LOC102509327 cDNA ORF clone, Camelus ferus(Wild Bactrian camel)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102509327
Entrez Gene ID	102509327
Full Name	spermatogenesis-associated protein 31D1
Synonyms	SPATA31D1
Gene Type	protein-coding
Organism	Camelus ferus(Wild Bactrian camel)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014555929.1	XP_014411415.1	spermatogenesis-associated protein 31D1

Pathways from BioSystems
Gene Ontology

The following LOC102509327 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102509327 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
OCa40838	XM_014555929.1 Latest version!	Camelus ferus spermatogenesis-associated protein 31D1 (LOC102509327), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC102509327 ( XM_014555929.1 ) cDNA ORF clone, Camelus ferus(Wild Bactrian camel) -> XP_014411415.1 Camelus ferus spermatogenesis-associated protein 31D1 (LOC102509327), mRNA.

Price & Availability↑

CloneID	OCa40838
Clone ID Related Accession (Same CDS sequence)	XM_014555929.1
Accession Version	XM_014555929.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4470bp) 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	2015-11-02
Organism	Camelus ferus(Wild Bactrian camel)
Product	spermatogenesis-associated protein 31D1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006210688.1) 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 :: Camelus ferus Annotation Release 101 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 :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGGAAGGC AGTTAGAGCC TGAGACACTT CTCAGATTCC CTGCTCTGCC CATCGCTGGG 
CTTGAAGCAG TGATGGACCT GGGCAATGGG TGTTTCGCAG CAGGTTCAAG AGCTTGCCAG 
AGCGAAGTAG AGGAGGAAAG GAAGGTGCTC TCTCTTCTTC AAAGCCCCCT GGGCCGGCAT 
GATGATACCA CCCGCTTTCG TCAACTGTTA TGTCCAGACC CCTTCTGTGA GGTGTGTAAT 
AATGCAACTG CTGAGGTCAA CTGGCTGCTG CACCCGGAGG CCCTGGAAGA TGCTACTTCC 
TCTGCATCCC CTTTGGTTTC TACATCTCCT GTGACTGAGT CATCATTTAC TCTGTCCCCT 
GCCTTCTCAG TAGTCCCTCT AGGAGACCTA GCATCAGCCT CCCTGTCTGA ACCTTCCCCA 
CTGGCCCCCT CTAGTCTCTC ACCTAACCCA ATGACCCCCT TAGTTGACTT TTTTTCACCC 
TCACCACTAG GTCACTCTCT GGCACCAGGG CCTTTTCCTT CTTTGGATTC TGAATTCCCA 
