lama4 cDNA ORF clone, Callorhinchus milii(elephant shark)

Gene
Clones
gRNAs

Summary

Gene Symbol	lama4
Entrez Gene ID	103182579
Full Name	laminin subunit alpha 4
Gene Type	protein-coding
Organism	Callorhinchus milii(elephant shark)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007899643.1	XP_007897834.1	laminin subunit alpha-4

Pathways from BioSystems
Gene Ontology

The following lama4 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the lama4 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
OCa380590	XM_007899643.1 Latest version!	Callorhinchus milii laminin, alpha 4 (lama4), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

lama4 ( XM_007899643.1 ) cDNA ORF clone, Callorhinchus milii(elephant shark) -> XP_007897834.1 Callorhinchus milii laminin, alpha 4 (lama4), mRNA.

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CloneID	OCa380590
Clone ID Related Accession (Same CDS sequence)	XM_007899643.1
Accession Version	XM_007899643.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5736bp) 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	2014-05-08
Organism	Callorhinchus milii(elephant shark)
Product	laminin subunit alpha-4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006890124.1) 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 :: Callorhinchus milii Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTGTA TTTCACCCTG GCTCTGTGCT TTCTTCCTAA CTATCTTTGG ATTGTTTAGC 
TCAGCTGCTG GCTCTGGGCA AAGCAGTGGT TTTCCCATCT ATACAGTGGA TGATATTAAG 
GGTAAAGCTA CCACCTACAG AAATCAGGGT TCACTGGACA TCGGGAGTCA ATATGAGGAG 
AAATGTGACG CAGGCTGGTT CAGCACAGAT TATGGATCGT GTTTGCCTTG TGAATGTCAT 
GGATATTCAG ACAATTGCCT TGATGGTTCA GGAGATTGCA TTGATTGTCA GGATAATACA 
ACAGGGAAGC AATGTGAAAG ATGTCTTGAT GGATATATCG GTGATGTCAT TGAAGATCAT 
TTAGTTTCTT GCCAACCATG TCCTTGTCCT CTAACGCTAC CCACAAACAA TTTTGCTATT 
TCCTGCATGA AGAAAGCCAA CAGATTACGC TGTATTTGCC AGGAAAATTA TGCTGGGCCC 
AGCTGTGAAA GATGTGCACC TGGGTACTAT GGAAACCCCT TGCTAATAGG AAGCTTTTGC 
