LOC102166000 cDNA ORF clone, Sus scrofa(pig)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102166000
Entrez Gene ID	102166000
Full Name	spermatogenesis-associated protein 31A6-like
Synonyms	SPATA31A6
Gene Type	protein-coding
Organism	Sus scrofa(pig)

mRNA and Protein(s)

mRNA	Protein	Name
XM_005660053.1	XP_005660110.1	spermatogenesis-associated protein 31A6-like
XM_021085060.1	XP_020940719.1	spermatogenesis-associated protein 31A6-like

Pathways from BioSystems
Gene Ontology

The following LOC102166000 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102166000 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
OSe229343	XM_021085060.1 Latest version!	Sus scrofa spermatogenesis-associated protein 31A6-like (LOC102166000), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OSe02857	XM_005660053.1 Latest version!	Sus scrofa spermatogenesis-associated protein 31A6-like (LOC102166000), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC102166000 ( XM_021085060.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_020940719.1 Sus scrofa spermatogenesis-associated protein 31A6-like (LOC102166000), mRNA.

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CloneID	OSe229343
Clone ID Related Accession (Same CDS sequence)	XM_021085060.1
Accession Version	XM_021085060.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4233bp) 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	2017-05-12
Organism	Sus scrofa(pig)
Product	spermatogenesis-associated protein 31A6-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_010443.5) 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 :: Sus scrofa Annotation Release 106 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 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##

