LRRC7 cDNA ORF clone, Pygoscelis adeliae(Adelie penguin)

Gene
Clones
gRNAs

Summary

Gene Symbol	LRRC7
Entrez Gene ID	103914050
Full Name	leucine rich repeat containing 7
Gene Type	protein-coding
Organism	Pygoscelis adeliae(Adelie penguin)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009320659.1	XP_009318934.1	leucine-rich repeat-containing protein 7

Pathways from BioSystems
Gene Ontology

The following LRRC7 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LRRC7 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
OPy112505	XM_009320659.1 Latest version!	Pygoscelis adeliae leucine rich repeat containing 7 (LRRC7), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

LRRC7 ( XM_009320659.1 ) cDNA ORF clone, Pygoscelis adeliae(Adelie penguin) -> XP_009318934.1 Pygoscelis adeliae leucine rich repeat containing 7 (LRRC7), mRNA.

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CloneID	OPy112505
Clone ID Related Accession (Same CDS sequence)	XM_009320659.1
Accession Version	XM_009320659.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4368bp) 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	2014-09-25
Organism	Pygoscelis adeliae(Adelie penguin)
Product	leucine-rich repeat-containing protein 7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_008824411.1) 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 :: Pygoscelis adeliae Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAACCA AAAGGAAAAT TATCGGCCGC TTGGTGCCCT GCCGGTGTTT TCGTGGTGAA 
GAAGAAATTG TCTCAGTGTT GGATTACTCT CACTGTGGCC TACAGCAGGT GCCAAAGGAG 
GTTTTTAACT TTGAACGGAC ATTAGAGGAG CTTTACCTAG ATGCCAATCA AATTGAAGAG 
CTACCTAAGC AACTGTTCAA CTGTCAAGCT TTACGCAAAC TGAGTATACC AGACAATGAC 
CTTTCAAGTC TGCCAACCAC TATTGCTAGC TTAGTTAATC TCAAAGAACT TGATATCAGT 
AAAAATGGAA TTCAAGATTT TCCAGAAAAT ATTAAATGTT GTAAGTGTTT AACAATTATT 
GAAGCCAGTG TCAATCCAGT CTCTAAGCTG CCAGATGGCT TCACACAACT TCTAAATTTG 
ACCCAGCTCT ATCTAAATGA TGCCTTTTTG GAGTTTCTTC CAGCTAACTT TGGAAGACTT 
GTCAAATTGC GAATTTTGGA GTTAAGAGAA AATCACTTGA AAACTCTACC AAAGTCAATG 
CACAAACTGA CTCAACTGGA GAGACTTGAT CTGGGCAATA ATGAATTCTC TGAGCTGCCT 
