LOC107658443 cDNA ORF clone, Sinocyclocheilus anshuiensis

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC107658443
Entrez Gene ID	107658443
Full Name	uncharacterized LOC107658443
Gene Type	protein-coding
Organism	Sinocyclocheilus anshuiensis

mRNA and Protein(s)

mRNA	Protein	Name
XM_016446989.1	XP_016302475.1	uncharacterized protein LOC107658443

Pathways from BioSystems
Gene Ontology

The following LOC107658443 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC107658443 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
OSi77874	XM_016446989.1 Latest version!	Sinocyclocheilus anshuiensis uncharacterized LOC107658443 (LOC107658443), 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)

LOC107658443 ( XM_016446989.1 ) cDNA ORF clone, Sinocyclocheilus anshuiensis -> XP_016302475.1 Sinocyclocheilus anshuiensis uncharacterized LOC107658443 (LOC107658443), mRNA.

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CloneID	OSi77874
Clone ID Related Accession (Same CDS sequence)	XM_016446989.1
Accession Version	XM_016446989.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6048bp) 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	uncharacterized protein LOC107658443
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015549597.1) 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##

ATGACAGCAT TTCTGTTGGA CAGTGGAGTG AGCATCGAGC CATGTAACCG CTATTCCTCT 
GAGACTAATG GAGCTAAAAT CACATCCACC CGACACTGGC TTGTGGGAGA ACGGGTGGAG 
GTCCTGCAGG GCTGTATAGC TGAGCTGAGC CCTGAGGATA GTGCCGTCCT CAGAGCAGGA 
GTGAATGACT TCAGTGTCAT GTACTCGACG CGCAAGAGAT GTGCTCAGCT TTGGCTGGGG 
CCGGCTGCCT TTATCAATCA TGACTGCAGA CCCAACTGTA GGTTTGTCCC TGGAGATAAG 
AATGGAGCTT GTATAAAAGT GGTGCGGCCC ATCTCACCGG GGGAGGAGAT TACCAGTTAC 
TATGGGGACA GCTTTTTTGG AGAGAATAAT GAAATGTGTG AATGTTGCAC ATGTGAGAGG 
AGAGGAGAGG GATCATTTAA GAAGAGAGAC CAGTCACCAG ATGTGGCTTG CTCTGGGGAT 
CCTTCAGGAC AGAAATATGA GTTCAGAGAG ACCGACCTAA GGCTTAACAG GAATAGGGGA 
AATGGCACCC CAAAGCCATT TCTCACTGTA TCAAACTCAG CCTTGCCAAT GAGGAATACA 
