OneCell Diagnostics is now 1Cell.Ai
We develop advanced tools at the intersection of molecular science, bioinformatics, and artificial intelligence. Our suite of products is designed to provide clinicians, researchers, and pharma/biopharma partners with high-resolution, real-time insights to improve cancer diagnosis, monitoring, and treatment. Each product is purpose-built to address the most pressing challenges in precision oncology — from capturing rare circulating tumor cells to unlocking singlecell multi-omics data.
Explore our portfolio below and discover how our technologies are reshaping the future of cancer care.
Investigating Live Circulating Cancer Cells
OncoIncytes is our proprietary next generation liquid biopsy platform focused on isolating and analyzing live circulating tumor cells (CTCs) in real time. Unlike traditional liquid biopsies that focus on circulating tumor DNA (ctDNA), OncoIncytes captures intact, viable CTCs—providing critical molecular information.
By delivering a deeper, more dynamic profile of each patient’s cancer, OncoIncytes empowers oncologists with actionable insights when it matters most.
Automation to Capture True Single Cells
1Cell SOLO is an AI-driven single cell isolation system designed to capture and analyze individual tumor cells with unparalleled precision. Built to support high-resolution research and clinical applications.
With the SOLO, researchers and clinicians can explore cancer at its most fundamental level—advancing personalized care and therapeutic innovation.
AI platform to accelerate translational research workflows and optimize precision medicine trials
The 1Cell iCORE Platform is a groundbreaking convergence of advanced artificial intelligence and unified informatics infrastructure, purpose-built to redefine translational research and precision medicine trials. By deploying proprietary machine learning architectures and predictive analytics.
With the iCORE, oncologists and researchers can explore how it powers the future of biomarker-driven therapeutics
High-throughput genomic analysis.
AI models trained on diverse oncology datasets.
Multiomics insights for precision treatment planning.
AI models trained on diverse oncology datasets.