LOC108713538 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108713538
Entrez Gene ID	108713538
Full Name	pappalysin 2 L homeolog
General protein information	Preferred Names pappalysin 2 L homeolog Names pappalysin-2-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018257096.1	XP_018112585.1	pappalysin-2-like

Pathways from BioSystems
Gene Ontology

The following LOC108713538 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108713538 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
OAf27945	XM_018257096.1 Latest version!	Xenopus laevis pappalysin-2-like (LOC108713538), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$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)

LOC108713538 ( XM_018257096.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018112585.1 Xenopus laevis pappalysin-2-like (LOC108713538), mRNA.

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CloneID	OAf27945
Clone ID Related Accession (Same CDS sequence)	XM_018257096.1
Accession Version	XM_018257096.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4623bp) 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	2016-09-19
Organism	Xenopus laevis(African clawed frog)
Product	pappalysin-2-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030730.1) 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 :: Xenopus laevis Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.1 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##

ATGAAGCTCC TTGGGTTTTG TGTTTGGACT GTATGTCTCT TGTCCTGTTG GGCTAGACCT 
CAAAGGGATG ACCCTATCTA TCACCATAAA CAGCAGTTGC GGTTAAAGGC AGAACATTTG 
CGCCAATTAT CACTTAAAGA ACCCTGTAAG TTGGGTAGAA ATACAAGGCC ACCATATGAC 
CCTCAGTATA GACATTTTAA AATGTATCCT ACTCAGAAGC ATTATTACAA ACCGGAAAAG 
GGCGTATTTG ACCAACATGG ATCAAACACA TATCATTTAG AAAATGGACA ACTAGAAAAG 
GAAAACGTTT CAGGAAACAC AAGTTCATCA CAGAAAACAA TGAAAGTTTA CAGACCCAGC 
AACCAGATAG TTTTAAAGGG AAAGGTGTCT GAAATGGGCA ATGGAAGTTA CTCCCAGAGC 
CAAAAATATA AGAGGACTAT AAAACAAATT GCTCAAACAA CAGCGAAGAA AAGATATCCA 
CGCCATGCAG CGATAAATGG GTCTCAATGG ATCATGTCTA ATTACTCCAT GCCTATAGAC 
CTGCCTCAAG AACACTCCCT TCATGGCTCC ATGTATTTTC CTGGTGTCCA CAGCCAGCTT 
GTATTACGTC CAGATGTAGA ACTACAAATA CCTCGTGAAA GATTCACAGT AGAGCTGTGG 
