CCDC88C cDNA ORF clone, Protobothrops mucrosquamatus

Gene
Clones
gRNAs

Summary

Gene Symbol	CCDC88C
Entrez Gene ID	107297317
Full Name	coiled-coil domain containing 88C
Gene Type	protein-coding
Organism	Protobothrops mucrosquamatus

mRNA and Protein(s)

mRNA	Protein	Name
XM_015826681.1	XP_015682167.1	protein Daple

Pathways from BioSystems
Gene Ontology

The following CCDC88C gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the CCDC88C 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
OPr23765	XM_015826681.1 Latest version!	Protobothrops mucrosquamatus coiled-coil domain containing 88C (CCDC88C), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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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)

CCDC88C ( XM_015826681.1 ) cDNA ORF clone, Protobothrops mucrosquamatus -> XP_015682167.1 Protobothrops mucrosquamatus coiled-coil domain containing 88C (CCDC88C), mRNA.

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CloneID	OPr23765
Clone ID Related Accession (Same CDS sequence)	XM_015826681.1
Accession Version	XM_015826681.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5991bp) 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	2019-05-22
Organism	Protobothrops mucrosquamatus
Product	protein Daple
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015386287.1) 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 Name :: Protobothrops mucrosquamatus Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGATGTGA CCGTTTCCGA GCTCCTGGAA CTCTTTCTGC AGAGCCCTTT GGTGACCTGG 
GTAAAAACAT TTGGACTACT AGGGAGTGAT AACGAAGACA AACTTGCAGT GTACATGAAT 
CTAGCAGATG GAGTCTTCCT GAATAAAATA ATGTTGCAAG TAGATCCACG CCCAACAAAC 
CAGCGCTTCA ACGAGCATGT CAACAATGAT GTAAACCTAC GAATTCAAAA CCTCACTATT 
TTGGTCAGGA ACATCAAAAC CTATTATCAG GAAGTCCTCC AGCAACTGAT CATAATGAAT 
TTGCCAAATA TCTTAACAAT TGGCAAAGAT CCTCTCTCTG GTAAAAGTAT GGATGAAATT 
AAAAAGCTGC TACTTTTGGT ATTGGGTTGT GCTGTACAGT GTGAAAGAAA AGAAGAATTC 
ATTGAAAGAA TAAAACAGCT AGATATTGAA ACTCAAGCTG CAATTGTTTC ACATATCCAG 
