TRAPPC8 cDNA ORF clone, Chaetura pelagica(chimney swift)

Gene
Clones
gRNAs

Summary

Gene Symbol	TRAPPC8
Entrez Gene ID	104396984
Full Name	trafficking protein particle complex 8
Gene Type	protein-coding
Organism	Chaetura pelagica(chimney swift)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010006897.1	XP_010005199.1	LOW QUALITY PROTEIN: trafficking protein particle complex subunit 8

Pathways from BioSystems
Gene Ontology

The following TRAPPC8 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the TRAPPC8 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
OCh191971	XM_010006897.1 Latest version!	Chaetura pelagica trafficking protein particle complex 8 (TRAPPC8), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

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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)

TRAPPC8 ( XM_010006897.1 ) cDNA ORF clone, Chaetura pelagica(chimney swift) -> XP_010005199.1 Chaetura pelagica trafficking protein particle complex 8 (TRAPPC8), mRNA.

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CloneID	OCh191971
Clone ID Related Accession (Same CDS sequence)	XM_010006897.1
Accession Version	XM_010006897.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4263bp) 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	2014-10-30
Organism	Chaetura pelagica(chimney swift)
Product	LOW QUALITY PROTEIN: trafficking protein particle complex subunit 8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_009970725.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Chaetura pelagica Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.1 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 internal stop codons :: corrected 1 genomic stop codon ##RefSeq-Attributes-END##