TATTCCCAAC GGACAAAGAG GAACGCCCTT GTTTTGAGCA AGATGAGAAA GACTGATAGG 
TGGAGGAGGA GGGAGGAGCA TTGTAAACAG GTGGAAAAGA GGACACAAAA CCTCTTATCA 
TCTTTGCCTC ACCTCAAGCT AAAGGAGCTG AGCATCTGCC TCTATCAGCA CAGCACAAAT 
TTCCTATTAA GCTGTAAGGA CCCCTTGAGC AAAGAAAGGG CCCTGCTATA CCTAATTGAG 
AAAGAGCGAC CAAAACCAGA GAGGATCACA AAGAACAGCA AATCTGTCTC TCCACCTCTA 
AGTAGTGCCA ACATAAATGG ACCGGAGGAG AGGAAAGATG AGGATGGAGA AATGTTAAAT 
GGAGACCCCG TAATTAGATT TAAACCCTTT ACTCTTGGAT GTGTTTCCAG TGTACATGAA 
AGAGACAGCA TGAAGGCCAA GGGAGGTAAC ATTGATGCAT CATCTGTCAG AATTGTCCAC 
CAGGGCATTT CCTCAAGGAC CAGGAATATC CTTCGTAGTC GTCTGAGCAG TCTCCAGACA 
AGGAGGCGAT CTAAACTCTC CAGATTCAAC AAAAGGAGGA CCAGACTGAT CAAATCCAAT 
TCTAAACTCT CTACAGGGCA AAATGAATGC TCTGACTCGC AGACACGAGA TGGGAAGCGG 
CAAAAAAGAA GCGAGGTTGC GTCCACGGAC ACTACTAACC CTGTTTTAAT CTCTCCAGGT 
AAACCATGTA ATGATAAACA TGTACACGTT GATGGAGACG CTGGGACTAA CAGTGACAAA 
TCATCACAAA CAGAGAGCAC GGTGATCAGA GAGACGCAGC AGAGTGTCTT TAGGGATTGC 
CTCAGGGAAG TGGCTGGTGA TGTTAGTGTT TGTGTAGCTT CAGAGACCTC AGGGGATAAC 
AAGCAAAATC ACAGGCAGTC TGTCTCTTCT AGCGCTGTTA GCGATACACC CTCCTTGTCT 
TCACCATCTC TTAATAGTCC TGTCTCTTTT CACTCAGGGT TAAATCGTTA CCTCAGAGTC 
AGTCTGGTCA GGGTGGCTAT CCCAGGAAAG CCAGAGGATG AAAGTACAGG TCAGAGGGAG 
GCAGACAGTA GAAGAGACAA GGTTACAGCA CCAGCAGCAG CGTCAGTACA GCAGAACACA 
AAATTTAATG GGAGCAAAGA CGGCAATAGA CAAGGTAAGA AAGGGGTGAA GGAGTTGTAT 
TTCACACCAG TAAATATGGA GAGTGCAGAT AAGTACTTAA AAGTAACATG TGATTTAGAG 
ACTGGCAAAA AAACAGTCAC ACAACCTGTT GCAAAAGAAC TTGTGGATGC GTACGGTAAG 
GATAGCCACA GTGAGCATGA AATTGAAGGC AAGCAAGATA ATAAAGTTGT AACGGTTGCG 
TCTGTTGAAG TTACAATTCC CAAAAATTCA GAAGTTGCTG TAAAGGAACG GAAAAGAGCC 
GATAAGGATG AGAAACAAGC ACATGTTGAG CGCATACCTG AGGTGCAGGA TAAAGAAAGC 
ACGATCAAGA AGCAGGAAGA AGTAATCGTT GAAGACAATC ACTTGAAAAA GAAAGTGGTA 
ACAGCACGTT TTGGTAGCAG GACTGTTGTT GTTAAAGAGG CAAGGGTACT GCTGAAGGAT 
ATTAGAAAGA ATTTGAGTTG TAAGTTTAGT CAACAAGATA AGGACGCTAA TGACCACCAA 
CCTCCGTGTG GTTACAGTGA TAAAAGGGAA GCTGATAATA TAAAGACACT ATCACTTACT 
GACAATAAAG AGACAAAGGA CAAGCATGAA GCACTTAATA ACGGGAATGA GAACCCTAAT 