AAGAAGTGTA ACTGCAATGG TAATTCTGAT CCCAACTTGA TCTTTGATGA CTGTGATGAA 
ATAACTGGCA ATTGTCACAA TTGTCTGCGG AATACAACAG GTATCCACTG TGAACGCTGT 
GCTCCAGGAT ACTTTGGAGA TGCCGTTGTT GCCAAAAACT GTACAGACTG TCTCTGTGAG 
AAATGTGGGA CGGACGAGTG TGATCACCAG TCTGGGCACT GTCGCTGTAA GCCTGGAGTT 
ACGGGAACTT TATGTGACCA CTGTGAGGTT GGATACTATG GATACAGCAG TTGTTCTGGT 
TGTCTTCAAT GTGAGTGCAC TGAAGCTTCT CTGGGTAATT ACTGTGACCC ATTGAGTGGA 
CAGTGTAGGT GCCTACCAGG AGCCACAGGA AGGCTTTGTG AACGATGCCT CTACGGATTC 
TGGAATTACG GATCAAATGG CTGCCAGAGA TGTCAATGTG AAGGACATTG TGACAGTGTG 
ACAGGACAGT GCTTGGCAGG GCCTACAGAA GCCCCAACCA ACTGCTCGGT TGTTAAGTGT 
GACAAGTGCA TCTGGGACTT ACTGGAGGAC TTGGAATTGA CAGGATCTTC ACTGGAAGAA 
GTCAAGTCTA ATATTTTAAG TGTTATTACT GGTGAAGCCA TGAGTGACGA TTTAGATGAG 
TTCAATATCA CATTGGACTT CTTTACTGAC AAGCTTGCAG AGATGGAAAG ACAGTCATCG 
TTGCAGATTC TCAATATAGA CAGTATTAAA CAAGCTACAA TGAACCTTAT TTCCAATCTT 
GACTTACTAT CTGAAAAGAA TAATATAACC AGTTCAATGA TGCAGATTTT AGACAAGGAA 
ACGTTGGAAA CAAGTGACCA TGCTAACCAG TTAAGTGGAC AGATTGCTAC CATTGCCAGC 
TCCATTCAAG ACATTATTGT AGGCTTCGAT AAGTATGGAC AAACAGCAGA ACTTTCTCCT 
GAGGAAATCA ACAAAAGCTT TATACGAGTG GCCGATATGT TGGATGAGAT GAGAGCCCGC 
AACTTCTCTG AGCAGAAGCC AATAGCAGAG GAAGAAAAAG ATGAAGCCCA GAGATTGCTG 
GAACGAGTAC TTGCCCTTCA GAATGTATTG AATGAAAGTA TTAACTCGGT CATTGAAATA 
CAAGACAACA TCGATGTGTA CAATATCAAG CTCTCAGACC TGAAACAGGC ACTAGAGGAT 
GCGATCAAGA GTGTGCAACA GACAGAGGAG AAAAATGAAA AACATGTTGC TGGATATCAA 
AGAAAAGAGC AACTGCAAAA TGTGCTAATT GAACATTTTG ATACCGTTAA TATGACTCTT 
CTAATGGCTA GCGAAAGCTT GATAGACACA GAGAACACTA TATCTGAACT GGAAAACAAC 
ATGACGGCCA TGTCTGAGTT CCATGCCTCA ATAGATGGTG CTCATGAAAG ACTGAGAGAG 
AAGCTGGCTA ATCTTTCCTC ATATAACAAA GACCTGGTTC TCCGAGCAAC AGAGTACTCT 
CGAGATCTTG ACAAACTTGC CTTGGAACTG GCCAGCATTT TGAAGAGCAT TGACACAAAC 
GGATTTATCC AGAAGGCACT AACTGCTGCA AACGTCTATA ATACTATTGT TGAGTATATT 
GCTGAGGCTG AGAACAATGC AACAACTATA CTCAACGCTG CACAGAGAGC TGGGGATGCT 
GTGGAAGGAA TTCAGACCCA GAGCACCTGG CTCAGAAACA AAAGCGAGAC ACTTCTAGAC 
