INTERACTION BY DESIGN
Study interactions without losing control.
Rather than mixing cells, microbes or tissues together, Versarys keeps them physically separated while enabling controlled molecular communication between compartments.
01 / CONNECT
Create defined biological interactions.
Link two or more wells and choose the interaction architecture around the biological question.
02 / CONTOL
Define what crosses the membrane.
Use permeable membranes to allow selected molecules to diffuse while preserving physical separation.
03 / MEASURE
Keep every well accessible.
Sample and measure interacting populations independently throughout the experiment.
THE MEMBRANE
The membrane defines the interaction.
Cells and microbes remain physically separated while exchanging molecules — enabling interactions to be studied without losing independent access to each population.
Small molecules
Nutrients, metabolites, drugs and other diffusible compounds.
Secreted factors
Proteins, toxins and signaling molecules moving between wells.
Biological particles
Exchange can be tuned by the selected membrane and experimental configuration.
FROM SIMPLE TO COMPLEX
Build the biological system your question requires.
Scale from simple pairwise interactions to larger multi-well systems and dynamic environments.
Pairwise
Two defined populations communicating across the membrane.
Multi-compartment
Extend the interaction into larger biological networks.
Dynamic environments
Add directional flow and time-dependent exposure.
ONE TECHNOLOGY. MULTIPLE TOOLS.
A platform designed for your questions.
Kineta is the first product built around our interaction platform. We are expanding the platform with a perfusion lid for controlled media circulation and a TEER lid for integrated barrier measurements.
In development
Perfusion Lid
Add controlled flow and shear forces along the membrane in each well.
In development
TEER Lid
Integrate electrical barrier measurements directly into interaction experiments.