COL24A1 cDNA ORF clone, Cuculus canorus(common cuckoo)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL24A1
Entrez Gene ID	104055214
Full Name	collagen type XXIV alpha 1 chain
Gene Type	protein-coding
Organism	Cuculus canorus(common cuckoo)

mRNA and Protein(s)

mRNA	Protein	Name
XM_009556316.1	XP_009554611.1	LOW QUALITY PROTEIN: collagen alpha-1(XXIV) chain

Pathways from BioSystems
Gene Ontology

The following COL24A1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL24A1 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
OCu40784	XM_009556316.1 Latest version!	Cuculus canorus collagen, type XXIV, alpha 1 (COL24A1), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$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)

COL24A1 ( XM_009556316.1 ) cDNA ORF clone, Cuculus canorus(common cuckoo) -> XP_009554611.1 Cuculus canorus collagen, type XXIV, alpha 1 (COL24A1), mRNA.

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CloneID	OCu40784
Clone ID Related Accession (Same CDS sequence)	XM_009556316.1
Accession Version	XM_009556316.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5190bp) 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	LOW QUALITY PROTEIN: collagen alpha-1(XXIV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009244213.1) 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 :: 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 :: 3% of CDS bases frameshifts :: corrected 1 indel internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGGAAAAGT TACCTGGTTT TACTGATCGT GTTATTGATG GAATGGAAAG GAAAAAGCAG 
ACTGTAGGAC AGTGGCGGCA GGAAAAAATG AGCCCACTGG TGGAGTTCCA GCCCTGCTCC 
TGCGCTGTGC CACCCCTGGA ACTGGTGGAG CTCCTGCGCT GTGCCACCCC TGGTCTCCGG 
CAGTGGAAAA CTCTTCTTTT TGTTGCAGTA TGTGTAGCTG TGGGCGTTGC GCAAGTACCC 
AAACAAGCCA TAGATGTTCT TCACCAGCTA GGACTCGTGA AAGATGTTCA GCAGCTATCA 
