SPEF2 cDNA ORF clone, Haliaeetus leucocephalus(bald eagle)

Gene
Clones
gRNAs

Summary

Gene Symbol	SPEF2
Entrez Gene ID	104830608
Full Name	sperm flagellar 2
Gene Type	protein-coding
Organism	Haliaeetus leucocephalus(bald eagle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010565640.1	XP_010563942.1	LOW QUALITY PROTEIN: 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
OHa112047	XM_010565640.1 Latest version!	Haliaeetus leucocephalus 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_010565640.1 ) cDNA ORF clone, Haliaeetus leucocephalus(bald eagle) -> XP_010563942.1 Haliaeetus leucocephalus sperm flagellar 2 (SPEF2), mRNA.

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CloneID	OHa112047
Clone ID Related Accession (Same CDS sequence)	XM_010565640.1
Accession Version	XM_010565640.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5178bp) 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	2014-12-05
Organism	Haliaeetus leucocephalus(bald eagle)
Product	LOW QUALITY PROTEIN: 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_010972630.1) 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 :: Haliaeetus leucocephalus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGTCGGAGA TCTTGTGCGA GTGGCTGAAC GAGGAGGTGA AGCTCTCCCG GAGCGTGGTT 
CCAGGATCAT TTGCAGAAGA ATTTTCTACT GGCTACCTCC TAGGAGAACT TCTACACAAA 
TATGGTCTTC AGGATGACTT TAATCAATTT TCACAGAGCA GGGTTGCAAG TGCAAAACTT 
AACAATTTTT CTCGCCTGGA GCCCACGCTT CACCTCCTTG GTGTACAGTT TAATGAGAAT 
GTGGCCCAAG ACATCATGAC AGGACAGCAT GGGGCTGCAA CAAAGCTTTT ATATGAATTG 
TATATTGCTT TAGAAAAAAA GAGAAAGGCA AAGCTCACTG GAGTAGCCAT GGAAGCAATG 
AGACCTGCAG CAACTGCAAA GCTTAAGTCT ATTGAAAGTG TTTTGTATCG AGAGCGTTTG 
AAAACTTTAA CGCCACGTCA GGCTGATTTA CAACTACAGC AGATTTCAGA CCATTTTGAA 
ATAAAATCTA AGGCAGTAGA AGATAAAATA GCTCGTATAC ATATTGCAGA ACAACAGAAA 
GTTCAGAAGC TCCAAGAGGA ACAAAGAGCC CAAGACATTG AAAAGCATCG CATAGGAAGA 
AGAAGACAAA ATGAAATAAT GGCCAGGATT CAAGCAGCCA TTATACAAAT TCCAAAGCCA 
CCACCAAGCC ACACCATAAA AGCTATTGAA GCCAAAAGAC TCTTAAAGAA GAAAAGAGAA 
GCAGAGGACA CATACAAGAA TATTAAAAAA TTTGAGAAGT CTTTGGCAGG AAATGCCTCT 
GCAGTACACA GCCAAGTCAC TGGCAGCAAT ATAAAAGAAT CGTTGCAAAC ACAGAAGTTG 
