COL4A4 cDNA ORF clone, Chelonia mydas(Green sea turtle)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL4A4
Entrez Gene ID	102946071
Full Name	collagen type IV alpha 4 chain
Gene Type	protein-coding
Organism	Chelonia mydas(Green sea turtle)

mRNA and Protein(s)

mRNA	Protein	Name
XM_027817284.1	XP_027673085.1	collagen alpha-4(IV) chain
XM_007055033.1	XP_007055095.1	collagen alpha-4(IV) chain

Pathways from BioSystems
Gene Ontology

The following COL4A4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the COL4A4 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
OCh365821	XM_027817284.1 Latest version!	Chelonia mydas collagen alpha-4(IV) chain (LOC102946071), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OCh64240	XM_007055033.1 Latest version!	Chelonia mydas collagen, type IV, alpha 4 (COL4A4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

COL4A4 ( XM_027817284.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_027673085.1 Chelonia mydas collagen alpha-4(IV) chain (LOC102946071), mRNA.

Price & Availability↑

CloneID	OCh365821
Clone ID Related Accession (Same CDS sequence)	XM_027817284.1
Accession Version	XM_027817284.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3849bp) 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	2019-01-22
Organism	Chelonia mydas(Green sea turtle)
Product	collagen alpha-4(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006615558.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Chelonia mydas Annotation Release 101 Annotation Version :: 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.1 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGCCTGGGT TGGTAGGACC CAAAGGATCA CATGGGCCCA AAGGTGCACC TGGAAATGGA 
GAGAAGGGTG AAAAAGGTAT TCCTGGAGAC CCTGGAATGC AGGGTAGCCC TGGTTCTTGT 
GGATCTCTAG GTTTTCCAGG AATAAAGGGG GCAAGTGGAG TTCCTGGTGT TCCTGGTCAG 
GCTGGTTATG CTGGTCTAAA GGGGGATCGT GGAGAACGAG GGCAACCAGG CCTGCCTGGA 
GTTTTTGGAA CACCACCTGT TGCTATGAAA GGTTCTCGAG GGGATCCTGG ATTACCAGGT 
CCTTCTGGAG ATGATGGGTT GATTGGACTA ACTGGTCCTC CAGGCCCATC AGGAAGACCT 
GGTGAAGATG GAACAAGCCT CCCTGGTCTG CCAGGAGCAT GTGGGCAACA AGGTCCTAAA 
GGTTCGCACG GGGATCCTGG TCTCCCTGGA ACTGCTGAAT CAACTCCAGG AAGACCAGGG 
TCTCCAGGAG CACCAGGATT ACCAGGAGCA CCAGGAAGAC AGGGTTTGCC TGGACCACCT 
GGTATAGTTT GTCATGGCAG AGGTCCCCGT GGACATCAAG GAATAAAAGG CCAAATGGGA 
CCCATGGGAA GAAGAGGTGA AAAAGGCGAA AAAGGGAATC ATGGCCACTG TTCATGTGAC 
CTTGGTTCTG CTGGCCCACC TGGTAGACGA GGGCCACCTG GTCGTCAAGG AAGGAAAGGA 
CAGACGGGAT TTCCTGGCAA GCCTGGACCC CCTGGTCCTC CTGGGCCAAA TGGCTTTGAT 
GGGCAAAAGG GCCAACGAGG CAAACCAGGA ACATCAGGCG ATATAGGGCC AGATGGCTTT 
CGAGGCAATG CTGGTGATCC AGGTGATGAA GGTGAAAGAG GTTCTTCTCC TGATGGTGCC 
CCAGGTTTCC CTGGCAGTCC TGGACTTTCA GGTCAGAAAG GTGTTCCAGG TGATACAAGT 
TATGGTCTTC CAGGAATTCC AGGCCACAGA GGATTGCCAG GATTACCTGG TTTACAAGGA 
ATACGAGGTG AATCAGGAAC TCCTGGGCCA CAAGGAACTG ACTGGACGAT TCTAATGGAA 
TTTACACTTA AGGATAAGTC GGGCACTGGA GAGATCTACA GGGGGAGTGG ATGGGAAGTT 
TTTTGTCAGG ACAAATATTG CATCTTTTTA GGACAGTCTG GCAGACCAGG ATTTCCAGGT 
GCTACAGGTC TGAGAGGCAG AAAAGGTGAA ATAGGAGCTC CAGGTTCACC CGGTCAGCCA 
TGTGATAAAG GCTTACAAGG GCCACCAGGA CAGCTAGGAG TTCTTGGACA GCGAGGCCCT 
CCAGGCTTAC CAGGTTTTAA AGGTCAGAAA GGAGACATGG GCCCACCAGG GCCAGCTGGA 
ATGAAAGGCC TACCAGGATC TCCTGGTGTA CCAGGGTCCC CTGGTCCTCC AGGCCCTCGA 
GGATATCCAG GGCTTCCTGG GAGCAATGGA TTACTTGGAC TCCCAGGCCA ACGAGGTAGC 
AAAGGCATCC AAGGCATCCA AGGTTTCCCA GGAATCTCAG GAAAAGGCGG ACAGACAGGA 
ATCCCGGGTG GACATGGTGA ACAAGGAGAA ATGGGCTCAA GGGGGCCTTC TGGAGAATGT 
GGGGATGGAG GGCAAAAAGG TGAAAGAGGT GCTCAAGGAG ACAGTGGCTT CATTACCTTA 
TGGCTGGAAA AAGGACAAAA GGGGGAACAA GGGCTTCCTG GTGAGGCTGG GTTTCCAGGG 
GAAACAGGTG AAAAAGGCAG TCTTGGAATC AGAGGGATCC CAGGATTTCC AGGCAAAGTA 
GGGCTCCCAG GAACTCAGAA GGGTGAACCT GGTGATCGTG GGCAGATTGG GTTTCCAGGG 
CTGCCAGGCT CCCCAGGATT GGGAGGTTTA AGAGGAATTA CTGGTTTTCA AGGACAACGA 
GGTGACCAGG GTGAGCGAGG TTTACCAGGA ATTCCTGGAT GTCCAGGCCG TGATGGTGCA 
AAAGGACTTA AAGGTAACAG AGGTGACTCG GGCAGTCAAT ATGGTCCACC TGGTCAAAGA 
GGTCCTCCAG GAGATCATGG ATCACCAGGA CCCTGTGGAT TCCCAGGAGA GCGGGGTTTA 
CCAGGTTTCC AAGGAGAACC TGGAAGACAA GGACCCAAGG GGATGCCTGG ATCCCCAGGA 
GCAAAAGGCT TTCCAGGTGC TATATGTGAT TTGGGATTGC CAGGAGTTCC AGGTGGACAA 
GGCAATACCG GGCCTTTAGG AGCTGCAGGA TTGCCAGGAT CACCTGGTCC CCCAGGCAGG 
AAAGGTTTAT CAGGGTTGCC TGGATTAGAT GGCTTGAATG GACTGCAAGG TCAAAAGGGC 
TCACCAGGAG ATCCAGGTAA AAGTGAAATA GGGCCTCCAG GATACACAGG GGCACCTGGA 
CCAAAAGGAG ACAAGGGTGA ACCTGGACAG CCAGGAATTT CTCTTCCAGG ACCTCCTGGA 
GACACGGGTT TGCCAGGACA CCCAGGTAGA ACAGGAGATA CCGGGCCTGC AGGATCTGTG 
GGAAGATCTC CTGAAACTGC AGCTTCTGGT CCTCCGGGTG ATCAGGGGCC ACCTGGCTCA 
CATGGCATCA GAGGCCTGCC TGGCAATCCT GGCCCTCCTG GAAAGACTAT CTTTGTGAAA 
GGCGATCCGG GGGAATTTGG TGTTCCAGGT GCACCCGGTA TTCCTGGCCA GCCAGGGCAG 
CAAGGAGCCA AAGGCTTTCC AGGAAATCGA GGAAGAAGAG GCCTGAAAGG TCCGATGGGA 
AACCCTGGCC TCCAGGGTCC CCCTGGCCCT GTTGGGCCAT CTGGGGATCG AGGTTTTCAA 
GGACAACCTG GCCCTCGAGG TCCTGAAGGA ATTCCAGGTG ACCCTGGTGA ACCAGGAAAA 
ACAGAACACT CCCCATGTCC CAAGACACCA GGTCCTCGTG GAGTAATAGG ACAAAGAGGA 
GCTGAAGGGT CTGTAGGATT TCCAGGGCCA ATAGGTTACC CTGGACCCCC AGGAAGTAAA 
GGTGAAGAAG GGTTGTTTGG CTTGCCAGGT CAAGATGGCT CACCTGGTCC ACCAGGACCC 
TCAGGTGACC AAGGTGTCAT AGGAGAACAA GGATACACTG GTCCAGAAGG TCCACCTGGC 
CAAGCCGGAA TCCCCGGACC ACCAGCGCCT GAAACGAGAG CTGCTAGTGG GTTCCTGCTC 
ATTCTTCACA GTCAGTCAGA TAAAGAACCA TTTTGTCCTG AGGGAATGCC AAGATTGTGG 
ACAGGATATA GTCTGCTATA TCTGGAAGGA CAGGAGAAAG CTCATAATCA AGATCTTGGC 
CTGGCAGGAT CCTGTCTTCC TGTATTCAAC ACCATGCCGT TTGTCTTCTG CAACATCCAC 
CAAGTTTGTT ACTATGCCAG TCGAAATGAT AAGTCCTACT GGCTGTCAAC TGCTGCTCCT 
TTACCAATGA TGCCTCTCTC GGAAGATGAA ATACAACCCT ACATTAGCAG ATGTGCTGTA 
TGTGAGGCCT CAGCCCAAGC TGTAGCAGTT CATAGCCAAG ATCAGTCCAT TCCCCCATGC 
CCATTGAACT GGAGAAGTCT TTGGATAGGC TATTCTTTTT TAATGCACAC TGGGTCTGGA 
GATCAGGGAG GTGGACAGTC TCTTATGTCA ACTGGAAGTT GCCTTGAAGA CTTTAGATCA 
GCACCATTCA TCGAATGCCA GGGTCAGCGG GGAACATGTC AATTTTTTGC TAATGAATAT 
AGCTTCTGGT TAACAATCGT CAGGCCAGAA TTGCAGTTTG TCTCTGCTTC TCTGTCAGAA 
ACCCTTAAAG AAGGGCATGA ACAGCGCAAA AAAATTAGCA GATGTCAGGT CTGCATGAAG 
CATGGGTAA