GTGGACTATT CCTCACCCCA ACCCCTTGCG TTTCCCCCTC TCCTAGCACA TGACACTCAG 
ACAGCAGATC CTGTTGTCCC AGCAGAGGGC ACGATGCCTC TAAATACCAT CTTCTCTCTC 
GATCCCACCT TCTCCCAAGA TATCAACTCC TTACAAGTTT TGTCCCAGGC AGTGAATCCC 
CCTGATTCAT TTGTTTGTCA TCATGCACCA CCGACCCTGC CCGTTTCACT ACAGCCAGAC 
TGCACTTTAA CTGTCACTCA GTCTAAATCG TTTGCCATCT TATTGAAGCC TGTTCCCGAG 
AACTCACCTC CAGATAGCCC AGATGCACTG TCCACTTATG TCCCAACAAT CAAAGGCATT 
GACCATTCAA GCCTGTCAGT CTCAAACTTC TGGTGGCAGG CTCATACCAA AGACTTGTTC 
CCTTCGACCT TGGCACAATG TGATTTCAAT CAAGAGTTTC TTGCTCTCCA TTCTTCAGAG 
GCCTCTTTTG AGGGAGACCC TGCAGCCAAC CTTGTAGAGC CTGGTAACCT CTCATTTCTC 
AGCCCTGATG TCCTGGCACT CCTGGAGAGA CAAGTCCAAA AAAGGAGCAA TTGCCTGATG 
TGGAAGGAAA AGGAAAAGGA AAAAGATTCT TTTCCAAAAC AACTTAGCCC AAACTACCAA 
CTAAATTCTC CAGGGAAAAT GTTAGAATCA GTGGCTGATA AGCATGACTC TGCCATTTCC 
CTTCCTTTTT GGAGCAGCAG AGACAAACCA AAGGAGCTGC ATGTGCCTCA GCAGTATCCT 
AAGACCTTAG AAGACCATTT ACAGCAAAAA CGTATCCAGC TCTTCTGGGG TCTTCCATCT 
CTGCACAGCG AGTCCTTGCC TTCTGCTGTT CGTGTCTCAG GTGATGGCTC CTCAATCTTT 
ATTTTCAATG GAATCTCGAA TACCTCCACA GGCCAAGAAT CCCCACTACT TCCCCATCCC 
CTACCTTTGT CCTTGCCTGA GATTCAGCCT GAACCCTTGC CTCAAACTCT GCCTCAGCCA 
CAGCCCCTAC CTCTCACTCA GGCCCAGCCC CAGGCCCAGC CTCAGTCCCC ACTCCCAGTC 
ATACCATCTA GTCCTTTACC CCAGATTAGG ATCTGTGGAG TGTGTTTCCA TAGACCTCAG 
AATGAATCGG AGTCTCTTGC CTCATCTGAA ATTCAACACC TGGAATGGAA CATATTGCAG 
AAACAACAGA AAAGTTTGTG GGGTTTACCC TCTGTGGTCC AAAGATCTCA AGAAGAGTTT 
TGTCCATCAG TTTCTGACAC TCCTCACTCC CGGCCCTCCC TGGCCCATGT TTCAGTCTCC 
ATCCTTCCTG GAAAGTTTCC TCTCAGTGAT GAACTTCGGA AGAAACTAGA GCATCACCTT 
CGGAAGAGGC TCATCCAACA CCGGTGGGGC CTGCCTCGCA GAATCTACGA CTCTGTGTCA 
CTGATGATGC CTCCAAGAGA ATTTTCAGAG ATTTCTGAGT TAGAGAGCAA TGATGGAGTT 
TCATTGATCT CTGTGTTTAA GGGTCAGAGT AGCAAAAATC TAAATGTTGG ATTGAGCCAA 
CCTGGAAGCT TCCATGAGAA GGACTCAGAA ATGCTCCAGC TAGAGGAAGA TGTGGGGAAG 
GATCAGGGAC ATAGCCAAGA GAATGGCCCA AAATATCATC TGTTGAATGA CCCAAAGAGC 
TCTTCAGATA AGGATCTGGG GTATGACTCT GAGAAAGACC TAAACAGTCA GATGGAGAGT 
CCCTCAGAGA AAAATTCAAG GGAATTAGCA GGGAGTCTAA GTCAGAGACA ACTTGAAAAT 
GTCCTCAAAG TACATTTGAG CAAGAAGTTT GAGGAAATCA GTGAGGGCCG GCTCCCTGGG 
ACTGTGCATA GTTCATGGCA TGCTATTAAG CAGACATTGT TTCTTTCTGT GAAATCCCAC 
ACTCAGATAA AACAGAGAAG TTTGTCATCA TCGGTGGATG AGAGCTACTC CCTGAATACC 