AAGGTGAAGG AATTATCAGG GATCATGGTG GATCAAGATG AGATGTCTTT TAATGAGACC 
ATGGACCGTG TGGAAGAAGC TATCAATAAG AAAAATGATG CAGAACAGCA ATTGTTAAAT 
GTTGTAAACC AGCTGGAAAT GATTGAGCTA AATGATGCAG GTTTACTTCT GAACCAATCA 
AAGCTGATTG CTGAAGAAGC ATTGAACACC TCTCGGATGG TGACTGAGAC AATTGCCCCA 
ATGGATGACT TTGTGAAACT TTGGTTGCAG AATCTGAACA CCTCTGCTCA TGACAGCTCC 
ACCTTCAACA AAGCAGTGAG CTCAGCGGGT GATGCAGTGA ACGATTTGAC TGAATTAGTT 
CCACAACTCC TAGACAAACT TCGAATTGTG GAACAGAAAA GGCCAGCAAA CAATATCTCT 
GCCAGCATCC TGCGGATCAG GGAATTAATT GCACAGACTA GGAATGTGGC GAGCAAGATT 
CAAGTCTCCA TGAAGTTTGA GGGTCAGTCT GCTGTGGAAG TCCGTTCAAA ATCAAATCTG 
GAAGAGCTCA AGTCCTTCAC TTCAATGAGT TTGTACATGA GAGTCCCTTC CTTAAACGAA 
TATGGACAGG CTGCCAGCCA AGATAGATTC ATCATGTACC TCGGAAACAA AAATGCAAAA 
AGTGATTATA TTGGCTTGGG TATTAAGAAC GACAACTTGG TGTATGTCTA CAATCTAGGA 
AAAGGAGATG TTGAGATTCC ATTGAACTCA AAGCCTGTGA GCACATGGCC CAACTACTTT 
AACTTAATTA AAATAGAAAG GGTCGGAAGG CATGGAAAAG TTCAGCTGAC TGTACCCAGC 
CCAGGCAGCA CAGCTGAACA GAAATTCATC CAGAAGGGAG TGGCAGAAGG CAATGATTCT 
CTGCTGAATC TTGAACCTGA GAATCTGGTG TTCTATGTTG GTGGTGTACC TCCAGACTTT 
CAGCTTCCTG TCAGCTTGAA CCTTTCTGCT TTTATCGGCT GTGTCGAACT GTCCACTCTC 
AACAATGACA TAATCAGTCT CTACAACTTC AAGCAGCTGC ACAACTTGAA CACTACAACC 
TTGAGACCCT GCACAAGACA CAAGCTTGCT TTTGCTCAGA GCCGGGCTGC AAACTTCTAC 
TTTGATGGTT CAGGATATGC TTTTGTGAAG AACATAGAAA GAAGAGGGAA ATTCAGCATT 
GCAACTCGGT TCAACTTGGA CATTCGTACA CCAGCTGACA GTGCCCTGCT GTTATTGATG 
GTGAATGGGG ATATGTTCTT CAGTATGGAA ATGCAAAACG GTTACATTCG CCTGGTTTAT 
GACTTTGGGT TCAGCAAAGG CCCAGTTGTC GTGGAAGACA CTGAGAAGAA GAAGCTAATA 
AATGATGCAA AATACCACGA GGTCTCGTTT ATTTATCACC ACCTTAAGAA GATGATCCTG 
CTGATTGACA GGCATAATGT CAAAAGTGTG GAAAATGAAA AGAAGACCAT GTACTTCACT 
GATGTGTATG TGGGCGGAGC TCCTGCCCAC ATCTTGTCAA GACTGAAATC ACATGTGGCA 
GTAGATGCTG GATTTCGAGG TTGTCTCAGA AGCTTCCAGT TTCAGAGGAG AGACATCAAT 
CTGTTAGAGG AAGAGGAGAC ACTGGGAATC AGCAGTGGCT GTCCAGAGGA ATCACTTATG 
TCCCGCAAGG CCTATTTCAA TGGTGAAGGC TTCATCTCGT CCACTGAAAA AATCACACCA 
