COL4A3 cDNA ORF clone, Ficedula albicollis(collared flycatcher)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL4A3
Entrez Gene ID	101810814
Full Name	collagen type IV alpha 3 chain
Gene Type	protein-coding
Organism	Ficedula albicollis(collared flycatcher)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016300442.1	XP_016155928.1	collagen alpha-3(IV) chain

Pathways from BioSystems
Gene Ontology

The following COL4A3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL4A3 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
OFi19904	XM_016300442.1 Latest version!	Ficedula albicollis collagen type IV alpha 3 (COL4A3), 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)

COL4A3 ( XM_016300442.1 ) cDNA ORF clone, Ficedula albicollis(collared flycatcher) -> XP_016155928.1 Ficedula albicollis collagen type IV alpha 3 (COL4A3), mRNA.

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CloneID	OFi19904
Clone ID Related Accession (Same CDS sequence)	XM_016300442.1
Accession Version	XM_016300442.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5037bp) 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	2016-04-19
Organism	Ficedula albicollis(collared flycatcher)
Product	collagen alpha-3(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_021681.1) 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 :: Ficedula albicollis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 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##

ATGGATTACA AGAGTATCGG CAACACAGTG TGCGTCAAGA TTCCACAGGC TTTCTGTGGA 
TGGACGCTGT CAATTACGGA CACGGTGAGC ATGCTGCCCT TGCCGAACTG TGTATGCAAA 
GGTAAAAGTC CCTGCTTTTG TGATAGCACA AAAGGTAGTA AGGGTGAAAA AGGCTTTCCT 
GGTGTTCCAG GTCCACCTGG TCAAAGAGGC TTTCCTGGTC CAGAAGGGCC TCCAGGGCCA 
CAGGGACCAA AGGGTTCTCC AGGGTTTACA GGCTTAGTTG GACCCAAAGG TATACGAGGA 
CTCCCAGGAA TACCTGGATT TTCAGGTCCT CCAGGCCTTC CTGGTGAACC AGGAGCTGTT 
GGTCCTCCTG GGCTCCCGGG TGTTCCAGGA TGCAACGGCA CAAAGGGTGA CCAAGGATTT 
CCAGGTCCTC CAGGCCGAAG AGGTGCTCCA GGCCTTCCAG GAGTTGTTGG TATCAAAGGA 
GAGAAGGGGT GCCCTGCAGA GGGATATAGC CAAGAGTATG GTGCAAAAGG TGATCCTGGA 
TTACCAGGGA TGCCAGGTCT CCAGGGTGCC CAGGGTGCTC AAGGATATCC TGGGGAACTT 
GGACCACAGG GCCCTCCAGG AGCTTTAGGC ATGCCTGGGA AACCAGGACC TCCTGGACCT 
AAGGGTCTTA TGGGACTGAA AGTAATAGGA GCCAAAGGAA GAAAGGGTGA CACTGGGTTA 
ACTGGACCCC CTGGGCCCCC AGGAACTGTT ATTGTGACGT TAAGTGGACC AGACAACATG 
