Single Cell Sequencing

10X Genomics Chromium X Platform

The Chromium controller series is an advanced microfluidics platform that can process up to 16 samples at once, generating up to 1 million barcoded single-cells per run

Single-cell 3′ Gene Expression

High-throughput single-cell expression measurements that enable the discovery of gene expression dynamics and molecular profiling of individual cell types

Single cell Immune Profiling V(D)J

A comprehensive, scalable tool for profiling full-length, paired B-cell or T-cell receptor (BCR/TCR) sequences, surface protein expression, and 5’ gene expression, all from hundreds to millions of single cells. This solution allows researchers to assess the diversity and clonality of the immune repertoire.

Single Cell Gen Expression Fixed RNA (FLEX)

FLEX allows access to full transcriptome from formaldehyde fixed samples. This is a great solution for multiplexing sample with different time points, facilitating sample handling logistics.

Single cell ATAC-seq

Reveal the epigenomic landscape and analyze chromatin accessibility cell-by-cell to decipher gene regulatory mechanisms.

Single cell multiome

Explore combined gene expression and chromatin accessibility data from the same cell to uncover gene regulatory programs

Sample guidelines

BD Rhapsody

A robust, high-throughput microwell based single-cell partitioning system for reliability in single-cell workflows

Technology

The BD Rhapsody™ Single-Cell Analysis System allows high-throughput capture of multiomic information from single cells using a simple
cartridge workflow and a multitier barcoding system. The resulting captured information can be used to generate various types of nextgeneration sequencing (NGS) libraries. NGS libraries are sequenced and analyzed to provide high-dimensional resolution of single cells.

Applications

Analyze the whole transcriptome or a targeted set of genes

Profile cell surface and intracellular markers without panel optimization

Unravel the TCR repertoire, covering α-, β-, γ- and δ-chains

Couple single cell ATAC and whole transcriptome analysis

Key benefits

Capture and analyze fragile cells without clogging or wetting failure

Load up to 100K cells per lane in an 8-lane cartridge with 80 % capture rate

Compatible with CRISPR screens

High correlation with flow data

Scanner and HTXpress

Cartridge

Microwells

Sample guidelines

Questions?

Contact our specialized team to get tailor-made workflows that fit your research project.