AAAGGACTCA CGGCAGCTGA TCAAACAAAT ATACATGGAG ATACTCAAGT GAAACAGTCA 
GAAAACACTT TGATTTCCTC AGAACCTCTA TCCATGTGCA AGGTTTCTCT GGATCACAGT 
CCCCAGAGCA GCATTCCCTT AAAGAAACGA GCATTTCGAG AATCGCTTGA TACAGACCCA 
GAACAGGATG TTAATGTACC TGCAACGCCA TGTACTGATG TCAGTAAAGG CAAAGAACCC 
AATTCGGACA ATCTGTTACC TAAGCCAAGC GAAAGCAGCA GTGTGGATAC AACATTGTTG 
AAACATTCAG AATCAAGTTT AACTCTCAAA GCCAATGTTG GGTCCAAAAA GCGTGGCTCA 
TCCAAGTTGA TAAAGACTTC GTCTAAACAG TACTGTAAAG CTCTTCAGAG TGCTCATCGT 
GGACCAGGAA GAAGCAATGT CAGAGTTCCT GAATGCAGAG ATGGCACAAG TAATGTACAT 
GTTTGTGAGA GGACAATCAA TGACCCTAAG CATGAAACAT CTAAAATGAC AGAAGCAGTC 
AATTGTAACA TGGGAGAGGA GAACCAAGCG AAAAGTGACA AAGGAGTAGA AGGAAGAAAT 
AAAGGAACAG GGGACTGTGA GATTACAGAT AATATTGAGC ATGCCATCAG CGATGAGTTG 
TCTACCTCAA ATGTTTCGGA TAACACGGAA GATGAGCAGA AGCTTATCCG CAGAATCCGC 
CTTAAGAGGA AGAGGGGAAA GGAGTGGGCA ATGGAGTGTA CGGATGAGGC AAAAAGTGTT 
GCGGACAAGT CAAGCCCACA GCAATGCTTG GCTTTAGTTG ACCCTTTTAG GGCCATTTTG 
GATTCTGTCT CAATTTTAAA TGCAGAAATG GAGAGGATTC GGGGTCATGG GGAGGCCGAT 
AACGGCGTAG GTTTGGAGAA AGCCACCAAA GCAGTTCAAG ACGTGCTGGA ACATTGCAGA 
AAAGAATGTG CAGCTAAGCC ATGTAAAAGA CAACAAAAAC TATCGGCTGT TTGCATTAAC 
AAGAAGAACG TTAGTACACC AAAAGAAATT GTTCAAGACA GTAGTGATGT TACCGACAAG 
CAAATACAAC AAAAATCATC TGACCCAAAA ATTGAGGCAG ACATTGATGA CATTAAACCG 
TTACCTCTGA TTAGATTGTG CAGGAGAGCT GAAGGCAGGT GGGAGGTGGA GTGGAAAGAA 
GCTCACAATG AAGATGGGAG CACTGATACT GTGCACGGGG AGCCAGAGGA ATTAACATCT 
GTCTTCTCTA CAGCAGCAAT AGTGGAACAG ATGCCTCTCG GCAATGTTAA AGACGAAAAC 
CCGTCTCAGT GCCAGCAACT AATGGCGGGG CGTAGTTGTA CCAAGGGGAC AGAGACCTTC 
AGAGATCCAC TGAGTTTTGA GACTTCACCC TTACCATTAT CCCTTTCACC TTTGTCACTT 
TACTCTCCCT GTTATGATGG GCTGGCAGGA GTTAGTAATG TCAGTGGGAG TATTCAAGCA 
AAAGAGAATG TAAGAGAGCA GGTGTCAGAC AATTTCGATA GTCTTAAGCC TGGAGTTAGT 
AGAAGTGACA ATAAAGAAAG CAATGACATT TGCTTGAGTC ACAATTTGTT ACAGATTAAT 
AAAAGTCTGT CAAAACTCCA GGCTCTGAGC CAGTCACAGG TATGCGAGAA AAGTGTGCCC 
ACTAATACCA GTGTAACCCC CTCTCAGATT CAGTCTCCTC CCATTTCTCC CTTTTCCACC 
GATTGTGGCT TTAGTAACTA TTCTGAAGAT GTGCTTGAGT TTCCATGTTT AAATCTCGAA 
AGCTACGATC AGATGCCTGC ACAAAACAAC TTGGCAGGCT CTTTAATAGA TTACTATCCT 
