LOC107671443 cDNA ORF clone, Sinocyclocheilus anshuiensis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107671443
Entrez Gene ID	107671443
Full Name	thrombospondin type-1 domain-containing protein 7A-like
Gene Type	protein-coding
Organism	Sinocyclocheilus anshuiensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_016464365.1	XP_016319851.1	thrombospondin type-1 domain-containing protein 7A-like

Pathways from BioSystems
Gene Ontology

The following LOC107671443 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107671443 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
OSi91260	XM_016464365.1 Latest version!	Sinocyclocheilus anshuiensis thrombospondin type-1 domain-containing protein 7A-like (LOC107671443), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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)

LOC107671443 ( XM_016464365.1 ) cDNA ORF clone, Sinocyclocheilus anshuiensis -> XP_016319851.1 Sinocyclocheilus anshuiensis thrombospondin type-1 domain-containing protein 7A-like (LOC107671443), mRNA.

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CloneID	OSi91260
Clone ID Related Accession (Same CDS sequence)	XM_016464365.1
Accession Version	XM_016464365.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4905bp) 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	2016-05-02
Organism	Sinocyclocheilus anshuiensis
Product	thrombospondin type-1 domain-containing protein 7A-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015554362.1) 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 :: Sinocyclocheilus anshuiensis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGACTTG GGGTTAGGGG TGCAAGGACA GCGCCCCTGT GTTTATGGAG GTTATTTTTA 
CTGCTCTGTG GAATCTGGAC CACTTGCTCC CAAACGACAG GAGACGGGAA GTCACTGTAC 
TTCTGGGAGA CAGGTCCATG GGGCAGATGT ATGGGCAGCG AGTGCGGTCC AGGAGGCAGT 
CAGAGTCGGG CGGTGTGGTG CGCTCATGTG GAAGGCTGGA CGACCCTTCA CACCAACTGT 
CTTCAGTCCA CGAGGCCGGC CAACCAACAG AGCTGCTTCC GCGTCTGCGA CTGGCACAAG 
GACCTATACG ACTGGCGGCT AGGCGAGTGG AACCAGTGTG TTCCCATATC GCTGCAGACC 
GGCCGCACGG GCGTTTGCCT GCAGGGCGAA GAGGGCATCC AGACACGGGA GGTGAACTGT 
GTGCTCAAGG CGGACAGCTC AGCTGCCGAC GACGCCATCT GTGAGTACTT TGAGCCCAAA 
CCCCGGCAGG AACAGGCCTG TTTAATTCCT TGCCCTCAAG ACTGTGTGGT GACCGAGTTC 
ACCCCGTGGA CCACATGCTC CAAGACCTGC GGGCTGGGCC TGCAGAACCG CGTCCGCTCC 
ATCGTGGCAC CGCCGCTTTT CGGCGGGCTT CCTTGCACCA ATCTGACGGA GTTCCAGACG 