GAGACAGCGG TGCCCTCAAC GTCACCTCTG TTGCCTCGGG GTGTTCATCT GACTGCATCA 
GGAGTTGTAT TAACTAGTGA TGCACATATC GAATCCCCCA TCGCTCAAGT CCTACCATCC 
AGCCTAGGGC GTCAGTTCAC CATATTAGTT GGGCTGTATT CTTACAGAGT AAAAAATGCT 
TTCCTTTTCA GTATTAGGAA GAAAAGCAGA CTGCAGTTTG GTGTCCAGTT GCTACCAAGA 
AAGGTAGTGG TGTTCACTGG AGGGAAGGAG TCTGTACACA TTGATTATAG CGTTCATAAT 
GAACAATGGC ATTCATTTGC CATTGACATT AGGGACAAGA GCGTCTCGTT ATTTGCCGAG 
TGTGGAAAGA AGTACTACAG CAGGGAAATA CTTTCTGAAG TGGAGGCGTT TGGTTTGGAT 
GGTTTGTTTA CCCTGGGAAG GATGAACTCT CACTCTGTCA GCTTTGAAGG GGTTATATGT 
CAGCTAGATA TTATTCCCTC TGCAGAGGCC TCTGCAAACT ATTGTAAATA TGTGAAACAG 
CAGTGTCGCC AGGCTGAAAC ATATCGATCT CTGCGAGGAG CTCCACGTGT GTCGGATGGG 
CTGGATGTTT TTTCAGAGAC AATGATTGAT GAGAAATACC ACTCAGAAGA CATCCCTGCC 
TATAGAAGGG ACGAAACATC AACAGTTCCT GTTAACAACA TTGCTCCGAT ACGCTTTCTA 
CCAGAACACT TAGAGTGGAG AAATATCTCT GCATCAGAGC TTCCAGAAGC CAAATCTCTG 
CTCTTGGAAG CTTGGCCTGA AGCACAACTC CAGGAGAATG TCAGTCTTCA TCAGCAGGGG 
ACGAGCGAAA GGAGAAACAT CACTAAAACC CCCACAGGAT CGTATGCAGA TACTTTAGAT 
AACGCCACAG AAGATGCAGG CAGGAAAAAT GAGCCTTCTC TGATCACCTC TGTAAAGCAG 
GGTAAAACTA AAAGCAAGGA AACGGACAGA ACAAACCAGC GTTTAGATGA ACCAAGCAAA 
AATCGGCACA TCTCCAACAC AACCCTGTCT GGTTTGCCTG CTGACCTCTC TCTGGATAAT 
CAGCTCGGTC CAGGGCAGGA AGGTGCATTT GATGCTGATG AGACTTACCC AGTGGAAAAC 
AGTTATGACG TTGGTATTGA TAATTATGCT TATAACTATG AAGATCTTGA CAAAATGTTT 
GAAATGGGAA GTTTCAGAGG TCCAAAGGGG GAACCTGGAC CTCCTGGTCC TCCAGGTCCT 
CCAGGTTTAC CTGGTCCATC AGGAAAGAGA GGTCCTCGGG GTATTCCAGG ACCACATGGT 
AATCCAGGTT TGCCAGGATT GCCAGGACCA AAGGGCCCTA AAGGAGATCC AGGATTCTCT 
CCAGGACAGG CAAAATGTGG GGAAAAGGGG GATCCAGGCC CCATAGGCTT TCCAGGCCCA 
CCAGGTATCA AAGGCCAGAA GGGTCTTAAG GGTTATCTGG GACTGCGAGG ACCACGGGGT 
GAGCAGGGAA TTCCAGGCTT GGCTGGCAGT CCTGGGGCAG TTGGTTACCC TGGCAGGCAG 
GGCTTAGCTG GACCGGAAGG TAACCCAGGT CCTAAAGGTA ACAGAGGTTT CATTGGACCT 