ATGGAGAATC TCTTTGATTT GAAAAGCGTT ATTGAGACTT GGCTGACATC CAGCCAGACG 
TCCTGGGTGG TTGACACCAT CCTCGCATTC CTGTGTGGAC TGGGGATCTT CCTCCTGTTA 
CTTCCTTGCT TCCAGAGTAA TCCATCCTTA CCACCATCTA GAAAACTTAG AAACAGCAGG 
AAGTGGACTC TCCTGAGTTG GGAGATAGGA ACTTCAGCTT GCAGAGATTG CCTGAAAGAA 
CTGGAGGAGA CTCATAGCCT GGTTTCACTT CTGCAAAGCC ACCTGGGGAG GCTCCCTGAC 
AAGGGAAGCT TTCATCTGCT CTCATGTCAA GAAACCCCTG GTGAGACGTG TGAAGCAGTG 
CCTGCTGGAG TCTGCCAGCC TTGTGGGGAG CCTGTAGAAG ATGCTGCTCC TGCCATACCC 
CCATTGGCTC CTCTGAGCAA GCACCCTCCA CCACTGGCCT CCACCCTTTT ACCAGGCCCG 
ACGACCTCCT CAGCATCTGT TCATTCACAC ACATCTCTGA ATGCCTCTCA GCCACCAGAG 
CCTTCTGTTC CCCTGGCCAG CCTTTCACCC TGGCCACTTG ATCTTTCCTC TCCCCCACCA 
TGTCCACCTG ATTCAGAGGC TTGCCCTCCA CCTCCAACAG CCTCCTCTGC CCCCACACCA 
CAAGATTCTA CTCCAACTCT TACTCAGGAT GATCCCTCAA TGGCACTACC GCTGGGCACT 
GTTCCACAGA ACTTATCTCC ACACAACCCT GGGTCAACAT CTCTCGCCCC AGCCATCTCA 
GGCTTTGGTC GCTCAGGTTG TCCCCCTTCA GCTCTGTCCC GGTGGCAGGC AGCAGCCAAA 
GCCTTGTGCC TCTCAAGATC ATCACAGGGA AAGTCCCAGG AAAAGCACCT TTCCTACCAC 
CCACCAGACG CCTCATTCTC AGTAGGCCCC TCAGACAGAG AGATGGAGGC TAGTAGCCCC 
TCTTTGCTCA GCTCTGATGA CCAGAAGCTC CTAGAGATAC AAATGACAAA GACAGTCGAG 
ATCAAGATTT GGAAGGAGAA AGAAAAAGAT GGATCAAATT TAAAACAAAT GAGCCCAGAC 
TGCCACCTGG ATTCCTTGGG GAGTATGTTG AAAGCACTGG GTGCTGATCA AAACACCACA 
ATTGCCCAAA CTTTCTGGAA CACAAAAGAC AAACCAGAGC AGCTGCCTTG TCCTCAGCAG 
CTCTCATATC CCAACCATCT ACAGCAGGAA TATAACCAGC TTTTCTGGGG TCTCCCTTCT 
TTGCACAGTG AATCCTTGGT GGCTACTGCC TGGATCTCTG AGAGCCCTTC AGCACCCCAA 
TCTCCTTCTT TCTTATTCAA CAGAATTCCA AACGCCAGCC CAGTTCAAAT GCAAGCTAAA 
ATATTTCCAC TGCTTTCCCA GTTCCAGCCC CTATCCCGTC TGGAGTTCCA ATCTCAACCT 
TTTATTCCAA CAATACCTCA ATTCCAGCTC ACACCTCTGG CTCAGGTCCA AACACAGGCC 
CCGCTCAAAC CTTCTCTCCC AATTGAAACA CATTCTTCTC CACCCCAGAT TAGAGCCTGT 
GGAATACGTT GCCCTTTAGC CCCGAATAAG CCACAATCTC TCACTCCAAC TGAGATTCCA 
CATTCAGAAC AGTCCTTGTT GCTGAAGCAA CTAGAAAATG CATGGGATTT ATCCTCTGAG 
GTCAAAAGAT CTCAGGAAGT CTCTAGTGTC TTCACGTCCA AATTTCCTGA GGACAGCTGG 
GTAGGCTCCA TCCTTCCTGA GAATTTTCCA ATCAGTCCTG AGCTCCGGAA ACAACTGGAA 
CAACACCTCC AAAAATGGCT CATCCAACAC CGGTGGGAGC TTCCCCAAAG GATCCAAGAG 
TCTTTAGAGA TAAGTCAGCT TCAAGAAGAA TTTCCAAGGA CACGACAAGC AAAGGCCAAG 
CATGGACCCT CACGGCCCTC TTCATTTATA GGTGAAAGCA GCAAGGATGC ACAGAAGGTG 
GGGTTCCGGC GAAGCCAGGA CCTGGGTAAG GGCCTGGGGC ATATTCTGGG GAAGGTCCCA 
AAAGATCTGT CTGGGAGCTC AGAAAGCTCC CTAGTGAAAT TTCAGGAGGA GAATCCTGAG 
GAGTCAGAAA GTGACTTGAG TCTCCTGAAG AATGATTTAG GAATTAATTT ACTAAGGAGC 
TTAGACAAGG ATCTAGAAAA AATCCTGAAA GGCCATTTGG TCAGGAAGCT GGGAAAGGTT 
GCCAAGGATT TGATTCCTAA GGATGTGAAT CAATCCCGGC TCACTGTCAG TCATGCTTCT 
CTCAAGTCTG ACACTCACAT GGAAACCAGG AATCTGGGAA TCCTGAAGAG TTGGGCACCC 
TGTGTGAACA CCTCCCATAG GGTTTCCTTC CTTGATCCAG ACACTCGAGA TGGGCTAGAA 
GCACATATCA TAAGGTTTCG GGTAAAGCAT AGGTGGGGCT TACCCCTCAA GGTCCTCAAG 
CCCATAAATC TCTTTAAGTT GAAAAAAGCT CAACCCTCAC CCATTCGGCA GTTTTCCTTT 
TGCCCCTCAG CCACCTATGT ATCTGAGGCC CGTTCAACAG TCAGATTTGC AGAGTTCCTT 
GGAAAGCCCC CTCAGGCCCA TTCAAGGGAG AGGGTGATAA CAAAAGAGTC AGCTCCCACC 
CTGGTGAGGT CTCTCCTTGG CCCCTCACCT GTGAGTGAGG AAGCCCAGAG GGTCCTGGGA 
AGGATCCCAG CTAGTGAGTA CCATGGGCCC TCCAAGGCTT CTCTGACTGG ACGGGAGGCC 
AGGCCACCTT CTCGGTCCCT CACAGTCAGC CTTATGGGCA GAACCTGGAA GAGCGAGACT 
GTGGAGTGGG CCAAGAGGGA CAGCCTAGAG CCACATTCAA GTTCAGCATT GGCCTGGAAT 
GAGCCAAGAG AAGAGAGGGA TTGCCAGGCT TCACAAGACA CCAGCCAGGG GATACCAATT 
CTGGAAGCGA ACTTAGGAAT GCAGTCTTTG AGAGCTGAAG AGGCCAGGGA GGCAGTGGAG 
CCTAAGGAGT CCTCTGCTCT TAAACCACAA TCTAGAGTTA TCTTGGGAAC CAAAATGCTG 
ACAAAATGCC AAACCACAAA TGTACACATG ACGAGTTTAA GGGCTCCAGG AACCAGTAAA 
ATCTCCCTGC TCCCTAGAAT GTCTGCTTTC CAACATCCAG GTGAGCCATG CCTTAACACA 
GAGGTCGCTC ATGAGTTTAA GTCCAAAGTG AAGCTACAGT CAGATAACCA GCTTCAAGGC 
TGTCCCAAAC ACATGTTTCT TGCTGCAAAA AACTTGTCTT CTCGGGTGTC CCAATACCCT 
CCCCCAAAAG TGCCCACTGG AGATAGGTTA GCTTCCCAGG CATTAAGTGG ACCCATGGCA 
GCCCCAAGGA GCAGGCTAGG GCAGCAGGAG CCCCAAACTT CAAAACTTCA GGACTCATGG 
AAGAGCCAGA GCAAGATGAT TGCCACTATT TCTAAGAGAA GGGACTGTAG GGGACCTAAA 
CCAGGAGAAC ATGAAGAAAG TTTTAAAGAA TTAGGGACTT CTCAAGCTGG AAATATGAGC 
CACCCTGCCC AAGGCAGGGG AATAATAGGC TCTGTTGGGA GCAAATGTCC CCATCCCATG 
CCGGAGAAGA AACAGGGTCC TCCAGAAAGC CCCTTCCGAA AAAGAATGAG GCTATTGTTT 
GAGTGGATTT TCCCCAGTAA AAAAGTCAAA AGTCAGGACG CTTTGCAAAA AGGCAAGCCT 
GTCTCAGCTA TTACTGAAAG CCAAGGACCA ATCAAAAGCA AATCTATCTT GAAGAGTGAG 
ACTGCTGAGG CTCAGGCACT CATGACAGCT GTTGGTCATA TTCTAGAAGA AAAAATGGCA 
ATTCACCATG GACATCATGC CACAAAGTTA AATGACCACA GACAGGAACT CCAAGCTTCA 
GTATGTGGGT GTTCCTGCTA CCACAAGTTT CTCTTCTACC CAGAGCAAGG GAAAATGGTG 
GGTTATAGAG CCTGCAGTCA CCAAGCCAAC TTCAAGGACC AGAGTTGTTC TTTCAGGGAA 
AGGGAAGTCA GACATCAACA GTCCTCAAAA AGTGTAAGAT TCAACGATGA GCCGACAGGC 
CTTAGGCAAC CCCCCACCTT ATCCCCCAAG AAGACTTTGT CTCCAGTCAG TCCCTGCCAG 
CATGGGTCAA GGATGCCAGG TGCCCTAGCC CGCCATCAAC ACTGTCCAAG GCACTGTTGT 
CTTCGGGGAG GTGTCTTGCC TAGCAAACCA TAA

