SPEF2 cDNA ORF clone, Apteryx australis mantelli

Gene
Clones
gRNAs

Summary

Gene Symbol	SPEF2
Entrez Gene ID	106499494
Full Name	sperm flagellar 2
Gene Type	protein-coding
Organism	Apteryx australis mantelli

mRNA and Protein(s)

mRNA	Protein	Name
XM_013961005.1	XP_013816459.1	sperm flagellar protein 2

Pathways from BioSystems
Gene Ontology

The following SPEF2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SPEF2 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
OAp27845	XM_013961005.1 Latest version!	Apteryx australis mantelli sperm flagellar 2 (SPEF2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

SPEF2 ( XM_013961005.1 ) cDNA ORF clone, Apteryx australis mantelli -> XP_013816459.1 Apteryx australis mantelli sperm flagellar 2 (SPEF2), mRNA.

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CloneID	OAp27845
Clone ID Related Accession (Same CDS sequence)	XM_013961005.1
Accession Version	XM_013961005.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5637bp) 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	2015-09-08
Organism	Apteryx australis mantelli
Product	sperm flagellar protein 2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_014006771.1) 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 :: Apteryx australis mantelli Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 10% of CDS bases ##RefSeq-Attributes-END##

ATGCCTTCCA AAGAAGATCG TAAACAGAGC CGGGAAGAAG ATATTTACAA CTGGTCAGTA 
ACTAACTGCC CTGTTAAGAA AAAGGAGTTG GGTGGGTCTA AAGTACCAGG ATCATTATCA 
GAAGAATTTT CTACCGGCTA TCTCCTAGGA GAACTTCTGC ACAAGTACGA GCTTCAGGAT 
GACTTTAATC AATTTTCACA GAGCAGGGTT GCAAATGCAA AACTTAACAA TTTTTCTCGC 
CTGGAGCCAA CACTTCAACT CCTTGGTGTA CAATTTAATG AGAATGTGGC CCAAGATATC 
ATGACGGGAC AGCATGGGGC TGCAACAAAG CTTTTATATC AATTGTATAT TGCTTTAGAA 
AAAAAGAAAA AGGCAAAGCT CACTGGAGTA GCCATGGAAG CAATGAGACC TGCAGCACCT 
GCAAAGCTCA AGTCTGTTGA AAGTGTTTTA TATCGAGAGC GTCTGAAAAA TTTAATGCCA 
