COL4A3 cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	COL4A3
Entrez Gene ID	102102271
Full Name	collagen type IV alpha 3 chain
Gene Type	protein-coding
Organism	Pseudopodoces humilis(Tibetan ground-tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014256108.1	XP_014111583.1	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
OPs18901	XM_014256108.1 Latest version!	Pseudopodoces humilis collagen, type IV, alpha 3 (Goodpasture antigen) (COL4A3), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$881.30 $1259.00

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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_014256108.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014111583.1 Pseudopodoces humilis collagen, type IV, alpha 3 (Goodpasture antigen) (COL4A3), mRNA.

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CloneID	OPs18901
Clone ID Related Accession (Same CDS sequence)	XM_014256108.1
Accession Version	XM_014256108.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4869bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
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 (NW_005087589.1) 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 :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGCTGTTA ACAGGAGTCT TCTAAGAACT GTGTATGCAA AGGTAAAAGT CCCTGCTTTT 
GTGATAGCAC AAAAGGGTGA AAAAGGCTTT CCTGGTGTTC CAGGTCCACC TGGTCAAAGA 
GGCTTTCCTG GTCCAGAAGG GCCTCCAGGG CCACAGGGAC CAAAGGGTTC TCCAGGGCTT 
ACAGGCTTAG TTGGACCCAA AGGTGTACGA GGACTCCCAG GAATACCCGG ATTTTCAGGT 
CCTCCAGGCC TTCCGGGTGA ACCAGGAACT GTTGGTCCTC CTGGGCTCCC GGGTGTTCCA 
GGATGCAATG GCACAAAGGG TGACCAAGGA TTTCCAGGTC CTCCAGGTCG AAGAGGTTCT 
CCAGGCCTTC CAGGAGTTGC TGGTATCAAA GGAGAGAAGG GGTGCCCTGC AGAGGGATAT 
ACCCAAGAAT ATGGTGCAAA AGGTGATCCT GGATTACCAG GAATGCCTGG TCTCCAGGGT 
GCCCAGGGTG CTCAAGGATA TCCTGGGGAA CTTGGACCAC AGGGCCCTCC AGGACCTTTA 
GGCATGCCAG GGAAACCAGG ATCTCCTGGA CCTAAGGGTC TTATGGGACT GAAAGTAATA 
GGAGCCAAAG GAAGAAAGGG TGACACTGGG TTAACCGGAC CTCCTGGGCC CCCTGGAACT 
GTTATTGTGA CATTAAGCGG ACCAGACAAC ATGACGGACT TGAAAGGAGA AAAAGGAGAA 
AAAGGATCAA GAGGACCCCC AGGGCCAATG GGGTTTACAG GGCTGGTTGG TGATTCCCAA 