GTGATGCCTG AAGGAGGGCA AAATGACCCA GCAATTATAG CAAGCATGTT TGATAATTGT 
TCCCACGTGG TGAGTGACCG TGGCTGGTCT CTTGGAATAC GCCCAGTAGT GCCGGGTGCA 
AAAAGAGATG CCCATTTTTA CTTTACAATC CACACTGATC GCTCTCAAAA TGTCACAACC 
CTGCTGTCTT CATTTCGATA CAAGCCGAGC ACCTGGACTC ACCTGGCTGC TACTTATGAT 
GGACATCTGG TCTCTCTTTA TGTAGATGGA ATTCTTATTT CCCATTCTTA TGGTCAGGTT 
GGTCCTCTGC ACAGTCCTTA TATATCATTA TGCAGAAGCC TCATGCTCGG AGGGGACAAC 
TCACAAAGTG GTAACTGTTT CCGTGGTCAT ATTTTCTCTC TTCGTCTATG GTCAGAGCCC 
AGGACTCAGA AGCAGCTGAG GGATGCTGCC CAAGGAGAAT CACAAACGTT TCCAAATAAC 
CACTTTCTTA CTTTCCCACC AGAAAATATG TGGGCACCCT ATAAAGAAGG GATATTTCCA 
GAAATTATAA TGGATCTCAC ACCAGAAATA AACATGATCT CACCTCCTTT GCTTCCTCCA 
TGTGGGAGGA CCCTTTGTGA TTTGCCCGAT GTGATTGCTG GATACAGCCG ACCAGGGGTA 
AACTGGGAAA AAGAGGTGCG TTACCGTGTG GTTAATTTAT GTGATGATGA TGGCTCCAGA 
CCACTGGTCA GTGCTGAACA GATCTATAGG CAGCATCAGG CATTGTCTGA TGCATATAGC 
CCTCTGGGTA TCAAATGGGT GGGTAATGAA CACTGTGACC CTGAATGTAG ACATCCACGT 
ACTGGTTTTG ATGGGGGCGA CTGTGGCCTC TACAGGCCCT GTAACCCTAG AAAGAGGGGT 
GATGGGGTAT GCCATCCTGA GTGCAATACA GCAAGGGATG AATACGATGA TGGGGATTGT 
TGTCCAACTC AAGAATCTGG GAGGAGTTCA AAGAACTGCT TTGATCCCGA TGCACAAAGA 
AGAGTATACA TGAGTGTGAA AGAGCTAAAA GATATCCTTC AGCTGAACAA CACCATGCTC 
TTGAATGTCT TCTTTGCTAG CTCGGGAGGA GAGGAGTTGG CAGGATCCGC CACCTGGCCC 
TGGGACAAGG AAGCACTTGG CCATCAGGGT GGATTAGTCC TAAACCCATC TTATTATGGT 
ATGTCCGGCC ATGTCAGTAC CATGATTCAT GAGGTGGGCC ATGCCTTAGG ACTCTACCAT 
GTCTTCAAAG GTGTAAGTGA AAGGGAGTCG TGCGATGATC CATGCAGTGA GACAGAACCT 
TCAATGGAGA CAGGGGATCT ATGTGCAGAC ACTGCTCCAA CTCCAAAAAA CACATTTTGT 
AGAGATCCGG ATCCACAAAA TGACACGTGT GGGCCAACGT TCTACACTGG AACACCATTC 
AACAACTACA TGAGCTACAC AGATGATGAC TGTGCCAACA GCTTTACACC AAATCAAGTA 
GCAAGGATGC ACTGTTATCT TGACCTGAAG TATCAAGGAT GGACTAAGAG TCAGAAGCCG 
TCGCCTGTCC CTTTGCCTCC GGTTGTGATT AAACAAAGCT TAGATTCCCT CACCATTCAC 
TGGCTACCTC CCCTCAGCGG GGAACTCTAT GAAAGGGATC CTGCATCACC TTGTGAGTCT 
TGTACTTCTG ATGGATCATT TTATCAGTAT GCACACTATG CCTCCTCTCC TCGGATCTGT 
GATTCTTCTG GATATTGGAC CCCAGAAGAA GCCGTTGGTC CTCCAGATGT GGATCAGCCC 
TGTGAGCCAA ACCTTCAAGC CTGGAGCCCT GAACTCCACC TATACCATAC CAACATGACT 
GTCCCTTGCC CTCAGCCCAA TGGGTGCATG CTGGAACTTC TCTTCCAGTA CCCAGTTCTG 
CCACAGTCCA TCACAATATG GATAACATAC ATATCGCCCA GTGTAGTGAG GTCTGTGTCA 
