGC ACAGACATCT TATTGAACAT 
TTAAACGCAG AGATAGTATT ACATACTATC ACCGATGTGA ATATTGCGTT GGAATGGATA 
CGATCAACCT TTCTTTATAT CAGAGCCTTG AAAAACCCAT CTCATTATGG TTTTAATTCT 
GGATTGAACA AAGAAGGAAT TGAAGCAAAA TTACAAGAAT TATGTTTAAA AAATCTTAAT 
GACTTGTCAT CCCTGGACTT GATAAAGATG GATGGAGATA TTAATTTCAA ACCAACAGAA 
TCAGGAAGAT TGATGGCTTG GTATTATATT ACATTTGAGA CAGTGAAGAA ATTTTGTACA 
ATCAGTGGAA AAGAAACTTT ATCAGATCTG GTCTCAATGA TCGCCAGCTG TAATGAATTT 
CTAGATGTAC AGTTAAGGAT AAATGAAAAG AAAACACTGA ATACTTTGAA CAAAAGTCCA 
AATCGGATAA CTATTAGATT TCCAATGGAC GGAAGAATTA AAACAAGAGA AATGAAAGTA 
AATTGTCTTA TCCAGGCCCA GCTAGGATGC ATTCCTATAC AAGATTTTGC TTTGACACAA 
GATACCTCGA AGATTTTCAG AAATGGTTCA CGAATTGCAA GATGGCTGTC AGATTTTGTA 
GCTGCTCAAG AAAAGAAGTT TGCTGTGCTA TTGAACAGTC TGATTTTAGC TAAATGTTTT 
AGATGTAAAC TTTGGGAGAA CTCTCTGTAT GTATCCAAGC AACTGGAAAA AATTGGTATA 
ACATTGTCAA ATGCCATGGT AAATGCAGGT TTGACTTCCT TTAAAAAAAT TGAATCAACA 
GATGCAAGAG AACTTGAGCT GATTTTAAGT AGACACCCTC CTTTTGGAAC TCAAATAAAA 
GAAGCTGTGA TGTATCTTCC AAAGTATGAA CTTGAAGTAG AACAGATTGC AAGATACAGT 
AATACCACGG CGGAAATATT AGTGACACTT ACGTTAAGAA ACTTTGAACA ACTACAAACT 
AAACGAACAG CACCAGATTC TCACTATACC ACCTTAATCA TAGGTGATTC AGACAATCAG 
GTCGTTTTTA AACACAAAAT TATGGATTCT GTTTTGCTAA AAGCTGGAAA CTGGGTTAAA 
AAAATTGATG TGAAGAGAGC TCTTATATCC GAAGATCTTA GCATAAATCT AATTAGCTCT 
GATTTTGTTG GACTTGATAT TCAGCAAAAG TTTACAGTCT TTTATTTAGG ACCCAAGAGC 
TTTGGAAGTC AAGTAATTAA GCAAAAAAAA TCAGAAGCAG ATATTTCCCA TTTTGAACAT 
CCAGATAGGT CTGCTGTAAC AGGAGCTTGT AAAGGAACAA CTCCCTGCAA AAAACCTGGG 
AACCGAGAAT GCAATCATCA CTGCAAAAAT AAACATACAT GTGGACATGA CTGCTGTAAA 
ATTGGGGTTG CACAGAAGTT AGAAGTTAAA GAGTCAGCAA TTTCTTCATA TTTATCTGAC 
TTAAGGAACA GGAATGCTGT TTCATCTCTT CCTCCATTTA AATGTCTCAA GCTACAGATG 
AATAAATCTC AAAGTGTGGA TCTCAAAGAG TTTGGTTTTA CTCCAAAACC TTCTATATCC 
AATAGATCAA GGTCTGAAAA TTTAAGCTTA CCTGAATGGC ATGTAATTGA GCAGAAGGAT 
CAGAATGAAA TCTGTGGAAA AGTTCAACAG GGACCATTTG AATATCAGGG CAAAGAAGTT 
TTGAATGTGA ACTTTGAATT GGGAAGTGAA GTTTGGGAAG ATTTTGATGA TGAAAACTTA 
ATCGAAGTCA GTAGTTTTTT AACTGATACT AAGAGGACAA CAACATCAGG CTTTGGAGAC 
CCCCGGAGTT CAAGTGCCAG GGGAAGTGAG CTACCCCTCC AAAAGTCAAA GAGAAAATTA 
CAAAACACAG TGTCCAACAG TTTTGTTTCA TCATATGAGA AGCCATATAC TTATTTATCA 
AACCGTGCTA TGTCTGACTT GGGTCCATCC TCCATGATGC AATTGCCAGA ACAGACCGGA 
AATACAAATA CTGTTTCCCC TCATGACAGA AAACAAGGCC TGTCACCAGT GTTCAAGAGG 
CTGTGCTTTA CTCAGTCCAA AGAAATACCA AATTCTGCTA ATGTTAAGAA AGTCGACTTC 
TTGATACAAA ATAGTGAATC TAAAAAGGGA ACGGATTTCA GTTATTATCA TCCTGTCGAA 
GCAGCTGGAG AAATGAAGAG TTTTCTGGGA ATATTTGATG GCATTTTGTA A