CAAGAAACAG CTCAAGAAAT TACAGCACAG ACAGCAACTG AGCTGTTAGG TATTTATTCA 
GATGATGACT ATATAAGGAA AATTCAAAAA CGTTTAGAGG AAGATATGTT TGCTAGAGAA 
CAACGAGAAA AGAGACGACG AAAAATGCTA ATGGCACAGT TAATAGCACA TGAAGCTGAA 
GAGGAGGCTT ACCGGGAGGA GCAACTTATT TATAGACTAA TGAGACAATC TCAGCAGGAA 
CGGAGGATTG CTGTTCAACT CATGCATGTT CGACATGAAA AAGAGGTGTT AAGGCAAAAC 
AGAATTTTCA GGGAAAAACA ATATGAAGAA AGAAGACTGA AAGAGTTCCA GGAAGCTCTT 
GATAGAGAAG CGGCTCTTGC AAAGCAAGAA AAAATTGATT ATGAAGAACA AATTATCAAA 
GAAAGAGAAT GTCGTGAGAA AATTGCCATT GAAAGAGCTC AGGCACGTTA TAAAAAGCAC 
TATTCTATAT GTTGGGAAGT GATGAACCAA ATCATTGATT TGTCAACAAA AGTAGGAGAA 
TATCGTCTAC TGACAAACAA CAGAATTCCA TTAAAATTGA TGCTTGATTG GAAGGAAATT 
TTTTTTAATG GAAAACCAAT GTATGAACAA GCCTCAATTC AACCTTTGCC AAATGAACCA 
AACCCAGAAC AACTTGTAGA GCTGAATAAA ATGAATCTGT TAGATGAAAA AGATTATGGT 
GAATACAAGA GTATGACAGG GGAATGGTGC CCAACTGAAG AGAACAGTGA AAACAAACCT 
CCTCTTAATA ATAACATACT GGGTCATGTG CTTCGTAGAC TGATGGAGAT TTTCTATCCT 
CCAAAACCCA AATCTTCACT ACCTTTATTT CCTCCATTTC CTATCAAGGG ATGTATTTTG 
GGAAAACTTT TTAGTGGAAA AACTACCTGT GCAAAGTTTA TTGAAAAAGT TTGCAATATT 
CAGGTACTAT CCGTTGATAC TCTGGTTCAG GAAGCCATCC AAGCTTTTCT TAAAAATGAA 
GTGAAAAGTG AGCACAATGT GATTCTACAA GAAGCAGAGA GTTCCGGGGA AAAAAATGAG 
GTCCAGAAGA ACTTATCAAA ATCACCACCA AAAGTTCTAA ATAAACTCCA AACAGAAACA 
TCTACTAAAC CTGTTTTAGG AAATTGTCCT GTCAAAAAGG ATCCATCTGG GCAAGAGTTC 
ATATCAGATA GCAGTCAGGA TGGCCTATCC AAGCTATCTG TGCGTGCCCA GCTTGGTGCC 
GCATCACAGA AATTGTTGAA GAAAGGAAAA AGTATTCCTG ATGAATTACT AATTGACATC 
CTAATGGAAG CCATTAACCA AACACCACCA GAGAAGGGGT GGATTGTGGA TGGGTTTCCA 
ATGACAATTA ATCAGGCAAA ACTATTTGAA AAAGCCTATA TAGGGATTGA TCCAGAAACA 
AAAGATGCAA ATTCTGGAAA GCTCTCACTT GTCACAGATC CCAGAGCCCC TAACAAGCCT 
CCTGTTACCT CACCTGCATT TGATGTTTCT GTATTATTGG ATATTTCAGA CACTGCGGTA 
CTGAAACGTC TGGCTAATTT GAAGTGTAAT AAATCGAAGT CATCTCAAAC TGAACAGGAG 
AACAACAATA AAAATTCAGA TGCTGAAATC CTAGAAGAGA AGATAGACTT AGCCAGGGAC 
CAGGTGCTAC ATAGAATTTC AAGCTTTCTA GACACATGGC CAAAATTAGA GAAATGGTTT 
TCAGTCCATC AAAGTACTCT AGTTAAAGTC AATGCAGAGA CAGAAGAAAG TCTTGTGTGT 
GAAACAGTGA AGGAAATTAT AATGGAAGAA ATTGCCAAAA ACCAGAATAG AAGGTCTGCT 