AGCGAAAAGG GTGACCGAGG AGAACCAGGA GCACAGGGGA AGCCTGGAAA AGAAGGTGCT 
CCGGGTCCAC CTGGCTTACC GGGACAAAAG GGTGAACAGG GCAAGCCAGG ACTGGCTGGA 
AGGCAAGGAG CTAAGGGGAT GAAAGGAAAC CCTGGTCCAC ATGGAGCTTG TGGTCGAACG 
GAGTATTACG ATTATGTGGT TGGTGAAAAA GGGGATGAAG GACCCCCTGG ACCTCCAGGA 
CCAAAAGGTC AACGTGGCGT GCCTGGGCCA CAGGGTCCTC CTGGAAATGC TGGTAGACCA 
GGTGTGTCAA GACCTGGCCT GAGAGGTCCC CCAGGATTTC CTGGGCCAAA AGGAACAAAA 
GGAGAGAAAG GACAAACTGG CTTGTGTATT GTAGGCCCTC CAGGACTGCC TGGTATTACT 
GGCAGGCCTG GTTCTGTTGG ATTACCAGGT CCTCCAGGAG AACCAGGTAG AATAACATTT 
GGAACTGGCC TACCAGGACT TCCTGGAGAG CCAGGGCGTA CAGGACCCCC AGGACCTCCA 
GGAGACACTG GCATGAGAGG TGATGATGCT CGTGTGTGTA CTGATTGTAG ATACATTCCA 
GGAATGCCTG GTCTTCCTGG TTCTCCTGGG CCTCGTGGTC AGGATGGCAT GCCTGGTAGA 
GAAGGAACAA CAGGTCCAAA AGGTTCTCCA GGTTCTCCAG GAACACCAGG GTTTCCAGGG 
GCTCAAGGAT CTCCAGGTTT TAGAGGAGAT CAAGGACGTA AAGGATCAAA AGGTGAGCCA 
GGATATATAC ATCCAGAGGG GCCAAAAGGT GAGCGAGGAG ATCCGGGACC CAGGGGAGAC 
AAAGGAAGAA GAGGTTCAAG TGGTTTTCTG GGAAGACCTG GTTCTAAAGG ATCCAAGGGT 
TCTAAAGGTG AAGAGGGATT GGCTGGATCA AAAGGAGATA GAGGACTACC TGGTTTGCCT 
GGTGTACTTG GACTTCCTGG AGAAATGGGG CTTCCTGGAC TGCCAGGTTA TGGACCACAA 
GGAGTAAGAG GTTTTAAAGG CTCTAAAGGA ATACCTGGAC CACCTGGATT ACCTGGAGAA 
GCTGGTCTGA AAGGAGAGAC CAGTAGGGCA ATTCCATTAC CTGCATTGCC GGGACCTCAG 
GGACCACATG GTTTACCTGG ACTCCCAGGA GTGCCTGGTA GGGTTGGAGC AAGAGGTCAG 
CCAGGTGATC CAGGACATTC AGGACCAACA GGTGACACAG GCTTTCCAGG ACTTGGGTTT 
CCTGGAAACC CAGGTCCAAA AGGAGATAAA GGACTTGCAG GAGGCAGAGG CCCGCCAGGT 
TGCGAAGGAA AGATTGGAGA TCCAGGACGA GCTGGAAACC TAGGACAACC AGGACAAAAG 
GGTGAGCCAG GCATGGTTAT TCCTGGAGAA CCAGGAAGAA TGGGTTCACC AGGAGGTCAT 
GGCAGTCCTG GCTCAAAAGG TGAAAGTGGT CTTCCAGGAC TCCCAGGCCT ACCAGGGCAT 
CCTGGCTATG ATGGTGATGA TGGCCTAAGA GGAGATCGTG GCTCACCTGG AGTTCCTGGA 
GACCCGGGTT TTCCAGGGAA ACCTGCTGAA TGTCTTATTG GCCTGCCAGG TTTGCCAGGT 
GGCCAGGGAG CTACAGGCCC ACCAGGAGAA AGAGGTTTAC AAGGCTCAAA AGGAAACCTA 
GGTCCTCCTG GTTTGAGTAT CCCGGGAATT TATGGAAAGC CTGGAGAACC TGGATTAACA 
GGTCTTCAGG GATATACAGG ATTACCTGGT CCCAAGGGAG AGTCTGGAAG GCCAGGAATC 
TCTGGTTTGC CAGGTGCAAG GGGAGATCCA GGTGTAATGG GACTGTTAGG AATTCCTGGA 
CCCCCTGGCA TGGTTGGAAG ACCAGGCAAC CCTGGTATCA GAGGTTCTCC TGGCTTCCCA 
