TRAPPC8 cDNA ORF clone, Panthera tigris altaica(Amur tiger)

Gene
Clones
gRNAs

Summary

Gene Symbol	TRAPPC8
Entrez Gene ID	102971543
Full Name	trafficking protein particle complex 8
Gene Type	protein-coding
Organism	Panthera tigris altaica(Amur tiger)

mRNA and Protein(s)

mRNA	Protein	Name
XM_007093056.1	XP_007093118.1	trafficking protein particle complex subunit 8 isoform X2
XM_007093055.1	XP_007093117.1	trafficking protein particle complex subunit 8 isoform X1

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
OPa112971	XM_007093055.1 Latest version!	Panthera tigris altaica trafficking protein particle complex 8 (TRAPPC8), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OPa112972	XM_007093056.1 Latest version!	Panthera tigris altaica trafficking protein particle complex 8 (TRAPPC8), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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_007093055.1 ) cDNA ORF clone, Panthera tigris altaica(Amur tiger) -> XP_007093117.1 Panthera tigris altaica trafficking protein particle complex 8 (TRAPPC8), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPa112971
Clone ID Related Accession (Same CDS sequence)	XM_007093055.1
Accession Version	XM_007093055.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4311bp) 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	2016-02-07
Organism	Panthera tigris altaica(Amur tiger)
Product	trafficking protein particle complex subunit 8 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006712122.1) 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 :: Panthera tigris altaica 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##

