UHRF1BP1L cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	UHRF1BP1L
Entrez Gene ID	104055194
Full Name	UHRF1 binding protein 1 like
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009556294.1	XP_009554589.1	UHRF1-binding protein 1-like

Pathways from BioSystems
Gene Ontology

The following UHRF1BP1L gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the UHRF1BP1L 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
OCu40766	XM_009556294.1 Latest version!	Cuculus canorus UHRF1 binding protein 1-like (UHRF1BP1L), 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)

UHRF1BP1L ( XM_009556294.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009554589.1 Cuculus canorus UHRF1 binding protein 1-like (UHRF1BP1L), mRNA.

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CloneID	OCu40766
Clone ID Related Accession (Same CDS sequence)	XM_009556294.1
Accession Version	XM_009556294.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4428bp) 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	2014-10-13
Organism	Cuculus canorus(common cuckoo)
Product	UHRF1-binding protein 1-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009244212.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Cuculus canorus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 2% of CDS bases ##RefSeq-Attributes-END##

ATGGAAGGGC TGCCCAGAGC CCAGGTCACC AGGCAAGTGT GTGATGATGA AGCAGGTCTG 
AGGTCAAGCA CAGAAGACAG TCCTCAGGTC AAGGTCAGGA TCAGGTTCAC CAAAAATCTT 
TCACCTGACA AGATCAACCT GAGCACGTTA AAGGGAGAAG GGCAGCTGAC CAATTTAGAG 
CTGGATCAAG AGGTGCTTCA GAACATGCTG GATCTTCCAA CATGGCTTGC TATAAACAAG 
GTCTTTTGCA ATAAAGCATC CATTAGGATA CCATGGACAA AATTGAAAAC ACATCCCATC 
TGTTTGTCCT TGGATAAAGT TGTAATGGAA ATGAGCACAT GTGAAGAGCC ACGTGCCCCT 
AACGGACCCT CTCCTATAGC AACTGCATCC GGACAGAGTG AATATGGCTT TGCTGAAAAA 
GTGGTAGAAG GCATTTCAGT TTCTGTGAAC TCCATTGTAA TAAGGATTGG TGCAAAAGCC 
TTTAATGCTT CATTTGAACT TTCCCAGCTG AGAATATATA GTGTAAATGC AAACTGGGAA 
CATGCTGACC TCAGATTTAC CAGAATACAA GAAGCTCAAC GTGGAGAGGT TTTGACTTTT 
AAAGAAATTA CCTGGCAGAT GATAAGAATA GAAGCAGATG CAATCCAGAG TTCTCAGCAT 