GGAATAAAGG GAAGAAAAGG ATTTCTTGGA GAAAAAGGTG AACCAGGTGA TAAAGGTTTT 
CCTGGACCAT CTGAGACCTT GGTTGGTATT GGGGACAAAG GAGAACGAGG TTTAAGAGGA 
GTTCAAGGCC AAATGGGTAT AAGGGGAGAA AAAGGAGATG CTGGTGTGCA AGGTCCCCCA 
GGTGTTGATG GGCCTGAAGG AATGCCTGGT CTACCAGGAG ACAAAGGATT TATGGGTCTT 
CCAGGGGTTC CTGGCAGACA AGGATTCCCA GGTGCATATG GAGACAAAGG AGACATGGGA 
ATTCCAGGTC CAAAAGGCCA GAAGGGATCT CCAGGCTTTC CAGGACCATC AGGTGACCCT 
GGTCCACCAG GCTATGGTGG CTTTCCAGGT GACAAAGGAG ATCCTGGGTA CCCATCTGCT 
GGGCCTCCAG GAGAACCTGG TTCAAAGGGA GATCCAGGTC CCCCAGGAGC TTTTGGCAGC 
AAAGGAGAAA AGGGCTCTAA GGGTCATCCA GGACCTACAG GAGTACCAGG ACCACATGGG 
ATTAGAGGGG AAACTGGAGG TGCAGGAATC CCAGGAAAAC ATGGACTCCC TGGAGATACT 
GGTGTTAAAG GATGCCAGGG CCGCCCAGGA CAGCAGGGAG TCCCAGGCCC TCCTGGTGCT 
GTTGGAGTCC CTGGAAAACA TGGACTTGTT GGTGAAAGGG GTACTCAAGG TCAGGATGGT 
ATGCCTGGTC CCCCAGGAGT AAAGGGAGAA CCAGGACCAC CAGGGAGAGG GATCCCTGGT 
CTTCAAGGTA TTCCTGGACG TAGAGGAATC AAAGGGGACA TGGGACTGCC TGGTTTTCCT 
GGGCCTCCAG GTGTGAAAGG TCATCAAGGA GATCGAGGAC CCATTGGACC TCCTGGCTTA 
GTGGGGTTAC CTGGATTTCA GGGCACCACA GGCATGGCAA TTACTGGCCA GAAAGGGAAC 
AGAGGTATTC CTGGTGCACG TGGAAGACCA GGTGCTCCTG GTTTTCCAGG CCTTCCTGGT 
CTTTCCACTT TCAGCATGAA AGGAAGCAAA GGTGTCCAAG GGGCAGATGG AATACCAGGG 
CCAAGGGGCC CAGCTGGCGA CATTGGCCCT CCTGGTCCCA AAGGAATAGA AGGTCAATCA 
GGCTATCCTG GTGCTAGAGG GCACCCTGGA TTTCTTGGAT TCCCAGGTGT AAAAGGAGAA 
AAGGGTAATC AAGGACCCCC AGGACCACAT GGTGCAGAAG GGCCAAGGGG ACCAAAGGGC 
CAGCATGGGC CACCTGGAGT CTCTGGAAAA ATATTCTCCA TCCCAGGAAG CAAGGGTCCT 
CCAGGACTGC CAGGAATCCC AGGAACACCA GGTGATCAAG GAATTCAAGG GTTTCCTGGA 
GTACAAGGAC CTAAAGGAGT AAAAGGTCTA CCAGGACGTT TTGGTCATCC AGGTCATCCA 
GGATTGCCTG GTCCAAAAGG GGACAGGGGA TTTCCAGGAC AAAGAGGACC ACCTGGATTG 
ATTGGCTTTC CAGGTCTGCA GGGGTTACCT GGATCACCAG GTACTGTCAT TGCTGGTCCA 
ACAAGAAAAG GATTTATCTT TACCCGGCAT AGTCAGACAA CAAAGATTCC TTTGTGCCCA 
CACGGGACAT CCCAAATCTA TGTTGGCTAT TCGCTGCTTT TTGTACAAGG AAATGAACGA 
GCTCATGGAC AAGATCTTGG AACAGCTGGT AGCTGCTTGC AGAGGTTCAG CACCATGCCA 
TTCTTGTTCT GTAGCCCCAA TGATGTTTGT AGCTTTGCTT CTCGCAATGA CTACTCCTAC 
TGGCTGTCTA CTGCAGTGGT GATGCCACCA GACATGGCAC CCATTTCTGG CAGGGCACTA 
GAGCCCCAGA TAAGCAGGTG TGTTGTCTGT GAAGGAGCTG CAATGGTAAT AGCGGTTCAC 
