UHRF1BP1 cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	UHRF1BP1
Entrez Gene ID	102446331
Full Name	UHRF1 binding protein 1
Gene Type	protein-coding
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014569799.1	XP_014425285.1	UHRF1-binding protein 1

Pathways from BioSystems
Gene Ontology

The following UHRF1BP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UHRF1BP1 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
OPe22558	XM_014569799.1 Latest version!	Pelodiscus sinensis UHRF1 binding protein 1 (UHRF1BP1), 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)

UHRF1BP1 ( XM_014569799.1 ) cDNA ORF clone, Pelodiscus sinensis(Chinese soft-shelled turtle) -> XP_014425285.1 Pelodiscus sinensis UHRF1 binding protein 1 (UHRF1BP1), mRNA.

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CloneID	OPe22558
Clone ID Related Accession (Same CDS sequence)	XM_014569799.1
Accession Version	XM_014569799.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4389bp) 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	2018-06-03
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Product	UHRF1-binding protein 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005853125.1) 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 :: Pelodiscus sinensis Annotation Release 102 Annotation Version :: 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAGGTTTA CAAAGAATCT CTCTCCGGAC AAAATCAACC TGAGCACACT GAAAGGTCAG 
GGGCAGCTGA CCAATCTGGA ACTGGATGAA GAGGTGCTGC AGAATGTGTT GGAGTTGCCC 
ACCTGGCTAG CTATCACTCG GGTCTACTGT AACAAGGCTT CCATCCGGAT CCAGTGGACG 
AAACTGAAGA CACACCCAAT TTGTCTGTAC CTGGATAAGG TGGAGGTGGA GATGCGAACC 
TGTGAAGAAC CTCGGCCACC CAATGGACAG TCTCCTATTG CTCTCGCTGC AGGGCAAAGC 
GAGTATGGCT TTGCCGAAAA GGTTGTGGAG GGGATGTACA TTGTTGTCAA TTCCATCACC 
ATCAAGATTC ATTCCAAGGC CTTCCACGCC TCTTTGGAAC TGTGGCAGCT CCAGGGATAC 
AGCGTGAACC CCAGCTGGCA GCAGAGTGAC CTGCGTTTCA CCCGCATTAC TGACACTCAC 
AGAGGAGAGG TTTTGACATT TAAAGAGCTC ACCTGGCAGA CACTTCGGAT AGAGGCAGAT 
GCCACTGACA ATGGTGATCA GGATCCTGTT ACCACTCCTT TGAGACTCAT TACTAATCAA 
GGCAGGATCC AAATTTCTCT CAAGAGAAGG ACCAAAGATT GCAATGTGGT GGCATCTAAG 