GAAATCATGA GTGCTCCAGT TCGACTGATT ACTAACCAAT CAAAAATTAG GGTCACACTT 
AAAAGAAGGT TAAAGGACTG TAATGTTGTG GCATCAAAAC TGGTTTTGAT TCTGGATGAC 
TTGCTATGGG TTTTGACTGA TTCCCAGTTG AAAGCCATGG TGCAGTATGC CAAGTCTCTT 
AGTGAAGCCA TAGAGAAATC AACAGAACAG AGAAAAAGCT TGGCTTCTGA AACAGCACAG 
AGCTCTGCCC CTGTGCCCAG CTCCCAGCAG GTGAAAGCAC ACCAGACAAC AACAGCGCCT 
GATCAAAATG ATGCGATAGT AAAATTATTC AATGATTTTG ATGTTAAGGA AACTTCTCAT 
CACTTAGTAA TTTCCCATTT GGACCTACAT ATATGTGACG ATATCCATTC TAAAGAAAAA 
GACTCAAATA GACGCATTAC AGGAGGGGCC ATGCAGCTTT CCTTCAGTTA TTTAACAGTG 
GACTATTATC CATTTCACAA AGCAGGAGAC AGCTGTGATC ACTGGATGCA TTATAGTGAT 
GCCACGAAAA CCAGAAGTGG ATGGGCCGAA GAATTATTAA ATGAATTCAA AGGAAATGTT 
GAATTGCTTA AGCAGGCTGT GAAAGATCAG GTCATAGAGT CTCCTCCCAA ATCGCCACCT 
GCTGTATCTC CTCAAAATTT ACAAACAGGC AAGGAACAGA TACCGAAAGG AACATCTAGG 
GCTTCCTCTG TATCTTCCCA ACAACCAAAG GGCAAACTGA TGTCTAGTCC TATTGTGGTT 
AGACTTGCAG ATTTCAATAT ATATCAGGTT TCAACAGCAG ACCAGTGTCG TTCTTCCCCT 
AAAGCTCTGA TCTCTTGCAA TAAAAAGTCA CTTTATCTTC CATCAGAGAT GCCAGCTATT 
CATATTGAAT TCACTGAATA TTACTACCCA GATGGAAAGG ACTTTCCTAT TCCATCCCCA 
AATCTGTATG GCCAGCTGAA TGCTTTACAG TTCACCCTGG ATGAGAGAAG TATTCTTTGG 
CTAAATCAGT TTGTACTGGA TTTGAAACAG AGTCTTATTC AGTTCATGGC AATGTACAAG 
TTAAATGACA ATTCAAAATC AGATGAACAT GTTGATGTTA GAATTGATGG ATTAATGTTA 
AAGTTCATCA TCCCTTCTGA AAACAAACCT GAAATTCATA AAGATCAACC TCGTGCACTT 
TCCATTCAAA GTTCAGAGAT GATTGCTACG AATACGAGAT GCTCACCAAA CTGCAGACAC 
TCTGATTTAG AAGCTTTGTT TCAGAACTTC AAAGACTGTG AATTTTTCAG TAGAACTTTC 
ACTGCTTTTC CTAAGTCCCA GAAGAATTTT AATCTTTTAC ATCCAATCTT CCAGAGACAT 
GCACATGAAC AAGATACTAA AATGCATGAT GTTTATAAAG GTTATATCAC CCCAAAATTG 
AATAAATGTG CATTAAAGAC ATCTGCAGCT ACTGATGTTT GGGCCTTGCA TTTTTCCCAG 
TTTTGGATAG ATTATGAAGG AACAAAAAGT GGGAAAGGCC GACCAATAAG CTTTGTGGAC 
TCATTCCCAC TTTCACTTTG GATTTGCCAG CCAGTAAGAT TTGCAAAGTC ACAAAAAGAG 
CTTTTATCAC ATAATCAGAC AGCTTTGAAC ATTCCAAAAA GTGAATCTAG TGATCTTGCT 
AATAGACTGC AACGTAAAAA ACTTTTAAAG GAATATTACA GCAGTGAGAT GGAGTCCTTA 
ACCAATGGCA TTCAAACGTC AGACCCTTCA GGAATGCTTT CTGAAAACTC TTCCTCCGAT 
GCAGATGTCC ATGTTCTTGT CCATGTCCAA AAGCATGTGA GCGTGCAGAT CAATCATTAC 
CAGTATCTCT TTTTGCTGCT TCTCCATGAA TCCCTTGTAT TGCTCCTGGA AAACTTACGG 