CCAGGTGTGG CGGGACAACC GGGACCTGAA GGAGAAAGGG GCATCCCAGG CCTCCGTGGA 
AAAAGAGGTC CTAAAGGGAG ACAGGGTTTT CCAGGTGACT TTGGAAACAG AGGCCCCCCC 
GGTCCAGATG GGAGTCCCGG AATTGTTGGT GGTGTTGGTC CTCCTGGATT TCCAGGACTA 
AGAGGAGGCA CTGGGCCAGC AGGACCAAGC GGACCATCAG GAATTCCAGG GCCCGCGGGT 
CTCCCAGGGA GTGTGGGACA GCCTGGAATG AAAGGTGATA AGGGTGAACA TGGCCTTGCA 
GGAGAGCCAG GAGACCAAGG GTACCCAGGA GACAAGGGTG CTCTGGGTTT ACCAGGACCC 
CCAGGGATCA GAGGAAAGCC AGGACCCCCA GGGAAAATTG GAGATCCTGG ATCCCGTGGA 
CCATTGGGTC CTCCAGGACC TGAGGGTTTC CCTGGAGATA TTGGCGTACC TGGATTGAAT 
GGCCCTGAAG GTCCTAAGGG ACTTCTGGGT GACCGAGGGC CTCCAGGGCC ACAAGGCCCC 
AAAGGAGTTG AGGGAGAAGC GGGACCAACT GGACCTATTG GAGGAGTCGG CCCCAAAGGC 
AAGCTGGGAC AGAAAGGTTA TGTAGGAGAT CCTGGACCAG AAGGTTTAAA GGGAGAACAA 
GGAGACCAAG GAAACCCTGG AAAAACCGGT GAAGCAGGAC CAGTTGGCTT ACCTGGAGAA 
GCTGGGCCAT CTGGAAGTCT TGGCGAAAAG GGAGAGCGCG GCAGCCCAGG ACCAGTCGGT 
CCTCCTGGAG AGAAAGGTGT CATGGGCTAC CCAGGACCTC CAGGAGGCCC TGGACCTGTG 
GGGCCGGAAG GTTTACCTGG ACCTTCAGGG ACACGAGGAC CACCAGGGCC ACAAGGACCT 
AAGGGAAGAA GAGGGCCAAG AGGTCTGGAT GGTCCTCCAG GAGAACCAGG AGCTCAAGGC 
ATTAAGGGAG AAAGAGGTGA TCTGGGAAAG AAAGGACTTC CCGGGCTCAT TGGTAAAGCT 
GGAAATCCTG GAGAAAGAGG AGATCAGGGT GCGCTTGGTT TGCTTGGGCC TCCCGGAGCC 
ACAGGAGACA AGGGACCAAT GGGAAAGCCA GGTCCAAGAG GACAACCAGG GGATGCCGGC 
CCTGTTGGAG AAATGGGTTT AGAGGGACCT CCTGGCCCTG AAGGAGAACC TGGCCTGGAG 
GGAGAACCAG GTGCAAAGGG GGACATTGGA CCTGCTGGTA AGGCTGGAGA ACCAGGCGAC 
CAAGGTTTAA GGGGTGAACC AGGACCTCCA GGAGAAGATG GCCTTCAAGG AAAAGATGGC 
CTAAAGGGAG ACACTGGAGA CCAGGGACTT CCTGGAGAAG GGGGTGAAAA AGGAGAAATG 
GGGTTACCAG GAATTGCTGG ACCTCCTGGT GAACCTGGCA TAATGGGCAT TCAGGGTCCC 
GAAGGAACAC CAGGAAGTCC AGGACAGAGG GGCCGTTCAG GAAAGAAGGG GGAAAAGGGG 
CAGCTTGGCC CTCCTGGAGA AACTGGACCT GCTGGAGACT CTGGCCACCC TGGAGAAGTT 
GGTCCCAAAG GCGCAAGAGG AACTCGAGGT CCCTTGGGAC ACCCAGGAGG AATGGGACCT 
