LOC102211285 cDNA ORF clone, Pundamilia nyererei

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC102211285
Entrez Gene ID	102211285
Full Name	uncharacterized LOC102211285
Gene Type	protein-coding
Organism	Pundamilia nyererei

mRNA and Protein(s)

mRNA	Protein	Name
XM_013915984.1	XP_013771438.1	uncharacterized protein LOC102211285

Pathways from BioSystems
Gene Ontology

The following LOC102211285 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC102211285 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
OPu82087	XM_013915984.1 Latest version!	Pundamilia nyererei uncharacterized LOC102211285 (LOC102211285), 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)

LOC102211285 ( XM_013915984.1 ) cDNA ORF clone, Pundamilia nyererei -> XP_013771438.1 Pundamilia nyererei uncharacterized LOC102211285 (LOC102211285), mRNA.

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CloneID	OPu82087
Clone ID Related Accession (Same CDS sequence)	XM_013915984.1
Accession Version	XM_013915984.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3753bp) 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	2015-08-30
Organism	Pundamilia nyererei
Product	uncharacterized protein LOC102211285
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005187818.1) 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 :: Pundamilia nyererei Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 3% of CDS bases ##RefSeq-Attributes-END##

ATGGCGGACT GCGTCGGCTT CCAAGCGCAG ATCGCCTCCA TCATAGAGAT GCTGGCCAAC 
TCGGCGGTAG CCGAAATTTG CAAACTGGTG GACGACGGTT ACGCGGCGCT GCGCTCTCAG 
ATGGAGCAGG AGCGGGAGAA GAGCGAGAAG GAGAACCGAG CCCTGCGGCA GAGGCTGCGA 
GACATGGACG TGAAGATGCG GAGCTGTGAG AGGAGGATGA GGAGACGGAG TCAGCGCGAG 
GAGCATCACA CGGCTCATTT TAGGCCGCCC AAAGGACCTG ATGACCATCA GCCCCTGGCA 
CCCCCTCCTC TGGCTCTTTC TGAAGGCAAA CCCTTTCATC CAGTTTCAAA GCAGGAGGAA 
GCCAAGATGT TGACACTGGT GAAGCAGGAA AAAGAGGAGA GAGATGACTG CAACTTGGAC 
GTGAAGGTGG AGGTTAACAT AAGGGCGGAG TGTGGCCTCT CTGCAGCTTT GGAGCCCAGC 
GAGGAAAGCC CCCCTGCTGA CACTGTCCTC GACACCAGCG TCAGCAGCCT CACATCCTCC 
ACATCACAGC TGTCCTCCTC TCCTGCTGAT GCCACGATGG ACCTGACCTG CAGGCCTCGA 
GCAAAACGTA AGGCTGCTAA GCCCGTAGGC AACACCGAGG GGGTCCATGC CTCCGAAGCG 
GCTCGCAGGG ACCCTTCGGG GAGCCTACCT GATATGGCTC TGAAGCCAGA GGTCCAGACA 
GATGAGCTCA CAGAAGATGA CCTTCATCCC TCTCAGCTGT CGGCCACTAT AGCCTCTGAT 
GAGTCGAGCT GCGACCGCCT CAACAGCCTG GGCCTGGATC TGGCCTGGAT GCAGGAGCGT 
GTCAGCCATC TGGGAGCAGC CTATGCAGTA GCACAGCTGG GTTTGGGGAA CACGGACAGC 
GGGCACCCTT CTGCCTCCTT CCCCTCACAG GGAGGGGGAG AAAGTCTCGA CGGCCCCCCG 
ACTATGCTCT TTACAGGCGG CGCTCACGAG ATGGCTGCTT TTGCTGCCTC CTTCGACATG 
GCTGCTGCTG CCGCCGCCGT AGTAGCTGCA CCCCCTCCAC CTCCGCCCCC TCCCCCTCCT 
CCGACAGCTC CCACTGGCAC TGCCAGCAGC CAGAGGCGGC CTTACAGGAG CAGCACCGCC 
GCCGCAAAAG AGCCGGTGGC GTGCGCTGTG TGCGGACGTG TGTTCCCCAG CACGGCCGGC 