GAGATAACCC ATAATCAAGA GAATGTATTT GACTTGCAAT GGTTAGAGCT ACCAGATATG 
GCTCCAGAAG AACTAGACTC CCTTTCCAGA AATATGGTTT TTCACCTTAA GAGGCTGATT 
GATGAGAGAG ATGAGTGCAC AGAGTTAATT ATAGATCTCA CTCAAGACAG AGATTACCTG 
CAGTCCCAAC AGCCGATGAG TCCTCTAAAA ACATCAAGTC CAGCTTCTTC CCCAAATCTT 
GCCAACCGTC TCTCCAATGA GGACAAGCAG CATTTGTCTG TGGAGCTTGC AGATGCAAAA 
GCCAAACTAA GAAGGGTCAG GCAGGAACTG GAAGAAAAAT CAGAGCAGCT TGTTGACACC 
AGACATGAAG TAGATCAGCT AGTCCTGGAA CTACAGAAAA TAAAGCAGGA GAATATTAAC 
CTCATGGCAG ATGCCCGCTC TGCTCGGGCC TACAGGGATG AGTTAGATTC CTTAAAGGAG 
AAAGCAAACA GAGTGGAGAG ACTGGAGATG GAGCTGGTCC GGTGTAAAGA AAAGCTTCAT 
GATGTGGATT TCTACAAAGC ACGGATGGAG GAGCTTAGAG AAGACAACAT TGTATTAATT 
GAAACAAAGA CAATGTTGGA AGAGCAATTG ATGTTAGCAA GAGCTCGTGG TGATAAATTA 
CATGAGATTG AAAAAGAAAA TTTGCAGTTG AAATCCAAAC TTCATGACAT AGAACTGGAC 
AGGGATACTG ACAAAAAGAG AATTGAAGAG CTCTTGGAAG AAAATATGGT GCTAGAAATT 
GCACAGAAAC AAAGTATGAA TGAGTCAGTA CACCTTGGCA AGGAACTGGA ACAGCTGTCA 
AAGAATACAG ATCTCTCAGA TACAAGGAAA TCTTTTGTCT TTGAGTTGAA TGAATGTGCA 
TCAAGTCGCA TCTTGAAACT TGAGAAGGAT AACCAGAGCC TACAAAATAT CATCCAGGAG 
CTCAGAGATG CATCTATAGT CACTGAAGAA AATACCCTCA AATTTGTAGA ACTACAAAAT 
GAGAATCAAC AGCTTGGCCA AAAGATTGAG AAGCTGCAAA ATCAGATAGA AAAGGAGAAA 
CAAAGTAATC AAGACTTGGA GGCTTTAAGT GAAGAACTCT TGAAAGAAAA GCAAGACCTT 
AAGGACACAA TGGAGGCTTT AAAAGCTGAT CAAGAAAGAC AGATAAAAGA CCTAGAAAAA 
GAAACTGAGC ACCTGAATCA AGTGGTTTTC TCTCTAAGAC AGAGATCTCA AGTCGGTACA 
GAAGCCAAAG TGAAAAACAT TGAAATAGAA AACAAAATAC TTCACGAGGC AGTTAGTGAG 
AGCAACAGCA AGCTCAGTAA GCTTGAATAT GAGAAAAAGC AGTTGCAAAA AGATTTTGAG 
CAAGTTAAAG AAAAAGTAGA AAGAGTAGAA GAAATAGATA AAGAACTTCA TCGGCTAGAA 
AGGGAGAATG AACAGCTTGC CAAAAAAATT GCAATCATGA AAATTACTAC TGAAAAAGTA 
GAAGTACTTG AACAAGAAAA CAAGGATCTG GAAGTAGAAA ACAGAAAGCT GAAAAAGTCT 
CTAGATACAT TGCACAATGT TTCCATCCAG CTGGAAAATT TAGAAAAGGA TAATAAACAG 
CTAGATGATG AAAACTTGGA GCTCAGGCAA ATTGTAGAGA CTACGAGATT CACCAGTACA 
AAATTAGGCC AGATAGAGGC AGAAAACAAA GAGCTAGAAA AGGAAAAGGA GGAACTTCAA 
AAAAACATAG CCATGCTGAA GGTTCTGCTC AAGAAATCAG AAAGGTTGGA GCTCAGTTAC 
CAGAGTATGA ATGCTGAGAA TCAAAGACTG CAGCAAATTC TAGAAAATAG CAATAAAAAA 