GAGGTTCTCG AACAAATACA AAATCTAAAG GAATTGTGGA TGGACAATAA TTCTTTGCAA 
ATACTACCTG GGTCTATAGG GAAGTTAAAA CAGCTCGTGT ACCTGGATGT GTCAAAAAAC 
AGGATAGAAA CTGTTGATTT GGACATATCA GGATGTGAAG GACTTGAAGA TCTCCTGTTG 
TCATCCAATA TGTTGCAGCA ATTGCCAGAC TCCATAGGAC TGTTGAAAAG GCTTACAACT 
TTAAAAGTAG ATGATAATCA GCTTACAATT CTGCCAAATG CAATTGGAAA TTTATCTTTA 
TTAGAAGAAT TTGACTGCAG CTGTAATGAG TTGGAGTCCT TGCCTTCTAC CATCGGCTAC 
CTTCATAACC TGAGGACATT GGCTGTGGAT GAGAATTTCC TTCCTGAACT GCCCAGAGAA 
ATTGGAAGCT GTAAAAATGT AACAGTGATG TCTCTGCGCT CTAACAAGCT AGAATTTCTT 
CCTGATGAAA TTGGTCAGAT GCAGAAGCTG AGAGTGTTGA ATCTGAGCGA TAACAGACTG 
AAGAATTTGC CATTCACTTT TACTAAACTT AAAGAACTTG CAGCTTTGTG GCTTTCTGAC 
AACCAGTCCA AGGCTCTCAT TCCACTGCAA ACTGAGGCTC ACCCAGAAAC AAAGCAGAGA 
GTACTGACTA ACTACATGTT TCCCCAGCAA CCCCGCAGTG ATGAAGATTT CCAGTCAGAC 
AGTGATAGTT TTAACCCTAC TTTATGGGAG GAGCAGAGAC AGCAACGTAT GACTGTTGCC 
TTTGAATTTG AAGAAAAAAA GGAAGAGGAG GAAAATGCAG GGAAAGTTAA GGTTGAAATA 
AATCTAAAAC GTTATCCCAC TCCATACCCG GAGGATTTAA AGAATATGGT AAAATCAGTT 
CAAAATCTGG TGGGCAAAAC AAGCCATGGA GTACGGCCTG AGAACTCAAC ACCAACTGCG 
AACAGTGAAC AAACTGTGAA AGAAAAGTAT GAGCACAAGT GGCCCATGGC ACCAAAGGAG 
ATTTCAGTGG AGGATGCCTT TGGACATCCT GCCAGTGAGA TGAGGATAGG GGAACTTCGT 
CCTTCCATGC CAGAGACTCC GTTGTACCCA CCCAAACTCG TTCTTCTGGG TAAAGAGAAA 
AAAGAATCGA CAGATGAGTC TGAAGCAGAT AAGATCCATT GTCTGAATAA CAGCGTTTCC 
TCAGGCACTT ACTCAGACTA TTCCCCTTCC CAGGCTTCCT CAGGGTCCTC CAACGCGCAT 
GTTAAAATGG GGTCCTTGCA GACAACGGCT AAAGAAGCAG TGAATAACTC TTTGTGGGGG 
AACAGGCTGG CACAGTCATT TCCACAGCCC CTTGAAACAA AGCCATTGCT GAGCCAGCGG 
GAATCTGCTG CGGCGGGGAA CCTGCCACAG CGCACTGACA GGCGCCCATT GAGCGACACC 
TTCGCTGACA GCTGGAACGA CAGCTCACAC TATGATAACA CAGGGTTCGT TGCGGAGGAG 
GGCACGGTGG AGAATCCTAG TGCTAACCCC CTCCTGAGCA CGAAATCCAG AAGCACATCT 
GCGCACGGAC GCAGGCCGTT GATTAGACAA GACAGGATAG TTGGCATTCC CCTGGAGCTG 
GAGCAGCCGA CGCTCAGAAA CACACATGAA TCTGAAGTGC CTCCTCCCAA TCCTTGGCAA 
AATTGGACCA GAACCCCTAG TCCTTTTGAA GACAGGACAG CTTTTCCTTC CAAACTGGAA 
AGCACCCCCA CCACCAGCCC TTTGCCTGAG CGGAAAAATC ATGTCAAAGA GTCTCCTGAA 
ATGACTAGCA CTTTCACCCC AGGAATAGCA TGGGAATATC ACGATTCAAA TGCTAACAGA 