ACGGACTTGA AAGGAGAAAA AGGAGAAAAA GGATCAAGAG GACCCCCAGG GCCAATGGGG 
TTTACAGGGC CGGTTGGTGA CTCTCTAAGT GAAAAGGGTG ACCAAGGAGA ACCAGGAGCA 
CAGGGAAAGC CTGGAAAAGA AGGTGCCCCA GGTCCACCTG GTTTACCGGG ACAGAAGGGT 
GAACAGGGCA AGCCAGGACT GCCTGGAAGG CAAGGAGCTA AGGGGATGAA AGGAAACCCT 
GGTCCACCTG GAGCTTGTGG TCGAACTGAG TATTATGATT ATGTGGCTGG TGAAAAAGGG 
GATGAAGGAC CCCCCGGACC TCCAGGACCA AAAGGTCAAC GTGGCATGCC TGGGCCACAG 
GGTCCTCCAG GAGCTGCTGG TAGACCAGGT GTGTCAAGGC CTGGTCTGAG AGGTCCCCCA 
GGATTTCCTG GACCAAAAGG AACAAAAGGA GAGAGAGGAC AAACTGGCTT GCATATTGTA 
GGCCCTCCAG GACTGCCTGG TATTACTGGC AGGCCTGGCT CTGTTGGATT ACCAGGTCCT 
CCAGGAGAAC CAGGTAGAGT AACATTTGGA ACTGGCCTAC CAGGATTTCC TGGAGAGCCA 
GGTTGTACAG GACCTCCAGG ACCTCCAGGA GATACTGGCA TGAGAGGTGA TGATGCTGGT 
GTGTGTACTG ATTGTAGCTA CATTCCGGGA ATGCCTGGTC TTCCTGGTTC TCCTGGGCCT 
CGTGGTCAGG ATGGCATGCC TGGTAGGGAA GGAACAACAG GTCCAAAAGG TTCTCCAGGT 
TCTCCAGGAG CATCAGGGTT TCCAGGGGCT CAAGGACCTC AAGGTTTTAG AGGAGAGCAA 
GGACGTAAAG GATCAAAAGG TGAGCCAGGA TATGTACATC CAGAAGGGCC AAAAGGTGAG 
CGAGGAGATC CAGGAGCCAT GGGAGACAAA GGAAGAAGAG GCTCAAGTGG ATTTATGGGA 
AGACCTGGCT CTAAAGGGTC CAAGGGTTCT AAAGGTGAAG AGGGATTGGC TGGATCAAAA 
GGAGATAGAG GACTACCTGG ATTGCCTGGT AGACTTGGGC TTCCTGGAGA AATGGGCCTT 
CCTGGACTGC CAGGTTATGG ACCACAAGGA GTAAGAGGTT TTAAAGGCTC TAAAGGAATC 
CGTGGACCAC CTGGATTACC TGGAGAAGCT GGTCTGAAAG GAGAGACCAG TAGGGCAACT 
CCATTACCTG CATTGCCTGG ACCTCAGGGA CCACATGGTT TACCTGGACC CCCAGGAATG 
CCTGGTAGGG TTGGAGCAAG AGGTCAGCCA GGTGATCCAG GACATTCAGG ACCAACAGGT 
GACACAGGTT TTCCAGGGCT TGGGTTTCCT GGAAACCCAG GTCCAAAAGG AGACAAAGGA 
CTTGCAGGAG GCAGAGGGCC ACCAGGTTGT GAAGGAAAGA CTGGAGATCC AGGCCGAACT 
GGAAACCTAG GACAACCAGG ACAAAAGGGT GAGCCAGGCA TGGTTATTCC TGGAGAGCCA 
GGAAGAATGG GTTCACCAGG AGGTCATGGC AGTCCTGGCT CAAAAGGTGA AGATGGACTT 
CCAGGACTCC CAGGCCTACC AGGGCATCCT GGGCATGATG GTGATGAGGG ACTAAGAGGA 
GATCGTGGCT CGCCTGGACT TCCTGGAGAC CCAGGTTTTC CTGGGAGACC TGCTGAATGT 
CTTATTGGCC TGCCAGGTTT GCCAGGTGGC CAGGGAGCTA CAGGCCCACC AGGAGGAAGA 
GGTTTACAAG GTTCAAAAGG AAACCTAGGT CCTCCTGGTC TGAGTATCCC GGGAATCTAC 
GGAAGGCCTG GGGAACCTGG ACTAGTAGGT CTTCAGGGAA ATACGGGATT ACCTGGTCCC 
AAGGGACAGT CTGGAAGACC AGGGATCTCT GGTTTGCCAG GAGCAAGGGG AGATCCAGGT 
GCAATGGGAC TGTTAGGAAT TCCTGGACCC CCTGGCATGG CTGGAAGACC AGGCAGTCCG 
GGAATCAGAG GTTCTCCTGG CTTCCCAGGA ATAAAGGGAA GAAAAGGGTT TCTTGGAGAA 
AAAGGCGAAA CAGGTGATAA AGGTTTTCCT GGACCATCTG AGACCTTGGT TGGTATTGGG 
GACAAAGGAG AGCGAGGTTT AAAAGGAGCT CAAGGCCGAA TGGGTGCAAG GGGAGAAAAA 