GTTCAACAGT TGGAAAAAGA ACTCCAGGGT GTTGAAGATG ATAATCAAAG TCTTCAGAGA 
CAATTGGAGG AATTGAAGAT CTCGAGTAAG CAGGTGGAAT GGTTGGAAAA AGAGAAGAAA 
TTATTGGACC AGGAAATGTT TCAATTGGAT AAAGACAAAA AGATGCTGGA AAAAGAGACA 
AAGAGACTGT GGCAGCAAGT AGAGCTAAAA GATGCAAATC TGGATGAGAA TACTATAAAA 
TTGACAGCAA TTGAAAAGGA ATTCAAGATT TTAGAAAGAG AACTTGCTAG AGTCCGAGAT 
TCATCAAATA AGATGAAGGA ATTTGAAAAG AACAATAAAG ATCTGCAGAA GCAAGTTACT 
ATTGATCAGA GAACTCTAGC TGCACTAAGA GAGGATTTAG TCCTTGAGAA GTTGAAAAGC 
CAGAAGTTAT CTAGTGACAT GGATAAATTG GACCAGGAAC TAGAGAAGAT GGGATTAAAT 
AAGGAACTGC TTCTGCAGGA TGATAACGGC AACAGTGATA AGAAATATAA AATCTTGGAA 
AGCCAAACTG AATGTATTCT AAAGACAACA CTAGCTTGTA AAGAAGAGAA AATTGTTGCA 
TTGGAGGCCA AACTGCAAGA GTTTGTTAAC TTAAACCAAC AGTTACAGAA CGAACTAAAC 
ATGATGAGGA AGCAGAAGCA AGAAGAGGGA ACTTTTATGC AGAAGCTGAA TCAACCATTG 
GAAAATTGTC AGAAGGAAAC AATGATGGAG CTTCTCAAAG TGAAGGACAG AGCTATAGAT 
CTAGAAAGAA ATAATGCATC CCTGCATACA GGGATACAGC TTCTTAAGGA GCAACAAGCA 
TGTTTGGAAC TGCAGAATGG CTCCCTCAAC AGTCAGATCC TGACACTACA GAAGCAAAAT 
GTTTTCCTTC AAGAGCATAA CACTGCAATG CAAACACAAA CAGCTAAACT CCAGGTGGAG 
AATTCTACCC TAAATTCCCA GAGTACATCC TTGATGACCC AGAACACCTT ACTCCAGAAT 
CAGCAGCTGG CCAAGGAGAA TGAATATGAC AACCTGCTGA AGCAGAAAGA GCAGCTCAAA 
GCAGAATATG AGTCCCTTCT TCAGGATCAT GAACACCTTG TGTTGCTGCA CGAACGGCAA 
TCTACAGAAT ATGAAACACT AATAAAACAG CACAGCAACC TAAAAGCCTT GCACAAAAAT 
CTTGACTTGG AACACAAAGA TCTAGGGGAA AGATACAGCA GTTTAATAGA ACACAAAGTC 
AAACTGGAAG AGATGGAGAT GATTTTAAAG ACAGAAAAGG ATGTTTTACA ACAGGAGAAG 
AGAACAAGTG CAACAGTCAC TGCAGAGAAC CAGAAGCTTA GAGAAGAACT AGAAAGGATG 
AATATCTCAC ACACCAAACT TAAGGCTGAG TACGAAGGGC TTCATATACA CACTAAGGAG 
CTGAAAACAT CCTTGAATAA TTCTCAACTA GAGCTGAACC GTTGGCAAGC TCGTTATGAT 
GAGCTGAAGG AACAGCACCA GACTATGGAT ATCACCTTAA CCAAACTGGA CAACCATTGT 
GAGCTGCTTG GTCGACTAAA AGGAAACTTG GAAGAAGAGA ATCATCATCT CCTCAGTCAA 
ATCCAACTAT TAACTCATCA GAATCAAATG TTGCTGGAGC AGAACATGGA GAATAAAGAA 
CAATACCACG AGGAACAAAA GCAATATATT GATAAATTAA ATGCCTTAAG GAGACACAAA 
GAAAAATTGG AAGAGAAAAT AATGGATCAA TACAGGTTTT ATGATCCAAC TCCAAAAAAG 