TTTTCAAACT TCGAAGGTGG CTTCAACTTC AGGACATTAC AGTCTAATGG ACTGCTTTTC 
CATTACAGCA GAGGGTCTGA TATCTTCTCT ATCTCGCTGG ACAATGGGAC AGTCATGTTC 
AAAGTGAAAG AAACAACAAT CCAGTCTGAA ATGGAACAAT ACAATGATGG ACGCAATCAT 
TTCATCAGGG CAAGTGTCAC CCCATTGAGT TGTCAGCTGA TAGTCGACGA CAAGGACAGA 
AAGACAGAAG ATTGCCTGTC AAATTATAGA GAAGAACCTT CAGAAGTCAA AATGCCATTT 
TACTTTGGAG GCTTGCCACA CAACGAGCAT GTCAATTTCA CAGGCTGCAT CAGCAATGCA 
TATCTCAGCA GACTTGACAA AGATACTGAA GTGGAGGATT TCCAGACATA TACTGAGAAA 
GTTCAGACTT CCCTATATGG CTGTCCAACT GAGACTCATC CAGCAGCAAT ACTCCATCAA 
AGTCAAAGGA ATTCTGCTAA AGCTAAGAGA GGACGCAGTG GAAAGGTTGG GAGAGATAAA 
ACAAGTTTTC TGAAAGATCC AGTTGCTCTG AATGGAAAGC TAGAAGAACA ATACCTACAA 
GACGATGCAT ACTGCTACCT GCCAATCAAG CCCAGAGCTA TCCAACATGC GTATCAATAT 
GGAGGAATTC CCTACAGTAG ACAGGAGTTT CACAACATTC CAGAATTTTT TAGCCACAAG 
TCTCATTTCT CTGTCAGTAT GCGAACTCGC TCTCCCCATG GACTCATATT TTACGTGGCA 
AATGAAGACG AAAGCCAATT TATGACACTT TTTGCTGCTC GTGGCCACCT TATTTACTCT 
TTCAGTGATG GTAACCATAA ATTGAAAATA AAAAGTCAGG AGAAATACAA TGATGGCCTC 
TGGCATAATA TCATCTTTAT GCGTACAGGT AATAAAGGTC GCTTAGTAAT TGATGGTCTG 
CAGGTTCTGG AGGACAGTCA CAATAGTCCT GCCTTTGCAT TGCACATCAG GGAGCCTTTC 
TATATTGGTG GTGTGCCTTT GGGAAGAGCC ACCAAGAACA TTCAGGTCAA ATCAGTCCAG 
AGTTTTAATG GATGTCTGCG GAACTTCCAG TTGAATGGAC AGGTGCTTTC ACCTGCTATC 
CAGACATTTG GTGTTACTCC ATGTTTTGAA GGCCCAATGG AATCGGGGAC ATACTTCTCT 
GCAGATGGAG GATATATGGT TCTGGATGAT TCTTTCAATT TAGGATTACA ATTTGAGCTT 
GTTTTTGAAA TTCGCCCCAG AAATCATTCA GGAATTTTGC TGCACGTCCA CAGCTCAAAT 
CGGAAGTACT TAAATCTCTT CATGGAAAAG GGGAAGGTTA TGTTGAAAGT TCATAATGGA 
GCAAAGGAAT TTGCAACATC AGTCACGGCA AAGCAAAGTC TGTGTGATGG TCAATGGCAC 
AGAATAGCAG TTATCAGAGA TTCCAACGTT GTGCAGTTGG ATGTGGATTC TGAGGTAAAC 
CATGTAGTGG GACCACTAAG TACACACTCT GTTGACAGCA AGGCACCGGT CTTTGTTGGA 
GGAGTGCCAG AGTCTTTGCT CAACCCAAGG TTGAACATTC GTCACTCATT CACTGGATGC 
ATCAAAAACT TTAACATCAA TGAAAGTCCA GTCATTTTCA GCAAGGCTGC TCTGGTCAGT 
GGAGGAGTCC ACATCAATTC CTGCCCAGCA ATCTAG

