SPAG17 cDNA ORF clone, Leptonychotes weddellii(Weddell seal)

Gene
Clones
gRNAs

Summary

Gene Symbol	SPAG17
Entrez Gene ID	102739923
Full Name	sperm associated antigen 17
Gene Type	protein-coding
Organism	Leptonychotes weddellii(Weddell seal)

mRNA and Protein(s)

mRNA	Protein	Name
XM_006745890.1	XP_006745953.1	sperm-associated antigen 17

Pathways from BioSystems
Gene Ontology

The following SPAG17 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SPAG17 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
OLe113898	XM_006745890.1 Latest version!	Leptonychotes weddellii sperm associated antigen 17 (SPAG17), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1161.30 $1659.00

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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)

SPAG17 ( XM_006745890.1 ) cDNA ORF clone, Leptonychotes weddellii(Weddell seal) -> XP_006745953.1 Leptonychotes weddellii sperm associated antigen 17 (SPAG17), mRNA.

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CloneID	OLe113898
Clone ID Related Accession (Same CDS sequence)	XM_006745890.1
Accession Version	XM_006745890.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6075bp) 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	2019-09-29
Organism	Leptonychotes weddellii(Weddell seal)
Product	sperm-associated antigen 17
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006385165.1) 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 :: Leptonychotes weddellii Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGAGTCTTT TGAGTACAAA ATACTTTCAC ACCCAACGTC GAATCCGATC CCAACCACAG 
CCTCGTACAT CTTACTATCC TCAGGTGGCA AATGGGGAGC GTCTCAAAGA TGTTAAGTGG 
TTTGCCCCAC CGCCCACGGC TAATCGTGGC AGAGCCCCAG GGTTCTCAAG GGAGAATGTT 
CCCGAGGGAA CATTTAGCCA TGTCCGGAGA GACCTCTGGT TGTCGCAGCT GGGTAGAAGC 
CAGCGTTGCA CCAAAACATC CTGCGAGGCG CAGGTGTTAA TAGCAGCAAA GGCAATTATG 
GACAGCGGAG AGAAATTAAC TCTACCACTG ATAGGGAAAC TCTTGAAATT TCAGCTTCTC 
CAGATTAAAA TGAAGGACCA GCAGCGACGG GAAAATGAAA AGAAGCTGGA ATTGGGTACC 
GATATTTTTG AAAATATTGC CTGTTTGATG TATGACACCC TGGATTGGAA GAGGCAGCAC 
