TICRR cDNA ORF clone, Bison bison bison

Gene
Clones
gRNAs

Summary

Gene Symbol	TICRR
Entrez Gene ID	104989456
Full Name	TOPBP1 interacting checkpoint and replication regulator
Gene Type	protein-coding
Organism	Bison bison bison

mRNA and Protein(s)

mRNA	Protein	Name
XM_010841134.1	XP_010839436.1	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
OBi65628	XM_010841134.1 Latest version!	Bison bison bison TOPBP1-interacting checkpoint and replication regulator (TICRR), 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)

TICRR ( XM_010841134.1 ) cDNA ORF clone, Bison bison bison -> XP_010839436.1 Bison bison bison TOPBP1-interacting checkpoint and replication regulator (TICRR), mRNA.

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CloneID	OBi65628
Clone ID Related Accession (Same CDS sequence)	XM_010841134.1
Accession Version	XM_010841134.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5052bp) 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	2014-12-30
Organism	Bison bison bison
Product	treslin
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_011494727.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Bison bison bison Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGAGCTCT GGGAATCCCC AGACCACCTT GGCTACTGGA CAGTATGTGA ACTGCTCTAC 
CATGTGGGAG GCACCGTCTT GCCATTTGAA AGTTTCAGCC AGGATTTTAC CAAAGCTGGG 
GAAACACTGC TCAGTGGTGA AAGAAAGCTG TCAAGTAAAC CTCACCTCTC TTCATGGATT 
TCAACTCTGC CAACTGATTC CACTTTAAAC TGTTTGCTCT ATAATTCTCC TGAGTATGAA 
GCCTCATTTC CACGGATAGA AGGAACATTA TTTTTCCCTG TCGAAGGCAA AGAGCTTCAG 
GAAACATGGA CAGTCACGCT AGAGCCCTTG GCCATGCATC AGAGACATTT TCAGAAACCA 
GTCAGAATTT TTCTAAAAGG CACAGTGACC CAGTGGTCCC TCCCAACAAG TGGAACTTTG 
GGCACCGATA GCTGGATGCT GCAAAGTCCA GATGGAGACA GATCAACTCA GAGGATGTTA 
TTTCAGCACC TGGTAAACAG GCTGACTGCT GAAGAGTTAC ATCTGGTTGC CAATGTGGAC 
CCTGGCGAAG GCTGGCCCCC CATCACTGGA GTTATTTCTC CCTTCTCCGT CGGTGCTACA 
GTTCTCACCT TGTTCTGCAC CAGGGAGACT GAGTCTCAAA GACATCTTCT CCAGACGGTT 
GTGGCAGAGA GCCCCCAGGA CTCAGCTGCC CTTTTTTCTG AGGTTGTGGA TGGTGTACTC 
AAACAGATTG ACAGTTCTCT TGAAGTTCCT GCTACCTCAG ACCTGCCTGT CCCAGAATGG 
GCCCAGCTGG AGCTTGGCCG CAGTGCTCCC TGGACTTCGG CTATTGTGGA GAAGTGGTTT 
CCTTGCTCTA ACCTCAGTGG AGCCAGTTCA AGTTTGATGG AGTCATTCTG GTTACTACAG 
GCTACCTCAT CTGCTAAGGA GGAGCCTTCC AAAACTGAGA GTGACTTGAC ACGCGGCCTC 
