Trappc8 cDNA ORF clone, Peromyscus maniculatus bairdii(prairie deer mouse)

Gene
Clones
gRNAs

Summary

Gene Symbol	Trappc8
Entrez Gene ID	102913126
Full Name	trafficking protein particle complex 8
Gene Type	protein-coding
Organism	Peromyscus maniculatus bairdii(prairie deer mouse)

mRNA and Protein(s)

mRNA	Protein	Name
XM_015988630.1	XP_015844116.1	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
OPe53496	XM_015988630.1 Latest version!	Peromyscus maniculatus bairdii trafficking protein particle complex 8 (Trappc8), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00

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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_015988630.1 ) cDNA ORF clone, Peromyscus maniculatus bairdii(prairie deer mouse) -> XP_015844116.1 Peromyscus maniculatus bairdii trafficking protein particle complex 8 (Trappc8), mRNA.

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CloneID	OPe53496
Clone ID Related Accession (Same CDS sequence)	XM_015988630.1
Accession Version	XM_015988630.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3909bp) 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	2016-03-20
Organism	Peromyscus maniculatus bairdii(prairie deer mouse)
Product	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_006501038.1) 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 :: Peromyscus maniculatus bairdii Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.5 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##

ATGGCCCAGT GCGTGCAGTC GGTGCAGGAG CTCATCCCCG ACTCCTTCGT TCCCTGCGTC 
GCCGCGCTGT GCAGCGACGA AGCCGAGCGG CTCACCCGCC TCAACCACCT CAGCTTCGCC 
GAGCTGCTCA AGCCCTTCTC CCGCCTCACT TCCGAAGTTC ACATGAGAGA TCCTAATAAT 
CAACTGCATA TAATTAAAAA TTTGAAGATA GCAGTAAGCA ACATTGTCAC CCAGCCACCT 
CAGCCGGGAG CCATTGGGAA GCTTTTGAAT GATGTCGTTT CTGGCAGCCA GCCTGCAGAA 
GGATCAGTGG CTAATGTGAT TACAGCGGGG GATTATGACC TTAACATCAG TGCGACTACT 
CCGTGGTTTG AGTCTTACAG AGAGACATTT CTGCAGTCCA TGCCAGCATC AGATCATGAG 