GGAGATGTTG GTGTGCAGGG TCCCCCAGGT GTTGATGGGT CTGAAGGAAT ACCTGGTCTA 
CCAGGAGCCA AGGGATTTAT GGGTCTTCCA GGGACTCCTG GAGGACAAGG ATTCCCAGGT 
GCACTCGGAA ACCAAGGGGA CATGGGAATT CCAGGTCCAA AAGGCCAGAA AGGATCTCCA 
GGCTTTCCAG GACCATCAGG TGACCCTGGT CCACCAGGCT ATGGTGGCTT TCCAGGTGAC 
AAAGGAGATC CTGGGTACCC ATCTGCTGGG CCTCCAGGAG AACCTGGTCC AAAGGGAGAT 
CCAGGTCCCC CAGGAGTTTT TGGCAGCAAA GGAGAAAAGG GCTCCGAGGG CCATCCAGGA 
CTTACAGGAG TACCAGGACC ACATGGAGTC AGAGGGGAAA CTGGAGGTGC AGGAATCCCA 
GGGAAGTGTG GACCCCCTGG AGATATGGGT GATAAAGCAC GCCAGGGCCG CCCAGGACAG 
CCGGGAGTCC CAGGCCCTCC TGGTGCTGTT GGAGTCCCAG GAAAACATGG ACTTGTGGGG 
GAAAGGGGTA CTCAAGGTCA GGATGGTATG CCTGGTCCCC CAGGAGTAAA GGGAGAACCA 
GGACCACCAG GGCGAGGGAT CCCTGGTGTT CGAGGTATTC CTGGACGTAG AGGAATCAAA 
GGAGACATGG GACTGCCTGG TTTTCCTGGG CCTCCAGGTG CGAAAGGTCA GCAGGGAGAT 
CAAGGACCCA TTGGACCCCC TGGCTTAGTG GGGTTACCTG GATTTCAAGG TGCCACAGGC 
ATGGCAGTCA CTGGCCAGAA GGGGAACAGA GGTATTCCTG GTGCACATGG AAGACCAGGT 
GCTCCTGGTT TTCCAGGCCT TCCTGGTCTT TCCACTCTCA GCATGAAAGG AAGCAAAGGT 
GTCCGAGGGG CAGATGGAAT ACCAGGGCCA AGGGGCCCAG CTGGTGACAT TGGCCCTCCT 
GGTCCCAAAG GCATAGAAGG TCGATCAGGC TATCCTGGTG CTAGAGGGCA CCCTGGATTT 
CTTGGATTCC CAGGTGTAAA AGGAGAAAAG GGTAATCAAG GACCCCCAGG ACCACAAGGT 
GCAGAAGGGC CAAGGGGACC AAAAGGCCAG CATGGCCCAC CTGGAGTATC TGGAAAAACA 
TTCTCCATCC CAGGAAGCAA GGGTCCTCCA GGACTGCCAG GAATCCCAGG AACACCAGGT 
GATCAAGGAG TTCAAGGGAT TCCTGGACTA CAAGGACCTA AAGGAGTAAA AGGTCTACCA 
GGACGTTTTG GTCATCCAGG TCATCCAGGA TTGCCTGGTC CAAAAGGAGA CAGGGGATTT 
CCAGGACAAA GAGGACAACC TGGATTGATT GGCTTTCCAG GTCTGCAGGG GTTACCTGGA 
TCACCAGGTA CTATCGTTGC TGGGCCAACA AGAAAAGGAT TTATCTTTAC TCGGCATAGT 
CAGACAACAA AGATTCCTTC ATGCCCACAT GGGACATCCC AGATCTATGT TGGCTATTCA 
CTGCTTTTTG TACAAGGAAA TGAACGAGCA CATGGACAAG ATCTTGGAAC AGCTGGTAGC 
TGCTTGCAGA GGTTCAGCAC CATGCCATTC TTGTTCTGTA GCCCAAATGA TGTTTGTAGC 
TTTGCTTCTC GTAATGACTA CTCCTACTGG CTGTCCACCA CAGTGGTGAT GCCACCAGAC 
ATGGCACCCA TTTCTGGCAG GGCACTAGAG CCCCAGATAA GCAGGTGTGT TGTCTGTGAA 
GGAGCTGCAA TGGTAATAGC AGTTCACAGC CAAACTACTG TAGTTCCTGC ATGTCCAGAT 
GGCTGGATGT CTCTCTGGAA GGGTTTTTCT TTTGTTATGT ACACAAGTGC CGGCTCAGAA 
GCTTCTGGCC AAGCATTGGC ATCTCCTGGA TCTTGTCTGG AAGAATTTCG GGCTGTCCCG 
TTTATAGAGT GCCATGGCAG GGGGACGTGC AACTACTACA CAAATTCCTA CAGTTTCTGG 
TTGGCGTCAT TAAATCCAAG AAGAATGTTC AGGAGACCTG TGCCACAGAC TTTGAAAGCA 
GGACAACTAG AAAATATCAT CAGTCGTTGT CAGGTCTGCA TGAGGAGACC AATCTAA