TGTGCGCCGA GGGCCTGCGA GGGCAGAGAG ACGGTGTTCA GTCTGAAAGT GGGCGGATGG 
AGCGAGTGCA AGCTGCCATC TTTACCGCCC CCTCCGACCT CCTCTGCCGC CCCCTTGCGC 
ACCGCCCGCC AGGCCCGCCG GCGGAACGGC AAAGAGAGGA AAGGGAACCG GGACCCGGAG 
ATGCGCGAGC TTATTAAGAG CAAAAGGAAC CGCAACAAGC TGAATCGACT AGAGGACGAG 
CTCTGGAACA TGGAAATAGG CTACCAGTCT CGGCAAGTGG TTTGTGTGCA TCGAAACGGA 
AGCACGGTGT CACTCAGCCA GTGTCCCCAC TGGAGTCTTC CGGAGACGTT CCAGTCCTGC 
CTGATGACTA AAGACTGTGT GGTCAGTGAA TGGAGCGTGT GGGGCTCCTG CTCAAAGACC 
TGCTCAGACC CTAGTGTTCC TCAGGGCACA CACTCCCGCA GCAGACAGCT GATACGGCTT 
CCTACCGGAG GAGGGTCTGA GTGTCCCCAG CTGGAGGAAA GCCAGGCCTG TGAACCTGAA 
GGGGACGAGG TGCCGCCCTG CGCCACTTAT GCCTGGCGGA CCACTGAATG GAGCGAATGT 
CGTGTTGACG CACTGCTCAG CCAGCAGGAC CGGCGGCGTG GGAATCAGAC GGGTTTGTGT 
GGTGGAGGTG TGCAGAGCAG AGAAGTGTAC TGCTTCCAGG CCAATGCAGA ACTTCTCAGC 
TACATCTATA ACAACAAAGA CAAACAAGCA TTGAAACCCG TCGACGTTCT GCTCTGCAAG 
GGAACGACTC TGAGTACCAC GCAGCTGTGT CAAATCCCGT GCCCTGTGGA GTGTGAAGTG 
TCCCCGTGGG GCGCCTGGGG GCCCTGCACC TGTGAGAATT GCGATGAACG CGTCGTGAAG 
AAAGGTTTCA AGTTCAGACG ACGTACAATC ACTAATTACC CCACGGGTGG CGAGGGGAAC 
TGTCCTCATC TGGTGGAGGC CATCCCGTGT GATGATCCCA GCTGTTTTAG CTGGCAGCTA 
GTCAAGCTAG AGGAGTGTAT CCCTGAAGAA GACATGGACT GTGGAGAGGG AACGCAGACT 
CCACAGGTCC GCTGCATCAA CAGCGAAGGT ACAGAGGTGG AGAAGGAGAT GTGTGTGGAT 
GAGGTCTACC CTTCATCTGT GCCCTGTGTG GTTCCCTGCC CTAAAGACTG CGCTCTCAGT 
CTCTGGACCG AATGGTCCAC CTGCTCCCAG ACCTGCTCCA GCAAAACCGC CGAGGGCAAG 
CAGATGAGAA CACGAGCCAT ACTGGCATAC AATGCAGGAG AAGGAGGTTC CAGCTGTCCG 
AACACCAGCA CCCTGCAGGA GGTTCGGAAC TGTAATGAGC ATCCTTGCAT CGTGTATCAC 
TGGCAGACGG GCCAGTGGGG ACAATGTGTG GAGGATACCA CTACATCCAT AAATTCCTCC 
TCCAGCGCAG AAAAATCCAC CTGCACCGTG GGTGTGCAAA CGCGCAAGGT CATCTGCGTA 
AAAGTCAACG TCGGGCAGGT ACCGCCCAAA AAATGTCCTG AAGCCCCTCG CCCGGAGTCA 
GTAAGACCCT GTCTGCTGCC CTGCAAAAGA GACTGTATCG CCACACCCTT CAGTGAATGG 
ACAGAGTGTC CCACATCCTG TGAAACAGGT ACAAATGCGC AGAAGAATAA ACAGTTTCGC 
TATCGAATGA TCATCCAGAT GTCAGCTAAT GGAGGTCAGG AGTGTCCAGA CGTCCTCTAT 
GAAGAGAAAG ACTGTCCGAC TCCATCTGTC TGTCCGGTTT ACAGGTGGAA AACGCACAAG 
TGGCGTAAAT GTCAGCTGGT CCCATGGAGC ATCCGCAGAG ACAGTAAAGG AGCTCAGGAG 
AACTGTGGAG CTGGAGTCCA AACTAGAGCT ATCTCGTGTA GGCAGCTGGA TGGTACAGTG 
GCTGATGTGG TTCAGTGTCT GAAGTTTGCC AGCAGCATGC CGGTTATGAG CCAGCCCTGC 
CAGTTACTGT GCCGAGACGA CTGCCAGCTC TCCAACTGGT CCAAGTTCTC TCCTTGCACC 
TCAGACTGCG TAGGGGTCCG TACGCGGAGG AGAGCTCTCG TGGGAAAAAG CAAGAAGAAG 