TCTGAGCTCT ACCAGAGAAA GTCTCGTGAA GAATACAGTG TATCCAGTCA GGAAGACAGC 
AGAAAGAAAC GAGGTGTCCC TCGCACTCCA GTGAGGAAGA AGATGAATAC CATGTGCCGT 
TCCTTAAAGA TGCTGAATGT TGCAAGACTG AATGTAAAGG CTCAGAAATT ACATCCAGAT 
GGCAGTCCAG ACACAGCTGG GGAGAAAGGG ATCCAAAAGA CAGCCAATGG GAGAACAGCA 
GATAGACTGG AAAACAGAGG AAGAACACTG AGAAGTTCTA AACCTAAAGA TTTTAAAACT 
GAGGAAGAGC TACTATCTCA CATACACGAA AATTACCAAA AGACTGTGGC TGCAGGAGAC 
ACCATGCTGT ATTCATGTGC TCGGAGCACC ATCTCAAACA TTAAAGCGTT CTTAAAGTCC 
AAGGGAACCA AGGAATTAGA GGAAGCCAGT CTGGAGATGA ACTGCCTGTA TCAAGTAAGA 
AACAACTTCT TGAAAACTAG CAAAAGTCTT CGACAGAACG TAGGAAAACT GGATAAAGAA 
GGCAAAGTCA GAGAGTGCCA GCTTCAGGTG CTTCTTCGTT TGGAGCTGTG TCTGCAGTGC 
CCTTCAGTAC ATGAACGTGT AGAGGATCTG GAGCAAGTAG TGGGTGAGGT GACAGATTTG 
CTGCGCATGC TGTGTTTAAC TGAAGATTCA GCATACCTAG CAAAGTTTCT GGAAGGAATT 
TTGGAATTGT ATATTGACTC AATCCCAAAG ATACTGGGAA GTCTTTACGA CAGCCTAGGA 
TTTGTGATTC CTCAGAAGCT GGCTGGTGTC CTTCCTGCAG ATTTTTTCAG CGATGACTCC 
ATGACCCAGG AGAGCAAATC ACCCCTTTCT GTGCCTCTTC CGTCAAACGC TCATAGATCA 
TTGCCTGGTG GCACTGAATC TGACCAGCTG GAGGAGCTTC GTACTAGATC AGCTAAGAAG 
AGAAGGAAAA ATGCAATCAG ACATAAAAGC ATTGCAGAGG TTTCACAAAA TCTGCGACAA 
ATTGAAATTC CCAAAGTTGC CAAGAGAGCT ACCAAAAATG AGAATTCTCA CCCTACCCTT 
CAGCAGCAGC CTCCTCTCCC AGTGAAAGAC ACAGTACAAG AAGTAACCAA AGTTCGAAGA 
AATCTCTTCA ACCAGGAGAT GATTTCTCCT TCAAAGAGAT CTGTGAAGAA GGGGTTGCCC 
AGAAGCCATT CAGTGTCAGC TGTGGAAGGT CTGGAGTATA AACATGACAG CTTTAAGAGG 
ACCAAAGGTT ATCGCAAGCT GCTGACCAAG AGTGTGGCCG AGACACCAGT ACACAAGCAA 
ATCTCTGGAA GGCTGCTTCA TAGACAGATC AAGGGCAGGT CCTCTGATCC TGGTCCTGAT 
ATTGACGTTG TTGAAGAGTC CCCAGAGAAA GGAGAAGATG TGGTGAGTTT GAGACGAAGT 
CCTCGAATCA AGCAGTTGGC GTTCAGCAGG ACAAACTCTG CTTCCTTCTA CTCTGTGTCT 
CAGCCAAAGT CTCGAAGTAT ACAAAGGGTT CACTCATTCC AGCAAATGAA GTCAGACCAA 
AGAGAAAACT CTCCAGTCCA AAGTATTCGG TCTCCCAAGA GACTTCTATT CGGAGCAATG 
TCTGAGATGA TCAGTCCCTC AGAGAAGGGC TCAGCACGGA TTAAAAGGCC TTCAGGAAAC 
ACTGTGGGTT CTGCAACACC TACAGCCTAT CAGACGCCTG AGAAGAGTTA CTGGAAGTCC 
CCAAGCTCTT GTAAAGCCAC ACCAAGAAAG GTCCCTCGGA CACCACAGAC TCCACTGCGC 
ACCCCGGAAA GGCTGCAGAA ATCCCCTGCG GAAATGACCC CTGCCAAACA GGTCATTTTT 
AAGGAATTCT TGAAAGACTT ATCTCCACAT GGCTGGGATT CACCATCGCA ACCAAAAGTC 
ACCCCTCGGA AAGGACACTC CCTGGCAGAA GGTGCCTCTT CTCTTGAAAA GGTCCGGAGA 
ACTCCCCAGA GACAAGGTGG TCAGCCCCCC AGATTTTTGC AGAATTCTTC TTGGCCACAC 
