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Bead configurations

Our technology uses barcoded paramagnetic beads in order to capture mRNA and tag it for downstream sorting of genes to their cells of origin.

The barcode structure differs depending on the kits/service of choice:

Elements

C = Barcode
L = Linker
U = Unique Molecular Identifier (UMI)

GEXSCOPE® General Structure

Kits: GEXSCOPE® Single Cell, GEXSCOPE® Single-Nucleus, ProMoSCOPE™, GEXSCOPE®V(D)J, DynaSCOPE®
Structure: C9L16C9L16C9L1U12

sCircle® Full-Length TCR/BCR

Kit: sCircle®
Structure: U9C8L16C8L16C8 (TCR/BCR library)
C8L16C8L16C8U9L6 (transcriptome)

AccuraCode®

Kit: AccuraCode®
Structure: C9U12

AccuraCode® TCR

Kit: AccuraCode® TCR
Structure: L18C6U16

Find out more about our products

Single Cell Kits

sCelLiVE® Flow – Tissue Preservation and Dissociation

Single Cell Kits

sCelLiVE® Skin Tissue Dissociation Solution

AccuraSCOPE® – Genome & Transcriptome Analysis

Single Cell Kits

sCircle® – Immune Profiling (full length)

Single Cell Kits

CLindex® – Sample Multiplexing

Janus Magnetic Rack

Single Cell Kits

ProMoSCOPE® – Glycosylation Discovery

AccuraCode® TCR – Plate-Based Immune Profiling

Single Cell Kits

DynaSCOPE® – Time Resolved RNA Library

Single Cell Kits

FocuSCOPE® – Targeted Variant Detection

AccuraCode® – Plate-based RNA Library Construction

Python tissue dissociation Unit by Singleron Technologies

PythoN® – Tissue Dissociation

Single Cell Kits

sCelLiVE® – Tissue Preservation and Dissociation

Single Cell Kits

GEXSCOPE® – Single Nucleus RNA Library

gexscope yeast

Single Cell Kits

GEXSCOPE® – Microbial Single Cell RNA Library

Single Cell Kits

GEXSCOPE® V(D)J – Immune profiling

Single Cell Kits

GEXSCOPE® – Single Cell RNA Library

PythoN Junior™ – Tissue Dissociation

Matrix NEO singleron biotechnologies

Matrix NEO™ – Single Cell Processing System

Questions?

Questions?

Reach out to our Tech Support Team, if you have further questions on our technology

Contact Tech Support