GATAAGTGTA AGAATGGCCA GATGTACCCA CTGAGCGAGA CCCAGTACTG CCCCTGTGAC 
AAATACAACG CCCAGCCGGT GGGAAACTGG TCTGACTGCA TCCTGCCCGA GGGCCGCGTG 
GAGAGCGCCG TGGGCATGAA GGTCCAGGGA GACGTTAAAG AGTGCGGACA GGGCTACCGC 
TACCAGGCCA TGGTGTGCTA CGACCAGGAC AACAAGCTCG TGGAGACGTC ACGCTGTAAC 
AGTCATGGGT ATATAGAGGA GGCCTGCATC GTCCCCTGCC CGTCTGATTG TAAACTCAGT 
GAATGGTCCA ACTGGTCTCG CTGCAGTAAA TCCTGTGGCA GTGGGGTCAA AGTTCGCTCA 
AAATGGCTCA GAGAAAAGCC TTACAATGGA GGAAGACCCT GTCCAAAACT GGATCACCTT 
AACCAGGCAC AGGTCTATGA GGTGGTCCCG TGCGTCAGTG ACTGCAGTCA GTATATCTGG 
GTAGCTGAAC CCTGGAGTGT GTGGAAAGTC AGTAACGTGG ATCTGAAGGA GAACTGTGGC 
GAGGGCGTTC AGACCAGAAG AGTCAGGTGT ATGTTGAACA CAGTGGACGG TCCCACTGAT 
GCGGTGGAGG ACTATCTGTG TGATCCAGAG GAGATGCCAC AGGGCACGAG GGAGAACCGA 
CTGCCCTGTC CCGAGGACTG TGTGCTGTCC GACTGGAGCC CCTGGACCCC ATGTGACCTG 
CCATGTTCTG GAAGAGGAGA TCGAGAGAGG ACGGCGTTTG CCCTGCGTCT GCCTAAAGAG 
GGAGAGGACT GTCCGGTTAG CATGCAGACC GAGCCCTGCC TCCTGAACCG CAACTGCTTT 
CACTACAGTT ACAACATCAC CGACTGGAGC ACGTGCCAAT TAAGTGCCAG CGCTGTGTGT 
GGAATCGGTC TCAAGACGAG GATGCTGGAC TGTGTTAGAA GTGACGGCAA ATCTGTTGAC 
CTCAAGTACT GCGAAGAGCT GCGCTTAGAG AAGAAATGGC AGATGAATGC TTCCTGTACG 
GTGGAGTGTC CAGTCAACTG CCAGCTCTCT GATTGGTCAG CATGGTCAGA CTGCTCACAG 
ACCCGTGGCC TTGAAGGGAA GATGTGGCGC AGACGGACGG TGGTTGAGGC GTCTCAGGGG 
GATGGCAGGC CGTGTCCGTC TCAGATGGAG CAGTGGAAGC CATGTCCTGT GCGACCCTGT 
TACAGATGGC AGTACGGCCC ATGGTCCGAG TGTCGTGTTG AGGAGGTGGT GTGCGGGGTG 
GGACTGCGTT TCCGGAACCT GTCATGCTTT GTATCAGACG GCTCCGGCGA TGGGAAGAGC 
AGCATTGTAG AGGAAGAGCT CTGTGCTGGA TTGGAGCAGG CCGTCGACGG AGATAAAAAT 
ATTATTCTGG AGGAGACCTG CACTTTACCC TGCCCTGGTG ACTGTTACCT GATGGAGTGG 
TCCGACTGGA GCCCGTGTCA GAGTGTGTGT GTGAAGGGTC AGCGTTTGGA CTTCACTCCG 
GTGCAGGTCC GTTCACGTGC CGCCATCGCA CAGGAACCAG AGAACATCGC TCAGTGCCCC 
GATCAGGAGT GGCAGTCCCG GCCCTGCAGC TTTGGTGAGT GTTATGAGTA CCAGTGGATG 
GGCAGTCCTC AGCTGATCTG GTGTCAGCGC TCAGATGGAA TAAACGTCAC AGGTGGATGC 
CCTCCAATGC TCCTGCCAGG GACGGACCAG TCATGTGATC CACCTTGTGA CAAACCACAG 
ACATTCTGCT CAGAGGAGGG CGTATGTATG TGTGAGGAGG GCTATACCGA GGTGCTGACG 
GCCGAGGGGA TGCTGGAGCA GTGTACACCC ATCCCTGTGC TCGAAATCCC CACTGCAGGG 
GACAAGAAAT CTGATGTGAA GACCAGCCGG GCCATCAACC CCACCCTGCC CACCACGGTA 
CAGCCTGGCC GTGTCGGACG CACCTGGTAC CTGCAACCCT TTGGACCAGA TGGAAAGCTG 
AAGACATGGG TGTATGGTGT GGCGGCAGGT GTCTTTGTCC TCCTGATATT TATAGTGTCG 
ATGATTTACC TCGCATGCAA AAAGCCAAAG AAACCTCAGC GAAGACAAAA CAATAATCGA 
TTGAAACCCC TGACCCTGGC GTATGACGGA GATGTGGACA TGTAG