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

RefSeq	XP_007897834.1
CDS	453..6188
Translation	MACISPWLCAFFLTIFGLFSSAAGSGQSSGFPIYTVDDIKGKATTYRNQGSLDIGSQYEEKCDAGWFSTDYGSCLPCECHGYSDNCLDGSGDCIDCQDNTTGKQCERCLDGYIGDVIEDHLVSCQPCPCPLTLPTNNFAISCMKKANRLRCICQENYAGPSCERCAPGYYGNPLLIGSFCKKCNCNGNSDPNLIFDDCDEITGNCHNCLRNTTGIHCERCAPGYFGDAVVAKNCTDCLCEKCGTDECDHQSGHCRCKPGVTGTLCDHCEVGYYGYSSCSGCLQCECTEASLGNYCDPLSGQCRCLPGATGRLCERCLYGFWNYGSNGCQRCQCEGHCDSVTGQCLAGPTEAPTNCSVVKCDKCIWDLLEDLELTGSSLEEVKSNILSVITGEAMSDDLDEFNITLDFFTDKLAEMERQSSLQILNIDSIKQATMNLISNLDLLSEKNNITSSMMQILDKETLETSDHANQLSGQIATIASSIQDIIVGFDKYGQTAELSPEEINKSFIRVADMLDEMRARNFSEQKPIAEEEKDEAQRLLERVLALQNVLNESINSVIEIQDNIDVYNIKLSDLKQALEDAIKSVQQTEEKNEKHVAGYQRKEQLQNVLIEHFDTVNMTLLMASESLIDTENTISELENNMTAMSEFHASIDGAHERLREKLANLSSYNKDLVLRATEYSRDLDKLALELASILKSIDTNGFIQKALTAANVYNTIVEYIAEAENNATTILNAAQRAGDAVEGIQTQSTWLRNKSETLLDKVKELSGIMVDQDEMSFNETMDRVEEAINKKNDAEQQLLNVVNQLEMIELNDAGLLLNQSKLIAEEALNTSRMVTETIAPMDDFVKLWLQNLNTSAHDSSTFNKAVSSAGDAVNDLTELVPQLLDKLRIVEQKRPANNISASILRIRELIAQTRNVASKIQVSMKFEGQSAVEVRSKSNLEELKSFTSMSLYMRVPSLNEYGQAASQDRFIMYLGNKNAKSDYIGLGIKNDNLVYVYNLGKGDVEIPLNSKPVSTWPNYFNLIKIERVGRHGKVQLTVPSPGSTAEQKFIQKGVAEGNDSLLNLEPENLVFYVGGVPPDFQLPVSLNLSAFIGCVELSTLNNDIISLYNFKQLHNLNTTTLRPCTRHKLAFAQSRAANFYFDGSGYAFVKNIERRGKFSIATRFNLDIRTPADSALLLLMVNGDMFFSMEMQNGYIRLVYDFGFSKGPVVVEDTEKKKLINDAKYHEVSFIYHHLKKMILLIDRHNVKSVENEKKTMYFTDVYVGGAPAHILSRLKSHVAVDAGFRGCLRSFQFQRRDINLLEEEETLGISSGCPEESLMSRKAYFNGEGFISSTEKITPFSNFEGGFNFRTLQSNGLLFHYSRGSDIFSISLDNGTVMFKVKETTIQSEMEQYNDGRNHFIRASVTPLSCQLIVDDKDRKTEDCLSNYREEPSEVKMPFYFGGLPHNEHVNFTGCISNAYLSRLDKDTEVEDFQTYTEKVQTSLYGCPTETHPAAILHQSQRNSAKAKRGRSGKVGRDKTSFLKDPVALNGKLEEQYLQDDAYCYLPIKPRAIQHAYQYGGIPYSRQEFHNIPEFFSHKSHFSVSMRTRSPHGLIFYVANEDESQFMTLFAARGHLIYSFSDGNHKLKIKSQEKYNDGLWHNIIFMRTGNKGRLVIDGLQVLEDSHNSPAFALHIREPFYIGGVPLGRATKNIQVKSVQSFNGCLRNFQLNGQVLSPAIQTFGVTPCFEGPMESGTYFSADGGYMVLDDSFNLGLQFELVFEIRPRNHSGILLHVHSSNRKYLNLFMEKGKVMLKVHNGAKEFATSVTAKQSLCDGQWHRIAVIRDSNVVQLDVDSEVNHVVGPLSTHSVDSKAPVFVGGVPESLLNPRLNIRHSFTGCIKNFNINESPVIFSKAALVSGGVHINSCPAI

Target ORF information:

RefSeq Version	XM_007899643.1
Organism	Callorhinchus milii(elephant shark)
Definition	Callorhinchus milii laminin, alpha 4 (lama4), mRNA.

Target ORF information:

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

XM_007899643.1

ORF Insert Sequence:

ATGGCTTGTA TTTCACCCTG GCTCTGTGCT TTCTTCCTAA CTATCTTTGG ATTGTTTAGC 
TCAGCTGCTG GCTCTGGGCA AAGCAGTGGT TTTCCCATCT ATACAGTGGA TGATATTAAG 
GGTAAAGCTA CCACCTACAG AAATCAGGGT TCACTGGACA TCGGGAGTCA ATATGAGGAG 
AAATGTGACG CAGGCTGGTT CAGCACAGAT TATGGATCGT GTTTGCCTTG TGAATGTCAT 
GGATATTCAG ACAATTGCCT TGATGGTTCA GGAGATTGCA TTGATTGTCA GGATAATACA 
ACAGGGAAGC AATGTGAAAG ATGTCTTGAT GGATATATCG GTGATGTCAT TGAAGATCAT 
TTAGTTTCTT GCCAACCATG TCCTTGTCCT CTAACGCTAC CCACAAACAA TTTTGCTATT 
TCCTGCATGA AGAAAGCCAA CAGATTACGC TGTATTTGCC AGGAAAATTA TGCTGGGCCC 
AGCTGTGAAA GATGTGCACC TGGGTACTAT GGAAACCCCT TGCTAATAGG AAGCTTTTGC 
AAGAAGTGTA ACTGCAATGG TAATTCTGAT CCCAACTTGA TCTTTGATGA CTGTGATGAA 
ATAACTGGCA ATTGTCACAA TTGTCTGCGG AATACAACAG GTATCCACTG TGAACGCTGT 
GCTCCAGGAT ACTTTGGAGA TGCCGTTGTT GCCAAAAACT GTACAGACTG TCTCTGTGAG 
AAATGTGGGA CGGACGAGTG TGATCACCAG TCTGGGCACT GTCGCTGTAA GCCTGGAGTT 
ACGGGAACTT TATGTGACCA CTGTGAGGTT GGATACTATG GATACAGCAG TTGTTCTGGT 
TGTCTTCAAT GTGAGTGCAC TGAAGCTTCT CTGGGTAATT ACTGTGACCC ATTGAGTGGA 
CAGTGTAGGT GCCTACCAGG AGCCACAGGA AGGCTTTGTG AACGATGCCT CTACGGATTC 
TGGAATTACG GATCAAATGG CTGCCAGAGA TGTCAATGTG AAGGACATTG TGACAGTGTG 
ACAGGACAGT GCTTGGCAGG GCCTACAGAA GCCCCAACCA ACTGCTCGGT TGTTAAGTGT 
GACAAGTGCA TCTGGGACTT ACTGGAGGAC TTGGAATTGA CAGGATCTTC ACTGGAAGAA 
GTCAAGTCTA ATATTTTAAG TGTTATTACT GGTGAAGCCA TGAGTGACGA TTTAGATGAG 
TTCAATATCA CATTGGACTT CTTTACTGAC AAGCTTGCAG AGATGGAAAG ACAGTCATCG 
TTGCAGATTC TCAATATAGA CAGTATTAAA CAAGCTACAA TGAACCTTAT TTCCAATCTT 
GACTTACTAT CTGAAAAGAA TAATATAACC AGTTCAATGA TGCAGATTTT AGACAAGGAA 
ACGTTGGAAA CAAGTGACCA TGCTAACCAG TTAAGTGGAC AGATTGCTAC CATTGCCAGC 
TCCATTCAAG ACATTATTGT AGGCTTCGAT AAGTATGGAC AAACAGCAGA ACTTTCTCCT 
GAGGAAATCA ACAAAAGCTT TATACGAGTG GCCGATATGT TGGATGAGAT GAGAGCCCGC 
AACTTCTCTG AGCAGAAGCC AATAGCAGAG GAAGAAAAAG ATGAAGCCCA GAGATTGCTG 
GAACGAGTAC TTGCCCTTCA GAATGTATTG AATGAAAGTA TTAACTCGGT CATTGAAATA 
CAAGACAACA TCGATGTGTA CAATATCAAG CTCTCAGACC TGAAACAGGC ACTAGAGGAT 
GCGATCAAGA GTGTGCAACA GACAGAGGAG AAAAATGAAA AACATGTTGC TGGATATCAA 
AGAAAAGAGC AACTGCAAAA TGTGCTAATT GAACATTTTG ATACCGTTAA TATGACTCTT 
CTAATGGCTA GCGAAAGCTT GATAGACACA GAGAACACTA TATCTGAACT GGAAAACAAC 
