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CloneTracker™ XP-rLuc Lentiviral Expressed Barcode Libraries

  • RNA-expressed barcode detectable by RNA-Seq analysis
  • Intense red-shifted luciferase marker for in vivo bioluminescent imaging
  • Label populations of up to 1M cells with a library of 10M unique barcodes

Cellecta CloneTracker XP-rLuc libraries have the same design as the other CloneTracker XP™ libraries, with a barcode inserted in the 3′-UTR of the reporter transcript so it is detectable by RNA sequencing. Rather than a fluorescent protein marker, CloneTracker XP-rLuc libraries have a red-shifted luciferase (rLuc) derived from Photinus pyralis (Ppy RE9 mutant) as a reporter for bioluminescent imaging (BLI).

Luciferase reporters provide a useful tool for indirect cell labeling and tracking of cell fates in vivo. While the BLI technique has been successfully used for monitoring of migration, growth, and viability associated with drug treatment of transplanted cancer, stem, or immune cells in mouse models, standard luciferase assays in animal models are particularly sensitive because they are not subject to high background as a result of tissue autofluorescence. The codon-optimized Photinus pyralis far-red luciferase in the XP-rLuc Liibrary offers enhanced sensitivity and resolution in deep tissue– 50- to 100-fold better light intensity than the click beetle (Renilla) enzyme.

The CloneTracker XP-rLuc Library can be transduced into cells to create a barcoded cell population, which, when engrafted into mice, can be used for monitoring tumor formation and metastasis growth. BLI of rLuc-tagged cells in vivo requires the use of an appropriate imager for detecting photos generated from D-Luciferin substrate by CCD cameras able to sample the entire visible and near-infrared spectrum. For details on in vivo imaging, please refer to the standard protocols provided with your instrument, for example, In vivo Bioluminescence Imaging of Luciferase-labeled Cancer Cells protocol for BLI using the IVIS Spectrum Imager from Perkin Elmer.

Cellecta's CloneTracker XP-rLuc Barcode Library can be used in vivo for cell tracking in mice

BCXP10M3LP-PCloneTracker™ XP-rLuc 10M Barcode-3' Library with rLuciferase-Puro (plasmid)200 ug$8,500.00
BCXP10M3LP-VCloneTracker™ XP-rLuc 10M Barcode-3' Library with rLuciferase-Puro (virus)1 x 10^8 TU$5,000.00

Cellecta also provides Custom Barcode Libraries if one of our off-the-shelf designs does not meet your needs.

Contact us for more detailed information or to ask for a quote.

User Manual

Barcode Sequences

  • Provided with purchase of library

Vector Information

pScribe VectorsSequenceMap

Product Certificates

Lot NumberCatalog NumberDescriptionQuantityProduct Certificate
181212009BCXP10M3LP-VCloneTracker™ XP-rLuc 10M Barcode-3' Library with rLuciferase-Puro (virus)1 x 108 TUPDF
181025001BCXP10M3LP-PCloneTracker™ XP-rLuc 10M Barcode-3' Library with rLuciferase-Puro (plasmid)200 µgPDF

Safety Data Sheets (SDS)

CPCP-K2AReady-to-Use Lentiviral Packaging Plasmid Mix250 ug$340.00
LNGS-300NGS Prep Kit for Barcode Libraries in pScribe (CloneTracker XP™)Kit for 6-48 samples (48 preps of 50ug each, 12 multiplex)$875.00
LNGS-300-SPSupplementary Primer Set for LNGS-300 (12 Additional Index Primers)48 Reactions (12 Index Primers x 4 reactions each)$475.00
LFVC1LentiFuge™ Viral Concentration Reagent1 ml of 1000x$325.00
LTDR1LentiTrans™ Transduction Reagent (Polybrene for Transduction)1 ml of 1000x$175.00
LTSET-GLentiPrep™ Lentiviral Reagent Set with GFP Control for Packaging and TransductionKit$750.00
LTSET-RLentiPrep™ Lentiviral Reagent Set with RFP Control for Packaging and TransductionKit$750.00

Next-Gen Sequencing and Analysis

CloneTracker XP Barcode Libraries are provided with a complete protocol and all sequencing information to enable researchers to perform experiments and extract the data. However, we also provide Next-Gen Sequencing and analysis services for researchers running their own screens with our libraries. Just provide harvested cells or tissue for each time point or treatment condition (one sample), and we’ll extract DNA, amplify the barcodes, sequence, and assemble the data with some basic analysis. Optionally, we’ll also extract RNA and perform RNA-Seq.

You provide Cellecta with frozen cell pellets or tissue after screening…

…and Cellecta does the rest:

  • Extracts genomic DNA (and total RNA, if desired)
  • Amplifies barcodes
  • Performs NGS on DNA (and RNA-Seq, if applicable) on the Illumina NextSeq or HiSeq
  • Enumerates barcode counts from raw sequencing data
  • Optionally, provides gene expression profiles of clonal cell populations

Please see the Next-Gen Sequencing and Analysis web page for additional information and instructions on how to order.