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

RefSeq	XP_016319851.1
CDS	266..5170
Translation	MGLGVRGARTAPLCLWRLFLLLCGIWTTCSQTTGDGKSLYFWETGPWGRCMGSECGPGGSQSRAVWCAHVEGWTTLHTNCLQSTRPANQQSCFRVCDWHKDLYDWRLGEWNQCVPISLQTGRTGVCLQGEEGIQTREVNCVLKADSSAADDAICEYFEPKPRQEQACLIPCPQDCVVTEFTPWTTCSKTCGLGLQNRVRSIVAPPLFGGLPCTNLTEFQTCAPRACEGRETVFSLKVGGWSECKLPSLPPPPTSSAAPLRTARQARRRNGKERKGNRDPEMRELIKSKRNRNKLNRLEDELWNMEIGYQSRQVVCVHRNGSTVSLSQCPHWSLPETFQSCLMTKDCVVSEWSVWGSCSKTCSDPSVPQGTHSRSRQLIRLPTGGGSECPQLEESQACEPEGDEVPPCATYAWRTTEWSECRVDALLSQQDRRRGNQTGLCGGGVQSREVYCFQANAELLSYIYNNKDKQALKPVDVLLCKGTTLSTTQLCQIPCPVECEVSPWGAWGPCTCENCDERVVKKGFKFRRRTITNYPTGGEGNCPHLVEAIPCDDPSCFSWQLVKLEECIPEEDMDCGEGTQTPQVRCINSEGTEVEKEMCVDEVYPSSVPCVVPCPKDCALSLWTEWSTCSQTCSSKTAEGKQMRTRAILAYNAGEGGSSCPNTSTLQEVRNCNEHPCIVYHWQTGQWGQCVEDTTTSINSSSSAEKSTCTVGVQTRKVICVKVNVGQVPPKKCPEAPRPESVRPCLLPCKRDCIATPFSEWTECPTSCETGTNAQKNKQFRYRMIIQMSANGGQECPDVLYEEKDCPTPSVCPVYRWKTHKWRKCQLVPWSIRRDSKGAQENCGAGVQTRAISCRQLDGTVADVVQCLKFASSMPVMSQPCQLLCRDDCQLSNWSKFSPCTSDCVGVRTRRRALVGKSKKKDKCKNGQMYPLSETQYCPCDKYNAQPVGNWSDCILPEGRVESAVGMKVQGDVKECGQGYRYQAMVCYDQDNKLVETSRCNSHGYIEEACIVPCPSDCKLSEWSNWSRCSKSCGSGVKVRSKWLREKPYNGGRPCPKLDHLNQAQVYEVVPCVSDCSQYIWVAEPWSVWKVSNVDLKENCGEGVQTRRVRCMLNTVDGPTDAVEDYLCDPEEMPQGTRENRLPCPEDCVLSDWSPWTPCDLPCSGRGDRERTAFALRLPKEGEDCPVSMQTEPCLLNRNCFHYSYNITDWSTCQLSASAVCGIGLKTRMLDCVRSDGKSVDLKYCEELRLEKKWQMNASCTVECPVNCQLSDWSAWSDCSQTRGLEGKMWRRRTVVEASQGDGRPCPSQMEQWKPCPVRPCYRWQYGPWSECRVEEVVCGVGLRFRNLSCFVSDGSGDGKSSIVEEELCAGLEQAVDGDKNIILEETCTLPCPGDCYLMEWSDWSPCQSVCVKGQRLDFTPVQVRSRAAIAQEPENIAQCPDQEWQSRPCSFGECYEYQWMGSPQLIWCQRSDGINVTGGCPPMLLPGTDQSCDPPCDKPQTFCSEEGVCMCEEGYTEVLTAEGMLEQCTPIPVLEIPTAGDKKSDVKTSRAINPTLPTTVQPGRVGRTWYLQPFGPDGKLKTWVYGVAAGVFVLLIFIVSMIYLACKKPKKPQRRQNNNRLKPLTLAYDGDVDM

Target ORF information:

RefSeq Version	XM_016464365.1
Organism	Sinocyclocheilus anshuiensis
Definition	Sinocyclocheilus anshuiensis thrombospondin type-1 domain-containing protein 7A-like (LOC107671443), mRNA.