CAACACTATC TGGAAAGCAT GCACCTTATC AATATCCCAC AAGTGGTTAA TGAGAAACCT 
ATCTTGGAAG CCCTGTCAAT TACTGAGGCA CCACAACCTG TTGCTCCAAC CCCTGGCAAG 
AAGAAAGCAC AGAATGAGGA ACCACAAGCG CCCCCATCAG TGGCTTTTGT CTGCACAACT 
GAAGTAGACA TGAGATATTA CAATGACTTG CTGAATCCGA TTCCAGAAGA ATTCATCTCT 
GTGCCCCTGA TAGTGCATTG TATGCTGGAA CAGGTTGTGG CAACTGAAGA AGACCTTGTC 
CCGCCCAGCC TGGTGCAGCC GCCTCCTAGA GCAGATGGGC TGGACCACAG AATTGCAGCT 
CACATTGTGT CCATCCTGCC CTCTCTCTGT CTCACAGAGA AGGAGAAAAA GAATCTCCAT 
GAAATATTCT TATCTGAAGA AGAAAATGAA AGCAAAGCAG TGCCCAAAGG CCCTCTCCTA 
TTGGACTATC ATGATGCACA TGCTTACAAG AAGTATGCTC TAAAGGACCA AAAGAATTTT 
GACCCAGTTC AAATTGAGCA GGAGATGCAG TCCAAGTTGC CACTGTGGGA ATTCCTTAAA 
TTCCCTCTGC CCCCGCCATG GAACAGCACT AAACGTCTAG CTACAATTCA TGAGCTCATG 
CACTTCTGTA CAAATGAAGT CTTGAGCTGG AATGAAGTAG AACGAGCCTT TAAAGTGTTT 
ACTTTTGAGA GCCTGAAACT CTCTGAGGTT AATGAAGAAG GAAAGCTAAT GCCTTCTGAG 
ATGATGTATG GGACAGATTC TGAGATGTTC AACATACCAT GGGACAACCC TGCCAGATTT 
GCCAAACAGA TAAGGCAGCA ATACATCATG AAAATGAATG TCCAAGAGGC CAAACCCCAA 
ACAGATACTG AAACCAAAGA CAGAATTTTA TTTGTGGATC GGAATTGGTC AACATCCGTG 
CAAGAGGATG AGATCTCTAA AGAACCTTCA GATGCTCGTC AGTCTGATTC TAATAATATG 
AAGCATTCTG ACCCGAACAG TAAGGAACCC TTAGACCCTG ATAATATACA GCTGTCAGAG 
CAGGAGACTA GTTTGAAGAC TCAGATCCAG TCTAGGCCTT CAGAACAGAC CACGAACAAT 
GAGATCAAAG ATGAAGGAGT CACAAAGGCT GAGCCTCTTG AAAAGAAACC CAAGAAGATG 
ACTGTGGAAG CCGAGTTAGA GGACATAAAG AAAACGCAAC AACGCAGTCT AATGGACTGG 
AGTTTCACTG AACATTTTAA ACCGAAAGTT CTGCTTCAGG TTCTTCAAGA AGCCAACCAG 
CAATACAGGT GGATTGATTC TTATTACCAT ACCCAGGACA ACTCTCTACT TTTAGTCTTT 
CATAATCCAA TGAATATACA ACATATGCAT TGTGAACATT GGAATATTGC TCTTCACTCC 
AATGTTGGAT TCAGGAATTA TTTGGAACTT GTGGCAAAAT CCATTCAAGA TTGGATCGTA 
AAAGAAGAAG CCATATATCA GGAATCTAAA ATGGCTGAGG AAATCACTAG GACGAAGGCT 
GAGCTGGAAT TGAAATCTGC TGGTGCCAAA ATCACTTCTC CTGGCAAAAT TAATGCTGTT 
AAAAAATCTA AAAGTAACAA AGGAATGAGC AAAACGGAGA TAGTGGATCA AGAAAAAGAA 
AAAGAGAAGG AAATCAAGAT TCCTTTCATT TTAGAAGGCT CTCTCAAGGC ATGGAAAGAA 
GAACAAGATC GATTAGCAGA AGAAGAGCGC TTAAAGGAAG AAAAAAAAGC AGAAAAGAAG 
AGTAAGGAAA CTGGTAAAAA GAAAGGCAAG GAAAAGGTAG AGAAAGAAGA GAGTAAGCTT 