ATGGCCCAGT GTGTACAATC AGTGCAGGAG CTAATCCCGG ACTCCTTCGT CCCCTGTGTC 
GCCGCGCTGT GCAGCGACGA AGCCGAGCGG CTCACTCGCC TCAATCACCT TAGCTTCGCG 
GAGTTGCTTA AGCCCTTCTC TCGCCTCACT TCGGAGGTAC ATATGAGAGA TCCTAATAAT 
CAACTTCACA TAATCAAAAA TCTGAAGATA GCAGTAAGCA ACATTATCAC CCAACCACCT 
CAACCCGGAG CCATTCGGAA GCTTTTGAAT GATGTTGTTT CTGGCAGTCA GCCTGCGGAA 
GGATTAGTAG CTAATGTGAT TACAGCAGGA GATTATGACC TCAACATCAG TGCTACCACT 
CCATGGTTTG AGTCTTACAG AGAGACCTTT CTTCAGTCGA TGCCAGCATC AGATCATGAA 
TTTCTGAACC ACTATTTAGC ATGTATGTTG GTAGCATCAT CTAGTGAAGC TGAACCTGTG 
GAACAGTTTT CAAAGTTATC ACAAGAACAG CATCGAATTC AGCACAACAG TGACTATTCC 
TACCCCAAGT GGTTTATACC AAATACACTT AAATATTATG TACTTTTACA TGATGTAAGT 
GCAGGAGATG AACAGAGAGC TGAATCAATT TATGAAGAAA TGAAACAGAA ATATGGAACT 
CAGGGTTGCT ATTTACTTAA AATTAATTCT CGAACATCTA ATCGAGCATC AGATGAACAG 
ATACCAGATC CTTGGAGTCA GTATCTTCAG AAAAATAGTA TTCAAAACCA GGAATCATAT 
GAAGATGGCC CTTGTACTAT AACTTCAAAT AAGAATTCTG ATAGTAACTT GCTTTCATTG 
GATGGATTAG ATAACGAAGT CAAAGTAGAT GGCTTACCAA ATAACTTTAG AGCTCACCCA 
CTTCAGTTGG ACTCATCCAG TGACGCTTCT AACAGCATTG ATGGCCCAGA TCATGTAAAA 
TCTGCTTCAT CATTACATGA AACAAAGAAA GCAAATACTG GAATTATTCA TGGTGCATGT 
TTAACCCTTA CTGATCATGA TAGAATTCGA CAGTTTATAC AAGAGTTCAC TTTTCGGGGC 
CTTTTGCCAC ATATAGAGAA AACAATTCGG CAATTAAATG ATCAGCTAAT ATCAAGAAAA 
GGTTTAAGTC GATCTCTATT TTCTGCAACT AAAAAATGGT TTAGTGGCAG TAAAGTTCCA 
GAAAAAAGCA TTAATGAGCT GAAAAATACA TCTGGATTGC TGTATCCGCC GGAAGCACCA 
GAGCTTCAAA TCCGAAAAAT GGCTGACTTA TGCTTTTTGG TGCAGCATTA TGATTTGGCT 
TATAGTTGCT ATCATACTGC AAAGAAAGAT TTTCTTAATG ATCAAGCAAT GCTTTATGCA 
GCTGGTGCAT TGGAAATGGC AGCAGTGTCA GCTTTCCTTC AGCCAGGAGC GCCTAGGCCA 
TACCCTGCGC ATTACATGGA TACAGCAATC CAGACATACA GGGATATCTG CAAGAATATG 
GTATTGGCTG AAAGATGTGT ATTGCTTAGT GCTGAAATCT TAAAAAGCCA AAGCAAATAT 
TCAGAGGCCG CAGCTCTCCT AATACGGTTG ACCAGTGAGG ATTCTGATCT TCGAAGTGCA 
CTTCTTTTGG AACAGGCGGC ACATTGCTTT ATAAACATGA AGAGCCCCAT GGTTAGAAAA 
TACGCATTTC ATATGATACT GGCAGGACAT CGGTTTAGTA AAGCAGGGCA AAAAAAGCAT 
GCTTTACGCT GTTATTGTCA AGCCATGCAG GTTTACAAAG GAAAAGGCTG GTCTCTGGCA 
GAGGATCACA TTAACTTCAC TATTGGGCGC CAGTCCTATA CCCTTAGGCA ACTGGACAAT 
GCTGTGTCTG CTTTTAGGCA TATTTTAATC AATGAAAGTA AACAATCTGC TGCTCAACAA 
GGGGCCTTCC TCAGAGAGTA TCTTTATGTT TACAAGAACG TAAGTCAGCT GTCACCAGAT 
GGCCCTTTAC CGCAGCTACC TTTACCGTAT ATTAACAGTT CAGCCACACG GGTTTTCTTT 
GGCCACGACA GACGACCAGC AGATGGTGAA AAGCAAGCAG CTACTCATGT AAGTCTCGAT 
CAGGAATATG ACTCTGAATC CTCTCAGCAG TGGCGAGAAC TTGAGGAACA AGTTGTAGCT 
GTGGTTAACA GAGGAGTAGT TCCATCCAAT TTCTACCCCA CACAATATTG TTTGAATAGT 
TATTCAGATA ACTCAAGATT TCCACTGGCA GTTGTAGAAG AACCAATAAC AGTGGAAGTG 
GCTTTTAGAA ATCCTTTGAA GGTTCCACTT TTGTTGACTG ATTTGTCATT GCTATGGAAG 
TTTCAACCTA AAGATACTAG TGGAAAGGAT AATGAAGAAG TTAAAGAACT AGTAACAGGT 
GAACCTAAAA TGATTGGAAC TGAAGTTATT TCAGAATTTT TAATTAATAG TGAAGAATCT 
AAAGTGGCAA GACTAAAGCT CTTTCCCCAT CACATAGGGG AGCTGCATAT TCTCGGAGTT 
GTTTATAATC TTGGCACTAT TCAGGGCTGC ATGACAGTAG ATGGCATTGG TTCTCTTCCT 
GGATGTCACA CAGGAAAACA TTCCTTGAGT ATGTCAGTCA GAGGGAGACA AGATTTAGAA 
ATTCAAGGTC CTCGACTTAA CAATACAAAA GAAGAGAAAA CATCTATCAA ATATGGTCCT 
GATCGACGTT TAGATCCCAT TATCACGGAG GAAATGCCAC TGTTGGAGAT ATTCTTTATA 
CATTTCCCTA CCGGGCTCCT CTGTGGAGAA ATCCGAAAAG CATATGTAGA GTTTGTCAAT 
GTCAGCAAAA GTCCTCTTAC TGGATTGAAG GTTGTTTCTA AACGTCCAGA GTTCTTTACT 
TTTGGTGGTA ACACAGCTGT TCTAACACCA CTAAGTCCTT CAGCTTCTGA GAACTGTAGT 
GCTTACAAGA CTGTTGCGAC AGACTCTACC GCTGTGTGTA CAGCACTCAT ATCATCGGCT 
TCCTCTGTAG ACTTTGGCAT TGGCATAGGG AGTCAGCCAG AGGTGATTCC TGTTCCCCTT 
CCTGACACTG TTCTTCTACC TGGAGCTTCA GTCCAGCTAC CAATGTGGTT ACGTGGGCCA 
GATGAAGAAG GTGTCCATGA AATTAACTTT TTGTTTTACT ATGAAAGTGT TAAAAAGCAG 
CCTAAGATCC GTCACAGAAT ATTAAGACAC ACTGCAGTCA TTTGTACCAG CCGATCTTTG 
AATGTACGGG CCACTGTCTG CAGAAGTAAT TCTCTTGAAG ATGAGGAGGG CAGAGGGGGC 
AATATGTTAG TCTTTGTGGA TGTGGAAAAT ACCAATACTA GTGAAGCAGG TGTTAAGGAA 
TTCCATATAG TACAAGTATC GAGTAGTAGC AAACACTGGA AATTCCAGAA ATCTGTAAAT 
CTCTCTGAAA ACAAAGATGC CAAACTTGCC AGCAGGGAGA AGGGAAAATT TTGTTTTAAG 
GCAATACGAT GTAAGGAAAA AGAAGTTGCC ACACAGTCCT CAGAAAAATA CACCTTTGCA 
GATATCATCT TTGGAAATGA ACAGATAATC AGTTCAGCAA GTCCATGTGC AGACTTCTTT 
TATCGAAGCT TATCTTCTGA ATTAAAGAAA CCACAAGCCC AGCCGTCCGT GCATACTGAA 
AAACAGTCAT TAGAGGATGC TGTGAGATTG ATTCAGAAGT GCAGTGAGGT GGATTTGAAT 
ATTGTCGTAT TATGGAAGGC TTATGTAGTG GAAGATAGTA AGCAACTAAT TTTGGAAGGT 
CAGCATCATG TTATTCTTCG CACTATAGGA AAAGAAGCAT TTTCATGTCC TCAGAAACAG 
GAACCACCAG AAATGGAACT ATTAAAATTT TTCAGGCCAG AAAACACTAC AGTTCCTTTA 
AGACCGTCAG TAGAGCAGCT TTCTAATCTC ATTAAAACGA GTCTTCACTA TCCAGAATCA 
TTTAATCATC CATTTCATCA AAAAAGCCTT TGTTTAGTAC CAGTCACCCT TTTACTTTCC 
AATTGTTCTA AGGCTGATGT TGATGTAATA GTTGATCTTC GGCATAAAAC AACAAGTCCA 
GAAGCATTGG AAATCCATGG ATCATTTACA TGGCTTGGAC AAACACAATA TAAACTTCAG 
CTTAAAAGCC AGGAGATTCA CAGTTTGCAG CTGAAGGCAT GCTTTGTCCA TACAGGTGTT 
TATAACCTTG GAACACCTAG GGTATTTGCC AAGTTATCGG ACCAAGTTAC AGTGTTTGAA 
ACGAGTCAGC AGAACTCCAT GCCTGCTCTG ATCATCATCA ATAATGTGTG A