CTGATGTTCC TCCTCGATGA CTTGCTCTGG GTACTGACAG ACTCCCAGCT GAAAGCCATG 
ATGAAGTATG CAGAGTCCTT GAGTGAAGCC ATGGAGAAAT CTGCCCAGCA GAGGAAGAGT 
ATGGCACCAG AACCTGTCCT GACTACACCA CCTGCTCCTA GTGCCCAGCA GTCCTGGTCC 
CAGACATTTG GAGGCAATGT GAATGCAAGC AGCATCAGCC AGTACTTTGA GAAATATGAC 
ATGAAAGAGT CCTCTTACCA TCTGTTTATC TCCCGTCTCG ACCTGCACAT TTGCGATGAT 
AGCCACACCC GGGAGTCAGG TACCTCAAAG CAGAGGGTGA TGGGAGGTGC AATGCAGCTC 
ACTTTTAGGA GGATGGCTTT TGACTATTAT CCCTTCCACT GGACAGGAGA CACCTGTAAG 
CACTGGGTGA AGTACTGTGA AACCATGGAG ACTCGGGGAC AGTGGGCAAA AAAGCTGGTG 
AATGAATTTC AAAGCAAGAT GGAGAAGCAC TGTGAAGAAA TGGATGCTGG ATCCACCAAG 
GCTCCAAGAT CCTCTTTCAA AAAGCAACTA GACACTTTGT CCAGTCCTCA CAAAAGCCCC 
CCAGAGAAAG GCTGCTCCCA AACACGTGTA CCTCCTGCAA GCTTACCGCT TCTTCGGCAC 
CCTTCATGGA ACCGACTCCG ATCCAGCTGC GTGGTAGTCC GTGTAGATGA CCTGGACATT 
TATCAGGTTT CCACCGCTGG TCAGCAGAGT AAGAAACCTT CCACCTTGCT TTCCTGTAGC 
AGGAAATCCC TGAACCTTCC AGATCAAGTC TCTGCAATTC ATATCGAGTT CACAGAGTAT 
TACTTCCCAG ACAATCAGGA TTTCCCAGTT CCATATCCGA ACCTATACAT GCAGTTGAAT 
GATCTGATGT TGACTCTGGA TGTGACAAGC ATGCTGTGGG TAAATCTCTT CTGCCTGGAT 
CTCTATCGCA GCCTGGAGCA GTTCAAAGCC ATCTACAAGT TGGAGGACTC AGAGAAGCAA 
GATGAGCATG TGGATATCCG ACTGGATGGC TTTAGGCTAA AGCTAAGCAT CCCTGTAGAG 
AAGAAAGTAA CTGATCATCG GGACCGTCCC AAGGCCCTGT GCATTCACAC CTCGGAGGTG 
ACTGCCACCA ATTCACGCTA CGACCCTCAC TGCAGCTGCT CAGCCCTCCA GAACCTGTTT 
CGCAGATTTG CCAATTCAGA GTTCTTCCAC TCCACTTACA CCCAGTTCCC AAAGTCTCAG 
GACAACTTCA GTGTCCTCCA CACTCTCTTC TTACGCCACG CATATCAGGT GGAAACCACA 
GCCCAGAAAT GTAACGGCTT TGCCTATTCA ATTTGGAGGA CCTCTGCTTC TGAAGACCTC 
TGGTCTGTTA ACTTCACCCA GATCTCCCTG GACTTCGAAG GGGCTGAGAG TTCAAAGGGC 
AGAGCCCTTA CCTTTATTGA CCCTTTCCCC CTCTCCATTT GGGCTTGTCA TCCCAAGAGA 
TGGGAGCTAG CTCAGGTGTC TAAGCAGCAG GCCTCTGCTG CATCGGAATT GAAAATAAAG 
TCTTCTGCTA GCTTTAGCAA TCATGCCAAA TACCAGGACA TGACCAGAGA GCCTGGGCTC 
TGCCAAAGAT CAAAGACTGA GCAGGACCTG AAAAACATTT ACAAGGTCCG TGAGGCAAAG 
GATATCTTGG GAGAATATAA CTGTGACAAT GGCACAGAGG ATGCTCAAGA GCCAGAAGCC 
TCTGCTGATA TTCACATGCT TGTGTACTCG ACCGCCCACG TGAAAGTGCG ACTCAACCAC 
TACCAATATC TGGTGCTGCT CAGAATGAAA GAAGTTTTGC AGATGCTGCA GGAGCAGTTG 