TTGAAGAAAA AATCTATTTT GAAGGAGAAA ACTAAAGAAG AACAAATGAG GATTCCAGAA 
ATAGCAGAGG AGTCCCTCCA GCAACCAGAA CCTGAGATCA TTTATCCGTT TCGTGGATAT 
GATATGGGAG ATATACCCAT CCAAATCTCA GGAACAAATT CTTATCTGTA TCCTTCGGAT 
GGAGGGCAGA TTGAAGTAGA GAAAACAACA TTTGAAAAAG GGCCAACTTT TATCAAGGTG 
ACAGTGAAAA AGGACAAGCA CACTTTTATA ATTCATTTAA AAGACCCTAA GAAAATTGTG 
AAAAAGGAAA AAAAAGAAGA GAATTGTTCT TCAGAAGATG AGAAAGAAAA AAGAGAGGAA 
GAGCAAAATC TTGAAACAGA AAAATCAGAT GCAGATAATA AAGCTGTCAG CAAGTTTGGA 
TCTTTTTCTG CCACCTTAGA AAATGGGATC TGCCTCTCAA TAAGTTACTA TGGACCAAGT 
GGAATGGCCC CAGAGGATAA GGATCCTAAT TTGGAAACAA TGTTGAGTAT CCCATCAGCA 
CTTACTACAA CAGTAGTTCC TCTTATAGTG ACTGTTCCTC AAGGCAAAGT GAAAGGAAAA 
ACAAAAGGCA AAGAAAAACC CAAAGAATCT CTTAAAGAAG AGGAACACCC AAAAGAGGAA 
GAGAAAAAGG AAGAAGTAGA ACCAGAACTT GTTTCACAAG AGACTCTTTA TGTTCCTACC 
TTCCAAAACT TAAATGTGTC TTGCCCCAAT GGACTCCTGG TGACCTTCAC TGGGCAAGAG 
TCTACAGGTG AGTATCAGAA TGTTACGGAT GCAGAACCCA CTTGGGACAT TATGGTTCGG 
CAGAGCTACC TCCAGAAGGT GAAGCACTAT GAATTCTACA AAACGGTGAT GCCACCAGTA 
GATCAGGAGG CATCAAGAGT TATCACCAGG CAAGGCACAG TTGTGAAATA CATGTTGGAT 
GGATCCACAC AGGTTCTCTT TGCAGATGGT GCTGTGAGCA GTAGTCCTGA TTCAGGTCCT 
GTTTTTCCTC CTGTTGAAAT GCCACCAAGC CCTCACAGCG GAGACTTGAT GGACACAGTT 
TTTCAGCAAA AGTCAGAAAC AGCACCATCT GAGATTGTCA TTCCAAAGAA AGGAAAAAGT 
CACAAAAATC AGTCATCAAT TGCACATAAG AATGAAAGCC ATGAACCTCA CCCAGAGACA 
GTTCAAAGAG TAACTCCTGT GGAGGATCAT GTAGGCACCT GGTTTACAAC CACACCTGAA 
GGAAATCGGA TTGGCACCAA AGGATTAGAA AGAATAACAG ACATGACCCC ATTATTATCC 
TTTAAGGCCA CAGATCCTGT CAACGGAACG GTCATGACAA CTCGAGAAGA CAGAGTGGTC 
ATTGTGGAAA GAAAAGATGG TACTCGGATA GTGGATCATG CTGATGGTAC CAGAATCACA 
ACCTTTTATC AAGTTTATGA AGATCATATT ACTCCTCCAG ATGATCACAA AATAACTGAA 
AGTCCTCAAA CTGTCACCAG GCAGGTGAAG TGCGTGCGGA TAGAAAACTC ACACTACGCC 
ACTATCATCA CCAACTGCGA GGACAGTAGC TGCTGTGCCA CCTTTGGGGA TGGGACGTCT 
ATTATTGCAA AGCCACAGGG AACATACCAG GTGTTACCTC CAAACATAGG CTGCCTCCAC 
ATTGATAGGG ATTGCTCAGC TATATATTGC CATGAATTAA GCAGTGATAT ATACCACCCT 
TTCCAAAAAC GTGAGCAGCT AAGAGCTAGC AGGTACATCA TGAAGCACAC ATCAGAGGTT 
ATCTGTGAGG TCCTGGATCC TGAGGGAAAT ACCTTTCAGG TTATGGCTGA TGGTAGCATA 
