Ticrr cDNA ORF clone, Marmota marmota marmota(Alpine marmot)

Gene
Clones
gRNAs

Summary

Gene Symbol	Ticrr
Entrez Gene ID	107148434
Full Name	TOPBP1 interacting checkpoint and replication regulator
Gene Type	protein-coding
Organism	Marmota marmota marmota(Alpine marmot)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015493079.1	XP_015348565.1	treslin

Pathways from BioSystems
Gene Ontology

The following Ticrr gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the Ticrr 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
OMa98907	XM_015493079.1 Latest version!	Marmota marmota marmota TOPBP1-interacting checkpoint and replication regulator (Ticrr), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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
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*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)

Ticrr ( XM_015493079.1 ) cDNA ORF clone, Marmota marmota marmota(Alpine marmot) -> XP_015348565.1 Marmota marmota marmota TOPBP1-interacting checkpoint and replication regulator (Ticrr), mRNA.

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CloneID	OMa98907
Clone ID Related Accession (Same CDS sequence)	XM_015493079.1
Accession Version	XM_015493079.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5751bp) 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	2016-01-27
Organism	Marmota marmota marmota(Alpine marmot)
Product	treslin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_015351243.1) 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 :: Marmota marmota marmota Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACCTGCT GTCACAAAGT GATGCTGCTG CTGGACACCG CGGGCTGCGC GGATCGCCAC 
AGCCCGGTGC GGCGGGTCGC CCTGCGCCTA CTCACTTACC TGAGTTGCCG ATTTGGCCTG 
GCCGGGGTCC ACTGGGCCTT CAAGTTCTTT GACTCGCAGG GGGCGCGGAG CCGGCCTTCA 
CGCGGGTCCG ACTTCCGCGA GTTAGGAACC CGCTCCTGGG AGGACTTTGA GGAGGAGCTC 
GAGGCTCGGC TTGGGGATCG TGTTCACGGT GCCCACCTGC CCGGCCCGGC TTCCAGGGCA 
ACTCACACTC ACAGTGCCCT GATGGAGACC CTGCTAGACT ACCAATGGGA CCGGCCCGAG 