GACCTTGAAG TGTTGCTTGA ACATGGAGAG ACAATTCACC TGGGAATGAT GGAGGCATTC 
TGTGATATGC CTTTAACTGT TCGGTTGACA CCATATCAGA AAGTTACTGG AGTTCGTGTT 
TACACCTTTG ATGAACGTAT GGAAATAGAT GCCGCTCTGC TTATATCTAC CCCTCAAAAT 
CCTTTGTGCT CAGTCTGCAA ACCTATAAAG TACAAGGTGC TCCGACAACC TCCTTTTCAG 
AGAGACCACC ATGGAGTATG GACTCAGAAC CAAAACTCAT TCACTGACAT GGAAGTTACC 
CCTGGTCAAC GATATCAGTA TCAGGTGCAG GTGGCTGCAG GGACCTTGGT TGGGGAACCA 
TCACCTCCTT TAACTCACAT TCATGGTGCT CCCTTTTGTG GCGATGGAGT AATTAATGTG 
GAGCAGGGGG AGGAGTGTGA TGACAGAGGG CTGAATGATG GAGATGGCTG CTCCCGCAAG 
TGCCAGCAGG AGCCTAACTA TTCCTGCAGG GGTGATCTTT TTCTTTTGGC AGGAGAGCCA 
AGCTTATGCT ATATACAGTT TGAAGACATG TCATCAAGTG CACATGTCAT TTATGACAAC 
CTTCTCATAT CACCTAGCTA TGGGTGGCCA GCAGTTCAAG AATATGTGGA TCAATGGGCT 
TCCCAGGCTA CAACTTCGCA CCAAGATCCC AACAAGTGTC CAGTTTCTGT ACTCACTCAA 
GAGCCTGTTG TTAAGGTGAG CTTTGATAAT CCAAGACTTG TACATTCATT TCATGTATAC 
CTGGCTGCTT ATGGCTCCCT ACCAGAGGCC ACTCAAAAGC CCACGGTAAC AGCTCATCTT 
ACTGATATAA TGGGACAGAA ACACTCACTT GGTAAGTCAA CCATACTTGC AAACGTTCTT 
CATCAAAGAC AAATAGTACA AGAAGCTGTG TTAGGCTGCT TTGCTGGACA CTGGAATATG 
TCAGTAACAT GCATTCCCCA GGACTGTGGC CAACCTGTCT CTTCACTCGT ATTTAATGCC 
ACCTTCTCTT GTCCAGAGGG AACGACCCTC GGAAAACGCT GCTTCTTCCA TTGCCTTCCT 
CCTGCAAAAT TTCAAGGCTT GAGCTACTGG GTGACCTGCA TGTGGGATGG ACTCTGGTCT 
CTCCCTGATG GCTACTGCAA GCTTGAATGT GATGCCCCAG AAGTTATTCC CCATGGCAGA 
TTGCTCACTT CACGTTGCCT GTATGGAAAC CATGATGTGG GATCTGTGTG TCGATACAGG 
TGCAAACCAG GCTATCACGT TGCAGAACAC ACTGAGCGCA GAACCAAAAG GAAATTCCTG 
AAAATTCATT GTCTGCAGAC TGGACTGTGG GCTGAGGGTC GATGTATTCC TGTGATGTGT 
GACCCTTTGC CACCTATTCT CCAAGGGCTG TACAACTGTT CAAAAGGACT GGAAGTGGAC 
AGCAAATGTA CTTTGTACTG TGGATCGCAC ACGGTGTCTA CAGTCTGCGG TAAAGATGGG 
ACCTGGACAG AGAAAATAAG TTTATGTGAA GGCCTACAAG GAACATGTAA TCCACCTCCA 
GAAATGAACC ACATTCAATA CTCCTGTGAT CATGGACATA GTATCGGGTC TATCTGCAAC 
GCCTCCTGTA TTTACACCCT TAGTGATGCA GTGGTATTGC CAGAGAATAT TACTGCAGAT 
ACTATGGAAC ACTGGATGAT TCCAGCCAAA GTGGAGGGTA TCGTGTGCAC CGGGCTCCTA 
AAGTGGCACC CAGAACCCTT TGCCCTTCAC TGCATTCCTT CTTGTGAGCC TTTTCTAGCA 
GATGGCTGGT GTGACACCAT TAATAACCGT GCATATTGTC AGTATGATGG AGGAGATTGC 
TGCGCCTCTA CTCTGTCCTC TCACAAGGTA ATACCTTTTG CTGCTGATTG TGAAGAGGAC 
GAATGCACAT GCCGTGACCC TGATGCAGAA GAGAACCGAA CTCACCGCCC AGAGGTGCAC 
TGA