TCAACTATGG TACCTGAAAA CAATTTGGAA GAGGATCTAA GTGAAAAAGC TGAAGGCTAT 
GATAATTTAT CATCTACTCA CCTTTATAAG AATCATCTGC AAATCTATGG TGAACACGTG 
CCCAGGTTTT TTGTCGTTTA TGCTGATGGA TCAGGAGTGG AACTTCTTCG TGACAGTGAC 
ATAGAAGAAT ACCTATCCTT GGCATATGGA GAATCCTCTA CTGTTGTTCT CCAGGACCCA 
GTACAGGAAC AACCAGGCAC CCTGAGCATC ACTGTCCTTC GCCCTTTTCA TGAAGCATCA 
CCATGGCTAA TGAAGAAAGA ATTAGATACA ATTGTTCCTC CTAATCTCCA GTCAAGGTCA 
TGGGAGACAT TTCCCTCTAT TGAGAAAAAA ACTCCCGGAC CTCCATTTGG CACTCAGATT 
TGGAAGGGCC TTGACATTGG GTCCAAACAG CTAGTAAGTG CCCCAACCCC TTTACTCAAG 
AGCCCCAAAG TGCTACAGAT GCGCCAGTTC ATCCAGCACG AGGTCATAAA GGATGAGGTG 
AAATTGAAGT TGCAGATTTC CCTTAAGGAT TATATAAACC ATATTCTAAA GAAAGAAGAC 
AAGCTACAGG AAATGACTGT TAAAGATTCC AGAACTGAGG AGGAGAGGGG CAACGCTGCA 
GATCTCCTCA AGCTAGTTAT GTCATTCCCT AAAATGGAAA AAACTACAAA AAGTCATGTA 
ACTGAAGTTG CAGCCCACCT AACCGATTTA TTCAAGCAAT CTTTGCCTAC TGCTCCAAAA 
CATCTGCCAG AAACACTGGA TTCAGGTTTC TTTGAAAAGA AATGGAGGTA CACAACACAA 
GCAAAGCACT GGAAAGAAAA GTTGGCACAA AAGAGGAAGG AAATTGAAAA CACACAAAAC 
TACCTAACGG AAATTAGAAA CAAAGTAGTA TCACCCTACT TCAAGTCTGA ATTGAGCAAG 
TTCTGTCAGT CTCAGTTTAA TTATCTGGAC ACCCTTTCTA AAAACTTGCC TCCTTTTACA 
AAGAGAGAGG AAGATACAAA CAAAGCAACT CCTCAGAATA CATCCGATCT TCATCCAGAT 
GGCCAGCCAG ATTCAGAAGA GGAATCCCCA CAATCCCCAC TGGGTCTTCC AAAACTGAAG 
AATTCTGTGA ATATCAAGGA GAAGGCTGGC CAGAACCAAA CTGAAAGTTT AGAAAAACCC 
ACTGAAGACC CAGAATCCTG TGCGCCCGTG AAAATTCCAA CCCAGTCACT GCTGCAGGAT 
GTCTCAGGAC AAGCAAGGAA AGAGAAAGTG AGGTTGCCGC ACTACTTGCT GAGTTCCAAG 
CCCAAGTCTC AACCTCTCAC CAAGGTGCGA GATTCGGTTG GAGGAAGAGT GAAAACATCC 
TCTGTTGCAT CCGCTGCCAT TAACAATGTG AATTCATCCC CTTTTGGATT CCACCTTCTC 
CCACCATCAG TGAAGTTTGG AGTGCTTAAA GAGGGACACA TCTATGCCAC CACCGTAAAG 
CTCAAGAACG TAGGAGTGGA CTTCTGCAGG TTTAGGGTGA AGCAGCCCCC ACCCAGCACA 
GGACTGAAAG TGACTTACAA ACCCGGGCCT GTGGCAGCTG GTTTGCAGAC TGAACTGAAG 
GTGGAGTTAT TTGCCATGGC CGTTGGAGGG GATGGTGCCA AGGGATCAAC ACACATCTCA 
CACAATATTG AGATTATGAC TGAGCATGAC GTCCTGTTCT TACCTGTGGA AGCAACAGTT 
TTAACAAGTA GCAATTATGA TAACAGACCA AAAGATTTTC CTCAGGGAAA AGAAAATCCC 
ACGGTCCACA GGACTTCTAC GATTTCTTCC TCTACACTTG GAATCTTCAT GTCCCGTAAA 
ATTTCTCAAC ATTAG