AATGATGTAG AAGCAGTGAC GGGAAAACCT GCAAAGCAAA CAGATGTCTG CATTGGGATC 
CTACTGAAAA GTGCAGAACT TGCCTTACTA CTCCATCCAG TGACTCAGGG AAACCCTTGT 
AAGTCTCCAG TTGCAGAAGA AGAAAGTCCA GTGGCATCAG AGCCCTCCCC TTTGGGAAAT 
GGGGACGCTC TTACTTCAGA GAGTAAATTA CCTGGCAATA AGATTGTGCA AGCTGGTATT 
ACTGATTTTG ATTATGTAAA TGATTGCAAG CCTCTGAATG CTGACATTAA TAAAGGAATT 
TTAATAGATC CTCTTTTGTT TAAATCAGAC AGTAATATGG ATTTTCAGAA AGGAATGTCA 
TTTTCAGATG ATGCATCGGA TAAAGGTTTG GGAGATATAA GTGAAGGAGG AAGCAGTGGA 
CTTTTTAGTA GAAGTGATTC AGAGGAGGTC TGTGGACCTC TCAGTGAGAA AAGCAGCTTA 
CATCCTAGGG ATTCATCATC CATTTTAAAC AGGAGAGAGG ATTCTGCTGA ATTTTTCATT 
GATAAAGAGG ATGACAAAAA CATCTTCTCA AATAAGTTAA GCGAACAGGA AGGTACAACT 
GAAGAATATC CTAACCAAGT CACTGACTTG GAACCAGAAA CTGCCTTAGA ATCTGAAGAG 
CTTGAAATCA ACAAAGAGAA AGTGACTTCT GTTAGAATGT TTGCATCCCA GTCTTCATCA 
AGTGCAAAGG CTAAGGAACG CTGCCCGTCC AACCTCCCTG CATTCTCTGT TTCTTACAAG 
AACATGAAGA GAAGTCCATC ACAAGTCTCT CTGGATACCA TCTCTATTGA TAGTATGATG 
CTAGAGGATC ATTTGATAGA GAGTGATGGA AGTGACAGCC AGAGCTTTCT GGAGAAAGGT 
ATTACAGCCA CAAACTATCA AAGCCCATCA GAAAATGCTC CTGAGGGAGG CACAGTGACT 
GAAAATTGTG ATGGGTCATC TCCAGATGCC ATGAGTGCCG CTTCAGAGAA TGCCCATGAG 
ACTAGTGAAG AAATGATGTC TGTTGTGGTT TTCCAAATAT TTGGTGTGAA TGGTGAGATT 
GACATCAGAG GTGAAGACAC AGAAATATGC CTACAGGTCA ACCAAGTGAT ACCACATCAA 
TTGGGAAATA TCAGTGTTCG ACACTATCTC TGCAACAAAA CTGTTGGTTC TGACTGTAAA 
TCTGTGGCTG GACCAGTTAA TTCTTCACCT GAGATTAGTT TGAGATGGGA AAGTGGGCCT 
AGTGCTGTCA TACATTCTCT GCTTGCTGTA AAAAATGGTT TTCTTCAGTG TCACGTAGAG 
AACTTCAGTG CTGAATTTCT AACGTCTTCC CTCACAAATA TTCAGCATTT TCTAGAAGAT 
GAAACTGTTG CAGAAGTGAT GCCCATGAAG ATAAAAGTTT CTAATGCAAG GATTAATTTA 
AAAGATGACA GTCCACGTGA AAATCTCAAG GCATCTGAGC TCGTACCCAT AAAATTACAT 
ATTGACATAC TCTGGATAGA AAGAGATGAT GATGGCTCTT TTCTCATTAG AGACAATCAA 
AGAGTAAATG ATGTGTCAAA AATGAAGAAT TCAGGTAGTG CATTGCAGCA AGCAGCCAGA 
CCTGTTGGAC ATAAAACACA GGACAGAGCC ACACAGACTA CTTGTGAAAT TCCCAGGCCT 
TCTAAATCAA GCAGGGATTC AGACGACTTA AATAAAAATG AGCTTATTGA CGAAAATGAA 
TGTCTCAAAC AGGAACTAGC CAAAGCCAAA ATGGCTCTTG CTGAGGTCCA AATGGAAAAA 
GATGCTCTGC TTCATCGTAT AAAGAAGATG AATGTTGATC ATCAGTAG