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

RefSeq	XP_018112585.1
CDS	592..5214
Translation	MKLLGFCVWTVCLLSCWARPQRDDPIYHHKQQLRLKAEHLRQLSLKEPCKLGRNTRPPYDPQYRHFKMYPTQKHYYKPEKGVFDQHGSNTYHLENGQLEKENVSGNTSSSQKTMKVYRPSNQIVLKGKVSEMGNGSYSQSQKYKRTIKQIAQTTAKKRYPRHAAINGSQWIMSNYSMPIDLPQEHSLHGSMYFPGVHSQLVLRPDVELQIPRERFTVELWVMPEGGQNDPAIIASMFDNCSHVVSDRGWSLGIRPVVPGAKRDAHFYFTIHTDRSQNVTTLLSSFRYKPSTWTHLAATYDGHLVSLYVDGILISHSYGQVGPLHSPYISLCRSLMLGGDNSQSGNCFRGHIFSLRLWSEPRTQKQLRDAAQGESQTFPNNHFLTFPPENMWAPYKEGIFPEIIMDLTPEINMISPPLLPPCGRTLCDLPDVIAGYSRPGVNWEKEVRYRVVNLCDDDGSRPLVSAEQIYRQHQALSDAYSPLGIKWVGNEHCDPECRHPRTGFDGGDCGLYRPCNPRKRGDGVCHPECNTARDEYDDGDCCPTQESGRSSKNCFDPDAQRRVYMSVKELKDILQLNNTMLLNVFFASSGGEELAGSATWPWDKEALGHQGGLVLNPSYYGMSGHVSTMIHEVGHALGLYHVFKGVSERESCDDPCSETEPSMETGDLCADTAPTPKNTFCRDPDPQNDTCGPTFYTGTPFNNYMSYTDDDCANSFTPNQVARMHCYLDLKYQGWTKSQKPSPVPLPPVVIKQSLDSLTIHWLPPLSGELYERDPASPCESCTSDGSFYQYAHYASSPRICDSSGYWTPEEAVGPPDVDQPCEPNLQAWSPELHLYHTNMTVPCPQPNGCMLELLFQYPVLPQSITIWITYISPSVVRSVSDLEVLLEHGETIHLGMMEAFCDMPLTVRLTPYQKVTGVRVYTFDERMEIDAALLISTPQNPLCSVCKPIKYKVLRQPPFQRDHHGVWTQNQNSFTDMEVTPGQRYQYQVQVAAGTLVGEPSPPLTHIHGAPFCGDGVINVEQGEECDDRGLNDGDGCSRKCQQEPNYSCRGDLFLLAGEPSLCYIQFEDMSSSAHVIYDNLLISPSYGWPAVQEYVDQWASQATTSHQDPNKCPVSVLTQEPVVKVSFDNPRLVHSFHVYLAAYGSLPEATQKPTVTAHLTDIMGQKHSLGKSTILANVLHQRQIVQEAVLGCFAGHWNMSVTCIPQDCGQPVSSLVFNATFSCPEGTTLGKRCFFHCLPPAKFQGLSYWVTCMWDGLWSLPDGYCKLECDAPEVIPHGRLLTSRCLYGNHDVGSVCRYRCKPGYHVAEHTERRTKRKFLKIHCLQTGLWAEGRCIPVMCDPLPPILQGLYNCSKGLEVDSKCTLYCGSHTVSTVCGKDGTWTEKISLCEGLQGTCNPPPEMNHIQYSCDHGHSIGSICNASCIYTLSDAVVLPENITADTMEHWMIPAKVEGIVCTGLLKWHPEPFALHCIPSCEPFLADGWCDTINNRAYCQYDGGDCCASTLSSHKVIPFAADCEEDECTCRDPDAEENRTHRPEVH

Target ORF information:

RefSeq Version	XM_018257096.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis pappalysin-2-like (LOC108713538), mRNA.

Target ORF information:

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

XM_018257096.1

ORF Insert Sequence:

ATGAAGCTCC TTGGGTTTTG TGTTTGGACT GTATGTCTCT TGTCCTGTTG GGCTAGACCT 
CAAAGGGATG ACCCTATCTA TCACCATAAA CAGCAGTTGC GGTTAAAGGC AGAACATTTG 
CGCCAATTAT CACTTAAAGA ACCCTGTAAG TTGGGTAGAA ATACAAGGCC ACCATATGAC 
CCTCAGTATA GACATTTTAA AATGTATCCT ACTCAGAAGC ATTATTACAA ACCGGAAAAG 
GGCGTATTTG ACCAACATGG ATCAAACACA TATCATTTAG AAAATGGACA ACTAGAAAAG 
GAAAACGTTT CAGGAAACAC AAGTTCATCA CAGAAAACAA TGAAAGTTTA CAGACCCAGC 
AACCAGATAG TTTTAAAGGG AAAGGTGTCT GAAATGGGCA ATGGAAGTTA CTCCCAGAGC 
CAAAAATATA AGAGGACTAT AAAACAAATT GCTCAAACAA CAGCGAAGAA AAGATATCCA 
CGCCATGCAG CGATAAATGG GTCTCAATGG ATCATGTCTA ATTACTCCAT GCCTATAGAC 
CTGCCTCAAG AACACTCCCT TCATGGCTCC ATGTATTTTC CTGGTGTCCA CAGCCAGCTT 
GTATTACGTC CAGATGTAGA ACTACAAATA CCTCGTGAAA GATTCACAGT AGAGCTGTGG 
GTGATGCCTG AAGGAGGGCA AAATGACCCA GCAATTATAG CAAGCATGTT TGATAATTGT 
TCCCACGTGG TGAGTGACCG TGGCTGGTCT CTTGGAATAC GCCCAGTAGT GCCGGGTGCA 
AAAAGAGATG CCCATTTTTA CTTTACAATC CACACTGATC GCTCTCAAAA TGTCACAACC 
CTGCTGTCTT CATTTCGATA CAAGCCGAGC ACCTGGACTC ACCTGGCTGC TACTTATGAT 
GGACATCTGG TCTCTCTTTA TGTAGATGGA ATTCTTATTT CCCATTCTTA TGGTCAGGTT 
GGTCCTCTGC ACAGTCCTTA TATATCATTA TGCAGAAGCC TCATGCTCGG AGGGGACAAC 
TCACAAAGTG GTAACTGTTT CCGTGGTCAT ATTTTCTCTC TTCGTCTATG GTCAGAGCCC 
AGGACTCAGA AGCAGCTGAG GGATGCTGCC CAAGGAGAAT CACAAACGTT TCCAAATAAC 
CACTTTCTTA CTTTCCCACC AGAAAATATG TGGGCACCCT ATAAAGAAGG GATATTTCCA 
GAAATTATAA TGGATCTCAC ACCAGAAATA AACATGATCT CACCTCCTTT GCTTCCTCCA 
TGTGGGAGGA CCCTTTGTGA TTTGCCCGAT GTGATTGCTG GATACAGCCG ACCAGGGGTA 
AACTGGGAAA AAGAGGTGCG TTACCGTGTG GTTAATTTAT GTGATGATGA TGGCTCCAGA 
CCACTGGTCA GTGCTGAACA GATCTATAGG CAGCATCAGG CATTGTCTGA TGCATATAGC 
CCTCTGGGTA TCAAATGGGT GGGTAATGAA CACTGTGACC CTGAATGTAG ACATCCACGT 
ACTGGTTTTG ATGGGGGCGA CTGTGGCCTC TACAGGCCCT GTAACCCTAG AAAGAGGGGT 
GATGGGGTAT GCCATCCTGA GTGCAATACA GCAAGGGATG AATACGATGA TGGGGATTGT 
TGTCCAACTC AAGAATCTGG GAGGAGTTCA AAGAACTGCT TTGATCCCGA TGCACAAAGA 
AGAGTATACA TGAGTGTGAA AGAGCTAAAA GATATCCTTC AGCTGAACAA CACCATGCTC 
TTGAATGTCT TCTTTGCTAG CTCGGGAGGA GAGGAGTTGG CAGGATCCGC CACCTGGCCC 
TGGGACAAGG AAGCACTTGG CCATCAGGGT GGATTAGTCC TAAACCCATC TTATTATGGT 
ATGTCCGGCC ATGTCAGTAC CATGATTCAT GAGGTGGGCC ATGCCTTAGG ACTCTACCAT 
GTCTTCAAAG GTGTAAGTGA AAGGGAGTCG TGCGATGATC CATGCAGTGA GACAGAACCT 
TCAATGGAGA CAGGGGATCT ATGTGCAGAC ACTGCTCCAA CTCCAAAAAA CACATTTTGT 
AGAGATCCGG ATCCACAAAA TGACACGTGT GGGCCAACGT TCTACACTGG AACACCATTC 
AACAACTACA TGAGCTACAC AGATGATGAC TGTGCCAACA GCTTTACACC AAATCAAGTA 
GCAAGGATGC ACTGTTATCT TGACCTGAAG TATCAAGGAT GGACTAAGAG TCAGAAGCCG 
TCGCCTGTCC CTTTGCCTCC GGTTGTGATT AAACAAAGCT TAGATTCCCT CACCATTCAC 
TGGCTACCTC CCCTCAGCGG GGAACTCTAT GAAAGGGATC CTGCATCACC TTGTGAGTCT 