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

RefSeq	XP_006745953.1
CDS	1..6075
Translation	MSLLSTKYFHTQRRIRSQPQPRTSYYPQVANGERLKDVKWFAPPPTANRGRAPGFSRENVPEGTFSHVRRDLWLSQLGRSQRCTKTSCEAQVLIAAKAIMDSGEKLTLPLIGKLLKFQLLQIKMKDQQRRENEKKLELGTDIFENIACLMYDTLDWKRQHQHYLESMHLINIPQVVNEKPILEALSITEAPQPVAPTPGKKKAQNEEPQAPPSVAFVCTTEVDMRYYNDLLNPIPEEFISVPLIVHCMLEQVVATEEDLVPPSLVQPPPRADGLDHRIAAHIVSILPSLCLTEKEKKNLHEIFLSEEENESKAVPKGPLLLDYHDAHAYKKYALKDQKNFDPVQIEQEMQSKLPLWEFLKFPLPPPWNSTKRLATIHELMHFCTNEVLSWNEVERAFKVFTFESLKLSEVNEEGKLMPSEMMYGTDSEMFNIPWDNPARFAKQIRQQYIMKMNVQEAKPQTDTETKDRILFVDRNWSTSVQEDEISKEPSDARQSDSNNMKHSDPNSKEPLDPDNIQLSEQETSLKTQIQSRPSEQTTNNEIKDEGVTKAEPLEKKPKKMTVEAELEDIKKTQQRSLMDWSFTEHFKPKVLLQVLQEANQQYRWIDSYYHTQDNSLLLVFHNPMNIQHMHCEHWNIALHSNVGFRNYLELVAKSIQDWIVKEEAIYQESKMAEEITRTKAELELKSAGAKITSPGKINAVKKSKSNKGMSKTEIVDQEKEKEKEIKIPFILEGSLKAWKEEQDRLAEEERLKEEKKAEKKSKETGKKKGKEKVEKEESKLLKKKSILKEKTKEEQMRIPEIAEESLQQPEPEIIYPFRGYDMGDIPIQISGTNSYLYPSDGGQIEVEKTTFEKGPTFIKVTVKKDKHTFIIHLKDPKKIVKKEKKEENCSSEDEKEKREEEQNLETEKSDADNKAVSKFGSFSATLENGICLSISYYGPSGMAPEDKDPNLETMLSIPSALTTTVVPLIVTVPQGKVKGKTKGKEKPKESLKEEEHPKEEEKKEEVEPELVSQETLYVPTFQNLNVSCPNGLLVTFTGQESTGEYQNVTDAEPTWDIMVRQSYLQKVKHYEFYKTVMPPVDQEASRVITRQGTVVKYMLDGSTQVLFADGAVSSSPDSGPVFPPVEMPPSPHSGDLMDTVFQQKSETAPSEIVIPKKGKSHKNQSSIAHKNESHEPHPETVQRVTPVEDHVGTWFTTTPEGNRIGTKGLERITDMTPLLSFKATDPVNGTVMTTREDRVVIVERKDGTRIVDHADGTRITTFYQVYEDHITPPDDHKITESPQTVTRQVKCVRIENSHYATIITNCEDSSCCATFGDGTSIIAKPQGTYQVLPPNIGCLHIDRDCSAIYCHELSSDIYHPFQKREQLRASRYIMKHTSEVICEVLDPEGNTFQVMADGSISTMVPENNLEEDLSEKAEGYDNLSSTHLYKNHLQIYGEHVPRFFVVYADGSGVELLRDSDIEEYLSLAYGESSTVVLQDPVQEQPGTLSITVLRPFHEASPWLMKKELDTIVPPNLQSRSWETFPSIEKKTPGPPFGTQIWKGLDIGSKQLVSAPTPLLKSPKVLQMRQFIQHEVIKDEVKLKLQISLKDYINHILKKEDKLQEMTVKDSRTEEERGNAADLLKLVMSFPKMEKTTKSHVTEVAAHLTDLFKQSLPTAPKHLPETLDSGFFEKKWRYTTQAKHWKEKLAQKRKEIENTQNYLTEIRNKVVSPYFKSELSKFCQSQFNYLDTLSKNLPPFTKREEDTNKATPQNTSDLHPDGQPDSEEESPQSPLGLPKLKNSVNIKEKAGQNQTESLEKPTEDPESCAPVKIPTQSLLQDVSGQARKEKVRLPHYLLSSKPKSQPLTKVRDSVGGRVKTSSVASAAINNVNSSPFGFHLLPPSVKFGVLKEGHIYATTVKLKNVGVDFCRFRVKQPPPSTGLKVTYKPGPVAAGLQTELKVELFAMAVGGDGAKGSTHISHNIEIMTEHDVLFLPVEATVLTSSNYDNRPKDFPQGKENPTVHRTSTISSSTLGIFMSRKISQH

Target ORF information:

RefSeq Version	XM_006745890.1
Organism	Leptonychotes weddellii(Weddell seal)
Definition	Leptonychotes weddellii sperm associated antigen 17 (SPAG17), mRNA.

Target ORF information:

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

XM_006745890.1

ORF Insert Sequence:

ATGAGTCTTT TGAGTACAAA ATACTTTCAC ACCCAACGTC GAATCCGATC CCAACCACAG 
CCTCGTACAT CTTACTATCC TCAGGTGGCA AATGGGGAGC GTCTCAAAGA TGTTAAGTGG 
TTTGCCCCAC CGCCCACGGC TAATCGTGGC AGAGCCCCAG GGTTCTCAAG GGAGAATGTT 
CCCGAGGGAA CATTTAGCCA TGTCCGGAGA GACCTCTGGT TGTCGCAGCT GGGTAGAAGC 
CAGCGTTGCA CCAAAACATC CTGCGAGGCG CAGGTGTTAA TAGCAGCAAA GGCAATTATG 
GACAGCGGAG AGAAATTAAC TCTACCACTG ATAGGGAAAC TCTTGAAATT TCAGCTTCTC 
CAGATTAAAA TGAAGGACCA GCAGCGACGG GAAAATGAAA AGAAGCTGGA ATTGGGTACC 
GATATTTTTG AAAATATTGC CTGTTTGATG TATGACACCC TGGATTGGAA GAGGCAGCAC 
CAACACTATC TGGAAAGCAT GCACCTTATC AATATCCCAC AAGTGGTTAA TGAGAAACCT 
ATCTTGGAAG CCCTGTCAAT TACTGAGGCA CCACAACCTG TTGCTCCAAC CCCTGGCAAG 
AAGAAAGCAC AGAATGAGGA ACCACAAGCG CCCCCATCAG TGGCTTTTGT CTGCACAACT 
GAAGTAGACA TGAGATATTA CAATGACTTG CTGAATCCGA TTCCAGAAGA ATTCATCTCT 
GTGCCCCTGA TAGTGCATTG TATGCTGGAA CAGGTTGTGG CAACTGAAGA AGACCTTGTC 
CCGCCCAGCC TGGTGCAGCC GCCTCCTAGA GCAGATGGGC TGGACCACAG AATTGCAGCT 
CACATTGTGT CCATCCTGCC CTCTCTCTGT CTCACAGAGA AGGAGAAAAA GAATCTCCAT 
GAAATATTCT TATCTGAAGA AGAAAATGAA AGCAAAGCAG TGCCCAAAGG CCCTCTCCTA 
TTGGACTATC ATGATGCACA TGCTTACAAG AAGTATGCTC TAAAGGACCA AAAGAATTTT 
GACCCAGTTC AAATTGAGCA GGAGATGCAG TCCAAGTTGC CACTGTGGGA ATTCCTTAAA 
TTCCCTCTGC CCCCGCCATG GAACAGCACT AAACGTCTAG CTACAATTCA TGAGCTCATG 
CACTTCTGTA CAAATGAAGT CTTGAGCTGG AATGAAGTAG AACGAGCCTT TAAAGTGTTT 
ACTTTTGAGA GCCTGAAACT CTCTGAGGTT AATGAAGAAG GAAAGCTAAT GCCTTCTGAG 
ATGATGTATG GGACAGATTC TGAGATGTTC AACATACCAT GGGACAACCC TGCCAGATTT 
GCCAAACAGA TAAGGCAGCA ATACATCATG AAAATGAATG TCCAAGAGGC CAAACCCCAA 
ACAGATACTG AAACCAAAGA CAGAATTTTA TTTGTGGATC GGAATTGGTC AACATCCGTG 
CAAGAGGATG AGATCTCTAA AGAACCTTCA GATGCTCGTC AGTCTGATTC TAATAATATG 
AAGCATTCTG ACCCGAACAG TAAGGAACCC TTAGACCCTG ATAATATACA GCTGTCAGAG 
CAGGAGACTA GTTTGAAGAC TCAGATCCAG TCTAGGCCTT CAGAACAGAC CACGAACAAT 
GAGATCAAAG ATGAAGGAGT CACAAAGGCT GAGCCTCTTG AAAAGAAACC CAAGAAGATG 
ACTGTGGAAG CCGAGTTAGA GGACATAAAG AAAACGCAAC AACGCAGTCT AATGGACTGG 
AGTTTCACTG AACATTTTAA ACCGAAAGTT CTGCTTCAGG TTCTTCAAGA AGCCAACCAG 
CAATACAGGT GGATTGATTC TTATTACCAT ACCCAGGACA ACTCTCTACT TTTAGTCTTT 
CATAATCCAA TGAATATACA ACATATGCAT TGTGAACATT GGAATATTGC TCTTCACTCC 
AATGTTGGAT TCAGGAATTA TTTGGAACTT GTGGCAAAAT CCATTCAAGA TTGGATCGTA 
AAAGAAGAAG CCATATATCA GGAATCTAAA ATGGCTGAGG AAATCACTAG GACGAAGGCT 