CAAGAAATAT CTTCAGGAAA AAAGCTTTTA CCAGTTACAC GTCAAGATTT GCTTCCTCCC 
ATTCCTGTGG CACCACTGCC AATTGATCCA GGATCAGATG AATGGATTTA TGTAGATGAA 
CCACTTCCCA AGGAAATACC TGATTTTTTA GTACCTTACT GGGAAATGGT AGAACATGCA 
TATATGAATA CCATCAAAAC TATACTTAGA TGTCTAAGGG ATGAACAGCA CTCTGTGATT 
TATTACATAG CAGACATTAG AAAAAAATTC CAAGATTATT TGAAGCATCC AGACCTTAAG 
CAGGAGTTTG TATCTCAGTG GCAATCAGAT TATAATTCAA TTGCTGATGA CCTGCGAGAA 
GATGAGGAAA CAAAAGCAGA ACTACACCAA AGAGTTACTG ACTTAAGAGA TCTTCTCTGG 
GATATCTGTG ATAACAGAAG GGAAGAAGCA GAGCAGGAAC GCACTGATAT CATGAATGAT 
GGCTGGCTAC TAGATCATAG GGGGATTGCT ATGAACCATT TCTTTTCACT TATGCAGGTT 
GAAGTGGATC GTTTCCAAGA TACAAAGAGA CTTCTTCATG ACTATTATAG GGCAATGGAA 
GGAAAAATCC CAACAGATGA CATTCAAGAT TTTACTAGAA TCCCATTGTT AGATATTTTT 
GATGTAGAAC AGAAAGAAGA GCAAAACAAA TCAAGAAGGA TTCCTCTAGT TTCTTGGAAA 
CTGCCTTCAC CAGAAATAAA TATTACCAAG TCAAAAAGCA AGGGAACTCT ACAGAAGAGT 
GCTAAGGATG AGAATTCTGA GAATGGAGTG GCCACTCTGG GGAAAGATGA AAATCTTATT 
ACTGATACAT GGCAAACAGC AGTAACAGCA GTATCAAATA TGGTAACAGC TGAAATACAG 
TCTAAAGAAA TGGAGGAGGA AAAAGAACAT CAGCAGCTAG AACTGAAAGA AGATCTGAAA 
TCTTCACGGA CACTGTCAGG CAAAGCTGCT GGGAAAGATG CCAAAGATAC CAAAAAGCTT 
TCTCCGAAAT CAGCTACTAA AAAGAAAGGG GCTTAAGCCC TTCCAGCTCC TATAACCCCA 
GAGGAATTAA AGAAACGAAA ACTGACACTT AAGATAAAGC AAGAATATTT CAGTGCTTTG 
AAACATGAAG AGGTAGCCAC AAAATCTCGA CTAGAACTTA TAAAAGAAAA AGCTTTAGCA 
TTTGTTGAAG ACCTAACAAT GAAAGCAGAA GAGGCTTATA AAGATATGGA AAAGTGGCTT 
GGATCCAGGT TCTTGGCAGA AATGTCCAGT GTTGAAAAGC TGATTGAGGT TGCACGACAT 
CATATTGAGA GTTCTAGCAA AATCCAATAT GAAATTACTT TAGAAGAAGC AGATTTCTTC 
ATCAGCAGTG ATGTAAAAGT GATTCCTGAC CCTGTTCTAT CACCACATGT TCCACACATA 
GAGACCTCTG GAAGTGGTAC TCTAAATATT TCACAACTTA CTACACTTCA TAAGCAGTTT 
CTACAGGTGG CACCTAAAGG TTTTATACAA AAGAAAGTAT TTATTGACAT TTTTATTGAC 
TTGATTAATT TGAATCTTGG AGCAAATTGC CTTCCCGACG CATGGATGAA CTTAACACTT 
CCAGATTTAC AAAATCTGGC ATCTGCATTC ACAGTGAACT CAGAACTTAT CGACTGGCGC 
AGATTCCTGC TAGCAGCAGC ACAGCCTTGG CCAATACCAT CTGTGACACA ACTTCTCAAA 
ACACTGCATA GCTTCAAGTC TGTTGATGTA GCTGGATCAG GCTTTGTCAC ACAGGAATAC 
TATATGCAGG TTGGCTTATG GTTTAATGGA AATGAAGATC TAAGCATAAC AAAAAGTTGC 
ACAGAACCCT TGCCTTTAGA TAGGCTAAGA CATCTCTTAA AGTTTTTCTT CAGTTTATTT 