GGTGAACCAC ATAACACCGG GTCCTTCAGC AGCCCCTTTT CCCAAAGTCC CACTGATGCA 
TGGGATCCGG AGACCCCTTA CCTAGGATCC CCAAGCCCAG TGAGTAACTT CAGTAGTGAT 
GAGGAGCTAA GTTTCCCGGA TATTGTCTTT GCTCAGTCTG ACACATCCTC ATCTATTGGT 
GCATCTCAAC TCAGTCTCTT CAAAGATAAG CTCTGTAATA CAGCCACGAG TTCTGCTCCT 
CTTCAAGACC CCGAGAAAGA TCTGTACTTG TCTGATGGCG AGTTGTCAAA AACTCCCATA 
GAGCTCCAGG TCCAGGAAGT TTCAGCAACA CAGTTTCTCC CCAAAGACTT GACAATGTTT 
AACAATGCAT CTACAAGTGC TAAACAGCCT GGGCACCCAA ATTCACGCCT GCATCCTCAG 
GATAAAAAGT TAAACTTTCT TGATTCCATT GTTAATTTGA AGTCCTCCGA GTCAGGATTT 
GCAAAAATTG ACGTTAAAGA CTATGGACCT CTCAACCTGC ATAGCTCAAA GGCTAAATAC 
GAATCTGTCT TTCCAAACCA GTCAACACAA AGTCTACATG GTGTTGGACC TCAGAGTAAC 
CTTGTTACAC CCTTCCATGC TGATTATCCA GGTGCTTTCA GCTCTGGTAA TGCACTTTTT 
CGTAGCAATG ACAAGAAGCT TCCTTTTTTT TCAAACCCCA AGAATGTCTT GAAAAACGAG 
GAAGGCCAGA ATGCTTGTCG AGTTTCTGTG GCTGCAGGCA GCTCAAAATC TCACAACAAC 
CTGGAAAGCA TCTATGCTTG TCCAGGTCCA TCAAGCTCTC ACAGTGGAAA AGAGTCTTCT 
GCTAGATGTC CTAATGCTGG GTTCTCAAGA TTGGCTGAAA ATCTGCAGAA AAACCCAAAG 
AATGTCCCTT CCAAACAGTA CCCTGCTAAT CCCGGTCCGC AAGGTGATCG CATTCACCCT 
GTTTACTTTA TCAGCTCTAG CAAAACCACA TCAAACTTTT TCAAGAACAA TGCAGGCCTA 
AAGTCCCAGA TCTCAAGAAA TGATAAAGAT CCATCTCTGT CCTCCGCGTT TTTATTTCCC 
TCATCTCAAG GTTCTCAATC TTACAGTACA TCACAAAGCA AACTCTCAAA ATTGGAAAAA 
CCCCATGCTG TTGTGGCTCC CACTCAAAAC ACTCAACTTT CTGGAGTGTC TTCTATCCAG 
CCCAATAAGA ATCAGATGTG TTCAAACATT TCTCACTGTG ATTCTTCTGA TTTCAACTTC 
AGCTCCTCTC TTTCACCTCC TGCGTCGCAG CACAGCAGTC CTCATCTGGG ATACAGAGAA 
TCCTCAATCC ATGGGGTCCC TTTGATTAAA ACTCAGTCAA CTACCTTTGA ACACAGTCAA 
ACTCCTCACC AGTCTTATGT AGTGAACTTC ACCGGAGATC ATTCTCTGAC CCTGGGCTAC 
AGTGAGGATG GTGAAAGCTT GAATTATTCT GGTTCAGGAC CTGCAAATTA CACTTATCAT 
TGTCTTATGG AGCCTTCGGG AACTCAAGGA AGGCTGGTTG TAGAAGCGTG TGGTCCCTCA 
AACTTCTCAC CTCCTCCCTC TGTGAGTATG TTTGCAGGGT CTAAAGTCCA CGCAGGCCAA 
AACAGTAAGG ATCAGCAGCA TCAGGGGACA GGAACTCACC CATGTAATTC TCTACACTTC 
TCCACCTCCC ACTCGCAAAA CACCCCCATA ACAGAACGCA AGCCTAAGAG ACTTAGGCTT 
GTGGTGACTG ACGGTACAGT GGATCTGGAC CTACAATATA CTGATTAA