CGTCAAACTG ATTTGCAGCT GCAGCAAGTT TCAGGGCGTT TTGAAATGAA ATCTAAGGCA 
ATAGAAAATA AATTAGCTCG TACGCATATT GCAGAACAAC AGAAAGTTCA AAAGCTCCAA 
GAGGAACAAA GAGCCCAAGA CACTGAAAAG CATCGCATAG GAAGAAGGAG ACAAAATGAA 
ATAATGGCCA GGATTCAAGC AGCTGTTATA CAGATTCCAA AGCCACCACC AAACCGTACC 
ATAAAAGCTA TTGAAGCCAA AAAGTTGTTA AAGAAGAAAA AAGAAGCAGA GCACACATAC 
AAGGAAATCA AAAAGTTTGA GAAGTCTATG ACAGAAAATA CCACAGCAGC ACTCAGGATC 
CAAGTCACTG ATAGTGATAT AGAAAAATCA TTGCAAACAC AGGAGTTGCA TACAACAGCC 
CTAGAAACTA CAGCACAGAC TACTGAACTG TTAAATATTT ATTCAGATGA TGAATATATA 
AGGAAAATTC AAAAACGTTT GGAGGAAGAT ACATTTGCTA GAGAGCAACG AGAAAAGAGA 
CGACGAAAAA TGCTAATGGA ACAGTTAATA GCACATGAAG CACAAGAGGA GGCTTACAGG 
GAAGAGCAAC TTATTTACAG ACTAATGAGA CAATCTCAGC AGGAGCGGAG GATTGCTGTT 
CAACTCATAC ATGTTCGACA TGAAAAAGAG GTGTTACGGC AAAACAGAAT TTTCAGAGAA 
AAACAATATG AAGAAAGACG ACTGAAAGAG TTCCAGGAAG CTCTTGATAG AGAAGCGGCT 
CTTGCGAAAC AAGAAAAGAT TGATTATGAG GAACAAATTA TCAAAGAAAG AGAACGTCAT 
GAGAAAATTG CTGCTGAAAG AGCTCAGGCT CATTATAAAA AGCATTATTC TATATGTCGG 
GAAGTGATGA ATCAAATTAT TGATTTGTCA ACAAAAGTAG GAGACTATCG AATACTGACC 
AACAACAAAA TTCCATTCAA ACTGATGTGT GATTGGAAAG AATTTTTTTT TAATGGAAAA 
CCAATATATG AAGAAGCTTC AATTCAACCT ATGCCAAATG AACCAAGCCC AGAACAACTT 
GTAGAGCTGG ATAAAATGAA TCTGTTAGAT GAGAAAGATT ATGGTGAATA CAAGAGTATG 
ACAGGGGAAT GGCGCCCACC TGAAGAGAAC AGTGAAAACA AACCTCCTCT TAATAATAAT 
ATACTGGGTC ATGTGCTTCG TAGACTGATG GAGATTTTCT ATCCTCCAAA ACCCAAACCT 
TTACCACCTG TATTTCCTCC ATTTCCTATC AAGGGATGTA TTTTGGGAAA ACTTCTTAGT 
GGAAAAACTA CCTGTGTAAA GTTTCTTGAA AAAGTTTGCA ATATTCAGGT ACTATCTGTT 
GATATTCTGG TTCAGGAAGC CATCCAAGCT TTTCTTAAAA ATGAAAAGAA AAGTGAAAAC 
AACTTTATTC CACAGGAAGC AGAGAGTTCT GGGAAACAAA ATGAGGTCCA GAGGAACTTC 
TCATCGAAAT CATCACAGAA AGTTTTAAAG AGACTCCAAA CTACATCTAT CAATGGAACT 
AAAGTGACAG CACACACAGA TAAGGCTGAG GTACTCAATG CCTTCTTTGC TGTGGCCTTC 
ATCAGCAAGG TCTCTCAGGC CTCTGTGCTT ACAGACAGGA TTCAAGGAGG AGGACTACCA 
GCAATGGGTG AGGATCGAGT CAGGAACTAC TTGAGAGAAC TTGACCCCTA TAAGTCCATG 
