LOC111855605 cDNA ORF clone,

Gene
Clones
gRNAs

The following LOC111855605 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC111855605 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
OPa396361	XM_023834778.1 Latest version!	Paramormyrops kingsleyae interferon-induced very large GTPase 1-like (LOC111855605), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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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)

LOC111855605 ( XM_023834778.1 ) cDNA ORF clone, -> XP_023690546.1 Paramormyrops kingsleyae interferon-induced very large GTPase 1-like (LOC111855605), mRNA.

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CloneID	OPa396361
Clone ID Related Accession (Same CDS sequence)	XM_023834778.1
Accession Version	XM_023834778.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4707bp) 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	2018-02-02
Organism	Paramormyrops kingsleyae
Product	interferon-induced very large GTPase 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019713775.1) 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 Name :: Paramormyrops kingsleyae Annotation Release 100 Annotation Version :: 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACAACT CTACCAATTT ATTAAAAAAA CTTGGCCTCA GTGACCTTTT TCCCAAAAAG 
ATTAAACTGA ATGATATTCT TGTTATAGAC CGTTTATCTA TGCATATAAA TCAACCATAT 
AGAGTACAAG ACCTAAGGAG TCAATATCTC TATAAGCTCA TGATTTTAGA CTACAATGTC 
AGGTATCTAT CTTTTAAACC AGTAGCTGAT CCACCTCTAG AAGATGATGG TACAACCTTT 
GATGATTTTG ATTTCTTTAA TACAAATGAG GAGCTAACCA GTGGAGCAGA TCTGGCAGAC 
ACAGAGTCGC ACATCCATCC CATGGATATC CACATGGCGG TCTTCCACTG TGCCAACGAC 
TTTCTAAGAC AGTACATGTA CACAAAACTC TCCACGTGCC AGTTTGCACT ACCTTTCTTA 
GTTCCCAACC AAGGTACAGA AGGCCTGGAA TTCCCTTTTT GGCCTTTACG GCACATCAAA 
AAATCATGGC AAAGTATAAC AAACTCAAGC GCAGACAACC CTGGAAAATA CCAAACCAGA 
CAAATGTTTA GCACACCGGT GCCAGTTGTC TCTTTTTTAA GGCTGGGGAC CTCTTTCACC 
TCCAAATCTC AAATTATGAA TTCTGTCATT AGCAAACAGA GACACAATGT GTTCTTCAAT 
CGGCACTGTA AAGGCAGTGC TCCAAACAGC ATGCTTATGA ATGGGGTTGT CGAGATCGCC 
TGGTACTGTC CAGGAGGAAA GAAAGATGAC ATATTTGATG ACTGTGTTGC GTTTCTAAAC 
CTTCATGGTG ACGCAAAAGA CCATCAACAG CAACTTCAAT TTCTGCAGGC AGTGAGTACG 