TTGGTGGACT CCAGTCCGGA AAGCACCTCC TGTCCAGCAG CCCTGGTTTC ATCAACTGCC 
CCGACCAGGA CTGAGTGTCT GACCCCTAAC AGATCCTCTG CTCGAGCACC TCCCAGGACA 
GCAGCCTCGG GGCTCCAGAG ACAAGCCGCT TCCAAGGGCA CATCTCCAAG TCAGAAACAC 
CAGCTCCCCC AGGGCTCTGG AGCACCCCGG GCAGAGAAGC TGCCGCAGCT GTGGAGTAAC 
AAAGCTGTCA AAACCCCAGA GAGACCAGGG AACGCAGCTC TGACTTTTCC AAAAAGAGCC 
GTTACCTCTC TTTCATGTGG TATTTCCAAG GAGAGTTCAC TTGGGGAATT TCCCATAGCA 
TCTCTGTCCT CTGGACAAGG CGGCTGGCAA GAAGTCCAGA GATCACCCAG TGTCACCACA 
CCTCCCTCCT GTTCTGCTCC CTTGACGCCC CCCAGTGCCT CACAGGTAGC TCCGTCTGAC 
CTCTGGCCCC CTCCGCCCCC TTCCAAACAT GGGAAACGGC ATAACAAGAC CTCAGAAACA 
GAACAAGACT TCCTGGAGGG CCAGCCTGAC AGCTTGGCTG CTCTGAGGGT TGCCATAACT 
GACAACCCAG CTGCCATCAC AGACACTGGA AAGAACCAGA AGGCAGCGAC CCTCTCTTCT 
CCAGCTTCGC CTGAACTTCC AGCTTACCCT GGAACTGGCT TTGGGGGTGA CTGGCATACG 
TCCTCTCCTT TGCTTATTGC AACAGACTCG GACTGTCTCA CTCTCCTGGA TGAAGCTGAG 
CACCATGGCC ATGATAACTT AAAAAGCAGC ATTTCACCCC TGGACGGAGG TGAGGGGTTA 
AGGATGGGTA CGTGTGAGAA GCCGTCTCCG TGTGACCCCA GGATTCTTCC CACCTCTCCT 
TCCTCTGGAC CCCACTCTCC CCTGATGCCC CCCTACGACC CACACTGCAC AGCAGACATG 
AAGCAGTGCC AGGCGGCCAC GCAACTAGAG GATCAGCAGG CAGCCCCCTG GCCCTGCGGA 
GCCCCTGCCA GCCCGCAGAC CTATGAGGTT GAGCTGGAGA TGCAAGCTTC TGGCCTCCCC 
AAGCTCCGAA TTAAAAAGAT AGACTCCAGC TCTTTGCCAG AAGTTGAGCC CCCGCCAAGG 
GAGGAGAGCT CCCTCCCGGG TCCCAGTGTG CCCAGGGCCA GCAAGTCCTC AGGCAAACCC 
GAAGCCACCT GCCTGTCGGC CCCCTGCCTT CGCCCCTCGC ACAGCACCCC TGGCAAGAGT 
GGGGGACAGA CCTATATCTG CCAGTCATGC ACCCCCACCC ACTGCCCCTG CGGTACCCCC 
TCTCCTTTCC AGACAGAAGT TGGGGTTCCT TGGACCCCAT CCCCCAAGCA CAGTGGGAAG 
ACGACTCCTG ACACAATTAA AGACTGGCCC CGCAGAAAGA GGGCAGTGGA CTGCAGCCTC 
GGCCCCTCTG CTGGGAGGAG TGAGGTCAGT TCCGACCTTC CCGGGGGAGT GTCTCCACTG 
GAGCCGGAGG GCAAGGAGCG AGGCCTGGAA CTTGGCATTG GCAGGCCCCC CATCCTGGGG 
GATTTTGAGC TAGAGGGTGT GTGTCAGCTG CCAGACCAGT CGCCTCCCAG GGACAGCGTG 
CCCAAGGCTG AGGAGGCCTT CTCCTGGGGA CAGTTTGGGT TGGGATCTAG GAAGAGATGC 
CTCTCTGCTA AGGAGGAGGC TGAACGACAA GTGAAGAGGG CCTGCGATCA GCAGGGAGAC 
TCAGAAGAGC GGTCTCCAAG CACAAGCATT CGCCAGTTGC CCTCCGCGGC GGACGACGAG 
GTGTTCGTCC CAGGTGCCAC CCCGCCTCCC GGCTGTGCTG TGCGGAGCTG CCTCTCTGCC 
AGTGGGCTAC AGGCGCTGAC CCACTCTCCA CTGCTGTTCC AGGGGAAGAC ACCCTCCTCT 
CAGCGTAAAG ACGCCAGAGA TGAGGATGTG GATGTATTTT CCCCCACGGC AGAAGACTCT 
CCTTTCAGCC GAGCATTCTC CAGGAGACGC CCTATCGGCA GATCTTATTC ACGGAAGAAG 
CTACTCAGCT AG