AGTCTCACAA ACGTCTTTTC CCATATCCAC TGTCGCCCAG ATCCTTCCAA AAGTGTTATT 
TCAATCAGCA AGAGTACAGA ACGTCTTTCT CCAATGATGA GGGATTTAAA AACTAACAAA 
TTTAAGAAGT CACAAAGTAT CGATGAGATA GACATTGGTA CATACAAAGT GTATAATATA 
CCCTTAGAAA ACTATGCATC TGGTAATGAT ACTGTAGGAA CCCACGAGAG GGTGGACAAG 
CTCCTGGGCC CGGAGCACGG CATGCTGAGC ATGTCCCGCA GCCAGTCGGT CCCCATGCTG 
GATGACGAGC TGCTGACCTA CGGCAGCGTC AAGGTGCAGC CGCAGCAGAA GTCATCCGTC 
ACGAAGAAAG TCTACCAGTT CGACCAAAGC TTCAACCCGC AGGGAACAGT GGAAGTCACA 
GCGGAGAAGA GGCTACCGCC ACCTTTCCAG CTCAACCCCG AGTACATTCC CCAGCAGAGT 
AAAAACCTGC CCCAGGATCT GGTCAGCCCG AGGGCCTACC GCGGCTACCC CCCCATGGAG 
CACATGTTCT CCTTCTCCCA GCCTTCGGTG AACGAGGAGG CGGTCAGTGC CCCCTTTGCG 
AGCCAGGGGT CTCGGCCGGG GTTCTTGAGG AGGGCGGATT CGTTGGCCAG CTCCACCGAG 
ATGTCCATGT TCAGGAGAGT CAGTGAGCCC CATGAGCTGC CCCCGAGCGA TAGGTATGGC 
AGGCCTCCGT ACCGAGGAGC TGTGGAGCGC CAAAGCAGTA TCTCGGTCTC TGAGTCTCAG 
TTCCTCAAGA GGAATGGCAG GTACGAAGAC GAGCATCCTT CCTACCAAGA AGTGAAAGCC 
CAGACTGGAA GCTTTCCAGT TAAAAACCTT ACACAAAGGA GGCCGTTGTC TGCAAGAAGC 
TACAGTACAG AGAGTTACGG CACATCCCAA ACCAGGCCGG TTTCAGCGAG GCCTACAATG 
GCAGCTCTGC TGGAAAAGAT ACCGTCAGAC TATAACTTGG GTAACTATGG CGACAAGCCT 
TCCGATAACA GTGATATAAA GACAAGGCCT ACCCCTGTGA AGGGAAATGA GAGCTGTGCT 
AAAATGCCCG CTGACTGGAG ACAACAGCTA CTTAGACATA TAGAAGCTAG AAGGTTAGAC 
AGGACCGCTG CTTACAAACA CAACACAGTT AGCCTTGGCA TGCTGCACTC TGGAGGTTTT 
TCAGCAATGC ATGCCGGCAG AAGCATGACT TTAAACTTGC AGACTAAATC TAAATTTGAA 
AACCAAATGC TTCAAGAGCT ACCTCTACCG AAAACCCCAT CGCAGCAGAG CAGCATTCTG 
GACAACGGGC AGGAGGAGGT GTCTGTGAGC AGCCAGTGGA ACCCCTACCC GCTGGGGCGG 
CGGGACGTGC CGCCGGACAC CGTCACAAAG AAGGCAGGTA GCCATATCCA GACTTTAATG 
GGATCACAAA GCCTACAGCA TCGGAGCCGT GAGCAGCAGT ATGAAGGAAA CATGAACAAA 
GTCACCATTC AGCAGTTTCA GCCACCGCTG CCTATTCAGA TTCCCTCTTC GCAGAGCTCT 
CGAGCACCTC AGACAGGGCG ATGTTTAATC CAAACCAAGG GTCAGAGAAG TACAGATGCG 
TATCAGGAGC AGTTTTGTGT GAGAATAGAG AAGAATCCTG GCCTTGGTTT TAGTATCAGT 
GGTGGAATAA GTGGACAAGG AAATCCATTC AAACCTTCTG ATAAGGGTAT CTTTGTTACT 
AGGGTTCAGC CTGATGGACC AGCATCCAGC CTGCTCCAGC CTGGCGATAA GATCCTCCAG 
GCAAATGGAC ACAGTTTTGT ACATATGGAA CATGAGAAAG CTGTATTACT ACTGAAGAGT 
TTCCAGAATA CAGTAGACCT AGTTATTCAA CGTGAGCTTA CTGTCTAA