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

RefSeq	XP_020940719.1
CDS	1..4233
Translation	MENLFDLKSVIETWLTSSQTSWVVDTILAFLCGLGIFLLLLPCFQSNPSLPPSRKLRNSRKWTLLSWEIGTSACRDCLKELEETHSLVSLLQSHLGRLPDKGSFHLLSCQETPGETCEAVPAGVCQPCGEPVEDAAPAIPPLAPLSKHPPPLASTLLPGPTTSSASVHSHTSLNASQPPEPSVPLASLSPWPLDLSSPPPCPPDSEACPPPPTASSAPTPQDSTPTLTQDDPSMALPLGTVPQNLSPHNPGSTSLAPAISGFGRSGCPPSALSRWQAAAKALCLSRSSQGKSQEKHLSYHPPDASFSVGPSDREMEASSPSLLSSDDQKLLEIQMTKTVEIKIWKEKEKDGSNLKQMSPDCHLDSLGSMLKALGADQNTTIAQTFWNTKDKPEQLPCPQQLSYPNHLQQEYNQLFWGLPSLHSESLVATAWISESPSAPQSPSFLFNRIPNASPVQMQAKIFPLLSQFQPLSRLEFQSQPFIPTIPQFQLTPLAQVQTQAPLKPSLPIETHSSPPQIRACGIRCPLAPNKPQSLTPTEIPHSEQSLLLKQLENAWDLSSEVKRSQEVSSVFTSKFPEDSWVGSILPENFPISPELRKQLEQHLQKWLIQHRWELPQRIQESLEISQLQEEFPRTRQAKAKHGPSRPSSFIGESSKDAQKVGFRRSQDLGKGLGHILGKVPKDLSGSSESSLVKFQEENPEESESDLSLLKNDLGINLLRSLDKDLEKILKGHLVRKLGKVAKDLIPKDVNQSRLTVSHASLKSDTHMETRNLGILKSWAPCVNTSHRVSFLDPDTRDGLEAHIIRFRVKHRWGLPLKVLKPINLFKLKKAQPSPIRQFSFCPSATYVSEARSTVRFAEFLGKPPQAHSRERVITKESAPTLVRSLLGPSPVSEEAQRVLGRIPASEYHGPSKASLTGREARPPSRSLTVSLMGRTWKSETVEWAKRDSLEPHSSSALAWNEPREERDCQASQDTSQGIPILEANLGMQSLRAEEAREAVEPKESSALKPQSRVILGTKMLTKCQTTNVHMTSLRAPGTSKISLLPRMSAFQHPGEPCLNTEVAHEFKSKVKLQSDNQLQGCPKHMFLAAKNLSSRVSQYPPPKVPTGDRLASQALSGPMAAPRSRLGQQEPQTSKLQDSWKSQSKMIATISKRRDCRGPKPGEHEESFKELGTSQAGNMSHPAQGRGIIGSVGSKCPHPMPEKKQGPPESPFRKRMRLLFEWIFPSKKVKSQDALQKGKPVSAITESQGPIKSKSILKSETAEAQALMTAVGHILEEKMAIHHGHHATKLNDHRQELQASVCGCSCYHKFLFYPEQGKMVGYRACSHQANFKDQSCSFREREVRHQQSSKSVRFNDEPTGLRQPPTLSPKKTLSPVSPCQHGSRMPGALARHQHCPRHCCLRGGVLPSKP

Target ORF information:

RefSeq Version	XM_021085060.1
Organism	Sus scrofa(pig)
Definition	Sus scrofa spermatogenesis-associated protein 31A6-like (LOC102166000), mRNA.

Target ORF information:

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

XM_021085060.1

ORF Insert Sequence:

ATGGAGAATC TCTTTGATTT GAAAAGCGTT ATTGAGACTT GGCTGACATC CAGCCAGACG 
TCCTGGGTGG TTGACACCAT CCTCGCATTC CTGTGTGGAC TGGGGATCTT CCTCCTGTTA 
CTTCCTTGCT TCCAGAGTAA TCCATCCTTA CCACCATCTA GAAAACTTAG AAACAGCAGG 
AAGTGGACTC TCCTGAGTTG GGAGATAGGA ACTTCAGCTT GCAGAGATTG CCTGAAAGAA 
CTGGAGGAGA CTCATAGCCT GGTTTCACTT CTGCAAAGCC ACCTGGGGAG GCTCCCTGAC 
AAGGGAAGCT TTCATCTGCT CTCATGTCAA GAAACCCCTG GTGAGACGTG TGAAGCAGTG 
CCTGCTGGAG TCTGCCAGCC TTGTGGGGAG CCTGTAGAAG ATGCTGCTCC TGCCATACCC 
CCATTGGCTC CTCTGAGCAA GCACCCTCCA CCACTGGCCT CCACCCTTTT ACCAGGCCCG 
ACGACCTCCT CAGCATCTGT TCATTCACAC ACATCTCTGA ATGCCTCTCA GCCACCAGAG 
CCTTCTGTTC CCCTGGCCAG CCTTTCACCC TGGCCACTTG ATCTTTCCTC TCCCCCACCA 
TGTCCACCTG ATTCAGAGGC TTGCCCTCCA CCTCCAACAG CCTCCTCTGC CCCCACACCA 
CAAGATTCTA CTCCAACTCT TACTCAGGAT GATCCCTCAA TGGCACTACC GCTGGGCACT 
GTTCCACAGA ACTTATCTCC ACACAACCCT GGGTCAACAT CTCTCGCCCC AGCCATCTCA 
GGCTTTGGTC GCTCAGGTTG TCCCCCTTCA GCTCTGTCCC GGTGGCAGGC AGCAGCCAAA 
GCCTTGTGCC TCTCAAGATC ATCACAGGGA AAGTCCCAGG AAAAGCACCT TTCCTACCAC 
CCACCAGACG CCTCATTCTC AGTAGGCCCC TCAGACAGAG AGATGGAGGC TAGTAGCCCC 
TCTTTGCTCA GCTCTGATGA CCAGAAGCTC CTAGAGATAC AAATGACAAA GACAGTCGAG 
ATCAAGATTT GGAAGGAGAA AGAAAAAGAT GGATCAAATT TAAAACAAAT GAGCCCAGAC 
TGCCACCTGG ATTCCTTGGG GAGTATGTTG AAAGCACTGG GTGCTGATCA AAACACCACA 
ATTGCCCAAA CTTTCTGGAA CACAAAAGAC AAACCAGAGC AGCTGCCTTG TCCTCAGCAG 
CTCTCATATC CCAACCATCT ACAGCAGGAA TATAACCAGC TTTTCTGGGG TCTCCCTTCT 
TTGCACAGTG AATCCTTGGT GGCTACTGCC TGGATCTCTG AGAGCCCTTC AGCACCCCAA 
TCTCCTTCTT TCTTATTCAA CAGAATTCCA AACGCCAGCC CAGTTCAAAT GCAAGCTAAA 
ATATTTCCAC TGCTTTCCCA GTTCCAGCCC CTATCCCGTC TGGAGTTCCA ATCTCAACCT 
TTTATTCCAA CAATACCTCA ATTCCAGCTC ACACCTCTGG CTCAGGTCCA AACACAGGCC 
CCGCTCAAAC CTTCTCTCCC AATTGAAACA CATTCTTCTC CACCCCAGAT TAGAGCCTGT 
GGAATACGTT GCCCTTTAGC CCCGAATAAG CCACAATCTC TCACTCCAAC TGAGATTCCA 
CATTCAGAAC AGTCCTTGTT GCTGAAGCAA CTAGAAAATG CATGGGATTT ATCCTCTGAG 
GTCAAAAGAT CTCAGGAAGT CTCTAGTGTC TTCACGTCCA AATTTCCTGA GGACAGCTGG 
GTAGGCTCCA TCCTTCCTGA GAATTTTCCA ATCAGTCCTG AGCTCCGGAA ACAACTGGAA 
CAACACCTCC AAAAATGGCT CATCCAACAC CGGTGGGAGC TTCCCCAAAG GATCCAAGAG 
TCTTTAGAGA TAAGTCAGCT TCAAGAAGAA TTTCCAAGGA CACGACAAGC AAAGGCCAAG 
CATGGACCCT CACGGCCCTC TTCATTTATA GGTGAAAGCA GCAAGGATGC ACAGAAGGTG 
GGGTTCCGGC GAAGCCAGGA CCTGGGTAAG GGCCTGGGGC ATATTCTGGG GAAGGTCCCA 
AAAGATCTGT CTGGGAGCTC AGAAAGCTCC CTAGTGAAAT TTCAGGAGGA GAATCCTGAG 
GAGTCAGAAA GTGACTTGAG TCTCCTGAAG AATGATTTAG GAATTAATTT ACTAAGGAGC 
TTAGACAAGG ATCTAGAAAA AATCCTGAAA GGCCATTTGG TCAGGAAGCT GGGAAAGGTT 
GCCAAGGATT TGATTCCTAA GGATGTGAAT CAATCCCGGC TCACTGTCAG TCATGCTTCT 
CTCAAGTCTG ACACTCACAT GGAAACCAGG AATCTGGGAA TCCTGAAGAG TTGGGCACCC 
TGTGTGAACA CCTCCCATAG GGTTTCCTTC CTTGATCCAG ACACTCGAGA TGGGCTAGAA 
GCACATATCA TAAGGTTTCG GGTAAAGCAT AGGTGGGGCT TACCCCTCAA GGTCCTCAAG 
CCCATAAATC TCTTTAAGTT GAAAAAAGCT CAACCCTCAC CCATTCGGCA GTTTTCCTTT 
TGCCCCTCAG CCACCTATGT ATCTGAGGCC CGTTCAACAG TCAGATTTGC AGAGTTCCTT 
GGAAAGCCCC CTCAGGCCCA TTCAAGGGAG AGGGTGATAA CAAAAGAGTC AGCTCCCACC 
CTGGTGAGGT CTCTCCTTGG CCCCTCACCT GTGAGTGAGG AAGCCCAGAG GGTCCTGGGA 
AGGATCCCAG CTAGTGAGTA CCATGGGCCC TCCAAGGCTT CTCTGACTGG ACGGGAGGCC 
AGGCCACCTT CTCGGTCCCT CACAGTCAGC CTTATGGGCA GAACCTGGAA GAGCGAGACT 
GTGGAGTGGG CCAAGAGGGA CAGCCTAGAG CCACATTCAA GTTCAGCATT GGCCTGGAAT 
GAGCCAAGAG AAGAGAGGGA TTGCCAGGCT TCACAAGACA CCAGCCAGGG GATACCAATT 
CTGGAAGCGA ACTTAGGAAT GCAGTCTTTG AGAGCTGAAG AGGCCAGGGA GGCAGTGGAG 
CCTAAGGAGT CCTCTGCTCT TAAACCACAA TCTAGAGTTA TCTTGGGAAC CAAAATGCTG 
ACAAAATGCC AAACCACAAA TGTACACATG ACGAGTTTAA GGGCTCCAGG AACCAGTAAA 
ATCTCCCTGC TCCCTAGAAT GTCTGCTTTC CAACATCCAG GTGAGCCATG CCTTAACACA 
GAGGTCGCTC ATGAGTTTAA GTCCAAAGTG AAGCTACAGT CAGATAACCA GCTTCAAGGC 
TGTCCCAAAC ACATGTTTCT TGCTGCAAAA AACTTGTCTT CTCGGGTGTC CCAATACCCT 
CCCCCAAAAG TGCCCACTGG AGATAGGTTA GCTTCCCAGG CATTAAGTGG ACCCATGGCA 
GCCCCAAGGA GCAGGCTAGG GCAGCAGGAG CCCCAAACTT CAAAACTTCA GGACTCATGG 
AAGAGCCAGA GCAAGATGAT TGCCACTATT TCTAAGAGAA GGGACTGTAG GGGACCTAAA 
CCAGGAGAAC ATGAAGAAAG TTTTAAAGAA TTAGGGACTT CTCAAGCTGG AAATATGAGC 
CACCCTGCCC AAGGCAGGGG AATAATAGGC TCTGTTGGGA GCAAATGTCC CCATCCCATG 
CCGGAGAAGA AACAGGGTCC TCCAGAAAGC CCCTTCCGAA AAAGAATGAG GCTATTGTTT 
GAGTGGATTT TCCCCAGTAA AAAAGTCAAA AGTCAGGACG CTTTGCAAAA AGGCAAGCCT 
GTCTCAGCTA TTACTGAAAG CCAAGGACCA ATCAAAAGCA AATCTATCTT GAAGAGTGAG 
ACTGCTGAGG CTCAGGCACT CATGACAGCT GTTGGTCATA TTCTAGAAGA AAAAATGGCA 
ATTCACCATG GACATCATGC CACAAAGTTA AATGACCACA GACAGGAACT CCAAGCTTCA 
GTATGTGGGT GTTCCTGCTA CCACAAGTTT CTCTTCTACC CAGAGCAAGG GAAAATGGTG 
GGTTATAGAG CCTGCAGTCA CCAAGCCAAC TTCAAGGACC AGAGTTGTTC TTTCAGGGAA 
AGGGAAGTCA GACATCAACA GTCCTCAAAA AGTGTAAGAT TCAACGATGA GCCGACAGGC 
CTTAGGCAAC CCCCCACCTT ATCCCCCAAG AAGACTTTGT CTCCAGTCAG TCCCTGCCAG 
CATGGGTCAA GGATGCCAGG TGCCCTAGCC CGCCATCAAC ACTGTCCAAG GCACTGTTGT 
CTTCGGGGAG GTGTCTTGCC TAGCAAACCA TAA

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

LOC102166000 ( XM_005660053.1 ) cDNA ORF clone, Sus scrofa(pig) -> XP_005660110.1 Sus scrofa spermatogenesis-associated protein 31A6-like (LOC102166000), mRNA.