ATCACGTCGC CCACGAAACC TATTCTGCGG AGCAGCGGGA GGAGATTGCT GGACGCGGAG 
AGCGAGGCCA AGGAGGCCGA GGCCGCTCTT GGGGGCTTTG TGAATGCTCT TTTCCTACTG 
GCCCCCTGTC CGCACTCGCA GAGAGAGCTC CTTCAGTTCG TGTCTGGGTG CGAGGCCCAG 
GCCCAGCGCT TGCCGCCCAC TCCGAAGCAG GTGATGGAGA AGTTGTTGCC CAAGAGAGTC 
CAAGAGGTGA TGATCACCCG AAAAATCACT TTGTACTGGG TGGATACTAC CGAATGGTCT 
AAGTTGTGGG AATCCCCAGA CCATGTTGGG TACTGGACAA TTTGTGAACT GCTCTACTGT 
GCAGGAGGCA CCATCTTGCC ATCTGAAACT TTCAGCTGGG GTTTTACTAA ATCCCGGGAA 
ATAATGACCA GTGTTGAAAG AAAGATGTCA AGTGAACCTC ACCTTTCCCC ATGGATTTCA 
ACTCTGCCAA CTGATGCCAC TTTAAATTGT TTGCTTTATA ATTCTTCTGA GTATGAAGCC 
TCATTTCCAC GGACAGAAGG AACATTATTT CTTCCTGTTA AAGGCAAAGA GATTCAAGAA 
ACATGGACAG TCACCCTAGA GCCCTTGGCC GTGAATCAGA GACGTTTTCA GAAACCAGTC 
AGAATTTTTT TAAAAGGATC GGTAGCTCAT TGGTCTGTCC CAGTGAGTGG CACTCTGGAC 
ACCGACAGCT GGATGCTACA AGGTCCAGAA GAGAACATGT CAACTCAAAG GCAGTTATTT 
CAGCAGCTGG TAAGCAGGCT GACTGCTGAG GAGTTACATC TGGTTGCCAA TGTGGACCCT 
GGTGAAGGTT GGCCCCCTAT CACTGGAATT ATTTCACCTC TGTCTGCCAA TGCTACAGTT 
CTCACTGTGT TCAGCATCAA GGAGGCTGAA TTTCAAAGAC ATTTTCTCCA AACAGCTGTG 
GCTGGAGGCC ACCAGGATAC AGCTTCCCTT TTCTCAGAGA TTATGGATGA TGTATTGAAT 
CAGATTCATA ATTCATTTGA AGATCCTGCT TCTGCTCCCC CTGTTCCTGA GTGGGCCCAG 
CAGGAGCTTG GCCGCACCAT TCCCTGGAGT CCAGCTGTTG TAGAAAAGTG GTTTCCTTTC 
TCTAACATCA GTGGTGCCAG TTCAAACTTG ATGGAGTCAT TTTGGTTACT ACAAGCTACC 
TCAGCTAATA AGGAAGAGTT TTCTAAAACT GAGAGTGAAT TAACACGTTG CCTCTCCGAG 
CACTACCAGA GAAAATCTCG TGAAGAGTCT ACTGTAGCTA ATCAAGAAGA CAGCAAAAAG 
AAACGTGGTG TTCCCCGCAC TCCAGTGAGA CAGAAGATGA ATACCATGTG CCGTTCCCTG 
AAGATGTTGA ACGTTGCAAG GCTGAATGTA AAGGCTCAGA AGTTACATCC AGATGGCAGT 
CCAGATGTGG CTGGAGAGAA GGGGGTCCAA AAGATAGCCA GTGGAAGAAC AGCAGATAAA 
CTGGAAGACA AAGGAAGAAC ATTAAGAAGT TCTAAACCTA AAGATTTTAA AACCGAGGAA 
GAGCTGCTAT CTTACATACG TGAGAATTAC CAAAAGACTG TGGCCACAGA AGAAAGCATG 
TTATATTCAT GTGCTCGGAA CATGATCTCA ACCATTAAAA TGTTTCTAAA ATCCAAAGGA 
ACTAAGGAAT TAGAAGTGAA CTGTCTGAAT CATGTAAAAA GTAACCTCTT AAAAACAAGT 
AAAAGTCTCC GACAAAATGC AGGGAAAAAA CTGGATAAAG AGAACAAAGT CAGAGAGTGT 