AAAAACCACT GGATAGGAGC TAAAGCCTTG GTTAAATTCA TAAAGCCAAA GAAAGAGCCA 
ACAAGAGAAC GAGTGAAATC TTCAGCAGAT AGTTCTCCAT CTCAATTAGA AAGCATCGAG 
ACAGCAGGTT CCCAATCTCC ATTACAGCTG CCCAAGCAAC AGAAGAGTCT GGAAGCTACC 
TCCAAAGAGT TCAGCTTTGT GGAAGACAAA GAGCATAAGA CGGGAACCAT GGTCAAAGGG 
GATTCAAATC TGAAGAGAGT TTCACACTGT GGAGACAGCA ATGACCACAT TGAAAATACA 
AGAGATCCTG CTATTAAACA GTGCTATGTG GACTCAAGTT CCAGGACTTT CTCTGTTCCA 
ACTCCCTATT CAACTTTTAC TTCCATCTCT AGACAACCTA ACAGACAAAA AGGCCATAAT 
TCAGATGGTG ACCTGTATGA TAATTCCTCT GCAGCAGAGC TTTCCAATAA GCAGCACATG 
TCTGGATCAG ATAGCTTAGA GAACAGTGAA AATGCGTCCA CTAACAGCTC CCCTTTAAAC 
CTGAAAGGAT CTTATGACTA TATTCGTGAC AGATCAGAAA GCTTTAGCAG TGAAGACATG 
ATGATAATGA AAAATATGCC TGGCACATCT AGAGATGGTC TATTTTGTTC CACCTCTTCT 
GCAGTTGTGG CTTCAAACAC TAAACAGAGT TCCTCATTTA ATAAGAATGG AACATTATTA 
TATGATATGT CTCAGAAAAG CAATCATATA CAGAAGCAAT CTCTTAAGCA CCGATCTGCC 
TCTCCGGGTA ATGAGATGGT AACCTTAGAA GAATTCCTTG AAGAAAGCAA CAGATTATCT 
CCAAAGAAAG ATGCATCCAG TAAAGATGAC TTGCTTAGTG ACTATTTCAG AAAAGCCAGT 
GAGCTTCCAT GCCCTGGAGG TCACTTTCCA CAGTCACACA GGAAGGAACC AAGCAAGACA 
CCCACCAGTT ACGTCACTCC AACTATAAAG ATGCCTGGCA CTGCTGAAGA TGGAAGACCA 
GCTAAATCAG GCCACTACAT GAAACCAAAT CCTGGGCCAT CAGAACCTGT GGCAAACTCC 
AACAAGCTTA CCCATGGACC TCGAAGTCAG GCCAGTCGAG CATCAAAGCC AACCTCTCAA 
CAGAATAGCA ACATGGGCAG GCAGAGTGCT TCACTGAACC GGGCCTATAG CTTGGCTTCA 
GCAGATCTTC TGAGAGCCAC TGGTCCTGAT GTGTACAGAC GGTATGACAG TCTTCCGAAG 
CCTGTGGCTG CAGATAGCCA GATAGGCAAG GACTCAGACA GCCAGACTTC CCAGCTGCCT 
TTAGCTTCTA CTTCTCAGAG CTTTCTGAGA GAAAGATCAC AGCCTACAAA GATAATGGGT 
TCTTTGCAAA ATGTGGATTC TCGCTGTCGA CAGCTTGATG TTAGGCGCCT TTCTCTTGCC 
CCTCCGAAAG ATGACAAGTC ACTCTTGTTC CCTCCATTTT CTTATTCTTC CACCACTTAT 
AAGGATGATC TTTCCTCTCA GCCACAGGAA TGGGCAAAAG TAGATTTAGA GCAACACTGT 
TCTCCACAAT ATGCATCTAA AACCAAATCC AAGTCATTGT TGCAAAGTGG GGAGGTCTCC 
ACTGGGACTC CTGTCAGAAT TGTTCCTAAC AGTACGGAAG GCAACAATCT TCAGGGAGCT 
GGTTCAACTG ACATTCACGT TGCCAAATGC CCAAATCCAT CACCAGAAAA TAAAATTTTG 
GCAGAGGGCA TTGAAGAAAC AAACAGAGGG CTTGGTTCCA AGAACCCTCC TTCATCAACA 
GATCCCCCTA TTGATCAGCA AACTGTTTGG TATGAATATG GCTGTGTGTG A