AGCCAAACAA CTGTGGTTCC TGCATGTCCA GATGGCTGGA TGTCTCTCTG GAAGGGTTTT 
TCTTTTGTTA TGTACACAAG TGCTGGCTCA GAAGCTTCTG GCCAAGCATT GGCATCTCCT 
GGATCTTGTC TGGAAGAATT TCGGGCCGTC CCATTCATAG AGTGCCATGG CAGGGGGACG 
TGCAACTACT ATACAAATTC CTACAGTTTC TGGCTGGCAT CATTAAATCC AAGAAGAATG 
TTCAGGTAA

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

RefSeq	XP_014111583.1
CDS	1..4869
Translation	MAVNRSLLRTVYAKVKVPAFVIAQKGEKGFPGVPGPPGQRGFPGPEGPPGPQGPKGSPGLTGLVGPKGVRGLPGIPGFSGPPGLPGEPGTVGPPGLPGVPGCNGTKGDQGFPGPPGRRGSPGLPGVAGIKGEKGCPAEGYTQEYGAKGDPGLPGMPGLQGAQGAQGYPGELGPQGPPGPLGMPGKPGSPGPKGLMGLKVIGAKGRKGDTGLTGPPGPPGTVIVTLSGPDNMTDLKGEKGEKGSRGPPGPMGFTGLVGDSQSEKGDRGEPGAQGKPGKEGAPGPPGLPGQKGEQGKPGLAGRQGAKGMKGNPGPHGACGRTEYYDYVVGEKGDEGPPGPPGPKGQRGVPGPQGPPGNAGRPGVSRPGLRGPPGFPGPKGTKGEKGQTGLCIVGPPGLPGITGRPGSVGLPGPPGEPGRITFGTGLPGLPGEPGRTGPPGPPGDTGMRGDDARVCTDCRYIPGMPGLPGSPGPRGQDGMPGREGTTGPKGSPGSPGTPGFPGAQGSPGFRGDQGRKGSKGEPGYIHPEGPKGERGDPGPRGDKGRRGSSGFLGRPGSKGSKGSKGEEGLAGSKGDRGLPGLPGVLGLPGEMGLPGLPGYGPQGVRGFKGSKGIPGPPGLPGEAGLKGETSRAIPLPALPGPQGPHGLPGLPGVPGRVGARGQPGDPGHSGPTGDTGFPGLGFPGNPGPKGDKGLAGGRGPPGCEGKIGDPGRAGNLGQPGQKGEPGMVIPGEPGRMGSPGGHGSPGSKGESGLPGLPGLPGHPGYDGDDGLRGDRGSPGVPGDPGFPGKPAECLIGLPGLPGGQGATGPPGERGLQGSKGNLGPPGLSIPGIYGKPGEPGLTGLQGYTGLPGPKGESGRPGISGLPGARGDPGVMGLLGIPGPPGMVGRPGNPGIRGSPGFPGIKGRKGFLGEKGEPGDKGFPGPSETLVGIGDKGERGLRGVQGQMGIRGEKGDAGVQGPPGVDGPEGMPGLPGDKGFMGLPGVPGRQGFPGAYGDKGDMGIPGPKGQKGSPGFPGPSGDPGPPGYGGFPGDKGDPGYPSAGPPGEPGSKGDPGPPGAFGSKGEKGSKGHPGPTGVPGPHGIRGETGGAGIPGKHGLPGDTGVKGCQGRPGQQGVPGPPGAVGVPGKHGLVGERGTQGQDGMPGPPGVKGEPGPPGRGIPGLQGIPGRRGIKGDMGLPGFPGPPGVKGHQGDRGPIGPPGLVGLPGFQGTTGMAITGQKGNRGIPGARGRPGAPGFPGLPGLSTFSMKGSKGVQGADGIPGPRGPAGDIGPPGPKGIEGQSGYPGARGHPGFLGFPGVKGEKGNQGPPGPHGAEGPRGPKGQHGPPGVSGKIFSIPGSKGPPGLPGIPGTPGDQGIQGFPGVQGPKGVKGLPGRFGHPGHPGLPGPKGDRGFPGQRGPPGLIGFPGLQGLPGSPGTVIAGPTRKGFIFTRHSQTTKIPLCPHGTSQIYVGYSLLFVQGNERAHGQDLGTAGSCLQRFSTMPFLFCSPNDVCSFASRNDYSYWLSTAVVMPPDMAPISGRALEPQISRCVVCEGAAMVIAVHSQTTVVPACPDGWMSLWKGFSFVMYTSAGSEASGQALASPGSCLEEFRAVPFIECHGRGTCNYYTNSYSFWLASLNPRRMFR

Target ORF information:

RefSeq Version	XM_014256108.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis collagen, type IV, alpha 3 (Goodpasture antigen) (COL4A3), mRNA.