GGAACTAGAG AGCGGCATCC AACGATAATG GTCCTGTCAA AAAGGATCTA TCTGGTCAAG 
GAATTATATC AGACAATAGT CAGGATGACC AATCCAAGCA TTAGTCTTTC ATGTTCTTTT 
ACCTGCACTC TTCCACAGCT CTCTGTACGT GCCCAGCTTG GTGCTGCATC ACAGAAATTG 
TTGAAGAAAG GAAAAAGTAT TCCCGACGAA TTGCTAATTG ACATCCTGTT GGAAGCCATT 
AACCAAACAC CACCAGAGAA GGGCTGGATT GTGGATGGAT TTCCAATGAC AATAAATCAG 
GCAAAGCTAC TTGAAAAAGC CTTTTCAGGG ATTGATCCAG ACAAAGCGGA TGCAAAAGAT 
GAAAACTCTG GAAAGCTCTT ATTGGTTGCA GATCCCACAG ACCCTAACAA ACCATCTGTC 
CCCTCACCTG TGTTTGATTT TTGTATATTA TTGGATATAT CAGATACCAC AGTACTGAAA 
CGCATGGCTA ACTTGAAATC AGATAAATCA AAGTCATCTC AAATCGAACA GGAGGACAAC 
AATCAAACTT CAGATGCCGA AATCCAAGAA GAGAAGACTG ACTTAGCCAG GGACCAGATG 
CTACATAGAA TTTCAGGCTT TCTAGACACA TGGCCAAAAT TAGAGAAATG GTTTTCAATC 
CGTCAAAATA TTCTAGTGAA AGTCAATGCA GAAACTGAAG AAAGTCTTTT GTGTAAAACA 
GTAAAGGAAA TCCTTACGGA AGAAATTGCC AAAAGACAGA ATAGAAAAAA AGAACTAGAA 
AAATTAGAAT CTGAAAAGAA AAAGCAATTT TCTAAACCTT TACCCCAAGC TAAAATTGTG 
GCAATTGTAG AAAATAAAAA CAAAGAAATG GAATCACTCC CCCAAGAAAG AGGACTATCC 
CCACAAAATC CCACAAAAAT TCTCAGAGGC TCTGTTGAAG AAAAATCACC AGGCAAAAAG 
CCTTCACAAG CCACATCTGA AGATCTACCT CCACCTATTC CTGTGAGACC ACCACTAATT 
AAACCAGGAT CAGATGAGTG GGTCTATGTA GATGAACCAC TTCCCAAGGA GATACCTGAT 
TTTTTAGTAC CTTACTGGGA AATGGTAGAA AATGCATATG TAAATACCAT CAAAACTATA 
CTTAGATGCC TAAGGGATGA ACAGCACTCT GGGATTTATT ACTTAGCAAA TACTAGAAAA 
AATTTCCAGG ATTATCTGAA GCGTCCAGAT CTTAAACAGG AGTTTGTATC TCAGTGGCAA 
TCAGATTTTA ATTCAATTCC TGATGACCTG TGGGAAGATG AGGAAACAAA AGCAGAACTA 
CACCAAAGAG TTACTGACCT GAGAAATCGT CTCTGGGATA TCTGTGGTAA CAGAAGGGAA 
GAAGCTGACC AGGAACGTAC TGATATCATG AATGATGGCT GGTTACCTGA TCATAAGGGG 
ATTGCAATGA ACCATTTTTT TTCTCTTATG CAGGTTGAAG TGGATCGTTT CCAGGATACA 
AAGAGACTTC TTCATGACTA TTATAGGGCG ATGGAAGGAA AAATCCCAAC AGATGGCAGT 
CAAGATTTTA CTAGAATTCC ATTGTTAGAT ATTACTGATT TAGAGCAGAA AGAAGATCAA 
GTCAAATCAA GAAGGATTCC TCTAGTTTCT CGTAAACCGC CTTCACCAGA TATAAGTACT 