GAAGGAGAGA CAGGAATTCC AGGTTATGGG GGTCACCAAG GGCCTCCAGG GCCTCCAGGG 
CCACCTGGAC CCAAAGGAGA AAAGGGTTAC CCAGGTGAAG ACAGCACAGT TCCTGGACCA 
CCTGGGCCCA TAGGTGAACC AGGTTCTAGG GGTGAACGTG GAGATAGAGG AGAACCTGGT 
GATGAGGGCT ACAAGGGTCA TACTGGTCTT CCAGGGCTTA GAGGACCTGT TGGACAGCAG 
GGACCTCCGG GAGAGCCAGG TGAATTGGGA GAGCGAGGAC CAAAAGGAGA AAGAGGGTCA 
CAAGGACCCG CAGGGAAGAA AGGAGCGACG GGCCAGGCAG GCAAACCTGG AACTCCTGGA 
AATCCAGGGC CAGCGGGGCA GAAAGGAGCA GTTGGGTACC CTTGACCAGA AGGCATCNNG 
GGCAAGCCTG GGCTCTCAGG GCAGCCTGGC CCGAAGGGTA ATAAAGGAAA GTCAGGCTTA 
CCAGGTCTGG CAGGTTATCC TGGAGCTCGA GGTCCCAAGG GATTGCCGGG CATGCCAGGG 
CCCATGGGAG CACCTGGACT GAAGGGTGAG AAAGGGCTTC TGGGTCATCC AGGAAAGCGA 
GGCAAGAGAG GCCATCCAGG ATCACAAGGT GACCAAGGAC CAGCAGGAGA CACTGGACCA 
AAAGGACAGA CTGGAGAAGA TGGAGATCAA GGTTTAATGG GGTTTCAAGG ATTCCCAGGT 
CCAAAAGGTC CTGCAGGGGA CATTGGCTTA GTTGGAATTC TGGGCCCGAA AGGTCCAACA 
GGCCAAGTTG GATACATTGG CCCCGTTGGC CAAGAAGGCG TAACAGGTCC AACAGGCAGG 
GCTGGGCCAA GAGGTGAGAA GGGCAGAAGG GGTGAAATGG GGCCTCAGGG ACCGCAGGGG 
CAGCCAGGAC CACCTGGACC ACCTGGACCA CCAGGACCAA GAAAACAAGT GGACATCAAT 
GCTGCTGTTC GAGCATTGCT TGATTCAAAT GCTGCACTGC AGATGGAGAA ATACCAGAAC 
ACTGAAGTAA CTTTACTAGA CCACAGTACA GAGATATTCA AAACGCTGCA CTACCTTAGC 
AATTTACTGC ACAGCATCAA GAACCCCCTT GGCACGCGGG AGAACCCAGC GCGCATCTGC 
AGGGATTTGC TCAACTGTGA ACGTAAAGTG GCAGACGGAA AATACTGGAT TGACCCAAAT 
ATTGGCTGTC CTTCTGATGC CATTGAAGTT TTCTGCAACT TCACTGCAGG TGGTCAGACG 
TGTTTAACGC CGCTCTCTGT GACAAAGCTG GAGTTCGGCG TCGGAAAAGT GCAGATGAAC 
TTCCTTCATT TGCTGAGCTC TGAAGCAACC CATAGCATCA CGTTTCATTG TCTGAACACA 
CCGATGTGGG GATTAAATAA AGCAGGTGGC CAGAAAACTT CTATTAGCTT CAGAGGATGG 
AACGGTCAGA TATTTAAAGC AAATACTCTA CTTGAACCGA AGGTGCTTGT GGATGAATGC 
ATGATTGAAG ATGGCAGCTG GCATAAGACA CAGTTCTTCT TTCACACTCA GGACACGCAT 
CAGCTTCCAG TTATTCAAGT TAACGCGCTT CCTCATCTCA AACTGGGACA GCAGCACTTC 
ATAGAAAGTG GTTCGGTGTG CTTCCTTTAA