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

RefSeq	XP_016155928.1
CDS	1..5037
Translation	MDYKSIGNTVCVKIPQAFCGWTLSITDTVSMLPLPNCVCKGKSPCFCDSTKGSKGEKGFPGVPGPPGQRGFPGPEGPPGPQGPKGSPGFTGLVGPKGIRGLPGIPGFSGPPGLPGEPGAVGPPGLPGVPGCNGTKGDQGFPGPPGRRGAPGLPGVVGIKGEKGCPAEGYSQEYGAKGDPGLPGMPGLQGAQGAQGYPGELGPQGPPGALGMPGKPGPPGPKGLMGLKVIGAKGRKGDTGLTGPPGPPGTVIVTLSGPDNMTDLKGEKGEKGSRGPPGPMGFTGPVGDSLSEKGDQGEPGAQGKPGKEGAPGPPGLPGQKGEQGKPGLPGRQGAKGMKGNPGPPGACGRTEYYDYVAGEKGDEGPPGPPGPKGQRGMPGPQGPPGAAGRPGVSRPGLRGPPGFPGPKGTKGERGQTGLHIVGPPGLPGITGRPGSVGLPGPPGEPGRVTFGTGLPGFPGEPGCTGPPGPPGDTGMRGDDAGVCTDCSYIPGMPGLPGSPGPRGQDGMPGREGTTGPKGSPGSPGASGFPGAQGPQGFRGEQGRKGSKGEPGYVHPEGPKGERGDPGAMGDKGRRGSSGFMGRPGSKGSKGSKGEEGLAGSKGDRGLPGLPGRLGLPGEMGLPGLPGYGPQGVRGFKGSKGIRGPPGLPGEAGLKGETSRATPLPALPGPQGPHGLPGPPGMPGRVGARGQPGDPGHSGPTGDTGFPGLGFPGNPGPKGDKGLAGGRGPPGCEGKTGDPGRTGNLGQPGQKGEPGMVIPGEPGRMGSPGGHGSPGSKGEDGLPGLPGLPGHPGHDGDEGLRGDRGSPGLPGDPGFPGRPAECLIGLPGLPGGQGATGPPGGRGLQGSKGNLGPPGLSIPGIYGRPGEPGLVGLQGNTGLPGPKGQSGRPGISGLPGARGDPGAMGLLGIPGPPGMAGRPGSPGIRGSPGFPGIKGRKGFLGEKGETGDKGFPGPSETLVGIGDKGERGLKGAQGRMGARGEKGDVGVQGPPGVDGSEGIPGLPGAKGFMGLPGTPGGQGFPGALGNQGDMGIPGPKGQKGSPGFPGPSGDPGPPGYGGFPGDKGDPGYPSAGPPGEPGPKGDPGPPGVFGSKGEKGSEGHPGLTGVPGPHGVRGETGGAGIPGKCGPPGDMGDKARQGRPGQPGVPGPPGAVGVPGKHGLVGERGTQGQDGMPGPPGVKGEPGPPGRGIPGVRGIPGRRGIKGDMGLPGFPGPPGAKGQQGDQGPIGPPGLVGLPGFQGATGMAVTGQKGNRGIPGAHGRPGAPGFPGLPGLSTLSMKGSKGVRGADGIPGPRGPAGDIGPPGPKGIEGRSGYPGARGHPGFLGFPGVKGEKGNQGPPGPQGAEGPRGPKGQHGPPGVSGKTFSIPGSKGPPGLPGIPGTPGDQGVQGIPGLQGPKGVKGLPGRFGHPGHPGLPGPKGDRGFPGQRGQPGLIGFPGLQGLPGSPGTIVAGPTRKGFIFTRHSQTTKIPSCPHGTSQIYVGYSLLFVQGNERAHGQDLGTAGSCLQRFSTMPFLFCSPNDVCSFASRNDYSYWLSTTVVMPPDMAPISGRALEPQISRCVVCEGAAMVIAVHSQTTVVPACPDGWMSLWKGFSFVMYTSAGSEASGQALASPGSCLEEFRAVPFIECHGRGTCNYYTNSYSFWLASLNPRRMFRRPVPQTLKAGQLENIISRCQVCMRRPI

Target ORF information:

RefSeq Version	XM_016300442.1
Organism	Ficedula albicollis(collared flycatcher)
Definition	Ficedula albicollis collagen type IV alpha 3 (COL4A3), mRNA.