GTGAAAGTGC TTCTACTGTC AGAACAGGCA CAGGATGAAG AAACAAAAAC AATTTGTCAA 
AATCTCTCTA AGTCTTCTAC CCCATTGATC TGCCTATTTT CTGGAAGTGA AAGGGTTCAG 
GGTTCAAAAA ATCCAGTCAT AGTGAGACTA GCTGCCAAGA ACAGGAATGA AGCAGAGTTA 
ACAGAGGAAC TCATAACCAA TATCAAGCAA TGCATTGGAC AATATAACAA GAAACAGAGC 
ATTGAAAACT GTTCTAATGA AGCAAGAAAA CTAAAGTTCA AAGTTGATGA AGACAAGCAG 
TCATTCAAAG ATGGACATGA ACTGGCGCAG ACTTTAGTTT GTTTGTTAAA GGAAAAAGGC 
TTTTCAGATA TCAAAAAGGA GTTTCTGCCT CTGCATGGTG AACTGTGGCA TGACTGGTGC 
TTGAAAAATA AGCAGCAGTA TCACCTGAGT TGCAAGACAA ATGAAAGCAT TGAACAACAA 
CAAAGTGTGA TTCTAAGTGA CATGGAAGCC ACACGTCAAA AACAGAGGGA AATAGCTTTG 
TCACACAATG ATTTTATGAG ATCATTCTTG GACTGTTTAA CATCAAGTGA TCATTCAGAA 
GATACAAAAT TCTACATGCT GCAATGGCTC AGAGTTTTAC TCGATGAGTT ATCTTCTGAC 
CACCTTGCAA GACTTGAGGA GAATTACCAT TCAGCTTGGT CCCAAATGAG AAATGTCCCC 
AAGAGTAAGG AGAAAGCAGA ACTTGATATG CTCAGAAAAC AGCTTAATTC CTTATCTGAA 
AACATGGCTG CGTGTACAAT TGGATTACAG CACATCATGA GAGAGGTCGG TCAGATATAT 
GAATGTTCAG TTAAACAGTC TGTTGGTGCT CTCCCTGCAC TTGGAGCTGA AATGCTAATT 
TCAGGATACC CACTAGAACT GATGGATGGA GATGAATCAC ATGTACCCCT TATTTGGGTA 
CAAGCTGTCC TGAAGAGTCT CATTGAAAAG CTTGGGGACA AAAAGGTGTA TGTGCTGTCT 
ATCTTGGGAC TCCAAAGCTC AGGTAAATCA ACCTTGCTGA ATACTATGTT TGGTCTTCAG 
TTCACTGTAA GTGCAGGGAG GTGTACGCAT GGTGCTTTTA TGCAAATGAT AAAGGTGGAC 
GAGAAAATCA GAGAGGAGCT TGGCTTTGAT TTTTTACTGG TTGTTGACAC CGAAGGTCTT 
CGCTCTCCAG AGCTCAGCAC TAAAACATCC CTGAATCATG ATAATGAACT TGCCACGTTC 
ATCATTGGAA TTGGTGACAT GACTGTCATC AACATCATGG GAGAAAATCC ATCGGAGGTG 
CATGAGATCC TACAGATTTG TGTGCAGGCT TTCTTAAGGA TGAAACGGGT TGAAATCAAA 
CCAAGCTGCA TATTTGTGCA CCAGAATGTA GCAGAAGCAT CAGCTGGTGA TAAAAACATG 
GAGGGGAGGA GGCGCCTTCA GGAGAAGCTG GATGAAATGG CTCAGACTGC AGCAAAGGAG 
GAGGGCATTG ACGATGTCTA CAGCTTCAGT GATGTAATAC AGTTTGATTT GGAATCTCAA 
GTGTTTTACT TTAAAAATCT CCTGGAGGGG GATCCACCTA TGGCTCCCCC AAATCCATCC 
TACAGCCAGA ATGTTCAGGA CCTGAAATCT AAGCTGCTTT CAGTGGCAAA GTGGCAGACA 
GGTTTTCAAT TTCCGTCATT CTCACAATTC AGACTGCGAG TTCAAGACCT CTGGAACGCA 
CTTTTGCAGG AAAATTTTGT TTTCAGCTTC AGAAATACAT TGGAAATTAA GGTGTACAGC 
AGCCTGGAAG AGAAGTGTGC TCATTGGTCA TGGGAGTTAA GGAAATTTTC TTTGGAAACA 
CAGACCAAGT TAAAAAACCA AATTGGAAGC AACAACATTT TGGATGTCAG TATCACAGAT 