CTGGAGTTGC ACCAGCGGGT GCACACCGGG GAAAGACCTT ACACTTGCCC TCACTGTGGG 
AAGGGTTTTG CCCAGCCCAA CAACCTGCGG GTTCACCTCC TCATCCACAC CGGTGAGAGG 
CGTTATCGAT GCACGCTGTG CGGGAAGAGT TTCATCTCAT CGAGCCATCT GAAGAGGCAC 
CGTACAGTTC ACACACAGGA GAAACCCTAC AGCTGCTCGC GCTGCGGCCA GTCCTTCAGC 
CAGATGTGTA GCGTCCGCAG ACACCGGCAA CAGTCTCAGT GTGGCCTTCC TACTCGAGCA 
GTGAAAGAGC AAAGACCGAG CAGCCAGCGG CTAACAGCCA TGTCCAACCG CCTGGCCTTC 
CAGACCCAGC TGGCCTCCAT CATGGAGGTC CTAGCAAACG CAGCGGTGGC GGAAATCTGT 
AAGCTGGTTG ACGACGACTA CGCGGTGGTG AGGTTGCAGA TGTCTCAGTG CCAGAGAGAG 
AACAAGGCCC TGAAGAGGAA ACTACACCTG CTGGAGCTGA AGATGGCCCG GGGAAATGCC 
GAGAGGAGGC TCCGGGAGAG TGCCCTGAAC AGCAGCCGGC CGAGGGTGCA GATAAACGGC 
AGCGACAGGC CCCGAGAGCT CTCCACCCCC GCCGGTGACG TGTTTGACCA GCAGAGGGAG 
GTGCTTCTGT GGCCCAGCGG AGACGCAACC GGTGAACTGA TCCTGTCTGA AAGCATGCAC 
AGTAAGTCTC CAGATGTGGA GCTGGTGGAG CCGGAGGCAG TGCTGGTGAA AGAGGAGAAG 
GTGCAGGCAG CCACGTCTCG AGATGAAGCG GAGCAGAGTA CGTCACTTAT AGGAGATGAT 
GGGCTGATGG AGTGTGTCCT TCATGGAGCT GAAGGTCAGA TGCCTGGCCC CGAGGACCAG 
GACGCCCAGT CCGTGTCTAC TCGATCCCAG TCGCAGAGCC AGGCGTGCAG GACGAAGCTT 
ACCGGCAGCA GGGGAGTGGA GGTCAGTGGC TCCTCTCCTC TTAAGTGTGA ACTCACTGCT 
TCTGTTGAAG GCAGAGACTC GCTGCAGGAA GTGGCGATCC CACACCGGTA CGTCGACGAT 
GGCAGCAGCG ACTCAAAGTT TGACGTCTTG TGTGACATCG ATAAAACCGG TCACTCGTTG 
GTCGGGGAGT TTTTTGACGA GCCCTCAAAT GTTGACGTGG AAGGAACGAG TCCGTCGTGT 
TCGTACTCGA TGGCGGCCGT CGATTTGCCG TCAACTTCTT CCGGTGTTAA TGGCTGGAAT 
CGCTATGACA ACGTGTTTTC CTTGCCCCGG CCCTTCACTG ACGGCAGCAA AGCGTTCCCG 
CGCACTGGCA GGGAAAGACT GTTTGCCTGC AGCTACTGCG GCAAAGCTTT TAACCGGCCC 
AAGAAAGTGG AGATACACCA GCGTGTCCAC ACAGGGGAGA AGCCTTTCAG CTGCTCCACA 
TGCGGGAAGA TGTTCTCAGA GGCCGGGAAC CTGAGAAAAC ACCAGAGAGT CCACACTGGG 
GAGAAACCGT ACACCTGTGG GGTGTGTGGC AGGGGATTTG CCTGGATAAG AAACCTGAAA 
ACACACCAAC AAAAGAGCCA CGCTGACGTT TACAACGCAG AGACCTGGGA GGGCAGCCAG 
GCCTCCTCTG ATTGGTCAGG TCCAGTGTCC TGGTTCTCGC TCTGCTGGTT TGTGTATGCC 
CCCGTGCAGG CGTCGTCTAA GGATGAGGAG CCAGATGTGG TGCTGGTGAA GGTGGAGGAG 
GTGGAGCCAA TGACGAGACC TCGGAACCGG CCGTGCCTCA GCATACAGGA GGGGTTGGTG 
GAGTCCAGTA CAGACGACTG CAGAGGAGTG CTGTCCTTTG ATGAAACCAC ACAGATGTCC 
ACCAATCGGC TGTCTGACCT GCAGGACTCT GGGCGGGGCT TCTCAGAGGT CAGCTGTGGC 
CATTCTTCGC TGTGGACTAA TAGGGGGGGC GGTTACAGTG AGAGCCTTCC AGGGCTGTCC 
TCACACTTTG CTCCACTCTC ATACTTGCCT GGCACACTCA CTGGAGGAGA GCCTGGCAGC 
TCTGGGAGGG GATCGGCTGC TGAGAACGCA ACAGAGAGGG GATCAGCCGC TGAGAATTCT 
AGAAAGTTGC CCACTTATCC CTTTGAGCAG AAGCTTCCTG TTATTGATCT GTCAGATGAG 
TCCAGCCAAA GTCAGGTGTC AAGTCAGACG CAAGCAGGAC ACCTGTCAGT CCAGGGGTCT 
CAACAGTATC TGCACCCAGG TCCAAGTCAG GGCCCAAAAA ATCCCACGAA GAGGGATTGT 
GTCTGTAGTT TCTGTGGGAA AAGGTTTCCT GCTCCAGCAA ATTTGGAATC TCATATGAGA 
ACCCATACTG GAGAAAAGCC ATATGGCTGC ACCATCTGTG GTAAAAAATT CTCCCAGTTG 
TGGAATTTGA AGATCCACAG GAACATCCAC ACAGGGGAGC GACCGTACCA GTGCTCGCTC 
TGCCCCGAAA AGTTTTCTGA CCCCAGCAAC CTGAAAAAAC ACCTAAAGAG ACACCATCCA 
CAAAACATGG CCATACAGTC AGGAACATCT TAG