Price & Availability↑

CloneID	OSe02857
Clone ID Related Accession (Same CDS sequence)	XM_005660053.1
Accession Version	XM_005660053.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4260bp) 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	2015-09-10
Organism	Sus scrofa(Pig)
Product	spermatogenesis-associated protein 31A6-like
Comment	MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003609335.1) 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 :: Sus scrofa Annotation Release 105 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##

ATGATGGAGA ATCTCTTTGA TTTGAAAAGC GTTATTGAGA CTTGGCTGAC ATCCAGCCAG 
ACGTCCTGGG TGGTTGACAC CATCCTCGCA TTCCTGTGTG GACTGGGGAT CTTCCTCCTG 
TTACTTCCTT GCTTCCAGAG TAATCCATCC TTACCACCAT CTAGAAAACT TAGAAACAGC 
AGGAAGCGTC AGGTGGAGCC AAGGGGGAGG AGCCGGAGTA GGAAGAAAAG TGGAGCTTTA 
AAAGCTTGCA GAGATTGCCT GAAAGAACTG GAGGAGACTC ATAGCCTGGT TTCACTTCTG 
CAAAGCCACC TGGGGAGGCT CCCTGACAAG GGAAGCTTTC ATCTGCTCTC ATGTCAAGAA 
ACCCCTGGTG AGACGTGTGA AGCAGTGCCT GCTGGAGTCT GCCAGCCTTG TGGGGAGCCT 
GTAGAAGATG CTGCTCCTGC CATACCCCCA TTGGCTCCTC TGAGCAAGCA CCCTCCACCA 
CTGGCCTCCA CCCTTTTACC AGGCCCGACG ACCTCCTCAG CATCTGTTCA TTCACACACA 
TCTCTGAATG CCTCTCAGCC ACCAGAGCCT TCTGTTCCCC TGGCCAGCCT TTCACCCTGG 
CCACTTGATC TTTCCTCTCC CCCACCATGT CCACCTGATT CAGAGGCTTG CCCTCCACCT 
CCAACAGCCT CCTCTGCCCC CACACCACAA GATTCTACTC CAACTCTTAC TCAGGATGAT 
CCCTCAATGG CACTACCGCT GGGCACTGTT CCACAGAACT TATCTCCACA CAACCCTGGG 
TCAACATCTC TCGCCCCAGC CATCTCAGGC TTTGGTCGCT CAGGTTGTCC CCCTTCAGCT 
CTGTCCCGGT GGCAGGCAGC AGCCAAAGCC TTGTGCCTCT CAAGATCATC ACAGGGAAAG 
TCCCAGGAAA AGCACCTTTC CTACCACCCA CCAGACGCCT CATTCTCAGT AGGCCCCTCA 
GACAGAGAGA TGGAGGCTAG TAGCCCCTCT TTGCTCAGCT CTGATGACCA GAAGCTCCTA 
GAGATACAAA TGACAAAGAC AGTCGAGATC AAGATTTGGA AGGAGAAAGA AAAAGATGGA 
TCAAATTTAA AACAAATGAG CCCAGACTGC CACCTGGATT CCTTGGGGAG TATGTTGAAA 
GCACTGGGTG CTGATCAAAA CACCACAATT GCCCAAACTT TCTGGAACAC AAAAGACAAA 
CCAGAGCAGC TGCCTTGTCC TCAGCAGCTC TCATATCCCA ACCATCTACA GCAGGAATAT 
AACCAGCTTT TCTGGGGTCT CCCTTCTTTG CACAGTGAAT CCTTGGTGGC TACTGCCTGG 
ATCTCTGAGA GCCCTTCAGC ACCCCAATCT CCTTCTTTCT TATTCAACAG AATTCCAAAC 
GCCAGCCCAG TTCAAATGCA AGCTAAAATA TTTCCACTGC TTTCCCAGTT CCAGCCCCTA 
TCCCGTCTGG AGTTCCAATC TCAACCTTTT ATTCCAACAA TACCTCAATT CCAGCTCACA 
CCTCTGGCTC AGGTCCAAAC ACAGGCCCCG CTCAAACCTT CTCTCCCAAT TGAAACACAT 
TCTTCTCCAC CCCAGATTAG AGCCTGTGGA ATACGTTGCC CTTTAGCCCC GAATAAGCCA 
CAATCTCTCA CTCCAACTGA GATTCCACAT TCAGAACAGT CCTTGTTGCT GAAGCAACTA 
GAAAATGCAT GGGATTTATC CTCTGAGGTC AAAAGATCTC AGGAAGTCTC TAGTGTCTTC 
ACGTCCAAAT TTCCTGAGGA CAGCTGGGTA GGCTCCATCC TTCCTGAGAA TTTTCCAATC 
AGTCCTGAGC TCCGGAAACA ACTGGAACAA CACCTCCAAA AATGGCTCAT CCAACACCGG 