CTGATTTCTG ACTTTGATGA AGTTTATATT GCATTAAAAA GGGAGGTTGA GGCACATTTC 
AAAGAAGACA AACATGCTGA AATCCTCATT AGATGGAAAG GGAATGTTGA AAACCGACTT 
GAGAGCCTGA AGAAGGAGCT CATTGAAGAA ACCCATAAAC ATTGTAAACT GTTAATTGAA 
ATTAAGAGAA GTATGACAGA ACTAGATCAG AAAAAATCAC TTTATGAAAA AAACCTGATG 
CAAAAAAGCA AAACCATGGC AACTTCTTTG AAGGACAAGA GGTTCACTGA TGAACAAGTG 
GAGGAAGCAT TCAGTTCACT CTGGGTTGAG TGGGTAGCTG AAATAGCAGA AGATCAGCCG 
CCTGATGAGC CAGTCAACAT AAAAGCTATA GTGGAGAGGA TTCTGTACTC TCGCTTCCAA 
AAACAGGCAG ACATCATGAA CAAGATTAAA ACAATATCTG AAAGTAGAAT GTTTGAATTT 
ACAAAGAAAA AACATATCAG CCACACGGTC ATGGAGGCAG GATTGGAATG GATTAAAGAA 
CAATATGGAA AGGGGATTCC CCAGGGGTTT GCGGAAAAAC TCCACGGAAA AGTGAATCAC 
ATGGTTGATG AATACATTAG GAACAAAGAA TTGGAAAAGA CAGATTTCAA TCAAAATTTC 
ATATATGAAA TACTAGATGA CGTTGAGAAG AATGTTGTTG AATATGAAGA TGTAGAAAAT 
GTGAAATTCA CATATGAATA CAGAGTTGAC TTGTCAGTTC TTGTTTGTCT CGGTTCTGTC 
CAGAGGTTTC AAAACATGCA CGAGTCATTC AAGAAAGCTA ACAACCCAGT AACCTACCTG 
GAAAGTAAAA AGGAACAGTA CTCTGAAATG TTCAAACAGT ACTGCAAAGG AGCTAATTCT 
GTGAGAATTT TTGCTGAATT TTTATTCAAA AACATCCTGC CTGCAGTTGA AGAGGCAATT 
TACAATCGAA CTAATTTGCA AATCATCAAT ATTATGAAAT GCAAAAACCC AGCATTCAAT 
GGCAACAAAT GCAACCTTGA AAATCATATA CTGAGATATC TTGCAGATCA AGAGCAATTT 
AAGTTATATA CAGAATACAT TGATAACCCA AAGTTGTATT TTAAAAATTT TATTGGAGAA 
CATGTGGAAA CATTTTGCAA AGACCACAAA AAACTGCAGG ACATGCTTCA TGGAAATCTA 
GCAGAAATAA AAGCATGCAT TTCACACACC AGCACAGAGG TATCTGAGGA AGTGAACCTG 
AAGAACGGCA ATGCATCCAT GTGGCTCAAT CATTTCTGTA AAAAGCTTGG GGACCACATG 
GTCATAAACA GGCAGAGTCT GACAAGCATT CAGGATGAAG AGATTAGTGA CACAAAGTTT 
CTGAAAGAGA TGATGGCCAA GTATCTTGAA GAGGTGGTTA AAAGTAAAAA TATGAAAAGT 
ATGAAAAGTG TTGATGCGTC TTCTCAGCAT TTATGCCTCT TAAAGCAGAA AATAACAGAG 
ATTCTTTTTA AACAGCTTGA AGGATGTTGG GCTCAGTGCC CTTTCTGCAA GGCCACCTGT 
ACGAATACTA TATGCAACCA CAAGGGTGAC CACAGTGTTC AGTTTCACCG GTCCAGTGCT 
ATAGGTCACT CTTATTATCA TAAAACAGAT GAATTTACAA ATGATTTCTG CACAACCAAT 
GTAAGCAGTA ATGGTTCATT CATAATCCTT GCATGTAAAA AAAGGTTCCC CTATAAGTCC 
TACAGACGTG GTGGTGACCC TTATGATAAG TGGAGCATCA CCGCAGATGG GAGCACACAG 
GGTTACTGGA AATGGTTTGT TTGCAGGTTT CAGAAGGAGT GGGAGGATAG ATGTGGATAC 
AAATTTAAAG GCAAAGGTGT GATTCCTGAC AGCTGGAGAA AAATCACAAA GGAATCAGTG 
CTGGAGGAAT TAAACATAAG AGACTAA