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

RefSeq	XP_013771438.1
CDS	257..4009
Translation	MADCVGFQAQIASIIEMLANSAVAEICKLVDDGYAALRSQMEQEREKSEKENRALRQRLRDMDVKMRSCERRMRRRSQREEHHTAHFRPPKGPDDHQPLAPPPLALSEGKPFHPVSKQEEAKMLTLVKQEKEERDDCNLDVKVEVNIRAECGLSAALEPSEESPPADTVLDTSVSSLTSSTSQLSSSPADATMDLTCRPRAKRKAAKPVGNTEGVHASEAARRDPSGSLPDMALKPEVQTDELTEDDLHPSQLSATIASDESSCDRLNSLGLDLAWMQERVSHLGAAYAVAQLGLGNTDSGHPSASFPSQGGGESLDGPPTMLFTGGAHEMAAFAASFDMAAAAAAVVAAPPPPPPPPPPPTAPTGTASSQRRPYRSSTAAAKEPVACAVCGRVFPSTAGLELHQRVHTGERPYTCPHCGKGFAQPNNLRVHLLIHTGERRYRCTLCGKSFISSSHLKRHRTVHTQEKPYSCSRCGQSFSQMCSVRRHRQQSQCGLPTRAVKEQRPSSQRLTAMSNRLAFQTQLASIMEVLANAAVAEICKLVDDDYAVVRLQMSQCQRENKALKRKLHLLELKMARGNAERRLRESALNSSRPRVQINGSDRPRELSTPAGDVFDQQREVLLWPSGDATGELILSESMHSKSPDVELVEPEAVLVKEEKVQAATSRDEAEQSTSLIGDDGLMECVLHGAEGQMPGPEDQDAQSVSTRSQSQSQACRTKLTGSRGVEVSGSSPLKCELTASVEGRDSLQEVAIPHRYVDDGSSDSKFDVLCDIDKTGHSLVGEFFDEPSNVDVEGTSPSCSYSMAAVDLPSTSSGVNGWNRYDNVFSLPRPFTDGSKAFPRTGRERLFACSYCGKAFNRPKKVEIHQRVHTGEKPFSCSTCGKMFSEAGNLRKHQRVHTGEKPYTCGVCGRGFAWIRNLKTHQQKSHADVYNAETWEGSQASSDWSGPVSWFSLCWFVYAPVQASSKDEEPDVVLVKVEEVEPMTRPRNRPCLSIQEGLVESSTDDCRGVLSFDETTQMSTNRLSDLQDSGRGFSEVSCGHSSLWTNRGGGYSESLPGLSSHFAPLSYLPGTLTGGEPGSSGRGSAAENATERGSAAENSRKLPTYPFEQKLPVIDLSDESSQSQVSSQTQAGHLSVQGSQQYLHPGPSQGPKNPTKRDCVCSFCGKRFPAPANLESHMRTHTGEKPYGCTICGKKFSQLWNLKIHRNIHTGERPYQCSLCPEKFSDPSNLKKHLKRHHPQNMAIQSGTS

Target ORF information:

RefSeq Version	XM_013915984.1
Organism	Pundamilia nyererei
Definition	Pundamilia nyererei uncharacterized LOC102211285 (LOC102211285), mRNA.