TGGGAGCTTC CCCAAAGGAT CCAAGAGTCT TTAGAGATAA GTCAGCTTCA AGAAGAATTT 
CCAAGGACAC GACAAGCAAA GGCCAAGCAT GGACCCTCAC GGCCCTCTTC ATTTATAGGT 
GAAAGCAGCA AGGATGCACA GAAGGTGGGG TTCCGGCGAA GCCAGGACCT GGGTAAGGGC 
CTGGGGCATA TTCTGGGGAA GGTCCCAAAA GATCTGTCTG GGAGCTCAGA AAGCTCCCTA 
GTGAAATTTC AGGAGGAGAA TCCTGAGGAG TCAGAAAGTG ACTTGAGTCT CCTGAAGAAT 
GATTTAGGAA TTAATTTACT AAGGAGCTTA GACAAGGATC TAGAAAAAAT CCTGAAAGGC 
CATTTGGTCA GGAAGCTGGG AAAGGTTGCC AAGGATTTGA TTCCTAAGGA TGTGAATCAA 
TCCCGGCTCA CTGTCAGTCA TGCTTCTCTC AAGTCTGACA CTCACATGGA AACCAGGAAT 
CTGGGAATCC TGAAGAGTTG GGCACCCTGT GTGAACACCT CCCATAGGGT TTCCTTCCTT 
GATCCAGACA CTCGAGATGG GCTAGAAGCA CATATCATAA GGTTTCGGGT AAAGCATAGG 
TGGGGCTTAC CCCTCAAGGT CCTCAAGCCC ATAAATCTCT TTAAGTTGAA AAAAGCTCAA 
CCCTCACCCA TTCGGCAGTT TTCCTTTTGC CCCTCAGCCA CCTATGTATC TGAGGCCCGT 
TCAACAGTCA GATTTGCAGA GTTCCTTGGA AAGCCCCCTC AGGCCCATTC AAGGGAGAGG 
GTGATAACAA AAGAGTCAGC TCCCACCCTG GTGAGGTCTC TCCTTGGCCC CTCACCTGTG 
AGTGAGGAAG CCCAGAGGGT CCTGGGAAGG ATCCCAGCTA GTGAGTACCA TGGGCCCTCC 
AAGGCTTCTC TGACTGGACG GGAGGCCAGG CCACCTTCTC GGTCCCTCAC AGTCAGCCTT 
ATGGGCAGAA CCTGGAAGAG CGAGACTGTG GAGTGGGCCA AGAGGGACAG CCTAGAGCCA 
CATTCAAGTT CAGCATTGGC CTGGAATGAG CCAAGAGAAG AGAGGGATTG CCAGGCTTCA 
CAAGACACCA GCCAGGGGAT ACCAATTCTG GAAGCGAACT TAGGAATGCA GTCTTTGAGA 
GCTGAAGAGG CCAGGGAGGC AGTGGAGCCT AAGGAGTCCT CTGCTCTTAA ACCACAATCT 
AGAGTTATCT TGGGAACCAA AATGCTGACA AAATGCCAAA CCACAAATGT ACACATGACG 
AGTTTAAGGG CTCCAGGAAC CAGTAAAATC TCCCTGCTCC CTAGAATGTC TGCTTTCCAA 
CATCCAGGTG AGCCATGCCT TAACACAGAG GTCGCTCATG AGTTTAAGTC CAAAGTGAAG 
CTACAGTCAG ATAACCAGCT TCAAGGCTGT CCCAAACACA TGTTTCTTGC TGCAAAAAAC 
TTGTCTTCTC GGGTGTCCCA ATACCCTCCC CCAAAAGTGC CCACTGGAGA TAGGTTAGCT 
TCCCAGGCAT TAAGTGGACC CATGGCAGCC CCAAGGAGCA GGCTAGGGCA GCAGGAGCCC 
CAAACTTCAA AACTTCAGGA CTCATGGAAG AGCCAGAGCA AGATGATTGC CACTATTTCT 
AAGAGAAGGG ACTGTAGGGG ACCTAAACCA GGAGAACATG AAGAAAGTTT TAAAGAATTA 
GGGACTTCTC AAGCTGGAAA TATGAGCCAC CCTGCCCAAG GCAGGGGAAT AATAGGCTCT 
GTTGGGAGCA AATGTCCCCA TCCCATGCCG GAGAAGAAAC AGGGTCCTCC AGAAAGCCCC 
TTCCGAAAAA GAATGAGGCT ATTGTTTGAG TGGATTTTCC CCAGTAAAAA AGTCAAAAGT 
CAGGACGCTT TGCAAAAAGG CAAGCCTGTC TCAGCTATTA CTGAAAGCCA AGGACCAATC 
AAAAGCAAAT CTATCTTGAA GAGTGAGACT GCTGAGGCTC AGGCACTCAT GACAGCTGTT 
GGTCATATTC TAGAAGAAAA AATGGCAATT CACCATGGAC ATCATGCCAC AAAGTTAAAT 
GACCACAGAC AGGAACTCCA AGCTTCAGTA TGTGGGTGTT CCTGCTACCA CAAGTTTCTC 
TTCTACCCAG AGCAAGGGAA AATGGTGGGT TATAGAGCCT GCAGTCACCA AGCCAACTTC 
AAGGACCAGA GTTGTTCTTT CAGGGAAAGG GAAGTCAGAC ATCAACAGTC CTCAAAAAGT 
GTAAGATTCA ACGATGAGCC GACAGGCCTT AGGCAACCCC CCACCTTATC CCCCAAGAAG 
ACTTTGTCTC CAGTCAGTCC CTGCCAGCAT GGGTCAAGGA TGCCAGGTGC CCTAGCCCGC 
CATCAACACT GTCCAAGGCA CTGTTGTCTT CGGGGAGGTG TCTTGCCTAG CAAACCATAA