TTTCTGAACC ACTATTTAGC GTGTATGTTG GTGGCGTCGT CCGGTGAAGC TGAACCTATG 
GAACAGTTTT CAAAGTTGTC ACAAGAACAG CATCGAATTC AGCACAACAG TGATTATTCC 
TACCCTAAGT GGTTTATCCC AAATACACTT AAATATTACG TGCTTTTGCA TGATGTAACT 
TCAGGAGATG AGCAGAGAGC TGAATCAATT TATGAAGAAA TGAAACAGAA ATATGGAACT 
CAGGGTTGTT ATTTGCTTAA AATTAATTCT CGAGCACCGA ATCGAGCATC AGATGAACAG 
ATACCAGATC CTTGGAGTCA ATATCTCCAG AAAAATAGTA TTCAACACCA GGAATCATAT 
GAAGATGGCC CTTGTACTTT GACCTCCAAT AAGAATTCTG ATAGTAACTT GCTCTCATTG 
GATGGACTAG ATAACGAAGT CAAAGGTCTT CTAATATCAA GGAAAGGTTT GAGTCGATCT 
CTGTTTTCTG CCACTAAGAA ATGGTTTAGT GGCAGTAAAG TTCCAGAAAA GAGCATTAAC 
GAACTGAAAA ATACATCTGG GTTGTTTTTA AATGAGATGG CAGCAGTGTC AGCCTTTCTC 
CAGCCAGGAG CTCCGAGGCC ATACCCTGCC CATTACATGG ACACAGCCAT TCAGACCTAC 
AGGGACATCT GCAAGAATAT GGTGTTGGCT GAAAGATGTG TGTTGCTTAG TGCCGAAATT 
TTAAAAAGTC AAAGCAAATA CTCAGAGGCT GCAGCCCTTC TAATACGGTT GACAAGTGAG 
GATTCTGATC TCCGAAGTGC ACTTCTCTTG GAGCAGGCTG CTCATTGCTT CATAAACATG 
AAGAGCCCCA TGGTTAGAAA ATATGCTTTT CACATGATCC TGGCTGGCCA TCGGTTTAGT 
AAAGCAGGGC AGAAAAAGCA TGCTTTGCGC TGCTATTGTC AAGCCATGCA AGTTTACAAA 
GGGAAAGGCT GGTCCCTGGC AGAGGATCAC ATCAACTTCA CCATCGGGCG CCAGTCCTAC 
ACTCTGCGCC AGCTGGACAA TGCTGTGTCT GCTTTCAGGC ACATTTTAAT CAATGAAAGC 
AAACAGTCTG CTGCTCAGCA AGGGGCCTTT CTCAGAGAGT ATCTTTATGT TTATAAGAAT 
GTAAATCAGC TGTCACCAGA TGGCCCTTTA CCACAGCTTC CCTTACCATA CATTAACAGT 
TCAGCAACAC GGGTTTTCTT TGGCCATGAC AGACGACCAG CAGATGGTGA AAAGCAAGCG 
GCTACTCATA TAAGTCTTGA TCAAGAATAT GACTCTGAGT CATCTCAGCA GTGGCGAGAA 
CTTGAGGAGC ATGTTGTGGC TGTGGCTAAT AAAGGAGTAA TTCCATCCAG TTTCTACCCC 
ACACAGTATT GTTTGAACAG TTACTCAGAC AACTCCAGAT TTCCACTTGC AGTTGTGGAA 
GAGCCAATTA CGGTGGAAGT GGCGTTCAGA AACCCTTTGA AAGTTCCACT TTTGCTGTCG 
GACTTGTCAT TGCTCTGGAG GTTTCAGCCT AAAGATGCCA ATGGGAAAGA CATCGAAACA 
GTTAGAGAAC GAGTTACAGG TGAACCTGAA ATGATTGGAA CTGAAGTTAT TTCAGAATTC 
TTAATTAACA GTGAAGAATC TAAAGTGGCA AGACTGAAGC TCTTTCCCCA TCACATAGGG 
GAGCTGCACA TTCTGGGAGT TGTGTATAAT CTTGGCACTA TTCAGGGCTC CGTGACAGTA 