Target ORF information:

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

XM_016300442.1

ORF Insert Sequence:

ATGGATTACA AGAGTATCGG CAACACAGTG TGCGTCAAGA TTCCACAGGC TTTCTGTGGA 
TGGACGCTGT CAATTACGGA CACGGTGAGC ATGCTGCCCT TGCCGAACTG TGTATGCAAA 
GGTAAAAGTC CCTGCTTTTG TGATAGCACA AAAGGTAGTA AGGGTGAAAA AGGCTTTCCT 
GGTGTTCCAG GTCCACCTGG TCAAAGAGGC TTTCCTGGTC CAGAAGGGCC TCCAGGGCCA 
CAGGGACCAA AGGGTTCTCC AGGGTTTACA GGCTTAGTTG GACCCAAAGG TATACGAGGA 
CTCCCAGGAA TACCTGGATT TTCAGGTCCT CCAGGCCTTC CTGGTGAACC AGGAGCTGTT 
GGTCCTCCTG GGCTCCCGGG TGTTCCAGGA TGCAACGGCA CAAAGGGTGA CCAAGGATTT 
CCAGGTCCTC CAGGCCGAAG AGGTGCTCCA GGCCTTCCAG GAGTTGTTGG TATCAAAGGA 
GAGAAGGGGT GCCCTGCAGA GGGATATAGC CAAGAGTATG GTGCAAAAGG TGATCCTGGA 
TTACCAGGGA TGCCAGGTCT CCAGGGTGCC CAGGGTGCTC AAGGATATCC TGGGGAACTT 
GGACCACAGG GCCCTCCAGG AGCTTTAGGC ATGCCTGGGA AACCAGGACC TCCTGGACCT 
AAGGGTCTTA TGGGACTGAA AGTAATAGGA GCCAAAGGAA GAAAGGGTGA CACTGGGTTA 
ACTGGACCCC CTGGGCCCCC AGGAACTGTT ATTGTGACGT TAAGTGGACC AGACAACATG 
ACGGACTTGA AAGGAGAAAA AGGAGAAAAA GGATCAAGAG GACCCCCAGG GCCAATGGGG 
TTTACAGGGC CGGTTGGTGA CTCTCTAAGT GAAAAGGGTG ACCAAGGAGA ACCAGGAGCA 
CAGGGAAAGC CTGGAAAAGA AGGTGCCCCA GGTCCACCTG GTTTACCGGG ACAGAAGGGT 
GAACAGGGCA AGCCAGGACT GCCTGGAAGG CAAGGAGCTA AGGGGATGAA AGGAAACCCT 
GGTCCACCTG GAGCTTGTGG TCGAACTGAG TATTATGATT ATGTGGCTGG TGAAAAAGGG 
GATGAAGGAC CCCCCGGACC TCCAGGACCA AAAGGTCAAC GTGGCATGCC TGGGCCACAG 
GGTCCTCCAG GAGCTGCTGG TAGACCAGGT GTGTCAAGGC CTGGTCTGAG AGGTCCCCCA 
GGATTTCCTG GACCAAAAGG AACAAAAGGA GAGAGAGGAC AAACTGGCTT GCATATTGTA 
GGCCCTCCAG GACTGCCTGG TATTACTGGC AGGCCTGGCT CTGTTGGATT ACCAGGTCCT 
CCAGGAGAAC CAGGTAGAGT AACATTTGGA ACTGGCCTAC CAGGATTTCC TGGAGAGCCA 
GGTTGTACAG GACCTCCAGG ACCTCCAGGA GATACTGGCA TGAGAGGTGA TGATGCTGGT 
GTGTGTACTG ATTGTAGCTA CATTCCGGGA ATGCCTGGTC TTCCTGGTTC TCCTGGGCCT 
CGTGGTCAGG ATGGCATGCC TGGTAGGGAA GGAACAACAG GTCCAAAAGG TTCTCCAGGT 
TCTCCAGGAG CATCAGGGTT TCCAGGGGCT CAAGGACCTC AAGGTTTTAG AGGAGAGCAA 