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

RefSeq	XP_007093117.1
CDS	15..4325
Translation	MAQCVQSVQELIPDSFVPCVAALCSDEAERLTRLNHLSFAELLKPFSRLTSEVHMRDPNNQLHIIKNLKIAVSNIITQPPQPGAIRKLLNDVVSGSQPAEGLVANVITAGDYDLNISATTPWFESYRETFLQSMPASDHEFLNHYLACMLVASSSEAEPVEQFSKLSQEQHRIQHNSDYSYPKWFIPNTLKYYVLLHDVSAGDEQRAESIYEEMKQKYGTQGCYLLKINSRTSNRASDEQIPDPWSQYLQKNSIQNQESYEDGPCTITSNKNSDSNLLSLDGLDNEVKVDGLPNNFRAHPLQLDSSSDASNSIDGPDHVKSASSLHETKKANTGIIHGACLTLTDHDRIRQFIQEFTFRGLLPHIEKTIRQLNDQLISRKGLSRSLFSATKKWFSGSKVPEKSINELKNTSGLLYPPEAPELQIRKMADLCFLVQHYDLAYSCYHTAKKDFLNDQAMLYAAGALEMAAVSAFLQPGAPRPYPAHYMDTAIQTYRDICKNMVLAERCVLLSAEILKSQSKYSEAAALLIRLTSEDSDLRSALLLEQAAHCFINMKSPMVRKYAFHMILAGHRFSKAGQKKHALRCYCQAMQVYKGKGWSLAEDHINFTIGRQSYTLRQLDNAVSAFRHILINESKQSAAQQGAFLREYLYVYKNVSQLSPDGPLPQLPLPYINSSATRVFFGHDRRPADGEKQAATHVSLDQEYDSESSQQWRELEEQVVAVVNRGVVPSNFYPTQYCLNSYSDNSRFPLAVVEEPITVEVAFRNPLKVPLLLTDLSLLWKFQPKDTSGKDNEEVKELVTGEPKMIGTEVISEFLINSEESKVARLKLFPHHIGELHILGVVYNLGTIQGCMTVDGIGSLPGCHTGKHSLSMSVRGRQDLEIQGPRLNNTKEEKTSIKYGPDRRLDPIITEEMPLLEIFFIHFPTGLLCGEIRKAYVEFVNVSKSPLTGLKVVSKRPEFFTFGGNTAVLTPLSPSASENCSAYKTVATDSTAVCTALISSASSVDFGIGIGSQPEVIPVPLPDTVLLPGASVQLPMWLRGPDEEGVHEINFLFYYESVKKQPKIRHRILRHTAVICTSRSLNVRATVCRSNSLEDEEGRGGNMLVFVDVENTNTSEAGVKEFHIVQVSSSSKHWKFQKSVNLSENKDAKLASREKGKFCFKAIRCKEKEVATQSSEKYTFADIIFGNEQIISSASPCADFFYRSLSSELKKPQAQPSVHTEKQSLEDAVRLIQKCSEVDLNIVVLWKAYVVEDSKQLILEGQHHVILRTIGKEAFSCPQKQEPPEMELLKFFRPENTTVPLRPSVEQLSNLIKTSLHYPESFNHPFHQKSLCLVPVTLLLSNCSKADVDVIVDLRHKTTSPEALEIHGSFTWLGQTQYKLQLKSQEIHSLQLKACFVHTGVYNLGTPRVFAKLSDQVTVFETSQQNSMPALIIINNV

Target ORF information:

RefSeq Version	XM_007093055.1
Organism	Panthera tigris altaica(Amur tiger)
Definition	Panthera tigris altaica trafficking protein particle complex 8 (TRAPPC8), transcript variant X1, mRNA.

Target ORF information:

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

XM_007093055.1

ORF Insert Sequence:

ATGGCCCAGT GTGTACAATC AGTGCAGGAG CTAATCCCGG ACTCCTTCGT CCCCTGTGTC 
GCCGCGCTGT GCAGCGACGA AGCCGAGCGG CTCACTCGCC TCAATCACCT TAGCTTCGCG 
GAGTTGCTTA AGCCCTTCTC TCGCCTCACT TCGGAGGTAC ATATGAGAGA TCCTAATAAT 
CAACTTCACA TAATCAAAAA TCTGAAGATA GCAGTAAGCA ACATTATCAC CCAACCACCT 
CAACCCGGAG CCATTCGGAA GCTTTTGAAT GATGTTGTTT CTGGCAGTCA GCCTGCGGAA 
GGATTAGTAG CTAATGTGAT TACAGCAGGA GATTATGACC TCAACATCAG TGCTACCACT 
CCATGGTTTG AGTCTTACAG AGAGACCTTT CTTCAGTCGA TGCCAGCATC AGATCATGAA 
TTTCTGAACC ACTATTTAGC ATGTATGTTG GTAGCATCAT CTAGTGAAGC TGAACCTGTG 
GAACAGTTTT CAAAGTTATC ACAAGAACAG CATCGAATTC AGCACAACAG TGACTATTCC 
TACCCCAAGT GGTTTATACC AAATACACTT AAATATTATG TACTTTTACA TGATGTAAGT 
GCAGGAGATG AACAGAGAGC TGAATCAATT TATGAAGAAA TGAAACAGAA ATATGGAACT 
CAGGGTTGCT ATTTACTTAA AATTAATTCT CGAACATCTA ATCGAGCATC AGATGAACAG 
ATACCAGATC CTTGGAGTCA GTATCTTCAG AAAAATAGTA TTCAAAACCA GGAATCATAT 
GAAGATGGCC CTTGTACTAT AACTTCAAAT AAGAATTCTG ATAGTAACTT GCTTTCATTG 
GATGGATTAG ATAACGAAGT CAAAGTAGAT GGCTTACCAA ATAACTTTAG AGCTCACCCA 
CTTCAGTTGG ACTCATCCAG TGACGCTTCT AACAGCATTG ATGGCCCAGA TCATGTAAAA 
TCTGCTTCAT CATTACATGA AACAAAGAAA GCAAATACTG GAATTATTCA TGGTGCATGT 
TTAACCCTTA CTGATCATGA TAGAATTCGA CAGTTTATAC AAGAGTTCAC TTTTCGGGGC 
CTTTTGCCAC ATATAGAGAA AACAATTCGG CAATTAAATG ATCAGCTAAT ATCAAGAAAA 
GGTTTAAGTC GATCTCTATT TTCTGCAACT AAAAAATGGT TTAGTGGCAG TAAAGTTCCA 
GAAAAAAGCA TTAATGAGCT GAAAAATACA TCTGGATTGC TGTATCCGCC GGAAGCACCA 
GAGCTTCAAA TCCGAAAAAT GGCTGACTTA TGCTTTTTGG TGCAGCATTA TGATTTGGCT 
TATAGTTGCT ATCATACTGC AAAGAAAGAT TTTCTTAATG ATCAAGCAAT GCTTTATGCA 
GCTGGTGCAT TGGAAATGGC AGCAGTGTCA GCTTTCCTTC AGCCAGGAGC GCCTAGGCCA 
TACCCTGCGC ATTACATGGA TACAGCAATC CAGACATACA GGGATATCTG CAAGAATATG 
GTATTGGCTG AAAGATGTGT ATTGCTTAGT GCTGAAATCT TAAAAAGCCA AAGCAAATAT 
TCAGAGGCCG CAGCTCTCCT AATACGGTTG ACCAGTGAGG ATTCTGATCT TCGAAGTGCA 
CTTCTTTTGG AACAGGCGGC ACATTGCTTT ATAAACATGA AGAGCCCCAT GGTTAGAAAA 
TACGCATTTC ATATGATACT GGCAGGACAT CGGTTTAGTA AAGCAGGGCA AAAAAAGCAT 
GCTTTACGCT GTTATTGTCA AGCCATGCAG GTTTACAAAG GAAAAGGCTG GTCTCTGGCA 
GAGGATCACA TTAACTTCAC TATTGGGCGC CAGTCCTATA CCCTTAGGCA ACTGGACAAT 
GCTGTGTCTG CTTTTAGGCA TATTTTAATC AATGAAAGTA AACAATCTGC TGCTCAACAA 
GGGGCCTTCC TCAGAGAGTA TCTTTATGTT TACAAGAACG TAAGTCAGCT GTCACCAGAT 
GGCCCTTTAC CGCAGCTACC TTTACCGTAT ATTAACAGTT CAGCCACACG GGTTTTCTTT 
GGCCACGACA GACGACCAGC AGATGGTGAA AAGCAAGCAG CTACTCATGT AAGTCTCGAT 
CAGGAATATG ACTCTGAATC CTCTCAGCAG TGGCGAGAAC TTGAGGAACA AGTTGTAGCT 
GTGGTTAACA GAGGAGTAGT TCCATCCAAT TTCTACCCCA CACAATATTG TTTGAATAGT 
TATTCAGATA ACTCAAGATT TCCACTGGCA GTTGTAGAAG AACCAATAAC AGTGGAAGTG 
GCTTTTAGAA ATCCTTTGAA GGTTCCACTT TTGTTGACTG ATTTGTCATT GCTATGGAAG 
TTTCAACCTA AAGATACTAG TGGAAAGGAT AATGAAGAAG TTAAAGAACT AGTAACAGGT 
GAACCTAAAA TGATTGGAAC TGAAGTTATT TCAGAATTTT TAATTAATAG TGAAGAATCT 
AAAGTGGCAA GACTAAAGCT CTTTCCCCAT CACATAGGGG AGCTGCATAT TCTCGGAGTT 
GTTTATAATC TTGGCACTAT TCAGGGCTGC ATGACAGTAG ATGGCATTGG TTCTCTTCCT 
GGATGTCACA CAGGAAAACA TTCCTTGAGT ATGTCAGTCA GAGGGAGACA AGATTTAGAA 
ATTCAAGGTC CTCGACTTAA CAATACAAAA GAAGAGAAAA CATCTATCAA ATATGGTCCT 
GATCGACGTT TAGATCCCAT TATCACGGAG GAAATGCCAC TGTTGGAGAT ATTCTTTATA 
CATTTCCCTA CCGGGCTCCT CTGTGGAGAA ATCCGAAAAG CATATGTAGA GTTTGTCAAT 
GTCAGCAAAA GTCCTCTTAC TGGATTGAAG GTTGTTTCTA AACGTCCAGA GTTCTTTACT 
TTTGGTGGTA ACACAGCTGT TCTAACACCA CTAAGTCCTT CAGCTTCTGA GAACTGTAGT 
GCTTACAAGA CTGTTGCGAC AGACTCTACC GCTGTGTGTA CAGCACTCAT ATCATCGGCT 
TCCTCTGTAG ACTTTGGCAT TGGCATAGGG AGTCAGCCAG AGGTGATTCC TGTTCCCCTT 
CCTGACACTG TTCTTCTACC TGGAGCTTCA GTCCAGCTAC CAATGTGGTT ACGTGGGCCA 
GATGAAGAAG GTGTCCATGA AATTAACTTT TTGTTTTACT ATGAAAGTGT TAAAAAGCAG 
CCTAAGATCC GTCACAGAAT ATTAAGACAC ACTGCAGTCA TTTGTACCAG CCGATCTTTG 
AATGTACGGG CCACTGTCTG CAGAAGTAAT TCTCTTGAAG ATGAGGAGGG CAGAGGGGGC 
AATATGTTAG TCTTTGTGGA TGTGGAAAAT ACCAATACTA GTGAAGCAGG TGTTAAGGAA 
TTCCATATAG TACAAGTATC GAGTAGTAGC AAACACTGGA AATTCCAGAA ATCTGTAAAT 
CTCTCTGAAA ACAAAGATGC CAAACTTGCC AGCAGGGAGA AGGGAAAATT TTGTTTTAAG 
GCAATACGAT GTAAGGAAAA AGAAGTTGCC ACACAGTCCT CAGAAAAATA CACCTTTGCA 
GATATCATCT TTGGAAATGA ACAGATAATC AGTTCAGCAA GTCCATGTGC AGACTTCTTT 
TATCGAAGCT TATCTTCTGA ATTAAAGAAA CCACAAGCCC AGCCGTCCGT GCATACTGAA 
AAACAGTCAT TAGAGGATGC TGTGAGATTG ATTCAGAAGT GCAGTGAGGT GGATTTGAAT 
ATTGTCGTAT TATGGAAGGC TTATGTAGTG GAAGATAGTA AGCAACTAAT TTTGGAAGGT 
CAGCATCATG TTATTCTTCG CACTATAGGA AAAGAAGCAT TTTCATGTCC TCAGAAACAG 
GAACCACCAG AAATGGAACT ATTAAAATTT TTCAGGCCAG AAAACACTAC AGTTCCTTTA 
AGACCGTCAG TAGAGCAGCT TTCTAATCTC ATTAAAACGA GTCTTCACTA TCCAGAATCA 
TTTAATCATC CATTTCATCA AAAAAGCCTT TGTTTAGTAC CAGTCACCCT TTTACTTTCC 
AATTGTTCTA AGGCTGATGT TGATGTAATA GTTGATCTTC GGCATAAAAC AACAAGTCCA 
GAAGCATTGG AAATCCATGG ATCATTTACA TGGCTTGGAC AAACACAATA TAAACTTCAG 
CTTAAAAGCC AGGAGATTCA CAGTTTGCAG CTGAAGGCAT GCTTTGTCCA TACAGGTGTT 
TATAACCTTG GAACACCTAG GGTATTTGCC AAGTTATCGG ACCAAGTTAC AGTGTTTGAA 
ACGAGTCAGC AGAACTCCAT GCCTGCTCTG ATCATCATCA ATAATGTGTG A