TGCCAGGATC TTTCCTTTGT TGATTCCAGT GCACACCAGA TGCTGGAAAC CCATATCAAA 
AGGTTTCGTA TGAGGATGGT GTGGGGACTT CCCCCTAGAG TCATTGAATC CATAGAGATC 
TTTAAATTGA AAGATGCATC ATCCCAGTCC TTGTCCCATT CCAACTTCCC CTCTTCGACC 
AATGTGATTT CTGAGGTGGA CTCCAAATCT GGGGGCTTCA AGTCCTTTAG AGGAAGCTCT 
AAATCTCTTT ATGGAAACAT AGTGGAAACA ACAAATTCAG CCTCTGTTCT GGATCATTCT 
CTTCCTGCCA CCTCACCTGT GGGCAAAGAA GGACAGAAGG TCCTGAGACA ATCACGCTCT 
GAAATCAACC GTGGGCTTGC AGAGGATGTT CAGAGACTTA AGAATGCCAG ACAGACTCCT 
CTACCTGTCA CACACTGCGT CAGAGGGAAA GCAAGTCAGA GACAGGCTCT ACTAGCCAAT 
AGATACCCCC CAAAGCTGCC TGCAAAGCAA GCTGGGGCCA GAGATAAGCC ACAGTGTAAG 
AGTATGAGTT CCAGTGATAG AGCAGAAAAG CAACAGGGCA AAAACATGGA GAAGTCCCAA 
CCTGTTTCCA TGCCCAAAGT GTCTAGGGAG ATATTCAGGG CTGAGGAGCT CAATACTCTT 
CAATTAAAAA CTATTGGTAT GTTGACAACC AGCAAGCCAG GAAGCTCCCA AATGATAAAC 
CTGAATGAGA GTAAAGTAGA AACTACTGTG ACCACCAAAA ACCCCCCACC AAAGCTACCA 
GTTCCCCCAG ATCCTAAATC ATTAGACCTT AAAGAACAAC TGTTTGGTGA GTTAAAATGT 
AAATTGGAGA ACAGGGAACA TAGCCAGGCT CAAGGCCAAG CTACTGACAT GTCCCTTGCT 
TCAGATAACT TGACTTACAA AGCCTCACTG ACTCATACCC AGGGTGTCTC AGGTGGGGAC 
ATGGGCACTT CCCAGGTGCT ACATGTCCAT TTAGGTGATA GAGGACTCAG GATGGAGCAG 
CAGCAGGAGA CTTGGGTCCC TAAACATGTC TTAAGGAGGT GCCAGGGTAA GAATTTCCCA 
CCAACTGCAA AGAGAGTGAG CCCTCTGGGA CCCAAAGCAG AAGAGCTTGG TGGAGGCGAT 
GCAGGGCTTG GGACATCCCA ACCTGAAAGG AAGAGTTTCC CTACTCAGGA GATGGCAGTT 
GAGGAGACAC TTGGGAGCAA GTCTTCCCAG ACCCTATCAC AGAAGGGACA GCCTCCTTCT 
GAAAGCCTTA TCAAAAAAAG AATGAAGCAT TTTTTGCAAT GGCTTTATCC TGGGGTAAAA 
TACAAAAGGC AAGAAGATCC CCAGAAAAAA GGTAGCCCCA TATTAACTGC CCAGAGCAGA 
GGCCTCATTA AAAGTAAAGC TGCCTTTACA AGGACGACTG AAGCTCAGAA AATCATGACA 
GACATTGGGA AGTTCTTAGA GGAGAAACTG GGGTGTCAGC ATGCAACTGA TGTCACCTGC 
TCTCAAGAGC CCCTTCCTTC CCCAGTGCAG TTTGGGAAAA CTCAGCAAAA GGCAGAAGTG 
CAGATCCGAG CAGAGCCGGT TCAGGGGCAT CCTCTCAACT ATGAGGCTCC CTCCTGTAAA 
GTGACAAATA CCAAGTCTTG CCATCAAGAA GCTATCTTTG CTGGTCCAAG TCATCCTCCA 
AGTGCTAGAC GGATCAGAGA CAGGAACAGA CACCCCCAGA AAGTTGTGGC ATTTAAGGAC 
CAGCTATTGT GTCAGAAACA TCCCCCACCA GTGCCCCGTA GGGATCCTGT GCCCCATCTG 
AACCCCACCT GCAGGCATCA AGCTGGCCAG GGCCCTCCAG CTGCCATCAC CACTGCTGAA 
GGCTCTGTGT TCAGGGATCT GTCTCTACTG TTTAGACAGA AAATGCTTCT CCAGGATTTC 
CATGGAGGAA AATTTCCCAC TCCAAAATAA