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

RefSeq	XP_016302475.1
CDS	7..6054
Translation	MTAFLLDSGVSIEPCNRYSSETNGAKITSTRHWLVGERVEVLQGCIAELSPEDSAVLRAGVNDFSVMYSTRKRCAQLWLGPAAFINHDCRPNCRFVPGDKNGACIKVVRPISPGEEITSYYGDSFFGENNEMCECCTCERRGEGSFKKRDQSPDVACSGDPSGQKYEFRETDLRLNRNRGNGTPKPFLTVSNSALPMRNTYSQRTKRNALVLSKMRKTDRWRRREEHCKQVEKRTQNLLSSLPHLKLKELSICLYQHSTNFLLSCKDPLSKERALLYLIEKERPKPERITKNSKSVSPPLSSANINGPEERKDEDGEMLNGDPVIRFKPFTLGCVSSVHERDSMKAKGGNIDASSVRIVHQGISSRTRNILRSRLSSLQTRRRSKLSRFNKRRTRLIKSNSKLSTGQNECSDSQTRDGKRQKRSEVASTDTTNPVLISPGKPCNDKHVHVDGDAGTNSDKSSQTESTVIRETQQSVFRDCLREVAGDVSVCVASETSGDNKQNHRQSVSSSAVSDTPSLSSPSLNSPVSFHSGLNRYLRVSLVRVAIPGKPEDESTGQREADSRRDKVTAPAAASVQQNTKFNGSKDGNRQGKKGVKELYFTPVNMESADKYLKVTCDLETGKKTVTQPVAKELVDAYGKDSHSEHEIEGKQDNKVVTVASVEVTIPKNSEVAVKERKRADKDEKQAHVERIPEVQDKESTIKKQEEVIVEDNHLKKKVVTARFGSRTVVVKEARVLLKDIRKNLSCKFSQQDKDANDHQPPCGYSDKREADNIKTLSLTDNKETKDKHEALNNGNENPNKGLTAADQTNIHGDTQVKQSENTLISSEPLSMCKVSLDHSPQSSIPLKKRAFRESLDTDPEQDVNVPATPCTDVSKGKEPNSDNLLPKPSESSSVDTTLLKHSESSLTLKANVGSKKRGSSKLIKTSSKQYCKALQSAHRGPGRSNVRVPECRDGTSNVHVCERTINDPKHETSKMTEAVNCNMGEENQAKSDKGVEGRNKGTGDCEITDNIEHAISDELSTSNVSDNTEDEQKLIRRIRLKRKRGKEWAMECTDEAKSVADKSSPQQCLALVDPFRAILDSVSILNAEMERIRGHGEADNGVGLEKATKAVQDVLEHCRKECAAKPCKRQQKLSAVCINKKNVSTPKEIVQDSSDVTDKQIQQKSSDPKIEADIDDIKPLPLIRLCRRAEGRWEVEWKEAHNEDGSTDTVHGEPEELTSVFSTAAIVEQMPLGNVKDENPSQCQQLMAGRSCTKGTETFRDPLSFETSPLPLSLSPLSLYSPCYDGLAGVSNVSGSIQAKENVREQVSDNFDSLKPGVSRSDNKESNDICLSHNLLQINKSLSKLQALSQSQVCEKSVPTNTSVTPSQIQSPPISPFSTDCGFSNYSEDVLEFPCLNLESYDQMPAQNNLAGSLIDYYPGEPHNTGSFSSPFSQSPTDAWDPETPYLGSPSPVSNFSSDEELSFPDIVFAQSDTSSSIGASQLSLFKDKLCNTATSSAPLQDPEKDLYLSDGELSKTPIELQVQEVSATQFLPKDLTMFNNASTSAKQPGHPNSRLHPQDKKLNFLDSIVNLKSSESGFAKIDVKDYGPLNLHSSKAKYESVFPNQSTQSLHGVGPQSNLVTPFHADYPGAFSSGNALFRSNDKKLPFFSNPKNVLKNEEGQNACRVSVAAGSSKSHNNLESIYACPGPSSSHSGKESSARCPNAGFSRLAENLQKNPKNVPSKQYPANPGPQGDRIHPVYFISSSKTTSNFFKNNAGLKSQISRNDKDPSLSSAFLFPSSQGSQSYSTSQSKLSKLEKPHAVVAPTQNTQLSGVSSIQPNKNQMCSNISHCDSSDFNFSSSLSPPASQHSSPHLGYRESSIHGVPLIKTQSTTFEHSQTPHQSYVVNFTGDHSLTLGYSEDGESLNYSGSGPANYTYHCLMEPSGTQGRLVVEACGPSNFSPPPSVSMFAGSKVHAGQNSKDQQHQGTGTHPCNSLHFSTSHSQNTPITERKPKRLRLVVTDGTVDLDLQYTD

Target ORF information:

RefSeq Version	XM_016446989.1
Organism	Sinocyclocheilus anshuiensis
Definition	Sinocyclocheilus anshuiensis uncharacterized LOC107658443 (LOC107658443), mRNA.

Target ORF information:

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

XM_016446989.1

ORF Insert Sequence:

ATGACAGCAT TTCTGTTGGA CAGTGGAGTG AGCATCGAGC CATGTAACCG CTATTCCTCT 
GAGACTAATG GAGCTAAAAT CACATCCACC CGACACTGGC TTGTGGGAGA ACGGGTGGAG 
GTCCTGCAGG GCTGTATAGC TGAGCTGAGC CCTGAGGATA GTGCCGTCCT CAGAGCAGGA 
GTGAATGACT TCAGTGTCAT GTACTCGACG CGCAAGAGAT GTGCTCAGCT TTGGCTGGGG 
CCGGCTGCCT TTATCAATCA TGACTGCAGA CCCAACTGTA GGTTTGTCCC TGGAGATAAG 
AATGGAGCTT GTATAAAAGT GGTGCGGCCC ATCTCACCGG GGGAGGAGAT TACCAGTTAC 
TATGGGGACA GCTTTTTTGG AGAGAATAAT GAAATGTGTG AATGTTGCAC ATGTGAGAGG 
AGAGGAGAGG GATCATTTAA GAAGAGAGAC CAGTCACCAG ATGTGGCTTG CTCTGGGGAT 
CCTTCAGGAC AGAAATATGA GTTCAGAGAG ACCGACCTAA GGCTTAACAG GAATAGGGGA 
AATGGCACCC CAAAGCCATT TCTCACTGTA TCAAACTCAG CCTTGCCAAT GAGGAATACA 
TATTCCCAAC GGACAAAGAG GAACGCCCTT GTTTTGAGCA AGATGAGAAA GACTGATAGG 
TGGAGGAGGA GGGAGGAGCA TTGTAAACAG GTGGAAAAGA GGACACAAAA CCTCTTATCA 
TCTTTGCCTC ACCTCAAGCT AAAGGAGCTG AGCATCTGCC TCTATCAGCA CAGCACAAAT 
TTCCTATTAA GCTGTAAGGA CCCCTTGAGC AAAGAAAGGG CCCTGCTATA CCTAATTGAG 
AAAGAGCGAC CAAAACCAGA GAGGATCACA AAGAACAGCA AATCTGTCTC TCCACCTCTA 
AGTAGTGCCA ACATAAATGG ACCGGAGGAG AGGAAAGATG AGGATGGAGA AATGTTAAAT 
GGAGACCCCG TAATTAGATT TAAACCCTTT ACTCTTGGAT GTGTTTCCAG TGTACATGAA 
AGAGACAGCA TGAAGGCCAA GGGAGGTAAC ATTGATGCAT CATCTGTCAG AATTGTCCAC 
CAGGGCATTT CCTCAAGGAC CAGGAATATC CTTCGTAGTC GTCTGAGCAG TCTCCAGACA 
AGGAGGCGAT CTAAACTCTC CAGATTCAAC AAAAGGAGGA CCAGACTGAT CAAATCCAAT 
TCTAAACTCT CTACAGGGCA AAATGAATGC TCTGACTCGC AGACACGAGA TGGGAAGCGG 
CAAAAAAGAA GCGAGGTTGC GTCCACGGAC ACTACTAACC CTGTTTTAAT CTCTCCAGGT 
AAACCATGTA ATGATAAACA TGTACACGTT GATGGAGACG CTGGGACTAA CAGTGACAAA 
TCATCACAAA CAGAGAGCAC GGTGATCAGA GAGACGCAGC AGAGTGTCTT TAGGGATTGC 
CTCAGGGAAG TGGCTGGTGA TGTTAGTGTT TGTGTAGCTT CAGAGACCTC AGGGGATAAC 
AAGCAAAATC ACAGGCAGTC TGTCTCTTCT AGCGCTGTTA GCGATACACC CTCCTTGTCT 
TCACCATCTC TTAATAGTCC TGTCTCTTTT CACTCAGGGT TAAATCGTTA CCTCAGAGTC 
AGTCTGGTCA GGGTGGCTAT CCCAGGAAAG CCAGAGGATG AAAGTACAGG TCAGAGGGAG 
GCAGACAGTA GAAGAGACAA GGTTACAGCA CCAGCAGCAG CGTCAGTACA GCAGAACACA 
AAATTTAATG GGAGCAAAGA CGGCAATAGA CAAGGTAAGA AAGGGGTGAA GGAGTTGTAT 
TTCACACCAG TAAATATGGA GAGTGCAGAT AAGTACTTAA AAGTAACATG TGATTTAGAG 
ACTGGCAAAA AAACAGTCAC ACAACCTGTT GCAAAAGAAC TTGTGGATGC GTACGGTAAG 
GATAGCCACA GTGAGCATGA AATTGAAGGC AAGCAAGATA ATAAAGTTGT AACGGTTGCG 
TCTGTTGAAG TTACAATTCC CAAAAATTCA GAAGTTGCTG TAAAGGAACG GAAAAGAGCC 