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

RefSeq	XP_023690546.1
CDS	406..5112
Translation	MNNSTNLLKKLGLSDLFPKKIKLNDILVIDRLSMHINQPYRVQDLRSQYLYKLMILDYNVRYLSFKPVADPPLEDDGTTFDDFDFFNTNEELTSGADLADTESHIHPMDIHMAVFHCANDFLRQYMYTKLSTCQFALPFLVPNQGTEGLEFPFWPLRHIKKSWQSITNSSADNPGKYQTRQMFSTPVPVVSFLRLGTSFTSKSQIMNSVISKQRHNVFFNRHCKGSAPNSMLMNGVVEIAWYCPGGKKDDIFDDCVAFLNLHGDAKDHQQQLQFLQAVSTVKVLLLSEQAQDEETKTICQNLSKSSTPLICLFSGSERVQGSKNPVIVRLAAKNRNEAELTEELITNIKQCIGQYNKKQSIENCSNEARKLKFKVDEDKQSFKDGHELAQTLVCLLKEKGFSDIKKEFLPLHGELWHDWCLKNKQQYHLSCKTNESIEQQQSVILSDMEATRQKQREIALSHNDFMRSFLDCLTSSDHSEDTKFYMLQWLRVLLDELSSDHLARLEENYHSAWSQMRNVPKSKEKAELDMLRKQLNSLSENMAACTIGLQHIMREVGQIYECSVKQSVGALPALGAEMLISGYPLELMDGDESHVPLIWVQAVLKSLIEKLGDKKVYVLSILGLQSSGKSTLLNTMFGLQFTVSAGRCTHGAFMQMIKVDEKIREELGFDFLLVVDTEGLRSPELSTKTSLNHDNELATFIIGIGDMTVINIMGENPSEVHEILQICVQAFLRMKRVEIKPSCIFVHQNVAEASAGDKNMEGRRRLQEKLDEMAQTAAKEEGIDDVYSFSDVIQFDLESQVFYFKNLLEGDPPMAPPNPSYSQNVQDLKSKLLSVAKWQTGFQFPSFSQFRLRVQDLWNALLQENFVFSFRNTLEIKVYSSLEEKCAHWSWELRKFSLETQTKLKNQIGSNNILDVSITDLISDFDEVYIALKREVEAHFKEDKHAEILIRWKGNVENRLESLKKELIEETHKHCKLLIEIKRSMTELDQKKSLYEKNLMQKSKTMATSLKDKRFTDEQVEEAFSSLWVEWVAEIAEDQPPDEPVNIKAIVERILYSRFQKQADIMNKIKTISESRMFEFTKKKHISHTVMEAGLEWIKEQYGKGIPQGFAEKLHGKVNHMVDEYIRNKELEKTDFNQNFIYEILDDVEKNVVEYEDVENVKFTYEYRVDLSVLVCLGSVQRFQNMHESFKKANNPVTYLESKKEQYSEMFKQYCKGANSVRIFAEFLFKNILPAVEEAIYNRTNLQIINIMKCKNPAFNGNKCNLENHILRYLADQEQFKLYTEYIDNPKLYFKNFIGEHVETFCKDHKKLQDMLHGNLAEIKACISHTSTEVSEEVNLKNGNASMWLNHFCKKLGDHMVINRQSLTSIQDEEISDTKFLKEMMAKYLEEVVKSKNMKSMKSVDASSQHLCLLKQKITEILFKQLEGCWAQCPFCKATCTNTICNHKGDHSVQFHRSSAIGHSYYHKTDEFTNDFCTTNVSSNGSFIILACKKRFPYKSYRRGGDPYDKWSITADGSTQGYWKWFVCRFQKEWEDRCGYKFKGKGVIPDSWRKITKESVLEELNIRD

Target ORF information:

RefSeq Version	XM_023834778.1
Organism	Paramormyrops kingsleyae
Definition	Paramormyrops kingsleyae interferon-induced very large GTPase 1-like (LOC111855605), mRNA.