CAGCTTCAGG TATTTCTTCA TCTGGAGATG TGTCTGCAGT GCCCTTTGAT ACTGGAAAGT 
GCAGATGAAA TGGACCAAGT AGTGGAGGAG GTGACAAATT TGCTGCGCAT GGTGTGTGTG 
ACTGAAGATC CAGCTTACCT AGCCAAGTTT CTGGAGGAGA TTTTGAGATT GTATGTCGAC 
TCCATCCCAA AGATACTTGG AAATCTTTAC AACAGCCTCG GGTTTCTGAT TCCTCAGAAG 
TTGGCTAGTG TCCTTCCTAC AGATTTTTTC AGTGATGACT CCATGACACA AGAGAGCAAA 
TCACCACTTC TTTCCATGCC TCTCTCATCC AGTACTCACC AGTCAGTGTC TGGTGGCACT 
GAATCTGACC AACTGGAGGA GCTCCGTACC AGATCAGCCA AGAAGAGAAG GAAAAATGCA 
CTAATAAGAC ATAAAAGTAT TGCAGAGGTT TCACAGAATC TTCGACAAAT TGAAGTTCCC 
AGAGTGTCCA AGAGAACTAC AAAAAAAGAG AACTTTCACC CTGCCCCCCA GCAACCTGGA 
CTCCCAGGGA AGGACACAGT ACAAGAAGTG ACCAAAGTTC GAAGAAATCT CTTCAACGAG 
ACAATGTTTT CTCCTTCAAA GAGATCACTA AAACGGGGAT TGCCTCGAAG CCATTCTGTG 
TCAATTGTGG AAGGTCTGGA CCGTAAACTC GACAACTTCA AAAAGACCAA CAAAAGTACC 
ACATTTCAGG GTTATCACAA ACTGCTGACT AAGAGTGTGG CTGAGACTCC AGTACATAAG 
CAAGTCTCCA AGAGACTACT TCATAGACAA ATCAAGGGCA GGTCTTCTGA TCCTGGTCCT 
AATATTGATG TTGTAGAAGA GTCTCCTATA AAAGAAGAAG ATGAAATAAG TTTGAGACGA 
AGTCCTCGAA TCAAGCAGTT GTCATTTAGC AGAACAAATT CTGGTTCCTT CTACTCTATA 
TCTCAGCCAA AGTCTCGAAG TGTGCAAAGA GTCCACTCCT TCCATCAAGA CAAGTCAGGC 
CAAAGAGAAA ATTCTCCAGC CCAAAGTATT CGGTCTCCAA AGAGGCTTTT CTTTGGGGCA 
GTGTCTGAAA TGATCAGTCC CTCGGAGAAG GGTTCGGCCC GAAATAAAAA GTCTCCAAGA 
AGTAGTTTGG GTTCTGAGGT ACCCACAGCT TACCAGACTC CCAAGAAGAG TTACCGGAAA 
TCTCCAAATG TTTCTAATAC TACACCGAGA AGGCTCCCTC ATACACCACG GACTCCAGAG 
GATACTCCAA AAAGAATGCT TAAGGATTTA TGCTCTGCAC ACTCCCCTGC AGAAACAACA 
CCTGCAAAGC AGGAGTCCTT AAAAGACCCT TCCTCCCATG GCTATGGGAC ACGATTGAAA 
TCAAAAGTCA CTCCTCAGAA AGGATCCTCC TTGGCAGGAG AAGGGGCCTC TCCTGTTGAA 
ACAGACATAC CAAAAACTCC CAGCAGGCCA GGTGCTCAGC CACCTGGATT TTTGCCAAAT 
TGTATATGGT CACATTCAGT GAACTCCAGT CCAGAAAGCC CCTGCTGTCC AGCATCCCCA 
GCTCCCTCAA GTGCCCAGCT CAGGAATGGG TATCTGACTC CTGTCAGATA CTCCCTCAGA 
ACACCCTCAA GGGCAGCACC CCTCACGGGC ACACCCCAGA ATCAAAAACA CCAACAGCCC 
TATCTCCTCA GAGTTTCTCA AGCAGGCGAG CTAGCACAGA CACTAAAGGA CATAGCTGTC 
AAAACCCCAA AGAGACCAGG GGATACTTCT TCCCTACCCA TTTCCCCAAA GAAACAGTTT 