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

RefSeq	XP_027673085.1
CDS	200..4048
Translation	MPGLVGPKGSHGPKGAPGNGEKGEKGIPGDPGMQGSPGSCGSLGFPGIKGASGVPGVPGQAGYAGLKGDRGERGQPGLPGVFGTPPVAMKGSRGDPGLPGPSGDDGLIGLTGPPGPSGRPGEDGTSLPGLPGACGQQGPKGSHGDPGLPGTAESTPGRPGSPGAPGLPGAPGRQGLPGPPGIVCHGRGPRGHQGIKGQMGPMGRRGEKGEKGNHGHCSCDLGSAGPPGRRGPPGRQGRKGQTGFPGKPGPPGPPGPNGFDGQKGQRGKPGTSGDIGPDGFRGNAGDPGDEGERGSSPDGAPGFPGSPGLSGQKGVPGDTSYGLPGIPGHRGLPGLPGLQGIRGESGTPGPQGTDWTILMEFTLKDKSGTGEIYRGSGWEVFCQDKYCIFLGQSGRPGFPGATGLRGRKGEIGAPGSPGQPCDKGLQGPPGQLGVLGQRGPPGLPGFKGQKGDMGPPGPAGMKGLPGSPGVPGSPGPPGPRGYPGLPGSNGLLGLPGQRGSKGIQGIQGFPGISGKGGQTGIPGGHGEQGEMGSRGPSGECGDGGQKGERGAQGDSGFITLWLEKGQKGEQGLPGEAGFPGETGEKGSLGIRGIPGFPGKVGLPGTQKGEPGDRGQIGFPGLPGSPGLGGLRGITGFQGQRGDQGERGLPGIPGCPGRDGAKGLKGNRGDSGSQYGPPGQRGPPGDHGSPGPCGFPGERGLPGFQGEPGRQGPKGMPGSPGAKGFPGAICDLGLPGVPGGQGNTGPLGAAGLPGSPGPPGRKGLSGLPGLDGLNGLQGQKGSPGDPGKSEIGPPGYTGAPGPKGDKGEPGQPGISLPGPPGDTGLPGHPGRTGDTGPAGSVGRSPETAASGPPGDQGPPGSHGIRGLPGNPGPPGKTIFVKGDPGEFGVPGAPGIPGQPGQQGAKGFPGNRGRRGLKGPMGNPGLQGPPGPVGPSGDRGFQGQPGPRGPEGIPGDPGEPGKTEHSPCPKTPGPRGVIGQRGAEGSVGFPGPIGYPGPPGSKGEEGLFGLPGQDGSPGPPGPSGDQGVIGEQGYTGPEGPPGQAGIPGPPAPETRAASGFLLILHSQSDKEPFCPEGMPRLWTGYSLLYLEGQEKAHNQDLGLAGSCLPVFNTMPFVFCNIHQVCYYASRNDKSYWLSTAAPLPMMPLSEDEIQPYISRCAVCEASAQAVAVHSQDQSIPPCPLNWRSLWIGYSFLMHTGSGDQGGGQSLMSTGSCLEDFRSAPFIECQGQRGTCQFFANEYSFWLTIVRPELQFVSASLSETLKEGHEQRKKISRCQVCMKHG