Target ORF information:

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

XM_023834778.1

ORF Insert Sequence:

ATGAACAACT CTACCAATTT ATTAAAAAAA CTTGGCCTCA GTGACCTTTT TCCCAAAAAG 
ATTAAACTGA ATGATATTCT TGTTATAGAC CGTTTATCTA TGCATATAAA TCAACCATAT 
AGAGTACAAG ACCTAAGGAG TCAATATCTC TATAAGCTCA TGATTTTAGA CTACAATGTC 
AGGTATCTAT CTTTTAAACC AGTAGCTGAT CCACCTCTAG AAGATGATGG TACAACCTTT 
GATGATTTTG ATTTCTTTAA TACAAATGAG GAGCTAACCA GTGGAGCAGA TCTGGCAGAC 
ACAGAGTCGC ACATCCATCC CATGGATATC CACATGGCGG TCTTCCACTG TGCCAACGAC 
TTTCTAAGAC AGTACATGTA CACAAAACTC TCCACGTGCC AGTTTGCACT ACCTTTCTTA 
GTTCCCAACC AAGGTACAGA AGGCCTGGAA TTCCCTTTTT GGCCTTTACG GCACATCAAA 
AAATCATGGC AAAGTATAAC AAACTCAAGC GCAGACAACC CTGGAAAATA CCAAACCAGA 
CAAATGTTTA GCACACCGGT GCCAGTTGTC TCTTTTTTAA GGCTGGGGAC CTCTTTCACC 
TCCAAATCTC AAATTATGAA TTCTGTCATT AGCAAACAGA GACACAATGT GTTCTTCAAT 
CGGCACTGTA AAGGCAGTGC TCCAAACAGC ATGCTTATGA ATGGGGTTGT CGAGATCGCC 
TGGTACTGTC CAGGAGGAAA GAAAGATGAC ATATTTGATG ACTGTGTTGC GTTTCTAAAC 
CTTCATGGTG ACGCAAAAGA CCATCAACAG CAACTTCAAT TTCTGCAGGC AGTGAGTACG 
GTGAAAGTGC TTCTACTGTC AGAACAGGCA CAGGATGAAG AAACAAAAAC AATTTGTCAA 
AATCTCTCTA AGTCTTCTAC CCCATTGATC TGCCTATTTT CTGGAAGTGA AAGGGTTCAG 
GGTTCAAAAA ATCCAGTCAT AGTGAGACTA GCTGCCAAGA ACAGGAATGA AGCAGAGTTA 
ACAGAGGAAC TCATAACCAA TATCAAGCAA TGCATTGGAC AATATAACAA GAAACAGAGC 
ATTGAAAACT GTTCTAATGA AGCAAGAAAA CTAAAGTTCA AAGTTGATGA AGACAAGCAG 
TCATTCAAAG ATGGACATGA ACTGGCGCAG ACTTTAGTTT GTTTGTTAAA GGAAAAAGGC 
TTTTCAGATA TCAAAAAGGA GTTTCTGCCT CTGCATGGTG AACTGTGGCA TGACTGGTGC 
TTGAAAAATA AGCAGCAGTA TCACCTGAGT TGCAAGACAA ATGAAAGCAT TGAACAACAA 
CAAAGTGTGA TTCTAAGTGA CATGGAAGCC ACACGTCAAA AACAGAGGGA AATAGCTTTG 
TCACACAATG ATTTTATGAG ATCATTCTTG GACTGTTTAA CATCAAGTGA TCATTCAGAA 
GATACAAAAT TCTACATGCT GCAATGGCTC AGAGTTTTAC TCGATGAGTT ATCTTCTGAC 