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

RefSeq	XP_009554611.1
CDS	1..5190
Translation	MEKLPGFTDRVIDGMERKKQTVGQWRQEKMSPLVEFQPCSCAVPPLELVELLRCATPGLRQWKTLLFVAVCVAVGVAQVPKQAIDVLHQLGLVKDVQQLSETAVPSTSPLLPRGVHLTASGVVLTSDAHIESPIAQVLPSSLGRQFTILVGLYSYRVKNAFLFSIRKKSRLQFGVQLLPRKVVVFTGGKESVHIDYSVHNEQWHSFAIDIRDKSVSLFAECGKKYYSREILSEVEAFGLDGLFTLGRMNSHSVSFEGVICQLDIIPSAEASANYCKYVKQQCRQAETYRSLRGAPRVSDGLDVFSETMIDEKYHSEDIPAYRRDETSTVPVNNIAPIRFLPEHLEWRNISASELPEAKSLLLEAWPEAQLQENVSLHQQGTSERRNITKTPTGSYADTLDNATEDAGRKNEPSLITSVKQGKTKSKETDRTNQRLDEPSKNRHISNTTLSGLPADLSLDNQLGPGQEGAFDADETYPVENSYDVGIDNYAYNYEDLDKMFEMGSFRGPKGEPGPPGPPGPPGLPGPSGKRGPRGIPGPHGNPGLPGLPGPKGPKGDPGFSPGQAKCGEKGDPGPIGFPGPPGIKGQKGLKGYLGLRGPRGEQGIPGLAGSPGAVGYPGRQGLAGPEGNPGPKGNRGFIGPPGVAGQPGPEGERGIPGLRGKRGPKGRQGFPGDFGNRGPPGPDGSPGIVGGVGPPGFPGLRGGTGPAGPSGPSGIPGPAGLPGSVGQPGMKGDKGEHGLAGEPGDQGYPGDKGALGLPGPPGIRGKPGPPGKIGDPGSRGPLGPPGPEGFPGDIGVPGLNGPEGPKGLLGDRGPPGPQGPKGVEGEAGPTGPIGGVGPKGKLGQKGYVGDPGPEGLKGEQGDQGNPGKTGEAGPVGLPGEAGPSGSLGEKGERGSPGPVGPPGEKGVMGYPGPPGGPGPVGPEGLPGPSGTRGPPGPQGPKGRRGPRGLDGPPGEPGAQGIKGERGDLGKKGLPGLIGKAGNPGERGDQGALGLLGPPGATGDKGPMGKPGPRGQPGDAGPVGEMGLEGPPGPEGEPGLEGEPGAKGDIGPAGKAGEPGDQGLRGEPGPPGEDGLQGKDGLKGDTGDQGLPGEGGEKGEMGLPGIAGPPGEPGIMGIQGPEGTPGSPGQRGRSGKKGEKGQLGPPGETGPAGDSGHPGEVGPKGARGTRGPLGHPGGMGPEGETGIPGYGGHQGPPGPPGPPGPKGEKGYPGEDSTVPGPPGPIGEPGSRGERGDRGEPGDEGYKGHTGLPGLRGPVGQQGPPGEPGELGERGPKGERGSQGPAGKKGATGQAGKPGTPGNPGPAGQKGAVGYP*PEGInullGKPGLSGQPGPKGNKGKSGLPGLAGYPGARGPKGLPGMPGPMGAPGLKGEKGLLGHPGKRGKRGHPGSQGDQGPAGDTGPKGQTGEDGDQGLMGFQGFPGPKGPAGDIGLVGILGPKGPTGQVGYIGPVGQEGVTGPTGRAGPRGEKGRRGEMGPQGPQGQPGPPGPPGPPGPRKQVDINAAVRALLDSNAALQMEKYQNTEVTLLDHSTEIFKTLHYLSNLLHSIKNPLGTRENPARICRDLLNCERKVADGKYWIDPNIGCPSDAIEVFCNFTAGGQTCLTPLSVTKLEFGVGKVQMNFLHLLSSEATHSITFHCLNTPMWGLNKAGGQKTSISFRGWNGQIFKANTLLEPKVLVDECMIEDGSWHKTQFFFHTQDTHQLPVIQVNALPHLKLGQQHFIESGSVCFL

Target ORF information:

RefSeq Version	XM_009556316.1
Organism	Cuculus canorus(common cuckoo)
Definition	Cuculus canorus collagen, type XXIV, alpha 1 (COL24A1), mRNA.

Target ORF information:

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

XM_009556316.1

ORF Insert Sequence:

ATGGAAAAGT TACCTGGTTT TACTGATCGT GTTATTGATG GAATGGAAAG GAAAAAGCAG 
ACTGTAGGAC AGTGGCGGCA GGAAAAAATG AGCCCACTGG TGGAGTTCCA GCCCTGCTCC 
TGCGCTGTGC CACCCCTGGA ACTGGTGGAG CTCCTGCGCT GTGCCACCCC TGGTCTCCGG 
CAGTGGAAAA CTCTTCTTTT TGTTGCAGTA TGTGTAGCTG TGGGCGTTGC GCAAGTACCC 
AAACAAGCCA TAGATGTTCT TCACCAGCTA GGACTCGTGA AAGATGTTCA GCAGCTATCA 
GAGACAGCGG TGCCCTCAAC GTCACCTCTG TTGCCTCGGG GTGTTCATCT GACTGCATCA 
GGAGTTGTAT TAACTAGTGA TGCACATATC GAATCCCCCA TCGCTCAAGT CCTACCATCC 
AGCCTAGGGC GTCAGTTCAC CATATTAGTT GGGCTGTATT CTTACAGAGT AAAAAATGCT 
TTCCTTTTCA GTATTAGGAA GAAAAGCAGA CTGCAGTTTG GTGTCCAGTT GCTACCAAGA 
AAGGTAGTGG TGTTCACTGG AGGGAAGGAG TCTGTACACA TTGATTATAG CGTTCATAAT 
GAACAATGGC ATTCATTTGC CATTGACATT AGGGACAAGA GCGTCTCGTT ATTTGCCGAG 
TGTGGAAAGA AGTACTACAG CAGGGAAATA CTTTCTGAAG TGGAGGCGTT TGGTTTGGAT 
GGTTTGTTTA CCCTGGGAAG GATGAACTCT CACTCTGTCA GCTTTGAAGG GGTTATATGT 
CAGCTAGATA TTATTCCCTC TGCAGAGGCC TCTGCAAACT ATTGTAAATA TGTGAAACAG 
CAGTGTCGCC AGGCTGAAAC ATATCGATCT CTGCGAGGAG CTCCACGTGT GTCGGATGGG 
CTGGATGTTT TTTCAGAGAC AATGATTGAT GAGAAATACC ACTCAGAAGA CATCCCTGCC 
TATAGAAGGG ACGAAACATC AACAGTTCCT GTTAACAACA TTGCTCCGAT ACGCTTTCTA 
CCAGAACACT TAGAGTGGAG AAATATCTCT GCATCAGAGC TTCCAGAAGC CAAATCTCTG 
CTCTTGGAAG CTTGGCCTGA AGCACAACTC CAGGAGAATG TCAGTCTTCA TCAGCAGGGG 
ACGAGCGAAA GGAGAAACAT CACTAAAACC CCCACAGGAT CGTATGCAGA TACTTTAGAT 
AACGCCACAG AAGATGCAGG CAGGAAAAAT GAGCCTTCTC TGATCACCTC TGTAAAGCAG 
GGTAAAACTA AAAGCAAGGA AACGGACAGA ACAAACCAGC GTTTAGATGA ACCAAGCAAA 
AATCGGCACA TCTCCAACAC AACCCTGTCT GGTTTGCCTG CTGACCTCTC TCTGGATAAT 
CAGCTCGGTC CAGGGCAGGA AGGTGCATTT GATGCTGATG AGACTTACCC AGTGGAAAAC 
AGTTATGACG TTGGTATTGA TAATTATGCT TATAACTATG AAGATCTTGA CAAAATGTTT 
GAAATGGGAA GTTTCAGAGG TCCAAAGGGG GAACCTGGAC CTCCTGGTCC TCCAGGTCCT 
CCAGGTTTAC CTGGTCCATC AGGAAAGAGA GGTCCTCGGG GTATTCCAGG ACCACATGGT 
AATCCAGGTT TGCCAGGATT GCCAGGACCA AAGGGCCCTA AAGGAGATCC AGGATTCTCT 
CCAGGACAGG CAAAATGTGG GGAAAAGGGG GATCCAGGCC CCATAGGCTT TCCAGGCCCA 