ACCAAGCCAA AAAGCAAGGG AACTCCACTG AAGTTTGTTA AGGATGAGAA TTCTTCTGAA 
AATGTAGTGG CCACTTTGGG AAAAGACGAA AAACTAATTA CTGATACATG GCAAACAGCA 
GTAACAGCAG TAGCAAATAT GGTAACAGCT GAAATACAGT CTAAAGAAAC AGAGGAAGAA 
AAGGAACATC AGCAGCTAGA ACTGAAAGAA AGAGAACGTC TATCTTCTCA GACAATGGCA 
GGCAAAACTA CTGGAAAAGA TGGCAGAGAT ACCAAAAAGT TTTCTCCCAA ATCAGCTACT 
AAAAAGAAAG TGGTTGAAGT AAGTGCTCCT CCTCTAACAG CAGAAGAATT AAAGAAACAA 
GAACTGAGAC TTAAAATAAA GCAGGAATAT TTTAGTGCCC TTGAACATGA AGAGGGAGCT 
GCAAAATCTC GACTAGAGCT TATAAAAAAG AAGGCTTTAG CATTTGTTGA AGAGCTAACA 
AAGAAAGTAG AAGAAATGTA TAAAGATATG GAAAAGTGGC TTGGAGCCCG ATTCCTGGCA 
GAAATGTCTA GCGTTGAAAA GCTGATTGAG GTTGCACGAC ACCATATTGA AAGTTCTAGC 
AAAATCCAAT ATGAAATGAT TTTAGAAGAG ACAGATTTCT TCATCAGCAG TGATATAAAA 
GTAATTCCTG ATCGTGTTCT TCCACCACGT CTTCCACCTG TAGAGACATC TGAAAATAGT 
ACTCTAACTA TGTCCCAACT TACTACACTT CATAAACAGT TTCTACAGAT GGCACCTAAA 
GGTTTTATAC TAAAGAATGT ATTTATTGAT GTTGTGATGG ACTTGATTAC TTTGGATCTT 
GGAACAGATT ACCTTCCTGA TGAGTGGATG AACTTAACAC TTTCAGATTT ACAAAATCTG 
GCAACTGCCT TAGCAGCGAA CTCAGAACTG ATTGACTGGC ACAGATTCTT GCTAGCAGCA 
GCGCAGCCTT GGCCAGTGCC ATCTGTGACG CAGCTTCTCA AAACTCTACA TAGCTTCAAG 
TCTGTTGATG AAACTGGATC AGGCTTTGTT ACACGGGAAG ACTATACACA GGTTGGTTTA 
TGGTTTAAAG GAAATGAAGA TCTAACTGTA ACAGAAAGTT GCACAAGACC TTTACCTTTT 
GATAGACTGG GACATCTCGT AATGTTTTTC TACACTTTAT TTGCTGATAC CAGAAAAGAT 
CCTGCCCTGC TTGACTATAA TGAGATGCTG CTTTATTTTG CCTCCCACCC AGATCCTGTT 
GAAGGTGTTT ACAGAGCACT TAGTGTTGCT ACTGGAACAT ATATTCAAAG AAAAAAAGAA 
GCTTTTCCTT CATTGGATAG CTCTAACTAT GACTTACTGA CAAACTACTT ATCCCTAAAA 
GAAGATGAAA AAGAAATCTT AAATTACACA GGTGAAGGAA TAATTTCTGT GGCAACTCTA 
CTCAAAGTGT TTCATAATGG AGGAAGTAAA GATGAAGATA AACATAGATT TAATAGCCTG 
CAGATGGAGG GCAGTTATGA TATGTTAAAG CATTTCATGA AAATATACAG AGAAATAGGC 
AGTGAAGATC TGACTCCCAT TCCAGTTGCA CTCCTTTTGA AGCATCCTTT CATTCAAGAC 
TTGATCAACA ACTATCAAGA ACACAAACTT CCTGATTTTA AAATCATTTT CCAAAGAGCT 
GAACAAGTAC AGTCAATTGA TGGAGAAACC ACAACATTTA AAGACATCAA AGTATGA

