PandaPure™ Cloud
From protein design
to production data.
Bring your protein designs to our cloud lab for expression and purification experiments. Learn how your candidates perform.
Biology as the new compute
Programming biology.
Accelerating sciences.
Living cells, programmed to perform wet-lab tasks, from producing proteins to data acquisition at scale.
Scroll horizontally to explore releases. When this gallery is focused, use the Left and Right arrow keys to change cards.
From protein design
March 2026 release
PandaPure™
Protein System 2.0
Column-free protein purification for E. coli. Explore new tag options and updated reagent kits for your lab.
What is a bioprogram?
Your biological workforce.
From DNA to results.
Bioprograms give living cells instructions for useful work. We use them to automate experiments, explore biological designs, and generate data for discovery and biological AI.
01 / PROGRAMProgram living cells.
Encode experimental work in DNA, so living cells carry out the heavy lifting we design.
02 / EXPERIMENTAutomate at scale
Run experiments with programmed cells in parallelism, and in lab automation.
03 / BIOLOGICAL AIPower your next model
Acquire diverse wet-lab data at scale, for training and reinforcement learning.
Featured offerings
One technology.
Many ways to work.
Find what you need to accelerate your research and scientific discovery.
The technology
PandaPure™
PandaPure tackles the complexity, scalability and sustainability of protein expression and purification. Put it to work in your lab, or access it on the cloud.
Learn morePandaPure™ Protein Systems
Run the PandaPure workflow with systems, vectors and reagents for your own lab.
PandaPure™ Cloud
Submit your protein designs. Carry out PandaPure testing remotely.
DNA in. Protein out.
Integrate PandaPure to your liquid-handling system for end-to-end automation.
Need help with the construct?
Design & Construct support for eligible PandaPure customers.
Inside PandaPure™
The cell does
the heavy lifting.
PandaPure uses genetically encoded synthetic organelles to organize protein capture inside living cells, bringing purification into a bioprogram.
Encode the instructions
Build the protein and purification program into the genetic design.
Let cells organize the work
Synthetic organelles assemble and capture the target protein.
Recover your protein
Recover the organelles and release the protein through the PandaPure workflow.
Across Ailurus
More ways to
program biology.
From expression landscapes and open datasets to engineered cellular organization. Explore our research, initiatives, and more.
Meet Ailurus
Expression profiling
Ailurus vec library
Explore how genetic context shapes protein expression, through diverse vector designs and parallel measurements.
Explore Ailurus vecOpen science initiative
Ailurus Open Express
Building an open experimental dataset for protein expression, with contributions from the research community.
Season 1 sequence submissions closed.
Explore the initiative
Published technology · forthcoming product
Micro-bioreactors
Spatially organize cellular reactions with RNA-based synthetic organelles, TEARS.
Guo, Haotian, et al. "Spatial engineering of E. coli with addressable phase-separated RNAs." Cell 185.20 (2022): 3823-3837.
Read the research digestThe latest
Latest from Ailurus.
Meet us live.
Upcoming eventsNo upcoming events announced. Check back soon.
The resource hubFrom first steps
From first steps
to your next experiment.
Guides, protocols and technical resources.
Find your guide
Connect with Ailurus
What will
you build next?
Tell us about your research, workflow or application. Let’s explore what programmed biology can do for you.
support@ailurus.bio