GCTGATAACA GAAAAGATCC TGCTCTGCTC AACTATACTC AGATGCTCCT TTATTTTGCC 
TCCCACTCTG ATCCAGTTGA AGGTGTTTAC AGAGCACTTA GCATTGCTAC TGGAACGTAT 
ATTCATAGCG AAGAAGCAGC TTCTCTTCCA TGTGTGGGTT TTCCTTATAC CAATATAGTG 
CCAAATGAGA AAACTTTAAT AGAAGATGAA AAAGAAGTCT TGAATTACAT GGGTGAAGGA 
ATAATTTCAA TGGCAACTCT ACTCAAAGTG TTTCATACTG GAGGAAGTAA AGATGAAGAT 
AATCATAGGT TTAGTAATCT GGACAGGGAA GGGAGCTATG ATAAGTTAAA GCATTTCATC 
AAAATATACA AAGAATTAGG CACTGAAGAC CTGACACCCA TCACAGTTGG ACTCCTTTTG 
AAGCATCCTT TCATTCAAGA CTTGATCAAC AGGTATCAAG AATACAAGCT TCCTGATATT 
AAAAGCTTTC TCCAAAGATC CGAACAAGCA CAGTCAGCTG ACGGAAAAAA CACCACATGT 
AAAGACATCA ATGTATGA

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

RefSeq	XP_010563942.1
CDS	1..5178
Translation	MSEILCEWLNEEVKLSRSVVPGSFAEEFSTGYLLGELLHKYGLQDDFNQFSQSRVASAKLNNFSRLEPTLHLLGVQFNENVAQDIMTGQHGAATKLLYELYIALEKKRKAKLTGVAMEAMRPAATAKLKSIESVLYRERLKTLTPRQADLQLQQISDHFEIKSKAVEDKIARIHIAEQQKVQKLQEEQRAQDIEKHRIGRRRQNEIMARIQAAIIQIPKPPPSHTIKAIEAKRLLKKKREAEDTYKNIKKFEKSLAGNASAVHSQVTGSNIKESLQTQKLQETAQEITAQTATELLGIYSDDDYIRKIQKRLEEDMFAREQREKRRRKMLMAQLIAHEAEEEAYREEQLIYRLMRQSQQERRIAVQLMHVRHEKEVLRQNRIFREKQYEERRLKEFQEALDREAALAKQEKIDYEEQIIKERECREKIAIERAQARYKKHYSICWEVMNQIIDLSTKVGEYRLLTNNRIPLKLMLDWKEIFFNGKPMYEQASIQPLPNEPNPEQLVELNKMNLLDEKDYGEYKSMTGEWCPTEENSENKPPLNNNILGHVLRRLMEIFYPPKPKSSLPLFPPFPIKGCILGKLFSGKTTCAKFIEKVCNIQVLSVDTLVQEAIQAFLKNEVKSEHNVILQEAESSGEKNEVQKNLSKSPPKVLNKLQTETSTKPVLGNCPVKKDPSGQEFISDSSQDGLSKLSVRAQLGAASQKLLKKGKSIPDELLIDILMEAINQTPPEKGWIVDGFPMTINQAKLFEKAYIGIDPETKDANSGKLSLVTDPRAPNKPPVTSPAFDVSVLLDISDTAVLKRLANLKCNKSKSSQTEQENNNKNSDAEILEEKIDLARDQVLHRISSFLDTWPKLEKWFSVHQSTLVKVNAETEESLVCETVKEIIMEEIAKNQNRRSAQEISSGKKLLPVTRQDLLPPIPVAPLPIDPGSDEWIYVDEPLPKEIPDFLVPYWEMVEHAYMNTIKTILRCLRDEQHSVIYYIADIRKKFQDYLKHPDLKQEFVSQWQSDYNSIADDLREDEETKAELHQRVTDLRDLLWDICDNRREEAEQERTDIMNDGWLLDHRGIAMNHFFSLMQVEVDRFQDTKRLLHDYYRAMEGKIPTDDIQDFTRIPLLDIFDVEQKEEQNKSRRIPLVSWKLPSPEINITKSKSKGTLQKSAKDENSENGVATLGKDENLITDTWQTAVTAVSNMVTAEIQSKEMEEEKEHQQLELKEDLKSSRTLSGKAAGKDAKDTKKLSPKSATKKKGA*ALPAPITPEELKKRKLTLKIKQEYFSALKHEEVATKSRLELIKEKALAFVEDLTMKAEEAYKDMEKWLGSRFLAEMSSVEKLIEVARHHIESSSKIQYEITLEEADFFISSDVKVIPDPVLSPHVPHIETSGSGTLNISQLTTLHKQFLQVAPKGFIQKKVFIDIFIDLINLNLGANCLPDAWMNLTLPDLQNLASAFTVNSELIDWRRFLLAAAQPWPIPSVTQLLKTLHSFKSVDVAGSGFVTQEYYMQVGLWFNGNEDLSITKSCTEPLPLDRLRHLLKFFFSLFADNRKDPALLNYTQMLLYFASHSDPVEGVYRALSIATGTYIHSEEAASLPCVGFPYTNIVPNEKTLIEDEKEVLNYMGEGIISMATLLKVFHTGGSKDEDNHRFSNLDREGSYDKLKHFIKIYKELGTEDLTPITVGLLLKHPFIQDLINRYQEYKLPDIKSFLQRSEQAQSADGKNTTCKDINV

Target ORF information:

RefSeq Version	XM_010565640.1
Organism	Haliaeetus leucocephalus(bald eagle)
Definition	Haliaeetus leucocephalus 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_010565640.1

ORF Insert Sequence:

ATGTCGGAGA TCTTGTGCGA GTGGCTGAAC GAGGAGGTGA AGCTCTCCCG GAGCGTGGTT 
CCAGGATCAT TTGCAGAAGA ATTTTCTACT GGCTACCTCC TAGGAGAACT TCTACACAAA 
TATGGTCTTC AGGATGACTT TAATCAATTT TCACAGAGCA GGGTTGCAAG TGCAAAACTT 
AACAATTTTT CTCGCCTGGA GCCCACGCTT CACCTCCTTG GTGTACAGTT TAATGAGAAT 
GTGGCCCAAG ACATCATGAC AGGACAGCAT GGGGCTGCAA CAAAGCTTTT ATATGAATTG 
TATATTGCTT TAGAAAAAAA GAGAAAGGCA AAGCTCACTG GAGTAGCCAT GGAAGCAATG 
AGACCTGCAG CAACTGCAAA GCTTAAGTCT ATTGAAAGTG TTTTGTATCG AGAGCGTTTG 
AAAACTTTAA CGCCACGTCA GGCTGATTTA CAACTACAGC AGATTTCAGA CCATTTTGAA 
ATAAAATCTA AGGCAGTAGA AGATAAAATA GCTCGTATAC ATATTGCAGA ACAACAGAAA 
GTTCAGAAGC TCCAAGAGGA ACAAAGAGCC CAAGACATTG AAAAGCATCG CATAGGAAGA 
AGAAGACAAA ATGAAATAAT GGCCAGGATT CAAGCAGCCA TTATACAAAT TCCAAAGCCA 
CCACCAAGCC ACACCATAAA AGCTATTGAA GCCAAAAGAC TCTTAAAGAA GAAAAGAGAA 
GCAGAGGACA CATACAAGAA TATTAAAAAA TTTGAGAAGT CTTTGGCAGG AAATGCCTCT 
GCAGTACACA GCCAAGTCAC TGGCAGCAAT ATAAAAGAAT CGTTGCAAAC ACAGAAGTTG 
CAAGAAACAG CTCAAGAAAT TACAGCACAG ACAGCAACTG AGCTGTTAGG TATTTATTCA 
GATGATGACT ATATAAGGAA AATTCAAAAA CGTTTAGAGG AAGATATGTT TGCTAGAGAA 
CAACGAGAAA AGAGACGACG AAAAATGCTA ATGGCACAGT TAATAGCACA TGAAGCTGAA 
GAGGAGGCTT ACCGGGAGGA GCAACTTATT TATAGACTAA TGAGACAATC TCAGCAGGAA 
CGGAGGATTG CTGTTCAACT CATGCATGTT CGACATGAAA AAGAGGTGTT AAGGCAAAAC 
AGAATTTTCA GGGAAAAACA ATATGAAGAA AGAAGACTGA AAGAGTTCCA GGAAGCTCTT 
GATAGAGAAG CGGCTCTTGC AAAGCAAGAA AAAATTGATT ATGAAGAACA AATTATCAAA 
GAAAGAGAAT GTCGTGAGAA AATTGCCATT GAAAGAGCTC AGGCACGTTA TAAAAAGCAC 
TATTCTATAT GTTGGGAAGT GATGAACCAA ATCATTGATT TGTCAACAAA AGTAGGAGAA 