GCCCAAGACA CCCAGGAACT GACTGGATCT CCCTTGGAAC CCATGACTGT GTGTATGGGC 
ATCATGTTCA ACAGTGCTGA AATGGCCCTT CTCATGCATC CCATCCCAAG ATCAGAACCC 
AGGTCTATGG ACTCAGATAC AACGAGCTTG ATAGAATCTG AGCTCTCACC CTCAGACAGC 
AGGGAGGTGC TGACTACAGA AGAGAAGGAG CTGAAATCAG AAGCTAGCTC AGAGAAGGAA 
GTAAACAGCC CCTCCAAAGT CCTGGAGGAC AGTGGTATTG AAAACACAGA TGTGAGTGTG 
ACCATGTTGC CAGAGAGACT GCCAGAATCT GTGAGTGATG GAACCCTGGG AGCAACCGAC 
ACAGCTGATC CACAGAACAA AGGCTTGGAG GAGAGGGGCC CAGTTGAGGA AGCACATGAA 
GCTGTAGAAG CCCTGGATAC TAGGAGAGTG AGTGAGCCCA GCTGCTCTCA AACCCCTCTT 
GTCCTTCCTT CCAGCCATTC CTCAGATGTA CAGCCATTGA GGAGTGGAGA CCTCACTCTC 
AAGGAGCAGG AAGAACTCAT TCCCTTGAAG AATCTAGAGG TAGAACTATC AAGTGCACTG 
CATATGACTA AGGATGCCAC TAAGGAAGCC TTGCATGTGA CCATGGACCT CACAAAGGAA 
GCCATGTCTA TAACTAAAGA TGCTTTCAGC CTGAGCCGGG AGAAGATGGC TTCTACCATG 
CAGAAAATGC TCTCTCTACC CCCAGCCAAG GAGCCTGTGT CTAAAGCTGA AGAGGGGGCA 
GCCACCCCTG TGGGCAGCAG CAGCACGCGA ATGCGTTTCT TCTCCATGAA GAGGACTGCG 
TCCCAGCATT CCTTTGATAC CACATCACTA GATGGGAATG GCCCAGAGGA CAGGCTGTCT 
GTGGACAGTG ATGGCAGTGA TGGCTTTGTG ATGCTCCTGG ACCCTGAGCC TAGTTTGGAT 
TCCCTCACCC CAGGACAACT TCTTCATGAC CTTCATGATG CAGGTAGCAG GGAGAGCCCA 
ATGGCAGAGG ATGAGGGTAG AGGGACGCCT GACATGAACA GCTCAGCTTC TCAGAGTGGA 
GAGGACCCCA GCCTTCAGCT GGTTTCTGTT CTGGTGCTGA AAATGAATGA GGTGAACTGC 
GGGATAGAGA CAAGAGGAGA CGATCTGTCA CTTGCTGTAC AAGTAATGGA GGTTACTCTA 
GAGCAGTTGG GCAATACTAG GATGTGGCAG TATCTGCAAA GCAGCCGTGT GGGGGACCCA 
AGCATAGAGA AGCCCTTATC CGCAGAAGCT AATCAGACTC AACCAGAAAT GTGCTTACGT 
CTTGAAATAG GACCCAGCGC CATTGTGCAC TCACCCCTCG CTGTCCAGAA TGGGTTCCTT 
CACATCCTCA TCCATAGCTA CAGCACAGAG CTCCTGATGT CCTTCCTCAC CAACCTCGGA 
CCCTTCCTCG AGGATGAAGC GATACCCGAG GTGATACCCA TGAAGATAGA AATTGTGGAT 
ACCAGGATTA CACTGAAGGA TGACAGCCCT CGGGTATACC CTACCTCTCC TGGCCCCATT 
CCCATAACTC TGGCGATGGA TCATGTTGTT GTGAAGCGCA GCGATGATGG AGTGTTCTAT 
GTAACAGCTG CACAGAATGG GGGACTACCT TTACAGAAAA GGCCTGAGAA AGGTCTGAAG 
GAACAGAAGG ACCCAAAAGA AAGACTCTTG GCAGTCCCAA GAGGAGCAGT ACCTGTATTA 
CAGCTAAAGG AAGCCCCAGC TTTGCAGAAG GATCTCCAGG CTATGAAAAT AGCCCTAGCA 
GAAGCCAATC TGGACATAGA ACGCCTTCTG CAGGAAATTA GGAAATACGA TCCCCTCTTC 
CAGCTTTGA