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

RefSeq	XP_012873695.1
CDS	4..4314
Translation	MLESDDYMYSVDNLLFRTPDEVENFPDNEKSLDWFLPPASLTTDIPDIQELEEEIESHKLLGQEKRPQMLTSNLKITNDYADYVLPRQNMQFSLNKYEQDNLNSGRMDNSNLSHIAGKLTYGSSQKYKSYMGIEMAPFEKNVLGEMELVNMAEDKGESTSAFRKRLFKICENVHENTYASDCAHLRYDLGSVKITQREVNKGKSRNCGNNNQKSQSSANMLPADGAFPSSEIGEDIFKLSSFSIASQPHDIQGVTKNGLSSLKAVAEIPAKFRSIFKEFPYFNYIQSKAFDDLLYTDRNFVICAPTGSGKTVVFELAITRLLMEAPLPWLNIKIVYMAPIKALCSQRFDDWKEKFGPLGLNCKELTGDTVMDDLFEIQHANIIMTTPEKWDSMTRKWRDNSLVQLVRLFLIDEVHVVKDENRGPTLEVVVSRMKTVQSLSQPLQNTITIIPMRFVAVSATIPNAEDIAEWLSDGERPAVCLKMDESHRPVNLRKVVLGFPCSSNQTEFKFDLTLNYKISSVIRAYSDQKPTLVFCATRKGVQQAASVLVKDTKFIITMEQKQRLQKYAYSVRDSKLKDTLIYGIAYHHAGMELSDRKVIEGAFVTGDLRVLFTTSTLAMGVNLPAHLVIIKSTMHYAGGMFEEYSETDILQMIGRAGRPQFDTTATAVIMTRLSTRDKYIQMLACSDTIESSLHRHLIEHLNAEIVLHTITDVNIALEWIRSTFLYIRALKNPSHYGFNSGLNKEGIEAKLQELCLKNLNDLSSLDLIKMDGDINFKPTESGRLMAWYYITFETVKKFCTISGKETLSDLVSMIASCNEFLDVQLRINEKKTLNTLNKSPNRITIRFPMDGRIKTREMKVNCLIQAQLGCIPIQDFALTQDTSKIFRNGSRIARWLSDFVAAQEKKFAVLLNSLILAKCFRCKLWENSLYVSKQLEKIGITLSNAMVNAGLTSFKKIESTDARELELILSRHPPFGTQIKEAVMYLPKYELEVEQIARYSNTTAEILVTLTLRNFEQLQTKRTAPDSHYTTLIIGDSDNQVVFKHKIMDSVLLKAGNWVKKIDVKRALISEDLSINLISSDFVGLDIQQKFTVFYLGPKSFGSQVIKQKKSEADISHFEHPDRSAVTGACKGTTPCKKPGNRECNHHCKNKHTCGHDCCKIGVAQKLEVKESAISSYLSDLRNRNAVSSLPPFKCLKLQMNKSQSVDLKEFGFTPKPSISNRSRSENLSLPEWHVIEQKDQNEICGKVQQGPFEYQGKEVLNVNFELGSEVWEDFDDENLIEVSSFLTDTKRTTTSGFGDPRSSSARGSELPLQKSKRKLQNTVSNSFVSSYEKPYTYLSNRAMSDLGPSSMMQLPEQTGNTNTVSPHDRKQGLSPVFKRLCFTQSKEIPNSANVKKVDFLIQNSESKKGTDFSYYHPVEAAGEMKSFLGIFDGIL

Target ORF information:

RefSeq Version	XM_013018241.1
Organism	Dipodomys ordii(Ord's kangaroo rat)
Definition	Dipodomys ordii HFM1, ATP-dependent DNA helicase homolog (S. cerevisiae) (Hfm1), mRNA.