Target ORF information:

RefSeq Version	XM_027817284.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas collagen alpha-4(IV) chain (LOC102946071), mRNA.

Target ORF information:

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

XM_027817284.1

ORF Insert Sequence:

ATGCCTGGGT TGGTAGGACC CAAAGGATCA CATGGGCCCA AAGGTGCACC TGGAAATGGA 
GAGAAGGGTG AAAAAGGTAT TCCTGGAGAC CCTGGAATGC AGGGTAGCCC TGGTTCTTGT 
GGATCTCTAG GTTTTCCAGG AATAAAGGGG GCAAGTGGAG TTCCTGGTGT TCCTGGTCAG 
GCTGGTTATG CTGGTCTAAA GGGGGATCGT GGAGAACGAG GGCAACCAGG CCTGCCTGGA 
GTTTTTGGAA CACCACCTGT TGCTATGAAA GGTTCTCGAG GGGATCCTGG ATTACCAGGT 
CCTTCTGGAG ATGATGGGTT GATTGGACTA ACTGGTCCTC CAGGCCCATC AGGAAGACCT 
GGTGAAGATG GAACAAGCCT CCCTGGTCTG CCAGGAGCAT GTGGGCAACA AGGTCCTAAA 
GGTTCGCACG GGGATCCTGG TCTCCCTGGA ACTGCTGAAT CAACTCCAGG AAGACCAGGG 
TCTCCAGGAG CACCAGGATT ACCAGGAGCA CCAGGAAGAC AGGGTTTGCC TGGACCACCT 
GGTATAGTTT GTCATGGCAG AGGTCCCCGT GGACATCAAG GAATAAAAGG CCAAATGGGA 
CCCATGGGAA GAAGAGGTGA AAAAGGCGAA AAAGGGAATC ATGGCCACTG TTCATGTGAC 
CTTGGTTCTG CTGGCCCACC TGGTAGACGA GGGCCACCTG GTCGTCAAGG AAGGAAAGGA 
CAGACGGGAT TTCCTGGCAA GCCTGGACCC CCTGGTCCTC CTGGGCCAAA TGGCTTTGAT 
GGGCAAAAGG GCCAACGAGG CAAACCAGGA ACATCAGGCG ATATAGGGCC AGATGGCTTT 
CGAGGCAATG CTGGTGATCC AGGTGATGAA GGTGAAAGAG GTTCTTCTCC TGATGGTGCC 
CCAGGTTTCC CTGGCAGTCC TGGACTTTCA GGTCAGAAAG GTGTTCCAGG TGATACAAGT 
TATGGTCTTC CAGGAATTCC AGGCCACAGA GGATTGCCAG GATTACCTGG TTTACAAGGA 
ATACGAGGTG AATCAGGAAC TCCTGGGCCA CAAGGAACTG ACTGGACGAT TCTAATGGAA 
TTTACACTTA AGGATAAGTC GGGCACTGGA GAGATCTACA GGGGGAGTGG ATGGGAAGTT 
TTTTGTCAGG ACAAATATTG CATCTTTTTA GGACAGTCTG GCAGACCAGG ATTTCCAGGT 
GCTACAGGTC TGAGAGGCAG AAAAGGTGAA ATAGGAGCTC CAGGTTCACC CGGTCAGCCA 
TGTGATAAAG GCTTACAAGG GCCACCAGGA CAGCTAGGAG TTCTTGGACA GCGAGGCCCT 
CCAGGCTTAC CAGGTTTTAA AGGTCAGAAA GGAGACATGG GCCCACCAGG GCCAGCTGGA 
ATGAAAGGCC TACCAGGATC TCCTGGTGTA CCAGGGTCCC CTGGTCCTCC AGGCCCTCGA 
GGATATCCAG GGCTTCCTGG GAGCAATGGA TTACTTGGAC TCCCAGGCCA ACGAGGTAGC 
AAAGGCATCC AAGGCATCCA AGGTTTCCCA GGAATCTCAG GAAAAGGCGG ACAGACAGGA 
ATCCCGGGTG GACATGGTGA ACAAGGAGAA ATGGGCTCAA GGGGGCCTTC TGGAGAATGT 
GGGGATGGAG GGCAAAAAGG TGAAAGAGGT GCTCAAGGAG ACAGTGGCTT CATTACCTTA 
TGGCTGGAAA AAGGACAAAA GGGGGAACAA GGGCTTCCTG GTGAGGCTGG GTTTCCAGGG 
GAAACAGGTG AAAAAGGCAG TCTTGGAATC AGAGGGATCC CAGGATTTCC AGGCAAAGTA 
GGGCTCCCAG GAACTCAGAA GGGTGAACCT GGTGATCGTG GGCAGATTGG GTTTCCAGGG 
CTGCCAGGCT CCCCAGGATT GGGAGGTTTA AGAGGAATTA CTGGTTTTCA AGGACAACGA 
GGTGACCAGG GTGAGCGAGG TTTACCAGGA ATTCCTGGAT GTCCAGGCCG TGATGGTGCA 
AAAGGACTTA AAGGTAACAG AGGTGACTCG GGCAGTCAAT ATGGTCCACC TGGTCAAAGA 
GGTCCTCCAG GAGATCATGG ATCACCAGGA CCCTGTGGAT TCCCAGGAGA GCGGGGTTTA 
CCAGGTTTCC AAGGAGAACC TGGAAGACAA GGACCCAAGG GGATGCCTGG ATCCCCAGGA 
GCAAAAGGCT TTCCAGGTGC TATATGTGAT TTGGGATTGC CAGGAGTTCC AGGTGGACAA 
GGCAATACCG GGCCTTTAGG AGCTGCAGGA TTGCCAGGAT CACCTGGTCC CCCAGGCAGG 
AAAGGTTTAT CAGGGTTGCC TGGATTAGAT GGCTTGAATG GACTGCAAGG TCAAAAGGGC 
TCACCAGGAG ATCCAGGTAA AAGTGAAATA GGGCCTCCAG GATACACAGG GGCACCTGGA 
CCAAAAGGAG ACAAGGGTGA ACCTGGACAG CCAGGAATTT CTCTTCCAGG ACCTCCTGGA 
GACACGGGTT TGCCAGGACA CCCAGGTAGA ACAGGAGATA CCGGGCCTGC AGGATCTGTG 
GGAAGATCTC CTGAAACTGC AGCTTCTGGT CCTCCGGGTG ATCAGGGGCC ACCTGGCTCA 
CATGGCATCA GAGGCCTGCC TGGCAATCCT GGCCCTCCTG GAAAGACTAT CTTTGTGAAA 
GGCGATCCGG GGGAATTTGG TGTTCCAGGT GCACCCGGTA TTCCTGGCCA GCCAGGGCAG 
CAAGGAGCCA AAGGCTTTCC AGGAAATCGA GGAAGAAGAG GCCTGAAAGG TCCGATGGGA 
AACCCTGGCC TCCAGGGTCC CCCTGGCCCT GTTGGGCCAT CTGGGGATCG AGGTTTTCAA 
GGACAACCTG GCCCTCGAGG TCCTGAAGGA ATTCCAGGTG ACCCTGGTGA ACCAGGAAAA 
ACAGAACACT CCCCATGTCC CAAGACACCA GGTCCTCGTG GAGTAATAGG ACAAAGAGGA 
GCTGAAGGGT CTGTAGGATT TCCAGGGCCA ATAGGTTACC CTGGACCCCC AGGAAGTAAA 
GGTGAAGAAG GGTTGTTTGG CTTGCCAGGT CAAGATGGCT CACCTGGTCC ACCAGGACCC 
TCAGGTGACC AAGGTGTCAT AGGAGAACAA GGATACACTG GTCCAGAAGG TCCACCTGGC 
CAAGCCGGAA TCCCCGGACC ACCAGCGCCT GAAACGAGAG CTGCTAGTGG GTTCCTGCTC 
ATTCTTCACA GTCAGTCAGA TAAAGAACCA TTTTGTCCTG AGGGAATGCC AAGATTGTGG 
ACAGGATATA GTCTGCTATA TCTGGAAGGA CAGGAGAAAG CTCATAATCA AGATCTTGGC 
CTGGCAGGAT CCTGTCTTCC TGTATTCAAC ACCATGCCGT TTGTCTTCTG CAACATCCAC 
CAAGTTTGTT ACTATGCCAG TCGAAATGAT AAGTCCTACT GGCTGTCAAC TGCTGCTCCT 
TTACCAATGA TGCCTCTCTC GGAAGATGAA ATACAACCCT ACATTAGCAG ATGTGCTGTA 
TGTGAGGCCT CAGCCCAAGC TGTAGCAGTT CATAGCCAAG ATCAGTCCAT TCCCCCATGC 
CCATTGAACT GGAGAAGTCT TTGGATAGGC TATTCTTTTT TAATGCACAC TGGGTCTGGA 
GATCAGGGAG GTGGACAGTC TCTTATGTCA ACTGGAAGTT GCCTTGAAGA CTTTAGATCA 
GCACCATTCA TCGAATGCCA GGGTCAGCGG GGAACATGTC AATTTTTTGC TAATGAATAT 
AGCTTCTGGT TAACAATCGT CAGGCCAGAA TTGCAGTTTG TCTCTGCTTC TCTGTCAGAA 
ACCCTTAAAG AAGGGCATGA ACAGCGCAAA AAAATTAGCA GATGTCAGGT CTGCATGAAG 
CATGGGTAA