GATAAGGATG AGAAACAAGC ACATGTTGAG CGCATACCTG AGGTGCAGGA TAAAGAAAGC 
ACGATCAAGA AGCAGGAAGA AGTAATCGTT GAAGACAATC ACTTGAAAAA GAAAGTGGTA 
ACAGCACGTT TTGGTAGCAG GACTGTTGTT GTTAAAGAGG CAAGGGTACT GCTGAAGGAT 
ATTAGAAAGA ATTTGAGTTG TAAGTTTAGT CAACAAGATA AGGACGCTAA TGACCACCAA 
CCTCCGTGTG GTTACAGTGA TAAAAGGGAA GCTGATAATA TAAAGACACT ATCACTTACT 
GACAATAAAG AGACAAAGGA CAAGCATGAA GCACTTAATA ACGGGAATGA GAACCCTAAT 
AAAGGACTCA CGGCAGCTGA TCAAACAAAT ATACATGGAG ATACTCAAGT GAAACAGTCA 
GAAAACACTT TGATTTCCTC AGAACCTCTA TCCATGTGCA AGGTTTCTCT GGATCACAGT 
CCCCAGAGCA GCATTCCCTT AAAGAAACGA GCATTTCGAG AATCGCTTGA TACAGACCCA 
GAACAGGATG TTAATGTACC TGCAACGCCA TGTACTGATG TCAGTAAAGG CAAAGAACCC 
AATTCGGACA ATCTGTTACC TAAGCCAAGC GAAAGCAGCA GTGTGGATAC AACATTGTTG 
AAACATTCAG AATCAAGTTT AACTCTCAAA GCCAATGTTG GGTCCAAAAA GCGTGGCTCA 
TCCAAGTTGA TAAAGACTTC GTCTAAACAG TACTGTAAAG CTCTTCAGAG TGCTCATCGT 
GGACCAGGAA GAAGCAATGT CAGAGTTCCT GAATGCAGAG ATGGCACAAG TAATGTACAT 
GTTTGTGAGA GGACAATCAA TGACCCTAAG CATGAAACAT CTAAAATGAC AGAAGCAGTC 
AATTGTAACA TGGGAGAGGA GAACCAAGCG AAAAGTGACA AAGGAGTAGA AGGAAGAAAT 
AAAGGAACAG GGGACTGTGA GATTACAGAT AATATTGAGC ATGCCATCAG CGATGAGTTG 
TCTACCTCAA ATGTTTCGGA TAACACGGAA GATGAGCAGA AGCTTATCCG CAGAATCCGC 
CTTAAGAGGA AGAGGGGAAA GGAGTGGGCA ATGGAGTGTA CGGATGAGGC AAAAAGTGTT 
GCGGACAAGT CAAGCCCACA GCAATGCTTG GCTTTAGTTG ACCCTTTTAG GGCCATTTTG 
GATTCTGTCT CAATTTTAAA TGCAGAAATG GAGAGGATTC GGGGTCATGG GGAGGCCGAT 
AACGGCGTAG GTTTGGAGAA AGCCACCAAA GCAGTTCAAG ACGTGCTGGA ACATTGCAGA 
AAAGAATGTG CAGCTAAGCC ATGTAAAAGA CAACAAAAAC TATCGGCTGT TTGCATTAAC 
AAGAAGAACG TTAGTACACC AAAAGAAATT GTTCAAGACA GTAGTGATGT TACCGACAAG 
CAAATACAAC AAAAATCATC TGACCCAAAA ATTGAGGCAG ACATTGATGA CATTAAACCG 
TTACCTCTGA TTAGATTGTG CAGGAGAGCT GAAGGCAGGT GGGAGGTGGA GTGGAAAGAA 
GCTCACAATG AAGATGGGAG CACTGATACT GTGCACGGGG AGCCAGAGGA ATTAACATCT 
GTCTTCTCTA CAGCAGCAAT AGTGGAACAG ATGCCTCTCG GCAATGTTAA AGACGAAAAC 
CCGTCTCAGT GCCAGCAACT AATGGCGGGG CGTAGTTGTA CCAAGGGGAC AGAGACCTTC 
AGAGATCCAC TGAGTTTTGA GACTTCACCC TTACCATTAT CCCTTTCACC TTTGTCACTT 
TACTCTCCCT GTTATGATGG GCTGGCAGGA GTTAGTAATG TCAGTGGGAG TATTCAAGCA 
AAAGAGAATG TAAGAGAGCA GGTGTCAGAC AATTTCGATA GTCTTAAGCC TGGAGTTAGT 
AGAAGTGACA ATAAAGAAAG CAATGACATT TGCTTGAGTC ACAATTTGTT ACAGATTAAT 