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

RefSeq	XP_014411415.1
CDS	1..4470
Translation	MGRQLEPETLLRFPALPIAGLEAVMDLGNGCFAAGSRACQSEVEEERKVLSLLQSPLGRHDDTTRFRQLLCPDPFCEVCNNATAEVNWLLHPEALEDATSSASPLVSTSPVTESSFTLSPAFSVVPLGDLASASLSEPSPLAPSSLSPNPMTPLVDFFSPSPLGHSLAPGPFPSLDSEFPVDYSSPQPLAFPPLLAHDTQTADPVVPAEGTMPLNTIFSLDPTFSQDINSLQVLSQAVNPPDSFVCHHAPPTLPVSLQPDCTLTVTQSKSFAILLKPVPENSPPDSPDALSTYVPTIKGIDHSSLSVSNFWWQAHTKDLFPSTLAQCDFNQEFLALHSSEASFEGDPAANLVEPGNLSFLSPDVLALLERQVQKRSNCLMWKEKEKEKDSFPKQLSPNYQLNSPGKMLESVADKHDSAISLPFWSSRDKPKELHVPQQYPKTLEDHLQQKRIQLFWGLPSLHSESLPSAVRVSGDGSSIFIFNGISNTSTGQESPLLPHPLPLSLPEIQPEPLPQTLPQPQPLPLTQAQPQAQPQSPLPVIPSSPLPQIRICGVCFHRPQNESESLASSEIQHLEWNILQKQQKSLWGLPSVVQRSQEEFCPSVSDTPHSRPSLAHVSVSILPGKFPLSDELRKKLEHHLRKRLIQHRWGLPRRIYDSVSLMMPPREFSEISELESNDGVSLISVFKGQSSKNLNVGLSQPGSFHEKDSEMLQLEEDVGKDQGHSQENGPKYHLLNDPKSSSDKDLGYDSEKDLNSQMESPSEKNSRELAGSLSQRQLENVLKVHLSKKFEEISEGRLPGTVHSSWHAIKQTLFLSVKSHTQIKQRSLSSSVDESYSLNTCQDLSFVDSSAHQMLETHIKRFRMRMVWGLPPRVIESIEIFKLKDASSQSLSHSNFPSSTNVISEVDSKSGGFKSFRGSSKSLYGNIVETTNSASVLDHSLPATSPVGKEGQKVLRQSRSEINRGLAEDVQRLKNARQTPLPVTHCVRGKASQRQALLANRYPPKLPAKQAGARDKPQCKSMSSSDRAEKQQGKNMEKSQPVSMPKVSREIFRAEELNTLQLKTIGMLTTSKPGSSQMINLNESKVETTVTTKNPPPKLPVPPDPKSLDLKEQLFGELKCKLENREHSQAQGQATDMSLASDNLTYKASLTHTQGVSGGDMGTSQVLHVHLGDRGLRMEQQQETWVPKHVLRRCQGKNFPPTAKRVSPLGPKAEELGGGDAGLGTSQPERKSFPTQEMAVEETLGSKSSQTLSQKGQPPSESLIKKRMKHFLQWLYPGVKYKRQEDPQKKGSPILTAQSRGLIKSKAAFTRTTEAQKIMTDIGKFLEEKLGCQHATDVTCSQEPLPSPVQFGKTQQKAEVQIRAEPVQGHPLNYEAPSCKVTNTKSCHQEAIFAGPSHPPSARRIRDRNRHPQKVVAFKDQLLCQKHPPPVPRRDPVPHLNPTCRHQAGQGPPAAITTAEGSVFRDLSLLFRQKMLLQDFHGGKFPTPK

Target ORF information:

RefSeq Version	XM_014555929.1
Organism	Camelus ferus(Wild Bactrian camel)
Definition	Camelus ferus spermatogenesis-associated protein 31D1 (LOC102509327), mRNA.

Target ORF information:

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

XM_014555929.1

ORF Insert Sequence:

ATGGGAAGGC AGTTAGAGCC TGAGACACTT CTCAGATTCC CTGCTCTGCC CATCGCTGGG 
CTTGAAGCAG TGATGGACCT GGGCAATGGG TGTTTCGCAG CAGGTTCAAG AGCTTGCCAG 
AGCGAAGTAG AGGAGGAAAG GAAGGTGCTC TCTCTTCTTC AAAGCCCCCT GGGCCGGCAT 
GATGATACCA CCCGCTTTCG TCAACTGTTA TGTCCAGACC CCTTCTGTGA GGTGTGTAAT 
AATGCAACTG CTGAGGTCAA CTGGCTGCTG CACCCGGAGG CCCTGGAAGA TGCTACTTCC 
TCTGCATCCC CTTTGGTTTC TACATCTCCT GTGACTGAGT CATCATTTAC TCTGTCCCCT 
GCCTTCTCAG TAGTCCCTCT AGGAGACCTA GCATCAGCCT CCCTGTCTGA ACCTTCCCCA 
CTGGCCCCCT CTAGTCTCTC ACCTAACCCA ATGACCCCCT TAGTTGACTT TTTTTCACCC 
TCACCACTAG GTCACTCTCT GGCACCAGGG CCTTTTCCTT CTTTGGATTC TGAATTCCCA 
GTGGACTATT CCTCACCCCA ACCCCTTGCG TTTCCCCCTC TCCTAGCACA TGACACTCAG 
ACAGCAGATC CTGTTGTCCC AGCAGAGGGC ACGATGCCTC TAAATACCAT CTTCTCTCTC 
GATCCCACCT TCTCCCAAGA TATCAACTCC TTACAAGTTT TGTCCCAGGC AGTGAATCCC 
CCTGATTCAT TTGTTTGTCA TCATGCACCA CCGACCCTGC CCGTTTCACT ACAGCCAGAC 
TGCACTTTAA CTGTCACTCA GTCTAAATCG TTTGCCATCT TATTGAAGCC TGTTCCCGAG 
AACTCACCTC CAGATAGCCC AGATGCACTG TCCACTTATG TCCCAACAAT CAAAGGCATT 
GACCATTCAA GCCTGTCAGT CTCAAACTTC TGGTGGCAGG CTCATACCAA AGACTTGTTC 
CCTTCGACCT TGGCACAATG TGATTTCAAT CAAGAGTTTC TTGCTCTCCA TTCTTCAGAG 
GCCTCTTTTG AGGGAGACCC TGCAGCCAAC CTTGTAGAGC CTGGTAACCT CTCATTTCTC 
AGCCCTGATG TCCTGGCACT CCTGGAGAGA CAAGTCCAAA AAAGGAGCAA TTGCCTGATG 
TGGAAGGAAA AGGAAAAGGA AAAAGATTCT TTTCCAAAAC AACTTAGCCC AAACTACCAA 
CTAAATTCTC CAGGGAAAAT GTTAGAATCA GTGGCTGATA AGCATGACTC TGCCATTTCC 
CTTCCTTTTT GGAGCAGCAG AGACAAACCA AAGGAGCTGC ATGTGCCTCA GCAGTATCCT 
AAGACCTTAG AAGACCATTT ACAGCAAAAA CGTATCCAGC TCTTCTGGGG TCTTCCATCT 
CTGCACAGCG AGTCCTTGCC TTCTGCTGTT CGTGTCTCAG GTGATGGCTC CTCAATCTTT 
ATTTTCAATG GAATCTCGAA TACCTCCACA GGCCAAGAAT CCCCACTACT TCCCCATCCC 
CTACCTTTGT CCTTGCCTGA GATTCAGCCT GAACCCTTGC CTCAAACTCT GCCTCAGCCA 
CAGCCCCTAC CTCTCACTCA GGCCCAGCCC CAGGCCCAGC CTCAGTCCCC ACTCCCAGTC 
ATACCATCTA GTCCTTTACC CCAGATTAGG ATCTGTGGAG TGTGTTTCCA TAGACCTCAG 
AATGAATCGG AGTCTCTTGC CTCATCTGAA ATTCAACACC TGGAATGGAA CATATTGCAG 
AAACAACAGA AAAGTTTGTG GGGTTTACCC TCTGTGGTCC AAAGATCTCA AGAAGAGTTT 
TGTCCATCAG TTTCTGACAC TCCTCACTCC CGGCCCTCCC TGGCCCATGT TTCAGTCTCC 
ATCCTTCCTG GAAAGTTTCC TCTCAGTGAT GAACTTCGGA AGAAACTAGA GCATCACCTT 
CGGAAGAGGC TCATCCAACA CCGGTGGGGC CTGCCTCGCA GAATCTACGA CTCTGTGTCA 
CTGATGATGC CTCCAAGAGA ATTTTCAGAG ATTTCTGAGT TAGAGAGCAA TGATGGAGTT 
TCATTGATCT CTGTGTTTAA GGGTCAGAGT AGCAAAAATC TAAATGTTGG ATTGAGCCAA 
CCTGGAAGCT TCCATGAGAA GGACTCAGAA ATGCTCCAGC TAGAGGAAGA TGTGGGGAAG 
GATCAGGGAC ATAGCCAAGA GAATGGCCCA AAATATCATC TGTTGAATGA CCCAAAGAGC 