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

RefSeq	XP_014425285.1
CDS	16..4404
Translation	MRFTKNLSPDKINLSTLKGQGQLTNLELDEEVLQNVLELPTWLAITRVYCNKASIRIQWTKLKTHPICLYLDKVEVEMRTCEEPRPPNGQSPIALAAGQSEYGFAEKVVEGMYIVVNSITIKIHSKAFHASLELWQLQGYSVNPSWQQSDLRFTRITDTHRGEVLTFKELTWQTLRIEADATDNGDQDPVTTPLRLITNQGRIQISLKRRTKDCNVVASKLMFLLDDLLWVLTDSQLKAMMKYAESLSEAMEKSAQQRKSMAPEPVLTTPPAPSAQQSWSQTFGGNVNASSISQYFEKYDMKESSYHLFISRLDLHICDDSHTRESGTSKQRVMGGAMQLTFRRMAFDYYPFHWTGDTCKHWVKYCETMETRGQWAKKLVNEFQSKMEKHCEEMDAGSTKAPRSSFKKQLDTLSSPHKSPPEKGCSQTRVPPASLPLLRHPSWNRLRSSCVVVRVDDLDIYQVSTAGQQSKKPSTLLSCSRKSLNLPDQVSAIHIEFTEYYFPDNQDFPVPYPNLYMQLNDLMLTLDVTSMLWVNLFCLDLYRSLEQFKAIYKLEDSEKQDEHVDIRLDGFRLKLSIPVEKKVTDHRDRPKALCIHTSEVTATNSRYDPHCSCSALQNLFRRFANSEFFHSTYTQFPKSQDNFSVLHTLFLRHAYQVETTAQKCNGFAYSIWRTSASEDLWSVNFTQISLDFEGAESSKGRALTFIDPFPLSIWACHPKRWELAQVSKQQASAASELKIKSSASFSNHAKYQDMTREPGLCQRSKTEQDLKNIYKVREAKDILGEYNCDNGTEDAQEPEASADIHMLVYSTAHVKVRLNHYQYLVLLRMKEVLQMLQEQLAQDTQELTGSPLEPMTVCMGIMFNSAEMALLMHPIPRSEPRSMDSDTTSLIESELSPSDSREVLTTEEKELKSEASSEKEVNSPSKVLEDSGIENTDVSVTMLPERLPESVSDGTLGATDTADPQNKGLEERGPVEEAHEAVEALDTRRVSEPSCSQTPLVLPSSHSSDVQPLRSGDLTLKEQEELIPLKNLEVELSSALHMTKDATKEALHVTMDLTKEAMSITKDAFSLSREKMASTMQKMLSLPPAKEPVSKAEEGAATPVGSSSTRMRFFSMKRTASQHSFDTTSLDGNGPEDRLSVDSDGSDGFVMLLDPEPSLDSLTPGQLLHDLHDAGSRESPMAEDEGRGTPDMNSSASQSGEDPSLQLVSVLVLKMNEVNCGIETRGDDLSLAVQVMEVTLEQLGNTRMWQYLQSSRVGDPSIEKPLSAEANQTQPEMCLRLEIGPSAIVHSPLAVQNGFLHILIHSYSTELLMSFLTNLGPFLEDEAIPEVIPMKIEIVDTRITLKDDSPRVYPTSPGPIPITLAMDHVVVKRSDDGVFYVTAAQNGGLPLQKRPEKGLKEQKDPKERLLAVPRGAVPVLQLKEAPALQKDLQAMKIALAEANLDIERLLQEIRKYDPLFQL

Target ORF information:

RefSeq Version	XM_014569799.1
Organism	Pelodiscus sinensis(Chinese soft-shelled turtle)
Definition	Pelodiscus sinensis UHRF1 binding protein 1 (UHRF1BP1), mRNA.

Target ORF information:

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

XM_014569799.1

ORF Insert Sequence:

ATGAGGTTTA CAAAGAATCT CTCTCCGGAC AAAATCAACC TGAGCACACT GAAAGGTCAG 
GGGCAGCTGA CCAATCTGGA ACTGGATGAA GAGGTGCTGC AGAATGTGTT GGAGTTGCCC 
ACCTGGCTAG CTATCACTCG GGTCTACTGT AACAAGGCTT CCATCCGGAT CCAGTGGACG 
AAACTGAAGA CACACCCAAT TTGTCTGTAC CTGGATAAGG TGGAGGTGGA GATGCGAACC 
TGTGAAGAAC CTCGGCCACC CAATGGACAG TCTCCTATTG CTCTCGCTGC AGGGCAAAGC 
GAGTATGGCT TTGCCGAAAA GGTTGTGGAG GGGATGTACA TTGTTGTCAA TTCCATCACC 
ATCAAGATTC ATTCCAAGGC CTTCCACGCC TCTTTGGAAC TGTGGCAGCT CCAGGGATAC 
AGCGTGAACC CCAGCTGGCA GCAGAGTGAC CTGCGTTTCA CCCGCATTAC TGACACTCAC 
AGAGGAGAGG TTTTGACATT TAAAGAGCTC ACCTGGCAGA CACTTCGGAT AGAGGCAGAT 
GCCACTGACA ATGGTGATCA GGATCCTGTT ACCACTCCTT TGAGACTCAT TACTAATCAA 
GGCAGGATCC AAATTTCTCT CAAGAGAAGG ACCAAAGATT GCAATGTGGT GGCATCTAAG 
CTGATGTTCC TCCTCGATGA CTTGCTCTGG GTACTGACAG ACTCCCAGCT GAAAGCCATG 
ATGAAGTATG CAGAGTCCTT GAGTGAAGCC ATGGAGAAAT CTGCCCAGCA GAGGAAGAGT 
ATGGCACCAG AACCTGTCCT GACTACACCA CCTGCTCCTA GTGCCCAGCA GTCCTGGTCC 
CAGACATTTG GAGGCAATGT GAATGCAAGC AGCATCAGCC AGTACTTTGA GAAATATGAC 
ATGAAAGAGT CCTCTTACCA TCTGTTTATC TCCCGTCTCG ACCTGCACAT TTGCGATGAT 
AGCCACACCC GGGAGTCAGG TACCTCAAAG CAGAGGGTGA TGGGAGGTGC AATGCAGCTC 
ACTTTTAGGA GGATGGCTTT TGACTATTAT CCCTTCCACT GGACAGGAGA CACCTGTAAG 
CACTGGGTGA AGTACTGTGA AACCATGGAG ACTCGGGGAC AGTGGGCAAA AAAGCTGGTG 
AATGAATTTC AAAGCAAGAT GGAGAAGCAC TGTGAAGAAA TGGATGCTGG ATCCACCAAG 
GCTCCAAGAT CCTCTTTCAA AAAGCAACTA GACACTTTGT CCAGTCCTCA CAAAAGCCCC 
CCAGAGAAAG GCTGCTCCCA AACACGTGTA CCTCCTGCAA GCTTACCGCT TCTTCGGCAC 
CCTTCATGGA ACCGACTCCG ATCCAGCTGC GTGGTAGTCC GTGTAGATGA CCTGGACATT 
TATCAGGTTT CCACCGCTGG TCAGCAGAGT AAGAAACCTT CCACCTTGCT TTCCTGTAGC 
AGGAAATCCC TGAACCTTCC AGATCAAGTC TCTGCAATTC ATATCGAGTT CACAGAGTAT 
TACTTCCCAG ACAATCAGGA TTTCCCAGTT CCATATCCGA ACCTATACAT GCAGTTGAAT 
GATCTGATGT TGACTCTGGA TGTGACAAGC ATGCTGTGGG TAAATCTCTT CTGCCTGGAT 
CTCTATCGCA GCCTGGAGCA GTTCAAAGCC ATCTACAAGT TGGAGGACTC AGAGAAGCAA 
GATGAGCATG TGGATATCCG ACTGGATGGC TTTAGGCTAA AGCTAAGCAT CCCTGTAGAG 
AAGAAAGTAA CTGATCATCG GGACCGTCCC AAGGCCCTGT GCATTCACAC CTCGGAGGTG 
ACTGCCACCA ATTCACGCTA CGACCCTCAC TGCAGCTGCT CAGCCCTCCA GAACCTGTTT 
CGCAGATTTG CCAATTCAGA GTTCTTCCAC TCCACTTACA CCCAGTTCCC AAAGTCTCAG 
GACAACTTCA GTGTCCTCCA CACTCTCTTC TTACGCCACG CATATCAGGT GGAAACCACA 
GCCCAGAAAT GTAACGGCTT TGCCTATTCA ATTTGGAGGA CCTCTGCTTC TGAAGACCTC 
TGGTCTGTTA ACTTCACCCA GATCTCCCTG GACTTCGAAG GGGCTGAGAG TTCAAAGGGC 
AGAGCCCTTA CCTTTATTGA CCCTTTCCCC CTCTCCATTT GGGCTTGTCA TCCCAAGAGA 
TGGGAGCTAG CTCAGGTGTC TAAGCAGCAG GCCTCTGCTG CATCGGAATT GAAAATAAAG 