Target ORF information:

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

XM_016464365.1

ORF Insert Sequence:

ATGGGACTTG GGGTTAGGGG TGCAAGGACA GCGCCCCTGT GTTTATGGAG GTTATTTTTA 
CTGCTCTGTG GAATCTGGAC CACTTGCTCC CAAACGACAG GAGACGGGAA GTCACTGTAC 
TTCTGGGAGA CAGGTCCATG GGGCAGATGT ATGGGCAGCG AGTGCGGTCC AGGAGGCAGT 
CAGAGTCGGG CGGTGTGGTG CGCTCATGTG GAAGGCTGGA CGACCCTTCA CACCAACTGT 
CTTCAGTCCA CGAGGCCGGC CAACCAACAG AGCTGCTTCC GCGTCTGCGA CTGGCACAAG 
GACCTATACG ACTGGCGGCT AGGCGAGTGG AACCAGTGTG TTCCCATATC GCTGCAGACC 
GGCCGCACGG GCGTTTGCCT GCAGGGCGAA GAGGGCATCC AGACACGGGA GGTGAACTGT 
GTGCTCAAGG CGGACAGCTC AGCTGCCGAC GACGCCATCT GTGAGTACTT TGAGCCCAAA 
CCCCGGCAGG AACAGGCCTG TTTAATTCCT TGCCCTCAAG ACTGTGTGGT GACCGAGTTC 
ACCCCGTGGA CCACATGCTC CAAGACCTGC GGGCTGGGCC TGCAGAACCG CGTCCGCTCC 
ATCGTGGCAC CGCCGCTTTT CGGCGGGCTT CCTTGCACCA ATCTGACGGA GTTCCAGACG 
TGTGCGCCGA GGGCCTGCGA GGGCAGAGAG ACGGTGTTCA GTCTGAAAGT GGGCGGATGG 
AGCGAGTGCA AGCTGCCATC TTTACCGCCC CCTCCGACCT CCTCTGCCGC CCCCTTGCGC 
ACCGCCCGCC AGGCCCGCCG GCGGAACGGC AAAGAGAGGA AAGGGAACCG GGACCCGGAG 
ATGCGCGAGC TTATTAAGAG CAAAAGGAAC CGCAACAAGC TGAATCGACT AGAGGACGAG 
CTCTGGAACA TGGAAATAGG CTACCAGTCT CGGCAAGTGG TTTGTGTGCA TCGAAACGGA 
AGCACGGTGT CACTCAGCCA GTGTCCCCAC TGGAGTCTTC CGGAGACGTT CCAGTCCTGC 
CTGATGACTA AAGACTGTGT GGTCAGTGAA TGGAGCGTGT GGGGCTCCTG CTCAAAGACC 
TGCTCAGACC CTAGTGTTCC TCAGGGCACA CACTCCCGCA GCAGACAGCT GATACGGCTT 
CCTACCGGAG GAGGGTCTGA GTGTCCCCAG CTGGAGGAAA GCCAGGCCTG TGAACCTGAA 
GGGGACGAGG TGCCGCCCTG CGCCACTTAT GCCTGGCGGA CCACTGAATG GAGCGAATGT 
CGTGTTGACG CACTGCTCAG CCAGCAGGAC CGGCGGCGTG GGAATCAGAC GGGTTTGTGT 
GGTGGAGGTG TGCAGAGCAG AGAAGTGTAC TGCTTCCAGG CCAATGCAGA ACTTCTCAGC 
TACATCTATA ACAACAAAGA CAAACAAGCA TTGAAACCCG TCGACGTTCT GCTCTGCAAG 
GGAACGACTC TGAGTACCAC GCAGCTGTGT CAAATCCCGT GCCCTGTGGA GTGTGAAGTG 
TCCCCGTGGG GCGCCTGGGG GCCCTGCACC TGTGAGAATT GCGATGAACG CGTCGTGAAG 