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

TRAPPC8 ( XM_007093056.1 ) cDNA ORF clone, Panthera tigris altaica(Amur tiger) -> XP_007093118.1 Panthera tigris altaica trafficking protein particle complex 8 (TRAPPC8), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPa112972
Clone ID Related Accession (Same CDS sequence)	XM_007093056.1
Accession Version	XM_007093056.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4308bp) 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	2016-02-07
Organism	Panthera tigris altaica(Amur tiger)
Product	trafficking protein particle complex subunit 8 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_006712122.1) 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 :: Panthera tigris altaica 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##

ATGGCCCAGT GTGTACAATC AGTGCAGGAG CTAATCCCGG ACTCCTTCGT CCCCTGTGTC 
GCCGCGCTGT GCAGCGACGA AGCCGAGCGG CTCACTCGCC TCAATCACCT TAGCTTCGCG 
GAGTTGCTTA AGCCCTTCTC TCGCCTCACT TCGGAGGTAC ATATGAGAGA TCCTAATAAT 
CAACTTCACA TAATCAAAAA TCTGAAGATA GCAGTAAGCA ACATTATCAC CCAACCACCT 
CAACCCGGAG CCATTCGGAA GCTTTTGAAT GATGTTGTTT CTGGCAGTCA GCCTGCGGAA 
GGATTAGTAG CTAATGTGAT TACAGCAGGA GATTATGACC TCAACATCAG TGCTACCACT 
CCATGGTTTG AGTCTTACAG AGAGACCTTT CTTCAGTCGA TGCCAGCATC AGATCATGAA 
TTTCTGAACC ACTATTTAGC ATGTATGTTG GTAGCATCAT CTAGTGAAGC TGAACCTGTG 
GAACAGTTTT CAAAGTTATC ACAAGAACAG CATCGAATTC AGCACAACAG TGACTATTCC 
TACCCCAAGT GGTTTATACC AAATACACTT AAATATTATG TACTTTTACA TGATGTAAGT 
GCAGGAGATG AACAGAGAGC TGAATCAATT TATGAAGAAA TGAAACAGAA ATATGGAACT 
CAGGGTTGCT ATTTACTTAA AATTAATTCT CGAACATCTA ATCGAGCATC AGATGAACAG 
ATACCAGATC CTTGGAGTCA GTATCTTCAG AAAAATAGTA TTCAAAACCA GGAATCATAT 
GAAGATGGCC CTTGTACTAT AACTTCAAAT AAGAATTCTG ATAGTAACTT GCTTTCATTG 
GATGGATTAG ATAACGAAGT CAAAGATGGC TTACCAAATA ACTTTAGAGC TCACCCACTT 
CAGTTGGACT CATCCAGTGA CGCTTCTAAC AGCATTGATG GCCCAGATCA TGTAAAATCT 
GCTTCATCAT TACATGAAAC AAAGAAAGCA AATACTGGAA TTATTCATGG TGCATGTTTA 
ACCCTTACTG ATCATGATAG AATTCGACAG TTTATACAAG AGTTCACTTT TCGGGGCCTT 
TTGCCACATA TAGAGAAAAC AATTCGGCAA TTAAATGATC AGCTAATATC AAGAAAAGGT 
TTAAGTCGAT CTCTATTTTC TGCAACTAAA AAATGGTTTA GTGGCAGTAA AGTTCCAGAA 
AAAAGCATTA ATGAGCTGAA AAATACATCT GGATTGCTGT ATCCGCCGGA AGCACCAGAG 
CTTCAAATCC GAAAAATGGC TGACTTATGC TTTTTGGTGC AGCATTATGA TTTGGCTTAT 
AGTTGCTATC ATACTGCAAA GAAAGATTTT CTTAATGATC AAGCAATGCT TTATGCAGCT 
GGTGCATTGG AAATGGCAGC AGTGTCAGCT TTCCTTCAGC CAGGAGCGCC TAGGCCATAC 
CCTGCGCATT ACATGGATAC AGCAATCCAG ACATACAGGG ATATCTGCAA GAATATGGTA 
TTGGCTGAAA GATGTGTATT GCTTAGTGCT GAAATCTTAA AAAGCCAAAG CAAATATTCA 
GAGGCCGCAG CTCTCCTAAT ACGGTTGACC AGTGAGGATT CTGATCTTCG AAGTGCACTT 
CTTTTGGAAC AGGCGGCACA TTGCTTTATA AACATGAAGA GCCCCATGGT TAGAAAATAC 
GCATTTCATA TGATACTGGC AGGACATCGG TTTAGTAAAG CAGGGCAAAA AAAGCATGCT 
TTACGCTGTT ATTGTCAAGC CATGCAGGTT TACAAAGGAA AAGGCTGGTC TCTGGCAGAG 