ATGAGCCCCA GCTACTGCCC CAGTGTCATG CTGGTGATGG AGCGTGTTGG CAAATTGCCT 
TGCAATGACT TATGGGAAGT TCACATGAGA GATCCTAATA ATCAGCTTCA CATAATTAAA 
AATCTGAAGA TCGCTGTCAA CAATATTATT ACTCACCCAC CTCAGCCTGG TGCCATTCGG 
AAACTTTTGA ATGATGTTGT GTCAGTCAGT CAGCCTGCTG AAGGACTAGT AGCTAATGTG 
ATCACAGCTG GAGATTATGA TCTCAACATT AGTGCTACTA CTCCATGGTT TGAGTCCTAT 
AGAGAGTGCT TTCTTCAGTC CATGCCTGCA TCAGACCATG AATTCTTAAA CCACTATGTT 
GCATGTATGC TTGTAGTTTC TTCTAGTGAA CCAGATCCTG TGGAGCAATT TCTGAAGCTG 
TCTCAAGAAC AACACCGAAT TCAGCATAGT AGTGAATACT TATATCCCAA GTGGTTTATA 
CCAAACACAC TCAAATACTA TGTGTTACTG CATGATGTAA GCACAGGAGA AGAACAAAGA 
GCTGACTCAA TTTATGAAGA GATGAAGCAG AGGTATGGAA CTCAGGGTTG TTATTTGCTG 
AAAATAAATT CTCGGATGTC TAATAGAGGA ACAGATGAAC AGATACCAGA TCCTTGGAGT 
CAGTACCTTC AGAAAAACAC TATCCAGAAC CAGGATTTCT ATGATGATGG TCCATATACT 
GTCATTGCAA ACAAGAATAC CGATCACTTG ATATCTGATG GTTTAGACAG TGAAATTAAA 
GATGGACTGT CAAATAACTT TAAGACTCAC CCCCTTCAAC TGGATCATCC TAGTGGCAGT 
TTGGATAGCA CTGATTACAT GAAGGCTGCT GCAGCAGCGC AGGACGTGAA GAAACCCAAT 
TCTGCAACGC CCCATGGTGC TTGTTTAACA CTCACAGATC ATGATCGAAT TAGACAGTTC 
ATACAGGAAT TCACATTTAG GGGACTGTTG CCACATATAG AGAAGACAAT TCGGCAACTT 
AATGATCAGT TAATATCCAG GAAGGGCTTG AGTCGATCAC TGTTTTCTGC TACTAAAAAG 
TGGTTTAGCG GCAGCAAGGT TCCAGAGAAA AGTATAAATG AACTGAAGAA TACTTCTGGT 
TTGCTGTATC CACCAGAAGC ACCAGAGCTT CAAATCCGGA AAATGGCAGA CTTGTGCTTT 
TTGGTGCAAC ACTATGAACT TGCATATAGC TGTTACCACA CAGCAAAGAA AGACTTCTTA 
AATGATCAGG CAATGCTTTA TGCAGCTGGA GCACTGGAAA TGGCAGCAGT ATCAGCTTTT 
CTTCAGCCTG GAGCTCCTAG ACCATATCCT GCTCATTATA TGGAAACAGC AATTCAAACC 
TATCGAGATA TCTGCAAGAA CATGGTTTTG GCTGAACGCT GTGTGCTGCT TAGTGCTGAA 
ATCTTAAAAA GTCAAAGCAA ATATTCAGAG GCAGCTGCTC TCCTGATTCG TTTAACCAGT 
GAGGATTCAG ATCTTCGCAG TGCACTTCTG TTGGAGCAAG CAGCCCATTG CTTTATAAAC 
ATGAAAAGTC CCATGGTTAG AAAGTTTGCA TTTCATATGA TATTGGCTGG CCATAGGTTT 
AGTAAAGCAG GACAGAAGAA ACATGCATTA CGTTGCTACT GTCAAGCCAT GCAGGTTTAC 
AAAGGGAAAG GCTGGTCTCT TGCCGAAGAC CACATTAACT TCACTATTGG CCGCCAATCC 
TTTACACTTC GTCAGCTTGA CAATGCTGTG TCTGCATTCA GACATATTTT GATCAATGAC 
AGTAAACAAC CTCCAGCTCA GCAAGGAGCT TTTTTAAGAG AGTATCTTTA TGTTTATAAG 
AACGTAACCC AGCTGTCACC TGATGGTCCC TTACCACAGC TTCCTTTGCC ATATATTAAC 
AGCTCAGCAA CCCGTGTTTT CTTTGGCCAT GATCGAAGAC CAGCAGAAGG TGAAAAGCAG 
GCAGCTACAC ACGTGAGTCT GGATCAGGAG TATGACTCGG AATCATCACA ACAGTGGAAG 
GAACTTGAGG AACAGGTTGT TTCTGCGGTT AATAAAGGAA TGATACCTTC AAACTTTCAG 
CCAACACAGT TCTGTTTAAA TCGCTACTCG GATAATTCCA GATTTCCACT TGCTGTTATA 