Target ORF information:

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

XM_013915984.1

ORF Insert Sequence:

ATGGCGGACT GCGTCGGCTT CCAAGCGCAG ATCGCCTCCA TCATAGAGAT GCTGGCCAAC 
TCGGCGGTAG CCGAAATTTG CAAACTGGTG GACGACGGTT ACGCGGCGCT GCGCTCTCAG 
ATGGAGCAGG AGCGGGAGAA GAGCGAGAAG GAGAACCGAG CCCTGCGGCA GAGGCTGCGA 
GACATGGACG TGAAGATGCG GAGCTGTGAG AGGAGGATGA GGAGACGGAG TCAGCGCGAG 
GAGCATCACA CGGCTCATTT TAGGCCGCCC AAAGGACCTG ATGACCATCA GCCCCTGGCA 
CCCCCTCCTC TGGCTCTTTC TGAAGGCAAA CCCTTTCATC CAGTTTCAAA GCAGGAGGAA 
GCCAAGATGT TGACACTGGT GAAGCAGGAA AAAGAGGAGA GAGATGACTG CAACTTGGAC 
GTGAAGGTGG AGGTTAACAT AAGGGCGGAG TGTGGCCTCT CTGCAGCTTT GGAGCCCAGC 
GAGGAAAGCC CCCCTGCTGA CACTGTCCTC GACACCAGCG TCAGCAGCCT CACATCCTCC 
ACATCACAGC TGTCCTCCTC TCCTGCTGAT GCCACGATGG ACCTGACCTG CAGGCCTCGA 
GCAAAACGTA AGGCTGCTAA GCCCGTAGGC AACACCGAGG GGGTCCATGC CTCCGAAGCG 
GCTCGCAGGG ACCCTTCGGG GAGCCTACCT GATATGGCTC TGAAGCCAGA GGTCCAGACA 
GATGAGCTCA CAGAAGATGA CCTTCATCCC TCTCAGCTGT CGGCCACTAT AGCCTCTGAT 
GAGTCGAGCT GCGACCGCCT CAACAGCCTG GGCCTGGATC TGGCCTGGAT GCAGGAGCGT 
GTCAGCCATC TGGGAGCAGC CTATGCAGTA GCACAGCTGG GTTTGGGGAA CACGGACAGC 
GGGCACCCTT CTGCCTCCTT CCCCTCACAG GGAGGGGGAG AAAGTCTCGA CGGCCCCCCG 
ACTATGCTCT TTACAGGCGG CGCTCACGAG ATGGCTGCTT TTGCTGCCTC CTTCGACATG 
GCTGCTGCTG CCGCCGCCGT AGTAGCTGCA CCCCCTCCAC CTCCGCCCCC TCCCCCTCCT 
CCGACAGCTC CCACTGGCAC TGCCAGCAGC CAGAGGCGGC CTTACAGGAG CAGCACCGCC 
GCCGCAAAAG AGCCGGTGGC GTGCGCTGTG TGCGGACGTG TGTTCCCCAG CACGGCCGGC 
CTGGAGTTGC ACCAGCGGGT GCACACCGGG GAAAGACCTT ACACTTGCCC TCACTGTGGG 
AAGGGTTTTG CCCAGCCCAA CAACCTGCGG GTTCACCTCC TCATCCACAC CGGTGAGAGG 
CGTTATCGAT GCACGCTGTG CGGGAAGAGT TTCATCTCAT CGAGCCATCT GAAGAGGCAC 
CGTACAGTTC ACACACAGGA GAAACCCTAC AGCTGCTCGC GCTGCGGCCA GTCCTTCAGC 
CAGATGTGTA GCGTCCGCAG ACACCGGCAA CAGTCTCAGT GTGGCCTTCC TACTCGAGCA 
GTGAAAGAGC AAAGACCGAG CAGCCAGCGG CTAACAGCCA TGTCCAACCG CCTGGCCTTC 
CAGACCCAGC TGGCCTCCAT CATGGAGGTC CTAGCAAACG CAGCGGTGGC GGAAATCTGT 
AAGCTGGTTG ACGACGACTA CGCGGTGGTG AGGTTGCAGA TGTCTCAGTG CCAGAGAGAG 
AACAAGGCCC TGAAGAGGAA ACTACACCTG CTGGAGCTGA AGATGGCCCG GGGAAATGCC 
GAGAGGAGGC TCCGGGAGAG TGCCCTGAAC AGCAGCCGGC CGAGGGTGCA GATAAACGGC 