AAAGGTTTCA AGTTCAGACG ACGTACAATC ACTAATTACC CCACGGGTGG CGAGGGGAAC 
TGTCCTCATC TGGTGGAGGC CATCCCGTGT GATGATCCCA GCTGTTTTAG CTGGCAGCTA 
GTCAAGCTAG AGGAGTGTAT CCCTGAAGAA GACATGGACT GTGGAGAGGG AACGCAGACT 
CCACAGGTCC GCTGCATCAA CAGCGAAGGT ACAGAGGTGG AGAAGGAGAT GTGTGTGGAT 
GAGGTCTACC CTTCATCTGT GCCCTGTGTG GTTCCCTGCC CTAAAGACTG CGCTCTCAGT 
CTCTGGACCG AATGGTCCAC CTGCTCCCAG ACCTGCTCCA GCAAAACCGC CGAGGGCAAG 
CAGATGAGAA CACGAGCCAT ACTGGCATAC AATGCAGGAG AAGGAGGTTC CAGCTGTCCG 
AACACCAGCA CCCTGCAGGA GGTTCGGAAC TGTAATGAGC ATCCTTGCAT CGTGTATCAC 
TGGCAGACGG GCCAGTGGGG ACAATGTGTG GAGGATACCA CTACATCCAT AAATTCCTCC 
TCCAGCGCAG AAAAATCCAC CTGCACCGTG GGTGTGCAAA CGCGCAAGGT CATCTGCGTA 
AAAGTCAACG TCGGGCAGGT ACCGCCCAAA AAATGTCCTG AAGCCCCTCG CCCGGAGTCA 
GTAAGACCCT GTCTGCTGCC CTGCAAAAGA GACTGTATCG CCACACCCTT CAGTGAATGG 
ACAGAGTGTC CCACATCCTG TGAAACAGGT ACAAATGCGC AGAAGAATAA ACAGTTTCGC 
TATCGAATGA TCATCCAGAT GTCAGCTAAT GGAGGTCAGG AGTGTCCAGA CGTCCTCTAT 
GAAGAGAAAG ACTGTCCGAC TCCATCTGTC TGTCCGGTTT ACAGGTGGAA AACGCACAAG 
TGGCGTAAAT GTCAGCTGGT CCCATGGAGC ATCCGCAGAG ACAGTAAAGG AGCTCAGGAG 
AACTGTGGAG CTGGAGTCCA AACTAGAGCT ATCTCGTGTA GGCAGCTGGA TGGTACAGTG 
GCTGATGTGG TTCAGTGTCT GAAGTTTGCC AGCAGCATGC CGGTTATGAG CCAGCCCTGC 
CAGTTACTGT GCCGAGACGA CTGCCAGCTC TCCAACTGGT CCAAGTTCTC TCCTTGCACC 
TCAGACTGCG TAGGGGTCCG TACGCGGAGG AGAGCTCTCG TGGGAAAAAG CAAGAAGAAG 
GATAAGTGTA AGAATGGCCA GATGTACCCA CTGAGCGAGA CCCAGTACTG CCCCTGTGAC 
AAATACAACG CCCAGCCGGT GGGAAACTGG TCTGACTGCA TCCTGCCCGA GGGCCGCGTG 
GAGAGCGCCG TGGGCATGAA GGTCCAGGGA GACGTTAAAG AGTGCGGACA GGGCTACCGC 
TACCAGGCCA TGGTGTGCTA CGACCAGGAC AACAAGCTCG TGGAGACGTC ACGCTGTAAC 
AGTCATGGGT ATATAGAGGA GGCCTGCATC GTCCCCTGCC CGTCTGATTG TAAACTCAGT 
GAATGGTCCA ACTGGTCTCG CTGCAGTAAA TCCTGTGGCA GTGGGGTCAA AGTTCGCTCA 
AAATGGCTCA GAGAAAAGCC TTACAATGGA GGAAGACCCT GTCCAAAACT GGATCACCTT 
AACCAGGCAC AGGTCTATGA GGTGGTCCCG TGCGTCAGTG ACTGCAGTCA GTATATCTGG 