GATCACATTA ACTTCACTAT TGGGCGCCAG TCCTATACCC TTAGGCAACT GGACAATGCT 
GTGTCTGCTT TTAGGCATAT TTTAATCAAT GAAAGTAAAC AATCTGCTGC TCAACAAGGG 
GCCTTCCTCA GAGAGTATCT TTATGTTTAC AAGAACGTAA GTCAGCTGTC ACCAGATGGC 
CCTTTACCGC AGCTACCTTT ACCGTATATT AACAGTTCAG CCACACGGGT TTTCTTTGGC 
CACGACAGAC GACCAGCAGA TGGTGAAAAG CAAGCAGCTA CTCATGTAAG TCTCGATCAG 
GAATATGACT CTGAATCCTC TCAGCAGTGG CGAGAACTTG AGGAACAAGT TGTAGCTGTG 
GTTAACAGAG GAGTAGTTCC ATCCAATTTC TACCCCACAC AATATTGTTT GAATAGTTAT 
TCAGATAACT CAAGATTTCC ACTGGCAGTT GTAGAAGAAC CAATAACAGT GGAAGTGGCT 
TTTAGAAATC CTTTGAAGGT TCCACTTTTG TTGACTGATT TGTCATTGCT ATGGAAGTTT 
CAACCTAAAG ATACTAGTGG AAAGGATAAT GAAGAAGTTA AAGAACTAGT AACAGGTGAA 
CCTAAAATGA TTGGAACTGA AGTTATTTCA GAATTTTTAA TTAATAGTGA AGAATCTAAA 
GTGGCAAGAC TAAAGCTCTT TCCCCATCAC ATAGGGGAGC TGCATATTCT CGGAGTTGTT 
TATAATCTTG GCACTATTCA GGGCTGCATG ACAGTAGATG GCATTGGTTC TCTTCCTGGA 
TGTCACACAG GAAAACATTC CTTGAGTATG TCAGTCAGAG GGAGACAAGA TTTAGAAATT 
CAAGGTCCTC GACTTAACAA TACAAAAGAA GAGAAAACAT CTATCAAATA TGGTCCTGAT 
CGACGTTTAG ATCCCATTAT CACGGAGGAA ATGCCACTGT TGGAGATATT CTTTATACAT 
TTCCCTACCG GGCTCCTCTG TGGAGAAATC CGAAAAGCAT ATGTAGAGTT TGTCAATGTC 
AGCAAAAGTC CTCTTACTGG ATTGAAGGTT GTTTCTAAAC GTCCAGAGTT CTTTACTTTT 
GGTGGTAACA CAGCTGTTCT AACACCACTA AGTCCTTCAG CTTCTGAGAA CTGTAGTGCT 
TACAAGACTG TTGCGACAGA CTCTACCGCT GTGTGTACAG CACTCATATC ATCGGCTTCC 
TCTGTAGACT TTGGCATTGG CATAGGGAGT CAGCCAGAGG TGATTCCTGT TCCCCTTCCT 
GACACTGTTC TTCTACCTGG AGCTTCAGTC CAGCTACCAA TGTGGTTACG TGGGCCAGAT 
GAAGAAGGTG TCCATGAAAT TAACTTTTTG TTTTACTATG AAAGTGTTAA AAAGCAGCCT 
AAGATCCGTC ACAGAATATT AAGACACACT GCAGTCATTT GTACCAGCCG ATCTTTGAAT 
GTACGGGCCA CTGTCTGCAG AAGTAATTCT CTTGAAGATG AGGAGGGCAG AGGGGGCAAT 
ATGTTAGTCT TTGTGGATGT GGAAAATACC AATACTAGTG AAGCAGGTGT TAAGGAATTC 
CATATAGTAC AAGTATCGAG TAGTAGCAAA CACTGGAAAT TCCAGAAATC TGTAAATCTC 
TCTGAAAACA AAGATGCCAA ACTTGCCAGC AGGGAGAAGG GAAAATTTTG TTTTAAGGCA 
ATACGATGTA AGGAAAAAGA AGTTGCCACA CAGTCCTCAG AAAAATACAC CTTTGCAGAT 
ATCATCTTTG GAAATGAACA GATAATCAGT TCAGCAAGTC CATGTGCAGA CTTCTTTTAT 
CGAAGCTTAT CTTCTGAATT AAAGAAACCA CAAGCCCAGC CGTCCGTGCA TACTGAAAAA 
CAGTCATTAG AGGATGCTGT GAGATTGATT CAGAAGTGCA GTGAGGTGGA TTTGAATATT 
GTCGTATTAT GGAAGGCTTA TGTAGTGGAA GATAGTAAGC AACTAATTTT GGAAGGTCAG 
CATCATGTTA TTCTTCGCAC TATAGGAAAA GAAGCATTTT CATGTCCTCA GAAACAGGAA 
CCACCAGAAA TGGAACTATT AAAATTTTTC AGGCCAGAAA ACACTACAGT TCCTTTAAGA 
CCGTCAGTAG AGCAGCTTTC TAATCTCATT AAAACGAGTC TTCACTATCC AGAATCATTT 
AATCATCCAT TTCATCAAAA AAGCCTTTGT TTAGTACCAG TCACCCTTTT ACTTTCCAAT 
TGTTCTAAGG CTGATGTTGA TGTAATAGTT GATCTTCGGC ATAAAACAAC AAGTCCAGAA 
GCATTGGAAA TCCATGGATC ATTTACATGG CTTGGACAAA CACAATATAA ACTTCAGCTT 
AAAAGCCAGG AGATTCACAG TTTGCAGCTG AAGGCATGCT TTGTCCATAC AGGTGTTTAT 
AACCTTGGAA CACCTAGGGT ATTTGCCAAG TTATCGGACC AAGTTACAGT GTTTGAAACG 
AGTCAGCAGA ACTCCATGCC TGCTCTGATC ATCATCAATA ATGTGTGA

