LOC108709299 cDNA ORF clone, Xenopus laevis(African clawed frog)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC108709299
Entrez Gene ID	108709299
Full Name	trafficking protein particle complex 10 S homeolog
General protein information	Preferred Names trafficking protein particle complex 10 S homeolog Names trafficking protein particle complex subunit 10-like
Gene Type	protein-coding
Organism	Xenopus laevis(African clawed frog)

mRNA and Protein(s)

mRNA	Protein	Name
XM_018249014.1	XP_018104503.1	trafficking protein particle complex subunit 10-like

Pathways from BioSystems
Gene Ontology

The following LOC108709299 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC108709299 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
OAf21957	XM_018249014.1 Latest version!	Xenopus laevis trafficking protein particle complex subunit 10-like (LOC108709299), 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)

LOC108709299 ( XM_018249014.1 ) cDNA ORF clone, Xenopus laevis(African clawed frog) -> XP_018104503.1 Xenopus laevis trafficking protein particle complex subunit 10-like (LOC108709299), mRNA.

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CloneID	OAf21957
Clone ID Related Accession (Same CDS sequence)	XM_018249014.1
Accession Version	XM_018249014.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3774bp) 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	trafficking protein particle complex subunit 10-like
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_030727.1) 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 :: 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##

ATGGAAGGGG CGGGGCCTGG AGACACCGGG AACGGAGACG GGGAGCCGGT GGTGTGCACC 
ATGGAGAACA AGCCCATAGT CACGTGGGCA GGAGACCAGA ATGTATTCTA TGCAGTTTTC 
CCCATCCTGA CGCAGCAGCT GCCCCGGGAG CCTATGGAAT GGAGAAGGGC TTATGGTCGT 
GCCCCAAAGA TGATTCACTT GGAGTCCCAC TTTGTACCAT TTAAGGAAGA ACTTCTCCCG 
AAAGATGGGA ACAAGGCCTT GCTCACCTTC CCCTTTCTCC ACGTTTACTG GACAGACTGC 
TGTGACACGG AAGTCTATAA AGCCACAACA AAAGATGACA TCACCAAATG GCAAAATGCA 
CTGCGCACTC ACAGCACCAC TGATTGGCTG ATTGTGGTTG TGGAAAGCGA AGCAAAGAAG 
AAGAATAAAA CCAACATTCT TCCCCGGACG TCCATTGCTG ACAAGATCCG CAGCGACTTC 
TGTAACAAGC AGAGTGATAG GTGCATGGTG TTGGTGGACC CTCTAAAGGA CACATCTCGA 
TCCCAGGAGT CCTGGTCCAT GTTTCTAGCC AAGCTGCGCA CATTGCTCCT CACGTCCTTC 
ACCAGAAATC TTGGCCACTT TGAAGATGAT ATGAGGACCC TGAGAGAGAA GAGAACCGAA 
CCGGGCTGGA GCTTCTGTGA CTACTTCATG GTCCAGGAGG AGCTCGCGTT TGTGTTTGAG 
ATGTTGCAGC AGTTTGAGGA TGCTTTGGTT CAGTACGATG AGCTGGACGC TCTCTTTTCT 
CAATATGTAC TTAACTTTGG CGCTGGGGAT GGGGCCAATT GGTTGAGCTC ATTTTGCCAA 
CCAGTAAGGA GTTGGGATGG CCTGGCCCTG CGCAAGCCCA TCGACATGGA GAAGCGAGAC 
CTGATCCAGA GACGCCAGGC CAACCTGCTG GAGCTGCGCA GTTACCTGTT CTCCCGCCAG 
TGCACCCTGC TTCTCTTCTT GCAGCGCCCG TGGGAGGTGG CGAATCGAGC CCTGGAGTTA 
CTGCACAATT GTGTGCAAGA GCTGAAACTC CTGGAGGTGT CTGTCCCTCC TGGGGCTCTG 
GACTGCTGGG TGTTCCTCAG TTGCCTCGAA GTGCTTCAGA GGATTGAAGG ATGCTGTGAG 