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

COL4A4 ( XM_007055033.1 ) cDNA ORF clone, Chelonia mydas(Green sea turtle) -> XP_007055095.1 Chelonia mydas collagen, type IV, alpha 4 (COL4A4), mRNA.

Price & Availability↑

CloneID	OCh64240
Clone ID Related Accession (Same CDS sequence)	XM_007055033.1
Accession Version	XM_007055033.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4761bp) 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	2014-03-06
Organism	Chelonia mydas(Green sea turtle)
Product	collagen alpha-4(IV) chain
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006615558.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Chelonia mydas Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 5.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGACAATTT TTTCAGTGCA ACAAATTCAT GGGGGCAAAT ATTCATATAT TGGTCCATGT 
GGAGGACAAG ATTGTTCGGT TTGCCAGTGC TTTCCTGAAA AAGGATCAAG AGGTCAGCCT 
GGTCACTTAG GTGCTCAAGG TCCAATTGGA TCTTTGGGAT GTACAGGGCC AGATGGTTTG 
CAAGGAGAAA AAGGAGAGAG AGGTGAGAAT GGGCTGCCTG GGCCCTCTGG AGAAAAGGGT 
GATAAGGGCC CAACAGGAGT CCCAGGATTT CCTGGTTTAG ATGGTGTGCC TGGATATCCT 
GGAGTTGAAG GGTCCAGGGG CAAACCTGCC TTGGATGGCT GCAATGGTTC AAGAGGAGAT 
CCTGGATTTC CAGGAGAGAC AGGGTGTATT GGACCAAGAG GCTCATTTGG TGTTCTTGGG 
CAAAAAGGAG AAAAAGGAAA CTCTGCATAT ATTTCAGATT TCATTAGAGG TGATCCAGGA 
GCTAGGGGGC TAAGGGGCCC ACATGGATTG CCAGGTCAAC CAGGCTTGCA GGGTGATGTT 
GGACCTCCTG GATCTCCAGG ACAGCCATTG TTGGTTGGGC CGCCTGATTC TTTCCTGGTT 
AAAGGAGAAA AGGGTGCACC TGGAAATGGA GAGAAGGGTG AAAAAGGTAT TCCTGGAGAC 
CCTGGAATGC AGGGGGCAAG TGGAGTTCCT GGTGTTCCTG GTCAGGCTGG TTATGCTGGT 
CTAAAGGGGG ATCGTGGAGA ACGAGGGCAA CCAGGCCTGC CTGGAGTTTT TGGAACACCA 
CCTGTTGCTA TGAAAGGTTC TCGAGGGGAT CCTGGATTAC CAGGTCCTTC TGGAGATGAT 
GGGTTGATTG GACTAACTGG TCCTCCAGGC CCATCAGGAA GACCTGGTGA AGATGGAACA 
AGCCTCCCTG GTCTGCCAGG AGCATGTGGG CAACAAGGTC CTAAAGGTTC GCACGGGGAT 
CCTGGTCTCC CTGGAACTGC TGAATCAACT CCAGGAAGAC CAGGGTCTCC AGGAGCACCA 
GGATTACCAG GAGCACCAGG AAGACAGGGT TTGCCTGGAC CACCTGGTAT AGTTTGTCAT 
GGCAGAGGTC CCCGTGGACA TCAAGGAATA AAAGGCCAAA TGGGACCCAT GGGAAGAAGA 
GGTGAAAAAG GCGAAAAAGG GAATCATGGC CACTGTTCAT GTGACCTTGG TTCTGCTGGC 
CCACCTGGTA GACGAGGGCC ACCTGGTCGT CAAGGAAGGA AAGGACAGAC GGGATTTCCT 
GCAAGCTATG GAGAAAAGGG TGATCCAGGT TTCTCTGGCA CAATAGGATC AACAGGACTC 
CCAGGCAAGC CTGGTTCTTC TGGAATAGCT GGTGAAAAAG GAGAAAAGGG TGACCTGGCC 
ATAGTGAAAA TCAAAGGAAT AAAAGGAAAA AGAGGCCCTC TAGGGGTTCC AGGACTTCCA 
GGCCAAAAAG GTACTGCTGG CAGAGATGGA GATCCAGGAT TGCCTGGAGA GAGAGGAATT 
CAAGGTGATG GTGGATCAGC ACTGCCAGGT GATAAAGGAT TTCTTGGGGC ACCAGGACTT 
CCTGGTTCAA GAGGGCCTAT GGGACCATCA GGTTTGGGAT TTCCTGGCCC ACAGGGAATC 
AGGGGTCATC CTGGAGACCC AGGAAGTACT GGCATAAGTG GGCCACCTGG TCCAAAGGGT 
CAAAGAGGTG ACATCCACTG TTATGTTCCA CCATATCCTG GAAGTCCAGG CCCTCCAGGT 
TTTCAAGGGG CTCAAGGACC AAAGGGATTA AGAGGACCCC CTGGTCCTCC TGGGCCAAAT 
GGCTTTGATG GGCAAAAGGG CCAACGAGGC AAACCAGGAA CATCAGGCGA TATAGGGCCA 
GATGGCTTTC GAGGCAATGC TGGTGATCCA GGTGATGAAG GTGAAAGAGG TTCTTCTCCT 
GATGGTGCCC CAGGTTTCCC TGGCAGTCCT GGACTTTCAG GTCAGAAAGG TGTTCCAGGT 
GATACAAGTT ATGGTCTTCC AGGAATTCCA GGCCACAGAG GATTGCCAGG ATTACCTGGT 