CACCTTGCAA GACTTGAGGA GAATTACCAT TCAGCTTGGT CCCAAATGAG AAATGTCCCC 
AAGAGTAAGG AGAAAGCAGA ACTTGATATG CTCAGAAAAC AGCTTAATTC CTTATCTGAA 
AACATGGCTG CGTGTACAAT TGGATTACAG CACATCATGA GAGAGGTCGG TCAGATATAT 
GAATGTTCAG TTAAACAGTC TGTTGGTGCT CTCCCTGCAC TTGGAGCTGA AATGCTAATT 
TCAGGATACC CACTAGAACT GATGGATGGA GATGAATCAC ATGTACCCCT TATTTGGGTA 
CAAGCTGTCC TGAAGAGTCT CATTGAAAAG CTTGGGGACA AAAAGGTGTA TGTGCTGTCT 
ATCTTGGGAC TCCAAAGCTC AGGTAAATCA ACCTTGCTGA ATACTATGTT TGGTCTTCAG 
TTCACTGTAA GTGCAGGGAG GTGTACGCAT GGTGCTTTTA TGCAAATGAT AAAGGTGGAC 
GAGAAAATCA GAGAGGAGCT TGGCTTTGAT TTTTTACTGG TTGTTGACAC CGAAGGTCTT 
CGCTCTCCAG AGCTCAGCAC TAAAACATCC CTGAATCATG ATAATGAACT TGCCACGTTC 
ATCATTGGAA TTGGTGACAT GACTGTCATC AACATCATGG GAGAAAATCC ATCGGAGGTG 
CATGAGATCC TACAGATTTG TGTGCAGGCT TTCTTAAGGA TGAAACGGGT TGAAATCAAA 
CCAAGCTGCA TATTTGTGCA CCAGAATGTA GCAGAAGCAT CAGCTGGTGA TAAAAACATG 
GAGGGGAGGA GGCGCCTTCA GGAGAAGCTG GATGAAATGG CTCAGACTGC AGCAAAGGAG 
GAGGGCATTG ACGATGTCTA CAGCTTCAGT GATGTAATAC AGTTTGATTT GGAATCTCAA 
GTGTTTTACT TTAAAAATCT CCTGGAGGGG GATCCACCTA TGGCTCCCCC AAATCCATCC 
TACAGCCAGA ATGTTCAGGA CCTGAAATCT AAGCTGCTTT CAGTGGCAAA GTGGCAGACA 
GGTTTTCAAT TTCCGTCATT CTCACAATTC AGACTGCGAG TTCAAGACCT CTGGAACGCA 
CTTTTGCAGG AAAATTTTGT TTTCAGCTTC AGAAATACAT TGGAAATTAA GGTGTACAGC 
AGCCTGGAAG AGAAGTGTGC TCATTGGTCA TGGGAGTTAA GGAAATTTTC TTTGGAAACA 
CAGACCAAGT TAAAAAACCA AATTGGAAGC AACAACATTT TGGATGTCAG TATCACAGAT 
CTGATTTCTG ACTTTGATGA AGTTTATATT GCATTAAAAA GGGAGGTTGA GGCACATTTC 
AAAGAAGACA AACATGCTGA AATCCTCATT AGATGGAAAG GGAATGTTGA AAACCGACTT 
GAGAGCCTGA AGAAGGAGCT CATTGAAGAA ACCCATAAAC ATTGTAAACT GTTAATTGAA 
ATTAAGAGAA GTATGACAGA ACTAGATCAG AAAAAATCAC TTTATGAAAA AAACCTGATG 
CAAAAAAGCA AAACCATGGC AACTTCTTTG AAGGACAAGA GGTTCACTGA TGAACAAGTG 
GAGGAAGCAT TCAGTTCACT CTGGGTTGAG TGGGTAGCTG AAATAGCAGA AGATCAGCCG 