CCCTCTCCCA CAGATGATGT TTCTAGGAGT CCACTTAGAA AATCTTTGGC AGCATCCCCT 
CCCCTTGGAG AACTGGATTG GAAAGAGCCC CAGATGTCAC CCAGCACAGC CACTTCTCTC 
TCCTGTCCTA TTCCCTCAAC TCCCCACAAA ATCCCACAGA GAGCTACATC TGGCACCATC 
CCACCTCCAC GGCCTTCTAA ACTTGAGAGA CGGTGTAGAA AGACCTCTAA TCCTGAACAA 
GGCTCCCCAA AATGCCAGCC TGGCCCCTCT GTGGTTCCTG TGGTCAACAC AACCCACAGC 
CCAGCTGCCA TCACAGGATC TAGAAAGTGC CAGAAGGAAG GGAGCCTCTC TCCTCAGTCT 
TCTCCTGAAG GACAGAGTTA CCTGGGTCCT GGTTTTGGAA CTGACTGGCA TGGATCTTCT 
CCTTTGCTTG TTGTAAGTGA CACAGAATAC CTCACTCTGC TTGATAATGC CAAACACCGT 
GGCCAGGAGA ACCACCATGT GAAAAGTGGT GTCTCACCAG AGGAAGATGG TGAGGGGCTC 
AGGACAGAGG TTACCAGTGA GAAGCCCTCT GTGTCTGATC CTGGGGTGCT TCTGCCTTTC 
CCTTCGTCTG AGCCCAGCTC TCCTGTGGTA CTGTCCTCCT CCCTGTGCTG CACCTCAGAC 
AGAAGATGGT GCCAGGCCAC AGCACAACTG GAGAGCCTGG AATCTTCTGT GTGGCATTCC 
AAGGACCCTG CCAGCCCTCA GACCTATGAG GTGGAGCTGG AGATGCAAGC CTCTGGCCTT 
CCCAAACTTA GGATCAAAAA GGTAGATCCC AGCTCTGTGT TTGAAATTGA TGCCATAGGA 
AAGGAAGAGA GCCCCTTGGG GGAGGAGGGC TCCTTCCCTG ATCTCAGTGT TTCCAGAGGC 
AGCAGGTCCT CCAACAAACC TGAACCCACC TACATGTCAC CCCCCTGCCT CCGCCCCTCA 
CACAGCACAC CTGGCAAAAG CAAGGGACAA ACCTATATCT GCCAGTCCTA TACCCCCACC 
CGCTGCCCCT CCAGTACGCC CTCTCCATTT CAAACAGATG TTGGGGTTCC TTGGACACCA 
TCCCCCAAGC ACAGTGGGAA GACCACACCT GACACAATTA AAGACTGGCC TCGGAGGAAG 
AGGGCCGTAG ACTACAGCAC TGGAACCTTT GCTGGGCGGG GTGAGGCCAG CGCAGACCTT 
CCTGGGGGCT TGTCACTGCT TGAGCCTGAG GGAAGGGAGC AAGGTCTTGA GCTTGGCCAT 
CACAAGGCTC CCATGTTGGA GGATTTTGAG CTCGAGGGAG TGTGTCAGCT GCCAGACCAG 
TCACCTCCCA GGGACAGTAT TCCTAAGGTT GAGGAGGTCT TCTCATGGGG ACAGTTTGGG 
CTGGGCTCCA GGAAAAGACT CCTGTCTGCC AAGGAAGAAG CTGAGTGTGG GCCCAAAAGA 
GTGTGCAGTG CCCTGAGTGA AGATTCAGAA GCCAGTAAGC ACGAAGAGGG GTCTCCAAGT 
TGGAGCATGC CACTGTGTCC CTCCACAGGG GACAACGAAG TGTTTGTTTC TGGCTCCACC 
CCACCTCCTG GCTGTGCTGT GCGAAGCTGC CTCTCGGCCA GTGGTCTACA GGCTCTGACC 
CAGTCTCCGC TGCTGTTTCA GGGGAAGATG CCTTCCTCTC AGAGCAAGGA CACCAGAGAT 
GAGGATGTGG ATGTGTTTCC CTCTACTTCA GAAGAATCTC CATTCAGTCA AGCCTTCTCC 
AGGAGGCGTC CCTTCAGCAG AACTTACACA CGGAAGAAGC TCATTAGCTA G