CGCGCTCAGA TAGAGGCCAA CGTGTCCCAC ACCGTGGGCT TGTGGAGTTA TGCCACTGAA 
AAGCTCCAGT CTCTTGGCTC GTTGTGTGGT TTAGTGTCTG AGAAGGGTCC TTGCTCTGAA 
GATCTTCAGC GAACTGTGGA CTTGTTGGCT GGACTTGGAG CAGAGAGGTC AGAGACAGCC 
AACACAGCAC ATAGTCCTTA TAAGAAGCTG CAGGAGGCAC TGTCCTCTGA GGAAGCCTTT 
GAGAAGCACT ATCTGGAGCT GTGCCACGCA ACCATAGAGA TGTACAACAG CATCGGAAGG 
AGTCGCTCTT CCAAGCTGGT TGGGAAGGAT CTGGCCGACT TCTACATGAA GAAGAACTGC 
CCGCAGAAAG CTGAGCCCTT CCTACAGAGC GCCCTAAATA TGTACCAGTC AGAGGGCTGG 
GAACTGCCCC TCACTCACAC TCGCAAACAA CTGGCCGAGT GTCAGAGGCA ACTTGGACAG 
ACAGAGCCAT ACCTCAGGAC TTGCAGTCTG CTGGCGGCTG ATGTGAATCT CTCTCAGGAA 
GAGCGACAGC TTTTCTGCCA AGAAATCCTC AAGTTTGCAG CCAAGAACAG TGTCAGCACA 
GAGTCCCCCG TCTGCCTCCC ACTGGGATCA TTCGCACAGC TCACCTCTCT CAGCTTTGAG 
CCCCCCAATG CGGTTGTGCA CGTGGGAGGG TCCCTGACCA TGGAACTGAC CCTGCTCAGC 
TTGATGCCAG AGCCCCTGCA GCTCGACTAT ATCTCTGGCC ACTTCCACTA CAACCTGGAC 
AAGAACAGCT ATCGCAAGAC GGCCGAGTGG CTAACGAGGC ACAAACCAGC CAGTGGCACA 
ATCTTCTTTC AGACTGATGG GCCCCTAGGG GCCAGAGGAA CACCACCTGC TCTAGAACTC 
TCTGAGATGC ATGAGAAGAG CCCATCAGAA GGAGGACTAG TAAGCGCAGG AGTCATCTGT 
AGAAATGTCC ATGTGCTGCT TCGCTCCCAG GACTCCCAGT CATCCTCATC ATTGGACAGA 
CAGTCCAGTC TCACTGTGAA GGAAGGAGCC AACACTCTGA AGTGCCACAA TGTCACACTG 
CAACCTGGCC TCAACCACCT GACCTTTCAT ACCCAGGCAT CAGAGTCGGG CACCTACACC 
CTGCGCCAGC TGGTGGCATC TATTGGAGAG GTGCAACTGC AGCTGCCCCA TATCTACCCC 
ATTGTTCAAT ATGATGTGTA TACCCAGGAT CCTCAGCTGA AGGTGGAACC CCAGAGTGAA 
TGCCTCCTGG CTGGAATCCC ACAGAGTGTG AAGTTCACTG TCACCACAGG ACATTACACT 
ATAAAGACCG GAGACACCCT ACAGCTGAGT AACGCTGAGA ATATGCCCAT CCTGCTGGGA 
GCGGGCACCA CAGCCGCCAG CTATAGGAAC AGCCAGGGGG AAGTGAGTGA GAAGGCGCTT 
AGTATTCAGC GCTCTGAGAA GGTAACAAGT ATCTGTCTGC CCCCCACGCC ACCCTATCAC 
ATCCTGGAGT TTGAGCTGGA CGTGGTGTGT TTGCTGCCAG AGGCCGGTCA CCTGCTTAAT 
GGAGAGGTGC CCCACAGAGG GCGGGATCAG CTGGACTCAC ACAGCAGCAG CAGCAACACT 
ACAGAACAGA GGGTTACTGT TGACTGTCCG TGGTCCATCT ATTCCACTAT CGTCAGTCTG 
TCCTTCCAGC TGCCCCTGAG AGCTCAGCAC ACTCTGCTCT CCTCCGGGAC CCGGAAATAT 
ATTCAGCTTT GTGTGGAAAA CACGTGTGAG TTCCAGTTCC AACTGTCGGA CAGCAGTCTC 
ACCTCCACAC GGGACTTGAA GTTCCGGCCC CTGCACCAAG CAGGTATCCA GGACCTCCAG 
AGCCAGCAGT GCCTGTTCTT CATCTGGGAA GTCACGTGGT GCCCGGATCT GCCCGCATCG 
CTGCCCTGTC ATTTCTCTGT CAGCTTCTAC CCTGTCCCCT CACCAAATCC CTGCAGCTAC 
CTACAGCCCT TCACCTACCT CTTCCACCTG GAGCACTTTT ATACCTTATA CACAGTGCGT 
GCTGAGATCT CGCCCCCCCC AGATGCAGAG TTCTGTAAGA CGGGCGCTCT CTGCTCACTG 
GAAGTCTGTA TCATGCGCTT GTGCGACTCA CTGGAGAATG ACAAAGAGGA GATGCTCACT 
GACTGCAATG GATACAGCAG TGCCCAGCTC TTCTATCAGG TTGCAGATGG CGGCAGTAAC 
TGGGCAGTTT GTGGGCGCAG CTCTGGGGTT GTGATGATGC CAGTGAAGGA GGGTGCATGT 
CACACTCTCC GTATGGAGGT CATGCCCCTG TTTGCCGGTT ACCTTCCTTA TCCCGACGTG 
CGGCTCTTCC GTTACCTCCC TCATCATTCG CACTCCCAAC AACTGGATGC AGACAGCTGG 
ATTGAGAATG ACTCTGTGTC GGTGGAGGAT CCATGTGAGG TGGCCAGTGG GCGGGCACAG 
AATAGAGGGT GTATCTCTCC GGGAGCCACA GGCACCAGTA TGGAACACAA GGGACTCCCA 
ATGCCTCGGC TGCAGCCCTT TCACCCCGGG CAGATCAGCA ATGGCAGTTT AGGCCGGCAA 
ATCCTTGTCG TGCCCAGCAC AGATGACCAT GTGCTGGAGG TGAATGTCAC ATGA