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

RefSeq	XP_015682167.1
CDS	17..6007
Translation	MDVTVSELLELFLQSPLVTWVKTFGLLGSDNEDKLAVYMNLADGVFLNKIMLQVDPRPTNQRFNEHVNNDVNLRIQNLTILVRNIKTYYQEVLQQLIIMNLPNILTIGKDPLSGKSMDEIKKLLLLVLGCAVQCERKEEFIERIKQLDIETQAAIVSHIQEITHNQENVFDLQWLELPDMAPEELDSLSRNMVFHLKRLIDERDECTELIIDLTQDRDYLQSQQPMSPLKTSSPASSPNLANRLSNEDKQHLSVELADAKAKLRRVRQELEEKSEQLVDTRHEVDQLVLELQKIKQENINLMADARSARAYRDELDSLKEKANRVERLEMELVRCKEKLHDVDFYKARMEELREDNIVLIETKTMLEEQLMLARARGDKLHEIEKENLQLKSKLHDIELDRDTDKKRIEELLEENMVLEIAQKQSMNESVHLGKELEQLSKNTDLSDTRKSFVFELNECASSRILKLEKDNQSLQNIIQELRDASIVTEENTLKFVELQNENQQLGQKIEKLQNQIEKEKQSNQDLEALSEELLKEKQDLKDTMEALKADQERQIKDLEKETEHLNQVVFSLRQRSQVGTEAKVKNIEIENKILHEAVSESNSKLSKLEYEKKQLQKDFEQVKEKVERVEEIDKELHRLERENEQLAKKIAIMKITTEKVEVLEQENKDLEVENRKLKKSLDTLHNVSIQLENLEKDNKQLDDENLELRQIVETTRFTSTKLGQIEAENKELEKEKEELQKNIAMLKVLLKKSERLELSYQSMNAENQRLQQILENSNKKVQQLEKELQGVEDDNQSLQRQLEELKISSKQVEWLEKEKKLLDQEMFQLDKDKKMLEKETKRLWQQVELKDANLDENTIKLTAIEKEFKILERELARVRDSSNKMKEFEKNNKDLQKQVTIDQRTLAALREDLVLEKLKSQKLSSDMDKLDQELEKMGLNKELLLQDDNGNSDKKYKILESQTECILKTTLACKEEKIVALEAKLQEFVNLNQQLQNELNMMRKQKQEEGTFMQKLNQPLENCQKETMMELLKVKDRAIDLERNNASLHTGIQLLKEQQACLELQNGSLNSQILTLQKQNVFLQEHNTAMQTQTAKLQVENSTLNSQSTSLMTQNTLLQNQQLAKENEYDNLLKQKEQLKAEYESLLQDHEHLVLLHERQSTEYETLIKQHSNLKALHKNLDLEHKDLGERYSSLIEHKVKLEEMEMILKTEKDVLQQEKRTSATVTAENQKLREELERMNISHTKLKAEYEGLHIHTKELKTSLNNSQLELNRWQARYDELKEQHQTMDITLTKLDNHCELLGRLKGNLEEENHHLLSQIQLLTHQNQMLLEQNMENKEQYHEEQKQYIDKLNALRRHKEKLEEKIMDQYRFYDPTPKKKNHWIGAKALVKFIKPKKEPTRERVKSSADSSPSQLESIETAGSQSPLQLPKQQKSLEATSKEFSFVEDKEHKTGTMVKGDSNLKRVSHCGDSNDHIENTRDPAIKQCYVDSSSRTFSVPTPYSTFTSISRQPNRQKGHNSDGDLYDNSSAAELSNKQHMSGSDSLENSENASTNSSPLNLKGSYDYIRDRSESFSSEDMMIMKNMPGTSRDGLFCSTSSAVVASNTKQSSSFNKNGTLLYDMSQKSNHIQKQSLKHRSASPGNEMVTLEEFLEESNRLSPKKDASSKDDLLSDYFRKASELPCPGGHFPQSHRKEPSKTPTSYVTPTIKMPGTAEDGRPAKSGHYMKPNPGPSEPVANSNKLTHGPRSQASRASKPTSQQNSNMGRQSASLNRAYSLASADLLRATGPDVYRRYDSLPKPVAADSQIGKDSDSQTSQLPLASTSQSFLRERSQPTKIMGSLQNVDSRCRQLDVRRLSLAPPKDDKSLLFPPFSYSSTTYKDDLSSQPQEWAKVDLEQHCSPQYASKTKSKSLLQSGEVSTGTPVRIVPNSTEGNNLQGAGSTDIHVAKCPNPSPENKILAEGIEETNRGLGSKNPPSSTDPPIDQQTVWYEYGCV

Target ORF information:

RefSeq Version	XM_015826681.1
Organism	Protobothrops mucrosquamatus
Definition	Protobothrops mucrosquamatus coiled-coil domain containing 88C (CCDC88C), mRNA.

Target ORF information:

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

XM_015826681.1

ORF Insert Sequence:

ATGGATGTGA CCGTTTCCGA GCTCCTGGAA CTCTTTCTGC AGAGCCCTTT GGTGACCTGG 
GTAAAAACAT TTGGACTACT AGGGAGTGAT AACGAAGACA AACTTGCAGT GTACATGAAT 
CTAGCAGATG GAGTCTTCCT GAATAAAATA ATGTTGCAAG TAGATCCACG CCCAACAAAC 
CAGCGCTTCA ACGAGCATGT CAACAATGAT GTAAACCTAC GAATTCAAAA CCTCACTATT 
TTGGTCAGGA ACATCAAAAC CTATTATCAG GAAGTCCTCC AGCAACTGAT CATAATGAAT 
TTGCCAAATA TCTTAACAAT TGGCAAAGAT CCTCTCTCTG GTAAAAGTAT GGATGAAATT 
AAAAAGCTGC TACTTTTGGT ATTGGGTTGT GCTGTACAGT GTGAAAGAAA AGAAGAATTC 
ATTGAAAGAA TAAAACAGCT AGATATTGAA ACTCAAGCTG CAATTGTTTC ACATATCCAG 
GAGATAACCC ATAATCAAGA GAATGTATTT GACTTGCAAT GGTTAGAGCT ACCAGATATG 
GCTCCAGAAG AACTAGACTC CCTTTCCAGA AATATGGTTT TTCACCTTAA GAGGCTGATT 
GATGAGAGAG ATGAGTGCAC AGAGTTAATT ATAGATCTCA CTCAAGACAG AGATTACCTG 
CAGTCCCAAC AGCCGATGAG TCCTCTAAAA ACATCAAGTC CAGCTTCTTC CCCAAATCTT 
GCCAACCGTC TCTCCAATGA GGACAAGCAG CATTTGTCTG TGGAGCTTGC AGATGCAAAA 
GCCAAACTAA GAAGGGTCAG GCAGGAACTG GAAGAAAAAT CAGAGCAGCT TGTTGACACC 
AGACATGAAG TAGATCAGCT AGTCCTGGAA CTACAGAAAA TAAAGCAGGA GAATATTAAC 
CTCATGGCAG ATGCCCGCTC TGCTCGGGCC TACAGGGATG AGTTAGATTC CTTAAAGGAG 
AAAGCAAACA GAGTGGAGAG ACTGGAGATG GAGCTGGTCC GGTGTAAAGA AAAGCTTCAT 
GATGTGGATT TCTACAAAGC ACGGATGGAG GAGCTTAGAG AAGACAACAT TGTATTAATT 
GAAACAAAGA CAATGTTGGA AGAGCAATTG ATGTTAGCAA GAGCTCGTGG TGATAAATTA 
CATGAGATTG AAAAAGAAAA TTTGCAGTTG AAATCCAAAC TTCATGACAT AGAACTGGAC 
AGGGATACTG ACAAAAAGAG AATTGAAGAG CTCTTGGAAG AAAATATGGT GCTAGAAATT 
GCACAGAAAC AAAGTATGAA TGAGTCAGTA CACCTTGGCA AGGAACTGGA ACAGCTGTCA 
AAGAATACAG ATCTCTCAGA TACAAGGAAA TCTTTTGTCT TTGAGTTGAA TGAATGTGCA 
TCAAGTCGCA TCTTGAAACT TGAGAAGGAT AACCAGAGCC TACAAAATAT CATCCAGGAG 
CTCAGAGATG CATCTATAGT CACTGAAGAA AATACCCTCA AATTTGTAGA ACTACAAAAT 
GAGAATCAAC AGCTTGGCCA AAAGATTGAG AAGCTGCAAA ATCAGATAGA AAAGGAGAAA 
CAAAGTAATC AAGACTTGGA GGCTTTAAGT GAAGAACTCT TGAAAGAAAA GCAAGACCTT 
AAGGACACAA TGGAGGCTTT AAAAGCTGAT CAAGAAAGAC AGATAAAAGA CCTAGAAAAA 
GAAACTGAGC ACCTGAATCA AGTGGTTTTC TCTCTAAGAC AGAGATCTCA AGTCGGTACA 
GAAGCCAAAG TGAAAAACAT TGAAATAGAA AACAAAATAC TTCACGAGGC AGTTAGTGAG 
AGCAACAGCA AGCTCAGTAA GCTTGAATAT GAGAAAAAGC AGTTGCAAAA AGATTTTGAG 
CAAGTTAAAG AAAAAGTAGA AAGAGTAGAA GAAATAGATA AAGAACTTCA TCGGCTAGAA 
AGGGAGAATG AACAGCTTGC CAAAAAAATT GCAATCATGA AAATTACTAC TGAAAAAGTA 