GATGGCATTG GTGCTCTTCC TGGATGTCAC ACAGGAAAAC ATTCTTTGAG TATGTCAGTC 
CGAGGGAGAC AGGACTTAGA AATTCAGGGC CCTCGACTTA ACAACACGAA GGAGGAGAAG 
ACATCTGTCA AGTACGGTCC TGACCGGCGT TTAGACCCTA TCATTACCGA GGAGATGCCG 
TTGCTGGAGG TGTTCTTTAT ACATTTTCCT ACAGGGCTCC TCTGTGGAGA AATCCGGAAA 
GCATATGTCG AATTTGTCAA TGTCAGCAAA TGTCCTCTGA CTGGATTGAA GGTTGTGTCT 
AAACGTCCGG AGTTCTTCAC TTTTGGGGTC AACACTGCTG CTCTAACACC ACTGAGCCCT 
TCCACATCTG AAAACTGCAG TGCTTACAAG ACGGTAGTTA CAGGCGCTGC CTCTGCAGGC 
ACGGCACTTG TGTCTTGTGC GTCTTCTGGA GACTTTGGGA CCAGCACAGG ACAGCAGCTG 
GAGGCCATCC CAGTCCCCCT TCCTGATGCC GTGCTGCTCC CCGGGGCTTC TGTCCAGCTG 
CCAATGTGGC TTCGAGGGCC AGACGAAGAG GGTGTCCATG AGATTAACTT TTTATTTTAC 
TATGAAAGTG TTAAAAAGCA GCCTAAAAGA CGACACAGAA TATTAAGACA CACTGCAGTT 
ATTTGTACTA GCCGGTCTTT GAACGTGCGA GCAACTGTCT GCAGAAGTAA TTCACTTGAA 
GATGAAGAAG GCAGGGGAGG CAATATGCTA GTCTTTGTGG ATGTGGAAAA TACCAATACT 
AGTGAAGCAG GGGTTAAGGA GTTCCACATG GTGCAGGTGT CAAGCAGTAG CAAGCACTGG 
CAGCTGCACA AATCCGTGAA CATCTCTGAA AACAAAGATG CCAAACTTGC CAGTAGGGAG 
AAAGGAAAGT TTTGCTTCAA GGCAGTAAGA TGTAAACAAA AAGAAGCTGC TATACAGTCC 
TCCGAAAAAT ACACTTTTGC AGATATCATC TTTGGAAATG AACAGATAAT AAGTTCAGCA 
AGTCCATGTG CAGATTTCTT TTACCGAAGT TTATCCTCAG AGTTGAAGAA ACCACAAGAC 
CCGCTTTCTG CACATCCAGA GAAACCTGTA GACGATGCTG TGCGGCTGAT TCAGAAGTGC 
AGTGAGGTGG ACCTGAACAT TGTCGTGTTA TGGAAGGCAT ACGTTGTAGA AGATAACAAG 
CAGCTTATTT TAGAAGGCCA GCATCATGTT GTTGTTCGCA CTCTTGGAAA AGAAGCCTTT 
TCACAGTCTC AGAAACAGGA GCCACCAGAA ATGGAACTAT TGAAGTTTTT CAGGCCAGAA 
AACACTACAG TTTCCACAAG ACCATCAGTA GAACAGCTTT CTAATCTCAT TAAAACAAGT 
CTTCACTACC CAGAATCATT TCATCATCCA TTTCATCAAA AAAGCCTTTG CCTAGTACCA 
GTGACCCTTT TACTTTCTAA CTGTTCTAAG GCTGACGTAG ATGTCATAGT TGATCTCCGG 
CATAAAACAA CAAGTCCAGA GGCACTGGAG ACTCATGGAT CATTCACGTG GCTTGGACAG 
ACACAGTATA AACTGCAGCT GAAAAGCGAA GAGACGCAGA GTTTGCAACT GAAAGCATGC 
TTTGTTCATA CAGGTGTTTA TAACCTTGGG ACTCCAAGGG TATTCGCCAA GTTATCGGAC 
CAGGTTACAG TATTTGAAAC AAGTCAGCAG AACTCCATGC CTGCTCTGAT TATCATCAAT 
AACGCCTGA