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

RefSeq	XP_009554589.1
CDS	1..4428
Translation	MEGLPRAQVTRQVCDDEAGLRSSTEDSPQVKVRIRFTKNLSPDKINLSTLKGEGQLTNLELDQEVLQNMLDLPTWLAINKVFCNKASIRIPWTKLKTHPICLSLDKVVMEMSTCEEPRAPNGPSPIATASGQSEYGFAEKVVEGISVSVNSIVIRIGAKAFNASFELSQLRIYSVNANWEHADLRFTRIQEAQRGEVLTFKEITWQMIRIEADAIQSSQHEIMSAPVRLITNQSKIRVTLKRRLKDCNVVASKLVLILDDLLWVLTDSQLKAMVQYAKSLSEAIEKSTEQRKSLASETAQSSAPVPSSQQVKAHQTTTAPDQNDAIVKLFNDFDVKETSHHLVISHLDLHICDDIHSKEKDSNRRITGGAMQLSFSYLTVDYYPFHKAGDSCDHWMHYSDATKTRSGWAEELLNEFKGNVELLKQAVKDQVIESPPKSPPAVSPQNLQTGKEQIPKGTSRASSVSSQQPKGKLMSSPIVVRLADFNIYQVSTADQCRSSPKALISCNKKSLYLPSEMPAIHIEFTEYYYPDGKDFPIPSPNLYGQLNALQFTLDERSILWLNQFVLDLKQSLIQFMAMYKLNDNSKSDEHVDVRIDGLMLKFIIPSENKPEIHKDQPRALSIQSSEMIATNTRCSPNCRHSDLEALFQNFKDCEFFSRTFTAFPKSQKNFNLLHPIFQRHAHEQDTKMHDVYKGYITPKLNKCALKTSAATDVWALHFSQFWIDYEGTKSGKGRPISFVDSFPLSLWICQPVRFAKSQKELLSHNQTALNIPKSESSDLANRLQRKKLLKEYYSSEMESLTNGIQTSDPSGMLSENSSSDADVHVLVHVQKHVSVQINHYQYLFLLLLHESLVLLLENLRNDVEAVTGKPAKQTDVCIGILLKSAELALLLHPVTQGNPCKSPVAEEESPVASEPSPLGNGDALTSESKLPGNKIVQAGITDFDYVNDCKPLNADINKGILIDPLLFKSDSNMDFQKGMSFSDDASDKGLGDISEGGSSGLFSRSDSEEVCGPLSEKSSLHPRDSSSILNRREDSAEFFIDKEDDKNIFSNKLSEQEGTTEEYPNQVTDLEPETALESEELEINKEKVTSVRMFASQSSSSAKAKERCPSNLPAFSVSYKNMKRSPSQVSLDTISIDSMMLEDHLIESDGSDSQSFLEKGITATNYQSPSENAPEGGTVTENCDGSSPDAMSAASENAHETSEEMMSVVVFQIFGVNGEIDIRGEDTEICLQVNQVIPHQLGNISVRHYLCNKTVGSDCKSVAGPVNSSPEISLRWESGPSAVIHSLLAVKNGFLQCHVENFSAEFLTSSLTNIQHFLEDETVAEVMPMKIKVSNARINLKDDSPRENLKASELVPIKLHIDILWIERDDDGSFLIRDNQRVNDVSKMKNSGSALQQAARPVGHKTQDRATQTTCEIPRPSKSSRDSDDLNKNELIDENECLKQELAKAKMALAEVQMEKDALLHRIKKMNVDHQ

Target ORF information:

RefSeq Version	XM_009556294.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus UHRF1 binding protein 1-like (UHRF1BP1L), mRNA.

Target ORF information:

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

XM_009556294.1

ORF Insert Sequence:

ATGGAAGGGC TGCCCAGAGC CCAGGTCACC AGGCAAGTGT GTGATGATGA AGCAGGTCTG 
AGGTCAAGCA CAGAAGACAG TCCTCAGGTC AAGGTCAGGA TCAGGTTCAC CAAAAATCTT 
TCACCTGACA AGATCAACCT GAGCACGTTA AAGGGAGAAG GGCAGCTGAC CAATTTAGAG 
CTGGATCAAG AGGTGCTTCA GAACATGCTG GATCTTCCAA CATGGCTTGC TATAAACAAG 
GTCTTTTGCA ATAAAGCATC CATTAGGATA CCATGGACAA AATTGAAAAC ACATCCCATC 
TGTTTGTCCT TGGATAAAGT TGTAATGGAA ATGAGCACAT GTGAAGAGCC ACGTGCCCCT 
AACGGACCCT CTCCTATAGC AACTGCATCC GGACAGAGTG AATATGGCTT TGCTGAAAAA 
GTGGTAGAAG GCATTTCAGT TTCTGTGAAC TCCATTGTAA TAAGGATTGG TGCAAAAGCC 
TTTAATGCTT CATTTGAACT TTCCCAGCTG AGAATATATA GTGTAAATGC AAACTGGGAA 
CATGCTGACC TCAGATTTAC CAGAATACAA GAAGCTCAAC GTGGAGAGGT TTTGACTTTT 
AAAGAAATTA CCTGGCAGAT GATAAGAATA GAAGCAGATG CAATCCAGAG TTCTCAGCAT 
GAAATCATGA GTGCTCCAGT TCGACTGATT ACTAACCAAT CAAAAATTAG GGTCACACTT 
AAAAGAAGGT TAAAGGACTG TAATGTTGTG GCATCAAAAC TGGTTTTGAT TCTGGATGAC 
TTGCTATGGG TTTTGACTGA TTCCCAGTTG AAAGCCATGG TGCAGTATGC CAAGTCTCTT 
AGTGAAGCCA TAGAGAAATC AACAGAACAG AGAAAAAGCT TGGCTTCTGA AACAGCACAG 
AGCTCTGCCC CTGTGCCCAG CTCCCAGCAG GTGAAAGCAC ACCAGACAAC AACAGCGCCT 
GATCAAAATG ATGCGATAGT AAAATTATTC AATGATTTTG ATGTTAAGGA AACTTCTCAT 
CACTTAGTAA TTTCCCATTT GGACCTACAT ATATGTGACG ATATCCATTC TAAAGAAAAA 
GACTCAAATA GACGCATTAC AGGAGGGGCC ATGCAGCTTT CCTTCAGTTA TTTAACAGTG 
GACTATTATC CATTTCACAA AGCAGGAGAC AGCTGTGATC ACTGGATGCA TTATAGTGAT 
GCCACGAAAA CCAGAAGTGG ATGGGCCGAA GAATTATTAA ATGAATTCAA AGGAAATGTT 
GAATTGCTTA AGCAGGCTGT GAAAGATCAG GTCATAGAGT CTCCTCCCAA ATCGCCACCT 
GCTGTATCTC CTCAAAATTT ACAAACAGGC AAGGAACAGA TACCGAAAGG AACATCTAGG 
GCTTCCTCTG TATCTTCCCA ACAACCAAAG GGCAAACTGA TGTCTAGTCC TATTGTGGTT 
AGACTTGCAG ATTTCAATAT ATATCAGGTT TCAACAGCAG ACCAGTGTCG TTCTTCCCCT 
AAAGCTCTGA TCTCTTGCAA TAAAAAGTCA CTTTATCTTC CATCAGAGAT GCCAGCTATT 
CATATTGAAT TCACTGAATA TTACTACCCA GATGGAAAGG ACTTTCCTAT TCCATCCCCA 
AATCTGTATG GCCAGCTGAA TGCTTTACAG TTCACCCTGG ATGAGAGAAG TATTCTTTGG 
CTAAATCAGT TTGTACTGGA TTTGAAACAG AGTCTTATTC AGTTCATGGC AATGTACAAG 
TTAAATGACA ATTCAAAATC AGATGAACAT GTTGATGTTA GAATTGATGG ATTAATGTTA 
AAGTTCATCA TCCCTTCTGA AAACAAACCT GAAATTCATA AAGATCAACC TCGTGCACTT 
TCCATTCAAA GTTCAGAGAT GATTGCTACG AATACGAGAT GCTCACCAAA CTGCAGACAC 
TCTGATTTAG AAGCTTTGTT TCAGAACTTC AAAGACTGTG AATTTTTCAG TAGAACTTTC 
ACTGCTTTTC CTAAGTCCCA GAAGAATTTT AATCTTTTAC ATCCAATCTT CCAGAGACAT 
GCACATGAAC AAGATACTAA AATGCATGAT GTTTATAAAG GTTATATCAC CCCAAAATTG 
AATAAATGTG CATTAAAGAC ATCTGCAGCT ACTGATGTTT GGGCCTTGCA TTTTTCCCAG 
TTTTGGATAG ATTATGAAGG AACAAAAAGT GGGAAAGGCC GACCAATAAG CTTTGTGGAC 