CCTGATGAGC CAGTCAACAT AAAAGCTATA GTGGAGAGGA TTCTGTACTC TCGCTTCCAA 
AAACAGGCAG ACATCATGAA CAAGATTAAA ACAATATCTG AAAGTAGAAT GTTTGAATTT 
ACAAAGAAAA AACATATCAG CCACACGGTC ATGGAGGCAG GATTGGAATG GATTAAAGAA 
CAATATGGAA AGGGGATTCC CCAGGGGTTT GCGGAAAAAC TCCACGGAAA AGTGAATCAC 
ATGGTTGATG AATACATTAG GAACAAAGAA TTGGAAAAGA CAGATTTCAA TCAAAATTTC 
ATATATGAAA TACTAGATGA CGTTGAGAAG AATGTTGTTG AATATGAAGA TGTAGAAAAT 
GTGAAATTCA CATATGAATA CAGAGTTGAC TTGTCAGTTC TTGTTTGTCT CGGTTCTGTC 
CAGAGGTTTC AAAACATGCA CGAGTCATTC AAGAAAGCTA ACAACCCAGT AACCTACCTG 
GAAAGTAAAA AGGAACAGTA CTCTGAAATG TTCAAACAGT ACTGCAAAGG AGCTAATTCT 
GTGAGAATTT TTGCTGAATT TTTATTCAAA AACATCCTGC CTGCAGTTGA AGAGGCAATT 
TACAATCGAA CTAATTTGCA AATCATCAAT ATTATGAAAT GCAAAAACCC AGCATTCAAT 
GGCAACAAAT GCAACCTTGA AAATCATATA CTGAGATATC TTGCAGATCA AGAGCAATTT 
AAGTTATATA CAGAATACAT TGATAACCCA AAGTTGTATT TTAAAAATTT TATTGGAGAA 
CATGTGGAAA CATTTTGCAA AGACCACAAA AAACTGCAGG ACATGCTTCA TGGAAATCTA 
GCAGAAATAA AAGCATGCAT TTCACACACC AGCACAGAGG TATCTGAGGA AGTGAACCTG 
AAGAACGGCA ATGCATCCAT GTGGCTCAAT CATTTCTGTA AAAAGCTTGG GGACCACATG 
GTCATAAACA GGCAGAGTCT GACAAGCATT CAGGATGAAG AGATTAGTGA CACAAAGTTT 
CTGAAAGAGA TGATGGCCAA GTATCTTGAA GAGGTGGTTA AAAGTAAAAA TATGAAAAGT 
ATGAAAAGTG TTGATGCGTC TTCTCAGCAT TTATGCCTCT TAAAGCAGAA AATAACAGAG 
ATTCTTTTTA AACAGCTTGA AGGATGTTGG GCTCAGTGCC CTTTCTGCAA GGCCACCTGT 
ACGAATACTA TATGCAACCA CAAGGGTGAC CACAGTGTTC AGTTTCACCG GTCCAGTGCT 
ATAGGTCACT CTTATTATCA TAAAACAGAT GAATTTACAA ATGATTTCTG CACAACCAAT 
GTAAGCAGTA ATGGTTCATT CATAATCCTT GCATGTAAAA AAAGGTTCCC CTATAAGTCC 
TACAGACGTG GTGGTGACCC TTATGATAAG TGGAGCATCA CCGCAGATGG GAGCACACAG 
GGTTACTGGA AATGGTTTGT TTGCAGGTTT CAGAAGGAGT GGGAGGATAG ATGTGGATAC 
AAATTTAAAG GCAAAGGTGT GATTCCTGAC AGCTGGAGAA AAATCACAAA GGAATCAGTG 
CTGGAGGAAT TAAACATAAG AGACTAA