GGACGTAAAG GATCAAAAGG TGAGCCAGGA TATGTACATC CAGAAGGGCC AAAAGGTGAG 
CGAGGAGATC CAGGAGCCAT GGGAGACAAA GGAAGAAGAG GCTCAAGTGG ATTTATGGGA 
AGACCTGGCT CTAAAGGGTC CAAGGGTTCT AAAGGTGAAG AGGGATTGGC TGGATCAAAA 
GGAGATAGAG GACTACCTGG ATTGCCTGGT AGACTTGGGC TTCCTGGAGA AATGGGCCTT 
CCTGGACTGC CAGGTTATGG ACCACAAGGA GTAAGAGGTT TTAAAGGCTC TAAAGGAATC 
CGTGGACCAC CTGGATTACC TGGAGAAGCT GGTCTGAAAG GAGAGACCAG TAGGGCAACT 
CCATTACCTG CATTGCCTGG ACCTCAGGGA CCACATGGTT TACCTGGACC CCCAGGAATG 
CCTGGTAGGG TTGGAGCAAG AGGTCAGCCA GGTGATCCAG GACATTCAGG ACCAACAGGT 
GACACAGGTT TTCCAGGGCT TGGGTTTCCT GGAAACCCAG GTCCAAAAGG AGACAAAGGA 
CTTGCAGGAG GCAGAGGGCC ACCAGGTTGT GAAGGAAAGA CTGGAGATCC AGGCCGAACT 
GGAAACCTAG GACAACCAGG ACAAAAGGGT GAGCCAGGCA TGGTTATTCC TGGAGAGCCA 
GGAAGAATGG GTTCACCAGG AGGTCATGGC AGTCCTGGCT CAAAAGGTGA AGATGGACTT 
CCAGGACTCC CAGGCCTACC AGGGCATCCT GGGCATGATG GTGATGAGGG ACTAAGAGGA 
GATCGTGGCT CGCCTGGACT TCCTGGAGAC CCAGGTTTTC CTGGGAGACC TGCTGAATGT 
CTTATTGGCC TGCCAGGTTT GCCAGGTGGC CAGGGAGCTA CAGGCCCACC AGGAGGAAGA 
GGTTTACAAG GTTCAAAAGG AAACCTAGGT CCTCCTGGTC TGAGTATCCC GGGAATCTAC 
GGAAGGCCTG GGGAACCTGG ACTAGTAGGT CTTCAGGGAA ATACGGGATT ACCTGGTCCC 
AAGGGACAGT CTGGAAGACC AGGGATCTCT GGTTTGCCAG GAGCAAGGGG AGATCCAGGT 
GCAATGGGAC TGTTAGGAAT TCCTGGACCC CCTGGCATGG CTGGAAGACC AGGCAGTCCG 
GGAATCAGAG GTTCTCCTGG CTTCCCAGGA ATAAAGGGAA GAAAAGGGTT TCTTGGAGAA 
AAAGGCGAAA CAGGTGATAA AGGTTTTCCT GGACCATCTG AGACCTTGGT TGGTATTGGG 
GACAAAGGAG AGCGAGGTTT AAAAGGAGCT CAAGGCCGAA TGGGTGCAAG GGGAGAAAAA 
GGAGATGTTG GTGTGCAGGG TCCCCCAGGT GTTGATGGGT CTGAAGGAAT ACCTGGTCTA 
CCAGGAGCCA AGGGATTTAT GGGTCTTCCA GGGACTCCTG GAGGACAAGG ATTCCCAGGT 
GCACTCGGAA ACCAAGGGGA CATGGGAATT CCAGGTCCAA AAGGCCAGAA AGGATCTCCA 
GGCTTTCCAG GACCATCAGG TGACCCTGGT CCACCAGGCT ATGGTGGCTT TCCAGGTGAC 
AAAGGAGATC CTGGGTACCC ATCTGCTGGG CCTCCAGGAG AACCTGGTCC AAAGGGAGAT 
CCAGGTCCCC CAGGAGTTTT TGGCAGCAAA GGAGAAAAGG GCTCCGAGGG CCATCCAGGA 