TTACAAGGAA TACGAGGTGA ATCAGGAACT CCTGGGCCAC AAGGACAGTC TGGCAGACCA 
GGATTTCCAG GTGCTACAGG TCTGAGAGGC AGAAAAGGTG AAATAGGAGC TCCAGGTTCA 
CCCGGTCAGC CATGTGATAA AGGCTTACAA GGGCCACCAG GACAGCTAGG AGTTCTTGGA 
CAGCGAGGCC CTCCAGGCTT ACCAGGTTTT AAAGGTCAGA AAGGAGACAT GGGCCCACCA 
GGGCCAGCTG GAATGAAAGG CCTACCAGGA TCTCCTGGTG TACCAGGGTC CCCTGGTCCT 
CCAGGCCCTC GAGGATATCC AGGGCTTCCT GGGAGCAATG GATTACTTGG ACTCCCAGGC 
CAACGAGGTA GCAAAGGCAT CCAAGGCATC CAAGGTTTCC CAGGAATCTC AGGAAAAGGC 
GGACAGACAG GAATCCCGGG TGGACATGGT GAACAAGGAG AAATGGGCTC AAGGGGGCCT 
TCTGGAGAAT GTGGGGATGG AGGGCAAAAA GGTGAAAGAG GTGCTCAAGG AGACAGTGGC 
TTCATTACCT TATGGCTGGA AAAAGGACAA AAGGGGGAAC AAGGGCTTCC TGGTGAGGCT 
GGGTTTCCAG GGGAAACAGG TGAAAAAGGC AGTCTTGGAA TCAGAGGGAT CCCAGGATTT 
CCAGGCAAAG TAGGGCTCCC AGGAACTCAG AAGGGTGAAC CTGGTGATCG TGGGCAGATT 
GGGTTTCCAG GGCTGCCAGG CTCCCCAGGA TTGGGAGGTT TAAGAGGAAT TACTGGTTTT 
CAAGGACAAC GAGGTGACCA GGGTGAGCGA GGTTTACCAG GAATTCCTGG ATGTCCAGGC 
CGTGATGGTG CAAAAGGACT TAAAGGTAAC AGAGGTGACT CGGGCAGTCA ATATGGTCCA 
CCTGGTCAAA GAGGTCCTCC AGGAGATCAT GGATCACCAG GACCCTGTGG ATTCCCAGGA 
GAGCGGGGTT TACCAGGTTT CCAAGGAGAA CCTGGAAGAC AAGGACCCAA GGGGATGCCT 
GGATCCCCAG GAGCAAAAGG CTTTCCAGGT GCTATATGTG ATTTGGGATT GCCAGGAGTT 
CCAGGTGGAC AAGGCAATAC CGGGCCTTTA GGAGCTGCAG GATTGCCAGG ATCACCTGGT 
CCCCCAGGCA GGAAAGGTTT ATCAGGGTTG CCTGGATTAG ATGGCTTGAA TGGACTGCAA 
GGTCAAAAGG GCTCACCAGG AGATCCAGGT AAAAGTGAAA TAGGGCCTCC AGGATACACA 
GGGGCACCTG GACCAAAAGG AGACAAGGGT GAACCTGGAC AGCCAGGAAT TTCTCTTCCA 
GGACCTCCTG GAGACACGGG TTTGCCAGGA CACCCAGGTA GAACAGGAGA TACCGGGCCT 
GCAGGATCTG TGGGAAGATC TCCTGAAACT GCAGCTTCTG GTCCTCCGGG TGATCAGGGG 
CCACCTGGCT CACATGGCAT CAGAGGCCTG CCTGGCAATC CTGGCCCTCC TGGAAAGACT 
ATCTTTGTGA AAGGCGATCC GGGGGAATTT GGTGTTCCAG GTGCACCCGG TATTCCTGGC 
CAGCCAGGGC AGCAAGGAGC CAAAGGCTTT CCAGGAAATC GAGGAAGAAG AGGCCTGAAA 
GGTCCGATGG GAAACCCTGG CCTCCAGGGT CCCCCTGGCC CTGTTGGGCC ATCTGGGGAT 
CGAGGTTTTC AAGGACAACC TGGCCCTCGA GGTCCTGAAG GTTGCAGAGG TGACCCTGGT 
GAACCAGGAA AAACAGAACA CTCCCCATGT CCCAAGACAC CAGGTCCTCG TGGAGTAATA 
GGACAAAGAG GAGCTGAAGG GTCTGTAGGA TTTCCAGGGC CAATAGGTTA CCCTGGACCC 
CCAGGAAGTA AAGGTGAAGA AGGGTTGTTT GGCTTGCCAG GTCAAGATGG CTCACCTGGT 
CCACCAGGAC CCTCAGGTGA CCAAGGTGTC ATAGGAGAAC AAGGATACAC TGGTCCAGAA 
GGTCCACCTG GCCAAGCCGG AATCCCCGGA CCACCAGCGC CTGAAACGAG AGCTGCTAGT 
GGGTTCCTGC TCATTCTTCA CAGTCAGTCA GATAAAGAAC CATTTTGTCC TGAGGGAATG 
CCAAGATTGT GGACAGGATA TAGTCTGCTA TATCTGGAAG GACAGGAGAA AGCTCATAAT 
CAAGATCTTG GCCTGGCAGG ATCCTGTCTT CCTGTATTCA ACACCATGCC GTTTGTCTTC 
TGCAACATCC ACCAAGTTTG TTACTATGCC AGTCGAAATG ATAAGTCCTA CTGGCTGTCA 
ACTGCTGCTC CTTTACCAAT GATGCCTCTC TCGGAAGATG AAATACAACC CTACATTAGC 
AGATGTGCTG TATGTGAGGC CTCAGCCCAA GCTGTAGCAG TTCATAGCCA AGATCAGTCC 
ATTCCCCCAT GCCCATTGAA CTGGAGAAGT CTTTGGATAG GCTATTCTTT TTTAATGCAC 
ACTGGGTCTG GAGATCAGGG AGGTGGACAG TCTCTTATGT CAACTGGAAG TTGCCTTGAA 
GACTTTAGAT CAGCACCATT CATCGAATGC CAGGGTCAGC GGGGAACATG TCAATTTTTT 
GCTAATGAAT ATAGCTTCTG GTTAACAATC GTCAGGCCAG AATTGCAGTT TGTCTCTGCT 
TCTCTGTCAG AAACCCTTAA AGAAGGGCAT GAACAGCGCA AAAAAATTAG CAGATGTCAG 
GTCTGCATGA AGCATGGGTA A