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

RefSeq	XP_010839436.1
CDS	1..5052
Translation	MELWESPDHLGYWTVCELLYHVGGTVLPFESFSQDFTKAGETLLSGERKLSSKPHLSSWISTLPTDSTLNCLLYNSPEYEASFPRIEGTLFFPVEGKELQETWTVTLEPLAMHQRHFQKPVRIFLKGTVTQWSLPTSGTLGTDSWMLQSPDGDRSTQRMLFQHLVNRLTAEELHLVANVDPGEGWPPITGVISPFSVGATVLTLFCTRETESQRHLLQTVVAESPQDSAALFSEVVDGVLKQIDSSLEVPATSDLPVPEWAQLELGRSAPWTSAIVEKWFPCSNLSGASSSLMESFWLLQATSSAKEEPSKTESDLTRGLSELYQRKSREEYSVSSQEDSRKKRGVPRTPVRKKMNTMCRSLKMLNVARLNVKAQKLHPDGSPDTAGEKGIQKTANGRTADRLENRGRTLRSSKPKDFKTEEELLSHIHENYQKTVAAGDTMLYSCARSTISNIKAFLKSKGTKELEEASLEMNCLYQVRNNFLKTSKSLRQNVGKLDKEGKVRECQLQVLLRLELCLQCPSVHERVEDLEQVVGEVTDLLRMLCLTEDSAYLAKFLEGILELYIDSIPKILGSLYDSLGFVIPQKLAGVLPADFFSDDSMTQESKSPLSVPLPSNAHRSLPGGTESDQLEELRTRSAKKRRKNAIRHKSIAEVSQNLRQIEIPKVAKRATKNENSHPTLQQQPPLPVKDTVQEVTKVRRNLFNQEMISPSKRSVKKGLPRSHSVSAVEGLEYKHDSFKRTKGYRKLLTKSVAETPVHKQISGRLLHRQIKGRSSDPGPDIDVVEESPEKGEDVVSLRRSPRIKQLAFSRTNSASFYSVSQPKSRSIQRVHSFQQMKSDQRENSPVQSIRSPKRLLFGAMSEMISPSEKGSARIKRPSGNTVGSATPTAYQTPEKSYWKSPSSCKATPRKVPRTPQTPLRTPERLQKSPAEMTPAKQVIFKEFLKDLSPHGWDSPSQPKVTPRKGHSLAEGASSLEKVRRTPQRQGGQPPRFLQNSSWPHLVDSSPESTSCPAALVSSTAPTRTECLTPNRSSARAPPRTAASGLQRQAASKGTSPSQKHQLPQGSGAPRAEKLPQLWSNKAVKTPERPGNAALTFPKRAVTSLSCGISKESSLGEFPIASLSSGQGGWQEVQRSPSVTTPPSCSAPLTPPSASQVAPSDLWPPPPPSKHGKRHNKTSETEQDFLEGQPDSLAALRVAITDNPAAITDTGKNQKAATLSSPASPELPAYPGTGFGGDWHTSSPLLIATDSDCLTLLDEAEHHGHDNLKSSISPLDGGEGLRMGTCEKPSPCDPRILPTSPSSGPHSPLMPPYDPHCTADMKQCQAATQLEDQQAAPWPCGAPASPQTYEVELEMQASGLPKLRIKKIDSSSLPEVEPPPREESSLPGPSVPRASKSSGKPEATCLSAPCLRPSHSTPGKSGGQTYICQSCTPTHCPCGTPSPFQTEVGVPWTPSPKHSGKTTPDTIKDWPRRKRAVDCSLGPSAGRSEVSSDLPGGVSPLEPEGKERGLELGIGRPPILGDFELEGVCQLPDQSPPRDSVPKAEEAFSWGQFGLGSRKRCLSAKEEAERQVKRACDQQGDSEERSPSTSIRQLPSAADDEVFVPGATPPPGCAVRSCLSASGLQALTHSPLLFQGKTPSSQRKDARDEDVDVFSPTAEDSPFSRAFSRRRPIGRSYSRKKLLS