GAAGAACCAA TAACTGTAGA AGTGTCCTTC CGAAACCCTC TGAAAGTTCC CCTTCTTTTG 
ACTGATCTTT CATTGCTGTG GAAGTTTCAA CCTAAAGACT TCAATGTAAA ACATGCTGGA 
GAAACTAAAG AGCTGGGAAC GGGCGTTGAT GACACGATAG GAACAGAGGC AATATCAGAA 
TTTTTAATTA ATAGTGAGGA GACAAAAGTG GCAAGACTAA AGCTCTTTCC CCATCAAACA 
GGGGAGCTAC ATATTCTGGG AGTCGTTTAT AATCTTGGCA CTGTTCAGGG TGCTGCGACA 
TTAGATGGGA TAGACCCTTC TATTGGACTA CAGACAGGAA AGTTTGTCTC CAATGGTTTA 
TCTGTACGAG GACGGCAAGA CTTAGAAATC CAAGGGCCTC GACTTAATAA CACAAAAGAG 
GAAAAAACAT CTATTAAATA TGGGCCTGAT CGACGTTTAG ATCCCATTAT TACAGAGGAA 
ATGCCTTTGT TGGAGGTGTT CTTCATAAAT TTTCCTACAG GGCTTCTCTG TGGAGAAATC 
AGAAAAGCAT ATGTAGAATT TGTAAATGTA AGCAAGTGTC CCCTTACTGC ACTGAAAGTT 
GTGTCCAAGC ATCCAGAATT TTTTACTTTT GGTGGAAATA CTGCTGTTCT AACGCCACTA 
AGTCCTTCAG CTTCGGAAAA CTGTAGTGCT TACAAGACAG TTGTGACAGA TCCTACCTCT 
GTGCATACAG CACTATTATC TTCAGCTTCT TCTGTAGACT TTGGGGTTGG GACAGGAGGT 
CAGCCTGAAG TAATAAATGT CCCACTTCCT GATGCTATTC TTCTTCCTGG GGCTTCAGTG 
CAGCTGCCTA TGTGGTTACG GGGACCAGAC GAAGAAGGTG TTCATGAAAT TAACTTTTTG 
TTTTACTATG AAAGTATTAA AAAACACTCA AAAATGTGCC ACAGAGTATT AAGGCACACT 
GCAGTTATTT GTACTAGCCG TTCTCTGCAT ATTCGAGCTA CTGTCTGCAG AAGTAATGCA 
CTTGAAGATG AAGAAGGCAG AGGGGACAAT ATGTTGGTGT TTGTAGATGT AGAAAATATC 
AACACTAGTG AGTCTGGTGT TAAAGAGTTT CATATAGTAC AAGTTTCAAG TAATAGCAAG 
CATTGGAAGC TTCAAAAATC TGTTAACATC TCTGAAGACA AAGATACTAA ACTTGCGAGC 
AGAGAGCGAG CGAAGTTATG TTTTAAAGCA GTAAGATGCA AAAACTCAGA AGAAAATTAC 
ACATTTGCAG ATATTGTCTT TGGAAATGAG CAGATAATAA GTTCAGCCAG TCCTTGTGCA 
GACTTTTTTT TCCAAAGCTT GTCCTCCGAA TTTAAAAGAA TGCATGTGCA GTCTCATACT 
CCTCATGCAT CTCAAAGGGC TGTGAAGCAG GCATTTGATG AGACAATCAG ATTGATACAA 
AGATGCAATG AAGTCAATTT GAATATTGTT GTACTGTGGA AGGCATATGT TGTGGAAGAC 
AACAAGCAGC TTATTTTGGA GGGCCAGCAT CATGTTGCTC TTCATACAGT TGGGAAGGAG 
GCTTTTTCGT TTCCTCAAAA GCAGGGTTTA AAAAAAATAC TCGGGAATTC TGATTGGGAG 
GACTTGGAAC AGGAATTGCC AGAAACAGTT CTCTTAAAGT TTTTTCGACC AGAAAGCACA 
CCAGTACCTA CAAGACCAAC ACCAGAGCAG CTTTCTAATC TTATCAAGAC AAGTCTTCAT 
TATCCATAGT CTTTCAATCA CTCTTTCCAT CAAAAAAGCC TCTGTCTGGT ACCTGTCACT 
CTCCTACTTT CCAATTGTTC TCATGCTGTT GTAGATGTGA TGATTGACTT GCGGCATAAA 
ACAACAAGCC CAGAAGCACT AGAAATCCAT GGATCTTTTA CATGGCTTGG TCAAACACAG 
TACAAGCTTC AACTTAAAAG CCAGGAAGTC TATAGCTTGC AGCTGAAAGC TTGCTTTGTT 
CATACAGGTG TCTATAATCT TGGAACACCA AGAGTATTTG CCAAGCTAGT GGACCAAGTT 
ACTTTGTTTG AAACGAGTCA GCAGAACTCC ATGCCTGCAC TGATTATTAT AAATAATATC 
TGA