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

RefSeq	XP_007055095.1
CDS	2..4762
Translation	MTIFSVQQIHGGKYSYIGPCGGQDCSVCQCFPEKGSRGQPGHLGAQGPIGSLGCTGPDGLQGEKGERGENGLPGPSGEKGDKGPTGVPGFPGLDGVPGYPGVEGSRGKPALDGCNGSRGDPGFPGETGCIGPRGSFGVLGQKGEKGNSAYISDFIRGDPGARGLRGPHGLPGQPGLQGDVGPPGSPGQPLLVGPPDSFLVKGEKGAPGNGEKGEKGIPGDPGMQGASGVPGVPGQAGYAGLKGDRGERGQPGLPGVFGTPPVAMKGSRGDPGLPGPSGDDGLIGLTGPPGPSGRPGEDGTSLPGLPGACGQQGPKGSHGDPGLPGTAESTPGRPGSPGAPGLPGAPGRQGLPGPPGIVCHGRGPRGHQGIKGQMGPMGRRGEKGEKGNHGHCSCDLGSAGPPGRRGPPGRQGRKGQTGFPASYGEKGDPGFSGTIGSTGLPGKPGSSGIAGEKGEKGDLAIVKIKGIKGKRGPLGVPGLPGQKGTAGRDGDPGLPGERGIQGDGGSALPGDKGFLGAPGLPGSRGPMGPSGLGFPGPQGIRGHPGDPGSTGISGPPGPKGQRGDIHCYVPPYPGSPGPPGFQGAQGPKGLRGPPGPPGPNGFDGQKGQRGKPGTSGDIGPDGFRGNAGDPGDEGERGSSPDGAPGFPGSPGLSGQKGVPGDTSYGLPGIPGHRGLPGLPGLQGIRGESGTPGPQGQSGRPGFPGATGLRGRKGEIGAPGSPGQPCDKGLQGPPGQLGVLGQRGPPGLPGFKGQKGDMGPPGPAGMKGLPGSPGVPGSPGPPGPRGYPGLPGSNGLLGLPGQRGSKGIQGIQGFPGISGKGGQTGIPGGHGEQGEMGSRGPSGECGDGGQKGERGAQGDSGFITLWLEKGQKGEQGLPGEAGFPGETGEKGSLGIRGIPGFPGKVGLPGTQKGEPGDRGQIGFPGLPGSPGLGGLRGITGFQGQRGDQGERGLPGIPGCPGRDGAKGLKGNRGDSGSQYGPPGQRGPPGDHGSPGPCGFPGERGLPGFQGEPGRQGPKGMPGSPGAKGFPGAICDLGLPGVPGGQGNTGPLGAAGLPGSPGPPGRKGLSGLPGLDGLNGLQGQKGSPGDPGKSEIGPPGYTGAPGPKGDKGEPGQPGISLPGPPGDTGLPGHPGRTGDTGPAGSVGRSPETAASGPPGDQGPPGSHGIRGLPGNPGPPGKTIFVKGDPGEFGVPGAPGIPGQPGQQGAKGFPGNRGRRGLKGPMGNPGLQGPPGPVGPSGDRGFQGQPGPRGPEGCRGDPGEPGKTEHSPCPKTPGPRGVIGQRGAEGSVGFPGPIGYPGPPGSKGEEGLFGLPGQDGSPGPPGPSGDQGVIGEQGYTGPEGPPGQAGIPGPPAPETRAASGFLLILHSQSDKEPFCPEGMPRLWTGYSLLYLEGQEKAHNQDLGLAGSCLPVFNTMPFVFCNIHQVCYYASRNDKSYWLSTAAPLPMMPLSEDEIQPYISRCAVCEASAQAVAVHSQDQSIPPCPLNWRSLWIGYSFLMHTGSGDQGGGQSLMSTGSCLEDFRSAPFIECQGQRGTCQFFANEYSFWLTIVRPELQFVSASLSETLKEGHEQRKKISRCQVCMKHG