Target ORF information:

RefSeq Version	XM_010841134.1
Organism	Bison bison bison
Definition	Bison bison bison 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_010841134.1

ORF Insert Sequence:

ATGGAGCTCT GGGAATCCCC AGACCACCTT GGCTACTGGA CAGTATGTGA ACTGCTCTAC 
CATGTGGGAG GCACCGTCTT GCCATTTGAA AGTTTCAGCC AGGATTTTAC CAAAGCTGGG 
GAAACACTGC TCAGTGGTGA AAGAAAGCTG TCAAGTAAAC CTCACCTCTC TTCATGGATT 
TCAACTCTGC CAACTGATTC CACTTTAAAC TGTTTGCTCT ATAATTCTCC TGAGTATGAA 
GCCTCATTTC CACGGATAGA AGGAACATTA TTTTTCCCTG TCGAAGGCAA AGAGCTTCAG 
GAAACATGGA CAGTCACGCT AGAGCCCTTG GCCATGCATC AGAGACATTT TCAGAAACCA 
GTCAGAATTT TTCTAAAAGG CACAGTGACC CAGTGGTCCC TCCCAACAAG TGGAACTTTG 
GGCACCGATA GCTGGATGCT GCAAAGTCCA GATGGAGACA GATCAACTCA GAGGATGTTA 
TTTCAGCACC TGGTAAACAG GCTGACTGCT GAAGAGTTAC ATCTGGTTGC CAATGTGGAC 
CCTGGCGAAG GCTGGCCCCC CATCACTGGA GTTATTTCTC CCTTCTCCGT CGGTGCTACA 
GTTCTCACCT TGTTCTGCAC CAGGGAGACT GAGTCTCAAA GACATCTTCT CCAGACGGTT 
GTGGCAGAGA GCCCCCAGGA CTCAGCTGCC CTTTTTTCTG AGGTTGTGGA TGGTGTACTC 
AAACAGATTG ACAGTTCTCT TGAAGTTCCT GCTACCTCAG ACCTGCCTGT CCCAGAATGG 
GCCCAGCTGG AGCTTGGCCG CAGTGCTCCC TGGACTTCGG CTATTGTGGA GAAGTGGTTT 
CCTTGCTCTA ACCTCAGTGG AGCCAGTTCA AGTTTGATGG AGTCATTCTG GTTACTACAG 
GCTACCTCAT CTGCTAAGGA GGAGCCTTCC AAAACTGAGA GTGACTTGAC ACGCGGCCTC 
TCTGAGCTCT ACCAGAGAAA GTCTCGTGAA GAATACAGTG TATCCAGTCA GGAAGACAGC 
AGAAAGAAAC GAGGTGTCCC TCGCACTCCA GTGAGGAAGA AGATGAATAC CATGTGCCGT 
TCCTTAAAGA TGCTGAATGT TGCAAGACTG AATGTAAAGG CTCAGAAATT ACATCCAGAT 
GGCAGTCCAG ACACAGCTGG GGAGAAAGGG ATCCAAAAGA CAGCCAATGG GAGAACAGCA 
GATAGACTGG AAAACAGAGG AAGAACACTG AGAAGTTCTA AACCTAAAGA TTTTAAAACT 
GAGGAAGAGC TACTATCTCA CATACACGAA AATTACCAAA AGACTGTGGC TGCAGGAGAC 
ACCATGCTGT ATTCATGTGC TCGGAGCACC ATCTCAAACA TTAAAGCGTT CTTAAAGTCC 
AAGGGAACCA AGGAATTAGA GGAAGCCAGT CTGGAGATGA ACTGCCTGTA TCAAGTAAGA 
AACAACTTCT TGAAAACTAG CAAAAGTCTT CGACAGAACG TAGGAAAACT GGATAAAGAA 
GGCAAAGTCA GAGAGTGCCA GCTTCAGGTG CTTCTTCGTT TGGAGCTGTG TCTGCAGTGC 