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

RefSeq	XP_013816459.1
CDS	1..5637
Translation	MPSKEDRKQSREEDIYNWSVTNCPVKKKELGGSKVPGSLSEEFSTGYLLGELLHKYELQDDFNQFSQSRVANAKLNNFSRLEPTLQLLGVQFNENVAQDIMTGQHGAATKLLYQLYIALEKKKKAKLTGVAMEAMRPAAPAKLKSVESVLYRERLKNLMPRQTDLQLQQVSGRFEMKSKAIENKLARTHIAEQQKVQKLQEEQRAQDTEKHRIGRRRQNEIMARIQAAVIQIPKPPPNRTIKAIEAKKLLKKKKEAEHTYKEIKKFEKSMTENTTAALRIQVTDSDIEKSLQTQELHTTALETTAQTTELLNIYSDDEYIRKIQKRLEEDTFAREQREKRRRKMLMEQLIAHEAQEEAYREEQLIYRLMRQSQQERRIAVQLIHVRHEKEVLRQNRIFREKQYEERRLKEFQEALDREAALAKQEKIDYEEQIIKERERHEKIAAERAQAHYKKHYSICREVMNQIIDLSTKVGDYRILTNNKIPFKLMCDWKEFFFNGKPIYEEASIQPMPNEPSPEQLVELDKMNLLDEKDYGEYKSMTGEWRPPEENSENKPPLNNNILGHVLRRLMEIFYPPKPKPLPPVFPPFPIKGCILGKLLSGKTTCVKFLEKVCNIQVLSVDILVQEAIQAFLKNEKKSENNFIPQEAESSGKQNEVQRNFSSKSSQKVLKRLQTTSINGTKVTAHTDKAEVLNAFFAVAFISKVSQASVLTDRIQGGGLPAMGEDRVRNYLRELDPYKSMGTRERHPTIMVLSKRIYLVKELYQTIVRMTNPSISLSCSFTCTLPQLSVRAQLGAASQKLLKKGKSIPDELLIDILLEAINQTPPEKGWIVDGFPMTINQAKLLEKAFSGIDPDKADAKDENSGKLLLVADPTDPNKPSVPSPVFDFCILLDISDTTVLKRMANLKSDKSKSSQIEQEDNNQTSDAEIQEEKTDLARDQMLHRISGFLDTWPKLEKWFSIRQNILVKVNAETEESLLCKTVKEILTEEIAKRQNRKKELEKLESEKKKQFSKPLPQAKIVAIVENKNKEMESLPQERGLSPQNPTKILRGSVEEKSPGKKPSQATSEDLPPPIPVRPPLIKPGSDEWVYVDEPLPKEIPDFLVPYWEMVENAYVNTIKTILRCLRDEQHSGIYYLANTRKNFQDYLKRPDLKQEFVSQWQSDFNSIPDDLWEDEETKAELHQRVTDLRNRLWDICGNRREEADQERTDIMNDGWLPDHKGIAMNHFFSLMQVEVDRFQDTKRLLHDYYRAMEGKIPTDGSQDFTRIPLLDITDLEQKEDQVKSRRIPLVSRKPPSPDISTTKPKSKGTPLKFVKDENSSENVVATLGKDEKLITDTWQTAVTAVANMVTAEIQSKETEEEKEHQQLELKERERLSSQTMAGKTTGKDGRDTKKFSPKSATKKKVVEVSAPPLTAEELKKQELRLKIKQEYFSALEHEEGAAKSRLELIKKKALAFVEELTKKVEEMYKDMEKWLGARFLAEMSSVEKLIEVARHHIESSSKIQYEMILEETDFFISSDIKVIPDRVLPPRLPPVETSENSTLTMSQLTTLHKQFLQMAPKGFILKNVFIDVVMDLITLDLGTDYLPDEWMNLTLSDLQNLATALAANSELIDWHRFLLAAAQPWPVPSVTQLLKTLHSFKSVDETGSGFVTREDYTQVGLWFKGNEDLTVTESCTRPLPFDRLGHLVMFFYTLFADTRKDPALLDYNEMLLYFASHPDPVEGVYRALSVATGTYIQRKKEAFPSLDSSNYDLLTNYLSLKEDEKEILNYTGEGIISVATLLKVFHNGGSKDEDKHRFNSLQMEGSYDMLKHFMKIYREIGSEDLTPIPVALLLKHPFIQDLINNYQEHKLPDFKIIFQRAEQVQSIDGETTTFKDIKV

Target ORF information:

RefSeq Version	XM_013961005.1
Organism	Apteryx australis mantelli
Definition	Apteryx australis mantelli sperm flagellar 2 (SPEF2), mRNA.

Target ORF information:

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

XM_013961005.1

ORF Insert Sequence:

ATGCCTTCCA AAGAAGATCG TAAACAGAGC CGGGAAGAAG ATATTTACAA CTGGTCAGTA 
ACTAACTGCC CTGTTAAGAA AAAGGAGTTG GGTGGGTCTA AAGTACCAGG ATCATTATCA 
GAAGAATTTT CTACCGGCTA TCTCCTAGGA GAACTTCTGC ACAAGTACGA GCTTCAGGAT 
GACTTTAATC AATTTTCACA GAGCAGGGTT GCAAATGCAA AACTTAACAA TTTTTCTCGC 
CTGGAGCCAA CACTTCAACT CCTTGGTGTA CAATTTAATG AGAATGTGGC CCAAGATATC 
ATGACGGGAC AGCATGGGGC TGCAACAAAG CTTTTATATC AATTGTATAT TGCTTTAGAA 
AAAAAGAAAA AGGCAAAGCT CACTGGAGTA GCCATGGAAG CAATGAGACC TGCAGCACCT 
GCAAAGCTCA AGTCTGTTGA AAGTGTTTTA TATCGAGAGC GTCTGAAAAA TTTAATGCCA 
CGTCAAACTG ATTTGCAGCT GCAGCAAGTT TCAGGGCGTT TTGAAATGAA ATCTAAGGCA 
ATAGAAAATA AATTAGCTCG TACGCATATT GCAGAACAAC AGAAAGTTCA AAAGCTCCAA 
GAGGAACAAA GAGCCCAAGA CACTGAAAAG CATCGCATAG GAAGAAGGAG ACAAAATGAA 
ATAATGGCCA GGATTCAAGC AGCTGTTATA CAGATTCCAA AGCCACCACC AAACCGTACC 
ATAAAAGCTA TTGAAGCCAA AAAGTTGTTA AAGAAGAAAA AAGAAGCAGA GCACACATAC 
AAGGAAATCA AAAAGTTTGA GAAGTCTATG ACAGAAAATA CCACAGCAGC ACTCAGGATC 
CAAGTCACTG ATAGTGATAT AGAAAAATCA TTGCAAACAC AGGAGTTGCA TACAACAGCC 
CTAGAAACTA CAGCACAGAC TACTGAACTG TTAAATATTT ATTCAGATGA TGAATATATA 
AGGAAAATTC AAAAACGTTT GGAGGAAGAT ACATTTGCTA GAGAGCAACG AGAAAAGAGA 
CGACGAAAAA TGCTAATGGA ACAGTTAATA GCACATGAAG CACAAGAGGA GGCTTACAGG 
GAAGAGCAAC TTATTTACAG ACTAATGAGA CAATCTCAGC AGGAGCGGAG GATTGCTGTT 
CAACTCATAC ATGTTCGACA TGAAAAAGAG GTGTTACGGC AAAACAGAAT TTTCAGAGAA 
AAACAATATG AAGAAAGACG ACTGAAAGAG TTCCAGGAAG CTCTTGATAG AGAAGCGGCT 
CTTGCGAAAC AAGAAAAGAT TGATTATGAG GAACAAATTA TCAAAGAAAG AGAACGTCAT 
GAGAAAATTG CTGCTGAAAG AGCTCAGGCT CATTATAAAA AGCATTATTC TATATGTCGG 
GAAGTGATGA ATCAAATTAT TGATTTGTCA ACAAAAGTAG GAGACTATCG AATACTGACC 
AACAACAAAA TTCCATTCAA ACTGATGTGT GATTGGAAAG AATTTTTTTT TAATGGAAAA 
CCAATATATG AAGAAGCTTC AATTCAACCT ATGCCAAATG AACCAAGCCC AGAACAACTT 
GTAGAGCTGG ATAAAATGAA TCTGTTAGAT GAGAAAGATT ATGGTGAATA CAAGAGTATG 
ACAGGGGAAT GGCGCCCACC TGAAGAGAAC AGTGAAAACA AACCTCCTCT TAATAATAAT 
ATACTGGGTC ATGTGCTTCG TAGACTGATG GAGATTTTCT ATCCTCCAAA ACCCAAACCT 
TTACCACCTG TATTTCCTCC ATTTCCTATC AAGGGATGTA TTTTGGGAAA ACTTCTTAGT 
GGAAAAACTA CCTGTGTAAA GTTTCTTGAA AAAGTTTGCA ATATTCAGGT ACTATCTGTT 