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

RefSeq	XP_018104503.1
CDS	416..4189
Translation	MEGAGPGDTGNGDGEPVVCTMENKPIVTWAGDQNVFYAVFPILTQQLPREPMEWRRAYGRAPKMIHLESHFVPFKEELLPKDGNKALLTFPFLHVYWTDCCDTEVYKATTKDDITKWQNALRTHSTTDWLIVVVESEAKKKNKTNILPRTSIADKIRSDFCNKQSDRCMVLVDPLKDTSRSQESWSMFLAKLRTLLLTSFTRNLGHFEDDMRTLREKRTEPGWSFCDYFMVQEELAFVFEMLQQFEDALVQYDELDALFSQYVLNFGAGDGANWLSSFCQPVRSWDGLALRKPIDMEKRDLIQRRQANLLELRSYLFSRQCTLLLFLQRPWEVANRALELLHNCVQELKLLEVSVPPGALDCWVFLSCLEVLQRIEGCCERAQIEANVSHTVGLWSYATEKLQSLGSLCGLVSEKGPCSEDLQRTVDLLAGLGAERSETANTAHSPYKKLQEALSSEEAFEKHYLELCHATIEMYNSIGRSRSSKLVGKDLADFYMKKNCPQKAEPFLQSALNMYQSEGWELPLTHTRKQLAECQRQLGQTEPYLRTCSLLAADVNLSQEERQLFCQEILKFAAKNSVSTESPVCLPLGSFAQLTSLSFEPPNAVVHVGGSLTMELTLLSLMPEPLQLDYISGHFHYNLDKNSYRKTAEWLTRHKPASGTIFFQTDGPLGARGTPPALELSEMHEKSPSEGGLVSAGVICRNVHVLLRSQDSQSSSSLDRQSSLTVKEGANTLKCHNVTLQPGLNHLTFHTQASESGTYTLRQLVASIGEVQLQLPHIYPIVQYDVYTQDPQLKVEPQSECLLAGIPQSVKFTVTTGHYTIKTGDTLQLSNAENMPILLGAGTTAASYRNSQGEVSEKALSIQRSEKVTSICLPPTPPYHILEFELDVVCLLPEAGHLLNGEVPHRGRDQLDSHSSSSNTTEQRVTVDCPWSIYSTIVSLSFQLPLRAQHTLLSSGTRKYIQLCVENTCEFQFQLSDSSLTSTRDLKFRPLHQAGIQDLQSQQCLFFIWEVTWCPDLPASLPCHFSVSFYPVPSPNPCSYLQPFTYLFHLEHFYTLYTVRAEISPPPDAEFCKTGALCSLEVCIMRLCDSLENDKEEMLTDCNGYSSAQLFYQVADGGSNWAVCGRSSGVVMMPVKEGACHTLRMEVMPLFAGYLPYPDVRLFRYLPHHSHSQQLDADSWIENDSVSVEDPCEVASGRAQNRGCISPGATGTSMEHKGLPMPRLQPFHPGQISNGSLGRQILVVPSTDDHVLEVNVT

Target ORF information:

RefSeq Version	XM_018249014.1
Organism	Xenopus laevis(African clawed frog)
Definition	Xenopus laevis trafficking protein particle complex subunit 10-like (LOC108709299), mRNA.