CTTACAGGAG TACCAGGACC ACATGGAGTC AGAGGGGAAA CTGGAGGTGC AGGAATCCCA 
GGGAAGTGTG GACCCCCTGG AGATATGGGT GATAAAGCAC GCCAGGGCCG CCCAGGACAG 
CCGGGAGTCC CAGGCCCTCC TGGTGCTGTT GGAGTCCCAG GAAAACATGG ACTTGTGGGG 
GAAAGGGGTA CTCAAGGTCA GGATGGTATG CCTGGTCCCC CAGGAGTAAA GGGAGAACCA 
GGACCACCAG GGCGAGGGAT CCCTGGTGTT CGAGGTATTC CTGGACGTAG AGGAATCAAA 
GGAGACATGG GACTGCCTGG TTTTCCTGGG CCTCCAGGTG CGAAAGGTCA GCAGGGAGAT 
CAAGGACCCA TTGGACCCCC TGGCTTAGTG GGGTTACCTG GATTTCAAGG TGCCACAGGC 
ATGGCAGTCA CTGGCCAGAA GGGGAACAGA GGTATTCCTG GTGCACATGG AAGACCAGGT 
GCTCCTGGTT TTCCAGGCCT TCCTGGTCTT TCCACTCTCA GCATGAAAGG AAGCAAAGGT 
GTCCGAGGGG CAGATGGAAT ACCAGGGCCA AGGGGCCCAG CTGGTGACAT TGGCCCTCCT 
GGTCCCAAAG GCATAGAAGG TCGATCAGGC TATCCTGGTG CTAGAGGGCA CCCTGGATTT 
CTTGGATTCC CAGGTGTAAA AGGAGAAAAG GGTAATCAAG GACCCCCAGG ACCACAAGGT 
GCAGAAGGGC CAAGGGGACC AAAAGGCCAG CATGGCCCAC CTGGAGTATC TGGAAAAACA 
TTCTCCATCC CAGGAAGCAA GGGTCCTCCA GGACTGCCAG GAATCCCAGG AACACCAGGT 
GATCAAGGAG TTCAAGGGAT TCCTGGACTA CAAGGACCTA AAGGAGTAAA AGGTCTACCA 
GGACGTTTTG GTCATCCAGG TCATCCAGGA TTGCCTGGTC CAAAAGGAGA CAGGGGATTT 
CCAGGACAAA GAGGACAACC TGGATTGATT GGCTTTCCAG GTCTGCAGGG GTTACCTGGA 
TCACCAGGTA CTATCGTTGC TGGGCCAACA AGAAAAGGAT TTATCTTTAC TCGGCATAGT 
CAGACAACAA AGATTCCTTC ATGCCCACAT GGGACATCCC AGATCTATGT TGGCTATTCA 
CTGCTTTTTG TACAAGGAAA TGAACGAGCA CATGGACAAG ATCTTGGAAC AGCTGGTAGC 
TGCTTGCAGA GGTTCAGCAC CATGCCATTC TTGTTCTGTA GCCCAAATGA TGTTTGTAGC 
TTTGCTTCTC GTAATGACTA CTCCTACTGG CTGTCCACCA CAGTGGTGAT GCCACCAGAC 
ATGGCACCCA TTTCTGGCAG GGCACTAGAG CCCCAGATAA GCAGGTGTGT TGTCTGTGAA 
GGAGCTGCAA TGGTAATAGC AGTTCACAGC CAAACTACTG TAGTTCCTGC ATGTCCAGAT 
GGCTGGATGT CTCTCTGGAA GGGTTTTTCT TTTGTTATGT ACACAAGTGC CGGCTCAGAA 
GCTTCTGGCC AAGCATTGGC ATCTCCTGGA TCTTGTCTGG AAGAATTTCG GGCTGTCCCG 
TTTATAGAGT GCCATGGCAG GGGGACGTGC AACTACTACA CAAATTCCTA CAGTTTCTGG 
TTGGCGTCAT TAAATCCAAG AAGAATGTTC AGGAGACCTG TGCCACAGAC TTTGAAAGCA 
GGACAACTAG AAAATATCAT CAGTCGTTGT CAGGTCTGCA TGAGGAGACC AATCTAA