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

RefSeq	XP_009318934.1
CDS	1..4368
Translation	MTTKRKIIGRLVPCRCFRGEEEIVSVLDYSHCGLQQVPKEVFNFERTLEELYLDANQIEELPKQLFNCQALRKLSIPDNDLSSLPTTIASLVNLKELDISKNGIQDFPENIKCCKCLTIIEASVNPVSKLPDGFTQLLNLTQLYLNDAFLEFLPANFGRLVKLRILELRENHLKTLPKSMHKLTQLERLDLGNNEFSELPEVLEQIQNLKELWMDNNSLQILPGSIGKLKQLVYLDVSKNRIETVDLDISGCEGLEDLLLSSNMLQQLPDSIGLLKRLTTLKVDDNQLTILPNAIGNLSLLEEFDCSCNELESLPSTIGYLHNLRTLAVDENFLPELPREIGSCKNVTVMSLRSNKLEFLPDEIGQMQKLRVLNLSDNRLKNLPFTFTKLKELAALWLSDNQSKALIPLQTEAHPETKQRVLTNYMFPQQPRSDEDFQSDSDSFNPTLWEEQRQQRMTVAFEFEEKKEEEENAGKVKVEINLKRYPTPYPEDLKNMVKSVQNLVGKTSHGVRPENSTPTANSEQTVKEKYEHKWPMAPKEISVEDAFGHPASEMRIGELRPSMPETPLYPPKLVLLGKEKKESTDESEADKIHCLNNSVSSGTYSDYSPSQASSGSSNAHVKMGSLQTTAKEAVNNSLWGNRLAQSFPQPLETKPLLSQRESAAAGNLPQRTDRRPLSDTFADSWNDSSHYDNTGFVAEEGTVENPSANPLLSTKSRSTSAHGRRPLIRQDRIVGIPLELEQPTLRNTHESEVPPPNPWQNWTRTPSPFEDRTAFPSKLESTPTTSPLPERKNHVKESPEMTSTFTPGIAWEYHDSNANRSLTNVFSHIHCRPDPSKSVISISKSTERLSPMMRDLKTNKFKKSQSIDEIDIGTYKVYNIPLENYASGNDTVGTHERVDKLLGPEHGMLSMSRSQSVPMLDDELLTYGSVKVQPQQKSSVTKKVYQFDQSFNPQGTVEVTAEKRLPPPFQLNPEYIPQQSKNLPQDLVSPRAYRGYPPMEHMFSFSQPSVNEEAVSAPFASQGSRPGFLRRADSLASSTEMSMFRRVSEPHELPPSDRYGRPPYRGAVERQSSISVSESQFLKRNGRYEDEHPSYQEVKAQTGSFPVKNLTQRRPLSARSYSTESYGTSQTRPVSARPTMAALLEKIPSDYNLGNYGDKPSDNSDIKTRPTPVKGNESCAKMPADWRQQLLRHIEARRLDRTAAYKHNTVSLGMLHSGGFSAMHAGRSMTLNLQTKSKFENQMLQELPLPKTPSQQSSILDNGQEEVSVSSQWNPYPLGRRDVPPDTVTKKAGSHIQTLMGSQSLQHRSREQQYEGNMNKVTIQQFQPPLPIQIPSSQSSRAPQTGRCLIQTKGQRSTDAYQEQFCVRIEKNPGLGFSISGGISGQGNPFKPSDKGIFVTRVQPDGPASSLLQPGDKILQANGHSFVHMEHEKAVLLLKSFQNTVDLVIQRELTV

Target ORF information:

RefSeq Version	XM_009320659.1
Organism	Pygoscelis adeliae(Adelie penguin)
Definition	Pygoscelis adeliae leucine rich repeat containing 7 (LRRC7), mRNA.

Target ORF information:

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

XM_009320659.1

ORF Insert Sequence:

ATGACAACCA AAAGGAAAAT TATCGGCCGC TTGGTGCCCT GCCGGTGTTT TCGTGGTGAA 
GAAGAAATTG TCTCAGTGTT GGATTACTCT CACTGTGGCC TACAGCAGGT GCCAAAGGAG 
GTTTTTAACT TTGAACGGAC ATTAGAGGAG CTTTACCTAG ATGCCAATCA AATTGAAGAG 
CTACCTAAGC AACTGTTCAA CTGTCAAGCT TTACGCAAAC TGAGTATACC AGACAATGAC 
CTTTCAAGTC TGCCAACCAC TATTGCTAGC TTAGTTAATC TCAAAGAACT TGATATCAGT 
AAAAATGGAA TTCAAGATTT TCCAGAAAAT ATTAAATGTT GTAAGTGTTT AACAATTATT 
GAAGCCAGTG TCAATCCAGT CTCTAAGCTG CCAGATGGCT TCACACAACT TCTAAATTTG 
ACCCAGCTCT ATCTAAATGA TGCCTTTTTG GAGTTTCTTC CAGCTAACTT TGGAAGACTT 
GTCAAATTGC GAATTTTGGA GTTAAGAGAA AATCACTTGA AAACTCTACC AAAGTCAATG 
CACAAACTGA CTCAACTGGA GAGACTTGAT CTGGGCAATA ATGAATTCTC TGAGCTGCCT 
GAGGTTCTCG AACAAATACA AAATCTAAAG GAATTGTGGA TGGACAATAA TTCTTTGCAA 
ATACTACCTG GGTCTATAGG GAAGTTAAAA CAGCTCGTGT ACCTGGATGT GTCAAAAAAC 
AGGATAGAAA CTGTTGATTT GGACATATCA GGATGTGAAG GACTTGAAGA TCTCCTGTTG 
TCATCCAATA TGTTGCAGCA ATTGCCAGAC TCCATAGGAC TGTTGAAAAG GCTTACAACT 
TTAAAAGTAG ATGATAATCA GCTTACAATT CTGCCAAATG CAATTGGAAA TTTATCTTTA 
TTAGAAGAAT TTGACTGCAG CTGTAATGAG TTGGAGTCCT TGCCTTCTAC CATCGGCTAC 
CTTCATAACC TGAGGACATT GGCTGTGGAT GAGAATTTCC TTCCTGAACT GCCCAGAGAA 
ATTGGAAGCT GTAAAAATGT AACAGTGATG TCTCTGCGCT CTAACAAGCT AGAATTTCTT 
CCTGATGAAA TTGGTCAGAT GCAGAAGCTG AGAGTGTTGA ATCTGAGCGA TAACAGACTG 
AAGAATTTGC CATTCACTTT TACTAAACTT AAAGAACTTG CAGCTTTGTG GCTTTCTGAC 
AACCAGTCCA AGGCTCTCAT TCCACTGCAA ACTGAGGCTC ACCCAGAAAC AAAGCAGAGA 
GTACTGACTA ACTACATGTT TCCCCAGCAA CCCCGCAGTG ATGAAGATTT CCAGTCAGAC 
AGTGATAGTT TTAACCCTAC TTTATGGGAG GAGCAGAGAC AGCAACGTAT GACTGTTGCC 
TTTGAATTTG AAGAAAAAAA GGAAGAGGAG GAAAATGCAG GGAAAGTTAA GGTTGAAATA 
AATCTAAAAC GTTATCCCAC TCCATACCCG GAGGATTTAA AGAATATGGT AAAATCAGTT 
CAAAATCTGG TGGGCAAAAC AAGCCATGGA GTACGGCCTG AGAACTCAAC ACCAACTGCG 
AACAGTGAAC AAACTGTGAA AGAAAAGTAT GAGCACAAGT GGCCCATGGC ACCAAAGGAG 
ATTTCAGTGG AGGATGCCTT TGGACATCCT GCCAGTGAGA TGAGGATAGG GGAACTTCGT 
CCTTCCATGC CAGAGACTCC GTTGTACCCA CCCAAACTCG TTCTTCTGGG TAAAGAGAAA 
AAAGAATCGA CAGATGAGTC TGAAGCAGAT AAGATCCATT GTCTGAATAA CAGCGTTTCC 
TCAGGCACTT ACTCAGACTA TTCCCCTTCC CAGGCTTCCT CAGGGTCCTC CAACGCGCAT 
GTTAAAATGG GGTCCTTGCA GACAACGGCT AAAGAAGCAG TGAATAACTC TTTGTGGGGG 
AACAGGCTGG CACAGTCATT TCCACAGCCC CTTGAAACAA AGCCATTGCT GAGCCAGCGG 
GAATCTGCTG CGGCGGGGAA CCTGCCACAG CGCACTGACA GGCGCCCATT GAGCGACACC 
TTCGCTGACA GCTGGAACGA CAGCTCACAC TATGATAACA CAGGGTTCGT TGCGGAGGAG 
GGCACGGTGG AGAATCCTAG TGCTAACCCC CTCCTGAGCA CGAAATCCAG AAGCACATCT 