TCATTCCCAC TTTCACTTTG GATTTGCCAG CCAGTAAGAT TTGCAAAGTC ACAAAAAGAG 
CTTTTATCAC ATAATCAGAC AGCTTTGAAC ATTCCAAAAA GTGAATCTAG TGATCTTGCT 
AATAGACTGC AACGTAAAAA ACTTTTAAAG GAATATTACA GCAGTGAGAT GGAGTCCTTA 
ACCAATGGCA TTCAAACGTC AGACCCTTCA GGAATGCTTT CTGAAAACTC TTCCTCCGAT 
GCAGATGTCC ATGTTCTTGT CCATGTCCAA AAGCATGTGA GCGTGCAGAT CAATCATTAC 
CAGTATCTCT TTTTGCTGCT TCTCCATGAA TCCCTTGTAT TGCTCCTGGA AAACTTACGG 
AATGATGTAG AAGCAGTGAC GGGAAAACCT GCAAAGCAAA CAGATGTCTG CATTGGGATC 
CTACTGAAAA GTGCAGAACT TGCCTTACTA CTCCATCCAG TGACTCAGGG AAACCCTTGT 
AAGTCTCCAG TTGCAGAAGA AGAAAGTCCA GTGGCATCAG AGCCCTCCCC TTTGGGAAAT 
GGGGACGCTC TTACTTCAGA GAGTAAATTA CCTGGCAATA AGATTGTGCA AGCTGGTATT 
ACTGATTTTG ATTATGTAAA TGATTGCAAG CCTCTGAATG CTGACATTAA TAAAGGAATT 
TTAATAGATC CTCTTTTGTT TAAATCAGAC AGTAATATGG ATTTTCAGAA AGGAATGTCA 
TTTTCAGATG ATGCATCGGA TAAAGGTTTG GGAGATATAA GTGAAGGAGG AAGCAGTGGA 
CTTTTTAGTA GAAGTGATTC AGAGGAGGTC TGTGGACCTC TCAGTGAGAA AAGCAGCTTA 
CATCCTAGGG ATTCATCATC CATTTTAAAC AGGAGAGAGG ATTCTGCTGA ATTTTTCATT 
GATAAAGAGG ATGACAAAAA CATCTTCTCA AATAAGTTAA GCGAACAGGA AGGTACAACT 
GAAGAATATC CTAACCAAGT CACTGACTTG GAACCAGAAA CTGCCTTAGA ATCTGAAGAG 
CTTGAAATCA ACAAAGAGAA AGTGACTTCT GTTAGAATGT TTGCATCCCA GTCTTCATCA 
AGTGCAAAGG CTAAGGAACG CTGCCCGTCC AACCTCCCTG CATTCTCTGT TTCTTACAAG 
AACATGAAGA GAAGTCCATC ACAAGTCTCT CTGGATACCA TCTCTATTGA TAGTATGATG 
CTAGAGGATC ATTTGATAGA GAGTGATGGA AGTGACAGCC AGAGCTTTCT GGAGAAAGGT 
ATTACAGCCA CAAACTATCA AAGCCCATCA GAAAATGCTC CTGAGGGAGG CACAGTGACT 
GAAAATTGTG ATGGGTCATC TCCAGATGCC ATGAGTGCCG CTTCAGAGAA TGCCCATGAG 
ACTAGTGAAG AAATGATGTC TGTTGTGGTT TTCCAAATAT TTGGTGTGAA TGGTGAGATT 
GACATCAGAG GTGAAGACAC AGAAATATGC CTACAGGTCA ACCAAGTGAT ACCACATCAA 
TTGGGAAATA TCAGTGTTCG ACACTATCTC TGCAACAAAA CTGTTGGTTC TGACTGTAAA 
TCTGTGGCTG GACCAGTTAA TTCTTCACCT GAGATTAGTT TGAGATGGGA AAGTGGGCCT 
AGTGCTGTCA TACATTCTCT GCTTGCTGTA AAAAATGGTT TTCTTCAGTG TCACGTAGAG 
AACTTCAGTG CTGAATTTCT AACGTCTTCC CTCACAAATA TTCAGCATTT TCTAGAAGAT 
GAAACTGTTG CAGAAGTGAT GCCCATGAAG ATAAAAGTTT CTAATGCAAG GATTAATTTA 
AAAGATGACA GTCCACGTGA AAATCTCAAG GCATCTGAGC TCGTACCCAT AAAATTACAT 
ATTGACATAC TCTGGATAGA AAGAGATGAT GATGGCTCTT TTCTCATTAG AGACAATCAA 
AGAGTAAATG ATGTGTCAAA AATGAAGAAT TCAGGTAGTG CATTGCAGCA AGCAGCCAGA 
CCTGTTGGAC ATAAAACACA GGACAGAGCC ACACAGACTA CTTGTGAAAT TCCCAGGCCT 
TCTAAATCAA GCAGGGATTC AGACGACTTA AATAAAAATG AGCTTATTGA CGAAAATGAA 
TGTCTCAAAC AGGAACTAGC CAAAGCCAAA ATGGCTCTTG CTGAGGTCCA AATGGAAAAA 
GATGCTCTGC TTCATCGTAT AAAGAAGATG AATGTTGATC ATCAGTAG