Target ORF information:

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

XM_018249014.1

ORF Insert Sequence:

ATGGAAGGGG CGGGGCCTGG AGACACCGGG AACGGAGACG GGGAGCCGGT GGTGTGCACC 
ATGGAGAACA AGCCCATAGT CACGTGGGCA GGAGACCAGA ATGTATTCTA TGCAGTTTTC 
CCCATCCTGA CGCAGCAGCT GCCCCGGGAG CCTATGGAAT GGAGAAGGGC TTATGGTCGT 
GCCCCAAAGA TGATTCACTT GGAGTCCCAC TTTGTACCAT TTAAGGAAGA ACTTCTCCCG 
AAAGATGGGA ACAAGGCCTT GCTCACCTTC CCCTTTCTCC ACGTTTACTG GACAGACTGC 
TGTGACACGG AAGTCTATAA AGCCACAACA AAAGATGACA TCACCAAATG GCAAAATGCA 
CTGCGCACTC ACAGCACCAC TGATTGGCTG ATTGTGGTTG TGGAAAGCGA AGCAAAGAAG 
AAGAATAAAA CCAACATTCT TCCCCGGACG TCCATTGCTG ACAAGATCCG CAGCGACTTC 
TGTAACAAGC AGAGTGATAG GTGCATGGTG TTGGTGGACC CTCTAAAGGA CACATCTCGA 
TCCCAGGAGT CCTGGTCCAT GTTTCTAGCC AAGCTGCGCA CATTGCTCCT CACGTCCTTC 
ACCAGAAATC TTGGCCACTT TGAAGATGAT ATGAGGACCC TGAGAGAGAA GAGAACCGAA 
CCGGGCTGGA GCTTCTGTGA CTACTTCATG GTCCAGGAGG AGCTCGCGTT TGTGTTTGAG 
ATGTTGCAGC AGTTTGAGGA TGCTTTGGTT CAGTACGATG AGCTGGACGC TCTCTTTTCT 
CAATATGTAC TTAACTTTGG CGCTGGGGAT GGGGCCAATT GGTTGAGCTC ATTTTGCCAA 
CCAGTAAGGA GTTGGGATGG CCTGGCCCTG CGCAAGCCCA TCGACATGGA GAAGCGAGAC 
CTGATCCAGA GACGCCAGGC CAACCTGCTG GAGCTGCGCA GTTACCTGTT CTCCCGCCAG 
TGCACCCTGC TTCTCTTCTT GCAGCGCCCG TGGGAGGTGG CGAATCGAGC CCTGGAGTTA 
CTGCACAATT GTGTGCAAGA GCTGAAACTC CTGGAGGTGT CTGTCCCTCC TGGGGCTCTG 
GACTGCTGGG TGTTCCTCAG TTGCCTCGAA GTGCTTCAGA GGATTGAAGG ATGCTGTGAG 
CGCGCTCAGA TAGAGGCCAA CGTGTCCCAC ACCGTGGGCT TGTGGAGTTA TGCCACTGAA 
AAGCTCCAGT CTCTTGGCTC GTTGTGTGGT TTAGTGTCTG AGAAGGGTCC TTGCTCTGAA 
GATCTTCAGC GAACTGTGGA CTTGTTGGCT GGACTTGGAG CAGAGAGGTC AGAGACAGCC 
AACACAGCAC ATAGTCCTTA TAAGAAGCTG CAGGAGGCAC TGTCCTCTGA GGAAGCCTTT 
GAGAAGCACT ATCTGGAGCT GTGCCACGCA ACCATAGAGA TGTACAACAG CATCGGAAGG 
AGTCGCTCTT CCAAGCTGGT TGGGAAGGAT CTGGCCGACT TCTACATGAA GAAGAACTGC 
CCGCAGAAAG CTGAGCCCTT CCTACAGAGC GCCCTAAATA TGTACCAGTC AGAGGGCTGG 
GAACTGCCCC TCACTCACAC TCGCAAACAA CTGGCCGAGT GTCAGAGGCA ACTTGGACAG 
ACAGAGCCAT ACCTCAGGAC TTGCAGTCTG CTGGCGGCTG ATGTGAATCT CTCTCAGGAA 
GAGCGACAGC TTTTCTGCCA AGAAATCCTC AAGTTTGCAG CCAAGAACAG TGTCAGCACA 
GAGTCCCCCG TCTGCCTCCC ACTGGGATCA TTCGCACAGC TCACCTCTCT CAGCTTTGAG 
CCCCCCAATG CGGTTGTGCA CGTGGGAGGG TCCCTGACCA TGGAACTGAC CCTGCTCAGC 