Target ORF information:

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

XM_013018241.1

ORF Insert Sequence:

ATGCTGGAAT CAGATGACTA CATGTATTCT GTGGATAATT TGCTTTTCAG AACCCCAGAT 
GAAGTTGAAA ACTTTCCAGA CAATGAAAAA TCATTGGATT GGTTTCTTCC TCCTGCTTCA 
TTGACTACTG ATATTCCAGA TATTCAGGAA TTAGAGGAAG AAATAGAAAG TCATAAACTA 
TTAGGTCAAG AAAAGAGACC ACAAATGTTG ACATCAAATT TAAAGATTAC TAATGACTAT 
GCAGATTATG TATTACCAAG ACAAAACATG CAATTTTCCC TTAATAAATA TGAACAAGAT 
AATCTAAATT CAGGAAGAAT GGATAACAGT AATTTATCAC ATATTGCTGG CAAACTGACT 
TATGGTTCTT CTCAGAAATA TAAAAGTTAC ATGGGCATTG AAATGGCACC GTTTGAAAAA 
AATGTTCTTG GTGAAATGGA ATTAGTCAAT ATGGCAGAAG ATAAAGGAGA AAGCACATCA 
GCATTTCGAA AAAGATTATT TAAAATTTGT GAAAATGTGC ATGAAAATAC TTATGCCAGT 
GACTGTGCAC ACTTACGTTA TGATCTTGGC TCAGTGAAAA TTACCCAAAG AGAAGTGAAC 
AAGGGGAAAT CAAGGAACTG TGGAAATAAT AACCAGAAGT CTCAATCTTC TGCAAACATG 
CTTCCAGCAG ATGGTGCTTT TCCTTCTTCT GAAATTGGAG AAGATATATT TAAATTATCA 
TCTTTTTCAA TTGCATCCCA GCCTCATGAT ATTCAAGGTG TGACCAAAAA TGGCTTAAGT 
TCTTTGAAAG CTGTTGCAGA AATCCCGGCA AAATTTAGAA GCATTTTCAA AGAGTTCCCT 
TACTTCAATT ATATACAGTC CAAAGCTTTT GATGATCTTC TTTACACAGA TAGAAATTTT 
GTGATTTGTG CTCCAACTGG TTCTGGAAAA ACTGTAGTAT TTGAACTAGC TATCACAAGA 
TTGCTTATGG AAGCACCGTT ACCATGGCTA AACATTAAAA TTGTTTACAT GGCACCAATA 
AAAGCTCTGT GTAGTCAACG TTTTGATGAC TGGAAGGAAA AATTTGGACC ATTAGGATTG 
AATTGTAAAG AACTCACTGG AGATACAGTA ATGGATGACC TATTTGAGAT TCAGCATGCC 
AATATTATTA TGACAACTCC AGAAAAATGG GACAGCATGA CTAGGAAATG GAGAGACAAC 
TCTTTGGTCC AACTGGTTCG GCTATTTCTC ATTGATGAGG TACATGTTGT AAAAGATGAA 
AATCGTGGTC CAACTCTTGA AGTTGTAGTT AGCAGAATGA AAACTGTACA GTCATTATCT 
CAGCCTTTGC AAAATACCAT CACTATTATT CCAATGAGAT TTGTGGCTGT ATCTGCAACA 
ATTCCAAATG CTGAAGATAT TGCAGAATGG CTTTCAGATG GTGAAAGACC TGCTGTATGT 
CTAAAAATGG ATGAGAGCCA CAGACCTGTG AACCTTCGGA AAGTGGTCCT GGGATTTCCT 
TGCAGTAGTA ACCAGACTGA ATTTAAGTTT GATTTAACAT TAAACTACAA AATTTCCAGT 
GTTATAAGAG CATACTCTGA TCAGAAACCG ACACTTGTGT TTTGTGCAAC AAGGAAAGGT 
GTACAACAGG CTGCTTCTGT TCTTGTGAAA GATACTAAAT TTATTATAAC TATGGAGCAG 
AAACAAAGGT TACAGAAGTA TGCATATTCT GTGAGAGATT CAAAACTGAA AGATACCTTA 
ATATATGGTA TTGCTTATCA TCATGCTGGG ATGGAACTGT CAGATAGAAA AGTAATTGAA 
GGAGCATTTG TTACTGGAGA TCTACGAGTT CTTTTTACCA CCAGTACATT AGCTATGGGA 
GTAAATTTGC CTGCTCACTT GGTAATTATA AAATCTACAA TGCATTATGC TGGAGGAATG 
TTTGAAGAGT ACAGTGAAAC AGATATTCTA CAGATGATTG GTAGAGCTGG CCGACCTCAG 
TTTGACACTA CAGCTACTGC AGTTATTATG ACTCGGTTAA GTACCAGAGA CAAGTACATT 
CAAATGTTAG CTTGTAGTGA CACTATAGAA AGCAGTTTGC ACAGACATCT TATTGAACAT 