Target ORF information:

RefSeq Version	XM_007055033.1
Organism	Chelonia mydas(Green sea turtle)
Definition	Chelonia mydas collagen, type IV, alpha 4 (COL4A4), mRNA.

Target ORF information:

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

XM_007055033.1

ORF Insert Sequence:

ATGACAATTT TTTCAGTGCA ACAAATTCAT GGGGGCAAAT ATTCATATAT TGGTCCATGT 
GGAGGACAAG ATTGTTCGGT TTGCCAGTGC TTTCCTGAAA AAGGATCAAG AGGTCAGCCT 
GGTCACTTAG GTGCTCAAGG TCCAATTGGA TCTTTGGGAT GTACAGGGCC AGATGGTTTG 
CAAGGAGAAA AAGGAGAGAG AGGTGAGAAT GGGCTGCCTG GGCCCTCTGG AGAAAAGGGT 
GATAAGGGCC CAACAGGAGT CCCAGGATTT CCTGGTTTAG ATGGTGTGCC TGGATATCCT 
GGAGTTGAAG GGTCCAGGGG CAAACCTGCC TTGGATGGCT GCAATGGTTC AAGAGGAGAT 
CCTGGATTTC CAGGAGAGAC AGGGTGTATT GGACCAAGAG GCTCATTTGG TGTTCTTGGG 
CAAAAAGGAG AAAAAGGAAA CTCTGCATAT ATTTCAGATT TCATTAGAGG TGATCCAGGA 
GCTAGGGGGC TAAGGGGCCC ACATGGATTG CCAGGTCAAC CAGGCTTGCA GGGTGATGTT 
GGACCTCCTG GATCTCCAGG ACAGCCATTG TTGGTTGGGC CGCCTGATTC TTTCCTGGTT 
AAAGGAGAAA AGGGTGCACC TGGAAATGGA GAGAAGGGTG AAAAAGGTAT TCCTGGAGAC 
CCTGGAATGC AGGGGGCAAG TGGAGTTCCT GGTGTTCCTG GTCAGGCTGG TTATGCTGGT 
CTAAAGGGGG ATCGTGGAGA ACGAGGGCAA CCAGGCCTGC CTGGAGTTTT TGGAACACCA 
CCTGTTGCTA TGAAAGGTTC TCGAGGGGAT CCTGGATTAC CAGGTCCTTC TGGAGATGAT 
GGGTTGATTG GACTAACTGG TCCTCCAGGC CCATCAGGAA GACCTGGTGA AGATGGAACA 
AGCCTCCCTG GTCTGCCAGG AGCATGTGGG CAACAAGGTC CTAAAGGTTC GCACGGGGAT 
CCTGGTCTCC CTGGAACTGC TGAATCAACT CCAGGAAGAC CAGGGTCTCC AGGAGCACCA 
GGATTACCAG GAGCACCAGG AAGACAGGGT TTGCCTGGAC CACCTGGTAT AGTTTGTCAT 
GGCAGAGGTC CCCGTGGACA TCAAGGAATA AAAGGCCAAA TGGGACCCAT GGGAAGAAGA 
GGTGAAAAAG GCGAAAAAGG GAATCATGGC CACTGTTCAT GTGACCTTGG TTCTGCTGGC 
CCACCTGGTA GACGAGGGCC ACCTGGTCGT CAAGGAAGGA AAGGACAGAC GGGATTTCCT 
GCAAGCTATG GAGAAAAGGG TGATCCAGGT TTCTCTGGCA CAATAGGATC AACAGGACTC 
CCAGGCAAGC CTGGTTCTTC TGGAATAGCT GGTGAAAAAG GAGAAAAGGG TGACCTGGCC 
ATAGTGAAAA TCAAAGGAAT AAAAGGAAAA AGAGGCCCTC TAGGGGTTCC AGGACTTCCA 
GGCCAAAAAG GTACTGCTGG CAGAGATGGA GATCCAGGAT TGCCTGGAGA GAGAGGAATT 
CAAGGTGATG GTGGATCAGC ACTGCCAGGT GATAAAGGAT TTCTTGGGGC ACCAGGACTT 
CCTGGTTCAA GAGGGCCTAT GGGACCATCA GGTTTGGGAT TTCCTGGCCC ACAGGGAATC 
AGGGGTCATC CTGGAGACCC AGGAAGTACT GGCATAAGTG GGCCACCTGG TCCAAAGGGT 
CAAAGAGGTG ACATCCACTG TTATGTTCCA CCATATCCTG GAAGTCCAGG CCCTCCAGGT 
TTTCAAGGGG CTCAAGGACC AAAGGGATTA AGAGGACCCC CTGGTCCTCC TGGGCCAAAT 
GGCTTTGATG GGCAAAAGGG CCAACGAGGC AAACCAGGAA CATCAGGCGA TATAGGGCCA 
GATGGCTTTC GAGGCAATGC TGGTGATCCA GGTGATGAAG GTGAAAGAGG TTCTTCTCCT 
GATGGTGCCC CAGGTTTCCC TGGCAGTCCT GGACTTTCAG GTCAGAAAGG TGTTCCAGGT 
GATACAAGTT ATGGTCTTCC AGGAATTCCA GGCCACAGAG GATTGCCAGG ATTACCTGGT 
TTACAAGGAA TACGAGGTGA ATCAGGAACT CCTGGGCCAC AAGGACAGTC TGGCAGACCA 
GGATTTCCAG GTGCTACAGG TCTGAGAGGC AGAAAAGGTG AAATAGGAGC TCCAGGTTCA 
CCCGGTCAGC CATGTGATAA AGGCTTACAA GGGCCACCAG GACAGCTAGG AGTTCTTGGA 
CAGCGAGGCC CTCCAGGCTT ACCAGGTTTT AAAGGTCAGA AAGGAGACAT GGGCCCACCA 