GAGCTGGAAT TGAAATCTGC TGGTGCCAAA ATCACTTCTC CTGGCAAAAT TAATGCTGTT 
AAAAAATCTA AAAGTAACAA AGGAATGAGC AAAACGGAGA TAGTGGATCA AGAAAAAGAA 
AAAGAGAAGG AAATCAAGAT TCCTTTCATT TTAGAAGGCT CTCTCAAGGC ATGGAAAGAA 
GAACAAGATC GATTAGCAGA AGAAGAGCGC TTAAAGGAAG AAAAAAAAGC AGAAAAGAAG 
AGTAAGGAAA CTGGTAAAAA GAAAGGCAAG GAAAAGGTAG AGAAAGAAGA GAGTAAGCTT 
TTGAAGAAAA AATCTATTTT GAAGGAGAAA ACTAAAGAAG AACAAATGAG GATTCCAGAA 
ATAGCAGAGG AGTCCCTCCA GCAACCAGAA CCTGAGATCA TTTATCCGTT TCGTGGATAT 
GATATGGGAG ATATACCCAT CCAAATCTCA GGAACAAATT CTTATCTGTA TCCTTCGGAT 
GGAGGGCAGA TTGAAGTAGA GAAAACAACA TTTGAAAAAG GGCCAACTTT TATCAAGGTG 
ACAGTGAAAA AGGACAAGCA CACTTTTATA ATTCATTTAA AAGACCCTAA GAAAATTGTG 
AAAAAGGAAA AAAAAGAAGA GAATTGTTCT TCAGAAGATG AGAAAGAAAA AAGAGAGGAA 
GAGCAAAATC TTGAAACAGA AAAATCAGAT GCAGATAATA AAGCTGTCAG CAAGTTTGGA 
TCTTTTTCTG CCACCTTAGA AAATGGGATC TGCCTCTCAA TAAGTTACTA TGGACCAAGT 
GGAATGGCCC CAGAGGATAA GGATCCTAAT TTGGAAACAA TGTTGAGTAT CCCATCAGCA 
CTTACTACAA CAGTAGTTCC TCTTATAGTG ACTGTTCCTC AAGGCAAAGT GAAAGGAAAA 
ACAAAAGGCA AAGAAAAACC CAAAGAATCT CTTAAAGAAG AGGAACACCC AAAAGAGGAA 
GAGAAAAAGG AAGAAGTAGA ACCAGAACTT GTTTCACAAG AGACTCTTTA TGTTCCTACC 
TTCCAAAACT TAAATGTGTC TTGCCCCAAT GGACTCCTGG TGACCTTCAC TGGGCAAGAG 
TCTACAGGTG AGTATCAGAA TGTTACGGAT GCAGAACCCA CTTGGGACAT TATGGTTCGG 
CAGAGCTACC TCCAGAAGGT GAAGCACTAT GAATTCTACA AAACGGTGAT GCCACCAGTA 
GATCAGGAGG CATCAAGAGT TATCACCAGG CAAGGCACAG TTGTGAAATA CATGTTGGAT 
GGATCCACAC AGGTTCTCTT TGCAGATGGT GCTGTGAGCA GTAGTCCTGA TTCAGGTCCT 
GTTTTTCCTC CTGTTGAAAT GCCACCAAGC CCTCACAGCG GAGACTTGAT GGACACAGTT 
TTTCAGCAAA AGTCAGAAAC AGCACCATCT GAGATTGTCA TTCCAAAGAA AGGAAAAAGT 
CACAAAAATC AGTCATCAAT TGCACATAAG AATGAAAGCC ATGAACCTCA CCCAGAGACA 
GTTCAAAGAG TAACTCCTGT GGAGGATCAT GTAGGCACCT GGTTTACAAC CACACCTGAA 
GGAAATCGGA TTGGCACCAA AGGATTAGAA AGAATAACAG ACATGACCCC ATTATTATCC 
TTTAAGGCCA CAGATCCTGT CAACGGAACG GTCATGACAA CTCGAGAAGA CAGAGTGGTC 
ATTGTGGAAA GAAAAGATGG TACTCGGATA GTGGATCATG CTGATGGTAC CAGAATCACA 
ACCTTTTATC AAGTTTATGA AGATCATATT ACTCCTCCAG ATGATCACAA AATAACTGAA 
AGTCCTCAAA CTGTCACCAG GCAGGTGAAG TGCGTGCGGA TAGAAAACTC ACACTACGCC 
ACTATCATCA CCAACTGCGA GGACAGTAGC TGCTGTGCCA CCTTTGGGGA TGGGACGTCT 
ATTATTGCAA AGCCACAGGG AACATACCAG GTGTTACCTC CAAACATAGG CTGCCTCCAC 