CCTTCAGTAC ATGAACGTGT AGAGGATCTG GAGCAAGTAG TGGGTGAGGT GACAGATTTG 
CTGCGCATGC TGTGTTTAAC TGAAGATTCA GCATACCTAG CAAAGTTTCT GGAAGGAATT 
TTGGAATTGT ATATTGACTC AATCCCAAAG ATACTGGGAA GTCTTTACGA CAGCCTAGGA 
TTTGTGATTC CTCAGAAGCT GGCTGGTGTC CTTCCTGCAG ATTTTTTCAG CGATGACTCC 
ATGACCCAGG AGAGCAAATC ACCCCTTTCT GTGCCTCTTC CGTCAAACGC TCATAGATCA 
TTGCCTGGTG GCACTGAATC TGACCAGCTG GAGGAGCTTC GTACTAGATC AGCTAAGAAG 
AGAAGGAAAA ATGCAATCAG ACATAAAAGC ATTGCAGAGG TTTCACAAAA TCTGCGACAA 
ATTGAAATTC CCAAAGTTGC CAAGAGAGCT ACCAAAAATG AGAATTCTCA CCCTACCCTT 
CAGCAGCAGC CTCCTCTCCC AGTGAAAGAC ACAGTACAAG AAGTAACCAA AGTTCGAAGA 
AATCTCTTCA ACCAGGAGAT GATTTCTCCT TCAAAGAGAT CTGTGAAGAA GGGGTTGCCC 
AGAAGCCATT CAGTGTCAGC TGTGGAAGGT CTGGAGTATA AACATGACAG CTTTAAGAGG 
ACCAAAGGTT ATCGCAAGCT GCTGACCAAG AGTGTGGCCG AGACACCAGT ACACAAGCAA 
ATCTCTGGAA GGCTGCTTCA TAGACAGATC AAGGGCAGGT CCTCTGATCC TGGTCCTGAT 
ATTGACGTTG TTGAAGAGTC CCCAGAGAAA GGAGAAGATG TGGTGAGTTT GAGACGAAGT 
CCTCGAATCA AGCAGTTGGC GTTCAGCAGG ACAAACTCTG CTTCCTTCTA CTCTGTGTCT 
CAGCCAAAGT CTCGAAGTAT ACAAAGGGTT CACTCATTCC AGCAAATGAA GTCAGACCAA 
AGAGAAAACT CTCCAGTCCA AAGTATTCGG TCTCCCAAGA GACTTCTATT CGGAGCAATG 
TCTGAGATGA TCAGTCCCTC AGAGAAGGGC TCAGCACGGA TTAAAAGGCC TTCAGGAAAC 
ACTGTGGGTT CTGCAACACC TACAGCCTAT CAGACGCCTG AGAAGAGTTA CTGGAAGTCC 
CCAAGCTCTT GTAAAGCCAC ACCAAGAAAG GTCCCTCGGA CACCACAGAC TCCACTGCGC 
ACCCCGGAAA GGCTGCAGAA ATCCCCTGCG GAAATGACCC CTGCCAAACA GGTCATTTTT 
AAGGAATTCT TGAAAGACTT ATCTCCACAT GGCTGGGATT CACCATCGCA ACCAAAAGTC 
ACCCCTCGGA AAGGACACTC CCTGGCAGAA GGTGCCTCTT CTCTTGAAAA GGTCCGGAGA 
ACTCCCCAGA GACAAGGTGG TCAGCCCCCC AGATTTTTGC AGAATTCTTC TTGGCCACAC 
TTGGTGGACT CCAGTCCGGA AAGCACCTCC TGTCCAGCAG CCCTGGTTTC ATCAACTGCC 
CCGACCAGGA CTGAGTGTCT GACCCCTAAC AGATCCTCTG CTCGAGCACC TCCCAGGACA 
GCAGCCTCGG GGCTCCAGAG ACAAGCCGCT TCCAAGGGCA CATCTCCAAG TCAGAAACAC 
CAGCTCCCCC AGGGCTCTGG AGCACCCCGG GCAGAGAAGC TGCCGCAGCT GTGGAGTAAC 
AAAGCTGTCA AAACCCCAGA GAGACCAGGG AACGCAGCTC TGACTTTTCC AAAAAGAGCC 
