Singleron Biotechnologies GmbH, a developer of single cell multi-omics products for use in research and clinical settings, has launched two new instruments to benefit single cell sequencing workflows. The introduction of NEO single cell sequencing library processing system and Python Junior tissue dissociation instrument bring portability to any laboratory in systems that deliver accurate, reproducible results.

Python Junior is designed to streamline the dissociation process from solid tissue to high-quality single cell suspension, combining mechanical treatment and enzymatic digestion. The tool has the flexibility to run two independent channels and program options while efficiently dissociating a broad range of tissue types.Source: Singleron Biotechnologies GmbH The instrument is suitable for a wide range of input volumes, which is pertinent for clinical samples.

NEO simplifies protocols for single cell sequencing library construction by providing fully automated chip priming, cell partition, cell lysis and nucleic acid capture. It can be used with a variety of unique single cell multi-omics solutions from Singleron. By providing high throughput of up to half a million cells in one run on four independent channels, this instrument adds flexibility to the single cell sequencing workflow, allowing simultaneous chip running with different throughputs and applications.

These new systems offer standardization and automation features to help move single cell sequencing closer to applications in precision medicine.