CCAGGTATCA AAGGCCAGAA GGGTCTTAAG GGTTATCTGG GACTGCGAGG ACCACGGGGT 
GAGCAGGGAA TTCCAGGCTT GGCTGGCAGT CCTGGGGCAG TTGGTTACCC TGGCAGGCAG 
GGCTTAGCTG GACCGGAAGG TAACCCAGGT CCTAAAGGTA ACAGAGGTTT CATTGGACCT 
CCAGGTGTGG CGGGACAACC GGGACCTGAA GGAGAAAGGG GCATCCCAGG CCTCCGTGGA 
AAAAGAGGTC CTAAAGGGAG ACAGGGTTTT CCAGGTGACT TTGGAAACAG AGGCCCCCCC 
GGTCCAGATG GGAGTCCCGG AATTGTTGGT GGTGTTGGTC CTCCTGGATT TCCAGGACTA 
AGAGGAGGCA CTGGGCCAGC AGGACCAAGC GGACCATCAG GAATTCCAGG GCCCGCGGGT 
CTCCCAGGGA GTGTGGGACA GCCTGGAATG AAAGGTGATA AGGGTGAACA TGGCCTTGCA 
GGAGAGCCAG GAGACCAAGG GTACCCAGGA GACAAGGGTG CTCTGGGTTT ACCAGGACCC 
CCAGGGATCA GAGGAAAGCC AGGACCCCCA GGGAAAATTG GAGATCCTGG ATCCCGTGGA 
CCATTGGGTC CTCCAGGACC TGAGGGTTTC CCTGGAGATA TTGGCGTACC TGGATTGAAT 
GGCCCTGAAG GTCCTAAGGG ACTTCTGGGT GACCGAGGGC CTCCAGGGCC ACAAGGCCCC 
AAAGGAGTTG AGGGAGAAGC GGGACCAACT GGACCTATTG GAGGAGTCGG CCCCAAAGGC 
AAGCTGGGAC AGAAAGGTTA TGTAGGAGAT CCTGGACCAG AAGGTTTAAA GGGAGAACAA 
GGAGACCAAG GAAACCCTGG AAAAACCGGT GAAGCAGGAC CAGTTGGCTT ACCTGGAGAA 
GCTGGGCCAT CTGGAAGTCT TGGCGAAAAG GGAGAGCGCG GCAGCCCAGG ACCAGTCGGT 
CCTCCTGGAG AGAAAGGTGT CATGGGCTAC CCAGGACCTC CAGGAGGCCC TGGACCTGTG 
GGGCCGGAAG GTTTACCTGG ACCTTCAGGG ACACGAGGAC CACCAGGGCC ACAAGGACCT 
AAGGGAAGAA GAGGGCCAAG AGGTCTGGAT GGTCCTCCAG GAGAACCAGG AGCTCAAGGC 
ATTAAGGGAG AAAGAGGTGA TCTGGGAAAG AAAGGACTTC CCGGGCTCAT TGGTAAAGCT 
GGAAATCCTG GAGAAAGAGG AGATCAGGGT GCGCTTGGTT TGCTTGGGCC TCCCGGAGCC 
ACAGGAGACA AGGGACCAAT GGGAAAGCCA GGTCCAAGAG GACAACCAGG GGATGCCGGC 
CCTGTTGGAG AAATGGGTTT AGAGGGACCT CCTGGCCCTG AAGGAGAACC TGGCCTGGAG 
GGAGAACCAG GTGCAAAGGG GGACATTGGA CCTGCTGGTA AGGCTGGAGA ACCAGGCGAC 
CAAGGTTTAA GGGGTGAACC AGGACCTCCA GGAGAAGATG GCCTTCAAGG AAAAGATGGC 
CTAAAGGGAG ACACTGGAGA CCAGGGACTT CCTGGAGAAG GGGGTGAAAA AGGAGAAATG 
GGGTTACCAG GAATTGCTGG ACCTCCTGGT GAACCTGGCA TAATGGGCAT TCAGGGTCCC 
GAAGGAACAC CAGGAAGTCC AGGACAGAGG GGCCGTTCAG GAAAGAAGGG GGAAAAGGGG 
CAGCTTGGCC CTCCTGGAGA AACTGGACCT GCTGGAGACT CTGGCCACCC TGGAGAAGTT 