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

RefSeq	XP_010005199.1
CDS	1..4263
Translation	MSPSYCPSVMLVMERVGKLPCNDLWEVHMRDPNNQLHIIKNLKIAVNNIITHPPQPGAIRKLLNDVVSVSQPAEGLVANVITAGDYDLNISATTPWFESYRECFLQSMPASDHEFLNHYVACMLVVSSSEPDPVEQFLKLSQEQHRIQHSSEYLYPKWFIPNTLKYYVLLHDVSTGEEQRADSIYEEMKQRYGTQGCYLLKINSRMSNRGTDEQIPDPWSQYLQKNTIQNQDFYDDGPYTVIANKNTDHLISDGLDSEIKDGLSNNFKTHPLQLDHPSGSLDSTDYMKAAAAAQDVKKPNSATPHGACLTLTDHDRIRQFIQEFTFRGLLPHIEKTIRQLNDQLISRKGLSRSLFSATKKWFSGSKVPEKSINELKNTSGLLYPPEAPELQIRKMADLCFLVQHYELAYSCYHTAKKDFLNDQAMLYAAGALEMAAVSAFLQPGAPRPYPAHYMETAIQTYRDICKNMVLAERCVLLSAEILKSQSKYSEAAALLIRLTSEDSDLRSALLLEQAAHCFINMKSPMVRKFAFHMILAGHRFSKAGQKKHALRCYCQAMQVYKGKGWSLAEDHINFTIGRQSFTLRQLDNAVSAFRHILINDSKQPPAQQGAFLREYLYVYKNVTQLSPDGPLPQLPLPYINSSATRVFFGHDRRPAEGEKQAATHVSLDQEYDSESSQQWKELEEQVVSAVNKGMIPSNFQPTQFCLNRYSDNSRFPLAVIEEPITVEVSFRNPLKVPLLLTDLSLLWKFQPKDFNVKHAGETKELGTGVDDTIGTEAISEFLINSEETKVARLKLFPHQTGELHILGVVYNLGTVQGAATLDGIDPSIGLQTGKFVSNGLSVRGRQDLEIQGPRLNNTKEEKTSIKYGPDRRLDPIITEEMPLLEVFFINFPTGLLCGEIRKAYVEFVNVSKCPLTALKVVSKHPEFFTFGGNTAVLTPLSPSASENCSAYKTVVTDPTSVHTALLSSASSVDFGVGTGGQPEVINVPLPDAILLPGASVQLPMWLRGPDEEGVHEINFLFYYESIKKHSKMCHRVLRHTAVICTSRSLHIRATVCRSNALEDEEGRGDNMLVFVDVENINTSESGVKEFHIVQVSSNSKHWKLQKSVNISEDKDTKLASRERAKLCFKAVRCKNSEENYTFADIVFGNEQIISSASPCADFFFQSLSSEFKRMHVQSHTPHASQRAVKQAFDETIRLIQRCNEVNLNIVVLWKAYVVEDNKQLILEGQHHVALHTVGKEAFSFPQKQGLKKILGNSDWEDLEQELPETVLLKFFRPESTPVPTRPTPEQLSNLIKTSLHYP*SFNHSFHQKSLCLVPVTLLLSNCSHAVVDVMIDLRHKTTSPEALEIHGSFTWLGQTQYKLQLKSQEVYSLQLKACFVHTGVYNLGTPRVFAKLVDQVTLFETSQQNSMPALIIINNI

Target ORF information:

RefSeq Version	XM_010006897.1
Organism	Chaetura pelagica(chimney swift)
Definition	Chaetura pelagica trafficking protein particle complex 8 (TRAPPC8), mRNA.

Target ORF information:

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

XM_010006897.1

ORF Insert Sequence:

ATGAGCCCCA GCTACTGCCC CAGTGTCATG CTGGTGATGG AGCGTGTTGG CAAATTGCCT 
TGCAATGACT TATGGGAAGT TCACATGAGA GATCCTAATA ATCAGCTTCA CATAATTAAA 
AATCTGAAGA TCGCTGTCAA CAATATTATT ACTCACCCAC CTCAGCCTGG TGCCATTCGG 
AAACTTTTGA ATGATGTTGT GTCAGTCAGT CAGCCTGCTG AAGGACTAGT AGCTAATGTG 
ATCACAGCTG GAGATTATGA TCTCAACATT AGTGCTACTA CTCCATGGTT TGAGTCCTAT 
AGAGAGTGCT TTCTTCAGTC CATGCCTGCA TCAGACCATG AATTCTTAAA CCACTATGTT 
GCATGTATGC TTGTAGTTTC TTCTAGTGAA CCAGATCCTG TGGAGCAATT TCTGAAGCTG 
TCTCAAGAAC AACACCGAAT TCAGCATAGT AGTGAATACT TATATCCCAA GTGGTTTATA 
CCAAACACAC TCAAATACTA TGTGTTACTG CATGATGTAA GCACAGGAGA AGAACAAAGA 
GCTGACTCAA TTTATGAAGA GATGAAGCAG AGGTATGGAA CTCAGGGTTG TTATTTGCTG 
AAAATAAATT CTCGGATGTC TAATAGAGGA ACAGATGAAC AGATACCAGA TCCTTGGAGT 
CAGTACCTTC AGAAAAACAC TATCCAGAAC CAGGATTTCT ATGATGATGG TCCATATACT 
GTCATTGCAA ACAAGAATAC CGATCACTTG ATATCTGATG GTTTAGACAG TGAAATTAAA 
GATGGACTGT CAAATAACTT TAAGACTCAC CCCCTTCAAC TGGATCATCC TAGTGGCAGT 
TTGGATAGCA CTGATTACAT GAAGGCTGCT GCAGCAGCGC AGGACGTGAA GAAACCCAAT 
TCTGCAACGC CCCATGGTGC TTGTTTAACA CTCACAGATC ATGATCGAAT TAGACAGTTC 
ATACAGGAAT TCACATTTAG GGGACTGTTG CCACATATAG AGAAGACAAT TCGGCAACTT 
AATGATCAGT TAATATCCAG GAAGGGCTTG AGTCGATCAC TGTTTTCTGC TACTAAAAAG 
TGGTTTAGCG GCAGCAAGGT TCCAGAGAAA AGTATAAATG AACTGAAGAA TACTTCTGGT 
TTGCTGTATC CACCAGAAGC ACCAGAGCTT CAAATCCGGA AAATGGCAGA CTTGTGCTTT 
TTGGTGCAAC ACTATGAACT TGCATATAGC TGTTACCACA CAGCAAAGAA AGACTTCTTA 
AATGATCAGG CAATGCTTTA TGCAGCTGGA GCACTGGAAA TGGCAGCAGT ATCAGCTTTT 
CTTCAGCCTG GAGCTCCTAG ACCATATCCT GCTCATTATA TGGAAACAGC AATTCAAACC 
TATCGAGATA TCTGCAAGAA CATGGTTTTG GCTGAACGCT GTGTGCTGCT TAGTGCTGAA 
ATCTTAAAAA GTCAAAGCAA ATATTCAGAG GCAGCTGCTC TCCTGATTCG TTTAACCAGT 
GAGGATTCAG ATCTTCGCAG TGCACTTCTG TTGGAGCAAG CAGCCCATTG CTTTATAAAC 
ATGAAAAGTC CCATGGTTAG AAAGTTTGCA TTTCATATGA TATTGGCTGG CCATAGGTTT 
AGTAAAGCAG GACAGAAGAA ACATGCATTA CGTTGCTACT GTCAAGCCAT GCAGGTTTAC 
AAAGGGAAAG GCTGGTCTCT TGCCGAAGAC CACATTAACT TCACTATTGG CCGCCAATCC 
TTTACACTTC GTCAGCTTGA CAATGCTGTG TCTGCATTCA GACATATTTT GATCAATGAC 
AGTAAACAAC CTCCAGCTCA GCAAGGAGCT TTTTTAAGAG AGTATCTTTA TGTTTATAAG 
AACGTAACCC AGCTGTCACC TGATGGTCCC TTACCACAGC TTCCTTTGCC ATATATTAAC 
AGCTCAGCAA CCCGTGTTTT CTTTGGCCAT GATCGAAGAC CAGCAGAAGG TGAAAAGCAG 
GCAGCTACAC ACGTGAGTCT GGATCAGGAG TATGACTCGG AATCATCACA ACAGTGGAAG 
GAACTTGAGG AACAGGTTGT TTCTGCGGTT AATAAAGGAA TGATACCTTC AAACTTTCAG 
CCAACACAGT TCTGTTTAAA TCGCTACTCG GATAATTCCA GATTTCCACT TGCTGTTATA 