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

RefSeq	XP_007093118.1
CDS	15..4322
Translation	MAQCVQSVQELIPDSFVPCVAALCSDEAERLTRLNHLSFAELLKPFSRLTSEVHMRDPNNQLHIIKNLKIAVSNIITQPPQPGAIRKLLNDVVSGSQPAEGLVANVITAGDYDLNISATTPWFESYRETFLQSMPASDHEFLNHYLACMLVASSSEAEPVEQFSKLSQEQHRIQHNSDYSYPKWFIPNTLKYYVLLHDVSAGDEQRAESIYEEMKQKYGTQGCYLLKINSRTSNRASDEQIPDPWSQYLQKNSIQNQESYEDGPCTITSNKNSDSNLLSLDGLDNEVKDGLPNNFRAHPLQLDSSSDASNSIDGPDHVKSASSLHETKKANTGIIHGACLTLTDHDRIRQFIQEFTFRGLLPHIEKTIRQLNDQLISRKGLSRSLFSATKKWFSGSKVPEKSINELKNTSGLLYPPEAPELQIRKMADLCFLVQHYDLAYSCYHTAKKDFLNDQAMLYAAGALEMAAVSAFLQPGAPRPYPAHYMDTAIQTYRDICKNMVLAERCVLLSAEILKSQSKYSEAAALLIRLTSEDSDLRSALLLEQAAHCFINMKSPMVRKYAFHMILAGHRFSKAGQKKHALRCYCQAMQVYKGKGWSLAEDHINFTIGRQSYTLRQLDNAVSAFRHILINESKQSAAQQGAFLREYLYVYKNVSQLSPDGPLPQLPLPYINSSATRVFFGHDRRPADGEKQAATHVSLDQEYDSESSQQWRELEEQVVAVVNRGVVPSNFYPTQYCLNSYSDNSRFPLAVVEEPITVEVAFRNPLKVPLLLTDLSLLWKFQPKDTSGKDNEEVKELVTGEPKMIGTEVISEFLINSEESKVARLKLFPHHIGELHILGVVYNLGTIQGCMTVDGIGSLPGCHTGKHSLSMSVRGRQDLEIQGPRLNNTKEEKTSIKYGPDRRLDPIITEEMPLLEIFFIHFPTGLLCGEIRKAYVEFVNVSKSPLTGLKVVSKRPEFFTFGGNTAVLTPLSPSASENCSAYKTVATDSTAVCTALISSASSVDFGIGIGSQPEVIPVPLPDTVLLPGASVQLPMWLRGPDEEGVHEINFLFYYESVKKQPKIRHRILRHTAVICTSRSLNVRATVCRSNSLEDEEGRGGNMLVFVDVENTNTSEAGVKEFHIVQVSSSSKHWKFQKSVNLSENKDAKLASREKGKFCFKAIRCKEKEVATQSSEKYTFADIIFGNEQIISSASPCADFFYRSLSSELKKPQAQPSVHTEKQSLEDAVRLIQKCSEVDLNIVVLWKAYVVEDSKQLILEGQHHVILRTIGKEAFSCPQKQEPPEMELLKFFRPENTTVPLRPSVEQLSNLIKTSLHYPESFNHPFHQKSLCLVPVTLLLSNCSKADVDVIVDLRHKTTSPEALEIHGSFTWLGQTQYKLQLKSQEIHSLQLKACFVHTGVYNLGTPRVFAKLSDQVTVFETSQQNSMPALIIINNV

Target ORF information:

RefSeq Version	XM_007093056.1
Organism	Panthera tigris altaica(Amur tiger)
Definition	Panthera tigris altaica trafficking protein particle complex 8 (TRAPPC8), transcript variant X2, mRNA.

Target ORF information:

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

XM_007093056.1

ORF Insert Sequence:

ATGGCCCAGT GTGTACAATC AGTGCAGGAG CTAATCCCGG ACTCCTTCGT CCCCTGTGTC 
GCCGCGCTGT GCAGCGACGA AGCCGAGCGG CTCACTCGCC TCAATCACCT TAGCTTCGCG 
GAGTTGCTTA AGCCCTTCTC TCGCCTCACT TCGGAGGTAC ATATGAGAGA TCCTAATAAT 
CAACTTCACA TAATCAAAAA TCTGAAGATA GCAGTAAGCA ACATTATCAC CCAACCACCT 
CAACCCGGAG CCATTCGGAA GCTTTTGAAT GATGTTGTTT CTGGCAGTCA GCCTGCGGAA 
GGATTAGTAG CTAATGTGAT TACAGCAGGA GATTATGACC TCAACATCAG TGCTACCACT 
CCATGGTTTG AGTCTTACAG AGAGACCTTT CTTCAGTCGA TGCCAGCATC AGATCATGAA 
TTTCTGAACC ACTATTTAGC ATGTATGTTG GTAGCATCAT CTAGTGAAGC TGAACCTGTG 
GAACAGTTTT CAAAGTTATC ACAAGAACAG CATCGAATTC AGCACAACAG TGACTATTCC 
TACCCCAAGT GGTTTATACC AAATACACTT AAATATTATG TACTTTTACA TGATGTAAGT 
GCAGGAGATG AACAGAGAGC TGAATCAATT TATGAAGAAA TGAAACAGAA ATATGGAACT 
CAGGGTTGCT ATTTACTTAA AATTAATTCT CGAACATCTA ATCGAGCATC AGATGAACAG 
ATACCAGATC CTTGGAGTCA GTATCTTCAG AAAAATAGTA TTCAAAACCA GGAATCATAT 
GAAGATGGCC CTTGTACTAT AACTTCAAAT AAGAATTCTG ATAGTAACTT GCTTTCATTG 
GATGGATTAG ATAACGAAGT CAAAGATGGC TTACCAAATA ACTTTAGAGC TCACCCACTT 
CAGTTGGACT CATCCAGTGA CGCTTCTAAC AGCATTGATG GCCCAGATCA TGTAAAATCT 
GCTTCATCAT TACATGAAAC AAAGAAAGCA AATACTGGAA TTATTCATGG TGCATGTTTA 
ACCCTTACTG ATCATGATAG AATTCGACAG TTTATACAAG AGTTCACTTT TCGGGGCCTT 
TTGCCACATA TAGAGAAAAC AATTCGGCAA TTAAATGATC AGCTAATATC AAGAAAAGGT 
TTAAGTCGAT CTCTATTTTC TGCAACTAAA AAATGGTTTA GTGGCAGTAA AGTTCCAGAA 
AAAAGCATTA ATGAGCTGAA AAATACATCT GGATTGCTGT ATCCGCCGGA AGCACCAGAG 
CTTCAAATCC GAAAAATGGC TGACTTATGC TTTTTGGTGC AGCATTATGA TTTGGCTTAT 
AGTTGCTATC ATACTGCAAA GAAAGATTTT CTTAATGATC AAGCAATGCT TTATGCAGCT 
GGTGCATTGG AAATGGCAGC AGTGTCAGCT TTCCTTCAGC CAGGAGCGCC TAGGCCATAC 
CCTGCGCATT ACATGGATAC AGCAATCCAG ACATACAGGG ATATCTGCAA GAATATGGTA 
TTGGCTGAAA GATGTGTATT GCTTAGTGCT GAAATCTTAA AAAGCCAAAG CAAATATTCA 
GAGGCCGCAG CTCTCCTAAT ACGGTTGACC AGTGAGGATT CTGATCTTCG AAGTGCACTT 
CTTTTGGAAC AGGCGGCACA TTGCTTTATA AACATGAAGA GCCCCATGGT TAGAAAATAC 
GCATTTCATA TGATACTGGC AGGACATCGG TTTAGTAAAG CAGGGCAAAA AAAGCATGCT 
TTACGCTGTT ATTGTCAAGC CATGCAGGTT TACAAAGGAA AAGGCTGGTC TCTGGCAGAG 
GATCACATTA ACTTCACTAT TGGGCGCCAG TCCTATACCC TTAGGCAACT GGACAATGCT 
GTGTCTGCTT TTAGGCATAT TTTAATCAAT GAAAGTAAAC AATCTGCTGC TCAACAAGGG 
GCCTTCCTCA GAGAGTATCT TTATGTTTAC AAGAACGTAA GTCAGCTGTC ACCAGATGGC 
CCTTTACCGC AGCTACCTTT ACCGTATATT AACAGTTCAG CCACACGGGT TTTCTTTGGC 
CACGACAGAC GACCAGCAGA TGGTGAAAAG CAAGCAGCTA CTCATGTAAG TCTCGATCAG 
GAATATGACT CTGAATCCTC TCAGCAGTGG CGAGAACTTG AGGAACAAGT TGTAGCTGTG 
GTTAACAGAG GAGTAGTTCC ATCCAATTTC TACCCCACAC AATATTGTTT GAATAGTTAT 
TCAGATAACT CAAGATTTCC ACTGGCAGTT GTAGAAGAAC CAATAACAGT GGAAGTGGCT 
TTTAGAAATC CTTTGAAGGT TCCACTTTTG TTGACTGATT TGTCATTGCT ATGGAAGTTT 
CAACCTAAAG ATACTAGTGG AAAGGATAAT GAAGAAGTTA AAGAACTAGT AACAGGTGAA 
CCTAAAATGA TTGGAACTGA AGTTATTTCA GAATTTTTAA TTAATAGTGA AGAATCTAAA 
GTGGCAAGAC TAAAGCTCTT TCCCCATCAC ATAGGGGAGC TGCATATTCT CGGAGTTGTT 
TATAATCTTG GCACTATTCA GGGCTGCATG ACAGTAGATG GCATTGGTTC TCTTCCTGGA 
TGTCACACAG GAAAACATTC CTTGAGTATG TCAGTCAGAG GGAGACAAGA TTTAGAAATT 
CAAGGTCCTC GACTTAACAA TACAAAAGAA GAGAAAACAT CTATCAAATA TGGTCCTGAT 
CGACGTTTAG ATCCCATTAT CACGGAGGAA ATGCCACTGT TGGAGATATT CTTTATACAT 
TTCCCTACCG GGCTCCTCTG TGGAGAAATC CGAAAAGCAT ATGTAGAGTT TGTCAATGTC 
AGCAAAAGTC CTCTTACTGG ATTGAAGGTT GTTTCTAAAC GTCCAGAGTT CTTTACTTTT 
GGTGGTAACA CAGCTGTTCT AACACCACTA AGTCCTTCAG CTTCTGAGAA CTGTAGTGCT 
TACAAGACTG TTGCGACAGA CTCTACCGCT GTGTGTACAG CACTCATATC ATCGGCTTCC 
TCTGTAGACT TTGGCATTGG CATAGGGAGT CAGCCAGAGG TGATTCCTGT TCCCCTTCCT 
GACACTGTTC TTCTACCTGG AGCTTCAGTC CAGCTACCAA TGTGGTTACG TGGGCCAGAT 
GAAGAAGGTG TCCATGAAAT TAACTTTTTG TTTTACTATG AAAGTGTTAA AAAGCAGCCT 
AAGATCCGTC ACAGAATATT AAGACACACT GCAGTCATTT GTACCAGCCG ATCTTTGAAT 
GTACGGGCCA CTGTCTGCAG AAGTAATTCT CTTGAAGATG AGGAGGGCAG AGGGGGCAAT 
ATGTTAGTCT TTGTGGATGT GGAAAATACC AATACTAGTG AAGCAGGTGT TAAGGAATTC 
CATATAGTAC AAGTATCGAG TAGTAGCAAA CACTGGAAAT TCCAGAAATC TGTAAATCTC 
TCTGAAAACA AAGATGCCAA ACTTGCCAGC AGGGAGAAGG GAAAATTTTG TTTTAAGGCA 
ATACGATGTA AGGAAAAAGA AGTTGCCACA CAGTCCTCAG AAAAATACAC CTTTGCAGAT 
ATCATCTTTG GAAATGAACA GATAATCAGT TCAGCAAGTC CATGTGCAGA CTTCTTTTAT 
CGAAGCTTAT CTTCTGAATT AAAGAAACCA CAAGCCCAGC CGTCCGTGCA TACTGAAAAA 
CAGTCATTAG AGGATGCTGT GAGATTGATT CAGAAGTGCA GTGAGGTGGA TTTGAATATT 
GTCGTATTAT GGAAGGCTTA TGTAGTGGAA GATAGTAAGC AACTAATTTT GGAAGGTCAG 
CATCATGTTA TTCTTCGCAC TATAGGAAAA GAAGCATTTT CATGTCCTCA GAAACAGGAA 
CCACCAGAAA TGGAACTATT AAAATTTTTC AGGCCAGAAA ACACTACAGT TCCTTTAAGA 
CCGTCAGTAG AGCAGCTTTC TAATCTCATT AAAACGAGTC TTCACTATCC AGAATCATTT 
AATCATCCAT TTCATCAAAA AAGCCTTTGT TTAGTACCAG TCACCCTTTT ACTTTCCAAT 
TGTTCTAAGG CTGATGTTGA TGTAATAGTT GATCTTCGGC ATAAAACAAC AAGTCCAGAA 
GCATTGGAAA TCCATGGATC ATTTACATGG CTTGGACAAA CACAATATAA ACTTCAGCTT 
AAAAGCCAGG AGATTCACAG TTTGCAGCTG AAGGCATGCT TTGTCCATAC AGGTGTTTAT 
AACCTTGGAA CACCTAGGGT ATTTGCCAAG TTATCGGACC AAGTTACAGT GTTTGAAACG 
AGTCAGCAGA ACTCCATGCC TGCTCTGATC ATCATCAATA ATGTGTGA