GATATTCTGG TTCAGGAAGC CATCCAAGCT TTTCTTAAAA ATGAAAAGAA AAGTGAAAAC 
AACTTTATTC CACAGGAAGC AGAGAGTTCT GGGAAACAAA ATGAGGTCCA GAGGAACTTC 
TCATCGAAAT CATCACAGAA AGTTTTAAAG AGACTCCAAA CTACATCTAT CAATGGAACT 
AAAGTGACAG CACACACAGA TAAGGCTGAG GTACTCAATG CCTTCTTTGC TGTGGCCTTC 
ATCAGCAAGG TCTCTCAGGC CTCTGTGCTT ACAGACAGGA TTCAAGGAGG AGGACTACCA 
GCAATGGGTG AGGATCGAGT CAGGAACTAC TTGAGAGAAC TTGACCCCTA TAAGTCCATG 
GGAACTAGAG AGCGGCATCC AACGATAATG GTCCTGTCAA AAAGGATCTA TCTGGTCAAG 
GAATTATATC AGACAATAGT CAGGATGACC AATCCAAGCA TTAGTCTTTC ATGTTCTTTT 
ACCTGCACTC TTCCACAGCT CTCTGTACGT GCCCAGCTTG GTGCTGCATC ACAGAAATTG 
TTGAAGAAAG GAAAAAGTAT TCCCGACGAA TTGCTAATTG ACATCCTGTT GGAAGCCATT 
AACCAAACAC CACCAGAGAA GGGCTGGATT GTGGATGGAT TTCCAATGAC AATAAATCAG 
GCAAAGCTAC TTGAAAAAGC CTTTTCAGGG ATTGATCCAG ACAAAGCGGA TGCAAAAGAT 
GAAAACTCTG GAAAGCTCTT ATTGGTTGCA GATCCCACAG ACCCTAACAA ACCATCTGTC 
CCCTCACCTG TGTTTGATTT TTGTATATTA TTGGATATAT CAGATACCAC AGTACTGAAA 
CGCATGGCTA ACTTGAAATC AGATAAATCA AAGTCATCTC AAATCGAACA GGAGGACAAC 
AATCAAACTT CAGATGCCGA AATCCAAGAA GAGAAGACTG ACTTAGCCAG GGACCAGATG 
CTACATAGAA TTTCAGGCTT TCTAGACACA TGGCCAAAAT TAGAGAAATG GTTTTCAATC 
CGTCAAAATA TTCTAGTGAA AGTCAATGCA GAAACTGAAG AAAGTCTTTT GTGTAAAACA 
GTAAAGGAAA TCCTTACGGA AGAAATTGCC AAAAGACAGA ATAGAAAAAA AGAACTAGAA 
AAATTAGAAT CTGAAAAGAA AAAGCAATTT TCTAAACCTT TACCCCAAGC TAAAATTGTG 
GCAATTGTAG AAAATAAAAA CAAAGAAATG GAATCACTCC CCCAAGAAAG AGGACTATCC 
CCACAAAATC CCACAAAAAT TCTCAGAGGC TCTGTTGAAG AAAAATCACC AGGCAAAAAG 
CCTTCACAAG CCACATCTGA AGATCTACCT CCACCTATTC CTGTGAGACC ACCACTAATT 
AAACCAGGAT CAGATGAGTG GGTCTATGTA GATGAACCAC TTCCCAAGGA GATACCTGAT 
TTTTTAGTAC CTTACTGGGA AATGGTAGAA AATGCATATG TAAATACCAT CAAAACTATA 
CTTAGATGCC TAAGGGATGA ACAGCACTCT GGGATTTATT ACTTAGCAAA TACTAGAAAA 
AATTTCCAGG ATTATCTGAA GCGTCCAGAT CTTAAACAGG AGTTTGTATC TCAGTGGCAA 
TCAGATTTTA ATTCAATTCC TGATGACCTG TGGGAAGATG AGGAAACAAA AGCAGAACTA 
CACCAAAGAG TTACTGACCT GAGAAATCGT CTCTGGGATA TCTGTGGTAA CAGAAGGGAA 
GAAGCTGACC AGGAACGTAC TGATATCATG AATGATGGCT GGTTACCTGA TCATAAGGGG 
ATTGCAATGA ACCATTTTTT TTCTCTTATG CAGGTTGAAG TGGATCGTTT CCAGGATACA 
AAGAGACTTC TTCATGACTA TTATAGGGCG ATGGAAGGAA AAATCCCAAC AGATGGCAGT 