GGGCCAGCTG GAATGAAAGG CCTACCAGGA TCTCCTGGTG TACCAGGGTC CCCTGGTCCT 
CCAGGCCCTC GAGGATATCC AGGGCTTCCT GGGAGCAATG GATTACTTGG ACTCCCAGGC 
CAACGAGGTA GCAAAGGCAT CCAAGGCATC CAAGGTTTCC CAGGAATCTC AGGAAAAGGC 
GGACAGACAG GAATCCCGGG TGGACATGGT GAACAAGGAG AAATGGGCTC AAGGGGGCCT 
TCTGGAGAAT GTGGGGATGG AGGGCAAAAA GGTGAAAGAG GTGCTCAAGG AGACAGTGGC 
TTCATTACCT TATGGCTGGA AAAAGGACAA AAGGGGGAAC AAGGGCTTCC TGGTGAGGCT 
GGGTTTCCAG GGGAAACAGG TGAAAAAGGC AGTCTTGGAA TCAGAGGGAT CCCAGGATTT 
CCAGGCAAAG TAGGGCTCCC AGGAACTCAG AAGGGTGAAC CTGGTGATCG TGGGCAGATT 
GGGTTTCCAG GGCTGCCAGG CTCCCCAGGA TTGGGAGGTT TAAGAGGAAT TACTGGTTTT 
CAAGGACAAC GAGGTGACCA GGGTGAGCGA GGTTTACCAG GAATTCCTGG ATGTCCAGGC 
CGTGATGGTG CAAAAGGACT TAAAGGTAAC AGAGGTGACT CGGGCAGTCA ATATGGTCCA 
CCTGGTCAAA GAGGTCCTCC AGGAGATCAT GGATCACCAG GACCCTGTGG ATTCCCAGGA 
GAGCGGGGTT TACCAGGTTT CCAAGGAGAA CCTGGAAGAC AAGGACCCAA GGGGATGCCT 
GGATCCCCAG GAGCAAAAGG CTTTCCAGGT GCTATATGTG ATTTGGGATT GCCAGGAGTT 
CCAGGTGGAC AAGGCAATAC CGGGCCTTTA GGAGCTGCAG GATTGCCAGG ATCACCTGGT 
CCCCCAGGCA GGAAAGGTTT ATCAGGGTTG CCTGGATTAG ATGGCTTGAA TGGACTGCAA 
GGTCAAAAGG GCTCACCAGG AGATCCAGGT AAAAGTGAAA TAGGGCCTCC AGGATACACA 
GGGGCACCTG GACCAAAAGG AGACAAGGGT GAACCTGGAC AGCCAGGAAT TTCTCTTCCA 
GGACCTCCTG GAGACACGGG TTTGCCAGGA CACCCAGGTA GAACAGGAGA TACCGGGCCT 
GCAGGATCTG TGGGAAGATC TCCTGAAACT GCAGCTTCTG GTCCTCCGGG TGATCAGGGG 
CCACCTGGCT CACATGGCAT CAGAGGCCTG CCTGGCAATC CTGGCCCTCC TGGAAAGACT 
ATCTTTGTGA AAGGCGATCC GGGGGAATTT GGTGTTCCAG GTGCACCCGG TATTCCTGGC 
CAGCCAGGGC AGCAAGGAGC CAAAGGCTTT CCAGGAAATC GAGGAAGAAG AGGCCTGAAA 
GGTCCGATGG GAAACCCTGG CCTCCAGGGT CCCCCTGGCC CTGTTGGGCC ATCTGGGGAT 
CGAGGTTTTC AAGGACAACC TGGCCCTCGA GGTCCTGAAG GTTGCAGAGG TGACCCTGGT 
GAACCAGGAA AAACAGAACA CTCCCCATGT CCCAAGACAC CAGGTCCTCG TGGAGTAATA 
GGACAAAGAG GAGCTGAAGG GTCTGTAGGA TTTCCAGGGC CAATAGGTTA CCCTGGACCC 
CCAGGAAGTA AAGGTGAAGA AGGGTTGTTT GGCTTGCCAG GTCAAGATGG CTCACCTGGT 
CCACCAGGAC CCTCAGGTGA CCAAGGTGTC ATAGGAGAAC AAGGATACAC TGGTCCAGAA 
GGTCCACCTG GCCAAGCCGG AATCCCCGGA CCACCAGCGC CTGAAACGAG AGCTGCTAGT 
GGGTTCCTGC TCATTCTTCA CAGTCAGTCA GATAAAGAAC CATTTTGTCC TGAGGGAATG 
CCAAGATTGT GGACAGGATA TAGTCTGCTA TATCTGGAAG GACAGGAGAA AGCTCATAAT 
CAAGATCTTG GCCTGGCAGG ATCCTGTCTT CCTGTATTCA ACACCATGCC GTTTGTCTTC 
TGCAACATCC ACCAAGTTTG TTACTATGCC AGTCGAAATG ATAAGTCCTA CTGGCTGTCA 
ACTGCTGCTC CTTTACCAAT GATGCCTCTC TCGGAAGATG AAATACAACC CTACATTAGC 
AGATGTGCTG TATGTGAGGC CTCAGCCCAA GCTGTAGCAG TTCATAGCCA AGATCAGTCC 
ATTCCCCCAT GCCCATTGAA CTGGAGAAGT CTTTGGATAG GCTATTCTTT TTTAATGCAC 
ACTGGGTCTG GAGATCAGGG AGGTGGACAG TCTCTTATGT CAACTGGAAG TTGCCTTGAA 
GACTTTAGAT CAGCACCATT CATCGAATGC CAGGGTCAGC GGGGAACATG TCAATTTTTT 
GCTAATGAAT ATAGCTTCTG GTTAACAATC GTCAGGCCAG AATTGCAGTT TGTCTCTGCT 
TCTCTGTCAG AAACCCTTAA AGAAGGGCAT GAACAGCGCA AAAAAATTAG CAGATGTCAG 
GTCTGCATGA AGCATGGGTA A