GAAGTACTTG AACAAGAAAA CAAGGATCTG GAAGTAGAAA ACAGAAAGCT GAAAAAGTCT 
CTAGATACAT TGCACAATGT TTCCATCCAG CTGGAAAATT TAGAAAAGGA TAATAAACAG 
CTAGATGATG AAAACTTGGA GCTCAGGCAA ATTGTAGAGA CTACGAGATT CACCAGTACA 
AAATTAGGCC AGATAGAGGC AGAAAACAAA GAGCTAGAAA AGGAAAAGGA GGAACTTCAA 
AAAAACATAG CCATGCTGAA GGTTCTGCTC AAGAAATCAG AAAGGTTGGA GCTCAGTTAC 
CAGAGTATGA ATGCTGAGAA TCAAAGACTG CAGCAAATTC TAGAAAATAG CAATAAAAAA 
GTTCAACAGT TGGAAAAAGA ACTCCAGGGT GTTGAAGATG ATAATCAAAG TCTTCAGAGA 
CAATTGGAGG AATTGAAGAT CTCGAGTAAG CAGGTGGAAT GGTTGGAAAA AGAGAAGAAA 
TTATTGGACC AGGAAATGTT TCAATTGGAT AAAGACAAAA AGATGCTGGA AAAAGAGACA 
AAGAGACTGT GGCAGCAAGT AGAGCTAAAA GATGCAAATC TGGATGAGAA TACTATAAAA 
TTGACAGCAA TTGAAAAGGA ATTCAAGATT TTAGAAAGAG AACTTGCTAG AGTCCGAGAT 
TCATCAAATA AGATGAAGGA ATTTGAAAAG AACAATAAAG ATCTGCAGAA GCAAGTTACT 
ATTGATCAGA GAACTCTAGC TGCACTAAGA GAGGATTTAG TCCTTGAGAA GTTGAAAAGC 
CAGAAGTTAT CTAGTGACAT GGATAAATTG GACCAGGAAC TAGAGAAGAT GGGATTAAAT 
AAGGAACTGC TTCTGCAGGA TGATAACGGC AACAGTGATA AGAAATATAA AATCTTGGAA 
AGCCAAACTG AATGTATTCT AAAGACAACA CTAGCTTGTA AAGAAGAGAA AATTGTTGCA 
TTGGAGGCCA AACTGCAAGA GTTTGTTAAC TTAAACCAAC AGTTACAGAA CGAACTAAAC 
ATGATGAGGA AGCAGAAGCA AGAAGAGGGA ACTTTTATGC AGAAGCTGAA TCAACCATTG 
GAAAATTGTC AGAAGGAAAC AATGATGGAG CTTCTCAAAG TGAAGGACAG AGCTATAGAT 
CTAGAAAGAA ATAATGCATC CCTGCATACA GGGATACAGC TTCTTAAGGA GCAACAAGCA 
TGTTTGGAAC TGCAGAATGG CTCCCTCAAC AGTCAGATCC TGACACTACA GAAGCAAAAT 
GTTTTCCTTC AAGAGCATAA CACTGCAATG CAAACACAAA CAGCTAAACT CCAGGTGGAG 
AATTCTACCC TAAATTCCCA GAGTACATCC TTGATGACCC AGAACACCTT ACTCCAGAAT 
CAGCAGCTGG CCAAGGAGAA TGAATATGAC AACCTGCTGA AGCAGAAAGA GCAGCTCAAA 
GCAGAATATG AGTCCCTTCT TCAGGATCAT GAACACCTTG TGTTGCTGCA CGAACGGCAA 
TCTACAGAAT ATGAAACACT AATAAAACAG CACAGCAACC TAAAAGCCTT GCACAAAAAT 
CTTGACTTGG AACACAAAGA TCTAGGGGAA AGATACAGCA GTTTAATAGA ACACAAAGTC 
AAACTGGAAG AGATGGAGAT GATTTTAAAG ACAGAAAAGG ATGTTTTACA ACAGGAGAAG 
AGAACAAGTG CAACAGTCAC TGCAGAGAAC CAGAAGCTTA GAGAAGAACT AGAAAGGATG 
AATATCTCAC ACACCAAACT TAAGGCTGAG TACGAAGGGC TTCATATACA CACTAAGGAG 
CTGAAAACAT CCTTGAATAA TTCTCAACTA GAGCTGAACC GTTGGCAAGC TCGTTATGAT 
GAGCTGAAGG AACAGCACCA GACTATGGAT ATCACCTTAA CCAAACTGGA CAACCATTGT 
GAGCTGCTTG GTCGACTAAA AGGAAACTTG GAAGAAGAGA ATCATCATCT CCTCAGTCAA 
ATCCAACTAT TAACTCATCA GAATCAAATG TTGCTGGAGC AGAACATGGA GAATAAAGAA 