TATCGTCTAC TGACAAACAA CAGAATTCCA TTAAAATTGA TGCTTGATTG GAAGGAAATT 
TTTTTTAATG GAAAACCAAT GTATGAACAA GCCTCAATTC AACCTTTGCC AAATGAACCA 
AACCCAGAAC AACTTGTAGA GCTGAATAAA ATGAATCTGT TAGATGAAAA AGATTATGGT 
GAATACAAGA GTATGACAGG GGAATGGTGC CCAACTGAAG AGAACAGTGA AAACAAACCT 
CCTCTTAATA ATAACATACT GGGTCATGTG CTTCGTAGAC TGATGGAGAT TTTCTATCCT 
CCAAAACCCA AATCTTCACT ACCTTTATTT CCTCCATTTC CTATCAAGGG ATGTATTTTG 
GGAAAACTTT TTAGTGGAAA AACTACCTGT GCAAAGTTTA TTGAAAAAGT TTGCAATATT 
CAGGTACTAT CCGTTGATAC TCTGGTTCAG GAAGCCATCC AAGCTTTTCT TAAAAATGAA 
GTGAAAAGTG AGCACAATGT GATTCTACAA GAAGCAGAGA GTTCCGGGGA AAAAAATGAG 
GTCCAGAAGA ACTTATCAAA ATCACCACCA AAAGTTCTAA ATAAACTCCA AACAGAAACA 
TCTACTAAAC CTGTTTTAGG AAATTGTCCT GTCAAAAAGG ATCCATCTGG GCAAGAGTTC 
ATATCAGATA GCAGTCAGGA TGGCCTATCC AAGCTATCTG TGCGTGCCCA GCTTGGTGCC 
GCATCACAGA AATTGTTGAA GAAAGGAAAA AGTATTCCTG ATGAATTACT AATTGACATC 
CTAATGGAAG CCATTAACCA AACACCACCA GAGAAGGGGT GGATTGTGGA TGGGTTTCCA 
ATGACAATTA ATCAGGCAAA ACTATTTGAA AAAGCCTATA TAGGGATTGA TCCAGAAACA 
AAAGATGCAA ATTCTGGAAA GCTCTCACTT GTCACAGATC CCAGAGCCCC TAACAAGCCT 
CCTGTTACCT CACCTGCATT TGATGTTTCT GTATTATTGG ATATTTCAGA CACTGCGGTA 
CTGAAACGTC TGGCTAATTT GAAGTGTAAT AAATCGAAGT CATCTCAAAC TGAACAGGAG 
AACAACAATA AAAATTCAGA TGCTGAAATC CTAGAAGAGA AGATAGACTT AGCCAGGGAC 
CAGGTGCTAC ATAGAATTTC AAGCTTTCTA GACACATGGC CAAAATTAGA GAAATGGTTT 
TCAGTCCATC AAAGTACTCT AGTTAAAGTC AATGCAGAGA CAGAAGAAAG TCTTGTGTGT 
GAAACAGTGA AGGAAATTAT AATGGAAGAA ATTGCCAAAA ACCAGAATAG AAGGTCTGCT 
CAAGAAATAT CTTCAGGAAA AAAGCTTTTA CCAGTTACAC GTCAAGATTT GCTTCCTCCC 
ATTCCTGTGG CACCACTGCC AATTGATCCA GGATCAGATG AATGGATTTA TGTAGATGAA 
CCACTTCCCA AGGAAATACC TGATTTTTTA GTACCTTACT GGGAAATGGT AGAACATGCA 
TATATGAATA CCATCAAAAC TATACTTAGA TGTCTAAGGG ATGAACAGCA CTCTGTGATT 
TATTACATAG CAGACATTAG AAAAAAATTC CAAGATTATT TGAAGCATCC AGACCTTAAG 
CAGGAGTTTG TATCTCAGTG GCAATCAGAT TATAATTCAA TTGCTGATGA CCTGCGAGAA 
GATGAGGAAA CAAAAGCAGA ACTACACCAA AGAGTTACTG ACTTAAGAGA TCTTCTCTGG 
GATATCTGTG ATAACAGAAG GGAAGAAGCA GAGCAGGAAC GCACTGATAT CATGAATGAT 
GGCTGGCTAC TAGATCATAG GGGGATTGCT ATGAACCATT TCTTTTCACT TATGCAGGTT 
GAAGTGGATC GTTTCCAAGA TACAAAGAGA CTTCTTCATG ACTATTATAG GGCAATGGAA 