TTGATGCCAG AGCCCCTGCA GCTCGACTAT ATCTCTGGCC ACTTCCACTA CAACCTGGAC 
AAGAACAGCT ATCGCAAGAC GGCCGAGTGG CTAACGAGGC ACAAACCAGC CAGTGGCACA 
ATCTTCTTTC AGACTGATGG GCCCCTAGGG GCCAGAGGAA CACCACCTGC TCTAGAACTC 
TCTGAGATGC ATGAGAAGAG CCCATCAGAA GGAGGACTAG TAAGCGCAGG AGTCATCTGT 
AGAAATGTCC ATGTGCTGCT TCGCTCCCAG GACTCCCAGT CATCCTCATC ATTGGACAGA 
CAGTCCAGTC TCACTGTGAA GGAAGGAGCC AACACTCTGA AGTGCCACAA TGTCACACTG 
CAACCTGGCC TCAACCACCT GACCTTTCAT ACCCAGGCAT CAGAGTCGGG CACCTACACC 
CTGCGCCAGC TGGTGGCATC TATTGGAGAG GTGCAACTGC AGCTGCCCCA TATCTACCCC 
ATTGTTCAAT ATGATGTGTA TACCCAGGAT CCTCAGCTGA AGGTGGAACC CCAGAGTGAA 
TGCCTCCTGG CTGGAATCCC ACAGAGTGTG AAGTTCACTG TCACCACAGG ACATTACACT 
ATAAAGACCG GAGACACCCT ACAGCTGAGT AACGCTGAGA ATATGCCCAT CCTGCTGGGA 
GCGGGCACCA CAGCCGCCAG CTATAGGAAC AGCCAGGGGG AAGTGAGTGA GAAGGCGCTT 
AGTATTCAGC GCTCTGAGAA GGTAACAAGT ATCTGTCTGC CCCCCACGCC ACCCTATCAC 
ATCCTGGAGT TTGAGCTGGA CGTGGTGTGT TTGCTGCCAG AGGCCGGTCA CCTGCTTAAT 
GGAGAGGTGC CCCACAGAGG GCGGGATCAG CTGGACTCAC ACAGCAGCAG CAGCAACACT 
ACAGAACAGA GGGTTACTGT TGACTGTCCG TGGTCCATCT ATTCCACTAT CGTCAGTCTG 
TCCTTCCAGC TGCCCCTGAG AGCTCAGCAC ACTCTGCTCT CCTCCGGGAC CCGGAAATAT 
ATTCAGCTTT GTGTGGAAAA CACGTGTGAG TTCCAGTTCC AACTGTCGGA CAGCAGTCTC 
ACCTCCACAC GGGACTTGAA GTTCCGGCCC CTGCACCAAG CAGGTATCCA GGACCTCCAG 
AGCCAGCAGT GCCTGTTCTT CATCTGGGAA GTCACGTGGT GCCCGGATCT GCCCGCATCG 
CTGCCCTGTC ATTTCTCTGT CAGCTTCTAC CCTGTCCCCT CACCAAATCC CTGCAGCTAC 
CTACAGCCCT TCACCTACCT CTTCCACCTG GAGCACTTTT ATACCTTATA CACAGTGCGT 
GCTGAGATCT CGCCCCCCCC AGATGCAGAG TTCTGTAAGA CGGGCGCTCT CTGCTCACTG 
GAAGTCTGTA TCATGCGCTT GTGCGACTCA CTGGAGAATG ACAAAGAGGA GATGCTCACT 
GACTGCAATG GATACAGCAG TGCCCAGCTC TTCTATCAGG TTGCAGATGG CGGCAGTAAC 
TGGGCAGTTT GTGGGCGCAG CTCTGGGGTT GTGATGATGC CAGTGAAGGA GGGTGCATGT 
CACACTCTCC GTATGGAGGT CATGCCCCTG TTTGCCGGTT ACCTTCCTTA TCCCGACGTG 
CGGCTCTTCC GTTACCTCCC TCATCATTCG CACTCCCAAC AACTGGATGC AGACAGCTGG 
ATTGAGAATG ACTCTGTGTC GGTGGAGGAT CCATGTGAGG TGGCCAGTGG GCGGGCACAG 
AATAGAGGGT GTATCTCTCC GGGAGCCACA GGCACCAGTA TGGAACACAA GGGACTCCCA 
ATGCCTCGGC TGCAGCCCTT TCACCCCGGG CAGATCAGCA ATGGCAGTTT AGGCCGGCAA 
ATCCTTGTCG TGCCCAGCAC AGATGACCAT GTGCTGGAGG TGAATGTCAC ATGA