TCTTCTGCTA GCTTTAGCAA TCATGCCAAA TACCAGGACA TGACCAGAGA GCCTGGGCTC 
TGCCAAAGAT CAAAGACTGA GCAGGACCTG AAAAACATTT ACAAGGTCCG TGAGGCAAAG 
GATATCTTGG GAGAATATAA CTGTGACAAT GGCACAGAGG ATGCTCAAGA GCCAGAAGCC 
TCTGCTGATA TTCACATGCT TGTGTACTCG ACCGCCCACG TGAAAGTGCG ACTCAACCAC 
TACCAATATC TGGTGCTGCT CAGAATGAAA GAAGTTTTGC AGATGCTGCA GGAGCAGTTG 
GCCCAAGACA CCCAGGAACT GACTGGATCT CCCTTGGAAC CCATGACTGT GTGTATGGGC 
ATCATGTTCA ACAGTGCTGA AATGGCCCTT CTCATGCATC CCATCCCAAG ATCAGAACCC 
AGGTCTATGG ACTCAGATAC AACGAGCTTG ATAGAATCTG AGCTCTCACC CTCAGACAGC 
AGGGAGGTGC TGACTACAGA AGAGAAGGAG CTGAAATCAG AAGCTAGCTC AGAGAAGGAA 
GTAAACAGCC CCTCCAAAGT CCTGGAGGAC AGTGGTATTG AAAACACAGA TGTGAGTGTG 
ACCATGTTGC CAGAGAGACT GCCAGAATCT GTGAGTGATG GAACCCTGGG AGCAACCGAC 
ACAGCTGATC CACAGAACAA AGGCTTGGAG GAGAGGGGCC CAGTTGAGGA AGCACATGAA 
GCTGTAGAAG CCCTGGATAC TAGGAGAGTG AGTGAGCCCA GCTGCTCTCA AACCCCTCTT 
GTCCTTCCTT CCAGCCATTC CTCAGATGTA CAGCCATTGA GGAGTGGAGA CCTCACTCTC 
AAGGAGCAGG AAGAACTCAT TCCCTTGAAG AATCTAGAGG TAGAACTATC AAGTGCACTG 
CATATGACTA AGGATGCCAC TAAGGAAGCC TTGCATGTGA CCATGGACCT CACAAAGGAA 
GCCATGTCTA TAACTAAAGA TGCTTTCAGC CTGAGCCGGG AGAAGATGGC TTCTACCATG 
CAGAAAATGC TCTCTCTACC CCCAGCCAAG GAGCCTGTGT CTAAAGCTGA AGAGGGGGCA 
GCCACCCCTG TGGGCAGCAG CAGCACGCGA ATGCGTTTCT TCTCCATGAA GAGGACTGCG 
TCCCAGCATT CCTTTGATAC CACATCACTA GATGGGAATG GCCCAGAGGA CAGGCTGTCT 
GTGGACAGTG ATGGCAGTGA TGGCTTTGTG ATGCTCCTGG ACCCTGAGCC TAGTTTGGAT 
TCCCTCACCC CAGGACAACT TCTTCATGAC CTTCATGATG CAGGTAGCAG GGAGAGCCCA 
ATGGCAGAGG ATGAGGGTAG AGGGACGCCT GACATGAACA GCTCAGCTTC TCAGAGTGGA 
GAGGACCCCA GCCTTCAGCT GGTTTCTGTT CTGGTGCTGA AAATGAATGA GGTGAACTGC 
GGGATAGAGA CAAGAGGAGA CGATCTGTCA CTTGCTGTAC AAGTAATGGA GGTTACTCTA 
GAGCAGTTGG GCAATACTAG GATGTGGCAG TATCTGCAAA GCAGCCGTGT GGGGGACCCA 
AGCATAGAGA AGCCCTTATC CGCAGAAGCT AATCAGACTC AACCAGAAAT GTGCTTACGT 
CTTGAAATAG GACCCAGCGC CATTGTGCAC TCACCCCTCG CTGTCCAGAA TGGGTTCCTT 
CACATCCTCA TCCATAGCTA CAGCACAGAG CTCCTGATGT CCTTCCTCAC CAACCTCGGA 
CCCTTCCTCG AGGATGAAGC GATACCCGAG GTGATACCCA TGAAGATAGA AATTGTGGAT 
ACCAGGATTA CACTGAAGGA TGACAGCCCT CGGGTATACC CTACCTCTCC TGGCCCCATT 
CCCATAACTC TGGCGATGGA TCATGTTGTT GTGAAGCGCA GCGATGATGG AGTGTTCTAT 
GTAACAGCTG CACAGAATGG GGGACTACCT TTACAGAAAA GGCCTGAGAA AGGTCTGAAG 
GAACAGAAGG ACCCAAAAGA AAGACTCTTG GCAGTCCCAA GAGGAGCAGT ACCTGTATTA 
CAGCTAAAGG AAGCCCCAGC TTTGCAGAAG GATCTCCAGG CTATGAAAAT AGCCCTAGCA 
GAAGCCAATC TGGACATAGA ACGCCTTCTG CAGGAAATTA GGAAATACGA TCCCCTCTTC 
CAGCTTTGA