AGCGACAGGC CCCGAGAGCT CTCCACCCCC GCCGGTGACG TGTTTGACCA GCAGAGGGAG 
GTGCTTCTGT GGCCCAGCGG AGACGCAACC GGTGAACTGA TCCTGTCTGA AAGCATGCAC 
AGTAAGTCTC CAGATGTGGA GCTGGTGGAG CCGGAGGCAG TGCTGGTGAA AGAGGAGAAG 
GTGCAGGCAG CCACGTCTCG AGATGAAGCG GAGCAGAGTA CGTCACTTAT AGGAGATGAT 
GGGCTGATGG AGTGTGTCCT TCATGGAGCT GAAGGTCAGA TGCCTGGCCC CGAGGACCAG 
GACGCCCAGT CCGTGTCTAC TCGATCCCAG TCGCAGAGCC AGGCGTGCAG GACGAAGCTT 
ACCGGCAGCA GGGGAGTGGA GGTCAGTGGC TCCTCTCCTC TTAAGTGTGA ACTCACTGCT 
TCTGTTGAAG GCAGAGACTC GCTGCAGGAA GTGGCGATCC CACACCGGTA CGTCGACGAT 
GGCAGCAGCG ACTCAAAGTT TGACGTCTTG TGTGACATCG ATAAAACCGG TCACTCGTTG 
GTCGGGGAGT TTTTTGACGA GCCCTCAAAT GTTGACGTGG AAGGAACGAG TCCGTCGTGT 
TCGTACTCGA TGGCGGCCGT CGATTTGCCG TCAACTTCTT CCGGTGTTAA TGGCTGGAAT 
CGCTATGACA ACGTGTTTTC CTTGCCCCGG CCCTTCACTG ACGGCAGCAA AGCGTTCCCG 
CGCACTGGCA GGGAAAGACT GTTTGCCTGC AGCTACTGCG GCAAAGCTTT TAACCGGCCC 
AAGAAAGTGG AGATACACCA GCGTGTCCAC ACAGGGGAGA AGCCTTTCAG CTGCTCCACA 
TGCGGGAAGA TGTTCTCAGA GGCCGGGAAC CTGAGAAAAC ACCAGAGAGT CCACACTGGG 
GAGAAACCGT ACACCTGTGG GGTGTGTGGC AGGGGATTTG CCTGGATAAG AAACCTGAAA 
ACACACCAAC AAAAGAGCCA CGCTGACGTT TACAACGCAG AGACCTGGGA GGGCAGCCAG 
GCCTCCTCTG ATTGGTCAGG TCCAGTGTCC TGGTTCTCGC TCTGCTGGTT TGTGTATGCC 
CCCGTGCAGG CGTCGTCTAA GGATGAGGAG CCAGATGTGG TGCTGGTGAA GGTGGAGGAG 
GTGGAGCCAA TGACGAGACC TCGGAACCGG CCGTGCCTCA GCATACAGGA GGGGTTGGTG 
GAGTCCAGTA CAGACGACTG CAGAGGAGTG CTGTCCTTTG ATGAAACCAC ACAGATGTCC 
ACCAATCGGC TGTCTGACCT GCAGGACTCT GGGCGGGGCT TCTCAGAGGT CAGCTGTGGC 
CATTCTTCGC TGTGGACTAA TAGGGGGGGC GGTTACAGTG AGAGCCTTCC AGGGCTGTCC 
TCACACTTTG CTCCACTCTC ATACTTGCCT GGCACACTCA CTGGAGGAGA GCCTGGCAGC 
TCTGGGAGGG GATCGGCTGC TGAGAACGCA ACAGAGAGGG GATCAGCCGC TGAGAATTCT 
AGAAAGTTGC CCACTTATCC CTTTGAGCAG AAGCTTCCTG TTATTGATCT GTCAGATGAG 
TCCAGCCAAA GTCAGGTGTC AAGTCAGACG CAAGCAGGAC ACCTGTCAGT CCAGGGGTCT 
CAACAGTATC TGCACCCAGG TCCAAGTCAG GGCCCAAAAA ATCCCACGAA GAGGGATTGT 
GTCTGTAGTT TCTGTGGGAA AAGGTTTCCT GCTCCAGCAA ATTTGGAATC TCATATGAGA 
ACCCATACTG GAGAAAAGCC ATATGGCTGC ACCATCTGTG GTAAAAAATT CTCCCAGTTG 
TGGAATTTGA AGATCCACAG GAACATCCAC ACAGGGGAGC GACCGTACCA GTGCTCGCTC 
TGCCCCGAAA AGTTTTCTGA CCCCAGCAAC CTGAAAAAAC ACCTAAAGAG ACACCATCCA 
CAAAACATGG CCATACAGTC AGGAACATCT TAG