Cellenion and SCIENION are now ONE. Transforming precision into progress.
Scaling research into real-world impact.
Single-cell omics drive innovation in research, diagnostics and therapy from tracking disease progression to uncovering new biomarkers. By isolating and profiling individual cells, these methods reveal critical patterns in gene expression, genetic mutations, and epigenetic regulation that are often obscured in bulk analyses.
Discover genetic variation at the cellular level. High-precision isolation and miniaturized workflows ensure accuracy, scalability, and robust data quality. With cellenONE, researchers can confidently capture rare variants, trace clonal evolution, and reveal hidden genetic heterogeneity critical for cancer biology, developmental studies, and personalized medicine.
Reveal dynamic gene expression profiles across thousands of cells with reproducibility and minimal bias. Image-guided isolation and gentle dispensing maximize RNA integrity, while precise volume control supports high-throughput, cost-effective single cell RNA-seq. Understand developmental trajectories, immune landscapes, and disease mechanisms at unprecedented depth and clarity.
Directly quantify proteins from individual cells with maximum proteome depth and resolution (Label-Free Single-Cell Proteomics). Profile proteins across large numbers of individual cells with high throughput and sensitivity via isobaric labeling (Multiplexed Single-Cell Proteomics).Map protein expression within intact tissues to reveal cellular function in its native spatial context (Spatial Proteomics)
Profile multiple molecular layers from the same cell, integrating genomics, transcriptomics, epigenomics, or proteomics. cellenONE enables highly flexible, customizable workflows for simultaneous measurements, reducing sample loss and cost while unlocking a holistic view of cellular states and mechanisms.