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

RefSeq	XP_015348565.1
CDS	85..5835
Translation	MTCCHKVMLLLDTAGCADRHSPVRRVALRLLTYLSCRFGLAGVHWAFKFFDSQGARSRPSRGSDFRELGTRSWEDFEEELEARLGDRVHGAHLPGPASRATHTHSALMETLLDYQWDRPEITSPTKPILRSSGRRLLDAESEAKEAEAALGGFVNALFLLAPCPHSQRELLQFVSGCEAQAQRLPPTPKQVMEKLLPKRVQEVMITRKITLYWVDTTEWSKLWESPDHVGYWTICELLYCAGGTILPSETFSWGFTKSREIMTSVERKMSSEPHLSPWISTLPTDATLNCLLYNSSEYEASFPRTEGTLFLPVKGKEIQETWTVTLEPLAVNQRRFQKPVRIFLKGSVAHWSVPVSGTLDTDSWMLQGPEENMSTQRQLFQQLVSRLTAEELHLVANVDPGEGWPPITGIISPLSANATVLTVFSIKEAEFQRHFLQTAVAGGHQDTASLFSEIMDDVLNQIHNSFEDPASAPPVPEWAQQELGRTIPWSPAVVEKWFPFSNISGASSNLMESFWLLQATSANKEEFSKTESELTRCLSEHYQRKSREESTVANQEDSKKKRGVPRTPVRQKMNTMCRSLKMLNVARLNVKAQKLHPDGSPDVAGEKGVQKIASGRTADKLEDKGRTLRSSKPKDFKTEEELLSYIRENYQKTVATEESMLYSCARNMISTIKMFLKSKGTKELEVNCLNHVKSNLLKTSKSLRQNAGKKLDKENKVRECQLQVFLHLEMCLQCPLILESADEMDQVVEEVTNLLRMVCVTEDPAYLAKFLEEILRLYVDSIPKILGNLYNSLGFLIPQKLASVLPTDFFSDDSMTQESKSPLLSMPLSSSTHQSVSGGTESDQLEELRTRSAKKRRKNALIRHKSIAEVSQNLRQIEVPRVSKRTTKKENFHPAPQQPGLPGKDTVQEVTKVRRNLFNETMFSPSKRSLKRGLPRSHSVSIVEGLDRKLDNFKKTNKSTTFQGYHKLLTKSVAETPVHKQVSKRLLHRQIKGRSSDPGPNIDVVEESPIKEEDEISLRRSPRIKQLSFSRTNSGSFYSISQPKSRSVQRVHSFHQDKSGQRENSPAQSIRSPKRLFFGAVSEMISPSEKGSARNKKSPRSSLGSEVPTAYQTPKKSYRKSPNVSNTTPRRLPHTPRTPEDTPKRMLKDLCSAHSPAETTPAKQESLKDPSSHGYGTRLKSKVTPQKGSSLAGEGASPVETDIPKTPSRPGAQPPGFLPNCIWSHSVNSSPESPCCPASPAPSSAQLRNGYLTPVRYSLRTPSRAAPLTGTPQNQKHQQPYLLRVSQAGELAQTLKDIAVKTPKRPGDTSSLPISPKKQFPSPTDDVSRSPLRKSLAASPPLGELDWKEPQMSPSTATSLSCPIPSTPHKIPQRATSGTIPPPRPSKLERRCRKTSNPEQGSPKCQPGPSVVPVVNTTHSPAAITGSRKCQKEGSLSPQSSPEGQSYLGPGFGTDWHGSSPLLVVSDTEYLTLLDNAKHRGQENHHVKSGVSPEEDGEGLRTEVTSEKPSVSDPGVLLPFPSSEPSSPVVLSSSLCCTSDRRWCQATAQLESLESSVWHSKDPASPQTYEVELEMQASGLPKLRIKKVDPSSVFEIDAIGKEESPLGEEGSFPDLSVSRGSRSSNKPEPTYMSPPCLRPSHSTPGKSKGQTYICQSYTPTRCPSSTPSPFQTDVGVPWTPSPKHSGKTTPDTIKDWPRRKRAVDYSTGTFAGRGEASADLPGGLSLLEPEGREQGLELGHHKAPMLEDFELEGVCQLPDQSPPRDSIPKVEEVFSWGQFGLGSRKRLLSAKEEAECGPKRVCSALSEDSEASKHEEGSPSWSMPLCPSTGDNEVFVSGSTPPPGCAVRSCLSASGLQALTQSPLLFQGKMPSSQSKDTRDEDVDVFPSTSEESPFSQAFSRRRPFSRTYTRKKLIS

Target ORF information:

RefSeq Version	XM_015493079.1
Organism	Marmota marmota marmota(Alpine marmot)
Definition	Marmota marmota marmota TOPBP1-interacting checkpoint and replication regulator (Ticrr), mRNA.

Target ORF information:

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

XM_015493079.1

ORF Insert Sequence:

ATGACCTGCT GTCACAAAGT GATGCTGCTG CTGGACACCG CGGGCTGCGC GGATCGCCAC 
AGCCCGGTGC GGCGGGTCGC CCTGCGCCTA CTCACTTACC TGAGTTGCCG ATTTGGCCTG 
GCCGGGGTCC ACTGGGCCTT CAAGTTCTTT GACTCGCAGG GGGCGCGGAG CCGGCCTTCA 
CGCGGGTCCG ACTTCCGCGA GTTAGGAACC CGCTCCTGGG AGGACTTTGA GGAGGAGCTC 
GAGGCTCGGC TTGGGGATCG TGTTCACGGT GCCCACCTGC CCGGCCCGGC TTCCAGGGCA 
ACTCACACTC ACAGTGCCCT GATGGAGACC CTGCTAGACT ACCAATGGGA CCGGCCCGAG 
ATCACGTCGC CCACGAAACC TATTCTGCGG AGCAGCGGGA GGAGATTGCT GGACGCGGAG 
AGCGAGGCCA AGGAGGCCGA GGCCGCTCTT GGGGGCTTTG TGAATGCTCT TTTCCTACTG 
GCCCCCTGTC CGCACTCGCA GAGAGAGCTC CTTCAGTTCG TGTCTGGGTG CGAGGCCCAG 
GCCCAGCGCT TGCCGCCCAC TCCGAAGCAG GTGATGGAGA AGTTGTTGCC CAAGAGAGTC 
CAAGAGGTGA TGATCACCCG AAAAATCACT TTGTACTGGG TGGATACTAC CGAATGGTCT 
AAGTTGTGGG AATCCCCAGA CCATGTTGGG TACTGGACAA TTTGTGAACT GCTCTACTGT 
GCAGGAGGCA CCATCTTGCC ATCTGAAACT TTCAGCTGGG GTTTTACTAA ATCCCGGGAA 
ATAATGACCA GTGTTGAAAG AAAGATGTCA AGTGAACCTC ACCTTTCCCC ATGGATTTCA 
ACTCTGCCAA CTGATGCCAC TTTAAATTGT TTGCTTTATA ATTCTTCTGA GTATGAAGCC 
TCATTTCCAC GGACAGAAGG AACATTATTT CTTCCTGTTA AAGGCAAAGA GATTCAAGAA 
ACATGGACAG TCACCCTAGA GCCCTTGGCC GTGAATCAGA GACGTTTTCA GAAACCAGTC 
AGAATTTTTT TAAAAGGATC GGTAGCTCAT TGGTCTGTCC CAGTGAGTGG CACTCTGGAC 
ACCGACAGCT GGATGCTACA AGGTCCAGAA GAGAACATGT CAACTCAAAG GCAGTTATTT 
CAGCAGCTGG TAAGCAGGCT GACTGCTGAG GAGTTACATC TGGTTGCCAA TGTGGACCCT 
GGTGAAGGTT GGCCCCCTAT CACTGGAATT ATTTCACCTC TGTCTGCCAA TGCTACAGTT 
CTCACTGTGT TCAGCATCAA GGAGGCTGAA TTTCAAAGAC ATTTTCTCCA AACAGCTGTG 
GCTGGAGGCC ACCAGGATAC AGCTTCCCTT TTCTCAGAGA TTATGGATGA TGTATTGAAT 
CAGATTCATA ATTCATTTGA AGATCCTGCT TCTGCTCCCC CTGTTCCTGA GTGGGCCCAG 
CAGGAGCTTG GCCGCACCAT TCCCTGGAGT CCAGCTGTTG TAGAAAAGTG GTTTCCTTTC 
TCTAACATCA GTGGTGCCAG TTCAAACTTG ATGGAGTCAT TTTGGTTACT ACAAGCTACC 
TCAGCTAATA AGGAAGAGTT TTCTAAAACT GAGAGTGAAT TAACACGTTG CCTCTCCGAG 
CACTACCAGA GAAAATCTCG TGAAGAGTCT ACTGTAGCTA ATCAAGAAGA CAGCAAAAAG 
AAACGTGGTG TTCCCCGCAC TCCAGTGAGA CAGAAGATGA ATACCATGTG CCGTTCCCTG 
AAGATGTTGA ACGTTGCAAG GCTGAATGTA AAGGCTCAGA AGTTACATCC AGATGGCAGT 
CCAGATGTGG CTGGAGAGAA GGGGGTCCAA AAGATAGCCA GTGGAAGAAC AGCAGATAAA 
CTGGAAGACA AAGGAAGAAC ATTAAGAAGT TCTAAACCTA AAGATTTTAA AACCGAGGAA 