ATTGATAGGG ATTGCTCAGC TATATATTGC CATGAATTAA GCAGTGATAT ATACCACCCT 
TTCCAAAAAC GTGAGCAGCT AAGAGCTAGC AGGTACATCA TGAAGCACAC ATCAGAGGTT 
ATCTGTGAGG TCCTGGATCC TGAGGGAAAT ACCTTTCAGG TTATGGCTGA TGGTAGCATA 
TCAACTATGG TACCTGAAAA CAATTTGGAA GAGGATCTAA GTGAAAAAGC TGAAGGCTAT 
GATAATTTAT CATCTACTCA CCTTTATAAG AATCATCTGC AAATCTATGG TGAACACGTG 
CCCAGGTTTT TTGTCGTTTA TGCTGATGGA TCAGGAGTGG AACTTCTTCG TGACAGTGAC 
ATAGAAGAAT ACCTATCCTT GGCATATGGA GAATCCTCTA CTGTTGTTCT CCAGGACCCA 
GTACAGGAAC AACCAGGCAC CCTGAGCATC ACTGTCCTTC GCCCTTTTCA TGAAGCATCA 
CCATGGCTAA TGAAGAAAGA ATTAGATACA ATTGTTCCTC CTAATCTCCA GTCAAGGTCA 
TGGGAGACAT TTCCCTCTAT TGAGAAAAAA ACTCCCGGAC CTCCATTTGG CACTCAGATT 
TGGAAGGGCC TTGACATTGG GTCCAAACAG CTAGTAAGTG CCCCAACCCC TTTACTCAAG 
AGCCCCAAAG TGCTACAGAT GCGCCAGTTC ATCCAGCACG AGGTCATAAA GGATGAGGTG 
AAATTGAAGT TGCAGATTTC CCTTAAGGAT TATATAAACC ATATTCTAAA GAAAGAAGAC 
AAGCTACAGG AAATGACTGT TAAAGATTCC AGAACTGAGG AGGAGAGGGG CAACGCTGCA 
GATCTCCTCA AGCTAGTTAT GTCATTCCCT AAAATGGAAA AAACTACAAA AAGTCATGTA 
ACTGAAGTTG CAGCCCACCT AACCGATTTA TTCAAGCAAT CTTTGCCTAC TGCTCCAAAA 
CATCTGCCAG AAACACTGGA TTCAGGTTTC TTTGAAAAGA AATGGAGGTA CACAACACAA 
GCAAAGCACT GGAAAGAAAA GTTGGCACAA AAGAGGAAGG AAATTGAAAA CACACAAAAC 
TACCTAACGG AAATTAGAAA CAAAGTAGTA TCACCCTACT TCAAGTCTGA ATTGAGCAAG 
TTCTGTCAGT CTCAGTTTAA TTATCTGGAC ACCCTTTCTA AAAACTTGCC TCCTTTTACA 
AAGAGAGAGG AAGATACAAA CAAAGCAACT CCTCAGAATA CATCCGATCT TCATCCAGAT 
GGCCAGCCAG ATTCAGAAGA GGAATCCCCA CAATCCCCAC TGGGTCTTCC AAAACTGAAG 
AATTCTGTGA ATATCAAGGA GAAGGCTGGC CAGAACCAAA CTGAAAGTTT AGAAAAACCC 
ACTGAAGACC CAGAATCCTG TGCGCCCGTG AAAATTCCAA CCCAGTCACT GCTGCAGGAT 
GTCTCAGGAC AAGCAAGGAA AGAGAAAGTG AGGTTGCCGC ACTACTTGCT GAGTTCCAAG 
CCCAAGTCTC AACCTCTCAC CAAGGTGCGA GATTCGGTTG GAGGAAGAGT GAAAACATCC 
TCTGTTGCAT CCGCTGCCAT TAACAATGTG AATTCATCCC CTTTTGGATT CCACCTTCTC 
CCACCATCAG TGAAGTTTGG AGTGCTTAAA GAGGGACACA TCTATGCCAC CACCGTAAAG 
CTCAAGAACG TAGGAGTGGA CTTCTGCAGG TTTAGGGTGA AGCAGCCCCC ACCCAGCACA 
GGACTGAAAG TGACTTACAA ACCCGGGCCT GTGGCAGCTG GTTTGCAGAC TGAACTGAAG 
GTGGAGTTAT TTGCCATGGC CGTTGGAGGG GATGGTGCCA AGGGATCAAC ACACATCTCA 
CACAATATTG AGATTATGAC TGAGCATGAC GTCCTGTTCT TACCTGTGGA AGCAACAGTT 
TTAACAAGTA GCAATTATGA TAACAGACCA AAAGATTTTC CTCAGGGAAA AGAAAATCCC 
ACGGTCCACA GGACTTCTAC GATTTCTTCC TCTACACTTG GAATCTTCAT GTCCCGTAAA 
ATTTCTCAAC ATTAG