Target ORF information:

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

XM_014256108.1

ORF Insert Sequence:

ATGGCTGTTA ACAGGAGTCT TCTAAGAACT GTGTATGCAA AGGTAAAAGT CCCTGCTTTT 
GTGATAGCAC AAAAGGGTGA AAAAGGCTTT CCTGGTGTTC CAGGTCCACC TGGTCAAAGA 
GGCTTTCCTG GTCCAGAAGG GCCTCCAGGG CCACAGGGAC CAAAGGGTTC TCCAGGGCTT 
ACAGGCTTAG TTGGACCCAA AGGTGTACGA GGACTCCCAG GAATACCCGG ATTTTCAGGT 
CCTCCAGGCC TTCCGGGTGA ACCAGGAACT GTTGGTCCTC CTGGGCTCCC GGGTGTTCCA 
GGATGCAATG GCACAAAGGG TGACCAAGGA TTTCCAGGTC CTCCAGGTCG AAGAGGTTCT 
CCAGGCCTTC CAGGAGTTGC TGGTATCAAA GGAGAGAAGG GGTGCCCTGC AGAGGGATAT 
ACCCAAGAAT ATGGTGCAAA AGGTGATCCT GGATTACCAG GAATGCCTGG TCTCCAGGGT 
GCCCAGGGTG CTCAAGGATA TCCTGGGGAA CTTGGACCAC AGGGCCCTCC AGGACCTTTA 
GGCATGCCAG GGAAACCAGG ATCTCCTGGA CCTAAGGGTC TTATGGGACT GAAAGTAATA 
GGAGCCAAAG GAAGAAAGGG TGACACTGGG TTAACCGGAC CTCCTGGGCC CCCTGGAACT 
GTTATTGTGA CATTAAGCGG ACCAGACAAC ATGACGGACT TGAAAGGAGA AAAAGGAGAA 
AAAGGATCAA GAGGACCCCC AGGGCCAATG GGGTTTACAG GGCTGGTTGG TGATTCCCAA 
AGCGAAAAGG GTGACCGAGG AGAACCAGGA GCACAGGGGA AGCCTGGAAA AGAAGGTGCT 
CCGGGTCCAC CTGGCTTACC GGGACAAAAG GGTGAACAGG GCAAGCCAGG ACTGGCTGGA 
AGGCAAGGAG CTAAGGGGAT GAAAGGAAAC CCTGGTCCAC ATGGAGCTTG TGGTCGAACG 
GAGTATTACG ATTATGTGGT TGGTGAAAAA GGGGATGAAG GACCCCCTGG ACCTCCAGGA 
CCAAAAGGTC AACGTGGCGT GCCTGGGCCA CAGGGTCCTC CTGGAAATGC TGGTAGACCA 
GGTGTGTCAA GACCTGGCCT GAGAGGTCCC CCAGGATTTC CTGGGCCAAA AGGAACAAAA 
GGAGAGAAAG GACAAACTGG CTTGTGTATT GTAGGCCCTC CAGGACTGCC TGGTATTACT 
GGCAGGCCTG GTTCTGTTGG ATTACCAGGT CCTCCAGGAG AACCAGGTAG AATAACATTT 
GGAACTGGCC TACCAGGACT TCCTGGAGAG CCAGGGCGTA CAGGACCCCC AGGACCTCCA 
GGAGACACTG GCATGAGAGG TGATGATGCT CGTGTGTGTA CTGATTGTAG ATACATTCCA 
GGAATGCCTG GTCTTCCTGG TTCTCCTGGG CCTCGTGGTC AGGATGGCAT GCCTGGTAGA 
GAAGGAACAA CAGGTCCAAA AGGTTCTCCA GGTTCTCCAG GAACACCAGG GTTTCCAGGG 
GCTCAAGGAT CTCCAGGTTT TAGAGGAGAT CAAGGACGTA AAGGATCAAA AGGTGAGCCA 
