Academic discounts available for all ioCells
bit.bio is on a mission to support all scientists and empower them with the tools they need to generate reliable data to drive discoveries forward.
Human iPSC-derived cells powered by opti-ox offer unmatched consistency and are ready to use within days, ensuring confidence in results while saving valuable time.
Support for academics
ioCells data exchange program
Is your assay of interest missing in our product dataset? Share your data with us and receive a full credit refund on your purchase.
By taking part in our data exchange program you can contribute valuable insights to the ioCells community whilst reducing financial risks.
How it works
- Check your eligibility - fill out the form to see if you qualify.
- Make a purchase - Order the ioCells needed for your experiment.
- Share your data - Provide feedback and submit your experimental results.
- Get rewarded - Receive a discount code equal to the value of the cells used in the proof-of-concept experiment.
- Save on future orders - Use your discount code on any upcoming ioCells purchase.
See how ioCells can benefit your research
Quick
Save months of work with cells that are ready-for-experiments within days
Ease-of-use
ioCells are delivered cryopreserved and have established protocols for experimental assays
Consistency
Unprecedented lot-to-lot consistency supports reproducible results
Human functional data
Physiologically relevant cells to generate translational data
Routine gene knockouts, activation and interference
CRISPR-Ready ioCells for easy gene perturbation experiments
Co-culture compatible
Build complex multi-cell cultures to model the CNS
Hear what academics have to say about ioCells
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Dr Ryan Jones
Postdoctoral Research Associate | Cardiff University
"We are using ioSensory Neurons to generate nerve bone interfaces to study pain in orthopaedic conditions like osteoarthritis, non-healing fractures and osteoporosis. Previously, using directed differentiation of iPSC-derived sensory neurons was incredibly time consuming and difficult. bit.bio’s cells rapidly produce a remarkable stable and robust phenotype and are invaluable to our research."
Professor Deepak Srivastava
Professor | Molecular Neuroscience | King’s College London and Group Leader | MRC Centre for Developmental Disorders
"ioGlutamatergic Neurons provide a useful system for studying the effects of IFN-gamma in a pure population of glutamatergic cells"
Dr Koby Baranes
Research Associate | University of Cambridge