TCTTCAGATA AGGATCTGGG GTATGACTCT GAGAAAGACC TAAACAGTCA GATGGAGAGT 
CCCTCAGAGA AAAATTCAAG GGAATTAGCA GGGAGTCTAA GTCAGAGACA ACTTGAAAAT 
GTCCTCAAAG TACATTTGAG CAAGAAGTTT GAGGAAATCA GTGAGGGCCG GCTCCCTGGG 
ACTGTGCATA GTTCATGGCA TGCTATTAAG CAGACATTGT TTCTTTCTGT GAAATCCCAC 
ACTCAGATAA AACAGAGAAG TTTGTCATCA TCGGTGGATG AGAGCTACTC CCTGAATACC 
TGCCAGGATC TTTCCTTTGT TGATTCCAGT GCACACCAGA TGCTGGAAAC CCATATCAAA 
AGGTTTCGTA TGAGGATGGT GTGGGGACTT CCCCCTAGAG TCATTGAATC CATAGAGATC 
TTTAAATTGA AAGATGCATC ATCCCAGTCC TTGTCCCATT CCAACTTCCC CTCTTCGACC 
AATGTGATTT CTGAGGTGGA CTCCAAATCT GGGGGCTTCA AGTCCTTTAG AGGAAGCTCT 
AAATCTCTTT ATGGAAACAT AGTGGAAACA ACAAATTCAG CCTCTGTTCT GGATCATTCT 
CTTCCTGCCA CCTCACCTGT GGGCAAAGAA GGACAGAAGG TCCTGAGACA ATCACGCTCT 
GAAATCAACC GTGGGCTTGC AGAGGATGTT CAGAGACTTA AGAATGCCAG ACAGACTCCT 
CTACCTGTCA CACACTGCGT CAGAGGGAAA GCAAGTCAGA GACAGGCTCT ACTAGCCAAT 
AGATACCCCC CAAAGCTGCC TGCAAAGCAA GCTGGGGCCA GAGATAAGCC ACAGTGTAAG 
AGTATGAGTT CCAGTGATAG AGCAGAAAAG CAACAGGGCA AAAACATGGA GAAGTCCCAA 
CCTGTTTCCA TGCCCAAAGT GTCTAGGGAG ATATTCAGGG CTGAGGAGCT CAATACTCTT 
CAATTAAAAA CTATTGGTAT GTTGACAACC AGCAAGCCAG GAAGCTCCCA AATGATAAAC 
CTGAATGAGA GTAAAGTAGA AACTACTGTG ACCACCAAAA ACCCCCCACC AAAGCTACCA 
GTTCCCCCAG ATCCTAAATC ATTAGACCTT AAAGAACAAC TGTTTGGTGA GTTAAAATGT 
AAATTGGAGA ACAGGGAACA TAGCCAGGCT CAAGGCCAAG CTACTGACAT GTCCCTTGCT 
TCAGATAACT TGACTTACAA AGCCTCACTG ACTCATACCC AGGGTGTCTC AGGTGGGGAC 
ATGGGCACTT CCCAGGTGCT ACATGTCCAT TTAGGTGATA GAGGACTCAG GATGGAGCAG 
CAGCAGGAGA CTTGGGTCCC TAAACATGTC TTAAGGAGGT GCCAGGGTAA GAATTTCCCA 
CCAACTGCAA AGAGAGTGAG CCCTCTGGGA CCCAAAGCAG AAGAGCTTGG TGGAGGCGAT 
GCAGGGCTTG GGACATCCCA ACCTGAAAGG AAGAGTTTCC CTACTCAGGA GATGGCAGTT 
GAGGAGACAC TTGGGAGCAA GTCTTCCCAG ACCCTATCAC AGAAGGGACA GCCTCCTTCT 
GAAAGCCTTA TCAAAAAAAG AATGAAGCAT TTTTTGCAAT GGCTTTATCC TGGGGTAAAA 
TACAAAAGGC AAGAAGATCC CCAGAAAAAA GGTAGCCCCA TATTAACTGC CCAGAGCAGA 
GGCCTCATTA AAAGTAAAGC TGCCTTTACA AGGACGACTG AAGCTCAGAA AATCATGACA 
GACATTGGGA AGTTCTTAGA GGAGAAACTG GGGTGTCAGC ATGCAACTGA TGTCACCTGC 
TCTCAAGAGC CCCTTCCTTC CCCAGTGCAG TTTGGGAAAA CTCAGCAAAA GGCAGAAGTG 
CAGATCCGAG CAGAGCCGGT TCAGGGGCAT CCTCTCAACT ATGAGGCTCC CTCCTGTAAA 
GTGACAAATA CCAAGTCTTG CCATCAAGAA GCTATCTTTG CTGGTCCAAG TCATCCTCCA 
AGTGCTAGAC GGATCAGAGA CAGGAACAGA CACCCCCAGA AAGTTGTGGC ATTTAAGGAC 
CAGCTATTGT GTCAGAAACA TCCCCCACCA GTGCCCCGTA GGGATCCTGT GCCCCATCTG 
AACCCCACCT GCAGGCATCA AGCTGGCCAG GGCCCTCCAG CTGCCATCAC CACTGCTGAA 
GGCTCTGTGT TCAGGGATCT GTCTCTACTG TTTAGACAGA AAATGCTTCT CCAGGATTTC 
CATGGAGGAA AATTTCCCAC TCCAAAATAA