CAATACCACG AGGAACAAAA GCAATATATT GATAAATTAA ATGCCTTAAG GAGACACAAA 
GAAAAATTGG AAGAGAAAAT AATGGATCAA TACAGGTTTT ATGATCCAAC TCCAAAAAAG 
AAAAACCACT GGATAGGAGC TAAAGCCTTG GTTAAATTCA TAAAGCCAAA GAAAGAGCCA 
ACAAGAGAAC GAGTGAAATC TTCAGCAGAT AGTTCTCCAT CTCAATTAGA AAGCATCGAG 
ACAGCAGGTT CCCAATCTCC ATTACAGCTG CCCAAGCAAC AGAAGAGTCT GGAAGCTACC 
TCCAAAGAGT TCAGCTTTGT GGAAGACAAA GAGCATAAGA CGGGAACCAT GGTCAAAGGG 
GATTCAAATC TGAAGAGAGT TTCACACTGT GGAGACAGCA ATGACCACAT TGAAAATACA 
AGAGATCCTG CTATTAAACA GTGCTATGTG GACTCAAGTT CCAGGACTTT CTCTGTTCCA 
ACTCCCTATT CAACTTTTAC TTCCATCTCT AGACAACCTA ACAGACAAAA AGGCCATAAT 
TCAGATGGTG ACCTGTATGA TAATTCCTCT GCAGCAGAGC TTTCCAATAA GCAGCACATG 
TCTGGATCAG ATAGCTTAGA GAACAGTGAA AATGCGTCCA CTAACAGCTC CCCTTTAAAC 
CTGAAAGGAT CTTATGACTA TATTCGTGAC AGATCAGAAA GCTTTAGCAG TGAAGACATG 
ATGATAATGA AAAATATGCC TGGCACATCT AGAGATGGTC TATTTTGTTC CACCTCTTCT 
GCAGTTGTGG CTTCAAACAC TAAACAGAGT TCCTCATTTA ATAAGAATGG AACATTATTA 
TATGATATGT CTCAGAAAAG CAATCATATA CAGAAGCAAT CTCTTAAGCA CCGATCTGCC 
TCTCCGGGTA ATGAGATGGT AACCTTAGAA GAATTCCTTG AAGAAAGCAA CAGATTATCT 
CCAAAGAAAG ATGCATCCAG TAAAGATGAC TTGCTTAGTG ACTATTTCAG AAAAGCCAGT 
GAGCTTCCAT GCCCTGGAGG TCACTTTCCA CAGTCACACA GGAAGGAACC AAGCAAGACA 
CCCACCAGTT ACGTCACTCC AACTATAAAG ATGCCTGGCA CTGCTGAAGA TGGAAGACCA 
GCTAAATCAG GCCACTACAT GAAACCAAAT CCTGGGCCAT CAGAACCTGT GGCAAACTCC 
AACAAGCTTA CCCATGGACC TCGAAGTCAG GCCAGTCGAG CATCAAAGCC AACCTCTCAA 
CAGAATAGCA ACATGGGCAG GCAGAGTGCT TCACTGAACC GGGCCTATAG CTTGGCTTCA 
GCAGATCTTC TGAGAGCCAC TGGTCCTGAT GTGTACAGAC GGTATGACAG TCTTCCGAAG 
CCTGTGGCTG CAGATAGCCA GATAGGCAAG GACTCAGACA GCCAGACTTC CCAGCTGCCT 
TTAGCTTCTA CTTCTCAGAG CTTTCTGAGA GAAAGATCAC AGCCTACAAA GATAATGGGT 
TCTTTGCAAA ATGTGGATTC TCGCTGTCGA CAGCTTGATG TTAGGCGCCT TTCTCTTGCC 
CCTCCGAAAG ATGACAAGTC ACTCTTGTTC CCTCCATTTT CTTATTCTTC CACCACTTAT 
AAGGATGATC TTTCCTCTCA GCCACAGGAA TGGGCAAAAG TAGATTTAGA GCAACACTGT 
TCTCCACAAT ATGCATCTAA AACCAAATCC AAGTCATTGT TGCAAAGTGG GGAGGTCTCC 
ACTGGGACTC CTGTCAGAAT TGTTCCTAAC AGTACGGAAG GCAACAATCT TCAGGGAGCT 
GGTTCAACTG ACATTCACGT TGCCAAATGC CCAAATCCAT CACCAGAAAA TAAAATTTTG 
GCAGAGGGCA TTGAAGAAAC AAACAGAGGG CTTGGTTCCA AGAACCCTCC TTCATCAACA 
GATCCCCCTA TTGATCAGCA AACTGTTTGG TATGAATATG GCTGTGTGTG A