AAAAGTCTGT CAAAACTCCA GGCTCTGAGC CAGTCACAGG TATGCGAGAA AAGTGTGCCC 
ACTAATACCA GTGTAACCCC CTCTCAGATT CAGTCTCCTC CCATTTCTCC CTTTTCCACC 
GATTGTGGCT TTAGTAACTA TTCTGAAGAT GTGCTTGAGT TTCCATGTTT AAATCTCGAA 
AGCTACGATC AGATGCCTGC ACAAAACAAC TTGGCAGGCT CTTTAATAGA TTACTATCCT 
GGTGAACCAC ATAACACCGG GTCCTTCAGC AGCCCCTTTT CCCAAAGTCC CACTGATGCA 
TGGGATCCGG AGACCCCTTA CCTAGGATCC CCAAGCCCAG TGAGTAACTT CAGTAGTGAT 
GAGGAGCTAA GTTTCCCGGA TATTGTCTTT GCTCAGTCTG ACACATCCTC ATCTATTGGT 
GCATCTCAAC TCAGTCTCTT CAAAGATAAG CTCTGTAATA CAGCCACGAG TTCTGCTCCT 
CTTCAAGACC CCGAGAAAGA TCTGTACTTG TCTGATGGCG AGTTGTCAAA AACTCCCATA 
GAGCTCCAGG TCCAGGAAGT TTCAGCAACA CAGTTTCTCC CCAAAGACTT GACAATGTTT 
AACAATGCAT CTACAAGTGC TAAACAGCCT GGGCACCCAA ATTCACGCCT GCATCCTCAG 
GATAAAAAGT TAAACTTTCT TGATTCCATT GTTAATTTGA AGTCCTCCGA GTCAGGATTT 
GCAAAAATTG ACGTTAAAGA CTATGGACCT CTCAACCTGC ATAGCTCAAA GGCTAAATAC 
GAATCTGTCT TTCCAAACCA GTCAACACAA AGTCTACATG GTGTTGGACC TCAGAGTAAC 
CTTGTTACAC CCTTCCATGC TGATTATCCA GGTGCTTTCA GCTCTGGTAA TGCACTTTTT 
CGTAGCAATG ACAAGAAGCT TCCTTTTTTT TCAAACCCCA AGAATGTCTT GAAAAACGAG 
GAAGGCCAGA ATGCTTGTCG AGTTTCTGTG GCTGCAGGCA GCTCAAAATC TCACAACAAC 
CTGGAAAGCA TCTATGCTTG TCCAGGTCCA TCAAGCTCTC ACAGTGGAAA AGAGTCTTCT 
GCTAGATGTC CTAATGCTGG GTTCTCAAGA TTGGCTGAAA ATCTGCAGAA AAACCCAAAG 
AATGTCCCTT CCAAACAGTA CCCTGCTAAT CCCGGTCCGC AAGGTGATCG CATTCACCCT 
GTTTACTTTA TCAGCTCTAG CAAAACCACA TCAAACTTTT TCAAGAACAA TGCAGGCCTA 
AAGTCCCAGA TCTCAAGAAA TGATAAAGAT CCATCTCTGT CCTCCGCGTT TTTATTTCCC 
TCATCTCAAG GTTCTCAATC TTACAGTACA TCACAAAGCA AACTCTCAAA ATTGGAAAAA 
CCCCATGCTG TTGTGGCTCC CACTCAAAAC ACTCAACTTT CTGGAGTGTC TTCTATCCAG 
CCCAATAAGA ATCAGATGTG TTCAAACATT TCTCACTGTG ATTCTTCTGA TTTCAACTTC 
AGCTCCTCTC TTTCACCTCC TGCGTCGCAG CACAGCAGTC CTCATCTGGG ATACAGAGAA 
TCCTCAATCC ATGGGGTCCC TTTGATTAAA ACTCAGTCAA CTACCTTTGA ACACAGTCAA 
ACTCCTCACC AGTCTTATGT AGTGAACTTC ACCGGAGATC ATTCTCTGAC CCTGGGCTAC 
AGTGAGGATG GTGAAAGCTT GAATTATTCT GGTTCAGGAC CTGCAAATTA CACTTATCAT 
TGTCTTATGG AGCCTTCGGG AACTCAAGGA AGGCTGGTTG TAGAAGCGTG TGGTCCCTCA 
AACTTCTCAC CTCCTCCCTC TGTGAGTATG TTTGCAGGGT CTAAAGTCCA CGCAGGCCAA 
AACAGTAAGG ATCAGCAGCA TCAGGGGACA GGAACTCACC CATGTAATTC TCTACACTTC 
TCCACCTCCC ACTCGCAAAA CACCCCCATA ACAGAACGCA AGCCTAAGAG ACTTAGGCTT 
GTGGTGACTG ACGGTACAGT GGATCTGGAC CTACAATATA CTGATTAA