ATGACGGCCA TGTCTGAGTT CCATGCCTCA ATAGATGGTG CTCATGAAAG ACTGAGAGAG 
AAGCTGGCTA ATCTTTCCTC ATATAACAAA GACCTGGTTC TCCGAGCAAC AGAGTACTCT 
CGAGATCTTG ACAAACTTGC CTTGGAACTG GCCAGCATTT TGAAGAGCAT TGACACAAAC 
GGATTTATCC AGAAGGCACT AACTGCTGCA AACGTCTATA ATACTATTGT TGAGTATATT 
GCTGAGGCTG AGAACAATGC AACAACTATA CTCAACGCTG CACAGAGAGC TGGGGATGCT 
GTGGAAGGAA TTCAGACCCA GAGCACCTGG CTCAGAAACA AAAGCGAGAC ACTTCTAGAC 
AAGGTGAAGG AATTATCAGG GATCATGGTG GATCAAGATG AGATGTCTTT TAATGAGACC 
ATGGACCGTG TGGAAGAAGC TATCAATAAG AAAAATGATG CAGAACAGCA ATTGTTAAAT 
GTTGTAAACC AGCTGGAAAT GATTGAGCTA AATGATGCAG GTTTACTTCT GAACCAATCA 
AAGCTGATTG CTGAAGAAGC ATTGAACACC TCTCGGATGG TGACTGAGAC AATTGCCCCA 
ATGGATGACT TTGTGAAACT TTGGTTGCAG AATCTGAACA CCTCTGCTCA TGACAGCTCC 
ACCTTCAACA AAGCAGTGAG CTCAGCGGGT GATGCAGTGA ACGATTTGAC TGAATTAGTT 
CCACAACTCC TAGACAAACT TCGAATTGTG GAACAGAAAA GGCCAGCAAA CAATATCTCT 
GCCAGCATCC TGCGGATCAG GGAATTAATT GCACAGACTA GGAATGTGGC GAGCAAGATT 
CAAGTCTCCA TGAAGTTTGA GGGTCAGTCT GCTGTGGAAG TCCGTTCAAA ATCAAATCTG 
GAAGAGCTCA AGTCCTTCAC TTCAATGAGT TTGTACATGA GAGTCCCTTC CTTAAACGAA 
TATGGACAGG CTGCCAGCCA AGATAGATTC ATCATGTACC TCGGAAACAA AAATGCAAAA 
AGTGATTATA TTGGCTTGGG TATTAAGAAC GACAACTTGG TGTATGTCTA CAATCTAGGA 
AAAGGAGATG TTGAGATTCC ATTGAACTCA AAGCCTGTGA GCACATGGCC CAACTACTTT 
AACTTAATTA AAATAGAAAG GGTCGGAAGG CATGGAAAAG TTCAGCTGAC TGTACCCAGC 
CCAGGCAGCA CAGCTGAACA GAAATTCATC CAGAAGGGAG TGGCAGAAGG CAATGATTCT 
CTGCTGAATC TTGAACCTGA GAATCTGGTG TTCTATGTTG GTGGTGTACC TCCAGACTTT 
CAGCTTCCTG TCAGCTTGAA CCTTTCTGCT TTTATCGGCT GTGTCGAACT GTCCACTCTC 
AACAATGACA TAATCAGTCT CTACAACTTC AAGCAGCTGC ACAACTTGAA CACTACAACC 
TTGAGACCCT GCACAAGACA CAAGCTTGCT TTTGCTCAGA GCCGGGCTGC AAACTTCTAC 
TTTGATGGTT CAGGATATGC TTTTGTGAAG AACATAGAAA GAAGAGGGAA ATTCAGCATT 
GCAACTCGGT TCAACTTGGA CATTCGTACA CCAGCTGACA GTGCCCTGCT GTTATTGATG 
GTGAATGGGG ATATGTTCTT CAGTATGGAA ATGCAAAACG GTTACATTCG CCTGGTTTAT 
GACTTTGGGT TCAGCAAAGG CCCAGTTGTC GTGGAAGACA CTGAGAAGAA GAAGCTAATA 
AATGATGCAA AATACCACGA GGTCTCGTTT ATTTATCACC ACCTTAAGAA GATGATCCTG 
CTGATTGACA GGCATAATGT CAAAAGTGTG GAAAATGAAA AGAAGACCAT GTACTTCACT 
GATGTGTATG TGGGCGGAGC TCCTGCCCAC ATCTTGTCAA GACTGAAATC ACATGTGGCA 