GTTACCTCTC TTTCATGTGG TATTTCCAAG GAGAGTTCAC TTGGGGAATT TCCCATAGCA 
TCTCTGTCCT CTGGACAAGG CGGCTGGCAA GAAGTCCAGA GATCACCCAG TGTCACCACA 
CCTCCCTCCT GTTCTGCTCC CTTGACGCCC CCCAGTGCCT CACAGGTAGC TCCGTCTGAC 
CTCTGGCCCC CTCCGCCCCC TTCCAAACAT GGGAAACGGC ATAACAAGAC CTCAGAAACA 
GAACAAGACT TCCTGGAGGG CCAGCCTGAC AGCTTGGCTG CTCTGAGGGT TGCCATAACT 
GACAACCCAG CTGCCATCAC AGACACTGGA AAGAACCAGA AGGCAGCGAC CCTCTCTTCT 
CCAGCTTCGC CTGAACTTCC AGCTTACCCT GGAACTGGCT TTGGGGGTGA CTGGCATACG 
TCCTCTCCTT TGCTTATTGC AACAGACTCG GACTGTCTCA CTCTCCTGGA TGAAGCTGAG 
CACCATGGCC ATGATAACTT AAAAAGCAGC ATTTCACCCC TGGACGGAGG TGAGGGGTTA 
AGGATGGGTA CGTGTGAGAA GCCGTCTCCG TGTGACCCCA GGATTCTTCC CACCTCTCCT 
TCCTCTGGAC CCCACTCTCC CCTGATGCCC CCCTACGACC CACACTGCAC AGCAGACATG 
AAGCAGTGCC AGGCGGCCAC GCAACTAGAG GATCAGCAGG CAGCCCCCTG GCCCTGCGGA 
GCCCCTGCCA GCCCGCAGAC CTATGAGGTT GAGCTGGAGA TGCAAGCTTC TGGCCTCCCC 
AAGCTCCGAA TTAAAAAGAT AGACTCCAGC TCTTTGCCAG AAGTTGAGCC CCCGCCAAGG 
GAGGAGAGCT CCCTCCCGGG TCCCAGTGTG CCCAGGGCCA GCAAGTCCTC AGGCAAACCC 
GAAGCCACCT GCCTGTCGGC CCCCTGCCTT CGCCCCTCGC ACAGCACCCC TGGCAAGAGT 
GGGGGACAGA CCTATATCTG CCAGTCATGC ACCCCCACCC ACTGCCCCTG CGGTACCCCC 
TCTCCTTTCC AGACAGAAGT TGGGGTTCCT TGGACCCCAT CCCCCAAGCA CAGTGGGAAG 
ACGACTCCTG ACACAATTAA AGACTGGCCC CGCAGAAAGA GGGCAGTGGA CTGCAGCCTC 
GGCCCCTCTG CTGGGAGGAG TGAGGTCAGT TCCGACCTTC CCGGGGGAGT GTCTCCACTG 
GAGCCGGAGG GCAAGGAGCG AGGCCTGGAA CTTGGCATTG GCAGGCCCCC CATCCTGGGG 
GATTTTGAGC TAGAGGGTGT GTGTCAGCTG CCAGACCAGT CGCCTCCCAG GGACAGCGTG 
CCCAAGGCTG AGGAGGCCTT CTCCTGGGGA CAGTTTGGGT TGGGATCTAG GAAGAGATGC 
CTCTCTGCTA AGGAGGAGGC TGAACGACAA GTGAAGAGGG CCTGCGATCA GCAGGGAGAC 
TCAGAAGAGC GGTCTCCAAG CACAAGCATT CGCCAGTTGC CCTCCGCGGC GGACGACGAG 
GTGTTCGTCC CAGGTGCCAC CCCGCCTCCC GGCTGTGCTG TGCGGAGCTG CCTCTCTGCC 
AGTGGGCTAC AGGCGCTGAC CCACTCTCCA CTGCTGTTCC AGGGGAAGAC ACCCTCCTCT 
CAGCGTAAAG ACGCCAGAGA TGAGGATGTG GATGTATTTT CCCCCACGGC AGAAGACTCT 
CCTTTCAGCC GAGCATTCTC CAGGAGACGC CCTATCGGCA GATCTTATTC ACGGAAGAAG 
CTACTCAGCT AG