TTAAACGCAG AGATAGTATT ACATACTATC ACCGATGTGA ATATTGCGTT GGAATGGATA 
CGATCAACCT TTCTTTATAT CAGAGCCTTG AAAAACCCAT CTCATTATGG TTTTAATTCT 
GGATTGAACA AAGAAGGAAT TGAAGCAAAA TTACAAGAAT TATGTTTAAA AAATCTTAAT 
GACTTGTCAT CCCTGGACTT GATAAAGATG GATGGAGATA TTAATTTCAA ACCAACAGAA 
TCAGGAAGAT TGATGGCTTG GTATTATATT ACATTTGAGA CAGTGAAGAA ATTTTGTACA 
ATCAGTGGAA AAGAAACTTT ATCAGATCTG GTCTCAATGA TCGCCAGCTG TAATGAATTT 
CTAGATGTAC AGTTAAGGAT AAATGAAAAG AAAACACTGA ATACTTTGAA CAAAAGTCCA 
AATCGGATAA CTATTAGATT TCCAATGGAC GGAAGAATTA AAACAAGAGA AATGAAAGTA 
AATTGTCTTA TCCAGGCCCA GCTAGGATGC ATTCCTATAC AAGATTTTGC TTTGACACAA 
GATACCTCGA AGATTTTCAG AAATGGTTCA CGAATTGCAA GATGGCTGTC AGATTTTGTA 
GCTGCTCAAG AAAAGAAGTT TGCTGTGCTA TTGAACAGTC TGATTTTAGC TAAATGTTTT 
AGATGTAAAC TTTGGGAGAA CTCTCTGTAT GTATCCAAGC AACTGGAAAA AATTGGTATA 
ACATTGTCAA ATGCCATGGT AAATGCAGGT TTGACTTCCT TTAAAAAAAT TGAATCAACA 
GATGCAAGAG AACTTGAGCT GATTTTAAGT AGACACCCTC CTTTTGGAAC TCAAATAAAA 
GAAGCTGTGA TGTATCTTCC AAAGTATGAA CTTGAAGTAG AACAGATTGC AAGATACAGT 
AATACCACGG CGGAAATATT AGTGACACTT ACGTTAAGAA ACTTTGAACA ACTACAAACT 
AAACGAACAG CACCAGATTC TCACTATACC ACCTTAATCA TAGGTGATTC AGACAATCAG 
GTCGTTTTTA AACACAAAAT TATGGATTCT GTTTTGCTAA AAGCTGGAAA CTGGGTTAAA 
AAAATTGATG TGAAGAGAGC TCTTATATCC GAAGATCTTA GCATAAATCT AATTAGCTCT 
GATTTTGTTG GACTTGATAT TCAGCAAAAG TTTACAGTCT TTTATTTAGG ACCCAAGAGC 
TTTGGAAGTC AAGTAATTAA GCAAAAAAAA TCAGAAGCAG ATATTTCCCA TTTTGAACAT 
CCAGATAGGT CTGCTGTAAC AGGAGCTTGT AAAGGAACAA CTCCCTGCAA AAAACCTGGG 
AACCGAGAAT GCAATCATCA CTGCAAAAAT AAACATACAT GTGGACATGA CTGCTGTAAA 
ATTGGGGTTG CACAGAAGTT AGAAGTTAAA GAGTCAGCAA TTTCTTCATA TTTATCTGAC 
TTAAGGAACA GGAATGCTGT TTCATCTCTT CCTCCATTTA AATGTCTCAA GCTACAGATG 
AATAAATCTC AAAGTGTGGA TCTCAAAGAG TTTGGTTTTA CTCCAAAACC TTCTATATCC 
AATAGATCAA GGTCTGAAAA TTTAAGCTTA CCTGAATGGC ATGTAATTGA GCAGAAGGAT 
CAGAATGAAA TCTGTGGAAA AGTTCAACAG GGACCATTTG AATATCAGGG CAAAGAAGTT 
TTGAATGTGA ACTTTGAATT GGGAAGTGAA GTTTGGGAAG ATTTTGATGA TGAAAACTTA 
ATCGAAGTCA GTAGTTTTTT AACTGATACT AAGAGGACAA CAACATCAGG CTTTGGAGAC 
CCCCGGAGTT CAAGTGCCAG GGGAAGTGAG CTACCCCTCC AAAAGTCAAA GAGAAAATTA 
CAAAACACAG TGTCCAACAG TTTTGTTTCA TCATATGAGA AGCCATATAC TTATTTATCA 
AACCGTGCTA TGTCTGACTT GGGTCCATCC TCCATGATGC AATTGCCAGA ACAGACCGGA 
AATACAAATA CTGTTTCCCC TCATGACAGA AAACAAGGCC TGTCACCAGT GTTCAAGAGG 
CTGTGCTTTA CTCAGTCCAA AGAAATACCA AATTCTGCTA ATGTTAAGAA AGTCGACTTC 
TTGATACAAA ATAGTGAATC TAAAAAGGGA ACGGATTTCA GTTATTATCA TCCTGTCGAA 
GCAGCTGGAG AAATGAAGAG TTTTCTGGGA ATATTTGATG GCATTTTGTA A