GTAGATGCTG GATTTCGAGG TTGTCTCAGA AGCTTCCAGT TTCAGAGGAG AGACATCAAT 
CTGTTAGAGG AAGAGGAGAC ACTGGGAATC AGCAGTGGCT GTCCAGAGGA ATCACTTATG 
TCCCGCAAGG CCTATTTCAA TGGTGAAGGC TTCATCTCGT CCACTGAAAA AATCACACCA 
TTTTCAAACT TCGAAGGTGG CTTCAACTTC AGGACATTAC AGTCTAATGG ACTGCTTTTC 
CATTACAGCA GAGGGTCTGA TATCTTCTCT ATCTCGCTGG ACAATGGGAC AGTCATGTTC 
AAAGTGAAAG AAACAACAAT CCAGTCTGAA ATGGAACAAT ACAATGATGG ACGCAATCAT 
TTCATCAGGG CAAGTGTCAC CCCATTGAGT TGTCAGCTGA TAGTCGACGA CAAGGACAGA 
AAGACAGAAG ATTGCCTGTC AAATTATAGA GAAGAACCTT CAGAAGTCAA AATGCCATTT 
TACTTTGGAG GCTTGCCACA CAACGAGCAT GTCAATTTCA CAGGCTGCAT CAGCAATGCA 
TATCTCAGCA GACTTGACAA AGATACTGAA GTGGAGGATT TCCAGACATA TACTGAGAAA 
GTTCAGACTT CCCTATATGG CTGTCCAACT GAGACTCATC CAGCAGCAAT ACTCCATCAA 
AGTCAAAGGA ATTCTGCTAA AGCTAAGAGA GGACGCAGTG GAAAGGTTGG GAGAGATAAA 
ACAAGTTTTC TGAAAGATCC AGTTGCTCTG AATGGAAAGC TAGAAGAACA ATACCTACAA 
GACGATGCAT ACTGCTACCT GCCAATCAAG CCCAGAGCTA TCCAACATGC GTATCAATAT 
GGAGGAATTC CCTACAGTAG ACAGGAGTTT CACAACATTC CAGAATTTTT TAGCCACAAG 
TCTCATTTCT CTGTCAGTAT GCGAACTCGC TCTCCCCATG GACTCATATT TTACGTGGCA 
AATGAAGACG AAAGCCAATT TATGACACTT TTTGCTGCTC GTGGCCACCT TATTTACTCT 
TTCAGTGATG GTAACCATAA ATTGAAAATA AAAAGTCAGG AGAAATACAA TGATGGCCTC 
TGGCATAATA TCATCTTTAT GCGTACAGGT AATAAAGGTC GCTTAGTAAT TGATGGTCTG 
CAGGTTCTGG AGGACAGTCA CAATAGTCCT GCCTTTGCAT TGCACATCAG GGAGCCTTTC 
TATATTGGTG GTGTGCCTTT GGGAAGAGCC ACCAAGAACA TTCAGGTCAA ATCAGTCCAG 
AGTTTTAATG GATGTCTGCG GAACTTCCAG TTGAATGGAC AGGTGCTTTC ACCTGCTATC 
CAGACATTTG GTGTTACTCC ATGTTTTGAA GGCCCAATGG AATCGGGGAC ATACTTCTCT 
GCAGATGGAG GATATATGGT TCTGGATGAT TCTTTCAATT TAGGATTACA ATTTGAGCTT 
GTTTTTGAAA TTCGCCCCAG AAATCATTCA GGAATTTTGC TGCACGTCCA CAGCTCAAAT 
CGGAAGTACT TAAATCTCTT CATGGAAAAG GGGAAGGTTA TGTTGAAAGT TCATAATGGA 
GCAAAGGAAT TTGCAACATC AGTCACGGCA AAGCAAAGTC TGTGTGATGG TCAATGGCAC 
AGAATAGCAG TTATCAGAGA TTCCAACGTT GTGCAGTTGG ATGTGGATTC TGAGGTAAAC 
CATGTAGTGG GACCACTAAG TACACACTCT GTTGACAGCA AGGCACCGGT CTTTGTTGGA 
GGAGTGCCAG AGTCTTTGCT CAACCCAAGG TTGAACATTC GTCACTCATT CACTGGATGC 
ATCAAAAACT TTAACATCAA TGAAAGTCCA GTCATTTTCA GCAAGGCTGC TCTGGTCAGT 
GGAGGAGTCC ACATCAATTC CTGCCCAGCA ATCTAG