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

RefSeq	XP_015844116.1
CDS	51..3959
Translation	MAQCVQSVQELIPDSFVPCVAALCSDEAERLTRLNHLSFAELLKPFSRLTSEVHMRDPNNQLHIIKNLKIAVSNIVTQPPQPGAIGKLLNDVVSGSQPAEGSVANVITAGDYDLNISATTPWFESYRETFLQSMPASDHEFLNHYLACMLVASSGEAEPMEQFSKLSQEQHRIQHNSDYSYPKWFIPNTLKYYVLLHDVTSGDEQRAESIYEEMKQKYGTQGCYLLKINSRAPNRASDEQIPDPWSQYLQKNSIQHQESYEDGPCTLTSNKNSDSNLLSLDGLDNEVKGLLISRKGLSRSLFSATKKWFSGSKVPEKSINELKNTSGLFLNEMAAVSAFLQPGAPRPYPAHYMDTAIQTYRDICKNMVLAERCVLLSAEILKSQSKYSEAAALLIRLTSEDSDLRSALLLEQAAHCFINMKSPMVRKYAFHMILAGHRFSKAGQKKHALRCYCQAMQVYKGKGWSLAEDHINFTIGRQSYTLRQLDNAVSAFRHILINESKQSAAQQGAFLREYLYVYKNVNQLSPDGPLPQLPLPYINSSATRVFFGHDRRPADGEKQAATHISLDQEYDSESSQQWRELEEHVVAVANKGVIPSSFYPTQYCLNSYSDNSRFPLAVVEEPITVEVAFRNPLKVPLLLSDLSLLWRFQPKDANGKDIETVRERVTGEPEMIGTEVISEFLINSEESKVARLKLFPHHIGELHILGVVYNLGTIQGSVTVDGIGALPGCHTGKHSLSMSVRGRQDLEIQGPRLNNTKEEKTSVKYGPDRRLDPIITEEMPLLEVFFIHFPTGLLCGEIRKAYVEFVNVSKCPLTGLKVVSKRPEFFTFGVNTAALTPLSPSTSENCSAYKTVVTGAASAGTALVSCASSGDFGTSTGQQLEAIPVPLPDAVLLPGASVQLPMWLRGPDEEGVHEINFLFYYESVKKQPKRRHRILRHTAVICTSRSLNVRATVCRSNSLEDEEGRGGNMLVFVDVENTNTSEAGVKEFHMVQVSSSSKHWQLHKSVNISENKDAKLASREKGKFCFKAVRCKQKEAAIQSSEKYTFADIIFGNEQIISSASPCADFFYRSLSSELKKPQDPLSAHPEKPVDDAVRLIQKCSEVDLNIVVLWKAYVVEDNKQLILEGQHHVVVRTLGKEAFSQSQKQEPPEMELLKFFRPENTTVSTRPSVEQLSNLIKTSLHYPESFHHPFHQKSLCLVPVTLLLSNCSKADVDVIVDLRHKTTSPEALETHGSFTWLGQTQYKLQLKSEETQSLQLKACFVHTGVYNLGTPRVFAKLSDQVTVFETSQQNSMPALIIINNA

Target ORF information:

RefSeq Version	XM_015988630.1
Organism	Peromyscus maniculatus bairdii(prairie deer mouse)
Definition	Peromyscus maniculatus bairdii 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_015988630.1

ORF Insert Sequence:

ATGGCCCAGT GCGTGCAGTC GGTGCAGGAG CTCATCCCCG ACTCCTTCGT TCCCTGCGTC 
GCCGCGCTGT GCAGCGACGA AGCCGAGCGG CTCACCCGCC TCAACCACCT CAGCTTCGCC 
GAGCTGCTCA AGCCCTTCTC CCGCCTCACT TCCGAAGTTC ACATGAGAGA TCCTAATAAT 
CAACTGCATA TAATTAAAAA TTTGAAGATA GCAGTAAGCA ACATTGTCAC CCAGCCACCT 
CAGCCGGGAG CCATTGGGAA GCTTTTGAAT GATGTCGTTT CTGGCAGCCA GCCTGCAGAA 
GGATCAGTGG CTAATGTGAT TACAGCGGGG GATTATGACC TTAACATCAG TGCGACTACT 
CCGTGGTTTG AGTCTTACAG AGAGACATTT CTGCAGTCCA TGCCAGCATC AGATCATGAG 
TTTCTGAACC ACTATTTAGC GTGTATGTTG GTGGCGTCGT CCGGTGAAGC TGAACCTATG 
GAACAGTTTT CAAAGTTGTC ACAAGAACAG CATCGAATTC AGCACAACAG TGATTATTCC 
TACCCTAAGT GGTTTATCCC AAATACACTT AAATATTACG TGCTTTTGCA TGATGTAACT 
TCAGGAGATG AGCAGAGAGC TGAATCAATT TATGAAGAAA TGAAACAGAA ATATGGAACT 
CAGGGTTGTT ATTTGCTTAA AATTAATTCT CGAGCACCGA ATCGAGCATC AGATGAACAG 
ATACCAGATC CTTGGAGTCA ATATCTCCAG AAAAATAGTA TTCAACACCA GGAATCATAT 
GAAGATGGCC CTTGTACTTT GACCTCCAAT AAGAATTCTG ATAGTAACTT GCTCTCATTG 
GATGGACTAG ATAACGAAGT CAAAGGTCTT CTAATATCAA GGAAAGGTTT GAGTCGATCT 
CTGTTTTCTG CCACTAAGAA ATGGTTTAGT GGCAGTAAAG TTCCAGAAAA GAGCATTAAC 
GAACTGAAAA ATACATCTGG GTTGTTTTTA AATGAGATGG CAGCAGTGTC AGCCTTTCTC 
CAGCCAGGAG CTCCGAGGCC ATACCCTGCC CATTACATGG ACACAGCCAT TCAGACCTAC 
AGGGACATCT GCAAGAATAT GGTGTTGGCT GAAAGATGTG TGTTGCTTAG TGCCGAAATT 
TTAAAAAGTC AAAGCAAATA CTCAGAGGCT GCAGCCCTTC TAATACGGTT GACAAGTGAG 
GATTCTGATC TCCGAAGTGC ACTTCTCTTG GAGCAGGCTG CTCATTGCTT CATAAACATG 
AAGAGCCCCA TGGTTAGAAA ATATGCTTTT CACATGATCC TGGCTGGCCA TCGGTTTAGT 
AAAGCAGGGC AGAAAAAGCA TGCTTTGCGC TGCTATTGTC AAGCCATGCA AGTTTACAAA 
GGGAAAGGCT GGTCCCTGGC AGAGGATCAC ATCAACTTCA CCATCGGGCG CCAGTCCTAC 
ACTCTGCGCC AGCTGGACAA TGCTGTGTCT GCTTTCAGGC ACATTTTAAT CAATGAAAGC 
AAACAGTCTG CTGCTCAGCA AGGGGCCTTT CTCAGAGAGT ATCTTTATGT TTATAAGAAT 
GTAAATCAGC TGTCACCAGA TGGCCCTTTA CCACAGCTTC CCTTACCATA CATTAACAGT 
TCAGCAACAC GGGTTTTCTT TGGCCATGAC AGACGACCAG CAGATGGTGA AAAGCAAGCG 
GCTACTCATA TAAGTCTTGA TCAAGAATAT GACTCTGAGT CATCTCAGCA GTGGCGAGAA 
CTTGAGGAGC ATGTTGTGGC TGTGGCTAAT AAAGGAGTAA TTCCATCCAG TTTCTACCCC 
ACACAGTATT GTTTGAACAG TTACTCAGAC AACTCCAGAT TTCCACTTGC AGTTGTGGAA 
GAGCCAATTA CGGTGGAAGT GGCGTTCAGA AACCCTTTGA AAGTTCCACT TTTGCTGTCG 
GACTTGTCAT TGCTCTGGAG GTTTCAGCCT AAAGATGCCA ATGGGAAAGA CATCGAAACA 