GAAGAACCAA TAACTGTAGA AGTGTCCTTC CGAAACCCTC TGAAAGTTCC CCTTCTTTTG 
ACTGATCTTT CATTGCTGTG GAAGTTTCAA CCTAAAGACT TCAATGTAAA ACATGCTGGA 
GAAACTAAAG AGCTGGGAAC GGGCGTTGAT GACACGATAG GAACAGAGGC AATATCAGAA 
TTTTTAATTA ATAGTGAGGA GACAAAAGTG GCAAGACTAA AGCTCTTTCC CCATCAAACA 
GGGGAGCTAC ATATTCTGGG AGTCGTTTAT AATCTTGGCA CTGTTCAGGG TGCTGCGACA 
TTAGATGGGA TAGACCCTTC TATTGGACTA CAGACAGGAA AGTTTGTCTC CAATGGTTTA 
TCTGTACGAG GACGGCAAGA CTTAGAAATC CAAGGGCCTC GACTTAATAA CACAAAAGAG 
GAAAAAACAT CTATTAAATA TGGGCCTGAT CGACGTTTAG ATCCCATTAT TACAGAGGAA 
ATGCCTTTGT TGGAGGTGTT CTTCATAAAT TTTCCTACAG GGCTTCTCTG TGGAGAAATC 
AGAAAAGCAT ATGTAGAATT TGTAAATGTA AGCAAGTGTC CCCTTACTGC ACTGAAAGTT 
GTGTCCAAGC ATCCAGAATT TTTTACTTTT GGTGGAAATA CTGCTGTTCT AACGCCACTA 
AGTCCTTCAG CTTCGGAAAA CTGTAGTGCT TACAAGACAG TTGTGACAGA TCCTACCTCT 
GTGCATACAG CACTATTATC TTCAGCTTCT TCTGTAGACT TTGGGGTTGG GACAGGAGGT 
CAGCCTGAAG TAATAAATGT CCCACTTCCT GATGCTATTC TTCTTCCTGG GGCTTCAGTG 
CAGCTGCCTA TGTGGTTACG GGGACCAGAC GAAGAAGGTG TTCATGAAAT TAACTTTTTG 
TTTTACTATG AAAGTATTAA AAAACACTCA AAAATGTGCC ACAGAGTATT AAGGCACACT 
GCAGTTATTT GTACTAGCCG TTCTCTGCAT ATTCGAGCTA CTGTCTGCAG AAGTAATGCA 
CTTGAAGATG AAGAAGGCAG AGGGGACAAT ATGTTGGTGT TTGTAGATGT AGAAAATATC 
AACACTAGTG AGTCTGGTGT TAAAGAGTTT CATATAGTAC AAGTTTCAAG TAATAGCAAG 
CATTGGAAGC TTCAAAAATC TGTTAACATC TCTGAAGACA AAGATACTAA ACTTGCGAGC 
AGAGAGCGAG CGAAGTTATG TTTTAAAGCA GTAAGATGCA AAAACTCAGA AGAAAATTAC 
ACATTTGCAG ATATTGTCTT TGGAAATGAG CAGATAATAA GTTCAGCCAG TCCTTGTGCA 
GACTTTTTTT TCCAAAGCTT GTCCTCCGAA TTTAAAAGAA TGCATGTGCA GTCTCATACT 
CCTCATGCAT CTCAAAGGGC TGTGAAGCAG GCATTTGATG AGACAATCAG ATTGATACAA 
AGATGCAATG AAGTCAATTT GAATATTGTT GTACTGTGGA AGGCATATGT TGTGGAAGAC 
AACAAGCAGC TTATTTTGGA GGGCCAGCAT CATGTTGCTC TTCATACAGT TGGGAAGGAG 
GCTTTTTCGT TTCCTCAAAA GCAGGGTTTA AAAAAAATAC TCGGGAATTC TGATTGGGAG 
GACTTGGAAC AGGAATTGCC AGAAACAGTT CTCTTAAAGT TTTTTCGACC AGAAAGCACA 
CCAGTACCTA CAAGACCAAC ACCAGAGCAG CTTTCTAATC TTATCAAGAC AAGTCTTCAT 
TATCCATAGT CTTTCAATCA CTCTTTCCAT CAAAAAAGCC TCTGTCTGGT ACCTGTCACT 
CTCCTACTTT CCAATTGTTC TCATGCTGTT GTAGATGTGA TGATTGACTT GCGGCATAAA 
ACAACAAGCC CAGAAGCACT AGAAATCCAT GGATCTTTTA CATGGCTTGG TCAAACACAG 
TACAAGCTTC AACTTAAAAG CCAGGAAGTC TATAGCTTGC AGCTGAAAGC TTGCTTTGTT 
CATACAGGTG TCTATAATCT TGGAACACCA AGAGTATTTG CCAAGCTAGT GGACCAAGTT 
ACTTTGTTTG AAACGAGTCA GCAGAACTCC ATGCCTGCAC TGATTATTAT AAATAATATC 
TGA