EMPOWERING THE FUTURE WITH
EXTRAORDINARY CELLS
OneCyte Biotechnologies is building the most advanced and adaptable technology stack for live cell analysis and discovery for:
Any Cell, Any Phenotype, Any Function
WHO WE ARE
we are
onecyte
biotechnologies
And we’re here to help you create the next groundbreaking medicines.
What We Do
Forging the Future of Single-cell Discovery
Built on the science developed at MIT and Harvard, our high throughput screening approach allows us to uncover the complex cell and molecular phenotypes essential for advancing biologic medicines.
From existing biologics to emerging biotech innovations, we help companies get the tailored solutions they need to drive discovery and development.
This is how we can open an infinite set of possibilities for you and your business.
We develop the cell assays for you
that no one else can
What We Do Best: Finding Your Champion Cells
Our Interests
Future Medicines
Discovery and development of future medicines requires future technologies.
We deliver these technologies today.
Cell Therapy
Gene Therapy
RNA Therapeutics
Multi-Specific Antibodies
Antibody-Drug Conjugates
iPSCs
CRISPR
Enzymes
Biosimilars
Vaccines
and more
Partnerships
Together, We build relationships and spark innovation
We work in two ways:
- Service
Our team can collaborate directly with your company throughout your discovery and development by providing first-in-class services and tools.
- Licensing
Your team can use our technology in-house to empower your work while we provide any needed help and support.
Whichever path you choose, we’ll be there with the expertise and custom solutions you need to perform at your very best.
Our Offer
Your best ideas deserve best-in-class technology
Technology
Stack
We are developing the most advanced technology stack for live cell discovery. Every day, we are creating custom solutions that offer an unbeatable combination of ability and adaptability.
Core Single-cell Platform
Our end-to-end proteomics solution integrates high-throughput single-cell screening, single-cell culture, and single-cell selection technology. This is how we can access the most complex cell and molecular phenotypes, functions and cell interactions.