GTTAGAGAAC GAGTTACAGG TGAACCTGAA ATGATTGGAA CTGAAGTTAT TTCAGAATTC 
TTAATTAACA GTGAAGAATC TAAAGTGGCA AGACTGAAGC TCTTTCCCCA TCACATAGGG 
GAGCTGCACA TTCTGGGAGT TGTGTATAAT CTTGGCACTA TTCAGGGCTC CGTGACAGTA 
GATGGCATTG GTGCTCTTCC TGGATGTCAC ACAGGAAAAC ATTCTTTGAG TATGTCAGTC 
CGAGGGAGAC AGGACTTAGA AATTCAGGGC CCTCGACTTA ACAACACGAA GGAGGAGAAG 
ACATCTGTCA AGTACGGTCC TGACCGGCGT TTAGACCCTA TCATTACCGA GGAGATGCCG 
TTGCTGGAGG TGTTCTTTAT ACATTTTCCT ACAGGGCTCC TCTGTGGAGA AATCCGGAAA 
GCATATGTCG AATTTGTCAA TGTCAGCAAA TGTCCTCTGA CTGGATTGAA GGTTGTGTCT 
AAACGTCCGG AGTTCTTCAC TTTTGGGGTC AACACTGCTG CTCTAACACC ACTGAGCCCT 
TCCACATCTG AAAACTGCAG TGCTTACAAG ACGGTAGTTA CAGGCGCTGC CTCTGCAGGC 
ACGGCACTTG TGTCTTGTGC GTCTTCTGGA GACTTTGGGA CCAGCACAGG ACAGCAGCTG 
GAGGCCATCC CAGTCCCCCT TCCTGATGCC GTGCTGCTCC CCGGGGCTTC TGTCCAGCTG 
CCAATGTGGC TTCGAGGGCC AGACGAAGAG GGTGTCCATG AGATTAACTT TTTATTTTAC 
TATGAAAGTG TTAAAAAGCA GCCTAAAAGA CGACACAGAA TATTAAGACA CACTGCAGTT 
ATTTGTACTA GCCGGTCTTT GAACGTGCGA GCAACTGTCT GCAGAAGTAA TTCACTTGAA 
GATGAAGAAG GCAGGGGAGG CAATATGCTA GTCTTTGTGG ATGTGGAAAA TACCAATACT 
AGTGAAGCAG GGGTTAAGGA GTTCCACATG GTGCAGGTGT CAAGCAGTAG CAAGCACTGG 
CAGCTGCACA AATCCGTGAA CATCTCTGAA AACAAAGATG CCAAACTTGC CAGTAGGGAG 
AAAGGAAAGT TTTGCTTCAA GGCAGTAAGA TGTAAACAAA AAGAAGCTGC TATACAGTCC 
TCCGAAAAAT ACACTTTTGC AGATATCATC TTTGGAAATG AACAGATAAT AAGTTCAGCA 
AGTCCATGTG CAGATTTCTT TTACCGAAGT TTATCCTCAG AGTTGAAGAA ACCACAAGAC 
CCGCTTTCTG CACATCCAGA GAAACCTGTA GACGATGCTG TGCGGCTGAT TCAGAAGTGC 
AGTGAGGTGG ACCTGAACAT TGTCGTGTTA TGGAAGGCAT ACGTTGTAGA AGATAACAAG 
CAGCTTATTT TAGAAGGCCA GCATCATGTT GTTGTTCGCA CTCTTGGAAA AGAAGCCTTT 
TCACAGTCTC AGAAACAGGA GCCACCAGAA ATGGAACTAT TGAAGTTTTT CAGGCCAGAA 
AACACTACAG TTTCCACAAG ACCATCAGTA GAACAGCTTT CTAATCTCAT TAAAACAAGT 
CTTCACTACC CAGAATCATT TCATCATCCA TTTCATCAAA AAAGCCTTTG CCTAGTACCA 
GTGACCCTTT TACTTTCTAA CTGTTCTAAG GCTGACGTAG ATGTCATAGT TGATCTCCGG 
CATAAAACAA CAAGTCCAGA GGCACTGGAG ACTCATGGAT CATTCACGTG GCTTGGACAG 
ACACAGTATA AACTGCAGCT GAAAAGCGAA GAGACGCAGA GTTTGCAACT GAAAGCATGC 
TTTGTTCATA CAGGTGTTTA TAACCTTGGG ACTCCAAGGG TATTCGCCAA GTTATCGGAC 
CAGGTTACAG TATTTGAAAC AAGTCAGCAG AACTCCATGC CTGCTCTGAT TATCATCAAT 
AACGCCTGA