GGATATATAC ATCCAGAGGG GCCAAAAGGT GAGCGAGGAG ATCCGGGACC CAGGGGAGAC 
AAAGGAAGAA GAGGTTCAAG TGGTTTTCTG GGAAGACCTG GTTCTAAAGG ATCCAAGGGT 
TCTAAAGGTG AAGAGGGATT GGCTGGATCA AAAGGAGATA GAGGACTACC TGGTTTGCCT 
GGTGTACTTG GACTTCCTGG AGAAATGGGG CTTCCTGGAC TGCCAGGTTA TGGACCACAA 
GGAGTAAGAG GTTTTAAAGG CTCTAAAGGA ATACCTGGAC CACCTGGATT ACCTGGAGAA 
GCTGGTCTGA AAGGAGAGAC CAGTAGGGCA ATTCCATTAC CTGCATTGCC GGGACCTCAG 
GGACCACATG GTTTACCTGG ACTCCCAGGA GTGCCTGGTA GGGTTGGAGC AAGAGGTCAG 
CCAGGTGATC CAGGACATTC AGGACCAACA GGTGACACAG GCTTTCCAGG ACTTGGGTTT 
CCTGGAAACC CAGGTCCAAA AGGAGATAAA GGACTTGCAG GAGGCAGAGG CCCGCCAGGT 
TGCGAAGGAA AGATTGGAGA TCCAGGACGA GCTGGAAACC TAGGACAACC AGGACAAAAG 
GGTGAGCCAG GCATGGTTAT TCCTGGAGAA CCAGGAAGAA TGGGTTCACC AGGAGGTCAT 
GGCAGTCCTG GCTCAAAAGG TGAAAGTGGT CTTCCAGGAC TCCCAGGCCT ACCAGGGCAT 
CCTGGCTATG ATGGTGATGA TGGCCTAAGA GGAGATCGTG GCTCACCTGG AGTTCCTGGA 
GACCCGGGTT TTCCAGGGAA ACCTGCTGAA TGTCTTATTG GCCTGCCAGG TTTGCCAGGT 
GGCCAGGGAG CTACAGGCCC ACCAGGAGAA AGAGGTTTAC AAGGCTCAAA AGGAAACCTA 
GGTCCTCCTG GTTTGAGTAT CCCGGGAATT TATGGAAAGC CTGGAGAACC TGGATTAACA 
GGTCTTCAGG GATATACAGG ATTACCTGGT CCCAAGGGAG AGTCTGGAAG GCCAGGAATC 
TCTGGTTTGC CAGGTGCAAG GGGAGATCCA GGTGTAATGG GACTGTTAGG AATTCCTGGA 
CCCCCTGGCA TGGTTGGAAG ACCAGGCAAC CCTGGTATCA GAGGTTCTCC TGGCTTCCCA 
GGAATAAAGG GAAGAAAAGG ATTTCTTGGA GAAAAAGGTG AACCAGGTGA TAAAGGTTTT 
CCTGGACCAT CTGAGACCTT GGTTGGTATT GGGGACAAAG GAGAACGAGG TTTAAGAGGA 
GTTCAAGGCC AAATGGGTAT AAGGGGAGAA AAAGGAGATG CTGGTGTGCA AGGTCCCCCA 
GGTGTTGATG GGCCTGAAGG AATGCCTGGT CTACCAGGAG ACAAAGGATT TATGGGTCTT 
CCAGGGGTTC CTGGCAGACA AGGATTCCCA GGTGCATATG GAGACAAAGG AGACATGGGA 
ATTCCAGGTC CAAAAGGCCA GAAGGGATCT CCAGGCTTTC CAGGACCATC AGGTGACCCT 
GGTCCACCAG GCTATGGTGG CTTTCCAGGT GACAAAGGAG ATCCTGGGTA CCCATCTGCT 
GGGCCTCCAG GAGAACCTGG TTCAAAGGGA GATCCAGGTC CCCCAGGAGC TTTTGGCAGC 