GAGCTGCTAT CTTACATACG TGAGAATTAC CAAAAGACTG TGGCCACAGA AGAAAGCATG 
TTATATTCAT GTGCTCGGAA CATGATCTCA ACCATTAAAA TGTTTCTAAA ATCCAAAGGA 
ACTAAGGAAT TAGAAGTGAA CTGTCTGAAT CATGTAAAAA GTAACCTCTT AAAAACAAGT 
AAAAGTCTCC GACAAAATGC AGGGAAAAAA CTGGATAAAG AGAACAAAGT CAGAGAGTGT 
CAGCTTCAGG TATTTCTTCA TCTGGAGATG TGTCTGCAGT GCCCTTTGAT ACTGGAAAGT 
GCAGATGAAA TGGACCAAGT AGTGGAGGAG GTGACAAATT TGCTGCGCAT GGTGTGTGTG 
ACTGAAGATC CAGCTTACCT AGCCAAGTTT CTGGAGGAGA TTTTGAGATT GTATGTCGAC 
TCCATCCCAA AGATACTTGG AAATCTTTAC AACAGCCTCG GGTTTCTGAT TCCTCAGAAG 
TTGGCTAGTG TCCTTCCTAC AGATTTTTTC AGTGATGACT CCATGACACA AGAGAGCAAA 
TCACCACTTC TTTCCATGCC TCTCTCATCC AGTACTCACC AGTCAGTGTC TGGTGGCACT 
GAATCTGACC AACTGGAGGA GCTCCGTACC AGATCAGCCA AGAAGAGAAG GAAAAATGCA 
CTAATAAGAC ATAAAAGTAT TGCAGAGGTT TCACAGAATC TTCGACAAAT TGAAGTTCCC 
AGAGTGTCCA AGAGAACTAC AAAAAAAGAG AACTTTCACC CTGCCCCCCA GCAACCTGGA 
CTCCCAGGGA AGGACACAGT ACAAGAAGTG ACCAAAGTTC GAAGAAATCT CTTCAACGAG 
ACAATGTTTT CTCCTTCAAA GAGATCACTA AAACGGGGAT TGCCTCGAAG CCATTCTGTG 
TCAATTGTGG AAGGTCTGGA CCGTAAACTC GACAACTTCA AAAAGACCAA CAAAAGTACC 
ACATTTCAGG GTTATCACAA ACTGCTGACT AAGAGTGTGG CTGAGACTCC AGTACATAAG 
CAAGTCTCCA AGAGACTACT TCATAGACAA ATCAAGGGCA GGTCTTCTGA TCCTGGTCCT 
AATATTGATG TTGTAGAAGA GTCTCCTATA AAAGAAGAAG ATGAAATAAG TTTGAGACGA 
AGTCCTCGAA TCAAGCAGTT GTCATTTAGC AGAACAAATT CTGGTTCCTT CTACTCTATA 
TCTCAGCCAA AGTCTCGAAG TGTGCAAAGA GTCCACTCCT TCCATCAAGA CAAGTCAGGC 
CAAAGAGAAA ATTCTCCAGC CCAAAGTATT CGGTCTCCAA AGAGGCTTTT CTTTGGGGCA 
GTGTCTGAAA TGATCAGTCC CTCGGAGAAG GGTTCGGCCC GAAATAAAAA GTCTCCAAGA 
AGTAGTTTGG GTTCTGAGGT ACCCACAGCT TACCAGACTC CCAAGAAGAG TTACCGGAAA 
TCTCCAAATG TTTCTAATAC TACACCGAGA AGGCTCCCTC ATACACCACG GACTCCAGAG 
GATACTCCAA AAAGAATGCT TAAGGATTTA TGCTCTGCAC ACTCCCCTGC AGAAACAACA 
CCTGCAAAGC AGGAGTCCTT AAAAGACCCT TCCTCCCATG GCTATGGGAC ACGATTGAAA 
TCAAAAGTCA CTCCTCAGAA AGGATCCTCC TTGGCAGGAG AAGGGGCCTC TCCTGTTGAA 
ACAGACATAC CAAAAACTCC CAGCAGGCCA GGTGCTCAGC CACCTGGATT TTTGCCAAAT 
TGTATATGGT CACATTCAGT GAACTCCAGT CCAGAAAGCC CCTGCTGTCC AGCATCCCCA 
GCTCCCTCAA GTGCCCAGCT CAGGAATGGG TATCTGACTC CTGTCAGATA CTCCCTCAGA 
ACACCCTCAA GGGCAGCACC CCTCACGGGC ACACCCCAGA ATCAAAAACA CCAACAGCCC 