GTAGCTGAAC CCTGGAGTGT GTGGAAAGTC AGTAACGTGG ATCTGAAGGA GAACTGTGGC 
GAGGGCGTTC AGACCAGAAG AGTCAGGTGT ATGTTGAACA CAGTGGACGG TCCCACTGAT 
GCGGTGGAGG ACTATCTGTG TGATCCAGAG GAGATGCCAC AGGGCACGAG GGAGAACCGA 
CTGCCCTGTC CCGAGGACTG TGTGCTGTCC GACTGGAGCC CCTGGACCCC ATGTGACCTG 
CCATGTTCTG GAAGAGGAGA TCGAGAGAGG ACGGCGTTTG CCCTGCGTCT GCCTAAAGAG 
GGAGAGGACT GTCCGGTTAG CATGCAGACC GAGCCCTGCC TCCTGAACCG CAACTGCTTT 
CACTACAGTT ACAACATCAC CGACTGGAGC ACGTGCCAAT TAAGTGCCAG CGCTGTGTGT 
GGAATCGGTC TCAAGACGAG GATGCTGGAC TGTGTTAGAA GTGACGGCAA ATCTGTTGAC 
CTCAAGTACT GCGAAGAGCT GCGCTTAGAG AAGAAATGGC AGATGAATGC TTCCTGTACG 
GTGGAGTGTC CAGTCAACTG CCAGCTCTCT GATTGGTCAG CATGGTCAGA CTGCTCACAG 
ACCCGTGGCC TTGAAGGGAA GATGTGGCGC AGACGGACGG TGGTTGAGGC GTCTCAGGGG 
GATGGCAGGC CGTGTCCGTC TCAGATGGAG CAGTGGAAGC CATGTCCTGT GCGACCCTGT 
TACAGATGGC AGTACGGCCC ATGGTCCGAG TGTCGTGTTG AGGAGGTGGT GTGCGGGGTG 
GGACTGCGTT TCCGGAACCT GTCATGCTTT GTATCAGACG GCTCCGGCGA TGGGAAGAGC 
AGCATTGTAG AGGAAGAGCT CTGTGCTGGA TTGGAGCAGG CCGTCGACGG AGATAAAAAT 
ATTATTCTGG AGGAGACCTG CACTTTACCC TGCCCTGGTG ACTGTTACCT GATGGAGTGG 
TCCGACTGGA GCCCGTGTCA GAGTGTGTGT GTGAAGGGTC AGCGTTTGGA CTTCACTCCG 
GTGCAGGTCC GTTCACGTGC CGCCATCGCA CAGGAACCAG AGAACATCGC TCAGTGCCCC 
GATCAGGAGT GGCAGTCCCG GCCCTGCAGC TTTGGTGAGT GTTATGAGTA CCAGTGGATG 
GGCAGTCCTC AGCTGATCTG GTGTCAGCGC TCAGATGGAA TAAACGTCAC AGGTGGATGC 
CCTCCAATGC TCCTGCCAGG GACGGACCAG TCATGTGATC CACCTTGTGA CAAACCACAG 
ACATTCTGCT CAGAGGAGGG CGTATGTATG TGTGAGGAGG GCTATACCGA GGTGCTGACG 
GCCGAGGGGA TGCTGGAGCA GTGTACACCC ATCCCTGTGC TCGAAATCCC CACTGCAGGG 
GACAAGAAAT CTGATGTGAA GACCAGCCGG GCCATCAACC CCACCCTGCC CACCACGGTA 
CAGCCTGGCC GTGTCGGACG CACCTGGTAC CTGCAACCCT TTGGACCAGA TGGAAAGCTG 
AAGACATGGG TGTATGGTGT GGCGGCAGGT GTCTTTGTCC TCCTGATATT TATAGTGTCG 
ATGATTTACC TCGCATGCAA AAAGCCAAAG AAACCTCAGC GAAGACAAAA CAATAATCGA 
TTGAAACCCC TGACCCTGGC GTATGACGGA GATGTGGACA TGTAG