AAAGGAGAAA AGGGCTCTAA GGGTCATCCA GGACCTACAG GAGTACCAGG ACCACATGGG 
ATTAGAGGGG AAACTGGAGG TGCAGGAATC CCAGGAAAAC ATGGACTCCC TGGAGATACT 
GGTGTTAAAG GATGCCAGGG CCGCCCAGGA CAGCAGGGAG TCCCAGGCCC TCCTGGTGCT 
GTTGGAGTCC CTGGAAAACA TGGACTTGTT GGTGAAAGGG GTACTCAAGG TCAGGATGGT 
ATGCCTGGTC CCCCAGGAGT AAAGGGAGAA CCAGGACCAC CAGGGAGAGG GATCCCTGGT 
CTTCAAGGTA TTCCTGGACG TAGAGGAATC AAAGGGGACA TGGGACTGCC TGGTTTTCCT 
GGGCCTCCAG GTGTGAAAGG TCATCAAGGA GATCGAGGAC CCATTGGACC TCCTGGCTTA 
GTGGGGTTAC CTGGATTTCA GGGCACCACA GGCATGGCAA TTACTGGCCA GAAAGGGAAC 
AGAGGTATTC CTGGTGCACG TGGAAGACCA GGTGCTCCTG GTTTTCCAGG CCTTCCTGGT 
CTTTCCACTT TCAGCATGAA AGGAAGCAAA GGTGTCCAAG GGGCAGATGG AATACCAGGG 
CCAAGGGGCC CAGCTGGCGA CATTGGCCCT CCTGGTCCCA AAGGAATAGA AGGTCAATCA 
GGCTATCCTG GTGCTAGAGG GCACCCTGGA TTTCTTGGAT TCCCAGGTGT AAAAGGAGAA 
AAGGGTAATC AAGGACCCCC AGGACCACAT GGTGCAGAAG GGCCAAGGGG ACCAAAGGGC 
CAGCATGGGC CACCTGGAGT CTCTGGAAAA ATATTCTCCA TCCCAGGAAG CAAGGGTCCT 
CCAGGACTGC CAGGAATCCC AGGAACACCA GGTGATCAAG GAATTCAAGG GTTTCCTGGA 
GTACAAGGAC CTAAAGGAGT AAAAGGTCTA CCAGGACGTT TTGGTCATCC AGGTCATCCA 
GGATTGCCTG GTCCAAAAGG GGACAGGGGA TTTCCAGGAC AAAGAGGACC ACCTGGATTG 
ATTGGCTTTC CAGGTCTGCA GGGGTTACCT GGATCACCAG GTACTGTCAT TGCTGGTCCA 
ACAAGAAAAG GATTTATCTT TACCCGGCAT AGTCAGACAA CAAAGATTCC TTTGTGCCCA 
CACGGGACAT CCCAAATCTA TGTTGGCTAT TCGCTGCTTT TTGTACAAGG AAATGAACGA 
GCTCATGGAC AAGATCTTGG AACAGCTGGT AGCTGCTTGC AGAGGTTCAG CACCATGCCA 
TTCTTGTTCT GTAGCCCCAA TGATGTTTGT AGCTTTGCTT CTCGCAATGA CTACTCCTAC 
TGGCTGTCTA CTGCAGTGGT GATGCCACCA GACATGGCAC CCATTTCTGG CAGGGCACTA 
GAGCCCCAGA TAAGCAGGTG TGTTGTCTGT GAAGGAGCTG CAATGGTAAT AGCGGTTCAC 
AGCCAAACAA CTGTGGTTCC TGCATGTCCA GATGGCTGGA TGTCTCTCTG GAAGGGTTTT 
TCTTTTGTTA TGTACACAAG TGCTGGCTCA GAAGCTTCTG GCCAAGCATT GGCATCTCCT 
GGATCTTGTC TGGAAGAATT TCGGGCCGTC CCATTCATAG AGTGCCATGG CAGGGGGACG 
TGCAACTACT ATACAAATTC CTACAGTTTC TGGCTGGCAT CATTAAATCC AAGAAGAATG 
TTCAGGTAA