TATCTCCTCA GAGTTTCTCA AGCAGGCGAG CTAGCACAGA CACTAAAGGA CATAGCTGTC 
AAAACCCCAA AGAGACCAGG GGATACTTCT TCCCTACCCA TTTCCCCAAA GAAACAGTTT 
CCCTCTCCCA CAGATGATGT TTCTAGGAGT CCACTTAGAA AATCTTTGGC AGCATCCCCT 
CCCCTTGGAG AACTGGATTG GAAAGAGCCC CAGATGTCAC CCAGCACAGC CACTTCTCTC 
TCCTGTCCTA TTCCCTCAAC TCCCCACAAA ATCCCACAGA GAGCTACATC TGGCACCATC 
CCACCTCCAC GGCCTTCTAA ACTTGAGAGA CGGTGTAGAA AGACCTCTAA TCCTGAACAA 
GGCTCCCCAA AATGCCAGCC TGGCCCCTCT GTGGTTCCTG TGGTCAACAC AACCCACAGC 
CCAGCTGCCA TCACAGGATC TAGAAAGTGC CAGAAGGAAG GGAGCCTCTC TCCTCAGTCT 
TCTCCTGAAG GACAGAGTTA CCTGGGTCCT GGTTTTGGAA CTGACTGGCA TGGATCTTCT 
CCTTTGCTTG TTGTAAGTGA CACAGAATAC CTCACTCTGC TTGATAATGC CAAACACCGT 
GGCCAGGAGA ACCACCATGT GAAAAGTGGT GTCTCACCAG AGGAAGATGG TGAGGGGCTC 
AGGACAGAGG TTACCAGTGA GAAGCCCTCT GTGTCTGATC CTGGGGTGCT TCTGCCTTTC 
CCTTCGTCTG AGCCCAGCTC TCCTGTGGTA CTGTCCTCCT CCCTGTGCTG CACCTCAGAC 
AGAAGATGGT GCCAGGCCAC AGCACAACTG GAGAGCCTGG AATCTTCTGT GTGGCATTCC 
AAGGACCCTG CCAGCCCTCA GACCTATGAG GTGGAGCTGG AGATGCAAGC CTCTGGCCTT 
CCCAAACTTA GGATCAAAAA GGTAGATCCC AGCTCTGTGT TTGAAATTGA TGCCATAGGA 
AAGGAAGAGA GCCCCTTGGG GGAGGAGGGC TCCTTCCCTG ATCTCAGTGT TTCCAGAGGC 
AGCAGGTCCT CCAACAAACC TGAACCCACC TACATGTCAC CCCCCTGCCT CCGCCCCTCA 
CACAGCACAC CTGGCAAAAG CAAGGGACAA ACCTATATCT GCCAGTCCTA TACCCCCACC 
CGCTGCCCCT CCAGTACGCC CTCTCCATTT CAAACAGATG TTGGGGTTCC TTGGACACCA 
TCCCCCAAGC ACAGTGGGAA GACCACACCT GACACAATTA AAGACTGGCC TCGGAGGAAG 
AGGGCCGTAG ACTACAGCAC TGGAACCTTT GCTGGGCGGG GTGAGGCCAG CGCAGACCTT 
CCTGGGGGCT TGTCACTGCT TGAGCCTGAG GGAAGGGAGC AAGGTCTTGA GCTTGGCCAT 
CACAAGGCTC CCATGTTGGA GGATTTTGAG CTCGAGGGAG TGTGTCAGCT GCCAGACCAG 
TCACCTCCCA GGGACAGTAT TCCTAAGGTT GAGGAGGTCT TCTCATGGGG ACAGTTTGGG 
CTGGGCTCCA GGAAAAGACT CCTGTCTGCC AAGGAAGAAG CTGAGTGTGG GCCCAAAAGA 
GTGTGCAGTG CCCTGAGTGA AGATTCAGAA GCCAGTAAGC ACGAAGAGGG GTCTCCAAGT 
TGGAGCATGC CACTGTGTCC CTCCACAGGG GACAACGAAG TGTTTGTTTC TGGCTCCACC 
CCACCTCCTG GCTGTGCTGT GCGAAGCTGC CTCTCGGCCA GTGGTCTACA GGCTCTGACC 
CAGTCTCCGC TGCTGTTTCA GGGGAAGATG CCTTCCTCTC AGAGCAAGGA CACCAGAGAT 
GAGGATGTGG ATGTGTTTCC CTCTACTTCA GAAGAATCTC CATTCAGTCA AGCCTTCTCC 
AGGAGGCGTC CCTTCAGCAG AACTTACACA CGGAAGAAGC TCATTAGCTA G