GGAAAAATCC CAACAGATGA CATTCAAGAT TTTACTAGAA TCCCATTGTT AGATATTTTT 
GATGTAGAAC AGAAAGAAGA GCAAAACAAA TCAAGAAGGA TTCCTCTAGT TTCTTGGAAA 
CTGCCTTCAC CAGAAATAAA TATTACCAAG TCAAAAAGCA AGGGAACTCT ACAGAAGAGT 
GCTAAGGATG AGAATTCTGA GAATGGAGTG GCCACTCTGG GGAAAGATGA AAATCTTATT 
ACTGATACAT GGCAAACAGC AGTAACAGCA GTATCAAATA TGGTAACAGC TGAAATACAG 
TCTAAAGAAA TGGAGGAGGA AAAAGAACAT CAGCAGCTAG AACTGAAAGA AGATCTGAAA 
TCTTCACGGA CACTGTCAGG CAAAGCTGCT GGGAAAGATG CCAAAGATAC CAAAAAGCTT 
TCTCCGAAAT CAGCTACTAA AAAGAAAGGG GCTTAAGCCC TTCCAGCTCC TATAACCCCA 
GAGGAATTAA AGAAACGAAA ACTGACACTT AAGATAAAGC AAGAATATTT CAGTGCTTTG 
AAACATGAAG AGGTAGCCAC AAAATCTCGA CTAGAACTTA TAAAAGAAAA AGCTTTAGCA 
TTTGTTGAAG ACCTAACAAT GAAAGCAGAA GAGGCTTATA AAGATATGGA AAAGTGGCTT 
GGATCCAGGT TCTTGGCAGA AATGTCCAGT GTTGAAAAGC TGATTGAGGT TGCACGACAT 
CATATTGAGA GTTCTAGCAA AATCCAATAT GAAATTACTT TAGAAGAAGC AGATTTCTTC 
ATCAGCAGTG ATGTAAAAGT GATTCCTGAC CCTGTTCTAT CACCACATGT TCCACACATA 
GAGACCTCTG GAAGTGGTAC TCTAAATATT TCACAACTTA CTACACTTCA TAAGCAGTTT 
CTACAGGTGG CACCTAAAGG TTTTATACAA AAGAAAGTAT TTATTGACAT TTTTATTGAC 
TTGATTAATT TGAATCTTGG AGCAAATTGC CTTCCCGACG CATGGATGAA CTTAACACTT 
CCAGATTTAC AAAATCTGGC ATCTGCATTC ACAGTGAACT CAGAACTTAT CGACTGGCGC 
AGATTCCTGC TAGCAGCAGC ACAGCCTTGG CCAATACCAT CTGTGACACA ACTTCTCAAA 
ACACTGCATA GCTTCAAGTC TGTTGATGTA GCTGGATCAG GCTTTGTCAC ACAGGAATAC 
TATATGCAGG TTGGCTTATG GTTTAATGGA AATGAAGATC TAAGCATAAC AAAAAGTTGC 
ACAGAACCCT TGCCTTTAGA TAGGCTAAGA CATCTCTTAA AGTTTTTCTT CAGTTTATTT 
GCTGATAACA GAAAAGATCC TGCTCTGCTC AACTATACTC AGATGCTCCT TTATTTTGCC 
TCCCACTCTG ATCCAGTTGA AGGTGTTTAC AGAGCACTTA GCATTGCTAC TGGAACGTAT 
ATTCATAGCG AAGAAGCAGC TTCTCTTCCA TGTGTGGGTT TTCCTTATAC CAATATAGTG 
CCAAATGAGA AAACTTTAAT AGAAGATGAA AAAGAAGTCT TGAATTACAT GGGTGAAGGA 
ATAATTTCAA TGGCAACTCT ACTCAAAGTG TTTCATACTG GAGGAAGTAA AGATGAAGAT 
AATCATAGGT TTAGTAATCT GGACAGGGAA GGGAGCTATG ATAAGTTAAA GCATTTCATC 
AAAATATACA AAGAATTAGG CACTGAAGAC CTGACACCCA TCACAGTTGG ACTCCTTTTG 
AAGCATCCTT TCATTCAAGA CTTGATCAAC AGGTATCAAG AATACAAGCT TCCTGATATT 
AAAAGCTTTC TCCAAAGATC CGAACAAGCA CAGTCAGCTG ACGGAAAAAA CACCACATGT 
AAAGACATCA ATGTATGA