GCGCACGGAC GCAGGCCGTT GATTAGACAA GACAGGATAG TTGGCATTCC CCTGGAGCTG 
GAGCAGCCGA CGCTCAGAAA CACACATGAA TCTGAAGTGC CTCCTCCCAA TCCTTGGCAA 
AATTGGACCA GAACCCCTAG TCCTTTTGAA GACAGGACAG CTTTTCCTTC CAAACTGGAA 
AGCACCCCCA CCACCAGCCC TTTGCCTGAG CGGAAAAATC ATGTCAAAGA GTCTCCTGAA 
ATGACTAGCA CTTTCACCCC AGGAATAGCA TGGGAATATC ACGATTCAAA TGCTAACAGA 
AGTCTCACAA ACGTCTTTTC CCATATCCAC TGTCGCCCAG ATCCTTCCAA AAGTGTTATT 
TCAATCAGCA AGAGTACAGA ACGTCTTTCT CCAATGATGA GGGATTTAAA AACTAACAAA 
TTTAAGAAGT CACAAAGTAT CGATGAGATA GACATTGGTA CATACAAAGT GTATAATATA 
CCCTTAGAAA ACTATGCATC TGGTAATGAT ACTGTAGGAA CCCACGAGAG GGTGGACAAG 
CTCCTGGGCC CGGAGCACGG CATGCTGAGC ATGTCCCGCA GCCAGTCGGT CCCCATGCTG 
GATGACGAGC TGCTGACCTA CGGCAGCGTC AAGGTGCAGC CGCAGCAGAA GTCATCCGTC 
ACGAAGAAAG TCTACCAGTT CGACCAAAGC TTCAACCCGC AGGGAACAGT GGAAGTCACA 
GCGGAGAAGA GGCTACCGCC ACCTTTCCAG CTCAACCCCG AGTACATTCC CCAGCAGAGT 
AAAAACCTGC CCCAGGATCT GGTCAGCCCG AGGGCCTACC GCGGCTACCC CCCCATGGAG 
CACATGTTCT CCTTCTCCCA GCCTTCGGTG AACGAGGAGG CGGTCAGTGC CCCCTTTGCG 
AGCCAGGGGT CTCGGCCGGG GTTCTTGAGG AGGGCGGATT CGTTGGCCAG CTCCACCGAG 
ATGTCCATGT TCAGGAGAGT CAGTGAGCCC CATGAGCTGC CCCCGAGCGA TAGGTATGGC 
AGGCCTCCGT ACCGAGGAGC TGTGGAGCGC CAAAGCAGTA TCTCGGTCTC TGAGTCTCAG 
TTCCTCAAGA GGAATGGCAG GTACGAAGAC GAGCATCCTT CCTACCAAGA AGTGAAAGCC 
CAGACTGGAA GCTTTCCAGT TAAAAACCTT ACACAAAGGA GGCCGTTGTC TGCAAGAAGC 
TACAGTACAG AGAGTTACGG CACATCCCAA ACCAGGCCGG TTTCAGCGAG GCCTACAATG 
GCAGCTCTGC TGGAAAAGAT ACCGTCAGAC TATAACTTGG GTAACTATGG CGACAAGCCT 
TCCGATAACA GTGATATAAA GACAAGGCCT ACCCCTGTGA AGGGAAATGA GAGCTGTGCT 
AAAATGCCCG CTGACTGGAG ACAACAGCTA CTTAGACATA TAGAAGCTAG AAGGTTAGAC 
AGGACCGCTG CTTACAAACA CAACACAGTT AGCCTTGGCA TGCTGCACTC TGGAGGTTTT 
TCAGCAATGC ATGCCGGCAG AAGCATGACT TTAAACTTGC AGACTAAATC TAAATTTGAA 
AACCAAATGC TTCAAGAGCT ACCTCTACCG AAAACCCCAT CGCAGCAGAG CAGCATTCTG 
GACAACGGGC AGGAGGAGGT GTCTGTGAGC AGCCAGTGGA ACCCCTACCC GCTGGGGCGG 
CGGGACGTGC CGCCGGACAC CGTCACAAAG AAGGCAGGTA GCCATATCCA GACTTTAATG 
GGATCACAAA GCCTACAGCA TCGGAGCCGT GAGCAGCAGT ATGAAGGAAA CATGAACAAA 
GTCACCATTC AGCAGTTTCA GCCACCGCTG CCTATTCAGA TTCCCTCTTC GCAGAGCTCT 
CGAGCACCTC AGACAGGGCG ATGTTTAATC CAAACCAAGG GTCAGAGAAG TACAGATGCG 
TATCAGGAGC AGTTTTGTGT GAGAATAGAG AAGAATCCTG GCCTTGGTTT TAGTATCAGT 
GGTGGAATAA GTGGACAAGG AAATCCATTC AAACCTTCTG ATAAGGGTAT CTTTGTTACT 
AGGGTTCAGC CTGATGGACC AGCATCCAGC CTGCTCCAGC CTGGCGATAA GATCCTCCAG 
GCAAATGGAC ACAGTTTTGT ACATATGGAA CATGAGAAAG CTGTATTACT ACTGAAGAGT 
TTCCAGAATA CAGTAGACCT AGTTATTCAA CGTGAGCTTA CTGTCTAA