GGTCCCAAAG GCGCAAGAGG AACTCGAGGT CCCTTGGGAC ACCCAGGAGG AATGGGACCT 
GAAGGAGAGA CAGGAATTCC AGGTTATGGG GGTCACCAAG GGCCTCCAGG GCCTCCAGGG 
CCACCTGGAC CCAAAGGAGA AAAGGGTTAC CCAGGTGAAG ACAGCACAGT TCCTGGACCA 
CCTGGGCCCA TAGGTGAACC AGGTTCTAGG GGTGAACGTG GAGATAGAGG AGAACCTGGT 
GATGAGGGCT ACAAGGGTCA TACTGGTCTT CCAGGGCTTA GAGGACCTGT TGGACAGCAG 
GGACCTCCGG GAGAGCCAGG TGAATTGGGA GAGCGAGGAC CAAAAGGAGA AAGAGGGTCA 
CAAGGACCCG CAGGGAAGAA AGGAGCGACG GGCCAGGCAG GCAAACCTGG AACTCCTGGA 
AATCCAGGGC CAGCGGGGCA GAAAGGAGCA GTTGGGTACC CTTGACCAGA AGGCATCNNG 
GGCAAGCCTG GGCTCTCAGG GCAGCCTGGC CCGAAGGGTA ATAAAGGAAA GTCAGGCTTA 
CCAGGTCTGG CAGGTTATCC TGGAGCTCGA GGTCCCAAGG GATTGCCGGG CATGCCAGGG 
CCCATGGGAG CACCTGGACT GAAGGGTGAG AAAGGGCTTC TGGGTCATCC AGGAAAGCGA 
GGCAAGAGAG GCCATCCAGG ATCACAAGGT GACCAAGGAC CAGCAGGAGA CACTGGACCA 
AAAGGACAGA CTGGAGAAGA TGGAGATCAA GGTTTAATGG GGTTTCAAGG ATTCCCAGGT 
CCAAAAGGTC CTGCAGGGGA CATTGGCTTA GTTGGAATTC TGGGCCCGAA AGGTCCAACA 
GGCCAAGTTG GATACATTGG CCCCGTTGGC CAAGAAGGCG TAACAGGTCC AACAGGCAGG 
GCTGGGCCAA GAGGTGAGAA GGGCAGAAGG GGTGAAATGG GGCCTCAGGG ACCGCAGGGG 
CAGCCAGGAC CACCTGGACC ACCTGGACCA CCAGGACCAA GAAAACAAGT GGACATCAAT 
GCTGCTGTTC GAGCATTGCT TGATTCAAAT GCTGCACTGC AGATGGAGAA ATACCAGAAC 
ACTGAAGTAA CTTTACTAGA CCACAGTACA GAGATATTCA AAACGCTGCA CTACCTTAGC 
AATTTACTGC ACAGCATCAA GAACCCCCTT GGCACGCGGG AGAACCCAGC GCGCATCTGC 
AGGGATTTGC TCAACTGTGA ACGTAAAGTG GCAGACGGAA AATACTGGAT TGACCCAAAT 
ATTGGCTGTC CTTCTGATGC CATTGAAGTT TTCTGCAACT TCACTGCAGG TGGTCAGACG 
TGTTTAACGC CGCTCTCTGT GACAAAGCTG GAGTTCGGCG TCGGAAAAGT GCAGATGAAC 
TTCCTTCATT TGCTGAGCTC TGAAGCAACC CATAGCATCA CGTTTCATTG TCTGAACACA 
CCGATGTGGG GATTAAATAA AGCAGGTGGC CAGAAAACTT CTATTAGCTT CAGAGGATGG 
AACGGTCAGA TATTTAAAGC AAATACTCTA CTTGAACCGA AGGTGCTTGT GGATGAATGC 
ATGATTGAAG ATGGCAGCTG GCATAAGACA CAGTTCTTCT TTCACACTCA GGACACGCAT 
CAGCTTCCAG TTATTCAAGT TAACGCGCTT CCTCATCTCA AACTGGGACA GCAGCACTTC 
ATAGAAAGTG GTTCGGTGTG CTTCCTTTAA