Transform your single cell research with novel Quantum Barcoding technology
Scale up your single cell experiments while minimizing your time at the bench with the QuantumScale platform. Novel Quantum Barcoding technology delivers massively parallelized single cell barcoding without time-consuming split-pool methods, enabling you to flexibly scale the number of samples, timepoints, conditions, and replicates with ease.
Unlike combinatorial indexing strategies that require additional split-and-pool steps for increasing the barcode space and the number of unique cells that can be analyzed, Quantum Barcoding consolidates many levels of barcoding, cutting the amount of hands-on time by over 75%, without an instrument.
From sample to insights: Powerful Quantum Barcoding technology drives a simplified workflow
1. Reverse transcription
Cells or nuclei undergo reverse transcription, adding an RT barcode and molecular barcode to each transcript (not shown). All wells are pooled and redistributed into the Quantum Barcoding plate.
2. Quantum Barcoding
Bead-based barcodes are ligated to cDNA in microwells. All wells are pooled and redistributed into tubes.
3. PCR indexing and final library construction
Library indices are added during PCR amplification.
ScalePlex: Multiplexing without the hassle
ScaleBio single cell products
QuantumScale Single Cell RNA
Run powerful single cell studies with a flexible platform that scales the number of samples, timepoints, conditions, and replicates.
Scale up with a range of kit sizes (from 168,000 to 4 million cells) for everything from proof-of-concept studies to massive projects
Multiplex without the hassle and save >75% of hands-on time vs. traditional combinatorial indexing
Easily combine 10 to >9,000 samples or conditions in a single run and eliminate batch effects with ScalePlex
Single Cell Methylation
ScaleBio’s Single Cell Methylation kit revolutionizes epigenetics research as the first commercial solution for detecting single cell DNA methylation states.
Identify cell type–specific methylation signatures
Interrogate hundreds of thousands of CpG and CH sites per cell
Capture thousands of cells per run with seamless sample multiplexing