TGTACTTCTG ATGGATCATT TTATCAGTAT GCACACTATG CCTCCTCTCC TCGGATCTGT 
GATTCTTCTG GATATTGGAC CCCAGAAGAA GCCGTTGGTC CTCCAGATGT GGATCAGCCC 
TGTGAGCCAA ACCTTCAAGC CTGGAGCCCT GAACTCCACC TATACCATAC CAACATGACT 
GTCCCTTGCC CTCAGCCCAA TGGGTGCATG CTGGAACTTC TCTTCCAGTA CCCAGTTCTG 
CCACAGTCCA TCACAATATG GATAACATAC ATATCGCCCA GTGTAGTGAG GTCTGTGTCA 
GACCTTGAAG TGTTGCTTGA ACATGGAGAG ACAATTCACC TGGGAATGAT GGAGGCATTC 
TGTGATATGC CTTTAACTGT TCGGTTGACA CCATATCAGA AAGTTACTGG AGTTCGTGTT 
TACACCTTTG ATGAACGTAT GGAAATAGAT GCCGCTCTGC TTATATCTAC CCCTCAAAAT 
CCTTTGTGCT CAGTCTGCAA ACCTATAAAG TACAAGGTGC TCCGACAACC TCCTTTTCAG 
AGAGACCACC ATGGAGTATG GACTCAGAAC CAAAACTCAT TCACTGACAT GGAAGTTACC 
CCTGGTCAAC GATATCAGTA TCAGGTGCAG GTGGCTGCAG GGACCTTGGT TGGGGAACCA 
TCACCTCCTT TAACTCACAT TCATGGTGCT CCCTTTTGTG GCGATGGAGT AATTAATGTG 
GAGCAGGGGG AGGAGTGTGA TGACAGAGGG CTGAATGATG GAGATGGCTG CTCCCGCAAG 
TGCCAGCAGG AGCCTAACTA TTCCTGCAGG GGTGATCTTT TTCTTTTGGC AGGAGAGCCA 
AGCTTATGCT ATATACAGTT TGAAGACATG TCATCAAGTG CACATGTCAT TTATGACAAC 
CTTCTCATAT CACCTAGCTA TGGGTGGCCA GCAGTTCAAG AATATGTGGA TCAATGGGCT 
TCCCAGGCTA CAACTTCGCA CCAAGATCCC AACAAGTGTC CAGTTTCTGT ACTCACTCAA 
GAGCCTGTTG TTAAGGTGAG CTTTGATAAT CCAAGACTTG TACATTCATT TCATGTATAC 
CTGGCTGCTT ATGGCTCCCT ACCAGAGGCC ACTCAAAAGC CCACGGTAAC AGCTCATCTT 
ACTGATATAA TGGGACAGAA ACACTCACTT GGTAAGTCAA CCATACTTGC AAACGTTCTT 
CATCAAAGAC AAATAGTACA AGAAGCTGTG TTAGGCTGCT TTGCTGGACA CTGGAATATG 
TCAGTAACAT GCATTCCCCA GGACTGTGGC CAACCTGTCT CTTCACTCGT ATTTAATGCC 
ACCTTCTCTT GTCCAGAGGG AACGACCCTC GGAAAACGCT GCTTCTTCCA TTGCCTTCCT 
CCTGCAAAAT TTCAAGGCTT GAGCTACTGG GTGACCTGCA TGTGGGATGG ACTCTGGTCT 
CTCCCTGATG GCTACTGCAA GCTTGAATGT GATGCCCCAG AAGTTATTCC CCATGGCAGA 
TTGCTCACTT CACGTTGCCT GTATGGAAAC CATGATGTGG GATCTGTGTG TCGATACAGG 
TGCAAACCAG GCTATCACGT TGCAGAACAC ACTGAGCGCA GAACCAAAAG GAAATTCCTG 
AAAATTCATT GTCTGCAGAC TGGACTGTGG GCTGAGGGTC GATGTATTCC TGTGATGTGT 
GACCCTTTGC CACCTATTCT CCAAGGGCTG TACAACTGTT CAAAAGGACT GGAAGTGGAC 
AGCAAATGTA CTTTGTACTG TGGATCGCAC ACGGTGTCTA CAGTCTGCGG TAAAGATGGG 
ACCTGGACAG AGAAAATAAG TTTATGTGAA GGCCTACAAG GAACATGTAA TCCACCTCCA 
GAAATGAACC ACATTCAATA CTCCTGTGAT CATGGACATA GTATCGGGTC TATCTGCAAC 
GCCTCCTGTA TTTACACCCT TAGTGATGCA GTGGTATTGC CAGAGAATAT TACTGCAGAT 
ACTATGGAAC ACTGGATGAT TCCAGCCAAA GTGGAGGGTA TCGTGTGCAC CGGGCTCCTA 
AAGTGGCACC CAGAACCCTT TGCCCTTCAC TGCATTCCTT CTTGTGAGCC TTTTCTAGCA 
GATGGCTGGT GTGACACCAT TAATAACCGT GCATATTGTC AGTATGATGG AGGAGATTGC 
TGCGCCTCTA CTCTGTCCTC TCACAAGGTA ATACCTTTTG CTGCTGATTG TGAAGAGGAC 
GAATGCACAT GCCGTGACCC TGATGCAGAA GAGAACCGAA CTCACCGCCC AGAGGTGCAC 
TGA