Single-Cell
Special Offers for New Users!
New to 10x Genomics? Get 50% off 4rxn kits for Universal, Flex, and Epi in Q1 2025.
Trying Parse Evercode for the first time? Enjoy up to 45% off your first run:
- Mini: 45% off, WT: 18% off, Mega 96: 8% off, Mega 384: 5% off
Since 2019, CTG has offered a broad range of single-cell applications, providing expert knowledge, accessibility, and personalized support. We continuously update our methods and instruments in collaboration with local researchers, ensuring that we stay in tune with the evolving needs of the research community. If a critical method is missing from our offerings, please don't hesitate to reach out to us.
All services are available through iLab. (see “How to start a project”).
To ensure accurate results, gentle sample isolation is crucial to protect vulnerable cell types, while fast isolation is important to prevent nucleic acid degradation. Before starting a single-cell project, users should carefully assess a cell or nucleus isolation method that fits their target tissue and research goals.
Users are responsible for ensuring that sample quality, including RNA integrity, and cell/nuclei counts meet the required standards prior to submission.
10x Genomics Chromium System (droplet-based)
Universal 3' & 5' Gene Expression
A versatile solution relying on polyA capture, offering 3' or 5' gene expression with options for multiomic analysis.
Flex Gene Expression
Fixed RNA Profiling assay for comprehensive probe-based gene expression profiling with single cell resolution using PFA fixation
Single Cell Epigenetics
Chromatin accessibility profiling optionally combined with 3' gene expression
Parse Bioscience Evercode (plate-based)
Cell Isolation
Whole Transcriptome
Evercode™ split-pool combinatorial barcoding labels cells with unique barcode combinations, allowing fixated cells to act as their own reaction vessels.
Single Cell BCR or TCR profiling
Capture full-length BCR or TCR sequences and gene expression
CellenOne
High precision cell isolation of sparse biological samples using CellenOne F1.4