CAAGATTTTA CTAGAATTCC ATTGTTAGAT ATTACTGATT TAGAGCAGAA AGAAGATCAA 
GTCAAATCAA GAAGGATTCC TCTAGTTTCT CGTAAACCGC CTTCACCAGA TATAAGTACT 
ACCAAGCCAA AAAGCAAGGG AACTCCACTG AAGTTTGTTA AGGATGAGAA TTCTTCTGAA 
AATGTAGTGG CCACTTTGGG AAAAGACGAA AAACTAATTA CTGATACATG GCAAACAGCA 
GTAACAGCAG TAGCAAATAT GGTAACAGCT GAAATACAGT CTAAAGAAAC AGAGGAAGAA 
AAGGAACATC AGCAGCTAGA ACTGAAAGAA AGAGAACGTC TATCTTCTCA GACAATGGCA 
GGCAAAACTA CTGGAAAAGA TGGCAGAGAT ACCAAAAAGT TTTCTCCCAA ATCAGCTACT 
AAAAAGAAAG TGGTTGAAGT AAGTGCTCCT CCTCTAACAG CAGAAGAATT AAAGAAACAA 
GAACTGAGAC TTAAAATAAA GCAGGAATAT TTTAGTGCCC TTGAACATGA AGAGGGAGCT 
GCAAAATCTC GACTAGAGCT TATAAAAAAG AAGGCTTTAG CATTTGTTGA AGAGCTAACA 
AAGAAAGTAG AAGAAATGTA TAAAGATATG GAAAAGTGGC TTGGAGCCCG ATTCCTGGCA 
GAAATGTCTA GCGTTGAAAA GCTGATTGAG GTTGCACGAC ACCATATTGA AAGTTCTAGC 
AAAATCCAAT ATGAAATGAT TTTAGAAGAG ACAGATTTCT TCATCAGCAG TGATATAAAA 
GTAATTCCTG ATCGTGTTCT TCCACCACGT CTTCCACCTG TAGAGACATC TGAAAATAGT 
ACTCTAACTA TGTCCCAACT TACTACACTT CATAAACAGT TTCTACAGAT GGCACCTAAA 
GGTTTTATAC TAAAGAATGT ATTTATTGAT GTTGTGATGG ACTTGATTAC TTTGGATCTT 
GGAACAGATT ACCTTCCTGA TGAGTGGATG AACTTAACAC TTTCAGATTT ACAAAATCTG 
GCAACTGCCT TAGCAGCGAA CTCAGAACTG ATTGACTGGC ACAGATTCTT GCTAGCAGCA 
GCGCAGCCTT GGCCAGTGCC ATCTGTGACG CAGCTTCTCA AAACTCTACA TAGCTTCAAG 
TCTGTTGATG AAACTGGATC AGGCTTTGTT ACACGGGAAG ACTATACACA GGTTGGTTTA 
TGGTTTAAAG GAAATGAAGA TCTAACTGTA ACAGAAAGTT GCACAAGACC TTTACCTTTT 
GATAGACTGG GACATCTCGT AATGTTTTTC TACACTTTAT TTGCTGATAC CAGAAAAGAT 
CCTGCCCTGC TTGACTATAA TGAGATGCTG CTTTATTTTG CCTCCCACCC AGATCCTGTT 
GAAGGTGTTT ACAGAGCACT TAGTGTTGCT ACTGGAACAT ATATTCAAAG AAAAAAAGAA 
GCTTTTCCTT CATTGGATAG CTCTAACTAT GACTTACTGA CAAACTACTT ATCCCTAAAA 
GAAGATGAAA AAGAAATCTT AAATTACACA GGTGAAGGAA TAATTTCTGT GGCAACTCTA 
CTCAAAGTGT TTCATAATGG AGGAAGTAAA GATGAAGATA AACATAGATT TAATAGCCTG 
CAGATGGAGG GCAGTTATGA TATGTTAAAG CATTTCATGA AAATATACAG AGAAATAGGC 
AGTGAAGATC TGACTCCCAT TCCAGTTGCA CTCCTTTTGA AGCATCCTTT CATTCAAGAC 
TTGATCAACA ACTATCAAGA ACACAAACTT CCTGATTTTA AAATCATTTT CCAAAGAGCT 
GAACAAGTAC AGTCAATTGA TGGAGAAACC ACAACATTTA AAGACATCAA AGTATGA