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

RefSeq	XP_005660110.1
CDS	60..4319
Translation	MMENLFDLKSVIETWLTSSQTSWVVDTILAFLCGLGIFLLLLPCFQSNPSLPPSRKLRNSRKRQVEPRGRSRSRKKSGALKACRDCLKELEETHSLVSLLQSHLGRLPDKGSFHLLSCQETPGETCEAVPAGVCQPCGEPVEDAAPAIPPLAPLSKHPPPLASTLLPGPTTSSASVHSHTSLNASQPPEPSVPLASLSPWPLDLSSPPPCPPDSEACPPPPTASSAPTPQDSTPTLTQDDPSMALPLGTVPQNLSPHNPGSTSLAPAISGFGRSGCPPSALSRWQAAAKALCLSRSSQGKSQEKHLSYHPPDASFSVGPSDREMEASSPSLLSSDDQKLLEIQMTKTVEIKIWKEKEKDGSNLKQMSPDCHLDSLGSMLKALGADQNTTIAQTFWNTKDKPEQLPCPQQLSYPNHLQQEYNQLFWGLPSLHSESLVATAWISESPSAPQSPSFLFNRIPNASPVQMQAKIFPLLSQFQPLSRLEFQSQPFIPTIPQFQLTPLAQVQTQAPLKPSLPIETHSSPPQIRACGIRCPLAPNKPQSLTPTEIPHSEQSLLLKQLENAWDLSSEVKRSQEVSSVFTSKFPEDSWVGSILPENFPISPELRKQLEQHLQKWLIQHRWELPQRIQESLEISQLQEEFPRTRQAKAKHGPSRPSSFIGESSKDAQKVGFRRSQDLGKGLGHILGKVPKDLSGSSESSLVKFQEENPEESESDLSLLKNDLGINLLRSLDKDLEKILKGHLVRKLGKVAKDLIPKDVNQSRLTVSHASLKSDTHMETRNLGILKSWAPCVNTSHRVSFLDPDTRDGLEAHIIRFRVKHRWGLPLKVLKPINLFKLKKAQPSPIRQFSFCPSATYVSEARSTVRFAEFLGKPPQAHSRERVITKESAPTLVRSLLGPSPVSEEAQRVLGRIPASEYHGPSKASLTGREARPPSRSLTVSLMGRTWKSETVEWAKRDSLEPHSSSALAWNEPREERDCQASQDTSQGIPILEANLGMQSLRAEEAREAVEPKESSALKPQSRVILGTKMLTKCQTTNVHMTSLRAPGTSKISLLPRMSAFQHPGEPCLNTEVAHEFKSKVKLQSDNQLQGCPKHMFLAAKNLSSRVSQYPPPKVPTGDRLASQALSGPMAAPRSRLGQQEPQTSKLQDSWKSQSKMIATISKRRDCRGPKPGEHEESFKELGTSQAGNMSHPAQGRGIIGSVGSKCPHPMPEKKQGPPESPFRKRMRLLFEWIFPSKKVKSQDALQKGKPVSAITESQGPIKSKSILKSETAEAQALMTAVGHILEEKMAIHHGHHATKLNDHRQELQASVCGCSCYHKFLFYPEQGKMVGYRACSHQANFKDQSCSFREREVRHQQSSKSVRFNDEPTGLRQPPTLSPKKTLSPVSPCQHGSRMPGALARHQHCPRHCCLRGGVLPSKP

Target ORF information:

RefSeq Version	XM_005660053.1
Organism	Sus scrofa(Pig)
Definition	Sus scrofa spermatogenesis-associated protein 31A6-like (LOC102166000), mRNA.

Target ORF information:

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

XM_005660053.1

ORF Insert Sequence:

ATGATGGAGA ATCTCTTTGA TTTGAAAAGC GTTATTGAGA CTTGGCTGAC ATCCAGCCAG 
ACGTCCTGGG TGGTTGACAC CATCCTCGCA TTCCTGTGTG GACTGGGGAT CTTCCTCCTG 
TTACTTCCTT GCTTCCAGAG TAATCCATCC TTACCACCAT CTAGAAAACT TAGAAACAGC 
AGGAAGCGTC AGGTGGAGCC AAGGGGGAGG AGCCGGAGTA GGAAGAAAAG TGGAGCTTTA 
AAAGCTTGCA GAGATTGCCT GAAAGAACTG GAGGAGACTC ATAGCCTGGT TTCACTTCTG 
CAAAGCCACC TGGGGAGGCT CCCTGACAAG GGAAGCTTTC ATCTGCTCTC ATGTCAAGAA 
ACCCCTGGTG AGACGTGTGA AGCAGTGCCT GCTGGAGTCT GCCAGCCTTG TGGGGAGCCT 
GTAGAAGATG CTGCTCCTGC CATACCCCCA TTGGCTCCTC TGAGCAAGCA CCCTCCACCA 
CTGGCCTCCA CCCTTTTACC AGGCCCGACG ACCTCCTCAG CATCTGTTCA TTCACACACA 
TCTCTGAATG CCTCTCAGCC ACCAGAGCCT TCTGTTCCCC TGGCCAGCCT TTCACCCTGG 
CCACTTGATC TTTCCTCTCC CCCACCATGT CCACCTGATT CAGAGGCTTG CCCTCCACCT 
CCAACAGCCT CCTCTGCCCC CACACCACAA GATTCTACTC CAACTCTTAC TCAGGATGAT 
CCCTCAATGG CACTACCGCT GGGCACTGTT CCACAGAACT TATCTCCACA CAACCCTGGG 
TCAACATCTC TCGCCCCAGC CATCTCAGGC TTTGGTCGCT CAGGTTGTCC CCCTTCAGCT 
CTGTCCCGGT GGCAGGCAGC AGCCAAAGCC TTGTGCCTCT CAAGATCATC ACAGGGAAAG 
TCCCAGGAAA AGCACCTTTC CTACCACCCA CCAGACGCCT CATTCTCAGT AGGCCCCTCA 
GACAGAGAGA TGGAGGCTAG TAGCCCCTCT TTGCTCAGCT CTGATGACCA GAAGCTCCTA 
GAGATACAAA TGACAAAGAC AGTCGAGATC AAGATTTGGA AGGAGAAAGA AAAAGATGGA 
TCAAATTTAA AACAAATGAG CCCAGACTGC CACCTGGATT CCTTGGGGAG TATGTTGAAA 
GCACTGGGTG CTGATCAAAA CACCACAATT GCCCAAACTT TCTGGAACAC AAAAGACAAA 
CCAGAGCAGC TGCCTTGTCC TCAGCAGCTC TCATATCCCA ACCATCTACA GCAGGAATAT 
AACCAGCTTT TCTGGGGTCT CCCTTCTTTG CACAGTGAAT CCTTGGTGGC TACTGCCTGG 
ATCTCTGAGA GCCCTTCAGC ACCCCAATCT CCTTCTTTCT TATTCAACAG AATTCCAAAC 
GCCAGCCCAG TTCAAATGCA AGCTAAAATA TTTCCACTGC TTTCCCAGTT CCAGCCCCTA 
TCCCGTCTGG AGTTCCAATC TCAACCTTTT ATTCCAACAA TACCTCAATT CCAGCTCACA 
CCTCTGGCTC AGGTCCAAAC ACAGGCCCCG CTCAAACCTT CTCTCCCAAT TGAAACACAT 
TCTTCTCCAC CCCAGATTAG AGCCTGTGGA ATACGTTGCC CTTTAGCCCC GAATAAGCCA 
CAATCTCTCA CTCCAACTGA GATTCCACAT TCAGAACAGT CCTTGTTGCT GAAGCAACTA 
GAAAATGCAT GGGATTTATC CTCTGAGGTC AAAAGATCTC AGGAAGTCTC TAGTGTCTTC 
ACGTCCAAAT TTCCTGAGGA CAGCTGGGTA GGCTCCATCC TTCCTGAGAA TTTTCCAATC 
AGTCCTGAGC TCCGGAAACA ACTGGAACAA CACCTCCAAA AATGGCTCAT CCAACACCGG 
TGGGAGCTTC CCCAAAGGAT CCAAGAGTCT TTAGAGATAA GTCAGCTTCA AGAAGAATTT 
CCAAGGACAC GACAAGCAAA GGCCAAGCAT GGACCCTCAC GGCCCTCTTC ATTTATAGGT 
GAAAGCAGCA AGGATGCACA GAAGGTGGGG TTCCGGCGAA GCCAGGACCT GGGTAAGGGC 
CTGGGGCATA TTCTGGGGAA GGTCCCAAAA GATCTGTCTG GGAGCTCAGA AAGCTCCCTA 
GTGAAATTTC AGGAGGAGAA TCCTGAGGAG TCAGAAAGTG ACTTGAGTCT CCTGAAGAAT 
GATTTAGGAA TTAATTTACT AAGGAGCTTA GACAAGGATC TAGAAAAAAT CCTGAAAGGC 
CATTTGGTCA GGAAGCTGGG AAAGGTTGCC AAGGATTTGA TTCCTAAGGA TGTGAATCAA 
TCCCGGCTCA CTGTCAGTCA TGCTTCTCTC AAGTCTGACA CTCACATGGA AACCAGGAAT 
CTGGGAATCC TGAAGAGTTG GGCACCCTGT GTGAACACCT CCCATAGGGT TTCCTTCCTT 
GATCCAGACA CTCGAGATGG GCTAGAAGCA CATATCATAA GGTTTCGGGT AAAGCATAGG 
TGGGGCTTAC CCCTCAAGGT CCTCAAGCCC ATAAATCTCT TTAAGTTGAA AAAAGCTCAA 
CCCTCACCCA TTCGGCAGTT TTCCTTTTGC CCCTCAGCCA CCTATGTATC TGAGGCCCGT 
TCAACAGTCA GATTTGCAGA GTTCCTTGGA AAGCCCCCTC AGGCCCATTC AAGGGAGAGG 
GTGATAACAA AAGAGTCAGC TCCCACCCTG GTGAGGTCTC TCCTTGGCCC CTCACCTGTG 
AGTGAGGAAG CCCAGAGGGT CCTGGGAAGG ATCCCAGCTA GTGAGTACCA TGGGCCCTCC 
AAGGCTTCTC TGACTGGACG GGAGGCCAGG CCACCTTCTC GGTCCCTCAC AGTCAGCCTT 
ATGGGCAGAA CCTGGAAGAG CGAGACTGTG GAGTGGGCCA AGAGGGACAG CCTAGAGCCA 
CATTCAAGTT CAGCATTGGC CTGGAATGAG CCAAGAGAAG AGAGGGATTG CCAGGCTTCA 
CAAGACACCA GCCAGGGGAT ACCAATTCTG GAAGCGAACT TAGGAATGCA GTCTTTGAGA 
GCTGAAGAGG CCAGGGAGGC AGTGGAGCCT AAGGAGTCCT CTGCTCTTAA ACCACAATCT 
AGAGTTATCT TGGGAACCAA AATGCTGACA AAATGCCAAA CCACAAATGT ACACATGACG 
AGTTTAAGGG CTCCAGGAAC CAGTAAAATC TCCCTGCTCC CTAGAATGTC TGCTTTCCAA 
CATCCAGGTG AGCCATGCCT TAACACAGAG GTCGCTCATG AGTTTAAGTC CAAAGTGAAG 
CTACAGTCAG ATAACCAGCT TCAAGGCTGT CCCAAACACA TGTTTCTTGC TGCAAAAAAC 
TTGTCTTCTC GGGTGTCCCA ATACCCTCCC CCAAAAGTGC CCACTGGAGA TAGGTTAGCT 
TCCCAGGCAT TAAGTGGACC CATGGCAGCC CCAAGGAGCA GGCTAGGGCA GCAGGAGCCC 
CAAACTTCAA AACTTCAGGA CTCATGGAAG AGCCAGAGCA AGATGATTGC CACTATTTCT 
AAGAGAAGGG ACTGTAGGGG ACCTAAACCA GGAGAACATG AAGAAAGTTT TAAAGAATTA 
GGGACTTCTC AAGCTGGAAA TATGAGCCAC CCTGCCCAAG GCAGGGGAAT AATAGGCTCT 
GTTGGGAGCA AATGTCCCCA TCCCATGCCG GAGAAGAAAC AGGGTCCTCC AGAAAGCCCC 
TTCCGAAAAA GAATGAGGCT ATTGTTTGAG TGGATTTTCC CCAGTAAAAA AGTCAAAAGT 
CAGGACGCTT TGCAAAAAGG CAAGCCTGTC TCAGCTATTA CTGAAAGCCA AGGACCAATC 
AAAAGCAAAT CTATCTTGAA GAGTGAGACT GCTGAGGCTC AGGCACTCAT GACAGCTGTT 
GGTCATATTC TAGAAGAAAA AATGGCAATT CACCATGGAC ATCATGCCAC AAAGTTAAAT 
GACCACAGAC AGGAACTCCA AGCTTCAGTA TGTGGGTGTT CCTGCTACCA CAAGTTTCTC 
TTCTACCCAG AGCAAGGGAA AATGGTGGGT TATAGAGCCT GCAGTCACCA AGCCAACTTC 
AAGGACCAGA GTTGTTCTTT CAGGGAAAGG GAAGTCAGAC ATCAACAGTC CTCAAAAAGT 
GTAAGATTCA ACGATGAGCC GACAGGCCTT AGGCAACCCC CCACCTTATC CCCCAAGAAG 
ACTTTGTCTC CAGTCAGTCC CTGCCAGCAT GGGTCAAGGA TGCCAGGTGC CCTAGCCCGC 
CATCAACACT GTCCAAGGCA CTGTTGTCTT CGGGGAGGTG TCTTGCCTAG CAAACCATAA